Started by upstream project "ESP_RegOcsm" build number 335
originally caused by:
Started by an SCM change
Running as SYSTEM
[EnvInject] - Loading node environment variables.
Building remotely on windows10x64 in workspace C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019
[WS-CLEANUP] Deleting project workspace...
Checking out a fresh workspace because C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS doesn't exist
Cleaning local Directory EGADS
Checking out svn+ssh://acdl.mit.edu/home/svnroot/EGADS at revision '2024-03-03T18:43:08.839 -0500'
Using sole credentials 3614a4cf-01de-4393-97de-73734b7dd5a2 in realm ‘svn+ssh://acdl.mit.edu’
Using sole credentials 3614a4cf-01de-4393-97de-73734b7dd5a2 in realm ‘svn+ssh://acdl.mit.edu’
A trunk
A trunk\src
A trunk\src\egads.def
A trunk\src\egadsGeom.cpp
A trunk\src\fgadsGeom.c
A trunk\src\egadsSpline.cpp
A trunk\src\egadsTopo.cpp
A trunk\src\egadsIO.cpp
A trunk\src\egadsBase.c
A trunk\src\Makefile
A trunk\src\egadsTessInp.c
A trunk\src\egadsOCC.h
A trunk\src\egadsClasses.h
A trunk\src\egadsHLevel.cpp
AU trunk\src\egads.rc
A trunk\src\egadsAttrs.c
A trunk\src\egadsCopy.cpp
A trunk\src\egadsEffect.c
A trunk\src\egadsExport.c
A trunk\src\egadsFit.c
A trunk\src\egadsInternals.h
A trunk\src\egadsMemory.c
A trunk\src\egadsQuads.c
A trunk\src\egadsSBO.c
A trunk\src\egadsSkinning.cpp
A trunk\src\egadsSolids.c
A trunk\src\egadsSplineFit.cpp
A trunk\src\egadsSplineVels.h
A trunk\src\egadsStack.h
A trunk\src\egadsTess.c
A trunk\src\egadsTessSens.cpp
A trunk\src\egadsTris.c
A trunk\src\egadsTris.h
A trunk\src\fgadsAttrs.c
A trunk\src\fgadsBase.c
A trunk\src\fgadsHLevel.c
A trunk\src\fgadsMemory.c
A trunk\src\fgadsTess.c
A trunk\src\fgadsTopo.c
A trunk\src\fgv.c
A trunk\src\prmCfit.c
A trunk\src\prmGrid.c
A trunk\src\prmUV.c
A trunk\src\Surreal
A trunk\src\Surreal\SurrealD_Lazy.h
A trunk\src\Surreal\SurrealD_Trad.h
A trunk\src\Surreal\SurrealS_Lazy.h
A trunk\src\Surreal\SurrealS_Trad.h
A trunk\src\Surreal\SurrealS.h
A trunk\src\Surreal\SurrealD.h
A trunk\src\Surreal\always_inline.h
A trunk\src\OCC
AU trunk\src\OCC\BRepLib_FuseEdges.cpp
AU trunk\src\OCC\BRepLib_FuseEdges.h
AU trunk\src\OCC\BRepPrimAPI_MakePrism.cpp
AU trunk\src\OCC\BRepPrimAPI_MakePrism.hxx
AU trunk\src\OCC\BRepPrimAPI_MakeRevol.cpp
AU trunk\src\OCC\BRepPrimAPI_MakeRevol.hxx
AU trunk\src\OCC\BRepSweep_Prism.cpp
AU trunk\src\OCC\BRepSweep_Prism.hxx
AU trunk\src\OCC\BRepSweep_Revol.cpp
AU trunk\src\OCC\BRepSweep_Revol.hxx
AU trunk\src\OCC\BRepSweep_Rotation.cpp
AU trunk\src\OCC\BRepSweep_Rotation.hxx
AU trunk\src\OCC\BRepSweep_Translation.cpp
AU trunk\src\OCC\BRepSweep_Translation.hxx
A trunk\src\NMakefile
A trunk\src\egadsRobust.c
AU trunk\src\elint
A trunk\src\egadsSplineFit.h
AU trunk\src\flint
AU trunk\src\make.bat
A trunk\test
A trunk\test\addKnots.c
A trunk\test\egadsSpline_dot.c
A trunk\test\egadsGeom_dot.c
A trunk\test\egadsGeom_dot.mak
A trunk\test\egadsGeom_dot.make
A trunk\test\egadsHLevel_dot.c
A trunk\test\egadsHLevel_dot.mak
A trunk\test\egadsHLevel_dot.make
A trunk\test\egadsSpline_dot.mak
A trunk\test\egadsSpline_dot.make
A trunk\test\egadsTools_dot.c
A trunk\test\egadsTools_dot.h
A trunk\test\egadsTopo_dot.c
A trunk\test\egadsTopo_dot.mak
A trunk\test\egadsTopo_dot.make
A trunk\test\globalTess.c
A trunk\test\BSplineIGES.c
A trunk\test\CSys.c
A trunk\test\GBO.c
A trunk\test\SBO.c
A trunk\test\agglom.c
A trunk\test\approx.f
A trunk\test\blend.c
A trunk\test\chamfer.c
A trunk\test\closure.f
A trunk\test\edge2WB.c
A trunk\test\edges.c
A trunk\test\effective.c
A trunk\test\egads2cart.c
A trunk\test\egads2ply.cpp
A trunk\test\extrot.c
A trunk\test\fillet.c
A trunk\test\fit.c
A trunk\test\fullAttr.c
A trunk\test\fuseSheets.c
A trunk\test\hollow.c
A trunk\test\hollowFace.c
A trunk\test\intersect.c
A trunk\test\makeCone.c
A trunk\test\makeFace3D.c
A trunk\test\makeLoop.c
A trunk\test\mofb.c
A trunk\test\mssb.c
A trunk\test\multiContext.c
A trunk\test\offset.c
A trunk\test\parsec.c
A trunk\test\parsef.f
A trunk\test\rebuild.c
A trunk\test\refObj.c
A trunk\test\replace.c
A trunk\test\revolve.c
A trunk\test\ruled.c
A trunk\test\saveTess.c
A trunk\test\scribe.c
A trunk\test\sew.c
A trunk\test\simplePer.c
A trunk\test\smallEdges.c
A trunk\test\step.f
A trunk\test\sweep.c
A trunk\test\testc.c
A trunk\test\testf.f
A trunk\test\tolerance.c
A trunk\test\union.f
A trunk\test\vAttr.c
A trunk\test\vCurvature.c
A trunk\test\vEffect.c
A trunk\test\vEto.c
A trunk\test\vFrame.c
A trunk\test\vGeom.c
A trunk\test\vQuad.c
A trunk\test\vTess.c
A trunk\test\vTessInp.c
A trunk\test\xform.c
A trunk\test\mapTess.c
A trunk\test\refObj.make
A trunk\test\simplePer.make
AU trunk\test\runUnitTest.sh
A trunk\test\vAttr.make
A trunk\test\vCurvature.mak
A trunk\test\vCurvature.make
A trunk\test\vEffect.mak
A trunk\test\vEffect.make
A trunk\test\vEto.make
A trunk\test\vFrame.make
A trunk\test\vGeom.mak
A trunk\test\vGeom.make
A trunk\test\vQuad.make
A trunk\test\vTess.mak
A trunk\test\vTess.make
A trunk\test\vTessInp.make
A trunk\test\exportLite.mak
A trunk\test\exportLite.make
A trunk\test\saveTess.make
A trunk\test\makeTests.bat
A trunk\test\effective.make
A trunk\test\smallEdges.make
A trunk\test\fullAttr.mak
A trunk\test\fullAttr.make
A trunk\test\fitTri.c
AU trunk\test\tinyply.cpp
A trunk\test\egads2ply.make
A trunk\test\approx.make
A trunk\test\closure.make
A trunk\test\step.make
A trunk\test\test.make
A trunk\test\union.make
A trunk\test\edge2WB.make
A trunk\test\GBO.make
A trunk\test\multiContext.mak
A trunk\test\multiContext.make
A trunk\test\addKnots.make
A trunk\test\sew.make
AU trunk\test\tinyply.h
A trunk\test\test.mak
A trunk\test\SBO.make
A trunk\test\fuseSheets.make
A trunk\test\scribe.make
A trunk\test\BSplineIGES.make
A trunk\test\hollowFace.make
A trunk\test\mssb.make
A trunk\test\CSys.make
A trunk\test\globalTess.make
A trunk\test\blend.mak
A trunk\test\chamfer.make
A trunk\test\agglom.make
A trunk\test\egads2cart.mak
A trunk\test\ruled.make
A trunk\test\revolve.make
A trunk\test\makeFace3D.make
A trunk\test\sweep.make
A trunk\test\blend.make
A trunk\test\hollow.make
A trunk\test\makeLoop.make
A trunk\test\mapTess.make
A trunk\test\rebuild.make
A trunk\test\fitTri.make
A trunk\test\replace.make
A trunk\test\tolerance.make
A trunk\test\mofb.make
A trunk\test\edges.make
A trunk\test\xform.make
A trunk\test\fillet.make
A trunk\test\egads2cart.make
A trunk\test\makeCone.make
A trunk\test\fit.make
A trunk\test\extrot.make
A trunk\test\offset.make
A trunk\test\intersect.make
A trunk\test\Piston.BRep
A trunk\test\misc1.step
A trunk\test\iges2.igs
A trunk\docs
A trunk\docs\EGADS_ref
AU trunk\docs\EGADS_ref\egads.pdf
A trunk\docs\EGADS_ref\egads.tex
A trunk\docs\EGADS_ref\Makefile
A trunk\docs\EGADS_ref\BEAMERoptions.tex
A trunk\docs\EGADS_ref\beamercolorthemeacdl.sty
AU trunk\docs\EGADS_ref\esp_logo.png
A trunk\docs\ESPconcepts
AU trunk\docs\ESPconcepts\Concepts.pdf
A trunk\docs\ESPconcepts\Concepts.tex
A trunk\docs\ESPconcepts\Makefile
AU trunk\docs\ESPconcepts\bracket.png
AU trunk\docs\ESPconcepts\efinal.png
AU trunk\docs\ESPconcepts\efinalGrid.png
AU trunk\docs\ESPconcepts\start.png
AU trunk\docs\ESPconcepts\startGrid.png
AU trunk\docs\ESPconcepts\temp.png
AU trunk\docs\ESPconcepts\tempGrid.png
AU trunk\docs\ESPconcepts\vGeom.png
AU trunk\docs\ESPconcepts\vTess.png
AU trunk\docs\ESPconcepts\caps_logo.png
AU trunk\docs\ESPconcepts\esp_logo.png
AU trunk\docs\ESPconcepts\oml.png
AU trunk\docs\ESPconcepts\manifold.png
AU trunk\docs\ESPconcepts\midplane.png
A trunk\docs\ESPconcepts\beamercolorthemeacdl.sty
AU trunk\docs\ESPconcepts\crossSections.png
A trunk\docs\ESPconcepts\BEAMERoptions.tex
AU trunk\docs\ESPconcepts\beam.png
A trunk\docs\EGADS_dot
AU trunk\docs\EGADS_dot\egads_dot.pdf
A trunk\docs\EGADS_dot\egads_dot.tex
AU trunk\docs\EGADS_dot\egads_dot_examples.pdf
A trunk\docs\EGADS_dot\BEAMERoptions.tex
A trunk\docs\EGADS_dot\Makefile
A trunk\docs\EGADS_dot\beamercolorthemeacdl.sty
A trunk\docs\EGADS_dot\egads_dot_examples.tex
AU trunk\docs\EGADS_dot\esp_logo.png
A trunk\docs\EGADS_dot\src
A trunk\docs\EGADS_dot\src\NMakefile
A trunk\docs\EGADS_dot\src\Makefile
A trunk\docs\EGADS_dot\src\circle1_dot.c
A trunk\docs\EGADS_dot\src\circle2_dot.c
A trunk\docs\EGADS_dot\src\naca_dot.c
A trunk\docs\EGADS_dot\src\ruled_naca_dot.c
A trunk\docs\EGADS_dot\src\pingBodies.c
A trunk\docs\EGADS_dot\csmListing.tex
A trunk\docs\EGADS_dot\fig
AU trunk\docs\EGADS_dot\fig\circle.pptx
AU trunk\docs\EGADS_dot\fig\circle_input.png
AU trunk\docs\EGADS_dot\fig\circle_ortho.png
A trunk\docs\Tutorial
A trunk\docs\Tutorial\Makefile
AU trunk\docs\Tutorial\Tutorial.pdf
A trunk\docs\Tutorial\Tutorial.tex
A trunk\docs\Tutorial\egads2tri.c
A trunk\docs\Tutorial\tire.c
A trunk\docs\Tutorial\tire.py
A trunk\docs\Tutorial\Tutorial.make
A trunk\docs\Tutorial\tire.make
A trunk\docs\Tutorial\BEAMERoptions.tex
A trunk\docs\Tutorial\beamercolorthemeacdl.sty
A trunk\docs\Tutorial\egads2tri.mak
A trunk\docs\Tutorial\egads2tri.make
AU trunk\docs\Tutorial\esp_logo.png
AU trunk\docs\Tutorial\manifold.png
A trunk\docs\Tutorial\tire.mak
AU trunk\docs\Tutorial\tire.png
AU trunk\docs\Tutorial\tire_bottomup.png
AU trunk\docs\Tutorial\tire_edges.png
AU trunk\docs\Tutorial\tire_faces_1_5.png
AU trunk\docs\Tutorial\tire_faces_2_6.png
AU trunk\docs\Tutorial\tire_faces_3_4_7_8.png
AU trunk\docs\Tutorial\tire_filletted.png
AU trunk\docs\Tutorial\tire_final.png
AU trunk\docs\Tutorial\tire_nodes.png
AU trunk\docs\Tutorial\vGeom.png
AU trunk\docs\Tutorial\vTess.png
A trunk\docs\UDP_UDF
AU trunk\docs\UDP_UDF\udp_udf.pdf
A trunk\docs\UDP_UDF\udp_udf.tex
A trunk\docs\UDP_UDF\data
A trunk\docs\UDP_UDF\data\udpTire.c
A trunk\docs\UDP_UDF\data\udp.def
A trunk\docs\UDP_UDF\data\Makefile
A trunk\docs\UDP_UDF\data\NMakefile
A trunk\docs\UDP_UDF\data\tire.csm
A trunk\docs\UDP_UDF\Makefile
A trunk\docs\UDP_UDF\BEAMERoptions.tex
A trunk\docs\UDP_UDF\beamercolorthemeacdl.sty
AU trunk\docs\UDP_UDF\esp_logo.png
A trunk\docs\UDP_UDF\figs
AU trunk\docs\UDP_UDF\figs\tire.png
AU trunk\docs\UDP_UDF\figs\tire_bottomup.png
AU trunk\docs\UDP_UDF\figs\tire_edges.png
AU trunk\docs\UDP_UDF\figs\tire_faces_1_5.png
AU trunk\docs\UDP_UDF\figs\tire_faces_2_6.png
AU trunk\docs\UDP_UDF\figs\tire_faces_3_4_7_8.png
AU trunk\docs\UDP_UDF\figs\tire_filletted.png
AU trunk\docs\UDP_UDF\figs\tire_final.png
AU trunk\docs\UDP_UDF\figs\tire_nodes.png
AU trunk\docs\UDP_UDF\figs\vGeom.png
AU trunk\docs\UDP_UDF\figs\vTess.png
AU trunk\docs\Viewer.pdf
AU trunk\docs\Viewer.ppt
A trunk\docs\EffectiveTopology.txt
A trunk\docs\Motivation
A trunk\docs\Motivation\BEAMERoptions.tex
AU trunk\docs\Motivation\Motivation.pdf
A trunk\docs\Motivation\Motivation.tex
A trunk\docs\Motivation\beamercolorthemeesp.sty
AU trunk\docs\Motivation\caps_logo.png
AU trunk\docs\Motivation\cmpress
A trunk\docs\Motivation\csmListing.tex
AU trunk\docs\Motivation\esp_logo.png
A trunk\docs\Motivation\figs
AU trunk\docs\Motivation\figs\ChainRule.png
AU trunk\docs\Motivation\figs\Coons.png
AU trunk\docs\Motivation\figs\DARPA04.png
AU trunk\docs\Motivation\figs\DARPA05.png
AU trunk\docs\Motivation\figs\DesignProcess_Seriesv2.png
AU trunk\docs\Motivation\figs\ESPscreen.png
AU trunk\docs\Motivation\figs\FSI.png
AU trunk\docs\Motivation\figs\Glider_fuse.png
AU trunk\docs\Motivation\figs\Glider_twist.png
AU trunk\docs\Motivation\figs\airfoils.png
AU trunk\docs\Motivation\figs\bolt.png
AU trunk\docs\Motivation\figs\coonsCADfig.png
AU trunk\docs\Motivation\figs\fighter-BEM.png
AU trunk\docs\Motivation\figs\fighter-MSA.png
AU trunk\docs\Motivation\figs\fighter-OML.png
AU trunk\docs\Motivation\figs\fighter-SSM.png
AU trunk\docs\Motivation\figs\flaps.png
AU trunk\docs\Motivation\figs\parametricViews.png
AU trunk\docs\Motivation\figs\views.png
A trunk\docs\FullAttribution.txt
A trunk\include
A trunk\include\egads.h
A trunk\include\LINUX64
A trunk\include\WIN64.2017
A trunk\include\WIN64.2019
A trunk\include\WIN64.2022
A trunk\include\DARWIN64
A trunk\include\DARWIN64.gcc
A trunk\include\DARWIN_ARM64
A trunk\include\DARWIN64.clang
A trunk\include\LINUX64.gprof
A trunk\include\LINUX_AARCH64
A trunk\include\egadsTypes.h
A trunk\include\egads.inc
A trunk\include\egadsErrors.h
A trunk\include\egads_dot.h
A trunk\include\egadsf90.inc
A trunk\include\prm.h
A trunk\include\wsserver.h
A trunk\include\wsss.h
AU trunk\include\CYGWIN64
A trunk\include\STANALYZER.make
A trunk\include\emp.h
A trunk\include\wsserver.inc
A trunk\include\gv.h
A trunk\include\gv.inc
A trunk\include\Graphics.h
A trunk\jlEGADS
A trunk\jlEGADS\egads
A trunk\jlEGADS\egads\Makefile
A trunk\jlEGADS\egads\src
A trunk\jlEGADS\egads\src\egads.jl
A trunk\jlEGADS\egads\test
A trunk\jlEGADS\egads\test\runtests.jl
A trunk\jlEGADS\egads\test\Project.toml
A trunk\jlEGADS\egads\Project.toml
A trunk\jlEGADS\egads\README.txt
A trunk\jlEGADS\egads\USAGE.txt
A trunk\jlEGADS\egadslite
A trunk\jlEGADS\egadslite\Makefile
A trunk\jlEGADS\egadslite\Project.toml
A trunk\jlEGADS\egadslite\src
A trunk\jlEGADS\egadslite\src\egadslite.jl
A trunk\jlEGADS\egadslite\test
A trunk\jlEGADS\egadslite\test\Project.toml
A trunk\jlEGADS\egadslite\test\runtests.jl
A trunk\jlEGADS\egadscommon
A trunk\jlEGADS\egadscommon\Makefile
A trunk\jlEGADS\egadscommon\build.jl
A trunk\jlEGADS\egadscommon\egadscommon.jl
A trunk\jlEGADS\Makefile
A trunk\pyEGADS
A trunk\pyEGADS\pyEGADS
A trunk\pyEGADS\pyEGADS\egads.py
A trunk\pyEGADS\pyEGADS\egads_common.py
A trunk\pyEGADS\pyEGADS\egadslite.py
A trunk\pyEGADS\pyEGADS\__init__.py
A trunk\pyEGADS\test
A trunk\pyEGADS\test\test_egads.py
A trunk\pyEGADS\test\test_egadslite.py
A trunk\pyEGADS\test\Makefile
A trunk\pyEGADS\test\NMakefile
A trunk\config
A trunk\config\winREADME.txt
A trunk\config\README.txt
A trunk\config\MACdownloads.txt
A trunk\config\WINdownloads.txt
A trunk\config\linREADME.txt
A trunk\config\macREADME.txt
AU trunk\config\setup.cmd
AU trunk\config\setup.command
AU trunk\config\setup.sh
AU trunk\config\makeEnv
AU trunk\config\winEnv
A trunk\lite
A trunk\lite\egadsXsect.c
AU trunk\lite\egadslite.rc
A trunk\lite\inFace.c
A trunk\lite\liteAttrs.c
A trunk\lite\liteBase.c
A trunk\lite\liteClasses.h
A trunk\lite\liteGeom.c
A trunk\lite\liteImport.c
A trunk\lite\liteInOut.c
A trunk\lite\liteMemory.c
A trunk\lite\liteTest.c
A trunk\lite\liteTopo.c
A trunk\lite\liteUVmap.c
A trunk\lite\octTree.c
A trunk\lite\octTree.h
A trunk\lite\otTest.c
A trunk\lite\qtTest.c
A trunk\lite\quadTree.c
A trunk\lite\quadTree.h
A trunk\lite\quadTreeEval.c
A trunk\lite\relPosTs.c
A trunk\lite\traceEdges.c
A trunk\lite\Makefile
A trunk\lite\NR.make
A trunk\lite\egadslite.def
A trunk\lite\NMakefile
AU trunk\lite\llint
A trunk\lite\liteDevice.c
A trunk\lite\liteDevice.h
A trunk\lite\CUDA.make
A trunk\lite\cudaUtil.h
A trunk\lite\liteString.c
A trunk\lite\liteString.h
A trunk\lite\liteTess.make
A trunk\lite\liteTessNR.make
A trunk\lite\otTest.make
A trunk\lite\qtTest.mak
A trunk\lite\qtTest.make
A trunk\lite\liteTess.mak
A trunk\lite\liteTest.make
A trunk\lite\approxLM.c
A trunk\lite\approxLM.mak
A trunk\lite\approxLM.make
A trunk\lite\relPosTs.make
AU trunk\lite\tlint
A trunk\lite\inFace.make
A trunk\lite\liteInOut.mak
A trunk\lite\liteTest.mak
A trunk\lite\liteInOut.make
AU trunk\lite\boxcyl.lite
A trunk\lite\boxcyl.egads
A trunk\lite\traceEdges.mak
A trunk\lite\traceEdges.make
A trunk\lite\evalTest.mak
A trunk\lite\evalTest.make
A trunk\lite\evalLite.c
A trunk\lite\evalTest.c
A trunk\util
A trunk\util\egadsHOtess.c
A trunk\util\egadsPatch.c
A trunk\util\egadsPatch.h
A trunk\util\egadsUVmap.c
A trunk\util\evaluate.c
A trunk\util\evaluateNR.c
A trunk\util\extractTess.c
A trunk\util\limitTessBody.c
A trunk\util\retessFaces.c
A trunk\util\vHOtess.c
A trunk\util\SurrealD4_btest.cpp
A trunk\util\regQuads.c
A trunk\util\emp.c
A trunk\util\uvmap
A trunk\util\uvmap\main
A trunk\util\uvmap\main\uvmap.c
A trunk\util\uvmap\Release_Notes_uvmap.txt
A trunk\util\uvmap\UVMAP_LIB.h
A trunk\util\uvmap\uvmap_gen.c
A trunk\util\uvmap\uvmap_version.c
A trunk\util\uvmap\Makefile.common
AU trunk\util\uvmap\uvmap.compile_lib
A trunk\util\uvmap\EG_uvmapTest.c
A trunk\util\uvmap\EG_uvmapTest.h
A trunk\util\uvmap\EG_uvmap_Read.c
A trunk\util\uvmap\EG_uvmap_Read.h
A trunk\util\uvmap\EG_uvmap_Write.c
A trunk\util\uvmap\EG_uvmap_Write.h
A trunk\util\uvmap\UVMAP_LIB_INC.h
A trunk\util\uvmap\uvmap_read.c
A trunk\util\uvmap\uvmap_test.c
A trunk\util\uvmap\uvmap_test.h
A trunk\util\uvmap\EG_uvmapFindUV.c
A trunk\util\uvmap\EG_uvmapFindUV.h
A trunk\util\uvmap\EG_uvmapGen.c
A trunk\util\uvmap\EG_uvmapGen.h
A trunk\util\uvmap\EG_uvmapStructFree.c
A trunk\util\uvmap\EG_uvmapStructFree.h
AU trunk\util\uvmap\OpenLicense.pdf
A trunk\util\uvmap\OpenLicense.txt
A trunk\util\uvmap\uvmap_chk_edge_ratio.c
A trunk\util\uvmap\uvmap_chk_edge_ratio.h
A trunk\util\uvmap\uvmap_gen_uv.c
A trunk\util\uvmap\uvmap_message.c
A trunk\util\uvmap\uvmap_solve.c
A trunk\util\uvmap\uvmap_write.c
A trunk\util\uvmap\uvmap_ibeibe.c
A trunk\util\uvmap\uvmap_ibfibf.c
A trunk\util\uvmap\uvmap_idibe.c
A trunk\util\uvmap\Makefile.Cygwin
A trunk\util\uvmap\Makefile.Linux
A trunk\util\uvmap\Makefile.MacOSX
A trunk\util\uvmap\uvmap_cpu_message.c
A trunk\util\uvmap\uvmap_find_uv.c
A trunk\util\uvmap\uvmap_find_uv.h
AU trunk\util\uvmap\uvmap.compile
AU trunk\util\uvmap\uvmap.lib_list
A trunk\util\uvmap\uvmap_add.c
A trunk\util\uvmap\uvmap_add.h
A trunk\util\uvmap\uvmap_bnd_adj.c
A trunk\util\uvmap\uvmap_bnd_adj.h
A trunk\util\uvmap\uvmap_chk_area_uv.c
A trunk\util\uvmap\uvmap_chk_area_uv.h
A trunk\util\uvmap\uvmap_cpu_message.h
A trunk\util\uvmap\uvmap_from_egads.c
A trunk\util\uvmap\uvmap_from_egads.h
A trunk\util\uvmap\uvmap_gen.h
A trunk\util\uvmap\uvmap_gen_uv.h
A trunk\util\uvmap\uvmap_ibeibe.h
A trunk\util\uvmap\uvmap_ibfibf.h
A trunk\util\uvmap\uvmap_ibfin.c
A trunk\util\uvmap\uvmap_ibfin.h
A trunk\util\uvmap\uvmap_iccibe.c
A trunk\util\uvmap\uvmap_iccibe.h
A trunk\util\uvmap\uvmap_iccin.c
A trunk\util\uvmap\uvmap_iccin.h
A trunk\util\uvmap\uvmap_idibe.h
A trunk\util\uvmap\uvmap_inibe.c
A trunk\util\uvmap\uvmap_inibe.h
A trunk\util\uvmap\uvmap_inl_uv_bnd.c
A trunk\util\uvmap\uvmap_inl_uv_bnd.h
A trunk\util\uvmap\uvmap_malloc.c
A trunk\util\uvmap\uvmap_malloc.h
A trunk\util\uvmap\uvmap_mben_disc.c
A trunk\util\uvmap\uvmap_mben_disc.h
A trunk\util\uvmap\uvmap_message.h
A trunk\util\uvmap\uvmap_norm_uv.c
A trunk\util\uvmap\uvmap_norm_uv.h
A trunk\util\uvmap\uvmap_read.h
A trunk\util\uvmap\uvmap_solve.h
A trunk\util\uvmap\uvmap_struct.h
A trunk\util\uvmap\uvmap_struct_tasks.c
A trunk\util\uvmap\uvmap_struct_tasks.h
A trunk\util\uvmap\uvmap_to_egads.c
A trunk\util\uvmap\uvmap_to_egads.h
A trunk\util\uvmap\uvmap_version.h
A trunk\util\uvmap\uvmap_write.h
A trunk\util\SurrealD1_btest.cpp
A trunk\util\SurrealS1_btest.cpp
A trunk\util\SurrealS4_btest.cpp
A trunk\util\ThreadTest.c
A trunk\util\triServer.c
A trunk\util\triServer.mak
A trunk\util\triServer.make
A trunk\util\vHOtess.mak
A trunk\util\egadsPatch.mak
A trunk\util\egadsPatch.make
AU trunk\util\plint
A trunk\util\NMakefile
A trunk\util\rational.c
A trunk\util\Makefile
A trunk\util\README.txt
A trunk\util\regQuads.h
A trunk\util\extractTess.mak
A trunk\util\extractTess.make
A trunk\util\limits.mak
AU trunk\util\HOlint
A trunk\util\vHOtess.make
A trunk\util\gp_Vec2d68.lxx
A trunk\util\gp_Vec2d.lxx
A trunk\util\limits.make
AU trunk\util\ulint
A trunk\wvClient
A trunk\wvClient\WebViewer
A trunk\wvClient\WebViewer\wv-cbManage.js
A trunk\wvClient\WebViewer\wv-draw.js
A trunk\wvClient\WebViewer\wv-gPrim.js
A trunk\wvClient\WebViewer\wv-render.js
A trunk\wvClient\WebViewer\wv-sGraph.js
A trunk\wvClient\WebViewer\wv-socket.js
A trunk\wvClient\WebViewer\webgl-utils.js
A trunk\wvClient\WebViewer\J3DIMath.js
A trunk\wvClient\WebViewer\webgl-debug.js
A trunk\wvClient\wv.js
A trunk\wvClient\wv.html
A trunk\wvClient\simpleUI.js
A trunk\wvClient\wv.css
A trunk\wvClient\wv-tree.js
A trunk\wvClient\wvSimple.html
A trunk\wvServer
A trunk\wvServer\browserMessage.c
A trunk\wvServer\fwv.c
A trunk\wvServer\server.c
A trunk\wvServer\test.f
A trunk\wvServer\wv.c
A trunk\wvServer\Makefile
A trunk\wvServer\SSL.make
A trunk\wvServer\libwebsockets.h
A trunk\wvServer\client-handshake.c
A trunk\wvServer\extension-x-google-mux.c
A trunk\wvServer\handshake.c
A trunk\wvServer\libwebsockets.c
A trunk\wvServer\parsers.c
A trunk\wvServer\private-libwebsockets.h
A trunk\wvServer\base64-decode.c
A trunk\wvServer\SSL.mak
A trunk\wvServer\wsserver.def
A trunk\wvServer\NMakefile
A trunk\wvServer\test.make
A trunk\wvServer\zlib
A trunk\wvServer\zlib\adler32.c
A trunk\wvServer\zlib\compress.c
A trunk\wvServer\zlib\crc32.c
A trunk\wvServer\zlib\crc32.h
A trunk\wvServer\zlib\deflate.c
A trunk\wvServer\zlib\deflate.h
A trunk\wvServer\zlib\gzclose.c
A trunk\wvServer\zlib\gzguts.h
A trunk\wvServer\zlib\gzlib.c
A trunk\wvServer\zlib\gzread.c
A trunk\wvServer\zlib\gzwrite.c
A trunk\wvServer\zlib\infback.c
A trunk\wvServer\zlib\inffast.c
A trunk\wvServer\zlib\inffast.h
A trunk\wvServer\zlib\inffixed.h
A trunk\wvServer\zlib\inflate.c
A trunk\wvServer\zlib\inflate.h
A trunk\wvServer\zlib\inftrees.c
A trunk\wvServer\zlib\inftrees.h
A trunk\wvServer\zlib\trees.c
A trunk\wvServer\zlib\trees.h
A trunk\wvServer\zlib\uncompr.c
A trunk\wvServer\zlib\zconf.h
A trunk\wvServer\zlib\zlib.h
A trunk\wvServer\zlib\zutil.c
A trunk\wvServer\zlib\zutil.h
A trunk\wvServer\zlib\NMakefile
A trunk\wvServer\map.cpp
AU trunk\wvServer\slint
A trunk\wvServer\sha-1.c
A trunk\wvServer\README.txt
A trunk\wvServer\extension-x-google-mux.h
A trunk\wvServer\extension-deflate-stream.c
A trunk\wvServer\win32helpers
A trunk\wvServer\win32helpers\unistd.h
A trunk\wvServer\win32helpers\websock-w32.h
A trunk\wvServer\win32helpers\sys
A trunk\wvServer\win32helpers\sys\time.h
A trunk\wvServer\win32helpers\strings.h
A trunk\wvServer\win32helpers\netdb.h
A trunk\wvServer\win32helpers\gettimeofday.h
A trunk\wvServer\websock-w32.c
A trunk\wvServer\extension-deflate-stream.h
A trunk\wvServer\extension.c
A trunk\wvServer\gettimeofday.c
A trunk\wvServer\md5.c
A trunk\OpenItems.txt
At revision 2020
Checking out a fresh workspace because C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\JenkinsESP doesn't exist
Cleaning local Directory JenkinsESP
Checking out svn+ssh://acdl.mit.edu/home/svnroot/JenkinsESP at revision '2024-03-03T18:43:08.839 -0500'
Using sole credentials 3614a4cf-01de-4393-97de-73734b7dd5a2 in realm ‘svn+ssh://acdl.mit.edu’
Using sole credentials 3614a4cf-01de-4393-97de-73734b7dd5a2 in realm ‘svn+ssh://acdl.mit.edu’
A ESP_Beta.bat
A ESP_Beta.sh
A ESP_Commit.bat
A ESP_Commit.sh
A ESP_Coverage.sh
A ESP_Env.bat
A ESP_Env.sh
A ESP_Memcheck.sh
A ESP_PreBuilt.bat
A ESP_PreBuilt.sh
A ESP_Regression.bat
A ESP_Regression.sh
A ESP_Sanitize.sh
A ESP_Stanalizer.sh
A ESP_Undefined.sh
A ESP_Valgrind.sh
A ESP_email.template
A ESP_parse
A ESPbfr.bat
A ESPbfr.sh
AU ESPbfr.tgz
AU RunRegression.sh
A Verification.bat
A data
A data\CAPS
A data\CAPS\csmErrorHandling.txt
A data\CAPS\csmOCCFailure_7.3.txt
A data\CAPS\csmOCCFailure_7.4.txt
A data\CAPS\csmOCCFailure_7.6.txt
A data\CAPS\csmOCCFailure_7.7.txt
A data\CAPS\egadsTessError.txt
A data\TRADES
A data\TRADES\csmErrorHandling.txt
A data\TRADES\csmOCCFailure_7.3.txt
A data\TRADES\csmOCCFailure_7.4.txt
A data\TRADES\csmOCCFailure_7.6.txt
A data\TRADES\csmOCCFailure_7.7.txt
A data\TRADES\egadsTessError.txt
A data\basic
A data\basic\csmErrorHandling.txt
A data\basic\csmOCCFailure_7.3.txt
A data\basic\csmOCCFailure_7.4.txt
A data\basic\csmOCCFailure_7.6.txt
A data\basic\csmOCCFailure_7.7.txt
A data\basic\egadsTessError.txt
A data\capsExamples
A data\capsExamples\csmErrorHandling.txt
A data\capsExamples\csmOCCFailure_7.3.txt
A data\capsExamples\csmOCCFailure_7.4.txt
A data\capsExamples\csmOCCFailure_7.6.txt
A data\capsExamples\csmOCCFailure_7.7.txt
A data\capsExamples\egadsTessError.txt
A data\csmErrorHandling.txt
A data\csmIgnore.txt
A data\csmIgnore_7.3.txt
A data\csmIgnore_7.4.txt
A data\csmIgnore_7.6.txt
A data\csmIgnore_7.7.txt
A data\csmOCCFailure_7.3.txt
A data\csmOCCFailure_7.4.txt
A data\csmOCCFailure_7.6.txt
A data\csmOCCFailure_7.7.txt
A data\egadsTessError.txt
A data\gallery
A data\gallery\csmErrorHandling.txt
A data\gallery\csmOCCFailure_7.3.txt
A data\gallery\csmOCCFailure_7.4.txt
A data\gallery\csmOCCFailure_7.6.txt
A data\gallery\csmOCCFailure_7.7.txt
A data\gallery\egadsTessError.txt
A data\legacy
A data\legacy\csmErrorHandling.txt
A data\legacy\csmOCCFailure_7.3.txt
A data\legacy\csmOCCFailure_7.4.txt
A data\legacy\csmOCCFailure_7.6.txt
A data\legacy\csmOCCFailure_7.7.txt
A data\legacy\egadsTessError.txt
A data\plugs
A data\plugs\plugsFailure.txt
A data\plugs\plugsIgnore.txt
A data\plugs\plugsIgnoreValgrind.txt
A data\sensFailure.txt
A data\studentGallery
A data\studentGallery\csmErrorHandling.txt
A data\studentGallery\csmOCCFailure_7.3.txt
A data\studentGallery\csmOCCFailure_7.4.txt
A data\studentGallery\csmOCCFailure_7.6.txt
A data\studentGallery\csmOCCFailure_7.7.txt
A data\studentGallery\egadsTessError.txt
A data\training
A data\training\csmErrorHandling.txt
A data\training\csmOCCFailure_7.3.txt
A data\training\csmOCCFailure_7.4.txt
A data\training\csmOCCFailure_7.6.txt
A data\training\csmOCCFailure_7.7.txt
A data\training\egadsTessError.txt
A data\vsp3
A data\vsp3\csmErrorHandling.txt
A data\vsp3\csmOCCFailure_7.6.txt
A data\vsp3\csmOCCFailure_7.7.txt
A data\vsp3\egadsTessError.txt
AU expectCSM.sh
AU expectPLUGS.sh
AU expectSENS.sh
AU expectSLUGS.sh
A splitCSMFiles.sh
A suppression_address.txt
A suppression_undefined.txt
A test_pyOCSM.sh
A tex
A tex\BEAMERoptions.tex
AU tex\JenkinsESP.pdf
A tex\JenkinsESP.tex
A tex\beamercolorthemeacdl.sty
A valgrind
A valgrind\valgrind-AFLR.supp
A valgrind\valgrind-IRIT.supp
A valgrind\valgrind-MKL.supp
A valgrind\valgrind-OCC7.3.supp
A valgrind\valgrind-OCC7.4.supp
A valgrind\valgrind-OCC7.6.supp
A valgrind\valgrind-OCC7.7.supp
A valgrind\valgrind-Tblade3.supp
A valgrind\valgrind-Ubuntu.supp
A valgrind\valgrind-exodus.supp
A valgrind\valgrind-python.supp
A valgrind_command.sh
At revision 848
Checking out a fresh workspace because C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\src doesn't exist
Cleaning local Directory OpenCSM/trunk/src
Checking out svn+ssh://acdl.mit.edu/home/svnroot/OpenCSM/trunk/src at revision '2024-03-03T18:43:08.839 -0500'
Using sole credentials 3614a4cf-01de-4393-97de-73734b7dd5a2 in realm ‘svn+ssh://acdl.mit.edu’
Using sole credentials 3614a4cf-01de-4393-97de-73734b7dd5a2 in realm ‘svn+ssh://acdl.mit.edu’
A Makefile
A Makefile.DARWIN64
A udpVsp3.c
A OpenCSM.c
A checkVtk.c
A vtk2stl.c
A OpenCSM.h
A udfOffset.c
A udfGanged.c
A udfCreateBEM.c
A udfDroop.c
AU ocsm.rc
A serveESP.c
A udpSample.c
A udpUtilities.c
A OpenCSMtcl.c
A OpenCSMtcl.h
A adjointCSM.c
A buildCSM.c
A common.h
A compareVerify.c
A egg.h
A eggPDT2.c
A esp.h
A fun3dCSM.c
A gmgwCSM.c
A gridCSM.c
A liteCSM.c
A massProps.c
A matchCSM.c
A naca456.f90
A parka.c
A sensCSM.c
A serveCSM.c
A simpleCSM.cpp
A tessCSM.c
A tim.c
A tim.h
A timCapsMode.c
A timEreped.c
A timFlowchart.c
A timGloves.c
A timMitten.c
A timPlotter.c
A timPlugs.c
A timPyscript.c
A timSlugs.c
A timViewer.c
A timVspSetup.c
A udfCatmull.c
A udfCompare.c
A udfCreatePoly.c
A udfDeform.c
A udfDroop2.c
A udfDroop3.c
A udfDumpPmtrs.c
A udfEditAttr.c
A udfFlend.c
A udfGuide.c
A udfLinalg.c
A udfMatchBodys.c
A udfMechanism.c
A udfNaca6mc.c
A udfNacelle.c
A udfNuscale.c
A udfPrintBbox.c
A udfPrintBrep.c
A udfPrintEgo.c
A udfShadow.c
A udfSlices.c
A udfStiffener.c
A udfTester1.c
A udfTile.c
A udfTile2.c
A udp.c
A udp.h
A udpBezier.c
A udpBiconvex.c
A udpBox.c
A udpBspline.c
A udpCsm.c
A udpEllipse.c
A udpEqn2body.c
A udpFitcurve.c
A udpFreeform.c
A udpGlovesBox.c
A udpGlovesCyl.c
A udpGlovesFuse.c
A udpGlovesSphr.c
A udpGlovesVtail.c
A udpGlovesWing.c
A udpHex.c
A udpImport.c
A udpKulfan.c
A udpLevelset.c
A udpNaca.c
A udpNaca456.c
A udpNurbbody.c
A udpParabaloid.c
A udpParsec.c_original
A udpParsec.cpp
A udpPod.c
A udpPoly.c
A udpProp.c
A udpRadwaf.c
A udpSew.c
A udpStag.c
A udpSupell.c
A udpTblade.c
A udpTester2.c
A udpUtilities.h
A udpVspComp.c
A udpVspFuse.c
A udpWaffle.c
A udpWarp.c
A vsp2csm.c
A udfTile.make
A udp.def
A Makefile.DARWIN64.gcc
A udp.help
A udpHubWedge.c
A Makefile.LINUX64
A NMakefile
A serveESP.mak
A ocsm.def
A serveESP.make
A timPyscript.def
A timGloves.h
A tim.def
A Tblade3
A Tblade3\3dbgb.f90
A Tblade3\bladegen.f90
A Tblade3\bladestack.f90
A Tblade3\bsplinecam.f90
A Tblade3\derivatives.f90
A Tblade3\file_operations.f90
A Tblade3\funcNsubs.f90
A Tblade3\globvar.f90
A Tblade3\readinput.f90
A Tblade3\Makefile
A Tblade3\Makefile.DARWIN64
A Tblade3\Makefile.LINUX64
A Tblade3\MakefileESP
A Tblade3\cubicspline.f90
A Tblade3\errors.f90
A Tblade3\spanwise_variation.f90
A Tblade3\spline.f90
A Tblade3\bspline3.f90
A Tblade3\NMakefile
A Tblade3\airfoiltypes.f90
A Tblade3\splinethick.f90
A Tblade3\techop.f90
A Tblade3\3dbgb_driver.f90
A Tblade3\T-Blade3_ReadMe.txt
A Tblade3\T-Blade3_ReadMe_ESP.txt
A Tblade3\license.txt
A Tblade3\GitHub.address
A udfTile.mak
A udfTile2.mak
A udfTile2.make
A tcl
AU tcl\buildCSM2.tcl
A tcl\sketcher.tcl
A udfCompare.mak
A udfCompare.make
A OpenCSM.help
A egg.def
A RunAllCsmFiles.bat
U .
At revision 2472
Checking out a fresh workspace because C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\data doesn't exist
Cleaning local Directory OpenCSM/trunk/data
Checking out svn+ssh://acdl.mit.edu/home/svnroot/OpenCSM/trunk/data at revision '2024-03-03T18:43:08.839 -0500'
Using sole credentials 3614a4cf-01de-4393-97de-73734b7dd5a2 in realm ‘svn+ssh://acdl.mit.edu’
Using sole credentials 3614a4cf-01de-4393-97de-73734b7dd5a2 in realm ‘svn+ssh://acdl.mit.edu’
A basic
A basic\blend32a.csm
A basic\blend32b.csm
A basic\blend32c.csm
A basic\verify_7.6.0
A basic\verify_7.6.0\blend32a.vfy
A basic\verify_7.6.0\blend32b.vfy
A basic\verify_7.6.0\blend32c.vfy
A basic\verify_7.6.0\nuscale5a.vfy
A basic\verify_7.6.0\nuscale5b.vfy
A basic\verify_7.6.0\nuscale6a.vfy
A basic\verify_7.6.0\nuscale6b.vfy
A basic\verify_7.6.0\nuscale7a.vfy
A basic\verify_7.6.0\nuscale7b.vfy
A basic\verify_7.6.0\nuscale8a.vfy
A basic\verify_7.6.0\nuscale8b.vfy
A basic\verify_7.6.0\blend31a.vfy
A basic\verify_7.6.0\blend31b.vfy
A basic\verify_7.6.0\blend31c.vfy
A basic\verify_7.6.0\blend31d.vfy
A basic\verify_7.6.0\winglet1.vfy
A basic\verify_7.6.0\winglet2.vfy
A basic\verify_7.6.0\clearance1.vfy
A basic\verify_7.6.0\clearance2.vfy
A basic\verify_7.6.0\clearance3.vfy
A basic\verify_7.6.0\periodicFit.vfy
A basic\verify_7.6.0\persist3a.vfy
A basic\verify_7.6.0\persist3b.vfy
A basic\verify_7.6.0\persist3c.vfy
A basic\verify_7.6.0\blend23m.vfy
A basic\verify_7.6.0\blend23n.vfy
A basic\verify_7.6.0\blend23o.vfy
A basic\verify_7.6.0\blend23p.vfy
A basic\verify_7.6.0\blend23q.vfy
A basic\verify_7.6.0\blend23r.vfy
A basic\verify_7.6.0\blend23s.vfy
A basic\verify_7.6.0\blend23t.vfy
A basic\verify_7.6.0\blend23u.vfy
A basic\verify_7.6.0\blend23v.vfy
A basic\verify_7.6.0\droop9a.vfy
A basic\verify_7.6.0\droop9b.vfy
A basic\verify_7.6.0\metaMaterial.vfy
A basic\verify_7.6.0\udprim4.vfy
A basic\verify_7.6.0\udprim5.vfy
A basic\verify_7.6.0\displayFilter1.vfy
A basic\verify_7.6.0\displayFilter2.vfy
A basic\verify_7.6.0\blend30a.vfy
A basic\verify_7.6.0\blend30b.vfy
A basic\verify_7.6.0\blend30c.vfy
A basic\verify_7.6.0\blend30d.vfy
A basic\verify_7.6.0\blend30e.vfy
A basic\verify_7.6.0\blend30f.vfy
A basic\verify_7.6.0\rule30a.vfy
A basic\verify_7.6.0\rule30b.vfy
A basic\verify_7.6.0\rule30c.vfy
A basic\verify_7.6.0\rule30d.vfy
A basic\verify_7.6.0\rule30e.vfy
A basic\verify_7.6.0\rule30f.vfy
A basic\verify_7.6.0\group5.vfy
A basic\verify_7.6.0\capNacelle1.vfy
A basic\verify_7.6.0\capNacelle2.vfy
A basic\verify_7.6.0\testAdjoint6.vfy
A basic\verify_7.6.0\testAdjoint7.vfy
A basic\verify_7.6.0\testAdjoint5.vfy
A basic\verify_7.6.0\testAdjoint4.vfy
A basic\verify_7.6.0\testAdjoint4.vfy_hand
A basic\verify_7.6.0\testAdjoint5.vfy_hand
A basic\verify_7.6.0\areaRule1.vfy
A basic\verify_7.6.0\areaRule2.vfy
A basic\verify_7.6.0\design0c.tsen
A basic\verify_7.6.0\design0r.tsen
A basic\verify_7.6.0\design8b.tsen
A basic\verify_7.6.0\design9.tsen
A basic\verify_7.6.0\designE2.tsen
A basic\verify_7.6.0\designE3.tsen
A basic\verify_7.6.0\designE4.tsen
A basic\verify_7.6.0\designK0.tsen
A basic\verify_7.6.0\designK1.tsen
A basic\verify_7.6.0\designK2.tsen
A basic\verify_7.6.0\designL00.tsen
A basic\verify_7.6.0\designL01.tsen
A basic\verify_7.6.0\designL10.tsen
A basic\verify_7.6.0\designL11.tsen
A basic\verify_7.6.0\designL12.tsen
A basic\verify_7.6.0\designL20.tsen
A basic\verify_7.6.0\designL21.tsen
A basic\verify_7.6.0\designL22.tsen
A basic\verify_7.6.0\designL30.tsen
A basic\verify_7.6.0\designL31.tsen
A basic\verify_7.6.0\designL32.tsen
A basic\verify_7.6.0\designL33.tsen
A basic\verify_7.6.0\designL34.tsen
A basic\verify_7.6.0\designL40.tsen
A basic\verify_7.6.0\designL41.tsen
A basic\verify_7.6.0\designL42.tsen
A basic\verify_7.6.0\design0c.gsen
A basic\verify_7.6.0\design1b.tsen
A basic\verify_7.6.0\design4.tsen
A basic\verify_7.6.0\design8a.tsen
A basic\verify_7.6.0\design8c.tsen
A basic\verify_7.6.0\design8d.gsen
A basic\verify_7.6.0\design8d.tsen
A basic\verify_7.6.0\design9.gsen
A basic\verify_7.6.0\designB4.tsen
A basic\verify_7.6.0\designB5.tsen
A basic\verify_7.6.0\designE4.gsen
A basic\verify_7.6.0\designGB.tsen
A basic\verify_7.6.0\designH3.tsen
A basic\verify_7.6.0\designI1.tsen
A basic\verify_7.6.0\designI2.tsen
A basic\verify_7.6.0\designI3.tsen
A basic\verify_7.6.0\designI4.tsen
A basic\verify_7.6.0\designL31.gsen
A basic\verify_7.6.0\designL32.gsen
A basic\verify_7.6.0\designL33.gsen
A basic\verify_7.6.0\designL34.gsen
A basic\verify_7.6.0\designL41.gsen
A basic\verify_7.6.0\designL42.gsen
A basic\verify_7.6.0\designS3.tsen
A basic\verify_7.6.0\designZ3.tsen
A basic\verify_7.6.0\designZ4.tsen
A basic\verify_7.6.0\designZ5.tsen
A basic\verify_7.6.0\designZ6.gsen
A basic\verify_7.6.0\designZ6.tsen
A basic\verify_7.6.0\design0b.gsen
A basic\verify_7.6.0\design0b.tsen
A basic\verify_7.6.0\design0e.tsen
A basic\verify_7.6.0\design0f.tsen
A basic\verify_7.6.0\design0g.tsen
A basic\verify_7.6.0\design0h.tsen
A basic\verify_7.6.0\design0i.tsen
A basic\verify_7.6.0\design0j.tsen
A basic\verify_7.6.0\design0k.tsen
A basic\verify_7.6.0\design0n1.tsen
A basic\verify_7.6.0\design0n2.gsen
A basic\verify_7.6.0\design0n2.tsen
A basic\verify_7.6.0\design0o1.tsen
A basic\verify_7.6.0\design0o2.gsen
A basic\verify_7.6.0\design0o2.tsen
A basic\verify_7.6.0\design0o3.tsen
A basic\verify_7.6.0\design0o4.gsen
A basic\verify_7.6.0\design0o4.tsen
A basic\verify_7.6.0\design0p.tsen
A basic\verify_7.6.0\design0q.tsen
A basic\verify_7.6.0\design0u.tsen
A basic\verify_7.6.0\design0v.tsen
A basic\verify_7.6.0\design0w.tsen
A basic\verify_7.6.0\design8c.gsen
A basic\verify_7.6.0\designC1a.tsen
A basic\verify_7.6.0\designC1b.tsen
A basic\verify_7.6.0\designC2a.tsen
A basic\verify_7.6.0\designC2b.tsen
A basic\verify_7.6.0\designC3a.tsen
A basic\verify_7.6.0\designC3b.tsen
A basic\verify_7.6.0\designC4a.gsen
A basic\verify_7.6.0\designC4a.tsen
A basic\verify_7.6.0\designC4b.gsen
A basic\verify_7.6.0\designC4b.tsen
A basic\verify_7.6.0\designC5a.gsen
A basic\verify_7.6.0\designC5a.tsen
A basic\verify_7.6.0\designC5b.gsen
A basic\verify_7.6.0\designC5b.tsen
A basic\verify_7.6.0\designC6a.gsen
A basic\verify_7.6.0\designC6a.tsen
A basic\verify_7.6.0\designC6b.gsen
A basic\verify_7.6.0\designC6b.tsen
A basic\verify_7.6.0\designD0b.tsen
A basic\verify_7.6.0\designD0c.tsen
A basic\verify_7.6.0\designD1b.tsen
A basic\verify_7.6.0\designD1c.tsen
A basic\verify_7.6.0\designD2b.tsen
A basic\verify_7.6.0\designD2c.tsen
A basic\verify_7.6.0\designD3b.tsen
A basic\verify_7.6.0\designD3c.tsen
A basic\verify_7.6.0\designD4b.tsen
A basic\verify_7.6.0\designD4c.tsen
A basic\verify_7.6.0\designD5b.tsen
A basic\verify_7.6.0\designD5c.tsen
A basic\verify_7.6.0\designD6a0.tsen
A basic\verify_7.6.0\designD6a1.tsen
A basic\verify_7.6.0\designD6a2.tsen
A basic\verify_7.6.0\designD6b0.tsen
A basic\verify_7.6.0\designD6b1.tsen
A basic\verify_7.6.0\designD6b2.tsen
A basic\verify_7.6.0\designD6c0.tsen
A basic\verify_7.6.0\designD6c1.tsen
A basic\verify_7.6.0\designD6c2.tsen
A basic\verify_7.6.0\designF0bb.tsen
A basic\verify_7.6.0\designF1bb.tsen
A basic\verify_7.6.0\designF1rr.tsen
A basic\verify_7.6.0\designF1rs.tsen
A basic\verify_7.6.0\designF1sr.tsen
A basic\verify_7.6.0\designF1ss.tsen
A basic\verify_7.6.0\designF2bb.tsen
A basic\verify_7.6.0\designF2rr.tsen
A basic\verify_7.6.0\designF2rs.tsen
A basic\verify_7.6.0\designF2sr.tsen
A basic\verify_7.6.0\designF2ss.tsen
A basic\verify_7.6.0\designG0.tsen
A basic\verify_7.6.0\designG1.tsen
A basic\verify_7.6.0\designG2.tsen
A basic\verify_7.6.0\designG3.tsen
A basic\verify_7.6.0\designG4.tsen
A basic\verify_7.6.0\designG5.gsen
A basic\verify_7.6.0\designG5.tsen
A basic\verify_7.6.0\designG6.gsen
A basic\verify_7.6.0\designG6.tsen
A basic\verify_7.6.0\designG7.tsen
A basic\verify_7.6.0\designG8.tsen
A basic\verify_7.6.0\designGA.tsen
A basic\verify_7.6.0\designH2.gsen
A basic\verify_7.6.0\designJ4b.tsen
A basic\verify_7.6.0\designP0c.tsen
A basic\verify_7.6.0\designP0d.tsen
A basic\verify_7.6.0\designP1b.tsen
A basic\verify_7.6.0\designP1c.tsen
A basic\verify_7.6.0\designP1d.tsen
A basic\verify_7.6.0\designP2c.tsen
A basic\verify_7.6.0\designP2d.tsen
A basic\verify_7.6.0\designP4a.gsen
A basic\verify_7.6.0\designP4a.tsen
A basic\verify_7.6.0\designP4b.gsen
A basic\verify_7.6.0\designP4b.tsen
A basic\verify_7.6.0\designP4c.gsen
A basic\verify_7.6.0\designP4c.tsen
A basic\verify_7.6.0\designP4d.gsen
A basic\verify_7.6.0\designP4d.tsen
A basic\verify_7.6.0\designR0a.tsen
A basic\verify_7.6.0\designR0b.tsen
A basic\verify_7.6.0\designR0c.gsen
A basic\verify_7.6.0\designR0c.tsen
A basic\verify_7.6.0\designR0d.tsen
A basic\verify_7.6.0\designR0e.gsen
A basic\verify_7.6.0\designR0e.tsen
A basic\verify_7.6.0\designR1a.tsen
A basic\verify_7.6.0\designR1b.tsen
A basic\verify_7.6.0\designR1c.gsen
A basic\verify_7.6.0\designR1c.tsen
A basic\verify_7.6.0\designR1d.tsen
A basic\verify_7.6.0\designR1e.gsen
A basic\verify_7.6.0\designR1e.tsen
A basic\verify_7.6.0\designR2a.tsen
A basic\verify_7.6.0\designR2b.tsen
A basic\verify_7.6.0\designR2c.gsen
A basic\verify_7.6.0\designR2c.tsen
A basic\verify_7.6.0\designR2d.tsen
A basic\verify_7.6.0\designR2e.gsen
A basic\verify_7.6.0\designR2e.tsen
A basic\verify_7.6.0\designR3a.tsen
A basic\verify_7.6.0\designR3b.tsen
A basic\verify_7.6.0\designR3c.gsen
A basic\verify_7.6.0\designR3c.tsen
A basic\verify_7.6.0\designR3d.tsen
A basic\verify_7.6.0\designR3e.gsen
A basic\verify_7.6.0\designR3e.tsen
A basic\verify_7.6.0\designS1.gsen
A basic\verify_7.6.0\designS1.tsen
A basic\verify_7.6.0\designS2.gsen
A basic\verify_7.6.0\designS2.tsen
A basic\verify_7.6.0\designV1.gsen
A basic\verify_7.6.0\designV1.tsen
A basic\verify_7.6.0\designX2.tsen
A basic\verify_7.6.0\designX3.tsen
A basic\verify_7.6.0\designX4.tsen
A basic\verify_7.6.0\designX6.tsen
A basic\verify_7.6.0\designX7.tsen
A basic\verify_7.6.0\designX8.tsen
A basic\verify_7.6.0\designY0.tsen
A basic\verify_7.6.0\designY1.tsen
A basic\verify_7.6.0\designY2.tsen
A basic\verify_7.6.0\designY3.tsen
A basic\verify_7.6.0\designY4.tsen
A basic\verify_7.6.0\designYc.tsen
A basic\verify_7.6.0\designYd.tsen
A basic\verify_7.6.0\designYe.tsen
A basic\verify_7.6.0\designYf.tsen
A basic\verify_7.6.0\designYg.tsen
A basic\verify_7.6.0\designYh.tsen
A basic\verify_7.6.0\designYi.tsen
A basic\verify_7.6.0\designYj.tsen
A basic\verify_7.6.0\designYk.tsen
A basic\verify_7.6.0\designYl.tsen
A basic\verify_7.6.0\designYm.tsen
A basic\verify_7.6.0\designYn.tsen
A basic\verify_7.6.0\designYo.tsen
A basic\verify_7.6.0\designYp.tsen
A basic\verify_7.6.0\designYq.tsen
A basic\verify_7.6.0\designYr.tsen
A basic\verify_7.6.0\designYs.tsen
A basic\verify_7.6.0\designYt.tsen
A basic\verify_7.6.0\designZ1.gsen
A basic\verify_7.6.0\designZ1.tsen
A basic\verify_7.6.0\designZ1.vfy
A basic\verify_7.6.0\designZ2.gsen
A basic\verify_7.6.0\designZ2.tsen
A basic\verify_7.6.0\designZ2.vfy
A basic\verify_7.6.0\designZ3.gsen
A basic\verify_7.6.0\designZ3.vfy
A basic\verify_7.6.0\designZ4.gsen
A basic\verify_7.6.0\designZ4.vfy
A basic\verify_7.6.0\designZ5.gsen
A basic\verify_7.6.0\designZ5.vfy
A basic\verify_7.6.0\designZ6.vfy
A basic\verify_7.6.0\csystem7a.vfy
A basic\verify_7.6.0\csystem7b.vfy
A basic\verify_7.6.0\csystem7c.vfy
A basic\verify_7.6.0\attrSpec.vfy
A basic\verify_7.6.0\designW1.vfy
A basic\verify_7.6.0\edgeIDtest1.vfy
A basic\verify_7.6.0\edgeIDtest2.vfy
A basic\verify_7.6.0\edgeIDtest3.vfy
A basic\verify_7.6.0\edgeIDtest4.vfy
A basic\verify_7.6.0\edgeIDtest5.vfy
A basic\verify_7.6.0\edgeIDtest6.vfy
A basic\verify_7.6.0\testAdjoint2.vfy
A basic\verify_7.6.0\testAdjoint3.vfy
A basic\verify_7.6.0\waffleC1.vfy
A basic\verify_7.6.0\testAdjoint1.vfy
A basic\verify_7.6.0\fitCurve8.vfy
A basic\verify_7.6.0\bentWaffle.vfy
A basic\verify_7.6.0\ablate0a.vfy
A basic\verify_7.6.0\ablate0b.vfy
A basic\verify_7.6.0\ablate0c.vfy
A basic\verify_7.6.0\ablate0d.vfy
A basic\verify_7.6.0\ablate0e.vfy
A basic\verify_7.6.0\propInteg1a.vfy
A basic\verify_7.6.0\propInteg2a.vfy
A basic\verify_7.6.0\ablate1.vfy
A basic\verify_7.6.0\ablate2.vfy
A basic\verify_7.6.0\ablate3.vfy
A basic\verify_7.6.0\design0b.vfy
A basic\verify_7.6.0\designB3.gsen
A basic\verify_7.6.0\designB3.tsen
A basic\verify_7.6.0\designB3.vfy
A basic\verify_7.6.0\designL20.gsen
A basic\verify_7.6.0\designL20.vfy
A basic\verify_7.6.0\designL21.gsen
A basic\verify_7.6.0\designL21.vfy
A basic\verify_7.6.0\designL22.gsen
A basic\verify_7.6.0\designL22.vfy
A basic\verify_7.6.0\designP5b.gsen
A basic\verify_7.6.0\designP5b.tsen
A basic\verify_7.6.0\designP5b.vfy
A basic\verify_7.6.0\designT2.gsen
A basic\verify_7.6.0\designT2.tsen
A basic\verify_7.6.0\designT2.vfy
A basic\verify_7.6.0\designU1b.gsen
A basic\verify_7.6.0\designU1b.tsen
A basic\verify_7.6.0\designU1b.vfy
A basic\verify_7.6.0\designU1c.gsen
A basic\verify_7.6.0\designU1c.tsen
A basic\verify_7.6.0\designU1c.vfy
A basic\verify_7.6.0\designU2b.gsen
A basic\verify_7.6.0\designU2b.vfy
A basic\verify_7.6.0\designU2c.gsen
A basic\verify_7.6.0\designU2c.vfy
A basic\verify_7.6.0\designV1.vfy
A basic\verify_7.6.0\designY0.gsen
A basic\verify_7.6.0\designY0.vfy
A basic\verify_7.6.0\designY1.gsen
A basic\verify_7.6.0\designY1.vfy
A basic\verify_7.6.0\designY2.gsen
A basic\verify_7.6.0\designY2.vfy
A basic\verify_7.6.0\designY3.gsen
A basic\verify_7.6.0\designY3.vfy
A basic\verify_7.6.0\designY4.gsen
A basic\verify_7.6.0\designY4.vfy
A basic\verify_7.6.0\designYa.gsen
A basic\verify_7.6.0\designYa.tsen
A basic\verify_7.6.0\designYa.vfy
A basic\verify_7.6.0\designYb.gsen
A basic\verify_7.6.0\designYb.tsen
A basic\verify_7.6.0\designYb.vfy
A basic\verify_7.6.0\designYc.gsen
A basic\verify_7.6.0\designYc.vfy
A basic\verify_7.6.0\designYd.gsen
A basic\verify_7.6.0\designYd.vfy
A basic\verify_7.6.0\designYe.gsen
A basic\verify_7.6.0\designYe.vfy
A basic\verify_7.6.0\designYf.gsen
A basic\verify_7.6.0\designYf.vfy
A basic\verify_7.6.0\designYg.gsen
A basic\verify_7.6.0\designYg.vfy
A basic\verify_7.6.0\designYh.gsen
A basic\verify_7.6.0\designYh.vfy
A basic\verify_7.6.0\designYi.gsen
A basic\verify_7.6.0\designYi.vfy
A basic\verify_7.6.0\designYj.gsen
A basic\verify_7.6.0\designYj.vfy
A basic\verify_7.6.0\designYk.gsen
A basic\verify_7.6.0\designYk.vfy
A basic\verify_7.6.0\designYl.gsen
A basic\verify_7.6.0\designYl.vfy
A basic\verify_7.6.0\designYm.gsen
A basic\verify_7.6.0\designYm.vfy
A basic\verify_7.6.0\designYn.gsen
A basic\verify_7.6.0\designYn.vfy
A basic\verify_7.6.0\designYo.gsen
A basic\verify_7.6.0\designYo.vfy
A basic\verify_7.6.0\designYp.gsen
A basic\verify_7.6.0\designYp.vfy
A basic\verify_7.6.0\designYq.gsen
A basic\verify_7.6.0\designYq.vfy
A basic\verify_7.6.0\designYr.gsen
A basic\verify_7.6.0\designYr.vfy
A basic\verify_7.6.0\designYs.gsen
A basic\verify_7.6.0\designYs.vfy
A basic\verify_7.6.0\designYt.gsen
A basic\verify_7.6.0\designYt.vfy
A basic\verify_7.6.0\designYu.gsen
A basic\verify_7.6.0\designYu.tsen
A basic\verify_7.6.0\designYu.vfy
A basic\verify_7.6.0\designYv.gsen
A basic\verify_7.6.0\designYv.tsen
A basic\verify_7.6.0\designYv.vfy
A basic\verify_7.6.0\designYw.gsen
A basic\verify_7.6.0\designYw.tsen
A basic\verify_7.6.0\designYw.vfy
A basic\verify_7.6.0\designYx.gsen
A basic\verify_7.6.0\designYx.tsen
A basic\verify_7.6.0\designYx.vfy
A basic\verify_7.6.0\designYy.gsen
A basic\verify_7.6.0\designYy.tsen
A basic\verify_7.6.0\designYy.vfy
A basic\verify_7.6.0\designYz.gsen
A basic\verify_7.6.0\designYz.tsen
A basic\verify_7.6.0\designYz.vfy
A basic\verify_7.6.0\scribe11x.vfy
A basic\verify_7.6.0\scribe11y.vfy
A basic\verify_7.6.0\scribe11z.vfy
A basic\verify_7.6.0\subtract6b.vfy
A basic\verify_7.6.0\subtract6c.vfy
A basic\verify_7.6.0\blend23a.vfy
A basic\verify_7.6.0\blend23b.vfy
A basic\verify_7.6.0\blend23c.vfy
A basic\verify_7.6.0\blend23d.vfy
A basic\verify_7.6.0\blend23e.vfy
A basic\verify_7.6.0\blend23f.vfy
A basic\verify_7.6.0\blend23g.vfy
A basic\verify_7.6.0\blend23h.vfy
A basic\verify_7.6.0\blend23i.vfy
A basic\verify_7.6.0\blend23j.vfy
A basic\verify_7.6.0\blend23k.vfy
A basic\verify_7.6.0\blend23l.vfy
A basic\verify_7.6.0\linalg1.vfy
A basic\verify_7.6.0\sketch12a.vfy
A basic\verify_7.6.0\sketch12b.vfy
A basic\verify_7.6.0\sketch12c.vfy
A basic\verify_7.6.0\sketch12d.vfy
A basic\verify_7.6.0\design0.tsen
A basic\verify_7.6.0\design0t1.tsen
A basic\verify_7.6.0\design0t2.tsen
A basic\verify_7.6.0\design0t3.tsen
A basic\verify_7.6.0\designB2.tsen
A basic\verify_7.6.0\designD0a.tsen
A basic\verify_7.6.0\designD1a.tsen
A basic\verify_7.6.0\designD2a.tsen
A basic\verify_7.6.0\designD3a.tsen
A basic\verify_7.6.0\designD4a.tsen
A basic\verify_7.6.0\designD5a.tsen
A basic\verify_7.6.0\designG9.tsen
A basic\verify_7.6.0\designH2.tsen
A basic\verify_7.6.0\designJ1a.tsen
A basic\verify_7.6.0\designJ1b.tsen
A basic\verify_7.6.0\designJ1d.tsen
A basic\verify_7.6.0\designJ2a.tsen
A basic\verify_7.6.0\designJ2b.tsen
A basic\verify_7.6.0\designJ3a.tsen
A basic\verify_7.6.0\designJ3b.tsen
A basic\verify_7.6.0\designJ4a.tsen
A basic\verify_7.6.0\designJ5.tsen
A basic\verify_7.6.0\designM3.tsen
A basic\verify_7.6.0\designM4.tsen
A basic\verify_7.6.0\designP2b.tsen
A basic\verify_7.6.0\designX1.tsen
A basic\verify_7.6.0\designX5.tsen
A basic\verify_7.6.0\mechanism1a.vfy
A basic\verify_7.6.0\mechanism1b.vfy
A basic\verify_7.6.0\mechanism1c.vfy
A basic\verify_7.6.0\mechanism1d.vfy
A basic\verify_7.6.0\mechanism1e.vfy
A basic\verify_7.6.0\mechanism1f.vfy
A basic\verify_7.6.0\mechanism1g.vfy
A basic\verify_7.6.0\mechanism1h.vfy
A basic\verify_7.6.0\mechanism1i.vfy
A basic\verify_7.6.0\mechanism1j.vfy
A basic\verify_7.6.0\mechanism1k.vfy
A basic\verify_7.6.0\mechanism1l.vfy
A basic\verify_7.6.0\mechanism2a.vfy
A basic\verify_7.6.0\mechanism2b.vfy
A basic\verify_7.6.0\mechanism2c.vfy
A basic\verify_7.6.0\mechanism2d.vfy
A basic\verify_7.6.0\mechanism2e.vfy
A basic\verify_7.6.0\mechanism2f.vfy
A basic\verify_7.6.0\mechanism2g.vfy
A basic\verify_7.6.0\mechanism2h.vfy
A basic\verify_7.6.0\mechanism2i.vfy
A basic\verify_7.6.0\mechanism2j.vfy
A basic\verify_7.6.0\mechanism2k.vfy
A basic\verify_7.6.0\mechanism2l.vfy
A basic\verify_7.6.0\mechanism3a.vfy
A basic\verify_7.6.0\mechanism3b.vfy
A basic\verify_7.6.0\mechanism3c.vfy
A basic\verify_7.6.0\mechanism3d.vfy
A basic\verify_7.6.0\mechanism3e.vfy
A basic\verify_7.6.0\mechanism3f.vfy
A basic\verify_7.6.0\mechanism4a.vfy
A basic\verify_7.6.0\mechanism4b.vfy
A basic\verify_7.6.0\mechanism4c.vfy
A basic\verify_7.6.0\mechanism4d.vfy
A basic\verify_7.6.0\mechanism4e.vfy
A basic\verify_7.6.0\clearance1.vfy_hand
A basic\verify_7.6.0\clearance2.vfy_hand
A basic\verify_7.6.0\clearance3.vfy_hand
A basic\verify_7.6.0\deform1.vfy
A basic\verify_7.6.0\deform2.vfy
A basic\verify_7.6.0\deform3.vfy
A basic\verify_7.6.0\deform4.vfy
A basic\verify_7.6.0\deform5.vfy
A basic\verify_7.6.0\deform6.vfy
A basic\verify_7.6.0\deform7.vfy
A basic\verify_7.6.0\deform8.vfy
A basic\verify_7.6.0\slices3x.vfy
A basic\verify_7.6.0\slices3x.vfy_hand
A basic\verify_7.6.0\slices3y.vfy
A basic\verify_7.6.0\slices3y.vfy_hand
A basic\verify_7.6.0\slices3z.vfy
A basic\verify_7.6.0\slices3z.vfy_hand
A basic\verify_7.6.0\edgeGrid1.vfy
A basic\verify_7.6.0\edgeGrid2.vfy
A basic\verify_7.6.0\edgeGrid3.vfy
A basic\verify_7.6.0\extractNodes.vfy
A basic\verify_7.6.0\flend10a.vfy
A basic\verify_7.6.0\flend10b.vfy
A basic\verify_7.6.0\flend10c.vfy
A basic\verify_7.6.0\flend10d.vfy
A basic\verify_7.6.0\flend10e.vfy
A basic\verify_7.6.0\flend10f.vfy
A basic\verify_7.6.0\flend10g.vfy
A basic\verify_7.6.0\flend10h.vfy
A basic\verify_7.6.0\flend10i.vfy
A basic\verify_7.6.0\flend10j.vfy
A basic\verify_7.6.0\flend10k.vfy
A basic\verify_7.6.0\flend10l.vfy
A basic\verify_7.6.0\flend10m.vfy
A basic\verify_7.6.0\flend10n.vfy
A basic\verify_7.6.0\flend10o.vfy
A basic\verify_7.6.0\flend10p.vfy
A basic\verify_7.6.0\flend10q.vfy
A basic\verify_7.6.0\flend10r.vfy
A basic\verify_7.6.0\flend8i.vfy
A basic\verify_7.6.0\flend8j.vfy
A basic\verify_7.6.0\flend8q.vfy
A basic\verify_7.6.0\flend8r.vfy
A basic\verify_7.6.0\flend9a.vfy
A basic\verify_7.6.0\flend9b.vfy
A basic\verify_7.6.0\flend9c.vfy
A basic\verify_7.6.0\flend9d.vfy
A basic\verify_7.6.0\flend9e.vfy
A basic\verify_7.6.0\flend9f.vfy
A basic\verify_7.6.0\flend9g.vfy
A basic\verify_7.6.0\flend9h.vfy
A basic\verify_7.6.0\flend9i.vfy
A basic\verify_7.6.0\flend9j.vfy
A basic\verify_7.6.0\flend9k.vfy
A basic\verify_7.6.0\flend9l.vfy
A basic\verify_7.6.0\flend9m.vfy
A basic\verify_7.6.0\flend9n.vfy
A basic\verify_7.6.0\flend9o.vfy
A basic\verify_7.6.0\flend9p.vfy
A basic\verify_7.6.0\flend9q.vfy
A basic\verify_7.6.0\flend9r.vfy
A basic\verify_7.6.0\flend8e.vfy
A basic\verify_7.6.0\flend8f.vfy
A basic\verify_7.6.0\flend8u.vfy
A basic\verify_7.6.0\flend8v.vfy
A basic\verify_7.6.0\flend8w.vfy
A basic\verify_7.6.0\flend8x.vfy
A basic\verify_7.6.0\flend8y.vfy
A basic\verify_7.6.0\flend8z.vfy
A basic\verify_7.6.0\flend8a.vfy
A basic\verify_7.6.0\flend8b.vfy
A basic\verify_7.6.0\flend8g.vfy
A basic\verify_7.6.0\flend8h.vfy
A basic\verify_7.6.0\flend8m.vfy
A basic\verify_7.6.0\flend8n.vfy
A basic\verify_7.6.0\flend8o.vfy
A basic\verify_7.6.0\flend8p.vfy
A basic\verify_7.6.0\flend8s.vfy
A basic\verify_7.6.0\flend8t.vfy
A basic\verify_7.6.0\bspline1.vfy
A basic\verify_7.6.0\bspline2.vfy
A basic\verify_7.6.0\offsetIa.vfy
A basic\verify_7.6.0\offsetIb.vfy
A basic\verify_7.6.0\offsetIc.vfy
A basic\verify_7.6.0\offsetId.vfy
A basic\verify_7.6.0\offsetJa.vfy
A basic\verify_7.6.0\offsetJb.vfy
A basic\verify_7.6.0\offsetJc.vfy
A basic\verify_7.6.0\offsetJd.vfy
A basic\verify_7.6.0\offsetKa.vfy
A basic\verify_7.6.0\offsetKb.vfy
A basic\verify_7.6.0\offsetKc.vfy
A basic\verify_7.6.0\offsetKd.vfy
A basic\verify_7.6.0\offsetLa.vfy
A basic\verify_7.6.0\offsetLb.vfy
A basic\verify_7.6.0\offsetLc.vfy
A basic\verify_7.6.0\offsetLd.vfy
A basic\verify_7.6.0\offsetMa.vfy
A basic\verify_7.6.0\offsetMb.vfy
A basic\verify_7.6.0\offsetMc.vfy
A basic\verify_7.6.0\offsetMd.vfy
A basic\verify_7.6.0\offsetNa.vfy
A basic\verify_7.6.0\offsetNb.vfy
A basic\verify_7.6.0\offsetNc.vfy
A basic\verify_7.6.0\offsetNd.vfy
A basic\verify_7.6.0\offsetOa.vfy
A basic\verify_7.6.0\offsetOb.vfy
A basic\verify_7.6.0\offsetOc.vfy
A basic\verify_7.6.0\offsetOd.vfy
A basic\verify_7.6.0\offsetOe.vfy
A basic\verify_7.6.0\offsetOf.vfy
A basic\verify_7.6.0\offsetOg.vfy
A basic\verify_7.6.0\offsetOh.vfy
A basic\verify_7.6.0\offsetOi.vfy
A basic\verify_7.6.0\offsetOj.vfy
A basic\verify_7.6.0\offsetOk.vfy
A basic\verify_7.6.0\offsetOl.vfy
A basic\verify_7.6.0\offsetOm.vfy
A basic\verify_7.6.0\offsetOn.vfy
A basic\verify_7.6.0\offsetOo.vfy
A basic\verify_7.6.0\offsetOp.vfy
A basic\verify_7.6.0\offsetOq.vfy
A basic\verify_7.6.0\offsetOr.vfy
A basic\verify_7.6.0\offsetPa.vfy
A basic\verify_7.6.0\offsetPb.vfy
A basic\verify_7.6.0\offsetPc.vfy
A basic\verify_7.6.0\offsetPd.vfy
A basic\verify_7.6.0\offsetPe.vfy
A basic\verify_7.6.0\offsetPf.vfy
A basic\verify_7.6.0\offsetPg.vfy
A basic\verify_7.6.0\offsetPh.vfy
A basic\verify_7.6.0\offsetQa.vfy
A basic\verify_7.6.0\offsetQb.vfy
A basic\verify_7.6.0\offsetQc.vfy
A basic\verify_7.6.0\offsetQd.vfy
A basic\verify_7.6.0\offsetQe.vfy
A basic\verify_7.6.0\offsetQf.vfy
A basic\verify_7.6.0\offsetQg.vfy
A basic\verify_7.6.0\offsetQh.vfy
A basic\verify_7.6.0\offsetRa.vfy
A basic\verify_7.6.0\offsetRb.vfy
A basic\verify_7.6.0\evaluate3a.vfy
A basic\verify_7.6.0\evaluate3b.vfy
A basic\verify_7.6.0\multiRegions0.vfy
A basic\verify_7.6.0\multiRegions1.vfy
A basic\verify_7.6.0\multiRegions2.vfy
A basic\verify_7.6.0\blend29.vfy
A basic\verify_7.6.0\rule29.vfy
A basic\verify_7.6.0\matchBodys5.vfy
A basic\verify_7.6.0\tester1.vfy
A basic\verify_7.6.0\tester2.vfy
A basic\verify_7.6.0\waffleB1.vfy
A basic\verify_7.6.0\waffleB2.vfy
A basic\verify_7.6.0\waffleB3.vfy
A basic\verify_7.6.0\ereped6a.vfy
A basic\verify_7.6.0\ereped6a.vfy_hand
A basic\verify_7.6.0\project3.vfy
A basic\verify_7.6.0\project3.vfy_hand
A basic\verify_7.6.0\hollowC6.vfy
A basic\verify_7.6.0\hollowC6.vfy_hand
A basic\verify_7.6.0\hollowC7.vfy
A basic\verify_7.6.0\hollowC7.vfy_hand
A basic\verify_7.6.0\hollowCA.vfy
A basic\verify_7.6.0\hollowCA.vfy_hand
A basic\verify_7.6.0\hollowCB.vfy
A basic\verify_7.6.0\hollowCB.vfy_hand
A basic\verify_7.6.0\designH2.vfy
A basic\verify_7.6.0\designX1.gsen
A basic\verify_7.6.0\designX1.vfy
A basic\verify_7.6.0\designX2.gsen
A basic\verify_7.6.0\designX2.vfy
A basic\verify_7.6.0\designX3.gsen
A basic\verify_7.6.0\designX3.vfy
A basic\verify_7.6.0\designX4.gsen
A basic\verify_7.6.0\designX4.vfy
A basic\verify_7.6.0\designX5.gsen
A basic\verify_7.6.0\designX5.vfy
A basic\verify_7.6.0\designX6.gsen
A basic\verify_7.6.0\designX6.vfy
A basic\verify_7.6.0\designX7.gsen
A basic\verify_7.6.0\designX7.vfy
A basic\verify_7.6.0\designX8.gsen
A basic\verify_7.6.0\designX8.vfy
A basic\verify_7.6.0\designW0.gsen
A basic\verify_7.6.0\designW0.tsen
A basic\verify_7.6.0\designW0.vfy
A basic\verify_7.6.0\designW1.gsen
A basic\verify_7.6.0\designW1.tsen
A basic\verify_7.6.0\designW2.gsen
A basic\verify_7.6.0\designW2.tsen
A basic\verify_7.6.0\designW2.vfy
A basic\verify_7.6.0\designW3.gsen
A basic\verify_7.6.0\designW3.tsen
A basic\verify_7.6.0\designW3.vfy
A basic\verify_7.6.0\designW4.gsen
A basic\verify_7.6.0\designW4.tsen
A basic\verify_7.6.0\designW4.vfy
A basic\verify_7.6.0\designW5.gsen
A basic\verify_7.6.0\designW5.tsen
A basic\verify_7.6.0\designW5.vfy
A basic\verify_7.6.0\splitEdges1.vfy
A basic\verify_7.6.0\splitEdges2.vfy
A basic\verify_7.6.0\selectA.vfy
A basic\verify_7.6.0\selectB.vfy
A basic\verify_7.6.0\selectC.vfy
A basic\verify_7.6.0\selectD.vfy
A basic\verify_7.6.0\selectE.vfy
A basic\verify_7.6.0\combine0.vfy
A basic\verify_7.6.0\combine1.vfy
A basic\verify_7.6.0\combine2.vfy
A basic\verify_7.6.0\combine3.vfy
A basic\verify_7.6.0\combine4.vfy
A basic\verify_7.6.0\combine5.vfy
A basic\verify_7.6.0\combine6.vfy
A basic\verify_7.6.0\combine7.vfy
A basic\verify_7.6.0\droop0a.vfy
A basic\verify_7.6.0\droop0b.vfy
A basic\verify_7.6.0\droop0c.vfy
A basic\verify_7.6.0\droop1a.vfy
A basic\verify_7.6.0\droop1b.vfy
A basic\verify_7.6.0\droop1c.vfy
A basic\verify_7.6.0\droop2a.vfy
A basic\verify_7.6.0\droop2b.vfy
A basic\verify_7.6.0\droop2c.vfy
A basic\verify_7.6.0\droop3a.vfy
A basic\verify_7.6.0\droop3b.vfy
A basic\verify_7.6.0\droop3c.vfy
A basic\verify_7.6.0\droop4a.vfy
A basic\verify_7.6.0\droop4b.vfy
A basic\verify_7.6.0\droop4c.vfy
A basic\verify_7.6.0\droop5a.vfy
A basic\verify_7.6.0\droop5b.vfy
A basic\verify_7.6.0\droop5c.vfy
A basic\verify_7.6.0\droop6a.vfy
A basic\verify_7.6.0\droop6b.vfy
A basic\verify_7.6.0\droop6c.vfy
A basic\verify_7.6.0\droop7a.vfy
A basic\verify_7.6.0\droop7b.vfy
A basic\verify_7.6.0\droop7c.vfy
A basic\verify_7.6.0\droop8a.vfy
A basic\verify_7.6.0\droop8b.vfy
A basic\verify_7.6.0\droop8c.vfy
A basic\verify_7.6.0\naca6mc0.vfy
A basic\verify_7.6.0\naca6mc1.vfy
A basic\verify_7.6.0\naca6mc2.vfy
A basic\verify_7.6.0\naca6mc3.vfy
A basic\verify_7.6.0\naca6mc4.vfy
A basic\verify_7.6.0\naca6mc5.vfy
A basic\verify_7.6.0\naca6mc6.vfy
A basic\verify_7.6.0\naca6mc7.vfy
A basic\verify_7.6.0\naca6mc8.vfy
A basic\verify_7.6.0\naca6mc9.vfy
A basic\verify_7.6.0\oldCombine1.vfy
A basic\verify_7.6.0\oldCombine2.vfy
A basic\verify_7.6.0\oldCombine3.vfy
A basic\verify_7.6.0\oldCombine4.vfy
A basic\verify_7.6.0\oldCombine5.vfy
A basic\verify_7.6.0\oldCombine6a.vfy
A basic\verify_7.6.0\oldCombine6b.vfy
A basic\verify_7.6.0\oldCombine7a.vfy
A basic\verify_7.6.0\oldCombine7b.vfy
A basic\verify_7.6.0\oldCombine8a.vfy
A basic\verify_7.6.0\message.vfy
A basic\verify_7.6.0\offset9.vfy
A basic\verify_7.6.0\offsetA.vfy
A basic\verify_7.6.0\offsetB.vfy
A basic\verify_7.6.0\offsetC.vfy
A basic\verify_7.6.0\offsetD.vfy
A basic\verify_7.6.0\offsetE.vfy
A basic\verify_7.6.0\offsetF.vfy
A basic\verify_7.6.0\offsetG.vfy
A basic\verify_7.6.0\offsetH.vfy
A basic\verify_7.6.0\sslope6a.vfy
A basic\verify_7.6.0\sslope6b.vfy
A basic\verify_7.6.0\sslope6c.vfy
A basic\verify_7.6.0\ereped8.vfy
A basic\verify_7.6.0\extractBodys.vfy
A basic\verify_7.6.0\rule28a.vfy
A basic\verify_7.6.0\rule28b.vfy
A basic\verify_7.6.0\rule28c.vfy
A basic\verify_7.6.0\rule28d.vfy
A basic\verify_7.6.0\frustrum3.vfy
A basic\verify_7.6.0\dumpPmtrs.vfy
A basic\verify_7.6.0\restore3.vfy
A basic\verify_7.6.0\offset3.vfy
A basic\verify_7.6.0\offset6.vfy
A basic\verify_7.6.0\offset7x.vfy
A basic\verify_7.6.0\offset7y.vfy
A basic\verify_7.6.0\offset7z.vfy
A basic\verify_7.6.0\L1T2.vfy
A basic\verify_7.6.0\blend_nacelle.vfy
A basic\verify_7.6.0\connect5.vfy
A basic\verify_7.6.0\elevate1.vfy
A basic\verify_7.6.0\elevate2.vfy
A basic\verify_7.6.0\elevate3.vfy
A basic\verify_7.6.0\elevate4.vfy
A basic\verify_7.6.0\elevate5.vfy
A basic\verify_7.6.0\elevate6a.vfy
A basic\verify_7.6.0\elevate6b.vfy
A basic\verify_7.6.0\elevate7a.vfy
A basic\verify_7.6.0\elevate7b.vfy
A basic\verify_7.6.0\elevate8a.vfy
A basic\verify_7.6.0\fitCurve1.vfy
A basic\verify_7.6.0\flowaround1.vfy
A basic\verify_7.6.0\flowaround2.vfy
A basic\verify_7.6.0\flowaround3.vfy
A basic\verify_7.6.0\flowthru1.vfy
A basic\verify_7.6.0\flowthru2.vfy
A basic\verify_7.6.0\flowthru3.vfy
A basic\verify_7.6.0\inletWithWalls1.vfy
A basic\verify_7.6.0\joinSheets6a.vfy
A basic\verify_7.6.0\joinSheets6b.vfy
A basic\verify_7.6.0\joinUnion3.vfy
A basic\verify_7.6.0\offset8x.vfy
A basic\verify_7.6.0\offset8y.vfy
A basic\verify_7.6.0\offset8z.vfy
A basic\verify_7.6.0\pipeNetwork0.vfy
A basic\verify_7.6.0\pipeNetwork1.vfy
A basic\verify_7.6.0\pipeNetwork2.vfy
A basic\verify_7.6.0\pipeNetwork3.vfy
A basic\verify_7.6.0\pipeNetwork5.vfy
A basic\verify_7.6.0\poly4.vfy
A basic\verify_7.6.0\rocketnozzle2.vfy
A basic\verify_7.6.0\rule8.vfy
A basic\verify_7.6.0\sectionsWithHoles1b.vfy
A basic\verify_7.6.0\sectionsWithHoles1c.vfy
A basic\verify_7.6.0\sectionsWithHoles2b.vfy
A basic\verify_7.6.0\sectionsWithHoles2c.vfy
A basic\verify_7.6.0\sharpFin.vfy
A basic\verify_7.6.0\shrinkwrap1.vfy
A basic\verify_7.6.0\shrinkwrap2.vfy
A basic\verify_7.6.0\shrinkwrap3.vfy
A basic\verify_7.6.0\splitWing1.vfy
A basic\verify_7.6.0\splitWing2.vfy
A basic\verify_7.6.0\subtract6f.vfy
A basic\verify_7.6.0\transport2b.vfy
A basic\verify_7.6.0\unionSolids1.vfy
A basic\verify_7.6.0\unionSolids2.vfy
A basic\verify_7.6.0\wingSew3.vfy
A basic\verify_7.6.0\flend5.vfy
A basic\verify_7.6.0\flend5a.vfy
A basic\verify_7.6.0\flend5b.vfy
A basic\verify_7.6.0\flend5c.vfy
A basic\verify_7.6.0\helix3.vfy
A basic\verify_7.6.0\inflatedBody2b.vfy
A basic\verify_7.6.0\offset1.vfy
A basic\verify_7.6.0\offset2.vfy
A basic\verify_7.6.0\offset4.vfy
A basic\verify_7.6.0\offset5.vfy
A basic\verify_7.6.0\duct7.vfy
A basic\verify_7.6.0\ereped6b.vfy
A basic\verify_7.6.0\ereped6c.vfy
A basic\verify_7.6.0\ereped6d.vfy
A basic\verify_7.6.0\ereped7.vfy
A basic\verify_7.6.0\wingBEM2.vfy
A basic\verify_7.6.0\compare1b.vfy
A basic\verify_7.6.0\attributeA.vfy
A basic\verify_7.6.0\duct6.vfy
A basic\verify_7.6.0\inflatedBody2a.vfy
A basic\verify_7.6.0\attribute9a.vfy
A basic\verify_7.6.0\attribute9b.vfy
A basic\verify_7.6.0\inflatedBody1a.vfy
A basic\verify_7.6.0\inflatedBody1b.vfy
A basic\verify_7.6.0\nmWireBody1.vfy
A basic\verify_7.6.0\nmWireBody2.vfy
A basic\verify_7.6.0\nmWireBody3.vfy
A basic\verify_7.6.0\nmWireBody4.vfy
A basic\verify_7.6.0\nmWireBody5.vfy
A basic\verify_7.6.0\nmWireBody6.vfy
A basic\verify_7.6.0\pipeNetwork4.vfy
A basic\verify_7.6.0\thickPrint1.vfy
A basic\verify_7.6.0\thickPrint2.vfy
A basic\verify_7.6.0\ogive1.vfy
A basic\verify_7.6.0\ogive2.vfy
A basic\verify_7.6.0\unequalRules.vfy
A basic\verify_7.6.0\shadow1.vfy
A basic\verify_7.6.0\shadow2.vfy
A basic\verify_7.6.0\sectionsWithHoles1a.vfy
A basic\verify_7.6.0\sectionsWithHoles2a.vfy
A basic\verify_7.6.0\hollowE1.vfy
A basic\verify_7.6.0\hollowE2.vfy
A basic\verify_7.6.0\hollowE3.vfy
A basic\verify_7.6.0\hollowE4.vfy
A basic\verify_7.6.0\hollowSheet.vfy
A basic\verify_7.6.0\hollowSolid.vfy
A basic\verify_7.6.0\design0a.tsen
A basic\verify_7.6.0\designE1.tsen
A basic\verify_7.6.0\designE5.tsen
A basic\verify_7.6.0\designE6.tsen
A basic\verify_7.6.0\designE7.tsen
A basic\verify_7.6.0\designEb.tsen
A basic\verify_7.6.0\designM0.tsen
A basic\verify_7.6.0\designM1.tsen
A basic\verify_7.6.0\designM2.tsen
A basic\verify_7.6.0\designP5a.gsen
A basic\verify_7.6.0\designP5a.tsen
A basic\verify_7.6.0\designP5a.vfy
A basic\verify_7.6.0\design0.gsen
A basic\verify_7.6.0\design0a.gsen
A basic\verify_7.6.0\design0d.gsen
A basic\verify_7.6.0\design0d.tsen
A basic\verify_7.6.0\design0e.gsen
A basic\verify_7.6.0\design0f.gsen
A basic\verify_7.6.0\design0g.gsen
A basic\verify_7.6.0\design0h.gsen
A basic\verify_7.6.0\design0i.gsen
A basic\verify_7.6.0\design0j.gsen
A basic\verify_7.6.0\design0k.gsen
A basic\verify_7.6.0\design0m.gsen
A basic\verify_7.6.0\design0m.tsen
A basic\verify_7.6.0\design0n1.gsen
A basic\verify_7.6.0\design0o1.gsen
A basic\verify_7.6.0\design0o3.gsen
A basic\verify_7.6.0\design0p.gsen
A basic\verify_7.6.0\design0q.gsen
A basic\verify_7.6.0\design0r.gsen
A basic\verify_7.6.0\design0s.gsen
A basic\verify_7.6.0\design0t1.gsen
A basic\verify_7.6.0\design0t2.gsen
A basic\verify_7.6.0\design0t3.gsen
A basic\verify_7.6.0\design0u.gsen
A basic\verify_7.6.0\design0v.gsen
A basic\verify_7.6.0\design0w.gsen
A basic\verify_7.6.0\design1a.gsen
A basic\verify_7.6.0\design1b.gsen
A basic\verify_7.6.0\design4.gsen
A basic\verify_7.6.0\design8.gsen
A basic\verify_7.6.0\design8.tsen
A basic\verify_7.6.0\design8a.gsen
A basic\verify_7.6.0\design8b.gsen
A basic\verify_7.6.0\designB1.gsen
A basic\verify_7.6.0\designB1.tsen
A basic\verify_7.6.0\designB2.gsen
A basic\verify_7.6.0\designB4.gsen
A basic\verify_7.6.0\designB5.gsen
A basic\verify_7.6.0\designC0.gsen
A basic\verify_7.6.0\designC0.tsen
A basic\verify_7.6.0\designC1a.gsen
A basic\verify_7.6.0\designC1b.gsen
A basic\verify_7.6.0\designC2a.gsen
A basic\verify_7.6.0\designC2b.gsen
A basic\verify_7.6.0\designC3a.gsen
A basic\verify_7.6.0\designC3b.gsen
A basic\verify_7.6.0\designD0a.gsen
A basic\verify_7.6.0\designD0b.gsen
A basic\verify_7.6.0\designD0c.gsen
A basic\verify_7.6.0\designD1a.gsen
A basic\verify_7.6.0\designD1b.gsen
A basic\verify_7.6.0\designD1c.gsen
A basic\verify_7.6.0\designD2a.gsen
A basic\verify_7.6.0\designD2b.gsen
A basic\verify_7.6.0\designD2c.gsen
A basic\verify_7.6.0\designD3a.gsen
A basic\verify_7.6.0\designD3b.gsen
A basic\verify_7.6.0\designD3c.gsen
A basic\verify_7.6.0\designD4a.gsen
A basic\verify_7.6.0\designD4b.gsen
A basic\verify_7.6.0\designD4c.gsen
A basic\verify_7.6.0\designD5a.gsen
A basic\verify_7.6.0\designD5b.gsen
A basic\verify_7.6.0\designD5c.gsen
A basic\verify_7.6.0\designD6a0.gsen
A basic\verify_7.6.0\designD6a1.gsen
A basic\verify_7.6.0\designD6a2.gsen
A basic\verify_7.6.0\designD6b0.gsen
A basic\verify_7.6.0\designD6b1.gsen
A basic\verify_7.6.0\designD6b2.gsen
A basic\verify_7.6.0\designD6c0.gsen
A basic\verify_7.6.0\designD6c1.gsen
A basic\verify_7.6.0\designD6c2.gsen
A basic\verify_7.6.0\designE1.gsen
A basic\verify_7.6.0\designE2.gsen
A basic\verify_7.6.0\designE3.gsen
A basic\verify_7.6.0\designE5.gsen
A basic\verify_7.6.0\designE6.gsen
A basic\verify_7.6.0\designE7.gsen
A basic\verify_7.6.0\designE8.gsen
A basic\verify_7.6.0\designE8.tsen
A basic\verify_7.6.0\designE9.gsen
A basic\verify_7.6.0\designE9.tsen
A basic\verify_7.6.0\designEa.gsen
A basic\verify_7.6.0\designEa.tsen
A basic\verify_7.6.0\designEb.gsen
A basic\verify_7.6.0\designF0bb.gsen
A basic\verify_7.6.0\designF1bb.gsen
A basic\verify_7.6.0\designF1rr.gsen
A basic\verify_7.6.0\designF1rs.gsen
A basic\verify_7.6.0\designF1sr.gsen
A basic\verify_7.6.0\designF1ss.gsen
A basic\verify_7.6.0\designF2bb.gsen
A basic\verify_7.6.0\designF2rr.gsen
A basic\verify_7.6.0\designF2rs.gsen
A basic\verify_7.6.0\designF2sr.gsen
A basic\verify_7.6.0\designF2ss.gsen
A basic\verify_7.6.0\designG0.gsen
A basic\verify_7.6.0\designG1.gsen
A basic\verify_7.6.0\designG2.gsen
A basic\verify_7.6.0\designG3.gsen
A basic\verify_7.6.0\designG4.gsen
A basic\verify_7.6.0\designG7.gsen
A basic\verify_7.6.0\designG8.gsen
A basic\verify_7.6.0\designG9.gsen
A basic\verify_7.6.0\designGA.gsen
A basic\verify_7.6.0\designGB.gsen
A basic\verify_7.6.0\designH1.gsen
A basic\verify_7.6.0\designH3.gsen
A basic\verify_7.6.0\designH4.gsen
A basic\verify_7.6.0\designI1.gsen
A basic\verify_7.6.0\designI2.gsen
A basic\verify_7.6.0\designI3.gsen
A basic\verify_7.6.0\designI4.gsen
A basic\verify_7.6.0\designJ1a.gsen
A basic\verify_7.6.0\designJ1b.gsen
A basic\verify_7.6.0\designJ1c.gsen
A basic\verify_7.6.0\designJ1c.tsen
A basic\verify_7.6.0\designJ1d.gsen
A basic\verify_7.6.0\designJ2a.gsen
A basic\verify_7.6.0\designJ2b.gsen
A basic\verify_7.6.0\designJ3a.gsen
A basic\verify_7.6.0\designJ3b.gsen
A basic\verify_7.6.0\designJ4a.gsen
A basic\verify_7.6.0\designJ4b.gsen
A basic\verify_7.6.0\designJ5.gsen
A basic\verify_7.6.0\designK0.gsen
A basic\verify_7.6.0\designK1.gsen
A basic\verify_7.6.0\designK2.gsen
A basic\verify_7.6.0\designL00.gsen
A basic\verify_7.6.0\designL01.gsen
A basic\verify_7.6.0\designL10.gsen
A basic\verify_7.6.0\designL11.gsen
A basic\verify_7.6.0\designL12.gsen
A basic\verify_7.6.0\designL30.gsen
A basic\verify_7.6.0\designL40.gsen
A basic\verify_7.6.0\designM0.gsen
A basic\verify_7.6.0\designM1.gsen
A basic\verify_7.6.0\designM2.gsen
A basic\verify_7.6.0\designM3.gsen
A basic\verify_7.6.0\designM4.gsen
A basic\verify_7.6.0\designN1.gsen
A basic\verify_7.6.0\designN2.gsen
A basic\verify_7.6.0\designP0a.gsen
A basic\verify_7.6.0\designP0a.tsen
A basic\verify_7.6.0\designP0b.gsen
A basic\verify_7.6.0\designP0b.tsen
A basic\verify_7.6.0\designP0c.gsen
A basic\verify_7.6.0\designP0d.gsen
A basic\verify_7.6.0\designP1a.gsen
A basic\verify_7.6.0\designP1a.tsen
A basic\verify_7.6.0\designP1b.gsen
A basic\verify_7.6.0\designP1c.gsen
A basic\verify_7.6.0\designP1d.gsen
A basic\verify_7.6.0\designP2a.gsen
A basic\verify_7.6.0\designP2a.tsen
A basic\verify_7.6.0\designP2b.gsen
A basic\verify_7.6.0\designP2c.gsen
A basic\verify_7.6.0\designP2d.gsen
A basic\verify_7.6.0\designQ1.gsen
A basic\verify_7.6.0\designQ1.tsen
A basic\verify_7.6.0\designQ2.gsen
A basic\verify_7.6.0\designQ2.tsen
A basic\verify_7.6.0\designR0a.gsen
A basic\verify_7.6.0\designR0b.gsen
A basic\verify_7.6.0\designR0d.gsen
A basic\verify_7.6.0\designR1a.gsen
A basic\verify_7.6.0\designR1b.gsen
A basic\verify_7.6.0\designR1d.gsen
A basic\verify_7.6.0\designR2a.gsen
A basic\verify_7.6.0\designR2b.gsen
A basic\verify_7.6.0\designR2d.gsen
A basic\verify_7.6.0\designR3a.gsen
A basic\verify_7.6.0\designR3b.gsen
A basic\verify_7.6.0\designR3d.gsen
A basic\verify_7.6.0\designS3.gsen
A basic\verify_7.6.0\designT1.gsen
A basic\verify_7.6.0\designU1a.gsen
A basic\verify_7.6.0\designU2a.gsen
A basic\verify_7.6.0\designT1.tsen
A basic\verify_7.6.0\closeBody2.vfy
A basic\verify_7.6.0\quad3.vfy
A basic\verify_7.6.0\quad5.vfy
A basic\verify_7.6.0\quad6.vfy
A basic\verify_7.6.0\quad7.vfy
A basic\verify_7.6.0\quad8.vfy
A basic\verify_7.6.0\quad9.vfy
A basic\verify_7.6.0\adjoint1.vfy
A basic\verify_7.6.0\adjoint2.vfy
A basic\verify_7.6.0\appliedLate.vfy
A basic\verify_7.6.0\assembly1.vfy
A basic\verify_7.6.0\assembly2.vfy
A basic\verify_7.6.0\assembly3.vfy
A basic\verify_7.6.0\assembly4.vfy
A basic\verify_7.6.0\assembly_cylinder.vfy
A basic\verify_7.6.0\assembly_frustrum.vfy
A basic\verify_7.6.0\assembly_hemisphere.vfy
A basic\verify_7.6.0\atTest.vfy
A basic\verify_7.6.0\attrDelete.vfy
A basic\verify_7.6.0\attrDemo.vfy
A basic\verify_7.6.0\attrProp.vfy
A basic\verify_7.6.0\attrScribe.vfy
A basic\verify_7.6.0\attrSketch1a.vfy
A basic\verify_7.6.0\attrSketch1b.vfy
A basic\verify_7.6.0\attrSketch2a.vfy
A basic\verify_7.6.0\attrSketch2b.vfy
A basic\verify_7.6.0\attrSketch3a.vfy
A basic\verify_7.6.0\attrSketch3b.vfy
A basic\verify_7.6.0\attrSketch4a.vfy
A basic\verify_7.6.0\attrSketch4b.vfy
A basic\verify_7.6.0\attrSketch5a.vfy
A basic\verify_7.6.0\attrSketch5b.vfy
A basic\verify_7.6.0\attrSketch6a.vfy
A basic\verify_7.6.0\attrSketch6b.vfy
A basic\verify_7.6.0\attrSketch7a.vfy
A basic\verify_7.6.0\attrSketch7b.vfy
A basic\verify_7.6.0\attrSketch8a.vfy
A basic\verify_7.6.0\attrSketch8b.vfy
A basic\verify_7.6.0\attrSketch9a.vfy
A basic\verify_7.6.0\attrSketch9b.vfy
A basic\verify_7.6.0\attribute.vfy
A basic\verify_7.6.0\attribute2.vfy
A basic\verify_7.6.0\attribute3.vfy
A basic\verify_7.6.0\attribute4.vfy
A basic\verify_7.6.0\attribute5.vfy
A basic\verify_7.6.0\attribute6a.vfy
A basic\verify_7.6.0\attribute6b.vfy
A basic\verify_7.6.0\attribute6c.vfy
A basic\verify_7.6.0\attribute7a.vfy
A basic\verify_7.6.0\attribute7b.vfy
A basic\verify_7.6.0\attribute8a.vfy
A basic\verify_7.6.0\attribute8b.vfy
A basic\verify_7.6.0\autoStart.vfy
A basic\verify_7.6.0\bbox.vfy
A basic\verify_7.6.0\bemTest1.vfy
A basic\verify_7.6.0\bemTest2.vfy
A basic\verify_7.6.0\bemTest3.vfy
A basic\verify_7.6.0\bentDisk1.vfy
A basic\verify_7.6.0\bentDisk2.vfy
A basic\verify_7.6.0\bentDisk3.vfy
A basic\verify_7.6.0\bezier1.vfy
A basic\verify_7.6.0\bezier2.vfy
A basic\verify_7.6.0\bezier3.vfy
A basic\verify_7.6.0\bezier4.vfy
A basic\verify_7.6.0\bezier5.vfy
A basic\verify_7.6.0\bezier6.vfy
A basic\verify_7.6.0\bezier7a.vfy
A basic\verify_7.6.0\bezier7b.vfy
A basic\verify_7.6.0\bezier7c.vfy
A basic\verify_7.6.0\bezier7d.vfy
A basic\verify_7.6.0\bezier7e.vfy
A basic\verify_7.6.0\bezier7f.vfy
A basic\verify_7.6.0\biconvex.vfy
A basic\verify_7.6.0\blend1.vfy
A basic\verify_7.6.0\blend10a.vfy
A basic\verify_7.6.0\blend10b.vfy
A basic\verify_7.6.0\blend10c.vfy
A basic\verify_7.6.0\blend10d.vfy
A basic\verify_7.6.0\blend10e.vfy
A basic\verify_7.6.0\blend10f.vfy
A basic\verify_7.6.0\blend10g.vfy
A basic\verify_7.6.0\blend10h.vfy
A basic\verify_7.6.0\blend10i.vfy
A basic\verify_7.6.0\blend10j.vfy
A basic\verify_7.6.0\blend10k.vfy
A basic\verify_7.6.0\blend10l.vfy
A basic\verify_7.6.0\blend10m.vfy
A basic\verify_7.6.0\blend10n.vfy
A basic\verify_7.6.0\blend10o.vfy
A basic\verify_7.6.0\blend10p.vfy
A basic\verify_7.6.0\blend11a.vfy
A basic\verify_7.6.0\blend11b.vfy
A basic\verify_7.6.0\blend11c.vfy
A basic\verify_7.6.0\blend11d.vfy
A basic\verify_7.6.0\blend11e.vfy
A basic\verify_7.6.0\blend11f.vfy
A basic\verify_7.6.0\blend11g.vfy
A basic\verify_7.6.0\blend11h.vfy
A basic\verify_7.6.0\blend11i.vfy
A basic\verify_7.6.0\blend11j.vfy
A basic\verify_7.6.0\blend11k.vfy
A basic\verify_7.6.0\blend11l.vfy
A basic\verify_7.6.0\blend11m.vfy
A basic\verify_7.6.0\blend11n.vfy
A basic\verify_7.6.0\blend11o.vfy
A basic\verify_7.6.0\blend11p.vfy
A basic\verify_7.6.0\blend12.vfy
A basic\verify_7.6.0\blend13b00b.vfy
A basic\verify_7.6.0\blend13b00r.vfy
A basic\verify_7.6.0\blend13b00s.vfy
A basic\verify_7.6.0\blend13b01b.vfy
A basic\verify_7.6.0\blend13b01r.vfy
A basic\verify_7.6.0\blend13b01s.vfy
A basic\verify_7.6.0\blend13b02b.vfy
A basic\verify_7.6.0\blend13b02r.vfy
A basic\verify_7.6.0\blend13b02s.vfy
A basic\verify_7.6.0\blend13b10b.vfy
A basic\verify_7.6.0\blend13b10r.vfy
A basic\verify_7.6.0\blend13b10s.vfy
A basic\verify_7.6.0\blend13b11b.vfy
A basic\verify_7.6.0\blend13b11r.vfy
A basic\verify_7.6.0\blend13b11s.vfy
A basic\verify_7.6.0\blend13b12b.vfy
A basic\verify_7.6.0\blend13b12r.vfy
A basic\verify_7.6.0\blend13b12s.vfy
A basic\verify_7.6.0\blend13b20b.vfy
A basic\verify_7.6.0\blend13b20r.vfy
A basic\verify_7.6.0\blend13b20s.vfy
A basic\verify_7.6.0\blend13b21b.vfy
A basic\verify_7.6.0\blend13b21r.vfy
A basic\verify_7.6.0\blend13b21s.vfy
A basic\verify_7.6.0\blend13b22b.vfy
A basic\verify_7.6.0\blend13b22r.vfy
A basic\verify_7.6.0\blend13b22s.vfy
A basic\verify_7.6.0\blend13r00b.vfy
A basic\verify_7.6.0\blend13r00r.vfy
A basic\verify_7.6.0\blend13r00s.vfy
A basic\verify_7.6.0\blend13r01b.vfy
A basic\verify_7.6.0\blend13r01r.vfy
A basic\verify_7.6.0\blend13r01s.vfy
A basic\verify_7.6.0\blend13r02b.vfy
A basic\verify_7.6.0\blend13r02r.vfy
A basic\verify_7.6.0\blend13r02s.vfy
A basic\verify_7.6.0\blend13r10b.vfy
A basic\verify_7.6.0\blend13r10r.vfy
A basic\verify_7.6.0\blend13r10s.vfy
A basic\verify_7.6.0\blend13r11b.vfy
A basic\verify_7.6.0\blend13r11r.vfy
A basic\verify_7.6.0\blend13r11s.vfy
A basic\verify_7.6.0\blend13r12b.vfy
A basic\verify_7.6.0\blend13r12r.vfy
A basic\verify_7.6.0\blend13r12s.vfy
A basic\verify_7.6.0\blend13r20b.vfy
A basic\verify_7.6.0\blend13r20r.vfy
A basic\verify_7.6.0\blend13r20s.vfy
A basic\verify_7.6.0\blend13r21b.vfy
A basic\verify_7.6.0\blend13r21r.vfy
A basic\verify_7.6.0\blend13r21s.vfy
A basic\verify_7.6.0\blend13r22b.vfy
A basic\verify_7.6.0\blend13r22r.vfy
A basic\verify_7.6.0\blend13r22s.vfy
A basic\verify_7.6.0\blend13s00b.vfy
A basic\verify_7.6.0\blend13s00r.vfy
A basic\verify_7.6.0\blend13s00s.vfy
A basic\verify_7.6.0\blend13s01b.vfy
A basic\verify_7.6.0\blend13s01r.vfy
A basic\verify_7.6.0\blend13s01s.vfy
A basic\verify_7.6.0\blend13s02b.vfy
A basic\verify_7.6.0\blend13s02r.vfy
A basic\verify_7.6.0\blend13s02s.vfy
A basic\verify_7.6.0\blend13s10b.vfy
A basic\verify_7.6.0\blend13s10r.vfy
A basic\verify_7.6.0\blend13s10s.vfy
A basic\verify_7.6.0\blend13s11b.vfy
A basic\verify_7.6.0\blend13s11r.vfy
A basic\verify_7.6.0\blend13s11s.vfy
A basic\verify_7.6.0\blend13s12b.vfy
A basic\verify_7.6.0\blend13s12r.vfy
A basic\verify_7.6.0\blend13s12s.vfy
A basic\verify_7.6.0\blend13s20b.vfy
A basic\verify_7.6.0\blend13s20r.vfy
A basic\verify_7.6.0\blend13s20s.vfy
A basic\verify_7.6.0\blend13s21b.vfy
A basic\verify_7.6.0\blend13s21r.vfy
A basic\verify_7.6.0\blend13s21s.vfy
A basic\verify_7.6.0\blend13s22b.vfy
A basic\verify_7.6.0\blend13s22r.vfy
A basic\verify_7.6.0\blend13s22s.vfy
A basic\verify_7.6.0\blend14b00b.vfy
A basic\verify_7.6.0\blend14b00r.vfy
A basic\verify_7.6.0\blend14b00s.vfy
A basic\verify_7.6.0\blend14b01b.vfy
A basic\verify_7.6.0\blend14b01r.vfy
A basic\verify_7.6.0\blend14b01s.vfy
A basic\verify_7.6.0\blend14b02b.vfy
A basic\verify_7.6.0\blend14b02r.vfy
A basic\verify_7.6.0\blend14b02s.vfy
A basic\verify_7.6.0\blend14b10b.vfy
A basic\verify_7.6.0\blend14b10r.vfy
A basic\verify_7.6.0\blend14b10s.vfy
A basic\verify_7.6.0\blend14b11b.vfy
A basic\verify_7.6.0\blend14b11r.vfy
A basic\verify_7.6.0\blend14b11s.vfy
A basic\verify_7.6.0\blend14b12b.vfy
A basic\verify_7.6.0\blend14b12r.vfy
A basic\verify_7.6.0\blend14b12s.vfy
A basic\verify_7.6.0\blend14b20b.vfy
A basic\verify_7.6.0\blend14b20r.vfy
A basic\verify_7.6.0\blend14b20s.vfy
A basic\verify_7.6.0\blend14b21b.vfy
A basic\verify_7.6.0\blend14b21r.vfy
A basic\verify_7.6.0\blend14b21s.vfy
A basic\verify_7.6.0\blend14b22b.vfy
A basic\verify_7.6.0\blend14b22r.vfy
A basic\verify_7.6.0\blend14b22s.vfy
A basic\verify_7.6.0\blend14r00b.vfy
A basic\verify_7.6.0\blend14r00r.vfy
A basic\verify_7.6.0\blend14r00s.vfy
A basic\verify_7.6.0\blend14r01b.vfy
A basic\verify_7.6.0\blend14r01r.vfy
A basic\verify_7.6.0\blend14r01s.vfy
A basic\verify_7.6.0\blend14r02b.vfy
A basic\verify_7.6.0\blend14r02r.vfy
A basic\verify_7.6.0\blend14r02s.vfy
A basic\verify_7.6.0\blend14r10b.vfy
A basic\verify_7.6.0\blend14r10r.vfy
A basic\verify_7.6.0\blend14r10s.vfy
A basic\verify_7.6.0\blend14r11b.vfy
A basic\verify_7.6.0\blend14r11r.vfy
A basic\verify_7.6.0\blend14r11s.vfy
A basic\verify_7.6.0\blend14r12b.vfy
A basic\verify_7.6.0\blend14r12r.vfy
A basic\verify_7.6.0\blend14r12s.vfy
A basic\verify_7.6.0\blend14r20b.vfy
A basic\verify_7.6.0\blend14r20r.vfy
A basic\verify_7.6.0\blend14r20s.vfy
A basic\verify_7.6.0\blend14r21b.vfy
A basic\verify_7.6.0\blend14r21r.vfy
A basic\verify_7.6.0\blend14r21s.vfy
A basic\verify_7.6.0\blend14r22b.vfy
A basic\verify_7.6.0\blend14r22r.vfy
A basic\verify_7.6.0\blend14r22s.vfy
A basic\verify_7.6.0\blend14s00b.vfy
A basic\verify_7.6.0\blend14s00r.vfy
A basic\verify_7.6.0\blend14s00s.vfy
A basic\verify_7.6.0\blend14s01b.vfy
A basic\verify_7.6.0\blend14s01r.vfy
A basic\verify_7.6.0\blend14s01s.vfy
A basic\verify_7.6.0\blend14s02b.vfy
A basic\verify_7.6.0\blend14s02r.vfy
A basic\verify_7.6.0\blend14s02s.vfy
A basic\verify_7.6.0\blend14s10b.vfy
A basic\verify_7.6.0\blend14s10r.vfy
A basic\verify_7.6.0\blend14s10s.vfy
A basic\verify_7.6.0\blend14s11b.vfy
A basic\verify_7.6.0\blend14s11r.vfy
A basic\verify_7.6.0\blend14s11s.vfy
A basic\verify_7.6.0\blend14s12b.vfy
A basic\verify_7.6.0\blend14s12r.vfy
A basic\verify_7.6.0\blend14s12s.vfy
A basic\verify_7.6.0\blend14s20b.vfy
A basic\verify_7.6.0\blend14s20r.vfy
A basic\verify_7.6.0\blend14s20s.vfy
A basic\verify_7.6.0\blend14s21b.vfy
A basic\verify_7.6.0\blend14s21r.vfy
A basic\verify_7.6.0\blend14s21s.vfy
A basic\verify_7.6.0\blend14s22b.vfy
A basic\verify_7.6.0\blend14s22r.vfy
A basic\verify_7.6.0\blend14s22s.vfy
A basic\verify_7.6.0\blend15a.vfy
A basic\verify_7.6.0\blend15b.vfy
A basic\verify_7.6.0\blend16a.vfy
A basic\verify_7.6.0\blend16b.vfy
A basic\verify_7.6.0\blend16c.vfy
A basic\verify_7.6.0\blend17a.vfy
A basic\verify_7.6.0\blend17b.vfy
A basic\verify_7.6.0\blend17c.vfy
A basic\verify_7.6.0\blend17d.vfy
A basic\verify_7.6.0\blend18.vfy
A basic\verify_7.6.0\blend19a.vfy
A basic\verify_7.6.0\blend19b.vfy
A basic\verify_7.6.0\blend19c.vfy
A basic\verify_7.6.0\blend19d.vfy
A basic\verify_7.6.0\blend19e.vfy
A basic\verify_7.6.0\blend1bb.vfy
A basic\verify_7.6.0\blend1br.vfy
A basic\verify_7.6.0\blend1bs.vfy
A basic\verify_7.6.0\blend1ff.vfy
A basic\verify_7.6.0\blend1rb.vfy
A basic\verify_7.6.0\blend1rr.vfy
A basic\verify_7.6.0\blend1rs.vfy
A basic\verify_7.6.0\blend1sb.vfy
A basic\verify_7.6.0\blend1sr.vfy
A basic\verify_7.6.0\blend1ss.vfy
A basic\verify_7.6.0\blend2.vfy
A basic\verify_7.6.0\blend20a.vfy
A basic\verify_7.6.0\blend20b.vfy
A basic\verify_7.6.0\blend20c.vfy
A basic\verify_7.6.0\blend20d.vfy
A basic\verify_7.6.0\blend20e.vfy
A basic\verify_7.6.0\blend20f.vfy
A basic\verify_7.6.0\blend20g.vfy
A basic\verify_7.6.0\blend20h.vfy
A basic\verify_7.6.0\blend20i.vfy
A basic\verify_7.6.0\blend20j.vfy
A basic\verify_7.6.0\blend21a.vfy
A basic\verify_7.6.0\blend21b.vfy
A basic\verify_7.6.0\blend21c.vfy
A basic\verify_7.6.0\blend21d.vfy
A basic\verify_7.6.0\blend21e.vfy
A basic\verify_7.6.0\blend21f.vfy
A basic\verify_7.6.0\blend21g.vfy
A basic\verify_7.6.0\blend21h.vfy
A basic\verify_7.6.0\blend21i.vfy
A basic\verify_7.6.0\blend21j.vfy
A basic\verify_7.6.0\blend22a.vfy
A basic\verify_7.6.0\blend22b.vfy
A basic\verify_7.6.0\blend22c.vfy
A basic\verify_7.6.0\blend22d.vfy
A basic\verify_7.6.0\blend27a.vfy
A basic\verify_7.6.0\blend27b.vfy
A basic\verify_7.6.0\blend2bb.vfy
A basic\verify_7.6.0\blend2br.vfy
A basic\verify_7.6.0\blend2bs.vfy
A basic\verify_7.6.0\blend2ff.vfy
A basic\verify_7.6.0\blend2rb.vfy
A basic\verify_7.6.0\blend2rr.vfy
A basic\verify_7.6.0\blend2rs.vfy
A basic\verify_7.6.0\blend2sb.vfy
A basic\verify_7.6.0\blend2sr.vfy
A basic\verify_7.6.0\blend2ss.vfy
A basic\verify_7.6.0\blend3.vfy
A basic\verify_7.6.0\blend3bb.vfy
A basic\verify_7.6.0\blend3br.vfy
A basic\verify_7.6.0\blend3bs.vfy
A basic\verify_7.6.0\blend3ff.vfy
A basic\verify_7.6.0\blend3rb.vfy
A basic\verify_7.6.0\blend3rr.vfy
A basic\verify_7.6.0\blend3rs.vfy
A basic\verify_7.6.0\blend3sb.vfy
A basic\verify_7.6.0\blend3sr.vfy
A basic\verify_7.6.0\blend3ss.vfy
A basic\verify_7.6.0\blend4.vfy
A basic\verify_7.6.0\blend4bb.vfy
A basic\verify_7.6.0\blend4br.vfy
A basic\verify_7.6.0\blend4bs.vfy
A basic\verify_7.6.0\blend4rb.vfy
A basic\verify_7.6.0\blend4rr.vfy
A basic\verify_7.6.0\blend4rs.vfy
A basic\verify_7.6.0\blend4sb.vfy
A basic\verify_7.6.0\blend4sr.vfy
A basic\verify_7.6.0\blend4ss.vfy
A basic\verify_7.6.0\blend5.vfy
A basic\verify_7.6.0\blend5bb.vfy
A basic\verify_7.6.0\blend5br.vfy
A basic\verify_7.6.0\blend5bs.vfy
A basic\verify_7.6.0\blend5rb.vfy
A basic\verify_7.6.0\blend5rr.vfy
A basic\verify_7.6.0\blend5rs.vfy
A basic\verify_7.6.0\blend5sb.vfy
A basic\verify_7.6.0\blend5sr.vfy
A basic\verify_7.6.0\blend5ss.vfy
A basic\verify_7.6.0\blend6a.vfy
A basic\verify_7.6.0\blend6b.vfy
A basic\verify_7.6.0\blend6c.vfy
A basic\verify_7.6.0\blend7a.vfy
A basic\verify_7.6.0\blend7b.vfy
A basic\verify_7.6.0\blend7c.vfy
A basic\verify_7.6.0\blend7d.vfy
A basic\verify_7.6.0\blend7e.vfy
A basic\verify_7.6.0\blend7f.vfy
A basic\verify_7.6.0\blend7g.vfy
A basic\verify_7.6.0\blend7h.vfy
A basic\verify_7.6.0\blend7i.vfy
A basic\verify_7.6.0\blend7j.vfy
A basic\verify_7.6.0\blend7k.vfy
A basic\verify_7.6.0\blend7l.vfy
A basic\verify_7.6.0\blend7m.vfy
A basic\verify_7.6.0\blend7n.vfy
A basic\verify_7.6.0\blend7o.vfy
A basic\verify_7.6.0\blend7p.vfy
A basic\verify_7.6.0\blend7q.vfy
A basic\verify_7.6.0\blend8.vfy
A basic\verify_7.6.0\blend9.vfy
A basic\verify_7.6.0\blend9a.vfy
A basic\verify_7.6.0\blend9b.vfy
A basic\verify_7.6.0\blend9c.vfy
A basic\verify_7.6.0\blendA.vfy
A basic\verify_7.6.0\blendjoin1.vfy
A basic\verify_7.6.0\blendjoin2.vfy
A basic\verify_7.6.0\blendjoin3.vfy
A basic\verify_7.6.0\blendjoin4.vfy
A basic\verify_7.6.0\blendjoin5.vfy
A basic\verify_7.6.0\blends1.vfy
A basic\verify_7.6.0\blends2.vfy
A basic\verify_7.6.0\blends3.vfy
A basic\verify_7.6.0\body1.vfy
A basic\verify_7.6.0\body2.vfy
A basic\verify_7.6.0\body3.vfy
A basic\verify_7.6.0\body4.vfy
A basic\verify_7.6.0\bolt.vfy
A basic\verify_7.6.0\box.vfy
A basic\verify_7.6.0\box1.vfy
A basic\verify_7.6.0\box2.vfy
A basic\verify_7.6.0\box3.vfy
A basic\verify_7.6.0\box4.vfy
A basic\verify_7.6.0\box5.vfy
A basic\verify_7.6.0\box6.vfy
A basic\verify_7.6.0\box7.vfy
A basic\verify_7.6.0\box8.vfy
A basic\verify_7.6.0\box9.vfy
A basic\verify_7.6.0\boxA.vfy
A basic\verify_7.6.0\boxB.vfy
A basic\verify_7.6.0\boxBEM.vfy
A basic\verify_7.6.0\boxC.vfy
A basic\verify_7.6.0\boxGroove.vfy
A basic\verify_7.6.0\boxWithSmallFeatures.vfy
A basic\verify_7.6.0\boxes1.vfy
A basic\verify_7.6.0\boxes2.vfy
A basic\verify_7.6.0\boxes3.vfy
A basic\verify_7.6.0\boxes4.vfy
A basic\verify_7.6.0\boxudc6.vfy
A basic\verify_7.6.0\boxudp1.vfy
A basic\verify_7.6.0\boxudp2.vfy
A basic\verify_7.6.0\boxudp3.vfy
A basic\verify_7.6.0\boxudp4.vfy
A basic\verify_7.6.0\boxudp5.vfy
A basic\verify_7.6.0\boxudp6.vfy
A basic\verify_7.6.0\boxywingbodyflap.vfy
A basic\verify_7.6.0\bstl3.vfy
A basic\verify_7.6.0\bstl4.vfy
A basic\verify_7.6.0\bullet.vfy
A basic\verify_7.6.0\cage1.vfy
A basic\verify_7.6.0\calcCG1.vfy
A basic\verify_7.6.0\cart3d_demo.vfy
A basic\verify_7.6.0\catch0.vfy
A basic\verify_7.6.0\catch1.vfy
A basic\verify_7.6.0\catch2.vfy
A basic\verify_7.6.0\catch30.vfy
A basic\verify_7.6.0\catch34.vfy
A basic\verify_7.6.0\catch5a.vfy
A basic\verify_7.6.0\catch5b.vfy
A basic\verify_7.6.0\catch5c.vfy
A basic\verify_7.6.0\catch5d.vfy
A basic\verify_7.6.0\catch6.vfy
A basic\verify_7.6.0\catmull0.vfy
A basic\verify_7.6.0\catmull0x.vfy
A basic\verify_7.6.0\catmull0xy.vfy
A basic\verify_7.6.0\catmull0xyz.vfy
A basic\verify_7.6.0\catmull0y.vfy
A basic\verify_7.6.0\catmull0yz.vfy
A basic\verify_7.6.0\catmull0z.vfy
A basic\verify_7.6.0\catmull0zx.vfy
A basic\verify_7.6.0\catmull1.vfy
A basic\verify_7.6.0\catmull2.vfy
A basic\verify_7.6.0\catmull3.vfy
A basic\verify_7.6.0\catmull6.vfy
A basic\verify_7.6.0\catmull8.vfy
A basic\verify_7.6.0\catmullA.vfy
A basic\verify_7.6.0\cfgpmtr1.vfy
A basic\verify_7.6.0\chamfer1.vfy
A basic\verify_7.6.0\chamfer2.vfy
A basic\verify_7.6.0\chamfer3.vfy
A basic\verify_7.6.0\chamferBox1.vfy
A basic\verify_7.6.0\chamferBox2.vfy
A basic\verify_7.6.0\chamferBox3.vfy
A basic\verify_7.6.0\chamferBox4.vfy
A basic\verify_7.6.0\channel.vfy
A basic\verify_7.6.0\closeBody1.vfy
A basic\verify_7.6.0\closeBody3.vfy
A basic\verify_7.6.0\colinear_cirarc.vfy
A basic\verify_7.6.0\collab1.vfy
A basic\verify_7.6.0\collab2.vfy
A basic\verify_7.6.0\collab3.vfy
A basic\verify_7.6.0\collab4.vfy
A basic\verify_7.6.0\collab5.vfy
A basic\verify_7.6.0\collar.vfy
A basic\verify_7.6.0\color1a.vfy
A basic\verify_7.6.0\color1b.vfy
A basic\verify_7.6.0\color1c.vfy
A basic\verify_7.6.0\color2a.vfy
A basic\verify_7.6.0\color2b.vfy
A basic\verify_7.6.0\color3a.vfy
A basic\verify_7.6.0\color3b.vfy
A basic\verify_7.6.0\color3c.vfy
A basic\verify_7.6.0\compare1a.vfy
A basic\verify_7.6.0\compare2a.vfy
A basic\verify_7.6.0\compare2b.vfy
A basic\verify_7.6.0\compare2c.vfy
A basic\verify_7.6.0\compare2d.vfy
A basic\verify_7.6.0\complex_rotn1.vfy
A basic\verify_7.6.0\complex_rotn2.vfy
A basic\verify_7.6.0\cone.vfy
A basic\verify_7.6.0\cones.vfy
A basic\verify_7.6.0\cones3x.vfy
A basic\verify_7.6.0\cones3y.vfy
A basic\verify_7.6.0\cones3z.vfy
A basic\verify_7.6.0\cones4.vfy
A basic\verify_7.6.0\conex_faux.vfy
A basic\verify_7.6.0\conexm.vfy
A basic\verify_7.6.0\conexp.vfy
A basic\verify_7.6.0\coney_faux.vfy
A basic\verify_7.6.0\coneym.vfy
A basic\verify_7.6.0\coneyp.vfy
A basic\verify_7.6.0\conez_faux.vfy
A basic\verify_7.6.0\conezm.vfy
A basic\verify_7.6.0\conezp.vfy
A basic\verify_7.6.0\connect1.vfy
A basic\verify_7.6.0\connect2.vfy
A basic\verify_7.6.0\connect3.vfy
A basic\verify_7.6.0\connect4a.vfy
A basic\verify_7.6.0\connect4b.vfy
A basic\verify_7.6.0\connect4c.vfy
A basic\verify_7.6.0\connect4d.vfy
A basic\verify_7.6.0\connect6a.vfy
A basic\verify_7.6.0\connect6b.vfy
A basic\verify_7.6.0\connect6c.vfy
A basic\verify_7.6.0\connect7a.vfy
A basic\verify_7.6.0\connect7b.vfy
A basic\verify_7.6.0\connect7c.vfy
A basic\verify_7.6.0\connect7d.vfy
A basic\verify_7.6.0\connect7e.vfy
A basic\verify_7.6.0\connect7f.vfy
A basic\verify_7.6.0\connect8a.vfy
A basic\verify_7.6.0\connect8b.vfy
A basic\verify_7.6.0\connect8c.vfy
A basic\verify_7.6.0\connect8d.vfy
A basic\verify_7.6.0\connect9a.vfy
A basic\verify_7.6.0\connect9b.vfy
A basic\verify_7.6.0\connect9c.vfy
A basic\verify_7.6.0\connect9d.vfy
A basic\verify_7.6.0\connector1.vfy
A basic\verify_7.6.0\connector2.vfy
A basic\verify_7.6.0\connector3.vfy
A basic\verify_7.6.0\connector4.vfy
A basic\verify_7.6.0\contains1.vfy
A basic\verify_7.6.0\copyFuselageSections.vfy
A basic\verify_7.6.0\copyWingSections.vfy
A basic\verify_7.6.0\createBEM.vfy
A basic\verify_7.6.0\csm0.vfy
A basic\verify_7.6.0\csm1.vfy
A basic\verify_7.6.0\csm2.vfy
A basic\verify_7.6.0\csm3.vfy
A basic\verify_7.6.0\csystem1.vfy
A basic\verify_7.6.0\csystem2.vfy
A basic\verify_7.6.0\csystem3.vfy
A basic\verify_7.6.0\csystem4.vfy
A basic\verify_7.6.0\csystem5a.vfy
A basic\verify_7.6.0\csystem5b.vfy
A basic\verify_7.6.0\csystem6a.vfy
A basic\verify_7.6.0\csystem6b.vfy
A basic\verify_7.6.0\csystem6c.vfy
A basic\verify_7.6.0\csystem6d.vfy
A basic\verify_7.6.0\cutter1.vfy
A basic\verify_7.6.0\cutter2.vfy
A basic\verify_7.6.0\cylinder.vfy
A basic\verify_7.6.0\cylinderBEM.vfy
A basic\verify_7.6.0\cylinder_fins.vfy
A basic\verify_7.6.0\cylinders.vfy
A basic\verify_7.6.0\cylinders2.vfy
A basic\verify_7.6.0\cylinders3x.vfy
A basic\verify_7.6.0\cylinders3y.vfy
A basic\verify_7.6.0\cylinders3z.vfy
A basic\verify_7.6.0\cylinders4.vfy
A basic\verify_7.6.0\cylinderxm.vfy
A basic\verify_7.6.0\cylinderxp.vfy
A basic\verify_7.6.0\cylinderym.vfy
A basic\verify_7.6.0\cylinderyp.vfy
A basic\verify_7.6.0\cylinderzm.vfy
A basic\verify_7.6.0\cylinderzp.vfy
A basic\verify_7.6.0\debugged.vfy
A basic\verify_7.6.0\degen01.vfy
A basic\verify_7.6.0\degen02.vfy
A basic\verify_7.6.0\degen03.vfy
A basic\verify_7.6.0\degen04.vfy
A basic\verify_7.6.0\degen05.vfy
A basic\verify_7.6.0\degen06.vfy
A basic\verify_7.6.0\degen07.vfy
A basic\verify_7.6.0\degen08.vfy
A basic\verify_7.6.0\degen09.vfy
A basic\verify_7.6.0\degen10.vfy
A basic\verify_7.6.0\degen11.vfy
A basic\verify_7.6.0\degen12.vfy
A basic\verify_7.6.0\demo0a.vfy
A basic\verify_7.6.0\demo0c.vfy
A basic\verify_7.6.0\demo1.vfy
A basic\verify_7.6.0\demo2.vfy
A basic\verify_7.6.0\demo3.vfy
A basic\verify_7.6.0\demo4.vfy
A basic\verify_7.6.0\design0.vfy
A basic\verify_7.6.0\design0a.vfy
A basic\verify_7.6.0\design0c.vfy
A basic\verify_7.6.0\design0d.vfy
A basic\verify_7.6.0\design0e.vfy
A basic\verify_7.6.0\design0f.vfy
A basic\verify_7.6.0\design0g.vfy
A basic\verify_7.6.0\design0h.vfy
A basic\verify_7.6.0\design0i.vfy
A basic\verify_7.6.0\design0j.vfy
A basic\verify_7.6.0\design0k.vfy
A basic\verify_7.6.0\design0m.vfy
A basic\verify_7.6.0\design0n1.vfy
A basic\verify_7.6.0\design0n2.vfy
A basic\verify_7.6.0\design0o1.vfy
A basic\verify_7.6.0\design0o2.vfy
A basic\verify_7.6.0\design0o3.vfy
A basic\verify_7.6.0\design0o4.vfy
A basic\verify_7.6.0\design0p.vfy
A basic\verify_7.6.0\design0q.vfy
A basic\verify_7.6.0\design0r.vfy
A basic\verify_7.6.0\design0s.tsen
A basic\verify_7.6.0\design0s.vfy
A basic\verify_7.6.0\design0t1.vfy
A basic\verify_7.6.0\design0t2.vfy
A basic\verify_7.6.0\design0t3.vfy
A basic\verify_7.6.0\design0u.vfy
A basic\verify_7.6.0\design0v.vfy
A basic\verify_7.6.0\design0w.vfy
A basic\verify_7.6.0\design1a.tsen
A basic\verify_7.6.0\design1a.vfy
A basic\verify_7.6.0\design1b.vfy
A basic\verify_7.6.0\design2.gsen
A basic\verify_7.6.0\design2.tsen
A basic\verify_7.6.0\design2.vfy
A basic\verify_7.6.0\design3.gsen
A basic\verify_7.6.0\design3.tsen
A basic\verify_7.6.0\design3.vfy
A basic\verify_7.6.0\design4.vfy
A basic\verify_7.6.0\design5.gsen
A basic\verify_7.6.0\design5.tsen
A basic\verify_7.6.0\design5.vfy
A basic\verify_7.6.0\design6.gsen
A basic\verify_7.6.0\design6.tsen
A basic\verify_7.6.0\design6.vfy
A basic\verify_7.6.0\design7.gsen
A basic\verify_7.6.0\design7.tsen
A basic\verify_7.6.0\design7.vfy
A basic\verify_7.6.0\design8.vfy
A basic\verify_7.6.0\design8a.vfy
A basic\verify_7.6.0\design8b.vfy
A basic\verify_7.6.0\design8c.vfy
A basic\verify_7.6.0\design8d.vfy
A basic\verify_7.6.0\design9.vfy
A basic\verify_7.6.0\designA.gsen
A basic\verify_7.6.0\designA.tsen
A basic\verify_7.6.0\designA.vfy
A basic\verify_7.6.0\designB1.vfy
A basic\verify_7.6.0\designB2.vfy
A basic\verify_7.6.0\designB4.vfy
A basic\verify_7.6.0\designB5.vfy
A basic\verify_7.6.0\designC0.vfy
A basic\verify_7.6.0\designC1a.vfy
A basic\verify_7.6.0\designC1b.vfy
A basic\verify_7.6.0\designC2a.vfy
A basic\verify_7.6.0\designC2b.vfy
A basic\verify_7.6.0\designC3a.vfy
A basic\verify_7.6.0\designC3b.vfy
A basic\verify_7.6.0\designC4a.vfy
A basic\verify_7.6.0\designC4b.vfy
A basic\verify_7.6.0\designC5a.vfy
A basic\verify_7.6.0\designC5b.vfy
A basic\verify_7.6.0\designC6a.vfy
A basic\verify_7.6.0\designC6b.vfy
A basic\verify_7.6.0\designD0a.vfy
A basic\verify_7.6.0\designD0b.vfy
A basic\verify_7.6.0\designD0c.vfy
A basic\verify_7.6.0\designD1a.vfy
A basic\verify_7.6.0\designD1b.vfy
A basic\verify_7.6.0\designD1c.vfy
A basic\verify_7.6.0\designD2a.vfy
A basic\verify_7.6.0\designD2b.vfy
A basic\verify_7.6.0\designD2c.vfy
A basic\verify_7.6.0\designD3a.vfy
A basic\verify_7.6.0\designD3b.vfy
A basic\verify_7.6.0\designD3c.vfy
A basic\verify_7.6.0\designD4a.vfy
A basic\verify_7.6.0\designD4b.vfy
A basic\verify_7.6.0\designD4c.vfy
A basic\verify_7.6.0\designD5a.vfy
A basic\verify_7.6.0\designD5b.vfy
A basic\verify_7.6.0\designD5c.vfy
A basic\verify_7.6.0\designD6a0.vfy
A basic\verify_7.6.0\designD6a1.vfy
A basic\verify_7.6.0\designD6a2.vfy
A basic\verify_7.6.0\designD6b0.vfy
A basic\verify_7.6.0\designD6b1.vfy
A basic\verify_7.6.0\designD6b2.vfy
A basic\verify_7.6.0\designD6c0.vfy
A basic\verify_7.6.0\designD6c1.vfy
A basic\verify_7.6.0\designD6c2.vfy
A basic\verify_7.6.0\designE1.vfy
A basic\verify_7.6.0\designE2.vfy
A basic\verify_7.6.0\designE3.vfy
A basic\verify_7.6.0\designE4.vfy
A basic\verify_7.6.0\designE5.vfy
A basic\verify_7.6.0\designE6.vfy
A basic\verify_7.6.0\designE7.vfy
A basic\verify_7.6.0\designE8.vfy
A basic\verify_7.6.0\designE9.vfy
A basic\verify_7.6.0\designEa.vfy
A basic\verify_7.6.0\designEb.vfy
A basic\verify_7.6.0\designF0bb.vfy
A basic\verify_7.6.0\designF1bb.vfy
A basic\verify_7.6.0\designF1rr.vfy
A basic\verify_7.6.0\designF1rs.vfy
A basic\verify_7.6.0\designF1sr.vfy
A basic\verify_7.6.0\designF1ss.vfy
A basic\verify_7.6.0\designF2bb.vfy
A basic\verify_7.6.0\designF2rr.vfy
A basic\verify_7.6.0\designF2rs.vfy
A basic\verify_7.6.0\designF2sr.vfy
A basic\verify_7.6.0\designF2ss.vfy
A basic\verify_7.6.0\designG0.vfy
A basic\verify_7.6.0\designG1.vfy
A basic\verify_7.6.0\designG2.vfy
A basic\verify_7.6.0\designG3.vfy
A basic\verify_7.6.0\designG4.vfy
A basic\verify_7.6.0\designG5.vfy
A basic\verify_7.6.0\designG6.vfy
A basic\verify_7.6.0\designG7.vfy
A basic\verify_7.6.0\designG8.vfy
A basic\verify_7.6.0\designG9.vfy
A basic\verify_7.6.0\designGA.vfy
A basic\verify_7.6.0\designGB.vfy
A basic\verify_7.6.0\designH1.tsen
A basic\verify_7.6.0\designH1.vfy
A basic\verify_7.6.0\designH3.vfy
A basic\verify_7.6.0\designH4.tsen
A basic\verify_7.6.0\designH4.vfy
A basic\verify_7.6.0\designI1.vfy
A basic\verify_7.6.0\designI2.vfy
A basic\verify_7.6.0\designI3.vfy
A basic\verify_7.6.0\designI4.vfy
A basic\verify_7.6.0\designJ1a.vfy
A basic\verify_7.6.0\designJ1b.vfy
A basic\verify_7.6.0\designJ1c.vfy
A basic\verify_7.6.0\designJ1d.vfy
A basic\verify_7.6.0\designJ2a.vfy
A basic\verify_7.6.0\designJ2b.vfy
A basic\verify_7.6.0\designJ3a.vfy
A basic\verify_7.6.0\designJ3b.vfy
A basic\verify_7.6.0\designJ4a.vfy
A basic\verify_7.6.0\designJ4b.vfy
A basic\verify_7.6.0\designJ5.vfy
A basic\verify_7.6.0\designK0.vfy
A basic\verify_7.6.0\designK1.vfy
A basic\verify_7.6.0\designK2.vfy
A basic\verify_7.6.0\designL00.vfy
A basic\verify_7.6.0\designL01.vfy
A basic\verify_7.6.0\designL10.vfy
A basic\verify_7.6.0\designL11.vfy
A basic\verify_7.6.0\designL12.vfy
A basic\verify_7.6.0\designL30.vfy
A basic\verify_7.6.0\designL31.vfy
A basic\verify_7.6.0\designL32.vfy
A basic\verify_7.6.0\designL33.vfy
A basic\verify_7.6.0\designL34.vfy
A basic\verify_7.6.0\designL40.vfy
A basic\verify_7.6.0\designL41.vfy
A basic\verify_7.6.0\designL42.vfy
A basic\verify_7.6.0\designM0.vfy
A basic\verify_7.6.0\designM1.vfy
A basic\verify_7.6.0\designM2.vfy
A basic\verify_7.6.0\designM3.vfy
A basic\verify_7.6.0\designM4.vfy
A basic\verify_7.6.0\designN1.tsen
A basic\verify_7.6.0\designN1.vfy
A basic\verify_7.6.0\designN2.tsen
A basic\verify_7.6.0\designN2.vfy
A basic\verify_7.6.0\designP0a.vfy
A basic\verify_7.6.0\designP0b.vfy
A basic\verify_7.6.0\designP0c.vfy
A basic\verify_7.6.0\designP0d.vfy
A basic\verify_7.6.0\designP1a.vfy
A basic\verify_7.6.0\designP1b.vfy
A basic\verify_7.6.0\designP1c.vfy
A basic\verify_7.6.0\designP1d.vfy
A basic\verify_7.6.0\designP2a.vfy
A basic\verify_7.6.0\designP2b.vfy
A basic\verify_7.6.0\designP2c.vfy
A basic\verify_7.6.0\designP2d.vfy
A basic\verify_7.6.0\designP3a.gsen
A basic\verify_7.6.0\designP3a.tsen
A basic\verify_7.6.0\designP3a.vfy
A basic\verify_7.6.0\designP3b.gsen
A basic\verify_7.6.0\designP3b.tsen
A basic\verify_7.6.0\designP3b.vfy
A basic\verify_7.6.0\designP3c.gsen
A basic\verify_7.6.0\designP3c.tsen
A basic\verify_7.6.0\designP3c.vfy
A basic\verify_7.6.0\designP3d.gsen
A basic\verify_7.6.0\designP3d.tsen
A basic\verify_7.6.0\designP3d.vfy
A basic\verify_7.6.0\designP4a.vfy
A basic\verify_7.6.0\designP4b.vfy
A basic\verify_7.6.0\designP4c.vfy
A basic\verify_7.6.0\designP4d.vfy
A basic\verify_7.6.0\designQ1.vfy
A basic\verify_7.6.0\designQ2.vfy
A basic\verify_7.6.0\designR0a.vfy
A basic\verify_7.6.0\designR0b.vfy
A basic\verify_7.6.0\designR0c.vfy
A basic\verify_7.6.0\designR0d.vfy
A basic\verify_7.6.0\designR0e.vfy
A basic\verify_7.6.0\designR1a.vfy
A basic\verify_7.6.0\designR1b.vfy
A basic\verify_7.6.0\designR1c.vfy
A basic\verify_7.6.0\designR1d.vfy
A basic\verify_7.6.0\designR1e.vfy
A basic\verify_7.6.0\designR2a.vfy
A basic\verify_7.6.0\designR2b.vfy
A basic\verify_7.6.0\designR2c.vfy
A basic\verify_7.6.0\designR2d.vfy
A basic\verify_7.6.0\designR2e.vfy
A basic\verify_7.6.0\designR3a.vfy
A basic\verify_7.6.0\designR3b.vfy
A basic\verify_7.6.0\designR3c.vfy
A basic\verify_7.6.0\designR3d.vfy
A basic\verify_7.6.0\designR3e.vfy
A basic\verify_7.6.0\designS1.vfy
A basic\verify_7.6.0\designS2.vfy
A basic\verify_7.6.0\designS3.vfy
A basic\verify_7.6.0\designT1.vfy
A basic\verify_7.6.0\designU1a.tsen
A basic\verify_7.6.0\designU1a.vfy
A basic\verify_7.6.0\designU2a.tsen
A basic\verify_7.6.0\designU2a.vfy
A basic\verify_7.6.0\designU2b.tsen
A basic\verify_7.6.0\designU2c.tsen
A basic\verify_7.6.0\despmtr1.vfy
A basic\verify_7.6.0\despmtr3.vfy
A basic\verify_7.6.0\diamond.vfy
A basic\verify_7.6.0\diamondNaca6.vfy
A basic\verify_7.6.0\dictionary.vfy
A basic\verify_7.6.0\dimension.vfy
A basic\verify_7.6.0\dimension2.vfy
A basic\verify_7.6.0\droopInlet1.vfy
A basic\verify_7.6.0\droopInlet2.vfy
A basic\verify_7.6.0\droopInlet3.vfy
A basic\verify_7.6.0\droopInlet4.vfy
A basic\verify_7.6.0\droopWing.vfy
A basic\verify_7.6.0\duct1.vfy
A basic\verify_7.6.0\duct2.vfy
A basic\verify_7.6.0\duct3.vfy
A basic\verify_7.6.0\duct4xy_neg.vfy
A basic\verify_7.6.0\duct4xy_pos.vfy
A basic\verify_7.6.0\duct4yz_neg.vfy
A basic\verify_7.6.0\duct4yz_pos.vfy
A basic\verify_7.6.0\duct4zx_neg.vfy
A basic\verify_7.6.0\duct4zx_pos.vfy
A basic\verify_7.6.0\duct5.vfy
A basic\verify_7.6.0\dumbbell.vfy
A basic\verify_7.6.0\dump1e.vfy
A basic\verify_7.6.0\dump1s.vfy
A basic\verify_7.6.0\dump2e.vfy
A basic\verify_7.6.0\dump2s.vfy
A basic\verify_7.6.0\dump3e.vfy
A basic\verify_7.6.0\dump4e.vfy
A basic\verify_7.6.0\dump5e.vfy
A basic\verify_7.6.0\dump6e.vfy
A basic\verify_7.6.0\dumpTest1a.vfy
A basic\verify_7.6.0\dumpTest1b.vfy
A basic\verify_7.6.0\dumpTest2a.vfy
A basic\verify_7.6.0\dumpTest2b.vfy
A basic\verify_7.6.0\dumpTest3a.vfy
A basic\verify_7.6.0\dumpTest3b.vfy
A basic\verify_7.6.0\dumpTest4a.vfy
A basic\verify_7.6.0\dumpTest4b.vfy
A basic\verify_7.6.0\dumpTest5a.vfy
A basic\verify_7.6.0\dumpTest5b.vfy
A basic\verify_7.6.0\dumpTest6a.vfy
A basic\verify_7.6.0\dumpTest6b.vfy
A basic\verify_7.6.0\dumpTest7a.vfy
A basic\verify_7.6.0\dumpTest7b.vfy
A basic\verify_7.6.0\dumpTest8a.vfy
A basic\verify_7.6.0\dumpTest8b.vfy
A basic\verify_7.6.0\dump_union2.vfy
A basic\verify_7.6.0\editAttrB.vfy
A basic\verify_7.6.0\editAttrBug.vfy
A basic\verify_7.6.0\editAttrD.vfy
A basic\verify_7.6.0\editAttrE.vfy
A basic\verify_7.6.0\editAttrEE.vfy
A basic\verify_7.6.0\editAttrF.vfy
A basic\verify_7.6.0\editAttrFF.vfy
A basic\verify_7.6.0\editAttrFile.vfy
A basic\verify_7.6.0\editAttrFile2.vfy
A basic\verify_7.6.0\editAttrFile3.vfy
A basic\verify_7.6.0\editAttrFile4.vfy
A basic\verify_7.6.0\editAttrN.vfy
A basic\verify_7.6.0\editAttrOverwrite.vfy
A basic\verify_7.6.0\editAttrWild.vfy
A basic\verify_7.6.0\elbow1.vfy
A basic\verify_7.6.0\elbow2.vfy
A basic\verify_7.6.0\ellipse1.vfy
A basic\verify_7.6.0\ellipse2.vfy
A basic\verify_7.6.0\ellipses.vfy
A basic\verify_7.6.0\ellipsoid1.vfy
A basic\verify_7.6.0\ellipsoid1.vfy_hand
A basic\verify_7.6.0\ellipsoid2.vfy
A basic\verify_7.6.0\empty.vfy
A basic\verify_7.6.0\ereped0.vfy
A basic\verify_7.6.0\ereped1.vfy
A basic\verify_7.6.0\ereped2.vfy
A basic\verify_7.6.0\ereped3.vfy
A basic\verify_7.6.0\ereped4.vfy
A basic\verify_7.6.0\ereped5a.vfy
A basic\verify_7.6.0\ereped5b.vfy
A basic\verify_7.6.0\ereped5c.vfy
A basic\verify_7.6.0\esa_logo.vfy
A basic\verify_7.6.0\etopo2.vfy
A basic\verify_7.6.0\evaluate1.vfy
A basic\verify_7.6.0\evaluate2.vfy
A basic\verify_7.6.0\expressions.vfy
A basic\verify_7.6.0\extract1.vfy
A basic\verify_7.6.0\extract2.vfy
A basic\verify_7.6.0\extract3.vfy
A basic\verify_7.6.0\extract4.vfy
A basic\verify_7.6.0\extractShells1.vfy
A basic\verify_7.6.0\extractShells2.vfy
A basic\verify_7.6.0\extrude.vfy
A basic\verify_7.6.0\extrude0.vfy
A basic\verify_7.6.0\extrude1.vfy
A basic\verify_7.6.0\extrude2.vfy
A basic\verify_7.6.0\extrude3a.vfy
A basic\verify_7.6.0\extrude3b.vfy
A basic\verify_7.6.0\extrude4a.vfy
A basic\verify_7.6.0\extrude4b.vfy
A basic\verify_7.6.0\extrude5.vfy
A basic\verify_7.6.0\extrude6.vfy
A basic\verify_7.6.0\extrude7.vfy
A basic\verify_7.6.0\extrude8.vfy
A basic\verify_7.6.0\extrude9.vfy
A basic\verify_7.6.0\extrudeA.vfy
A basic\verify_7.6.0\extrudeB.vfy
A basic\verify_7.6.0\extrudeWithHoles.vfy
A basic\verify_7.6.0\faceOrder1.vfy
A basic\verify_7.6.0\faceOrder2.vfy
A basic\verify_7.6.0\faceOrder3.vfy
A basic\verify_7.6.0\faceOrder4a.vfy
A basic\verify_7.6.0\faceOrder4b.vfy
A basic\verify_7.6.0\faceunion1.vfy
A basic\verify_7.6.0\faceunion2.vfy
A basic\verify_7.6.0\faceunion3.vfy
A basic\verify_7.6.0\faceunion4.vfy
A basic\verify_7.6.0\farfield1.vfy
A basic\verify_7.6.0\fauxFillet1.vfy
A basic\verify_7.6.0\fillet0.vfy
A basic\verify_7.6.0\fillet1.vfy
A basic\verify_7.6.0\fillet2.vfy
A basic\verify_7.6.0\fillet3.vfy
A basic\verify_7.6.0\fillet4.vfy
A basic\verify_7.6.0\fillet5.vfy
A basic\verify_7.6.0\fillet6.vfy
A basic\verify_7.6.0\fillet7.vfy
A basic\verify_7.6.0\fillet8.vfy
A basic\verify_7.6.0\fillet9.vfy
A basic\verify_7.6.0\filletA.vfy
A basic\verify_7.6.0\filletB.vfy
A basic\verify_7.6.0\filletBox1.vfy
A basic\verify_7.6.0\filletBox2.vfy
A basic\verify_7.6.0\filletBox3.vfy
A basic\verify_7.6.0\filletBox4.vfy
A basic\verify_7.6.0\fin1a.vfy
A basic\verify_7.6.0\fin1b.vfy
A basic\verify_7.6.0\fin2a.vfy
A basic\verify_7.6.0\fin2b.vfy
A basic\verify_7.6.0\fin3.vfy
A basic\verify_7.6.0\fin3.vfy_hand
A basic\verify_7.6.0\fitCurve2.vfy
A basic\verify_7.6.0\fitCurve3.vfy
A basic\verify_7.6.0\fitCurve4a.vfy
A basic\verify_7.6.0\fitCurve4b.vfy
A basic\verify_7.6.0\fitCurve4c.vfy
A basic\verify_7.6.0\fitCurve4d.vfy
A basic\verify_7.6.0\fitCurve4e.vfy
A basic\verify_7.6.0\fitCurve4f.vfy
A basic\verify_7.6.0\fitCurve4g.vfy
A basic\verify_7.6.0\fitCurve4h.vfy
A basic\verify_7.6.0\fitCurve5a.vfy
A basic\verify_7.6.0\fitCurve5b.vfy
A basic\verify_7.6.0\fitCurve6a.vfy
A basic\verify_7.6.0\fitCurve6b.vfy
A basic\verify_7.6.0\fitCurve7.vfy
A basic\verify_7.6.0\fixture1.vfy
A basic\verify_7.6.0\fixture2.vfy
A basic\verify_7.6.0\fixture3.vfy
A basic\verify_7.6.0\flap1.vfy
A basic\verify_7.6.0\flap2.vfy
A basic\verify_7.6.0\flap3.vfy
A basic\verify_7.6.0\flap4.vfy
A basic\verify_7.6.0\flap5.vfy
A basic\verify_7.6.0\flend0a.vfy
A basic\verify_7.6.0\flend0b.vfy
A basic\verify_7.6.0\flend0c.vfy
A basic\verify_7.6.0\flend0d.vfy
A basic\verify_7.6.0\flend1a.vfy
A basic\verify_7.6.0\flend1b.vfy
A basic\verify_7.6.0\flend1c.vfy
A basic\verify_7.6.0\flend1d.vfy
A basic\verify_7.6.0\flend2a.vfy
A basic\verify_7.6.0\flend2b.vfy
A basic\verify_7.6.0\flend2c.vfy
A basic\verify_7.6.0\flend2d.vfy
A basic\verify_7.6.0\flend2e.vfy
A basic\verify_7.6.0\flend2f.vfy
A basic\verify_7.6.0\flend2g.vfy
A basic\verify_7.6.0\flend2h.vfy
A basic\verify_7.6.0\flend3a.vfy
A basic\verify_7.6.0\flend3b.vfy
A basic\verify_7.6.0\flend3c.vfy
A basic\verify_7.6.0\flend3d.vfy
A basic\verify_7.6.0\flend3e.vfy
A basic\verify_7.6.0\flend3f.vfy
A basic\verify_7.6.0\flend3g.vfy
A basic\verify_7.6.0\flend3h.vfy
A basic\verify_7.6.0\flend4a.vfy
A basic\verify_7.6.0\flend4b.vfy
A basic\verify_7.6.0\flend6a.vfy
A basic\verify_7.6.0\flend6b.vfy
A basic\verify_7.6.0\flend6c.vfy
A basic\verify_7.6.0\flend6d.vfy
A basic\verify_7.6.0\flend7a.vfy
A basic\verify_7.6.0\freeform1.vfy
A basic\verify_7.6.0\freeform2.vfy
A basic\verify_7.6.0\freeform3.vfy
A basic\verify_7.6.0\freeform4.vfy
A basic\verify_7.6.0\freeform5.vfy
A basic\verify_7.6.0\freeform6.vfy
A basic\verify_7.6.0\freeformBox.vfy
A basic\verify_7.6.0\freeformCyl.vfy
A basic\verify_7.6.0\frustrum.vfy
A basic\verify_7.6.0\frustrum1.vfy
A basic\verify_7.6.0\frustrum2.vfy
A basic\verify_7.6.0\fun3d_demo.vfy
A basic\verify_7.6.0\fuseStruct.vfy
A basic\verify_7.6.0\fuselage1.vfy
A basic\verify_7.6.0\fuselage2.vfy
A basic\verify_7.6.0\fuselage3.vfy
A basic\verify_7.6.0\fuselage4.vfy
A basic\verify_7.6.0\fuselage5.vfy
A basic\verify_7.6.0\fuselage6.vfy
A basic\verify_7.6.0\fuselage7.vfy
A basic\verify_7.6.0\fuselage8.vfy
A basic\verify_7.6.0\ganged1a.vfy
A basic\verify_7.6.0\ganged1b.vfy
A basic\verify_7.6.0\ganged2a.vfy
A basic\verify_7.6.0\ganged2b.vfy
A basic\verify_7.6.0\ganged3a.vfy
A basic\verify_7.6.0\ganged3b.vfy
A basic\verify_7.6.0\ganged4a.vfy
A basic\verify_7.6.0\ganged4b.vfy
A basic\verify_7.6.0\ganged5a.vfy
A basic\verify_7.6.0\ganged5b.vfy
A basic\verify_7.6.0\ganged6a.vfy
A basic\verify_7.6.0\ganged6b.vfy
A basic\verify_7.6.0\ganged7a.vfy
A basic\verify_7.6.0\ganged7b.vfy
A basic\verify_7.6.0\ganged7c.vfy
A basic\verify_7.6.0\ganged7d.vfy
A basic\verify_7.6.0\ganged7e.vfy
A basic\verify_7.6.0\ganged7f.vfy
A basic\verify_7.6.0\ganged7g.vfy
A basic\verify_7.6.0\ganged7h.vfy
A basic\verify_7.6.0\ganged7i.vfy
A basic\verify_7.6.0\gen_rot.vfy
A basic\verify_7.6.0\getattr1.vfy
A basic\verify_7.6.0\getattr2.vfy
A basic\verify_7.6.0\glass.vfy
A basic\verify_7.6.0\gliderMultiModel.vfy
A basic\verify_7.6.0\glovesTest.vfy
A basic\verify_7.6.0\gouge.vfy
A basic\verify_7.6.0\gougedBox.vfy
A basic\verify_7.6.0\gougedCylinder.vfy
A basic\verify_7.6.0\group1.vfy
A basic\verify_7.6.0\group2.vfy
A basic\verify_7.6.0\group3.vfy
A basic\verify_7.6.0\group4.vfy
A basic\verify_7.6.0\group6.vfy
A basic\verify_7.6.0\guide1a.vfy
A basic\verify_7.6.0\guide1b.vfy
A basic\verify_7.6.0\guide2a.vfy
A basic\verify_7.6.0\guide2b.vfy
A basic\verify_7.6.0\guide3.vfy
A basic\verify_7.6.0\gyroid.vfy
A basic\verify_7.6.0\halfSpheres.vfy
A basic\verify_7.6.0\helix.vfy
A basic\verify_7.6.0\helix1.vfy
A basic\verify_7.6.0\helix2.vfy
A basic\verify_7.6.0\hex1.vfy
A basic\verify_7.6.0\hex2.vfy
A basic\verify_7.6.0\hex3.vfy
A basic\verify_7.6.0\hinge2a.vfy
A basic\verify_7.6.0\hinge2b.vfy
A basic\verify_7.6.0\hinge2c.vfy
A basic\verify_7.6.0\hinge2d.vfy
A basic\verify_7.6.0\hinge2e.vfy
A basic\verify_7.6.0\hingey.vfy
A basic\verify_7.6.0\hingez.vfy
A basic\verify_7.6.0\histDist1a.vfy
A basic\verify_7.6.0\histDist1b.vfy
A basic\verify_7.6.0\hole1.vfy
A basic\verify_7.6.0\hole2.vfy
A basic\verify_7.6.0\hole3.vfy
A basic\verify_7.6.0\hole4.vfy
A basic\verify_7.6.0\holes1.vfy
A basic\verify_7.6.0\holes2.vfy
A basic\verify_7.6.0\hollow0a.vfy
A basic\verify_7.6.0\hollow0b.vfy
A basic\verify_7.6.0\hollow0c.vfy
A basic\verify_7.6.0\hollow0d.vfy
A basic\verify_7.6.0\hollow1a.vfy
A basic\verify_7.6.0\hollow1b.vfy
A basic\verify_7.6.0\hollow2a.vfy
A basic\verify_7.6.0\hollow2b.vfy
A basic\verify_7.6.0\hollow3a.vfy
A basic\verify_7.6.0\hollow3b.vfy
A basic\verify_7.6.0\hollow4a.vfy
A basic\verify_7.6.0\hollow4b.vfy
A basic\verify_7.6.0\hollow5.vfy
A basic\verify_7.6.0\hollow6.vfy
A basic\verify_7.6.0\hollow7a.vfy
A basic\verify_7.6.0\hollow7b.vfy
A basic\verify_7.6.0\hollow8a.vfy
A basic\verify_7.6.0\hollow8b.vfy
A basic\verify_7.6.0\hollow9a.vfy
A basic\verify_7.6.0\hollow9b.vfy
A basic\verify_7.6.0\hollow9c.vfy
A basic\verify_7.6.0\hollow9d.vfy
A basic\verify_7.6.0\hollow9g.vfy
A basic\verify_7.6.0\hollowA.vfy
A basic\verify_7.6.0\hollowB1.vfy
A basic\verify_7.6.0\hollowB2.vfy
A basic\verify_7.6.0\hollowB3.vfy
A basic\verify_7.6.0\hollowB4.vfy
A basic\verify_7.6.0\hollowB5.vfy
A basic\verify_7.6.0\hollowB6.vfy
A basic\verify_7.6.0\hollowB7.vfy
A basic\verify_7.6.0\hollowB8.vfy
A basic\verify_7.6.0\hollowB9.vfy
A basic\verify_7.6.0\hollowBA.vfy
A basic\verify_7.6.0\hollowBB.vfy
A basic\verify_7.6.0\hollowC1.vfy
A basic\verify_7.6.0\hollowC2.vfy
A basic\verify_7.6.0\hollowC3.vfy
A basic\verify_7.6.0\hollowC4.vfy
A basic\verify_7.6.0\hollowC5.vfy
A basic\verify_7.6.0\hollowC8.vfy
A basic\verify_7.6.0\hollowC9.vfy
A basic\verify_7.6.0\hollowD1a.vfy
A basic\verify_7.6.0\hollowD1b.vfy
A basic\verify_7.6.0\hollowD2.vfy
A basic\verify_7.6.0\hollowD3a.vfy
A basic\verify_7.6.0\hollowD3b.vfy
A basic\verify_7.6.0\hollowFuselage.vfy
A basic\verify_7.6.0\hollowWing.vfy
A basic\verify_7.6.0\implicitStrings.vfy
A basic\verify_7.6.0\import1.vfy
A basic\verify_7.6.0\import2.vfy
A basic\verify_7.6.0\import3.vfy
A basic\verify_7.6.0\import4a.vfy
A basic\verify_7.6.0\import4b.vfy
A basic\verify_7.6.0\import5.vfy
A basic\verify_7.6.0\import6a.vfy
A basic\verify_7.6.0\import6b.vfy
A basic\verify_7.6.0\import7a.vfy
A basic\verify_7.6.0\import7b.vfy
A basic\verify_7.6.0\import8a.vfy
A basic\verify_7.6.0\import8b.vfy
A basic\verify_7.6.0\importAttr.vfy
A basic\verify_7.6.0\imprint1.vfy
A basic\verify_7.6.0\imprint2.vfy
A basic\verify_7.6.0\imprint3.vfy
A basic\verify_7.6.0\imprint4.vfy
A basic\verify_7.6.0\imprint5.vfy
A basic\verify_7.6.0\imprint5.vfy_hand
A basic\verify_7.6.0\inclinedOval.vfy
A basic\verify_7.6.0\inletWithWalls2.vfy
A basic\verify_7.6.0\intersect.vfy
A basic\verify_7.6.0\intersect2a.vfy
A basic\verify_7.6.0\intersect2b.vfy
A basic\verify_7.6.0\intersect4a.vfy
A basic\verify_7.6.0\intersect4b.vfy
A basic\verify_7.6.0\intersect4c.vfy
A basic\verify_7.6.0\intersect4d.vfy
A basic\verify_7.6.0\intersect4e.vfy
A basic\verify_7.6.0\intersect4f.vfy
A basic\verify_7.6.0\intersect4g.vfy
A basic\verify_7.6.0\intersect4h.vfy
A basic\verify_7.6.0\intersect4i.vfy
A basic\verify_7.6.0\intersect4j.vfy
A basic\verify_7.6.0\intersect5a.vfy
A basic\verify_7.6.0\intersect5b.vfy
A basic\verify_7.6.0\intersect5c.vfy
A basic\verify_7.6.0\intersect5d.vfy
A basic\verify_7.6.0\intersect5e.vfy
A basic\verify_7.6.0\intersect5f.vfy
A basic\verify_7.6.0\intersect6a.vfy
A basic\verify_7.6.0\intersect6b.vfy
A basic\verify_7.6.0\intersect6c.vfy
A basic\verify_7.6.0\intersect6d.vfy
A basic\verify_7.6.0\intersect6e.vfy
A basic\verify_7.6.0\intersect6f.vfy
A basic\verify_7.6.0\intersectAll.vfy
A basic\verify_7.6.0\join.vfy
A basic\verify_7.6.0\joinSheets1a.vfy
A basic\verify_7.6.0\joinSheets1b.vfy
A basic\verify_7.6.0\joinSheets2a.vfy
A basic\verify_7.6.0\joinSheets2b.vfy
A basic\verify_7.6.0\joinSheets3a.vfy
A basic\verify_7.6.0\joinSheets3b.vfy
A basic\verify_7.6.0\joinSheets4a.vfy
A basic\verify_7.6.0\joinSheets4b.vfy
A basic\verify_7.6.0\joinSheets4c.vfy
A basic\verify_7.6.0\joinSheets5a.vfy
A basic\verify_7.6.0\joinSheets5b.vfy
A basic\verify_7.6.0\joinUnion1.vfy
A basic\verify_7.6.0\joinUnion2.vfy
A basic\verify_7.6.0\joinWires.vfy
A basic\verify_7.6.0\joinWires2a.vfy
A basic\verify_7.6.0\joinWires2b.vfy
A basic\verify_7.6.0\joinWires2c.vfy
A basic\verify_7.6.0\joinWires2d.vfy
A basic\verify_7.6.0\joinWires2e.vfy
A basic\verify_7.6.0\joinblend1.vfy
A basic\verify_7.6.0\joinblend2.vfy
A basic\verify_7.6.0\joinblend3.vfy
A basic\verify_7.6.0\joinblend4.vfy
A basic\verify_7.6.0\kulfan1.vfy
A basic\verify_7.6.0\kulfan2.vfy
A basic\verify_7.6.0\kulfan3.vfy
A basic\verify_7.6.0\largeSketch.vfy
A basic\verify_7.6.0\loft0a.vfy
A basic\verify_7.6.0\loft0b.vfy
A basic\verify_7.6.0\loft1a.vfy
A basic\verify_7.6.0\loft1b.vfy
A basic\verify_7.6.0\loft2.vfy
A basic\verify_7.6.0\loft3a.vfy
A basic\verify_7.6.0\loft3b.vfy
A basic\verify_7.6.0\loft3c.vfy
A basic\verify_7.6.0\loft3d.vfy
A basic\verify_7.6.0\loft7a.vfy
A basic\verify_7.6.0\loft7b.vfy
A basic\verify_7.6.0\loft7c.vfy
A basic\verify_7.6.0\loft7d.vfy
A basic\verify_7.6.0\loft7e.vfy
A basic\verify_7.6.0\loft7f.vfy
A basic\verify_7.6.0\loft7g.vfy
A basic\verify_7.6.0\loft7h.vfy
A basic\verify_7.6.0\loft7i.vfy
A basic\verify_7.6.0\loft7j.vfy
A basic\verify_7.6.0\loft7k.vfy
A basic\verify_7.6.0\loft7l.vfy
A basic\verify_7.6.0\loft7m.vfy
A basic\verify_7.6.0\loft7n.vfy
A basic\verify_7.6.0\loft7o.vfy
A basic\verify_7.6.0\loft7p.vfy
A basic\verify_7.6.0\loft7q.vfy
A basic\verify_7.6.0\lofts1.vfy
A basic\verify_7.6.0\lofts2.vfy
A basic\verify_7.6.0\lofts3.vfy
A basic\verify_7.6.0\marks_on_stack.vfy
A basic\verify_7.6.0\masspropsBox.vfy
A basic\verify_7.6.0\masspropsCorner.vfy
A basic\verify_7.6.0\masspropsCylinder.vfy
A basic\verify_7.6.0\masspropsEdges.vfy
A basic\verify_7.6.0\masspropsFaces.vfy
A basic\verify_7.6.0\masspropsSheets.vfy
A basic\verify_7.6.0\masspropsShell.vfy
A basic\verify_7.6.0\masspropsSketch.vfy
A basic\verify_7.6.0\masspropsSphere.vfy
A basic\verify_7.6.0\masspropsWires.vfy
A basic\verify_7.6.0\match1.vfy
A basic\verify_7.6.0\match2.vfy
A basic\verify_7.6.0\match3.vfy
A basic\verify_7.6.0\matchBodys1.vfy
A basic\verify_7.6.0\matchBodys2.vfy
A basic\verify_7.6.0\matchBodys3.vfy
A basic\verify_7.6.0\matchBodys4a.vfy
A basic\verify_7.6.0\matchBodys4b.vfy
A basic\verify_7.6.0\matchBodys4c.vfy
A basic\verify_7.6.0\matchBodys4d.vfy
A basic\verify_7.6.0\mirror1x.vfy
A basic\verify_7.6.0\mirror1xy.vfy
A basic\verify_7.6.0\mirror1y.vfy
A basic\verify_7.6.0\mirror1yz.vfy
A basic\verify_7.6.0\mirror1z.vfy
A basic\verify_7.6.0\mirror1zx.vfy
A basic\verify_7.6.0\mirror2x.vfy
A basic\verify_7.6.0\mirror2y.vfy
A basic\verify_7.6.0\mirror2z.vfy
A basic\verify_7.6.0\mirror3x.vfy
A basic\verify_7.6.0\mirror3y.vfy
A basic\verify_7.6.0\mirror3z.vfy
A basic\verify_7.6.0\miter1.vfy
A basic\verify_7.6.0\mitten1.vfy
A basic\verify_7.6.0\morph0.vfy
A basic\verify_7.6.0\morph1a.vfy
A basic\verify_7.6.0\morph1b.vfy
A basic\verify_7.6.0\morph1c.vfy
A basic\verify_7.6.0\morph2.vfy
A basic\verify_7.6.0\multiBody1.vfy
A basic\verify_7.6.0\multiBody2.vfy
A basic\verify_7.6.0\multiBody3.vfy
A basic\verify_7.6.0\multiBody4.vfy
A basic\verify_7.6.0\multiBody5.vfy
A basic\verify_7.6.0\multipart1.vfy
A basic\verify_7.6.0\multipart2.vfy
A basic\verify_7.6.0\naca.vfy
A basic\verify_7.6.0\naca2.vfy
A basic\verify_7.6.0\naca3.vfy
A basic\verify_7.6.0\naca456.vfy
A basic\verify_7.6.0\naca4blend.vfy
A basic\verify_7.6.0\naca4extrude.vfy
A basic\verify_7.6.0\naca4rule.vfy
A basic\verify_7.6.0\naca6a.vfy
A basic\verify_7.6.0\naca6b.vfy
A basic\verify_7.6.0\naca6c.vfy
A basic\verify_7.6.0\naca6d.vfy
A basic\verify_7.6.0\naca6e.vfy
A basic\verify_7.6.0\naca6f.vfy
A basic\verify_7.6.0\naca6g.vfy
A basic\verify_7.6.0\naca6h.vfy
A basic\verify_7.6.0\naca6i.vfy
A basic\verify_7.6.0\nacaHiAR.vfy
A basic\verify_7.6.0\nacameanline.vfy
A basic\verify_7.6.0\nacameanline2.vfy
A basic\verify_7.6.0\nacas.vfy
A basic\verify_7.6.0\nacas2.vfy
A basic\verify_7.6.0\nacas3.vfy
A basic\verify_7.6.0\nacawing.vfy
A basic\verify_7.6.0\nacawing2.vfy
A basic\verify_7.6.0\nacawing3.vfy
A basic\verify_7.6.0\nacelle1.vfy
A basic\verify_7.6.0\names.vfy
A basic\verify_7.6.0\nasa_worm.vfy
A basic\verify_7.6.0\nearbodygrid.vfy
A basic\verify_7.6.0\nodeAttribute.vfy
A basic\verify_7.6.0\nodebody_on_stack.vfy
A basic\verify_7.6.0\nosecone1.vfy
A basic\verify_7.6.0\nosecone2.vfy
A basic\verify_7.6.0\nozzle1.vfy
A basic\verify_7.6.0\nozzle2.vfy
A basic\verify_7.6.0\nudge1.vfy
A basic\verify_7.6.0\nudge2.vfy
A basic\verify_7.6.0\nudge3.vfy
A basic\verify_7.6.0\nudge4.vfy
A basic\verify_7.6.0\nudge5.vfy
A basic\verify_7.6.0\nudge6.vfy
A basic\verify_7.6.0\nurbbody0.vfy
A basic\verify_7.6.0\nurbbody1.vfy
A basic\verify_7.6.0\nurbbody2.vfy
A basic\verify_7.6.0\nurbbody3.vfy
A basic\verify_7.6.0\nuscale0.vfy
A basic\verify_7.6.0\nuscale1.vfy
A basic\verify_7.6.0\nuscale2.vfy
A basic\verify_7.6.0\nuscale3.vfy
A basic\verify_7.6.0\nuscale4.vfy
A basic\verify_7.6.0\orbiter0.vfy
A basic\verify_7.6.0\orbiter1.vfy
A basic\verify_7.6.0\orbiter2.vfy
A basic\verify_7.6.0\outpmtr1.vfy
A basic\verify_7.6.0\overlaps1.vfy
A basic\verify_7.6.0\package1.vfy
A basic\verify_7.6.0\panel1.vfy
A basic\verify_7.6.0\panel2.vfy
A basic\verify_7.6.0\panel3.vfy
A basic\verify_7.6.0\parabaloid.vfy
A basic\verify_7.6.0\parsec1a.vfy
A basic\verify_7.6.0\parsec1b.vfy
A basic\verify_7.6.0\parsec1c.vfy
A basic\verify_7.6.0\parsec1d.vfy
A basic\verify_7.6.0\parsec1e.vfy
A basic\verify_7.6.0\parsec2a.vfy
A basic\verify_7.6.0\parsec2b.vfy
A basic\verify_7.6.0\parsec2c.vfy
A basic\verify_7.6.0\parsec2d.vfy
A basic\verify_7.6.0\parsec2e.vfy
A basic\verify_7.6.0\pattern1a.vfy
A basic\verify_7.6.0\pattern1b.vfy
A basic\verify_7.6.0\pattern1c.vfy
A basic\verify_7.6.0\pattern1d.vfy
A basic\verify_7.6.0\pattern1e.vfy
A basic\verify_7.6.0\pattern1f.vfy
A basic\verify_7.6.0\pattern2a.vfy
A basic\verify_7.6.0\pattern2b.vfy
A basic\verify_7.6.0\pattern2c.vfy
A basic\verify_7.6.0\pattern2d.vfy
A basic\verify_7.6.0\pattern2e.vfy
A basic\verify_7.6.0\pattern3.vfy
A basic\verify_7.6.0\persist1.vfy
A basic\verify_7.6.0\persist2.vfy
A basic\verify_7.6.0\pin.vfy
A basic\verify_7.6.0\plate1.vfy
A basic\verify_7.6.0\plate2.vfy
A basic\verify_7.6.0\plate3.vfy
A basic\verify_7.6.0\plate4.vfy
A basic\verify_7.6.0\plate5.vfy
A basic\verify_7.6.0\plate6.vfy
A basic\verify_7.6.0\plateBEM.vfy
A basic\verify_7.6.0\plateBeam.vfy
A basic\verify_7.6.0\pmtrtest.vfy
A basic\verify_7.6.0\pmtrtest2.vfy
A basic\verify_7.6.0\pmtrtest3.vfy
A basic\verify_7.6.0\pod1.vfy
A basic\verify_7.6.0\pod2.vfy
A basic\verify_7.6.0\poly1a.vfy
A basic\verify_7.6.0\poly1b.vfy
A basic\verify_7.6.0\poly2.vfy
A basic\verify_7.6.0\poly3.vfy
A basic\verify_7.6.0\polygons.vfy
A basic\verify_7.6.0\popup1.vfy
A basic\verify_7.6.0\popup2.vfy
A basic\verify_7.6.0\posts1.vfy
A basic\verify_7.6.0\posts2.vfy
A basic\verify_7.6.0\posts3.vfy
A basic\verify_7.6.0\posts4.vfy
A basic\verify_7.6.0\primitives.vfy
A basic\verify_7.6.0\project1.vfy
A basic\verify_7.6.0\project2.vfy
A basic\verify_7.6.0\prop1.vfy
A basic\verify_7.6.0\prop2.vfy
A basic\verify_7.6.0\prop3.vfy
A basic\verify_7.6.0\prop4.vfy
A basic\verify_7.6.0\prop5.vfy
A basic\verify_7.6.0\propeller1.vfy
A basic\verify_7.6.0\propeller2.vfy
A basic\verify_7.6.0\pyramid.vfy
A basic\verify_7.6.0\pyramid2.vfy
A basic\verify_7.6.0\quad1.vfy
A basic\verify_7.6.0\quad2.vfy
A basic\verify_7.6.0\quad4.vfy
A basic\verify_7.6.0\radwaf1.vfy
A basic\verify_7.6.0\radwaf2.vfy
A basic\verify_7.6.0\radwaf3.vfy
A basic\verify_7.6.0\radwaf4.vfy
A basic\verify_7.6.0\radwaf5.vfy
A basic\verify_7.6.0\rebuild1.vfy
A basic\verify_7.6.0\rebuild2.vfy
A basic\verify_7.6.0\recall.vfy
A basic\verify_7.6.0\reload1a.vfy
A basic\verify_7.6.0\reload1b.vfy
A basic\verify_7.6.0\reorder0b.vfy
A basic\verify_7.6.0\reorder0l.vfy
A basic\verify_7.6.0\reorder0r.vfy
A basic\verify_7.6.0\reorder1b.vfy
A basic\verify_7.6.0\reorder1l.vfy
A basic\verify_7.6.0\reorder1r.vfy
A basic\verify_7.6.0\reorder2b.vfy
A basic\verify_7.6.0\reorder2r.vfy
A basic\verify_7.6.0\reorder3b.vfy
A basic\verify_7.6.0\reorder3r.vfy
A basic\verify_7.6.0\reorder4a.vfy
A basic\verify_7.6.0\reorder4b.vfy
A basic\verify_7.6.0\reorder4c.vfy
A basic\verify_7.6.0\reorder4d.vfy
A basic\verify_7.6.0\reorder4e.vfy
A basic\verify_7.6.0\reorder4f.vfy
A basic\verify_7.6.0\restore0.vfy
A basic\verify_7.6.0\restore1.vfy
A basic\verify_7.6.0\restore2.vfy
A basic\verify_7.6.0\revolve.vfy
A basic\verify_7.6.0\revolve0x.vfy
A basic\verify_7.6.0\revolve0y.vfy
A basic\verify_7.6.0\revolve1x.vfy
A basic\verify_7.6.0\revolve1y.vfy
A basic\verify_7.6.0\revolve2x.vfy
A basic\verify_7.6.0\revolve2y.vfy
A basic\verify_7.6.0\revolve3x.vfy
A basic\verify_7.6.0\revolve3y.vfy
A basic\verify_7.6.0\revolve4x.vfy
A basic\verify_7.6.0\revolve4y.vfy
A basic\verify_7.6.0\revolve5x.vfy
A basic\verify_7.6.0\revolve5y.vfy
A basic\verify_7.6.0\revolve6x.vfy
A basic\verify_7.6.0\revolve6y.vfy
A basic\verify_7.6.0\revolve7x.vfy
A basic\verify_7.6.0\revolve7y.vfy
A basic\verify_7.6.0\revolve8x.vfy
A basic\verify_7.6.0\revolve8y.vfy
A basic\verify_7.6.0\revolve9x.vfy
A basic\verify_7.6.0\revolve9y.vfy
A basic\verify_7.6.0\revolveA.vfy
A basic\verify_7.6.0\revolveA1.vfy
A basic\verify_7.6.0\revolveA2.vfy
A basic\verify_7.6.0\revolveA3.vfy
A basic\verify_7.6.0\revolveA4.vfy
A basic\verify_7.6.0\revolveA5.vfy
A basic\verify_7.6.0\revolveA6.vfy
A basic\verify_7.6.0\revolveB.vfy
A basic\verify_7.6.0\revolveC.vfy
A basic\verify_7.6.0\revolveWithHoles.vfy
A basic\verify_7.6.0\ridge.vfy
A basic\verify_7.6.0\robins1.vfy
A basic\verify_7.6.0\robins2.vfy
A basic\verify_7.6.0\robins3.vfy
A basic\verify_7.6.0\robins4.vfy
A basic\verify_7.6.0\robins5.vfy
A basic\verify_7.6.0\rocketnozzle1.vfy
A basic\verify_7.6.0\rocketnozzle3.vfy
A basic\verify_7.6.0\rot30x.vfy
A basic\verify_7.6.0\rot30y.vfy
A basic\verify_7.6.0\rot30z.vfy
A basic\verify_7.6.0\rotate1.vfy
A basic\verify_7.6.0\rotor1.vfy
A basic\verify_7.6.0\rotor2.vfy
A basic\verify_7.6.0\rotor3.vfy
A basic\verify_7.6.0\rule1.vfy
A basic\verify_7.6.0\rule10a.vfy
A basic\verify_7.6.0\rule10b.vfy
A basic\verify_7.6.0\rule10c.vfy
A basic\verify_7.6.0\rule10d.vfy
A basic\verify_7.6.0\rule10e.vfy
A basic\verify_7.6.0\rule10f.vfy
A basic\verify_7.6.0\rule10g.vfy
A basic\verify_7.6.0\rule10h.vfy
A basic\verify_7.6.0\rule10i.vfy
A basic\verify_7.6.0\rule10j.vfy
A basic\verify_7.6.0\rule10k.vfy
A basic\verify_7.6.0\rule10l.vfy
A basic\verify_7.6.0\rule10m.vfy
A basic\verify_7.6.0\rule10n.vfy
A basic\verify_7.6.0\rule10o.vfy
A basic\verify_7.6.0\rule10p.vfy
A basic\verify_7.6.0\rule11a.vfy
A basic\verify_7.6.0\rule11b.vfy
A basic\verify_7.6.0\rule11c.vfy
A basic\verify_7.6.0\rule11d.vfy
A basic\verify_7.6.0\rule11e.vfy
A basic\verify_7.6.0\rule11f.vfy
A basic\verify_7.6.0\rule11g.vfy
A basic\verify_7.6.0\rule11h.vfy
A basic\verify_7.6.0\rule11i.vfy
A basic\verify_7.6.0\rule11j.vfy
A basic\verify_7.6.0\rule11k.vfy
A basic\verify_7.6.0\rule11l.vfy
A basic\verify_7.6.0\rule11m.vfy
A basic\verify_7.6.0\rule11n.vfy
A basic\verify_7.6.0\rule11o.vfy
A basic\verify_7.6.0\rule11p.vfy
A basic\verify_7.6.0\rule19a.vfy
A basic\verify_7.6.0\rule19b.vfy
A basic\verify_7.6.0\rule19c.vfy
A basic\verify_7.6.0\rule19d.vfy
A basic\verify_7.6.0\rule19e.vfy
A basic\verify_7.6.0\rule1bb.vfy
A basic\verify_7.6.0\rule1bs.vfy
A basic\verify_7.6.0\rule1sb.vfy
A basic\verify_7.6.0\rule1ss.vfy
A basic\verify_7.6.0\rule2.vfy
A basic\verify_7.6.0\rule20a.vfy
A basic\verify_7.6.0\rule20b.vfy
A basic\verify_7.6.0\rule20c.vfy
A basic\verify_7.6.0\rule20d.vfy
A basic\verify_7.6.0\rule21a.vfy
A basic\verify_7.6.0\rule21b.vfy
A basic\verify_7.6.0\rule21c.vfy
A basic\verify_7.6.0\rule21d.vfy
A basic\verify_7.6.0\rule22.vfy
A basic\verify_7.6.0\rule22a.vfy
A basic\verify_7.6.0\rule22b.vfy
A basic\verify_7.6.0\rule22c.vfy
A basic\verify_7.6.0\rule22d.vfy
A basic\verify_7.6.0\rule23a.vfy
A basic\verify_7.6.0\rule23b.vfy
A basic\verify_7.6.0\rule23c.vfy
A basic\verify_7.6.0\rule23d.vfy
A basic\verify_7.6.0\rule24a.vfy
A basic\verify_7.6.0\rule24b.vfy
A basic\verify_7.6.0\rule25a.vfy
A basic\verify_7.6.0\rule25b.vfy
A basic\verify_7.6.0\rule26a.vfy
A basic\verify_7.6.0\rule26b.vfy
A basic\verify_7.6.0\rule26c.vfy
A basic\verify_7.6.0\rule27a.vfy
A basic\verify_7.6.0\rule27b.vfy
A basic\verify_7.6.0\rule2bb.vfy
A basic\verify_7.6.0\rule2bs.vfy
A basic\verify_7.6.0\rule2sb.vfy
A basic\verify_7.6.0\rule2ss.vfy
A basic\verify_7.6.0\rule3.vfy
A basic\verify_7.6.0\rule3bb.vfy
A basic\verify_7.6.0\rule3bs.vfy
A basic\verify_7.6.0\rule3sb.vfy
A basic\verify_7.6.0\rule3ss.vfy
A basic\verify_7.6.0\rule4.vfy
A basic\verify_7.6.0\rule4bb.vfy
A basic\verify_7.6.0\rule4bs.vfy
A basic\verify_7.6.0\rule4sb.vfy
A basic\verify_7.6.0\rule4ss.vfy
A basic\verify_7.6.0\rule5.vfy
A basic\verify_7.6.0\rule5bb.vfy
A basic\verify_7.6.0\rule5bs.vfy
A basic\verify_7.6.0\rule5sb.vfy
A basic\verify_7.6.0\rule5ss.vfy
A basic\verify_7.6.0\rule6.vfy
A basic\verify_7.6.0\rule7a.vfy
A basic\verify_7.6.0\rule7b.vfy
A basic\verify_7.6.0\rule7c.vfy
A basic\verify_7.6.0\rule7d.vfy
A basic\verify_7.6.0\rule7e.vfy
A basic\verify_7.6.0\rule7f.vfy
A basic\verify_7.6.0\rule7g.vfy
A basic\verify_7.6.0\rule7h.vfy
A basic\verify_7.6.0\rule7i.vfy
A basic\verify_7.6.0\rule7j.vfy
A basic\verify_7.6.0\rule7k.vfy
A basic\verify_7.6.0\rule7l.vfy
A basic\verify_7.6.0\rule7m.vfy
A basic\verify_7.6.0\rule7n.vfy
A basic\verify_7.6.0\rule7o.vfy
A basic\verify_7.6.0\rule7p.vfy
A basic\verify_7.6.0\rule7q.vfy
A basic\verify_7.6.0\rule9.vfy
A basic\verify_7.6.0\rule9a.vfy
A basic\verify_7.6.0\rule9b.vfy
A basic\verify_7.6.0\rule9c.vfy
A basic\verify_7.6.0\ruleA.vfy
A basic\verify_7.6.0\sample.vfy
A basic\verify_7.6.0\sample1.vfy
A basic\verify_7.6.0\sample2.vfy
A basic\verify_7.6.0\sample3.vfy
A basic\verify_7.6.0\save1.vfy
A basic\verify_7.6.0\save2.vfy
A basic\verify_7.6.0\scarf1.vfy
A basic\verify_7.6.0\scarf2.vfy
A basic\verify_7.6.0\scarf3.vfy
A basic\verify_7.6.0\scarf4.vfy
A basic\verify_7.6.0\scoop.vfy
A basic\verify_7.6.0\scope.vfy
A basic\verify_7.6.0\scribe1.vfy
A basic\verify_7.6.0\scribe10.vfy
A basic\verify_7.6.0\scribe2.vfy
A basic\verify_7.6.0\scribe3.vfy
A basic\verify_7.6.0\scribe4.vfy
A basic\verify_7.6.0\scribe5.vfy
A basic\verify_7.6.0\scribe6.vfy
A basic\verify_7.6.0\scribe7.vfy
A basic\verify_7.6.0\scribe8.vfy
A basic\verify_7.6.0\scribe9.vfy
A basic\verify_7.6.0\scribeWing.vfy
A basic\verify_7.6.0\scribedCylinder.vfy
A basic\verify_7.6.0\scribedSphere.vfy
A basic\verify_7.6.0\sculpt0.vfy
A basic\verify_7.6.0\sculpt1.vfy
A basic\verify_7.6.0\sculpt2.vfy
A basic\verify_7.6.0\select0.vfy
A basic\verify_7.6.0\select0x.vfy
A basic\verify_7.6.0\select0y.vfy
A basic\verify_7.6.0\select0z.vfy
A basic\verify_7.6.0\select1a.vfy
A basic\verify_7.6.0\select1b.vfy
A basic\verify_7.6.0\select2.vfy
A basic\verify_7.6.0\select3.vfy
A basic\verify_7.6.0\select4.vfy
A basic\verify_7.6.0\select5.vfy
A basic\verify_7.6.0\select6.vfy
A basic\verify_7.6.0\select7.vfy
A basic\verify_7.6.0\select8.vfy
A basic\verify_7.6.0\select9.vfy
A basic\verify_7.6.0\selectColor.vfy
A basic\verify_7.6.0\selectSort1.vfy
A basic\verify_7.6.0\selectSort2.vfy
A basic\verify_7.6.0\sens1.vfy
A basic\verify_7.6.0\sens2.vfy
A basic\verify_7.6.0\sens3a.vfy
A basic\verify_7.6.0\sens3b.vfy
A basic\verify_7.6.0\sens3c.vfy
A basic\verify_7.6.0\sens3d.vfy
A basic\verify_7.6.0\set1.vfy
A basic\verify_7.6.0\sew1.vfy
A basic\verify_7.6.0\sew2.vfy
A basic\verify_7.6.0\sheet01.vfy
A basic\verify_7.6.0\sheet02.vfy
A basic\verify_7.6.0\sheet03.vfy
A basic\verify_7.6.0\sheet04.vfy
A basic\verify_7.6.0\sheet05.vfy
A basic\verify_7.6.0\sheet06.vfy
A basic\verify_7.6.0\sheet07.vfy
A basic\verify_7.6.0\sheet08.vfy
A basic\verify_7.6.0\sheet09.vfy
A basic\verify_7.6.0\sheet10.vfy
A basic\verify_7.6.0\sheet11.vfy
A basic\verify_7.6.0\sheet12.vfy
A basic\verify_7.6.0\sheet13.vfy
A basic\verify_7.6.0\sheet14.vfy
A basic\verify_7.6.0\signal1.vfy
A basic\verify_7.6.0\skbeg1.vfy
A basic\verify_7.6.0\skbeg2.vfy
A basic\verify_7.6.0\skcon0a.vfy
A basic\verify_7.6.0\skcon0b.vfy
A basic\verify_7.6.0\skcon0c.vfy
A basic\verify_7.6.0\skcon0d.vfy
A basic\verify_7.6.0\skcon0e.vfy
A basic\verify_7.6.0\skcon1a.vfy
A basic\verify_7.6.0\skcon1b.vfy
A basic\verify_7.6.0\skcon1c.vfy
A basic\verify_7.6.0\skcon1d.vfy
A basic\verify_7.6.0\skcon1e.vfy
A basic\verify_7.6.0\skcon1f.vfy
A basic\verify_7.6.0\skcon1g.vfy
A basic\verify_7.6.0\skcon2a.vfy
A basic\verify_7.6.0\skcon2b.vfy
A basic\verify_7.6.0\skcon2c.vfy
A basic\verify_7.6.0\skcon2d.vfy
A basic\verify_7.6.0\skcon2e.vfy
A basic\verify_7.6.0\skcon3a.vfy
A basic\verify_7.6.0\skcon3b.vfy
A basic\verify_7.6.0\skcon3c.vfy
A basic\verify_7.6.0\skcon3d.vfy
A basic\verify_7.6.0\skcon3e.vfy
A basic\verify_7.6.0\skcon3f.vfy
A basic\verify_7.6.0\skcon4a.vfy
A basic\verify_7.6.0\skcon4b.vfy
A basic\verify_7.6.0\skcon4c.vfy
A basic\verify_7.6.0\skcon4d.vfy
A basic\verify_7.6.0\skcon4e.vfy
A basic\verify_7.6.0\skcon4f.vfy
A basic\verify_7.6.0\skcon4g.vfy
A basic\verify_7.6.0\skcon5a.vfy
A basic\verify_7.6.0\skcon5b.vfy
A basic\verify_7.6.0\skcon5c.vfy
A basic\verify_7.6.0\skcon5d.vfy
A basic\verify_7.6.0\skcon5e.vfy
A basic\verify_7.6.0\skcon5f.vfy
A basic\verify_7.6.0\skcon6a.vfy
A basic\verify_7.6.0\skcon6b.vfy
A basic\verify_7.6.0\skcon6c.vfy
A basic\verify_7.6.0\skcon6d.vfy
A basic\verify_7.6.0\skcon7a.vfy
A basic\verify_7.6.0\skcon7b.vfy
A basic\verify_7.6.0\skcon7c.vfy
A basic\verify_7.6.0\skcon7d.vfy
A basic\verify_7.6.0\skcon8a.vfy
A basic\verify_7.6.0\skcon8b.vfy
A basic\verify_7.6.0\skcon8c.vfy
A basic\verify_7.6.0\skcon8d.vfy
A basic\verify_7.6.0\skcon8e.vfy
A basic\verify_7.6.0\skcon8f.vfy
A basic\verify_7.6.0\skcon9a.vfy
A basic\verify_7.6.0\skcon9b.vfy
A basic\verify_7.6.0\skcon9c.vfy
A basic\verify_7.6.0\skcon9d.vfy
A basic\verify_7.6.0\skcon9e.vfy
A basic\verify_7.6.0\skcon9f.vfy
A basic\verify_7.6.0\skcon9g.vfy
A basic\verify_7.6.0\sketch0.vfy
A basic\verify_7.6.0\sketch10a.vfy
A basic\verify_7.6.0\sketch10b.vfy
A basic\verify_7.6.0\sketch10c.vfy
A basic\verify_7.6.0\sketch10d.vfy
A basic\verify_7.6.0\sketch10e.vfy
A basic\verify_7.6.0\sketch10f.vfy
A basic\verify_7.6.0\sketch10g.vfy
A basic\verify_7.6.0\sketch10h.vfy
A basic\verify_7.6.0\sketch10i.vfy
A basic\verify_7.6.0\sketch10j.vfy
A basic\verify_7.6.0\sketch10k.vfy
A basic\verify_7.6.0\sketch10l.vfy
A basic\verify_7.6.0\sketch11a.vfy
A basic\verify_7.6.0\sketch11b.vfy
A basic\verify_7.6.0\sketch11c.vfy
A basic\verify_7.6.0\sketch11d.vfy
A basic\verify_7.6.0\sketch11e.vfy
A basic\verify_7.6.0\sketch11f.vfy
A basic\verify_7.6.0\sketch11g.vfy
A basic\verify_7.6.0\sketch11h.vfy
A basic\verify_7.6.0\sketch11i.vfy
A basic\verify_7.6.0\sketch11j.vfy
A basic\verify_7.6.0\sketch11k.vfy
A basic\verify_7.6.0\sketch3.vfy
A basic\verify_7.6.0\sketch4.vfy
A basic\verify_7.6.0\sketch5.vfy
A basic\verify_7.6.0\sketch6.vfy
A basic\verify_7.6.0\sketch7a.vfy
A basic\verify_7.6.0\sketch7b.vfy
A basic\verify_7.6.0\sketch7c.vfy
A basic\verify_7.6.0\sketch7d.vfy
A basic\verify_7.6.0\sketch7e.vfy
A basic\verify_7.6.0\sketch7f.vfy
A basic\verify_7.6.0\sketch8a.vfy
A basic\verify_7.6.0\sketch8b.vfy
A basic\verify_7.6.0\sketch8c.vfy
A basic\verify_7.6.0\sketch9a.vfy
A basic\verify_7.6.0\sketch9b.vfy
A basic\verify_7.6.0\sketch9c.vfy
A basic\verify_7.6.0\sketch9d.vfy
A basic\verify_7.6.0\sketch9e.vfy
A basic\verify_7.6.0\sketch9f.vfy
A basic\verify_7.6.0\sketch9g.vfy
A basic\verify_7.6.0\sketch9h.vfy
A basic\verify_7.6.0\skfix1.vfy
A basic\verify_7.6.0\skfix1_inc.vfy
A basic\verify_7.6.0\skfix2.vfy
A basic\verify_7.6.0\skfix2_inc.vfy
A basic\verify_7.6.0\skfix3.vfy
A basic\verify_7.6.0\skfix3_inc.vfy
A basic\verify_7.6.0\skfix4.vfy
A basic\verify_7.6.0\skfix4_inc.vfy
A basic\verify_7.6.0\skfix5.vfy
A basic\verify_7.6.0\skfix5_inc.vfy
A basic\verify_7.6.0\skfix6.vfy
A basic\verify_7.6.0\skfix6_inc.vfy
A basic\verify_7.6.0\sliceWing.vfy
A basic\verify_7.6.0\slices1x.vfy
A basic\verify_7.6.0\slices1y.vfy
A basic\verify_7.6.0\slices1z.vfy
A basic\verify_7.6.0\slices2x.vfy
A basic\verify_7.6.0\slices2y.vfy
A basic\verify_7.6.0\slices2z.vfy
A basic\verify_7.6.0\slices4x.vfy
A basic\verify_7.6.0\slices4y.vfy
A basic\verify_7.6.0\slices4z.vfy
A basic\verify_7.6.0\snake1.vfy
A basic\verify_7.6.0\solver1.vfy
A basic\verify_7.6.0\solver2.vfy
A basic\verify_7.6.0\solver4.vfy
A basic\verify_7.6.0\solver5.vfy
A basic\verify_7.6.0\solver6.vfy
A basic\verify_7.6.0\solver6a.vfy
A basic\verify_7.6.0\solver6b.vfy
A basic\verify_7.6.0\sphere.vfy
A basic\verify_7.6.0\sphereCone1.vfy
A basic\verify_7.6.0\sphereCone2a.vfy
A basic\verify_7.6.0\sphereCone2b.vfy
A basic\verify_7.6.0\sphereCone2c.vfy
A basic\verify_7.6.0\sphereConeCyl.vfy
A basic\verify_7.6.0\sphereScribe.vfy
A basic\verify_7.6.0\sphere_faux.vfy
A basic\verify_7.6.0\spheres.vfy
A basic\verify_7.6.0\spinner.vfy
A basic\verify_7.6.0\spline1.vfy
A basic\verify_7.6.0\spline2.vfy
A basic\verify_7.6.0\split1.vfy
A basic\verify_7.6.0\splitFlap.vfy
A basic\verify_7.6.0\splitFlap2a.vfy
A basic\verify_7.6.0\splitFlap2b.vfy
A basic\verify_7.6.0\splitFlap2c.vfy
A basic\verify_7.6.0\splitFlap2d.vfy
A basic\verify_7.6.0\splitFlap2e.vfy
A basic\verify_7.6.0\splitFlap2f.vfy
A basic\verify_7.6.0\splitFlap3a.vfy
A basic\verify_7.6.0\spoiler1.vfy
A basic\verify_7.6.0\spoiler2.vfy
A basic\verify_7.6.0\spoiler3.vfy
A basic\verify_7.6.0\sslope1a.vfy
A basic\verify_7.6.0\sslope1b.vfy
A basic\verify_7.6.0\sslope1c.vfy
A basic\verify_7.6.0\sslope1d.vfy
A basic\verify_7.6.0\sslope2a.vfy
A basic\verify_7.6.0\sslope2b.vfy
A basic\verify_7.6.0\sslope2c.vfy
A basic\verify_7.6.0\sslope2d.vfy
A basic\verify_7.6.0\sslope3a.vfy
A basic\verify_7.6.0\sslope3b.vfy
A basic\verify_7.6.0\sslope3c.vfy
A basic\verify_7.6.0\sslope3d.vfy
A basic\verify_7.6.0\sslope4a.vfy
A basic\verify_7.6.0\sslope4b.vfy
A basic\verify_7.6.0\sslope4c.vfy
A basic\verify_7.6.0\sslope4d.vfy
A basic\verify_7.6.0\sslope5a.vfy
A basic\verify_7.6.0\sslope5b.vfy
A basic\verify_7.6.0\sslope5c.vfy
A basic\verify_7.6.0\sslope5d.vfy
A basic\verify_7.6.0\sslope5e.vfy
A basic\verify_7.6.0\sslope5f.vfy
A basic\verify_7.6.0\sslope5g.vfy
A basic\verify_7.6.0\sslope5h.vfy
A basic\verify_7.6.0\stag1.vfy
A basic\verify_7.6.0\stag2.vfy
A basic\verify_7.6.0\star1.vfy
A basic\verify_7.6.0\star2.vfy
A basic\verify_7.6.0\star3.vfy
A basic\verify_7.6.0\star4a.vfy
A basic\verify_7.6.0\star4b.vfy
A basic\verify_7.6.0\star4c.vfy
A basic\verify_7.6.0\star5.vfy
A basic\verify_7.6.0\stickFuselage.vfy
A basic\verify_7.6.0\stiffener1.vfy
A basic\verify_7.6.0\stiffener2.vfy
A basic\verify_7.6.0\stl1.vfy
A basic\verify_7.6.0\stl3.vfy
A basic\verify_7.6.0\stl4.vfy
A basic\verify_7.6.0\store1.vfy
A basic\verify_7.6.0\store2.vfy
A basic\verify_7.6.0\store3.vfy
A basic\verify_7.6.0\store4.vfy
A basic\verify_7.6.0\strut1.vfy
A basic\verify_7.6.0\strut2.vfy
A basic\verify_7.6.0\subtract1.vfy
A basic\verify_7.6.0\subtract2.vfy
A basic\verify_7.6.0\subtract3a.vfy
A basic\verify_7.6.0\subtract3b.vfy
A basic\verify_7.6.0\subtract3c.vfy
A basic\verify_7.6.0\subtract3d.vfy
A basic\verify_7.6.0\subtract4a.vfy
A basic\verify_7.6.0\subtract4b.vfy
A basic\verify_7.6.0\subtract4c.vfy
A basic\verify_7.6.0\subtract4d.vfy
A basic\verify_7.6.0\subtract4e.vfy
A basic\verify_7.6.0\subtract4f.vfy
A basic\verify_7.6.0\subtract4g.vfy
A basic\verify_7.6.0\subtract4h.vfy
A basic\verify_7.6.0\subtract4i.vfy
A basic\verify_7.6.0\subtract4j.vfy
A basic\verify_7.6.0\subtract5a.vfy
A basic\verify_7.6.0\subtract5b.vfy
A basic\verify_7.6.0\subtract5c.vfy
A basic\verify_7.6.0\subtract5d.vfy
A basic\verify_7.6.0\subtract5e.vfy
A basic\verify_7.6.0\subtract5f.vfy
A basic\verify_7.6.0\subtract5g.vfy
A basic\verify_7.6.0\subtract5h.vfy
A basic\verify_7.6.0\subtract6a.vfy
A basic\verify_7.6.0\subtract6d.vfy
A basic\verify_7.6.0\subtract6e.vfy
A basic\verify_7.6.0\subtract6g.vfy
A basic\verify_7.6.0\subtract6h.vfy
A basic\verify_7.6.0\subtract6i.vfy
A basic\verify_7.6.0\subtract6j.vfy
A basic\verify_7.6.0\subtract6k.vfy
A basic\verify_7.6.0\subtractAll.vfy
A basic\verify_7.6.0\supell1.vfy
A basic\verify_7.6.0\supell2.vfy
A basic\verify_7.6.0\supell3.vfy
A basic\verify_7.6.0\supell4.vfy
A basic\verify_7.6.0\supell5.vfy
A basic\verify_7.6.0\supell6a.vfy
A basic\verify_7.6.0\supell6b.vfy
A basic\verify_7.6.0\supell7a.vfy
A basic\verify_7.6.0\supell7b.vfy
A basic\verify_7.6.0\supell7c.vfy
A basic\verify_7.6.0\supell7d.vfy
A basic\verify_7.6.0\supell7e.vfy
A basic\verify_7.6.0\swapTest.vfy
A basic\verify_7.6.0\sweep0a.vfy
A basic\verify_7.6.0\sweep1a.vfy
A basic\verify_7.6.0\sweep2a.vfy
A basic\verify_7.6.0\sweep3a.vfy
A basic\verify_7.6.0\sweep3a.vfy_hand
A basic\verify_7.6.0\sweep4a.vfy
A basic\verify_7.6.0\sweep4a.vfy_hand
A basic\verify_7.6.0\swirl.vfy
A basic\verify_7.6.0\tiptreat1a.vfy
A basic\verify_7.6.0\tiptreat1b.vfy
A basic\verify_7.6.0\tiptreat1c.vfy
A basic\verify_7.6.0\tiptreat1d.vfy
A basic\verify_7.6.0\tiptreat1e.vfy
A basic\verify_7.6.0\tiptreat1f.vfy
A basic\verify_7.6.0\tiptreat2a.vfy
A basic\verify_7.6.0\tiptreat2b.vfy
A basic\verify_7.6.0\tiptreat2c.vfy
A basic\verify_7.6.0\tiptreat2d.vfy
A basic\verify_7.6.0\tiptreat3a.vfy
A basic\verify_7.6.0\tiptreat3b.vfy
A basic\verify_7.6.0\tiptreat3c.vfy
A basic\verify_7.6.0\tiptreat3d.vfy
A basic\verify_7.6.0\tiptreat4Ba.vfy
A basic\verify_7.6.0\tiptreat4Bb.vfy
A basic\verify_7.6.0\tiptreat4Bc.vfy
A basic\verify_7.6.0\tiptreat4Bd.vfy
A basic\verify_7.6.0\tiptreat4Sa.vfy
A basic\verify_7.6.0\tiptreat4Sb.vfy
A basic\verify_7.6.0\tiptreat4Sc.vfy
A basic\verify_7.6.0\tiptreat4Sd.vfy
A basic\verify_7.6.0\tiptreat5Ba.vfy
A basic\verify_7.6.0\tiptreat5Bb.vfy
A basic\verify_7.6.0\tiptreat5Bc.vfy
A basic\verify_7.6.0\tiptreat5Bd.vfy
A basic\verify_7.6.0\tiptreat5Sa.vfy
A basic\verify_7.6.0\tiptreat5Sb.vfy
A basic\verify_7.6.0\tiptreat5Sc.vfy
A basic\verify_7.6.0\tiptreat5Sd.vfy
A basic\verify_7.6.0\tiptreat6.vfy
A basic\verify_7.6.0\tire.vfy
A basic\verify_7.6.0\torus.vfy
A basic\verify_7.6.0\torus_faux.vfy
A basic\verify_7.6.0\tparams1.vfy
A basic\verify_7.6.0\tparams2.vfy
A basic\verify_7.6.0\tparams3.vfy
A basic\verify_7.6.0\transition1.vfy
A basic\verify_7.6.0\transition2.vfy
A basic\verify_7.6.0\transition3.vfy
A basic\verify_7.6.0\transition4.vfy
A basic\verify_7.6.0\transport1a.vfy
A basic\verify_7.6.0\transport1b.vfy
A basic\verify_7.6.0\transport1c.vfy
A basic\verify_7.6.0\transport2a.vfy
A basic\verify_7.6.0\transport2c.vfy
A basic\verify_7.6.0\turnang.vfy
A basic\verify_7.6.0\twist.vfy
A basic\verify_7.6.0\twist2.vfy
A basic\verify_7.6.0\twoboxes.vfy
A basic\verify_7.6.0\udcMulti.vfy
A basic\verify_7.6.0\udcString.vfy
A basic\verify_7.6.0\udcTest1a.vfy
A basic\verify_7.6.0\udcTest1b.vfy
A basic\verify_7.6.0\udcTest2.vfy
A basic\verify_7.6.0\udcTest3.vfy
A basic\verify_7.6.0\udcTest4.vfy
A basic\verify_7.6.0\udfNacelle1.vfy
A basic\verify_7.6.0\udfNacelle2.vfy
A basic\verify_7.6.0\udfNacelle3.vfy
A basic\verify_7.6.0\udfNacelle4.vfy
A basic\verify_7.6.0\udfNacelle5.vfy
A basic\verify_7.6.0\udfPrintTest.vfy
A basic\verify_7.6.0\udpInline1a.vfy
A basic\verify_7.6.0\udpInline1b.vfy
A basic\verify_7.6.0\udpInline1c.vfy
A basic\verify_7.6.0\udpInline1d.vfy
A basic\verify_7.6.0\udpInline1e.vfy
A basic\verify_7.6.0\udpInline1f.vfy
A basic\verify_7.6.0\udpInline1g.vfy
A basic\verify_7.6.0\udpInline1h.vfy
A basic\verify_7.6.0\udpInline2.vfy
A basic\verify_7.6.0\udparg.vfy
A basic\verify_7.6.0\udparg1.vfy
A basic\verify_7.6.0\umbrella1.vfy
A basic\verify_7.6.0\umbrella2.vfy
A basic\verify_7.6.0\umbrella3.vfy
A basic\verify_7.6.0\umbrella4.vfy
A basic\verify_7.6.0\union1.vfy
A basic\verify_7.6.0\union2.vfy
A basic\verify_7.6.0\union3.vfy
A basic\verify_7.6.0\union4a1.vfy
A basic\verify_7.6.0\union4a2.vfy
A basic\verify_7.6.0\union4b1.vfy
A basic\verify_7.6.0\union4b2.vfy
A basic\verify_7.6.0\union4c1.vfy
A basic\verify_7.6.0\union4c2.vfy
A basic\verify_7.6.0\union4d1.vfy
A basic\verify_7.6.0\union4d2.vfy
A basic\verify_7.6.0\union5a.vfy
A basic\verify_7.6.0\union5b.vfy
A basic\verify_7.6.0\union5c.vfy
A basic\verify_7.6.0\unionAll.vfy
A basic\verify_7.6.0\waffle1a.vfy
A basic\verify_7.6.0\waffle1b.vfy
A basic\verify_7.6.0\waffle2a.vfy
A basic\verify_7.6.0\waffle2b.vfy
A basic\verify_7.6.0\waffle3a.vfy
A basic\verify_7.6.0\waffle3b.vfy
A basic\verify_7.6.0\waffle3c.vfy
A basic\verify_7.6.0\waffle3d.vfy
A basic\verify_7.6.0\waffle4a.vfy
A basic\verify_7.6.0\waffle4b.vfy
A basic\verify_7.6.0\waffle5a.vfy
A basic\verify_7.6.0\waffle5b.vfy
A basic\verify_7.6.0\waffle6b.vfy
A basic\verify_7.6.0\waffle7b.vfy
A basic\verify_7.6.0\waffle8a.vfy
A basic\verify_7.6.0\waffle8b.vfy
A basic\verify_7.6.0\waffle8c.vfy
A basic\verify_7.6.0\waffle8d.vfy
A basic\verify_7.6.0\waffle8e.vfy
A basic\verify_7.6.0\waffle9a.vfy
A basic\verify_7.6.0\waffle9b.vfy
A basic\verify_7.6.0\waffleA1.vfy
A basic\verify_7.6.0\waffleA2.vfy
A basic\verify_7.6.0\warts.vfy
A basic\verify_7.6.0\winding1.vfy
A basic\verify_7.6.0\winding2.vfy
A basic\verify_7.6.0\winding3.vfy
A basic\verify_7.6.0\windtunnel1.vfy
A basic\verify_7.6.0\windtunnel2.vfy
A basic\verify_7.6.0\windtunnel3.vfy
A basic\verify_7.6.0\windtunnel4.vfy
A basic\verify_7.6.0\windtunnel5.vfy
A basic\verify_7.6.0\windtunnel6.vfy
A basic\verify_7.6.0\windtunnel7.vfy
A basic\verify_7.6.0\wingAttrTest.vfy
A basic\verify_7.6.0\wingBEM.vfy
A basic\verify_7.6.0\wingFuseBEM1.vfy
A basic\verify_7.6.0\wingFuseBEM2.vfy
A basic\verify_7.6.0\wingMultiModel.vfy
A basic\verify_7.6.0\wingOML.vfy
A basic\verify_7.6.0\wingSew1.vfy
A basic\verify_7.6.0\wingSew2.vfy
A basic\verify_7.6.0\wingtip.vfy
A basic\verify_7.6.0\wirebodyA.vfy
A basic\verify_7.6.0\worms.vfy
A basic\verify_7.7.0
A basic\verify_7.7.0\blend32a.vfy
A basic\verify_7.7.0\blend32b.vfy
A basic\verify_7.7.0\blend32c.vfy
A basic\verify_7.7.0\nuscale5a.vfy
A basic\verify_7.7.0\nuscale5b.vfy
A basic\verify_7.7.0\nuscale6a.vfy
A basic\verify_7.7.0\nuscale6b.vfy
A basic\verify_7.7.0\nuscale7a.vfy
A basic\verify_7.7.0\nuscale7b.vfy
A basic\verify_7.7.0\nuscale8a.vfy
A basic\verify_7.7.0\nuscale8b.vfy
A basic\verify_7.7.0\blend31a.vfy
A basic\verify_7.7.0\blend31b.vfy
A basic\verify_7.7.0\blend31c.vfy
A basic\verify_7.7.0\blend31d.vfy
A basic\verify_7.7.0\winglet1.vfy
A basic\verify_7.7.0\winglet2.vfy
A basic\verify_7.7.0\clearance1.vfy
A basic\verify_7.7.0\clearance2.vfy
A basic\verify_7.7.0\clearance3.vfy
A basic\verify_7.7.0\periodicFit.vfy
A basic\verify_7.7.0\persist3a.vfy
A basic\verify_7.7.0\persist3b.vfy
A basic\verify_7.7.0\persist3c.vfy
A basic\verify_7.7.0\blend23m.vfy
A basic\verify_7.7.0\blend23n.vfy
A basic\verify_7.7.0\blend23o.vfy
A basic\verify_7.7.0\blend23p.vfy
A basic\verify_7.7.0\blend23q.vfy
A basic\verify_7.7.0\blend23r.vfy
A basic\verify_7.7.0\blend23s.vfy
A basic\verify_7.7.0\blend23t.vfy
A basic\verify_7.7.0\blend23u.vfy
A basic\verify_7.7.0\blend23v.vfy
A basic\verify_7.7.0\droop9a.vfy
A basic\verify_7.7.0\droop9b.vfy
A basic\verify_7.7.0\metaMaterial.vfy
A basic\verify_7.7.0\udprim4.vfy
A basic\verify_7.7.0\udprim5.vfy
A basic\verify_7.7.0\displayFilter1.vfy
A basic\verify_7.7.0\displayFilter2.vfy
A basic\verify_7.7.0\blend30a.vfy
A basic\verify_7.7.0\blend30b.vfy
A basic\verify_7.7.0\blend30c.vfy
A basic\verify_7.7.0\blend30d.vfy
A basic\verify_7.7.0\blend30e.vfy
A basic\verify_7.7.0\blend30f.vfy
A basic\verify_7.7.0\rule30a.vfy
A basic\verify_7.7.0\rule30b.vfy
A basic\verify_7.7.0\rule30c.vfy
A basic\verify_7.7.0\rule30d.vfy
A basic\verify_7.7.0\rule30e.vfy
A basic\verify_7.7.0\rule30f.vfy
A basic\verify_7.7.0\group5.vfy
A basic\verify_7.7.0\capNacelle1.vfy
A basic\verify_7.7.0\capNacelle2.vfy
A basic\verify_7.7.0\testAdjoint6.vfy
A basic\verify_7.7.0\testAdjoint7.vfy
A basic\verify_7.7.0\testAdjoint5.vfy
A basic\verify_7.7.0\testAdjoint4.vfy
A basic\verify_7.7.0\testAdjoint4.vfy_hand
A basic\verify_7.7.0\testAdjoint5.vfy_hand
A basic\verify_7.7.0\areaRule1.vfy
A basic\verify_7.7.0\areaRule2.vfy
A basic\verify_7.7.0\design0c.tsen
A basic\verify_7.7.0\design0r.tsen
A basic\verify_7.7.0\design8b.tsen
A basic\verify_7.7.0\design9.tsen
A basic\verify_7.7.0\designE2.tsen
A basic\verify_7.7.0\designE3.tsen
A basic\verify_7.7.0\designE4.tsen
A basic\verify_7.7.0\designK0.tsen
A basic\verify_7.7.0\designK1.tsen
A basic\verify_7.7.0\designK2.tsen
A basic\verify_7.7.0\designL00.tsen
A basic\verify_7.7.0\designL01.tsen
A basic\verify_7.7.0\designL10.tsen
A basic\verify_7.7.0\designL11.tsen
A basic\verify_7.7.0\designL12.tsen
A basic\verify_7.7.0\designL20.tsen
A basic\verify_7.7.0\designL21.tsen
A basic\verify_7.7.0\designL22.tsen
A basic\verify_7.7.0\designL30.tsen
A basic\verify_7.7.0\designL31.tsen
A basic\verify_7.7.0\designL32.tsen
A basic\verify_7.7.0\designL33.tsen
A basic\verify_7.7.0\designL34.tsen
A basic\verify_7.7.0\designL40.tsen
A basic\verify_7.7.0\designL41.tsen
A basic\verify_7.7.0\designL42.tsen
A basic\verify_7.7.0\design0c.gsen
A basic\verify_7.7.0\design1b.tsen
A basic\verify_7.7.0\design4.tsen
A basic\verify_7.7.0\design8a.tsen
A basic\verify_7.7.0\design8c.tsen
A basic\verify_7.7.0\design8d.gsen
A basic\verify_7.7.0\design8d.tsen
A basic\verify_7.7.0\design9.gsen
A basic\verify_7.7.0\designB4.tsen
A basic\verify_7.7.0\designB5.tsen
A basic\verify_7.7.0\designE4.gsen
A basic\verify_7.7.0\designGB.tsen
A basic\verify_7.7.0\designH3.tsen
A basic\verify_7.7.0\designI1.tsen
A basic\verify_7.7.0\designI2.tsen
A basic\verify_7.7.0\designI3.tsen
A basic\verify_7.7.0\designI4.tsen
A basic\verify_7.7.0\designL31.gsen
A basic\verify_7.7.0\designL32.gsen
A basic\verify_7.7.0\designL33.gsen
A basic\verify_7.7.0\designL34.gsen
A basic\verify_7.7.0\designL41.gsen
A basic\verify_7.7.0\designL42.gsen
A basic\verify_7.7.0\designS3.tsen
A basic\verify_7.7.0\designZ3.tsen
A basic\verify_7.7.0\designZ4.tsen
A basic\verify_7.7.0\designZ5.tsen
A basic\verify_7.7.0\designZ6.gsen
A basic\verify_7.7.0\designZ6.tsen
A basic\verify_7.7.0\design0b.gsen
A basic\verify_7.7.0\design0b.tsen
A basic\verify_7.7.0\design0e.tsen
A basic\verify_7.7.0\design0f.tsen
A basic\verify_7.7.0\design0g.tsen
A basic\verify_7.7.0\design0h.tsen
A basic\verify_7.7.0\design0i.tsen
A basic\verify_7.7.0\design0j.tsen
A basic\verify_7.7.0\design0k.tsen
A basic\verify_7.7.0\design0n1.tsen
A basic\verify_7.7.0\design0n2.gsen
A basic\verify_7.7.0\design0n2.tsen
A basic\verify_7.7.0\design0o1.tsen
A basic\verify_7.7.0\design0o2.gsen
A basic\verify_7.7.0\design0o2.tsen
A basic\verify_7.7.0\design0o3.tsen
A basic\verify_7.7.0\design0o4.gsen
A basic\verify_7.7.0\design0o4.tsen
A basic\verify_7.7.0\design0p.tsen
A basic\verify_7.7.0\design0q.tsen
A basic\verify_7.7.0\design0u.tsen
A basic\verify_7.7.0\design0v.tsen
A basic\verify_7.7.0\design0w.tsen
A basic\verify_7.7.0\design8c.gsen
A basic\verify_7.7.0\designB3.gsen
A basic\verify_7.7.0\designC1a.tsen
A basic\verify_7.7.0\designC1b.tsen
A basic\verify_7.7.0\designC2a.tsen
A basic\verify_7.7.0\designC2b.tsen
A basic\verify_7.7.0\designC3a.tsen
A basic\verify_7.7.0\designC3b.tsen
A basic\verify_7.7.0\designC4a.gsen
A basic\verify_7.7.0\designC4a.tsen
A basic\verify_7.7.0\designC4b.gsen
A basic\verify_7.7.0\designC4b.tsen
A basic\verify_7.7.0\designC5a.gsen
A basic\verify_7.7.0\designC5a.tsen
A basic\verify_7.7.0\designC5b.gsen
A basic\verify_7.7.0\designC5b.tsen
A basic\verify_7.7.0\designC6a.gsen
A basic\verify_7.7.0\designC6a.tsen
A basic\verify_7.7.0\designC6b.gsen
A basic\verify_7.7.0\designC6b.tsen
A basic\verify_7.7.0\designD0b.tsen
A basic\verify_7.7.0\designD0c.tsen
A basic\verify_7.7.0\designD1b.tsen
A basic\verify_7.7.0\designD1c.tsen
A basic\verify_7.7.0\designD2b.tsen
A basic\verify_7.7.0\designD2c.tsen
A basic\verify_7.7.0\designD3b.tsen
A basic\verify_7.7.0\designD3c.tsen
A basic\verify_7.7.0\designD4b.tsen
A basic\verify_7.7.0\designD4c.tsen
A basic\verify_7.7.0\designD5b.tsen
A basic\verify_7.7.0\designD5c.tsen
A basic\verify_7.7.0\designD6a0.tsen
A basic\verify_7.7.0\designD6a1.tsen
A basic\verify_7.7.0\designD6a2.tsen
A basic\verify_7.7.0\designD6b0.tsen
A basic\verify_7.7.0\designD6b1.tsen
A basic\verify_7.7.0\designD6b2.tsen
A basic\verify_7.7.0\designD6c0.tsen
A basic\verify_7.7.0\designD6c1.tsen
A basic\verify_7.7.0\designD6c2.tsen
A basic\verify_7.7.0\designF0bb.tsen
A basic\verify_7.7.0\designF1bb.tsen
A basic\verify_7.7.0\designF1rr.tsen
A basic\verify_7.7.0\designF1rs.tsen
A basic\verify_7.7.0\designF1sr.tsen
A basic\verify_7.7.0\designF1ss.tsen
A basic\verify_7.7.0\designF2bb.tsen
A basic\verify_7.7.0\designF2rr.tsen
A basic\verify_7.7.0\designF2rs.tsen
A basic\verify_7.7.0\designF2sr.tsen
A basic\verify_7.7.0\designF2ss.tsen
A basic\verify_7.7.0\designG0.tsen
A basic\verify_7.7.0\designG1.tsen
A basic\verify_7.7.0\designG2.tsen
A basic\verify_7.7.0\designG3.tsen
A basic\verify_7.7.0\designG4.tsen
A basic\verify_7.7.0\designG5.gsen
A basic\verify_7.7.0\designG5.tsen
A basic\verify_7.7.0\designG6.gsen
A basic\verify_7.7.0\designG6.tsen
A basic\verify_7.7.0\designG7.tsen
A basic\verify_7.7.0\designG8.tsen
A basic\verify_7.7.0\designGA.tsen
A basic\verify_7.7.0\designH2.gsen
A basic\verify_7.7.0\designJ4b.tsen
A basic\verify_7.7.0\designL20.gsen
A basic\verify_7.7.0\designL21.gsen
A basic\verify_7.7.0\designL22.gsen
A basic\verify_7.7.0\designP0c.tsen
A basic\verify_7.7.0\designP0d.tsen
A basic\verify_7.7.0\designP1b.tsen
A basic\verify_7.7.0\designP1c.tsen
A basic\verify_7.7.0\designP1d.tsen
A basic\verify_7.7.0\designP2c.tsen
A basic\verify_7.7.0\designP2d.tsen
A basic\verify_7.7.0\designP4a.gsen
A basic\verify_7.7.0\designP4a.tsen
A basic\verify_7.7.0\designP4b.gsen
A basic\verify_7.7.0\designP4b.tsen
A basic\verify_7.7.0\designP4c.gsen
A basic\verify_7.7.0\designP4c.tsen
A basic\verify_7.7.0\designP4d.gsen
A basic\verify_7.7.0\designP4d.tsen
A basic\verify_7.7.0\designP5b.gsen
A basic\verify_7.7.0\designR0a.tsen
A basic\verify_7.7.0\designR0b.tsen
A basic\verify_7.7.0\designR0c.gsen
A basic\verify_7.7.0\designR0c.tsen
A basic\verify_7.7.0\designR0d.tsen
A basic\verify_7.7.0\designR0e.gsen
A basic\verify_7.7.0\designR0e.tsen
A basic\verify_7.7.0\designR1a.tsen
A basic\verify_7.7.0\designR1b.tsen
A basic\verify_7.7.0\designR1c.gsen
A basic\verify_7.7.0\designR1c.tsen
A basic\verify_7.7.0\designR1d.tsen
A basic\verify_7.7.0\designR1e.gsen
A basic\verify_7.7.0\designR1e.tsen
A basic\verify_7.7.0\designR2a.tsen
A basic\verify_7.7.0\designR2b.tsen
A basic\verify_7.7.0\designR2c.gsen
A basic\verify_7.7.0\designR2c.tsen
A basic\verify_7.7.0\designR2d.tsen
A basic\verify_7.7.0\designR2e.gsen
A basic\verify_7.7.0\designR2e.tsen
A basic\verify_7.7.0\designR3a.tsen
A basic\verify_7.7.0\designR3b.tsen
A basic\verify_7.7.0\designR3c.gsen
A basic\verify_7.7.0\designR3c.tsen
A basic\verify_7.7.0\designR3d.tsen
A basic\verify_7.7.0\designR3e.gsen
A basic\verify_7.7.0\designR3e.tsen
A basic\verify_7.7.0\designS1.gsen
A basic\verify_7.7.0\designS1.tsen
A basic\verify_7.7.0\designS2.gsen
A basic\verify_7.7.0\designS2.tsen
A basic\verify_7.7.0\designT2.gsen
A basic\verify_7.7.0\designT2.tsen
A basic\verify_7.7.0\designU1b.gsen
A basic\verify_7.7.0\designU1b.tsen
A basic\verify_7.7.0\designU1c.gsen
A basic\verify_7.7.0\designU1c.tsen
A basic\verify_7.7.0\designU2b.gsen
A basic\verify_7.7.0\designU2c.gsen
A basic\verify_7.7.0\designV1.gsen
A basic\verify_7.7.0\designV1.tsen
A basic\verify_7.7.0\designX2.tsen
A basic\verify_7.7.0\designX3.tsen
A basic\verify_7.7.0\designX4.tsen
A basic\verify_7.7.0\designX6.tsen
A basic\verify_7.7.0\designX7.tsen
A basic\verify_7.7.0\designX8.tsen
A basic\verify_7.7.0\designY0.tsen
A basic\verify_7.7.0\designY1.tsen
A basic\verify_7.7.0\designY2.tsen
A basic\verify_7.7.0\designY3.tsen
A basic\verify_7.7.0\designY4.tsen
A basic\verify_7.7.0\designYc.tsen
A basic\verify_7.7.0\designYd.tsen
A basic\verify_7.7.0\designYe.tsen
A basic\verify_7.7.0\designYf.tsen
A basic\verify_7.7.0\designYg.tsen
A basic\verify_7.7.0\designYh.tsen
A basic\verify_7.7.0\designYi.tsen
A basic\verify_7.7.0\designYj.tsen
A basic\verify_7.7.0\designYk.tsen
A basic\verify_7.7.0\designYl.tsen
A basic\verify_7.7.0\designYm.tsen
A basic\verify_7.7.0\designYn.tsen
A basic\verify_7.7.0\designYo.tsen
A basic\verify_7.7.0\designYp.tsen
A basic\verify_7.7.0\designYq.tsen
A basic\verify_7.7.0\designYr.tsen
A basic\verify_7.7.0\designYs.tsen
A basic\verify_7.7.0\designYt.tsen
A basic\verify_7.7.0\designZ1.gsen
A basic\verify_7.7.0\designZ1.tsen
A basic\verify_7.7.0\designZ1.vfy
A basic\verify_7.7.0\designZ2.gsen
A basic\verify_7.7.0\designZ2.tsen
A basic\verify_7.7.0\designZ2.vfy
A basic\verify_7.7.0\designZ3.gsen
A basic\verify_7.7.0\designZ3.vfy
A basic\verify_7.7.0\designZ4.gsen
A basic\verify_7.7.0\designZ4.vfy
A basic\verify_7.7.0\designZ5.gsen
A basic\verify_7.7.0\designZ5.vfy
A basic\verify_7.7.0\designZ6.vfy
A basic\verify_7.7.0\csystem7a.vfy
A basic\verify_7.7.0\csystem7b.vfy
A basic\verify_7.7.0\csystem7c.vfy
A basic\verify_7.7.0\attrSpec.vfy
A basic\verify_7.7.0\designW1.vfy
A basic\verify_7.7.0\edgeIDtest1.vfy
A basic\verify_7.7.0\edgeIDtest2.vfy
A basic\verify_7.7.0\edgeIDtest3.vfy
A basic\verify_7.7.0\edgeIDtest4.vfy
A basic\verify_7.7.0\edgeIDtest5.vfy
A basic\verify_7.7.0\edgeIDtest6.vfy
A basic\verify_7.7.0\testAdjoint2.vfy
A basic\verify_7.7.0\testAdjoint3.vfy
A basic\verify_7.7.0\waffleC1.vfy
A basic\verify_7.7.0\testAdjoint1.vfy
A basic\verify_7.7.0\fitCurve8.vfy
A basic\verify_7.7.0\bentWaffle.vfy
A basic\verify_7.7.0\ablate0a.vfy
A basic\verify_7.7.0\ablate0b.vfy
A basic\verify_7.7.0\ablate0c.vfy
A basic\verify_7.7.0\ablate0d.vfy
A basic\verify_7.7.0\ablate0e.vfy
A basic\verify_7.7.0\propInteg1a.vfy
A basic\verify_7.7.0\propInteg2a.vfy
A basic\verify_7.7.0\ablate1.vfy
A basic\verify_7.7.0\ablate2.vfy
A basic\verify_7.7.0\ablate3.vfy
A basic\verify_7.7.0\designB3.tsen
A basic\verify_7.7.0\designP5b.tsen
A basic\verify_7.7.0\designY0.gsen
A basic\verify_7.7.0\designY0.vfy
A basic\verify_7.7.0\designY1.gsen
A basic\verify_7.7.0\designY1.vfy
A basic\verify_7.7.0\designY2.gsen
A basic\verify_7.7.0\designY2.vfy
A basic\verify_7.7.0\designY3.gsen
A basic\verify_7.7.0\designY3.vfy
A basic\verify_7.7.0\designY4.gsen
A basic\verify_7.7.0\designY4.vfy
A basic\verify_7.7.0\designYa.gsen
A basic\verify_7.7.0\designYa.tsen
A basic\verify_7.7.0\designYa.vfy
A basic\verify_7.7.0\designYb.gsen
A basic\verify_7.7.0\designYb.tsen
A basic\verify_7.7.0\designYb.vfy
A basic\verify_7.7.0\designYc.gsen
A basic\verify_7.7.0\designYc.vfy
A basic\verify_7.7.0\designYd.gsen
A basic\verify_7.7.0\designYd.vfy
A basic\verify_7.7.0\designYe.gsen
A basic\verify_7.7.0\designYe.vfy
A basic\verify_7.7.0\designYf.gsen
A basic\verify_7.7.0\designYf.vfy
A basic\verify_7.7.0\designYg.gsen
A basic\verify_7.7.0\designYg.vfy
A basic\verify_7.7.0\designYh.gsen
A basic\verify_7.7.0\designYh.vfy
A basic\verify_7.7.0\designYi.gsen
A basic\verify_7.7.0\designYi.vfy
A basic\verify_7.7.0\designYj.gsen
A basic\verify_7.7.0\designYj.vfy
A basic\verify_7.7.0\designYk.gsen
A basic\verify_7.7.0\designYk.vfy
A basic\verify_7.7.0\designYl.gsen
A basic\verify_7.7.0\designYl.vfy
A basic\verify_7.7.0\designYm.gsen
A basic\verify_7.7.0\designYm.vfy
A basic\verify_7.7.0\designYn.gsen
A basic\verify_7.7.0\designYn.vfy
A basic\verify_7.7.0\designYo.gsen
A basic\verify_7.7.0\designYo.vfy
A basic\verify_7.7.0\designYp.gsen
A basic\verify_7.7.0\designYp.vfy
A basic\verify_7.7.0\designYq.gsen
A basic\verify_7.7.0\designYq.vfy
A basic\verify_7.7.0\designYr.gsen
A basic\verify_7.7.0\designYr.vfy
A basic\verify_7.7.0\designYs.gsen
A basic\verify_7.7.0\designYs.vfy
A basic\verify_7.7.0\designYt.gsen
A basic\verify_7.7.0\designYt.vfy
A basic\verify_7.7.0\designYu.gsen
A basic\verify_7.7.0\designYu.tsen
A basic\verify_7.7.0\designYu.vfy
A basic\verify_7.7.0\designYv.gsen
A basic\verify_7.7.0\designYv.tsen
A basic\verify_7.7.0\designYv.vfy
A basic\verify_7.7.0\designYw.gsen
A basic\verify_7.7.0\designYw.tsen
A basic\verify_7.7.0\designYw.vfy
A basic\verify_7.7.0\designYx.gsen
A basic\verify_7.7.0\designYx.tsen
A basic\verify_7.7.0\designYx.vfy
A basic\verify_7.7.0\designYy.gsen
A basic\verify_7.7.0\designYy.tsen
A basic\verify_7.7.0\designYy.vfy
A basic\verify_7.7.0\designYz.gsen
A basic\verify_7.7.0\designYz.tsen
A basic\verify_7.7.0\designYz.vfy
A basic\verify_7.7.0\sketch13a.vfy
A basic\verify_7.7.0\sketch13b.vfy
A basic\verify_7.7.0\sketch13c.vfy
A basic\verify_7.7.0\sketch13d.vfy
A basic\verify_7.7.0\sketch13e.vfy
A basic\verify_7.7.0\sketch13f.vfy
A basic\verify_7.7.0\sketch13g.vfy
A basic\verify_7.7.0\sketch13h.vfy
A basic\verify_7.7.0\sketch13i.vfy
A basic\verify_7.7.0\sketch13j.vfy
A basic\verify_7.7.0\sketch13k.vfy
A basic\verify_7.7.0\sketch13l.vfy
A basic\verify_7.7.0\sketch13m.vfy
A basic\verify_7.7.0\sketch13n.vfy
A basic\verify_7.7.0\sketch13o.vfy
A basic\verify_7.7.0\sketch13p.vfy
A basic\verify_7.7.0\sketch13q.vfy
A basic\verify_7.7.0\sketch13r.vfy
A basic\verify_7.7.0\sketch13s.vfy
A basic\verify_7.7.0\sketch13t.vfy
A basic\verify_7.7.0\sketch13u.vfy
A basic\verify_7.7.0\sketch13v.vfy
A basic\verify_7.7.0\sketch13w.vfy
A basic\verify_7.7.0\sketch13x.vfy
A basic\verify_7.7.0\sketch13y.vfy
A basic\verify_7.7.0\sketch13z.vfy
A basic\verify_7.7.0\scribe11x.vfy
A basic\verify_7.7.0\scribe11y.vfy
A basic\verify_7.7.0\scribe11z.vfy
A basic\verify_7.7.0\subtract6b.vfy
A basic\verify_7.7.0\subtract6c.vfy
A basic\verify_7.7.0\blend23a.vfy
A basic\verify_7.7.0\blend23b.vfy
A basic\verify_7.7.0\blend23c.vfy
A basic\verify_7.7.0\blend23d.vfy
A basic\verify_7.7.0\blend23e.vfy
A basic\verify_7.7.0\blend23f.vfy
A basic\verify_7.7.0\blend23g.vfy
A basic\verify_7.7.0\blend23h.vfy
A basic\verify_7.7.0\blend23i.vfy
A basic\verify_7.7.0\blend23j.vfy
A basic\verify_7.7.0\blend23k.vfy
A basic\verify_7.7.0\blend23l.vfy
A basic\verify_7.7.0\linalg1.vfy
A basic\verify_7.7.0\sketch12a.vfy
A basic\verify_7.7.0\sketch12b.vfy
A basic\verify_7.7.0\sketch12c.vfy
A basic\verify_7.7.0\sketch12d.vfy
A basic\verify_7.7.0\design0.tsen
A basic\verify_7.7.0\design0t1.tsen
A basic\verify_7.7.0\design0t2.tsen
A basic\verify_7.7.0\design0t3.tsen
A basic\verify_7.7.0\designB2.tsen
A basic\verify_7.7.0\designD0a.tsen
A basic\verify_7.7.0\designD1a.tsen
A basic\verify_7.7.0\designD2a.tsen
A basic\verify_7.7.0\designD3a.tsen
A basic\verify_7.7.0\designD4a.tsen
A basic\verify_7.7.0\designD5a.tsen
A basic\verify_7.7.0\designG9.tsen
A basic\verify_7.7.0\designH2.tsen
A basic\verify_7.7.0\designJ1a.tsen
A basic\verify_7.7.0\designJ1b.tsen
A basic\verify_7.7.0\designJ1d.tsen
A basic\verify_7.7.0\designJ2a.tsen
A basic\verify_7.7.0\designJ2b.tsen
A basic\verify_7.7.0\designJ3a.tsen
A basic\verify_7.7.0\designJ3b.tsen
A basic\verify_7.7.0\designJ4a.tsen
A basic\verify_7.7.0\designJ5.tsen
A basic\verify_7.7.0\designM3.tsen
A basic\verify_7.7.0\designM4.tsen
A basic\verify_7.7.0\designP2b.tsen
A basic\verify_7.7.0\designX1.tsen
A basic\verify_7.7.0\designX5.tsen
A basic\verify_7.7.0\mechanism1a.vfy
A basic\verify_7.7.0\mechanism1b.vfy
A basic\verify_7.7.0\mechanism1c.vfy
A basic\verify_7.7.0\mechanism1d.vfy
A basic\verify_7.7.0\mechanism1e.vfy
A basic\verify_7.7.0\mechanism1f.vfy
A basic\verify_7.7.0\mechanism1g.vfy
A basic\verify_7.7.0\mechanism1h.vfy
A basic\verify_7.7.0\mechanism1i.vfy
A basic\verify_7.7.0\mechanism1j.vfy
A basic\verify_7.7.0\mechanism1k.vfy
A basic\verify_7.7.0\mechanism1l.vfy
A basic\verify_7.7.0\mechanism2a.vfy
A basic\verify_7.7.0\mechanism2b.vfy
A basic\verify_7.7.0\mechanism2c.vfy
A basic\verify_7.7.0\mechanism2d.vfy
A basic\verify_7.7.0\mechanism2e.vfy
A basic\verify_7.7.0\mechanism2f.vfy
A basic\verify_7.7.0\mechanism2g.vfy
A basic\verify_7.7.0\mechanism2h.vfy
A basic\verify_7.7.0\mechanism2i.vfy
A basic\verify_7.7.0\mechanism2j.vfy
A basic\verify_7.7.0\mechanism2k.vfy
A basic\verify_7.7.0\mechanism2l.vfy
A basic\verify_7.7.0\mechanism3a.vfy
A basic\verify_7.7.0\mechanism3b.vfy
A basic\verify_7.7.0\mechanism3c.vfy
A basic\verify_7.7.0\mechanism3d.vfy
A basic\verify_7.7.0\mechanism3e.vfy
A basic\verify_7.7.0\mechanism3f.vfy
A basic\verify_7.7.0\mechanism4a.vfy
A basic\verify_7.7.0\mechanism4b.vfy
A basic\verify_7.7.0\mechanism4c.vfy
A basic\verify_7.7.0\mechanism4d.vfy
A basic\verify_7.7.0\mechanism4e.vfy
A basic\verify_7.7.0\deform1.vfy
A basic\verify_7.7.0\deform2.vfy
A basic\verify_7.7.0\deform3.vfy
A basic\verify_7.7.0\deform4.vfy
A basic\verify_7.7.0\deform5.vfy
A basic\verify_7.7.0\deform6.vfy
A basic\verify_7.7.0\deform7.vfy
A basic\verify_7.7.0\deform8.vfy
A basic\verify_7.7.0\slices3x.vfy
A basic\verify_7.7.0\slices3x.vfy_hand
A basic\verify_7.7.0\slices3y.vfy
A basic\verify_7.7.0\slices3y.vfy_hand
A basic\verify_7.7.0\slices3z.vfy
A basic\verify_7.7.0\slices3z.vfy_hand
A basic\verify_7.7.0\edgeGrid1.vfy
A basic\verify_7.7.0\edgeGrid2.vfy
A basic\verify_7.7.0\edgeGrid3.vfy
A basic\verify_7.7.0\extractNodes.vfy
A basic\verify_7.7.0\imprint5.vfy
A basic\verify_7.7.0\imprint5.vfy_hand
A basic\verify_7.7.0\L1T2.vfy
A basic\verify_7.7.0\adjoint1.vfy
A basic\verify_7.7.0\adjoint2.vfy
A basic\verify_7.7.0\appliedLate.vfy
A basic\verify_7.7.0\assembly1.vfy
A basic\verify_7.7.0\assembly2.vfy
A basic\verify_7.7.0\assembly3.vfy
A basic\verify_7.7.0\assembly4.vfy
A basic\verify_7.7.0\assembly_cylinder.vfy
A basic\verify_7.7.0\assembly_frustrum.vfy
A basic\verify_7.7.0\assembly_hemisphere.vfy
A basic\verify_7.7.0\atTest.vfy
A basic\verify_7.7.0\attrDelete.vfy
A basic\verify_7.7.0\attrDemo.vfy
A basic\verify_7.7.0\attrProp.vfy
A basic\verify_7.7.0\attrScribe.vfy
A basic\verify_7.7.0\attrSketch1a.vfy
A basic\verify_7.7.0\attrSketch1b.vfy
A basic\verify_7.7.0\attrSketch2a.vfy
A basic\verify_7.7.0\attrSketch2b.vfy
A basic\verify_7.7.0\attrSketch3a.vfy
A basic\verify_7.7.0\attrSketch3b.vfy
A basic\verify_7.7.0\attrSketch4a.vfy
A basic\verify_7.7.0\attrSketch4b.vfy
A basic\verify_7.7.0\attrSketch5a.vfy
A basic\verify_7.7.0\attrSketch5b.vfy
A basic\verify_7.7.0\attrSketch6a.vfy
A basic\verify_7.7.0\attrSketch6b.vfy
A basic\verify_7.7.0\attrSketch7a.vfy
A basic\verify_7.7.0\attrSketch7b.vfy
A basic\verify_7.7.0\attrSketch8a.vfy
A basic\verify_7.7.0\attrSketch8b.vfy
A basic\verify_7.7.0\attrSketch9a.vfy
A basic\verify_7.7.0\attrSketch9b.vfy
A basic\verify_7.7.0\attribute.vfy
A basic\verify_7.7.0\attribute2.vfy
A basic\verify_7.7.0\attribute3.vfy
A basic\verify_7.7.0\attribute4.vfy
A basic\verify_7.7.0\attribute5.vfy
A basic\verify_7.7.0\attribute6a.vfy
A basic\verify_7.7.0\attribute6b.vfy
A basic\verify_7.7.0\attribute6c.vfy
A basic\verify_7.7.0\attribute7a.vfy
A basic\verify_7.7.0\attribute7b.vfy
A basic\verify_7.7.0\attribute8a.vfy
A basic\verify_7.7.0\attribute8b.vfy
A basic\verify_7.7.0\attribute9a.vfy
A basic\verify_7.7.0\attribute9b.vfy
A basic\verify_7.7.0\attributeA.vfy
A basic\verify_7.7.0\autoStart.vfy
A basic\verify_7.7.0\bbox.vfy
A basic\verify_7.7.0\bemTest1.vfy
A basic\verify_7.7.0\bemTest2.vfy
A basic\verify_7.7.0\bemTest3.vfy
A basic\verify_7.7.0\bentDisk1.vfy
A basic\verify_7.7.0\bentDisk2.vfy
A basic\verify_7.7.0\bentDisk3.vfy
A basic\verify_7.7.0\bezier1.vfy
A basic\verify_7.7.0\bezier2.vfy
A basic\verify_7.7.0\bezier3.vfy
A basic\verify_7.7.0\bezier4.vfy
A basic\verify_7.7.0\bezier5.vfy
A basic\verify_7.7.0\bezier6.vfy
A basic\verify_7.7.0\bezier7a.vfy
A basic\verify_7.7.0\bezier7b.vfy
A basic\verify_7.7.0\bezier7c.vfy
A basic\verify_7.7.0\bezier7d.vfy
A basic\verify_7.7.0\bezier7e.vfy
A basic\verify_7.7.0\bezier7f.vfy
A basic\verify_7.7.0\biconvex.vfy
A basic\verify_7.7.0\blend1.vfy
A basic\verify_7.7.0\blend10a.vfy
A basic\verify_7.7.0\blend10b.vfy
A basic\verify_7.7.0\blend10c.vfy
A basic\verify_7.7.0\blend10d.vfy
A basic\verify_7.7.0\blend10e.vfy
A basic\verify_7.7.0\blend10f.vfy
A basic\verify_7.7.0\blend10g.vfy
A basic\verify_7.7.0\blend10h.vfy
A basic\verify_7.7.0\blend10i.vfy
A basic\verify_7.7.0\blend10j.vfy
A basic\verify_7.7.0\blend10k.vfy
A basic\verify_7.7.0\blend10l.vfy
A basic\verify_7.7.0\blend10m.vfy
A basic\verify_7.7.0\blend10n.vfy
A basic\verify_7.7.0\blend10o.vfy
A basic\verify_7.7.0\blend10p.vfy
A basic\verify_7.7.0\blend11a.vfy
A basic\verify_7.7.0\blend11b.vfy
A basic\verify_7.7.0\blend11c.vfy
A basic\verify_7.7.0\blend11d.vfy
A basic\verify_7.7.0\blend11e.vfy
A basic\verify_7.7.0\blend11f.vfy
A basic\verify_7.7.0\blend11g.vfy
A basic\verify_7.7.0\blend11h.vfy
A basic\verify_7.7.0\blend11i.vfy
A basic\verify_7.7.0\blend11j.vfy
A basic\verify_7.7.0\blend11k.vfy
A basic\verify_7.7.0\blend11l.vfy
A basic\verify_7.7.0\blend11m.vfy
A basic\verify_7.7.0\blend11n.vfy
A basic\verify_7.7.0\blend11o.vfy
A basic\verify_7.7.0\blend11p.vfy
A basic\verify_7.7.0\blend12.vfy
A basic\verify_7.7.0\blend13b00b.vfy
A basic\verify_7.7.0\blend13b00r.vfy
A basic\verify_7.7.0\blend13b00s.vfy
A basic\verify_7.7.0\blend13b01b.vfy
A basic\verify_7.7.0\blend13b01r.vfy
A basic\verify_7.7.0\blend13b01s.vfy
A basic\verify_7.7.0\blend13b02b.vfy
A basic\verify_7.7.0\blend13b02r.vfy
A basic\verify_7.7.0\blend13b02s.vfy
A basic\verify_7.7.0\blend13b10b.vfy
A basic\verify_7.7.0\blend13b10r.vfy
A basic\verify_7.7.0\blend13b10s.vfy
A basic\verify_7.7.0\blend13b11b.vfy
A basic\verify_7.7.0\blend13b11r.vfy
A basic\verify_7.7.0\blend13b11s.vfy
A basic\verify_7.7.0\blend13b12b.vfy
A basic\verify_7.7.0\blend13b12r.vfy
A basic\verify_7.7.0\blend13b12s.vfy
A basic\verify_7.7.0\blend13b20b.vfy
A basic\verify_7.7.0\blend13b20r.vfy
A basic\verify_7.7.0\blend13b20s.vfy
A basic\verify_7.7.0\blend13b21b.vfy
A basic\verify_7.7.0\blend13b21r.vfy
A basic\verify_7.7.0\blend13b21s.vfy
A basic\verify_7.7.0\blend13b22b.vfy
A basic\verify_7.7.0\blend13b22r.vfy
A basic\verify_7.7.0\blend13b22s.vfy
A basic\verify_7.7.0\blend13r00b.vfy
A basic\verify_7.7.0\blend13r00r.vfy
A basic\verify_7.7.0\blend13r00s.vfy
A basic\verify_7.7.0\blend13r01b.vfy
A basic\verify_7.7.0\blend13r01r.vfy
A basic\verify_7.7.0\blend13r01s.vfy
A basic\verify_7.7.0\blend13r02b.vfy
A basic\verify_7.7.0\blend13r02r.vfy
A basic\verify_7.7.0\blend13r02s.vfy
A basic\verify_7.7.0\blend13r10b.vfy
A basic\verify_7.7.0\blend13r10r.vfy
A basic\verify_7.7.0\blend13r10s.vfy
A basic\verify_7.7.0\blend13r11b.vfy
A basic\verify_7.7.0\blend13r11r.vfy
A basic\verify_7.7.0\blend13r11s.vfy
A basic\verify_7.7.0\blend13r12b.vfy
A basic\verify_7.7.0\blend13r12r.vfy
A basic\verify_7.7.0\blend13r12s.vfy
A basic\verify_7.7.0\blend13r20b.vfy
A basic\verify_7.7.0\blend13r20r.vfy
A basic\verify_7.7.0\blend13r20s.vfy
A basic\verify_7.7.0\blend13r21b.vfy
A basic\verify_7.7.0\blend13r21r.vfy
A basic\verify_7.7.0\blend13r21s.vfy
A basic\verify_7.7.0\blend13r22b.vfy
A basic\verify_7.7.0\blend13r22r.vfy
A basic\verify_7.7.0\blend13r22s.vfy
A basic\verify_7.7.0\blend13s00b.vfy
A basic\verify_7.7.0\blend13s00r.vfy
A basic\verify_7.7.0\blend13s00s.vfy
A basic\verify_7.7.0\blend13s01b.vfy
A basic\verify_7.7.0\blend13s01r.vfy
A basic\verify_7.7.0\blend13s01s.vfy
A basic\verify_7.7.0\blend13s02b.vfy
A basic\verify_7.7.0\blend13s02r.vfy
A basic\verify_7.7.0\blend13s02s.vfy
A basic\verify_7.7.0\blend13s10b.vfy
A basic\verify_7.7.0\blend13s10r.vfy
A basic\verify_7.7.0\blend13s10s.vfy
A basic\verify_7.7.0\blend13s11b.vfy
A basic\verify_7.7.0\blend13s11r.vfy
A basic\verify_7.7.0\blend13s11s.vfy
A basic\verify_7.7.0\blend13s12b.vfy
A basic\verify_7.7.0\blend13s12r.vfy
A basic\verify_7.7.0\blend13s12s.vfy
A basic\verify_7.7.0\blend13s20b.vfy
A basic\verify_7.7.0\blend13s20r.vfy
A basic\verify_7.7.0\blend13s20s.vfy
A basic\verify_7.7.0\blend13s21b.vfy
A basic\verify_7.7.0\blend13s21r.vfy
A basic\verify_7.7.0\blend13s21s.vfy
A basic\verify_7.7.0\blend13s22b.vfy
A basic\verify_7.7.0\blend13s22r.vfy
A basic\verify_7.7.0\blend13s22s.vfy
A basic\verify_7.7.0\blend14b00b.vfy
A basic\verify_7.7.0\blend14b00r.vfy
A basic\verify_7.7.0\blend14b00s.vfy
A basic\verify_7.7.0\blend14b01b.vfy
A basic\verify_7.7.0\blend14b01r.vfy
A basic\verify_7.7.0\blend14b01s.vfy
A basic\verify_7.7.0\blend14b02b.vfy
A basic\verify_7.7.0\blend14b02r.vfy
A basic\verify_7.7.0\blend14b02s.vfy
A basic\verify_7.7.0\blend14b10b.vfy
A basic\verify_7.7.0\blend14b10r.vfy
A basic\verify_7.7.0\blend14b10s.vfy
A basic\verify_7.7.0\blend14b11b.vfy
A basic\verify_7.7.0\blend14b11r.vfy
A basic\verify_7.7.0\blend14b11s.vfy
A basic\verify_7.7.0\blend14b12b.vfy
A basic\verify_7.7.0\blend14b12r.vfy
A basic\verify_7.7.0\blend14b12s.vfy
A basic\verify_7.7.0\blend14b20b.vfy
A basic\verify_7.7.0\blend14b20r.vfy
A basic\verify_7.7.0\blend14b20s.vfy
A basic\verify_7.7.0\blend14b21b.vfy
A basic\verify_7.7.0\blend14b21r.vfy
A basic\verify_7.7.0\blend14b21s.vfy
A basic\verify_7.7.0\blend14b22b.vfy
A basic\verify_7.7.0\blend14b22r.vfy
A basic\verify_7.7.0\blend14b22s.vfy
A basic\verify_7.7.0\blend14r00b.vfy
A basic\verify_7.7.0\blend14r00r.vfy
A basic\verify_7.7.0\blend14r00s.vfy
A basic\verify_7.7.0\blend14r01b.vfy
A basic\verify_7.7.0\blend14r01r.vfy
A basic\verify_7.7.0\blend14r01s.vfy
A basic\verify_7.7.0\blend14r02b.vfy
A basic\verify_7.7.0\blend14r02r.vfy
A basic\verify_7.7.0\blend14r02s.vfy
A basic\verify_7.7.0\blend14r10b.vfy
A basic\verify_7.7.0\blend14r10r.vfy
A basic\verify_7.7.0\blend14r10s.vfy
A basic\verify_7.7.0\blend14r11b.vfy
A basic\verify_7.7.0\blend14r11r.vfy
A basic\verify_7.7.0\blend14r11s.vfy
A basic\verify_7.7.0\blend14r12b.vfy
A basic\verify_7.7.0\blend14r12r.vfy
A basic\verify_7.7.0\blend14r12s.vfy
A basic\verify_7.7.0\blend14r20b.vfy
A basic\verify_7.7.0\blend14r20r.vfy
A basic\verify_7.7.0\blend14r20s.vfy
A basic\verify_7.7.0\blend14r21b.vfy
A basic\verify_7.7.0\blend14r21r.vfy
A basic\verify_7.7.0\blend14r21s.vfy
A basic\verify_7.7.0\blend14r22b.vfy
A basic\verify_7.7.0\blend14r22r.vfy
A basic\verify_7.7.0\blend14r22s.vfy
A basic\verify_7.7.0\blend14s00b.vfy
A basic\verify_7.7.0\blend14s00r.vfy
A basic\verify_7.7.0\blend14s00s.vfy
A basic\verify_7.7.0\blend14s01b.vfy
A basic\verify_7.7.0\blend14s01r.vfy
A basic\verify_7.7.0\blend14s01s.vfy
A basic\verify_7.7.0\blend14s02b.vfy
A basic\verify_7.7.0\blend14s02r.vfy
A basic\verify_7.7.0\blend14s02s.vfy
A basic\verify_7.7.0\blend14s10b.vfy
A basic\verify_7.7.0\blend14s10r.vfy
A basic\verify_7.7.0\blend14s10s.vfy
A basic\verify_7.7.0\blend14s11b.vfy
A basic\verify_7.7.0\blend14s11r.vfy
A basic\verify_7.7.0\blend14s11s.vfy
A basic\verify_7.7.0\blend14s12b.vfy
A basic\verify_7.7.0\blend14s12r.vfy
A basic\verify_7.7.0\blend14s12s.vfy
A basic\verify_7.7.0\blend14s20b.vfy
A basic\verify_7.7.0\blend14s20r.vfy
A basic\verify_7.7.0\blend14s20s.vfy
A basic\verify_7.7.0\blend14s21b.vfy
A basic\verify_7.7.0\blend14s21r.vfy
A basic\verify_7.7.0\blend14s21s.vfy
A basic\verify_7.7.0\blend14s22b.vfy
A basic\verify_7.7.0\blend14s22r.vfy
A basic\verify_7.7.0\blend14s22s.vfy
A basic\verify_7.7.0\blend15a.vfy
A basic\verify_7.7.0\blend15b.vfy
A basic\verify_7.7.0\blend16a.vfy
A basic\verify_7.7.0\blend16b.vfy
A basic\verify_7.7.0\blend16c.vfy
A basic\verify_7.7.0\blend17a.vfy
A basic\verify_7.7.0\blend17b.vfy
A basic\verify_7.7.0\blend17c.vfy
A basic\verify_7.7.0\blend17d.vfy
A basic\verify_7.7.0\blend18.vfy
A basic\verify_7.7.0\blend19a.vfy
A basic\verify_7.7.0\blend19b.vfy
A basic\verify_7.7.0\blend19c.vfy
A basic\verify_7.7.0\blend19d.vfy
A basic\verify_7.7.0\blend19e.vfy
A basic\verify_7.7.0\blend1bb.vfy
A basic\verify_7.7.0\blend1br.vfy
A basic\verify_7.7.0\blend1bs.vfy
A basic\verify_7.7.0\blend1ff.vfy
A basic\verify_7.7.0\blend1rb.vfy
A basic\verify_7.7.0\blend1rr.vfy
A basic\verify_7.7.0\blend1rs.vfy
A basic\verify_7.7.0\blend1sb.vfy
A basic\verify_7.7.0\blend1sr.vfy
A basic\verify_7.7.0\blend1ss.vfy
A basic\verify_7.7.0\blend2.vfy
A basic\verify_7.7.0\blend20a.vfy
A basic\verify_7.7.0\blend20b.vfy
A basic\verify_7.7.0\blend20c.vfy
A basic\verify_7.7.0\blend20d.vfy
A basic\verify_7.7.0\blend20e.vfy
A basic\verify_7.7.0\blend20f.vfy
A basic\verify_7.7.0\blend20g.vfy
A basic\verify_7.7.0\blend20h.vfy
A basic\verify_7.7.0\blend20i.vfy
A basic\verify_7.7.0\blend20j.vfy
A basic\verify_7.7.0\blend21a.vfy
A basic\verify_7.7.0\blend21b.vfy
A basic\verify_7.7.0\blend21c.vfy
A basic\verify_7.7.0\blend21d.vfy
A basic\verify_7.7.0\blend21e.vfy
A basic\verify_7.7.0\blend21f.vfy
A basic\verify_7.7.0\blend21g.vfy
A basic\verify_7.7.0\blend21h.vfy
A basic\verify_7.7.0\blend21i.vfy
A basic\verify_7.7.0\blend21j.vfy
A basic\verify_7.7.0\blend22a.vfy
A basic\verify_7.7.0\blend22b.vfy
A basic\verify_7.7.0\blend22c.vfy
A basic\verify_7.7.0\blend22d.vfy
A basic\verify_7.7.0\blend27a.vfy
A basic\verify_7.7.0\blend27b.vfy
A basic\verify_7.7.0\blend29.vfy
A basic\verify_7.7.0\blend2bb.vfy
A basic\verify_7.7.0\blend2br.vfy
A basic\verify_7.7.0\blend2bs.vfy
A basic\verify_7.7.0\blend2ff.vfy
A basic\verify_7.7.0\blend2rb.vfy
A basic\verify_7.7.0\blend2rr.vfy
A basic\verify_7.7.0\blend2rs.vfy
A basic\verify_7.7.0\blend2sb.vfy
A basic\verify_7.7.0\blend2sr.vfy
A basic\verify_7.7.0\blend2ss.vfy
A basic\verify_7.7.0\blend3.vfy
A basic\verify_7.7.0\blend3bb.vfy
A basic\verify_7.7.0\blend3br.vfy
A basic\verify_7.7.0\blend3bs.vfy
A basic\verify_7.7.0\blend3ff.vfy
A basic\verify_7.7.0\blend3rb.vfy
A basic\verify_7.7.0\blend3rr.vfy
A basic\verify_7.7.0\blend3rs.vfy
A basic\verify_7.7.0\blend3sb.vfy
A basic\verify_7.7.0\blend3sr.vfy
A basic\verify_7.7.0\blend3ss.vfy
A basic\verify_7.7.0\blend4.vfy
A basic\verify_7.7.0\blend4bb.vfy
A basic\verify_7.7.0\blend4br.vfy
A basic\verify_7.7.0\blend4bs.vfy
A basic\verify_7.7.0\blend4rb.vfy
A basic\verify_7.7.0\blend4rr.vfy
A basic\verify_7.7.0\blend4rs.vfy
A basic\verify_7.7.0\blend4sb.vfy
A basic\verify_7.7.0\blend4sr.vfy
A basic\verify_7.7.0\blend4ss.vfy
A basic\verify_7.7.0\blend5.vfy
A basic\verify_7.7.0\blend5bb.vfy
A basic\verify_7.7.0\blend5br.vfy
A basic\verify_7.7.0\blend5bs.vfy
A basic\verify_7.7.0\blend5rb.vfy
A basic\verify_7.7.0\blend5rr.vfy
A basic\verify_7.7.0\blend5rs.vfy
A basic\verify_7.7.0\blend5sb.vfy
A basic\verify_7.7.0\blend5sr.vfy
A basic\verify_7.7.0\blend5ss.vfy
A basic\verify_7.7.0\blend6a.vfy
A basic\verify_7.7.0\blend6b.vfy
A basic\verify_7.7.0\blend6c.vfy
A basic\verify_7.7.0\blend7a.vfy
A basic\verify_7.7.0\blend7b.vfy
A basic\verify_7.7.0\blend7c.vfy
A basic\verify_7.7.0\blend7d.vfy
A basic\verify_7.7.0\blend7e.vfy
A basic\verify_7.7.0\blend7f.vfy
A basic\verify_7.7.0\blend7g.vfy
A basic\verify_7.7.0\blend7h.vfy
A basic\verify_7.7.0\blend7i.vfy
A basic\verify_7.7.0\blend7j.vfy
A basic\verify_7.7.0\blend7k.vfy
A basic\verify_7.7.0\blend7l.vfy
A basic\verify_7.7.0\blend7m.vfy
A basic\verify_7.7.0\blend7n.vfy
A basic\verify_7.7.0\blend7o.vfy
A basic\verify_7.7.0\blend7p.vfy
A basic\verify_7.7.0\blend7q.vfy
A basic\verify_7.7.0\blend8.vfy
A basic\verify_7.7.0\blend9.vfy
A basic\verify_7.7.0\blend9a.vfy
A basic\verify_7.7.0\blend9b.vfy
A basic\verify_7.7.0\blend9c.vfy
A basic\verify_7.7.0\blendA.vfy
A basic\verify_7.7.0\blend_nacelle.vfy
A basic\verify_7.7.0\blendjoin1.vfy
A basic\verify_7.7.0\blendjoin2.vfy
A basic\verify_7.7.0\blendjoin3.vfy
A basic\verify_7.7.0\blendjoin4.vfy
A basic\verify_7.7.0\blendjoin5.vfy
A basic\verify_7.7.0\blends1.vfy
A basic\verify_7.7.0\blends2.vfy
A basic\verify_7.7.0\blends3.vfy
A basic\verify_7.7.0\body1.vfy
A basic\verify_7.7.0\body2.vfy
A basic\verify_7.7.0\body3.vfy
A basic\verify_7.7.0\body4.vfy
A basic\verify_7.7.0\bolt.vfy
A basic\verify_7.7.0\box.vfy
A basic\verify_7.7.0\box1.vfy
A basic\verify_7.7.0\box2.vfy
A basic\verify_7.7.0\box3.vfy
A basic\verify_7.7.0\box4.vfy
A basic\verify_7.7.0\box5.vfy
A basic\verify_7.7.0\box6.vfy
A basic\verify_7.7.0\box7.vfy
A basic\verify_7.7.0\box8.vfy
A basic\verify_7.7.0\box9.vfy
A basic\verify_7.7.0\boxA.vfy
A basic\verify_7.7.0\boxB.vfy
A basic\verify_7.7.0\boxBEM.vfy
A basic\verify_7.7.0\boxC.vfy
A basic\verify_7.7.0\boxGroove.vfy
A basic\verify_7.7.0\boxWithSmallFeatures.vfy
A basic\verify_7.7.0\boxes1.vfy
A basic\verify_7.7.0\boxes2.vfy
A basic\verify_7.7.0\boxes3.vfy
A basic\verify_7.7.0\boxes4.vfy
A basic\verify_7.7.0\boxudc6.vfy
A basic\verify_7.7.0\boxudp1.vfy
A basic\verify_7.7.0\boxudp2.vfy
A basic\verify_7.7.0\boxudp3.vfy
A basic\verify_7.7.0\boxudp4.vfy
A basic\verify_7.7.0\boxudp5.vfy
A basic\verify_7.7.0\boxudp6.vfy
A basic\verify_7.7.0\boxywingbodyflap.vfy
A basic\verify_7.7.0\bspline1.vfy
A basic\verify_7.7.0\bspline2.vfy
A basic\verify_7.7.0\bstl3.vfy
A basic\verify_7.7.0\bstl4.vfy
A basic\verify_7.7.0\bullet.vfy
A basic\verify_7.7.0\cage1.vfy
A basic\verify_7.7.0\calcCG1.vfy
A basic\verify_7.7.0\cart3d_demo.vfy
A basic\verify_7.7.0\catch0.vfy
A basic\verify_7.7.0\catch1.vfy
A basic\verify_7.7.0\catch2.vfy
A basic\verify_7.7.0\catch30.vfy
A basic\verify_7.7.0\catch34.vfy
A basic\verify_7.7.0\catch5a.vfy
A basic\verify_7.7.0\catch5b.vfy
A basic\verify_7.7.0\catch5c.vfy
A basic\verify_7.7.0\catch5d.vfy
A basic\verify_7.7.0\catch6.vfy
A basic\verify_7.7.0\catmull0.vfy
A basic\verify_7.7.0\catmull0x.vfy
A basic\verify_7.7.0\catmull0xy.vfy
A basic\verify_7.7.0\catmull0xyz.vfy
A basic\verify_7.7.0\catmull0y.vfy
A basic\verify_7.7.0\catmull0yz.vfy
A basic\verify_7.7.0\catmull0z.vfy
A basic\verify_7.7.0\catmull0zx.vfy
A basic\verify_7.7.0\catmull1.vfy
A basic\verify_7.7.0\catmull2.vfy
A basic\verify_7.7.0\catmull3.vfy
A basic\verify_7.7.0\catmull6.vfy
A basic\verify_7.7.0\catmull8.vfy
A basic\verify_7.7.0\catmullA.vfy
A basic\verify_7.7.0\cfgpmtr1.vfy
A basic\verify_7.7.0\chamfer1.vfy
A basic\verify_7.7.0\chamfer2.vfy
A basic\verify_7.7.0\chamfer3.vfy
A basic\verify_7.7.0\chamferBox1.vfy
A basic\verify_7.7.0\chamferBox2.vfy
A basic\verify_7.7.0\chamferBox3.vfy
A basic\verify_7.7.0\chamferBox4.vfy
A basic\verify_7.7.0\channel.vfy
A basic\verify_7.7.0\closeBody1.vfy
A basic\verify_7.7.0\closeBody2.vfy
A basic\verify_7.7.0\closeBody3.vfy
A basic\verify_7.7.0\colinear_cirarc.vfy
A basic\verify_7.7.0\collab1.vfy
A basic\verify_7.7.0\collab2.vfy
A basic\verify_7.7.0\collab3.vfy
A basic\verify_7.7.0\collab4.vfy
A basic\verify_7.7.0\collab5.vfy
A basic\verify_7.7.0\collar.vfy
A basic\verify_7.7.0\color1a.vfy
A basic\verify_7.7.0\color1b.vfy
A basic\verify_7.7.0\color1c.vfy
A basic\verify_7.7.0\color2a.vfy
A basic\verify_7.7.0\color2b.vfy
A basic\verify_7.7.0\color3a.vfy
A basic\verify_7.7.0\color3b.vfy
A basic\verify_7.7.0\color3c.vfy
A basic\verify_7.7.0\combine0.vfy
A basic\verify_7.7.0\combine1.vfy
A basic\verify_7.7.0\combine2.vfy
A basic\verify_7.7.0\combine3.vfy
A basic\verify_7.7.0\combine4.vfy
A basic\verify_7.7.0\combine5.vfy
A basic\verify_7.7.0\combine6.vfy
A basic\verify_7.7.0\combine7.vfy
A basic\verify_7.7.0\compare1a.vfy
A basic\verify_7.7.0\compare1b.vfy
A basic\verify_7.7.0\compare2a.vfy
A basic\verify_7.7.0\compare2b.vfy
A basic\verify_7.7.0\compare2c.vfy
A basic\verify_7.7.0\compare2d.vfy
A basic\verify_7.7.0\complex_rotn1.vfy
A basic\verify_7.7.0\complex_rotn2.vfy
A basic\verify_7.7.0\cone.vfy
A basic\verify_7.7.0\cones.vfy
A basic\verify_7.7.0\cones3x.vfy
A basic\verify_7.7.0\cones3y.vfy
A basic\verify_7.7.0\cones3z.vfy
A basic\verify_7.7.0\cones4.vfy
A basic\verify_7.7.0\conex_faux.vfy
A basic\verify_7.7.0\conexm.vfy
A basic\verify_7.7.0\conexp.vfy
A basic\verify_7.7.0\coney_faux.vfy
A basic\verify_7.7.0\coneym.vfy
A basic\verify_7.7.0\coneyp.vfy
A basic\verify_7.7.0\conez_faux.vfy
A basic\verify_7.7.0\conezm.vfy
A basic\verify_7.7.0\conezp.vfy
A basic\verify_7.7.0\connect1.vfy
A basic\verify_7.7.0\connect2.vfy
A basic\verify_7.7.0\connect3.vfy
A basic\verify_7.7.0\connect4a.vfy
A basic\verify_7.7.0\connect4b.vfy
A basic\verify_7.7.0\connect4c.vfy
A basic\verify_7.7.0\connect4d.vfy
A basic\verify_7.7.0\connect5.vfy
A basic\verify_7.7.0\connect6a.vfy
A basic\verify_7.7.0\connect6b.vfy
A basic\verify_7.7.0\connect6c.vfy
A basic\verify_7.7.0\connect7a.vfy
A basic\verify_7.7.0\connect7b.vfy
A basic\verify_7.7.0\connect7c.vfy
A basic\verify_7.7.0\connect7d.vfy
A basic\verify_7.7.0\connect7e.vfy
A basic\verify_7.7.0\connect7f.vfy
A basic\verify_7.7.0\connect8a.vfy
A basic\verify_7.7.0\connect8b.vfy
A basic\verify_7.7.0\connect8c.vfy
A basic\verify_7.7.0\connect8d.vfy
A basic\verify_7.7.0\connect9a.vfy
A basic\verify_7.7.0\connect9b.vfy
A basic\verify_7.7.0\connect9c.vfy
A basic\verify_7.7.0\connect9d.vfy
A basic\verify_7.7.0\connector1.vfy
A basic\verify_7.7.0\connector2.vfy
A basic\verify_7.7.0\connector3.vfy
A basic\verify_7.7.0\connector4.vfy
A basic\verify_7.7.0\contains1.vfy
A basic\verify_7.7.0\copyFuselageSections.vfy
A basic\verify_7.7.0\copyWingSections.vfy
A basic\verify_7.7.0\createBEM.vfy
A basic\verify_7.7.0\csm0.vfy
A basic\verify_7.7.0\csm1.vfy
A basic\verify_7.7.0\csm2.vfy
A basic\verify_7.7.0\csm3.vfy
A basic\verify_7.7.0\csystem1.vfy
A basic\verify_7.7.0\csystem2.vfy
A basic\verify_7.7.0\csystem3.vfy
A basic\verify_7.7.0\csystem4.vfy
A basic\verify_7.7.0\csystem5a.vfy
A basic\verify_7.7.0\csystem5b.vfy
A basic\verify_7.7.0\csystem6a.vfy
A basic\verify_7.7.0\csystem6b.vfy
A basic\verify_7.7.0\csystem6c.vfy
A basic\verify_7.7.0\csystem6d.vfy
A basic\verify_7.7.0\cutter1.vfy
A basic\verify_7.7.0\cutter2.vfy
A basic\verify_7.7.0\cylinder.vfy
A basic\verify_7.7.0\cylinderBEM.vfy
A basic\verify_7.7.0\cylinder_fins.vfy
A basic\verify_7.7.0\cylinders.vfy
A basic\verify_7.7.0\cylinders2.vfy
A basic\verify_7.7.0\cylinders3x.vfy
A basic\verify_7.7.0\cylinders3y.vfy
A basic\verify_7.7.0\cylinders3z.vfy
A basic\verify_7.7.0\cylinders4.vfy
A basic\verify_7.7.0\cylinderxm.vfy
A basic\verify_7.7.0\cylinderxp.vfy
A basic\verify_7.7.0\cylinderym.vfy
A basic\verify_7.7.0\cylinderyp.vfy
A basic\verify_7.7.0\cylinderzm.vfy
A basic\verify_7.7.0\cylinderzp.vfy
A basic\verify_7.7.0\debugged.vfy
A basic\verify_7.7.0\degen01.vfy
A basic\verify_7.7.0\degen02.vfy
A basic\verify_7.7.0\degen03.vfy
A basic\verify_7.7.0\degen04.vfy
A basic\verify_7.7.0\degen05.vfy
A basic\verify_7.7.0\degen06.vfy
A basic\verify_7.7.0\degen07.vfy
A basic\verify_7.7.0\degen08.vfy
A basic\verify_7.7.0\degen09.vfy
A basic\verify_7.7.0\degen10.vfy
A basic\verify_7.7.0\degen11.vfy
A basic\verify_7.7.0\degen12.vfy
A basic\verify_7.7.0\demo0a.vfy
A basic\verify_7.7.0\demo0c.vfy
A basic\verify_7.7.0\demo1.vfy
A basic\verify_7.7.0\demo2.vfy
A basic\verify_7.7.0\demo3.vfy
A basic\verify_7.7.0\demo4.vfy
A basic\verify_7.7.0\design0.gsen
A basic\verify_7.7.0\design0.vfy
A basic\verify_7.7.0\design0a.gsen
A basic\verify_7.7.0\design0a.tsen
A basic\verify_7.7.0\design0a.vfy
A basic\verify_7.7.0\design0b.vfy
A basic\verify_7.7.0\design0c.vfy
A basic\verify_7.7.0\design0d.gsen
A basic\verify_7.7.0\design0d.tsen
A basic\verify_7.7.0\design0d.vfy
A basic\verify_7.7.0\design0e.gsen
A basic\verify_7.7.0\design0e.vfy
A basic\verify_7.7.0\design0f.gsen
A basic\verify_7.7.0\design0f.vfy
A basic\verify_7.7.0\design0g.gsen
A basic\verify_7.7.0\design0g.vfy
A basic\verify_7.7.0\design0h.gsen
A basic\verify_7.7.0\design0h.vfy
A basic\verify_7.7.0\design0i.gsen
A basic\verify_7.7.0\design0i.vfy
A basic\verify_7.7.0\design0j.gsen
A basic\verify_7.7.0\design0j.vfy
A basic\verify_7.7.0\design0k.gsen
A basic\verify_7.7.0\design0k.vfy
A basic\verify_7.7.0\design0m.gsen
A basic\verify_7.7.0\design0m.tsen
A basic\verify_7.7.0\design0m.vfy
A basic\verify_7.7.0\design0n1.gsen
A basic\verify_7.7.0\design0n1.vfy
A basic\verify_7.7.0\design0n2.vfy
A basic\verify_7.7.0\design0o1.gsen
A basic\verify_7.7.0\design0o1.vfy
A basic\verify_7.7.0\design0o2.vfy
A basic\verify_7.7.0\design0o3.gsen
A basic\verify_7.7.0\design0o3.vfy
A basic\verify_7.7.0\design0o4.vfy
A basic\verify_7.7.0\design0p.gsen
A basic\verify_7.7.0\design0p.vfy
A basic\verify_7.7.0\design0q.gsen
A basic\verify_7.7.0\design0q.vfy
A basic\verify_7.7.0\design0r.gsen
A basic\verify_7.7.0\design0r.vfy
A basic\verify_7.7.0\design0s.gsen
A basic\verify_7.7.0\design0s.tsen
A basic\verify_7.7.0\design0s.vfy
A basic\verify_7.7.0\design0t1.gsen
A basic\verify_7.7.0\design0t1.vfy
A basic\verify_7.7.0\design0t2.gsen
A basic\verify_7.7.0\design0t2.vfy
A basic\verify_7.7.0\design0t3.gsen
A basic\verify_7.7.0\design0t3.vfy
A basic\verify_7.7.0\design0u.gsen
A basic\verify_7.7.0\design0u.vfy
A basic\verify_7.7.0\design0v.gsen
A basic\verify_7.7.0\design0v.vfy
A basic\verify_7.7.0\design0w.gsen
A basic\verify_7.7.0\design0w.vfy
A basic\verify_7.7.0\design1a.gsen
A basic\verify_7.7.0\design1a.tsen
A basic\verify_7.7.0\design1a.vfy
A basic\verify_7.7.0\design1b.gsen
A basic\verify_7.7.0\design1b.vfy
A basic\verify_7.7.0\design2.gsen
A basic\verify_7.7.0\design2.tsen
A basic\verify_7.7.0\design2.vfy
A basic\verify_7.7.0\design3.gsen
A basic\verify_7.7.0\design3.tsen
A basic\verify_7.7.0\design3.vfy
A basic\verify_7.7.0\design4.gsen
A basic\verify_7.7.0\design4.vfy
A basic\verify_7.7.0\design5.gsen
A basic\verify_7.7.0\design5.tsen
A basic\verify_7.7.0\design5.vfy
A basic\verify_7.7.0\design6.gsen
A basic\verify_7.7.0\design6.tsen
A basic\verify_7.7.0\design6.vfy
A basic\verify_7.7.0\design7.gsen
A basic\verify_7.7.0\design7.tsen
A basic\verify_7.7.0\design7.vfy
A basic\verify_7.7.0\design8.gsen
A basic\verify_7.7.0\design8.tsen
A basic\verify_7.7.0\design8.vfy
A basic\verify_7.7.0\design8a.gsen
A basic\verify_7.7.0\design8a.vfy
A basic\verify_7.7.0\design8b.gsen
A basic\verify_7.7.0\design8b.vfy
A basic\verify_7.7.0\design8c.vfy
A basic\verify_7.7.0\design8d.vfy
A basic\verify_7.7.0\design9.vfy
A basic\verify_7.7.0\designA.gsen
A basic\verify_7.7.0\designA.tsen
A basic\verify_7.7.0\designA.vfy
A basic\verify_7.7.0\designB1.gsen
A basic\verify_7.7.0\designB1.tsen
A basic\verify_7.7.0\designB1.vfy
A basic\verify_7.7.0\designB2.gsen
A basic\verify_7.7.0\designB2.vfy
A basic\verify_7.7.0\designB3.vfy
A basic\verify_7.7.0\designB4.gsen
A basic\verify_7.7.0\designB4.vfy
A basic\verify_7.7.0\designB5.gsen
A basic\verify_7.7.0\designB5.vfy
A basic\verify_7.7.0\designC0.gsen
A basic\verify_7.7.0\designC0.tsen
A basic\verify_7.7.0\designC0.vfy
A basic\verify_7.7.0\designC1a.gsen
A basic\verify_7.7.0\designC1a.vfy
A basic\verify_7.7.0\designC1b.gsen
A basic\verify_7.7.0\designC1b.vfy
A basic\verify_7.7.0\designC2a.gsen
A basic\verify_7.7.0\designC2a.vfy
A basic\verify_7.7.0\designC2b.gsen
A basic\verify_7.7.0\designC2b.vfy
A basic\verify_7.7.0\designC3a.gsen
A basic\verify_7.7.0\designC3a.vfy
A basic\verify_7.7.0\designC3b.gsen
A basic\verify_7.7.0\designC3b.vfy
A basic\verify_7.7.0\designC4a.vfy
A basic\verify_7.7.0\designC4b.vfy
A basic\verify_7.7.0\designC5a.vfy
A basic\verify_7.7.0\designC5b.vfy
A basic\verify_7.7.0\designC6a.vfy
A basic\verify_7.7.0\designC6b.vfy
A basic\verify_7.7.0\designD0a.gsen
A basic\verify_7.7.0\designD0a.vfy
A basic\verify_7.7.0\designD0b.gsen
A basic\verify_7.7.0\designD0b.vfy
A basic\verify_7.7.0\designD0c.gsen
A basic\verify_7.7.0\designD0c.vfy
A basic\verify_7.7.0\designD1a.gsen
A basic\verify_7.7.0\designD1a.vfy
A basic\verify_7.7.0\designD1b.gsen
A basic\verify_7.7.0\designD1b.vfy
A basic\verify_7.7.0\designD1c.gsen
A basic\verify_7.7.0\designD1c.vfy
A basic\verify_7.7.0\designD2a.gsen
A basic\verify_7.7.0\designD2a.vfy
A basic\verify_7.7.0\designD2b.gsen
A basic\verify_7.7.0\designD2b.vfy
A basic\verify_7.7.0\designD2c.gsen
A basic\verify_7.7.0\designD2c.vfy
A basic\verify_7.7.0\designD3a.gsen
A basic\verify_7.7.0\designD3a.vfy
A basic\verify_7.7.0\designD3b.gsen
A basic\verify_7.7.0\designD3b.vfy
A basic\verify_7.7.0\designD3c.gsen
A basic\verify_7.7.0\designD3c.vfy
A basic\verify_7.7.0\designD4a.gsen
A basic\verify_7.7.0\designD4a.vfy
A basic\verify_7.7.0\designD4b.gsen
A basic\verify_7.7.0\designD4b.vfy
A basic\verify_7.7.0\designD4c.gsen
A basic\verify_7.7.0\designD4c.vfy
A basic\verify_7.7.0\designD5a.gsen
A basic\verify_7.7.0\designD5a.vfy
A basic\verify_7.7.0\designD5b.gsen
A basic\verify_7.7.0\designD5b.vfy
A basic\verify_7.7.0\designD5c.gsen
A basic\verify_7.7.0\designD5c.vfy
A basic\verify_7.7.0\designD6a0.gsen
A basic\verify_7.7.0\designD6a0.vfy
A basic\verify_7.7.0\designD6a1.gsen
A basic\verify_7.7.0\designD6a1.vfy
A basic\verify_7.7.0\designD6a2.gsen
A basic\verify_7.7.0\designD6a2.vfy
A basic\verify_7.7.0\designD6b0.gsen
A basic\verify_7.7.0\designD6b0.vfy
A basic\verify_7.7.0\designD6b1.gsen
A basic\verify_7.7.0\designD6b1.vfy
A basic\verify_7.7.0\designD6b2.gsen
A basic\verify_7.7.0\designD6b2.vfy
A basic\verify_7.7.0\designD6c0.gsen
A basic\verify_7.7.0\designD6c0.vfy
A basic\verify_7.7.0\designD6c1.gsen
A basic\verify_7.7.0\designD6c1.vfy
A basic\verify_7.7.0\designD6c2.gsen
A basic\verify_7.7.0\designD6c2.vfy
A basic\verify_7.7.0\designE1.gsen
A basic\verify_7.7.0\designE1.tsen
A basic\verify_7.7.0\designE1.vfy
A basic\verify_7.7.0\designE2.gsen
A basic\verify_7.7.0\designE2.vfy
A basic\verify_7.7.0\designE3.gsen
A basic\verify_7.7.0\designE3.vfy
A basic\verify_7.7.0\designE4.vfy
A basic\verify_7.7.0\designE5.gsen
A basic\verify_7.7.0\designE5.tsen
A basic\verify_7.7.0\designE5.vfy
A basic\verify_7.7.0\designE6.gsen
A basic\verify_7.7.0\designE6.tsen
A basic\verify_7.7.0\designE6.vfy
A basic\verify_7.7.0\designE7.gsen
A basic\verify_7.7.0\designE7.tsen
A basic\verify_7.7.0\designE7.vfy
A basic\verify_7.7.0\designE8.gsen
A basic\verify_7.7.0\designE8.tsen
A basic\verify_7.7.0\designE8.vfy
A basic\verify_7.7.0\designE9.gsen
A basic\verify_7.7.0\designE9.tsen
A basic\verify_7.7.0\designE9.vfy
A basic\verify_7.7.0\designEa.gsen
A basic\verify_7.7.0\designEa.tsen
A basic\verify_7.7.0\designEa.vfy
A basic\verify_7.7.0\designEb.gsen
A basic\verify_7.7.0\designEb.tsen
A basic\verify_7.7.0\designEb.vfy
A basic\verify_7.7.0\designF0bb.gsen
A basic\verify_7.7.0\designF0bb.vfy
A basic\verify_7.7.0\designF1bb.gsen
A basic\verify_7.7.0\designF1bb.vfy
A basic\verify_7.7.0\designF1rr.gsen
A basic\verify_7.7.0\designF1rr.vfy
A basic\verify_7.7.0\designF1rs.gsen
A basic\verify_7.7.0\designF1rs.vfy
A basic\verify_7.7.0\designF1sr.gsen
A basic\verify_7.7.0\designF1sr.vfy
A basic\verify_7.7.0\designF1ss.gsen
A basic\verify_7.7.0\designF1ss.vfy
A basic\verify_7.7.0\designF2bb.gsen
A basic\verify_7.7.0\designF2bb.vfy
A basic\verify_7.7.0\designF2rr.gsen
A basic\verify_7.7.0\designF2rr.vfy
A basic\verify_7.7.0\designF2rs.gsen
A basic\verify_7.7.0\designF2rs.vfy
A basic\verify_7.7.0\designF2sr.gsen
A basic\verify_7.7.0\designF2sr.vfy
A basic\verify_7.7.0\designF2ss.gsen
A basic\verify_7.7.0\designF2ss.vfy
A basic\verify_7.7.0\designG0.gsen
A basic\verify_7.7.0\designG0.vfy
A basic\verify_7.7.0\designG1.gsen
A basic\verify_7.7.0\designG1.vfy
A basic\verify_7.7.0\designG2.gsen
A basic\verify_7.7.0\designG2.vfy
A basic\verify_7.7.0\designG3.gsen
A basic\verify_7.7.0\designG3.vfy
A basic\verify_7.7.0\designG4.gsen
A basic\verify_7.7.0\designG4.vfy
A basic\verify_7.7.0\designG5.vfy
A basic\verify_7.7.0\designG6.vfy
A basic\verify_7.7.0\designG7.gsen
A basic\verify_7.7.0\designG7.vfy
A basic\verify_7.7.0\designG8.gsen
A basic\verify_7.7.0\designG8.vfy
A basic\verify_7.7.0\designG9.gsen
A basic\verify_7.7.0\designG9.vfy
A basic\verify_7.7.0\designGA.gsen
A basic\verify_7.7.0\designGA.vfy
A basic\verify_7.7.0\designGB.gsen
A basic\verify_7.7.0\designGB.vfy
A basic\verify_7.7.0\designH1.gsen
A basic\verify_7.7.0\designH1.tsen
A basic\verify_7.7.0\designH1.vfy
A basic\verify_7.7.0\designH2.vfy
A basic\verify_7.7.0\designH3.gsen
A basic\verify_7.7.0\designH3.vfy
A basic\verify_7.7.0\designH4.gsen
A basic\verify_7.7.0\designH4.tsen
A basic\verify_7.7.0\designH4.vfy
A basic\verify_7.7.0\designI1.gsen
A basic\verify_7.7.0\designI1.vfy
A basic\verify_7.7.0\designI2.gsen
A basic\verify_7.7.0\designI2.vfy
A basic\verify_7.7.0\designI3.gsen
A basic\verify_7.7.0\designI3.vfy
A basic\verify_7.7.0\designI4.gsen
A basic\verify_7.7.0\designI4.vfy
A basic\verify_7.7.0\designJ1a.gsen
A basic\verify_7.7.0\designJ1a.vfy
A basic\verify_7.7.0\designJ1b.gsen
A basic\verify_7.7.0\designJ1b.vfy
A basic\verify_7.7.0\designJ1c.gsen
A basic\verify_7.7.0\designJ1c.tsen
A basic\verify_7.7.0\designJ1c.vfy
A basic\verify_7.7.0\designJ1d.gsen
A basic\verify_7.7.0\designJ1d.vfy
A basic\verify_7.7.0\designJ2a.gsen
A basic\verify_7.7.0\designJ2a.vfy
A basic\verify_7.7.0\designJ2b.gsen
A basic\verify_7.7.0\designJ2b.vfy
A basic\verify_7.7.0\designJ3a.gsen
A basic\verify_7.7.0\designJ3a.vfy
A basic\verify_7.7.0\designJ3b.gsen
A basic\verify_7.7.0\designJ3b.vfy
A basic\verify_7.7.0\designJ4a.gsen
A basic\verify_7.7.0\designJ4a.vfy
A basic\verify_7.7.0\designJ4b.gsen
A basic\verify_7.7.0\designJ4b.vfy
A basic\verify_7.7.0\designJ5.gsen
A basic\verify_7.7.0\designJ5.vfy
A basic\verify_7.7.0\designK0.gsen
A basic\verify_7.7.0\designK0.vfy
A basic\verify_7.7.0\designK1.gsen
A basic\verify_7.7.0\designK1.vfy
A basic\verify_7.7.0\designK2.gsen
A basic\verify_7.7.0\designK2.vfy
A basic\verify_7.7.0\designL00.gsen
A basic\verify_7.7.0\designL00.vfy
A basic\verify_7.7.0\designL01.gsen
A basic\verify_7.7.0\designL01.vfy
A basic\verify_7.7.0\designL10.gsen
A basic\verify_7.7.0\designL10.vfy
A basic\verify_7.7.0\designL11.gsen
A basic\verify_7.7.0\designL11.vfy
A basic\verify_7.7.0\designL12.gsen
A basic\verify_7.7.0\designL12.vfy
A basic\verify_7.7.0\designL20.vfy
A basic\verify_7.7.0\designL21.vfy
A basic\verify_7.7.0\designL22.vfy
A basic\verify_7.7.0\designL30.gsen
A basic\verify_7.7.0\designL30.vfy
A basic\verify_7.7.0\designL31.vfy
A basic\verify_7.7.0\designL32.vfy
A basic\verify_7.7.0\designL33.vfy
A basic\verify_7.7.0\designL34.vfy
A basic\verify_7.7.0\designL40.gsen
A basic\verify_7.7.0\designL40.vfy
A basic\verify_7.7.0\designL41.vfy
A basic\verify_7.7.0\designL42.vfy
A basic\verify_7.7.0\designM0.gsen
A basic\verify_7.7.0\designM0.tsen
A basic\verify_7.7.0\designM0.vfy
A basic\verify_7.7.0\designM1.gsen
A basic\verify_7.7.0\designM1.tsen
A basic\verify_7.7.0\designM1.vfy
A basic\verify_7.7.0\designM2.gsen
A basic\verify_7.7.0\designM2.tsen
A basic\verify_7.7.0\designM2.vfy
A basic\verify_7.7.0\designM3.gsen
A basic\verify_7.7.0\designM3.vfy
A basic\verify_7.7.0\designM4.gsen
A basic\verify_7.7.0\designM4.vfy
A basic\verify_7.7.0\designN1.gsen
A basic\verify_7.7.0\designN1.tsen
A basic\verify_7.7.0\designN1.vfy
A basic\verify_7.7.0\designN2.gsen
A basic\verify_7.7.0\designN2.tsen
A basic\verify_7.7.0\designN2.vfy
A basic\verify_7.7.0\designP0a.gsen
A basic\verify_7.7.0\designP0a.tsen
A basic\verify_7.7.0\designP0a.vfy
A basic\verify_7.7.0\designP0b.gsen
A basic\verify_7.7.0\designP0b.tsen
A basic\verify_7.7.0\designP0b.vfy
A basic\verify_7.7.0\designP0c.gsen
A basic\verify_7.7.0\designP0c.vfy
A basic\verify_7.7.0\designP0d.gsen
A basic\verify_7.7.0\designP0d.vfy
A basic\verify_7.7.0\designP1a.gsen
A basic\verify_7.7.0\designP1a.tsen
A basic\verify_7.7.0\designP1a.vfy
A basic\verify_7.7.0\designP1b.gsen
A basic\verify_7.7.0\designP1b.vfy
A basic\verify_7.7.0\designP1c.gsen
A basic\verify_7.7.0\designP1c.vfy
A basic\verify_7.7.0\designP1d.gsen
A basic\verify_7.7.0\designP1d.vfy
A basic\verify_7.7.0\designP2a.gsen
A basic\verify_7.7.0\designP2a.tsen
A basic\verify_7.7.0\designP2a.vfy
A basic\verify_7.7.0\designP2b.gsen
A basic\verify_7.7.0\designP2b.vfy
A basic\verify_7.7.0\designP2c.gsen
A basic\verify_7.7.0\designP2c.vfy
A basic\verify_7.7.0\designP2d.gsen
A basic\verify_7.7.0\designP2d.vfy
A basic\verify_7.7.0\designP3a.gsen
A basic\verify_7.7.0\designP3a.tsen
A basic\verify_7.7.0\designP3a.vfy
A basic\verify_7.7.0\designP3b.gsen
A basic\verify_7.7.0\designP3b.tsen
A basic\verify_7.7.0\designP3b.vfy
A basic\verify_7.7.0\designP3c.gsen
A basic\verify_7.7.0\designP3c.tsen
A basic\verify_7.7.0\designP3c.vfy
A basic\verify_7.7.0\designP3d.gsen
A basic\verify_7.7.0\designP3d.tsen
A basic\verify_7.7.0\designP3d.vfy
A basic\verify_7.7.0\designP4a.vfy
A basic\verify_7.7.0\designP4b.vfy
A basic\verify_7.7.0\designP4c.vfy
A basic\verify_7.7.0\designP4d.vfy
A basic\verify_7.7.0\designP5a.gsen
A basic\verify_7.7.0\designP5a.tsen
A basic\verify_7.7.0\designP5a.vfy
A basic\verify_7.7.0\designP5b.vfy
A basic\verify_7.7.0\designQ1.gsen
A basic\verify_7.7.0\designQ1.tsen
A basic\verify_7.7.0\designQ1.vfy
A basic\verify_7.7.0\designQ2.gsen
A basic\verify_7.7.0\designQ2.tsen
A basic\verify_7.7.0\designQ2.vfy
A basic\verify_7.7.0\designR0a.gsen
A basic\verify_7.7.0\designR0a.vfy
A basic\verify_7.7.0\designR0b.gsen
A basic\verify_7.7.0\designR0b.vfy
A basic\verify_7.7.0\designR0c.vfy
A basic\verify_7.7.0\designR0d.gsen
A basic\verify_7.7.0\designR0d.vfy
A basic\verify_7.7.0\designR0e.vfy
A basic\verify_7.7.0\designR1a.gsen
A basic\verify_7.7.0\designR1a.vfy
A basic\verify_7.7.0\designR1b.gsen
A basic\verify_7.7.0\designR1b.vfy
A basic\verify_7.7.0\designR1c.vfy
A basic\verify_7.7.0\designR1d.gsen
A basic\verify_7.7.0\designR1d.vfy
A basic\verify_7.7.0\designR1e.vfy
A basic\verify_7.7.0\designR2a.gsen
A basic\verify_7.7.0\designR2a.vfy
A basic\verify_7.7.0\designR2b.gsen
A basic\verify_7.7.0\designR2b.vfy
A basic\verify_7.7.0\designR2c.vfy
A basic\verify_7.7.0\designR2d.gsen
A basic\verify_7.7.0\designR2d.vfy
A basic\verify_7.7.0\designR2e.vfy
A basic\verify_7.7.0\designR3a.gsen
A basic\verify_7.7.0\designR3a.vfy
A basic\verify_7.7.0\designR3b.gsen
A basic\verify_7.7.0\designR3b.vfy
A basic\verify_7.7.0\designR3c.vfy
A basic\verify_7.7.0\designR3d.gsen
A basic\verify_7.7.0\designR3d.vfy
A basic\verify_7.7.0\designR3e.vfy
A basic\verify_7.7.0\designS1.vfy
A basic\verify_7.7.0\designS2.vfy
A basic\verify_7.7.0\designS3.gsen
A basic\verify_7.7.0\designS3.vfy
A basic\verify_7.7.0\designT1.gsen
A basic\verify_7.7.0\designT1.tsen
A basic\verify_7.7.0\designT1.vfy
A basic\verify_7.7.0\designT2.vfy
A basic\verify_7.7.0\designU1a.gsen
A basic\verify_7.7.0\designU1a.tsen
A basic\verify_7.7.0\designU1a.vfy
A basic\verify_7.7.0\designU1b.vfy
A basic\verify_7.7.0\designU1c.vfy
A basic\verify_7.7.0\designU2a.gsen
A basic\verify_7.7.0\designU2a.tsen
A basic\verify_7.7.0\designU2a.vfy
A basic\verify_7.7.0\designU2b.tsen
A basic\verify_7.7.0\designU2b.vfy
A basic\verify_7.7.0\designU2c.tsen
A basic\verify_7.7.0\designU2c.vfy
A basic\verify_7.7.0\designV1.vfy
A basic\verify_7.7.0\designW0.gsen
A basic\verify_7.7.0\designW0.tsen
A basic\verify_7.7.0\designW0.vfy
A basic\verify_7.7.0\designW1.gsen
A basic\verify_7.7.0\designW1.tsen
A basic\verify_7.7.0\designW2.gsen
A basic\verify_7.7.0\designW2.tsen
A basic\verify_7.7.0\designW2.vfy
A basic\verify_7.7.0\designW3.gsen
A basic\verify_7.7.0\designW3.tsen
A basic\verify_7.7.0\designW3.vfy
A basic\verify_7.7.0\designW4.gsen
A basic\verify_7.7.0\designW4.tsen
A basic\verify_7.7.0\designW4.vfy
A basic\verify_7.7.0\designW5.gsen
A basic\verify_7.7.0\designW5.tsen
A basic\verify_7.7.0\designW5.vfy
A basic\verify_7.7.0\designX1.gsen
A basic\verify_7.7.0\designX1.vfy
A basic\verify_7.7.0\designX2.gsen
A basic\verify_7.7.0\designX2.vfy
A basic\verify_7.7.0\designX3.gsen
A basic\verify_7.7.0\designX3.vfy
A basic\verify_7.7.0\designX4.gsen
A basic\verify_7.7.0\designX4.vfy
A basic\verify_7.7.0\designX5.gsen
A basic\verify_7.7.0\designX5.vfy
A basic\verify_7.7.0\designX6.gsen
A basic\verify_7.7.0\designX6.vfy
A basic\verify_7.7.0\designX7.gsen
A basic\verify_7.7.0\designX7.vfy
A basic\verify_7.7.0\designX8.gsen
A basic\verify_7.7.0\designX8.vfy
A basic\verify_7.7.0\despmtr1.vfy
A basic\verify_7.7.0\despmtr3.vfy
A basic\verify_7.7.0\diamond.vfy
A basic\verify_7.7.0\diamondNaca6.vfy
A basic\verify_7.7.0\dictionary.vfy
A basic\verify_7.7.0\dimension.vfy
A basic\verify_7.7.0\dimension2.vfy
A basic\verify_7.7.0\droop0a.vfy
A basic\verify_7.7.0\droop0b.vfy
A basic\verify_7.7.0\droop0c.vfy
A basic\verify_7.7.0\droop1a.vfy
A basic\verify_7.7.0\droop1b.vfy
A basic\verify_7.7.0\droop1c.vfy
A basic\verify_7.7.0\droop2a.vfy
A basic\verify_7.7.0\droop2b.vfy
A basic\verify_7.7.0\droop2c.vfy
A basic\verify_7.7.0\droop3a.vfy
A basic\verify_7.7.0\droop3b.vfy
A basic\verify_7.7.0\droop3c.vfy
A basic\verify_7.7.0\droop4a.vfy
A basic\verify_7.7.0\droop4b.vfy
A basic\verify_7.7.0\droop4c.vfy
A basic\verify_7.7.0\droop5a.vfy
A basic\verify_7.7.0\droop5b.vfy
A basic\verify_7.7.0\droop5c.vfy
A basic\verify_7.7.0\droop6a.vfy
A basic\verify_7.7.0\droop6b.vfy
A basic\verify_7.7.0\droop6c.vfy
A basic\verify_7.7.0\droop7a.vfy
A basic\verify_7.7.0\droop7b.vfy
A basic\verify_7.7.0\droop7c.vfy
A basic\verify_7.7.0\droop8a.vfy
A basic\verify_7.7.0\droop8b.vfy
A basic\verify_7.7.0\droop8c.vfy
A basic\verify_7.7.0\droopInlet1.vfy
A basic\verify_7.7.0\droopInlet2.vfy
A basic\verify_7.7.0\droopInlet3.vfy
A basic\verify_7.7.0\droopInlet4.vfy
A basic\verify_7.7.0\droopWing.vfy
A basic\verify_7.7.0\duct1.vfy
A basic\verify_7.7.0\duct2.vfy
A basic\verify_7.7.0\duct3.vfy
A basic\verify_7.7.0\duct4xy_neg.vfy
A basic\verify_7.7.0\duct4xy_pos.vfy
A basic\verify_7.7.0\duct4yz_neg.vfy
A basic\verify_7.7.0\duct4yz_pos.vfy
A basic\verify_7.7.0\duct4zx_neg.vfy
A basic\verify_7.7.0\duct4zx_pos.vfy
A basic\verify_7.7.0\duct5.vfy
A basic\verify_7.7.0\duct6.vfy
A basic\verify_7.7.0\duct7.vfy
A basic\verify_7.7.0\dumbbell.vfy
A basic\verify_7.7.0\dump1e.vfy
A basic\verify_7.7.0\dump1s.vfy
A basic\verify_7.7.0\dump2e.vfy
A basic\verify_7.7.0\dump2s.vfy
A basic\verify_7.7.0\dump3e.vfy
A basic\verify_7.7.0\dump4e.vfy
A basic\verify_7.7.0\dump5e.vfy
A basic\verify_7.7.0\dump6e.vfy
A basic\verify_7.7.0\dumpPmtrs.vfy
A basic\verify_7.7.0\dumpTest1a.vfy
A basic\verify_7.7.0\dumpTest1b.vfy
A basic\verify_7.7.0\dumpTest2a.vfy
A basic\verify_7.7.0\dumpTest2b.vfy
A basic\verify_7.7.0\dumpTest3a.vfy
A basic\verify_7.7.0\dumpTest3b.vfy
A basic\verify_7.7.0\dumpTest4a.vfy
A basic\verify_7.7.0\dumpTest4b.vfy
A basic\verify_7.7.0\dumpTest5a.vfy
A basic\verify_7.7.0\dumpTest5b.vfy
A basic\verify_7.7.0\dumpTest6a.vfy
A basic\verify_7.7.0\dumpTest6b.vfy
A basic\verify_7.7.0\dumpTest7a.vfy
A basic\verify_7.7.0\dumpTest7b.vfy
A basic\verify_7.7.0\dumpTest8a.vfy
A basic\verify_7.7.0\dumpTest8b.vfy
A basic\verify_7.7.0\dump_union2.vfy
A basic\verify_7.7.0\editAttrB.vfy
A basic\verify_7.7.0\editAttrBug.vfy
A basic\verify_7.7.0\editAttrD.vfy
A basic\verify_7.7.0\editAttrE.vfy
A basic\verify_7.7.0\editAttrEE.vfy
A basic\verify_7.7.0\editAttrF.vfy
A basic\verify_7.7.0\editAttrFF.vfy
A basic\verify_7.7.0\editAttrFile.vfy
A basic\verify_7.7.0\editAttrFile2.vfy
A basic\verify_7.7.0\editAttrFile3.vfy
A basic\verify_7.7.0\editAttrFile4.vfy
A basic\verify_7.7.0\editAttrN.vfy
A basic\verify_7.7.0\editAttrOverwrite.vfy
A basic\verify_7.7.0\editAttrWild.vfy
A basic\verify_7.7.0\elbow1.vfy
A basic\verify_7.7.0\elbow2.vfy
A basic\verify_7.7.0\elevate1.vfy
A basic\verify_7.7.0\elevate2.vfy
A basic\verify_7.7.0\elevate3.vfy
A basic\verify_7.7.0\elevate4.vfy
A basic\verify_7.7.0\elevate5.vfy
A basic\verify_7.7.0\elevate6a.vfy
A basic\verify_7.7.0\elevate6b.vfy
A basic\verify_7.7.0\elevate7a.vfy
A basic\verify_7.7.0\elevate7b.vfy
A basic\verify_7.7.0\elevate8a.vfy
A basic\verify_7.7.0\ellipse1.vfy
A basic\verify_7.7.0\ellipse2.vfy
A basic\verify_7.7.0\ellipses.vfy
A basic\verify_7.7.0\ellipsoid1.vfy
A basic\verify_7.7.0\ellipsoid1.vfy_hand
A basic\verify_7.7.0\ellipsoid2.vfy
A basic\verify_7.7.0\embeddedNacelle1.vfy
A basic\verify_7.7.0\empty.vfy
A basic\verify_7.7.0\ereped0.vfy
A basic\verify_7.7.0\ereped1.vfy
A basic\verify_7.7.0\ereped2.vfy
A basic\verify_7.7.0\ereped3.vfy
A basic\verify_7.7.0\ereped4.vfy
A basic\verify_7.7.0\ereped5a.vfy
A basic\verify_7.7.0\ereped5b.vfy
A basic\verify_7.7.0\ereped5c.vfy
A basic\verify_7.7.0\ereped6a.vfy
A basic\verify_7.7.0\ereped6a.vfy_hand
A basic\verify_7.7.0\ereped6b.vfy
A basic\verify_7.7.0\ereped6c.vfy
A basic\verify_7.7.0\ereped6d.vfy
A basic\verify_7.7.0\ereped7.vfy
A basic\verify_7.7.0\ereped8.vfy
A basic\verify_7.7.0\esa_logo.vfy
A basic\verify_7.7.0\etopo2.vfy
A basic\verify_7.7.0\evaluate1.vfy
A basic\verify_7.7.0\evaluate2.vfy
A basic\verify_7.7.0\evaluate3a.vfy
A basic\verify_7.7.0\evaluate3b.vfy
A basic\verify_7.7.0\expressions.vfy
A basic\verify_7.7.0\extract1.vfy
A basic\verify_7.7.0\extract2.vfy
A basic\verify_7.7.0\extract3.vfy
A basic\verify_7.7.0\extract4.vfy
A basic\verify_7.7.0\extractBodys.vfy
A basic\verify_7.7.0\extractShells1.vfy
A basic\verify_7.7.0\extractShells2.vfy
A basic\verify_7.7.0\extrude.vfy
A basic\verify_7.7.0\extrude0.vfy
A basic\verify_7.7.0\extrude1.vfy
A basic\verify_7.7.0\extrude2.vfy
A basic\verify_7.7.0\extrude3a.vfy
A basic\verify_7.7.0\extrude3b.vfy
A basic\verify_7.7.0\extrude4a.vfy
A basic\verify_7.7.0\extrude4b.vfy
A basic\verify_7.7.0\extrude5.vfy
A basic\verify_7.7.0\extrude6.vfy
A basic\verify_7.7.0\extrude7.vfy
A basic\verify_7.7.0\extrude8.vfy
A basic\verify_7.7.0\extrude9.vfy
A basic\verify_7.7.0\extrudeA.vfy
A basic\verify_7.7.0\extrudeB.vfy
A basic\verify_7.7.0\extrudeWithHoles.vfy
A basic\verify_7.7.0\faceOrder1.vfy
A basic\verify_7.7.0\faceOrder2.vfy
A basic\verify_7.7.0\faceOrder3.vfy
A basic\verify_7.7.0\faceOrder4a.vfy
A basic\verify_7.7.0\faceOrder4b.vfy
A basic\verify_7.7.0\faceunion1.vfy
A basic\verify_7.7.0\faceunion2.vfy
A basic\verify_7.7.0\faceunion3.vfy
A basic\verify_7.7.0\faceunion4.vfy
A basic\verify_7.7.0\farfield1.vfy
A basic\verify_7.7.0\fauxFillet1.vfy
A basic\verify_7.7.0\fillet0.vfy
A basic\verify_7.7.0\fillet1.vfy
A basic\verify_7.7.0\fillet2.vfy
A basic\verify_7.7.0\fillet3.vfy
A basic\verify_7.7.0\fillet4.vfy
A basic\verify_7.7.0\fillet5.vfy
A basic\verify_7.7.0\fillet6.vfy
A basic\verify_7.7.0\fillet7.vfy
A basic\verify_7.7.0\fillet8.vfy
A basic\verify_7.7.0\fillet9.vfy
A basic\verify_7.7.0\filletA.vfy
A basic\verify_7.7.0\filletB.vfy
A basic\verify_7.7.0\filletBox1.vfy
A basic\verify_7.7.0\filletBox2.vfy
A basic\verify_7.7.0\filletBox3.vfy
A basic\verify_7.7.0\filletBox4.vfy
A basic\verify_7.7.0\fin1a.vfy
A basic\verify_7.7.0\fin1b.vfy
A basic\verify_7.7.0\fin2a.vfy
A basic\verify_7.7.0\fin2b.vfy
A basic\verify_7.7.0\fin3.vfy
A basic\verify_7.7.0\fin3.vfy_hand
A basic\verify_7.7.0\fitCurve1.vfy
A basic\verify_7.7.0\fitCurve2.vfy
A basic\verify_7.7.0\fitCurve3.vfy
A basic\verify_7.7.0\fitCurve4a.vfy
A basic\verify_7.7.0\fitCurve4b.vfy
A basic\verify_7.7.0\fitCurve4c.vfy
A basic\verify_7.7.0\fitCurve4d.vfy
A basic\verify_7.7.0\fitCurve4e.vfy
A basic\verify_7.7.0\fitCurve4f.vfy
A basic\verify_7.7.0\fitCurve4g.vfy
A basic\verify_7.7.0\fitCurve4h.vfy
A basic\verify_7.7.0\fitCurve5a.vfy
A basic\verify_7.7.0\fitCurve5b.vfy
A basic\verify_7.7.0\fitCurve6a.vfy
A basic\verify_7.7.0\fitCurve6b.vfy
A basic\verify_7.7.0\fitCurve7.vfy
A basic\verify_7.7.0\fixture1.vfy
A basic\verify_7.7.0\fixture2.vfy
A basic\verify_7.7.0\fixture3.vfy
A basic\verify_7.7.0\flap1.vfy
A basic\verify_7.7.0\flap2.vfy
A basic\verify_7.7.0\flap3.vfy
A basic\verify_7.7.0\flap4.vfy
A basic\verify_7.7.0\flap5.vfy
A basic\verify_7.7.0\flend0a.vfy
A basic\verify_7.7.0\flend0b.vfy
A basic\verify_7.7.0\flend0c.vfy
A basic\verify_7.7.0\flend0d.vfy
A basic\verify_7.7.0\flend10a.vfy
A basic\verify_7.7.0\flend10b.vfy
A basic\verify_7.7.0\flend10c.vfy
A basic\verify_7.7.0\flend10d.vfy
A basic\verify_7.7.0\flend10e.vfy
A basic\verify_7.7.0\flend10f.vfy
A basic\verify_7.7.0\flend10g.vfy
A basic\verify_7.7.0\flend10h.vfy
A basic\verify_7.7.0\flend10i.vfy
A basic\verify_7.7.0\flend10j.vfy
A basic\verify_7.7.0\flend10k.vfy
A basic\verify_7.7.0\flend10l.vfy
A basic\verify_7.7.0\flend10m.vfy
A basic\verify_7.7.0\flend10n.vfy
A basic\verify_7.7.0\flend10o.vfy
A basic\verify_7.7.0\flend10p.vfy
A basic\verify_7.7.0\flend10q.vfy
A basic\verify_7.7.0\flend10r.vfy
A basic\verify_7.7.0\flend1a.vfy
A basic\verify_7.7.0\flend1b.vfy
A basic\verify_7.7.0\flend1c.vfy
A basic\verify_7.7.0\flend1d.vfy
A basic\verify_7.7.0\flend2a.vfy
A basic\verify_7.7.0\flend2b.vfy
A basic\verify_7.7.0\flend2c.vfy
A basic\verify_7.7.0\flend2d.vfy
A basic\verify_7.7.0\flend2e.vfy
A basic\verify_7.7.0\flend2f.vfy
A basic\verify_7.7.0\flend2g.vfy
A basic\verify_7.7.0\flend2h.vfy
A basic\verify_7.7.0\flend3a.vfy
A basic\verify_7.7.0\flend3b.vfy
A basic\verify_7.7.0\flend3c.vfy
A basic\verify_7.7.0\flend3d.vfy
A basic\verify_7.7.0\flend3e.vfy
A basic\verify_7.7.0\flend3f.vfy
A basic\verify_7.7.0\flend3g.vfy
A basic\verify_7.7.0\flend3h.vfy
A basic\verify_7.7.0\flend4a.vfy
A basic\verify_7.7.0\flend4b.vfy
A basic\verify_7.7.0\flend5.vfy
A basic\verify_7.7.0\flend5a.vfy
A basic\verify_7.7.0\flend5b.vfy
A basic\verify_7.7.0\flend5c.vfy
A basic\verify_7.7.0\flend6a.vfy
A basic\verify_7.7.0\flend6b.vfy
A basic\verify_7.7.0\flend6c.vfy
A basic\verify_7.7.0\flend6d.vfy
A basic\verify_7.7.0\flend7a.vfy
A basic\verify_7.7.0\flend8a.vfy
A basic\verify_7.7.0\flend8b.vfy
A basic\verify_7.7.0\flend8e.vfy
A basic\verify_7.7.0\flend8f.vfy
A basic\verify_7.7.0\flend8g.vfy
A basic\verify_7.7.0\flend8h.vfy
A basic\verify_7.7.0\flend8i.vfy
A basic\verify_7.7.0\flend8j.vfy
A basic\verify_7.7.0\flend8m.vfy
A basic\verify_7.7.0\flend8n.vfy
A basic\verify_7.7.0\flend8o.vfy
A basic\verify_7.7.0\flend8p.vfy
A basic\verify_7.7.0\flend8q.vfy
A basic\verify_7.7.0\flend8r.vfy
A basic\verify_7.7.0\flend8s.vfy
A basic\verify_7.7.0\flend8t.vfy
A basic\verify_7.7.0\flend8u.vfy
A basic\verify_7.7.0\flend8v.vfy
A basic\verify_7.7.0\flend8w.vfy
A basic\verify_7.7.0\flend8x.vfy
A basic\verify_7.7.0\flend8y.vfy
A basic\verify_7.7.0\flend8z.vfy
A basic\verify_7.7.0\flend9a.vfy
A basic\verify_7.7.0\flend9b.vfy
A basic\verify_7.7.0\flend9c.vfy
A basic\verify_7.7.0\flend9d.vfy
A basic\verify_7.7.0\flend9e.vfy
A basic\verify_7.7.0\flend9f.vfy
A basic\verify_7.7.0\flend9g.vfy
A basic\verify_7.7.0\flend9h.vfy
A basic\verify_7.7.0\flend9i.vfy
A basic\verify_7.7.0\flend9j.vfy
A basic\verify_7.7.0\flend9k.vfy
A basic\verify_7.7.0\flend9l.vfy
A basic\verify_7.7.0\flend9m.vfy
A basic\verify_7.7.0\flend9n.vfy
A basic\verify_7.7.0\flend9o.vfy
A basic\verify_7.7.0\flend9p.vfy
A basic\verify_7.7.0\flend9q.vfy
A basic\verify_7.7.0\flend9r.vfy
A basic\verify_7.7.0\flend9s.vfy
A basic\verify_7.7.0\flend9t.vfy
A basic\verify_7.7.0\flend9u.vfy
A basic\verify_7.7.0\flend9v.vfy
A basic\verify_7.7.0\flend9w.vfy
A basic\verify_7.7.0\flend9x.vfy
A basic\verify_7.7.0\flowaround1.vfy
A basic\verify_7.7.0\flowaround2.vfy
A basic\verify_7.7.0\flowaround3.vfy
A basic\verify_7.7.0\flowthru1.vfy
A basic\verify_7.7.0\flowthru2.vfy
A basic\verify_7.7.0\flowthru3.vfy
A basic\verify_7.7.0\freeform1.vfy
A basic\verify_7.7.0\freeform2.vfy
A basic\verify_7.7.0\freeform3.vfy
A basic\verify_7.7.0\freeform4.vfy
A basic\verify_7.7.0\freeform5.vfy
A basic\verify_7.7.0\freeform6.vfy
A basic\verify_7.7.0\freeformBox.vfy
A basic\verify_7.7.0\freeformCyl.vfy
A basic\verify_7.7.0\frustrum.vfy
A basic\verify_7.7.0\frustrum1.vfy
A basic\verify_7.7.0\frustrum2.vfy
A basic\verify_7.7.0\frustrum3.vfy
A basic\verify_7.7.0\fun3d_demo.vfy
A basic\verify_7.7.0\fuseStruct.vfy
A basic\verify_7.7.0\fuselage1.vfy
A basic\verify_7.7.0\fuselage2.vfy
A basic\verify_7.7.0\fuselage3.vfy
A basic\verify_7.7.0\fuselage4.vfy
A basic\verify_7.7.0\fuselage5.vfy
A basic\verify_7.7.0\fuselage6.vfy
A basic\verify_7.7.0\fuselage7.vfy
A basic\verify_7.7.0\fuselage8.vfy
A basic\verify_7.7.0\ganged1a.vfy
A basic\verify_7.7.0\ganged1b.vfy
A basic\verify_7.7.0\ganged2a.vfy
A basic\verify_7.7.0\ganged2b.vfy
A basic\verify_7.7.0\ganged3a.vfy
A basic\verify_7.7.0\ganged3b.vfy
A basic\verify_7.7.0\ganged4a.vfy
A basic\verify_7.7.0\ganged4b.vfy
A basic\verify_7.7.0\ganged5a.vfy
A basic\verify_7.7.0\ganged5b.vfy
A basic\verify_7.7.0\ganged6a.vfy
A basic\verify_7.7.0\ganged6b.vfy
A basic\verify_7.7.0\ganged7a.vfy
A basic\verify_7.7.0\ganged7b.vfy
A basic\verify_7.7.0\ganged7c.vfy
A basic\verify_7.7.0\ganged7d.vfy
A basic\verify_7.7.0\ganged7e.vfy
A basic\verify_7.7.0\ganged7f.vfy
A basic\verify_7.7.0\ganged7g.vfy
A basic\verify_7.7.0\ganged7h.vfy
A basic\verify_7.7.0\ganged7i.vfy
A basic\verify_7.7.0\gen_rot.vfy
A basic\verify_7.7.0\getattr1.vfy
A basic\verify_7.7.0\getattr2.vfy
A basic\verify_7.7.0\glass.vfy
A basic\verify_7.7.0\gliderMultiModel.vfy
A basic\verify_7.7.0\glovesTest.vfy
A basic\verify_7.7.0\gouge.vfy
A basic\verify_7.7.0\gougedBox.vfy
A basic\verify_7.7.0\gougedCylinder.vfy
A basic\verify_7.7.0\group1.vfy
A basic\verify_7.7.0\group2.vfy
A basic\verify_7.7.0\group3.vfy
A basic\verify_7.7.0\group4.vfy
A basic\verify_7.7.0\group6.vfy
A basic\verify_7.7.0\guide1a.vfy
A basic\verify_7.7.0\guide1b.vfy
A basic\verify_7.7.0\guide2a.vfy
A basic\verify_7.7.0\guide2b.vfy
A basic\verify_7.7.0\guide3.vfy
A basic\verify_7.7.0\gyroid.vfy
A basic\verify_7.7.0\halfSpheres.vfy
A basic\verify_7.7.0\helix.vfy
A basic\verify_7.7.0\helix1.vfy
A basic\verify_7.7.0\helix2.vfy
A basic\verify_7.7.0\helix3.vfy
A basic\verify_7.7.0\hex1.vfy
A basic\verify_7.7.0\hex2.vfy
A basic\verify_7.7.0\hex3.vfy
A basic\verify_7.7.0\hinge2a.vfy
A basic\verify_7.7.0\hinge2b.vfy
A basic\verify_7.7.0\hinge2c.vfy
A basic\verify_7.7.0\hinge2d.vfy
A basic\verify_7.7.0\hinge2e.vfy
A basic\verify_7.7.0\hingey.vfy
A basic\verify_7.7.0\hingez.vfy
A basic\verify_7.7.0\histDist1a.vfy
A basic\verify_7.7.0\histDist1b.vfy
A basic\verify_7.7.0\hole1.vfy
A basic\verify_7.7.0\hole2.vfy
A basic\verify_7.7.0\hole3.vfy
A basic\verify_7.7.0\hole4.vfy
A basic\verify_7.7.0\holes1.vfy
A basic\verify_7.7.0\holes2.vfy
A basic\verify_7.7.0\hollow0a.vfy
A basic\verify_7.7.0\hollow0b.vfy
A basic\verify_7.7.0\hollow0c.vfy
A basic\verify_7.7.0\hollow0d.vfy
A basic\verify_7.7.0\hollow1a.vfy
A basic\verify_7.7.0\hollow1b.vfy
A basic\verify_7.7.0\hollow2a.vfy
A basic\verify_7.7.0\hollow2b.vfy
A basic\verify_7.7.0\hollow3a.vfy
A basic\verify_7.7.0\hollow3b.vfy
A basic\verify_7.7.0\hollow4a.vfy
A basic\verify_7.7.0\hollow4b.vfy
A basic\verify_7.7.0\hollow5.vfy
A basic\verify_7.7.0\hollow6.vfy
A basic\verify_7.7.0\hollow7a.vfy
A basic\verify_7.7.0\hollow7b.vfy
A basic\verify_7.7.0\hollow8a.vfy
A basic\verify_7.7.0\hollow8b.vfy
A basic\verify_7.7.0\hollow9a.vfy
A basic\verify_7.7.0\hollow9b.vfy
A basic\verify_7.7.0\hollow9c.vfy
A basic\verify_7.7.0\hollow9d.vfy
A basic\verify_7.7.0\hollow9g.vfy
A basic\verify_7.7.0\hollowA.vfy
A basic\verify_7.7.0\hollowB1.vfy
A basic\verify_7.7.0\hollowB2.vfy
A basic\verify_7.7.0\hollowB3.vfy
A basic\verify_7.7.0\hollowB4.vfy
A basic\verify_7.7.0\hollowB5.vfy
A basic\verify_7.7.0\hollowB6.vfy
A basic\verify_7.7.0\hollowB7.vfy
A basic\verify_7.7.0\hollowB8.vfy
A basic\verify_7.7.0\hollowB9.vfy
A basic\verify_7.7.0\hollowBA.vfy
A basic\verify_7.7.0\hollowBB.vfy
A basic\verify_7.7.0\hollowC1.vfy
A basic\verify_7.7.0\hollowC2.vfy
A basic\verify_7.7.0\hollowC3.vfy
A basic\verify_7.7.0\hollowC4.vfy
A basic\verify_7.7.0\hollowC5.vfy
A basic\verify_7.7.0\hollowC6.vfy
A basic\verify_7.7.0\hollowC6.vfy_hand
A basic\verify_7.7.0\hollowC7.vfy
A basic\verify_7.7.0\hollowC7.vfy_hand
A basic\verify_7.7.0\hollowC8.vfy
A basic\verify_7.7.0\hollowC9.vfy
A basic\verify_7.7.0\hollowCA.vfy
A basic\verify_7.7.0\hollowCA.vfy_hand
A basic\verify_7.7.0\hollowCB.vfy
A basic\verify_7.7.0\hollowCB.vfy_hand
A basic\verify_7.7.0\hollowD1a.vfy
A basic\verify_7.7.0\hollowD1b.vfy
A basic\verify_7.7.0\hollowD2.vfy
A basic\verify_7.7.0\hollowD3a.vfy
A basic\verify_7.7.0\hollowD3b.vfy
A basic\verify_7.7.0\hollowE1.vfy
A basic\verify_7.7.0\hollowE2.vfy
A basic\verify_7.7.0\hollowE3.vfy
A basic\verify_7.7.0\hollowE4.vfy
A basic\verify_7.7.0\hollowFuselage.vfy
A basic\verify_7.7.0\hollowSheet.vfy
A basic\verify_7.7.0\hollowSolid.vfy
A basic\verify_7.7.0\hollowWing.vfy
A basic\verify_7.7.0\implicitStrings.vfy
A basic\verify_7.7.0\import1.vfy
A basic\verify_7.7.0\import2.vfy
A basic\verify_7.7.0\import3.vfy
A basic\verify_7.7.0\import4a.vfy
A basic\verify_7.7.0\import4b.vfy
A basic\verify_7.7.0\import5.vfy
A basic\verify_7.7.0\import6a.vfy
A basic\verify_7.7.0\import6b.vfy
A basic\verify_7.7.0\import7a.vfy
A basic\verify_7.7.0\import7b.vfy
A basic\verify_7.7.0\import8a.vfy
A basic\verify_7.7.0\import8b.vfy
A basic\verify_7.7.0\importAttr.vfy
A basic\verify_7.7.0\imprint1.vfy
A basic\verify_7.7.0\imprint2.vfy
A basic\verify_7.7.0\imprint3.vfy
A basic\verify_7.7.0\imprint4.vfy
A basic\verify_7.7.0\inclinedOval.vfy
A basic\verify_7.7.0\inflatedBody1a.vfy
A basic\verify_7.7.0\inflatedBody1b.vfy
A basic\verify_7.7.0\inflatedBody2a.vfy
A basic\verify_7.7.0\inflatedBody2b.vfy
A basic\verify_7.7.0\inletWithWalls1.vfy
A basic\verify_7.7.0\inletWithWalls2.vfy
A basic\verify_7.7.0\intersect.vfy
A basic\verify_7.7.0\intersect2a.vfy
A basic\verify_7.7.0\intersect2b.vfy
A basic\verify_7.7.0\intersect4a.vfy
A basic\verify_7.7.0\intersect4b.vfy
A basic\verify_7.7.0\intersect4c.vfy
A basic\verify_7.7.0\intersect4d.vfy
A basic\verify_7.7.0\intersect4e.vfy
A basic\verify_7.7.0\intersect4f.vfy
A basic\verify_7.7.0\intersect4g.vfy
A basic\verify_7.7.0\intersect4h.vfy
A basic\verify_7.7.0\intersect4i.vfy
A basic\verify_7.7.0\intersect4j.vfy
A basic\verify_7.7.0\intersect5a.vfy
A basic\verify_7.7.0\intersect5b.vfy
A basic\verify_7.7.0\intersect5c.vfy
A basic\verify_7.7.0\intersect5d.vfy
A basic\verify_7.7.0\intersect5e.vfy
A basic\verify_7.7.0\intersect5f.vfy
A basic\verify_7.7.0\intersect6a.vfy
A basic\verify_7.7.0\intersect6b.vfy
A basic\verify_7.7.0\intersect6c.vfy
A basic\verify_7.7.0\intersect6d.vfy
A basic\verify_7.7.0\intersect6e.vfy
A basic\verify_7.7.0\intersect6f.vfy
A basic\verify_7.7.0\intersectAll.vfy
A basic\verify_7.7.0\join.vfy
A basic\verify_7.7.0\joinSheets1a.vfy
A basic\verify_7.7.0\joinSheets1b.vfy
A basic\verify_7.7.0\joinSheets2a.vfy
A basic\verify_7.7.0\joinSheets2b.vfy
A basic\verify_7.7.0\joinSheets3a.vfy
A basic\verify_7.7.0\joinSheets3b.vfy
A basic\verify_7.7.0\joinSheets4a.vfy
A basic\verify_7.7.0\joinSheets4b.vfy
A basic\verify_7.7.0\joinSheets4c.vfy
A basic\verify_7.7.0\joinSheets5a.vfy
A basic\verify_7.7.0\joinSheets5b.vfy
A basic\verify_7.7.0\joinSheets6a.vfy
A basic\verify_7.7.0\joinSheets6b.vfy
A basic\verify_7.7.0\joinUnion1.vfy
A basic\verify_7.7.0\joinUnion2.vfy
A basic\verify_7.7.0\joinUnion3.vfy
A basic\verify_7.7.0\joinWires.vfy
A basic\verify_7.7.0\joinWires2a.vfy
A basic\verify_7.7.0\joinWires2b.vfy
A basic\verify_7.7.0\joinWires2c.vfy
A basic\verify_7.7.0\joinWires2d.vfy
A basic\verify_7.7.0\joinWires2e.vfy
A basic\verify_7.7.0\joinblend1.vfy
A basic\verify_7.7.0\joinblend2.vfy
A basic\verify_7.7.0\joinblend3.vfy
A basic\verify_7.7.0\joinblend4.vfy
A basic\verify_7.7.0\kulfan1.vfy
A basic\verify_7.7.0\kulfan2.vfy
A basic\verify_7.7.0\kulfan3.vfy
A basic\verify_7.7.0\largeSketch.vfy
A basic\verify_7.7.0\loft0a.vfy
A basic\verify_7.7.0\loft0b.vfy
A basic\verify_7.7.0\loft1a.vfy
A basic\verify_7.7.0\loft1b.vfy
A basic\verify_7.7.0\loft2.vfy
A basic\verify_7.7.0\loft3a.vfy
A basic\verify_7.7.0\loft3b.vfy
A basic\verify_7.7.0\loft3c.vfy
A basic\verify_7.7.0\loft3d.vfy
A basic\verify_7.7.0\loft7a.vfy
A basic\verify_7.7.0\loft7b.vfy
A basic\verify_7.7.0\loft7c.vfy
A basic\verify_7.7.0\loft7d.vfy
A basic\verify_7.7.0\loft7e.vfy
A basic\verify_7.7.0\loft7f.vfy
A basic\verify_7.7.0\loft7g.vfy
A basic\verify_7.7.0\loft7h.vfy
A basic\verify_7.7.0\loft7i.vfy
A basic\verify_7.7.0\loft7j.vfy
A basic\verify_7.7.0\loft7k.vfy
A basic\verify_7.7.0\loft7l.vfy
A basic\verify_7.7.0\loft7m.vfy
A basic\verify_7.7.0\loft7n.vfy
A basic\verify_7.7.0\loft7o.vfy
A basic\verify_7.7.0\loft7p.vfy
A basic\verify_7.7.0\loft7q.vfy
A basic\verify_7.7.0\lofts1.vfy
A basic\verify_7.7.0\lofts2.vfy
A basic\verify_7.7.0\lofts3.vfy
A basic\verify_7.7.0\marks_on_stack.vfy
A basic\verify_7.7.0\masspropsBox.vfy
A basic\verify_7.7.0\masspropsCorner.vfy
A basic\verify_7.7.0\masspropsCylinder.vfy
A basic\verify_7.7.0\masspropsEdges.vfy
A basic\verify_7.7.0\masspropsFaces.vfy
A basic\verify_7.7.0\masspropsSheets.vfy
A basic\verify_7.7.0\masspropsShell.vfy
A basic\verify_7.7.0\masspropsSketch.vfy
A basic\verify_7.7.0\masspropsSphere.vfy
A basic\verify_7.7.0\masspropsWires.vfy
A basic\verify_7.7.0\match1.vfy
A basic\verify_7.7.0\match2.vfy
A basic\verify_7.7.0\match3.vfy
A basic\verify_7.7.0\matchBodys1.vfy
A basic\verify_7.7.0\matchBodys2.vfy
A basic\verify_7.7.0\matchBodys3.vfy
A basic\verify_7.7.0\matchBodys4a.vfy
A basic\verify_7.7.0\matchBodys4b.vfy
A basic\verify_7.7.0\matchBodys4c.vfy
A basic\verify_7.7.0\matchBodys4d.vfy
A basic\verify_7.7.0\matchBodys5.vfy
A basic\verify_7.7.0\message.vfy
A basic\verify_7.7.0\mirror1x.vfy
A basic\verify_7.7.0\mirror1xy.vfy
A basic\verify_7.7.0\mirror1y.vfy
A basic\verify_7.7.0\mirror1yz.vfy
A basic\verify_7.7.0\mirror1z.vfy
A basic\verify_7.7.0\mirror1zx.vfy
A basic\verify_7.7.0\mirror2x.vfy
A basic\verify_7.7.0\mirror2y.vfy
A basic\verify_7.7.0\mirror2z.vfy
A basic\verify_7.7.0\mirror3x.vfy
A basic\verify_7.7.0\mirror3y.vfy
A basic\verify_7.7.0\mirror3z.vfy
A basic\verify_7.7.0\miter1.vfy
A basic\verify_7.7.0\mitten1.vfy
A basic\verify_7.7.0\morph0.vfy
A basic\verify_7.7.0\morph1a.vfy
A basic\verify_7.7.0\morph1b.vfy
A basic\verify_7.7.0\morph1c.vfy
A basic\verify_7.7.0\morph2.vfy
A basic\verify_7.7.0\multiBody1.vfy
A basic\verify_7.7.0\multiBody2.vfy
A basic\verify_7.7.0\multiBody3.vfy
A basic\verify_7.7.0\multiBody4.vfy
A basic\verify_7.7.0\multiBody5.vfy
A basic\verify_7.7.0\multiRegions0.vfy
A basic\verify_7.7.0\multiRegions1.vfy
A basic\verify_7.7.0\multiRegions2.vfy
A basic\verify_7.7.0\multipart1.vfy
A basic\verify_7.7.0\multipart2.vfy
A basic\verify_7.7.0\naca.vfy
A basic\verify_7.7.0\naca2.vfy
A basic\verify_7.7.0\naca3.vfy
A basic\verify_7.7.0\naca456.vfy
A basic\verify_7.7.0\naca4blend.vfy
A basic\verify_7.7.0\naca4extrude.vfy
A basic\verify_7.7.0\naca4rule.vfy
A basic\verify_7.7.0\naca6a.vfy
A basic\verify_7.7.0\naca6b.vfy
A basic\verify_7.7.0\naca6c.vfy
A basic\verify_7.7.0\naca6d.vfy
A basic\verify_7.7.0\naca6e.vfy
A basic\verify_7.7.0\naca6f.vfy
A basic\verify_7.7.0\naca6g.vfy
A basic\verify_7.7.0\naca6h.vfy
A basic\verify_7.7.0\naca6i.vfy
A basic\verify_7.7.0\naca6mc0.vfy
A basic\verify_7.7.0\naca6mc1.vfy
A basic\verify_7.7.0\naca6mc2.vfy
A basic\verify_7.7.0\naca6mc3.vfy
A basic\verify_7.7.0\naca6mc4.vfy
A basic\verify_7.7.0\naca6mc5.vfy
A basic\verify_7.7.0\naca6mc6.vfy
A basic\verify_7.7.0\naca6mc7.vfy
A basic\verify_7.7.0\naca6mc8.vfy
A basic\verify_7.7.0\naca6mc9.vfy
A basic\verify_7.7.0\nacaHiAR.vfy
A basic\verify_7.7.0\nacameanline.vfy
A basic\verify_7.7.0\nacameanline2.vfy
A basic\verify_7.7.0\nacas.vfy
A basic\verify_7.7.0\nacas2.vfy
A basic\verify_7.7.0\nacas3.vfy
A basic\verify_7.7.0\nacawing.vfy
A basic\verify_7.7.0\nacawing2.vfy
A basic\verify_7.7.0\nacawing3.vfy
A basic\verify_7.7.0\nacelle1.vfy
A basic\verify_7.7.0\names.vfy
A basic\verify_7.7.0\nasa_worm.vfy
A basic\verify_7.7.0\nearbodygrid.vfy
A basic\verify_7.7.0\newDroop4a.vfy
A basic\verify_7.7.0\newDroop4b.vfy
A basic\verify_7.7.0\newDroop4c.vfy
A basic\verify_7.7.0\newDroop4d.vfy
A basic\verify_7.7.0\newDroop4f.vfy
A basic\verify_7.7.0\newDroop4g.vfy
A basic\verify_7.7.0\newDroop5a.vfy
A basic\verify_7.7.0\newDroop5b.vfy
A basic\verify_7.7.0\newDroop5c.vfy
A basic\verify_7.7.0\nmWireBody1.vfy
A basic\verify_7.7.0\nmWireBody2.vfy
A basic\verify_7.7.0\nmWireBody3.vfy
A basic\verify_7.7.0\nmWireBody4.vfy
A basic\verify_7.7.0\nmWireBody5.vfy
A basic\verify_7.7.0\nmWireBody6.vfy
A basic\verify_7.7.0\nodeAttribute.vfy
A basic\verify_7.7.0\nodebody_on_stack.vfy
A basic\verify_7.7.0\nosecone1.vfy
A basic\verify_7.7.0\nosecone2.vfy
A basic\verify_7.7.0\nozzle1.vfy
A basic\verify_7.7.0\nozzle2.vfy
A basic\verify_7.7.0\nudge1.vfy
A basic\verify_7.7.0\nudge2.vfy
A basic\verify_7.7.0\nudge3.vfy
A basic\verify_7.7.0\nudge4.vfy
A basic\verify_7.7.0\nudge5.vfy
A basic\verify_7.7.0\nudge6.vfy
A basic\verify_7.7.0\nurbbody0.vfy
A basic\verify_7.7.0\nurbbody1.vfy
A basic\verify_7.7.0\nurbbody2.vfy
A basic\verify_7.7.0\nurbbody3.vfy
A basic\verify_7.7.0\nuscale0.vfy
A basic\verify_7.7.0\nuscale1.vfy
A basic\verify_7.7.0\nuscale2.vfy
A basic\verify_7.7.0\nuscale3.vfy
A basic\verify_7.7.0\nuscale4.vfy
A basic\verify_7.7.0\offset1.vfy
A basic\verify_7.7.0\offset2.vfy
A basic\verify_7.7.0\offset3.vfy
A basic\verify_7.7.0\offset4.vfy
A basic\verify_7.7.0\offset5.vfy
A basic\verify_7.7.0\offset6.vfy
A basic\verify_7.7.0\offset7x.vfy
A basic\verify_7.7.0\offset7y.vfy
A basic\verify_7.7.0\offset7z.vfy
A basic\verify_7.7.0\offset8x.vfy
A basic\verify_7.7.0\offset8y.vfy
A basic\verify_7.7.0\offset8z.vfy
A basic\verify_7.7.0\offset9.vfy
A basic\verify_7.7.0\offsetA.vfy
A basic\verify_7.7.0\offsetB.vfy
A basic\verify_7.7.0\offsetC.vfy
A basic\verify_7.7.0\offsetD.vfy
A basic\verify_7.7.0\offsetE.vfy
A basic\verify_7.7.0\offsetF.vfy
A basic\verify_7.7.0\offsetG.vfy
A basic\verify_7.7.0\offsetH.vfy
A basic\verify_7.7.0\offsetIa.vfy
A basic\verify_7.7.0\offsetIb.vfy
A basic\verify_7.7.0\offsetIc.vfy
A basic\verify_7.7.0\offsetId.vfy
A basic\verify_7.7.0\offsetJa.vfy
A basic\verify_7.7.0\offsetJb.vfy
A basic\verify_7.7.0\offsetJc.vfy
A basic\verify_7.7.0\offsetJd.vfy
A basic\verify_7.7.0\offsetKa.vfy
A basic\verify_7.7.0\offsetKb.vfy
A basic\verify_7.7.0\offsetKc.vfy
A basic\verify_7.7.0\offsetKd.vfy
A basic\verify_7.7.0\offsetLa.vfy
A basic\verify_7.7.0\offsetLb.vfy
A basic\verify_7.7.0\offsetLc.vfy
A basic\verify_7.7.0\offsetLd.vfy
A basic\verify_7.7.0\offsetMa.vfy
A basic\verify_7.7.0\offsetMb.vfy
A basic\verify_7.7.0\offsetMc.vfy
A basic\verify_7.7.0\offsetMd.vfy
A basic\verify_7.7.0\offsetNa.vfy
A basic\verify_7.7.0\offsetNb.vfy
A basic\verify_7.7.0\offsetNc.vfy
A basic\verify_7.7.0\offsetNd.vfy
A basic\verify_7.7.0\offsetOa.vfy
A basic\verify_7.7.0\offsetOb.vfy
A basic\verify_7.7.0\offsetOc.vfy
A basic\verify_7.7.0\offsetOd.vfy
A basic\verify_7.7.0\offsetOe.vfy
A basic\verify_7.7.0\offsetOf.vfy
A basic\verify_7.7.0\offsetOg.vfy
A basic\verify_7.7.0\offsetOh.vfy
A basic\verify_7.7.0\offsetOi.vfy
A basic\verify_7.7.0\offsetOj.vfy
A basic\verify_7.7.0\offsetOk.vfy
A basic\verify_7.7.0\offsetOl.vfy
A basic\verify_7.7.0\offsetOm.vfy
A basic\verify_7.7.0\offsetOn.vfy
A basic\verify_7.7.0\offsetOo.vfy
A basic\verify_7.7.0\offsetOp.vfy
A basic\verify_7.7.0\offsetOq.vfy
A basic\verify_7.7.0\offsetOr.vfy
A basic\verify_7.7.0\offsetPa.vfy
A basic\verify_7.7.0\offsetPb.vfy
A basic\verify_7.7.0\offsetPc.vfy
A basic\verify_7.7.0\offsetPd.vfy
A basic\verify_7.7.0\offsetPe.vfy
A basic\verify_7.7.0\offsetPf.vfy
A basic\verify_7.7.0\offsetPg.vfy
A basic\verify_7.7.0\offsetPh.vfy
A basic\verify_7.7.0\offsetQa.vfy
A basic\verify_7.7.0\offsetQb.vfy
A basic\verify_7.7.0\offsetQc.vfy
A basic\verify_7.7.0\offsetQd.vfy
A basic\verify_7.7.0\offsetQe.vfy
A basic\verify_7.7.0\offsetQf.vfy
A basic\verify_7.7.0\offsetQg.vfy
A basic\verify_7.7.0\offsetQh.vfy
A basic\verify_7.7.0\offsetRa.vfy
A basic\verify_7.7.0\offsetRb.vfy
A basic\verify_7.7.0\ogive1.vfy
A basic\verify_7.7.0\ogive2.vfy
A basic\verify_7.7.0\oldCombine1.vfy
A basic\verify_7.7.0\oldCombine2.vfy
A basic\verify_7.7.0\oldCombine3.vfy
A basic\verify_7.7.0\oldCombine4.vfy
A basic\verify_7.7.0\oldCombine5.vfy
A basic\verify_7.7.0\oldCombine6a.vfy
A basic\verify_7.7.0\oldCombine6b.vfy
A basic\verify_7.7.0\oldCombine7a.vfy
A basic\verify_7.7.0\oldCombine7b.vfy
A basic\verify_7.7.0\oldCombine8a.vfy
A basic\verify_7.7.0\orbiter0.vfy
A basic\verify_7.7.0\orbiter1.vfy
A basic\verify_7.7.0\orbiter2.vfy
A basic\verify_7.7.0\outpmtr1.vfy
A basic\verify_7.7.0\overlaps1.vfy
A basic\verify_7.7.0\package1.vfy
A basic\verify_7.7.0\panel1.vfy
A basic\verify_7.7.0\panel2.vfy
A basic\verify_7.7.0\panel3.vfy
A basic\verify_7.7.0\parabaloid.vfy
A basic\verify_7.7.0\parsec1a.vfy
A basic\verify_7.7.0\parsec1b.vfy
A basic\verify_7.7.0\parsec1c.vfy
A basic\verify_7.7.0\parsec1d.vfy
A basic\verify_7.7.0\parsec1e.vfy
A basic\verify_7.7.0\parsec2a.vfy
A basic\verify_7.7.0\parsec2b.vfy
A basic\verify_7.7.0\parsec2c.vfy
A basic\verify_7.7.0\parsec2d.vfy
A basic\verify_7.7.0\parsec2e.vfy
A basic\verify_7.7.0\pattern1a.vfy
A basic\verify_7.7.0\pattern1b.vfy
A basic\verify_7.7.0\pattern1c.vfy
A basic\verify_7.7.0\pattern1d.vfy
A basic\verify_7.7.0\pattern1e.vfy
A basic\verify_7.7.0\pattern1f.vfy
A basic\verify_7.7.0\pattern2a.vfy
A basic\verify_7.7.0\pattern2b.vfy
A basic\verify_7.7.0\pattern2c.vfy
A basic\verify_7.7.0\pattern2d.vfy
A basic\verify_7.7.0\pattern2e.vfy
A basic\verify_7.7.0\pattern3.vfy
A basic\verify_7.7.0\persist1.vfy
A basic\verify_7.7.0\persist2.vfy
A basic\verify_7.7.0\pin.vfy
A basic\verify_7.7.0\pipeNetwork0.vfy
A basic\verify_7.7.0\pipeNetwork1.vfy
A basic\verify_7.7.0\pipeNetwork2.vfy
A basic\verify_7.7.0\pipeNetwork3.vfy
A basic\verify_7.7.0\pipeNetwork4.vfy
A basic\verify_7.7.0\pipeNetwork5.vfy
A basic\verify_7.7.0\plate1.vfy
A basic\verify_7.7.0\plate2.vfy
A basic\verify_7.7.0\plate3.vfy
A basic\verify_7.7.0\plate4.vfy
A basic\verify_7.7.0\plate5.vfy
A basic\verify_7.7.0\plate6.vfy
A basic\verify_7.7.0\plateBEM.vfy
A basic\verify_7.7.0\plateBeam.vfy
A basic\verify_7.7.0\pmtrtest.vfy
A basic\verify_7.7.0\pmtrtest2.vfy
A basic\verify_7.7.0\pmtrtest3.vfy
A basic\verify_7.7.0\pod1.vfy
A basic\verify_7.7.0\pod2.vfy
A basic\verify_7.7.0\poly1a.vfy
A basic\verify_7.7.0\poly1b.vfy
A basic\verify_7.7.0\poly2.vfy
A basic\verify_7.7.0\poly3.vfy
A basic\verify_7.7.0\poly4.vfy
A basic\verify_7.7.0\polygons.vfy
A basic\verify_7.7.0\popup1.vfy
A basic\verify_7.7.0\popup2.vfy
A basic\verify_7.7.0\posts1.vfy
A basic\verify_7.7.0\posts2.vfy
A basic\verify_7.7.0\posts3.vfy
A basic\verify_7.7.0\posts4.vfy
A basic\verify_7.7.0\primitives.vfy
A basic\verify_7.7.0\project1.vfy
A basic\verify_7.7.0\project2.vfy
A basic\verify_7.7.0\project3.vfy
A basic\verify_7.7.0\project3.vfy_hand
A basic\verify_7.7.0\prop1.vfy
A basic\verify_7.7.0\prop2.vfy
A basic\verify_7.7.0\prop3.vfy
A basic\verify_7.7.0\prop4.vfy
A basic\verify_7.7.0\prop5.vfy
A basic\verify_7.7.0\propeller1.vfy
A basic\verify_7.7.0\propeller2.vfy
A basic\verify_7.7.0\pyramid.vfy
A basic\verify_7.7.0\pyramid2.vfy
A basic\verify_7.7.0\quad1.vfy
A basic\verify_7.7.0\quad2.vfy
A basic\verify_7.7.0\quad3.vfy
A basic\verify_7.7.0\quad4.vfy
A basic\verify_7.7.0\quad5.vfy
A basic\verify_7.7.0\quad6.vfy
A basic\verify_7.7.0\quad7.vfy
A basic\verify_7.7.0\quad8.vfy
A basic\verify_7.7.0\quad9.vfy
A basic\verify_7.7.0\radwaf1.vfy
A basic\verify_7.7.0\radwaf2.vfy
A basic\verify_7.7.0\radwaf3.vfy
A basic\verify_7.7.0\radwaf4.vfy
A basic\verify_7.7.0\radwaf5.vfy
A basic\verify_7.7.0\rebuild1.vfy
A basic\verify_7.7.0\rebuild2.vfy
A basic\verify_7.7.0\recall.vfy
A basic\verify_7.7.0\reload1a.vfy
A basic\verify_7.7.0\reload1b.vfy
A basic\verify_7.7.0\reorder0b.vfy
A basic\verify_7.7.0\reorder0l.vfy
A basic\verify_7.7.0\reorder0r.vfy
A basic\verify_7.7.0\reorder1b.vfy
A basic\verify_7.7.0\reorder1l.vfy
A basic\verify_7.7.0\reorder1r.vfy
A basic\verify_7.7.0\reorder2b.vfy
A basic\verify_7.7.0\reorder2r.vfy
A basic\verify_7.7.0\reorder3b.vfy
A basic\verify_7.7.0\reorder3r.vfy
A basic\verify_7.7.0\reorder4a.vfy
A basic\verify_7.7.0\reorder4b.vfy
A basic\verify_7.7.0\reorder4c.vfy
A basic\verify_7.7.0\reorder4d.vfy
A basic\verify_7.7.0\reorder4e.vfy
A basic\verify_7.7.0\reorder4f.vfy
A basic\verify_7.7.0\restore0.vfy
A basic\verify_7.7.0\restore1.vfy
A basic\verify_7.7.0\restore2.vfy
A basic\verify_7.7.0\restore3.vfy
A basic\verify_7.7.0\revolve.vfy
A basic\verify_7.7.0\revolve0x.vfy
A basic\verify_7.7.0\revolve0y.vfy
A basic\verify_7.7.0\revolve1x.vfy
A basic\verify_7.7.0\revolve1y.vfy
A basic\verify_7.7.0\revolve2x.vfy
A basic\verify_7.7.0\revolve2y.vfy
A basic\verify_7.7.0\revolve3x.vfy
A basic\verify_7.7.0\revolve3y.vfy
A basic\verify_7.7.0\revolve4x.vfy
A basic\verify_7.7.0\revolve4y.vfy
A basic\verify_7.7.0\revolve5x.vfy
A basic\verify_7.7.0\revolve5y.vfy
A basic\verify_7.7.0\revolve6x.vfy
A basic\verify_7.7.0\revolve6y.vfy
A basic\verify_7.7.0\revolve7x.vfy
A basic\verify_7.7.0\revolve7y.vfy
A basic\verify_7.7.0\revolve8x.vfy
A basic\verify_7.7.0\revolve8y.vfy
A basic\verify_7.7.0\revolve9x.vfy
A basic\verify_7.7.0\revolve9y.vfy
A basic\verify_7.7.0\revolveA.vfy
A basic\verify_7.7.0\revolveA1.vfy
A basic\verify_7.7.0\revolveA2.vfy
A basic\verify_7.7.0\revolveA3.vfy
A basic\verify_7.7.0\revolveA4.vfy
A basic\verify_7.7.0\revolveA5.vfy
A basic\verify_7.7.0\revolveA6.vfy
A basic\verify_7.7.0\revolveB.vfy
A basic\verify_7.7.0\revolveC.vfy
A basic\verify_7.7.0\revolveWithHoles.vfy
A basic\verify_7.7.0\ridge.vfy
A basic\verify_7.7.0\robins1.vfy
A basic\verify_7.7.0\robins2.vfy
A basic\verify_7.7.0\robins3.vfy
A basic\verify_7.7.0\robins4.vfy
A basic\verify_7.7.0\robins5.vfy
A basic\verify_7.7.0\rocketnozzle1.vfy
A basic\verify_7.7.0\rocketnozzle2.vfy
A basic\verify_7.7.0\rocketnozzle3.vfy
A basic\verify_7.7.0\rot30x.vfy
A basic\verify_7.7.0\rot30y.vfy
A basic\verify_7.7.0\rot30z.vfy
A basic\verify_7.7.0\rotate1.vfy
A basic\verify_7.7.0\rotor1.vfy
A basic\verify_7.7.0\rotor2.vfy
A basic\verify_7.7.0\rotor3.vfy
A basic\verify_7.7.0\rule1.vfy
A basic\verify_7.7.0\rule10a.vfy
A basic\verify_7.7.0\rule10b.vfy
A basic\verify_7.7.0\rule10c.vfy
A basic\verify_7.7.0\rule10d.vfy
A basic\verify_7.7.0\rule10e.vfy
A basic\verify_7.7.0\rule10f.vfy
A basic\verify_7.7.0\rule10g.vfy
A basic\verify_7.7.0\rule10h.vfy
A basic\verify_7.7.0\rule10i.vfy
A basic\verify_7.7.0\rule10j.vfy
A basic\verify_7.7.0\rule10k.vfy
A basic\verify_7.7.0\rule10l.vfy
A basic\verify_7.7.0\rule10m.vfy
A basic\verify_7.7.0\rule10n.vfy
A basic\verify_7.7.0\rule10o.vfy
A basic\verify_7.7.0\rule10p.vfy
A basic\verify_7.7.0\rule11a.vfy
A basic\verify_7.7.0\rule11b.vfy
A basic\verify_7.7.0\rule11c.vfy
A basic\verify_7.7.0\rule11d.vfy
A basic\verify_7.7.0\rule11e.vfy
A basic\verify_7.7.0\rule11f.vfy
A basic\verify_7.7.0\rule11g.vfy
A basic\verify_7.7.0\rule11h.vfy
A basic\verify_7.7.0\rule11i.vfy
A basic\verify_7.7.0\rule11j.vfy
A basic\verify_7.7.0\rule11k.vfy
A basic\verify_7.7.0\rule11l.vfy
A basic\verify_7.7.0\rule11m.vfy
A basic\verify_7.7.0\rule11n.vfy
A basic\verify_7.7.0\rule11o.vfy
A basic\verify_7.7.0\rule11p.vfy
A basic\verify_7.7.0\rule19a.vfy
A basic\verify_7.7.0\rule19b.vfy
A basic\verify_7.7.0\rule19c.vfy
A basic\verify_7.7.0\rule19d.vfy
A basic\verify_7.7.0\rule19e.vfy
A basic\verify_7.7.0\rule1bb.vfy
A basic\verify_7.7.0\rule1bs.vfy
A basic\verify_7.7.0\rule1sb.vfy
A basic\verify_7.7.0\rule1ss.vfy
A basic\verify_7.7.0\rule2.vfy
A basic\verify_7.7.0\rule20a.vfy
A basic\verify_7.7.0\rule20b.vfy
A basic\verify_7.7.0\rule20c.vfy
A basic\verify_7.7.0\rule20d.vfy
A basic\verify_7.7.0\rule21a.vfy
A basic\verify_7.7.0\rule21b.vfy
A basic\verify_7.7.0\rule21c.vfy
A basic\verify_7.7.0\rule21d.vfy
A basic\verify_7.7.0\rule22.vfy
A basic\verify_7.7.0\rule22a.vfy
A basic\verify_7.7.0\rule22b.vfy
A basic\verify_7.7.0\rule22c.vfy
A basic\verify_7.7.0\rule22d.vfy
A basic\verify_7.7.0\rule23a.vfy
A basic\verify_7.7.0\rule23b.vfy
A basic\verify_7.7.0\rule23c.vfy
A basic\verify_7.7.0\rule23d.vfy
A basic\verify_7.7.0\rule24a.vfy
A basic\verify_7.7.0\rule24b.vfy
A basic\verify_7.7.0\rule25a.vfy
A basic\verify_7.7.0\rule25b.vfy
A basic\verify_7.7.0\rule26a.vfy
A basic\verify_7.7.0\rule26b.vfy
A basic\verify_7.7.0\rule26c.vfy
A basic\verify_7.7.0\rule27a.vfy
A basic\verify_7.7.0\rule27b.vfy
A basic\verify_7.7.0\rule28a.vfy
A basic\verify_7.7.0\rule28b.vfy
A basic\verify_7.7.0\rule28c.vfy
A basic\verify_7.7.0\rule28d.vfy
A basic\verify_7.7.0\rule29.vfy
A basic\verify_7.7.0\rule2bb.vfy
A basic\verify_7.7.0\rule2bs.vfy
A basic\verify_7.7.0\rule2sb.vfy
A basic\verify_7.7.0\rule2ss.vfy
A basic\verify_7.7.0\rule3.vfy
A basic\verify_7.7.0\rule3bb.vfy
A basic\verify_7.7.0\rule3bs.vfy
A basic\verify_7.7.0\rule3sb.vfy
A basic\verify_7.7.0\rule3ss.vfy
A basic\verify_7.7.0\rule4.vfy
A basic\verify_7.7.0\rule4bb.vfy
A basic\verify_7.7.0\rule4bs.vfy
A basic\verify_7.7.0\rule4sb.vfy
A basic\verify_7.7.0\rule4ss.vfy
A basic\verify_7.7.0\rule5.vfy
A basic\verify_7.7.0\rule5bb.vfy
A basic\verify_7.7.0\rule5bs.vfy
A basic\verify_7.7.0\rule5sb.vfy
A basic\verify_7.7.0\rule5ss.vfy
A basic\verify_7.7.0\rule6.vfy
A basic\verify_7.7.0\rule7a.vfy
A basic\verify_7.7.0\rule7b.vfy
A basic\verify_7.7.0\rule7c.vfy
A basic\verify_7.7.0\rule7d.vfy
A basic\verify_7.7.0\rule7e.vfy
A basic\verify_7.7.0\rule7f.vfy
A basic\verify_7.7.0\rule7g.vfy
A basic\verify_7.7.0\rule7h.vfy
A basic\verify_7.7.0\rule7i.vfy
A basic\verify_7.7.0\rule7j.vfy
A basic\verify_7.7.0\rule7k.vfy
A basic\verify_7.7.0\rule7l.vfy
A basic\verify_7.7.0\rule7m.vfy
A basic\verify_7.7.0\rule7n.vfy
A basic\verify_7.7.0\rule7o.vfy
A basic\verify_7.7.0\rule7p.vfy
A basic\verify_7.7.0\rule7q.vfy
A basic\verify_7.7.0\rule8.vfy
A basic\verify_7.7.0\rule9.vfy
A basic\verify_7.7.0\rule9a.vfy
A basic\verify_7.7.0\rule9b.vfy
A basic\verify_7.7.0\rule9c.vfy
A basic\verify_7.7.0\ruleA.vfy
A basic\verify_7.7.0\sample.vfy
A basic\verify_7.7.0\sample1.vfy
A basic\verify_7.7.0\sample2.vfy
A basic\verify_7.7.0\sample3.vfy
A basic\verify_7.7.0\save1.vfy
A basic\verify_7.7.0\save2.vfy
A basic\verify_7.7.0\scarf1.vfy
A basic\verify_7.7.0\scarf2.vfy
A basic\verify_7.7.0\scarf3.vfy
A basic\verify_7.7.0\scarf4.vfy
A basic\verify_7.7.0\scoop.vfy
A basic\verify_7.7.0\scope.vfy
A basic\verify_7.7.0\scribe1.vfy
A basic\verify_7.7.0\scribe10.vfy
A basic\verify_7.7.0\scribe2.vfy
A basic\verify_7.7.0\scribe3.vfy
A basic\verify_7.7.0\scribe4.vfy
A basic\verify_7.7.0\scribe5.vfy
A basic\verify_7.7.0\scribe6.vfy
A basic\verify_7.7.0\scribe7.vfy
A basic\verify_7.7.0\scribe8.vfy
A basic\verify_7.7.0\scribe9.vfy
A basic\verify_7.7.0\scribeWing.vfy
A basic\verify_7.7.0\scribedCylinder.vfy
A basic\verify_7.7.0\scribedSphere.vfy
A basic\verify_7.7.0\sculpt0.vfy
A basic\verify_7.7.0\sculpt1.vfy
A basic\verify_7.7.0\sculpt2.vfy
A basic\verify_7.7.0\sectionsWithHoles1a.vfy
A basic\verify_7.7.0\sectionsWithHoles1b.vfy
A basic\verify_7.7.0\sectionsWithHoles1c.vfy
A basic\verify_7.7.0\sectionsWithHoles2a.vfy
A basic\verify_7.7.0\sectionsWithHoles2b.vfy
A basic\verify_7.7.0\sectionsWithHoles2c.vfy
A basic\verify_7.7.0\select0.vfy
A basic\verify_7.7.0\select0x.vfy
A basic\verify_7.7.0\select0y.vfy
A basic\verify_7.7.0\select0z.vfy
A basic\verify_7.7.0\select1a.vfy
A basic\verify_7.7.0\select1b.vfy
A basic\verify_7.7.0\select2.vfy
A basic\verify_7.7.0\select3.vfy
A basic\verify_7.7.0\select4.vfy
A basic\verify_7.7.0\select5.vfy
A basic\verify_7.7.0\select6.vfy
A basic\verify_7.7.0\select7.vfy
A basic\verify_7.7.0\select8.vfy
A basic\verify_7.7.0\select9.vfy
A basic\verify_7.7.0\selectA.vfy
A basic\verify_7.7.0\selectB.vfy
A basic\verify_7.7.0\selectC.vfy
A basic\verify_7.7.0\selectColor.vfy
A basic\verify_7.7.0\selectD.vfy
A basic\verify_7.7.0\selectE.vfy
A basic\verify_7.7.0\selectSort1.vfy
A basic\verify_7.7.0\selectSort2.vfy
A basic\verify_7.7.0\sens1.vfy
A basic\verify_7.7.0\sens2.vfy
A basic\verify_7.7.0\sens3a.vfy
A basic\verify_7.7.0\sens3b.vfy
A basic\verify_7.7.0\sens3c.vfy
A basic\verify_7.7.0\sens3d.vfy
A basic\verify_7.7.0\set1.vfy
A basic\verify_7.7.0\sew1.vfy
A basic\verify_7.7.0\sew2.vfy
A basic\verify_7.7.0\shadow1.vfy
A basic\verify_7.7.0\shadow2.vfy
A basic\verify_7.7.0\sharpFin.vfy
A basic\verify_7.7.0\sheet01.vfy
A basic\verify_7.7.0\sheet02.vfy
A basic\verify_7.7.0\sheet03.vfy
A basic\verify_7.7.0\sheet04.vfy
A basic\verify_7.7.0\sheet05.vfy
A basic\verify_7.7.0\sheet06.vfy
A basic\verify_7.7.0\sheet07.vfy
A basic\verify_7.7.0\sheet08.vfy
A basic\verify_7.7.0\sheet09.vfy
A basic\verify_7.7.0\sheet10.vfy
A basic\verify_7.7.0\sheet11.vfy
A basic\verify_7.7.0\sheet12.vfy
A basic\verify_7.7.0\sheet13.vfy
A basic\verify_7.7.0\sheet14.vfy
A basic\verify_7.7.0\shrinkwrap1.vfy
A basic\verify_7.7.0\shrinkwrap2.vfy
A basic\verify_7.7.0\shrinkwrap3.vfy
A basic\verify_7.7.0\signal1.vfy
A basic\verify_7.7.0\skbeg1.vfy
A basic\verify_7.7.0\skbeg2.vfy
A basic\verify_7.7.0\skcon0a.vfy
A basic\verify_7.7.0\skcon0b.vfy
A basic\verify_7.7.0\skcon0c.vfy
A basic\verify_7.7.0\skcon0d.vfy
A basic\verify_7.7.0\skcon0e.vfy
A basic\verify_7.7.0\skcon1a.vfy
A basic\verify_7.7.0\skcon1b.vfy
A basic\verify_7.7.0\skcon1c.vfy
A basic\verify_7.7.0\skcon1d.vfy
A basic\verify_7.7.0\skcon1e.vfy
A basic\verify_7.7.0\skcon1f.vfy
A basic\verify_7.7.0\skcon1g.vfy
A basic\verify_7.7.0\skcon2a.vfy
A basic\verify_7.7.0\skcon2b.vfy
A basic\verify_7.7.0\skcon2c.vfy
A basic\verify_7.7.0\skcon2d.vfy
A basic\verify_7.7.0\skcon2e.vfy
A basic\verify_7.7.0\skcon3a.vfy
A basic\verify_7.7.0\skcon3b.vfy
A basic\verify_7.7.0\skcon3c.vfy
A basic\verify_7.7.0\skcon3d.vfy
A basic\verify_7.7.0\skcon3e.vfy
A basic\verify_7.7.0\skcon3f.vfy
A basic\verify_7.7.0\skcon4a.vfy
A basic\verify_7.7.0\skcon4b.vfy
A basic\verify_7.7.0\skcon4c.vfy
A basic\verify_7.7.0\skcon4d.vfy
A basic\verify_7.7.0\skcon4e.vfy
A basic\verify_7.7.0\skcon4f.vfy
A basic\verify_7.7.0\skcon4g.vfy
A basic\verify_7.7.0\skcon5a.vfy
A basic\verify_7.7.0\skcon5b.vfy
A basic\verify_7.7.0\skcon5c.vfy
A basic\verify_7.7.0\skcon5d.vfy
A basic\verify_7.7.0\skcon5e.vfy
A basic\verify_7.7.0\skcon5f.vfy
A basic\verify_7.7.0\skcon6a.vfy
A basic\verify_7.7.0\skcon6b.vfy
A basic\verify_7.7.0\skcon6c.vfy
A basic\verify_7.7.0\skcon6d.vfy
A basic\verify_7.7.0\skcon7a.vfy
A basic\verify_7.7.0\skcon7b.vfy
A basic\verify_7.7.0\skcon7c.vfy
A basic\verify_7.7.0\skcon7d.vfy
A basic\verify_7.7.0\skcon8a.vfy
A basic\verify_7.7.0\skcon8b.vfy
A basic\verify_7.7.0\skcon8c.vfy
A basic\verify_7.7.0\skcon8d.vfy
A basic\verify_7.7.0\skcon8e.vfy
A basic\verify_7.7.0\skcon8f.vfy
A basic\verify_7.7.0\skcon9a.vfy
A basic\verify_7.7.0\skcon9b.vfy
A basic\verify_7.7.0\skcon9c.vfy
A basic\verify_7.7.0\skcon9d.vfy
A basic\verify_7.7.0\skcon9e.vfy
A basic\verify_7.7.0\skcon9f.vfy
A basic\verify_7.7.0\skcon9g.vfy
A basic\verify_7.7.0\sketch0.vfy
A basic\verify_7.7.0\sketch10a.vfy
A basic\verify_7.7.0\sketch10b.vfy
A basic\verify_7.7.0\sketch10c.vfy
A basic\verify_7.7.0\sketch10d.vfy
A basic\verify_7.7.0\sketch10e.vfy
A basic\verify_7.7.0\sketch10f.vfy
A basic\verify_7.7.0\sketch10g.vfy
A basic\verify_7.7.0\sketch10h.vfy
A basic\verify_7.7.0\sketch10i.vfy
A basic\verify_7.7.0\sketch10j.vfy
A basic\verify_7.7.0\sketch10k.vfy
A basic\verify_7.7.0\sketch10l.vfy
A basic\verify_7.7.0\sketch11a.vfy
A basic\verify_7.7.0\sketch11b.vfy
A basic\verify_7.7.0\sketch11c.vfy
A basic\verify_7.7.0\sketch11d.vfy
A basic\verify_7.7.0\sketch11e.vfy
A basic\verify_7.7.0\sketch11f.vfy
A basic\verify_7.7.0\sketch11g.vfy
A basic\verify_7.7.0\sketch11h.vfy
A basic\verify_7.7.0\sketch11i.vfy
A basic\verify_7.7.0\sketch11j.vfy
A basic\verify_7.7.0\sketch11k.vfy
A basic\verify_7.7.0\sketch3.vfy
A basic\verify_7.7.0\sketch4.vfy
A basic\verify_7.7.0\sketch5.vfy
A basic\verify_7.7.0\sketch6.vfy
A basic\verify_7.7.0\sketch7a.vfy
A basic\verify_7.7.0\sketch7b.vfy
A basic\verify_7.7.0\sketch7c.vfy
A basic\verify_7.7.0\sketch7d.vfy
A basic\verify_7.7.0\sketch7e.vfy
A basic\verify_7.7.0\sketch7f.vfy
A basic\verify_7.7.0\sketch8a.vfy
A basic\verify_7.7.0\sketch8b.vfy
A basic\verify_7.7.0\sketch8c.vfy
A basic\verify_7.7.0\sketch9a.vfy
A basic\verify_7.7.0\sketch9b.vfy
A basic\verify_7.7.0\sketch9c.vfy
A basic\verify_7.7.0\sketch9d.vfy
A basic\verify_7.7.0\sketch9e.vfy
A basic\verify_7.7.0\sketch9f.vfy
A basic\verify_7.7.0\sketch9g.vfy
A basic\verify_7.7.0\sketch9h.vfy
A basic\verify_7.7.0\skfix1.vfy
A basic\verify_7.7.0\skfix1_inc.vfy
A basic\verify_7.7.0\skfix2.vfy
A basic\verify_7.7.0\skfix2_inc.vfy
A basic\verify_7.7.0\skfix3.vfy
A basic\verify_7.7.0\skfix3_inc.vfy
A basic\verify_7.7.0\skfix4.vfy
A basic\verify_7.7.0\skfix4_inc.vfy
A basic\verify_7.7.0\skfix5.vfy
A basic\verify_7.7.0\skfix5_inc.vfy
A basic\verify_7.7.0\skfix6.vfy
A basic\verify_7.7.0\skfix6_inc.vfy
A basic\verify_7.7.0\sliceWing.vfy
A basic\verify_7.7.0\slices1x.vfy
A basic\verify_7.7.0\slices1y.vfy
A basic\verify_7.7.0\slices1z.vfy
A basic\verify_7.7.0\slices2x.vfy
A basic\verify_7.7.0\slices2y.vfy
A basic\verify_7.7.0\slices2z.vfy
A basic\verify_7.7.0\slices4x.vfy
A basic\verify_7.7.0\slices4y.vfy
A basic\verify_7.7.0\slices4z.vfy
A basic\verify_7.7.0\snake1.vfy
A basic\verify_7.7.0\solver1.vfy
A basic\verify_7.7.0\solver2.vfy
A basic\verify_7.7.0\solver4.vfy
A basic\verify_7.7.0\solver5.vfy
A basic\verify_7.7.0\solver6.vfy
A basic\verify_7.7.0\solver6a.vfy
A basic\verify_7.7.0\solver6b.vfy
A basic\verify_7.7.0\sphere.vfy
A basic\verify_7.7.0\sphereCone1.vfy
A basic\verify_7.7.0\sphereCone2a.vfy
A basic\verify_7.7.0\sphereCone2b.vfy
A basic\verify_7.7.0\sphereCone2c.vfy
A basic\verify_7.7.0\sphereConeCyl.vfy
A basic\verify_7.7.0\sphereScribe.vfy
A basic\verify_7.7.0\sphere_faux.vfy
A basic\verify_7.7.0\spheres.vfy
A basic\verify_7.7.0\spinner.vfy
A basic\verify_7.7.0\spline1.vfy
A basic\verify_7.7.0\spline2.vfy
A basic\verify_7.7.0\split1.vfy
A basic\verify_7.7.0\splitEdges1.vfy
A basic\verify_7.7.0\splitEdges2.vfy
A basic\verify_7.7.0\splitFlap.vfy
A basic\verify_7.7.0\splitFlap2a.vfy
A basic\verify_7.7.0\splitFlap2b.vfy
A basic\verify_7.7.0\splitFlap2c.vfy
A basic\verify_7.7.0\splitFlap2d.vfy
A basic\verify_7.7.0\splitFlap2e.vfy
A basic\verify_7.7.0\splitFlap2f.vfy
A basic\verify_7.7.0\splitFlap3a.vfy
A basic\verify_7.7.0\splitWing1.vfy
A basic\verify_7.7.0\splitWing2.vfy
A basic\verify_7.7.0\spoiler1.vfy
A basic\verify_7.7.0\spoiler2.vfy
A basic\verify_7.7.0\spoiler3.vfy
A basic\verify_7.7.0\sslope1a.vfy
A basic\verify_7.7.0\sslope1b.vfy
A basic\verify_7.7.0\sslope1c.vfy
A basic\verify_7.7.0\sslope1d.vfy
A basic\verify_7.7.0\sslope2a.vfy
A basic\verify_7.7.0\sslope2b.vfy
A basic\verify_7.7.0\sslope2c.vfy
A basic\verify_7.7.0\sslope2d.vfy
A basic\verify_7.7.0\sslope3a.vfy
A basic\verify_7.7.0\sslope3b.vfy
A basic\verify_7.7.0\sslope3c.vfy
A basic\verify_7.7.0\sslope3d.vfy
A basic\verify_7.7.0\sslope4a.vfy
A basic\verify_7.7.0\sslope4b.vfy
A basic\verify_7.7.0\sslope4c.vfy
A basic\verify_7.7.0\sslope4d.vfy
A basic\verify_7.7.0\sslope5a.vfy
A basic\verify_7.7.0\sslope5b.vfy
A basic\verify_7.7.0\sslope5c.vfy
A basic\verify_7.7.0\sslope5d.vfy
A basic\verify_7.7.0\sslope5e.vfy
A basic\verify_7.7.0\sslope5f.vfy
A basic\verify_7.7.0\sslope5g.vfy
A basic\verify_7.7.0\sslope5h.vfy
A basic\verify_7.7.0\sslope6a.vfy
A basic\verify_7.7.0\sslope6b.vfy
A basic\verify_7.7.0\sslope6c.vfy
A basic\verify_7.7.0\stag1.vfy
A basic\verify_7.7.0\stag2.vfy
A basic\verify_7.7.0\star1.vfy
A basic\verify_7.7.0\star2.vfy
A basic\verify_7.7.0\star3.vfy
A basic\verify_7.7.0\star4a.vfy
A basic\verify_7.7.0\star4b.vfy
A basic\verify_7.7.0\star4c.vfy
A basic\verify_7.7.0\star5.vfy
A basic\verify_7.7.0\stickFuselage.vfy
A basic\verify_7.7.0\stiffener1.vfy
A basic\verify_7.7.0\stiffener2.vfy
A basic\verify_7.7.0\stl1.vfy
A basic\verify_7.7.0\stl3.vfy
A basic\verify_7.7.0\stl4.vfy
A basic\verify_7.7.0\store1.vfy
A basic\verify_7.7.0\store2.vfy
A basic\verify_7.7.0\store3.vfy
A basic\verify_7.7.0\store4.vfy
A basic\verify_7.7.0\strut1.vfy
A basic\verify_7.7.0\strut2.vfy
A basic\verify_7.7.0\subtract1.vfy
A basic\verify_7.7.0\subtract2.vfy
A basic\verify_7.7.0\subtract3a.vfy
A basic\verify_7.7.0\subtract3b.vfy
A basic\verify_7.7.0\subtract3c.vfy
A basic\verify_7.7.0\subtract3d.vfy
A basic\verify_7.7.0\subtract4a.vfy
A basic\verify_7.7.0\subtract4b.vfy
A basic\verify_7.7.0\subtract4c.vfy
A basic\verify_7.7.0\subtract4d.vfy
A basic\verify_7.7.0\subtract4e.vfy
A basic\verify_7.7.0\subtract4f.vfy
A basic\verify_7.7.0\subtract4g.vfy
A basic\verify_7.7.0\subtract4h.vfy
A basic\verify_7.7.0\subtract4i.vfy
A basic\verify_7.7.0\subtract4j.vfy
A basic\verify_7.7.0\subtract5a.vfy
A basic\verify_7.7.0\subtract5b.vfy
A basic\verify_7.7.0\subtract5c.vfy
A basic\verify_7.7.0\subtract5d.vfy
A basic\verify_7.7.0\subtract5e.vfy
A basic\verify_7.7.0\subtract5f.vfy
A basic\verify_7.7.0\subtract5g.vfy
A basic\verify_7.7.0\subtract5h.vfy
A basic\verify_7.7.0\subtract6a.vfy
A basic\verify_7.7.0\subtract6d.vfy
A basic\verify_7.7.0\subtract6e.vfy
A basic\verify_7.7.0\subtract6f.vfy
A basic\verify_7.7.0\subtract6g.vfy
A basic\verify_7.7.0\subtract6h.vfy
A basic\verify_7.7.0\subtract6i.vfy
A basic\verify_7.7.0\subtract6j.vfy
A basic\verify_7.7.0\subtract6k.vfy
A basic\verify_7.7.0\subtractAll.vfy
A basic\verify_7.7.0\supell1.vfy
A basic\verify_7.7.0\supell2.vfy
A basic\verify_7.7.0\supell3.vfy
A basic\verify_7.7.0\supell4.vfy
A basic\verify_7.7.0\supell5.vfy
A basic\verify_7.7.0\supell6a.vfy
A basic\verify_7.7.0\supell6b.vfy
A basic\verify_7.7.0\supell7a.vfy
A basic\verify_7.7.0\supell7b.vfy
A basic\verify_7.7.0\supell7c.vfy
A basic\verify_7.7.0\supell7d.vfy
A basic\verify_7.7.0\supell7e.vfy
A basic\verify_7.7.0\swapTest.vfy
A basic\verify_7.7.0\sweep0a.vfy
A basic\verify_7.7.0\sweep1a.vfy
A basic\verify_7.7.0\sweep2a.vfy
A basic\verify_7.7.0\sweep3a.vfy
A basic\verify_7.7.0\sweep3a.vfy_hand
A basic\verify_7.7.0\sweep4a.vfy
A basic\verify_7.7.0\sweep4a.vfy_hand
A basic\verify_7.7.0\swirl.vfy
A basic\verify_7.7.0\tester1.vfy
A basic\verify_7.7.0\tester2.vfy
A basic\verify_7.7.0\thickPrint1.vfy
A basic\verify_7.7.0\thickPrint2.vfy
A basic\verify_7.7.0\tiptreat1a.vfy
A basic\verify_7.7.0\tiptreat1b.vfy
A basic\verify_7.7.0\tiptreat1c.vfy
A basic\verify_7.7.0\tiptreat1d.vfy
A basic\verify_7.7.0\tiptreat1e.vfy
A basic\verify_7.7.0\tiptreat1f.vfy
A basic\verify_7.7.0\tiptreat2a.vfy
A basic\verify_7.7.0\tiptreat2b.vfy
A basic\verify_7.7.0\tiptreat2c.vfy
A basic\verify_7.7.0\tiptreat2d.vfy
A basic\verify_7.7.0\tiptreat3a.vfy
A basic\verify_7.7.0\tiptreat3b.vfy
A basic\verify_7.7.0\tiptreat3c.vfy
A basic\verify_7.7.0\tiptreat3d.vfy
A basic\verify_7.7.0\tiptreat4Ba.vfy
A basic\verify_7.7.0\tiptreat4Bb.vfy
A basic\verify_7.7.0\tiptreat4Bc.vfy
A basic\verify_7.7.0\tiptreat4Bd.vfy
A basic\verify_7.7.0\tiptreat4Sa.vfy
A basic\verify_7.7.0\tiptreat4Sb.vfy
A basic\verify_7.7.0\tiptreat4Sc.vfy
A basic\verify_7.7.0\tiptreat4Sd.vfy
A basic\verify_7.7.0\tiptreat5Ba.vfy
A basic\verify_7.7.0\tiptreat5Bb.vfy
A basic\verify_7.7.0\tiptreat5Bc.vfy
A basic\verify_7.7.0\tiptreat5Bd.vfy
A basic\verify_7.7.0\tiptreat5Sa.vfy
A basic\verify_7.7.0\tiptreat5Sb.vfy
A basic\verify_7.7.0\tiptreat5Sc.vfy
A basic\verify_7.7.0\tiptreat5Sd.vfy
A basic\verify_7.7.0\tiptreat6.vfy
A basic\verify_7.7.0\tire.vfy
A basic\verify_7.7.0\torus.vfy
A basic\verify_7.7.0\torus_faux.vfy
A basic\verify_7.7.0\tparams1.vfy
A basic\verify_7.7.0\tparams2.vfy
A basic\verify_7.7.0\tparams3.vfy
A basic\verify_7.7.0\transition1.vfy
A basic\verify_7.7.0\transition2.vfy
A basic\verify_7.7.0\transition3.vfy
A basic\verify_7.7.0\transition4.vfy
A basic\verify_7.7.0\transport1a.vfy
A basic\verify_7.7.0\transport1b.vfy
A basic\verify_7.7.0\transport1c.vfy
A basic\verify_7.7.0\transport2a.vfy
A basic\verify_7.7.0\transport2b.vfy
A basic\verify_7.7.0\transport2c.vfy
A basic\verify_7.7.0\turnang.vfy
A basic\verify_7.7.0\twist.vfy
A basic\verify_7.7.0\twist2.vfy
A basic\verify_7.7.0\twoboxes.vfy
A basic\verify_7.7.0\udcMulti.vfy
A basic\verify_7.7.0\udcString.vfy
A basic\verify_7.7.0\udcTest1a.vfy
A basic\verify_7.7.0\udcTest1b.vfy
A basic\verify_7.7.0\udcTest2.vfy
A basic\verify_7.7.0\udcTest3.vfy
A basic\verify_7.7.0\udcTest4.vfy
A basic\verify_7.7.0\udfNacelle1.vfy
A basic\verify_7.7.0\udfNacelle2.vfy
A basic\verify_7.7.0\udfNacelle3.vfy
A basic\verify_7.7.0\udfNacelle4.vfy
A basic\verify_7.7.0\udfNacelle5.vfy
A basic\verify_7.7.0\udfPrintTest.vfy
A basic\verify_7.7.0\udpInline1a.vfy
A basic\verify_7.7.0\udpInline1b.vfy
A basic\verify_7.7.0\udpInline1c.vfy
A basic\verify_7.7.0\udpInline1d.vfy
A basic\verify_7.7.0\udpInline1e.vfy
A basic\verify_7.7.0\udpInline1f.vfy
A basic\verify_7.7.0\udpInline1g.vfy
A basic\verify_7.7.0\udpInline1h.vfy
A basic\verify_7.7.0\udpInline2.vfy
A basic\verify_7.7.0\udparg.vfy
A basic\verify_7.7.0\udparg1.vfy
A basic\verify_7.7.0\umbrella1.vfy
A basic\verify_7.7.0\umbrella2.vfy
A basic\verify_7.7.0\umbrella3.vfy
A basic\verify_7.7.0\umbrella4.vfy
A basic\verify_7.7.0\unequalRules.vfy
A basic\verify_7.7.0\union1.vfy
A basic\verify_7.7.0\union2.vfy
A basic\verify_7.7.0\union3.vfy
A basic\verify_7.7.0\union4a1.vfy
A basic\verify_7.7.0\union4a2.vfy
A basic\verify_7.7.0\union4b1.vfy
A basic\verify_7.7.0\union4b2.vfy
A basic\verify_7.7.0\union4c1.vfy
A basic\verify_7.7.0\union4c2.vfy
A basic\verify_7.7.0\union4d1.vfy
A basic\verify_7.7.0\union4d2.vfy
A basic\verify_7.7.0\union5a.vfy
A basic\verify_7.7.0\union5b.vfy
A basic\verify_7.7.0\union5c.vfy
A basic\verify_7.7.0\unionAll.vfy
A basic\verify_7.7.0\unionSolids1.vfy
A basic\verify_7.7.0\unionSolids2.vfy
A basic\verify_7.7.0\waffle1a.vfy
A basic\verify_7.7.0\waffle1b.vfy
A basic\verify_7.7.0\waffle2a.vfy
A basic\verify_7.7.0\waffle2b.vfy
A basic\verify_7.7.0\waffle3a.vfy
A basic\verify_7.7.0\waffle3b.vfy
A basic\verify_7.7.0\waffle3c.vfy
A basic\verify_7.7.0\waffle3d.vfy
A basic\verify_7.7.0\waffle4a.vfy
A basic\verify_7.7.0\waffle4b.vfy
A basic\verify_7.7.0\waffle5a.vfy
A basic\verify_7.7.0\waffle5b.vfy
A basic\verify_7.7.0\waffle6b.vfy
A basic\verify_7.7.0\waffle7b.vfy
A basic\verify_7.7.0\waffle8a.vfy
A basic\verify_7.7.0\waffle8b.vfy
A basic\verify_7.7.0\waffle8c.vfy
A basic\verify_7.7.0\waffle8d.vfy
A basic\verify_7.7.0\waffle8e.vfy
A basic\verify_7.7.0\waffle9a.vfy
A basic\verify_7.7.0\waffle9b.vfy
A basic\verify_7.7.0\waffleA1.vfy
A basic\verify_7.7.0\waffleA2.vfy
A basic\verify_7.7.0\waffleB1.vfy
A basic\verify_7.7.0\waffleB2.vfy
A basic\verify_7.7.0\waffleB3.vfy
A basic\verify_7.7.0\warts.vfy
A basic\verify_7.7.0\winding1.vfy
A basic\verify_7.7.0\winding2.vfy
A basic\verify_7.7.0\winding3.vfy
A basic\verify_7.7.0\windtunnel1.vfy
A basic\verify_7.7.0\windtunnel2.vfy
A basic\verify_7.7.0\windtunnel3.vfy
A basic\verify_7.7.0\windtunnel4.vfy
A basic\verify_7.7.0\windtunnel5.vfy
A basic\verify_7.7.0\windtunnel6.vfy
A basic\verify_7.7.0\windtunnel7.vfy
A basic\verify_7.7.0\wingAttrTest.vfy
A basic\verify_7.7.0\wingBEM.vfy
A basic\verify_7.7.0\wingBEM2.vfy
A basic\verify_7.7.0\wingFuseBEM1.vfy
A basic\verify_7.7.0\wingFuseBEM2.vfy
A basic\verify_7.7.0\wingMultiModel.vfy
A basic\verify_7.7.0\wingOML.vfy
A basic\verify_7.7.0\wingSew1.vfy
A basic\verify_7.7.0\wingSew2.vfy
A basic\verify_7.7.0\wingSew3.vfy
A basic\verify_7.7.0\wingtip.vfy
A basic\verify_7.7.0\wirebodyA.vfy
A basic\verify_7.7.0\worms.vfy
A basic\nuscale8a.csm
A basic\nuscale8b.csm
A basic\blend31a.csm
A basic\blend31b.csm
A basic\blend31c.csm
A basic\blend31d.csm
A basic\nuscale5a.csm
A basic\nuscale5b.csm
A basic\nuscale6a.csm
A basic\nuscale6b.csm
A basic\nuscale7a.csm
A basic\nuscale7b.csm
A basic\winglet1.csm
A basic\winglet2.csm
A basic\clearance1.csm
A basic\clearance2.csm
A basic\clearance3.csm
A basic\periodicFit.csm
A basic\persist3a.csm
A basic\persist3b.csm
A basic\persist3c.csm
A basic\blend23m.csm
A basic\blend23n.csm
A basic\blend23o.csm
A basic\blend23p.csm
A basic\blend23q.csm
A basic\blend23r.csm
A basic\blend23s.csm
A basic\blend23t.csm
A basic\blend23u.csm
A basic\blend23v.csm
A basic\droop9a.csm
A basic\droop9b.csm
A basic\metaMaterial.csm
A basic\metaMaterial.despmtrs
A basic\metaMaterial1.udc
A basic\metaMaterial2.udc
A basic\metaMaterial3.udc
A basic\udc
A basic\udc\boxudc.udc
A basic\udprim4.csm
A basic\udprim5.csm
A basic\displayFilter1.csm
A basic\displayFilter2.csm
A basic\blend30a.csm
A basic\blend30b.csm
A basic\blend30c.csm
A basic\blend30d.csm
A basic\blend30e.csm
A basic\blend30f.csm
A basic\rule30a.csm
A basic\rule30b.csm
A basic\rule30c.csm
A basic\rule30d.csm
A basic\rule30e.csm
A basic\rule30f.csm
A basic\group5.csm
A basic\atTest.csm
A basic\design5.csm
A basic\design7.csm
A basic\duct1.csm
A basic\duct2.csm
A basic\duct3.csm
A basic\fuselage1.csm
A basic\fuselage2.csm
A basic\fuselage3.csm
A basic\fuselage4.csm
A basic\fuselage5.csm
A basic\fuselage6.csm
A basic\fuselage7.csm
A basic\fuselage8.csm
A basic\loft0a.csm
A basic\loft0b.csm
A basic\loft1a.csm
A basic\loft1b.csm
A basic\loft2.csm
A basic\loft3a.csm
A basic\loft3b.csm
A basic\loft3c.csm
A basic\loft3d.csm
A basic\loft7a.csm
A basic\loft7b.csm
A basic\loft7c.csm
A basic\loft7d.csm
A basic\loft7e.csm
A basic\loft7f.csm
A basic\loft7g.csm
A basic\loft7h.csm
A basic\loft7i.csm
A basic\loft7j.csm
A basic\loft7k.csm
A basic\loft7l.csm
A basic\loft7m.csm
A basic\loft7n.csm
A basic\loft7o.csm
A basic\loft7p.csm
A basic\loft7q.csm
A basic\lofts1.csm
A basic\lofts2.csm
A basic\lofts3.csm
A basic\multipart1.csm
A basic\multipart2.csm
A basic\nacameanline.csm
A basic\nacameanline2.csm
A basic\nacawing.csm
A basic\nmWireBody5.csm
A basic\orbiter1.csm
A basic\pattern2c.csm
A basic\pattern2d.csm
A basic\pattern2e.csm
A basic\posts1.csm
A basic\posts4.csm
A basic\pyramid.csm
A basic\recall.csm
A basic\reorder0l.csm
A basic\reorder1l.csm
A basic\slices3x.csm
A basic\slices3y.csm
A basic\slices3z.csm
A basic\slices4x.csm
A basic\slices4y.csm
A basic\slices4z.csm
A basic\twist.csm
A basic\capNacelle1.csm
A basic\capNacelle2.csm
A basic\testAdjoint6.csm
A basic\testAdjoint7.csm
A basic\testAdjoint5.csm
A basic\areaRule.py
A basic\areaRule1.csm
A basic\areaRule2.csm
A basic\areaRuleWing1.udc
A basic\areaRuleWing2.udc
A basic\testAdjoint4.csm
A basic\designZ1.csm
A basic\designZ2.csm
A basic\designZ3.csm
A basic\designZ4.csm
A basic\designZ5.csm
A basic\designZ6.csm
A basic\csystem7a.csm
A basic\csystem7b.csm
A basic\csystem7c.csm
A basic\attrSpec.csm
A basic\designW1.csm
A basic\edgeIDtest1.csm
A basic\edgeIDtest2.csm
A basic\edgeIDtest3.csm
A basic\edgeIDtest4.csm
A basic\edgeIDtest5.csm
A basic\edgeIDtest6.csm
A basic\scribeWing.csm
A basic\scribedSphere.csm
A basic\testAdjoint1.csm
A basic\testAdjoint2.csm
A basic\testAdjoint3.csm
A basic\waffleC1.csm
A basic\fitCurve8.cloud
A basic\fitCurve8.csm
A basic\fitCurve8.txt
A basic\ablate0.c
A basic\bentWaffle.csm
A basic\ablate0.jrnl
A basic\ablate0.txt
A basic\ablate0a.csm
A basic\ablate0b.csm
A basic\ablate0c.csm
A basic\ablate0d.csm
A basic\ablate0e.csm
A basic\propInteg1a.csm
A basic\propInteg2a.csm
A basic\ablate1.csm
A basic\ablate2.csm
A basic\ablate3.csm
A basic\designY0.csm
A basic\designY1.csm
A basic\designY2.csm
A basic\designY3.csm
A basic\designY4.csm
A basic\designYa.csm
A basic\designYb.csm
A basic\designYc.csm
A basic\designYd.csm
A basic\designYe.csm
A basic\designYf.csm
A basic\designYg.csm
A basic\designYh.csm
A basic\designYi.csm
A basic\designYj.csm
A basic\designYk.csm
A basic\designYl.csm
A basic\designYm.csm
A basic\designYn.csm
A basic\designYo.csm
A basic\designYp.csm
A basic\designYq.csm
A basic\designYr.csm
A basic\designYs.csm
A basic\designYt.csm
A basic\designYu.csm
A basic\designYv.csm
A basic\designYw.csm
A basic\designYx.csm
A basic\designYy.csm
A basic\designYz.csm
A basic\scribe11x.csm
A basic\scribe11y.csm
A basic\scribe11z.csm
A basic\subtract6b.csm
A basic\subtract6c.csm
A basic\blend23a.csm
A basic\blend23b.csm
A basic\blend23c.csm
A basic\blend23d.csm
A basic\blend23e.csm
A basic\blend23f.csm
A basic\blend23g.csm
A basic\blend23h.csm
A basic\blend23i.csm
A basic\blend23j.csm
A basic\blend23k.csm
A basic\blend23l.csm
A basic\linalg1.csm
A basic\sketch12a.csm
A basic\sketch12b.csm
A basic\sketch12c.csm
A basic\sketch12d.csm
A basic\mechanism1a.csm
A basic\mechanism1b.csm
A basic\mechanism1c.csm
A basic\mechanism1d.csm
A basic\mechanism1e.csm
A basic\mechanism1f.csm
A basic\mechanism1g.csm
A basic\mechanism1h.csm
A basic\mechanism1i.csm
A basic\mechanism1j.csm
A basic\mechanism1k.csm
A basic\mechanism1l.csm
A basic\mechanism2a.csm
A basic\mechanism2b.csm
A basic\mechanism2c.csm
A basic\mechanism2d.csm
A basic\mechanism2e.csm
A basic\mechanism2f.csm
A basic\mechanism2g.csm
A basic\mechanism2h.csm
A basic\mechanism2i.csm
A basic\mechanism2j.csm
A basic\mechanism2k.csm
A basic\mechanism2l.csm
A basic\mechanism3a.csm
A basic\mechanism3b.csm
A basic\mechanism3c.csm
A basic\mechanism3d.csm
A basic\mechanism3e.csm
A basic\mechanism3f.csm
A basic\mechanism4.py
A basic\mechanism4a.csm
A basic\mechanism4b.csm
A basic\mechanism4c.csm
A basic\mechanism4d.csm
A basic\mechanism4e.csm
A basic\deform1.csm
A basic\deform2.csm
A basic\deform3.csm
A basic\deform4.csm
A basic\deform5.csm
A basic\deform6.csm
A basic\deform7.csm
A basic\deform8.csm
A basic\edgeGrid1.csm
A basic\edgeGrid2.csm
A basic\edgeGrid3.csm
A basic\extractNodes.csm
A basic\flend10a.csm
A basic\flend10b.csm
A basic\flend10c.csm
A basic\flend10d.csm
A basic\flend10e.csm
A basic\flend10f.csm
A basic\flend10g.csm
A basic\flend10h.csm
A basic\flend10i.csm
A basic\flend10j.csm
A basic\flend10k.csm
A basic\flend10l.csm
A basic\flend10m.csm
A basic\flend10n.csm
A basic\flend10o.csm
A basic\flend10p.csm
A basic\flend10q.csm
A basic\flend10r.csm
A basic\flend8a.csm
A basic\flend8b.csm
A basic\flend8c.csm
A basic\flend8d.csm
A basic\flend8e.csm
A basic\flend8f.csm
A basic\flend8g.csm
A basic\flend8h.csm
A basic\flend8i.csm
A basic\flend8j.csm
A basic\flend8k.csm
A basic\flend8l.csm
A basic\flend8m.csm
A basic\flend8n.csm
A basic\flend8o.csm
A basic\flend8p.csm
A basic\flend8q.csm
A basic\flend8r.csm
A basic\flend8s.csm
A basic\flend8t.csm
A basic\flend8u.csm
A basic\flend8v.csm
A basic\flend8w.csm
A basic\flend8x.csm
A basic\flend8y.csm
A basic\flend8z.csm
A basic\flend9a.csm
A basic\flend9b.csm
A basic\flend9c.csm
A basic\flend9d.csm
A basic\flend9e.csm
A basic\flend9f.csm
A basic\flend9g.csm
A basic\flend9h.csm
A basic\flend9i.csm
A basic\flend9j.csm
A basic\flend9k.csm
A basic\flend9l.csm
A basic\flend9m.csm
A basic\flend9n.csm
A basic\flend9o.csm
A basic\flend9p.csm
A basic\flend9q.csm
A basic\flend9r.csm
A basic\bspline1.csm
A basic\bspline2.csm
A basic\offsetIa.csm
A basic\offsetIb.csm
A basic\offsetIc.csm
A basic\offsetId.csm
A basic\offsetJa.csm
A basic\offsetJb.csm
A basic\offsetJc.csm
A basic\offsetJd.csm
A basic\offsetKa.csm
A basic\offsetKb.csm
A basic\offsetKc.csm
A basic\offsetKd.csm
A basic\offsetLa.csm
A basic\offsetLb.csm
A basic\offsetLc.csm
A basic\offsetLd.csm
A basic\offsetMa.csm
A basic\offsetMb.csm
A basic\offsetMc.csm
A basic\offsetMd.csm
A basic\offsetNa.csm
A basic\offsetNb.csm
A basic\offsetNc.csm
A basic\offsetNd.csm
A basic\offsetOa.csm
A basic\offsetOb.csm
A basic\offsetOc.csm
A basic\offsetOd.csm
A basic\offsetOe.csm
A basic\offsetOf.csm
A basic\offsetOg.csm
A basic\offsetOh.csm
A basic\offsetOi.csm
A basic\offsetOj.csm
A basic\offsetOk.csm
A basic\offsetOl.csm
A basic\offsetOm.csm
A basic\offsetOn.csm
A basic\offsetOo.csm
A basic\offsetOp.csm
A basic\offsetOq.csm
A basic\offsetOr.csm
A basic\offsetPa.csm
A basic\offsetPb.csm
A basic\offsetPc.csm
A basic\offsetPd.csm
A basic\offsetPe.csm
A basic\offsetPf.csm
A basic\offsetPg.csm
A basic\offsetPh.csm
A basic\offsetQa.csm
A basic\offsetQb.csm
A basic\offsetQc.csm
A basic\offsetQd.csm
A basic\offsetQe.csm
A basic\offsetQf.csm
A basic\offsetQg.csm
A basic\offsetQh.csm
A basic\offsetRa.csm
A basic\offsetRb.csm
A basic\evaluate3a.csm
A basic\evaluate3b.csm
A basic\multiRegions0.csm
A basic\multiRegions1.csm
A basic\multiRegions2.csm
A basic\blend29.csm
A basic\rule29.csm
A basic\matchBodys5.csm
A basic\tester1.csm
A basic\tester2.csm
A basic\waffleB1.csm
A basic\waffleB2.csm
A basic\waffleB3.csm
A basic\waffleB3.jrnl
A basic\designG5.csm
A basic\designG6.csm
A basic\designH2.csm
A basic\designH3.csm
A basic\designH4.csm
A basic\designJ1c.csm
A basic\designJ1d.csm
A basic\designJ5.csm
A basic\designX1.csm
A basic\designX2.csm
A basic\designX3.csm
A basic\designX4.csm
A basic\designX5.csm
A basic\designX6.csm
A basic\designX7.csm
A basic\designX8.csm
A basic\attrScribe.csm
A basic\designW0.csm
A basic\designW2.csm
A basic\designW3.csm
A basic\designW4.csm
A basic\designW5.csm
A basic\splitEdges1.csm
A basic\splitEdges2.csm
A basic\designV1.csm
A basic\selectE.csm
A basic\selectA.csm
A basic\selectB.csm
A basic\selectC.csm
A basic\selectD.csm
A basic\combine0.csm
A basic\combine1.csm
A basic\combine2.csm
A basic\combine3.csm
A basic\combine4.csm
A basic\combine5.csm
A basic\combine6.csm
A basic\combine7.csm
A basic\droop0a.csm
A basic\droop0b.csm
A basic\droop0c.csm
A basic\droop1a.csm
A basic\droop1b.csm
A basic\droop1c.csm
A basic\droop2a.csm
A basic\droop2b.csm
A basic\droop2c.csm
A basic\droop3a.csm
A basic\droop3b.csm
A basic\droop3c.csm
A basic\droop4a.csm
A basic\droop4b.csm
A basic\droop4c.csm
A basic\droop5a.csm
A basic\droop5b.csm
A basic\droop5c.csm
A basic\droop6a.csm
A basic\droop6b.csm
A basic\droop6c.csm
A basic\droop7a.csm
A basic\droop7b.csm
A basic\droop7c.csm
A basic\droop8a.csm
A basic\droop8b.csm
A basic\droop8c.csm
A basic\ereped5c.jrnl
A basic\naca6mc0.csm
A basic\naca6mc1.csm
A basic\naca6mc2.csm
A basic\naca6mc3.csm
A basic\naca6mc4.csm
A basic\naca6mc5.csm
A basic\naca6mc6.csm
A basic\naca6mc7.csm
A basic\naca6mc8.csm
A basic\naca6mc9.csm
A basic\oldCombine1.csm
A basic\oldCombine2.csm
A basic\oldCombine3.csm
A basic\oldCombine4.csm
A basic\oldCombine5.csm
A basic\oldCombine6a.csm
A basic\oldCombine6b.csm
A basic\oldCombine7a.csm
A basic\oldCombine7b.csm
A basic\oldCombine8a.csm
A basic\message.csm
A basic\offset9.csm
A basic\offsetA.csm
A basic\offsetB.csm
A basic\offsetC.csm
A basic\offsetD.csm
A basic\offsetE.csm
A basic\offsetF.csm
A basic\offsetG.csm
A basic\offsetH.csm
A basic\sslope6a.csm
A basic\sslope6b.csm
A basic\sslope6c.csm
A basic\ereped8.csm
A basic\extractBodys.csm
A basic\rule28a.csm
A basic\rule28b.csm
A basic\rule28c.csm
A basic\rule28d.csm
A basic\frustrum3.csm
A basic\dumpPmtrs.csm
A basic\restore3.csm
A basic\L1T2.csm
A basic\blend_nacelle.csm
A basic\closeBody1.csm
A basic\closeBody2.csm
A basic\closeBody3.csm
A basic\connect5.csm
A basic\connect8d.csm
A basic\elevate1.csm
A basic\elevate2.csm
A basic\elevate3.csm
A basic\elevate4.csm
A basic\elevate5.csm
A basic\elevate6a.csm
A basic\elevate6b.csm
A basic\elevate7a.csm
A basic\elevate7b.csm
A basic\elevate8a.csm
A basic\extractShells1.csm
A basic\extractShells2.csm
A basic\fitCurve1.csm
A basic\flowaround1.csm
A basic\flowaround2.csm
A basic\flowaround3.csm
A basic\flowthru1.csm
A basic\flowthru2.csm
A basic\flowthru3.csm
A basic\inletWithWalls1.csm
A basic\joinSheets6a.csm
A basic\joinSheets6b.csm
A basic\joinUnion2.csm
A basic\joinUnion3.csm
A basic\nmWireBody1.csm
A basic\nmWireBody2.csm
A basic\nmWireBody3.csm
A basic\nmWireBody4.csm
A basic\nmWireBody6.csm
A basic\offset3.csm
A basic\offset6.csm
A basic\offset7x.csm
A basic\offset7y.csm
A basic\offset7z.csm
A basic\offset8x.csm
A basic\offset8y.csm
A basic\offset8z.csm
A basic\pipeNetwork0.csm
A basic\pipeNetwork1.csm
A basic\pipeNetwork2.csm
A basic\pipeNetwork3.csm
A basic\pipeNetwork4.csm
A basic\pipeNetwork5.csm
A basic\pipeNetwork5.txt
A basic\poly4.csm
A basic\rocketnozzle2.csm
A basic\rule8.csm
A basic\sectionsWithHoles1b.csm
A basic\sectionsWithHoles1c.csm
A basic\sectionsWithHoles2b.csm
A basic\sectionsWithHoles2c.csm
A basic\sharpFin.csm
A basic\shrinkwrap1.csm
A basic\shrinkwrap2.csm
A basic\shrinkwrap3.csm
A basic\splitFlap2a.csm
A basic\splitFlap2b.csm
A basic\splitFlap2c.csm
A basic\splitFlap2d.csm
A basic\splitFlap2e.csm
A basic\splitFlap2f.csm
A basic\splitFlap3a.csm
A basic\splitWing1.csm
A basic\splitWing2.csm
A basic\subtract6f.csm
A basic\transport2b.csm
A basic\unequalRules.csm
A basic\unionSolids1.csm
A basic\unionSolids2.csm
A basic\wingSew3.csm
A basic\flend5.csm
A basic\flend5a.csm
A basic\flend5b.csm
A basic\flend5c.csm
A basic\helix3.csm
A basic\inflatedBody2a.csm
A basic\inflatedBody2b.csm
A basic\offset1.csm
A basic\offset2.csm
A basic\offset4.csm
A basic\offset5.csm
A basic\duct7.csm
A basic\ereped6a.csm
A basic\ereped6b.csm
A basic\ereped6c.csm
A basic\ereped6d.csm
A basic\ereped7.csm
A basic\wingBEM2.csm
A basic\compare1b.csm
A basic\attributeA.csm
A basic\duct6.csm
A basic\attribute9a.csm
A basic\attribute9b.csm
A basic\inflatedBody1a.csm
A basic\inflatedBody1b.csm
A basic\persist2.csm
A basic\thickPrint1.csm
A basic\thickPrint2.csm
A basic\ogive1.csm
A basic\ogive2.csm
A basic\connect9a.csm
A basic\connect9b.csm
A basic\shadow1.csm
A basic\shadow2.csm
A basic\sectionsWithHoles1a.csm
A basic\sectionsWithHoles2a.csm
A basic\hollowE1.csm
A basic\hollowE2.csm
A basic\hollowE3.csm
A basic\hollowE4.csm
A basic\hollowSheet.csm
A basic\hollowSolid.csm
A basic\designP5a.csm
A basic\designP5b.csm
A basic\quad3.csm
A basic\quad4.csm
A basic\quad1.csm
A basic\quad2.csm
A basic\quad5.csm
A basic\quad6.csm
A basic\quad7.csm
A basic\quad7.egads
A basic\quad8.csm
A basic\quad9.csm
A basic\expressions.csm
A basic\expressions.udc
A basic\fixture1.csm
A basic\fixture2.csm
A basic\fixture3.csm
A basic\designG7.csm
A basic\designG8.csm
A basic\designG9.csm
A basic\designGA.csm
A basic\designGB.csm
A basic\blend22a.csm
A basic\blend22b.csm
A basic\blend22c.csm
A basic\blend22d.csm
A basic\rule22.csm
A basic\closeBody.stp
A basic\collab1.csm
A basic\collab2.csm
A basic\collab3.csm
A basic\collab4.csm
AU basic\collab4.png
A basic\collab5.csm
A basic\waffleA1.csm
A basic\waffleA2.csm
A basic\rotate1.csm
A basic\waffle3c.csm
A basic\waffle3d.csm
A basic\designI2.csm
A basic\designI4.csm
A basic\designU1a.csm
A basic\designU1b.csm
A basic\designU1c.csm
A basic\designU2a.csm
A basic\designU2b.csm
A basic\designU2c.csm
A basic\dumpTest1a.csm
A basic\dumpTest1b.csm
A basic\dumpTest2a.csm
A basic\dumpTest2b.csm
A basic\dumpTest3a.csm
A basic\dumpTest3b.csm
A basic\dumpTest4a.csm
A basic\dumpTest4b.csm
A basic\dumpTest5a.csm
A basic\dumpTest5b.csm
A basic\dumpTest6a.csm
A basic\dumpTest6b.csm
A basic\dumpTest7a.csm
A basic\dumpTest7b.csm
A basic\dumpTest8a.csm
A basic\dumpTest8b.csm
A basic\designV1.m
A basic\debug.csm
A basic\debugged.csm
A basic\scope.csm
A basic\scope1b.udc
A basic\scope2b.udc
A basic\scope3b.udc
A basic\scope1a.udc
A basic\scope2a.udc
A basic\scope3a.udc
A basic\designT1.csm
A basic\designT2.csm
A basic\designS3.csm
A basic\designS1.csm
A basic\designS2.csm
A basic\udfNacelle1.csm
A basic\udfNacelle2.csm
A basic\udfNacelle3.csm
A basic\udfNacelle4.csm
A basic\udfNacelle5.csm
A basic\attrProp.csm
A basic\sculpt1.csm
A basic\sculpt2.csm
A basic\halfSpheres.csm
A basic\parabaloid.csm
A basic\attribute.csm
A basic\getattr1.csm
A basic\attrSketch1a.csm
A basic\attrSketch1b.csm
A basic\attrSketch2a.csm
A basic\attrSketch2b.csm
A basic\attrSketch3a.csm
A basic\attrSketch3b.csm
A basic\attrSketch4a.csm
A basic\attrSketch4b.csm
A basic\attrSketch5a.csm
A basic\attrSketch5b.csm
A basic\attrSketch6a.csm
A basic\attrSketch6b.csm
A basic\attrSketch7a.csm
A basic\attrSketch7b.csm
A basic\attrSketch8a.csm
A basic\attrSketch8b.csm
A basic\attrSketch9a.csm
A basic\attrSketch9b.csm
A basic\mitten1.csm
A basic\connect7f.csm
A basic\esa_logo.csm
A basic\extract4.csm
A basic\sketch11a.csm
A basic\sketch11b.csm
A basic\sketch11c.csm
A basic\sketch11d.csm
A basic\sketch11e.csm
A basic\sketch11f.csm
A basic\sketch11g.csm
A basic\sketch11h.csm
A basic\sketch11i.csm
A basic\sketch11j.csm
A basic\sketch11k.csm
A basic\droopInlet2.csm
A basic\droopInlet3.csm
A basic\droopInlet4.csm
A basic\supell7e.csm
A basic\supell7a.csm
A basic\supell7b.csm
A basic\supell7c.csm
A basic\supell7d.csm
A basic\evaluate1.csm
A basic\evaluate2.csm
A basic\stickFuselage.csm
A basic\subtract6j.csm
A basic\subtract6k.csm
A basic\autoStart.csm
A basic\adjoint1.csm
A basic\adjoint1.jrnl
A basic\adjoint1.m
A basic\adjoint2.csm
A basic\adjoint2.jrnl
A basic\adjoint2.m
A basic\import5.csm
A basic\sew1.csm
A basic\sew2.csm
A basic\eqn2body.udc
A basic\ellipse2.csm
A basic\frustrum1.csm
A basic\frustrum2.csm
A basic\helix1.csm
A basic\helix2.csm
A basic\sketch10a.csm
A basic\sketch10b.csm
A basic\sketch10c.csm
A basic\sketch10d.csm
A basic\sketch10e.csm
A basic\sketch10f.csm
A basic\sketch10g.csm
A basic\sketch10h.csm
A basic\sketch10i.csm
A basic\sketch10j.csm
A basic\sketch10k.csm
A basic\sketch10l.csm
A basic\assembly1.csm
A basic\assembly2.csm
A basic\assembly3.csm
A basic\assembly4.csm
A basic\assembly_cylinder.csm
A basic\assembly_cylinder.udc
A basic\assembly_frustrum.csm
A basic\assembly_frustrum.udc
A basic\assembly_hemisphere.csm
A basic\assembly_hemisphere.udc
A basic\rocketnozzle1.csm
A basic\rocketnozzle3.csm
A basic\skcon9d.csm
A basic\skcon9e.csm
A basic\sketch7b.csm
A basic\sketch7c.csm
A basic\sketch7e.csm
A basic\sketch9a.csm
A basic\sketch9b.csm
A basic\sketch9c.csm
A basic\sketch9d.csm
A basic\sketch9e.csm
A basic\sketch9f.csm
A basic\sketch9g.csm
A basic\sketch9h.csm
A basic\skfix1_inc.csm
A basic\skfix2_inc.csm
A basic\skfix3_inc.csm
A basic\skfix4_inc.csm
A basic\skfix5_inc.csm
A basic\skfix6_inc.csm
A basic\inletWithWalls2.csm
A basic\contains1.csm
A basic\overlaps1.csm
A basic\restore2.csm
A basic\imprint5.csm
A basic\group6.csm
A basic\import8.egads
A basic\import8a.csm
A basic\import8b.csm
A basic\save1.csm
A basic\save2.csm
A basic\save2.txt
A basic\fitCurve6a.csm
A basic\fitCurve6a.txt1
A basic\fitCurve6a.txt2
A basic\fitCurve6a.txt3
A basic\fitCurve6b.csm
A basic\nurbbody0.csm
A basic\nurbbody1.csm
A basic\nurbbody2.csm
A basic\nurbbody2.txt
A basic\nurbbody3.csm
A basic\nurbbody3.txt
A basic\waffle9b.csm
A basic\waffle9b.txt1
A basic\waffle9b.txt2
A basic\waffle9b.txt3
A basic\designR0a.csm
A basic\designR0b.csm
A basic\designR0c.csm
A basic\designR0d.csm
A basic\designR0e.csm
A basic\designR1a.csm
A basic\designR1b.csm
A basic\designR1c.csm
A basic\designR1d.csm
A basic\designR1e.csm
A basic\designR2a.csm
A basic\designR2b.csm
A basic\designR2c.csm
A basic\designR2d.csm
A basic\designR2e.csm
A basic\designR3a.csm
A basic\designR3b.csm
A basic\designR3c.csm
A basic\designR3d.csm
A basic\designR3e.csm
A basic\parsec1a.csm
A basic\parsec1b.csm
A basic\parsec1c.csm
A basic\parsec1d.csm
A basic\parsec1e.csm
A basic\parsec2a.csm
A basic\parsec2b.csm
A basic\parsec2c.csm
A basic\parsec2d.csm
A basic\parsec2e.csm
A basic\appliedLate.csm
A basic\droopInlet1.csm
A basic\flend0a.csm
A basic\flend0b.csm
A basic\flend0c.csm
A basic\flend0d.csm
A basic\flend1a.csm
A basic\flend1b.csm
A basic\flend1c.csm
A basic\flend1d.csm
A basic\flend2a.csm
A basic\flend2b.csm
A basic\flend2c.csm
A basic\flend2d.csm
A basic\flend2e.csm
A basic\flend2f.csm
A basic\flend2g.csm
A basic\flend2h.csm
A basic\flend3a.csm
A basic\flend3b.csm
A basic\flend3c.csm
A basic\flend3d.csm
A basic\flend3e.csm
A basic\flend3f.csm
A basic\flend3g.csm
A basic\flend3h.csm
A basic\flend4a.csm
A basic\flend4b.csm
A basic\flend6a.csm
A basic\flend6b.csm
A basic\flend6c.csm
A basic\flend6d.csm
A basic\flend7a.csm
A basic\slices1x.csm
A basic\slices1y.csm
A basic\slices1z.csm
A basic\slices2x.csm
A basic\slices2y.csm
A basic\slices2z.csm
A basic\ereped5a.csm
A basic\ereped5b.csm
A basic\ereped5c.csm
A basic\nuscale4.csm
A basic\udpInline1a.csm
A basic\udpInline1b.csm
A basic\udpInline1c.csm
A basic\udpInline1d.csm
A basic\udpInline1e.csm
A basic\udpInline1f.csm
A basic\udpInline1g.csm
A basic\udpInline1h.csm
A basic\udpInline2.csm
A basic\udpInline2a.txt
A basic\udpInline2b.txt
A basic\designQ1.csm
A basic\designQ2.csm
A basic\waffle9a.csm
A basic\ereped4.csm
A basic\ereped0.csm
A basic\ereped1.csm
A basic\ereped2.csm
A basic\ereped3.csm
A basic\nasa_worm.csm
A basic\nuscale0.csm
A basic\nuscale1.csm
A basic\nuscale2.csm
A basic\nuscale3.csm
A basic\sslope5a.csm
A basic\sslope5b.csm
A basic\sslope5c.csm
A basic\sslope5d.csm
A basic\sslope5e.csm
A basic\sslope5f.csm
A basic\sslope5g.csm
A basic\sslope5h.csm
A basic\etopo2.csm
A basic\prop1.csm
A basic\prop2.csm
A basic\prop3.csm
A basic\prop4.csm
A basic\prop5.csm
A basic\designP0d.csm
A basic\designP1d.csm
A basic\designP2d.csm
A basic\designP3d.csm
A basic\designP4d.csm
A basic\designL30.csm
A basic\designL31.csm
A basic\designL32.csm
A basic\designL33.csm
A basic\designL34.csm
A basic\designL40.csm
A basic\designL41.csm
A basic\designL42.csm
A basic\designP0a.csm
A basic\designP0b.csm
A basic\designP0c.csm
A basic\designP1a.csm
A basic\designP1b.csm
A basic\designP1c.csm
A basic\designP2a.csm
A basic\designP2b.csm
A basic\designP2c.csm
A basic\designP3a.csm
A basic\designP3b.csm
A basic\designP3c.csm
A basic\designP4a.csm
A basic\designP4b.csm
A basic\designP4c.csm
A basic\attrDelete.csm
A basic\nodeAttribute.csm
A basic\matchBodys4b.csm
A basic\designM0.csm
A basic\designM1.csm
A basic\designM2.csm
A basic\designM3.csm
A basic\designM4.csm
A basic\designN1.csm
A basic\designN2.csm
A basic\design1b.csm
A basic\design4.csm
A basic\designL00.csm
A basic\designL01.csm
A basic\designL10.csm
A basic\designL11.csm
A basic\designL12.csm
A basic\designL20.csm
A basic\designL21.csm
A basic\designL22.csm
A basic\extrudeB.csm
A basic\select1a.csm
A basic\select1b.csm
A basic\select2.csm
A basic\blend27a.csm
A basic\blend27b.csm
A basic\rule27a.csm
A basic\rule27b.csm
A basic\joinUnion1.csm
A basic\windtunnel7.csm
A basic\wingFuseBEM2.csm
A basic\sketch8a.csm
A basic\sketch8b.csm
A basic\sketch8c.csm
A basic\expressions.cpc
A basic\masspropsBox.csm
A basic\masspropsCorner.csm
A basic\masspropsCylinder.csm
A basic\masspropsEdges.csm
A basic\masspropsFaces.csm
A basic\masspropsSheets.csm
A basic\masspropsShell.csm
A basic\masspropsSketch.csm
A basic\masspropsSphere.csm
A basic\masspropsWires.csm
A basic\pmtrtest3.csm
A basic\pmtrtest3.pmtrs
A basic\pmtrtest2.csm
A basic\dimension2.csm
A basic\snake1.csm
A basic\union5b.csm
A basic\union5c.csm
A basic\dimension.csm
A basic\fitCurve7.csm
A basic\demo2.csm
A basic\sphereCone1.csm
A basic\transport1a.csm
A basic\transport2a.csm
A basic\glovesTest.csm
A basic\windtunnel6.csm
A basic\boxC.csm
A basic\rule20a.csm
A basic\rule20b.csm
A basic\rule20c.csm
A basic\rule20d.csm
A basic\rule21a.csm
A basic\rule21b.csm
A basic\rule21c.csm
A basic\rule21d.csm
A basic\rule22a.csm
A basic\rule22b.csm
A basic\rule22c.csm
A basic\rule22d.csm
A basic\rule23a.csm
A basic\rule23b.csm
A basic\rule23c.csm
A basic\rule23d.csm
A basic\rule24a.csm
A basic\rule24b.csm
A basic\rule25a.csm
A basic\rule25b.csm
A basic\rule26a.csm
A basic\rule26b.csm
A basic\rule26c.csm
A basic\bentDisk1.csm
A basic\bentDisk2.csm
A basic\bentDisk3.csm
A basic\blend19a.csm
A basic\blend19b.csm
A basic\blend19c.csm
A basic\blend19d.csm
A basic\blend19e.csm
A basic\blend20a.csm
A basic\blend20b.csm
A basic\blend20c.csm
A basic\blend20d.csm
A basic\blend20e.csm
A basic\blend20f.csm
A basic\blend20g.csm
A basic\blend20h.csm
A basic\blend20i.csm
A basic\blend20j.csm
A basic\blend21a.csm
A basic\blend21b.csm
A basic\blend21c.csm
A basic\blend21d.csm
A basic\blend21e.csm
A basic\blend21f.csm
A basic\blend21g.csm
A basic\blend21h.csm
A basic\blend21i.csm
A basic\blend21j.csm
A basic\rule19a.csm
A basic\rule19b.csm
A basic\rule19c.csm
A basic\rule19d.csm
A basic\rule19e.csm
A basic\tiptreat6.csm
A basic\attribute8a.csm
A basic\attribute8b.csm
A basic\blockClose.csm
A basic\blockNest.csm
A basic\csystem6a.csm
A basic\csystem6b.csm
A basic\csystem6c.csm
A basic\csystem6d.csm
A basic\sketch7a.csm
A basic\sketch7d.csm
A basic\sketch7f.csm
A basic\swapTest.csm
A basic\tparams1.csm
A basic\tparams2.csm
A basic\tparams3.csm
A basic\waffle8a.csm
A basic\waffle8b.csm
A basic\waffle8c.csm
A basic\waffle8d.csm
A basic\waffle8e.csm
A basic\designK0.csm
A basic\designK1.csm
A basic\designK2.csm
A basic\winding3.csm
A basic\importAttr.csm
A basic\subtract6g.csm
A basic\subtract6h.csm
A basic\subtract6i.csm
A basic\design0w.csm
A basic\recycleAll.jrnl
A basic\sslope1a.csm
A basic\sslope1b.csm
A basic\sslope1c.csm
A basic\sslope1d.csm
A basic\sslope2a.csm
A basic\sslope2b.csm
A basic\sslope2c.csm
A basic\sslope2d.csm
A basic\sslope3a.csm
A basic\sslope3b.csm
A basic\sslope3c.csm
A basic\sslope3d.csm
A basic\sslope4a.csm
A basic\sslope4b.csm
A basic\sslope4c.csm
A basic\sslope4d.csm
A basic\wingSew2.csm
A basic\attribute6a.csm
A basic\attribute6b.csm
A basic\attribute6c.csm
A basic\attribute7a.csm
A basic\attribute7b.csm
A basic\unionAll.csm
A basic\transport1b.csm
A basic\transport1c.csm
A basic\transport2c.csm
A basic\wingSew1.csm
A basic\wingSew1.stp
A basic\wingSew2.stp
AU basic\wingSew3.stp
A basic\ganged7e.csm
A basic\ganged7f.csm
A basic\ganged7g.csm
A basic\ganged7h.csm
A basic\ganged7i.csm
A basic\editAttrFile4.csm
A basic\ganged1a.csm
A basic\ganged1b.csm
A basic\ganged2b.csm
A basic\ganged3b.csm
A basic\ganged4b.csm
A basic\ganged5b.csm
A basic\ganged6a.csm
A basic\ganged6b.csm
A basic\ganged7a.csm
A basic\ganged7b.csm
A basic\ganged7c.csm
A basic\ganged7d.csm
A basic\connect9c.csm
A basic\connect9d.csm
A basic\sew.stp
A basic\duct5.csm
A basic\catmull0.csm
A basic\connector1.csm
A basic\connector2.csm
A basic\connector3.csm
A basic\connector4.csm
A basic\extract3.csm
A basic\bstl3.csm
A basic\bstl4.csm
A basic\calcCG.udc
A basic\calcCG1.csm
A basic\ellipse1.csm
A basic\import3.csm
A basic\import6a.csm
A basic\import6b.csm
A basic\multiBody1.csm
A basic\naca3.csm
A basic\primitives.csm
A basic\propeller1.csm
A basic\propeller2.csm
A basic\scoop.csm
A basic\sphereScribe.csm
A basic\stl3.csm
A basic\stl4.csm
A basic\boxWithSmallFeatures.csm
A basic\csystem5a.csm
A basic\csystem5b.csm
A basic\ganged2a.csm
A basic\ganged3a.csm
A basic\ganged4a.csm
A basic\ganged5a.csm
A basic\select9.csm
A basic\subtract6a.csm
A basic\subtract6d.csm
A basic\subtract6e.csm
A basic\sketch5.csm
A basic\sketch6.csm
A basic\design0o3.csm
A basic\design0o4.csm
A basic\designG0.csm
A basic\designG1.csm
A basic\designG2.csm
A basic\designG3.csm
A basic\designG4.csm
A basic\designF0bb.csm
A basic\designF1bb.csm
A basic\designF2bb.csm
A basic\connect7a.csm
A basic\connect7b.csm
A basic\connect7c.csm
A basic\connect7d.csm
A basic\connect7e.csm
A basic\connect8a.csm
A basic\connect8b.csm
A basic\connect8c.csm
A basic\despmtr3.csm
A basic\despmtr3a.udc
A basic\despmtr3b.udc
A basic\udcTest4.csm
A basic\udcTest4.udc
A basic\fin1a.csm
A basic\fin1b.csm
A basic\fin2a.csm
A basic\fin2b.csm
A basic\hollow0c.csm
A basic\winding1.csm
A basic\winding2.csm
A basic\splitFlap.csm
A basic\skfix6.csm
A basic\histDist1a.csm
A basic\catch6.csm
A basic\solver4.csm
A basic\histDist1.points
A basic\histDist1b.csm
A basic\sliceWing.csm
A basic\store4.csm
A basic\extract2.csm
A basic\udcMulti.csm
A basic\udcMulti01.udc
A basic\udcMulti02.udc
A basic\udcMulti03.udc
A basic\udcMulti04.udc
A basic\udcMulti05.udc
A basic\udcMulti06.udc
A basic\udcMulti07.udc
A basic\udcMulti08.udc
A basic\udcMulti09.udc
A basic\udcMulti10.udc
A basic\udcMulti11.udc
A basic\udcMulti12.udc
A basic\udcMulti13.udc
A basic\udcMulti14.udc
A basic\udcMulti15.udc
A basic\udcMulti16.udc
A basic\udcMulti17.udc
A basic\udcMulti18.udc
A basic\udcMulti19.udc
A basic\udcMulti20.udc
A basic\udcMulti21.udc
A basic\udcMulti22.udc
A basic\udcMulti23.udc
A basic\udcMulti24.udc
A basic\udcMulti25.udc
A basic\udcMulti26.udc
A basic\udcMulti27.udc
A basic\udcMulti28.udc
A basic\udcMulti29.udc
A basic\udcMulti30.udc
A basic\tiptreat4Ba.csm
A basic\tiptreat4Bb.csm
A basic\tiptreat4Bc.csm
A basic\tiptreat4Bd.csm
A basic\tiptreat4Sa.csm
A basic\tiptreat4Sb.csm
A basic\tiptreat4Sc.csm
A basic\tiptreat4Sd.csm
A basic\tiptreat5Ba.csm
A basic\tiptreat5Bb.csm
A basic\tiptreat5Bc.csm
A basic\tiptreat5Bd.csm
A basic\tiptreat5Sa.csm
A basic\tiptreat5Sb.csm
A basic\tiptreat5Sc.csm
A basic\tiptreat5Sd.csm
A basic\design9.csm
A basic\cfgpmtr1.csm
A basic\bezier4.csm
A basic\bezier5.csm
A basic\bezier6.csm
A basic\catmull0x.csm
A basic\editAttrFile2.csm
A basic\waffle5a.csm
A basic\hollow9e.csm_bad
A basic\reorder1r.csm
A basic\poly3.csm
A basic\blend7p.csm
A basic\bullet.csm
A basic\extract1.csm
A basic\gliderMultiModel.csm
A basic\imprint3.csm
A basic\match1.csm
A basic\rule7p.csm
A basic\transition4.csm
A basic\wingMultiModel.csm
A basic\attrDemo.csm
A basic\blend14b01r.csm
A basic\blend14b11r.csm
A basic\blend14b21r.csm
A basic\blend14r01r.csm
A basic\blend14r10b.csm
A basic\blend14r10r.csm
A basic\blend14r10s.csm
A basic\blend14r11b.csm
A basic\blend14r11r.csm
A basic\blend14r11s.csm
A basic\blend14r12b.csm
A basic\blend14r12r.csm
A basic\blend14r12s.csm
A basic\blend14r21r.csm
A basic\blend14s01r.csm
A basic\blend14s11r.csm
A basic\blend14s21r.csm
A basic\rule9.csm
A basic\rule9a.csm
A basic\rule9b.csm
A basic\rule9c.csm
A basic\select8.csm
A basic\import7a.csm
A basic\import7b.csm
A basic\matchBodys4a.csm
A basic\matchBodys4c.csm
A basic\matchBodys4d.csm
A basic\designD0a.csm
A basic\designD1a.csm
A basic\designD2a.csm
A basic\designD3a.csm
A basic\designD4a.csm
A basic\designD5a.csm
A basic\designD6a0.csm
A basic\designD6a1.csm
A basic\designD6a2.csm
A basic\store3.csm
A basic\blend18.csm
A basic\umbrella3.csm
A basic\umbrella4.csm
A basic\select7.csm
A basic\solver6.csm
A basic\solver6a.csm
A basic\solver6b.csm
A basic\getattr2.csm
A basic\editAttrFile.csm
A basic\editAttrFile3.csm
A basic\inclinedOval.csm
A basic\matchBodys1.csm
A basic\matchBodys2.csm
A basic\matchBodys3.csm
A basic\bemTest1.csm
A basic\bemTest2.csm
A basic\bemTest3.csm
A basic\multiBody2.csm
A basic\multiBody3.csm
A basic\multiBody4.csm
A basic\multiBody5.csm
A basic\selectSort1.csm
A basic\selectSort2.csm
A basic\sphereConeCyl.csm
A basic\design0u.csm
A basic\design0v.csm
A basic\designI3.csm
A basic\designJ1a.csm
A basic\designJ1b.csm
A basic\designJ2a.csm
A basic\designJ2b.csm
A basic\designJ3a.csm
A basic\designJ3b.csm
A basic\designJ4a.csm
A basic\designJ4b.csm
A basic\design0r.csm
A basic\design0s.csm
A basic\design0s.udc
A basic\design0t1.csm
A basic\design0t2.csm
A basic\design0t3.csm
A basic\designH1.csm
A basic\package1.csm
A basic\udcTest3b.udc
A basic\naca6e.csm
A basic\naca6g.csm
A basic\outpmtr1.csm
A basic\catch5.udc
A basic\catch5a.csm
A basic\catch5b.csm
A basic\catch5c.csm
A basic\catch5d.csm
A basic\naca6a.csm
A basic\naca6b.csm
A basic\naca6c.csm
A basic\naca6d.csm
A basic\naca6f.csm
A basic\naca6h.csm
A basic\naca6i.csm
A basic\sculpt0.csm
A basic\project1.csm
A basic\project2.csm
A basic\project3.csm
A basic\nearbodygrid.csm
A basic\blendjoin5.csm
A basic\blendjoin3.csm
A basic\blendjoin4.csm
A basic\despmtr2a.csm
A basic\despmtr2b.csm
A basic\pmtrtest.csm
A basic\selectColor.csm
A basic\panel2.jrnl_save
A basic\attribute2.csm
A basic\attribute3.csm
A basic\attribute4.csm
A basic\attribute5.csm
A basic\bad.csm
A basic\bbox.csm
A basic\bezier1.csm
A basic\bezier2.csm
A basic\bezier3.csm
A basic\bezier7a.csm
A basic\bezier7b.csm
A basic\bezier7c.csm
A basic\bezier7d.csm
A basic\bezier7e.csm
A basic\bezier7f.csm
A basic\biconvex.csm
A basic\blend1.csm
A basic\blend10a.csm
A basic\blend10b.csm
A basic\blend10c.csm
A basic\blend10d.csm
A basic\blend10e.csm
A basic\blend10f.csm
A basic\blend10g.csm
A basic\blend10h.csm
A basic\blend10i.csm
A basic\blend10j.csm
A basic\blend10k.csm
A basic\blend10l.csm
A basic\blend10m.csm
A basic\blend10n.csm
A basic\blend10o.csm
A basic\blend10p.csm
A basic\blend11a.csm
A basic\blend11b.csm
A basic\blend11c.csm
A basic\blend11d.csm
A basic\blend11e.csm
A basic\blend11f.csm
A basic\blend11g.csm
A basic\blend11h.csm
A basic\blend11i.csm
A basic\blend11j.csm
A basic\blend11k.csm
A basic\blend11l.csm
A basic\blend11m.csm
A basic\blend11n.csm
A basic\blend11o.csm
A basic\blend11p.csm
A basic\blend12.csm
A basic\blend13b00b.csm
A basic\blend13b00r.csm
A basic\blend13b00s.csm
A basic\blend13b01b.csm
A basic\blend13b01r.csm
A basic\blend13b01s.csm
A basic\blend13b02b.csm
A basic\blend13b02r.csm
A basic\blend13b02s.csm
A basic\blend13b10b.csm
A basic\blend13b10r.csm
A basic\blend13b10s.csm
A basic\blend13b11b.csm
A basic\blend13b11r.csm
A basic\blend13b11s.csm
A basic\blend13b12b.csm
A basic\blend13b12r.csm
A basic\blend13b12s.csm
A basic\blend13b20b.csm
A basic\blend13b20r.csm
A basic\blend13b20s.csm
A basic\blend13b21b.csm
A basic\blend13b21r.csm
A basic\blend13b21s.csm
A basic\blend13b22b.csm
A basic\blend13b22r.csm
A basic\blend13b22s.csm
A basic\blend13r00b.csm
A basic\blend13r00r.csm
A basic\blend13r00s.csm
A basic\blend13r01b.csm
A basic\blend13r01r.csm
A basic\blend13r01s.csm
A basic\blend13r02b.csm
A basic\blend13r02r.csm
A basic\blend13r02s.csm
A basic\blend13r10b.csm
A basic\blend13r10r.csm
A basic\blend13r10s.csm
A basic\blend13r11b.csm
A basic\blend13r11r.csm
A basic\blend13r11s.csm
A basic\blend13r12b.csm
A basic\blend13r12r.csm
A basic\blend13r12s.csm
A basic\blend13r20b.csm
A basic\blend13r20r.csm
A basic\blend13r20s.csm
A basic\blend13r21b.csm
A basic\blend13r21r.csm
A basic\blend13r21s.csm
A basic\blend13r22b.csm
A basic\blend13r22r.csm
A basic\blend13r22s.csm
A basic\blend13s00b.csm
A basic\blend13s00r.csm
A basic\blend13s00s.csm
A basic\blend13s01b.csm
A basic\blend13s01r.csm
A basic\blend13s01s.csm
A basic\blend13s02b.csm
A basic\blend13s02r.csm
A basic\blend13s02s.csm
A basic\blend13s10b.csm
A basic\blend13s10r.csm
A basic\blend13s10s.csm
A basic\blend13s11b.csm
A basic\blend13s11r.csm
A basic\blend13s11s.csm
A basic\blend13s12b.csm
A basic\blend13s12r.csm
A basic\blend13s12s.csm
A basic\blend13s20b.csm
A basic\blend13s20r.csm
A basic\blend13s20s.csm
A basic\blend13s21b.csm
A basic\blend13s21r.csm
A basic\blend13s21s.csm
A basic\blend13s22b.csm
A basic\blend13s22r.csm
A basic\blend13s22s.csm
A basic\blend14b00b.csm
A basic\blend14b00r.csm
A basic\blend14b00s.csm
A basic\blend14b01b.csm
A basic\blend14b01s.csm
A basic\blend14b02b.csm
A basic\blend14b02r.csm
A basic\blend14b02s.csm
A basic\blend14b10b.csm
A basic\blend14b10r.csm
A basic\blend14b10s.csm
A basic\blend14b11b.csm
A basic\blend14b11s.csm
A basic\blend14b12b.csm
A basic\blend14b12r.csm
A basic\blend14b12s.csm
A basic\blend14b20b.csm
A basic\blend14b20r.csm
A basic\blend14b20s.csm
A basic\blend14b21b.csm
A basic\blend14b21s.csm
A basic\blend14b22b.csm
A basic\blend14b22r.csm
A basic\blend14b22s.csm
A basic\blend14r00b.csm
A basic\blend14r00r.csm
A basic\blend14r00s.csm
A basic\blend14r01b.csm
A basic\blend14r01s.csm
A basic\blend14r02b.csm
A basic\blend14r02r.csm
A basic\blend14r02s.csm
A basic\blend14r20b.csm
A basic\blend14r20r.csm
A basic\blend14r20s.csm
A basic\blend14r21b.csm
A basic\blend14r21s.csm
A basic\blend14r22b.csm
A basic\blend14r22r.csm
A basic\blend14r22s.csm
A basic\blend14s00b.csm
A basic\blend14s00r.csm
A basic\blend14s00s.csm
A basic\blend14s01b.csm
A basic\blend14s01s.csm
A basic\blend14s02b.csm
A basic\blend14s02r.csm
A basic\blend14s02s.csm
A basic\blend14s10b.csm
A basic\blend14s10r.csm
A basic\blend14s10s.csm
A basic\blend14s11b.csm
A basic\blend14s11s.csm
A basic\blend14s12b.csm
A basic\blend14s12r.csm
A basic\blend14s12s.csm
A basic\blend14s20b.csm
A basic\blend14s20r.csm
A basic\blend14s20s.csm
A basic\blend14s21b.csm
A basic\blend14s21s.csm
A basic\blend14s22b.csm
A basic\blend14s22r.csm
A basic\blend14s22s.csm
A basic\blend15a.csm
A basic\blend15b.csm
A basic\blend16a.csm
A basic\blend16b.csm
A basic\blend16c.csm
A basic\blend17a.csm
A basic\blend17b.csm
A basic\blend17c.csm
A basic\blend17d.csm
A basic\blend1bb.csm
A basic\blend1br.csm
A basic\blend1bs.csm
A basic\blend1ff.csm
A basic\blend1rb.csm
A basic\blend1rr.csm
A basic\blend1rs.csm
A basic\blend1sb.csm
A basic\blend1sr.csm
A basic\blend1ss.csm
A basic\blend2.csm
A basic\blend2bb.csm
A basic\blend2br.csm
A basic\blend2bs.csm
A basic\blend2ff.csm
A basic\blend2rb.csm
A basic\blend2rr.csm
A basic\blend2rs.csm
A basic\blend2sb.csm
A basic\blend2sr.csm
A basic\blend2ss.csm
A basic\blend3.csm
A basic\blend3bb.csm
A basic\blend3br.csm
A basic\blend3bs.csm
A basic\blend3ff.csm
A basic\blend3rb.csm
A basic\blend3rr.csm
A basic\blend3rs.csm
A basic\blend3sb.csm
A basic\blend3sr.csm
A basic\blend3ss.csm
A basic\blend4.csm
A basic\blend4bb.csm
A basic\blend4br.csm
A basic\blend4bs.csm
A basic\blend4rb.csm
A basic\blend4rr.csm
A basic\blend4rs.csm
A basic\blend4sb.csm
A basic\blend4sr.csm
A basic\blend4ss.csm
A basic\blend5.csm
A basic\blend5bb.csm
A basic\blend5br.csm
A basic\blend5bs.csm
A basic\blend5rb.csm
A basic\blend5rr.csm
A basic\blend5rs.csm
A basic\blend5sb.csm
A basic\blend5sr.csm
A basic\blend5ss.csm
A basic\blend6a.csm
A basic\blend6b.csm
A basic\blend6c.csm
A basic\blend7a.csm
A basic\blend7b.csm
A basic\blend7c.csm
A basic\blend7d.csm
A basic\blend7e.csm
A basic\blend7f.csm
A basic\blend7g.csm
A basic\blend7h.csm
A basic\blend7i.csm
A basic\blend7j.csm
A basic\blend7k.csm
A basic\blend7l.csm
A basic\blend7m.csm
A basic\blend7n.csm
A basic\blend7o.csm
A basic\blend7q.csm
A basic\blend8.csm
A basic\blend9.csm
A basic\blend9a.csm
A basic\blend9b.csm
A basic\blend9c.csm
A basic\blendA.csm
A basic\blendWithHoles.csm
A basic\blendjoin1.csm
A basic\blendjoin2.csm
A basic\blends1.csm
A basic\blends2.csm
A basic\blends3.csm
A basic\body1.csm
A basic\body2.csm
A basic\body3.csm
A basic\body4.csm
A basic\bolt.csm
A basic\bounds.csm
A basic\box.csm
A basic\box1.csm
A basic\box2.csm
A basic\box3.csm
A basic\box4.csm
A basic\box5.csm
A basic\box6.csm
A basic\box7.csm
A basic\box8.csm
A basic\box9.csm
A basic\boxA.csm
A basic\boxB.csm
A basic\boxBEM.csm
A basic\boxGroove.csm
A basic\boxes1.csm
A basic\boxes2.csm
A basic\boxes3.csm
A basic\boxes4.csm
A basic\boxudc6.csm
A basic\boxudp1.csm
A basic\boxudp2.csm
A basic\boxudp3.csm
A basic\boxudp4.csm
A basic\boxudp5.csm
A basic\boxudp6.csm
A basic\boxywingbodyflap.csm
A basic\cage1.csm
A basic\cage2.csm
A basic\cart3d_demo.csm
A basic\catch0.csm
A basic\catch1.csm
A basic\catch2.csm
A basic\catch30.csm
A basic\catch33.csm
A basic\catch34.csm
A basic\catch4.csm
A basic\catmull0xy.csm
A basic\catmull0xyz.csm
A basic\catmull0y.csm
A basic\catmull0yz.csm
A basic\catmull0z.csm
A basic\catmull0zx.csm
A basic\catmull1.csm
A basic\catmull2.csm
A basic\catmull3.csm
A basic\catmull6.csm
A basic\catmull8.csm
A basic\catmullA.csm
A basic\chamfer1.csm
A basic\chamfer2.csm
A basic\chamfer3.csm
A basic\chamferBox1.csm
A basic\chamferBox2.csm
A basic\chamferBox3.csm
A basic\chamferBox4.csm
A basic\channel.csm
A basic\colinear_cirarc.csm
A basic\collar.csm
A basic\color1a.csm
A basic\color1b.csm
A basic\color1c.csm
A basic\color2a.csm
A basic\color2b.csm
A basic\color3a.csm
A basic\color3b.csm
A basic\color3c.csm
A basic\compare1a.csm
A basic\compare2a.csm
A basic\compare2b.csm
A basic\compare2c.csm
A basic\compare2d.csm
A basic\complex_rotn1.csm
A basic\complex_rotn2.csm
A basic\cone.csm
A basic\cones.csm
A basic\cones3x.csm
A basic\cones3y.csm
A basic\cones3z.csm
A basic\cones4.csm
A basic\conex_faux.csm
A basic\conexm.csm
A basic\conexp.csm
A basic\coney_faux.csm
A basic\coneym.csm
A basic\coneyp.csm
A basic\conez_faux.csm
A basic\conezm.csm
A basic\conezp.csm
A basic\connect1.csm
A basic\connect2.csm
A basic\connect3.csm
A basic\connect4a.csm
A basic\connect4b.csm
A basic\connect4c.csm
A basic\connect4d.csm
A basic\connect6a.csm
A basic\connect6b.csm
A basic\connect6c.csm
A basic\copyFuselageSections.csm
A basic\copyWingSections.csm
A basic\createBEM.csm
A basic\csm0.csm
A basic\csm1.csm
A basic\csm2.csm
A basic\csm3.csm
A basic\csystem1.csm
A basic\csystem2.csm
A basic\csystem3.csm
A basic\csystem4.csm
A basic\cutter1.csm
A basic\cutter2.csm
A basic\cylinder.csm
A basic\cylinderBEM.csm
A basic\cylinder_fins.csm
A basic\cylinders.csm
A basic\cylinders2.csm
A basic\cylinders3x.csm
A basic\cylinders3y.csm
A basic\cylinders3z.csm
A basic\cylinders4.csm
A basic\cylinderxm.csm
A basic\cylinderxp.csm
A basic\cylinderym.csm
A basic\cylinderyp.csm
A basic\cylinderzm.csm
A basic\cylinderzp.csm
A basic\degen01.csm
A basic\degen02.csm
A basic\degen03.csm
A basic\degen04.csm
A basic\degen05.csm
A basic\degen06.csm
A basic\degen07.csm
A basic\degen08.csm
A basic\degen09.csm
A basic\degen10.csm
A basic\degen11.csm
A basic\degen12.csm
A basic\demo0a.csm
A basic\demo0c.csm
A basic\demo1.csm
A basic\demo3.csm
A basic\demo4.csm
A basic\design0.csm
A basic\design0a.csm
A basic\design0b.csm
A basic\design0c.csm
A basic\design0d.csm
A basic\design0e.csm
A basic\design0f.csm
A basic\design0g.csm
A basic\design0h.csm
A basic\design0i.csm
A basic\design0j.csm
A basic\design0k.csm
A basic\design0m.csm
A basic\design0n1.csm
A basic\design0n2.csm
A basic\design0o1.csm
A basic\design0o2.csm
A basic\design0p.csm
A basic\design0q.csm
A basic\design1a.csm
A basic\design2.csm
A basic\design3.csm
A basic\design6.csm
A basic\design8.csm
A basic\design8a.csm
A basic\design8b.csm
A basic\design8c.csm
A basic\design8d.csm
A basic\designA.csm
A basic\designB1.csm
A basic\designB2.csm
A basic\designB3.csm
A basic\designB4.csm
A basic\designB5.csm
A basic\designC0.csm
A basic\designC1a.csm
A basic\designC1b.csm
A basic\designC2a.csm
A basic\designC2b.csm
A basic\designC3a.csm
A basic\designC3b.csm
A basic\designC4a.csm
A basic\designC4b.csm
A basic\designC5a.csm
A basic\designC5b.csm
A basic\designC6a.csm
A basic\designC6b.csm
A basic\designD0b.csm
A basic\designD0c.csm
A basic\designD1b.csm
A basic\designD1c.csm
A basic\designD2b.csm
A basic\designD2c.csm
A basic\designD3b.csm
A basic\designD3c.csm
A basic\designD4b.csm
A basic\designD4c.csm
A basic\designD5b.csm
A basic\designD5c.csm
A basic\designD6b0.csm
A basic\designD6b1.csm
A basic\designD6b2.csm
A basic\designD6c0.csm
A basic\designD6c1.csm
A basic\designD6c2.csm
A basic\designE1.csm
A basic\designE2.csm
A basic\designE3.csm
A basic\designE4.csm
A basic\designE5.csm
A basic\designE6.csm
A basic\designE7.csm
A basic\designE8.csm
A basic\designE9.csm
A basic\designEa.csm
A basic\designEb.csm
A basic\designF1rr.csm
A basic\designF1rs.csm
A basic\designF1sr.csm
A basic\designF1ss.csm
A basic\designF2rr.csm
A basic\designF2rs.csm
A basic\designF2sr.csm
A basic\designF2ss.csm
A basic\designI1.csm
A basic\despmtr1.csm
A basic\diamond.csm
A basic\diamondNaca6.csm
A basic\dictionary.csm
A basic\droopWing.csm
A basic\duct4xy_neg.csm
A basic\duct4xy_pos.csm
A basic\duct4yz_neg.csm
A basic\duct4yz_pos.csm
A basic\duct4zx_neg.csm
A basic\duct4zx_pos.csm
A basic\dumbbell.csm
A basic\dump1e.csm
A basic\dump1s.csm
A basic\dump2e.csm
A basic\dump2s.csm
A basic\dump3e.csm
A basic\dump4e.csm
A basic\dump5e.csm
A basic\dump6e.csm
A basic\dump_union2.csm
A basic\editAttrB.csm
A basic\editAttrBug.csm
A basic\editAttrD.csm
A basic\editAttrE.csm
A basic\editAttrEE.csm
A basic\editAttrF.csm
A basic\editAttrFF.csm
A basic\editAttrN.csm
A basic\editAttrOverwrite.csm
A basic\editAttrWild.csm
A basic\ellipses.csm
A basic\ellipsoid1.csm
A basic\ellipsoid2.csm
A basic\empty.csm
A basic\error0.csm
A basic\error1.csm
A basic\error2.csm
A basic\error3.csm
A basic\error4.csm
A basic\error5.csm
A basic\extrude.csm
A basic\extrude0.csm
A basic\extrude1.csm
A basic\extrude2.csm
A basic\extrude3a.csm
A basic\extrude3b.csm
A basic\extrude4a.csm
A basic\extrude4b.csm
A basic\extrude5.csm
A basic\extrude6.csm
A basic\extrude7.csm
A basic\extrude8.csm
A basic\extrude9.csm
A basic\extrudeA.csm
A basic\extrudeWithHoles.csm
A basic\faceOrder1.csm
A basic\faceOrder2.csm
A basic\faceOrder3.csm
A basic\faceOrder4a.csm
A basic\faceOrder4b.csm
A basic\faceunion1.csm
A basic\faceunion2.csm
A basic\faceunion3.csm
A basic\faceunion4.csm
A basic\farfield1.csm
A basic\fauxFillet1.csm
A basic\fauxFillet2.csm
A basic\filenotfound.csm
A basic\fillet0.csm
A basic\fillet1.csm
A basic\fillet2.csm
A basic\fillet3.csm
A basic\fillet4.csm
A basic\fillet5.csm
A basic\fillet6.csm
A basic\fillet7.csm
A basic\fillet8.csm
A basic\fillet9.csm
A basic\filletA.csm
A basic\filletB.csm
A basic\filletBox1.csm
A basic\filletBox2.csm
A basic\filletBox3.csm
A basic\filletBox4.csm
A basic\fin3.csm
A basic\fitCurve2.csm
A basic\fitCurve3.csm
A basic\fitCurve4a.csm
A basic\fitCurve4b.csm
A basic\fitCurve4c.csm
A basic\fitCurve4d.csm
A basic\fitCurve4e.csm
A basic\fitCurve4f.csm
A basic\fitCurve4g.csm
A basic\fitCurve4h.csm
A basic\fitCurve5a.csm
A basic\fitCurve5b.csm
A basic\flap1.csm
A basic\flap2.csm
A basic\flap3.csm
A basic\flap4.csm
A basic\flap5.csm
A basic\freeform1.csm
A basic\freeform2.csm
A basic\freeform3.csm
A basic\freeform4.csm
A basic\freeform5.csm
A basic\freeform6.csm
A basic\freeformBox.csm
A basic\freeformCyl.csm
A basic\frustrum.csm
A basic\fun3d_demo.csm
A basic\fuseStruct.csm
A basic\gen_rot.csm
A basic\glass.csm
A basic\gouge.csm
A basic\gougedBox.csm
A basic\gougedCylinder.csm
A basic\group1.csm
A basic\group2.csm
A basic\group3.csm
A basic\group4.csm
A basic\guide1a.csm
A basic\guide1b.csm
A basic\guide2a.csm
A basic\guide2b.csm
A basic\guide3.csm
A basic\gyroid.csm
A basic\helix.csm
A basic\hex1.csm
A basic\hex2.csm
A basic\hex3.csm
A basic\hinge2a.csm
A basic\hinge2b.csm
A basic\hinge2c.csm
A basic\hinge2d.csm
A basic\hinge2e.csm
A basic\hingex.csm
A basic\hingey.csm
A basic\hingez.csm
A basic\hole1.csm
A basic\hole2.csm
A basic\hole3.csm
A basic\hole4.csm
A basic\holes1.csm
A basic\holes2.csm
A basic\hollow0a.csm
A basic\hollow0b.csm
A basic\hollow0d.csm
A basic\hollow1a.csm
A basic\hollow1b.csm
A basic\hollow2a.csm
A basic\hollow2b.csm
A basic\hollow3a.csm
A basic\hollow3b.csm
A basic\hollow4a.csm
A basic\hollow4b.csm
A basic\hollow5.csm
A basic\hollow6.csm
A basic\hollow7a.csm
A basic\hollow7b.csm
A basic\hollow8a.csm
A basic\hollow8b.csm
A basic\hollow9a.csm
A basic\hollow9b.csm
A basic\hollow9c.csm
A basic\hollow9d.csm
A basic\hollow9f.csm
A basic\hollow9g.csm
A basic\hollow9h.csm
A basic\hollow9i.csm
A basic\hollowA.csm
A basic\hollowB1.csm
A basic\hollowB2.csm
A basic\hollowB3.csm
A basic\hollowB4.csm
A basic\hollowB5.csm
A basic\hollowB6.csm
A basic\hollowB7.csm
A basic\hollowB8.csm
A basic\hollowB9.csm
A basic\hollowBA.csm
A basic\hollowBB.csm
A basic\hollowC1.csm
A basic\hollowC2.csm
A basic\hollowC3.csm
A basic\hollowC4.csm
A basic\hollowC5.csm
A basic\hollowC6.csm
A basic\hollowC7.csm
A basic\hollowC8.csm
A basic\hollowC9.csm
A basic\hollowCA.csm
A basic\hollowCB.csm
A basic\hollowD1a.csm
A basic\hollowD1b.csm
A basic\hollowD2.csm
A basic\hollowD3a.csm
A basic\hollowD3b.csm
A basic\hollowFuselage.csm
A basic\hollowWing.csm
A basic\implicitStrings.csm
A basic\import1.csm
A basic\import2.csm
A basic\import4a.csm
A basic\import4b.csm
A basic\imprint1.csm
A basic\imprint2.csm
A basic\imprint4.csm
A basic\insideOut.csm
A basic\intersect.csm
A basic\intersect2a.csm
A basic\intersect2b.csm
A basic\intersect4a.csm
A basic\intersect4b.csm
A basic\intersect4c.csm
A basic\intersect4d.csm
A basic\intersect4e.csm
A basic\intersect4f.csm
A basic\intersect4g.csm
A basic\intersect4h.csm
A basic\intersect4i.csm
A basic\intersect4j.csm
A basic\intersect5a.csm
A basic\intersect5b.csm
A basic\intersect5c.csm
A basic\intersect5d.csm
A basic\intersect5e.csm
A basic\intersect5f.csm
A basic\intersect6a.csm
A basic\intersect6b.csm
A basic\intersect6c.csm
A basic\intersect6d.csm
A basic\intersect6e.csm
A basic\intersect6f.csm
A basic\intersectAll.csm
A basic\join.csm
A basic\joinSheets1a.csm
A basic\joinSheets1b.csm
A basic\joinSheets2a.csm
A basic\joinSheets2b.csm
A basic\joinSheets3a.csm
A basic\joinSheets3b.csm
A basic\joinSheets4a.csm
A basic\joinSheets4b.csm
A basic\joinSheets4c.csm
A basic\joinSheets5a.csm
A basic\joinSheets5b.csm
A basic\joinWires.csm
A basic\joinWires2a.csm
A basic\joinWires2b.csm
A basic\joinWires2c.csm
A basic\joinWires2d.csm
A basic\joinWires2e.csm
A basic\joinblend1.csm
A basic\joinblend2.csm
A basic\joinblend3.csm
A basic\joinblend4.csm
A basic\kulfan1.csm
A basic\kulfan2.csm
A basic\kulfan3.csm
A basic\kulfan4.csm
A basic\largeSketch.csm
A basic\marks_on_stack.csm
A basic\match2.csm
A basic\match3.csm
A basic\mirror1x.csm
A basic\mirror1xy.csm
A basic\mirror1y.csm
A basic\mirror1yz.csm
A basic\mirror1z.csm
A basic\mirror1zx.csm
A basic\mirror2x.csm
A basic\mirror2y.csm
A basic\mirror2z.csm
A basic\mirror3x.csm
A basic\mirror3y.csm
A basic\mirror3z.csm
A basic\miter1.csm
A basic\morph0.csm
A basic\morph1a.csm
A basic\morph1b.csm
A basic\morph1c.csm
A basic\morph2.csm
A basic\naca.csm
A basic\naca2.csm
A basic\naca456.csm
A basic\naca4blend.csm
A basic\naca4extrude.csm
A basic\naca4rule.csm
A basic\nacaHiAR.csm
A basic\nacas.csm
A basic\nacas2.csm
A basic\nacas3.csm
A basic\nacawing2.csm
A basic\nacawing3.csm
A basic\nacelle1.csm
A basic\names.csm
A basic\nodebody_on_stack.csm
A basic\nosecone1.csm
A basic\nosecone2.csm
A basic\nozzle1.csm
A basic\nozzle2.csm
A basic\nudge1.csm
A basic\nudge2.csm
A basic\nudge3.csm
A basic\nudge4.csm
A basic\nudge5.csm
A basic\nudge6.csm
A basic\orbiter0.csm
A basic\orbiter2.csm
A basic\panel1.csm
A basic\panel3.csm
A basic\pattern1a.csm
A basic\pattern1b.csm
A basic\pattern1c.csm
A basic\pattern1d.csm
A basic\pattern1e.csm
A basic\pattern1f.csm
A basic\pattern2a.csm
A basic\pattern2b.csm
A basic\pattern3.csm
A basic\persist1.csm
A basic\pin.csm
A basic\plate1.csm
A basic\plate2.csm
A basic\plate3.csm
A basic\plate4.csm
A basic\plate5.csm
A basic\plate6.csm
A basic\plateBEM.csm
A basic\plateBeam.csm
A basic\pod1.csm
A basic\pod2.csm
A basic\poly1a.csm
A basic\poly1b.csm
A basic\poly2.csm
A basic\polygons.csm
A basic\popup1.csm
A basic\popup2.csm
A basic\posts2.csm
A basic\posts3.csm
A basic\pyramid2.csm
A basic\radwaf1.csm
A basic\radwaf2.csm
A basic\radwaf3.csm
A basic\radwaf4.csm
A basic\radwaf5.csm
A basic\rebuild1.csm
A basic\rebuild2.csm
A basic\reload1a.csm
A basic\reload1b.csm
A basic\reorder0b.csm
A basic\reorder0r.csm
A basic\reorder1b.csm
A basic\reorder2b.csm
A basic\reorder2r.csm
A basic\reorder3b.csm
A basic\reorder3r.csm
A basic\reorder4a.csm
A basic\reorder4b.csm
A basic\reorder4c.csm
A basic\reorder4d.csm
A basic\reorder4e.csm
A basic\reorder4f.csm
A basic\restore0.csm
A basic\restore1.csm
A basic\revolve.csm
A basic\revolve0x.csm
A basic\revolve0y.csm
A basic\revolve1x.csm
A basic\revolve1y.csm
A basic\revolve2x.csm
A basic\revolve2y.csm
A basic\revolve3x.csm
A basic\revolve3y.csm
A basic\revolve4x.csm
A basic\revolve4y.csm
A basic\revolve5x.csm
A basic\revolve5y.csm
A basic\revolve6x.csm
A basic\revolve6y.csm
A basic\revolve7x.csm
A basic\revolve7y.csm
A basic\revolve8x.csm
A basic\revolve8y.csm
A basic\revolve9x.csm
A basic\revolve9y.csm
A basic\revolveA.csm
A basic\revolveA1.csm
A basic\revolveA2.csm
A basic\revolveA3.csm
A basic\revolveA4.csm
A basic\revolveA5.csm
A basic\revolveA6.csm
A basic\revolveB.csm
A basic\revolveC.csm
A basic\revolveWithHoles.csm
A basic\ridge.csm
A basic\robins1.csm
A basic\robins2.csm
A basic\robins3.csm
A basic\robins4.csm
A basic\robins5.csm
A basic\rot30x.csm
A basic\rot30y.csm
A basic\rot30z.csm
A basic\rotor1.csm
A basic\rotor2.csm
A basic\rotor3.csm
A basic\rule1.csm
A basic\rule10a.csm
A basic\rule10b.csm
A basic\rule10c.csm
A basic\rule10d.csm
A basic\rule10e.csm
A basic\rule10f.csm
A basic\rule10g.csm
A basic\rule10h.csm
A basic\rule10i.csm
A basic\rule10j.csm
A basic\rule10k.csm
A basic\rule10l.csm
A basic\rule10m.csm
A basic\rule10n.csm
A basic\rule10o.csm
A basic\rule10p.csm
A basic\rule11a.csm
A basic\rule11b.csm
A basic\rule11c.csm
A basic\rule11d.csm
A basic\rule11e.csm
A basic\rule11f.csm
A basic\rule11g.csm
A basic\rule11h.csm
A basic\rule11i.csm
A basic\rule11j.csm
A basic\rule11k.csm
A basic\rule11l.csm
A basic\rule11m.csm
A basic\rule11n.csm
A basic\rule11o.csm
A basic\rule11p.csm
A basic\rule1bb.csm
A basic\rule1bs.csm
A basic\rule1sb.csm
A basic\rule1ss.csm
A basic\rule2.csm
A basic\rule2bb.csm
A basic\rule2bs.csm
A basic\rule2sb.csm
A basic\rule2ss.csm
A basic\rule3.csm
A basic\rule3bb.csm
A basic\rule3bs.csm
A basic\rule3sb.csm
A basic\rule3ss.csm
A basic\rule4.csm
A basic\rule4bb.csm
A basic\rule4bs.csm
A basic\rule4sb.csm
A basic\rule4ss.csm
A basic\rule5.csm
A basic\rule5bb.csm
A basic\rule5bs.csm
A basic\rule5sb.csm
A basic\rule5ss.csm
A basic\rule6.csm
A basic\rule7a.csm
A basic\rule7b.csm
A basic\rule7c.csm
A basic\rule7d.csm
A basic\rule7e.csm
A basic\rule7f.csm
A basic\rule7g.csm
A basic\rule7h.csm
A basic\rule7i.csm
A basic\rule7j.csm
A basic\rule7k.csm
A basic\rule7l.csm
A basic\rule7m.csm
A basic\rule7n.csm
A basic\rule7o.csm
A basic\rule7q.csm
A basic\ruleA.csm
A basic\ruleWithHoles.csm
A basic\sample.csm
A basic\sample1.csm
A basic\sample2.csm
A basic\sample3.csm
A basic\scarf1.csm
A basic\scarf2.csm
A basic\scarf3.csm
A basic\scarf4.csm
A basic\scribe1.csm
A basic\scribe10.csm
A basic\scribe2.csm
A basic\scribe3.csm
A basic\scribe4.csm
A basic\scribe5.csm
A basic\scribe6.csm
A basic\scribe7.csm
A basic\scribe8.csm
A basic\scribe9.csm
A basic\scribedCylinder.csm
A basic\select0.csm
A basic\select0x.csm
A basic\select0y.csm
A basic\select0z.csm
A basic\select3.csm
A basic\select4.csm
A basic\select5.csm
A basic\select6.csm
A basic\sens1.csm
A basic\sens2.csm
A basic\sens3a.csm
A basic\sens3b.csm
A basic\sens3c.csm
A basic\sens3d.csm
A basic\set1.csm
A basic\sheet01.csm
A basic\sheet02.csm
A basic\sheet03.csm
A basic\sheet04.csm
A basic\sheet05.csm
A basic\sheet06.csm
A basic\sheet07.csm
A basic\sheet08.csm
A basic\sheet09.csm
A basic\sheet10.csm
A basic\sheet11.csm
A basic\sheet12.csm
A basic\sheet13.csm
A basic\sheet14.csm
A basic\signal1.csm
A basic\skbeg1.csm
A basic\skbeg2.csm
A basic\skcon0a.csm
A basic\skcon0b.csm
A basic\skcon0c.csm
A basic\skcon0d.csm
A basic\skcon0e.csm
A basic\skcon1a.csm
A basic\skcon1b.csm
A basic\skcon1c.csm
A basic\skcon1d.csm
A basic\skcon1e.csm
A basic\skcon1f.csm
A basic\skcon1g.csm
A basic\skcon2a.csm
A basic\skcon2b.csm
A basic\skcon2c.csm
A basic\skcon2d.csm
A basic\skcon2e.csm
A basic\skcon3a.csm
A basic\skcon3b.csm
A basic\skcon3c.csm
A basic\skcon3d.csm
A basic\skcon3e.csm
A basic\skcon3f.csm
A basic\skcon4a.csm
A basic\skcon4b.csm
A basic\skcon4c.csm
A basic\skcon4d.csm
A basic\skcon4e.csm
A basic\skcon4f.csm
A basic\skcon4g.csm
A basic\skcon5a.csm
A basic\skcon5b.csm
A basic\skcon5c.csm
A basic\skcon5d.csm
A basic\skcon5e.csm
A basic\skcon5f.csm
A basic\skcon6a.csm
A basic\skcon6b.csm
A basic\skcon6c.csm
A basic\skcon6d.csm
A basic\skcon7a.csm
A basic\skcon7b.csm
A basic\skcon7c.csm
A basic\skcon7d.csm
A basic\skcon8a.csm
A basic\skcon8b.csm
A basic\skcon8c.csm
A basic\skcon8d.csm
A basic\skcon8e.csm
A basic\skcon8f.csm
A basic\skcon9a.csm
A basic\skcon9b.csm
A basic\skcon9c.csm
A basic\skcon9f.csm
A basic\skcon9g.csm
A basic\sketch0.csm
A basic\sketch1.csm
A basic\sketch2.csm
A basic\sketch3.csm
A basic\sketch4.csm
A basic\skfix1.csm
A basic\skfix2.csm
A basic\skfix3.csm
A basic\skfix4.csm
A basic\skfix5.csm
A basic\solver1.csm
A basic\solver2.csm
A basic\solver3.csm
A basic\solver5.csm
A basic\sphere.csm
A basic\sphereCone2a.csm
A basic\sphereCone2b.csm
A basic\sphereCone2c.csm
A basic\sphere_faux.csm
A basic\spheres.csm
A basic\spinner.csm
A basic\spline1.csm
A basic\spline2.csm
A basic\split1.csm
A basic\spoiler1.csm
A basic\spoiler2.csm
A basic\spoiler3.csm
A basic\stag1.csm
A basic\stag2.csm
A basic\star1.csm
A basic\star2.csm
A basic\star3.csm
A basic\star4a.csm
A basic\star4b.csm
A basic\star4c.csm
A basic\star5.csm
A basic\stiffener1.csm
A basic\stiffener2.csm
A basic\stl1.csm
A basic\store1.csm
A basic\store2.csm
A basic\strut1.csm
A basic\strut2.csm
A basic\subtract1.csm
A basic\subtract2.csm
A basic\subtract3a.csm
A basic\subtract3b.csm
A basic\subtract3c.csm
A basic\subtract3d.csm
A basic\subtract4a.csm
A basic\subtract4b.csm
A basic\subtract4c.csm
A basic\subtract4d.csm
A basic\subtract4e.csm
A basic\subtract4f.csm
A basic\subtract4g.csm
A basic\subtract4h.csm
A basic\subtract4i.csm
A basic\subtract4j.csm
A basic\subtract5a.csm
A basic\subtract5b.csm
A basic\subtract5c.csm
A basic\subtract5d.csm
A basic\subtract5e.csm
A basic\subtract5f.csm
A basic\subtract5g.csm
A basic\subtract5h.csm
A basic\subtractAll.csm
A basic\supell1.csm
A basic\supell2.csm
A basic\supell3.csm
A basic\supell4.csm
A basic\supell5.csm
A basic\supell6a.csm
A basic\supell6b.csm
A basic\sweep0a.csm
A basic\sweep1a.csm
A basic\sweep2a.csm
A basic\sweep3a.csm
A basic\sweep4a.csm
A basic\swirl.csm
A basic\tiptreat1a.csm
A basic\tiptreat1b.csm
A basic\tiptreat1c.csm
A basic\tiptreat1d.csm
A basic\tiptreat1e.csm
A basic\tiptreat1f.csm
A basic\tiptreat2a.csm
A basic\tiptreat2b.csm
A basic\tiptreat2c.csm
A basic\tiptreat2d.csm
A basic\tiptreat3a.csm
A basic\tiptreat3b.csm
A basic\tiptreat3c.csm
A basic\tiptreat3d.csm
A basic\torus.csm
A basic\torus_faux.csm
A basic\transition1.csm
A basic\transition2.csm
A basic\transition3.csm
A basic\turnang.csm
A basic\twist2.csm
A basic\twoboxes.csm
A basic\udcString.csm
A basic\udcTest1a.csm
A basic\udcTest1b.csm
A basic\udcTest2.cpc
A basic\udcTest2.csm
A basic\udcTest3.csm
A basic\udfPrintTest.csm
A basic\udparg.csm
A basic\udparg1.csm
A basic\umbrella1.csm
A basic\umbrella2.csm
A basic\union1.csm
A basic\union2.csm
A basic\union3.csm
A basic\union4a1.csm
A basic\union4a2.csm
A basic\union4b1.csm
A basic\union4b2.csm
A basic\union4c1.csm
A basic\union4c2.csm
A basic\union4d1.csm
A basic\union4d2.csm
A basic\union5a.csm
A basic\waffle1a.csm
A basic\waffle1b.csm
A basic\waffle2a.csm
A basic\waffle2b.csm
A basic\waffle3a.csm
A basic\waffle3b.csm
A basic\waffle4a.csm
A basic\waffle4b.csm
A basic\waffle5b.csm
A basic\waffle6b.csm
A basic\waffle7b.csm
A basic\warts.csm
A basic\windtunnel1.csm
A basic\windtunnel2.csm
A basic\windtunnel3.csm
A basic\windtunnel4.csm
A basic\windtunnel5.csm
A basic\wingAttrTest.csm
A basic\wingBEM.csm
A basic\wingFuseBEM1.csm
A basic\wingOML.csm
A basic\wingtip.csm
A basic\wirebodyA.csm
A basic\worms.csm
A basic\panel2.csm
A basic\outpmtr1a.udc
A basic\outpmtr1b.udc
A basic\udcTest3a.udc
A basic\udcTest3c.udc
A basic\elbow1.csm
A basic\elbow2.csm
A basic\udcString.udc
A basic\gyroid.points
A basic\udcBox.udc
A basic\dictionary.txt
A basic\demo0c.egads
A basic\empty.jnl
A basic\udcTest2a.udc
A basic\udcTest2b.udc
A basic\udcTest2c.udc
A basic\design.jnl
A basic\bezier3a.surf
A basic\bezier3b.surf
A basic\bezier3c.surf
A basic\bezier3d.surf
A basic\bezier2c.surf
A basic\bezier1b.curve
A basic\bezier2d.surf
A basic\bezier2a.surf
A basic\bezier2b.surf
A basic\bezier1a.curve
A basic\cylinder_fins.dat
A basic\demo2.dat
A basic\freeform3.solid
A basic\freeform2.surf
A basic\freeform1.curve
A basic\import_1.egads
A basic\import_2.egads
A vsp3
A vsp3\OPAM1_raw.csm
A vsp3\OPAM1_ref.csm
A vsp3\verify_7.6.0
A vsp3\verify_7.6.0\OPAM1_raw.vfy
A vsp3\verify_7.6.0\OPAM1_ref.vfy
A vsp3\verify_7.6.0\OPAM1.vfy
A vsp3\verify_7.6.0\OPAM1_fillet.vfy
A vsp3\verify_7.6.0\QEU2023-SMR-6pax-turbo-notar_450fps.vfy
A vsp3\verify_7.6.0\Airbus_Beluga.vfy
A vsp3\verify_7.6.0\BWB.vfy
A vsp3\verify_7.6.0\Bombardier_DASH8-Q100.vfy
A vsp3\verify_7.6.0\DG-1.2_noMan.vfy
A vsp3\verify_7.6.0\ERJ-190-E2.vfy
A vsp3\verify_7.6.0\EULAIR.vfy
A vsp3\verify_7.6.0\Jet_MR1.vfy
A vsp3\verify_7.6.0\JobyS4.vfy
A vsp3\verify_7.6.0\Myjet.vfy
A vsp3\verify_7.6.0\NASA_Multi-Tiltrotor.vfy
A vsp3\verify_7.6.0\NASA_Tiltduct_CrossShafted_NoVanes.vfy
A vsp3\verify_7.6.0\NASA_Tiltduct_DirectDrive_5Vanes.vfy
A vsp3\verify_7.6.0\Sukboi_Suk_31_SFB.vfy
A vsp3\verify_7.6.0\UAV_Reconocimientover_1.2_.vfy
A vsp3\verify_7.6.0\X57_Maxwell_CRM_v4.4.1.vfy
A vsp3\verify_7.6.0\agm129.vfy
A vsp3\verify_7.6.0\avion_de_transporte.vfy
A vsp3\verify_7.6.0\c5.vfy
A vsp3\verify_7.6.0\liftpcruise.vfy
A vsp3\verify_7.6.0\mq28.vfy
A vsp3\verify_7.6.0\nasper.vfy
A vsp3\verify_7.6.0\newprojectUAV.R-1.vfy
A vsp3\verify_7.6.0\sbs.vfy
A vsp3\verify_7.6.0\sialia_r2.vfy
A vsp3\verify_7.6.0\vtol.vfy
A vsp3\verify_7.7.0
A vsp3\verify_7.7.0\OPAM1_raw.vfy
A vsp3\verify_7.7.0\OPAM1_ref.vfy
A vsp3\verify_7.7.0\OPAM1.vfy
A vsp3\verify_7.7.0\OPAM1_fillet.vfy
A vsp3\verify_7.7.0\Airbus_Beluga.vfy
A vsp3\verify_7.7.0\BWB.vfy
A vsp3\verify_7.7.0\Bombardier_DASH8-Q100.vfy
A vsp3\verify_7.7.0\DG-1.2_noMan.vfy
A vsp3\verify_7.7.0\ERJ-190-E2.vfy
A vsp3\verify_7.7.0\EULAIR.vfy
A vsp3\verify_7.7.0\Jet_MR1.vfy
A vsp3\verify_7.7.0\JobyS4.vfy
A vsp3\verify_7.7.0\Myjet.vfy
A vsp3\verify_7.7.0\NASA_Multi-Tiltrotor.vfy
A vsp3\verify_7.7.0\NASA_Tiltduct_CrossShafted_NoVanes.vfy
A vsp3\verify_7.7.0\NASA_Tiltduct_DirectDrive_5Vanes.vfy
A vsp3\verify_7.7.0\QEU2023-SMR-6pax-turbo-notar_450fps.vfy
A vsp3\verify_7.7.0\Sukboi_Suk_31_SFB.vfy
A vsp3\verify_7.7.0\UAV_Reconocimientover_1.2_.vfy
A vsp3\verify_7.7.0\X57_Maxwell_CRM_v4.4.1.vfy
A vsp3\verify_7.7.0\agm129.vfy
A vsp3\verify_7.7.0\avion_de_transporte.vfy
A vsp3\verify_7.7.0\c5.vfy
A vsp3\verify_7.7.0\liftpcruise.vfy
A vsp3\verify_7.7.0\mq28.vfy
A vsp3\verify_7.7.0\nasper.vfy
A vsp3\verify_7.7.0\newprojectUAV.R-1.vfy
A vsp3\verify_7.7.0\sbs.vfy
A vsp3\verify_7.7.0\sialia_r2.vfy
A vsp3\verify_7.7.0\vtol.vfy
A vsp3\OPAM1.csm
A vsp3\OPAM1.udc
A vsp3\OPAM1.vsp3
A vsp3\Airbus_Beluga.csm
A vsp3\Airbus_Beluga.vsp3
A vsp3\Bombardier_DASH8-Q100.csm
A vsp3\Bombardier_DASH8-Q100.vsp3
A vsp3\DG-1.2.vsp3
A vsp3\DG-1.2_noMan.csm
A vsp3\DG-1.2_noMan.vsp3
A vsp3\ERJ-190-E2.csm
A vsp3\ERJ-190-E2.vsp3
A vsp3\EULAIR.csm
A vsp3\EULAIR.vsp3
A vsp3\Jet_MR1.csm
A vsp3\Jet_MR1.vsp3
A vsp3\JobyS4.csm
A vsp3\JobyS4.vsp3
A vsp3\Myjet.csm
A vsp3\Myjet.vsp3
A vsp3\NASA_Multi-Tiltrotor.csm
A vsp3\NASA_Multi-Tiltrotor.vsp3
A vsp3\NASA_Tiltduct_CrossShafted_NoVanes.csm
A vsp3\NASA_Tiltduct_CrossShafted_NoVanes.vsp3
A vsp3\NASA_Tiltduct_DirectDrive_5Vanes.csm
A vsp3\NASA_Tiltduct_DirectDrive_5Vanes.vsp3
A vsp3\OPAM1.des
A vsp3\QEU2023-SMR-6pax-turbo-notar_450fps.csm
A vsp3\QEU2023-SMR-6pax-turbo-notar_450fps.vsp3
A vsp3\Sukboi_Suk_31_SFB.csm
A vsp3\Sukboi_Suk_31_SFB.vsp3
A vsp3\UAV_Reconocimientover_1.2_.csm
A vsp3\UAV_Reconocimientover_1.2_.vsp3
A vsp3\agm129.csm
A vsp3\agm129.vsp3
A vsp3\avion_de_transporte.csm
A vsp3\avion_de_transporte.vsp3
A vsp3\c5.csm
A vsp3\c5.vsp3
A vsp3\liftpcruise.csm
A vsp3\liftpcruise.vsp3
A vsp3\mq28.csm
A vsp3\mq28.vsp3
A vsp3\mq28_images
AU vsp3\mq28_images\ATS-taxi-9668-2_960x640.png
AU vsp3\mq28_images\ats-gallery-ATS-Loyal-Wingman02-960x600.jpg
AU vsp3\mq28_images\ats-gallery-ATS-Loyal-Wingman03-960x600.jpg
AU vsp3\mq28_images\ats_engine-testing-9844_960x600.jpg
AU vsp3\mq28_images\ats_engine-testing-9859_960x600.jpg
AU vsp3\mq28_images\ats_gallery6_960x600.jpg
AU vsp3\mq28_images\front_real_enginetest.png
AU vsp3\mq28_images\front_render_lighting.png
AU vsp3\mq28_images\rear_view_A.png
AU vsp3\mq28_images\rear_view_B.png
AU vsp3\mq28_images\topview.png
AU vsp3\mq28_images\topview_rotated.png
A vsp3\nasper.csm
A vsp3\nasper.vsp3
A vsp3\newprojectUAV.R-1.csm
A vsp3\newprojectUAV.R-1.vsp3
A vsp3\sbs.csm
A vsp3\sbs.vsp3
A vsp3\sialia_r2.csm
A vsp3\sialia_r2.vsp3
A vsp3\vtol.csm
A vsp3\vtol.vsp3
A Slugs
AU Slugs\damaged_1.stl
A Slugs\verify_7.7.0
A Slugs\verify_7.7.0\blend12_1.vfy
A Slugs\verify_7.7.0\blindeye_1.vfy
A Slugs\verify_7.7.0\boxBall_1.vfy
A Slugs\verify_7.7.0\boxHole_1.vfy
A Slugs\verify_7.7.0\box_1.vfy
A Slugs\verify_7.7.0\cylinderHole_1.vfy
A Slugs\verify_7.7.0\cylinder_1.vfy
A Slugs\verify_7.7.0\damaged_2.vfy
A Slugs\verify_7.7.0\demo1_1.vfy
A Slugs\verify_7.7.0\duct_1.vfy
A Slugs\verify_7.7.0\eyeball_1.vfy
A Slugs\verify_7.7.0\holes_1.vfy
A Slugs\verify_7.7.0\pieslice_1.vfy
A Slugs\verify_7.7.0\sphere_1.vfy
A Slugs\verify_7.7.0\torus_1.vfy
A Slugs\verify_7.7.0\tutorial1.vfy
A Slugs\verify_7.7.0\wing_1.vfy
A Slugs\verify_7.6.0
A Slugs\verify_7.6.0\blend12_1.vfy
A Slugs\verify_7.6.0\blindeye_1.vfy
A Slugs\verify_7.6.0\boxBall_1.vfy
A Slugs\verify_7.6.0\boxHole_1.vfy
A Slugs\verify_7.6.0\box_1.vfy
A Slugs\verify_7.6.0\cylinderHole_1.vfy
A Slugs\verify_7.6.0\cylinder_1.vfy
A Slugs\verify_7.6.0\damaged_2.vfy
A Slugs\verify_7.6.0\demo1_1.vfy
A Slugs\verify_7.6.0\duct_1.vfy
A Slugs\verify_7.6.0\eyeball_1.vfy
A Slugs\verify_7.6.0\holes_1.vfy
A Slugs\verify_7.6.0\pieslice_1.vfy
A Slugs\verify_7.6.0\sphere_1.vfy
A Slugs\verify_7.6.0\torus_1.vfy
A Slugs\verify_7.6.0\tutorial1.vfy
A Slugs\verify_7.6.0\wing_1.vfy
A Slugs\holes_0.stl
A Slugs\boxBall_0.jrnl
A Slugs\boxBall.plot
A Slugs\boxBall_0.stl
A Slugs\holes.plot
A Slugs\holes_0.csm
A Slugs\holes_0.jrnl
A Slugs\holes_1.csm
AU Slugs\tutorial1.stl
A Slugs\sphere_0.stl
A Slugs\blend12.plot
A Slugs\blend12_0.csm
A Slugs\blend12_0.stl
A Slugs\blindeye.plot
A Slugs\blindeye_0.csm
A Slugs\blindeye_0.jrnl
A Slugs\blindeye_0.stl
A Slugs\blindeye_1.csm
A Slugs\box.plot
A Slugs\boxBall_0.csm
A Slugs\boxBall_1.csm
A Slugs\boxHole.plot
A Slugs\boxHole_0.csm
A Slugs\boxHole_0.jrnl
A Slugs\boxHole_0.stl
A Slugs\box_0.csm
A Slugs\box_0.jrnl
A Slugs\box_0.stl
A Slugs\cylinder.plot
A Slugs\cylinderHole.plot
A Slugs\cylinderHole_0.csm
A Slugs\cylinderHole_0.jrnl
A Slugs\cylinderHole_0.stl
A Slugs\cylinder_0.csm
A Slugs\cylinder_0.jrnl
A Slugs\cylinder_0.stl
A Slugs\damaged.plot
A Slugs\damaged_0.csm
A Slugs\damaged_0.stl
A Slugs\damaged_1.jrnl
A Slugs\demo1.plot
A Slugs\demo1_0.csm
A Slugs\demo1_0.jrnl
A Slugs\demo1_0.stl
A Slugs\duct.plot
A Slugs\duct_0.csm
A Slugs\duct_0.jrnl
A Slugs\duct_0.stl
A Slugs\eyeball.plot
A Slugs\eyeball_0.csm
A Slugs\eyeball_0.jrnl
A Slugs\eyeball_0.stl
A Slugs\myGlider.plot
A Slugs\myGlider_0.cpc
A Slugs\myGlider_0.stl
A Slugs\pieslice.plot
A Slugs\pieslice_0.csm
A Slugs\pieslice_0.jrnl
A Slugs\pieslice_0.stl
A Slugs\sphere.plot
A Slugs\sphere_0.csm
A Slugs\sphere_0.jrnl
A Slugs\torus.plot
A Slugs\torus_0.csm
A Slugs\torus_0.jrnl
A Slugs\torus_0.stl
A Slugs\tutorial1.jrnl
A Slugs\tutorial1.plot
A Slugs\tutorial1_setup.csm
A Slugs\tutorial1_setup.stl
A Slugs\wing.plot
A Slugs\wingBody.plot
A Slugs\wingBody_0.cpc
A Slugs\wingBody_0.stl
A Slugs\wing_0.csm
A Slugs\wing_0.jrnl
A Slugs\wing_0.stl
A Slugs\blend12_1.csm
A Slugs\boxHole_1.csm
A Slugs\box_1.csm
A Slugs\cylinderHole_1.csm
A Slugs\cylinder_1.csm
A Slugs\damaged_2.csm
A Slugs\demo1_1.csm
A Slugs\duct_1.csm
A Slugs\myGlider_2.csm
A Slugs\sphere_1.csm
A Slugs\torus_1.csm
A Slugs\tutorial1.csm
A Slugs\wingBody_2.csm
A Slugs\wing_1.csm
A Slugs\testfiles
A Slugs\testfiles\elbow.stl
A Slugs\testfiles\elbow_NW.csm
A Slugs\testfiles\elbow_NW.jrnl
A Slugs\testfiles\elbow_NW.stl
A Slugs\testfiles\nucleus1.csm
A Slugs\testfiles\nucleus1.jrnl
A Slugs\testfiles\nucleus1.stl
A Slugs\testfiles\nucleus2.stl
A Slugs\testfiles\nucleus3.stl
AU Slugs\aneurysm_case1.iges
AU Slugs\aneurysm_case1_slugs.stl
A Slugs\eyeball_1.csm
A Slugs\pieslice_1.csm
A Slugs\myGlider_0.jrnl
A Slugs\myGlider_1.jrnl
A Slugs\damaged_0.jrnl
A Slugs\wingBody_0.jrnl
A Slugs\wingBody_1.jrnl
A Slugs\tutorial1_setup.jrnl
A Slugs\blend12_0.jrnl
A legacy
A legacy\tutorial1_new.csm
A legacy\tutorial2.csm
A legacy\verify_7.7.0
A legacy\verify_7.7.0\tutorial0.vfy
A legacy\verify_7.7.0\tutorial1.vfy
A legacy\verify_7.7.0\tutorial1_new.vfy
A legacy\verify_7.7.0\tutorial1_whole.vfy
A legacy\verify_7.7.0\tutorial2.vfy
A legacy\verify_7.7.0\tutorial3.vfy
A legacy\verify_7.6.0
A legacy\verify_7.6.0\tutorial0.vfy
A legacy\verify_7.6.0\tutorial1.vfy
A legacy\verify_7.6.0\tutorial1_new.vfy
A legacy\verify_7.6.0\tutorial1_whole.vfy
A legacy\verify_7.6.0\tutorial2.vfy
A legacy\verify_7.6.0\tutorial3.vfy
A legacy\tutorial0.csm
A legacy\tutorial1.csm
A legacy\tutorial1.jnl
A legacy\tutorial1.jrnl
A legacy\tutorial1_whole.csm
A legacy\tutorial2.jrnl
A legacy\tutorial3.csm
A GEM_year1a.csm
A GEM_year1b.csm
A GEM_year1c.csm
A afrl_wing2.csm
A afrl_wing3.csm
A fighter1.csm
A fighter3.csm
A fighter4.csm
A gallery
A gallery\JMR3.csm
A gallery\Lander.csm
A gallery\OPAM1.csm
A gallery\OPAM1_flend.csm
A gallery\verify_7.6.0
A gallery\verify_7.6.0\OPAM1.vfy
A gallery\verify_7.6.0\OPAM1_flend.vfy
A gallery\verify_7.6.0\CanardFighter.vfy
A gallery\verify_7.6.0\Cobra.vfy
A gallery\verify_7.6.0\Dragon.vfy
A gallery\verify_7.6.0\F16.vfy
A gallery\verify_7.6.0\Hypersonic.vfy
A gallery\verify_7.6.0\JMR3.vfy
A gallery\verify_7.6.0\Lander.vfy
A gallery\verify_7.6.0\OrionLEV.vfy
A gallery\verify_7.6.0\RM-10.vfy
A gallery\verify_7.6.0\Xwing.vfy
A gallery\verify_7.6.0\generic_launch_vehicle.vfy
A gallery\verify_7.7.0
A gallery\verify_7.7.0\OPAM1.vfy
A gallery\verify_7.7.0\OPAM1_flend.vfy
A gallery\verify_7.7.0\CanardFighter.vfy
A gallery\verify_7.7.0\Cobra.vfy
A gallery\verify_7.7.0\Dragon.vfy
A gallery\verify_7.7.0\F16.vfy
A gallery\verify_7.7.0\Hypersonic.vfy
A gallery\verify_7.7.0\JMR3.vfy
A gallery\verify_7.7.0\Lander.vfy
A gallery\verify_7.7.0\OrionLEV.vfy
A gallery\verify_7.7.0\RM-10.vfy
A gallery\verify_7.7.0\Xwing.vfy
A gallery\verify_7.7.0\generic_launch_vehicle.vfy
A gallery\uCRM
A gallery\uCRM\CAPS_components
A gallery\uCRM\CAPS_components\IML_uCRM.udc
A gallery\uCRM\CAPS_components\VLM_uCRM.udc
A gallery\uCRM\CAPS_components\fuselage_uCRM.udc
A gallery\uCRM\CAPS_components\tail_uCRM.udc
A gallery\uCRM\CAPS_components\wing_uCRM.udc
A gallery\uCRM\CAPS_components\wing_uCRM_NACA.udc
A gallery\uCRM\CAPS_components\wing_uCRM_kulfan3x3_bluntTE.udc
A gallery\uCRM\CAPS_components\wing_uCRM_kulfan3x3_sharpTE.udc
A gallery\uCRM\CAPS_components\wing_uCRM_kulfan8x8_bluntTE.udc
A gallery\uCRM\CAPS_components\wing_uCRM_kulfan8x8_sharpTE.udc
A gallery\uCRM\CAPS_parameters
A gallery\uCRM\CAPS_parameters\IML.udc
A gallery\uCRM\CAPS_parameters\NACA.udc
A gallery\uCRM\CAPS_parameters\NACA_rectangular.udc
A gallery\uCRM\CAPS_parameters\addSlices.py
A gallery\uCRM\CAPS_parameters\fuselage.udc
A gallery\uCRM\CAPS_parameters\kulfan3x3_bluntTE.udc
A gallery\uCRM\CAPS_parameters\kulfan3x3_sharpTE_ALL.udc
A gallery\uCRM\CAPS_parameters\kulfan3x3_sharpTE_DESPMTR.udc
A gallery\uCRM\CAPS_parameters\kulfan3x3_sharpTE_SET.udc
A gallery\uCRM\CAPS_parameters\kulfan8x8_bluntTE.udc
A gallery\uCRM\CAPS_parameters\kulfan8x8_sharpTE.udc
A gallery\uCRM\CAPS_parameters\kulfan8x8_sharpTE_5slice.udc
A gallery\uCRM\CAPS_parameters\kulfan8x8_sharpTE_moreSlices.udc
A gallery\uCRM\CAPS_parameters\tail.udc
A gallery\uCRM\CAPS_parameters\te_height.udc
A gallery\uCRM\CAPS_parameters\wing.udc
A gallery\uCRM\CAPS_parameters\wing_rectangular.udc
A gallery\uCRM\uCRM_aeroelastic.csm
A gallery\uCRM\uCRM_rigid.csm
A gallery\uCRM\verify_7.6.0
A gallery\uCRM\verify_7.6.0\uCRM_aeroelastic.vfy
A gallery\uCRM\verify_7.6.0\uCRM_rigid.vfy
A gallery\uCRM\verify_7.7.0
A gallery\uCRM\verify_7.7.0\uCRM_aeroelastic.vfy
A gallery\uCRM\verify_7.7.0\uCRM_rigid.vfy
A gallery\CanardFighter.csm
A gallery\Hypersonic.csm
A gallery\Dragon.csm
A gallery\F16_WingSide.udc
A gallery\Cobra.csm
A gallery\F16.csm
A gallery\OrionLEV.csm
A gallery\RM-10.csm
A gallery\Xwing.csm
A gallery\generic_launch_vehicle.csm
A gallery\FJ2_dish.udc
A gallery\FJ2_landingGear1.udc
A gallery\FJ2_landingGear2.udc
A gallery\F16_VT.udc
A gallery\F16_Wing.udc
A gallery\F16_HT.udc
A gallery\F16_Fuselage.udc
A gallery\components
A gallery\components\myCanard.udc
A gallery\components\myAileron.udc
A gallery\components\myTail.udc
A gallery\components\myFuselage.udc
A gallery\components\myInlet.udc
A gallery\components\myWing.udc
A grc_nozzle1.csm
A grc_nozzle9.csm
A jmr3a.csm
A jmr3b.csm
A jsc_config1.csm
A lander.csm
A lander_leg.csm
A partspanflap2.csm
A spear0.csm
A spear1.csm
A CAPS
A CAPS\verify_7.7.0
A CAPS\verify_7.7.0\avlAIM.vfy
A CAPS\verify_7.7.0\ductAlone.vfy
A CAPS\verify_7.7.0\fuselageAlone.vfy
A CAPS\verify_7.7.0\myGlider.vfy
A CAPS\verify_7.7.0\myGlider.vfy_hand
A CAPS\verify_7.7.0\myPlane.vfy
A CAPS\verify_7.7.0\myPlane.vfy_hand
A CAPS\verify_7.7.0\wingAlone.vfy
A CAPS\allIntents.jrnl
A CAPS\myPlane.csm
A CAPS\verify_7.6.0
A CAPS\verify_7.6.0\myGlider.vfy
A CAPS\verify_7.6.0\myGlider.vfy_hand
A CAPS\verify_7.6.0\myPlane.vfy
A CAPS\verify_7.6.0\myPlane.vfy_hand
A CAPS\verify_7.6.0\avlAIM.vfy
A CAPS\verify_7.6.0\ductAlone.vfy
A CAPS\verify_7.6.0\fuselageAlone.vfy
A CAPS\verify_7.6.0\wingAlone.vfy
A CAPS\avlAIM.csm
A CAPS\ductAlone.csm
A CAPS\fuselageAlone.csm
A CAPS\myGlider.csm
A CAPS\wingAlone.csm
A TRADES
A TRADES\verify_7.7.0
A TRADES\verify_7.7.0\air1.vfy
A TRADES\verify_7.7.0\air6.vfy
A TRADES\verify_7.7.0\air_tile.vfy
A TRADES\verify_7.7.0\demo1.vfy
A TRADES\verify_7.7.0\demo2.vfy
A TRADES\verify_7.7.0\demo3.vfy
A TRADES\verify_7.7.0\demo3a.vfy
A TRADES\verify_7.7.0\demo3b.vfy
A TRADES\verify_7.7.0\demo_tile.vfy
A TRADES\verify_7.7.0\hx0a.vfy
A TRADES\verify_7.7.0\hx0b.vfy
A TRADES\verify_7.7.0\hx1a.vfy
A TRADES\verify_7.7.0\hx1b.vfy
A TRADES\verify_7.7.0\hx2a.vfy
A TRADES\verify_7.7.0\hx2b.vfy
A TRADES\verify_7.7.0\hx3a.vfy
A TRADES\verify_7.7.0\hx3b.vfy
A TRADES\verify_7.7.0\hx4a.vfy
A TRADES\verify_7.7.0\hx4b.vfy
A TRADES\verify_7.7.0\hx_tile_a.vfy
A TRADES\verify_7.7.0\hx_tile_b.vfy
A TRADES\verify_7.7.0\liquid1.vfy
A TRADES\verify_7.7.0\liquid6.vfy
A TRADES\verify_7.7.0\liquid_tile.vfy
A TRADES\verify_7.7.0\metal1.vfy
A TRADES\verify_7.7.0\metal6.vfy
A TRADES\verify_7.7.0\metal6_fig1.vfy
A TRADES\verify_7.7.0\metal6_fig2.vfy
A TRADES\verify_7.7.0\metal6_fig3.vfy
A TRADES\verify_7.7.0\metal6_fig4.vfy
A TRADES\verify_7.7.0\metal_tile.vfy
A TRADES\verify_7.7.0\metal_tile_new.vfy
A TRADES\verify_7.7.0\simple.vfy
A TRADES\verify_7.7.0\simple_tile.vfy
A TRADES\verify_7.7.0\tile1.vfy
A TRADES\verify_7.7.0\tile2.vfy
A TRADES\verify_7.7.0\tile3.vfy
A TRADES\verify_7.7.0\tile4.vfy
A TRADES\verify_7.7.0\tile5.vfy
A TRADES\verify_7.7.0\tile6.vfy
A TRADES\verify_7.7.0\tile_tile.vfy
A TRADES\verify_7.6.0
A TRADES\verify_7.6.0\air1.vfy
A TRADES\verify_7.6.0\air6.vfy
A TRADES\verify_7.6.0\air_tile.vfy
A TRADES\verify_7.6.0\demo1.vfy
A TRADES\verify_7.6.0\demo2.vfy
A TRADES\verify_7.6.0\demo3.vfy
A TRADES\verify_7.6.0\demo3a.vfy
A TRADES\verify_7.6.0\demo3b.vfy
A TRADES\verify_7.6.0\demo_tile.vfy
A TRADES\verify_7.6.0\hx0a.vfy
A TRADES\verify_7.6.0\hx0b.vfy
A TRADES\verify_7.6.0\hx1a.vfy
A TRADES\verify_7.6.0\hx1b.vfy
A TRADES\verify_7.6.0\hx2a.vfy
A TRADES\verify_7.6.0\hx2b.vfy
A TRADES\verify_7.6.0\hx3a.vfy
A TRADES\verify_7.6.0\hx3b.vfy
A TRADES\verify_7.6.0\hx4a.vfy
A TRADES\verify_7.6.0\hx4b.vfy
A TRADES\verify_7.6.0\hx_tile_a.vfy
A TRADES\verify_7.6.0\hx_tile_b.vfy
A TRADES\verify_7.6.0\liquid1.vfy
A TRADES\verify_7.6.0\liquid6.vfy
A TRADES\verify_7.6.0\liquid_tile.vfy
A TRADES\verify_7.6.0\metal1.vfy
A TRADES\verify_7.6.0\metal6.vfy
A TRADES\verify_7.6.0\metal6_fig1.vfy
A TRADES\verify_7.6.0\metal6_fig2.vfy
A TRADES\verify_7.6.0\metal6_fig3.vfy
A TRADES\verify_7.6.0\metal6_fig4.vfy
A TRADES\verify_7.6.0\metal_tile.vfy
A TRADES\verify_7.6.0\metal_tile_new.vfy
A TRADES\verify_7.6.0\simple.vfy
A TRADES\verify_7.6.0\simple_tile.vfy
A TRADES\verify_7.6.0\tile1.vfy
A TRADES\verify_7.6.0\tile2.vfy
A TRADES\verify_7.6.0\tile3.vfy
A TRADES\verify_7.6.0\tile4.vfy
A TRADES\verify_7.6.0\tile5.vfy
A TRADES\verify_7.6.0\tile6.vfy
A TRADES\verify_7.6.0\tile_tile.vfy
A TRADES\air1.csm
A TRADES\air6.csm
A TRADES\air_tile.csm
A TRADES\demo1.csm
A TRADES\demo2.csm
A TRADES\demo3.csm
A TRADES\demo3a.csm
A TRADES\demo3b.csm
A TRADES\demo_tile.csm
A TRADES\hx0a.csm
A TRADES\hx0b.csm
A TRADES\hx1a.csm
A TRADES\hx1b.csm
A TRADES\hx2a.csm
A TRADES\hx2b.csm
A TRADES\hx3a.csm
A TRADES\hx3b.csm
A TRADES\hx4a.csm
A TRADES\hx4b.csm
A TRADES\hx_tile_a.csm
A TRADES\hx_tile_b.csm
A TRADES\liquid1.csm
A TRADES\liquid6.csm
A TRADES\liquid_tile.csm
A TRADES\metal1.csm
A TRADES\metal6.csm
A TRADES\metal_tile.csm
A TRADES\metal_tile_new.csm
A TRADES\simple.csm
A TRADES\tile1.csm
A TRADES\tile2.csm
A TRADES\tile3.csm
A TRADES\tile4.csm
A TRADES\tile5.csm
A TRADES\tile6.csm
A TRADES\tile_tile.csm
A TRADES\metal6_fig1.csm
A TRADES\metal6_fig2.csm
A TRADES\metal6_fig3.csm
A TRADES\metal6_fig4.csm
A TRADES\simple_tile.csm
A Tblade3
A Tblade3\Case7-28-8_IGV
A Tblade3\Case7-28-8_IGV\verify_7.7.0
A Tblade3\Case7-28-8_IGV\verify_7.7.0\tblade_IGV.vfy
A Tblade3\Case7-28-8_IGV\verify_7.6.0
A Tblade3\Case7-28-8_IGV\verify_7.6.0\tblade_IGV.vfy
A Tblade3\Case7-28-8_IGV\3dbgbinput.1.dat
A Tblade3\Case7-28-8_IGV\README.txt
A Tblade3\Case7-28-8_IGV\spancontrolinputs.1.dat
A Tblade3\Case7-28-8_IGV\tblade_IGV.csm
A Tblade3\Case7-28-8_OGV
A Tblade3\Case7-28-8_OGV\verify_7.7.0
A Tblade3\Case7-28-8_OGV\verify_7.7.0\tblade_OGV.vfy
A Tblade3\Case7-28-8_OGV\verify_7.6.0
A Tblade3\Case7-28-8_OGV\verify_7.6.0\tblade_OGV.vfy
A Tblade3\Case7-28-8_OGV\3dbgbinput.3.dat
A Tblade3\Case7-28-8_OGV\README.txt
A Tblade3\Case7-28-8_OGV\spancontrolinputs.3.dat
A Tblade3\Case7-28-8_OGV\tblade_OGV.csm
A Tblade3\Case7-28-8_Rotor
A Tblade3\Case7-28-8_Rotor\verify_7.7.0
A Tblade3\Case7-28-8_Rotor\verify_7.7.0\tblade_rotor.vfy
A Tblade3\Case7-28-8_Rotor\verify_7.7.0\tblade_rotor_flend.vfy
A Tblade3\Case7-28-8_Rotor\verify_7.7.0\tblade_rotor_hubwedge.vfy
A Tblade3\Case7-28-8_Rotor\verify_7.6.0
A Tblade3\Case7-28-8_Rotor\verify_7.6.0\tblade_rotor.vfy
A Tblade3\Case7-28-8_Rotor\verify_7.6.0\tblade_rotor_flend.vfy
A Tblade3\Case7-28-8_Rotor\verify_7.6.0\tblade_rotor_hubwedge.vfy
A Tblade3\Case7-28-8_Rotor\3dbgbinput.2.dat
A Tblade3\Case7-28-8_Rotor\README.txt
A Tblade3\Case7-28-8_Rotor\normalized_TE_derivative
A Tblade3\Case7-28-8_Rotor\normalized_TE_derivative\3dbgbinput.2.dat
A Tblade3\Case7-28-8_Rotor\normalized_TE_derivative\spancontrolinputs.2.dat
A Tblade3\Case7-28-8_Rotor\spancontrolinputs.2.dat
A Tblade3\Case7-28-8_Rotor\tblade_rotor.csm
A Tblade3\Case7-28-8_Rotor\tblade_rotor_flend.csm
A Tblade3\Case7-28-8_Rotor\tblade_rotor_hubwedge.csm
A Tblade3\Case9-22-1_Rotor
A Tblade3\Case9-22-1_Rotor\verify_7.7.0
A Tblade3\Case9-22-1_Rotor\verify_7.7.0\tblade_rotor.vfy
A Tblade3\Case9-22-1_Rotor\verify_7.6.0
A Tblade3\Case9-22-1_Rotor\verify_7.6.0\tblade_rotor.vfy
A Tblade3\Case9-22-1_Rotor\3dbgbinput.2.dat
A Tblade3\Case9-22-1_Rotor\spancontrolinputs.2.dat
A Tblade3\Case9-22-1_Rotor\tblade_rotor.csm
A Tblade3\NACA_thickness
A Tblade3\NACA_thickness\verify_7.7.0
A Tblade3\NACA_thickness\verify_7.7.0\tblade_NACA_thickness.vfy
A Tblade3\NACA_thickness\verify_7.7.0\tblade_NACA_thickness_dot.vfy
A Tblade3\NACA_thickness\verify_7.6.0
A Tblade3\NACA_thickness\verify_7.6.0\tblade_NACA_thickness.vfy
A Tblade3\NACA_thickness\3dbgbinput.2.dat
A Tblade3\NACA_thickness\README.txt
A Tblade3\NACA_thickness\spancontrolinputs.2.dat
A Tblade3\NACA_thickness\tblade_NACA_thickness.csm
A Tblade3\NACA_thickness_with_derivative
A Tblade3\NACA_thickness_with_derivative\verify_7.7.0
A Tblade3\NACA_thickness_with_derivative\verify_7.7.0\tblade_NACA_thickness.vfy
A Tblade3\NACA_thickness_with_derivative\verify_7.6.0
A Tblade3\NACA_thickness_with_derivative\verify_7.6.0\tblade_NACA_thickness.vfy
A Tblade3\NACA_thickness_with_derivative\3dbgbinput.2.dat
A Tblade3\NACA_thickness_with_derivative\README.txt
A Tblade3\NACA_thickness_with_derivative\spancontrolinputs.2.dat
A Tblade3\NACA_thickness_with_derivative\tblade_NACA_thickness.csm
A Tblade3\Wennerstrom_with_umxthk
A Tblade3\Wennerstrom_with_umxthk\verify_7.7.0
A Tblade3\Wennerstrom_with_umxthk\verify_7.6.0
A Tblade3\Wennerstrom_with_umxthk\3dbgbinput.1.dat
A Tblade3\Wennerstrom_with_umxthk\README.txt
A Tblade3\Wennerstrom_with_umxthk\spancontrolinputs.1.dat
A Tblade3\Wennerstrom_with_umxthk\tblade_Wennerstrom.csm_segfault
A Tblade3\hub_inflation
A Tblade3\hub_inflation\verify_7.7.0
A Tblade3\hub_inflation\verify_7.7.0\tblade_hub_inflation.vfy
A Tblade3\hub_inflation\verify_7.7.0\tblade_hub_inflation_blade.vfy
A Tblade3\hub_inflation\verify_7.6.0
A Tblade3\hub_inflation\verify_7.6.0\tblade_hub_inflation.vfy
A Tblade3\hub_inflation\verify_7.6.0\tblade_hub_inflation_blade.vfy
A Tblade3\hub_inflation\3dbgbinput.2.dat
A Tblade3\hub_inflation\README.txt
A Tblade3\hub_inflation\spancontrolinputs.2.dat
A Tblade3\hub_inflation\tblade_hub_inflation.csm
A Tblade3\hub_inflation\tblade_hub_inflation_blade.csm
A Tblade3\hub_tip_inflation
A Tblade3\hub_tip_inflation\verify_7.7.0
A Tblade3\hub_tip_inflation\verify_7.7.0\tblade_hub_tip_inflation.vfy
A Tblade3\hub_tip_inflation\verify_7.7.0\tblade_hub_tip_inflation_blade.vfy
A Tblade3\hub_tip_inflation\verify_7.6.0
A Tblade3\hub_tip_inflation\verify_7.6.0\tblade_hub_tip_inflation.vfy
A Tblade3\hub_tip_inflation\verify_7.6.0\tblade_hub_tip_inflation_blade.vfy
A Tblade3\hub_tip_inflation\3dbgbinput.2.dat
A Tblade3\hub_tip_inflation\README.txt
A Tblade3\hub_tip_inflation\spancontrolinputs.2.dat
A Tblade3\hub_tip_inflation\tblade_hub_tip_inflation.csm
A Tblade3\hub_tip_inflation\tblade_hub_tip_inflation_blade.csm
A Tblade3\tip_inflation
A Tblade3\tip_inflation\verify_7.7.0
A Tblade3\tip_inflation\verify_7.7.0\tblade_tip_inflation.vfy
A Tblade3\tip_inflation\verify_7.7.0\tblade_tip_inflation_blade.vfy
A Tblade3\tip_inflation\verify_7.6.0
A Tblade3\tip_inflation\verify_7.6.0\tblade_tip_inflation.vfy
A Tblade3\tip_inflation\verify_7.6.0\tblade_tip_inflation_blade.vfy
A Tblade3\tip_inflation\3dbgbinput.2.dat
A Tblade3\tip_inflation\README.txt
A Tblade3\tip_inflation\spancontrolinputs.2.dat
A Tblade3\tip_inflation\tblade_tip_inflation.csm
A Tblade3\tip_inflation\tblade_tip_inflation_blade.csm
A capsExamples
A capsExamples\verify_7.7.0
A capsExamples\verify_7.7.0\transport.vfy
A capsExamples\verify_7.7.0\transport.vfy_hand
A capsExamples\verify_7.7.0\wing1.vfy
A capsExamples\verify_7.7.0\wing1.vfy_hand
A capsExamples\verify_7.7.0\wing2.vfy
A capsExamples\verify_7.7.0\wing2.vfy_hand
A capsExamples\verify_7.7.0\wing3.vfy
A capsExamples\verify_7.7.0\wing3.vfy_hand
A capsExamples\verify_7.7.0\wing4.vfy
A capsExamples\verify_7.7.0\wing4.vfy_hand
A capsExamples\verify_7.6.0
A capsExamples\verify_7.6.0\transport.vfy
A capsExamples\verify_7.6.0\transport.vfy_hand
A capsExamples\verify_7.6.0\wing1.vfy
A capsExamples\verify_7.6.0\wing1.vfy_hand
A capsExamples\verify_7.6.0\wing2.vfy
A capsExamples\verify_7.6.0\wing2.vfy_hand
A capsExamples\verify_7.6.0\wing3.vfy
A capsExamples\verify_7.6.0\wing3.vfy_hand
A capsExamples\verify_7.6.0\wing4.vfy
A capsExamples\verify_7.6.0\wing4.vfy_hand
A capsExamples\transport.csm
A capsExamples\wing1.csm
A capsExamples\wing2.csm
A capsExamples\wing3.csm
A capsExamples\wing4.csm
A capsExamples\wing4.jrnl
A capsExamples\exercise_1_1.py
A capsExamples\exercise_1_2.py
A capsExamples\exercise_2_1.py
A capsExamples\exercise_3_1.py
A capsExamples\exercise_3_2.py
A capsExamples\runAll.py
A capsExamples\template_astrosModal.py
A capsExamples\template_astrosStatic.py
A capsExamples\template_dataTransfer.py
A capsExamples\template_avl.py
A capsExamples\template_sansLIP.py
A capsExamples\template_su2inviscid.py
A capsExamples\template_avl.c
A capsExamples\NMakefile
A capsExamples\wing1.jrnl
A capsExamples\wing2.jrnl
A capsExamples\wing3.jrnl
A capsExamples\transport.jrnl
A capsExamples\Makefile
A plugs
A plugs\verify_7.7.0
A plugs\verify_7.7.0\plugs0a.vfy
A plugs\verify_7.7.0\plugs0b.vfy
A plugs\verify_7.7.0\plugs0c.vfy
A plugs\verify_7.7.0\plugs0d.vfy
A plugs\verify_7.7.0\plugs1a.vfy
A plugs\verify_7.7.0\plugs1b.vfy
A plugs\verify_7.7.0\plugs1c.vfy
A plugs\verify_7.7.0\plugs2a.vfy
A plugs\verify_7.7.0\plugs2b.vfy
A plugs\verify_7.7.0\plugs2c.vfy
A plugs\verify_7.7.0\plugs2d.vfy
A plugs\verify_7.7.0\plugs3a.vfy
A plugs\verify_7.7.0\plugs3b.vfy
A plugs\verify_7.7.0\plugs3c.vfy
A plugs\verify_7.7.0\plugs3d.vfy
A plugs\verify_7.7.0\plugs4a.vfy
A plugs\verify_7.7.0\plugs4b.vfy
A plugs\verify_7.7.0\plugs4c.vfy
A plugs\verify_7.7.0\plugs5a.vfy
A plugs\verify_7.7.0\plugs6a.vfy
A plugs\verify_7.7.0\plugs7a.vfy
A plugs\verify_7.7.0\plugs8a.vfy
A plugs\verify_7.6.0
A plugs\verify_7.6.0\plugs6a.vfy
A plugs\verify_7.6.0\plugs7a.vfy
A plugs\verify_7.6.0\plugs8a.vfy
A plugs\verify_7.6.0\plugs0a.vfy
A plugs\verify_7.6.0\plugs0b.vfy
A plugs\verify_7.6.0\plugs0c.vfy
A plugs\verify_7.6.0\plugs0d.vfy
A plugs\verify_7.6.0\plugs1a.vfy
A plugs\verify_7.6.0\plugs1b.vfy
A plugs\verify_7.6.0\plugs1c.vfy
A plugs\verify_7.6.0\plugs2a.vfy
A plugs\verify_7.6.0\plugs2b.vfy
A plugs\verify_7.6.0\plugs2c.vfy
A plugs\verify_7.6.0\plugs2d.vfy
A plugs\verify_7.6.0\plugs3a.vfy
A plugs\verify_7.6.0\plugs3b.vfy
A plugs\verify_7.6.0\plugs3c.vfy
A plugs\verify_7.6.0\plugs3d.vfy
A plugs\verify_7.6.0\plugs4a.vfy
A plugs\verify_7.6.0\plugs4b.vfy
A plugs\verify_7.6.0\plugs4c.vfy
A plugs\verify_7.6.0\plugs5a.vfy
A plugs\plugs3c.jrnl
A plugs\plugs0.jrnl
A plugs\plugs1.jrnl
A plugs\plugs2.jrnl
A plugs\plugs3.jrnl
A plugs\plugs4.jrnl
A plugs\plugs5.jrnl
A plugs\plugs6.jrnl
A plugs\plugs7.jrnl
A plugs\plugs8.jrnl
A plugs\showHistory.csm
A plugs\README
A plugs\plugs2a.csm
A plugs\plugs2b.csm
A plugs\plugs2c.csm
A plugs\plugs2d.csm
A plugs\plugs3a.csm
A plugs\plugs3b.csm
A plugs\plugs3c.csm
A plugs\plugs3d.csm
A plugs\plugs4.cloud
A plugs\plugs5.cloud
A plugs\plugs5a.csm
A plugs\plugs6.cloud
A plugs\plugs6a.csm
A plugs\plugs7.cloud
A plugs\plugs7a.csm
A plugs\plugs8.cloud
A plugs\plugs8a.csm
A plugs\plugs9.cloud
A plugs\plugs9a.csm
A plugs\buildFinal.jrnl
A plugs\plugs0.cloud
A plugs\plugs0a.csm
A plugs\plugs0b.csm
A plugs\plugs0c.csm
A plugs\plugs0d.csm
A plugs\plugs1.cloud
A plugs\plugs1a.csm
A plugs\plugs1b.csm
A plugs\plugs1c.csm
A plugs\plugs2.cloud
A plugs\plugs3.cloud
A plugs\plugs4a.csm
A plugs\plugs4b.csm
A plugs\plugs4c.csm
A studentGallery
A studentGallery\verify_7.7.0
A studentGallery\verify_7.7.0\A12.vfy
A studentGallery\verify_7.7.0\BulletTrain.vfy
A studentGallery\verify_7.7.0\Cessna162.vfy
A studentGallery\verify_7.7.0\F117.vfy
A studentGallery\verify_7.7.0\GenericFighter.vfy
A studentGallery\verify_7.7.0\LunarLander_11.vfy
A studentGallery\verify_7.7.0\LunarLander_11.vfy_hand
A studentGallery\verify_7.7.0\PittsSpecial.vfy
A studentGallery\verify_7.7.0\espRacer.vfy
A studentGallery\verify_7.7.0\f104.vfy
A studentGallery\verify_7.7.0\sub03.vfy
A studentGallery\F117.csm
A studentGallery\verify_7.6.0
A studentGallery\verify_7.6.0\BulletTrain.vfy
A studentGallery\verify_7.6.0\F117.vfy
A studentGallery\verify_7.6.0\A12.vfy
A studentGallery\verify_7.6.0\Cessna162.vfy
A studentGallery\verify_7.6.0\GenericFighter.vfy
A studentGallery\verify_7.6.0\LunarLander_11.vfy
A studentGallery\verify_7.6.0\LunarLander_11.vfy_hand
A studentGallery\verify_7.6.0\PittsSpecial.vfy
A studentGallery\verify_7.6.0\espRacer.vfy
A studentGallery\f104.csm
A studentGallery\sub03.csm
A studentGallery\BulletTrain.csm
A studentGallery\A12.csm
A studentGallery\espRacer.csm
A studentGallery\LunarLander_11.csm
A studentGallery\GenericFighter.csm
A studentGallery\A10-Final.csm_save
A studentGallery\Cessna162.csm
A studentGallery\PittsSpecial.csm
A training
A training\data
A training\data\session01
A training\data\session01\verify_7.7.0
A training\data\session01\verify_7.7.0\bolt.vfy
A training\data\session01\verify_7.7.0\bottle2.vfy
A training\data\session01\verify_7.6.0
A training\data\session01\verify_7.6.0\bolt.vfy
A training\data\session01\verify_7.6.0\bottle2.vfy
A training\data\session01\bolt.csm
A training\data\session01\bottle2.csm
A training\data\session02
A training\data\session02\verify_7.7.0
A training\data\session02\verify_7.7.0\Ubracket.vfy
A training\data\session02\verify_7.7.0\block.vfy
A training\data\session02\verify_7.6.0
A training\data\session02\verify_7.6.0\Ubracket.vfy
A training\data\session02\verify_7.6.0\block.vfy
A training\data\session02\Ubracket.csm
A training\data\session02\block.csm
A training\data\session03
A training\data\session03\verify_7.7.0
A training\data\session03\verify_7.7.0\fuselage.vfy
A training\data\session03\verify_7.7.0\wing.vfy
A training\data\session03\verify_7.6.0
A training\data\session03\verify_7.6.0\fuselage.vfy
A training\data\session03\verify_7.6.0\wing.vfy
A training\data\session03\fuselage.csm
A training\data\session03\wing.csm
A training\data\session04
A training\data\session04\verify_7.7.0
A training\data\session04\verify_7.7.0\box.vfy
A training\data\session04\verify_7.6.0
A training\data\session04\verify_7.6.0\box.vfy
A training\data\session04\box.csm
A training\data\session05
A training\data\session05\verify_7.7.0
A training\data\session05\verify_7.7.0\overlapping.vfy
A training\data\session05\verify_7.6.0
A training\data\session05\verify_7.6.0\overlapping.vfy
A training\data\session05\overlapping.csm
A training\data\session06
A training\data\session06\verify_7.7.0
A training\data\session06\verify_7.7.0\jack.vfy
A training\data\session06\verify_7.7.0\reflectCone.vfy
A training\data\session06\verify_7.7.0\scribeCyl.vfy
A training\data\session06\verify_7.6.0
A training\data\session06\verify_7.6.0\jack.vfy
A training\data\session06\verify_7.6.0\reflectCone.vfy
A training\data\session06\verify_7.6.0\scribeCyl.vfy
A training\data\session06\cutter.udc
A training\data\session06\dumbbell.udc
A training\data\session06\jack.csm
A training\data\session06\mirrorDup.udc
A training\data\session06\reflectCone.csm
A training\data\session06\scribeCyl.csm
A training\data\session07
A training\data\session07\verify_7.7.0
A training\data\session07\verify_7.7.0\Ubracket1.vfy
A training\data\session07\verify_7.7.0\Ubracket2.vfy
A training\data\session07\verify_7.7.0\biconvex_arcs.vfy
A training\data\session07\verify_7.7.0\biconvex_spline.vfy
A training\data\session07\verify_7.7.0\capsule.vfy
A training\data\session07\verify_7.7.0\fuselage.vfy
A training\data\session07\verify_7.7.0\oval.vfy
A training\data\session07\verify_7.7.0\swivelBase.vfy
A training\data\session07\verify_7.6.0
A training\data\session07\verify_7.6.0\Ubracket1.vfy
A training\data\session07\verify_7.6.0\Ubracket2.vfy
A training\data\session07\verify_7.6.0\biconvex_arcs.vfy
A training\data\session07\verify_7.6.0\biconvex_spline.vfy
A training\data\session07\verify_7.6.0\capsule.vfy
A training\data\session07\verify_7.6.0\fuselage.vfy
A training\data\session07\verify_7.6.0\oval.vfy
A training\data\session07\verify_7.6.0\swivelBase.vfy
A training\data\session07\capsule.csm
A training\data\session07\Ubracket1.csm
A training\data\session07\Ubracket2.csm
A training\data\session07\biconvex_arcs.csm
A training\data\session07\biconvex_spline.csm
A training\data\session07\fuselage.csm
A training\data\session07\oval.csm
A training\data\session07\swivelBase.csm
A training\data\session08
A training\data\session08\verify_7.7.0
A training\data\session08\verify_7.7.0\wingStruct.vfy
A training\data\session08\verify_7.6.0
A training\data\session08\verify_7.6.0\wingStruct.vfy
A training\data\session08\wingStruct.csm
A training\data\session09
A training\data\session09\verify_7.7.0
A training\data\session09\verify_7.7.0\simpleBlock.vfy
A training\data\session09\verify_7.6.0
A training\data\session09\verify_7.6.0\simpleBlock.vfy
A training\data\session09\simpleBlock.csm
A training\data\session10
A training\data\session10\version16
A training\data\session10\version16\viewCantilever.udc
A training\data\session10\version16\viewSimplySupport.udc
A training\data\session10\version16\unittest
A training\data\session10\version16\unittest\verify_7.7.0
A training\data\session10\version16\unittest\verify_7.7.0\fuseBem.vfy
A training\data\session10\version16\unittest\verify_7.7.0\fuseIml.vfy
A training\data\session10\version16\unittest\verify_7.7.0\fuseOml.vfy
A training\data\session10\version16\unittest\verify_7.7.0\fuseWaffle.vfy
A training\data\session10\version16\unittest\verify_7.7.0\htailBem.vfy
A training\data\session10\version16\unittest\verify_7.7.0\htailHinges.vfy
A training\data\session10\version16\unittest\verify_7.7.0\htailOml.vfy
A training\data\session10\version16\unittest\verify_7.7.0\htailVlm.vfy
A training\data\session10\version16\unittest\verify_7.7.0\htailWaffle.vfy
A training\data\session10\version16\unittest\verify_7.7.0\nacelleOml.vfy
A training\data\session10\version16\unittest\verify_7.7.0\payload.vfy
A training\data\session10\version16\unittest\verify_7.7.0\pylonOml.vfy
A training\data\session10\version16\unittest\verify_7.7.0\viewBem.vfy
A training\data\session10\version16\unittest\verify_7.7.0\viewCantilever.vfy
A training\data\session10\version16\unittest\verify_7.7.0\viewCfdInviscid.vfy
A training\data\session10\version16\unittest\verify_7.7.0\viewCfdViscous.vfy
A training\data\session10\version16\unittest\verify_7.7.0\viewConcept.vfy
A training\data\session10\version16\unittest\verify_7.7.0\viewOml.vfy
A training\data\session10\version16\unittest\verify_7.7.0\viewSimplySupport.vfy
A training\data\session10\version16\unittest\verify_7.7.0\viewSkins.vfy
A training\data\session10\version16\unittest\verify_7.7.0\viewVlm.vfy
A training\data\session10\version16\unittest\verify_7.7.0\vtailBem.vfy
A training\data\session10\version16\unittest\verify_7.7.0\vtailHinges.vfy
A training\data\session10\version16\unittest\verify_7.7.0\vtailOml.vfy
A training\data\session10\version16\unittest\verify_7.7.0\vtailVlm.vfy
A training\data\session10\version16\unittest\verify_7.7.0\vtailWaffle.vfy
A training\data\session10\version16\unittest\verify_7.7.0\wingBem.vfy
A training\data\session10\version16\unittest\verify_7.7.0\wingHinges.vfy
A training\data\session10\version16\unittest\verify_7.7.0\wingOml.vfy
A training\data\session10\version16\unittest\verify_7.7.0\wingVlm.vfy
A training\data\session10\version16\unittest\verify_7.7.0\wingWaffle.vfy
A training\data\session10\version16\unittest\fuseBem.csm
A training\data\session10\version16\unittest\fuseIml.csm
A training\data\session10\version16\unittest\fuseOml.csm
A training\data\session10\version16\unittest\fuseWaffle.csm
A training\data\session10\version16\unittest\htailBem.csm
A training\data\session10\version16\unittest\htailHinges.csm
A training\data\session10\version16\unittest\htailOml.csm
A training\data\session10\version16\unittest\htailVlm.csm
A training\data\session10\version16\unittest\htailWaffle.csm
A training\data\session10\version16\unittest\nacelleOml.csm
A training\data\session10\version16\unittest\payload.csm
A training\data\session10\version16\unittest\pylonOml.csm
A training\data\session10\version16\unittest\verify_7.6.0
A training\data\session10\version16\unittest\verify_7.6.0\fuseBem.vfy
A training\data\session10\version16\unittest\verify_7.6.0\fuseIml.vfy
A training\data\session10\version16\unittest\verify_7.6.0\fuseOml.vfy
A training\data\session10\version16\unittest\verify_7.6.0\fuseWaffle.vfy
A training\data\session10\version16\unittest\verify_7.6.0\htailBem.vfy
A training\data\session10\version16\unittest\verify_7.6.0\htailHinges.vfy
A training\data\session10\version16\unittest\verify_7.6.0\htailOml.vfy
A training\data\session10\version16\unittest\verify_7.6.0\htailVlm.vfy
A training\data\session10\version16\unittest\verify_7.6.0\htailWaffle.vfy
A training\data\session10\version16\unittest\verify_7.6.0\nacelleOml.vfy
A training\data\session10\version16\unittest\verify_7.6.0\payload.vfy
A training\data\session10\version16\unittest\verify_7.6.0\pylonOml.vfy
A training\data\session10\version16\unittest\verify_7.6.0\viewBem.vfy
A training\data\session10\version16\unittest\verify_7.6.0\viewCantilever.vfy
A training\data\session10\version16\unittest\verify_7.6.0\viewCfdInviscid.vfy
A training\data\session10\version16\unittest\verify_7.6.0\viewCfdViscous.vfy
A training\data\session10\version16\unittest\verify_7.6.0\viewConcept.vfy
A training\data\session10\version16\unittest\verify_7.6.0\viewOml.vfy
A training\data\session10\version16\unittest\verify_7.6.0\viewSimplySupport.vfy
A training\data\session10\version16\unittest\verify_7.6.0\viewSkins.vfy
A training\data\session10\version16\unittest\verify_7.6.0\viewVlm.vfy
A training\data\session10\version16\unittest\verify_7.6.0\vtailBem.vfy
A training\data\session10\version16\unittest\verify_7.6.0\vtailHinges.vfy
A training\data\session10\version16\unittest\verify_7.6.0\vtailOml.vfy
A training\data\session10\version16\unittest\verify_7.6.0\vtailVlm.vfy
A training\data\session10\version16\unittest\verify_7.6.0\vtailWaffle.vfy
A training\data\session10\version16\unittest\verify_7.6.0\wingBem.vfy
A training\data\session10\version16\unittest\verify_7.6.0\wingHinges.vfy
A training\data\session10\version16\unittest\verify_7.6.0\wingOml.vfy
A training\data\session10\version16\unittest\verify_7.6.0\wingVlm.vfy
A training\data\session10\version16\unittest\verify_7.6.0\wingWaffle.vfy
A training\data\session10\version16\unittest\viewBem.csm
A training\data\session10\version16\unittest\viewCantilever.csm
A training\data\session10\version16\unittest\viewCfdInviscid.csm
A training\data\session10\version16\unittest\viewCfdViscous.csm
A training\data\session10\version16\unittest\viewConcept.csm
A training\data\session10\version16\unittest\viewOml.csm
A training\data\session10\version16\unittest\viewSimplySupport.csm
A training\data\session10\version16\unittest\viewSkins.csm
A training\data\session10\version16\unittest\viewVlm.csm
A training\data\session10\version16\unittest\vtailBem.csm
A training\data\session10\version16\unittest\vtailHinges.csm
A training\data\session10\version16\unittest\vtailOml.csm
A training\data\session10\version16\unittest\vtailVlm.csm
A training\data\session10\version16\unittest\vtailWaffle.csm
A training\data\session10\version16\unittest\wingBem.csm
A training\data\session10\version16\unittest\wingHinges.csm
A training\data\session10\version16\unittest\wingOml.csm
A training\data\session10\version16\unittest\wingVlm.csm
A training\data\session10\version16\unittest\wingWaffle.csm
A training\data\session10\version16\verify_7.7.0
A training\data\session10\version16\verify_7.7.0\transport.vfy
A training\data\session10\version16\fuseBem.udc
A training\data\session10\version16\fuseCalc.udc
A training\data\session10\version16\fuseIml.udc
A training\data\session10\version16\fuseOml.udc
A training\data\session10\version16\fusePmtrs.udc
A training\data\session10\version16\fuseWaffle.udc
A training\data\session10\version16\htailBem.udc
A training\data\session10\version16\htailCalc.udc
A training\data\session10\version16\htailHinges.udc
A training\data\session10\version16\htailOml.udc
A training\data\session10\version16\htailPmtrs.udc
A training\data\session10\version16\htailVlm.udc
A training\data\session10\version16\htailWaffle.udc
A training\data\session10\version16\nacelleCalc.udc
A training\data\session10\version16\nacelleOml.udc
A training\data\session10\version16\nacellePmtrs.udc
A training\data\session10\version16\payload.udc
A training\data\session10\version16\payloadPmtrs.udc
A training\data\session10\version16\pylonCalc.udc
A training\data\session10\version16\pylonOml.udc
A training\data\session10\version16\pylonPmtrs.udc
A training\data\session10\version16\testAll.jrnl
A training\data\session10\version16\transport.csm
A training\data\session10\version16\transport_init.udc
A training\data\session10\version16\verify_7.6.0
A training\data\session10\version16\verify_7.6.0\transport.vfy
A training\data\session10\version16\viewBem.udc
A training\data\session10\version16\viewCfdInviscid.udc
A training\data\session10\version16\viewCfdViscous.udc
A training\data\session10\version16\viewConcept.udc
A training\data\session10\version16\viewOml.udc
A training\data\session10\version16\viewSkins.udc
A training\data\session10\version16\viewVlm.udc
A training\data\session10\version16\vtailBem.udc
A training\data\session10\version16\vtailCalc.udc
A training\data\session10\version16\vtailHinges.udc
A training\data\session10\version16\vtailOml.udc
A training\data\session10\version16\vtailPmtrs.udc
A training\data\session10\version16\vtailVlm.udc
A training\data\session10\version16\vtailWaffle.udc
A training\data\session10\version16\wingBem.udc
A training\data\session10\version16\wingCalc.udc
A training\data\session10\version16\wingHinges.udc
A training\data\session10\version16\wingOml.udc
A training\data\session10\version16\wingPmtrs.udc
A training\data\session10\version16\wingVlm.udc
A training\data\session10\version16\wingWaffle.udc
A training\data\session10\version01
A training\data\session10\version01\unittest
A training\data\session10\version01\unittest\verify_7.7.0
A training\data\session10\version01\unittest\verify_7.7.0\viewConcept.vfy
A training\data\session10\version01\unittest\verify_7.7.0\viewOml.vfy
A training\data\session10\version01\unittest\verify_7.7.0\wingOml.vfy
A training\data\session10\version01\unittest\verify_7.6.0
A training\data\session10\version01\unittest\verify_7.6.0\viewConcept.vfy
A training\data\session10\version01\unittest\verify_7.6.0\viewOml.vfy
A training\data\session10\version01\unittest\verify_7.6.0\wingOml.vfy
A training\data\session10\version01\unittest\viewConcept.csm
A training\data\session10\version01\unittest\viewOml.csm
A training\data\session10\version01\unittest\wingOml.csm
A training\data\session10\version01\verify_7.7.0
A training\data\session10\version01\verify_7.7.0\transport.vfy
A training\data\session10\version01\testAll.jrnl
A training\data\session10\version01\transport.csm
A training\data\session10\version01\transport_init.udc
A training\data\session10\version01\verify_7.6.0
A training\data\session10\version01\verify_7.6.0\transport.vfy
A training\data\session10\version01\viewConcept.udc
A training\data\session10\version01\viewOml.udc
A training\data\session10\version01\viewVlm.udc
A training\data\session10\version01\wingCalc.udc
A training\data\session10\version01\wingOml.udc
A training\data\session10\version01\wingPmtrs.udc
A training\data\session10\version02
A training\data\session10\version02\unittest
A training\data\session10\version02\unittest\verify_7.7.0
A training\data\session10\version02\unittest\verify_7.7.0\viewConcept.vfy
A training\data\session10\version02\unittest\verify_7.7.0\viewOml.vfy
A training\data\session10\version02\unittest\verify_7.7.0\wingOml.vfy
A training\data\session10\version02\unittest\verify_7.7.0\wingVlm.vfy
A training\data\session10\version02\unittest\verify_7.6.0
A training\data\session10\version02\unittest\verify_7.6.0\viewConcept.vfy
A training\data\session10\version02\unittest\verify_7.6.0\wingOml.vfy
A training\data\session10\version02\unittest\verify_7.6.0\wingVlm.vfy
A training\data\session10\version02\unittest\viewConcept.csm
A training\data\session10\version02\unittest\viewOml.csm
A training\data\session10\version02\unittest\wingOml.csm
A training\data\session10\version02\unittest\wingVlm.csm
A training\data\session10\version02\verify_7.7.0
A training\data\session10\version02\verify_7.7.0\transport.vfy
A training\data\session10\version02\testAll.jrnl
A training\data\session10\version02\transport.csm
A training\data\session10\version02\transport_init.udc
A training\data\session10\version02\verify_7.6.0
A training\data\session10\version02\verify_7.6.0\transport.vfy
A training\data\session10\version02\viewConcept.udc
A training\data\session10\version02\viewOml.udc
A training\data\session10\version02\viewVlm.udc
A training\data\session10\version02\wingCalc.udc
A training\data\session10\version02\wingOml.udc
A training\data\session10\version02\wingPmtrs.udc
A training\data\session10\version02\wingVlm.udc
A training\data\session10\version03
A training\data\session10\version03\unittest
A training\data\session10\version03\unittest\verify_7.7.0
A training\data\session10\version03\unittest\verify_7.7.0\viewConcept.vfy
A training\data\session10\version03\unittest\verify_7.7.0\viewOml.vfy
A training\data\session10\version03\unittest\verify_7.7.0\wingHinges.vfy
A training\data\session10\version03\unittest\verify_7.7.0\wingOml.vfy
A training\data\session10\version03\unittest\verify_7.7.0\wingVlm.vfy
A training\data\session10\version03\unittest\verify_7.6.0
A training\data\session10\version03\unittest\verify_7.6.0\viewConcept.vfy
A training\data\session10\version03\unittest\verify_7.6.0\viewOml.vfy
A training\data\session10\version03\unittest\verify_7.6.0\wingHinges.vfy
A training\data\session10\version03\unittest\verify_7.6.0\wingOml.vfy
A training\data\session10\version03\unittest\verify_7.6.0\wingVlm.vfy
A training\data\session10\version03\unittest\viewConcept.csm
A training\data\session10\version03\unittest\viewOml.csm
A training\data\session10\version03\unittest\wingHinges.csm
A training\data\session10\version03\unittest\wingOml.csm
A training\data\session10\version03\unittest\wingVlm.csm
A training\data\session10\version03\verify_7.7.0
A training\data\session10\version03\verify_7.7.0\transport.vfy
A training\data\session10\version03\testAll.jrnl
A training\data\session10\version03\transport.csm
A training\data\session10\version03\transport_init.udc
A training\data\session10\version03\verify_7.6.0
A training\data\session10\version03\verify_7.6.0\transport.vfy
A training\data\session10\version03\viewConcept.udc
A training\data\session10\version03\viewOml.udc
A training\data\session10\version03\viewVlm.udc
A training\data\session10\version03\wingCalc.udc
A training\data\session10\version03\wingHinges.udc
A training\data\session10\version03\wingOml.udc
A training\data\session10\version03\wingPmtrs.udc
A training\data\session10\version03\wingVlm.udc
A training\data\session10\version04
A training\data\session10\version04\unittest
A training\data\session10\version04\unittest\verify_7.7.0
A training\data\session10\version04\unittest\verify_7.7.0\viewCfdInviscid.vfy
A training\data\session10\version04\unittest\verify_7.7.0\viewConcept.vfy
A training\data\session10\version04\unittest\verify_7.7.0\viewOml.vfy
A training\data\session10\version04\unittest\verify_7.7.0\wingHinges.vfy
A training\data\session10\version04\unittest\verify_7.7.0\wingOml.vfy
A training\data\session10\version04\unittest\verify_7.7.0\wingVlm.vfy
A training\data\session10\version04\unittest\verify_7.6.0
A training\data\session10\version04\unittest\verify_7.6.0\viewCfdInviscid.vfy
A training\data\session10\version04\unittest\verify_7.6.0\viewConcept.vfy
A training\data\session10\version04\unittest\verify_7.6.0\viewOml.vfy
A training\data\session10\version04\unittest\verify_7.6.0\wingHinges.vfy
A training\data\session10\version04\unittest\verify_7.6.0\wingOml.vfy
A training\data\session10\version04\unittest\verify_7.6.0\wingVlm.vfy
A training\data\session10\version04\unittest\viewCfdInviscid.csm
A training\data\session10\version04\unittest\viewConcept.csm
A training\data\session10\version04\unittest\viewOml.csm
A training\data\session10\version04\unittest\wingHinges.csm
A training\data\session10\version04\unittest\wingOml.csm
A training\data\session10\version04\unittest\wingVlm.csm
A training\data\session10\version04\verify_7.7.0
A training\data\session10\version04\verify_7.7.0\transport.vfy
A training\data\session10\version04\testAll.jrnl
A training\data\session10\version04\transport.csm
A training\data\session10\version04\transport_init.udc
A training\data\session10\version04\verify_7.6.0
A training\data\session10\version04\verify_7.6.0\transport.vfy
A training\data\session10\version04\viewCfdInviscid.udc
A training\data\session10\version04\viewConcept.udc
A training\data\session10\version04\viewOml.udc
A training\data\session10\version04\viewVlm.udc
A training\data\session10\version04\wingCalc.udc
A training\data\session10\version04\wingHinges.udc
A training\data\session10\version04\wingOml.udc
A training\data\session10\version04\wingPmtrs.udc
A training\data\session10\version04\wingVlm.udc
A training\data\session10\version05
A training\data\session10\version05\unittest
A training\data\session10\version05\unittest\verify_7.7.0
A training\data\session10\version05\unittest\verify_7.7.0\viewBem.vfy
A training\data\session10\version05\unittest\verify_7.7.0\viewCfdInviscid.vfy
A training\data\session10\version05\unittest\verify_7.7.0\viewConcept.vfy
A training\data\session10\version05\unittest\verify_7.7.0\viewOml.vfy
A training\data\session10\version05\unittest\verify_7.7.0\wingBem.vfy
A training\data\session10\version05\unittest\verify_7.7.0\wingHinges.vfy
A training\data\session10\version05\unittest\verify_7.7.0\wingOml.vfy
A training\data\session10\version05\unittest\verify_7.7.0\wingVlm.vfy
A training\data\session10\version05\unittest\verify_7.7.0\wingWaffle.vfy
A training\data\session10\version05\unittest\verify_7.6.0
A training\data\session10\version05\unittest\verify_7.6.0\viewBem.vfy
A training\data\session10\version05\unittest\verify_7.6.0\viewCfdInviscid.vfy
A training\data\session10\version05\unittest\verify_7.6.0\viewConcept.vfy
A training\data\session10\version05\unittest\verify_7.6.0\viewOml.vfy
A training\data\session10\version05\unittest\verify_7.6.0\wingBem.vfy
A training\data\session10\version05\unittest\verify_7.6.0\wingHinges.vfy
A training\data\session10\version05\unittest\verify_7.6.0\wingOml.vfy
A training\data\session10\version05\unittest\verify_7.6.0\wingVlm.vfy
A training\data\session10\version05\unittest\verify_7.6.0\wingWaffle.vfy
A training\data\session10\version05\unittest\viewBem.csm
A training\data\session10\version05\unittest\viewCfdInviscid.csm
A training\data\session10\version05\unittest\viewConcept.csm
A training\data\session10\version05\unittest\viewOml.csm
A training\data\session10\version05\unittest\wingBem.csm
A training\data\session10\version05\unittest\wingHinges.csm
A training\data\session10\version05\unittest\wingOml.csm
A training\data\session10\version05\unittest\wingVlm.csm
A training\data\session10\version05\unittest\wingWaffle.csm
A training\data\session10\version05\verify_7.7.0
A training\data\session10\version05\verify_7.7.0\transport.vfy
A training\data\session10\version05\testAll.jrnl
A training\data\session10\version05\transport.csm
A training\data\session10\version05\transport_init.udc
A training\data\session10\version05\verify_7.6.0
A training\data\session10\version05\verify_7.6.0\transport.vfy
A training\data\session10\version05\viewBem.udc
A training\data\session10\version05\viewCfdInviscid.udc
A training\data\session10\version05\viewConcept.udc
A training\data\session10\version05\viewOml.udc
A training\data\session10\version05\viewVlm.udc
A training\data\session10\version05\wingBem.udc
A training\data\session10\version05\wingCalc.udc
A training\data\session10\version05\wingHinges.udc
A training\data\session10\version05\wingOml.udc
A training\data\session10\version05\wingPmtrs.udc
A training\data\session10\version05\wingVlm.udc
A training\data\session10\version05\wingWaffle.udc
A training\data\session10\version06
A training\data\session10\version06\unittest
A training\data\session10\version06\unittest\verify_7.7.0
A training\data\session10\version06\unittest\verify_7.7.0\htailHinges.vfy
A training\data\session10\version06\unittest\verify_7.7.0\htailOml.vfy
A training\data\session10\version06\unittest\verify_7.7.0\htailVlm.vfy
A training\data\session10\version06\unittest\verify_7.7.0\viewBem.vfy
A training\data\session10\version06\unittest\verify_7.7.0\viewCfdInviscid.vfy
A training\data\session10\version06\unittest\verify_7.7.0\viewConcept.vfy
A training\data\session10\version06\unittest\verify_7.7.0\viewOml.vfy
A training\data\session10\version06\unittest\verify_7.7.0\wingBem.vfy
A training\data\session10\version06\unittest\verify_7.7.0\wingHinges.vfy
A training\data\session10\version06\unittest\verify_7.7.0\wingOml.vfy
A training\data\session10\version06\unittest\verify_7.7.0\wingVlm.vfy
A training\data\session10\version06\unittest\verify_7.7.0\wingWaffle.vfy
A training\data\session10\version06\unittest\htailHinges.csm
A training\data\session10\version06\unittest\htailOml.csm
A training\data\session10\version06\unittest\htailVlm.csm
A training\data\session10\version06\unittest\verify_7.6.0
A training\data\session10\version06\unittest\verify_7.6.0\htailHinges.vfy
A training\data\session10\version06\unittest\verify_7.6.0\htailOml.vfy
A training\data\session10\version06\unittest\verify_7.6.0\htailVlm.vfy
A training\data\session10\version06\unittest\verify_7.6.0\viewBem.vfy
A training\data\session10\version06\unittest\verify_7.6.0\viewCfdInviscid.vfy
A training\data\session10\version06\unittest\verify_7.6.0\viewConcept.vfy
A training\data\session10\version06\unittest\verify_7.6.0\viewOml.vfy
A training\data\session10\version06\unittest\verify_7.6.0\wingBem.vfy
A training\data\session10\version06\unittest\verify_7.6.0\wingHinges.vfy
A training\data\session10\version06\unittest\verify_7.6.0\wingOml.vfy
A training\data\session10\version06\unittest\verify_7.6.0\wingVlm.vfy
A training\data\session10\version06\unittest\verify_7.6.0\wingWaffle.vfy
A training\data\session10\version06\unittest\viewBem.csm
A training\data\session10\version06\unittest\viewCfdInviscid.csm
A training\data\session10\version06\unittest\viewConcept.csm
A training\data\session10\version06\unittest\viewOml.csm
A training\data\session10\version06\unittest\wingBem.csm
A training\data\session10\version06\unittest\wingHinges.csm
A training\data\session10\version06\unittest\wingOml.csm
A training\data\session10\version06\unittest\wingVlm.csm
A training\data\session10\version06\unittest\wingWaffle.csm
A training\data\session10\version06\verify_7.7.0
A training\data\session10\version06\verify_7.7.0\transport.vfy
A training\data\session10\version06\htailCalc.udc
A training\data\session10\version06\htailHinges.udc
A training\data\session10\version06\htailOml.udc
A training\data\session10\version06\htailPmtrs.udc
A training\data\session10\version06\htailVlm.udc
A training\data\session10\version06\testAll.jrnl
A training\data\session10\version06\transport.csm
A training\data\session10\version06\transport_init.udc
A training\data\session10\version06\verify_7.6.0
A training\data\session10\version06\verify_7.6.0\transport.vfy
A training\data\session10\version06\viewBem.udc
A training\data\session10\version06\viewCfdInviscid.udc
A training\data\session10\version06\viewConcept.udc
A training\data\session10\version06\viewOml.udc
A training\data\session10\version06\viewVlm.udc
A training\data\session10\version06\wingBem.udc
A training\data\session10\version06\wingCalc.udc
A training\data\session10\version06\wingHinges.udc
A training\data\session10\version06\wingOml.udc
A training\data\session10\version06\wingPmtrs.udc
A training\data\session10\version06\wingVlm.udc
A training\data\session10\version06\wingWaffle.udc
A training\data\session10\version07
A training\data\session10\version07\unittest
A training\data\session10\version07\unittest\verify_7.7.0
A training\data\session10\version07\unittest\verify_7.7.0\htailBem.vfy
A training\data\session10\version07\unittest\verify_7.7.0\htailHinges.vfy
A training\data\session10\version07\unittest\verify_7.7.0\htailOml.vfy
A training\data\session10\version07\unittest\verify_7.7.0\htailVlm.vfy
A training\data\session10\version07\unittest\verify_7.7.0\htailWaffle.vfy
A training\data\session10\version07\unittest\verify_7.7.0\viewBem.vfy
A training\data\session10\version07\unittest\verify_7.7.0\viewCfdInviscid.vfy
A training\data\session10\version07\unittest\verify_7.7.0\viewConcept.vfy
A training\data\session10\version07\unittest\verify_7.7.0\viewOml.vfy
A training\data\session10\version07\unittest\verify_7.7.0\wingBem.vfy
A training\data\session10\version07\unittest\verify_7.7.0\wingHinges.vfy
A training\data\session10\version07\unittest\verify_7.7.0\wingOml.vfy
A training\data\session10\version07\unittest\verify_7.7.0\wingVlm.vfy
A training\data\session10\version07\unittest\verify_7.7.0\wingWaffle.vfy
A training\data\session10\version07\unittest\htailBem.csm
A training\data\session10\version07\unittest\htailHinges.csm
A training\data\session10\version07\unittest\htailOml.csm
A training\data\session10\version07\unittest\htailVlm.csm
A training\data\session10\version07\unittest\htailWaffle.csm
A training\data\session10\version07\unittest\verify_7.6.0
A training\data\session10\version07\unittest\verify_7.6.0\htailBem.vfy
A training\data\session10\version07\unittest\verify_7.6.0\htailHinges.vfy
A training\data\session10\version07\unittest\verify_7.6.0\htailOml.vfy
A training\data\session10\version07\unittest\verify_7.6.0\htailVlm.vfy
A training\data\session10\version07\unittest\verify_7.6.0\htailWaffle.vfy
A training\data\session10\version07\unittest\verify_7.6.0\viewBem.vfy
A training\data\session10\version07\unittest\verify_7.6.0\viewCfdInviscid.vfy
A training\data\session10\version07\unittest\verify_7.6.0\viewConcept.vfy
A training\data\session10\version07\unittest\verify_7.6.0\viewOml.vfy
A training\data\session10\version07\unittest\verify_7.6.0\wingBem.vfy
A training\data\session10\version07\unittest\verify_7.6.0\wingHinges.vfy
A training\data\session10\version07\unittest\verify_7.6.0\wingOml.vfy
A training\data\session10\version07\unittest\verify_7.6.0\wingVlm.vfy
A training\data\session10\version07\unittest\verify_7.6.0\wingWaffle.vfy
A training\data\session10\version07\unittest\viewBem.csm
A training\data\session10\version07\unittest\viewCfdInviscid.csm
A training\data\session10\version07\unittest\viewConcept.csm
A training\data\session10\version07\unittest\viewOml.csm
A training\data\session10\version07\unittest\wingBem.csm
A training\data\session10\version07\unittest\wingHinges.csm
A training\data\session10\version07\unittest\wingOml.csm
A training\data\session10\version07\unittest\wingVlm.csm
A training\data\session10\version07\unittest\wingWaffle.csm
A training\data\session10\version07\verify_7.7.0
A training\data\session10\version07\verify_7.7.0\transport.vfy
A training\data\session10\version07\htailBem.udc
A training\data\session10\version07\htailCalc.udc
A training\data\session10\version07\htailHinges.udc
A training\data\session10\version07\htailOml.udc
A training\data\session10\version07\htailPmtrs.udc
A training\data\session10\version07\htailVlm.udc
A training\data\session10\version07\htailWaffle.udc
A training\data\session10\version07\testAll.jrnl
A training\data\session10\version07\transport.csm
A training\data\session10\version07\transport_init.udc
A training\data\session10\version07\verify_7.6.0
A training\data\session10\version07\verify_7.6.0\transport.vfy
A training\data\session10\version07\viewBem.udc
A training\data\session10\version07\viewCfdInviscid.udc
A training\data\session10\version07\viewConcept.udc
A training\data\session10\version07\viewOml.udc
A training\data\session10\version07\viewVlm.udc
A training\data\session10\version07\wingBem.udc
A training\data\session10\version07\wingCalc.udc
A training\data\session10\version07\wingHinges.udc
A training\data\session10\version07\wingOml.udc
A training\data\session10\version07\wingPmtrs.udc
A training\data\session10\version07\wingVlm.udc
A training\data\session10\version07\wingWaffle.udc
A training\data\session10\version08
A training\data\session10\version08\unittest
A training\data\session10\version08\unittest\verify_7.7.0
A training\data\session10\version08\unittest\verify_7.7.0\htailBem.vfy
A training\data\session10\version08\unittest\verify_7.7.0\htailHinges.vfy
A training\data\session10\version08\unittest\verify_7.7.0\htailOml.vfy
A training\data\session10\version08\unittest\verify_7.7.0\htailVlm.vfy
A training\data\session10\version08\unittest\verify_7.7.0\htailWaffle.vfy
A training\data\session10\version08\unittest\verify_7.7.0\viewBem.vfy
A training\data\session10\version08\unittest\verify_7.7.0\viewCfdInviscid.vfy
A training\data\session10\version08\unittest\verify_7.7.0\viewConcept.vfy
A training\data\session10\version08\unittest\verify_7.7.0\viewOml.vfy
A training\data\session10\version08\unittest\verify_7.7.0\viewVlm.vfy
A training\data\session10\version08\unittest\verify_7.7.0\vtailHinges.vfy
A training\data\session10\version08\unittest\verify_7.7.0\vtailOml.vfy
A training\data\session10\version08\unittest\verify_7.7.0\vtailVlm.vfy
A training\data\session10\version08\unittest\verify_7.7.0\wingBem.vfy
A training\data\session10\version08\unittest\verify_7.7.0\wingHinges.vfy
A training\data\session10\version08\unittest\verify_7.7.0\wingOml.vfy
A training\data\session10\version08\unittest\verify_7.7.0\wingVlm.vfy
A training\data\session10\version08\unittest\verify_7.7.0\wingWaffle.vfy
A training\data\session10\version08\unittest\htailBem.csm
A training\data\session10\version08\unittest\htailHinges.csm
A training\data\session10\version08\unittest\htailOml.csm
A training\data\session10\version08\unittest\htailVlm.csm
A training\data\session10\version08\unittest\htailWaffle.csm
A training\data\session10\version08\unittest\verify_7.6.0
A training\data\session10\version08\unittest\verify_7.6.0\htailBem.vfy
A training\data\session10\version08\unittest\verify_7.6.0\htailHinges.vfy
A training\data\session10\version08\unittest\verify_7.6.0\htailOml.vfy
A training\data\session10\version08\unittest\verify_7.6.0\htailVlm.vfy
A training\data\session10\version08\unittest\verify_7.6.0\htailWaffle.vfy
A training\data\session10\version08\unittest\verify_7.6.0\viewBem.vfy
A training\data\session10\version08\unittest\verify_7.6.0\viewCfdInviscid.vfy
A training\data\session10\version08\unittest\verify_7.6.0\viewConcept.vfy
A training\data\session10\version08\unittest\verify_7.6.0\viewOml.vfy
A training\data\session10\version08\unittest\verify_7.6.0\viewVlm.vfy
A training\data\session10\version08\unittest\verify_7.6.0\vtailHinges.vfy
A training\data\session10\version08\unittest\verify_7.6.0\vtailOml.vfy
A training\data\session10\version08\unittest\verify_7.6.0\vtailVlm.vfy
A training\data\session10\version08\unittest\verify_7.6.0\wingBem.vfy
A training\data\session10\version08\unittest\verify_7.6.0\wingHinges.vfy
A training\data\session10\version08\unittest\verify_7.6.0\wingOml.vfy
A training\data\session10\version08\unittest\verify_7.6.0\wingVlm.vfy
A training\data\session10\version08\unittest\verify_7.6.0\wingWaffle.vfy
A training\data\session10\version08\unittest\viewBem.csm
A training\data\session10\version08\unittest\viewCfdInviscid.csm
A training\data\session10\version08\unittest\viewConcept.csm
A training\data\session10\version08\unittest\viewOml.csm
A training\data\session10\version08\unittest\viewVlm.csm
A training\data\session10\version08\unittest\vtailHinges.csm
A training\data\session10\version08\unittest\vtailOml.csm
A training\data\session10\version08\unittest\vtailVlm.csm
A training\data\session10\version08\unittest\wingBem.csm
A training\data\session10\version08\unittest\wingHinges.csm
A training\data\session10\version08\unittest\wingOml.csm
A training\data\session10\version08\unittest\wingVlm.csm
A training\data\session10\version08\unittest\wingWaffle.csm
A training\data\session10\version08\verify_7.7.0
A training\data\session10\version08\verify_7.7.0\transport.vfy
A training\data\session10\version08\htailBem.udc
A training\data\session10\version08\htailCalc.udc
A training\data\session10\version08\htailHinges.udc
A training\data\session10\version08\htailOml.udc
A training\data\session10\version08\htailPmtrs.udc
A training\data\session10\version08\htailVlm.udc
A training\data\session10\version08\htailWaffle.udc
A training\data\session10\version08\testAll.jrnl
A training\data\session10\version08\transport.csm
A training\data\session10\version08\transport_init.udc
A training\data\session10\version08\verify_7.6.0
A training\data\session10\version08\verify_7.6.0\transport.vfy
A training\data\session10\version08\viewBem.udc
A training\data\session10\version08\viewCfdInviscid.udc
A training\data\session10\version08\viewConcept.udc
A training\data\session10\version08\viewOml.udc
A training\data\session10\version08\viewVlm.udc
A training\data\session10\version08\vtailCalc.udc
A training\data\session10\version08\vtailHinges.udc
A training\data\session10\version08\vtailOml.udc
A training\data\session10\version08\vtailPmtrs.udc
A training\data\session10\version08\vtailVlm.udc
A training\data\session10\version08\wingBem.udc
A training\data\session10\version08\wingCalc.udc
A training\data\session10\version08\wingHinges.udc
A training\data\session10\version08\wingOml.udc
A training\data\session10\version08\wingPmtrs.udc
A training\data\session10\version08\wingVlm.udc
A training\data\session10\version08\wingWaffle.udc
A training\data\session10\version09
A training\data\session10\version09\unittest
A training\data\session10\version09\unittest\verify_7.7.0
A training\data\session10\version09\unittest\verify_7.7.0\htailBem.vfy
A training\data\session10\version09\unittest\verify_7.7.0\htailHinges.vfy
A training\data\session10\version09\unittest\verify_7.7.0\htailOml.vfy
A training\data\session10\version09\unittest\verify_7.7.0\htailVlm.vfy
A training\data\session10\version09\unittest\verify_7.7.0\htailWaffle.vfy
A training\data\session10\version09\unittest\verify_7.7.0\viewBem.vfy
A training\data\session10\version09\unittest\verify_7.7.0\viewCfdInviscid.vfy
A training\data\session10\version09\unittest\verify_7.7.0\viewConcept.vfy
A training\data\session10\version09\unittest\verify_7.7.0\viewOml.vfy
A training\data\session10\version09\unittest\verify_7.7.0\viewVlm.vfy
A training\data\session10\version09\unittest\verify_7.7.0\vtailBem.vfy
A training\data\session10\version09\unittest\verify_7.7.0\vtailHinges.vfy
A training\data\session10\version09\unittest\verify_7.7.0\vtailOml.vfy
A training\data\session10\version09\unittest\verify_7.7.0\vtailVlm.vfy
A training\data\session10\version09\unittest\verify_7.7.0\vtailWaffle.vfy
A training\data\session10\version09\unittest\verify_7.7.0\wingBem.vfy
A training\data\session10\version09\unittest\verify_7.7.0\wingHinges.vfy
A training\data\session10\version09\unittest\verify_7.7.0\wingOml.vfy
A training\data\session10\version09\unittest\verify_7.7.0\wingVlm.vfy
A training\data\session10\version09\unittest\verify_7.7.0\wingWaffle.vfy
A training\data\session10\version09\unittest\htailBem.csm
A training\data\session10\version09\unittest\htailHinges.csm
A training\data\session10\version09\unittest\htailOml.csm
A training\data\session10\version09\unittest\htailVlm.csm
A training\data\session10\version09\unittest\htailWaffle.csm
A training\data\session10\version09\unittest\verify_7.6.0
A training\data\session10\version09\unittest\verify_7.6.0\htailBem.vfy
A training\data\session10\version09\unittest\verify_7.6.0\htailHinges.vfy
A training\data\session10\version09\unittest\verify_7.6.0\htailOml.vfy
A training\data\session10\version09\unittest\verify_7.6.0\htailVlm.vfy
A training\data\session10\version09\unittest\verify_7.6.0\htailWaffle.vfy
A training\data\session10\version09\unittest\verify_7.6.0\viewBem.vfy
A training\data\session10\version09\unittest\verify_7.6.0\viewCfdInviscid.vfy
A training\data\session10\version09\unittest\verify_7.6.0\viewConcept.vfy
A training\data\session10\version09\unittest\verify_7.6.0\viewOml.vfy
A training\data\session10\version09\unittest\verify_7.6.0\viewVlm.vfy
A training\data\session10\version09\unittest\verify_7.6.0\vtailBem.vfy
A training\data\session10\version09\unittest\verify_7.6.0\vtailHinges.vfy
A training\data\session10\version09\unittest\verify_7.6.0\vtailOml.vfy
A training\data\session10\version09\unittest\verify_7.6.0\vtailVlm.vfy
A training\data\session10\version09\unittest\verify_7.6.0\vtailWaffle.vfy
A training\data\session10\version09\unittest\verify_7.6.0\wingBem.vfy
A training\data\session10\version09\unittest\verify_7.6.0\wingHinges.vfy
A training\data\session10\version09\unittest\verify_7.6.0\wingOml.vfy
A training\data\session10\version09\unittest\verify_7.6.0\wingVlm.vfy
A training\data\session10\version09\unittest\verify_7.6.0\wingWaffle.vfy
A training\data\session10\version09\unittest\viewBem.csm
A training\data\session10\version09\unittest\viewCfdInviscid.csm
A training\data\session10\version09\unittest\viewConcept.csm
A training\data\session10\version09\unittest\viewOml.csm
A training\data\session10\version09\unittest\viewVlm.csm
A training\data\session10\version09\unittest\vtailBem.csm
A training\data\session10\version09\unittest\vtailHinges.csm
A training\data\session10\version09\unittest\vtailOml.csm
A training\data\session10\version09\unittest\vtailVlm.csm
A training\data\session10\version09\unittest\vtailWaffle.csm
A training\data\session10\version09\unittest\wingBem.csm
A training\data\session10\version09\unittest\wingHinges.csm
A training\data\session10\version09\unittest\wingOml.csm
A training\data\session10\version09\unittest\wingVlm.csm
A training\data\session10\version09\unittest\wingWaffle.csm
A training\data\session10\version09\verify_7.7.0
A training\data\session10\version09\verify_7.7.0\transport.vfy
A training\data\session10\version09\htailBem.udc
A training\data\session10\version09\htailCalc.udc
A training\data\session10\version09\htailHinges.udc
A training\data\session10\version09\htailOml.udc
A training\data\session10\version09\htailPmtrs.udc
A training\data\session10\version09\htailVlm.udc
A training\data\session10\version09\htailWaffle.udc
A training\data\session10\version09\testAll.jrnl
A training\data\session10\version09\transport.csm
A training\data\session10\version09\transport_init.udc
A training\data\session10\version09\verify_7.6.0
A training\data\session10\version09\verify_7.6.0\transport.vfy
A training\data\session10\version09\viewBem.udc
A training\data\session10\version09\viewCfdInviscid.udc
A training\data\session10\version09\viewConcept.udc
A training\data\session10\version09\viewOml.udc
A training\data\session10\version09\viewVlm.udc
A training\data\session10\version09\vtailBem.udc
A training\data\session10\version09\vtailCalc.udc
A training\data\session10\version09\vtailHinges.udc
A training\data\session10\version09\vtailOml.udc
A training\data\session10\version09\vtailPmtrs.udc
A training\data\session10\version09\vtailVlm.udc
A training\data\session10\version09\vtailWaffle.udc
A training\data\session10\version09\wingBem.udc
A training\data\session10\version09\wingCalc.udc
A training\data\session10\version09\wingHinges.udc
A training\data\session10\version09\wingOml.udc
A training\data\session10\version09\wingPmtrs.udc
A training\data\session10\version09\wingVlm.udc
A training\data\session10\version09\wingWaffle.udc
A training\data\session10\version10
A training\data\session10\version10\unittest
A training\data\session10\version10\unittest\verify_7.7.0
A training\data\session10\version10\unittest\verify_7.7.0\fuseOml.vfy
A training\data\session10\version10\unittest\verify_7.7.0\htailBem.vfy
A training\data\session10\version10\unittest\verify_7.7.0\htailHinges.vfy
A training\data\session10\version10\unittest\verify_7.7.0\htailOml.vfy
A training\data\session10\version10\unittest\verify_7.7.0\htailVlm.vfy
A training\data\session10\version10\unittest\verify_7.7.0\htailWaffle.vfy
A training\data\session10\version10\unittest\verify_7.7.0\viewBem.vfy
A training\data\session10\version10\unittest\verify_7.7.0\viewCfdInviscid.vfy
A training\data\session10\version10\unittest\verify_7.7.0\viewConcept.vfy
A training\data\session10\version10\unittest\verify_7.7.0\viewOml.vfy
A training\data\session10\version10\unittest\verify_7.7.0\viewVlm.vfy
A training\data\session10\version10\unittest\verify_7.7.0\vtailBem.vfy
A training\data\session10\version10\unittest\verify_7.7.0\vtailHinges.vfy
A training\data\session10\version10\unittest\verify_7.7.0\vtailOml.vfy
A training\data\session10\version10\unittest\verify_7.7.0\vtailVlm.vfy
A training\data\session10\version10\unittest\verify_7.7.0\vtailWaffle.vfy
A training\data\session10\version10\unittest\verify_7.7.0\wingBem.vfy
A training\data\session10\version10\unittest\verify_7.7.0\wingHinges.vfy
A training\data\session10\version10\unittest\verify_7.7.0\wingOml.vfy
A training\data\session10\version10\unittest\verify_7.7.0\wingVlm.vfy
A training\data\session10\version10\unittest\verify_7.7.0\wingWaffle.vfy
A training\data\session10\version10\unittest\fuseOml.csm
A training\data\session10\version10\unittest\htailBem.csm
A training\data\session10\version10\unittest\htailHinges.csm
A training\data\session10\version10\unittest\htailOml.csm
A training\data\session10\version10\unittest\htailVlm.csm
A training\data\session10\version10\unittest\htailWaffle.csm
A training\data\session10\version10\unittest\verify_7.6.0
A training\data\session10\version10\unittest\verify_7.6.0\fuseOml.vfy
A training\data\session10\version10\unittest\verify_7.6.0\htailBem.vfy
A training\data\session10\version10\unittest\verify_7.6.0\htailHinges.vfy
A training\data\session10\version10\unittest\verify_7.6.0\htailOml.vfy
A training\data\session10\version10\unittest\verify_7.6.0\htailVlm.vfy
A training\data\session10\version10\unittest\verify_7.6.0\htailWaffle.vfy
A training\data\session10\version10\unittest\verify_7.6.0\viewBem.vfy
A training\data\session10\version10\unittest\verify_7.6.0\viewCfdInviscid.vfy
A training\data\session10\version10\unittest\verify_7.6.0\viewConcept.vfy
A training\data\session10\version10\unittest\verify_7.6.0\viewOml.vfy
A training\data\session10\version10\unittest\verify_7.6.0\viewVlm.vfy
A training\data\session10\version10\unittest\verify_7.6.0\vtailBem.vfy
A training\data\session10\version10\unittest\verify_7.6.0\vtailHinges.vfy
A training\data\session10\version10\unittest\verify_7.6.0\vtailOml.vfy
A training\data\session10\version10\unittest\verify_7.6.0\vtailVlm.vfy
A training\data\session10\version10\unittest\verify_7.6.0\vtailWaffle.vfy
A training\data\session10\version10\unittest\verify_7.6.0\wingBem.vfy
A training\data\session10\version10\unittest\verify_7.6.0\wingHinges.vfy
A training\data\session10\version10\unittest\verify_7.6.0\wingOml.vfy
A training\data\session10\version10\unittest\verify_7.6.0\wingVlm.vfy
A training\data\session10\version10\unittest\verify_7.6.0\wingWaffle.vfy
A training\data\session10\version10\unittest\viewBem.csm
A training\data\session10\version10\unittest\viewCfdInviscid.csm
A training\data\session10\version10\unittest\viewConcept.csm
A training\data\session10\version10\unittest\viewOml.csm
A training\data\session10\version10\unittest\viewVlm.csm
A training\data\session10\version10\unittest\vtailBem.csm
A training\data\session10\version10\unittest\vtailHinges.csm
A training\data\session10\version10\unittest\vtailOml.csm
A training\data\session10\version10\unittest\vtailVlm.csm
A training\data\session10\version10\unittest\vtailWaffle.csm
A training\data\session10\version10\unittest\wingBem.csm
A training\data\session10\version10\unittest\wingHinges.csm
A training\data\session10\version10\unittest\wingOml.csm
A training\data\session10\version10\unittest\wingVlm.csm
A training\data\session10\version10\unittest\wingWaffle.csm
A training\data\session10\version10\verify_7.7.0
A training\data\session10\version10\verify_7.7.0\transport.vfy
A training\data\session10\version10\fuseCalc.udc
A training\data\session10\version10\fuseOml.udc
A training\data\session10\version10\fusePmtrs.udc
A training\data\session10\version10\htailBem.udc
A training\data\session10\version10\htailCalc.udc
A training\data\session10\version10\htailHinges.udc
A training\data\session10\version10\htailOml.udc
A training\data\session10\version10\htailPmtrs.udc
A training\data\session10\version10\htailVlm.udc
A training\data\session10\version10\htailWaffle.udc
A training\data\session10\version10\payload.udc
A training\data\session10\version10\payloadPmtrs.udc
A training\data\session10\version10\testAll.jrnl
A training\data\session10\version10\transport.csm
A training\data\session10\version10\transport_init.udc
A training\data\session10\version10\verify_7.6.0
A training\data\session10\version10\verify_7.6.0\transport.vfy
A training\data\session10\version10\viewBem.udc
A training\data\session10\version10\viewCfdInviscid.udc
A training\data\session10\version10\viewConcept.udc
A training\data\session10\version10\viewOml.udc
A training\data\session10\version10\viewVlm.udc
A training\data\session10\version10\vtailBem.udc
A training\data\session10\version10\vtailCalc.udc
A training\data\session10\version10\vtailHinges.udc
A training\data\session10\version10\vtailOml.udc
A training\data\session10\version10\vtailPmtrs.udc
A training\data\session10\version10\vtailVlm.udc
A training\data\session10\version10\vtailWaffle.udc
A training\data\session10\version10\wingBem.udc
A training\data\session10\version10\wingCalc.udc
A training\data\session10\version10\wingHinges.udc
A training\data\session10\version10\wingOml.udc
A training\data\session10\version10\wingPmtrs.udc
A training\data\session10\version10\wingVlm.udc
A training\data\session10\version10\wingWaffle.udc
A training\data\session10\version11
A training\data\session10\version11\unittest
A training\data\session10\version11\unittest\verify_7.7.0
A training\data\session10\version11\unittest\verify_7.7.0\fuseBem.vfy
A training\data\session10\version11\unittest\verify_7.7.0\fuseIml.vfy
A training\data\session10\version11\unittest\verify_7.7.0\fuseOml.vfy
A training\data\session10\version11\unittest\verify_7.7.0\fuseWaffle.vfy
A training\data\session10\version11\unittest\verify_7.7.0\htailBem.vfy
A training\data\session10\version11\unittest\verify_7.7.0\htailHinges.vfy
A training\data\session10\version11\unittest\verify_7.7.0\htailOml.vfy
A training\data\session10\version11\unittest\verify_7.7.0\htailVlm.vfy
A training\data\session10\version11\unittest\verify_7.7.0\htailWaffle.vfy
A training\data\session10\version11\unittest\verify_7.7.0\viewBem.vfy
A training\data\session10\version11\unittest\verify_7.7.0\viewCfdInviscid.vfy
A training\data\session10\version11\unittest\verify_7.7.0\viewConcept.vfy
A training\data\session10\version11\unittest\verify_7.7.0\viewOml.vfy
A training\data\session10\version11\unittest\verify_7.7.0\viewVlm.vfy
A training\data\session10\version11\unittest\verify_7.7.0\vtailBem.vfy
A training\data\session10\version11\unittest\verify_7.7.0\vtailHinges.vfy
A training\data\session10\version11\unittest\verify_7.7.0\vtailOml.vfy
A training\data\session10\version11\unittest\verify_7.7.0\vtailVlm.vfy
A training\data\session10\version11\unittest\verify_7.7.0\vtailWaffle.vfy
A training\data\session10\version11\unittest\verify_7.7.0\wingBem.vfy
A training\data\session10\version11\unittest\verify_7.7.0\wingHinges.vfy
A training\data\session10\version11\unittest\verify_7.7.0\wingOml.vfy
A training\data\session10\version11\unittest\verify_7.7.0\wingVlm.vfy
A training\data\session10\version11\unittest\verify_7.7.0\wingWaffle.vfy
A training\data\session10\version11\unittest\fuseBem.csm
A training\data\session10\version11\unittest\fuseIml.csm
A training\data\session10\version11\unittest\fuseOml.csm
A training\data\session10\version11\unittest\fuseWaffle.csm
A training\data\session10\version11\unittest\htailBem.csm
A training\data\session10\version11\unittest\htailHinges.csm
A training\data\session10\version11\unittest\htailOml.csm
A training\data\session10\version11\unittest\htailVlm.csm
A training\data\session10\version11\unittest\htailWaffle.csm
A training\data\session10\version11\unittest\verify_7.6.0
A training\data\session10\version11\unittest\verify_7.6.0\fuseBem.vfy
A training\data\session10\version11\unittest\verify_7.6.0\fuseIml.vfy
A training\data\session10\version11\unittest\verify_7.6.0\fuseOml.vfy
A training\data\session10\version11\unittest\verify_7.6.0\fuseWaffle.vfy
A training\data\session10\version11\unittest\verify_7.6.0\htailBem.vfy
A training\data\session10\version11\unittest\verify_7.6.0\htailHinges.vfy
A training\data\session10\version11\unittest\verify_7.6.0\htailOml.vfy
A training\data\session10\version11\unittest\verify_7.6.0\htailVlm.vfy
A training\data\session10\version11\unittest\verify_7.6.0\htailWaffle.vfy
A training\data\session10\version11\unittest\verify_7.6.0\viewBem.vfy
A training\data\session10\version11\unittest\verify_7.6.0\viewCfdInviscid.vfy
A training\data\session10\version11\unittest\verify_7.6.0\viewConcept.vfy
A training\data\session10\version11\unittest\verify_7.6.0\viewOml.vfy
A training\data\session10\version11\unittest\verify_7.6.0\viewVlm.vfy
A training\data\session10\version11\unittest\verify_7.6.0\vtailBem.vfy
A training\data\session10\version11\unittest\verify_7.6.0\vtailHinges.vfy
A training\data\session10\version11\unittest\verify_7.6.0\vtailOml.vfy
A training\data\session10\version11\unittest\verify_7.6.0\vtailVlm.vfy
A training\data\session10\version11\unittest\verify_7.6.0\vtailWaffle.vfy
A training\data\session10\version11\unittest\verify_7.6.0\wingBem.vfy
A training\data\session10\version11\unittest\verify_7.6.0\wingHinges.vfy
A training\data\session10\version11\unittest\verify_7.6.0\wingOml.vfy
A training\data\session10\version11\unittest\verify_7.6.0\wingVlm.vfy
A training\data\session10\version11\unittest\verify_7.6.0\wingWaffle.vfy
A training\data\session10\version11\unittest\viewBem.csm
A training\data\session10\version11\unittest\viewCfdInviscid.csm
A training\data\session10\version11\unittest\viewConcept.csm
A training\data\session10\version11\unittest\viewOml.csm
A training\data\session10\version11\unittest\viewVlm.csm
A training\data\session10\version11\unittest\vtailBem.csm
A training\data\session10\version11\unittest\vtailHinges.csm
A training\data\session10\version11\unittest\vtailOml.csm
A training\data\session10\version11\unittest\vtailVlm.csm
A training\data\session10\version11\unittest\vtailWaffle.csm
A training\data\session10\version11\unittest\wingBem.csm
A training\data\session10\version11\unittest\wingHinges.csm
A training\data\session10\version11\unittest\wingOml.csm
A training\data\session10\version11\unittest\wingVlm.csm
A training\data\session10\version11\unittest\wingWaffle.csm
A training\data\session10\version11\verify_7.7.0
A training\data\session10\version11\verify_7.7.0\transport.vfy
A training\data\session10\version11\fuseBem.udc
A training\data\session10\version11\fuseCalc.udc
A training\data\session10\version11\fuseIml.udc
A training\data\session10\version11\fuseOml.udc
A training\data\session10\version11\fusePmtrs.udc
A training\data\session10\version11\fuseWaffle.udc
A training\data\session10\version11\htailBem.udc
A training\data\session10\version11\htailCalc.udc
A training\data\session10\version11\htailHinges.udc
A training\data\session10\version11\htailOml.udc
A training\data\session10\version11\htailPmtrs.udc
A training\data\session10\version11\htailVlm.udc
A training\data\session10\version11\htailWaffle.udc
A training\data\session10\version11\payload.udc
A training\data\session10\version11\payloadPmtrs.udc
A training\data\session10\version11\testAll.jrnl
A training\data\session10\version11\transport.csm
A training\data\session10\version11\transport_init.udc
A training\data\session10\version11\verify_7.6.0
A training\data\session10\version11\verify_7.6.0\transport.vfy
A training\data\session10\version11\viewBem.udc
A training\data\session10\version11\viewCfdInviscid.udc
A training\data\session10\version11\viewConcept.udc
A training\data\session10\version11\viewOml.udc
A training\data\session10\version11\viewVlm.udc
A training\data\session10\version11\vtailBem.udc
A training\data\session10\version11\vtailCalc.udc
A training\data\session10\version11\vtailHinges.udc
A training\data\session10\version11\vtailOml.udc
A training\data\session10\version11\vtailPmtrs.udc
A training\data\session10\version11\vtailVlm.udc
A training\data\session10\version11\vtailWaffle.udc
A training\data\session10\version11\wingBem.udc
A training\data\session10\version11\wingCalc.udc
A training\data\session10\version11\wingHinges.udc
A training\data\session10\version11\wingOml.udc
A training\data\session10\version11\wingPmtrs.udc
A training\data\session10\version11\wingVlm.udc
A training\data\session10\version11\wingWaffle.udc
A training\data\session10\version12
A training\data\session10\version12\unittest
A training\data\session10\version12\unittest\verify_7.7.0
A training\data\session10\version12\unittest\verify_7.7.0\fuseBem.vfy
A training\data\session10\version12\unittest\verify_7.7.0\fuseIml.vfy
A training\data\session10\version12\unittest\verify_7.7.0\fuseOml.vfy
A training\data\session10\version12\unittest\verify_7.7.0\fuseWaffle.vfy
A training\data\session10\version12\unittest\verify_7.7.0\htailBem.vfy
A training\data\session10\version12\unittest\verify_7.7.0\htailHinges.vfy
A training\data\session10\version12\unittest\verify_7.7.0\htailOml.vfy
A training\data\session10\version12\unittest\verify_7.7.0\htailVlm.vfy
A training\data\session10\version12\unittest\verify_7.7.0\htailWaffle.vfy
A training\data\session10\version12\unittest\verify_7.7.0\nacelleOml.vfy
A training\data\session10\version12\unittest\verify_7.7.0\pylonOml.vfy
A training\data\session10\version12\unittest\verify_7.7.0\viewBem.vfy
A training\data\session10\version12\unittest\verify_7.7.0\viewCfdInviscid.vfy
A training\data\session10\version12\unittest\verify_7.7.0\viewConcept.vfy
A training\data\session10\version12\unittest\verify_7.7.0\viewOml.vfy
A training\data\session10\version12\unittest\verify_7.7.0\viewVlm.vfy
A training\data\session10\version12\unittest\verify_7.7.0\vtailBem.vfy
A training\data\session10\version12\unittest\verify_7.7.0\vtailHinges.vfy
A training\data\session10\version12\unittest\verify_7.7.0\vtailOml.vfy
A training\data\session10\version12\unittest\verify_7.7.0\vtailVlm.vfy
A training\data\session10\version12\unittest\verify_7.7.0\vtailWaffle.vfy
A training\data\session10\version12\unittest\verify_7.7.0\wingBem.vfy
A training\data\session10\version12\unittest\verify_7.7.0\wingHinges.vfy
A training\data\session10\version12\unittest\verify_7.7.0\wingOml.vfy
A training\data\session10\version12\unittest\verify_7.7.0\wingVlm.vfy
A training\data\session10\version12\unittest\verify_7.7.0\wingWaffle.vfy
A training\data\session10\version12\unittest\fuseBem.csm
A training\data\session10\version12\unittest\fuseIml.csm
A training\data\session10\version12\unittest\fuseOml.csm
A training\data\session10\version12\unittest\fuseWaffle.csm
A training\data\session10\version12\unittest\htailBem.csm
A training\data\session10\version12\unittest\htailHinges.csm
A training\data\session10\version12\unittest\htailOml.csm
A training\data\session10\version12\unittest\htailVlm.csm
A training\data\session10\version12\unittest\htailWaffle.csm
A training\data\session10\version12\unittest\nacelleOml.csm
A training\data\session10\version12\unittest\pylonOml.csm
A training\data\session10\version12\unittest\verify_7.6.0
A training\data\session10\version12\unittest\verify_7.6.0\fuseBem.vfy
A training\data\session10\version12\unittest\verify_7.6.0\fuseIml.vfy
A training\data\session10\version12\unittest\verify_7.6.0\fuseOml.vfy
A training\data\session10\version12\unittest\verify_7.6.0\fuseWaffle.vfy
A training\data\session10\version12\unittest\verify_7.6.0\htailBem.vfy
A training\data\session10\version12\unittest\verify_7.6.0\htailHinges.vfy
A training\data\session10\version12\unittest\verify_7.6.0\htailOml.vfy
A training\data\session10\version12\unittest\verify_7.6.0\htailVlm.vfy
A training\data\session10\version12\unittest\verify_7.6.0\htailWaffle.vfy
A training\data\session10\version12\unittest\verify_7.6.0\nacelleOml.vfy
A training\data\session10\version12\unittest\verify_7.6.0\pylonOml.vfy
A training\data\session10\version12\unittest\verify_7.6.0\viewBem.vfy
A training\data\session10\version12\unittest\verify_7.6.0\viewCfdInviscid.vfy
A training\data\session10\version12\unittest\verify_7.6.0\viewConcept.vfy
A training\data\session10\version12\unittest\verify_7.6.0\viewOml.vfy
A training\data\session10\version12\unittest\verify_7.6.0\viewVlm.vfy
A training\data\session10\version12\unittest\verify_7.6.0\vtailBem.vfy
A training\data\session10\version12\unittest\verify_7.6.0\vtailHinges.vfy
A training\data\session10\version12\unittest\verify_7.6.0\vtailOml.vfy
A training\data\session10\version12\unittest\verify_7.6.0\vtailVlm.vfy
A training\data\session10\version12\unittest\verify_7.6.0\vtailWaffle.vfy
A training\data\session10\version12\unittest\verify_7.6.0\wingBem.vfy
A training\data\session10\version12\unittest\verify_7.6.0\wingHinges.vfy
A training\data\session10\version12\unittest\verify_7.6.0\wingOml.vfy
A training\data\session10\version12\unittest\verify_7.6.0\wingVlm.vfy
A training\data\session10\version12\unittest\verify_7.6.0\wingWaffle.vfy
A training\data\session10\version12\unittest\viewBem.csm
A training\data\session10\version12\unittest\viewCfdInviscid.csm
A training\data\session10\version12\unittest\viewConcept.csm
A training\data\session10\version12\unittest\viewOml.csm
A training\data\session10\version12\unittest\viewVlm.csm
A training\data\session10\version12\unittest\vtailBem.csm
A training\data\session10\version12\unittest\vtailHinges.csm
A training\data\session10\version12\unittest\vtailOml.csm
A training\data\session10\version12\unittest\vtailVlm.csm
A training\data\session10\version12\unittest\vtailWaffle.csm
A training\data\session10\version12\unittest\wingBem.csm
A training\data\session10\version12\unittest\wingHinges.csm
A training\data\session10\version12\unittest\wingOml.csm
A training\data\session10\version12\unittest\wingVlm.csm
A training\data\session10\version12\unittest\wingWaffle.csm
A training\data\session10\version12\verify_7.7.0
A training\data\session10\version12\verify_7.7.0\transport.vfy
A training\data\session10\version12\fuseBem.udc
A training\data\session10\version12\fuseCalc.udc
A training\data\session10\version12\fuseIml.udc
A training\data\session10\version12\fuseOml.udc
A training\data\session10\version12\fusePmtrs.udc
A training\data\session10\version12\fuseWaffle.udc
A training\data\session10\version12\htailBem.udc
A training\data\session10\version12\htailCalc.udc
A training\data\session10\version12\htailHinges.udc
A training\data\session10\version12\htailOml.udc
A training\data\session10\version12\htailPmtrs.udc
A training\data\session10\version12\htailVlm.udc
A training\data\session10\version12\htailWaffle.udc
A training\data\session10\version12\nacelleCalc.udc
A training\data\session10\version12\nacelleOml.udc
A training\data\session10\version12\nacellePmtrs.udc
A training\data\session10\version12\payload.udc
A training\data\session10\version12\payloadPmtrs.udc
A training\data\session10\version12\pylonCalc.udc
A training\data\session10\version12\pylonOml.udc
A training\data\session10\version12\pylonPmtrs.udc
A training\data\session10\version12\testAll.jrnl
A training\data\session10\version12\transport.csm
A training\data\session10\version12\transport_init.udc
A training\data\session10\version12\verify_7.6.0
A training\data\session10\version12\verify_7.6.0\transport.vfy
A training\data\session10\version12\viewBem.udc
A training\data\session10\version12\viewCfdInviscid.udc
A training\data\session10\version12\viewConcept.udc
A training\data\session10\version12\viewOml.udc
A training\data\session10\version12\viewVlm.udc
A training\data\session10\version12\vtailBem.udc
A training\data\session10\version12\vtailCalc.udc
A training\data\session10\version12\vtailHinges.udc
A training\data\session10\version12\vtailOml.udc
A training\data\session10\version12\vtailPmtrs.udc
A training\data\session10\version12\vtailVlm.udc
A training\data\session10\version12\vtailWaffle.udc
A training\data\session10\version12\wingBem.udc
A training\data\session10\version12\wingCalc.udc
A training\data\session10\version12\wingHinges.udc
A training\data\session10\version12\wingOml.udc
A training\data\session10\version12\wingPmtrs.udc
A training\data\session10\version12\wingVlm.udc
A training\data\session10\version12\wingWaffle.udc
A training\data\session10\version13
A training\data\session10\version13\unittest
A training\data\session10\version13\unittest\verify_7.7.0
A training\data\session10\version13\unittest\verify_7.7.0\fuseBem.vfy
A training\data\session10\version13\unittest\verify_7.7.0\fuseIml.vfy
A training\data\session10\version13\unittest\verify_7.7.0\fuseOml.vfy
A training\data\session10\version13\unittest\verify_7.7.0\fuseWaffle.vfy
A training\data\session10\version13\unittest\verify_7.7.0\htailBem.vfy
A training\data\session10\version13\unittest\verify_7.7.0\htailHinges.vfy
A training\data\session10\version13\unittest\verify_7.7.0\htailOml.vfy
A training\data\session10\version13\unittest\verify_7.7.0\htailVlm.vfy
A training\data\session10\version13\unittest\verify_7.7.0\htailWaffle.vfy
A training\data\session10\version13\unittest\verify_7.7.0\nacelleOml.vfy
A training\data\session10\version13\unittest\verify_7.7.0\payload.vfy
A training\data\session10\version13\unittest\verify_7.7.0\pylonOml.vfy
A training\data\session10\version13\unittest\verify_7.7.0\viewBem.vfy
A training\data\session10\version13\unittest\verify_7.7.0\viewCfdInviscid.vfy
A training\data\session10\version13\unittest\verify_7.7.0\viewConcept.vfy
A training\data\session10\version13\unittest\verify_7.7.0\viewOml.vfy
A training\data\session10\version13\unittest\verify_7.7.0\viewVlm.vfy
A training\data\session10\version13\unittest\verify_7.7.0\vtailBem.vfy
A training\data\session10\version13\unittest\verify_7.7.0\vtailHinges.vfy
A training\data\session10\version13\unittest\verify_7.7.0\vtailOml.vfy
A training\data\session10\version13\unittest\verify_7.7.0\vtailVlm.vfy
A training\data\session10\version13\unittest\verify_7.7.0\vtailWaffle.vfy
A training\data\session10\version13\unittest\verify_7.7.0\wingBem.vfy
A training\data\session10\version13\unittest\verify_7.7.0\wingHinges.vfy
A training\data\session10\version13\unittest\verify_7.7.0\wingOml.vfy
A training\data\session10\version13\unittest\verify_7.7.0\wingVlm.vfy
A training\data\session10\version13\unittest\verify_7.7.0\wingWaffle.vfy
A training\data\session10\version13\unittest\fuseBem.csm
A training\data\session10\version13\unittest\fuseIml.csm
A training\data\session10\version13\unittest\fuseOml.csm
A training\data\session10\version13\unittest\fuseWaffle.csm
A training\data\session10\version13\unittest\htailBem.csm
A training\data\session10\version13\unittest\htailHinges.csm
A training\data\session10\version13\unittest\htailOml.csm
A training\data\session10\version13\unittest\htailVlm.csm
A training\data\session10\version13\unittest\htailWaffle.csm
A training\data\session10\version13\unittest\nacelleOml.csm
A training\data\session10\version13\unittest\payload.csm
A training\data\session10\version13\unittest\pylonOml.csm
A training\data\session10\version13\unittest\verify_7.6.0
A training\data\session10\version13\unittest\verify_7.6.0\fuseBem.vfy
A training\data\session10\version13\unittest\verify_7.6.0\fuseIml.vfy
A training\data\session10\version13\unittest\verify_7.6.0\fuseOml.vfy
A training\data\session10\version13\unittest\verify_7.6.0\fuseWaffle.vfy
A training\data\session10\version13\unittest\verify_7.6.0\htailBem.vfy
A training\data\session10\version13\unittest\verify_7.6.0\htailHinges.vfy
A training\data\session10\version13\unittest\verify_7.6.0\htailOml.vfy
A training\data\session10\version13\unittest\verify_7.6.0\htailVlm.vfy
A training\data\session10\version13\unittest\verify_7.6.0\htailWaffle.vfy
A training\data\session10\version13\unittest\verify_7.6.0\nacelleOml.vfy
A training\data\session10\version13\unittest\verify_7.6.0\payload.vfy
A training\data\session10\version13\unittest\verify_7.6.0\pylonOml.vfy
A training\data\session10\version13\unittest\verify_7.6.0\viewBem.vfy
A training\data\session10\version13\unittest\verify_7.6.0\viewCfdInviscid.vfy
A training\data\session10\version13\unittest\verify_7.6.0\viewConcept.vfy
A training\data\session10\version13\unittest\verify_7.6.0\viewOml.vfy
A training\data\session10\version13\unittest\verify_7.6.0\viewVlm.vfy
A training\data\session10\version13\unittest\verify_7.6.0\vtailBem.vfy
A training\data\session10\version13\unittest\verify_7.6.0\vtailHinges.vfy
A training\data\session10\version13\unittest\verify_7.6.0\vtailOml.vfy
A training\data\session10\version13\unittest\verify_7.6.0\vtailVlm.vfy
A training\data\session10\version13\unittest\verify_7.6.0\vtailWaffle.vfy
A training\data\session10\version13\unittest\verify_7.6.0\wingBem.vfy
A training\data\session10\version13\unittest\verify_7.6.0\wingHinges.vfy
A training\data\session10\version13\unittest\verify_7.6.0\wingOml.vfy
A training\data\session10\version13\unittest\verify_7.6.0\wingVlm.vfy
A training\data\session10\version13\unittest\verify_7.6.0\wingWaffle.vfy
A training\data\session10\version13\unittest\viewBem.csm
A training\data\session10\version13\unittest\viewCfdInviscid.csm
A training\data\session10\version13\unittest\viewConcept.csm
A training\data\session10\version13\unittest\viewOml.csm
A training\data\session10\version13\unittest\viewVlm.csm
A training\data\session10\version13\unittest\vtailBem.csm
A training\data\session10\version13\unittest\vtailHinges.csm
A training\data\session10\version13\unittest\vtailOml.csm
A training\data\session10\version13\unittest\vtailVlm.csm
A training\data\session10\version13\unittest\vtailWaffle.csm
A training\data\session10\version13\unittest\wingBem.csm
A training\data\session10\version13\unittest\wingHinges.csm
A training\data\session10\version13\unittest\wingOml.csm
A training\data\session10\version13\unittest\wingVlm.csm
A training\data\session10\version13\unittest\wingWaffle.csm
A training\data\session10\version13\verify_7.7.0
A training\data\session10\version13\verify_7.7.0\transport.vfy
A training\data\session10\version13\fuseBem.udc
A training\data\session10\version13\fuseCalc.udc
A training\data\session10\version13\fuseIml.udc
A training\data\session10\version13\fuseOml.udc
A training\data\session10\version13\fusePmtrs.udc
A training\data\session10\version13\fuseWaffle.udc
A training\data\session10\version13\htailBem.udc
A training\data\session10\version13\htailCalc.udc
A training\data\session10\version13\htailHinges.udc
A training\data\session10\version13\htailOml.udc
A training\data\session10\version13\htailPmtrs.udc
A training\data\session10\version13\htailVlm.udc
A training\data\session10\version13\htailWaffle.udc
A training\data\session10\version13\nacelleCalc.udc
A training\data\session10\version13\nacelleOml.udc
A training\data\session10\version13\nacellePmtrs.udc
A training\data\session10\version13\payload.udc
A training\data\session10\version13\payloadPmtrs.udc
A training\data\session10\version13\pylonCalc.udc
A training\data\session10\version13\pylonOml.udc
A training\data\session10\version13\pylonPmtrs.udc
A training\data\session10\version13\testAll.jrnl
A training\data\session10\version13\transport.csm
A training\data\session10\version13\transport_init.udc
A training\data\session10\version13\verify_7.6.0
A training\data\session10\version13\verify_7.6.0\transport.vfy
A training\data\session10\version13\viewBem.udc
A training\data\session10\version13\viewCfdInviscid.udc
A training\data\session10\version13\viewConcept.udc
A training\data\session10\version13\viewOml.udc
A training\data\session10\version13\viewVlm.udc
A training\data\session10\version13\vtailBem.udc
A training\data\session10\version13\vtailCalc.udc
A training\data\session10\version13\vtailHinges.udc
A training\data\session10\version13\vtailOml.udc
A training\data\session10\version13\vtailPmtrs.udc
A training\data\session10\version13\vtailVlm.udc
A training\data\session10\version13\vtailWaffle.udc
A training\data\session10\version13\wingBem.udc
A training\data\session10\version13\wingCalc.udc
A training\data\session10\version13\wingHinges.udc
A training\data\session10\version13\wingOml.udc
A training\data\session10\version13\wingPmtrs.udc
A training\data\session10\version13\wingVlm.udc
A training\data\session10\version13\wingWaffle.udc
A training\data\session10\version14
A training\data\session10\version14\unittest
A training\data\session10\version14\unittest\verify_7.7.0
A training\data\session10\version14\unittest\verify_7.7.0\fuseBem.vfy
A training\data\session10\version14\unittest\verify_7.7.0\fuseIml.vfy
A training\data\session10\version14\unittest\verify_7.7.0\fuseOml.vfy
A training\data\session10\version14\unittest\verify_7.7.0\fuseWaffle.vfy
A training\data\session10\version14\unittest\verify_7.7.0\htailBem.vfy
A training\data\session10\version14\unittest\verify_7.7.0\htailHinges.vfy
A training\data\session10\version14\unittest\verify_7.7.0\htailOml.vfy
A training\data\session10\version14\unittest\verify_7.7.0\htailVlm.vfy
A training\data\session10\version14\unittest\verify_7.7.0\htailWaffle.vfy
A training\data\session10\version14\unittest\verify_7.7.0\nacelleOml.vfy
A training\data\session10\version14\unittest\verify_7.7.0\payload.vfy
A training\data\session10\version14\unittest\verify_7.7.0\pylonOml.vfy
A training\data\session10\version14\unittest\verify_7.7.0\viewBem.vfy
A training\data\session10\version14\unittest\verify_7.7.0\viewCfdInviscid.vfy
A training\data\session10\version14\unittest\verify_7.7.0\viewCfdViscous.vfy
A training\data\session10\version14\unittest\verify_7.7.0\viewConcept.vfy
A training\data\session10\version14\unittest\verify_7.7.0\viewOml.vfy
A training\data\session10\version14\unittest\verify_7.7.0\viewVlm.vfy
A training\data\session10\version14\unittest\verify_7.7.0\vtailBem.vfy
A training\data\session10\version14\unittest\verify_7.7.0\vtailHinges.vfy
A training\data\session10\version14\unittest\verify_7.7.0\vtailOml.vfy
A training\data\session10\version14\unittest\verify_7.7.0\vtailVlm.vfy
A training\data\session10\version14\unittest\verify_7.7.0\vtailWaffle.vfy
A training\data\session10\version14\unittest\verify_7.7.0\wingBem.vfy
A training\data\session10\version14\unittest\verify_7.7.0\wingHinges.vfy
A training\data\session10\version14\unittest\verify_7.7.0\wingOml.vfy
A training\data\session10\version14\unittest\verify_7.7.0\wingVlm.vfy
A training\data\session10\version14\unittest\verify_7.7.0\wingWaffle.vfy
A training\data\session10\version14\unittest\fuseBem.csm
A training\data\session10\version14\unittest\fuseIml.csm
A training\data\session10\version14\unittest\fuseOml.csm
A training\data\session10\version14\unittest\fuseWaffle.csm
A training\data\session10\version14\unittest\htailBem.csm
A training\data\session10\version14\unittest\htailHinges.csm
A training\data\session10\version14\unittest\htailOml.csm
A training\data\session10\version14\unittest\htailVlm.csm
A training\data\session10\version14\unittest\htailWaffle.csm
A training\data\session10\version14\unittest\nacelleOml.csm
A training\data\session10\version14\unittest\payload.csm
A training\data\session10\version14\unittest\pylonOml.csm
A training\data\session10\version14\unittest\verify_7.6.0
A training\data\session10\version14\unittest\verify_7.6.0\fuseBem.vfy
A training\data\session10\version14\unittest\verify_7.6.0\fuseIml.vfy
A training\data\session10\version14\unittest\verify_7.6.0\fuseOml.vfy
A training\data\session10\version14\unittest\verify_7.6.0\fuseWaffle.vfy
A training\data\session10\version14\unittest\verify_7.6.0\htailBem.vfy
A training\data\session10\version14\unittest\verify_7.6.0\htailHinges.vfy
A training\data\session10\version14\unittest\verify_7.6.0\htailOml.vfy
A training\data\session10\version14\unittest\verify_7.6.0\htailVlm.vfy
A training\data\session10\version14\unittest\verify_7.6.0\htailWaffle.vfy
A training\data\session10\version14\unittest\verify_7.6.0\nacelleOml.vfy
A training\data\session10\version14\unittest\verify_7.6.0\payload.vfy
A training\data\session10\version14\unittest\verify_7.6.0\pylonOml.vfy
A training\data\session10\version14\unittest\verify_7.6.0\viewBem.vfy
A training\data\session10\version14\unittest\verify_7.6.0\viewCfdInviscid.vfy
A training\data\session10\version14\unittest\verify_7.6.0\viewCfdViscous.vfy
A training\data\session10\version14\unittest\verify_7.6.0\viewConcept.vfy
A training\data\session10\version14\unittest\verify_7.6.0\viewOml.vfy
A training\data\session10\version14\unittest\verify_7.6.0\viewVlm.vfy
A training\data\session10\version14\unittest\verify_7.6.0\vtailBem.vfy
A training\data\session10\version14\unittest\verify_7.6.0\vtailHinges.vfy
A training\data\session10\version14\unittest\verify_7.6.0\vtailOml.vfy
A training\data\session10\version14\unittest\verify_7.6.0\vtailVlm.vfy
A training\data\session10\version14\unittest\verify_7.6.0\vtailWaffle.vfy
A training\data\session10\version14\unittest\verify_7.6.0\wingBem.vfy
A training\data\session10\version14\unittest\verify_7.6.0\wingHinges.vfy
A training\data\session10\version14\unittest\verify_7.6.0\wingOml.vfy
A training\data\session10\version14\unittest\verify_7.6.0\wingVlm.vfy
A training\data\session10\version14\unittest\verify_7.6.0\wingWaffle.vfy
A training\data\session10\version14\unittest\viewBem.csm
A training\data\session10\version14\unittest\viewCfdInviscid.csm
A training\data\session10\version14\unittest\viewCfdViscous.csm
A training\data\session10\version14\unittest\viewConcept.csm
A training\data\session10\version14\unittest\viewOml.csm
A training\data\session10\version14\unittest\viewVlm.csm
A training\data\session10\version14\unittest\vtailBem.csm
A training\data\session10\version14\unittest\vtailHinges.csm
A training\data\session10\version14\unittest\vtailOml.csm
A training\data\session10\version14\unittest\vtailVlm.csm
A training\data\session10\version14\unittest\vtailWaffle.csm
A training\data\session10\version14\unittest\wingBem.csm
A training\data\session10\version14\unittest\wingHinges.csm
A training\data\session10\version14\unittest\wingOml.csm
A training\data\session10\version14\unittest\wingVlm.csm
A training\data\session10\version14\unittest\wingWaffle.csm
A training\data\session10\version14\verify_7.7.0
A training\data\session10\version14\verify_7.7.0\transport.vfy
A training\data\session10\version14\fuseBem.udc
A training\data\session10\version14\fuseCalc.udc
A training\data\session10\version14\fuseIml.udc
A training\data\session10\version14\fuseOml.udc
A training\data\session10\version14\fusePmtrs.udc
A training\data\session10\version14\fuseWaffle.udc
A training\data\session10\version14\htailBem.udc
A training\data\session10\version14\htailCalc.udc
A training\data\session10\version14\htailHinges.udc
A training\data\session10\version14\htailOml.udc
A training\data\session10\version14\htailPmtrs.udc
A training\data\session10\version14\htailVlm.udc
A training\data\session10\version14\htailWaffle.udc
A training\data\session10\version14\nacelleCalc.udc
A training\data\session10\version14\nacelleOml.udc
A training\data\session10\version14\nacellePmtrs.udc
A training\data\session10\version14\payload.udc
A training\data\session10\version14\payloadPmtrs.udc
A training\data\session10\version14\pylonCalc.udc
A training\data\session10\version14\pylonOml.udc
A training\data\session10\version14\pylonPmtrs.udc
A training\data\session10\version14\testAll.jrnl
A training\data\session10\version14\transport.csm
A training\data\session10\version14\transport_init.udc
A training\data\session10\version14\verify_7.6.0
A training\data\session10\version14\verify_7.6.0\transport.vfy
A training\data\session10\version14\viewBem.udc
A training\data\session10\version14\viewCfdInviscid.udc
A training\data\session10\version14\viewCfdViscous.udc
A training\data\session10\version14\viewConcept.udc
A training\data\session10\version14\viewOml.udc
A training\data\session10\version14\viewVlm.udc
A training\data\session10\version14\vtailBem.udc
A training\data\session10\version14\vtailCalc.udc
A training\data\session10\version14\vtailHinges.udc
A training\data\session10\version14\vtailOml.udc
A training\data\session10\version14\vtailPmtrs.udc
A training\data\session10\version14\vtailVlm.udc
A training\data\session10\version14\vtailWaffle.udc
A training\data\session10\version14\wingBem.udc
A training\data\session10\version14\wingCalc.udc
A training\data\session10\version14\wingHinges.udc
A training\data\session10\version14\wingOml.udc
A training\data\session10\version14\wingPmtrs.udc
A training\data\session10\version14\wingVlm.udc
A training\data\session10\version14\wingWaffle.udc
A training\data\session10\version15
A training\data\session10\version15\unittest
A training\data\session10\version15\unittest\verify_7.7.0
A training\data\session10\version15\unittest\verify_7.7.0\fuseBem.vfy
A training\data\session10\version15\unittest\verify_7.7.0\fuseIml.vfy
A training\data\session10\version15\unittest\verify_7.7.0\fuseOml.vfy
A training\data\session10\version15\unittest\verify_7.7.0\fuseWaffle.vfy
A training\data\session10\version15\unittest\verify_7.7.0\htailBem.vfy
A training\data\session10\version15\unittest\verify_7.7.0\htailHinges.vfy
A training\data\session10\version15\unittest\verify_7.7.0\htailOml.vfy
A training\data\session10\version15\unittest\verify_7.7.0\htailVlm.vfy
A training\data\session10\version15\unittest\verify_7.7.0\htailWaffle.vfy
A training\data\session10\version15\unittest\verify_7.7.0\nacelleOml.vfy
A training\data\session10\version15\unittest\verify_7.7.0\payload.vfy
A training\data\session10\version15\unittest\verify_7.7.0\pylonOml.vfy
A training\data\session10\version15\unittest\verify_7.7.0\viewBem.vfy
A training\data\session10\version15\unittest\verify_7.7.0\viewCfdInviscid.vfy
A training\data\session10\version15\unittest\verify_7.7.0\viewCfdViscous.vfy
A training\data\session10\version15\unittest\verify_7.7.0\viewConcept.vfy
A training\data\session10\version15\unittest\verify_7.7.0\viewOml.vfy
A training\data\session10\version15\unittest\verify_7.7.0\viewVlm.vfy
A training\data\session10\version15\unittest\verify_7.7.0\vtailBem.vfy
A training\data\session10\version15\unittest\verify_7.7.0\vtailHinges.vfy
A training\data\session10\version15\unittest\verify_7.7.0\vtailOml.vfy
A training\data\session10\version15\unittest\verify_7.7.0\vtailVlm.vfy
A training\data\session10\version15\unittest\verify_7.7.0\vtailWaffle.vfy
A training\data\session10\version15\unittest\verify_7.7.0\wingBem.vfy
A training\data\session10\version15\unittest\verify_7.7.0\wingHinges.vfy
A training\data\session10\version15\unittest\verify_7.7.0\wingOml.vfy
A training\data\session10\version15\unittest\verify_7.7.0\wingVlm.vfy
A training\data\session10\version15\unittest\verify_7.7.0\wingWaffle.vfy
A training\data\session10\version15\unittest\fuseBem.csm
A training\data\session10\version15\unittest\fuseIml.csm
A training\data\session10\version15\unittest\fuseOml.csm
A training\data\session10\version15\unittest\fuseWaffle.csm
A training\data\session10\version15\unittest\htailBem.csm
A training\data\session10\version15\unittest\htailHinges.csm
A training\data\session10\version15\unittest\htailOml.csm
A training\data\session10\version15\unittest\htailVlm.csm
A training\data\session10\version15\unittest\htailWaffle.csm
A training\data\session10\version15\unittest\nacelleOml.csm
A training\data\session10\version15\unittest\payload.csm
A training\data\session10\version15\unittest\pylonOml.csm
A training\data\session10\version15\unittest\verify_7.6.0
A training\data\session10\version15\unittest\verify_7.6.0\fuseBem.vfy
A training\data\session10\version15\unittest\verify_7.6.0\fuseIml.vfy
A training\data\session10\version15\unittest\verify_7.6.0\fuseOml.vfy
A training\data\session10\version15\unittest\verify_7.6.0\fuseWaffle.vfy
A training\data\session10\version15\unittest\verify_7.6.0\htailBem.vfy
A training\data\session10\version15\unittest\verify_7.6.0\htailHinges.vfy
A training\data\session10\version15\unittest\verify_7.6.0\htailOml.vfy
A training\data\session10\version15\unittest\verify_7.6.0\htailVlm.vfy
A training\data\session10\version15\unittest\verify_7.6.0\htailWaffle.vfy
A training\data\session10\version15\unittest\verify_7.6.0\nacelleOml.vfy
A training\data\session10\version15\unittest\verify_7.6.0\payload.vfy
A training\data\session10\version15\unittest\verify_7.6.0\pylonOml.vfy
A training\data\session10\version15\unittest\verify_7.6.0\viewBem.vfy
A training\data\session10\version15\unittest\verify_7.6.0\viewCfdInviscid.vfy
A training\data\session10\version15\unittest\verify_7.6.0\viewCfdViscous.vfy
A training\data\session10\version15\unittest\verify_7.6.0\viewConcept.vfy
A training\data\session10\version15\unittest\verify_7.6.0\viewOml.vfy
A training\data\session10\version15\unittest\verify_7.6.0\viewVlm.vfy
A training\data\session10\version15\unittest\verify_7.6.0\vtailBem.vfy
A training\data\session10\version15\unittest\verify_7.6.0\vtailHinges.vfy
A training\data\session10\version15\unittest\verify_7.6.0\vtailOml.vfy
A training\data\session10\version15\unittest\verify_7.6.0\vtailVlm.vfy
A training\data\session10\version15\unittest\verify_7.6.0\vtailWaffle.vfy
A training\data\session10\version15\unittest\verify_7.6.0\wingBem.vfy
A training\data\session10\version15\unittest\verify_7.6.0\wingHinges.vfy
A training\data\session10\version15\unittest\verify_7.6.0\wingOml.vfy
A training\data\session10\version15\unittest\verify_7.6.0\wingVlm.vfy
A training\data\session10\version15\unittest\verify_7.6.0\wingWaffle.vfy
A training\data\session10\version15\unittest\viewBem.csm
A training\data\session10\version15\unittest\viewCfdInviscid.csm
A training\data\session10\version15\unittest\viewCfdViscous.csm
A training\data\session10\version15\unittest\viewConcept.csm
A training\data\session10\version15\unittest\viewOml.csm
A training\data\session10\version15\unittest\viewVlm.csm
A training\data\session10\version15\unittest\vtailBem.csm
A training\data\session10\version15\unittest\vtailHinges.csm
A training\data\session10\version15\unittest\vtailOml.csm
A training\data\session10\version15\unittest\vtailVlm.csm
A training\data\session10\version15\unittest\vtailWaffle.csm
A training\data\session10\version15\unittest\wingBem.csm
A training\data\session10\version15\unittest\wingHinges.csm
A training\data\session10\version15\unittest\wingOml.csm
A training\data\session10\version15\unittest\wingVlm.csm
A training\data\session10\version15\unittest\wingWaffle.csm
A training\data\session10\version15\verify_7.7.0
A training\data\session10\version15\verify_7.7.0\transport.vfy
A training\data\session10\version15\fuseBem.udc
A training\data\session10\version15\fuseCalc.udc
A training\data\session10\version15\fuseIml.udc
A training\data\session10\version15\fuseOml.udc
A training\data\session10\version15\fusePmtrs.udc
A training\data\session10\version15\fuseWaffle.udc
A training\data\session10\version15\htailBem.udc
A training\data\session10\version15\htailCalc.udc
A training\data\session10\version15\htailHinges.udc
A training\data\session10\version15\htailOml.udc
A training\data\session10\version15\htailPmtrs.udc
A training\data\session10\version15\htailVlm.udc
A training\data\session10\version15\htailWaffle.udc
A training\data\session10\version15\nacelleCalc.udc
A training\data\session10\version15\nacelleOml.udc
A training\data\session10\version15\nacellePmtrs.udc
A training\data\session10\version15\payload.udc
A training\data\session10\version15\payloadPmtrs.udc
A training\data\session10\version15\pylonCalc.udc
A training\data\session10\version15\pylonOml.udc
A training\data\session10\version15\pylonPmtrs.udc
A training\data\session10\version15\testAll.jrnl
A training\data\session10\version15\transport.csm
A training\data\session10\version15\transport_init.udc
A training\data\session10\version15\verify_7.6.0
A training\data\session10\version15\verify_7.6.0\transport.vfy
A training\data\session10\version15\viewBem.udc
A training\data\session10\version15\viewCfdInviscid.udc
A training\data\session10\version15\viewCfdViscous.udc
A training\data\session10\version15\viewConcept.udc
A training\data\session10\version15\viewOml.udc
A training\data\session10\version15\viewVlm.udc
A training\data\session10\version15\vtailBem.udc
A training\data\session10\version15\vtailCalc.udc
A training\data\session10\version15\vtailHinges.udc
A training\data\session10\version15\vtailOml.udc
A training\data\session10\version15\vtailPmtrs.udc
A training\data\session10\version15\vtailVlm.udc
A training\data\session10\version15\vtailWaffle.udc
A training\data\session10\version15\wingBem.udc
A training\data\session10\version15\wingCalc.udc
A training\data\session10\version15\wingHinges.udc
A training\data\session10\version15\wingOml.udc
A training\data\session10\version15\wingPmtrs.udc
A training\data\session10\version15\wingVlm.udc
A training\data\session10\version15\wingWaffle.udc
A training\data\session10\rulesofthumb.txt
A training\data\session10\versionbuildup.txt
A training\solutions
A training\solutions\session01
A training\solutions\session01\verify_7.7.0
A training\solutions\session01\verify_7.6.0
A training\solutions\session02
A training\solutions\session02\verify_7.7.0
A training\solutions\session02\verify_7.7.0\Ubracket.vfy
A training\solutions\session02\verify_7.7.0\block.vfy
A training\solutions\session02\verify_7.6.0
A training\solutions\session02\verify_7.6.0\Ubracket.vfy
A training\solutions\session02\verify_7.6.0\block.vfy
A training\solutions\session02\Ubracket.csm
A training\solutions\session02\block.csm
A training\solutions\session03
A training\solutions\session03\verify_7.7.0
A training\solutions\session03\verify_7.7.0\fuselage.vfy
A training\solutions\session03\verify_7.7.0\wing.vfy
A training\solutions\session03\verify_7.7.0\wing_alt.vfy
A training\solutions\session03\verify_7.6.0
A training\solutions\session03\verify_7.6.0\fuselage.vfy
A training\solutions\session03\verify_7.6.0\wing.vfy
A training\solutions\session03\verify_7.6.0\wing_alt.vfy
A training\solutions\session03\wing_alt.csm
A training\solutions\session03\fuselage.csm
A training\solutions\session03\wing.csm
A training\solutions\session04
A training\solutions\session04\verify_7.7.0
A training\solutions\session04\verify_7.7.0\box.vfy
A training\solutions\session04\verify_7.6.0
A training\solutions\session04\verify_7.6.0\box.vfy
A training\solutions\session04\box.csm
A training\solutions\session05
A training\solutions\session05\verify_7.7.0
A training\solutions\session05\verify_7.7.0\overlapping.vfy
A training\solutions\session05\verify_7.7.0\rect_pat.vfy
A training\solutions\session05\verify_7.7.0\round_pat.vfy
A training\solutions\session05\verify_7.6.0
A training\solutions\session05\verify_7.6.0\overlapping.vfy
A training\solutions\session05\verify_7.6.0\rect_pat.vfy
A training\solutions\session05\verify_7.6.0\round_pat.vfy
A training\solutions\session05\round_pat.csm
A training\solutions\session05\overlapping.csm
A training\solutions\session05\rect_pat.csm
A training\solutions\session06
A training\solutions\session06\verify_7.7.0
A training\solutions\session06\verify_7.7.0\reflectCone.vfy
A training\solutions\session06\verify_7.6.0
A training\solutions\session06\verify_7.6.0\reflectCone.vfy
A training\solutions\session06\mirrorDup.udc
A training\solutions\session06\reflectCone.csm
A training\solutions\session07
A training\solutions\session07\verify_7.7.0
A training\solutions\session07\verify_7.7.0\Ubracket1.vfy
A training\solutions\session07\verify_7.7.0\Ubracket1_prog.vfy
A training\solutions\session07\verify_7.7.0\Ubracket2.vfy
A training\solutions\session07\verify_7.7.0\Ubracket2_prog.vfy
A training\solutions\session07\verify_7.7.0\biconvex_arcs.vfy
A training\solutions\session07\verify_7.7.0\biconvex_arcs_prog.vfy
A training\solutions\session07\verify_7.7.0\biconvex_spline.vfy
A training\solutions\session07\verify_7.7.0\biconvex_spline_prog.vfy
A training\solutions\session07\verify_7.7.0\capsule.vfy
A training\solutions\session07\verify_7.7.0\fuselage.vfy
A training\solutions\session07\verify_7.7.0\fuselage_prog.vfy
A training\solutions\session07\verify_7.7.0\oval.vfy
A training\solutions\session07\verify_7.7.0\oval_prog.vfy
A training\solutions\session07\verify_7.7.0\swivelBase.vfy
A training\solutions\session07\verify_7.7.0\swivelBase_prog.vfy
A training\solutions\session07\verify_7.6.0
A training\solutions\session07\verify_7.6.0\Ubracket1.vfy
A training\solutions\session07\verify_7.6.0\Ubracket1_prog.vfy
A training\solutions\session07\verify_7.6.0\Ubracket2.vfy
A training\solutions\session07\verify_7.6.0\Ubracket2_prog.vfy
A training\solutions\session07\verify_7.6.0\biconvex_arcs.vfy
A training\solutions\session07\verify_7.6.0\biconvex_arcs_prog.vfy
A training\solutions\session07\verify_7.6.0\biconvex_spline.vfy
A training\solutions\session07\verify_7.6.0\biconvex_spline_prog.vfy
A training\solutions\session07\verify_7.6.0\capsule.vfy
A training\solutions\session07\verify_7.6.0\fuselage.vfy
A training\solutions\session07\verify_7.6.0\fuselage_prog.vfy
A training\solutions\session07\verify_7.6.0\oval.vfy
A training\solutions\session07\verify_7.6.0\oval_prog.vfy
A training\solutions\session07\verify_7.6.0\swivelBase.vfy
A training\solutions\session07\verify_7.6.0\swivelBase_prog.vfy
A training\solutions\session07\capsule.csm
A training\solutions\session07\Ubracket1.csm
A training\solutions\session07\Ubracket1_prog.csm
A training\solutions\session07\Ubracket2.csm
A training\solutions\session07\Ubracket2_prog.csm
A training\solutions\session07\biconvex_arcs.csm
A training\solutions\session07\biconvex_arcs_prog.csm
A training\solutions\session07\biconvex_spline.csm
A training\solutions\session07\biconvex_spline_prog.csm
A training\solutions\session07\fuselage.csm
A training\solutions\session07\fuselage_prog.csm
A training\solutions\session07\oval.csm
A training\solutions\session07\oval_prog.csm
A training\solutions\session07\swivelBase.csm
A training\solutions\session07\swivelBase_prog.csm
A training\solutions\session08
A training\solutions\session08\verify_7.7.0
A training\solutions\session08\verify_7.7.0\wingStruct.vfy
A training\solutions\session08\verify_7.6.0
A training\solutions\session08\verify_7.6.0\wingStruct.vfy
A training\solutions\session08\wingStruct.csm
A training\solutions\session09
A training\solutions\session09\verify_7.7.0
A training\solutions\session09\verify_7.7.0\box.vfy
A training\solutions\session09\verify_7.6.0
A training\solutions\session09\verify_7.6.0\box.vfy
A training\solutions\session09\box.csm
A training\python
A training\python\session10
A training\python\session10\2_aeroelastic_Iterative_SU2_Astros.py
A training\python\session10\1_aeroelastic_Modal_Fun3D_Astros.py
A training\python\ESP
A training\python\ESP\viewSimplySupport.udc
A training\python\ESP\viewCantilever.udc
A training\python\ESP\viewSkins.udc
A training\python\ESP\transport.csm
A training\python\ESP\fuseBem.udc
A training\python\ESP\fuseCalc.udc
A training\python\ESP\fuseIml.udc
A training\python\ESP\fuseOml.udc
A training\python\ESP\fusePmtrs.udc
A training\python\ESP\fuseWaffle.udc
A training\python\ESP\htailBem.udc
A training\python\ESP\htailCalc.udc
A training\python\ESP\htailHinges.udc
A training\python\ESP\htailOml.udc
A training\python\ESP\htailPmtrs.udc
A training\python\ESP\htailVlm.udc
A training\python\ESP\htailWaffle.udc
A training\python\ESP\nacelleCalc.udc
A training\python\ESP\nacelleOml.udc
A training\python\ESP\nacellePmtrs.udc
A training\python\ESP\payload.udc
A training\python\ESP\payloadPmtrs.udc
A training\python\ESP\pylonCalc.udc
A training\python\ESP\pylonOml.udc
A training\python\ESP\pylonPmtrs.udc
A training\python\ESP\testAll.jrnl
A training\python\ESP\transport_init.udc
A training\python\ESP\viewBem.udc
A training\python\ESP\viewCfdInviscid.udc
A training\python\ESP\viewCfdViscous.udc
A training\python\ESP\viewConcept.udc
A training\python\ESP\viewOml.udc
A training\python\ESP\viewVlm.udc
A training\python\ESP\vtailBem.udc
A training\python\ESP\vtailCalc.udc
A training\python\ESP\vtailHinges.udc
A training\python\ESP\vtailOml.udc
A training\python\ESP\vtailPmtrs.udc
A training\python\ESP\vtailVlm.udc
A training\python\ESP\vtailWaffle.udc
A training\python\ESP\wingBem.udc
A training\python\ESP\wingCalc.udc
A training\python\ESP\wingHinges.udc
A training\python\ESP\wingOml.udc
A training\python\ESP\wingPmtrs.udc
A training\python\ESP\wingVlm.udc
A training\python\ESP\wingWaffle.udc
A training\python\session09
A training\python\session09\2_astros_ModalSupport.py
A training\python\session09\1_astros_ModalClamped.py
A training\python\session09\3_astros_StaticClamped.py
A training\python\session09\4_astros_Composite.py
A training\python\session09\5_nastran_Flutter.py
A training\python\session06
A training\python\session06\2_avl_PlaneVanillaControl.py
A training\python\session06\3_avl_TransportControl.py
A training\python\session06\4_avl_TransportEigen.py
A training\python\session06\5_avl_masstran_Geom.py
A training\python\session06\6_avl_masstran_Eigen.py
A training\python\session06\7_avl_friction_Link.py
A training\python\session06\1_avl_TransportGeom.py
A training\python\session06\avlPlaneVanilla.csm
A training\python\session06\transport_Htail.py
A training\python\session07
A training\python\session07\01_aflr4_InviscidWing.py
A training\python\session07\02_aflr4_Farfield.py
A training\python\session07\03_aflr4_MeshLength.py
A training\python\session07\04_aflr4_EdgeWeight.py
A training\python\session07\05_aflr4_ScaleFactor.py
A training\python\session07\06_aflr4_Proximity.py
A training\python\session07\07_aflr4_ProximityComponents.py
A training\python\session07\08_aflr4_InviscidTransport.py
A training\python\session07\09_aflr4_aflr3_InviscidWing.py
A training\python\session07\10_aflr4_aflr3_ViscousWing.py
A training\python\session07\11_aflr4_aflr3_ViscousWingPod.py
A training\python\session07\12_aflr4_aflr3_ViscousTransport.py
A training\python\session08
A training\python\session08\1_su2_InviscidWing.py
A training\python\session08\2_fun3d_InviscidWing.py
A training\python\session02
A training\python\session02\1_f118_Geom.py
A training\python\session02\2_f118_DESPMTR.py
A training\python\session02\3_f118_Save.py
A training\python\session02\4_f118_Shortcut.py
A training\python\session02\5_f118_OUTPMTR.py
A training\python\session02\6_f118_Phasing.py
A training\python\session02\7_f118_writeParameters.py
A training\python\session02\8_f118_bodies.py
A training\python\session02\f118-A.csm
A training\python\session02\f118_3_Save_Canard.egads
A training\python\session02\f118_3_Save_Wide.egads
A training\python\session02\f118_4.params
A training\python\session03
A training\python\session03\1_xfoil_input.py
A training\python\session03\2_xfoil_Analysis.py
A training\python\session03\3_xfoil_Analysis.py
A training\python\session03\4_xfoil_Camber.py
A training\python\session03\4_xfoil_Camber_Plot.py
A training\python\session03\5_xfoil_CleanDirty.py
A training\python\session03\6_xfoil_attr.py
A training\python\session03\7_masstran_f118_AIM.py
A training\python\session03\8_masstran_f118_Wing.py
A training\python\session03\9_masstran_f118.py
A training\python\session03\f118-B.csm
A training\python\session03\f118-C.csm
A training\python\session03\naca.csm
A training\python\session04
A training\python\session04\1_mses_Deriv.py
A training\python\session04\2_mses_DerivPlot_CD_Alpha.py
A training\python\session04\3_mses_OpenMDAO_CD_Alpha.py
A training\python\session04\naca.csm
A vsp
A vsp\verify_7.7.0
A vsp\verify_7.7.0\747-400.vfy
A vsp\verify_7.7.0\777_200LR.vfy
A vsp\verify_7.7.0\BWB_Def.vfy
A vsp\verify_7.7.0\Cessna_182.vfy
A vsp\verify_7.7.0\Cirrus_SR22.vfy
A vsp\verify_7.6.0
A vsp\verify_7.6.0\747-400.vfy
A vsp\verify_7.6.0\777_200LR.vfy
A vsp\verify_7.6.0\BWB_Def.vfy
A vsp\verify_7.6.0\Cessna_182.vfy
A vsp\verify_7.6.0\Cirrus_SR22.vfy
A vsp\Cessna_182.vsp
A vsp\Cirrus_SR22.bez
A vsp\BWB_Def.vsp
A vsp\747-400.bez
A vsp\777_200LR.bez
A vsp\Cessna_182.bez
A vsp\Cirrus_SR22.vsp
A vsp\BWB_Def.bez
A vsp\747-400.vsp
A vsp\777_200LR.vsp
A python
A python\simple.py
A python\plotter3.py
A python\growing1.py
A python\growing2.py
A python\growing3.py
A python\plotter1.py
A python\plotter2.py
A python\shapes.py
A python\mitten2.py
A python\test.py
A python\mitten1.py
A python\test1.py
A python\test2.py
A python\test3.py
A python\growing.csm
A python\test.csm
A python\box.csm
A python\cone.egads
A python\cyl.csm
A verify_7.7.0
A verify_7.7.0\CE13_LDI_Combustor_Test_Section_1.vfy
A verify_7.7.0\CE13_LDI_Combustor_Test_Section_2.vfy
A verify_7.7.0\CRM_NACA.vfy
A verify_7.7.0\Carrera.vfy
A verify_7.7.0\GEM_year1a.vfy
A verify_7.7.0\GEM_year1b.vfy
A verify_7.7.0\GEM_year1c.vfy
A verify_7.7.0\GEM_year2.vfy
A verify_7.7.0\M85_modified.vfy
A verify_7.7.0\RM-10.vfy
A verify_7.7.0\X29.vfy
A verify_7.7.0\afrl_wing1.vfy
A verify_7.7.0\afrl_wing2.vfy
A verify_7.7.0\afrl_wing3.vfy
A verify_7.7.0\bottle.vfy
A verify_7.7.0\bottle2.vfy
A verify_7.7.0\controlarm.vfy
A verify_7.7.0\fighter1.vfy
A verify_7.7.0\fighter2.vfy
A verify_7.7.0\fighter3.vfy
A verify_7.7.0\fighter4.vfy
A verify_7.7.0\grc_nozzle1.vfy
A verify_7.7.0\grc_nozzle9.vfy
A verify_7.7.0\jmr3a.vfy
A verify_7.7.0\jmr3b.vfy
A verify_7.7.0\jsc_config1.vfy
A verify_7.7.0\lander.vfy
A verify_7.7.0\lander_leg.vfy
A verify_7.7.0\partspanflap1.vfy
A verify_7.7.0\partspanflap2.vfy
A verify_7.7.0\spear0.vfy
A verify_7.7.0\spear1.vfy
A verify_7.7.0\tutorial1.vfy
A verify_7.7.0\tutorial2.vfy
A verify_7.7.0\tutorial3.vfy
A verify_7.7.0\tutorial4.vfy
A verify_7.7.0\tutorial5.vfy
A verify_7.7.0\wingbody.vfy
A ide
AU compare760and741
A tutorial6
A tutorial6\stub.py
A tutorial6\sizeWing.py
A tutorial6\model2b.csm
A tutorial6\model2c.csm
A tutorial6\tutorial6.txt
A tutorial6\bendWing.py
A tutorial6\conserveUpper.py
A tutorial6\interpolateUpper.py
A tutorial6\model1.csm
A tutorial6\model2a.csm
A tutorial6\model3.csm
A tutorial6\model4.csm
A tutorial6\model5.csm
A tutorial6\model5a.udc_orig
A tutorial6\model5b.udc
A tutorial6\optTaper.py
A tutorial6\viewBodys.py
A Gloves
A Gloves\transport00.csm
A Gloves\transport01.csm
A Gloves\transport02.csm
A Gloves\transport03.csm
A Gloves\transport04.csm
A verify_7.6.0
A verify_7.6.0\CE13_LDI_Combustor_Test_Section_1.vfy
A verify_7.6.0\CE13_LDI_Combustor_Test_Section_2.vfy
A verify_7.6.0\CRM_NACA.vfy
A verify_7.6.0\Carrera.vfy
A verify_7.6.0\GEM_year1a.vfy
A verify_7.6.0\GEM_year1b.vfy
A verify_7.6.0\GEM_year1c.vfy
A verify_7.6.0\GEM_year2.vfy
A verify_7.6.0\M85_modified.vfy
A verify_7.6.0\RM-10.vfy
A verify_7.6.0\X29.vfy
A verify_7.6.0\afrl_wing1.vfy
A verify_7.6.0\afrl_wing2.vfy
A verify_7.6.0\afrl_wing3.vfy
A verify_7.6.0\bottle.vfy
A verify_7.6.0\bottle2.vfy
A verify_7.6.0\controlarm.vfy
A verify_7.6.0\fighter1.vfy
A verify_7.6.0\fighter2.vfy
A verify_7.6.0\fighter3.vfy
A verify_7.6.0\fighter4.vfy
A verify_7.6.0\grc_nozzle1.vfy
A verify_7.6.0\grc_nozzle9.vfy
A verify_7.6.0\jmr3a.vfy
A verify_7.6.0\jmr3b.vfy
A verify_7.6.0\jsc_config1.vfy
A verify_7.6.0\lander.vfy
A verify_7.6.0\lander_leg.vfy
A verify_7.6.0\partspanflap1.vfy
A verify_7.6.0\partspanflap2.vfy
A verify_7.6.0\spear0.vfy
A verify_7.6.0\spear1.vfy
A verify_7.6.0\tutorial1.vfy
A verify_7.6.0\tutorial2.vfy
A verify_7.6.0\tutorial3.vfy
A verify_7.6.0\tutorial4.vfy
A verify_7.6.0\tutorial5.vfy
A verify_7.6.0\wingbody.vfy
A tutorial1.csm
A tutorial4.csm
A tutorial5.csm
A tutorial2.csm
A tutorial3.csm
A tutorial_sketch1.udc
A colors.dict
A X29.csm
A bottle.csm
A bottle2.csm
A CE13_LDI_Combustor_Test_Section_1.csm
A Parka
A Parka\block_combined.csm
A Parka\block_in.csm
A Parka\blockx_combined.csm
A Parka\blockx_in.csm
A Parka\blocky_combined.csm
A Parka\blocky_in.csm
A Parka\blockz_combined.csm
A Parka\blockz_in.csm
A Parka\parka1_combined.csm
A Parka\parka1_in.csm
A Parka\parka2_combined.csm
A Parka\parka2_in.csm
A CE13_LDI_Combustor_Test_Section_2.csm
A CRM_NACA.csm
A Carrera.csm
A GEM_year2.csm
A M85_modified.csm
A RM-10.csm
A afrl_wing1.csm
A controlarm.csm
A fighter2.csm
A fun3d
A fun3d\wingDemo.csm
AU fun3d\fdsurf.py
A fun3d\customDV.1
A fun3d\fun3d.nml
A fun3d\rubber.data
A fun3d\design.nml
A fun3d\README
A fun3d\command_line.options
A fun3d\writeFiles.dict
A fun3d\user_def_param_files.data
A fun3d\wingDemo.mapbc
AU fun3d\ocsm.sh
A partspanflap1.csm
A wingbody.csm
A Carrera.dat
A lander_leg.dat
A lander.dat
A jmr3a.dat
A jmr3b.dat
A GEM_year1.jnl
AU GEM_year1_sketches.pdf
A CE13_LDI_Combustor_Test_Section_1.STEP
A CE13_LDI_Combustor_Test_Section_2.STEP
U .
At revision 2472
Checking out a fresh workspace because C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc doesn't exist
Cleaning local Directory OpenCSM/trunk/udc
Checking out svn+ssh://acdl.mit.edu/home/svnroot/OpenCSM/trunk/udc at revision '2024-03-03T18:43:08.839 -0500'
Using sole credentials 3614a4cf-01de-4393-97de-73734b7dd5a2 in realm ‘svn+ssh://acdl.mit.edu’
Using sole credentials 3614a4cf-01de-4393-97de-73734b7dd5a2 in realm ‘svn+ssh://acdl.mit.edu’
A flapz.udc
A splitEdges.udc
A combine.udc
A replicate.udc
A wing.udc
A applyTparams.udc
A contains.udc
A overlaps.udc
A glovesFuse.udc
A glovesVtail.udc
A glovesWing.udc
A swap.udc
A viewAvl.udc
A gen_rot.udc
A viewSansLIP.udc
A viewSkinStructure.udc
A capsHeader.udc
A capsViews.udc
A viewAstros.udc
A viewConcept.udc
A viewMasstran.udc
A viewSu2Inviscid.udc
A viewSu2Viscous.udc
A duct.udc
A strut.udc
A wake.udc
A fuselage.udc
A popupz.udc
A biconvex.udc
A boxudc.udc
A spoilerz.udc
A diamond.udc
A expressions.udc
At revision 2472
Checking out a fresh workspace because C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\Jenkins doesn't exist
Cleaning local Directory OpenCSM/trunk/Jenkins
Checking out svn+ssh://acdl.mit.edu/home/svnroot/OpenCSM/trunk/Jenkins at revision '2024-03-03T18:43:08.839 -0500'
Using sole credentials 3614a4cf-01de-4393-97de-73734b7dd5a2 in realm ‘svn+ssh://acdl.mit.edu’
Using sole credentials 3614a4cf-01de-4393-97de-73734b7dd5a2 in realm ‘svn+ssh://acdl.mit.edu’
A Verification.sh
A VerificationCoverage.txt
At revision 2472
Checking out a fresh workspace because C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\pyOCSM doesn't exist
Cleaning local Directory OpenCSM/trunk/pyOCSM
Checking out svn+ssh://acdl.mit.edu/home/svnroot/OpenCSM/trunk/pyOCSM at revision '2024-03-03T18:43:08.839 -0500'
Using sole credentials 3614a4cf-01de-4393-97de-73734b7dd5a2 in realm ‘svn+ssh://acdl.mit.edu’
Using sole credentials 3614a4cf-01de-4393-97de-73734b7dd5a2 in realm ‘svn+ssh://acdl.mit.edu’
A pyOCSM
A pyOCSM\ocsm.py
A pyOCSM\esp.py
A pyOCSM\__init__.py
A testOCSM
A testOCSM\test_pyOCSM.py
A testOCSM\inline.csm
A testOCSM\sample.csm
A testOCSM\sample.dict
U .
At revision 2472
Using sole credentials 3614a4cf-01de-4393-97de-73734b7dd5a2 in realm ‘svn+ssh://acdl.mit.edu’
Using sole credentials 3614a4cf-01de-4393-97de-73734b7dd5a2 in realm ‘svn+ssh://acdl.mit.edu’
No changes for svn+ssh://acdl.mit.edu/home/svnroot/JenkinsESP since the previous build
Using sole credentials 3614a4cf-01de-4393-97de-73734b7dd5a2 in realm ‘svn+ssh://acdl.mit.edu’
Using sole credentials 3614a4cf-01de-4393-97de-73734b7dd5a2 in realm ‘svn+ssh://acdl.mit.edu’
Using sole credentials 3614a4cf-01de-4393-97de-73734b7dd5a2 in realm ‘svn+ssh://acdl.mit.edu’
Using sole credentials 3614a4cf-01de-4393-97de-73734b7dd5a2 in realm ‘svn+ssh://acdl.mit.edu’
No changes for svn+ssh://acdl.mit.edu/home/svnroot/OpenCSM/trunk/udc since the previous build
No changes for svn+ssh://acdl.mit.edu/home/svnroot/OpenCSM/trunk/Jenkins since the previous build
No changes for svn+ssh://acdl.mit.edu/home/svnroot/OpenCSM/trunk/pyOCSM since the previous build
[GitCheckoutListener] SCM 'hudson.scm.SubversionSCM' is not of type GitSCM
Run condition [Execution node ] enabling prebuild for step [Execute shell]
Run condition [Execution node ] enabling prebuild for step [Execute Windows batch command]
[Execution node] check if [windows10x64] is in [[macys, macys_VM, reynolds, viggen]]
Run condition [Execution node ] preventing perform for step [Execute shell]
[Execution node] check if [windows10x64] is in [[windows10x64]]
Run condition [Execution node ] enabling perform for step [Execute Windows batch command]
[WIN64.2019] $ cmd /c call C:\Users\jenkins\AppData\Local\Temp\jenkins9480195001833673982.bat
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>set NOCAPS=true
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>rmdir C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\data\Slugs /S /Q
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM Run regression tests
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>call C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\JenkinsESP\ESP_Regression.bat
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM set PATH=C:\MinGW\msys\1.0\bin;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\release\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\utils\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\intel64\vc_mt\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\ia32\vc_mt\;C:\Program Files\Common Files\Oracle\Java\javapath;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>set PATH=C:\msys64\usr\bin;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\release\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\utils\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\intel64\vc_mt\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\ia32\vc_mt\;C:\Program Files\Common Files\Oracle\Java\javapath;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM echo set WORKSPACE_BASH=C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>workspace.bat || exit /b 666
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM sleep 5
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM bash.exe -c "sed -i 's/\\\/\//g' workspace.bat" || exit /b 666
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM sleep 5
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM bash.exe -c "sed -i 's/C:/\/c/g' workspace.bat" || exit /b 666
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM sleep 5
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM bash.exe -c "sed -i 's/D:/\/d/g' workspace.bat" || exit /b 666
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM sleep 5
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM bash.exe -c "sed -i 's/[ \t]*$//' workspace.bat" || exit /b 666
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM sleep 5
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM call workspace.bat
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM Setup the environment
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>call C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\JenkinsESP\ESP_Env.bat
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>set AFLR_VERSION=11.5.9
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>set AFLR_ARCH=WIN64
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>set VSP_VERSION=3.34.0
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>set PYTHON_VERSION=3.11.6
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>set PYTHON_MINOR=11
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM Indicate that AWAVE should be compiled
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>set AWAVE=awavemod.f
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>set EMPnumProc=2
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM minimal output from CAPS by default
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>set CAPS_OUTLEVEL=0
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM --------------
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM Windows 7 Env
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows7x64 (
if WIN64.2019 == WIN64.2010 call "D:\Compilers\Microsoft Visual Studio 10.0\VC\vcvarsall.bat" x64
if WIN64.2019 == WIN64.2012 call "D:\Compilers\Microsoft Visual Studio 11.0\VC\vcvarsall.bat" x64
if WIN64.2019 == WIN64.2013 call "D:\Compilers\Microsoft Visual Studio 12.0\VC\vcvarsall.bat" x64
if WIN64.2019 == WIN64.2015 call "D:\Compilers\Microsoft Visual Studio 14.0\VC\vcvarsall.bat" x64
if WIN64.2019 == WIN64.2017 call "D:\Compilers\Microsoft Visual Studio\2017\Community\VC\Auxiliary\Build\vcvarsall.bat" x64
echo on
set PYTHONINC=D:\Anaconda2\include
set PYTHONLIB=D:\Anaconda2\libs\python27.lib
set CASROOT=D:\OpenCASCADE-7.6.1
set ESP_EXTERN_LIBS=D:\ESP_ExternLibs
)
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM AFLR
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows7x64 set AFLR=D:\AFLR\aflr_lib_11.5.9
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM astros
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM if windows10x64==windows7x64 set ASTROS_ROOT=D:\astros
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM if windows10x64==windows7x64 set PATH=;C:\msys64\usr\bin;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\release\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\utils\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\intel64\vc_mt\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\ia32\vc_mt\;C:\Program Files\Common Files\Oracle\Java\javapath;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM avl
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM if windows10x64==windows7x64 set PATH=D:\avl;C:\msys64\usr\bin;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\release\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\utils\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\intel64\vc_mt\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\ia32\vc_mt\;C:\Program Files\Common Files\Oracle\Java\javapath;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM delaundo
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows7x64 set PATH=D:\delaundo;C:\msys64\usr\bin;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\release\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\utils\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\intel64\vc_mt\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\ia32\vc_mt\;C:\Program Files\Common Files\Oracle\Java\javapath;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM IRIT
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM if windows10x64==windows7x64 set IRIT_LIB=D:\IRIT\irit-win\lib64
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM if windows10x64==windows7x64 set IRIT_INC=D:\IRIT\irit-sm
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM if windows10x64==windows7x64 set PATH=D:\IRIT\irit-win\ntbin64;C:\msys64\usr\bin;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\release\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\utils\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\intel64\vc_mt\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\ia32\vc_mt\;C:\Program Files\Common Files\Oracle\Java\javapath;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM mystran
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows7x64 set MYSTRAN_directory=D:\mystran\bin
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows7x64 set PATH=;C:\msys64\usr\bin;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\release\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\utils\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\intel64\vc_mt\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\ia32\vc_mt\;C:\Program Files\Common Files\Oracle\Java\javapath;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM SU2
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows7x64 set SU2_RUN=D:\SU2\SU2_Falcon\bin
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows7x64 set SU2_HOME=D:\SU2\SU2_Falcon
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows7x64 set PATH=;C:\msys64\usr\bin;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\release\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\utils\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\intel64\vc_mt\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\ia32\vc_mt\;C:\Program Files\Common Files\Oracle\Java\javapath;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows7x64 set PYTHONPATH=;
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM tetgen
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows7x64 set TETGEN=D:\tetgen\tetgen1.6.0
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM tsfoil
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows7x64 set PATH=D:\tsfoil;C:\msys64\usr\bin;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\release\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\utils\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\intel64\vc_mt\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\ia32\vc_mt\;C:\Program Files\Common Files\Oracle\Java\javapath;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM xfoil
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM if windows10x64==windows7x64 set PATH=D:\xfoil;C:\msys64\usr\bin;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\release\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\utils\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\intel64\vc_mt\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\ia32\vc_mt\;C:\Program Files\Common Files\Oracle\Java\javapath;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM Windows 7 Env END
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM --------------
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM --------------
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM Windows 10 Env
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows10x64 (
if WIN64.2019 == WIN64.2017 call "C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\VC\Auxiliary\Build\vcvarsall.bat" x64
if WIN64.2019 == WIN64.2019 call "C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\VC\Auxiliary\Build\vcvarsall.bat" x64
if WIN64.2019 == WIN64.2022 call "C:\Program Files\Microsoft Visual Studio\2022\Community\VC\Auxiliary\Build\vcvarsall.bat" x64
echo on
set PYTHONINC=C:\Users\jenkins\ESP_Python-3.11.6\include
set PYTHONLIB=C:\Users\jenkins\ESP_Python-3.11.6\libs\python311.lib
for / %D in ("C:\Users\jenkins\OpenCASCADE-7.6.*") do (set CASROOT=%D )
set ESP_EXTERN_LIBS=C:\Users\jenkins\ESP_ExternLibs
)
**********************************************************************
** Visual Studio 2019 Developer Command Prompt v16.11.32
** Copyright (c) 2021 Microsoft Corporation
**********************************************************************
[vcvarsall.bat] Environment initialized for: 'x64'
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>(set CASROOT=C:\Users\jenkins\OpenCASCADE-7.6.0 )
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows10x64 set PATH=C:\Users\jenkins\ESP_Python-3.11.6;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\\Extensions\Microsoft\IntelliCode\CLI;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\VC\Tools\MSVC\14.29.30133\bin\HostX64\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\VC\VCPackages;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\CommonExtensions\Microsoft\TestWindow;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\CommonExtensions\Microsoft\TeamFoundation\Team Explorer;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\MSBuild\Current\bin\Roslyn;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Team Tools\Performance Tools\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Team Tools\Performance Tools;C:\Program Files (x86)\Microsoft Visual Studio\Shared\Common\VSPerfCollectionTools\vs2019\\x64;C:\Program Files (x86)\Microsoft Visual Studio\Shared\Common\VSPerfCollectionTools\vs2019\;C:\Program Files (x86)\Microsoft SDKs\Windows\v10.0A\bin\NETFX 4.8 Tools\x64\;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\Tools\devinit;C:\Program Files (x86)\Windows Kits\10\bin\10.0.17763.0\x64;C:\Program Files (x86)\Windows Kits\10\bin\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\\MSBuild\Current\Bin;C:\Windows\Microsoft.NET\Framework64\v4.0.30319;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\Tools\;C:\msys64\usr\bin;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\release\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\utils\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\intel64\vc_mt\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\ia32\vc_mt\;C:\Program Files\Common Files\Oracle\Java\javapath;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows10x64 set PATH=C:\Users\jenkins\ESP_Python-3.11.6\Scripts;C:\Users\jenkins\ESP_Python-3.11.6;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\\Extensions\Microsoft\IntelliCode\CLI;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\VC\Tools\MSVC\14.29.30133\bin\HostX64\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\VC\VCPackages;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\CommonExtensions\Microsoft\TestWindow;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\CommonExtensions\Microsoft\TeamFoundation\Team Explorer;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\MSBuild\Current\bin\Roslyn;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Team Tools\Performance Tools\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Team Tools\Performance Tools;C:\Program Files (x86)\Microsoft Visual Studio\Shared\Common\VSPerfCollectionTools\vs2019\\x64;C:\Program Files (x86)\Microsoft Visual Studio\Shared\Common\VSPerfCollectionTools\vs2019\;C:\Program Files (x86)\Microsoft SDKs\Windows\v10.0A\bin\NETFX 4.8 Tools\x64\;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\Tools\devinit;C:\Program Files (x86)\Windows Kits\10\bin\10.0.17763.0\x64;C:\Program Files (x86)\Windows Kits\10\bin\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\\MSBuild\Current\Bin;C:\Windows\Microsoft.NET\Framework64\v4.0.30319;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\Tools\;C:\msys64\usr\bin;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\release\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\utils\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\intel64\vc_mt\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\ia32\vc_mt\;C:\Program Files\Common Files\Oracle\Java\javapath;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM AFLR
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows10x64 set AFLR=C:\Users\jenkins\AFLR\aflr_lib_11.5.9
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM astros
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM if windows10x64==windows10x64 set ASTROS_ROOT=C:\Users\jenkins\astros
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM if windows10x64==windows10x64 set PATH=;C:\Users\jenkins\ESP_Python-3.11.6\Scripts;C:\Users\jenkins\ESP_Python-3.11.6;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\\Extensions\Microsoft\IntelliCode\CLI;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\VC\Tools\MSVC\14.29.30133\bin\HostX64\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\VC\VCPackages;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\CommonExtensions\Microsoft\TestWindow;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\CommonExtensions\Microsoft\TeamFoundation\Team Explorer;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\MSBuild\Current\bin\Roslyn;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Team Tools\Performance Tools\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Team Tools\Performance Tools;C:\Program Files (x86)\Microsoft Visual Studio\Shared\Common\VSPerfCollectionTools\vs2019\\x64;C:\Program Files (x86)\Microsoft Visual Studio\Shared\Common\VSPerfCollectionTools\vs2019\;C:\Program Files (x86)\Microsoft SDKs\Windows\v10.0A\bin\NETFX 4.8 Tools\x64\;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\Tools\devinit;C:\Program Files (x86)\Windows Kits\10\bin\10.0.17763.0\x64;C:\Program Files (x86)\Windows Kits\10\bin\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\\MSBuild\Current\Bin;C:\Windows\Microsoft.NET\Framework64\v4.0.30319;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\Tools\;C:\msys64\usr\bin;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\release\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\utils\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\intel64\vc_mt\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\ia32\vc_mt\;C:\Program Files\Common Files\Oracle\Java\javapath;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM delaundo
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows10x64 set PATH=C:\Users\jenkins\delaundo;C:\Users\jenkins\ESP_Python-3.11.6\Scripts;C:\Users\jenkins\ESP_Python-3.11.6;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\\Extensions\Microsoft\IntelliCode\CLI;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\VC\Tools\MSVC\14.29.30133\bin\HostX64\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\VC\VCPackages;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\CommonExtensions\Microsoft\TestWindow;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\CommonExtensions\Microsoft\TeamFoundation\Team Explorer;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\MSBuild\Current\bin\Roslyn;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Team Tools\Performance Tools\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Team Tools\Performance Tools;C:\Program Files (x86)\Microsoft Visual Studio\Shared\Common\VSPerfCollectionTools\vs2019\\x64;C:\Program Files (x86)\Microsoft Visual Studio\Shared\Common\VSPerfCollectionTools\vs2019\;C:\Program Files (x86)\Microsoft SDKs\Windows\v10.0A\bin\NETFX 4.8 Tools\x64\;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\Tools\devinit;C:\Program Files (x86)\Windows Kits\10\bin\10.0.17763.0\x64;C:\Program Files (x86)\Windows Kits\10\bin\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\\MSBuild\Current\Bin;C:\Windows\Microsoft.NET\Framework64\v4.0.30319;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\Tools\;C:\msys64\usr\bin;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\release\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\utils\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\intel64\vc_mt\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\ia32\vc_mt\;C:\Program Files\Common Files\Oracle\Java\javapath;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM IRIT
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows10x64 set IRIT_LIB=C:\Users\jenkins\IRIT\irit-win\lib64
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows10x64 set IRIT_INC=C:\Users\jenkins\IRIT\irit-sm
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows10x64 set PATH=C:\Users\jenkins\IRIT\irit-win\ntbin64;C:\Users\jenkins\delaundo;C:\Users\jenkins\ESP_Python-3.11.6\Scripts;C:\Users\jenkins\ESP_Python-3.11.6;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\\Extensions\Microsoft\IntelliCode\CLI;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\VC\Tools\MSVC\14.29.30133\bin\HostX64\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\VC\VCPackages;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\CommonExtensions\Microsoft\TestWindow;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\CommonExtensions\Microsoft\TeamFoundation\Team Explorer;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\MSBuild\Current\bin\Roslyn;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Team Tools\Performance Tools\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Team Tools\Performance Tools;C:\Program Files (x86)\Microsoft Visual Studio\Shared\Common\VSPerfCollectionTools\vs2019\\x64;C:\Program Files (x86)\Microsoft Visual Studio\Shared\Common\VSPerfCollectionTools\vs2019\;C:\Program Files (x86)\Microsoft SDKs\Windows\v10.0A\bin\NETFX 4.8 Tools\x64\;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\Tools\devinit;C:\Program Files (x86)\Windows Kits\10\bin\10.0.17763.0\x64;C:\Program Files (x86)\Windows Kits\10\bin\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\\MSBuild\Current\Bin;C:\Windows\Microsoft.NET\Framework64\v4.0.30319;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\Tools\;C:\msys64\usr\bin;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\release\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\utils\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\intel64\vc_mt\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\ia32\vc_mt\;C:\Program Files\Common Files\Oracle\Java\javapath;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM OpenVSP
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>set VSP3_ROOT=C:\Users\jenkins\OpenVSP\OpenVSP-3.34.0-win64
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM tetgen
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows10x64 set TETGEN=C:\Users\jenkins\tetgen\tetgen1.6.0
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM mystran
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows10x64 set MYSTRAN_directory=C:\Users\jenkins\mystran\MYSTRAN_13.3A
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows10x64 set PATH=C:\Users\jenkins\mystran\MYSTRAN_13.3A;C:\Users\jenkins\IRIT\irit-win\ntbin64;C:\Users\jenkins\delaundo;C:\Users\jenkins\ESP_Python-3.11.6\Scripts;C:\Users\jenkins\ESP_Python-3.11.6;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\\Extensions\Microsoft\IntelliCode\CLI;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\VC\Tools\MSVC\14.29.30133\bin\HostX64\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\VC\VCPackages;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\CommonExtensions\Microsoft\TestWindow;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\CommonExtensions\Microsoft\TeamFoundation\Team Explorer;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\MSBuild\Current\bin\Roslyn;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Team Tools\Performance Tools\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Team Tools\Performance Tools;C:\Program Files (x86)\Microsoft Visual Studio\Shared\Common\VSPerfCollectionTools\vs2019\\x64;C:\Program Files (x86)\Microsoft Visual Studio\Shared\Common\VSPerfCollectionTools\vs2019\;C:\Program Files (x86)\Microsoft SDKs\Windows\v10.0A\bin\NETFX 4.8 Tools\x64\;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\Tools\devinit;C:\Program Files (x86)\Windows Kits\10\bin\10.0.17763.0\x64;C:\Program Files (x86)\Windows Kits\10\bin\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\\MSBuild\Current\Bin;C:\Windows\Microsoft.NET\Framework64\v4.0.30319;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\Tools\;C:\msys64\usr\bin;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\release\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\utils\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\intel64\vc_mt\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\ia32\vc_mt\;C:\Program Files\Common Files\Oracle\Java\javapath;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM SU2
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows10x64 set SU2_HOME=C:\Users\jenkins\SU2\SU2-v7.1.1
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows10x64 set SU2_RUN=C:\Users\jenkins\SU2\SU2-v7.1.1\bin
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows10x64 set PATH=C:\Users\jenkins\SU2\SU2-v7.1.1\bin;C:\Users\jenkins\mystran\MYSTRAN_13.3A;C:\Users\jenkins\IRIT\irit-win\ntbin64;C:\Users\jenkins\delaundo;C:\Users\jenkins\ESP_Python-3.11.6\Scripts;C:\Users\jenkins\ESP_Python-3.11.6;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\\Extensions\Microsoft\IntelliCode\CLI;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\VC\Tools\MSVC\14.29.30133\bin\HostX64\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\VC\VCPackages;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\CommonExtensions\Microsoft\TestWindow;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\CommonExtensions\Microsoft\TeamFoundation\Team Explorer;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\MSBuild\Current\bin\Roslyn;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Team Tools\Performance Tools\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Team Tools\Performance Tools;C:\Program Files (x86)\Microsoft Visual Studio\Shared\Common\VSPerfCollectionTools\vs2019\\x64;C:\Program Files (x86)\Microsoft Visual Studio\Shared\Common\VSPerfCollectionTools\vs2019\;C:\Program Files (x86)\Microsoft SDKs\Windows\v10.0A\bin\NETFX 4.8 Tools\x64\;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\Tools\devinit;C:\Program Files (x86)\Windows Kits\10\bin\10.0.17763.0\x64;C:\Program Files (x86)\Windows Kits\10\bin\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\\MSBuild\Current\Bin;C:\Windows\Microsoft.NET\Framework64\v4.0.30319;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\Tools\;C:\msys64\usr\bin;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\release\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\utils\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\intel64\vc_mt\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\ia32\vc_mt\;C:\Program Files\Common Files\Oracle\Java\javapath;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows10x64 set PYTHONPATH=;C:\Users\jenkins\SU2\SU2-v7.1.1\bin
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM tsfoil
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if windows10x64 == windows10x64 set PATH=C:\Users\jenkins\tsfoil;C:\Users\jenkins\SU2\SU2-v7.1.1\bin;C:\Users\jenkins\mystran\MYSTRAN_13.3A;C:\Users\jenkins\IRIT\irit-win\ntbin64;C:\Users\jenkins\delaundo;C:\Users\jenkins\ESP_Python-3.11.6\Scripts;C:\Users\jenkins\ESP_Python-3.11.6;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\\Extensions\Microsoft\IntelliCode\CLI;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\VC\Tools\MSVC\14.29.30133\bin\HostX64\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\VC\VCPackages;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\CommonExtensions\Microsoft\TestWindow;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\CommonExtensions\Microsoft\TeamFoundation\Team Explorer;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\MSBuild\Current\bin\Roslyn;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Team Tools\Performance Tools\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Team Tools\Performance Tools;C:\Program Files (x86)\Microsoft Visual Studio\Shared\Common\VSPerfCollectionTools\vs2019\\x64;C:\Program Files (x86)\Microsoft Visual Studio\Shared\Common\VSPerfCollectionTools\vs2019\;C:\Program Files (x86)\Microsoft SDKs\Windows\v10.0A\bin\NETFX 4.8 Tools\x64\;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\Tools\devinit;C:\Program Files (x86)\Windows Kits\10\bin\10.0.17763.0\x64;C:\Program Files (x86)\Windows Kits\10\bin\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\\MSBuild\Current\Bin;C:\Windows\Microsoft.NET\Framework64\v4.0.30319;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\Tools\;C:\msys64\usr\bin;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\release\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\utils\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\intel64\vc_mt\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\ia32\vc_mt\;C:\Program Files\Common Files\Oracle\Java\javapath;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM xfoil
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM if windows10x64==windows10x64 set PATH=C:\Users\jenkins\xfoil;C:\Users\jenkins\tsfoil;C:\Users\jenkins\SU2\SU2-v7.1.1\bin;C:\Users\jenkins\mystran\MYSTRAN_13.3A;C:\Users\jenkins\IRIT\irit-win\ntbin64;C:\Users\jenkins\delaundo;C:\Users\jenkins\ESP_Python-3.11.6\Scripts;C:\Users\jenkins\ESP_Python-3.11.6;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\\Extensions\Microsoft\IntelliCode\CLI;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\VC\Tools\MSVC\14.29.30133\bin\HostX64\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\VC\VCPackages;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\CommonExtensions\Microsoft\TestWindow;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\CommonExtensions\Microsoft\TeamFoundation\Team Explorer;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\MSBuild\Current\bin\Roslyn;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Team Tools\Performance Tools\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Team Tools\Performance Tools;C:\Program Files (x86)\Microsoft Visual Studio\Shared\Common\VSPerfCollectionTools\vs2019\\x64;C:\Program Files (x86)\Microsoft Visual Studio\Shared\Common\VSPerfCollectionTools\vs2019\;C:\Program Files (x86)\Microsoft SDKs\Windows\v10.0A\bin\NETFX 4.8 Tools\x64\;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\Tools\devinit;C:\Program Files (x86)\Windows Kits\10\bin\10.0.17763.0\x64;C:\Program Files (x86)\Windows Kits\10\bin\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\\MSBuild\Current\Bin;C:\Windows\Microsoft.NET\Framework64\v4.0.30319;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\Tools\;C:\msys64\usr\bin;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\release\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\utils\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\intel64\vc_mt\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\ia32\vc_mt\;C:\Program Files\Common Files\Oracle\Java\javapath;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM Windows 10 Env END
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM --------------
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM call "C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\em64t\bin\ifortvars.bat"
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>call "C:\Program Files (x86)\Intel\oneAPI\setvars.bat"
:: initializing oneAPI environment...
Initializing Visual Studio command-line environment...
Visual Studio version 16.11.32 environment configured.
"C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\"
Visual Studio command-line environment initialized for: 'x64'
: compiler -- latest
: debugger -- latest
: dpl -- latest
: mpi -- latest
: tbb -- latest
:: oneAPI environment initialized ::
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM Reverse engineer ESP_ARCH and MSVC
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if WIN64.2019 == WIN64.2017 set MSVC=2017
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if WIN64.2019 == WIN64.2019 set MSVC=2019
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if WIN64.2019 == WIN64.2022 set MSVC=2022
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if WIN64.2019 == WIN64.2017 set ESP_ARCH=WIN64
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if WIN64.2019 == WIN64.2019 set ESP_ARCH=WIN64
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if WIN64 == WIN64.2022 set ESP_ARCH=WIN64
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if 7.6 == 7.3 if WIN64 == WIN64 set CASARCH=win64\vc14
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if 7.6 == 7.4 if WIN64 == WIN64 set CASARCH=win64\vc14
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if 7.6 == 7.6 if WIN64 == WIN64 set CASARCH=win64\vc14
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if 7.6 == 7.7 if WIN64 == WIN64 set CASARCH=win64\vc14
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>set ESP_BLOC=C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>set ESP_ROOT=C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM data for OpenCSM verification
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>set CSMDATA=C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\data
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>set PATH=C:\Users\jenkins\OpenCASCADE-7.6.0\win64\vc14\bin;C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\bin;C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib;C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\test;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\env\..\redist\intel64\vc_mt;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\env\..\libfabric\bin\utils;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\env\..\libfabric\bin;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\env\..\bin\release;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\env\..\bin;C:\Program Files (x86)\Intel\oneAPI\debugger\latest\env\\..\gdb\intel64\bin;C:\Program Files (x86)\Intel\oneAPI\compiler\latest\windows\bin;C:\Program Files (x86)\Intel\oneAPI\compiler\latest\windows\lib;C:\Program Files (x86)\Intel\oneAPI\compiler\latest\windows\bin\intel64;C:\Program Files (x86)\Intel\oneAPI\compiler\latest\windows\redist\intel64_win\compiler;C:\Program Files (x86)\Intel\oneAPI\compiler\latest\windows\lib\oclfpga\host\windows64\bin;C:\Program Files (x86)\Intel\oneAPI\compiler\latest\windows\lib\oclfpga\bin;C:\Users\jenkins\tsfoil;C:\Users\jenkins\SU2\SU2-v7.1.1\bin;C:\Users\jenkins\mystran\MYSTRAN_13.3A;C:\Users\jenkins\IRIT\irit-win\ntbin64;C:\Users\jenkins\delaundo;C:\Users\jenkins\ESP_Python-3.11.6\Scripts;C:\Users\jenkins\ESP_Python-3.11.6;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\\Extensions\Microsoft\IntelliCode\CLI;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\VC\Tools\MSVC\14.29.30133\bin\HostX64\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\VC\VCPackages;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\CommonExtensions\Microsoft\TestWindow;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\CommonExtensions\Microsoft\TeamFoundation\Team Explorer;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\MSBuild\Current\bin\Roslyn;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Team Tools\Performance Tools\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Team Tools\Performance Tools;C:\Program Files (x86)\Microsoft Visual Studio\Shared\Common\VSPerfCollectionTools\vs2019\\x64;C:\Program Files (x86)\Microsoft Visual Studio\Shared\Common\VSPerfCollectionTools\vs2019\;C:\Program Files (x86)\Microsoft SDKs\Windows\v10.0A\bin\NETFX 4.8 Tools\x64\;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\Tools\devinit;C:\Program Files (x86)\Windows Kits\10\bin\10.0.17763.0\x64;C:\Program Files (x86)\Windows Kits\10\bin\x64;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\\MSBuild\Current\Bin;C:\Windows\Microsoft.NET\Framework64\v4.0.30319;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\IDE\;C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\Common7\Tools\;C:\msys64\usr\bin;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\bin\release\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\libfabric\bin\utils\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\intel64\vc_mt\;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\redist\ia32\vc_mt\;C:\Program Files\Common Files\Oracle\Java\javapath;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps;C:\Program Files (x86)\Intel\oneAPI\compiler\latest\windows\lib\ocloc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM set PYTHONPATH=C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib;;C:\Users\jenkins\SU2\SU2-v7.1.1\bin
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>set PYTHONPATH=C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\pyEGADS;;C:\Users\jenkins\SU2\SU2-v7.1.1\bin
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>set PYTHONPATH=C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\pyOCSM;C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\pyEGADS;;C:\Users\jenkins\SU2\SU2-v7.1.1\bin
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>set PYTHONPATH=C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\CAPS\pyCAPS;C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\pyOCSM;C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\pyEGADS;;C:\Users\jenkins\SU2\SU2-v7.1.1\bin
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM dissable python stdout buffering
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>set PYTHONUNBUFFERED=true
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM https://docs.python.org/3/using/cmdline.html#envvar-PYTHONFAULTHANDLER
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>set PYTHONFAULTHANDLER=true
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>set UDUNITS2_XML_PATH=C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\udunits\udunits2.xml
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>exit /b 0
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>if 0 NEQ 0 exit /b 666
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM ESP build from repository
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>call C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\JenkinsESP\ESPbfr.bat
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM Untar the build directories
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>cd C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>"C:\Program Files\7-Zip\7z.exe" e C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\JenkinsESP\ESPbfr.tgz || exit /b 666
7-Zip [64] 15.14 : Copyright (c) 1999-2015 Igor Pavlov : 2015-12-31
Scanning the drive for archives:
1 file, 42058155 bytes (41 MiB)
Extracting archive: C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\JenkinsESP\ESPbfr.tgz
--
Path = C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\JenkinsESP\ESPbfr.tgz
Type = gzip
Headers Size = 10
Everything is Ok
Size: 174295040
Compressed: 42058155
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>"C:\Program Files\7-Zip\7z.exe" x C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESPbfr.tar -x!*\DARWIN64\ || exit /b 666
7-Zip [64] 15.14 : Copyright (c) 1999-2015 Igor Pavlov : 2015-12-31
Scanning the drive for archives:
1 file, 174295040 bytes (167 MiB)
Extracting archive: C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESPbfr.tar
--
Path = C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESPbfr.tar
Type = tar
Physical Size = 174295040
Headers Size = 129024
Code Page = UTF-8
Everything is Ok
Folders: 40
Files: 144
Size: 150070041
Compressed: 174295040
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM setup python virtualenv
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>virtualenv C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\venv || exit /b 666
created virtual environment CPython3.11.6.final.0-64 in 5828ms
creator CPython3Windows(dest=C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\venv, clear=False, no_vcs_ignore=False, global=False)
seeder FromAppData(download=False, pip=bundle, setuptools=bundle, wheel=bundle, via=copy, app_data_dir=C:\Users\jenkins\AppData\Local\pypa\virtualenv)
added seed packages: pip==24.0, setuptools==69.0.3, wheel==0.42.0
activators BashActivator,BatchActivator,FishActivator,NushellActivator,PowerShellActivator,PythonActivator
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>call C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\venv\Scripts\activate.bat || exit /b 666
(venv) C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>REM sleep random time so the install from multiple jobs is not simultaneous
(venv) C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\venv\Scripts\python -c "import time; import random; time.sleep(random.randint(1,40))"
(venv) C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>call :pip_install pip
(venv) C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>set counter=0
(venv) C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\venv\Scripts\python -m pip install --only-binary all -U pip
Requirement already satisfied: pip in c:\users\jenkins\workspace\esp_regocsm\7.6\senscsm\tess\win64.2019\esp\venv\lib\site-packages (24.0)
(venv) C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\venv\Scripts\python -m pip install --only-binary all -U f90nml
Collecting f90nml
Using cached f90nml-1.4.4-py2.py3-none-any.whl.metadata (6.0 kB)
Using cached f90nml-1.4.4-py2.py3-none-any.whl (32 kB)
Installing collected packages: f90nml
Successfully installed f90nml-1.4.4
(venv) C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\venv\Scripts\python -m pip install --only-binary all -U openmdao
Collecting openmdao
Using cached openmdao-3.30.0-py3-none-any.whl
Collecting networkx>=2.0 (from openmdao)
Using cached networkx-3.2.1-py3-none-any.whl.metadata (5.2 kB)
Collecting numpy (from openmdao)
Using cached numpy-1.26.4-cp311-cp311-win_amd64.whl.metadata (61 kB)
Collecting scipy (from openmdao)
Using cached scipy-1.12.0-cp311-cp311-win_amd64.whl.metadata (60 kB)
Collecting requests (from openmdao)
Using cached requests-2.31.0-py3-none-any.whl.metadata (4.6 kB)
Collecting packaging (from openmdao)
Using cached packaging-23.2-py3-none-any.whl.metadata (3.2 kB)
Collecting charset-normalizer<4,>=2 (from requests->openmdao)
Using cached charset_normalizer-3.3.2-cp311-cp311-win_amd64.whl.metadata (34 kB)
Collecting idna<4,>=2.5 (from requests->openmdao)
Using cached idna-3.6-py3-none-any.whl.metadata (9.9 kB)
Collecting urllib3<3,>=1.21.1 (from requests->openmdao)
Using cached urllib3-2.2.1-py3-none-any.whl.metadata (6.4 kB)
Collecting certifi>=2017.4.17 (from requests->openmdao)
Using cached certifi-2024.2.2-py3-none-any.whl.metadata (2.2 kB)
Using cached networkx-3.2.1-py3-none-any.whl (1.6 MB)
Using cached numpy-1.26.4-cp311-cp311-win_amd64.whl (15.8 MB)
Using cached packaging-23.2-py3-none-any.whl (53 kB)
Using cached requests-2.31.0-py3-none-any.whl (62 kB)
Using cached scipy-1.12.0-cp311-cp311-win_amd64.whl (46.2 MB)
Using cached certifi-2024.2.2-py3-none-any.whl (163 kB)
Using cached charset_normalizer-3.3.2-cp311-cp311-win_amd64.whl (99 kB)
Using cached idna-3.6-py3-none-any.whl (61 kB)
Using cached urllib3-2.2.1-py3-none-any.whl (121 kB)
Installing collected packages: urllib3, packaging, numpy, networkx, idna, charset-normalizer, certifi, scipy, requests, openmdao
Successfully installed certifi-2024.2.2 charset-normalizer-3.3.2 idna-3.6 networkx-3.2.1 numpy-1.26.4 openmdao-3.30.0 packaging-23.2 requests-2.31.0 scipy-1.12.0 urllib3-2.2.1
(venv) C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\venv\Scripts\python -m pip install --only-binary all -U numpy
Requirement already satisfied: numpy in c:\users\jenkins\workspace\esp_regocsm\7.6\senscsm\tess\win64.2019\esp\venv\lib\site-packages (1.26.4)
(venv) C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\venv\Scripts\python -m pip install --only-binary all -U cvxopt
Collecting cvxopt
Using cached cvxopt-1.3.2-cp311-cp311-win_amd64.whl.metadata (1.4 kB)
Using cached cvxopt-1.3.2-cp311-cp311-win_amd64.whl (12.8 MB)
Installing collected packages: cvxopt
Successfully installed cvxopt-1.3.2
(venv) C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\venv\Scripts\python -m pip install --only-binary all -U dill
Collecting dill
Using cached dill-0.3.8-py3-none-any.whl.metadata (10 kB)
Using cached dill-0.3.8-py3-none-any.whl (116 kB)
Installing collected packages: dill
Successfully installed dill-0.3.8
(venv) C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\venv\Scripts\python -m pip install --only-binary all -U packaging
Requirement already satisfied: packaging in c:\users\jenkins\workspace\esp_regocsm\7.6\senscsm\tess\win64.2019\esp\venv\lib\site-packages (23.2)
(venv) C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\venv\Scripts\python -m pip install --only-binary all -U matplotlib
Collecting matplotlib
Using cached matplotlib-3.8.3-cp311-cp311-win_amd64.whl.metadata (5.9 kB)
Collecting contourpy>=1.0.1 (from matplotlib)
Using cached contourpy-1.2.0-cp311-cp311-win_amd64.whl.metadata (5.8 kB)
Collecting cycler>=0.10 (from matplotlib)
Using cached cycler-0.12.1-py3-none-any.whl.metadata (3.8 kB)
Collecting fonttools>=4.22.0 (from matplotlib)
Using cached fonttools-4.49.0-cp311-cp311-win_amd64.whl.metadata (162 kB)
Collecting kiwisolver>=1.3.1 (from matplotlib)
Using cached kiwisolver-1.4.5-cp311-cp311-win_amd64.whl.metadata (6.5 kB)
Requirement already satisfied: numpy<2,>=1.21 in c:\users\jenkins\workspace\esp_regocsm\7.6\senscsm\tess\win64.2019\esp\venv\lib\site-packages (from matplotlib) (1.26.4)
Requirement already satisfied: packaging>=20.0 in c:\users\jenkins\workspace\esp_regocsm\7.6\senscsm\tess\win64.2019\esp\venv\lib\site-packages (from matplotlib) (23.2)
Collecting pillow>=8 (from matplotlib)
Using cached pillow-10.2.0-cp311-cp311-win_amd64.whl.metadata (9.9 kB)
Collecting pyparsing>=2.3.1 (from matplotlib)
Using cached pyparsing-3.1.1-py3-none-any.whl.metadata (5.1 kB)
Collecting python-dateutil>=2.7 (from matplotlib)
Using cached python_dateutil-2.9.0.post0-py2.py3-none-any.whl.metadata (8.4 kB)
Collecting six>=1.5 (from python-dateutil>=2.7->matplotlib)
Using cached six-1.16.0-py2.py3-none-any.whl.metadata (1.8 kB)
Using cached matplotlib-3.8.3-cp311-cp311-win_amd64.whl (7.6 MB)
Using cached contourpy-1.2.0-cp311-cp311-win_amd64.whl (187 kB)
Using cached cycler-0.12.1-py3-none-any.whl (8.3 kB)
Using cached fonttools-4.49.0-cp311-cp311-win_amd64.whl (2.2 MB)
Using cached kiwisolver-1.4.5-cp311-cp311-win_amd64.whl (56 kB)
Using cached pillow-10.2.0-cp311-cp311-win_amd64.whl (2.6 MB)
Using cached pyparsing-3.1.1-py3-none-any.whl (103 kB)
Using cached python_dateutil-2.9.0.post0-py2.py3-none-any.whl (229 kB)
Using cached six-1.16.0-py2.py3-none-any.whl (11 kB)
Installing collected packages: six, pyparsing, pillow, kiwisolver, fonttools, cycler, contourpy, python-dateutil, matplotlib
Successfully installed contourpy-1.2.0 cycler-0.12.1 fonttools-4.49.0 kiwisolver-1.4.5 matplotlib-3.8.3 pillow-10.2.0 pyparsing-3.1.1 python-dateutil-2.9.0.post0 six-1.16.0
(venv) C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019>C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\venv\Scripts\python -m pip install --only-binary all -U scipy
Requirement already satisfied: scipy in c:\users\jenkins\workspace\esp_regocsm\7.6\senscsm\tess\win64.2019\esp\venv\lib\site-packages (1.12.0)
Requirement already satisfied: numpy<1.29.0,>=1.22.4 in c:\users\jenkins\workspace\esp_regocsm\7.6\senscsm\tess\win64.2019\esp\venv\lib\site-packages (from scipy) (1.26.4)
The system cannot find the path specified.
3 File(s) copied
Compiling EGADS
Microsoft (R) Program Maintenance Utility Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
cd C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\*.c /Q /Y
24 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\*.cpp /Q /Y
9 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\*.h /Q /Y
7 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\*.rc /Q /Y
1 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\*.def /Q /Y
1 File(s) copied
mkdir OCC
cd OCC
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\OCC /S /Q /Y
14 File(s) copied
cd ..
mkdir Surreal
cd Surreal
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\Surreal /S /Q /Y
7 File(s) copied
cd ..
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\util\emp.c /Q /Y
1 File(s) copied
copy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\util\evaluate.c evaluate.cpp /Y
1 file(s) copied.
copy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\util\rational.c rational.cpp /Y
1 file(s) copied.
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\util\regQuads.c /Q /Y
1 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\util\regQuads.h /Q /Y
1 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\util\Surreal*_btest.cpp /Q /Y
4 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\util\uvmap\uvmap_struct.h /Q /Y
1 File(s) copied
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\WIN64.2019
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\WIN64.2019
copy /Y C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include\WIN64.2019 C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\WIN64.2019
1 file(s) copied.
cl /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE SurrealD1_btest.cpp /FeC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\SurrealD1.exe
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
SurrealD1_btest.cpp
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
/out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\SurrealD1.exe
SurrealD1_btest.obj
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\SurrealD1
SurrealD1_test_suite Complete!
cl /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE SurrealD4_btest.cpp /FeC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\SurrealD4.exe
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
SurrealD4_btest.cpp
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
/out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\SurrealD4.exe
SurrealD4_btest.obj
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\SurrealD4
SurrealD4_test_suite Complete!
cl /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE SurrealS1_btest.cpp /FeC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\SurrealS1.exe
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
SurrealS1_btest.cpp
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
/out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\SurrealS1.exe
SurrealS1_btest.obj
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\SurrealS1
SurrealS1_test_suite Complete!
cl /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE SurrealS4_btest.cpp /FeC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\SurrealS4.exe
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
SurrealS4_btest.cpp
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
/out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\SurrealS4.exe
SurrealS4_btest.obj
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\SurrealS4
SurrealS4_test_suite Complete!
cd C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\util
nmake -f NMakefile
Microsoft (R) Program Maintenance Utility Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap uvmap\main\uvmap.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\EG_uvmapFindUV.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
EG_uvmapFindUV.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\EG_uvmapGen.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
EG_uvmapGen.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\EG_uvmapStructFree.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
EG_uvmapStructFree.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_chk_edge_ratio.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_chk_edge_ratio.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\EG_uvmap_Read.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
EG_uvmap_Read.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\EG_uvmap_Write.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
EG_uvmap_Write.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\EG_uvmapTest.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
EG_uvmapTest.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_test.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_test.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_add.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_add.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_bnd_adj.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_bnd_adj.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_chk_area_uv.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_chk_area_uv.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_cpu_message.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_cpu_message.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_find_uv.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_find_uv.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_from_egads.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_from_egads.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_gen.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_gen.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_gen_uv.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_gen_uv.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_ibeibe.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_ibeibe.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_ibfibf.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_ibfibf.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_ibfin.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_ibfin.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_iccibe.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_iccibe.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_iccin.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_iccin.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_idibe.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_idibe.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_inibe.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_inibe.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_inl_uv_bnd.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_inl_uv_bnd.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_malloc.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_malloc.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_mben_disc.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_mben_disc.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_message.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_message.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_norm_uv.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_norm_uv.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_read.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_read.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_solve.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_solve.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_struct_tasks.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_struct_tasks.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_to_egads.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_to_egads.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_version.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_version.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ uvmap\uvmap_write.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uvmap_write.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /Iuvmap\. egadsUVmap.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\egadsUVmap.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsUVmap.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\uvmap.lib
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\uvmap.lib
cd C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj
lib /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\uvmap.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\egadsUVmap.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\EG_uvmapFindUV.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\EG_uvmapGen.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\EG_uvmapStructFree.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_chk_edge_ratio.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\EG_uvmap_Read.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\EG_uvmap_Write.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\EG_uvmapTest.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_test.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_add.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_bnd_adj.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_chk_area_uv.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_cpu_message.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_find_uv.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_from_egads.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_gen.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_gen_uv.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_ibeibe.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_ibfibf.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_ibfin.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_iccibe.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_iccin.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_idibe.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_inibe.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_inl_uv_bnd.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_malloc.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_mben_disc.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_message.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_norm_uv.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_read.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_solve.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_struct_tasks.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_to_egads.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_version.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap_write.obj
Microsoft (R) Library Manager Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
cd C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\util
cl /FeC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\test\uvmap.exe C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib uvmap.lib
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
/out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\test\uvmap.exe
/LIBPATH:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib
uvmap.lib
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\uvmap.obj
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\test\umap.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\test\umap.exe;1
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\test\umap.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\test\umap.exe;1
cd C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj
cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IOCC /IC:\Users\jenkins\OpenCASCADE-7.6.0\inc /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include egadsGeom.cpp
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsGeom.cpp
cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IOCC /IC:\Users\jenkins\OpenCASCADE-7.6.0\inc /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include egadsHLevel.cpp
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsHLevel.cpp
cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IOCC /IC:\Users\jenkins\OpenCASCADE-7.6.0\inc /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include egadsTopo.cpp
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsTopo.cpp
cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IOCC /IC:\Users\jenkins\OpenCASCADE-7.6.0\inc /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include egadsCopy.cpp
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsCopy.cpp
cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IOCC /IC:\Users\jenkins\OpenCASCADE-7.6.0\inc /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include egadsIO.cpp
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsIO.cpp
cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IOCC /IC:\Users\jenkins\OpenCASCADE-7.6.0\inc /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include egadsSplineFit.cpp
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsSplineFit.cpp
cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IOCC /IC:\Users\jenkins\OpenCASCADE-7.6.0\inc /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include egadsSpline.cpp
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsSpline.cpp
cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IOCC /IC:\Users\jenkins\OpenCASCADE-7.6.0\inc /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include egadsTessSens.cpp
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsTessSens.cpp
cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IOCC /IC:\Users\jenkins\OpenCASCADE-7.6.0\inc /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include egadsSkinning.cpp
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsSkinning.cpp
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsBase.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsBase.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsMemory.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsMemory.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsAttrs.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsAttrs.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsTessInp.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsTessInp.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsTess.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsTess.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsTris.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsTris.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsQuads.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsQuads.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsRobust.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsRobust.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsSBO.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsSBO.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsFit.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsFit.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap prmCfit.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
prmCfit.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap prmGrid.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
prmGrid.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap prmUV.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
prmUV.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsExport.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsExport.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsSolids.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsSolids.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsEffect.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsEffect.c
cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IOCC /IC:\Users\jenkins\OpenCASCADE-7.6.0\inc /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include OCC\BRepLib_FuseEdges.cpp
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
BRepLib_FuseEdges.cpp
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include emp.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
emp.c
cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IOCC /IC:\Users\jenkins\OpenCASCADE-7.6.0\inc /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include /I. evaluate.cpp
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
evaluate.cpp
cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 rational.cpp
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
rational.cpp
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include /I. regQuads.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
regQuads.c
rc egads
Microsoft (R) Windows (R) Resource Compiler Version 10.0.10011.16384
Copyright (C) Microsoft Corporation. All rights reserved.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.dll /dll /def:egads.def egadsGeom.obj egadsHLevel.obj egadsTopo.obj egadsCopy.obj egadsIO.obj egadsSplineFit.obj egadsSpline.obj egadsTessSens.obj egadsSkinning.obj egadsBase.obj egadsMemory.obj egadsAttrs.obj egadsTessInp.obj egadsTess.obj egadsTris.obj egadsQuads.obj egadsRobust.obj egadsSBO.obj egadsFit.obj prmCfit.obj prmGrid.obj prmUV.obj egadsExport.obj egadsSolids.obj egadsEffect.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\BRepLib_FuseEdges.obj emp.obj evaluate.obj rational.obj regQuads.obj egads.res C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\uvmap.lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.6.0\win64\vc14\lib TKBool.lib TKernel.lib TKFeat.lib TKBO.lib TKGeomAlgo.lib TKMath.lib TKOffset.lib TKPrim.lib TKTopAlgo.lib TKBRep.lib TKG2d.lib TKG3d.lib TKGeomBase.lib TKShHealing.lib TKSTEP.lib TKSTEP209.lib TKSTEPBase.lib TKSTEPAttr.lib TKXSBase.lib TKIGES.lib TKFillet.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.dll;2
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egadstatic.lib
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egadstatic.lib
lib /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egadstatic.lib egadsBase.obj egadsMemory.obj egadsAttrs.obj egadsTessInp.obj egadsTess.obj egadsTris.obj egadsQuads.obj egadsRobust.obj egadsSBO.obj egadsFit.obj prmCfit.obj prmGrid.obj prmUV.obj egadsExport.obj egadsSolids.obj egadsEffect.obj egadsGeom.obj egadsHLevel.obj egadsTopo.obj egadsCopy.obj egadsIO.obj egadsSplineFit.obj egadsSpline.obj egadsTessSens.obj egadsSkinning.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\BRepLib_FuseEdges.obj emp.obj evaluate.obj rational.obj regQuads.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\uvmap.lib
Microsoft (R) Library Manager Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include fgadsBase.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
fgadsBase.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include fgadsMemory.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
fgadsMemory.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include fgadsAttrs.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
fgadsAttrs.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include fgadsTess.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
fgadsTess.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include fgadsGeom.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
fgadsGeom.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include fgadsHLevel.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
fgadsHLevel.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include fgadsTopo.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
fgadsTopo.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\fgads.lib
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\fgads.lib
lib /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\fgads.lib fgadsBase.obj fgadsMemory.obj fgadsAttrs.obj fgadsTess.obj fgadsGeom.obj fgadsHLevel.obj fgadsTopo.obj
Microsoft (R) Library Manager Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\emp.lib
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\emp.lib
lib /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\emp.lib emp.obj
Microsoft (R) Library Manager Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egads.h
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egads.h
copy /Y C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include\egads.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egads.h
1 file(s) copied.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egads_dot.h
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egads_dot.h
copy /Y C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include\egads_dot.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egads_dot.h
1 file(s) copied.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egads.inc
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egads.inc
copy /Y C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include\egads.inc C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egads.inc
1 file(s) copied.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egadsErrors.h
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egadsErrors.h
copy /Y C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include\egadsErrors.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egadsErrors.h
1 file(s) copied.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egadsTypes.h
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egadsTypes.h
copy /Y C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include\egadsTypes.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egadsTypes.h
1 file(s) copied.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\emp.h
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\emp.h
copy /Y C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include\emp.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\emp.h
1 file(s) copied.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\prm.h
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\prm.h
copy /Y C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include\prm.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\prm.h
1 file(s) copied.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\wsserver.h
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\wsserver.h
copy /Y C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include\wsserver.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\wsserver.h
1 file(s) copied.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\wsserver.inc
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\wsserver.inc
copy /Y C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include\wsserver.inc C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\wsserver.inc
1 file(s) copied.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\wsss.h
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\wsss.h
copy /Y C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include\wsss.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\wsss.h
1 file(s) copied.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egadsTris.h
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egadsTris.h
copy /Y egadsTris.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egadsTris.h
1 file(s) copied.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egadsSplineFit.h
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egadsSplineFit.h
copy /Y egadsSplineFit.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egadsSplineFit.h
1 file(s) copied.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egadsSplineVels.h
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egadsSplineVels.h
copy /Y egadsSplineVels.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egadsSplineVels.h
1 file(s) copied.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egadsf90.inc
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egadsf90.inc
copy /Y C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src\..\include\egadsf90.inc C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egadsf90.inc
1 file(s) copied.
copy /Y Surreal\SurrealD.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\Surreal\SurrealD.h
1 file(s) copied.
copy /B C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\Surreal\SurrealD.h+,, C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\Surreal\SurrealD.h
1 file(s) copied.
copy /Y Surreal\SurrealD_Lazy.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\Surreal\SurrealD_Lazy.h
1 file(s) copied.
copy /B C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\Surreal\SurrealD_Lazy.h+,, C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\Surreal\SurrealD_Lazy.h
1 file(s) copied.
copy /Y Surreal\SurrealD_Trad.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\Surreal\SurrealD_Trad.h
1 file(s) copied.
copy /B C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\Surreal\SurrealD_Trad.h+,, C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\Surreal\SurrealD_Trad.h
1 file(s) copied.
copy /Y Surreal\SurrealS.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\Surreal\SurrealS.h
1 file(s) copied.
copy /B C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\Surreal\SurrealS.h+,, C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\Surreal\SurrealS.h
1 file(s) copied.
copy /Y Surreal\SurrealS_Lazy.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\Surreal\SurrealS_Lazy.h
1 file(s) copied.
copy /B C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\Surreal\SurrealS_Lazy.h+,, C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\Surreal\SurrealS_Lazy.h
1 file(s) copied.
copy /Y Surreal\SurrealS_Trad.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\Surreal\SurrealS_Trad.h
1 file(s) copied.
copy /B C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\Surreal\SurrealS_Trad.h+,, C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\Surreal\SurrealS_Trad.h
1 file(s) copied.
copy /Y Surreal\always_inline.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\Surreal\always_inline.h
1 file(s) copied.
copy /B C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\Surreal\always_inline.h+,, C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\Surreal\always_inline.h
1 file(s) copied.
del *.cpp *.c *.h *.rc *def *.manifest
del OCC\* /Q
rmdir OCC
del Surreal\* /Q
rmdir Surreal
cd C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\src
Makefile NMakefile OCC Surreal egads.def egads.rc egadsAttrs.c egadsBase.c egadsClasses.h egadsCopy.cpp egadsEffect.c egadsExport.c egadsFit.c egadsGeom.cpp egadsHLevel.cpp egadsIO.cpp egadsInternals.h egadsMemory.c egadsOCC.h egadsQuads.c egadsRobust.c egadsSBO.c egadsSkinning.cpp egadsSolids.c egadsSpline.cpp egadsSplineFit.cpp egadsSplineFit.h egadsSplineVels.h egadsStack.h egadsTess.c egadsTessInp.c egadsTessSens.cpp egadsTopo.cpp egadsTris.c egadsTris.h elint fgadsAttrs.c fgadsBase.c fgadsGeom.c fgadsHLevel.c fgadsMemory.c fgadsTess.c fgadsTopo.c fgv.c flint make.bat prmCfit.c prmGrid.c prmUV.c EGADS Build Complete! Makefile NMakefile OCC Surreal egads.def egads.rc egadsAttrs.c egadsBase.c egadsClasses.h egadsCopy.cpp egadsEffect.c egadsExport.c egadsFit.c egadsGeom.cpp egadsHLevel.cpp egadsIO.cpp egadsInternals.h egadsMemory.c egadsOCC.h egadsQuads.c egadsRobust.c egadsSBO.c egadsSkinning.cpp egadsSolids.c egadsSpline.cpp egadsSplineFit.cpp egadsSplineFit.h egadsSplineVels.h egadsStack.h egadsTess.c egadsTessInp.c egadsTessSens.cpp egadsTopo.cpp egadsTris.c egadsTris.h elint fgadsAttrs.c fgadsBase.c fgadsGeom.c fgadsHLevel.c fgadsMemory.c fgadsTess.c fgadsTopo.c fgv.c flint make.bat prmCfit.c prmGrid.c prmUV.c
Compiling EGADS wvServer
Microsoft (R) Program Maintenance Utility Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
cd C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\*.c /Q /Y
16 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\*.cpp /Q /Y
1 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\*.h /Q /Y
4 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\*.def /Q /Y
1 File(s) copied
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /D_UNICODE /DUNICODE /DSTANDALONE /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\winhelpers /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\win32helpers server.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\servertest.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
server.c
cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /D_UNICODE /DUNICODE map.cpp /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\map.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
map.cpp
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\zlib gettimeofday.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
gettimeofday.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\zlib websock-w32.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
websock-w32.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\zlib base64-decode.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
base64-decode.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\zlib handshake.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
handshake.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\zlib client-handshake.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
client-handshake.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\zlib libwebsockets.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
libwebsockets.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\zlib extension-deflate-stream.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
extension-deflate-stream.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\zlib md5.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
md5.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\zlib extension-x-google-mux.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
extension-x-google-mux.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\zlib parsers.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
parsers.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\zlib extension.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
extension.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\zlib sha-1.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
sha-1.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\zlib browserMessage.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
browserMessage.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\zlib server.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
server.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\zlib wv.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
wv.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /D_UNICODE /DUNICODE /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\win32helpers fwv.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\fwv.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
fwv.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\wsservers.lib
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\wsservers.lib
lib /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\wsservers.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\map.obj gettimeofday.obj websock-w32.obj base64-decode.obj handshake.obj client-handshake.obj libwebsockets.obj extension-deflate-stream.obj md5.obj extension-x-google-mux.obj parsers.obj extension.obj sha-1.obj browserMessage.obj server.obj wv.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\fwv.obj
Microsoft (R) Library Manager Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
cd C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\zlib
nmake -f NMakefile
Microsoft (R) Program Maintenance Utility Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
cd C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\zlib\*.c /Q /Y
15 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\zlib\*.h /Q /Y
11 File(s) copied
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. adler32.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
adler32.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. gzclose.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
gzclose.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. gzwrite.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
gzwrite.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. inftrees.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
inftrees.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. compress.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
compress.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. infback.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
infback.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. trees.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
trees.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. crc32.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
crc32.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. gzlib.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
gzlib.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. inffast.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
inffast.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. uncompr.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
uncompr.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. deflate.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
deflate.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. gzread.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
gzread.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. inflate.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
inflate.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. zutil.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
zutil.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\z.lib
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\z.lib
lib /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\z.lib adler32.obj gzclose.obj gzwrite.obj inftrees.obj compress.obj infback.obj trees.obj crc32.obj gzlib.obj inffast.obj uncompr.obj deflate.obj gzread.obj inflate.obj zutil.obj
Microsoft (R) Library Manager Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
del *.c *.h
cd C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer\zlib
cd C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj
cl /FeC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\test\server.exe C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\servertest.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\wsservers.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\z.lib ws2_32.lib
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
/out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\test\server.exe
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\servertest.obj
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\wsservers.lib
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\z.lib
ws2_32.lib
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\test\server.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\test\server.exe;1
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\test\server.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\test\server.exe;1
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\wsserver.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\wsserver.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\wsserver.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\wsserver.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\wsserver.dll /dll /def:wsserver.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\map.obj gettimeofday.obj websock-w32.obj base64-decode.obj handshake.obj client-handshake.obj libwebsockets.obj extension-deflate-stream.obj md5.obj extension-x-google-mux.obj parsers.obj extension.obj sha-1.obj browserMessage.obj server.obj wv.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\z.lib ws2_32.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\wsserver.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\wsserver.exp
del *.c *.h
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\*.c
cd C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\wvServer
Compiling EGADS lite
Microsoft (R) Program Maintenance Utility Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
cd C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\*.c /Q /Y
23 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\*.h /Q /Y
6 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\*.rc /Q /Y
1 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\*.def /Q /Y
1 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\src\*.h /Q /Y
7 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\src\egadsTess.c /Q /Y
1 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\src\egadsTris.c /Q /Y
1 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\src\egadsQuads.c /Q /Y
1 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\src\egadsTessInp.c /Q /Y
1 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\src\egadsRobust.c /Q /Y
1 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\src\egadsEffect.c /Q /Y
1 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\util\emp.c /Q /Y
1 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\util\evaluate.c /Q /Y
1 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\util\rational.c /Q /Y
1 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\util\regQuads.c /Q /Y
1 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\util\regQuads.h /Q /Y
1 File(s) copied
xcopy C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\util\uvmap\uvmap_struct.h /Q /Y
1 File(s) copied
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\src /I..\util\uvmap liteBase.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
liteBase.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\src /I..\util\uvmap liteMemory.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
liteMemory.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\src /I..\util\uvmap liteGeom.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
liteGeom.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\src /I..\util\uvmap liteTopo.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
liteTopo.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\src /I..\util\uvmap liteAttrs.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
liteAttrs.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\src /I..\util\uvmap liteImport.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
liteImport.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\src /I..\util\uvmap liteString.c
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
liteString.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /DLITE /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\src egadsTess.c /FoliteTess.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsTess.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /DLITE /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\src egadsTris.c /FoliteTris.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsTris.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\src egadsQuads.c /FoliteQuads.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsQuads.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /DLITE /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\src egadsTessInp.c /FoliteTessInp.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsTessInp.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /DLITE /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\include evaluate.c /FoevaLite.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
evaluate.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /DLITE rational.c /ForatLite.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
rational.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /DLITE /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\include /I. regQuads.c /FoliteRegQuads.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
regQuads.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /DLITE /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\src egadsEffect.c /FoliteEffect.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
egadsEffect.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /DLITE /I. /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\src /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite\..\util\uvmap liteUVmap.c /FoliteUVmap.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
liteUVmap.c
rc egadslite
Microsoft (R) Windows (R) Resource Compiler Version 10.0.10011.16384
Copyright (C) Microsoft Corporation. All rights reserved.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egadslite.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egadslite.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egadslite.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egadslite.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egadslite.dll /dll /def:egadslite.def liteBase.obj liteMemory.obj liteGeom.obj liteTopo.obj liteAttrs.obj liteImport.obj liteString.obj liteTess.obj liteTris.obj liteQuads.obj liteTessInp.obj emp.obj evaLite.obj ratLite.obj egadsRobust.obj liteRegQuads.obj liteEffect.obj liteUVmap.obj egadslite.res
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egadslite.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egadslite.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egadslite.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egadslite.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egadslite.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egadslite.dll;2
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egadslitestatic.lib
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egadslitestatic.lib
lib /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egadslitestatic.lib liteBase.obj liteMemory.obj liteGeom.obj liteTopo.obj liteAttrs.obj liteImport.obj liteString.obj liteTess.obj liteTris.obj liteQuads.obj liteTessInp.obj egadsRobust.obj emp.obj evaLite.obj ratLite.obj liteRegQuads.obj liteEffect.obj liteUVmap.obj
Microsoft (R) Library Manager Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
del *.c *.h *.rc *.def *.manifest
cd C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\EGADS\trunk\lite
Compiling OpenCSM
Microsoft (R) Program Maintenance Utility Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\winhelpers serveCSM.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\serveCSM.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
serveCSM.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include OpenCSM.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\OpenCSM.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
OpenCSM.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udp.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udp.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udp.c
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\winhelpers tim.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\tim.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
tim.c
rc ocsm
Microsoft (R) Windows (R) Resource Compiler Version 10.0.10011.16384
Copyright (C) Microsoft Corporation. All rights reserved.
copy ocsm.res C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ocsm.res
1 file(s) copied.
del ocsm.res
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.dll /dll /def:ocsm.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\OpenCSM.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udp.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\tim.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\ocsm.res /LIBPATH:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib wsserver.lib egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.dll;2
cl /FeC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\bin\serveCSM.exe C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\serveCSM.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib ocsm.lib wsserver.lib egads.lib
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
/out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\bin\serveCSM.exe
/LIBPATH:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib
ocsm.lib
wsserver.lib
egads.lib
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\serveCSM.obj
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\bin\serveCSM.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\bin\serveCSM.exe;1
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\bin\serveCSM.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\bin\serveCSM.exe;1
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\winhelpers serveESP.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\serveESP.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
serveESP.c
cl /FeC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\bin\serveESP.exe C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\serveESP.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib ocsm.lib wsserver.lib egads.lib
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
/out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\bin\serveESP.exe
/LIBPATH:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib
ocsm.lib
wsserver.lib
egads.lib
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\serveESP.obj
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\bin\serveESP.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\bin\serveESP.exe;1
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\bin\serveESP.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\bin\serveESP.exe;1
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include sensCSM.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\sensCSM.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
sensCSM.c
cl /FeC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\bin\sensCSM.exe C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\sensCSM.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib ocsm.lib egads.lib
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
/out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\bin\sensCSM.exe
/LIBPATH:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib
ocsm.lib
egads.lib
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\sensCSM.obj
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\bin\sensCSM.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\bin\sensCSM.exe;1
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\bin\sensCSM.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\bin\sensCSM.exe;1
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpBezier.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpBezier.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpBezier.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\bezier.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\bezier.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\bezier.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\bezier.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\bezier.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpBezier.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\bezier.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\bezier.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\bezier.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\bezier.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\bezier.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\bezier.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpBiconvex.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpBiconvex.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpBiconvex.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\biconvex.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\biconvex.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\biconvex.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\biconvex.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\biconvex.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpBiconvex.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\biconvex.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\biconvex.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\biconvex.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\biconvex.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\biconvex.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\biconvex.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpBox.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpBox.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpBox.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\box.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\box.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\box.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\box.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\box.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpBox.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\box.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\box.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\box.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\box.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\box.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\box.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpBspline.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpBspline.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpBspline.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\bspline.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\bspline.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\bspline.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\bspline.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\bspline.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpBspline.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\bspline.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\bspline.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\bspline.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\bspline.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\bspline.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\bspline.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfCatmull.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfCatmull.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfCatmull.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\catmull.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\catmull.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\catmull.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\catmull.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\catmull.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfCatmull.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\catmull.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\catmull.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\catmull.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\catmull.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\catmull.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\catmull.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfCompare.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfCompare.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfCompare.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\compare.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\compare.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\compare.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\compare.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\compare.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfCompare.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\compare.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\compare.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\compare.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\compare.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\compare.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\compare.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfCreateBEM.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfCreateBEM.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfCreateBEM.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\createBEM.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\createBEM.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\createBEM.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\createBEM.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\createBEM.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfCreateBEM.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\createBEM.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\createBEM.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\createBEM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\createBEM.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\createBEM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\createBEM.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfCreatePoly.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfCreatePoly.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfCreatePoly.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\createPoly.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\createPoly.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\createPoly.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\createPoly.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\createPoly.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfCreatePoly.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\createPoly.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\createPoly.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\createPoly.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\createPoly.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\createPoly.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\createPoly.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpCsm.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpCsm.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpCsm.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\csm.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\csm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\csm.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\csm.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\csm.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpCsm.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\csm.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\csm.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\csm.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\csm.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\csm.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\csm.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfDeform.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfDeform.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfDeform.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\deform.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\deform.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\deform.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\deform.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\deform.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfDeform.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\deform.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\deform.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\deform.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\deform.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\deform.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\deform.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfDroop.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfDroop.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfDroop.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\droop.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\droop.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\droop.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\droop.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\droop.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfDroop.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\droop.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\droop.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\droop.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\droop.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\droop.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\droop.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfDumpPmtrs.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfDumpPmtrs.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfDumpPmtrs.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\dumpPmtrs.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\dumpPmtrs.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\dumpPmtrs.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\dumpPmtrs.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\dumpPmtrs.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfDumpPmtrs.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\dumpPmtrs.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\dumpPmtrs.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\dumpPmtrs.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\dumpPmtrs.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\dumpPmtrs.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\dumpPmtrs.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfEditAttr.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfEditAttr.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfEditAttr.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\editAttr.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\editAttr.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\editAttr.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\editAttr.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\editAttr.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfEditAttr.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\editAttr.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\editAttr.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\editAttr.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\editAttr.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\editAttr.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\editAttr.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpEllipse.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpEllipse.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpEllipse.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ellipse.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ellipse.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ellipse.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ellipse.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ellipse.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpEllipse.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ellipse.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ellipse.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ellipse.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ellipse.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ellipse.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ellipse.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpEqn2body.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpEqn2body.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpEqn2body.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\eqn2body.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\eqn2body.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\eqn2body.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\eqn2body.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\eqn2body.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpEqn2body.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\eqn2body.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\eqn2body.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\eqn2body.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\eqn2body.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\eqn2body.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\eqn2body.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpFitcurve.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpFitcurve.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpFitcurve.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\fitcurve.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\fitcurve.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\fitcurve.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\fitcurve.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\fitcurve.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpFitcurve.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\fitcurve.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\fitcurve.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\fitcurve.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\fitcurve.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\fitcurve.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\fitcurve.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfFlend.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfFlend.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfFlend.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\flend.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\flend.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\flend.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\flend.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\flend.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfFlend.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\flend.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\flend.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\flend.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\flend.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\flend.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\flend.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpFreeform.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpFreeform.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpFreeform.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\freeform.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\freeform.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\freeform.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\freeform.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\freeform.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpFreeform.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\freeform.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\freeform.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\freeform.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\freeform.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\freeform.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\freeform.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfGanged.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfGanged.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfGanged.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ganged.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ganged.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ganged.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ganged.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ganged.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfGanged.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ganged.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ganged.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ganged.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ganged.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ganged.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ganged.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfGuide.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfGuide.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfGuide.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\guide.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\guide.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\guide.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\guide.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\guide.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfGuide.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\guide.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\guide.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\guide.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\guide.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\guide.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\guide.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpHex.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpHex.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpHex.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\hex.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\hex.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\hex.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\hex.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\hex.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpHex.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\hex.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\hex.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\hex.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\hex.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\hex.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\hex.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpImport.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpImport.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpImport.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\import.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\import.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\import.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\import.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\import.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpImport.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\import.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\import.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\import.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\import.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\import.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\import.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpKulfan.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpKulfan.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpKulfan.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\kulfan.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\kulfan.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\kulfan.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\kulfan.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\kulfan.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpKulfan.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\kulfan.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\kulfan.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\kulfan.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\kulfan.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\kulfan.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\kulfan.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfLinalg.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfLinalg.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfLinalg.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\linalg.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\linalg.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\linalg.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\linalg.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\linalg.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfLinalg.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\linalg.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\linalg.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\linalg.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\linalg.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\linalg.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\linalg.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfMatchBodys.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfMatchBodys.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfMatchBodys.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\matchBodys.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\matchBodys.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\matchBodys.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\matchBodys.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\matchBodys.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfMatchBodys.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\matchBodys.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\matchBodys.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\matchBodys.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\matchBodys.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\matchBodys.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\matchBodys.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfMechanism.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfMechanism.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfMechanism.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\mechanism.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\mechanism.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\mechanism.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\mechanism.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\mechanism.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfMechanism.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\mechanism.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\mechanism.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\mechanism.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\mechanism.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\mechanism.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\mechanism.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpNaca.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpNaca.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpNaca.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpNaca.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfNaca6mc.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfNaca6mc.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfNaca6mc.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca6mc.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca6mc.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca6mc.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca6mc.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca6mc.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfNaca6mc.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca6mc.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca6mc.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca6mc.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca6mc.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca6mc.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca6mc.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfNacelle.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfNacelle.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfNacelle.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nacelle.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nacelle.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nacelle.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nacelle.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nacelle.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfNacelle.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nacelle.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nacelle.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nacelle.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nacelle.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nacelle.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nacelle.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpNurbbody.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpNurbbody.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpNurbbody.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nurbbody.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nurbbody.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nurbbody.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nurbbody.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nurbbody.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpNurbbody.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nurbbody.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nurbbody.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nurbbody.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nurbbody.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nurbbody.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nurbbody.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfNuscale.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfNuscale.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfNuscale.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nuscale.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nuscale.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nuscale.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nuscale.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nuscale.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfNuscale.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nuscale.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nuscale.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nuscale.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nuscale.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nuscale.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\nuscale.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfOffset.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfOffset.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfOffset.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\offset.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\offset.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\offset.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\offset.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\offset.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfOffset.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\offset.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\offset.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\offset.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\offset.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\offset.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\offset.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpParabaloid.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpParabaloid.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpParabaloid.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\parabaloid.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\parabaloid.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\parabaloid.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\parabaloid.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\parabaloid.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpParabaloid.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\parabaloid.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\parabaloid.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\parabaloid.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\parabaloid.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\parabaloid.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\parabaloid.dll;2
cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpParsec.cpp /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpParsec.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpParsec.cpp
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\parsec.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\parsec.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\parsec.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\parsec.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\parsec.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpParsec.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\parsec.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\parsec.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\parsec.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\parsec.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\parsec.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\parsec.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpPod.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpPod.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpPod.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\pod.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\pod.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\pod.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\pod.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\pod.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpPod.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\pod.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\pod.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\pod.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\pod.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\pod.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\pod.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpPoly.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpPoly.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpPoly.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\poly.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\poly.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\poly.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\poly.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\poly.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpPoly.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\poly.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\poly.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\poly.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\poly.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\poly.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\poly.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfPrintBbox.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfPrintBbox.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfPrintBbox.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printBbox.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printBbox.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printBbox.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printBbox.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printBbox.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfPrintBbox.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printBbox.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printBbox.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printBbox.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printBbox.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printBbox.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printBbox.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfPrintBrep.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfPrintBrep.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfPrintBrep.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printBrep.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printBrep.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printBrep.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printBrep.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printBrep.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfPrintBrep.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printBrep.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printBrep.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printBrep.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printBrep.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printBrep.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printBrep.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfPrintEgo.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfPrintEgo.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfPrintEgo.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printEgo.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printEgo.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printEgo.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printEgo.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printEgo.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfPrintEgo.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printEgo.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printEgo.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printEgo.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printEgo.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printEgo.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\printEgo.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpProp.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpProp.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpProp.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\prop.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\prop.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\prop.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\prop.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\prop.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpProp.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\prop.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\prop.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\prop.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\prop.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\prop.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\prop.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpRadwaf.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpRadwaf.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpRadwaf.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\radwaf.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\radwaf.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\radwaf.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\radwaf.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\radwaf.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpRadwaf.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\radwaf.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\radwaf.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\radwaf.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\radwaf.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\radwaf.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\radwaf.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpSample.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpSample.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpSample.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\sample.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\sample.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\sample.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\sample.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\sample.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpSample.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\sample.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\sample.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\sample.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\sample.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\sample.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\sample.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpSew.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpSew.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpSew.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\sew.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\sew.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\sew.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\sew.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\sew.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpSew.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\sew.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\sew.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\sew.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\sew.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\sew.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\sew.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfShadow.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfShadow.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfShadow.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\shadow.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\shadow.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\shadow.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\shadow.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\shadow.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfShadow.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\shadow.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\shadow.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\shadow.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\shadow.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\shadow.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\shadow.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfSlices.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfSlices.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfSlices.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\slices.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\slices.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\slices.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\slices.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\slices.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfSlices.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\slices.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\slices.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\slices.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\slices.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\slices.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\slices.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpStag.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpStag.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpStag.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\stag.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\stag.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\stag.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\stag.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\stag.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpStag.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\stag.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\stag.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\stag.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\stag.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\stag.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\stag.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfStiffener.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfStiffener.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfStiffener.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\stiffener.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\stiffener.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\stiffener.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\stiffener.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\stiffener.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfStiffener.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\stiffener.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\stiffener.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\stiffener.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\stiffener.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\stiffener.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\stiffener.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpSupell.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpSupell.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpSupell.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\supell.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\supell.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\supell.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\supell.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\supell.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpSupell.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\supell.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\supell.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\supell.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\supell.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\supell.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\supell.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udfTester1.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfTester1.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udfTester1.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\tester1.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\tester1.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\tester1.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\tester1.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\tester1.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udfTester1.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\tester1.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\tester1.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\tester1.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\tester1.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\tester1.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\tester1.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpTester2.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpTester2.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpTester2.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\tester2.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\tester2.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\tester2.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\tester2.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\tester2.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpTester2.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\tester2.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\tester2.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\tester2.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\tester2.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\tester2.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\tester2.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpVsp3.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpVsp3.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpVsp3.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\vsp3.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\vsp3.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\vsp3.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\vsp3.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\vsp3.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpVsp3.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\vsp3.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\vsp3.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\vsp3.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\vsp3.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\vsp3.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\vsp3.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpWaffle.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpWaffle.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpWaffle.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\waffle.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\waffle.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\waffle.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\waffle.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\waffle.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpWaffle.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\waffle.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\waffle.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\waffle.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\waffle.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\waffle.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\waffle.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpWarp.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpWarp.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpWarp.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\warp.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\warp.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\warp.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\warp.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\warp.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpWarp.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\warp.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\warp.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\warp.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\warp.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\warp.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\warp.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include eggPDT2.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\eggPDT2.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
eggPDT2.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\PDT2.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\PDT2.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\PDT2.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\PDT2.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\PDT2.dll /dll /def:egg.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\eggPDT2.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\PDT2.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\PDT2.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\PDT2.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\PDT2.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\PDT2.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\PDT2.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include udpNaca456.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpNaca456.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
udpNaca456.c
ifort /c /Ox /threads /recursive /libs:dll naca456.f90 /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\naca456.obj
Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.10.0 Build 20230609_000000
Copyright (C) 1985-2023 Intel Corporation. All rights reserved.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca456.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca456.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca456.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca456.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca456.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\udpNaca456.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\naca456.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca456.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca456.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca456.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca456.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca456.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\naca456.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include timEreped.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\timEreped.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
timEreped.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ereped.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ereped.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ereped.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ereped.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ereped.dll /dll /def:tim.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\timEreped.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\wsserver.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ereped.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ereped.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ereped.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ereped.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ereped.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ereped.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include timMitten.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\timMitten.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
timMitten.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\mitten.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\mitten.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\mitten.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\mitten.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\mitten.dll /dll /def:tim.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\timMitten.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\wsserver.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\mitten.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\mitten.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\mitten.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\mitten.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\mitten.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\mitten.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include timPlotter.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\timPlotter.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
timPlotter.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\plotter.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\plotter.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\plotter.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\plotter.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\plotter.dll /dll /def:tim.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\timPlotter.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\wsserver.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\plotter.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\plotter.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\plotter.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\plotter.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\plotter.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\plotter.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include timPlugs.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\timPlugs.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
timPlugs.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\plugs.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\plugs.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\plugs.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\plugs.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\plugs.dll /dll /def:tim.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\timPlugs.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\wsserver.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\plugs.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\plugs.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\plugs.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\plugs.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\plugs.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\plugs.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include timSlugs.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\timSlugs.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
timSlugs.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\slugs.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\slugs.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\slugs.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\slugs.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\slugs.dll /dll /def:tim.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\timSlugs.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\wsserver.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\slugs.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\slugs.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\slugs.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\slugs.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\slugs.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\slugs.dll;2
cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.6 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include timVspSetup.c /FoC:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\timVspSetup.obj
Microsoft (R) C/C++ Optimizing Compiler Version 19.29.30153 for x64
Copyright (C) Microsoft Corporation. All rights reserved.
timVspSetup.c
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\vspSetup.dll C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\vspSetup.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\vspSetup.exp
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\vspSetup.dll
link /out:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\vspSetup.dll /dll /def:tim.def C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\obj\timVspSetup.obj C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\wsserver.lib C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\egads.lib
Microsoft (R) Incremental Linker Version 14.29.30153.0
Copyright (C) Microsoft Corporation. All rights reserved.
Creating library C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\vspSetup.lib and object C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\vspSetup.exp
echo /manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\vspSetup.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\vspSetup.dll;2
/manifest C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\vspSetup.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\lib\vspSetup.dll;2
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\OpenCSM.h
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\OpenCSM.h
copy OpenCSM.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\OpenCSM.h
1 file(s) copied.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\common.h
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\common.h
copy common.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\common.h
1 file(s) copied.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\udp.h
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\udp.h
copy udp.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\udp.h
1 file(s) copied.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\esp.h
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\esp.h
copy esp.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\esp.h
1 file(s) copied.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\tim.h
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\tim.h
copy tim.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\tim.h
1 file(s) copied.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egg.h
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egg.h
copy egg.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\egg.h
1 file(s) copied.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\udpUtilities.h
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\udpUtilities.h
copy udpUtilities.h C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\udpUtilities.h
1 file(s) copied.
del C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\udpUtilities.c
Could Not Find C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\udpUtilities.c
copy udpUtilities.c C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64\include\udpUtilities.c
1 file(s) copied.
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\applyTparams.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\biconvex.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\boxudc.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\capsHeader.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\capsViews.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\combine.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\contains.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\diamond.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\duct.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\expressions.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\flapz.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\fuselage.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\gen_rot.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\glovesFuse.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\glovesVtail.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\glovesWing.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\overlaps.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\popupz.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\replicate.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\splitEdges.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\spoilerz.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\strut.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\swap.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\viewAstros.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\viewAvl.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\viewConcept.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\viewMasstran.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\viewSansLIP.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\viewSkinStructure.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\viewSu2Inviscid.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\viewSu2Viscous.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\wake.udc
C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\udc\wing.udc
33 File(s) copied
Build training sessions
Add training sessions to PATH
1 File(s) copied
total 45M
-rw-r--r-- 1 jenkins None 27M Nov 13 2018 ASTRO.D01
-rw-r--r-- 1 jenkins None 381K Nov 13 2018 ASTRO.IDX
-rwxr-xr-x 1 jenkins None 1.6M Apr 16 2022 avl.exe
-rwxr-xr-x 1 jenkins None 12M Nov 13 2018 mastros.exe
-rwxr-xr-x 1 jenkins None 1.3M May 3 2022 mses.exe
-rwxr-xr-x 1 jenkins None 1.2M May 3 2022 mset.exe
-rwxr-xr-x 1 jenkins None 52K Mar 3 21:38 sensCSM.exe
-rwxr-xr-x 1 jenkins None 224K Mar 3 21:38 serveCSM.exe
-rwxr-xr-x 1 jenkins None 185K Mar 3 21:38 serveESP.exe
-rwxr-xr-x 1 jenkins None 1.7M Jul 13 2023 xfoil.exe
Testing CSM files:
..\..\OpenCSM\trunk\data\basic\design0.csm
..\..\OpenCSM\trunk\data\basic\design0a.csm
..\..\OpenCSM\trunk\data\basic\design0b.csm
..\..\OpenCSM\trunk\data\basic\design0c.csm
..\..\OpenCSM\trunk\data\basic\design0d.csm
..\..\OpenCSM\trunk\data\basic\design0e.csm
..\..\OpenCSM\trunk\data\basic\design0f.csm
..\..\OpenCSM\trunk\data\basic\design0g.csm
..\..\OpenCSM\trunk\data\basic\design0h.csm
..\..\OpenCSM\trunk\data\basic\design0i.csm
..\..\OpenCSM\trunk\data\basic\design0j.csm
..\..\OpenCSM\trunk\data\basic\design0k.csm
..\..\OpenCSM\trunk\data\basic\design0m.csm
..\..\OpenCSM\trunk\data\basic\design0n1.csm
..\..\OpenCSM\trunk\data\basic\design0n2.csm
..\..\OpenCSM\trunk\data\basic\design0o1.csm
..\..\OpenCSM\trunk\data\basic\design0o2.csm
..\..\OpenCSM\trunk\data\basic\design0o3.csm
..\..\OpenCSM\trunk\data\basic\design0o4.csm
..\..\OpenCSM\trunk\data\basic\design0p.csm
..\..\OpenCSM\trunk\data\basic\design0q.csm
..\..\OpenCSM\trunk\data\basic\design0r.csm
..\..\OpenCSM\trunk\data\basic\design0s.csm
..\..\OpenCSM\trunk\data\basic\design0t1.csm
..\..\OpenCSM\trunk\data\basic\design0t2.csm
..\..\OpenCSM\trunk\data\basic\design0t3.csm
..\..\OpenCSM\trunk\data\basic\design0u.csm
..\..\OpenCSM\trunk\data\basic\design0v.csm
..\..\OpenCSM\trunk\data\basic\design0w.csm
..\..\OpenCSM\trunk\data\basic\design1a.csm
..\..\OpenCSM\trunk\data\basic\design1b.csm
..\..\OpenCSM\trunk\data\basic\design2.csm
..\..\OpenCSM\trunk\data\basic\design3.csm
..\..\OpenCSM\trunk\data\basic\design4.csm
..\..\OpenCSM\trunk\data\basic\design5.csm
..\..\OpenCSM\trunk\data\basic\design6.csm
..\..\OpenCSM\trunk\data\basic\design7.csm
..\..\OpenCSM\trunk\data\basic\design8.csm
..\..\OpenCSM\trunk\data\basic\design8a.csm
..\..\OpenCSM\trunk\data\basic\design8b.csm
..\..\OpenCSM\trunk\data\basic\design8c.csm
..\..\OpenCSM\trunk\data\basic\design8d.csm
..\..\OpenCSM\trunk\data\basic\design9.csm
..\..\OpenCSM\trunk\data\basic\designA.csm
..\..\OpenCSM\trunk\data\basic\designB1.csm
..\..\OpenCSM\trunk\data\basic\designB2.csm
..\..\OpenCSM\trunk\data\basic\designB3.csm
..\..\OpenCSM\trunk\data\basic\designB4.csm
..\..\OpenCSM\trunk\data\basic\designB5.csm
..\..\OpenCSM\trunk\data\basic\designC0.csm
..\..\OpenCSM\trunk\data\basic\designC1a.csm
..\..\OpenCSM\trunk\data\basic\designC1b.csm
..\..\OpenCSM\trunk\data\basic\designC2a.csm
..\..\OpenCSM\trunk\data\basic\designC2b.csm
..\..\OpenCSM\trunk\data\basic\designC3a.csm
..\..\OpenCSM\trunk\data\basic\designC3b.csm
..\..\OpenCSM\trunk\data\basic\designC4a.csm
..\..\OpenCSM\trunk\data\basic\designC4b.csm
..\..\OpenCSM\trunk\data\basic\designC5a.csm
..\..\OpenCSM\trunk\data\basic\designC5b.csm
..\..\OpenCSM\trunk\data\basic\designC6a.csm
..\..\OpenCSM\trunk\data\basic\designC6b.csm
..\..\OpenCSM\trunk\data\basic\designD0a.csm
..\..\OpenCSM\trunk\data\basic\designD0b.csm
..\..\OpenCSM\trunk\data\basic\designD0c.csm
..\..\OpenCSM\trunk\data\basic\designD1a.csm
..\..\OpenCSM\trunk\data\basic\designD1b.csm
..\..\OpenCSM\trunk\data\basic\designD1c.csm
..\..\OpenCSM\trunk\data\basic\designD2a.csm
..\..\OpenCSM\trunk\data\basic\designD2b.csm
..\..\OpenCSM\trunk\data\basic\designD2c.csm
..\..\OpenCSM\trunk\data\basic\designD3a.csm
..\..\OpenCSM\trunk\data\basic\designD3b.csm
..\..\OpenCSM\trunk\data\basic\designD3c.csm
..\..\OpenCSM\trunk\data\basic\designD4a.csm
..\..\OpenCSM\trunk\data\basic\designD4b.csm
..\..\OpenCSM\trunk\data\basic\designD4c.csm
..\..\OpenCSM\trunk\data\basic\designD5a.csm
..\..\OpenCSM\trunk\data\basic\designD5b.csm
..\..\OpenCSM\trunk\data\basic\designD5c.csm
..\..\OpenCSM\trunk\data\basic\designD6a0.csm
..\..\OpenCSM\trunk\data\basic\designD6a1.csm
..\..\OpenCSM\trunk\data\basic\designD6a2.csm
..\..\OpenCSM\trunk\data\basic\designD6b0.csm
..\..\OpenCSM\trunk\data\basic\designD6b1.csm
..\..\OpenCSM\trunk\data\basic\designD6b2.csm
..\..\OpenCSM\trunk\data\basic\designD6c0.csm
..\..\OpenCSM\trunk\data\basic\designD6c1.csm
..\..\OpenCSM\trunk\data\basic\designD6c2.csm
..\..\OpenCSM\trunk\data\basic\designE1.csm
..\..\OpenCSM\trunk\data\basic\designE2.csm
..\..\OpenCSM\trunk\data\basic\designE3.csm
..\..\OpenCSM\trunk\data\basic\designE4.csm
..\..\OpenCSM\trunk\data\basic\designE5.csm
..\..\OpenCSM\trunk\data\basic\designE6.csm
..\..\OpenCSM\trunk\data\basic\designE7.csm
..\..\OpenCSM\trunk\data\basic\designE8.csm
..\..\OpenCSM\trunk\data\basic\designE9.csm
..\..\OpenCSM\trunk\data\basic\designEa.csm
..\..\OpenCSM\trunk\data\basic\designEb.csm
..\..\OpenCSM\trunk\data\basic\designF0bb.csm
..\..\OpenCSM\trunk\data\basic\designF1bb.csm
..\..\OpenCSM\trunk\data\basic\designF1rr.csm
..\..\OpenCSM\trunk\data\basic\designF1rs.csm
..\..\OpenCSM\trunk\data\basic\designF1sr.csm
..\..\OpenCSM\trunk\data\basic\designF1ss.csm
..\..\OpenCSM\trunk\data\basic\designF2bb.csm
..\..\OpenCSM\trunk\data\basic\designF2rr.csm
..\..\OpenCSM\trunk\data\basic\designF2rs.csm
..\..\OpenCSM\trunk\data\basic\designF2sr.csm
..\..\OpenCSM\trunk\data\basic\designF2ss.csm
..\..\OpenCSM\trunk\data\basic\designG0.csm
..\..\OpenCSM\trunk\data\basic\designG1.csm
..\..\OpenCSM\trunk\data\basic\designG2.csm
..\..\OpenCSM\trunk\data\basic\designG3.csm
..\..\OpenCSM\trunk\data\basic\designG4.csm
..\..\OpenCSM\trunk\data\basic\designG5.csm
..\..\OpenCSM\trunk\data\basic\designG6.csm
..\..\OpenCSM\trunk\data\basic\designG7.csm
..\..\OpenCSM\trunk\data\basic\designG8.csm
..\..\OpenCSM\trunk\data\basic\designG9.csm
..\..\OpenCSM\trunk\data\basic\designGA.csm
..\..\OpenCSM\trunk\data\basic\designGB.csm
..\..\OpenCSM\trunk\data\basic\designH1.csm
..\..\OpenCSM\trunk\data\basic\designH2.csm
..\..\OpenCSM\trunk\data\basic\designH3.csm
..\..\OpenCSM\trunk\data\basic\designH4.csm
..\..\OpenCSM\trunk\data\basic\designI1.csm
..\..\OpenCSM\trunk\data\basic\designI2.csm
..\..\OpenCSM\trunk\data\basic\designI3.csm
..\..\OpenCSM\trunk\data\basic\designI4.csm
..\..\OpenCSM\trunk\data\basic\designJ1a.csm
..\..\OpenCSM\trunk\data\basic\designJ1b.csm
..\..\OpenCSM\trunk\data\basic\designJ1c.csm
..\..\OpenCSM\trunk\data\basic\designJ1d.csm
..\..\OpenCSM\trunk\data\basic\designJ2a.csm
..\..\OpenCSM\trunk\data\basic\designJ2b.csm
..\..\OpenCSM\trunk\data\basic\designJ3a.csm
..\..\OpenCSM\trunk\data\basic\designJ3b.csm
..\..\OpenCSM\trunk\data\basic\designJ4a.csm
..\..\OpenCSM\trunk\data\basic\designJ4b.csm
..\..\OpenCSM\trunk\data\basic\designJ5.csm
..\..\OpenCSM\trunk\data\basic\designK0.csm
..\..\OpenCSM\trunk\data\basic\designK1.csm
..\..\OpenCSM\trunk\data\basic\designK2.csm
..\..\OpenCSM\trunk\data\basic\designL00.csm
..\..\OpenCSM\trunk\data\basic\designL01.csm
..\..\OpenCSM\trunk\data\basic\designL10.csm
..\..\OpenCSM\trunk\data\basic\designL11.csm
..\..\OpenCSM\trunk\data\basic\designL12.csm
..\..\OpenCSM\trunk\data\basic\designL20.csm
..\..\OpenCSM\trunk\data\basic\designL21.csm
..\..\OpenCSM\trunk\data\basic\designL22.csm
..\..\OpenCSM\trunk\data\basic\designL30.csm
..\..\OpenCSM\trunk\data\basic\designL31.csm
..\..\OpenCSM\trunk\data\basic\designL32.csm
..\..\OpenCSM\trunk\data\basic\designL33.csm
..\..\OpenCSM\trunk\data\basic\designL34.csm
..\..\OpenCSM\trunk\data\basic\designL40.csm
..\..\OpenCSM\trunk\data\basic\designL41.csm
..\..\OpenCSM\trunk\data\basic\designL42.csm
..\..\OpenCSM\trunk\data\basic\designM0.csm
..\..\OpenCSM\trunk\data\basic\designM1.csm
..\..\OpenCSM\trunk\data\basic\designM2.csm
..\..\OpenCSM\trunk\data\basic\designM3.csm
..\..\OpenCSM\trunk\data\basic\designM4.csm
..\..\OpenCSM\trunk\data\basic\designN1.csm
..\..\OpenCSM\trunk\data\basic\designN2.csm
..\..\OpenCSM\trunk\data\basic\designP0a.csm
..\..\OpenCSM\trunk\data\basic\designP0b.csm
..\..\OpenCSM\trunk\data\basic\designP0c.csm
..\..\OpenCSM\trunk\data\basic\designP0d.csm
..\..\OpenCSM\trunk\data\basic\designP1a.csm
..\..\OpenCSM\trunk\data\basic\designP1b.csm
..\..\OpenCSM\trunk\data\basic\designP1c.csm
..\..\OpenCSM\trunk\data\basic\designP1d.csm
..\..\OpenCSM\trunk\data\basic\designP2a.csm
..\..\OpenCSM\trunk\data\basic\designP2b.csm
..\..\OpenCSM\trunk\data\basic\designP2c.csm
..\..\OpenCSM\trunk\data\basic\designP2d.csm
..\..\OpenCSM\trunk\data\basic\designP3a.csm
..\..\OpenCSM\trunk\data\basic\designP3b.csm
..\..\OpenCSM\trunk\data\basic\designP3c.csm
..\..\OpenCSM\trunk\data\basic\designP3d.csm
..\..\OpenCSM\trunk\data\basic\designP4a.csm
..\..\OpenCSM\trunk\data\basic\designP4b.csm
..\..\OpenCSM\trunk\data\basic\designP4c.csm
..\..\OpenCSM\trunk\data\basic\designP4d.csm
..\..\OpenCSM\trunk\data\basic\designP5a.csm
..\..\OpenCSM\trunk\data\basic\designP5b.csm
..\..\OpenCSM\trunk\data\basic\designQ1.csm
..\..\OpenCSM\trunk\data\basic\designQ2.csm
..\..\OpenCSM\trunk\data\basic\designR0a.csm
..\..\OpenCSM\trunk\data\basic\designR0b.csm
..\..\OpenCSM\trunk\data\basic\designR0c.csm
..\..\OpenCSM\trunk\data\basic\designR0d.csm
..\..\OpenCSM\trunk\data\basic\designR0e.csm
..\..\OpenCSM\trunk\data\basic\designR1a.csm
..\..\OpenCSM\trunk\data\basic\designR1b.csm
..\..\OpenCSM\trunk\data\basic\designR1c.csm
..\..\OpenCSM\trunk\data\basic\designR1d.csm
..\..\OpenCSM\trunk\data\basic\designR1e.csm
..\..\OpenCSM\trunk\data\basic\designR2a.csm
..\..\OpenCSM\trunk\data\basic\designR2b.csm
..\..\OpenCSM\trunk\data\basic\designR2c.csm
..\..\OpenCSM\trunk\data\basic\designR2d.csm
..\..\OpenCSM\trunk\data\basic\designR2e.csm
..\..\OpenCSM\trunk\data\basic\designR3a.csm
..\..\OpenCSM\trunk\data\basic\designR3b.csm
..\..\OpenCSM\trunk\data\basic\designR3c.csm
..\..\OpenCSM\trunk\data\basic\designR3d.csm
..\..\OpenCSM\trunk\data\basic\designR3e.csm
..\..\OpenCSM\trunk\data\basic\designS1.csm
..\..\OpenCSM\trunk\data\basic\designS2.csm
..\..\OpenCSM\trunk\data\basic\designS3.csm
..\..\OpenCSM\trunk\data\basic\designT1.csm
..\..\OpenCSM\trunk\data\basic\designT2.csm
..\..\OpenCSM\trunk\data\basic\designU1a.csm
..\..\OpenCSM\trunk\data\basic\designU1b.csm
..\..\OpenCSM\trunk\data\basic\designU1c.csm
..\..\OpenCSM\trunk\data\basic\designU2a.csm
..\..\OpenCSM\trunk\data\basic\designU2b.csm
..\..\OpenCSM\trunk\data\basic\designU2c.csm
..\..\OpenCSM\trunk\data\basic\designV1.csm
..\..\OpenCSM\trunk\data\basic\designW0.csm
..\..\OpenCSM\trunk\data\basic\designW1.csm
..\..\OpenCSM\trunk\data\basic\designW2.csm
..\..\OpenCSM\trunk\data\basic\designW3.csm
..\..\OpenCSM\trunk\data\basic\designW4.csm
..\..\OpenCSM\trunk\data\basic\designW5.csm
..\..\OpenCSM\trunk\data\basic\designX1.csm
..\..\OpenCSM\trunk\data\basic\designX2.csm
..\..\OpenCSM\trunk\data\basic\designX3.csm
..\..\OpenCSM\trunk\data\basic\designX4.csm
..\..\OpenCSM\trunk\data\basic\designX5.csm
..\..\OpenCSM\trunk\data\basic\designX6.csm
..\..\OpenCSM\trunk\data\basic\designX7.csm
..\..\OpenCSM\trunk\data\basic\designX8.csm
..\..\OpenCSM\trunk\data\basic\designY0.csm
..\..\OpenCSM\trunk\data\basic\designY1.csm
..\..\OpenCSM\trunk\data\basic\designY2.csm
..\..\OpenCSM\trunk\data\basic\designY3.csm
..\..\OpenCSM\trunk\data\basic\designY4.csm
..\..\OpenCSM\trunk\data\basic\designYa.csm
..\..\OpenCSM\trunk\data\basic\designYb.csm
..\..\OpenCSM\trunk\data\basic\designYc.csm
..\..\OpenCSM\trunk\data\basic\designYd.csm
..\..\OpenCSM\trunk\data\basic\designYe.csm
..\..\OpenCSM\trunk\data\basic\designYf.csm
..\..\OpenCSM\trunk\data\basic\designYg.csm
..\..\OpenCSM\trunk\data\basic\designYh.csm
..\..\OpenCSM\trunk\data\basic\designYi.csm
..\..\OpenCSM\trunk\data\basic\designYj.csm
..\..\OpenCSM\trunk\data\basic\designYk.csm
..\..\OpenCSM\trunk\data\basic\designYl.csm
..\..\OpenCSM\trunk\data\basic\designYm.csm
..\..\OpenCSM\trunk\data\basic\designYn.csm
..\..\OpenCSM\trunk\data\basic\designYo.csm
..\..\OpenCSM\trunk\data\basic\designYp.csm
..\..\OpenCSM\trunk\data\basic\designYq.csm
..\..\OpenCSM\trunk\data\basic\designYr.csm
..\..\OpenCSM\trunk\data\basic\designYs.csm
..\..\OpenCSM\trunk\data\basic\designYt.csm
..\..\OpenCSM\trunk\data\basic\designYu.csm
..\..\OpenCSM\trunk\data\basic\designYv.csm
..\..\OpenCSM\trunk\data\basic\designYw.csm
..\..\OpenCSM\trunk\data\basic\designYx.csm
..\..\OpenCSM\trunk\data\basic\designYy.csm
..\..\OpenCSM\trunk\data\basic\designYz.csm
..\..\OpenCSM\trunk\data\basic\designZ1.csm
..\..\OpenCSM\trunk\data\basic\designZ2.csm
..\..\OpenCSM\trunk\data\basic\designZ3.csm
..\..\OpenCSM\trunk\data\basic\designZ4.csm
..\..\OpenCSM\trunk\data\basic\designZ5.csm
..\..\OpenCSM\trunk\data\basic\designZ6.csm
( 1 / 275 )
data\basic\design0.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(xbase) check complete with 0 total errors (errmax= 9.8610e-16)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 1.2893e-15)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 1.8310e-15)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(ybase) check complete with 0 total errors (errmax= 6.6596e-16)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 1.8000e-15)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 1.9860e-15)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(zbase) check complete with 0 total errors (errmax= 1.1034e-15)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 1.0752e-15)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 1.0359e-15)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(xsize) check complete with 0 total errors (errmax= 1.0441e-15)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 9.8763e-16)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 1.0087e-15)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(ysize) check complete with 0 total errors (errmax= 7.0139e-16)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 1.2448e-15)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 1.8310e-15)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(zsize) check complete with 0 total errors (errmax= 7.5262e-16)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 1.0291e-15)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "dx"
*********************************************************
Generating perturbed configuration with delta-dx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(dx) check complete with 0 total errors (errmax= 5.8255e-16)
d(Edge)/d(dx) check complete with 0 total errors (errmax= 9.1372e-16)
d(Node)/d(dx) check complete with 0 total errors (errmax= 9.1551e-16)
*********************************************************
Starting tessellation sensitivity wrt "dy"
*********************************************************
Generating perturbed configuration with delta-dy[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(dy) check complete with 0 total errors (errmax= 1.1086e-15)
d(Edge)/d(dy) check complete with 0 total errors (errmax= 1.2448e-15)
d(Node)/d(dy) check complete with 0 total errors (errmax= 1.8310e-15)
*********************************************************
Starting tessellation sensitivity wrt "dz"
*********************************************************
Generating perturbed configuration with delta-dz[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(dz) check complete with 0 total errors (errmax= 1.1034e-15)
d(Edge)/d(dz) check complete with 0 total errors (errmax= 1.0752e-15)
d(Node)/d(dz) check complete with 0 total errors (errmax= 1.0359e-15)
*********************************************************
Starting tessellation sensitivity wrt "rotx"
*********************************************************
Generating perturbed configuration with delta-rotx[1,1]= 0.03000000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(rotx) check complete with 0 total errors (errmax= 8.2237e-07)
d(Edge)/d(rotx) check complete with 0 total errors (errmax= 9.1955e-07)
d(Node)/d(rotx) check complete with 0 total errors (errmax= 9.1955e-07)
*********************************************************
Starting tessellation sensitivity wrt "roty"
*********************************************************
Generating perturbed configuration with delta-roty[1,1]= 0.01500000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(roty) check complete with 0 total errors (errmax= 2.0562e-07)
d(Edge)/d(roty) check complete with 0 total errors (errmax= 2.0897e-07)
d(Node)/d(roty) check complete with 0 total errors (errmax= 2.1823e-07)
*********************************************************
Starting tessellation sensitivity wrt "rotz"
*********************************************************
Generating perturbed configuration with delta-rotz[1,1]= 0.06000000
real 0m0.748s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(rotz) check complete with 0 total errors (errmax= 3.0359e-06)
d(Edge)/d(rotz) check complete with 0 total errors (errmax= 3.8636e-06)
d(Node)/d(rotz) check complete with 0 total errors (errmax= 4.8187e-06)
*********************************************************
Starting tessellation sensitivity wrt "scale"
*********************************************************
Generating perturbed configuration with delta-scale[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(scale) check complete with 0 total errors (errmax= 1.1258e-15)
d(Edge)/d(scale) check complete with 0 total errors (errmax= 1.2367e-15)
d(Node)/d(scale) check complete with 0 total errors (errmax= 1.0878e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.010 sec
Sensitivity checks complete with 0 total errors (max tess err= 4.8187e-06) with 0 suppressions
+ set +x
data\basic\design0 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 2 / 275 )
data\basic\design0a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "x1"
*********************************************************
Generating perturbed configuration with delta-x1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(x1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x2"
*********************************************************
Generating perturbed configuration with delta-x2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(x2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x3"
*********************************************************
Generating perturbed configuration with delta-x3[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(x3) check complete with 0 total errors (errmax= 1.5606e-16)
d(Edge)/d(x3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x4"
*********************************************************
Generating perturbed configuration with delta-x4[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(x4) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x4) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x4) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x5"
*********************************************************
Generating perturbed configuration with delta-x5[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(x5) check complete with 0 total errors (errmax= 1.5490e-16)
d(Edge)/d(x5) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x5) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y1"
*********************************************************
Generating perturbed configuration with delta-y1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(y1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y2"
*********************************************************
Generating perturbed configuration with delta-y2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(y2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y3"
*********************************************************
Generating perturbed configuration with delta-y3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(y3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y4"
*********************************************************
Generating perturbed configuration with delta-y4[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(y4) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y4) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y4) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y5"
*********************************************************
Generating perturbed configuration with delta-y5[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(y5) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y5) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y5) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z1"
*********************************************************
Generating perturbed configuration with delta-z1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(z1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z2"
*********************************************************
Generating perturbed configuration with delta-z2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(z2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z3"
*********************************************************
Generating perturbed configuration with delta-z3[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(z3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z3) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.111 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.5607e-16) with 0 suppressions
real 0m1.826s
user 0m0.015s
sys 0m0.077s
+ set +x
data\basic\design0a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 3 / 275 )
data\basic\design0b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "x1"
*********************************************************
Generating perturbed configuration with delta-x1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(x1) check complete with 0 total errors (errmax= 2.4037e-17)
d(Edge)/d(x1) check complete with 0 total errors (errmax= 2.4037e-17)
d(Node)/d(x1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x2"
*********************************************************
Generating perturbed configuration with delta-x2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(x2) check complete with 0 total errors (errmax= 1.5775e-16)
d(Edge)/d(x2) check complete with 0 total errors (errmax= 1.2980e-16)
d(Node)/d(x2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x3"
*********************************************************
Generating perturbed configuration with delta-x3[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(x3) check complete with 0 total errors (errmax= 1.5250e-16)
d(Edge)/d(x3) check complete with 0 total errors (errmax= 1.4605e-16)
d(Node)/d(x3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y1"
*********************************************************
Generating perturbed configuration with delta-y1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(y1) check complete with 0 total errors (errmax= 7.6217e-17)
d(Edge)/d(y1) check complete with 0 total errors (errmax= 4.7130e-17)
d(Node)/d(y1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y2"
*********************************************************
Generating perturbed configuration with delta-y2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(y2) check complete with 0 total errors (errmax= 1.5736e-17)
d(Edge)/d(y2) check complete with 0 total errors (errmax= 1.5736e-17)
d(Node)/d(y2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y3"
*********************************************************
Generating perturbed configuration with delta-y3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(y3) check complete with 0 total errors (errmax= 7.9325e-17)
d(Edge)/d(y3) check complete with 0 total errors (errmax= 4.7130e-17)
d(Node)/d(y3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "depth"
*********************************************************
Generating perturbed configuration with delta-depth[1,1]= 0.00300000
real 0m0.704s
user 0m0.000s
sys 0m0.000s
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(depth) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(depth) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(depth) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.063 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.5776e-16) with 0 suppressions
+ set +x
data\basic\design0b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 4 / 275 )
data\basic\design0c.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0c.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg1"
*********************************************************
Generating perturbed configuration with delta-xbeg1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(xbeg1) check complete with 0 total errors (errmax= 6.3597e-18)
d(Edge)/d(xbeg1) check complete with 0 total errors (errmax= 5.7017e-13)
d(Node)/d(xbeg1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybeg1"
*********************************************************
Generating perturbed configuration with delta-ybeg1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(ybeg1) check complete with 0 total errors (errmax= 8.4532e-09)
d(Edge)/d(ybeg1) check complete with 0 total errors (errmax= 5.3469e-13)
d(Node)/d(ybeg1) check complete with 0 total errors (errmax= 3.3307e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbeg1"
*********************************************************
Generating perturbed configuration with delta-zbeg1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(zbeg1) check complete with 0 total errors (errmax= 3.4631e-07)
d(Edge)/d(zbeg1) check complete with 0 total errors (errmax= 9.6826e-07)
d(Node)/d(zbeg1) check complete with 0 total errors (errmax= 1.3002e-06)
*********************************************************
Starting tessellation sensitivity wrt "xend1"
*********************************************************
Generating perturbed configuration with delta-xend1[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(xend1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xend1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xend1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "rad1"
*********************************************************
Generating perturbed configuration with delta-rad1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(rad1) check complete with 0 total errors (errmax= 3.2386e-08)
d(Edge)/d(rad1) check complete with 0 total errors (errmax= 1.0266e-07)
d(Node)/d(rad1) check complete with 0 total errors (errmax= 2.0733e-07)
*********************************************************
Starting tessellation sensitivity wrt "xbeg2"
*********************************************************
Generating perturbed configuration with delta-xbeg2[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(xbeg2) check complete with 0 total errors (errmax= 3.2482e-09)
d(Edge)/d(xbeg2) check complete with 0 total errors (errmax= 7.0898e-13)
d(Node)/d(xbeg2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybeg2"
*********************************************************
Generating perturbed configuration with delta-ybeg2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(ybeg2) check complete with 0 total errors (errmax= 1.1102e-16)
d(Edge)/d(ybeg2) check complete with 0 total errors (errmax= 2.4649e-13)
d(Node)/d(ybeg2) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbeg2"
*********************************************************
Generating perturbed configuration with delta-zbeg2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(zbeg2) check complete with 0 total errors (errmax= 3.0743e-07)
d(Edge)/d(zbeg2) check complete with 0 total errors (errmax= 9.6963e-07)
d(Node)/d(zbeg2) check complete with 0 total errors (errmax= 1.3002e-06)
*********************************************************
Starting tessellation sensitivity wrt "yend2"
*********************************************************
Generating perturbed configuration with delta-yend2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(yend2) check complete with 0 total errors (errmax= 7.5843e-17)
d(Edge)/d(yend2) check complete with 0 total errors (errmax= 7.2681e-17)
d(Node)/d(yend2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "rad2"
*********************************************************
Generating perturbed configuration with delta-rad2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(rad2) check complete with 0 total errors (errmax= 2.0943e-07)
d(Edge)/d(rad2) check complete with 0 total errors (errmax= 6.6178e-07)
d(Node)/d(rad2) check complete with 0 total errors (errmax= 1.3002e-06)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.064 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.3002e-06) with 0 suppressions
real 0m1.707s
user 0m0.015s
sys 0m0.031s
+ set +x
data\basic\design0c -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 5 / 275 )
data\basic\design0d.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0d.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(xsize) check complete with 0 total errors (errmax= 1.9204e-16)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 1.9204e-16)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(ysize) check complete with 0 total errors (errmax= 9.4585e-17)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 9.4585e-17)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(zsize) check complete with 0 total errors (errmax= 4.5325e-17)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 4.5325e-17)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "scale"
*********************************************************
Generating perturbed configuration with delta-scale[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(scale) check complete with 0 total errors (errmax= 2.1407e-16)
d(Edge)/d(scale) check complete with 0 total errors (errmax= 1.9204e-16)
d(Node)/d(scale) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.009 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.1408e-16) with 0 suppressions
real 0m0.593s
user 0m0.000s
sys 0m0.031s
+ set +x
data\basic\design0d -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 6 / 275 )
data\basic\design0e.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0e.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(camber) check complete with 0 total errors (errmax= 1.3694e-16)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 2.7990e-07)
d(Node)/d(camber) check complete with 0 total errors (errmax= 1.3987e-08)
*********************************************************
Starting tessellation sensitivity wrt "thick"
*********************************************************
Generating perturbed configuration with delta-thick[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(thick) check complete with 0 total errors (errmax= 1.3718e-16)
d(Edge)/d(thick) check complete with 0 total errors (errmax= 2.4332e-08)
d(Node)/d(thick) check complete with 0 total errors (errmax= 2.2248e-16)
*********************************************************
Starting tessellation sensitivity wrt "xle"
*********************************************************
Generating perturbed configuration with delta-xle[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(xle) check complete with 0 total errors (errmax= 1.7314e-16)
d(Edge)/d(xle) check complete with 0 total errors (errmax= 1.8797e-16)
d(Node)/d(xle) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "yle"
*********************************************************
Generating perturbed configuration with delta-yle[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(yle) check complete with 0 total errors (errmax= 1.8492e-19)
d(Edge)/d(yle) check complete with 0 total errors (errmax= 2.0636e-17)
d(Node)/d(yle) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zle"
*********************************************************
Generating perturbed configuration with delta-zle[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(zle) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(zle) check complete with 0 total errors (errmax= 2.2836e-17)
d(Node)/d(zle) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "chord"
*********************************************************
Generating perturbed configuration with delta-chord[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(chord) check complete with 0 total errors (errmax= 1.3239e-16)
d(Edge)/d(chord) check complete with 0 total errors (errmax= 2.0816e-16)
d(Node)/d(chord) check complete with 0 total errors (errmax= 4.4604e-16)
*********************************************************
Starting tessellation sensitivity wrt "alpha"
*********************************************************
Generating perturbed configuration with delta-alpha[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(alpha) check complete with 0 total errors (errmax= 3.5393e-09)
d(Edge)/d(alpha) check complete with 0 total errors (errmax= 4.3069e-09)
d(Node)/d(alpha) check complete with 0 total errors (errmax= 7.6167e-09)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.004 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.7990e-07) with 0 suppressions
real 0m0.581s
user 0m0.031s
sys 0m0.031s
+ set +x
data\basic\design0e -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 7 / 275 )
data\basic\design0f.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0f.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(camber) check complete with 0 total errors (errmax= 1.4991e-07)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 1.4513e-07)
d(Node)/d(camber) check complete with 0 total errors (errmax= 6.9935e-09)
*********************************************************
Starting tessellation sensitivity wrt "thick"
*********************************************************
Generating perturbed configuration with delta-thick[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(thick) check complete with 0 total errors (errmax= 2.3916e-08)
d(Edge)/d(thick) check complete with 0 total errors (errmax= 2.2367e-08)
d(Node)/d(thick) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "dx"
*********************************************************
Generating perturbed configuration with delta-dx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(dx) check complete with 0 total errors (errmax= 1.5088e-16)
d(Edge)/d(dx) check complete with 0 total errors (errmax= 1.8102e-16)
d(Node)/d(dx) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "dy"
*********************************************************
Generating perturbed configuration with delta-dy[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(dy) check complete with 0 total errors (errmax= 4.4532e-16)
d(Edge)/d(dy) check complete with 0 total errors (errmax= 5.8344e-16)
d(Node)/d(dy) check complete with 0 total errors (errmax= 4.4841e-16)
*********************************************************
Starting tessellation sensitivity wrt "dz"
*********************************************************
Generating perturbed configuration with delta-dz[1,1]= 0.00300000
real 0m0.657s
user 0m0.000s
sys 0m0.046s
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(dz) check complete with 0 total errors (errmax= 4.4532e-16)
d(Edge)/d(dz) check complete with 0 total errors (errmax= 6.0953e-16)
d(Node)/d(dz) check complete with 0 total errors (errmax= 4.4841e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.030 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.4991e-07) with 0 suppressions
+ set +x
data\basic\design0f -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 8 / 275 )
data\basic\design0g.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0g.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xle[1,1]"
*********************************************************
Generating perturbed configuration with delta-xle[1,1]= 0.90429400
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(xle) check complete with 0 total errors (errmax= 2.0472e-16)
d(Edge)/d(xle) check complete with 0 total errors (errmax= 2.7570e-16)
d(Node)/d(xle) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "xle[2,1]"
*********************************************************
Generating perturbed configuration with delta-xle[2,1]= 1.22582000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(xle) check complete with 0 total errors (errmax= 2.4491e-16)
d(Edge)/d(xle) check complete with 0 total errors (errmax= 3.5689e-16)
d(Node)/d(xle) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "xle[3,1]"
*********************************************************
Generating perturbed configuration with delta-xle[3,1]= 1.51650400
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(xle) check complete with 0 total errors (errmax= 2.8890e-16)
d(Edge)/d(xle) check complete with 0 total errors (errmax= 3.9433e-16)
d(Node)/d(xle) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "xle[4,1]"
*********************************************************
Generating perturbed configuration with delta-xle[4,1]= 1.78073700
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(xle) check complete with 0 total errors (errmax= 2.6340e-16)
d(Edge)/d(xle) check complete with 0 total errors (errmax= 2.3288e-16)
d(Node)/d(xle) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "yle[1,1]"
*********************************************************
Generating perturbed configuration with delta-yle[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(yle) check complete with 0 total errors (errmax= 3.1655e-17)
d(Edge)/d(yle) check complete with 0 total errors (errmax= 3.2221e-17)
d(Node)/d(yle) check complete with 0 total errors (errmax= 6.3527e-22)
*********************************************************
Starting tessellation sensitivity wrt "yle[2,1]"
*********************************************************
Generating perturbed configuration with delta-yle[2,1]= 0.42799900
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(yle) check complete with 0 total errors (errmax= 8.7091e-17)
d(Edge)/d(yle) check complete with 0 total errors (errmax= 1.0750e-16)
d(Node)/d(yle) check complete with 0 total errors (errmax= 5.5511e-17)
*********************************************************
Starting tessellation sensitivity wrt "yle[3,1]"
*********************************************************
Generating perturbed configuration with delta-yle[3,1]= 0.80972700
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(yle) check complete with 0 total errors (errmax= 1.3835e-16)
d(Edge)/d(yle) check complete with 0 total errors (errmax= 1.3064e-16)
d(Node)/d(yle) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "yle[4,1]"
*********************************************************
Generating perturbed configuration with delta-yle[4,1]= 1.15675300
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(yle) check complete with 0 total errors (errmax= 1.8387e-16)
d(Edge)/d(yle) check complete with 0 total errors (errmax= 2.4324e-16)
d(Node)/d(yle) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zle[1,1]"
*********************************************************
Generating perturbed configuration with delta-zle[1,1]= 0.17412600
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(zle) check complete with 0 total errors (errmax= 3.0048e-17)
d(Edge)/d(zle) check complete with 0 total errors (errmax= 3.6425e-17)
d(Node)/d(zle) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zle[2,1]"
*********************************************************
Generating perturbed configuration with delta-zle[2,1]= 0.18107100
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(zle) check complete with 0 total errors (errmax= 3.2095e-17)
d(Edge)/d(zle) check complete with 0 total errors (errmax= 2.9979e-17)
d(Node)/d(zle) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zle[3,1]"
*********************************************************
Generating perturbed configuration with delta-zle[3,1]= 0.20979400
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(zle) check complete with 0 total errors (errmax= 3.9944e-17)
d(Edge)/d(zle) check complete with 0 total errors (errmax= 4.2164e-17)
d(Node)/d(zle) check complete with 0 total errors (errmax= 2.7756e-17)
*********************************************************
Starting tessellation sensitivity wrt "zle[4,1]"
*********************************************************
Generating perturbed configuration with delta-zle[4,1]= 0.26382700
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(zle) check complete with 0 total errors (errmax= 4.2395e-17)
d(Edge)/d(zle) check complete with 0 total errors (errmax= 5.5511e-17)
d(Node)/d(zle) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "twist[1,1]"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00671660
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(twist) check complete with 0 total errors (errmax= 1.5605e-09)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.7095e-09)
d(Node)/d(twist) check complete with 0 total errors (errmax= 2.7631e-09)
*********************************************************
Starting tessellation sensitivity wrt "twist[2,1]"
*********************************************************
Generating perturbed configuration with delta-twist[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(twist) check complete with 0 total errors (errmax= 2.2360e-11)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 2.9562e-11)
d(Node)/d(twist) check complete with 0 total errors (errmax= 3.2645e-11)
*********************************************************
Starting tessellation sensitivity wrt "twist[3,1]"
*********************************************************
Generating perturbed configuration with delta-twist[3,1]= 0.00163500
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(twist) check complete with 0 total errors (errmax= 3.5162e-11)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 6.1939e-11)
d(Node)/d(twist) check complete with 0 total errors (errmax= 5.8735e-11)
*********************************************************
Starting tessellation sensitivity wrt "twist[4,1]"
*********************************************************
Generating perturbed configuration with delta-twist[4,1]= 0.00375000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(twist) check complete with 0 total errors (errmax= 9.8936e-11)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.5944e-10)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.7253e-10)
*********************************************************
Starting tessellation sensitivity wrt "chord[1,1]"
*********************************************************
Generating perturbed configuration with delta-chord[1,1]= 0.53618100
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(chord) check complete with 0 total errors (errmax= 1.7076e-10)
d(Edge)/d(chord) check complete with 0 total errors (errmax= 3.8447e-10)
d(Node)/d(chord) check complete with 0 total errors (errmax= 6.6613e-16)
*********************************************************
Starting tessellation sensitivity wrt "chord[2,1]"
*********************************************************
Generating perturbed configuration with delta-chord[2,1]= 0.28578200
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(chord) check complete with 0 total errors (errmax= 5.9321e-10)
d(Edge)/d(chord) check complete with 0 total errors (errmax= 1.0091e-09)
d(Node)/d(chord) check complete with 0 total errors (errmax= 2.7756e-17)
*********************************************************
Starting tessellation sensitivity wrt "chord[3,1]"
*********************************************************
Generating perturbed configuration with delta-chord[3,1]= 0.19234400
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(chord) check complete with 0 total errors (errmax= 4.3223e-10)
d(Edge)/d(chord) check complete with 0 total errors (errmax= 1.5553e-09)
d(Node)/d(chord) check complete with 0 total errors (errmax= 2.2377e-16)
*********************************************************
Starting tessellation sensitivity wrt "chord[4,1]"
*********************************************************
Generating perturbed configuration with delta-chord[4,1]= 0.10740000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(chord) check complete with 0 total errors (errmax= 2.3440e-10)
d(Edge)/d(chord) check complete with 0 total errors (errmax= 1.0110e-09)
d(Node)/d(chord) check complete with 0 total errors (errmax= 5.5511e-17)
*********************************************************
Starting tessellation sensitivity wrt "thick[1,1]"
*********************************************************
Generating perturbed configuration with delta-thick[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(thick) check complete with 0 total errors (errmax= 2.4019e-06)
d(Edge)/d(thick) check complete with 0 total errors (errmax= 7.3812e-09)
d(Node)/d(thick) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "thick[2,1]"
*********************************************************
Generating perturbed configuration with delta-thick[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(thick) check complete with 0 total errors (errmax= 2.4605e-06)
d(Edge)/d(thick) check complete with 0 total errors (errmax= 3.6143e-08)
d(Node)/d(thick) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "thick[3,1]"
*********************************************************
Generating perturbed configuration with delta-thick[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(thick) check complete with 0 total errors (errmax= 2.3449e-07)
d(Edge)/d(thick) check complete with 0 total errors (errmax= 3.8230e-08)
d(Node)/d(thick) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "thick[4,1]"
*********************************************************
Generating perturbed configuration with delta-thick[4,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(thick) check complete with 0 total errors (errmax= 7.8278e-08)
d(Edge)/d(thick) check complete with 0 total errors (errmax= 2.5318e-08)
d(Node)/d(thick) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "cambr[1,1]"
*********************************************************
Generating perturbed configuration with delta-cambr[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(cambr) check complete with 0 total errors (errmax= 4.7150e-07)
d(Edge)/d(cambr) check complete with 0 total errors (errmax= 9.2735e-08)
d(Node)/d(cambr) check complete with 0 total errors (errmax= 4.8229e-09)
*********************************************************
Starting tessellation sensitivity wrt "cambr[2,1]"
*********************************************************
Generating perturbed configuration with delta-cambr[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(cambr) check complete with 0 total errors (errmax= 3.5670e-07)
d(Edge)/d(cambr) check complete with 0 total errors (errmax= 4.1334e-08)
d(Node)/d(cambr) check complete with 0 total errors (errmax= 1.7537e-09)
*********************************************************
Starting tessellation sensitivity wrt "cambr[3,1]"
*********************************************************
Generating perturbed configuration with delta-cambr[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(cambr) check complete with 0 total errors (errmax= 5.6418e-08)
d(Edge)/d(cambr) check complete with 0 total errors (errmax= 2.5250e-08)
d(Node)/d(cambr) check complete with 0 total errors (errmax= 1.0793e-09)
*********************************************************
Starting tessellation sensitivity wrt "cambr[4,1]"
*********************************************************
Generating perturbed configuration with delta-cambr[4,1]= 0.00100000
real 1m9.486s
user 0m0.015s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(cambr) check complete with 0 total errors (errmax= 5.4885e-08)
d(Edge)/d(cambr) check complete with 0 total errors (errmax= 1.5406e-08)
d(Node)/d(cambr) check complete with 0 total errors (errmax= 5.9517e-10)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 59.157 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.4605e-06) with 0 suppressions
+ set +x
data\basic\design0g -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 9 / 275 )
data\basic\design0h.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0h.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "rx"
*********************************************************
Generating perturbed configuration with delta-rx[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(rx) check complete with 0 total errors (errmax= 5.0358e-21)
d(Edge)/d(rx) check complete with 0 total errors (errmax= 1.1053e-16)
d(Node)/d(rx) check complete with 0 total errors (errmax= 4.9304e-32)
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(rx) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(rx) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(rx) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(rx) check complete with 0 total errors (errmax= 1.5156e-20)
d(Edge)/d(rx) check complete with 0 total errors (errmax= 1.1393e-16)
d(Node)/d(rx) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ry"
*********************************************************
Generating perturbed configuration with delta-ry[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(ry) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(ry) check complete with 0 total errors (errmax= 1.9688e-16)
d(Node)/d(ry) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(ry) check complete with 0 total errors (errmax= 2.7347e-20)
d(Edge)/d(ry) check complete with 0 total errors (errmax= 2.1080e-16)
d(Node)/d(ry) check complete with 0 total errors (errmax= 9.8608e-32)
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(ry) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(ry) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(ry) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "rz"
*********************************************************
real 0m0.625s
user 0m0.000s
sys 0m0.015s
Generating perturbed configuration with delta-rz[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(rz) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(rz) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(rz) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(rz) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(rz) check complete with 0 total errors (errmax= 3.0431e-16)
d(Node)/d(rz) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(rz) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(rz) check complete with 0 total errors (errmax= 2.7211e-16)
d(Node)/d(rz) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.001 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.0432e-16) with 0 suppressions
+ set +x
data\basic\design0h -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 10 / 275 )
data\basic\design0i.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0i.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "rx"
*********************************************************
Generating perturbed configuration with delta-rx[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(rx) check complete with 0 total errors (errmax= 1.1027e-16)
d(Edge)/d(rx) check complete with 0 total errors (errmax= 1.1361e-16)
d(Node)/d(rx) check complete with 0 total errors (errmax= 4.9304e-32)
*********************************************************
Starting tessellation sensitivity wrt "ry"
*********************************************************
Generating perturbed configuration with delta-ry[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(ry) check complete with 0 total errors (errmax= 1.9897e-16)
d(Edge)/d(ry) check complete with 0 total errors (errmax= 1.9485e-16)
d(Node)/d(ry) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.006 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.9898e-16) with 0 suppressions
real 0m0.584s
user 0m0.000s
sys 0m0.062s
+ set +x
data\basic\design0i -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 11 / 275 )
data\basic\design0j.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0j.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xle[1,1]"
*********************************************************
Generating perturbed configuration with delta-xle[1,1]= 0.90429400
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(xle) check complete with 0 total errors (errmax= 1.5984e-16)
d(Edge)/d(xle) check complete with 0 total errors (errmax= 1.3670e-16)
d(Node)/d(xle) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "xle[2,1]"
*********************************************************
Generating perturbed configuration with delta-xle[2,1]= 1.22582000
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(xle) check complete with 0 total errors (errmax= 1.9797e-16)
d(Edge)/d(xle) check complete with 0 total errors (errmax= 2.5121e-16)
d(Node)/d(xle) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "xle[3,1]"
*********************************************************
Generating perturbed configuration with delta-xle[3,1]= 1.51650400
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(xle) check complete with 0 total errors (errmax= 2.3285e-16)
d(Edge)/d(xle) check complete with 0 total errors (errmax= 2.5438e-16)
d(Node)/d(xle) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "xle[4,1]"
*********************************************************
Generating perturbed configuration with delta-xle[4,1]= 1.78073700
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(xle) check complete with 0 total errors (errmax= 2.2727e-16)
d(Edge)/d(xle) check complete with 0 total errors (errmax= 2.5640e-16)
d(Node)/d(xle) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "yle[1,1]"
*********************************************************
Generating perturbed configuration with delta-yle[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(yle) check complete with 0 total errors (errmax= 3.0080e-17)
d(Edge)/d(yle) check complete with 0 total errors (errmax= 4.2737e-17)
d(Node)/d(yle) check complete with 0 total errors (errmax= 6.3527e-22)
*********************************************************
Starting tessellation sensitivity wrt "yle[2,1]"
*********************************************************
Generating perturbed configuration with delta-yle[2,1]= 0.42799900
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(yle) check complete with 0 total errors (errmax= 9.2383e-17)
d(Edge)/d(yle) check complete with 0 total errors (errmax= 8.5548e-17)
d(Node)/d(yle) check complete with 0 total errors (errmax= 5.5511e-17)
*********************************************************
Starting tessellation sensitivity wrt "yle[3,1]"
*********************************************************
Generating perturbed configuration with delta-yle[3,1]= 0.80972700
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(yle) check complete with 0 total errors (errmax= 1.2869e-16)
d(Edge)/d(yle) check complete with 0 total errors (errmax= 1.2257e-16)
d(Node)/d(yle) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "yle[4,1]"
*********************************************************
Generating perturbed configuration with delta-yle[4,1]= 1.15675300
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(yle) check complete with 0 total errors (errmax= 1.4435e-16)
d(Edge)/d(yle) check complete with 0 total errors (errmax= 1.8130e-16)
d(Node)/d(yle) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zle[1,1]"
*********************************************************
Generating perturbed configuration with delta-zle[1,1]= 0.17412600
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(zle) check complete with 0 total errors (errmax= 3.1512e-17)
d(Edge)/d(zle) check complete with 0 total errors (errmax= 4.1168e-17)
d(Node)/d(zle) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zle[2,1]"
*********************************************************
Generating perturbed configuration with delta-zle[2,1]= 0.18107100
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(zle) check complete with 0 total errors (errmax= 2.9405e-17)
d(Edge)/d(zle) check complete with 0 total errors (errmax= 3.2841e-17)
d(Node)/d(zle) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zle[3,1]"
*********************************************************
Generating perturbed configuration with delta-zle[3,1]= 0.20979400
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(zle) check complete with 0 total errors (errmax= 3.0456e-17)
d(Edge)/d(zle) check complete with 0 total errors (errmax= 3.5505e-17)
d(Node)/d(zle) check complete with 0 total errors (errmax= 2.7756e-17)
*********************************************************
Starting tessellation sensitivity wrt "zle[4,1]"
*********************************************************
Generating perturbed configuration with delta-zle[4,1]= 0.26382700
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(zle) check complete with 0 total errors (errmax= 2.9539e-17)
d(Edge)/d(zle) check complete with 0 total errors (errmax= 3.9252e-17)
d(Node)/d(zle) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "twist[1,1]"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00671660
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(twist) check complete with 0 total errors (errmax= 3.0338e-09)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 4.9465e-09)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.9277e-09)
*********************************************************
Starting tessellation sensitivity wrt "twist[2,1]"
*********************************************************
Generating perturbed configuration with delta-twist[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(twist) check complete with 0 total errors (errmax= 8.1652e-11)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.3721e-10)
d(Node)/d(twist) check complete with 0 total errors (errmax= 2.2240e-11)
*********************************************************
Starting tessellation sensitivity wrt "twist[3,1]"
*********************************************************
Generating perturbed configuration with delta-twist[3,1]= 0.00163500
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(twist) check complete with 0 total errors (errmax= 8.7546e-11)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.5273e-10)
d(Node)/d(twist) check complete with 0 total errors (errmax= 3.9875e-11)
*********************************************************
Starting tessellation sensitivity wrt "twist[4,1]"
*********************************************************
Generating perturbed configuration with delta-twist[4,1]= 0.00375000
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(twist) check complete with 0 total errors (errmax= 1.6553e-10)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 3.2123e-10)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.1707e-10)
*********************************************************
Starting tessellation sensitivity wrt "chord[1,1]"
*********************************************************
Generating perturbed configuration with delta-chord[1,1]= 0.53618100
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(chord) check complete with 0 total errors (errmax= 1.2263e-08)
d(Edge)/d(chord) check complete with 0 total errors (errmax= 2.0711e-08)
d(Node)/d(chord) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "chord[2,1]"
*********************************************************
Generating perturbed configuration with delta-chord[2,1]= 0.28578200
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(chord) check complete with 0 total errors (errmax= 4.2757e-09)
d(Edge)/d(chord) check complete with 0 total errors (errmax= 7.3230e-09)
d(Node)/d(chord) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "chord[3,1]"
*********************************************************
Generating perturbed configuration with delta-chord[3,1]= 0.19234400
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(chord) check complete with 0 total errors (errmax= 2.3617e-09)
d(Edge)/d(chord) check complete with 0 total errors (errmax= 3.9875e-09)
d(Node)/d(chord) check complete with 0 total errors (errmax= 2.2377e-16)
*********************************************************
Starting tessellation sensitivity wrt "chord[4,1]"
*********************************************************
Generating perturbed configuration with delta-chord[4,1]= 0.10740000
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(chord) check complete with 0 total errors (errmax= 3.4818e-10)
d(Edge)/d(chord) check complete with 0 total errors (errmax= 7.0187e-10)
d(Node)/d(chord) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "thick[1,1]"
*********************************************************
Generating perturbed configuration with delta-thick[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(thick) check complete with 0 total errors (errmax= 7.9412e-08)
d(Edge)/d(thick) check complete with 0 total errors (errmax= 1.3415e-07)
d(Node)/d(thick) check complete with 0 total errors (errmax= 1.2413e-16)
*********************************************************
Starting tessellation sensitivity wrt "thick[2,1]"
*********************************************************
Generating perturbed configuration with delta-thick[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(thick) check complete with 0 total errors (errmax= 4.0549e-08)
d(Edge)/d(thick) check complete with 0 total errors (errmax= 6.9522e-08)
d(Node)/d(thick) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "thick[3,1]"
*********************************************************
Generating perturbed configuration with delta-thick[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(thick) check complete with 0 total errors (errmax= 2.4427e-08)
d(Edge)/d(thick) check complete with 0 total errors (errmax= 4.1327e-08)
d(Node)/d(thick) check complete with 0 total errors (errmax= 2.7756e-17)
*********************************************************
Starting tessellation sensitivity wrt "thick[4,1]"
*********************************************************
Generating perturbed configuration with delta-thick[4,1]= 0.00100000
real 0m12.336s
user 0m0.015s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(thick) check complete with 0 total errors (errmax= 3.6263e-09)
d(Edge)/d(thick) check complete with 0 total errors (errmax= 7.3455e-09)
d(Node)/d(thick) check complete with 0 total errors (errmax= 2.2204e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 9.708 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.3415e-07) with 0 suppressions
+ set +x
data\basic\design0j -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 12 / 275 )
data\basic\design0k.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0k.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "x1"
*********************************************************
Generating perturbed configuration with delta-x1[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(x1) check complete with 0 total errors (errmax= 7.1341e-16)
d(Edge)/d(x1) check complete with 0 total errors (errmax= 5.3373e-16)
d(Node)/d(x1) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(x1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x1) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(x1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x2"
*********************************************************
Generating perturbed configuration with delta-x2[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(x2) check complete with 0 total errors (errmax= 6.5131e-16)
d(Edge)/d(x2) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(x2) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(x2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x2) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(x2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x3"
*********************************************************
Generating perturbed configuration with delta-x3[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(x3) check complete with 0 total errors (errmax= 3.9059e-16)
d(Edge)/d(x3) check complete with 0 total errors (errmax= 3.5569e-16)
d(Node)/d(x3) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(x3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x3) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(x3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x4"
*********************************************************
Generating perturbed configuration with delta-x4[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(x4) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x4) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x4) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(x4) check complete with 0 total errors (errmax= 2.0720e-16)
d(Edge)/d(x4) check complete with 0 total errors (errmax= 1.3847e-16)
d(Node)/d(x4) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(x4) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x4) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x4) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x5"
*********************************************************
Generating perturbed configuration with delta-x5[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(x5) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x5) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x5) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(x5) check complete with 0 total errors (errmax= 1.8161e-16)
d(Edge)/d(x5) check complete with 0 total errors (errmax= 1.4803e-16)
d(Node)/d(x5) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(x5) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x5) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x5) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x6"
*********************************************************
Generating perturbed configuration with delta-x6[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(x6) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x6) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x6) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(x6) check complete with 0 total errors (errmax= 1.6835e-16)
d(Edge)/d(x6) check complete with 0 total errors (errmax= 1.5701e-16)
d(Node)/d(x6) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(x6) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x6) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x6) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x7"
*********************************************************
Generating perturbed configuration with delta-x7[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(x7) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x7) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x7) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(x7) check complete with 0 total errors (errmax= 2.4593e-16)
d(Edge)/d(x7) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(x7) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(x7) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x7) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x7) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x8"
*********************************************************
Generating perturbed configuration with delta-x8[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(x8) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x8) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x8) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(x8) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x8) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x8) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(x8) check complete with 0 total errors (errmax= 3.7636e-16)
d(Edge)/d(x8) check complete with 0 total errors (errmax= 3.3411e-16)
d(Node)/d(x8) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x9"
*********************************************************
Generating perturbed configuration with delta-x9[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(x9) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x9) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x9) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(x9) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x9) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x9) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(x9) check complete with 0 total errors (errmax= 6.2275e-16)
d(Edge)/d(x9) check complete with 0 total errors (errmax= 4.8800e-16)
d(Node)/d(x9) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x10"
*********************************************************
Generating perturbed configuration with delta-x10[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(x10) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x10) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x10) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(x10) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x10) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x10) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(x10) check complete with 0 total errors (errmax= 7.0642e-16)
d(Edge)/d(x10) check complete with 0 total errors (errmax= 3.9165e-16)
d(Node)/d(x10) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y1"
*********************************************************
Generating perturbed configuration with delta-y1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(y1) check complete with 0 total errors (errmax= 4.1440e-17)
d(Edge)/d(y1) check complete with 0 total errors (errmax= 7.9089e-20)
d(Node)/d(y1) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(y1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y1) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(y1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y2"
*********************************************************
Generating perturbed configuration with delta-y2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(y2) check complete with 0 total errors (errmax= 9.4449e-10)
d(Edge)/d(y2) check complete with 0 total errors (errmax= 1.5679e-09)
d(Node)/d(y2) check complete with 0 total errors (errmax= 4.9304e-32)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(y2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y2) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(y2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y3"
*********************************************************
Generating perturbed configuration with delta-y3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(y3) check complete with 0 total errors (errmax= 9.4449e-10)
d(Edge)/d(y3) check complete with 0 total errors (errmax= 1.5679e-09)
d(Node)/d(y3) check complete with 0 total errors (errmax= 4.9304e-32)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(y3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y3) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(y3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y4"
*********************************************************
Generating perturbed configuration with delta-y4[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(y4) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y4) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y4) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(y4) check complete with 0 total errors (errmax= 6.4702e-17)
d(Edge)/d(y4) check complete with 0 total errors (errmax= 7.3401e-20)
d(Node)/d(y4) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(y4) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y4) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y4) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y5"
*********************************************************
Generating perturbed configuration with delta-y5[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(y5) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y5) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y5) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(y5) check complete with 0 total errors (errmax= 2.1481e-09)
d(Edge)/d(y5) check complete with 0 total errors (errmax= 2.9493e-09)
d(Node)/d(y5) check complete with 0 total errors (errmax= 9.8608e-32)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(y5) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y5) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y5) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y6"
*********************************************************
Generating perturbed configuration with delta-y6[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(y6) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y6) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y6) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(y6) check complete with 0 total errors (errmax= 2.1481e-09)
d(Edge)/d(y6) check complete with 0 total errors (errmax= 2.9493e-09)
d(Node)/d(y6) check complete with 0 total errors (errmax= 9.8608e-32)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(y6) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y6) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y6) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y7"
*********************************************************
Generating perturbed configuration with delta-y7[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(y7) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y7) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y7) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(y7) check complete with 0 total errors (errmax= 8.8849e-17)
d(Edge)/d(y7) check complete with 0 total errors (errmax= 7.4505e-20)
d(Node)/d(y7) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(y7) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y7) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y7) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y8"
*********************************************************
Generating perturbed configuration with delta-y8[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(y8) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y8) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y8) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(y8) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y8) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y8) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(y8) check complete with 0 total errors (errmax= 9.4449e-10)
d(Edge)/d(y8) check complete with 0 total errors (errmax= 1.5679e-09)
d(Node)/d(y8) check complete with 0 total errors (errmax= 4.9304e-32)
*********************************************************
Starting tessellation sensitivity wrt "y9"
*********************************************************
Generating perturbed configuration with delta-y9[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(y9) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y9) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y9) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(y9) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y9) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y9) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(y9) check complete with 0 total errors (errmax= 9.4449e-10)
d(Edge)/d(y9) check complete with 0 total errors (errmax= 1.5679e-09)
d(Node)/d(y9) check complete with 0 total errors (errmax= 4.9304e-32)
*********************************************************
Starting tessellation sensitivity wrt "y10"
*********************************************************
Generating perturbed configuration with delta-y10[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(y10) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y10) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y10) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(y10) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y10) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y10) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(y10) check complete with 0 total errors (errmax= 5.2720e-17)
d(Edge)/d(y10) check complete with 0 total errors (errmax= 5.8292e-20)
d(Node)/d(y10) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z1"
*********************************************************
Generating perturbed configuration with delta-z1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(z1) check complete with 0 total errors (errmax= 7.6546e-17)
d(Edge)/d(z1) check complete with 0 total errors (errmax= 8.6586e-17)
d(Node)/d(z1) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(z1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z1) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(z1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z2"
*********************************************************
Generating perturbed configuration with delta-z2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(z2) check complete with 0 total errors (errmax= 1.8848e-07)
d(Edge)/d(z2) check complete with 0 total errors (errmax= 3.1288e-07)
d(Node)/d(z2) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(z2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z2) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(z2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z3"
*********************************************************
Generating perturbed configuration with delta-z3[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(z3) check complete with 0 total errors (errmax= 1.8848e-07)
d(Edge)/d(z3) check complete with 0 total errors (errmax= 3.1288e-07)
d(Node)/d(z3) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(z3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z3) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(z3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z4"
*********************************************************
Generating perturbed configuration with delta-z4[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(z4) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z4) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z4) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(z4) check complete with 0 total errors (errmax= 4.4157e-17)
d(Edge)/d(z4) check complete with 0 total errors (errmax= 6.3534e-17)
d(Node)/d(z4) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(z4) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z4) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z4) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z5"
*********************************************************
Generating perturbed configuration with delta-z5[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(z5) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z5) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z5) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(z5) check complete with 0 total errors (errmax= 1.4650e-07)
d(Edge)/d(z5) check complete with 0 total errors (errmax= 2.4320e-07)
d(Node)/d(z5) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(z5) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z5) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z5) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z6"
*********************************************************
Generating perturbed configuration with delta-z6[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(z6) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z6) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z6) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(z6) check complete with 0 total errors (errmax= 1.4650e-07)
d(Edge)/d(z6) check complete with 0 total errors (errmax= 2.4320e-07)
d(Node)/d(z6) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(z6) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z6) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z6) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z7"
*********************************************************
Generating perturbed configuration with delta-z7[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(z7) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z7) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z7) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(z7) check complete with 0 total errors (errmax= 5.1404e-17)
d(Edge)/d(z7) check complete with 0 total errors (errmax= 7.1684e-17)
d(Node)/d(z7) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(z7) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z7) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z7) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z8"
*********************************************************
Generating perturbed configuration with delta-z8[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(z8) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z8) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z8) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(z8) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z8) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z8) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(z8) check complete with 0 total errors (errmax= 1.8848e-07)
d(Edge)/d(z8) check complete with 0 total errors (errmax= 3.1288e-07)
d(Node)/d(z8) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z9"
*********************************************************
Generating perturbed configuration with delta-z9[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(z9) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z9) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z9) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(z9) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z9) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z9) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(z9) check complete with 0 total errors (errmax= 1.8848e-07)
d(Edge)/d(z9) check complete with 0 total errors (errmax= 3.1288e-07)
d(Node)/d(z9) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z10"
*********************************************************
Generating perturbed configuration with delta-z10[1,1]= 0.00100000
real 0m14.295s
user 0m0.000s
sys 0m0.030s
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(z10) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z10) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z10) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(z10) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z10) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z10) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(z10) check complete with 0 total errors (errmax= 8.4617e-17)
d(Edge)/d(z10) check complete with 0 total errors (errmax= 9.4617e-17)
d(Node)/d(z10) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 9.728 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.1288e-07) with 0 suppressions
+ set +x
data\basic\design0k -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 13 / 275 )
data\basic\design0m.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0m.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(xbase) check complete with 0 total errors (errmax= 1.7828e-15)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 2.2418e-15)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 3.8266e-15)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(ybase) check complete with 0 total errors (errmax= 2.0431e-15)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 2.2056e-15)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 3.7221e-15)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(zbase) check complete with 0 total errors (errmax= 2.1758e-15)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 2.1922e-15)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 3.5596e-15)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(xsize) check complete with 0 total errors (errmax= 1.9592e-15)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 2.1236e-15)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 3.5804e-15)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(ysize) check complete with 0 total errors (errmax= 1.2611e-15)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 1.2561e-15)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 3.6146e-15)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(zsize) check complete with 0 total errors (errmax= 1.5811e-15)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 1.6337e-15)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 3.6621e-15)
*********************************************************
Starting tessellation sensitivity wrt "nx"
*********************************************************
Generating perturbed configuration with delta-nx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(nx) check complete with 0 total errors (errmax= 2.2521e-05)
d(Edge)/d(nx) check complete with 0 total errors (errmax= 3.5752e-05)
d(Node)/d(nx) check complete with 0 total errors (errmax= 4.3630e-05)
*********************************************************
Starting tessellation sensitivity wrt "ny"
*********************************************************
Generating perturbed configuration with delta-ny[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(ny) check complete with 0 total errors (errmax= 6.4361e-05)
d(Edge)/d(ny) check complete with 0 total errors (errmax= 8.2055e-05)
d(Node)/d(ny) check complete with 0 total errors (errmax= 8.7460e-05)
*********************************************************
Starting tessellation sensitivity wrt "nz"
*********************************************************
Generating perturbed configuration with delta-nz[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(nz) check complete with 0 total errors (errmax= 6.9455e-05)
d(Edge)/d(nz) check complete with 0 total errors (errmax= 9.6215e-05)
d(Node)/d(nz) check complete with 0 total errors (errmax= 1.0635e-04)
*********************************************************
Starting tessellation sensitivity wrt "dist"
*********************************************************
Generating perturbed configuration with delta-dist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(dist) check complete with 0 total errors (errmax= 1.3752e-15)
d(Edge)/d(dist) check complete with 0 total errors (errmax= 2.0735e-15)
d(Node)/d(dist) check complete with 0 total errors (errmax= 1.8310e-15)
*********************************************************
Starting tessellation sensitivity wrt "scale"
*********************************************************
Generating perturbed configuration with delta-scale[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(scale) check complete with 0 total errors (errmax= 1.7837e-15)
d(Edge)/d(scale) check complete with 0 total errors (errmax= 2.3731e-15)
d(Node)/d(scale) check complete with 0 total errors (errmax= 2.6645e-15)
*********************************************************
Starting tessellation sensitivity wrt "dx"
*********************************************************
Generating perturbed configuration with delta-dx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(dx) check complete with 0 total errors (errmax= 1.7764e-15)
d(Edge)/d(dx) check complete with 0 total errors (errmax= 1.7764e-15)
d(Node)/d(dx) check complete with 0 total errors (errmax= 1.7764e-15)
*********************************************************
Starting tessellation sensitivity wrt "dy"
*********************************************************
Generating perturbed configuration with delta-dy[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(dy) check complete with 0 total errors (errmax= 4.0970e-16)
d(Edge)/d(dy) check complete with 0 total errors (errmax= 5.4991e-16)
d(Node)/d(dy) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "dz"
*********************************************************
Generating perturbed configuration with delta-dz[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(dz) check complete with 0 total errors (errmax= 1.1687e-16)
d(Edge)/d(dz) check complete with 0 total errors (errmax= 1.2292e-16)
d(Node)/d(dz) check complete with 0 total errors (errmax= 2.2204e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.004 sec
Sensitivity checks complete with 1 total errors (max tess err= 1.0635e-04) with 0 suppressions
real 0m0.368s
user 0m0.000s
sys 0m0.031s
+ set +x
data\basic\design0m -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 14 / 275 )
data\basic\design0n1.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0n1.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(thickness) check complete with 0 total errors (errmax= 1.8152e-08)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 1.6769e-08)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(camber) check complete with 0 total errors (errmax= 1.6780e-07)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 1.4214e-07)
d(Node)/d(camber) check complete with 0 total errors (errmax= 6.9935e-09)
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00200000
real 0m0.452s
user 0m0.000s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(span) check complete with 0 total errors (errmax= 2.6383e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.031 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.6780e-07) with 0 suppressions
+ set +x
data\basic\design0n1 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 15 / 275 )
data\basic\design0n2.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0n2.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "class[1,1]"
*********************************************************
Generating perturbed configuration with delta-class[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
*********************************************************
Starting tessellation sensitivity wrt "class[1,2]"
*********************************************************
Generating perturbed configuration with delta-class[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
*********************************************************
Starting tessellation sensitivity wrt "ztail[1,1]"
*********************************************************
Generating perturbed configuration with delta-ztail[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
*********************************************************
Starting tessellation sensitivity wrt "ztail[1,2]"
*********************************************************
Generating perturbed configuration with delta-ztail[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
*********************************************************
Starting tessellation sensitivity wrt "aupper[1,1]"
*********************************************************
Generating perturbed configuration with delta-aupper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
*********************************************************
Starting tessellation sensitivity wrt "aupper[1,2]"
*********************************************************
Generating perturbed configuration with delta-aupper[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
*********************************************************
Starting tessellation sensitivity wrt "aupper[1,3]"
*********************************************************
Generating perturbed configuration with delta-aupper[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
*********************************************************
Starting tessellation sensitivity wrt "aupper[1,4]"
*********************************************************
Generating perturbed configuration with delta-aupper[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
*********************************************************
Starting tessellation sensitivity wrt "alower[1,1]"
*********************************************************
Generating perturbed configuration with delta-alower[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
*********************************************************
Starting tessellation sensitivity wrt "alower[1,2]"
*********************************************************
Generating perturbed configuration with delta-alower[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
*********************************************************
Starting tessellation sensitivity wrt "alower[1,3]"
*********************************************************
Generating perturbed configuration with delta-alower[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
*********************************************************
Starting tessellation sensitivity wrt "alower[1,4]"
*********************************************************
Generating perturbed configuration with delta-alower[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00200000
real 0m0.865s
user 0m0.015s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(span) check complete with 0 total errors (errmax= 2.4896e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.279 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.4897e-16) with 0 suppressions
+ set +x
data\basic\design0n2 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 16 / 275 )
data\basic\design0o1.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0o1.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(thickness) check complete with 0 total errors (errmax= 1.6935e-08)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 1.5926e-08)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(camber) check complete with 0 total errors (errmax= 1.6620e-07)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 1.3701e-07)
d(Node)/d(camber) check complete with 0 total errors (errmax= 6.9935e-09)
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00200000
real 0m2.952s
user 0m0.015s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(span) check complete with 0 total errors (errmax= 1.9621e-16)
d(Edge)/d(span) check complete with 0 total errors (errmax= 3.3198e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 1.804 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.6620e-07) with 0 suppressions
+ set +x
data\basic\design0o1 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 17 / 275 )
data\basic\design0o2.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0o2.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "class[1,1]"
*********************************************************
Generating perturbed configuration with delta-class[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "class[1,2]"
*********************************************************
Generating perturbed configuration with delta-class[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "ztail[1,1]"
*********************************************************
Generating perturbed configuration with delta-ztail[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "ztail[1,2]"
*********************************************************
Generating perturbed configuration with delta-ztail[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "aupper[1,1]"
*********************************************************
Generating perturbed configuration with delta-aupper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "aupper[1,2]"
*********************************************************
Generating perturbed configuration with delta-aupper[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "aupper[1,3]"
*********************************************************
Generating perturbed configuration with delta-aupper[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "aupper[1,4]"
*********************************************************
Generating perturbed configuration with delta-aupper[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "aupper[1,5]"
*********************************************************
Generating perturbed configuration with delta-aupper[1,5]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "aupper[1,6]"
*********************************************************
Generating perturbed configuration with delta-aupper[1,6]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "alower[1,1]"
*********************************************************
Generating perturbed configuration with delta-alower[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "alower[1,2]"
*********************************************************
Generating perturbed configuration with delta-alower[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "alower[1,3]"
*********************************************************
Generating perturbed configuration with delta-alower[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "alower[1,4]"
*********************************************************
Generating perturbed configuration with delta-alower[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "alower[1,5]"
*********************************************************
Generating perturbed configuration with delta-alower[1,5]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "alower[1,6]"
*********************************************************
Generating perturbed configuration with delta-alower[1,6]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(span) check complete with 0 total errors (errmax= 1.9580e-16)
d(Edge)/d(span) check complete with 0 total errors (errmax= 3.3198e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 2.676 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.3199e-16) with 0 suppressions
real 0m4.660s
user 0m0.000s
sys 0m0.015s
+ set +x
data\basic\design0o2 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 18 / 275 )
data\basic\design0o3.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0o3.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(thickness) check complete with 0 total errors (errmax= 1.6935e-08)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 1.5926e-08)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(camber) check complete with 0 total errors (errmax= 1.6620e-07)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 1.3701e-07)
d(Node)/d(camber) check complete with 0 total errors (errmax= 6.9935e-09)
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00200000
real 0m2.637s
user 0m0.000s
sys 0m0.030s
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(span) check complete with 0 total errors (errmax= 1.9621e-16)
d(Edge)/d(span) check complete with 0 total errors (errmax= 3.3198e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 1.782 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.6620e-07) with 0 suppressions
+ set +x
data\basic\design0o3 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 19 / 275 )
data\basic\design0o4.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0o4.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "class[1,1]"
*********************************************************
Generating perturbed configuration with delta-class[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "class[1,2]"
*********************************************************
Generating perturbed configuration with delta-class[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "ztail[1,1]"
*********************************************************
Generating perturbed configuration with delta-ztail[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "ztail[1,2]"
*********************************************************
Generating perturbed configuration with delta-ztail[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "aupper[1,1]"
*********************************************************
Generating perturbed configuration with delta-aupper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "aupper[1,2]"
*********************************************************
Generating perturbed configuration with delta-aupper[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "aupper[1,3]"
*********************************************************
Generating perturbed configuration with delta-aupper[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "aupper[1,4]"
*********************************************************
Generating perturbed configuration with delta-aupper[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "aupper[1,5]"
*********************************************************
Generating perturbed configuration with delta-aupper[1,5]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "aupper[1,6]"
*********************************************************
Generating perturbed configuration with delta-aupper[1,6]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "alower[1,1]"
*********************************************************
Generating perturbed configuration with delta-alower[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "alower[1,2]"
*********************************************************
Generating perturbed configuration with delta-alower[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "alower[1,3]"
*********************************************************
Generating perturbed configuration with delta-alower[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "alower[1,4]"
*********************************************************
Generating perturbed configuration with delta-alower[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "alower[1,5]"
*********************************************************
Generating perturbed configuration with delta-alower[1,5]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "alower[1,6]"
*********************************************************
Generating perturbed configuration with delta-alower[1,6]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(span) check complete with 0 total errors (errmax= 1.9580e-16)
d(Edge)/d(span) check complete with 0 total errors (errmax= 3.3198e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 2.706 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.3199e-16) with 0 suppressions
real 0m4.787s
user 0m0.000s
sys 0m0.000s
+ set +x
data\basic\design0o4 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 20 / 275 )
data\basic\design0p.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0p.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(camber) check complete with 0 total errors (errmax= 1.7737e-08)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 1.7737e-08)
d(Node)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "chord"
*********************************************************
Generating perturbed configuration with delta-chord[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(chord) check complete with 0 total errors (errmax= 9.9626e-17)
d(Edge)/d(chord) check complete with 0 total errors (errmax= 1.1189e-16)
d(Node)/d(chord) check complete with 0 total errors (errmax= 1.1189e-16)
*********************************************************
Starting tessellation sensitivity wrt "alpha"
*********************************************************
Generating perturbed configuration with delta-alpha[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(alpha) check complete with 0 total errors (errmax= 2.1967e-09)
d(Edge)/d(alpha) check complete with 0 total errors (errmax= 3.8077e-09)
d(Node)/d(alpha) check complete with 0 total errors (errmax= 3.8077e-09)
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(span) check complete with 0 total errors (errmax= 1.9537e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.006 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.7737e-08) with 0 suppressions
real 0m0.386s
user 0m0.031s
sys 0m0.046s
+ set +x
data\basic\design0p -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 21 / 275 )
data\basic\design0q.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0q.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(camber) check complete with 0 total errors (errmax= 7.8088e-11)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 7.8088e-11)
d(Node)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "chord"
*********************************************************
Generating perturbed configuration with delta-chord[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(chord) check complete with 0 total errors (errmax= 8.4071e-15)
d(Edge)/d(chord) check complete with 0 total errors (errmax= 8.4118e-15)
d(Node)/d(chord) check complete with 0 total errors (errmax= 1.1189e-16)
*********************************************************
Starting tessellation sensitivity wrt "alpha"
*********************************************************
Generating perturbed configuration with delta-alpha[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(alpha) check complete with 0 total errors (errmax= 2.1967e-09)
d(Edge)/d(alpha) check complete with 0 total errors (errmax= 3.8077e-09)
d(Node)/d(alpha) check complete with 0 total errors (errmax= 3.8077e-09)
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00200000
real 0m1.469s
user 0m0.000s
sys 0m0.062s
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(span) check complete with 0 total errors (errmax= 2.0325e-16)
d(Edge)/d(span) check complete with 0 total errors (errmax= 2.9844e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.973 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.8077e-09) with 0 suppressions
+ set +x
data\basic\design0q -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 22 / 275 )
data\basic\design0r.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0r.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 1.2812e-16)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 3.0260e-16)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xend"
*********************************************************
Generating perturbed configuration with delta-xend[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(xend) check complete with 0 total errors (errmax= 1.0547e-16)
d(Edge)/d(xend) check complete with 0 total errors (errmax= 9.9201e-17)
d(Node)/d(xend) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
Generating perturbed configuration with delta-rad[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(rad) check complete with 0 total errors (errmax= 4.2507e-08)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 1.0379e-07)
d(Node)/d(rad) check complete with 0 total errors (errmax= 2.8492e-07)
*********************************************************
Starting tessellation sensitivity wrt "size1"
*********************************************************
Generating perturbed configuration with delta-size1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(size1) check complete with 0 total errors (errmax= 5.6257e-08)
d(Edge)/d(size1) check complete with 0 total errors (errmax= 1.8762e-07)
d(Node)/d(size1) check complete with 0 total errors (errmax= 4.4610e-07)
*********************************************************
Starting tessellation sensitivity wrt "angl1"
*********************************************************
Generating perturbed configuration with delta-angl1[1,1]= 0.04500000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(angl1) check complete with 0 total errors (errmax= 1.1111e-07)
d(Edge)/d(angl1) check complete with 0 total errors (errmax= 1.7447e-07)
d(Node)/d(angl1) check complete with 0 total errors (errmax= 2.1158e-07)
*********************************************************
Starting tessellation sensitivity wrt "dx1"
*********************************************************
Generating perturbed configuration with delta-dx1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(dx1) check complete with 0 total errors (errmax= 2.0405e-11)
d(Edge)/d(dx1) check complete with 0 total errors (errmax= 1.1102e-16)
d(Node)/d(dx1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dy1"
*********************************************************
Generating perturbed configuration with delta-dy1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(dy1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(dy1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dy1) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "dz1"
*********************************************************
Generating perturbed configuration with delta-dz1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(dz1) check complete with 0 total errors (errmax= 1.4087e-07)
d(Edge)/d(dz1) check complete with 0 total errors (errmax= 5.2612e-07)
d(Node)/d(dz1) check complete with 0 total errors (errmax= 8.9242e-07)
*********************************************************
Starting tessellation sensitivity wrt "size2"
*********************************************************
Generating perturbed configuration with delta-size2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(size2) check complete with 0 total errors (errmax= 3.6142e-08)
d(Edge)/d(size2) check complete with 0 total errors (errmax= 1.6240e-07)
d(Node)/d(size2) check complete with 0 total errors (errmax= 1.6240e-07)
*********************************************************
Starting tessellation sensitivity wrt "angl2"
*********************************************************
Generating perturbed configuration with delta-angl2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
EGADS Info: Reversal -- Edges: src = 12 dst = 12 dot = -1.000000 (EG_mapBody2)
EGADS Info: Reversal -- Edges: src = 14 dst = 14 dot = -1.000000 (EG_mapBody2)
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(angl2) check complete with 0 total errors (errmax= 7.1173e-11)
d(Edge)/d(angl2) check complete with 0 total errors (errmax= 9.2821e-11)
d(Node)/d(angl2) check complete with 0 total errors (errmax= 8.6308e-11)
*********************************************************
Starting tessellation sensitivity wrt "dx2"
*********************************************************
Generating perturbed configuration with delta-dx2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(dx2) check complete with 0 total errors (errmax= 1.1762e-16)
d(Edge)/d(dx2) check complete with 0 total errors (errmax= 1.2589e-16)
d(Node)/d(dx2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dy2"
*********************************************************
Generating perturbed configuration with delta-dy2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(dy2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(dy2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dy2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dz2"
*********************************************************
Generating perturbed configuration with delta-dz2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(dz2) check complete with 0 total errors (errmax= 1.6259e-07)
d(Edge)/d(dz2) check complete with 0 total errors (errmax= 6.4977e-07)
d(Node)/d(dz2) check complete with 0 total errors (errmax= 6.4977e-07)
*********************************************************
Starting tessellation sensitivity wrt "dx"
*********************************************************
Generating perturbed configuration with delta-dx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(dx) check complete with 0 total errors (errmax= 1.1762e-16)
d(Edge)/d(dx) check complete with 0 total errors (errmax= 1.2589e-16)
d(Node)/d(dx) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dy"
*********************************************************
Generating perturbed configuration with delta-dy[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(dy) check complete with 0 total errors (errmax= 5.0353e-09)
d(Edge)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dz"
*********************************************************
Generating perturbed configuration with delta-dz[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(dz) check complete with 0 total errors (errmax= 2.5633e-09)
d(Edge)/d(dz) check complete with 0 total errors (errmax= 3.2783e-19)
d(Node)/d(dz) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "sfac"
*********************************************************
real 0m2.438s
user 0m0.015s
sys 0m0.000s
Generating perturbed configuration with delta-sfac[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(sfac) check complete with 0 total errors (errmax= 2.2361e-16)
d(Edge)/d(sfac) check complete with 0 total errors (errmax= 2.4825e-16)
d(Node)/d(sfac) check complete with 0 total errors (errmax= 2.5438e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.112 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.9242e-07) with 0 suppressions
+ set +x
data\basic\design0r -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 23 / 275 )
data\basic\design0s.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0s.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "dx"
*********************************************************
Generating perturbed configuration with delta-dx[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(dx) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(dx) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dx) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dy"
*********************************************************
Generating perturbed configuration with delta-dy[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dz"
*********************************************************
Generating perturbed configuration with delta-dz[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(dz) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(dz) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dz) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.001 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
real 0m0.269s
user 0m0.000s
sys 0m0.030s
+ set +x
data\basic\design0s -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 24 / 275 )
data\basic\design0t1.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0t1.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "DX"
*********************************************************
Generating perturbed configuration with delta-DX[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(DX) check complete with 0 total errors (errmax= 9.4585e-17)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 9.4585e-17)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY"
*********************************************************
Generating perturbed configuration with delta-DY[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(DY) check complete with 0 total errors (errmax= 3.6284e-16)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 4.5325e-17)
d(Node)/d(DY) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ"
*********************************************************
Generating perturbed configuration with delta-DZ[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(DZ) check complete with 0 total errors (errmax= 3.4253e-16)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 1.6638e-16)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.003 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.6285e-16) with 0 suppressions
real 0m0.386s
user 0m0.015s
sys 0m0.015s
+ set +x
data\basic\design0t1 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 25 / 275 )
data\basic\design0t2.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0t2.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "DX"
*********************************************************
Generating perturbed configuration with delta-DX[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(DX) check complete with 0 total errors (errmax= 1.9434e-16)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 1.2660e-16)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY"
*********************************************************
Generating perturbed configuration with delta-DY[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(DY) check complete with 0 total errors (errmax= 3.7229e-16)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 6.4099e-17)
d(Node)/d(DY) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ"
*********************************************************
Generating perturbed configuration with delta-DZ[1,1]= 0.00500000
real 0m0.918s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(DZ) check complete with 0 total errors (errmax= 3.4207e-16)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 1.7341e-16)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.447 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.7230e-16) with 0 suppressions
+ set +x
data\basic\design0t2 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 26 / 275 )
data\basic\design0t3.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0t3.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "DX"
*********************************************************
Generating perturbed configuration with delta-DX[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(DX) check complete with 0 total errors (errmax= 1.9434e-16)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 1.2660e-16)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY"
*********************************************************
Generating perturbed configuration with delta-DY[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(DY) check complete with 0 total errors (errmax= 3.7229e-16)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 6.4099e-17)
d(Node)/d(DY) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ"
*********************************************************
Generating perturbed configuration with delta-DZ[1,1]= 0.00500000
real 0m0.997s
user 0m0.000s
sys 0m0.015s
+ set +x
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(DZ) check complete with 0 total errors (errmax= 3.4207e-16)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 1.7341e-16)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.394 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.7230e-16) with 0 suppressions
data\basic\design0t3 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 27 / 275 )
data\basic\design0u.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0u.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "rx"
*********************************************************
Generating perturbed configuration with delta-rx[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(rx) check complete with 0 total errors (errmax= 2.4630e-16)
d(Edge)/d(rx) check complete with 0 total errors (errmax= 1.8707e-07)
d(Node)/d(rx) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ry"
*********************************************************
real 0m0.253s
user 0m0.000s
sys 0m0.000s
Generating perturbed configuration with delta-ry[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(ry) check complete with 0 total errors (errmax= 2.3697e-16)
d(Edge)/d(ry) check complete with 0 total errors (errmax= 1.8764e-07)
d(Node)/d(ry) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.001 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.8764e-07) with 0 suppressions
+ set +x
data\basic\design0u -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 28 / 275 )
data\basic\design0v.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0v.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "rx"
*********************************************************
Generating perturbed configuration with delta-rx[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(rx) check complete with 0 total errors (errmax= 1.8707e-07)
d(Edge)/d(rx) check complete with 0 total errors (errmax= 1.8707e-07)
d(Node)/d(rx) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ry"
*********************************************************
Generating perturbed configuration with delta-ry[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(ry) check complete with 0 total errors (errmax= 1.8764e-07)
d(Edge)/d(ry) check complete with 0 total errors (errmax= 1.8764e-07)
d(Node)/d(ry) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00300000
real 0m0.396s
user 0m0.000s
sys 0m0.046s
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(span) check complete with 0 total errors (errmax= 3.1904e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.020 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.8764e-07) with 0 suppressions
+ set +x
data\basic\design0v -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 29 / 275 )
data\basic\design0w.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design0w.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xle[1,1]"
*********************************************************
Generating perturbed configuration with delta-xle[1,1]= 0.90429400
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(xle) check complete with 0 total errors (errmax= 3.4750e-16)
d(Edge)/d(xle) check complete with 0 total errors (errmax= 3.1646e-16)
d(Node)/d(xle) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "xle[2,1]"
*********************************************************
Generating perturbed configuration with delta-xle[2,1]= 1.22582000
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(xle) check complete with 0 total errors (errmax= 2.3076e-16)
d(Edge)/d(xle) check complete with 0 total errors (errmax= 3.0607e-16)
d(Node)/d(xle) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "xle[3,1]"
*********************************************************
Generating perturbed configuration with delta-xle[3,1]= 1.51650400
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(xle) check complete with 0 total errors (errmax= 7.8758e-14)
d(Edge)/d(xle) check complete with 0 total errors (errmax= 5.6921e-16)
d(Node)/d(xle) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "xle[4,1]"
*********************************************************
Generating perturbed configuration with delta-xle[4,1]= 1.78073700
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(xle) check complete with 0 total errors (errmax= 8.0105e-14)
d(Edge)/d(xle) check complete with 0 total errors (errmax= 5.5511e-16)
d(Node)/d(xle) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "yle[1,1]"
*********************************************************
Generating perturbed configuration with delta-yle[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(yle) check complete with 0 total errors (errmax= 2.7557e-17)
d(Edge)/d(yle) check complete with 0 total errors (errmax= 4.2737e-17)
d(Node)/d(yle) check complete with 0 total errors (errmax= 6.3527e-22)
*********************************************************
Starting tessellation sensitivity wrt "yle[2,1]"
*********************************************************
Generating perturbed configuration with delta-yle[2,1]= 0.42799900
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(yle) check complete with 0 total errors (errmax= 8.4065e-17)
d(Edge)/d(yle) check complete with 0 total errors (errmax= 8.7184e-17)
d(Node)/d(yle) check complete with 0 total errors (errmax= 5.5511e-17)
*********************************************************
Starting tessellation sensitivity wrt "yle[3,1]"
*********************************************************
Generating perturbed configuration with delta-yle[3,1]= 0.80972700
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(yle) check complete with 0 total errors (errmax= 1.5006e-16)
d(Edge)/d(yle) check complete with 0 total errors (errmax= 1.5701e-16)
d(Node)/d(yle) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "yle[4,1]"
*********************************************************
Generating perturbed configuration with delta-yle[4,1]= 1.15675300
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(yle) check complete with 0 total errors (errmax= 1.9098e-16)
d(Edge)/d(yle) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(yle) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zle[1,1]"
*********************************************************
Generating perturbed configuration with delta-zle[1,1]= 0.17412600
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(zle) check complete with 0 total errors (errmax= 4.9439e-17)
d(Edge)/d(zle) check complete with 0 total errors (errmax= 7.3742e-17)
d(Node)/d(zle) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zle[2,1]"
*********************************************************
Generating perturbed configuration with delta-zle[2,1]= 0.18107100
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(zle) check complete with 0 total errors (errmax= 4.1968e-17)
d(Edge)/d(zle) check complete with 0 total errors (errmax= 4.2093e-17)
d(Node)/d(zle) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zle[3,1]"
*********************************************************
Generating perturbed configuration with delta-zle[3,1]= 0.20979400
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(zle) check complete with 0 total errors (errmax= 5.2173e-17)
d(Edge)/d(zle) check complete with 0 total errors (errmax= 7.9202e-17)
d(Node)/d(zle) check complete with 0 total errors (errmax= 2.7756e-17)
*********************************************************
Starting tessellation sensitivity wrt "zle[4,1]"
*********************************************************
Generating perturbed configuration with delta-zle[4,1]= 0.26382700
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(zle) check complete with 0 total errors (errmax= 4.7208e-17)
d(Edge)/d(zle) check complete with 0 total errors (errmax= 7.0763e-17)
d(Node)/d(zle) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "twist[1,1]"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00671660
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(twist) check complete with 0 total errors (errmax= 4.0777e-09)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 4.8274e-09)
d(Node)/d(twist) check complete with 0 total errors (errmax= 5.5262e-09)
*********************************************************
Starting tessellation sensitivity wrt "twist[2,1]"
*********************************************************
Generating perturbed configuration with delta-twist[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(twist) check complete with 0 total errors (errmax= 1.2397e-09)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.2747e-09)
d(Node)/d(twist) check complete with 0 total errors (errmax= 6.5290e-11)
*********************************************************
Starting tessellation sensitivity wrt "twist[3,1]"
*********************************************************
Generating perturbed configuration with delta-twist[3,1]= 0.00163500
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(twist) check complete with 0 total errors (errmax= 1.5980e-09)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.6280e-09)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.1747e-10)
*********************************************************
Starting tessellation sensitivity wrt "twist[4,1]"
*********************************************************
Generating perturbed configuration with delta-twist[4,1]= 0.00375000
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(twist) check complete with 0 total errors (errmax= 1.3018e-09)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 2.0298e-09)
d(Node)/d(twist) check complete with 0 total errors (errmax= 3.4505e-10)
*********************************************************
Starting tessellation sensitivity wrt "chord[1,1]"
*********************************************************
Generating perturbed configuration with delta-chord[1,1]= 0.53618100
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(chord) check complete with 0 total errors (errmax= 7.8954e-08)
d(Edge)/d(chord) check complete with 0 total errors (errmax= 9.4273e-08)
d(Node)/d(chord) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "chord[2,1]"
*********************************************************
Generating perturbed configuration with delta-chord[2,1]= 0.28578200
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(chord) check complete with 0 total errors (errmax= 6.3342e-08)
d(Edge)/d(chord) check complete with 0 total errors (errmax= 6.9975e-08)
d(Node)/d(chord) check complete with 0 total errors (errmax= 2.2377e-16)
*********************************************************
Starting tessellation sensitivity wrt "chord[3,1]"
*********************************************************
Generating perturbed configuration with delta-chord[3,1]= 0.19234400
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(chord) check complete with 0 total errors (errmax= 5.2350e-08)
d(Edge)/d(chord) check complete with 0 total errors (errmax= 5.3878e-08)
d(Node)/d(chord) check complete with 0 total errors (errmax= 2.2377e-16)
*********************************************************
Starting tessellation sensitivity wrt "chord[4,1]"
*********************************************************
Generating perturbed configuration with delta-chord[4,1]= 0.10740000
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(chord) check complete with 0 total errors (errmax= 1.8603e-08)
d(Edge)/d(chord) check complete with 0 total errors (errmax= 2.7947e-08)
d(Node)/d(chord) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "thick[1,1]"
*********************************************************
Generating perturbed configuration with delta-thick[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(thick) check complete with 0 total errors (errmax= 3.3066e-06)
d(Edge)/d(thick) check complete with 0 total errors (errmax= 3.0308e-06)
d(Node)/d(thick) check complete with 0 total errors (errmax= 1.1189e-16)
*********************************************************
Starting tessellation sensitivity wrt "thick[2,1]"
*********************************************************
Generating perturbed configuration with delta-thick[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(thick) check complete with 0 total errors (errmax= 3.7346e-06)
d(Edge)/d(thick) check complete with 0 total errors (errmax= 3.8348e-06)
d(Node)/d(thick) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "thick[3,1]"
*********************************************************
Generating perturbed configuration with delta-thick[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(thick) check complete with 0 total errors (errmax= 3.3844e-06)
d(Edge)/d(thick) check complete with 0 total errors (errmax= 3.3386e-06)
d(Node)/d(thick) check complete with 0 total errors (errmax= 2.7756e-17)
*********************************************************
Starting tessellation sensitivity wrt "thick[4,1]"
*********************************************************
Generating perturbed configuration with delta-thick[4,1]= 0.00100000
real 0m22.619s
user 0m0.000s
sys 0m0.000s
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(thick) check complete with 0 total errors (errmax= 1.1092e-06)
d(Edge)/d(thick) check complete with 0 total errors (errmax= 1.7592e-06)
d(Node)/d(thick) check complete with 0 total errors (errmax= 5.5511e-17)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 18.123 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.8348e-06) with 0 suppressions
+ set +x
data\basic\design0w -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 30 / 275 )
data\basic\design1a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design1a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L1"
*********************************************************
Generating perturbed configuration with delta-L1[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(L1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(L1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(L1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "H1"
*********************************************************
Generating perturbed configuration with delta-H1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(H1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(H1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(H1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D1"
*********************************************************
Generating perturbed configuration with delta-D1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(D1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(D1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(D1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "L2"
*********************************************************
Generating perturbed configuration with delta-L2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(L2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(L2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(L2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "H2"
*********************************************************
Generating perturbed configuration with delta-H2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(H2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(H2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(H2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D2"
*********************************************************
Generating perturbed configuration with delta-D2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(D2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(D2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(D2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dx"
*********************************************************
Generating perturbed configuration with delta-dx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(dx) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(dx) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dx) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dy"
*********************************************************
Generating perturbed configuration with delta-dy[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dz"
*********************************************************
Generating perturbed configuration with delta-dz[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(dz) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(dz) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dz) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "sfac"
*********************************************************
Generating perturbed configuration with delta-sfac[1,1]= 0.00200000
real 0m1.195s
user 0m0.000s
sys 0m0.093s
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(sfac) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(sfac) check complete with 0 total errors (errmax= 1.2561e-15)
d(Node)/d(sfac) check complete with 0 total errors (errmax= 1.2561e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.066 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.2561e-15) with 0 suppressions
+ set +x
data\basic\design1a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 31 / 275 )
data\basic\design1b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design1b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "Length"
*********************************************************
Generating perturbed configuration with delta-Length[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(Length) check complete with 0 total errors (errmax= 9.8353e-10)
d(Edge)/d(Length) check complete with 0 total errors (errmax= 2.1604e-15)
d(Node)/d(Length) check complete with 0 total errors (errmax= 1.9860e-15)
*********************************************************
Starting tessellation sensitivity wrt "Height"
*********************************************************
Generating perturbed configuration with delta-Height[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(Height) check complete with 0 total errors (errmax= 8.1960e-11)
d(Edge)/d(Height) check complete with 0 total errors (errmax= 1.7902e-15)
d(Node)/d(Height) check complete with 0 total errors (errmax= 1.7902e-15)
*********************************************************
Starting tessellation sensitivity wrt "Depth"
*********************************************************
Generating perturbed configuration with delta-Depth[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(Depth) check complete with 0 total errors (errmax= 2.4071e-10)
d(Edge)/d(Depth) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(Depth) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "Rhole"
*********************************************************
Generating perturbed configuration with delta-Rhole[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(Rhole) check complete with 0 total errors (errmax= 4.1103e-16)
d(Edge)/d(Rhole) check complete with 0 total errors (errmax= 6.2804e-16)
d(Node)/d(Rhole) check complete with 0 total errors (errmax= 6.2804e-16)
*********************************************************
Starting tessellation sensitivity wrt "Xpole"
*********************************************************
Generating perturbed configuration with delta-Xpole[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(Xpole) check complete with 0 total errors (errmax= 1.1802e-08)
d(Edge)/d(Xpole) check complete with 0 total errors (errmax= 1.1102e-15)
d(Node)/d(Xpole) check complete with 0 total errors (errmax= 1.1102e-15)
*********************************************************
Starting tessellation sensitivity wrt "Ypole"
*********************************************************
Generating perturbed configuration with delta-Ypole[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(Ypole) check complete with 0 total errors (errmax= 5.7751e-16)
d(Edge)/d(Ypole) check complete with 0 total errors (errmax= 5.9993e-16)
d(Node)/d(Ypole) check complete with 0 total errors (errmax= 5.5511e-16)
*********************************************************
Starting tessellation sensitivity wrt "Rpole"
*********************************************************
Generating perturbed configuration with delta-Rpole[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(Rpole) check complete with 0 total errors (errmax= 3.9270e-16)
d(Edge)/d(Rpole) check complete with 0 total errors (errmax= 2.6088e-16)
d(Node)/d(Rpole) check complete with 0 total errors (errmax= 5.5511e-17)
*********************************************************
Starting tessellation sensitivity wrt "XangDeg"
*********************************************************
Generating perturbed configuration with delta-XangDeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(XangDeg) check complete with 0 total errors (errmax= 5.1398e-10)
d(Edge)/d(XangDeg) check complete with 0 total errors (errmax= 5.1678e-10)
d(Node)/d(XangDeg) check complete with 0 total errors (errmax= 5.7116e-10)
*********************************************************
Starting tessellation sensitivity wrt "YangDeg"
*********************************************************
Generating perturbed configuration with delta-YangDeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(YangDeg) check complete with 0 total errors (errmax= 9.5002e-10)
d(Edge)/d(YangDeg) check complete with 0 total errors (errmax= 1.0217e-09)
d(Node)/d(YangDeg) check complete with 0 total errors (errmax= 1.0217e-09)
*********************************************************
Starting tessellation sensitivity wrt "ZangDeg"
*********************************************************
Generating perturbed configuration with delta-ZangDeg[1,1]= 0.03000000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(ZangDeg) check complete with 0 total errors (errmax= 8.2247e-07)
d(Edge)/d(ZangDeg) check complete with 0 total errors (errmax= 8.4778e-07)
d(Node)/d(ZangDeg) check complete with 0 total errors (errmax= 8.4778e-07)
*********************************************************
Starting tessellation sensitivity wrt "Dx"
*********************************************************
Generating perturbed configuration with delta-Dx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(Dx) check complete with 0 total errors (errmax= 2.2129e-09)
d(Edge)/d(Dx) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(Dx) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "Dy"
*********************************************************
Generating perturbed configuration with delta-Dy[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(Dy) check complete with 0 total errors (errmax= 7.3764e-10)
d(Edge)/d(Dy) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(Dy) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "Dz"
*********************************************************
Generating perturbed configuration with delta-Dz[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(Dz) check complete with 0 total errors (errmax= 5.4159e-10)
d(Edge)/d(Dz) check complete with 0 total errors (errmax= 2.3638e-16)
d(Node)/d(Dz) check complete with 0 total errors (errmax= 5.5511e-17)
*********************************************************
Starting tessellation sensitivity wrt "Scale"
*********************************************************
Generating perturbed configuration with delta-Scale[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(Scale) check complete with 0 total errors (errmax= 1.1847e-09)
d(Edge)/d(Scale) check complete with 0 total errors (errmax= 6.2814e-16)
d(Node)/d(Scale) check complete with 0 total errors (errmax= 6.3777e-16)
*********************************************************
Starting tessellation sensitivity wrt "Dist"
*********************************************************
Generating perturbed configuration with delta-Dist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(Dist) check complete with 0 total errors (errmax= 3.9341e-09)
d(Edge)/d(Dist) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(Dist) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.114 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.4778e-07) with 0 suppressions
real 0m3.171s
user 0m0.000s
sys 0m0.030s
+ set +x
data\basic\design1b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 32 / 275 )
data\basic\design2.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design2.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "Length"
*********************************************************
Generating perturbed configuration with delta-Length[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=18
*********************************************************
Starting tessellation sensitivity wrt "Height"
*********************************************************
Generating perturbed configuration with delta-Height[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=18
*********************************************************
Starting tessellation sensitivity wrt "Depth"
*********************************************************
Generating perturbed configuration with delta-Depth[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=18
*********************************************************
Starting tessellation sensitivity wrt "BoxFil"
*********************************************************
Generating perturbed configuration with delta-BoxFil[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
*********************************************************
Starting tessellation sensitivity wrt "Wslot"
*********************************************************
Generating perturbed configuration with delta-Wslot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
*********************************************************
Starting tessellation sensitivity wrt "Dslot"
*********************************************************
Generating perturbed configuration with delta-Dslot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
*********************************************************
Starting tessellation sensitivity wrt "Rhole"
*********************************************************
Generating perturbed configuration with delta-Rhole[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
*********************************************************
Starting tessellation sensitivity wrt "Nhole"
*********************************************************
Generating perturbed configuration with delta-Nhole[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=18
*********************************************************
Starting tessellation sensitivity wrt "Fhole"
*********************************************************
Generating perturbed configuration with delta-Fhole[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
*********************************************************
Starting tessellation sensitivity wrt "Xpole"
*********************************************************
Generating perturbed configuration with delta-Xpole[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=18
*********************************************************
Starting tessellation sensitivity wrt "Ypole"
*********************************************************
Generating perturbed configuration with delta-Ypole[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=18
*********************************************************
Starting tessellation sensitivity wrt "Rpole"
*********************************************************
Generating perturbed configuration with delta-Rpole[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
*********************************************************
Starting tessellation sensitivity wrt "Fpole"
*********************************************************
Generating perturbed configuration with delta-Fpole[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
*********************************************************
Starting tessellation sensitivity wrt "XangDeg"
*********************************************************
Generating perturbed configuration with delta-XangDeg[1,1]= 0.05000000
Computing analytic sensitivities (if possible) for ibody=18
*********************************************************
Starting tessellation sensitivity wrt "YangDeg"
*********************************************************
Generating perturbed configuration with delta-YangDeg[1,1]= 0.04000000
Computing analytic sensitivities (if possible) for ibody=18
*********************************************************
Starting tessellation sensitivity wrt "ZangDeg"
*********************************************************
Generating perturbed configuration with delta-ZangDeg[1,1]= 0.03000000
Computing analytic sensitivities (if possible) for ibody=18
*********************************************************
Starting tessellation sensitivity wrt "Dx"
*********************************************************
Generating perturbed configuration with delta-Dx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
*********************************************************
Starting tessellation sensitivity wrt "Dy"
*********************************************************
Generating perturbed configuration with delta-Dy[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
*********************************************************
Starting tessellation sensitivity wrt "Dz"
*********************************************************
Generating perturbed configuration with delta-Dz[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
*********************************************************
Starting tessellation sensitivity wrt "Scale"
*********************************************************
Generating perturbed configuration with delta-Scale[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=18
*********************************************************
Starting tessellation sensitivity wrt "array[1,1]"
*********************************************************
Generating perturbed configuration with delta-array[1,1]= 0.01100000
Computing analytic sensitivities (if possible) for ibody=18
*********************************************************
Starting tessellation sensitivity wrt "array[1,2]"
*********************************************************
Generating perturbed configuration with delta-array[1,2]= 0.01200000
Computing analytic sensitivities (if possible) for ibody=18
*********************************************************
Starting tessellation sensitivity wrt "array[2,1]"
*********************************************************
Generating perturbed configuration with delta-array[2,1]= 0.02100000
Computing analytic sensitivities (if possible) for ibody=18
*********************************************************
Starting tessellation sensitivity wrt "array[2,2]"
*********************************************************
Generating perturbed configuration with delta-array[2,2]= 0.02200000
Computing analytic sensitivities (if possible) for ibody=18
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 15.175 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
real 0m28.190s
user 0m0.015s
sys 0m0.015s
+ set +x
data\basic\design2 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 33 / 275 )
data\basic\design3.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design3.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "Xbase"
*********************************************************
Generating perturbed configuration with delta-Xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
*********************************************************
Starting tessellation sensitivity wrt "Ybase"
*********************************************************
Generating perturbed configuration with delta-Ybase[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
*********************************************************
Starting tessellation sensitivity wrt "Zbase"
*********************************************************
Generating perturbed configuration with delta-Zbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
*********************************************************
Starting tessellation sensitivity wrt "Xvrtx"
*********************************************************
Generating perturbed configuration with delta-Xvrtx[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=5
*********************************************************
Starting tessellation sensitivity wrt "Yvrtx"
*********************************************************
Generating perturbed configuration with delta-Yvrtx[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=5
*********************************************************
Starting tessellation sensitivity wrt "Zvrtx"
*********************************************************
Generating perturbed configuration with delta-Zvrtx[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=5
*********************************************************
Starting tessellation sensitivity wrt "Rcone"
*********************************************************
Generating perturbed configuration with delta-Rcone[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
*********************************************************
Starting tessellation sensitivity wrt "Rsphere"
*********************************************************
Generating perturbed configuration with delta-Rsphere[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
*********************************************************
Starting tessellation sensitivity wrt "Rmajor"
*********************************************************
Generating perturbed configuration with delta-Rmajor[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
*********************************************************
Starting tessellation sensitivity wrt "Rminor"
*********************************************************
Generating perturbed configuration with delta-Rminor[1,1]= 0.00100000
real 0m5.355s
user 0m0.000s
sys 0m0.015s
+ set +x
Computing analytic sensitivities (if possible) for ibody=5
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 2.895 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
data\basic\design3 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 34 / 275 )
data\basic\design4.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design4.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "Length"
*********************************************************
Generating perturbed configuration with delta-Length[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(Length) check complete with 0 total errors (errmax= 1.4346e-15)
d(Edge)/d(Length) check complete with 0 total errors (errmax= 1.6094e-15)
d(Node)/d(Length) check complete with 0 total errors (errmax= 1.2561e-15)
*********************************************************
Starting tessellation sensitivity wrt "Height"
*********************************************************
Generating perturbed configuration with delta-Height[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(Height) check complete with 0 total errors (errmax= 1.6116e-15)
d(Edge)/d(Height) check complete with 0 total errors (errmax= 1.7764e-15)
d(Node)/d(Height) check complete with 0 total errors (errmax= 1.7764e-15)
*********************************************************
Starting tessellation sensitivity wrt "Depth"
*********************************************************
Generating perturbed configuration with delta-Depth[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(Depth) check complete with 0 total errors (errmax= 5.4159e-10)
d(Edge)/d(Depth) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(Depth) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "Rhole"
*********************************************************
Generating perturbed configuration with delta-Rhole[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(Rhole) check complete with 0 total errors (errmax= 5.4791e-16)
d(Edge)/d(Rhole) check complete with 0 total errors (errmax= 9.9301e-16)
d(Node)/d(Rhole) check complete with 0 total errors (errmax= 9.9301e-16)
*********************************************************
Starting tessellation sensitivity wrt "Xpole"
*********************************************************
Generating perturbed configuration with delta-Xpole[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(Xpole) check complete with 0 total errors (errmax= 1.1802e-08)
d(Edge)/d(Xpole) check complete with 0 total errors (errmax= 1.0127e-15)
d(Node)/d(Xpole) check complete with 0 total errors (errmax= 9.9301e-16)
*********************************************************
Starting tessellation sensitivity wrt "Ypole"
*********************************************************
Generating perturbed configuration with delta-Ypole[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(Ypole) check complete with 0 total errors (errmax= 9.0984e-16)
d(Edge)/d(Ypole) check complete with 0 total errors (errmax= 9.5934e-16)
d(Node)/d(Ypole) check complete with 0 total errors (errmax= 9.9301e-16)
*********************************************************
Starting tessellation sensitivity wrt "Rpole"
*********************************************************
Generating perturbed configuration with delta-Rpole[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(Rpole) check complete with 0 total errors (errmax= 4.6614e-16)
d(Edge)/d(Rpole) check complete with 0 total errors (errmax= 3.0201e-16)
d(Node)/d(Rpole) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "XangDeg"
*********************************************************
Generating perturbed configuration with delta-XangDeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(XangDeg) check complete with 0 total errors (errmax= 5.1343e-10)
d(Edge)/d(XangDeg) check complete with 0 total errors (errmax= 5.1678e-10)
d(Node)/d(XangDeg) check complete with 0 total errors (errmax= 5.7116e-10)
*********************************************************
Starting tessellation sensitivity wrt "YangDeg"
*********************************************************
Generating perturbed configuration with delta-YangDeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(YangDeg) check complete with 0 total errors (errmax= 9.5002e-10)
d(Edge)/d(YangDeg) check complete with 0 total errors (errmax= 1.0217e-09)
d(Node)/d(YangDeg) check complete with 0 total errors (errmax= 1.0217e-09)
*********************************************************
Starting tessellation sensitivity wrt "ZangDeg"
*********************************************************
Generating perturbed configuration with delta-ZangDeg[1,1]= 0.03000000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(ZangDeg) check complete with 0 total errors (errmax= 8.2247e-07)
d(Edge)/d(ZangDeg) check complete with 0 total errors (errmax= 8.4778e-07)
d(Node)/d(ZangDeg) check complete with 0 total errors (errmax= 8.4778e-07)
*********************************************************
Starting tessellation sensitivity wrt "Dx"
*********************************************************
Generating perturbed configuration with delta-Dx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(Dx) check complete with 0 total errors (errmax= 2.2129e-09)
d(Edge)/d(Dx) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(Dx) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "Dy"
*********************************************************
Generating perturbed configuration with delta-Dy[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(Dy) check complete with 0 total errors (errmax= 7.3764e-10)
d(Edge)/d(Dy) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(Dy) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "Dz"
*********************************************************
Generating perturbed configuration with delta-Dz[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(Dz) check complete with 0 total errors (errmax= 5.4159e-10)
d(Edge)/d(Dz) check complete with 0 total errors (errmax= 2.6891e-16)
d(Node)/d(Dz) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "Scale"
*********************************************************
Generating perturbed configuration with delta-Scale[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(Scale) check complete with 0 total errors (errmax= 2.5748e-08)
d(Edge)/d(Scale) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(Scale) check complete with 0 total errors (errmax= 8.8818e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.090 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.4778e-07) with 0 suppressions
real 0m3.483s
user 0m0.015s
sys 0m0.046s
+ set +x
data\basic\design4 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 35 / 275 )
data\basic\design5.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design5.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
WARNING:: 40 _hist and/or __trace__ attributes removed
*********************************************************
Starting tessellation sensitivity wrt "thick"
*********************************************************
Generating perturbed configuration with delta-thick[1,1]= 0.00100000
WARNING:: 40 _hist and/or __trace__ attributes removed
Computing analytic sensitivities (if possible) for ibody=11
WARNING:: 40 _hist and/or __trace__ attributes removed
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
WARNING:: 40 _hist and/or __trace__ attributes removed
Computing analytic sensitivities (if possible) for ibody=11
WARNING:: 40 _hist and/or __trace__ attributes removed
*********************************************************
Starting tessellation sensitivity wrt "area"
*********************************************************
Generating perturbed configuration with delta-area[1,1]= 0.01000000
WARNING:: 40 _hist and/or __trace__ attributes removed
Computing analytic sensitivities (if possible) for ibody=11
WARNING:: 40 _hist and/or __trace__ attributes removed
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00600000
WARNING:: 40 _hist and/or __trace__ attributes removed
Computing analytic sensitivities (if possible) for ibody=11
WARNING:: 40 _hist and/or __trace__ attributes removed
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
WARNING:: 40 _hist and/or __trace__ attributes removed
Computing analytic sensitivities (if possible) for ibody=11
WARNING:: 40 _hist and/or __trace__ attributes removed
*********************************************************
Starting tessellation sensitivity wrt "sweep"
*********************************************************
Generating perturbed configuration with delta-sweep[1,1]= 0.02000000
WARNING:: 40 _hist and/or __trace__ attributes removed
Computing analytic sensitivities (if possible) for ibody=11
WARNING:: 40 _hist and/or __trace__ attributes removed
*********************************************************
Starting tessellation sensitivity wrt "washout"
*********************************************************
Generating perturbed configuration with delta-washout[1,1]= 0.00500000
WARNING:: 40 _hist and/or __trace__ attributes removed
Computing analytic sensitivities (if possible) for ibody=11
WARNING:: 40 _hist and/or __trace__ attributes removed
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00400000
WARNING:: 40 _hist and/or __trace__ attributes removed
Computing analytic sensitivities (if possible) for ibody=11
WARNING:: 40 _hist and/or __trace__ attributes removed
*********************************************************
Starting tessellation sensitivity wrt "xnose"
*********************************************************
Generating perturbed configuration with delta-xnose[1,1]= 0.00200000
WARNING:: 40 _hist and/or __trace__ attributes removed
Computing analytic sensitivities (if possible) for ibody=11
WARNING:: 40 _hist and/or __trace__ attributes removed
*********************************************************
Starting tessellation sensitivity wrt "xtail"
*********************************************************
Generating perturbed configuration with delta-xtail[1,1]= 0.00500000
WARNING:: 40 _hist and/or __trace__ attributes removed
Computing analytic sensitivities (if possible) for ibody=11
WARNING:: 40 _hist and/or __trace__ attributes removed
*********************************************************
Starting tessellation sensitivity wrt "fuserad"
*********************************************************
Generating perturbed configuration with delta-fuserad[1,1]= 0.00100000
WARNING:: 40 _hist and/or __trace__ attributes removed
Computing analytic sensitivities (if possible) for ibody=11
WARNING:: 40 _hist and/or __trace__ attributes removed
*********************************************************
Starting tessellation sensitivity wrt "spar1"
*********************************************************
Generating perturbed configuration with delta-spar1[1,1]= 0.00100000
WARNING:: 40 _hist and/or __trace__ attributes removed
Computing analytic sensitivities (if possible) for ibody=11
WARNING:: 40 _hist and/or __trace__ attributes removed
*********************************************************
Starting tessellation sensitivity wrt "spar2"
*********************************************************
Generating perturbed configuration with delta-spar2[1,1]= 0.00100000
WARNING:: 40 _hist and/or __trace__ attributes removed
Computing analytic sensitivities (if possible) for ibody=11
WARNING:: 40 _hist and/or __trace__ attributes removed
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 27.402 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
real 0m56.670s
user 0m0.000s
sys 0m0.031s
+ set +x
data\basic\design5 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 36 / 275 )
data\basic\design6.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design6.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "width"
*********************************************************
Generating perturbed configuration with delta-width[1,1]= 0.01000000
Computing analytic sensitivities (if possible) for ibody=12
*********************************************************
Starting tessellation sensitivity wrt "depth"
*********************************************************
Generating perturbed configuration with delta-depth[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=12
*********************************************************
Starting tessellation sensitivity wrt "height"
*********************************************************
Generating perturbed configuration with delta-height[1,1]= 0.01500000
Computing analytic sensitivities (if possible) for ibody=12
*********************************************************
Starting tessellation sensitivity wrt "neckDiam"
*********************************************************
Generating perturbed configuration with delta-neckDiam[1,1]= 0.00250000
Computing analytic sensitivities (if possible) for ibody=12
*********************************************************
Starting tessellation sensitivity wrt "neckHeight"
*********************************************************
Generating perturbed configuration with delta-neckHeight[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=12
*********************************************************
Starting tessellation sensitivity wrt "wall"
*********************************************************
Generating perturbed configuration with delta-wall[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
*********************************************************
Starting tessellation sensitivity wrt "filRad1"
*********************************************************
Generating perturbed configuration with delta-filRad1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
*********************************************************
Starting tessellation sensitivity wrt "filRad2"
*********************************************************
Generating perturbed configuration with delta-filRad2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
real 0m9.553s
user 0m0.015s
sys 0m0.046s
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 6.089 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
+ set +x
data\basic\design6 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 37 / 275 )
data\basic\design7.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design7.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "headLen"
*********************************************************
Generating perturbed configuration with delta-headLen[1,1]= 0.01000000
Computing analytic sensitivities (if possible) for ibody=48
*********************************************************
Starting tessellation sensitivity wrt "overallLen"
*********************************************************
Generating perturbed configuration with delta-overallLen[1,1]= 0.03000000
Computing analytic sensitivities (if possible) for ibody=48
*********************************************************
Starting tessellation sensitivity wrt "shaftDiam"
*********************************************************
Generating perturbed configuration with delta-shaftDiam[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=48
*********************************************************
Starting tessellation sensitivity wrt "headAng"
*********************************************************
Generating perturbed configuration with delta-headAng[1,1]= 0.01000000
Computing analytic sensitivities (if possible) for ibody=48
*********************************************************
Starting tessellation sensitivity wrt "noseRad"
*********************************************************
Generating perturbed configuration with delta-noseRad[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=48
*********************************************************
Starting tessellation sensitivity wrt "shldrRad"
*********************************************************
Generating perturbed configuration with delta-shldrRad[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=48
*********************************************************
Starting tessellation sensitivity wrt "finAng"
*********************************************************
Generating perturbed configuration with delta-finAng[1,1]= 0.06000000
Computing analytic sensitivities (if possible) for ibody=48
*********************************************************
Starting tessellation sensitivity wrt "finHeight"
*********************************************************
Generating perturbed configuration with delta-finHeight[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=48
*********************************************************
Starting tessellation sensitivity wrt "finLen"
*********************************************************
Generating perturbed configuration with delta-finLen[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=48
*********************************************************
Starting tessellation sensitivity wrt "finWidth"
*********************************************************
Generating perturbed configuration with delta-finWidth[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=48
*********************************************************
Starting tessellation sensitivity wrt "filRad"
*********************************************************
Generating perturbed configuration with delta-filRad[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=48
*********************************************************
Starting tessellation sensitivity wrt "finXlate"
*********************************************************
Generating perturbed configuration with delta-finXlate[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=48
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 14.625 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
real 0m28.437s
user 0m0.000s
sys 0m0.015s
+ set +x
data\basic\design7 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 38 / 275 )
data\basic\design8.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design8.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xcent"
*********************************************************
Generating perturbed configuration with delta-xcent[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xcent) check complete with 0 total errors (errmax= 9.1706e-17)
d(Edge)/d(xcent) check complete with 0 total errors (errmax= 9.1706e-17)
d(Node)/d(xcent) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ycent"
*********************************************************
Generating perturbed configuration with delta-ycent[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(ycent) check complete with 0 total errors (errmax= 1.5578e-19)
d(Edge)/d(ycent) check complete with 0 total errors (errmax= 1.5578e-19)
d(Node)/d(ycent) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zcent"
*********************************************************
Generating perturbed configuration with delta-zcent[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zcent) check complete with 0 total errors (errmax= 2.2395e-19)
d(Edge)/d(zcent) check complete with 0 total errors (errmax= 2.2395e-19)
d(Node)/d(zcent) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(L) check complete with 0 total errors (errmax= 9.2783e-17)
d(Edge)/d(L) check complete with 0 total errors (errmax= 9.2783e-17)
d(Node)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(H) check complete with 0 total errors (errmax= 4.7292e-17)
d(Edge)/d(H) check complete with 0 total errors (errmax= 4.7292e-17)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "W"
*********************************************************
Generating perturbed configuration with delta-W[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(W) check complete with 0 total errors (errmax= 2.2662e-17)
d(Edge)/d(W) check complete with 0 total errors (errmax= 2.2662e-17)
d(Node)/d(W) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.004 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.2793e-17) with 0 suppressions
real 0m0.683s
user 0m0.015s
sys 0m0.000s
+ set +x
data\basic\design8 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 39 / 275 )
data\basic\design8a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design8a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(xbase) check complete with 0 total errors (errmax= 1.4429e-11)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(ybase) check complete with 0 total errors (errmax= 1.2439e-10)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 1.1102e-15)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 8.6736e-19)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(L) check complete with 0 total errors (errmax= 5.7715e-11)
d(Edge)/d(L) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(H) check complete with 0 total errors (errmax= 8.0036e-09)
d(Edge)/d(H) check complete with 0 total errors (errmax= 1.2726e-09)
d(Node)/d(H) check complete with 0 total errors (errmax= 1.3323e-15)
*********************************************************
Starting tessellation sensitivity wrt "W"
*********************************************************
Generating perturbed configuration with delta-W[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(W) check complete with 0 total errors (errmax= 6.3999e-17)
d(Edge)/d(W) check complete with 0 total errors (errmax= 6.4498e-17)
d(Node)/d(W) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "t"
*********************************************************
Generating perturbed configuration with delta-t[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(t) check complete with 0 total errors (errmax= 2.7308e-08)
d(Edge)/d(t) check complete with 0 total errors (errmax= 1.4339e-08)
d(Node)/d(t) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.059 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.7308e-08) with 0 suppressions
real 0m0.695s
user 0m0.015s
sys 0m0.000s
+ set +x
data\basic\design8a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 40 / 275 )
data\basic\design8b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design8b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(xbase) check complete with 0 total errors (errmax= 8.5684e-12)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 1.3323e-15)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(ybase) check complete with 0 total errors (errmax= 1.0403e-10)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 7.7228e-17)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 8.6736e-19)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(L) check complete with 0 total errors (errmax= 3.4275e-11)
d(Edge)/d(L) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(H) check complete with 0 total errors (errmax= 2.7858e-07)
d(Edge)/d(H) check complete with 0 total errors (errmax= 2.8556e-07)
d(Node)/d(H) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "W"
*********************************************************
Generating perturbed configuration with delta-W[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(W) check complete with 0 total errors (errmax= 6.4034e-17)
d(Edge)/d(W) check complete with 0 total errors (errmax= 6.4498e-17)
d(Node)/d(W) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "R"
*********************************************************
Generating perturbed configuration with delta-R[1,1]= 0.00200000
real 0m0.594s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(R) check complete with 0 total errors (errmax= 2.8265e-07)
d(Edge)/d(R) check complete with 0 total errors (errmax= 2.8508e-07)
d(Node)/d(R) check complete with 0 total errors (errmax= 2.2204e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.036 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.8556e-07) with 0 suppressions
+ set +x
data\basic\design8b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 41 / 275 )
data\basic\design8c.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design8c.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xcent"
*********************************************************
Generating perturbed configuration with delta-xcent[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(xcent) check complete with 0 total errors (errmax= 2.5175e-11)
d(Edge)/d(xcent) check complete with 0 total errors (errmax= 9.4345e-11)
d(Node)/d(xcent) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ycent"
*********************************************************
Generating perturbed configuration with delta-ycent[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(ycent) check complete with 0 total errors (errmax= 7.5805e-09)
d(Edge)/d(ycent) check complete with 0 total errors (errmax= 3.8804e-09)
d(Node)/d(ycent) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "zcent"
*********************************************************
Generating perturbed configuration with delta-zcent[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(zcent) check complete with 0 total errors (errmax= 8.0098e-10)
d(Edge)/d(zcent) check complete with 0 total errors (errmax= 6.5227e-11)
d(Node)/d(zcent) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(L) check complete with 0 total errors (errmax= 2.5175e-11)
d(Edge)/d(L) check complete with 0 total errors (errmax= 9.2726e-11)
d(Node)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(H) check complete with 0 total errors (errmax= 2.6001e-07)
d(Edge)/d(H) check complete with 0 total errors (errmax= 8.0563e-07)
d(Node)/d(H) check complete with 0 total errors (errmax= 8.0563e-07)
*********************************************************
Starting tessellation sensitivity wrt "W"
*********************************************************
Generating perturbed configuration with delta-W[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(W) check complete with 0 total errors (errmax= 2.5785e-07)
d(Edge)/d(W) check complete with 0 total errors (errmax= 8.0354e-07)
d(Node)/d(W) check complete with 0 total errors (errmax= 8.0354e-07)
*********************************************************
Starting tessellation sensitivity wrt "t"
*********************************************************
Generating perturbed configuration with delta-t[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(t) check complete with 0 total errors (errmax= 1.1727e-07)
d(Edge)/d(t) check complete with 0 total errors (errmax= 5.5461e-07)
d(Node)/d(t) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.082 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.0563e-07) with 0 suppressions
real 0m0.851s
user 0m0.000s
sys 0m0.031s
+ set +x
data\basic\design8c -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 42 / 275 )
data\basic\design8d.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design8d.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg1"
*********************************************************
Generating perturbed configuration with delta-xbeg1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(xbeg1) check complete with 0 total errors (errmax= 6.5603e-17)
d(Edge)/d(xbeg1) check complete with 0 total errors (errmax= 8.9843e-14)
d(Node)/d(xbeg1) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "xend1"
*********************************************************
Generating perturbed configuration with delta-xend1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(xend1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xend1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xend1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y1"
*********************************************************
Generating perturbed configuration with delta-y1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(y1) check complete with 0 total errors (errmax= 1.3043e-08)
d(Edge)/d(y1) check complete with 0 total errors (errmax= 7.6144e-13)
d(Node)/d(y1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z1"
*********************************************************
Generating perturbed configuration with delta-z1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(z1) check complete with 0 total errors (errmax= 1.6461e-07)
d(Edge)/d(z1) check complete with 0 total errors (errmax= 7.3127e-07)
d(Node)/d(z1) check complete with 0 total errors (errmax= 1.0766e-06)
*********************************************************
Starting tessellation sensitivity wrt "r1"
*********************************************************
Generating perturbed configuration with delta-r1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(r1) check complete with 0 total errors (errmax= 1.1050e-07)
d(Edge)/d(r1) check complete with 0 total errors (errmax= 6.5958e-07)
d(Node)/d(r1) check complete with 0 total errors (errmax= 8.0904e-07)
*********************************************************
Starting tessellation sensitivity wrt "th1"
*********************************************************
Generating perturbed configuration with delta-th1[1,1]= 0.03000000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(th1) check complete with 0 total errors (errmax= 6.9442e-08)
d(Edge)/d(th1) check complete with 0 total errors (errmax= 7.9032e-08)
d(Node)/d(th1) check complete with 0 total errors (errmax= 7.4837e-08)
*********************************************************
Starting tessellation sensitivity wrt "x2"
*********************************************************
Generating perturbed configuration with delta-x2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(x2) check complete with 0 total errors (errmax= 2.2647e-08)
d(Edge)/d(x2) check complete with 0 total errors (errmax= 6.7926e-13)
d(Node)/d(x2) check complete with 0 total errors (errmax= 1.1102e-15)
*********************************************************
Starting tessellation sensitivity wrt "z2"
*********************************************************
Generating perturbed configuration with delta-z2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(z2) check complete with 0 total errors (errmax= 1.8896e-07)
d(Edge)/d(z2) check complete with 0 total errors (errmax= 7.3253e-07)
d(Node)/d(z2) check complete with 0 total errors (errmax= 1.0789e-06)
*********************************************************
Starting tessellation sensitivity wrt "r2"
*********************************************************
Generating perturbed configuration with delta-r2[1,1]= 0.00100000
real 0m0.804s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(r2) check complete with 0 total errors (errmax= 4.1355e-08)
d(Edge)/d(r2) check complete with 0 total errors (errmax= 2.9900e-07)
d(Node)/d(r2) check complete with 0 total errors (errmax= 4.3113e-07)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.022 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.0789e-06) with 0 suppressions
+ set +x
data\basic\design8d -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 43 / 275 )
data\basic\design9.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\design9.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "fuse[1,1]"
*********************************************************
Generating perturbed configuration with delta-fuse[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 15 ( -0.001504 0.000501 0.000007) iend = 43 ( -0.001504 0.000501 0.000000) err=( 0.000000 0.000000 -0.000007)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 2.2194e-08)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 5.0898e-07)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.2351e-08)
*********************************************************
Starting tessellation sensitivity wrt "fuse[1,2]"
*********************************************************
Generating perturbed configuration with delta-fuse[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( -0.005558 -0.001852 0.000003) ibeg = 31 ( -0.005558 -0.001853 0.000000) err=( 0.000000 -0.000000 -0.000003)
WARNING:: dxyz mismatch: inode= 15 ( -0.005529 0.001841 0.000026) iend = 43 ( -0.005528 0.001843 0.000000) err=( 0.000001 0.000002 -0.000026)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 3.8028e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 1.8582e-06)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 4.3270e-08)
*********************************************************
Starting tessellation sensitivity wrt "fuse[1,3]"
*********************************************************
Generating perturbed configuration with delta-fuse[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( -0.002111 -0.000704 0.000002) ibeg = 31 ( -0.002111 -0.000704 0.000000) err=( 0.000000 -0.000000 -0.000002)
WARNING:: dxyz mismatch: inode= 15 ( -0.002089 0.000695 0.000020) iend = 43 ( -0.002089 0.000696 0.000000) err=( 0.000000 0.000001 -0.000020)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 4.2919e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 1.3934e-06)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 3.1468e-08)
*********************************************************
Starting tessellation sensitivity wrt "fuse[1,4]"
*********************************************************
Generating perturbed configuration with delta-fuse[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( -0.000921 -0.000307 0.000001) ibeg = 31 ( -0.000921 -0.000307 0.000000) err=( 0.000000 -0.000000 -0.000001)
WARNING:: dxyz mismatch: inode= 15 ( -0.000910 0.000303 0.000010) iend = 43 ( -0.000909 0.000303 0.000000) err=( 0.000000 0.000001 -0.000010)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 4.2469e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 7.1914e-07)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.6631e-08)
*********************************************************
Starting tessellation sensitivity wrt "fuse[2,1]"
*********************************************************
Generating perturbed configuration with delta-fuse[2,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 15 ( 0.000562 -0.000187 0.000001) iend = 43 ( 0.000562 -0.000187 -0.000000) err=( 0.000000 0.000000 -0.000001)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 9.7280e-08)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 2.0072e-07)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.0899e-08)
*********************************************************
Starting tessellation sensitivity wrt "fuse[2,2]"
*********************************************************
Generating perturbed configuration with delta-fuse[2,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( 0.020042 0.006680 -0.000006) ibeg = 31 ( 0.020042 0.006681 -0.000000) err=( -0.000000 0.000001 0.000006)
WARNING:: dxyz mismatch: inode= 15 ( 0.019975 -0.006654 -0.000060) iend = 43 ( 0.019974 -0.006658 -0.000000) err=( -0.000001 -0.000004 0.000060)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 1.4151e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 4.2607e-06)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 9.9478e-08)
*********************************************************
Starting tessellation sensitivity wrt "fuse[2,3]"
*********************************************************
Generating perturbed configuration with delta-fuse[2,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( 0.007877 0.002625 -0.000006) ibeg = 31 ( 0.007877 0.002626 -0.000000) err=( -0.000000 0.000001 0.000006)
WARNING:: dxyz mismatch: inode= 15 ( 0.007809 -0.002598 -0.000061) iend = 43 ( 0.007807 -0.002602 -0.000000) err=( -0.000001 -0.000004 0.000061)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 1.1399e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 4.3507e-06)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.0172e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[2,4]"
*********************************************************
Generating perturbed configuration with delta-fuse[2,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( 0.003074 0.001024 -0.000002) ibeg = 31 ( 0.003073 0.001024 -0.000000) err=( -0.000000 0.000000 0.000002)
WARNING:: dxyz mismatch: inode= 15 ( 0.003047 -0.001014 -0.000024) iend = 43 ( 0.003047 -0.001016 -0.000000) err=( -0.000001 -0.000002 0.000024)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 1.1584e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 1.6671e-06)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 3.9305e-08)
*********************************************************
Starting tessellation sensitivity wrt "fuse[3,1]"
*********************************************************
Generating perturbed configuration with delta-fuse[3,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( 0.004181 0.001393 -0.000004) ibeg = 31 ( 0.004181 0.001394 -0.000000) err=( -0.000000 0.000000 0.000004)
WARNING:: dxyz mismatch: inode= 15 ( 0.004142 -0.001378 -0.000035) iend = 43 ( 0.004141 -0.001380 -0.000000) err=( -0.000001 -0.000002 0.000035)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 1.5168e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 7.3806e-06)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.9979e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[3,2]"
*********************************************************
Generating perturbed configuration with delta-fuse[3,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( -0.074148 -0.024713 0.000026) ibeg = 31 ( -0.074147 -0.024716 0.000000) err=( 0.000001 -0.000003 -0.000026)
WARNING:: dxyz mismatch: inode= 15 ( -0.073870 0.024605 0.000250) iend = 43 ( -0.073865 0.024622 0.000000) err=( 0.000005 0.000016 -0.000250)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 9.9229e-08)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 1.7697e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 4.2423e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[3,3]"
*********************************************************
Generating perturbed configuration with delta-fuse[3,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( -0.028873 -0.009621 0.000025) ibeg = 31 ( -0.028872 -0.009624 0.000000) err=( 0.000001 -0.000003 -0.000025)
WARNING:: dxyz mismatch: inode= 15 ( -0.028610 0.009520 0.000237) iend = 43 ( -0.028605 0.009535 0.000000) err=( 0.000005 0.000015 -0.000237)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 7.4138e-08)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 1.6739e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 3.9526e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[3,4]"
*********************************************************
Generating perturbed configuration with delta-fuse[3,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( -0.010594 -0.003530 0.000009) ibeg = 31 ( -0.010594 -0.003531 0.000000) err=( 0.000000 -0.000001 -0.000009)
WARNING:: dxyz mismatch: inode= 15 ( -0.010495 0.003492 0.000089) iend = 43 ( -0.010494 0.003498 0.000000) err=( 0.000002 0.000006 -0.000089)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 6.8776e-08)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 6.2739e-06)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.4794e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[4,1]"
*********************************************************
Generating perturbed configuration with delta-fuse[4,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( -0.014393 -0.004796 0.000013) ibeg = 31 ( -0.014392 -0.004797 0.000000) err=( 0.000000 -0.000001 -0.000013)
WARNING:: dxyz mismatch: inode= 15 ( -0.014257 0.004744 0.000122) iend = 43 ( -0.014254 0.004751 0.000000) err=( 0.000003 0.000008 -0.000122)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 2.4827e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 3.4530e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 9.2065e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[4,2]"
*********************************************************
Generating perturbed configuration with delta-fuse[4,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( 0.283506 0.094490 -0.000101) ibeg = 31 ( 0.283502 0.094501 -0.000000) err=( -0.000004 0.000011 0.000101)
WARNING:: dxyz mismatch: inode= 15 ( 0.282443 -0.094079 -0.000957) iend = 43 ( 0.282422 -0.094141 -0.000000) err=( -0.000021 -0.000062 0.000957)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 7.7734e-08)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 6.8128e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.4423e-06)
*********************************************************
Starting tessellation sensitivity wrt "fuse[4,3]"
*********************************************************
Generating perturbed configuration with delta-fuse[4,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( 0.110578 0.036848 -0.000095) ibeg = 31 ( 0.110575 0.036858 -0.000000) err=( -0.000003 0.000010 0.000095)
WARNING:: dxyz mismatch: inode= 15 ( 0.109575 -0.036460 -0.000903) iend = 43 ( 0.109555 -0.036518 -0.000000) err=( -0.000019 -0.000058 0.000903)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 5.2732e-08)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 6.4252e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.4538e-06)
*********************************************************
Starting tessellation sensitivity wrt "fuse[4,4]"
*********************************************************
Generating perturbed configuration with delta-fuse[4,4]= 0.00120000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( 0.041958 0.013981 -0.000037) ibeg = 31 ( 0.041956 0.013985 -0.000000) err=( -0.000001 0.000004 0.000037)
WARNING:: dxyz mismatch: inode= 15 ( 0.041566 -0.013830 -0.000352) iend = 43 ( 0.041559 -0.013853 -0.000000) err=( -0.000008 -0.000023 0.000352)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 7.9943e-08)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 2.9995e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 6.9571e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[5,1]"
*********************************************************
Generating perturbed configuration with delta-fuse[5,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( 0.029169 0.009721 -0.000021) ibeg = 31 ( 0.029168 0.009723 -0.000000) err=( -0.000001 0.000002 0.000021)
WARNING:: dxyz mismatch: inode= 15 ( 0.028951 -0.009636 -0.000197) iend = 43 ( 0.028946 -0.009649 -0.000000) err=( -0.000004 -0.000013 0.000197)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 2.5129e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 6.9968e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.5350e-06)
*********************************************************
Starting tessellation sensitivity wrt "fuse[5,2]"
*********************************************************
Generating perturbed configuration with delta-fuse[5,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( -1.228612 -0.409484 0.000437) ibeg = 31 ( -1.228596 -0.409532 0.000000) err=( 0.000016 -0.000048 -0.000437)
WARNING:: dxyz mismatch: inode= 15 ( -1.224005 0.407706 0.004146) ibeg = 20 ( -1.224005 0.407707 0.004147) err=( -0.000000 0.000001 0.000001)
WARNING:: dxyz mismatch: inode= 15 ( -1.224005 0.407706 0.004146) iend = 43 ( -1.223916 0.407972 0.000000) err=( 0.000089 0.000267 -0.004146)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 1.7958e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 2.8680e-04)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.0873e-05)
*********************************************************
Starting tessellation sensitivity wrt "fuse[5,3]"
*********************************************************
Generating perturbed configuration with delta-fuse[5,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( -0.480959 -0.160270 0.000413) ibeg = 31 ( -0.480944 -0.160315 0.000000) err=( 0.000015 -0.000045 -0.000413)
WARNING:: dxyz mismatch: inode= 15 ( -0.476597 0.158585 0.003925) iend = 43 ( -0.476513 0.158838 0.000000) err=( 0.000084 0.000252 -0.003925)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 1.4330e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 2.7302e-04)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 7.4762e-06)
*********************************************************
Starting tessellation sensitivity wrt "fuse[5,4]"
*********************************************************
Generating perturbed configuration with delta-fuse[5,4]= 0.00120000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( -0.185100 -0.061681 0.000158) ibeg = 31 ( -0.185094 -0.061698 0.000000) err=( 0.000006 -0.000017 -0.000158)
WARNING:: dxyz mismatch: inode= 15 ( -0.183426 0.061034 0.001506) iend = 43 ( -0.183394 0.061131 0.000000) err=( 0.000032 0.000097 -0.001506)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 9.8886e-08)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 1.2672e-04)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 3.0791e-06)
*********************************************************
Starting tessellation sensitivity wrt "fuse[6,1]"
*********************************************************
Generating perturbed configuration with delta-fuse[6,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( -0.000903 -0.000302 -0.000004) ibeg = 31 ( -0.000903 -0.000301 0.000000) err=( -0.000000 0.000000 0.000004)
WARNING:: dxyz mismatch: inode= 15 ( -0.000944 0.000317 -0.000037) iend = 43 ( -0.000945 0.000315 0.000000) err=( -0.000001 -0.000002 0.000037)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 2.9401e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 1.5600e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 4.8842e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[6,2]"
*********************************************************
Generating perturbed configuration with delta-fuse[6,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( -1.927561 -0.642437 0.000686) ibeg = 31 ( -1.927536 -0.642512 0.000000) err=( 0.000025 -0.000075 -0.000686)
WARNING:: dxyz mismatch: inode= 15 ( -1.920334 0.639647 0.006505) ibeg = 20 ( -1.920334 0.639648 0.006506) err=( -0.000000 0.000002 0.000001)
WARNING:: dxyz mismatch: inode= 15 ( -1.920334 0.639647 0.006505) iend = 43 ( -1.920195 0.640065 0.000000) err=( 0.000139 0.000418 -0.006505)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 4.3250e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 4.4378e-04)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 6.8525e-06)
*********************************************************
Starting tessellation sensitivity wrt "fuse[6,3]"
*********************************************************
Generating perturbed configuration with delta-fuse[6,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( -0.755543 -0.251769 0.000648) ibeg = 31 ( -0.755520 -0.251840 0.000000) err=( 0.000024 -0.000071 -0.000648)
WARNING:: dxyz mismatch: inode= 10 ( -0.000014 -0.000030 -0.000000) ibeg = 37 ( -0.000014 -0.000030 -0.000002) err=( 0.000000 0.000000 -0.000001)
WARNING:: dxyz mismatch: inode= 15 ( -0.748689 0.249122 0.006168) ibeg = 20 ( -0.748689 0.249124 0.006169) err=( -0.000000 0.000002 0.000001)
WARNING:: dxyz mismatch: inode= 15 ( -0.748689 0.249122 0.006168) iend = 43 ( -0.748557 0.249519 0.000000) err=( 0.000132 0.000397 -0.006168)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 3.3358e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 4.2499e-04)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.0399e-05)
*********************************************************
Starting tessellation sensitivity wrt "fuse[6,4]"
*********************************************************
Generating perturbed configuration with delta-fuse[6,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( -0.288640 -0.096183 0.000249) ibeg = 31 ( -0.288631 -0.096210 0.000000) err=( 0.000009 -0.000027 -0.000249)
WARNING:: dxyz mismatch: inode= 15 ( -0.286012 0.095168 0.002366) iend = 43 ( -0.285961 0.095320 0.000000) err=( 0.000051 0.000152 -0.002366)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 7.2901e-08)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 1.6542e-04)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 3.7391e-06)
*********************************************************
Starting tessellation sensitivity wrt "fuse[7,1]"
*********************************************************
Generating perturbed configuration with delta-fuse[7,1]= 0.00700000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( -0.011889 -0.003962 0.000005) ibeg = 31 ( -0.011889 -0.003963 0.000000) err=( 0.000000 -0.000001 -0.000005)
WARNING:: dxyz mismatch: inode= 15 ( -0.011837 0.003942 0.000047) iend = 43 ( -0.011836 0.003945 0.000000) err=( 0.000001 0.000003 -0.000047)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 2.4309e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 2.3066e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 7.1972e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[7,2]"
*********************************************************
Generating perturbed configuration with delta-fuse[7,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( 0.361056 0.120336 -0.000129) ibeg = 31 ( 0.361051 0.120350 -0.000000) err=( -0.000005 0.000014 0.000129)
WARNING:: dxyz mismatch: inode= 15 ( 0.359699 -0.119812 -0.001221) iend = 43 ( 0.359673 -0.119891 -0.000000) err=( -0.000026 -0.000079 0.001221)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 1.8699e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 8.7129e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 2.0481e-06)
*********************************************************
Starting tessellation sensitivity wrt "fuse[7,3]"
*********************************************************
Generating perturbed configuration with delta-fuse[7,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( 0.141731 0.047229 -0.000121) ibeg = 31 ( 0.141727 0.047242 -0.000000) err=( -0.000004 0.000013 0.000121)
WARNING:: dxyz mismatch: inode= 10 ( 0.000053 0.000114 0.000001) ibeg = 37 ( 0.000053 0.000114 0.000006) err=( -0.000000 -0.000000 0.000005)
WARNING:: dxyz mismatch: inode= 15 ( 0.140448 -0.046733 -0.001155) iend = 43 ( 0.140423 -0.046808 -0.000000) err=( -0.000025 -0.000074 0.001155)
WARNING:: dxyz mismatch: inode= 18 ( 0.000054 -0.000117 0.000008) iend = 49 ( 0.000054 -0.000117 0.000006) err=( 0.000000 -0.000000 -0.000002)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 8.8058e-08)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 8.2243e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.8773e-06)
*********************************************************
Starting tessellation sensitivity wrt "fuse[7,4]"
*********************************************************
Generating perturbed configuration with delta-fuse[7,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( 0.054672 0.018218 -0.000047) ibeg = 31 ( 0.054670 0.018223 -0.000000) err=( -0.000002 0.000005 0.000047)
WARNING:: dxyz mismatch: inode= 10 ( 0.000030 0.000065 0.000001) ibeg = 37 ( 0.000030 0.000065 0.000003) err=( -0.000000 -0.000000 0.000003)
WARNING:: dxyz mismatch: inode= 15 ( 0.054176 -0.018027 -0.000447) iend = 43 ( 0.054166 -0.018055 -0.000000) err=( -0.000010 -0.000029 0.000447)
WARNING:: dxyz mismatch: inode= 18 ( 0.000031 -0.000066 0.000004) iend = 49 ( 0.000031 -0.000066 0.000003) err=( 0.000000 -0.000000 -0.000001)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 1.2086e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 3.1744e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 7.4471e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[8,1]"
*********************************************************
Generating perturbed configuration with delta-fuse[8,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( 0.010087 0.003362 -0.000003) ibeg = 31 ( 0.010087 0.003362 -0.000000) err=( -0.000000 0.000000 0.000003)
WARNING:: dxyz mismatch: inode= 10 ( 0.000080 0.000171 0.000010) ibeg = 37 ( 0.000080 0.000171 0.000009) err=( 0.000000 0.000000 -0.000001)
WARNING:: dxyz mismatch: inode= 15 ( 0.010061 -0.003352 -0.000024) iend = 43 ( 0.010060 -0.003353 -0.000000) err=( -0.000001 -0.000002 0.000024)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 1.8561e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 1.3480e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 4.1211e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[8,2]"
*********************************************************
Generating perturbed configuration with delta-fuse[8,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( -0.096636 -0.032208 0.000034) ibeg = 31 ( -0.096635 -0.032212 0.000000) err=( 0.000001 -0.000004 -0.000034)
WARNING:: dxyz mismatch: inode= 10 ( -0.001015 -0.002177 -0.000112) ibeg = 37 ( -0.001015 -0.002177 -0.000114) err=( 0.000000 0.000000 -0.000003)
WARNING:: dxyz mismatch: inode= 15 ( -0.096274 0.032068 0.000327) iend = 43 ( -0.096267 0.032089 0.000000) err=( 0.000007 0.000021 -0.000327)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 6.1582e-08)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 2.3082e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 5.3410e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[8,3]"
*********************************************************
Generating perturbed configuration with delta-fuse[8,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( -0.038178 -0.012722 0.000033) ibeg = 31 ( -0.038177 -0.012726 0.000000) err=( 0.000001 -0.000004 -0.000033)
WARNING:: dxyz mismatch: inode= 10 ( -0.000199 -0.000428 -0.000003) ibeg = 37 ( -0.000199 -0.000427 -0.000022) err=( 0.000000 0.000001 -0.000019)
WARNING:: dxyz mismatch: inode= 15 ( -0.037832 0.012589 0.000311) iend = 43 ( -0.037826 0.012609 0.000000) err=( 0.000007 0.000020 -0.000311)
WARNING:: dxyz mismatch: inode= 18 ( -0.000203 0.000435 -0.000030) iend = 49 ( -0.000203 0.000436 -0.000023) err=( -0.000000 0.000000 0.000007)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 7.4935e-08)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 2.2034e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 5.1569e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[8,4]"
*********************************************************
Generating perturbed configuration with delta-fuse[8,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( -0.014934 -0.004976 0.000013) ibeg = 31 ( -0.014933 -0.004978 0.000000) err=( 0.000000 -0.000001 -0.000013)
WARNING:: dxyz mismatch: inode= 10 ( -0.000114 -0.000244 -0.000002) ibeg = 37 ( -0.000114 -0.000243 -0.000013) err=( 0.000000 0.000000 -0.000011)
WARNING:: dxyz mismatch: inode= 15 ( -0.014800 0.004925 0.000120) iend = 43 ( -0.014798 0.004933 0.000000) err=( 0.000003 0.000008 -0.000120)
WARNING:: dxyz mismatch: inode= 18 ( -0.000116 0.000248 -0.000017) iend = 49 ( -0.000116 0.000248 -0.000013) err=( -0.000000 0.000000 0.000004)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 1.1087e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 8.4896e-06)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.9746e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[9,1]"
*********************************************************
Generating perturbed configuration with delta-fuse[9,1]= 0.00900000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 15 ( -0.002167 0.000722 0.000006) iend = 43 ( -0.002166 0.000722 0.000000) err=( 0.000000 0.000000 -0.000006)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 4.4997e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 7.1433e-02)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.1002e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[9,2]"
*********************************************************
Generating perturbed configuration with delta-fuse[9,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( 0.025941 0.008646 -0.000009) ibeg = 31 ( 0.025941 0.008647 -0.000000) err=( -0.000000 0.000001 0.000009)
WARNING:: dxyz mismatch: inode= 10 ( 0.003788 0.008123 0.000416) ibeg = 37 ( 0.003788 0.008123 0.000426) err=( -0.000000 -0.000000 0.000009)
WARNING:: dxyz mismatch: inode= 15 ( 0.025844 -0.008608 -0.000088) iend = 43 ( 0.025842 -0.008614 -0.000000) err=( -0.000002 -0.000006 0.000088)
WARNING:: dxyz mismatch: inode= 18 ( 0.003790 -0.008127 0.000429) iend = 49 ( 0.003790 -0.008127 0.000426) err=( 0.000000 -0.000000 -0.000003)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 1.5741e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 6.2428e-06)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.4395e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[9,3]"
*********************************************************
Generating perturbed configuration with delta-fuse[9,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( 0.010224 0.003407 -0.000009) ibeg = 31 ( 0.010224 0.003408 -0.000000) err=( -0.000000 0.000001 0.000009)
WARNING:: dxyz mismatch: inode= 10 ( 0.000743 0.001593 0.000012) ibeg = 37 ( 0.000741 0.001590 0.000083) err=( -0.000002 -0.000003 0.000072)
WARNING:: dxyz mismatch: inode= 15 ( 0.010131 -0.003371 -0.000084) iend = 43 ( 0.010129 -0.003376 -0.000000) err=( -0.000002 -0.000005 0.000084)
WARNING:: dxyz mismatch: inode= 18 ( 0.000757 -0.001622 0.000110) iend = 49 ( 0.000757 -0.001623 0.000085) err=( 0.000000 -0.000001 -0.000025)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 7.9093e-08)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 8.7387e-06)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.3874e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[9,4]"
*********************************************************
Generating perturbed configuration with delta-fuse[9,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( 0.003963 0.001321 -0.000004) ibeg = 31 ( 0.003963 0.001321 -0.000000) err=( -0.000000 0.000000 0.000004)
WARNING:: dxyz mismatch: inode= 10 ( 0.000417 0.000893 0.000007) ibeg = 37 ( 0.000416 0.000892 0.000047) err=( -0.000001 -0.000002 0.000040)
WARNING:: dxyz mismatch: inode= 15 ( 0.003925 -0.001306 -0.000034) iend = 43 ( 0.003925 -0.001308 -0.000000) err=( -0.000001 -0.000002 0.000034)
WARNING:: dxyz mismatch: inode= 18 ( 0.000424 -0.000910 0.000062) iend = 49 ( 0.000424 -0.000910 0.000048) err=( 0.000000 -0.000001 -0.000014)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 1.1342e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 4.8725e-06)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 5.6316e-08)
*********************************************************
Starting tessellation sensitivity wrt "fuse[10,1]"
*********************************************************
Generating perturbed configuration with delta-fuse[10,1]= 0.01000000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 8 ( -0.000018 0.049527 -0.000137) ibeg = 29 ( -0.000019 0.049527 -0.000139) err=( -0.000000 -0.000000 -0.000002)
WARNING:: dxyz mismatch: inode= 9 ( 0.000019 0.049203 0.000140) ibeg = 33 ( 0.000018 0.049203 0.000138) err=( -0.000000 0.000000 -0.000002)
WARNING:: dxyz mismatch: inode= 10 ( 0.000409 0.000877 0.000045) ibeg = 37 ( 0.000409 0.000877 0.000046) err=( -0.000000 -0.000000 0.000001)
WARNING:: dxyz mismatch: inode= 14 ( -0.000018 -0.049528 -0.000136) iend = 42 ( -0.000019 -0.049528 -0.000139) err=( -0.000000 0.000000 -0.000004)
WARNING:: dxyz mismatch: inode= 15 ( 0.000531 -0.000177 -0.000002) iend = 43 ( 0.000531 -0.000177 -0.000000) err=( -0.000000 -0.000000 0.000002)
WARNING:: dxyz mismatch: inode= 16 ( 0.000019 -0.049202 0.000140) iend = 45 ( 0.000018 -0.049202 0.000138) err=( -0.000000 -0.000000 -0.000002)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 7.3542e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 2.1298e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.8742e-06)
*********************************************************
Starting tessellation sensitivity wrt "fuse[10,2]"
*********************************************************
Generating perturbed configuration with delta-fuse[10,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( -0.006971 -0.002323 0.000003) ibeg = 31 ( -0.006971 -0.002324 0.000000) err=( 0.000000 -0.000000 -0.000003)
WARNING:: dxyz mismatch: inode= 8 ( 0.000350 -0.947452 0.002628) ibeg = 29 ( 0.000355 -0.947452 0.002662) err=( 0.000005 0.000000 0.000034)
WARNING:: dxyz mismatch: inode= 9 ( -0.000357 -0.937936 -0.002675) ibeg = 33 ( -0.000351 -0.937936 -0.002636) err=( 0.000005 -0.000000 0.000039)
WARNING:: dxyz mismatch: inode= 10 ( -0.014252 -0.030562 -0.001567) ibeg = 37 ( -0.014251 -0.030561 -0.001602) err=( 0.000001 0.000001 -0.000035)
WARNING:: dxyz mismatch: inode= 14 ( 0.000347 0.947460 0.002605) iend = 42 ( 0.000355 0.947460 0.002662) err=( 0.000008 -0.000000 0.000058)
WARNING:: dxyz mismatch: inode= 15 ( -0.006942 0.002312 0.000026) iend = 43 ( -0.006941 0.002314 0.000000) err=( 0.000001 0.000002 -0.000026)
WARNING:: dxyz mismatch: inode= 16 ( -0.000355 0.937932 -0.002665) iend = 45 ( -0.000351 0.937932 -0.002636) err=( 0.000004 0.000000 0.000029)
WARNING:: dxyz mismatch: inode= 18 ( -0.014258 0.030577 -0.001615) iend = 49 ( -0.014258 0.030577 -0.001602) err=( -0.000000 0.000001 0.000012)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 2.0110e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 3.7820e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 6.0370e-08)
*********************************************************
Starting tessellation sensitivity wrt "fuse[10,3]"
*********************************************************
Generating perturbed configuration with delta-fuse[10,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( -0.002743 -0.000914 0.000002) ibeg = 31 ( -0.002743 -0.000914 0.000000) err=( 0.000000 -0.000000 -0.000002)
WARNING:: dxyz mismatch: inode= 8 ( 0.000074 -0.220058 0.000554) ibeg = 29 ( 0.000082 -0.220057 0.000618) err=( 0.000009 0.000000 0.000065)
WARNING:: dxyz mismatch: inode= 9 ( -0.000098 -0.251785 -0.000738) ibeg = 33 ( -0.000094 -0.251785 -0.000708) err=( 0.000004 -0.000000 0.000030)
WARNING:: dxyz mismatch: inode= 10 ( -0.002780 -0.005959 -0.000043) ibeg = 37 ( -0.002774 -0.005948 -0.000312) err=( 0.000007 0.000011 -0.000268)
WARNING:: dxyz mismatch: inode= 14 ( 0.000068 0.220072 0.000510) iend = 42 ( 0.000082 0.220072 0.000618) err=( 0.000015 -0.000000 0.000109)
WARNING:: dxyz mismatch: inode= 15 ( -0.002718 0.000904 0.000022) iend = 43 ( -0.002718 0.000906 0.000000) err=( 0.000000 0.000001 -0.000022)
WARNING:: dxyz mismatch: inode= 16 ( -0.000097 0.251782 -0.000730) iend = 45 ( -0.000094 0.251782 -0.000708) err=( 0.000003 0.000000 0.000023)
WARNING:: dxyz mismatch: inode= 18 ( -0.002831 0.006068 -0.000413) iend = 49 ( -0.002832 0.006072 -0.000318) err=( -0.000001 0.000005 0.000095)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 1.5826e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 4.1834e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.3417e-06)
*********************************************************
Starting tessellation sensitivity wrt "fuse[10,4]"
*********************************************************
Generating perturbed configuration with delta-fuse[10,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 8 ( 0.000038 -0.114054 0.000287) ibeg = 29 ( 0.000043 -0.114054 0.000321) err=( 0.000004 0.000000 0.000033)
WARNING:: dxyz mismatch: inode= 9 ( -0.000047 -0.121389 -0.000356) ibeg = 33 ( -0.000045 -0.121389 -0.000341) err=( 0.000002 -0.000000 0.000015)
WARNING:: dxyz mismatch: inode= 10 ( -0.001553 -0.003328 -0.000024) ibeg = 37 ( -0.001549 -0.003322 -0.000174) err=( 0.000004 0.000006 -0.000150)
WARNING:: dxyz mismatch: inode= 14 ( 0.000035 0.114062 0.000264) iend = 42 ( 0.000043 0.114061 0.000321) err=( 0.000008 -0.000000 0.000056)
WARNING:: dxyz mismatch: inode= 15 ( -0.001041 0.000346 0.000009) iend = 43 ( -0.001041 0.000347 0.000000) err=( 0.000000 0.000001 -0.000009)
WARNING:: dxyz mismatch: inode= 16 ( -0.000047 0.121388 -0.000352) iend = 45 ( -0.000045 0.121388 -0.000341) err=( 0.000001 0.000000 0.000011)
WARNING:: dxyz mismatch: inode= 18 ( -0.001581 0.003389 -0.000231) iend = 49 ( -0.001581 0.003391 -0.000178) err=( -0.000000 0.000003 0.000053)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 1.8393e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 2.1687e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.6029e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[11,1]"
*********************************************************
Generating perturbed configuration with delta-fuse[11,1]= 0.01100000
Computing analytic sensitivities (if possible) for ibody=84
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 2.1606e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 5.3908e-07)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 3.5697e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[11,2]"
*********************************************************
Generating perturbed configuration with delta-fuse[11,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 10 ( 0.053318 0.114339 0.005861) ibeg = 37 ( 0.053315 0.114334 0.005992) err=( -0.000003 -0.000005 0.000131)
WARNING:: dxyz mismatch: inode= 15 ( 0.001874 -0.000624 -0.000006) iend = 43 ( 0.001874 -0.000625 -0.000000) err=( -0.000000 -0.000000 0.000006)
WARNING:: dxyz mismatch: inode= 18 ( 0.053343 -0.114393 0.006041) iend = 49 ( 0.053343 -0.114395 0.005995) err=( 0.000000 -0.000002 -0.000046)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 2.0264e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 1.5991e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.4588e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[11,3]"
*********************************************************
Generating perturbed configuration with delta-fuse[11,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 10 ( 0.010386 0.022262 0.000162) ibeg = 37 ( 0.010362 0.022221 0.001165) err=( -0.000025 -0.000041 0.001003)
WARNING:: dxyz mismatch: inode= 15 ( 0.000731 -0.000243 -0.000006) iend = 43 ( 0.000731 -0.000244 -0.000000) err=( -0.000000 -0.000000 0.000006)
WARNING:: dxyz mismatch: inode= 18 ( 0.010576 -0.022669 0.001543) iend = 49 ( 0.010579 -0.022686 0.001189) err=( 0.000002 -0.000017 -0.000354)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 1.5707e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 1.2279e-04)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.0668e-06)
*********************************************************
Starting tessellation sensitivity wrt "fuse[11,4]"
*********************************************************
Generating perturbed configuration with delta-fuse[11,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 10 ( 0.005800 0.012432 0.000090) ibeg = 37 ( 0.005787 0.012409 0.000650) err=( -0.000014 -0.000023 0.000560)
WARNING:: dxyz mismatch: inode= 15 ( 0.000280 -0.000093 -0.000002) iend = 43 ( 0.000280 -0.000093 -0.000000) err=( -0.000000 -0.000000 0.000002)
WARNING:: dxyz mismatch: inode= 18 ( 0.005906 -0.012660 0.000862) iend = 49 ( 0.005908 -0.012669 0.000664) err=( 0.000001 -0.000010 -0.000198)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 1.5552e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 6.8454e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.1698e-06)
*********************************************************
Starting tessellation sensitivity wrt "fuse[12,1]"
*********************************************************
Generating perturbed configuration with delta-fuse[12,1]= 0.01200000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 10 ( 0.000746 0.001599 0.000080) ibeg = 37 ( 0.000746 0.001599 0.000084) err=( -0.000000 -0.000000 0.000004)
WARNING:: dxyz mismatch: inode= 18 ( 0.000746 -0.001601 0.000085) iend = 49 ( 0.000746 -0.001601 0.000084) err=( 0.000000 -0.000000 -0.000001)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 7.0086e-08)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 5.4562e-06)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 4.0919e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[12,2]"
*********************************************************
Generating perturbed configuration with delta-fuse[12,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 10 ( -0.403035 -0.864300 -0.044303) ibeg = 37 ( -0.403011 -0.864260 -0.045294) err=( 0.000024 0.000041 -0.000991)
WARNING:: dxyz mismatch: inode= 15 ( -0.000506 0.000169 0.000002) iend = 43 ( -0.000506 0.000169 0.000000) err=( 0.000000 0.000000 -0.000002)
WARNING:: dxyz mismatch: inode= 18 ( -0.403223 0.864702 -0.045667) iend = 49 ( -0.403225 0.864719 -0.045318) err=( -0.000002 0.000017 0.000349)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 1.6000e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 1.2024e-04)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.2178e-06)
*********************************************************
Starting tessellation sensitivity wrt "fuse[12,3]"
*********************************************************
Generating perturbed configuration with delta-fuse[12,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 10 ( -0.078512 -0.168279 -0.001222) iend = 12 ( -0.078512 -0.168275 -0.001223) err=( 0.000000 0.000004 -0.000001)
WARNING:: dxyz mismatch: inode= 10 ( -0.078512 -0.168279 -0.001222) ibeg = 37 ( -0.078325 -0.167969 -0.008803) err=( 0.000187 0.000310 -0.007581)
WARNING:: dxyz mismatch: inode= 15 ( -0.000197 0.000066 0.000002) iend = 43 ( -0.000197 0.000066 0.000000) err=( 0.000000 0.000000 -0.000002)
WARNING:: dxyz mismatch: inode= 18 ( -0.079946 0.171353 -0.011662) iend = 49 ( -0.079965 0.171485 -0.008987) err=( -0.000018 0.000132 0.002675)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 5.0974e-06)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 8.9495e-04)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 8.5145e-06)
*********************************************************
Starting tessellation sensitivity wrt "fuse[12,4]"
*********************************************************
Generating perturbed configuration with delta-fuse[12,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 10 ( -0.043846 -0.093977 -0.000682) iend = 12 ( -0.043846 -0.093975 -0.000683) err=( 0.000000 0.000002 -0.000001)
WARNING:: dxyz mismatch: inode= 10 ( -0.043846 -0.093977 -0.000682) ibeg = 37 ( -0.043742 -0.093804 -0.004916) err=( 0.000104 0.000173 -0.004234)
WARNING:: dxyz mismatch: inode= 18 ( -0.044647 0.095694 -0.006513) iend = 49 ( -0.044657 0.095768 -0.005019) err=( -0.000010 0.000073 0.001494)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 1.7129e-06)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 5.0511e-04)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 4.5515e-06)
*********************************************************
Starting tessellation sensitivity wrt "fuse[13,1]"
*********************************************************
Generating perturbed configuration with delta-fuse[13,1]= 0.01300000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 10 ( -0.000218 -0.000467 -0.000023) ibeg = 37 ( -0.000218 -0.000467 -0.000024) err=( 0.000000 0.000000 -0.000001)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 1.6134e-08)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 1.6816e-06)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 4.7443e-08)
*********************************************************
Starting tessellation sensitivity wrt "fuse[13,2]"
*********************************************************
Generating perturbed configuration with delta-fuse[13,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 10 ( -0.125084 -0.268241 -0.013750) ibeg = 37 ( -0.125077 -0.268228 -0.014057) err=( 0.000008 0.000013 -0.000307)
WARNING:: dxyz mismatch: inode= 18 ( -0.125142 0.268365 -0.014173) iend = 49 ( -0.125143 0.268371 -0.014065) err=( -0.000001 0.000005 0.000108)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 1.6406e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 3.7395e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 3.1661e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[13,3]"
*********************************************************
Generating perturbed configuration with delta-fuse[13,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 10 ( -0.024367 -0.052226 -0.000379) iend = 12 ( -0.024367 -0.052225 -0.000380) err=( 0.000000 0.000001 -0.000000)
WARNING:: dxyz mismatch: inode= 10 ( -0.024367 -0.052226 -0.000379) ibeg = 37 ( -0.024309 -0.052130 -0.002732) err=( 0.000058 0.000096 -0.002353)
WARNING:: dxyz mismatch: inode= 18 ( -0.024812 0.053180 -0.003619) iend = 49 ( -0.024817 0.053221 -0.002789) err=( -0.000006 0.000041 0.000830)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 4.8077e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 2.8379e-04)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 2.5487e-06)
*********************************************************
Starting tessellation sensitivity wrt "fuse[13,4]"
*********************************************************
Generating perturbed configuration with delta-fuse[13,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 10 ( -0.013608 -0.029166 -0.000212) ibeg = 37 ( -0.013575 -0.029113 -0.001526) err=( 0.000032 0.000054 -0.001314)
WARNING:: dxyz mismatch: inode= 18 ( -0.013856 0.029699 -0.002021) iend = 49 ( -0.013860 0.029722 -0.001558) err=( -0.000003 0.000023 0.000464)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 1.6066e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 1.5919e-04)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.4066e-06)
*********************************************************
Starting tessellation sensitivity wrt "fuse[14,1]"
*********************************************************
Generating perturbed configuration with delta-fuse[14,1]= 0.01390000
Computing analytic sensitivities (if possible) for ibody=84
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 3.5459e-09)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 1.2549e-07)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.3814e-08)
*********************************************************
Starting tessellation sensitivity wrt "fuse[14,2]"
*********************************************************
Generating perturbed configuration with delta-fuse[14,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 10 ( 0.123856 0.265606 0.013615) ibeg = 37 ( 0.123848 0.265594 0.013919) err=( -0.000008 -0.000012 0.000304)
WARNING:: dxyz mismatch: inode= 18 ( 0.123913 -0.265729 0.014034) iend = 49 ( 0.123914 -0.265735 0.013927) err=( 0.000001 -0.000005 -0.000107)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 7.0227e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 3.7766e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 6.9857e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[14,3]"
*********************************************************
Generating perturbed configuration with delta-fuse[14,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 10 ( 0.024128 0.051714 0.000376) iend = 12 ( 0.024128 0.051713 0.000376) err=( -0.000000 -0.000001 0.000000)
WARNING:: dxyz mismatch: inode= 10 ( 0.024128 0.051714 0.000376) ibeg = 37 ( 0.024070 0.051618 0.002705) err=( -0.000057 -0.000095 0.002330)
WARNING:: dxyz mismatch: inode= 11 ( -0.014469 -0.095054 -0.003693) ibeg = 35 ( -0.014469 -0.095054 -0.003690) err=( -0.000000 -0.000000 0.000002)
WARNING:: dxyz mismatch: inode= 12 ( -0.014989 -0.098481 -0.003865) ibeg = 39 ( -0.014989 -0.098481 -0.003862) err=( -0.000000 -0.000000 0.000002)
WARNING:: dxyz mismatch: inode= 17 ( -0.014469 0.095054 -0.003692) iend = 48 ( -0.014469 0.095054 -0.003690) err=( -0.000000 0.000000 0.000002)
WARNING:: dxyz mismatch: inode= 18 ( 0.024568 -0.052658 0.003584) iend = 49 ( 0.024574 -0.052699 0.002762) err=( 0.000006 -0.000040 -0.000822)
WARNING:: dxyz mismatch: inode= 19 ( -0.014989 0.098481 -0.003865) iend = 51 ( -0.014989 0.098481 -0.003862) err=( -0.000000 0.000000 0.000002)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 5.2095e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 2.9137e-04)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 2.4621e-06)
*********************************************************
Starting tessellation sensitivity wrt "fuse[14,4]"
*********************************************************
Generating perturbed configuration with delta-fuse[14,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 10 ( 0.013474 0.028880 0.000210) ibeg = 37 ( 0.013442 0.028826 0.001511) err=( -0.000032 -0.000053 0.001301)
WARNING:: dxyz mismatch: inode= 11 ( -0.007922 -0.052044 -0.002022) ibeg = 35 ( -0.007922 -0.052044 -0.002020) err=( -0.000000 -0.000000 0.000001)
WARNING:: dxyz mismatch: inode= 12 ( -0.008076 -0.053063 -0.002082) ibeg = 39 ( -0.008076 -0.053063 -0.002081) err=( -0.000000 -0.000000 0.000001)
WARNING:: dxyz mismatch: inode= 17 ( -0.007922 0.052044 -0.002022) iend = 48 ( -0.007922 0.052044 -0.002020) err=( -0.000000 0.000000 0.000001)
WARNING:: dxyz mismatch: inode= 18 ( 0.013720 -0.029407 0.002001) iend = 49 ( 0.013723 -0.029430 0.001542) err=( 0.000003 -0.000023 -0.000459)
WARNING:: dxyz mismatch: inode= 19 ( -0.008076 0.053063 -0.002082) iend = 51 ( -0.008076 0.053063 -0.002081) err=( -0.000000 0.000000 0.000001)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 5.6909e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 1.6197e-04)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.3897e-06)
*********************************************************
Starting tessellation sensitivity wrt "fuse[15,1]"
*********************************************************
Generating perturbed configuration with delta-fuse[15,1]= 0.01400000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 10 ( -0.000003 -0.000007 0.000007) ibeg = 37 ( -0.000003 -0.000006 -0.000000) err=( 0.000000 0.000000 -0.000007)
WARNING:: dxyz mismatch: inode= 18 ( -0.000004 0.000009 -0.000003) iend = 49 ( -0.000004 0.000009 -0.000000) err=( -0.000000 0.000000 0.000002)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 1.4034e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 3.7643e-04)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.0189e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[15,2]"
*********************************************************
Generating perturbed configuration with delta-fuse[15,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 10 ( -0.091619 -0.196476 -0.010071) ibeg = 37 ( -0.091614 -0.196467 -0.010296) err=( 0.000006 0.000009 -0.000225)
WARNING:: dxyz mismatch: inode= 18 ( -0.091662 0.196567 -0.010381) iend = 49 ( -0.091663 0.196571 -0.010302) err=( -0.000001 0.000004 0.000079)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 5.7188e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 2.6805e-05)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 7.8712e-07)
*********************************************************
Starting tessellation sensitivity wrt "fuse[15,3]"
*********************************************************
Generating perturbed configuration with delta-fuse[15,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 10 ( -0.017848 -0.038254 -0.000278) ibeg = 37 ( -0.017805 -0.038184 -0.002001) err=( 0.000043 0.000070 -0.001723)
WARNING:: dxyz mismatch: inode= 11 ( -0.016009 -0.105168 -0.004086) ibeg = 35 ( -0.016009 -0.105168 -0.004083) err=( -0.000000 -0.000000 0.000003)
WARNING:: dxyz mismatch: inode= 12 ( -0.016510 -0.108476 -0.004257) ibeg = 39 ( -0.016510 -0.108476 -0.004254) err=( -0.000000 -0.000000 0.000003)
WARNING:: dxyz mismatch: inode= 17 ( -0.016009 0.105168 -0.004085) iend = 48 ( -0.016009 0.105168 -0.004083) err=( -0.000000 0.000000 0.000002)
WARNING:: dxyz mismatch: inode= 18 ( -0.018174 0.038953 -0.002651) iend = 49 ( -0.018178 0.038983 -0.002043) err=( -0.000004 0.000030 0.000608)
WARNING:: dxyz mismatch: inode= 19 ( -0.016510 0.108476 -0.004257) iend = 51 ( -0.016510 0.108476 -0.004254) err=( -0.000000 0.000000 0.000003)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 3.2145e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 2.0369e-04)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 1.8603e-06)
*********************************************************
Starting tessellation sensitivity wrt "fuse[15,4]"
*********************************************************
Generating perturbed configuration with delta-fuse[15,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( 0.000469 0.000181 0.000366) ibeg = 31 ( 0.000476 0.000159 -0.000000) err=( 0.000007 -0.000022 -0.000366)
WARNING:: dxyz mismatch: inode= 10 ( -0.009967 -0.021363 -0.000155) ibeg = 37 ( -0.009943 -0.021323 -0.001118) err=( 0.000024 0.000039 -0.000962)
WARNING:: dxyz mismatch: inode= 11 ( -0.008765 -0.057579 -0.002237) ibeg = 35 ( -0.008765 -0.057579 -0.002235) err=( -0.000000 -0.000000 0.000001)
WARNING:: dxyz mismatch: inode= 12 ( -0.008896 -0.058445 -0.002294) ibeg = 39 ( -0.008896 -0.058445 -0.002292) err=( -0.000000 -0.000000 0.000001)
WARNING:: dxyz mismatch: inode= 15 ( 0.000463 -0.000179 0.000361) iend = 43 ( 0.000471 -0.000157 -0.000000) err=( 0.000007 0.000022 -0.000361)
WARNING:: dxyz mismatch: inode= 17 ( -0.008765 0.057579 -0.002237) iend = 48 ( -0.008765 0.057579 -0.002235) err=( -0.000000 0.000000 0.000001)
WARNING:: dxyz mismatch: inode= 18 ( -0.010149 0.021753 -0.001480) iend = 49 ( -0.010151 0.021770 -0.001141) err=( -0.000002 0.000017 0.000340)
WARNING:: dxyz mismatch: inode= 19 ( -0.008896 0.058445 -0.002294) iend = 51 ( -0.008896 0.058445 -0.002292) err=( -0.000000 0.000000 0.000001)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(fuse) check complete with 0 total errors (errmax= 5.4725e-07)
d(Edge)/d(fuse) check complete with 0 total errors (errmax= 1.1419e-04)
d(Node)/d(fuse) check complete with 0 total errors (errmax= 2.4338e-06)
*********************************************************
Starting tessellation sensitivity wrt "wing[1,1]"
*********************************************************
Generating perturbed configuration with delta-wing[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( 0.458781 -0.002186 -0.000001) ibeg = 31 ( 0.458781 -0.002186 0.000000) err=( -0.000000 0.000000 0.000001)
WARNING:: dxyz mismatch: inode= 8 ( 0.715548 -0.035391 0.000097) ibeg = 29 ( 0.715549 -0.035391 0.000099) err=( 0.000000 0.000000 0.000003)
WARNING:: dxyz mismatch: inode= 9 ( 0.718869 -0.035420 -0.000104) ibeg = 33 ( 0.718870 -0.035420 -0.000100) err=( 0.000001 -0.000000 0.000004)
WARNING:: dxyz mismatch: inode= 14 ( 0.715548 0.035391 0.000095) iend = 42 ( 0.715549 0.035391 0.000099) err=( 0.000001 -0.000000 0.000004)
WARNING:: dxyz mismatch: inode= 15 ( 0.458775 0.002189 -0.000007) iend = 43 ( 0.458775 0.002188 0.000000) err=( -0.000000 -0.000000 0.000007)
WARNING:: dxyz mismatch: inode= 16 ( 0.718870 0.035420 -0.000103) iend = 45 ( 0.718870 0.035420 -0.000100) err=( 0.000000 0.000000 0.000003)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(wing) check complete with 0 total errors (errmax= 1.5796e-07)
d(Edge)/d(wing) check complete with 0 total errors (errmax= 1.4623e-05)
d(Node)/d(wing) check complete with 0 total errors (errmax= 8.8949e-07)
*********************************************************
Starting tessellation sensitivity wrt "wing[1,2]"
*********************************************************
Generating perturbed configuration with delta-wing[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( -1.375816 0.006794 0.000489) ibeg = 31 ( -1.375798 0.006740 0.000000) err=( 0.000018 -0.000053 -0.000489)
WARNING:: dxyz mismatch: inode= 8 ( 0.000264 0.000650 0.001983) ibeg = 29 ( 0.000268 0.000650 0.002009) err=( 0.000003 0.000000 0.000026)
WARNING:: dxyz mismatch: inode= 9 ( -0.000274 -0.000752 -0.002053) ibeg = 33 ( -0.000270 -0.000752 -0.002022) err=( 0.000004 -0.000000 0.000030)
WARNING:: dxyz mismatch: inode= 14 ( -0.000262 0.000644 -0.001965) iend = 42 ( -0.000268 0.000644 -0.002009) err=( -0.000006 0.000000 -0.000044)
WARNING:: dxyz mismatch: inode= 15 ( 1.370658 0.008785 -0.004643) ibeg = 20 ( 1.370658 0.008784 -0.004644) err=( 0.000000 -0.000001 -0.000001)
WARNING:: dxyz mismatch: inode= 15 ( 1.370658 0.008785 -0.004643) iend = 43 ( 1.370558 0.008487 -0.000000) err=( -0.000100 -0.000299 0.004643)
WARNING:: dxyz mismatch: inode= 16 ( 0.000273 -0.000749 0.002045) iend = 45 ( 0.000270 -0.000749 0.002022) err=( -0.000003 -0.000000 -0.000022)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(wing) check complete with 0 total errors (errmax= 3.7357e-07)
d(Edge)/d(wing) check complete with 0 total errors (errmax= 3.3463e-04)
d(Node)/d(wing) check complete with 0 total errors (errmax= 6.7859e-06)
*********************************************************
Starting tessellation sensitivity wrt "wing[1,3]"
*********************************************************
Generating perturbed configuration with delta-wing[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( 0.667370 0.222387 0.464767) ibeg = 31 ( 0.667349 0.222450 0.465340) err=( -0.000021 0.000063 0.000573)
WARNING:: dxyz mismatch: inode= 8 ( -0.000080 0.239070 0.714934) ibeg = 29 ( -0.000090 0.239069 0.714864) err=( -0.000009 -0.000000 -0.000070)
WARNING:: dxyz mismatch: inode= 9 ( 0.000105 0.268268 0.719670) ibeg = 33 ( 0.000101 0.268269 0.719637) err=( -0.000004 0.000000 -0.000032)
WARNING:: dxyz mismatch: inode= 14 ( -0.000074 -0.239085 0.714982) iend = 42 ( -0.000090 -0.239085 0.714864) err=( -0.000016 0.000000 -0.000118)
WARNING:: dxyz mismatch: inode= 15 ( 0.661313 -0.220048 0.459890) ibeg = 20 ( 0.661313 -0.220050 0.459889) err=( 0.000000 -0.000001 -0.000001)
WARNING:: dxyz mismatch: inode= 15 ( 0.661313 -0.220048 0.459890) iend = 43 ( 0.661197 -0.220399 0.465340) err=( -0.000117 -0.000350 0.005450)
WARNING:: dxyz mismatch: inode= 16 ( 0.000104 -0.268265 0.719661) iend = 45 ( 0.000101 -0.268265 0.719637) err=( -0.000003 -0.000000 -0.000024)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(wing) check complete with 0 total errors (errmax= 2.0037e-07)
d(Edge)/d(wing) check complete with 0 total errors (errmax= 4.1142e-04)
d(Node)/d(wing) check complete with 0 total errors (errmax= 8.1462e-06)
*********************************************************
Starting tessellation sensitivity wrt "wing[1,4]"
*********************************************************
Generating perturbed configuration with delta-wing[1,4]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 8 ( 0.715638 -0.035171 0.000767) ibeg = 29 ( 0.715638 -0.035171 0.000769) err=( 0.000000 0.000000 0.000002)
WARNING:: dxyz mismatch: inode= 9 ( 0.718780 -0.035667 -0.000778) ibeg = 33 ( 0.718780 -0.035667 -0.000774) err=( 0.000001 -0.000000 0.000004)
WARNING:: dxyz mismatch: inode= 14 ( 0.715637 0.035172 0.000765) iend = 42 ( 0.715638 0.035172 0.000769) err=( 0.000001 -0.000000 0.000004)
WARNING:: dxyz mismatch: inode= 16 ( 0.718780 0.035666 -0.000777) iend = 45 ( 0.718780 0.035666 -0.000774) err=( 0.000000 0.000000 0.000003)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(wing) check complete with 0 total errors (errmax= 1.3481e-07)
d(Edge)/d(wing) check complete with 0 total errors (errmax= 2.3238e-05)
d(Node)/d(wing) check complete with 0 total errors (errmax= 1.9998e-06)
*********************************************************
Starting tessellation sensitivity wrt "wing[1,5]"
*********************************************************
Generating perturbed configuration with delta-wing[1,5]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 8 ( 0.000079 -0.025042 -0.074877) ibeg = 29 ( 0.000080 -0.025042 -0.074870) err=( 0.000001 0.000000 0.000007)
WARNING:: dxyz mismatch: inode= 9 ( -0.000081 -0.028086 -0.075354) ibeg = 33 ( -0.000081 -0.028086 -0.075351) err=( 0.000000 -0.000000 0.000003)
WARNING:: dxyz mismatch: inode= 14 ( 0.000078 0.025044 -0.074882) iend = 42 ( 0.000080 0.025043 -0.074870) err=( 0.000002 -0.000000 0.000012)
WARNING:: dxyz mismatch: inode= 16 ( -0.000081 0.028086 -0.075353) iend = 45 ( -0.000081 0.028086 -0.075351) err=( 0.000000 0.000000 0.000003)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(wing) check complete with 0 total errors (errmax= 1.4500e-09)
d(Edge)/d(wing) check complete with 0 total errors (errmax= 4.7567e-06)
d(Node)/d(wing) check complete with 0 total errors (errmax= 1.2437e-08)
*********************************************************
Starting tessellation sensitivity wrt "wing[2,1]"
*********************************************************
Generating perturbed configuration with delta-wing[2,1]= 0.00700000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( 0.527125 -0.002512 -0.000002) ibeg = 31 ( 0.527125 -0.002512 0.000000) err=( -0.000000 0.000000 0.000002)
WARNING:: dxyz mismatch: inode= 8 ( 0.284470 -0.014070 0.000039) ibeg = 29 ( 0.284470 -0.014070 0.000040) err=( 0.000000 0.000000 0.000001)
WARNING:: dxyz mismatch: inode= 9 ( 0.281111 -0.013851 -0.000041) ibeg = 33 ( 0.281112 -0.013851 -0.000039) err=( 0.000000 -0.000000 0.000002)
WARNING:: dxyz mismatch: inode= 14 ( 0.284470 0.014070 0.000038) iend = 42 ( 0.284470 0.014070 0.000040) err=( 0.000000 -0.000000 0.000002)
WARNING:: dxyz mismatch: inode= 15 ( 0.527118 0.002515 -0.000008) iend = 43 ( 0.527118 0.002514 0.000000) err=( -0.000000 -0.000001 0.000008)
WARNING:: dxyz mismatch: inode= 16 ( 0.281111 0.013851 -0.000040) iend = 45 ( 0.281112 0.013851 -0.000039) err=( 0.000000 0.000000 0.000001)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(wing) check complete with 0 total errors (errmax= 5.5432e-06)
d(Edge)/d(wing) check complete with 0 total errors (errmax= 9.0182e-06)
d(Node)/d(wing) check complete with 0 total errors (errmax= 7.8329e-07)
*********************************************************
Starting tessellation sensitivity wrt "wing[2,2]"
*********************************************************
Generating perturbed configuration with delta-wing[2,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( -1.580769 0.007806 0.000562) ibeg = 31 ( -1.580749 0.007744 0.000000) err=( 0.000020 -0.000061 -0.000562)
WARNING:: dxyz mismatch: inode= 8 ( 0.000105 0.000258 0.000788) ibeg = 29 ( 0.000106 0.000258 0.000799) err=( 0.000001 0.000000 0.000010)
WARNING:: dxyz mismatch: inode= 9 ( -0.000107 -0.000294 -0.000803) ibeg = 33 ( -0.000105 -0.000294 -0.000791) err=( 0.000002 -0.000000 0.000012)
WARNING:: dxyz mismatch: inode= 14 ( 0.000104 -0.000256 0.000781) iend = 42 ( 0.000106 -0.000256 0.000799) err=( 0.000002 -0.000000 0.000017)
WARNING:: dxyz mismatch: inode= 15 ( -1.574843 -0.010094 0.005335) ibeg = 20 ( -1.574843 -0.010093 0.005335) err=( -0.000000 0.000001 0.000001)
WARNING:: dxyz mismatch: inode= 15 ( -1.574843 -0.010094 0.005335) iend = 43 ( -1.574728 -0.009751 0.000000) err=( 0.000114 0.000343 -0.005335)
WARNING:: dxyz mismatch: inode= 16 ( -0.000107 0.000293 -0.000800) iend = 45 ( -0.000105 0.000293 -0.000791) err=( 0.000001 0.000000 0.000009)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(wing) check complete with 0 total errors (errmax= 1.4885e-06)
d(Edge)/d(wing) check complete with 0 total errors (errmax= 3.7141e-04)
d(Node)/d(wing) check complete with 0 total errors (errmax= 7.6709e-06)
*********************************************************
Starting tessellation sensitivity wrt "wing[2,3]"
*********************************************************
Generating perturbed configuration with delta-wing[2,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 7 ( 0.766787 0.255516 0.534002) ibeg = 31 ( 0.766763 0.255588 0.534660) err=( -0.000024 0.000072 0.000658)
WARNING:: dxyz mismatch: inode= 8 ( -0.000032 0.095043 0.284225) ibeg = 29 ( -0.000036 0.095043 0.284197) err=( -0.000004 -0.000000 -0.000028)
WARNING:: dxyz mismatch: inode= 9 ( 0.000041 0.104905 0.281424) ibeg = 33 ( 0.000039 0.104905 0.281412) err=( -0.000002 0.000000 -0.000013)
WARNING:: dxyz mismatch: inode= 14 ( -0.000029 -0.095049 0.284244) iend = 42 ( -0.000036 -0.095049 0.284197) err=( -0.000006 0.000000 -0.000047)
WARNING:: dxyz mismatch: inode= 15 ( 0.759828 -0.252829 0.528399) ibeg = 20 ( 0.759828 -0.252830 0.528398) err=( 0.000000 -0.000002 -0.000001)
WARNING:: dxyz mismatch: inode= 15 ( 0.759828 -0.252829 0.528399) iend = 43 ( 0.759694 -0.253231 0.534660) err=( -0.000134 -0.000403 0.006261)
WARNING:: dxyz mismatch: inode= 16 ( 0.000041 -0.104904 0.281421) iend = 45 ( 0.000039 -0.104904 0.281412) err=( -0.000001 -0.000000 -0.000009)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(wing) check complete with 0 total errors (errmax= 4.7349e-07)
d(Edge)/d(wing) check complete with 0 total errors (errmax= 4.6417e-04)
d(Node)/d(wing) check complete with 0 total errors (errmax= 1.0201e-05)
*********************************************************
Starting tessellation sensitivity wrt "wing[2,4]"
*********************************************************
Generating perturbed configuration with delta-wing[2,4]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 9 ( 0.281076 -0.013947 -0.000304) ibeg = 33 ( 0.281076 -0.013947 -0.000303) err=( 0.000000 -0.000000 0.000002)
WARNING:: dxyz mismatch: inode= 14 ( 0.284505 0.013983 0.000304) iend = 42 ( 0.284505 0.013983 0.000306) err=( 0.000000 -0.000000 0.000002)
WARNING:: dxyz mismatch: inode= 16 ( 0.281076 0.013947 -0.000304) iend = 45 ( 0.281076 0.013947 -0.000303) err=( 0.000000 0.000000 0.000001)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(wing) check complete with 0 total errors (errmax= 2.1813e-08)
d(Edge)/d(wing) check complete with 0 total errors (errmax= 4.5410e-06)
d(Node)/d(wing) check complete with 0 total errors (errmax= 1.4361e-07)
*********************************************************
Starting tessellation sensitivity wrt "wing[2,5]"
*********************************************************
Generating perturbed configuration with delta-wing[2,5]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 8 ( 0.000016 -0.004978 -0.014884) ibeg = 29 ( 0.000016 -0.004978 -0.014882) err=( 0.000000 0.000000 0.000001)
WARNING:: dxyz mismatch: inode= 14 ( 0.000015 0.004978 -0.014885) iend = 42 ( 0.000016 0.004978 -0.014882) err=( 0.000000 -0.000000 0.000002)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(wing) check complete with 0 total errors (errmax= 1.4922e-09)
d(Edge)/d(wing) check complete with 0 total errors (errmax= 9.4566e-07)
d(Node)/d(wing) check complete with 0 total errors (errmax= 2.7623e-09)
*********************************************************
Starting tessellation sensitivity wrt "wing[3,1]"
*********************************************************
Generating perturbed configuration with delta-wing[3,1]= 0.00900000
Computing analytic sensitivities (if possible) for ibody=84
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(wing) check complete with 0 total errors (errmax= 1.3527e-15)
d(Edge)/d(wing) check complete with 0 total errors (errmax= 1.5888e-15)
d(Node)/d(wing) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "wing[3,2]"
*********************************************************
Generating perturbed configuration with delta-wing[3,2]= 0.00460000
Computing analytic sensitivities (if possible) for ibody=84
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(wing) check complete with 0 total errors (errmax= 4.6323e-16)
d(Edge)/d(wing) check complete with 0 total errors (errmax= 6.2804e-16)
d(Node)/d(wing) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "wing[3,3]"
*********************************************************
Generating perturbed configuration with delta-wing[3,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(wing) check complete with 0 total errors (errmax= 3.0021e-16)
d(Edge)/d(wing) check complete with 0 total errors (errmax= 1.7974e-17)
d(Node)/d(wing) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "wing[3,4]"
*********************************************************
Generating perturbed configuration with delta-wing[3,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(wing) check complete with 0 total errors (errmax= 4.0043e-09)
d(Edge)/d(wing) check complete with 0 total errors (errmax= 6.0307e-09)
d(Node)/d(wing) check complete with 0 total errors (errmax= 5.5511e-17)
*********************************************************
Starting tessellation sensitivity wrt "wing[3,5]"
*********************************************************
Generating perturbed configuration with delta-wing[3,5]= 0.02000000
Computing analytic sensitivities (if possible) for ibody=84
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(wing) check complete with 0 total errors (errmax= 3.5325e-09)
d(Edge)/d(wing) check complete with 0 total errors (errmax= 3.4604e-08)
d(Node)/d(wing) check complete with 0 total errors (errmax= 6.0931e-08)
*********************************************************
Starting tessellation sensitivity wrt "xroot_h"
*********************************************************
Generating perturbed configuration with delta-xroot_h[1,1]= 0.01210000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 10 ( 0.999491 -0.001091 -0.000063) ibeg = 37 ( 0.999491 -0.001092 -0.000057) err=( -0.000000 -0.000000 0.000005)
WARNING:: dxyz mismatch: inode= 18 ( 0.999492 0.001089 -0.000056) iend = 49 ( 0.999492 0.001089 -0.000057) err=( 0.000000 -0.000000 -0.000001)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(xroot_h) check complete with 0 total errors (errmax= 3.3728e-04)
d(Edge)/d(xroot_h) check complete with 0 total errors (errmax= 1.3473e-05)
d(Node)/d(xroot_h) check complete with 0 total errors (errmax= 7.3841e-07)
*********************************************************
Starting tessellation sensitivity wrt "zroot_h"
*********************************************************
Generating perturbed configuration with delta-zroot_h[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 10 ( 0.137779 0.295308 1.002144) iend = 12 ( 0.137779 0.295302 1.002146) err=( -0.000000 -0.000006 0.000002)
WARNING:: dxyz mismatch: inode= 10 ( 0.137779 0.295308 1.002144) ibeg = 37 ( 0.137451 0.294764 1.015448) err=( -0.000328 -0.000544 0.013304)
WARNING:: dxyz mismatch: inode= 11 ( 0.047099 0.309411 1.012020) ibeg = 35 ( 0.047099 0.309411 1.012012) err=( 0.000000 0.000000 -0.000008)
WARNING:: dxyz mismatch: inode= 12 ( 0.048403 0.318018 1.012480) ibeg = 39 ( 0.048403 0.318019 1.012472) err=( 0.000000 0.000000 -0.000008)
WARNING:: dxyz mismatch: inode= 17 ( 0.047099 -0.309411 1.012019) iend = 48 ( 0.047099 -0.309411 1.012012) err=( 0.000000 -0.000000 -0.000007)
WARNING:: dxyz mismatch: inode= 18 ( 0.140296 -0.300703 1.020465) iend = 49 ( 0.140328 -0.300934 1.015771) err=( 0.000032 -0.000231 -0.004694)
WARNING:: dxyz mismatch: inode= 19 ( 0.048403 -0.318018 1.012480) iend = 51 ( 0.048403 -0.318019 1.012472) err=( 0.000000 -0.000000 -0.000008)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(zroot_h) check complete with 0 total errors (errmax= 1.9217e-05)
d(Edge)/d(zroot_h) check complete with 0 total errors (errmax= 1.6881e-03)
d(Node)/d(zroot_h) check complete with 0 total errors (errmax= 1.3617e-05)
*********************************************************
Starting tessellation sensitivity wrt "aroot_h"
*********************************************************
Generating perturbed configuration with delta-aroot_h[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(aroot_h) check complete with 0 total errors (errmax= 2.6781e-10)
d(Edge)/d(aroot_h) check complete with 0 total errors (errmax= 4.6325e-07)
d(Node)/d(aroot_h) check complete with 0 total errors (errmax= 1.8111e-09)
*********************************************************
Starting tessellation sensitivity wrt "area_h"
*********************************************************
Generating perturbed configuration with delta-area_h[1,1]= 0.00728000
Computing analytic sensitivities (if possible) for ibody=84
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(area_h) check complete with 0 total errors (errmax= 1.0662e-08)
d(Edge)/d(area_h) check complete with 0 total errors (errmax= 7.0978e-07)
d(Node)/d(area_h) check complete with 0 total errors (errmax= 4.2564e-07)
*********************************************************
Starting tessellation sensitivity wrt "taper_h"
*********************************************************
Generating perturbed configuration with delta-taper_h[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(taper_h) check complete with 0 total errors (errmax= 1.8818e-08)
d(Edge)/d(taper_h) check complete with 0 total errors (errmax= 8.6335e-07)
d(Node)/d(taper_h) check complete with 0 total errors (errmax= 7.5287e-07)
*********************************************************
Starting tessellation sensitivity wrt "aspect_h"
*********************************************************
Generating perturbed configuration with delta-aspect_h[1,1]= 0.00370000
Computing analytic sensitivities (if possible) for ibody=84
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(aspect_h) check complete with 0 total errors (errmax= 2.2347e-08)
d(Edge)/d(aspect_h) check complete with 0 total errors (errmax= 7.3264e-07)
d(Node)/d(aspect_h) check complete with 0 total errors (errmax= 5.8863e-07)
*********************************************************
Starting tessellation sensitivity wrt "sweep_h"
*********************************************************
Generating perturbed configuration with delta-sweep_h[1,1]= 0.02500000
Computing analytic sensitivities (if possible) for ibody=84
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(sweep_h) check complete with 0 total errors (errmax= 1.1173e-06)
d(Edge)/d(sweep_h) check complete with 0 total errors (errmax= 1.6593e-07)
d(Node)/d(sweep_h) check complete with 0 total errors (errmax= 2.8062e-07)
*********************************************************
Starting tessellation sensitivity wrt "dihed_h"
*********************************************************
Generating perturbed configuration with delta-dihed_h[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 10 ( 0.000693 0.001484 0.005037) ibeg = 37 ( 0.000691 0.001482 0.005104) err=( -0.000002 -0.000003 0.000067)
WARNING:: dxyz mismatch: inode= 18 ( 0.000705 -0.001511 0.005129) iend = 49 ( 0.000705 -0.001513 0.005105) err=( 0.000000 -0.000001 -0.000024)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(dihed_h) check complete with 0 total errors (errmax= 4.4260e-09)
d(Edge)/d(dihed_h) check complete with 0 total errors (errmax= 2.4262e-05)
d(Node)/d(dihed_h) check complete with 0 total errors (errmax= 2.1466e-07)
*********************************************************
Starting tessellation sensitivity wrt "twist_h"
*********************************************************
Generating perturbed configuration with delta-twist_h[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=84
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(twist_h) check complete with 0 total errors (errmax= 1.4068e-09)
d(Edge)/d(twist_h) check complete with 0 total errors (errmax= 5.9145e-08)
d(Node)/d(twist_h) check complete with 0 total errors (errmax= 6.0647e-10)
*********************************************************
Starting tessellation sensitivity wrt "xroot_v"
*********************************************************
Generating perturbed configuration with delta-xroot_v[1,1]= 0.01120000
Computing analytic sensitivities (if possible) for ibody=84
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(xroot_v) check complete with 0 total errors (errmax= 3.5377e-05)
d(Edge)/d(xroot_v) check complete with 0 total errors (errmax= 3.7252e-04)
d(Node)/d(xroot_v) check complete with 0 total errors (errmax= 7.1800e-07)
*********************************************************
Starting tessellation sensitivity wrt "zroot_v"
*********************************************************
Generating perturbed configuration with delta-zroot_v[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(zroot_v) check complete with 0 total errors (errmax= 2.0894e-07)
d(Edge)/d(zroot_v) check complete with 0 total errors (errmax= 3.3198e-05)
d(Node)/d(zroot_v) check complete with 0 total errors (errmax= 5.7926e-09)
*********************************************************
Starting tessellation sensitivity wrt "area_v"
*********************************************************
Generating perturbed configuration with delta-area_v[1,1]= 0.00960000
Computing analytic sensitivities (if possible) for ibody=84
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(area_v) check complete with 0 total errors (errmax= 1.0207e-08)
d(Edge)/d(area_v) check complete with 0 total errors (errmax= 7.4899e-07)
d(Node)/d(area_v) check complete with 0 total errors (errmax= 5.5188e-07)
*********************************************************
Starting tessellation sensitivity wrt "taper_v"
*********************************************************
Generating perturbed configuration with delta-taper_v[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=84
WARNING:: dxyz mismatch: inode= 5 ( -1.959197 -0.000821 0.000010) ibeg = 26 ( -1.959197 -0.000823 0.000010) err=( -0.000000 -0.000001 -0.000000)
WARNING:: dxyz mismatch: inode= 13 ( -1.959197 0.000822 0.000010) ibeg = 24 ( -1.959197 0.000823 0.000010) err=( -0.000000 0.000001 -0.000000)
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(taper_v) check complete with 0 total errors (errmax= 2.5809e-08)
d(Edge)/d(taper_v) check complete with 0 total errors (errmax= 1.0642e-06)
d(Node)/d(taper_v) check complete with 0 total errors (errmax= 1.6272e-06)
*********************************************************
Starting tessellation sensitivity wrt "aspect_v"
*********************************************************
Generating perturbed configuration with delta-aspect_v[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=84
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(aspect_v) check complete with 0 total errors (errmax= 1.7978e-08)
d(Edge)/d(aspect_v) check complete with 0 total errors (errmax= 7.0869e-07)
d(Node)/d(aspect_v) check complete with 0 total errors (errmax= 9.5948e-07)
*********************************************************
Starting tessellation sensitivity wrt "sweep_v"
*********************************************************
Generating perturbed configuration with delta-sweep_v[1,1]= 0.04500000
Computing analytic sensitivities (if possible) for ibody=84
Computing distances of perturbed points from perturbed configuration for ibody=84
d(Face)/d(sweep_v) check complete with 0 total errors (errmax= 4.7960e-07)
d(Edge)/d(sweep_v) check complete with 0 total errors (errmax= 5.1833e-06)
d(Node)/d(sweep_v) check complete with 0 total errors (errmax= 3.3138e-06)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 84.830 sec
Sensitivity checks complete with 59 total errors (max tess err= 7.1433e-02) with 0 suppressions
real 4m24.015s
user 0m0.015s
sys 0m0.031s
+ set +x
data\basic\design9 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 44 / 275 )
data\basic\designA.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designA.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "aa[1,1]"
*********************************************************
Generating perturbed configuration with delta-aa[1,1]= 0.01100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(aa) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(aa) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(aa) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "aa[1,2]"
*********************************************************
Generating perturbed configuration with delta-aa[1,2]= 0.01200000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(aa) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(aa) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(aa) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "aa[1,3]"
*********************************************************
Generating perturbed configuration with delta-aa[1,3]= 0.01300000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(aa) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(aa) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(aa) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "aa[2,1]"
*********************************************************
Generating perturbed configuration with delta-aa[2,1]= 0.02100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(aa) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(aa) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(aa) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "aa[2,2]"
*********************************************************
Generating perturbed configuration with delta-aa[2,2]= 0.02200000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(aa) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(aa) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(aa) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "aa[2,3]"
*********************************************************
Generating perturbed configuration with delta-aa[2,3]= 0.02300000
real 0m0.616s
user 0m0.015s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(aa) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(aa) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(aa) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.004 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
+ set +x
data\basic\designA -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 45 / 275 )
data\basic\designB1.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designB1.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "DX"
*********************************************************
Generating perturbed configuration with delta-DX[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(DX) check complete with 0 total errors (errmax= 2.1773e-07)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 1.1014e-06)
d(Node)/d(DX) check complete with 0 total errors (errmax= 1.1014e-06)
*********************************************************
Starting tessellation sensitivity wrt "DY"
*********************************************************
Generating perturbed configuration with delta-DY[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(DY) check complete with 0 total errors (errmax= 2.3077e-07)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 8.6318e-07)
d(Node)/d(DY) check complete with 0 total errors (errmax= 8.6318e-07)
*********************************************************
Starting tessellation sensitivity wrt "DZ"
*********************************************************
Generating perturbed configuration with delta-DZ[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(DZ) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "move"
*********************************************************
Generating perturbed configuration with delta-move[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(move) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(move) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(move) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
Generating perturbed configuration with delta-rad[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(rad) check complete with 0 total errors (errmax= 5.1870e-07)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 1.9394e-06)
d(Node)/d(rad) check complete with 0 total errors (errmax= 1.9394e-06)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.098 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.9394e-06) with 0 suppressions
real 0m2.071s
user 0m0.015s
sys 0m0.016s
+ set +x
data\basic\designB1 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 46 / 275 )
data\basic\designB2.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designB2.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "DX"
*********************************************************
Generating perturbed configuration with delta-DX[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(DX) check complete with 0 total errors (errmax= 2.1773e-07)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 1.1014e-06)
d(Node)/d(DX) check complete with 0 total errors (errmax= 1.1014e-06)
*********************************************************
Starting tessellation sensitivity wrt "DY"
*********************************************************
Generating perturbed configuration with delta-DY[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(DY) check complete with 0 total errors (errmax= 2.3077e-07)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 8.6318e-07)
d(Node)/d(DY) check complete with 0 total errors (errmax= 8.6318e-07)
*********************************************************
Starting tessellation sensitivity wrt "DZ"
*********************************************************
Generating perturbed configuration with delta-DZ[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(DZ) check complete with 0 total errors (errmax= 4.2187e-16)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 3.2504e-16)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "move"
*********************************************************
Generating perturbed configuration with delta-move[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(move) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(move) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(move) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
Generating perturbed configuration with delta-rad[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(rad) check complete with 0 total errors (errmax= 5.1870e-07)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 1.9394e-06)
d(Node)/d(rad) check complete with 0 total errors (errmax= 1.9394e-06)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.097 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.9394e-06) with 0 suppressions
real 0m1.928s
user 0m0.000s
sys 0m0.030s
+ set +x
data\basic\designB2 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 47 / 275 )
data\basic\designB3.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designB3.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "DX"
*********************************************************
Generating perturbed configuration with delta-DX[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=37
Computing distances of perturbed points from perturbed configuration for ibody=37
d(Face)/d(DX) check complete with 0 total errors (errmax= 2.1773e-07)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 1.1014e-06)
d(Node)/d(DX) check complete with 0 total errors (errmax= 1.1014e-06)
*********************************************************
Starting tessellation sensitivity wrt "DY"
*********************************************************
Generating perturbed configuration with delta-DY[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=37
Computing distances of perturbed points from perturbed configuration for ibody=37
d(Face)/d(DY) check complete with 0 total errors (errmax= 2.3077e-07)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 8.6318e-07)
d(Node)/d(DY) check complete with 0 total errors (errmax= 8.6318e-07)
*********************************************************
Starting tessellation sensitivity wrt "DZ"
*********************************************************
Generating perturbed configuration with delta-DZ[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=37
Computing distances of perturbed points from perturbed configuration for ibody=37
d(Face)/d(DZ) check complete with 0 total errors (errmax= 4.2188e-16)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 3.2504e-16)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "move"
*********************************************************
Generating perturbed configuration with delta-move[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=37
Computing distances of perturbed points from perturbed configuration for ibody=37
d(Face)/d(move) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(move) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(move) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
Generating perturbed configuration with delta-rad[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=37
Computing distances of perturbed points from perturbed configuration for ibody=37
d(Face)/d(rad) check complete with 0 total errors (errmax= 5.1870e-07)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 1.9394e-06)
d(Node)/d(rad) check complete with 0 total errors (errmax= 1.9394e-06)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.116 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.9394e-06) with 0 suppressions
real 0m2.051s
user 0m0.015s
sys 0m0.031s
+ set +x
data\basic\designB3 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 48 / 275 )
data\basic\designB4.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designB4.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "DX"
*********************************************************
Generating perturbed configuration with delta-DX[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=25
Computing distances of perturbed points from perturbed configuration for ibody=25
d(Face)/d(DX) check complete with 0 total errors (errmax= 2.1773e-07)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 1.1014e-06)
d(Node)/d(DX) check complete with 0 total errors (errmax= 1.1014e-06)
*********************************************************
Starting tessellation sensitivity wrt "DY"
*********************************************************
Generating perturbed configuration with delta-DY[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=25
Computing distances of perturbed points from perturbed configuration for ibody=25
d(Face)/d(DY) check complete with 0 total errors (errmax= 2.3077e-07)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 8.6318e-07)
d(Node)/d(DY) check complete with 0 total errors (errmax= 8.6318e-07)
*********************************************************
Starting tessellation sensitivity wrt "DZ"
*********************************************************
Generating perturbed configuration with delta-DZ[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=25
Computing distances of perturbed points from perturbed configuration for ibody=25
d(Face)/d(DZ) check complete with 0 total errors (errmax= 2.7481e-13)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 2.1096e-12)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 9.9920e-16)
*********************************************************
Starting tessellation sensitivity wrt "move"
*********************************************************
Generating perturbed configuration with delta-move[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
Computing distances of perturbed points from perturbed configuration for ibody=25
d(Face)/d(move) check complete with 0 total errors (errmax= 1.9382e-16)
d(Edge)/d(move) check complete with 0 total errors (errmax= 7.8505e-16)
d(Node)/d(move) check complete with 0 total errors (errmax= 3.3307e-16)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
Generating perturbed configuration with delta-rad[1,1]= 0.00200000
real 0m3.941s
user 0m0.046s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=25
Computing distances of perturbed points from perturbed configuration for ibody=25
d(Face)/d(rad) check complete with 0 total errors (errmax= 5.1870e-07)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 1.9394e-06)
d(Node)/d(rad) check complete with 0 total errors (errmax= 1.9394e-06)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.982 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.9394e-06) with 0 suppressions
+ set +x
data\basic\designB4 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 49 / 275 )
data\basic\designB5.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designB5.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "DX"
*********************************************************
Generating perturbed configuration with delta-DX[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=34
Computing distances of perturbed points from perturbed configuration for ibody=34
d(Face)/d(DX) check complete with 0 total errors (errmax= 3.6382e-07)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 1.1014e-06)
d(Node)/d(DX) check complete with 0 total errors (errmax= 1.1014e-06)
*********************************************************
Starting tessellation sensitivity wrt "DY"
*********************************************************
Generating perturbed configuration with delta-DY[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=34
Computing distances of perturbed points from perturbed configuration for ibody=34
d(Face)/d(DY) check complete with 0 total errors (errmax= 2.3077e-07)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 8.6318e-07)
d(Node)/d(DY) check complete with 0 total errors (errmax= 8.6318e-07)
*********************************************************
Starting tessellation sensitivity wrt "DZ"
*********************************************************
Generating perturbed configuration with delta-DZ[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=34
Computing distances of perturbed points from perturbed configuration for ibody=34
d(Face)/d(DZ) check complete with 0 total errors (errmax= 4.9259e-13)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 4.3354e-12)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 4.9651e-16)
*********************************************************
Starting tessellation sensitivity wrt "move"
*********************************************************
Generating perturbed configuration with delta-move[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=34
Computing distances of perturbed points from perturbed configuration for ibody=34
d(Face)/d(move) check complete with 0 total errors (errmax= 1.8704e-16)
d(Edge)/d(move) check complete with 0 total errors (errmax= 6.1815e-16)
d(Node)/d(move) check complete with 0 total errors (errmax= 3.3307e-16)
*********************************************************
Starting tessellation sensitivity wrt "bump"
*********************************************************
Generating perturbed configuration with delta-bump[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=34
Computing distances of perturbed points from perturbed configuration for ibody=34
d(Face)/d(bump) check complete with 0 total errors (errmax= 1.6698e-07)
d(Edge)/d(bump) check complete with 0 total errors (errmax= 5.6956e-07)
d(Node)/d(bump) check complete with 0 total errors (errmax= 8.6318e-07)
*********************************************************
Starting tessellation sensitivity wrt "rotn"
*********************************************************
Generating perturbed configuration with delta-rotn[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=34
Computing distances of perturbed points from perturbed configuration for ibody=34
d(Face)/d(rotn) check complete with 0 total errors (errmax= 3.2012e-10)
d(Edge)/d(rotn) check complete with 0 total errors (errmax= 4.9313e-10)
d(Node)/d(rotn) check complete with 0 total errors (errmax= 7.0070e-10)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
Generating perturbed configuration with delta-rad[1,1]= 0.00200000
real 0m7.112s
user 0m0.000s
sys 0m0.078s
Computing analytic sensitivities (if possible) for ibody=34
Computing distances of perturbed points from perturbed configuration for ibody=34
d(Face)/d(rad) check complete with 0 total errors (errmax= 5.1870e-07)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 1.9394e-06)
d(Node)/d(rad) check complete with 0 total errors (errmax= 1.9394e-06)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 2.108 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.9394e-06) with 0 suppressions
+ set +x
data\basic\designB5 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 50 / 275 )
data\basic\designC0.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designC0.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 2.2395e-19)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 2.2395e-19)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybeg"
*********************************************************
Generating perturbed configuration with delta-ybeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(ybeg) check complete with 0 total errors (errmax= 3.1157e-19)
d(Edge)/d(ybeg) check complete with 0 total errors (errmax= 3.1157e-19)
d(Node)/d(ybeg) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbeg"
*********************************************************
Generating perturbed configuration with delta-zbeg[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zbeg) check complete with 0 total errors (errmax= 1.4607e-16)
d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 1.4607e-16)
d(Node)/d(zbeg) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xsize) check complete with 0 total errors (errmax= 2.2204e-16)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(ysize) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00600000
real 0m0.420s
user 0m0.000s
sys 0m0.046s
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.006 sec
Sensitivity checks complete with 0 total errors (max tess err= 4.4410e-16) with 0 suppressions
+ set +x
data\basic\designC0 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 51 / 275 )
data\basic\designC1a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designC1a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 2.7557e-16)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybeg"
*********************************************************
Generating perturbed configuration with delta-ybeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(ybeg) check complete with 0 total errors (errmax= 1.9458e-08)
d(Edge)/d(ybeg) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(ybeg) check complete with 0 total errors (errmax= 1.0033e-19)
*********************************************************
Starting tessellation sensitivity wrt "zbeg"
*********************************************************
Generating perturbed configuration with delta-zbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zbeg) check complete with 0 total errors (errmax= 1.8634e-08)
d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 3.1250e-08)
d(Node)/d(zbeg) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "xend"
*********************************************************
Generating perturbed configuration with delta-xend[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xend) check complete with 0 total errors (errmax= 2.7921e-16)
d(Edge)/d(xend) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xend) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "yend"
*********************************************************
Generating perturbed configuration with delta-yend[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(yend) check complete with 0 total errors (errmax= 1.9458e-08)
d(Edge)/d(yend) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(yend) check complete with 0 total errors (errmax= 7.6540e-24)
*********************************************************
Starting tessellation sensitivity wrt "zend"
*********************************************************
Generating perturbed configuration with delta-zend[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zend) check complete with 0 total errors (errmax= 1.8634e-08)
d(Edge)/d(zend) check complete with 0 total errors (errmax= 3.1250e-08)
d(Node)/d(zend) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
Generating perturbed configuration with delta-rad[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(rad) check complete with 0 total errors (errmax= 1.5896e-16)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 1.7259e-16)
d(Node)/d(rad) check complete with 0 total errors (errmax= 1.1015e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.006 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.1250e-08) with 0 suppressions
real 0m0.424s
user 0m0.000s
sys 0m0.061s
+ set +x
data\basic\designC1a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 52 / 275 )
data\basic\designC1b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designC1b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 2.2204e-16)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "ybeg"
*********************************************************
Generating perturbed configuration with delta-ybeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(ybeg) check complete with 0 total errors (errmax= 1.9458e-08)
d(Edge)/d(ybeg) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(ybeg) check complete with 0 total errors (errmax= 7.6540e-24)
*********************************************************
Starting tessellation sensitivity wrt "zbeg"
*********************************************************
Generating perturbed configuration with delta-zbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zbeg) check complete with 0 total errors (errmax= 1.8634e-08)
d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 3.1250e-08)
d(Node)/d(zbeg) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "xend"
*********************************************************
Generating perturbed configuration with delta-xend[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xend) check complete with 0 total errors (errmax= 6.4074e-20)
d(Edge)/d(xend) check complete with 0 total errors (errmax= 4.2257e-19)
d(Node)/d(xend) check complete with 0 total errors (errmax= 7.3479e-19)
*********************************************************
Starting tessellation sensitivity wrt "yend"
*********************************************************
Generating perturbed configuration with delta-yend[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(yend) check complete with 0 total errors (errmax= 1.9458e-08)
d(Edge)/d(yend) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(yend) check complete with 0 total errors (errmax= 1.0033e-19)
*********************************************************
Starting tessellation sensitivity wrt "zend"
*********************************************************
Generating perturbed configuration with delta-zend[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zend) check complete with 0 total errors (errmax= 1.8634e-08)
d(Edge)/d(zend) check complete with 0 total errors (errmax= 3.1250e-08)
d(Node)/d(zend) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
real 0m0.439s
user 0m0.015s
sys 0m0.015s
Generating perturbed configuration with delta-rad[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(rad) check complete with 0 total errors (errmax= 1.5896e-16)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 1.7259e-16)
d(Node)/d(rad) check complete with 0 total errors (errmax= 1.1016e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.007 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.1250e-08) with 0 suppressions
+ set +x
data\basic\designC1b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 53 / 275 )
data\basic\designC2a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designC2a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 1.9458e-08)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybeg"
*********************************************************
Generating perturbed configuration with delta-ybeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(ybeg) check complete with 0 total errors (errmax= 2.7557e-16)
d(Edge)/d(ybeg) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(ybeg) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbeg"
*********************************************************
Generating perturbed configuration with delta-zbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zbeg) check complete with 0 total errors (errmax= 1.8634e-08)
d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 3.1250e-08)
d(Node)/d(zbeg) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "xend"
*********************************************************
Generating perturbed configuration with delta-xend[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xend) check complete with 0 total errors (errmax= 1.9458e-08)
d(Edge)/d(xend) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(xend) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "yend"
*********************************************************
Generating perturbed configuration with delta-yend[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(yend) check complete with 0 total errors (errmax= 2.7921e-16)
d(Edge)/d(yend) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(yend) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zend"
*********************************************************
Generating perturbed configuration with delta-zend[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zend) check complete with 0 total errors (errmax= 1.8634e-08)
d(Edge)/d(zend) check complete with 0 total errors (errmax= 3.1250e-08)
d(Node)/d(zend) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
Generating perturbed configuration with delta-rad[1,1]= 0.00100000
real 0m0.447s
user 0m0.000s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(rad) check complete with 0 total errors (errmax= 1.5835e-16)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 1.7501e-16)
d(Node)/d(rad) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.007 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.1250e-08) with 0 suppressions
+ set +x
data\basic\designC2a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 54 / 275 )
data\basic\designC2b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designC2b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 1.9458e-08)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybeg"
*********************************************************
Generating perturbed configuration with delta-ybeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(ybeg) check complete with 0 total errors (errmax= 2.2204e-16)
d(Edge)/d(ybeg) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(ybeg) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbeg"
*********************************************************
Generating perturbed configuration with delta-zbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zbeg) check complete with 0 total errors (errmax= 1.8634e-08)
d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 3.1250e-08)
d(Node)/d(zbeg) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "xend"
*********************************************************
Generating perturbed configuration with delta-xend[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xend) check complete with 0 total errors (errmax= 1.9458e-08)
d(Edge)/d(xend) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(xend) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "yend"
*********************************************************
Generating perturbed configuration with delta-yend[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(yend) check complete with 0 total errors (errmax= 1.0519e-19)
d(Edge)/d(yend) check complete with 0 total errors (errmax= 1.3197e-19)
d(Node)/d(yend) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zend"
*********************************************************
Generating perturbed configuration with delta-zend[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zend) check complete with 0 total errors (errmax= 1.8634e-08)
d(Edge)/d(zend) check complete with 0 total errors (errmax= 3.1250e-08)
d(Node)/d(zend) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
Generating perturbed configuration with delta-rad[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(rad) check complete with 0 total errors (errmax= 1.5835e-16)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 1.7501e-16)
d(Node)/d(rad) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.009 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.1250e-08) with 0 suppressions
real 0m0.500s
user 0m0.000s
sys 0m0.000s
+ set +x
data\basic\designC2b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 55 / 275 )
data\basic\designC3a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designC3a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 1.8634e-08)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 3.1250e-08)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "ybeg"
*********************************************************
Generating perturbed configuration with delta-ybeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(ybeg) check complete with 0 total errors (errmax= 1.9458e-08)
d(Edge)/d(ybeg) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(ybeg) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbeg"
*********************************************************
Generating perturbed configuration with delta-zbeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zbeg) check complete with 0 total errors (errmax= 2.7557e-16)
d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(zbeg) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xend"
*********************************************************
Generating perturbed configuration with delta-xend[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xend) check complete with 0 total errors (errmax= 1.8634e-08)
d(Edge)/d(xend) check complete with 0 total errors (errmax= 3.1250e-08)
d(Node)/d(xend) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "yend"
*********************************************************
Generating perturbed configuration with delta-yend[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(yend) check complete with 0 total errors (errmax= 1.9458e-08)
d(Edge)/d(yend) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(yend) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zend"
*********************************************************
Generating perturbed configuration with delta-zend[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zend) check complete with 0 total errors (errmax= 2.7921e-16)
d(Edge)/d(zend) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(zend) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
Generating perturbed configuration with delta-rad[1,1]= 0.00100000
real 0m0.381s
user 0m0.000s
sys 0m0.016s
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(rad) check complete with 0 total errors (errmax= 1.5835e-16)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 1.7501e-16)
d(Node)/d(rad) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.006 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.1250e-08) with 0 suppressions
+ set +x
data\basic\designC3a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 56 / 275 )
data\basic\designC3b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designC3b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 1.8634e-08)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 3.1250e-08)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "ybeg"
*********************************************************
Generating perturbed configuration with delta-ybeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(ybeg) check complete with 0 total errors (errmax= 1.9458e-08)
d(Edge)/d(ybeg) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(ybeg) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbeg"
*********************************************************
Generating perturbed configuration with delta-zbeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zbeg) check complete with 0 total errors (errmax= 2.2204e-16)
d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(zbeg) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "xend"
*********************************************************
Generating perturbed configuration with delta-xend[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xend) check complete with 0 total errors (errmax= 1.8634e-08)
d(Edge)/d(xend) check complete with 0 total errors (errmax= 3.1250e-08)
d(Node)/d(xend) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "yend"
*********************************************************
Generating perturbed configuration with delta-yend[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(yend) check complete with 0 total errors (errmax= 1.9458e-08)
d(Edge)/d(yend) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(yend) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zend"
*********************************************************
Generating perturbed configuration with delta-zend[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zend) check complete with 0 total errors (errmax= 1.0519e-19)
d(Edge)/d(zend) check complete with 0 total errors (errmax= 1.3197e-19)
d(Node)/d(zend) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
real 0m0.398s
user 0m0.015s
sys 0m0.000s
Generating perturbed configuration with delta-rad[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(rad) check complete with 0 total errors (errmax= 1.5835e-16)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 1.7501e-16)
d(Node)/d(rad) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.007 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.1250e-08) with 0 suppressions
+ set +x
data\basic\designC3b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 57 / 275 )
data\basic\designC4a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designC4a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xvrtx"
*********************************************************
Generating perturbed configuration with delta-xvrtx[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xvrtx) check complete with 0 total errors (errmax= 3.7594e-16)
d(Edge)/d(xvrtx) check complete with 0 total errors (errmax= 3.5392e-16)
d(Node)/d(xvrtx) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "yvrtx"
*********************************************************
Generating perturbed configuration with delta-yvrtx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(yvrtx) check complete with 0 total errors (errmax= 1.0239e-08)
d(Edge)/d(yvrtx) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(yvrtx) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "zvrtx"
*********************************************************
Generating perturbed configuration with delta-zvrtx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zvrtx) check complete with 0 total errors (errmax= 9.8226e-09)
d(Edge)/d(zvrtx) check complete with 0 total errors (errmax= 1.8823e-08)
d(Node)/d(zvrtx) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xbase) check complete with 0 total errors (errmax= 3.7304e-16)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 3.2854e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(ybase) check complete with 0 total errors (errmax= 1.0239e-08)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zbase) check complete with 0 total errors (errmax= 9.8226e-09)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 1.8823e-08)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
Generating perturbed configuration with delta-rad[1,1]= 0.00100000
real 0m0.572s
user 0m0.015s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(rad) check complete with 0 total errors (errmax= 8.9036e-16)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 9.0166e-16)
d(Node)/d(rad) check complete with 0 total errors (errmax= 9.9301e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.007 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.1250e-08) with 0 suppressions
+ set +x
data\basic\designC4a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 58 / 275 )
data\basic\designC4b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designC4b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xvrtx"
*********************************************************
Generating perturbed configuration with delta-xvrtx[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xvrtx) check complete with 0 total errors (errmax= 2.7190e-16)
d(Edge)/d(xvrtx) check complete with 0 total errors (errmax= 2.8246e-16)
d(Node)/d(xvrtx) check complete with 0 total errors (errmax= 7.3479e-19)
*********************************************************
Starting tessellation sensitivity wrt "yvrtx"
*********************************************************
Generating perturbed configuration with delta-yvrtx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(yvrtx) check complete with 0 total errors (errmax= 1.0239e-08)
d(Edge)/d(yvrtx) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(yvrtx) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "zvrtx"
*********************************************************
Generating perturbed configuration with delta-zvrtx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zvrtx) check complete with 0 total errors (errmax= 9.8226e-09)
d(Edge)/d(zvrtx) check complete with 0 total errors (errmax= 1.8823e-08)
d(Node)/d(zvrtx) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xbase) check complete with 0 total errors (errmax= 4.4817e-16)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(ybase) check complete with 0 total errors (errmax= 1.0239e-08)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zbase) check complete with 0 total errors (errmax= 9.8226e-09)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 1.8823e-08)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
Generating perturbed configuration with delta-rad[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(rad) check complete with 0 total errors (errmax= 8.9009e-16)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 9.0298e-16)
d(Node)/d(rad) check complete with 0 total errors (errmax= 8.9520e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.008 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.1250e-08) with 0 suppressions
real 0m0.551s
user 0m0.000s
sys 0m0.015s
+ set +x
data\basic\designC4b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 59 / 275 )
data\basic\designC5a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designC5a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xvrtx"
*********************************************************
Generating perturbed configuration with delta-xvrtx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xvrtx) check complete with 0 total errors (errmax= 1.0239e-08)
d(Edge)/d(xvrtx) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(xvrtx) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "yvrtx"
*********************************************************
Generating perturbed configuration with delta-yvrtx[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(yvrtx) check complete with 0 total errors (errmax= 3.7632e-16)
d(Edge)/d(yvrtx) check complete with 0 total errors (errmax= 3.4749e-16)
d(Node)/d(yvrtx) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "zvrtx"
*********************************************************
Generating perturbed configuration with delta-zvrtx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zvrtx) check complete with 0 total errors (errmax= 9.8226e-09)
d(Edge)/d(zvrtx) check complete with 0 total errors (errmax= 1.8823e-08)
d(Node)/d(zvrtx) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xbase) check complete with 0 total errors (errmax= 1.0239e-08)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(ybase) check complete with 0 total errors (errmax= 3.7610e-16)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 3.1323e-16)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zbase) check complete with 0 total errors (errmax= 9.8226e-09)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 1.8823e-08)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
Generating perturbed configuration with delta-rad[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(rad) check complete with 0 total errors (errmax= 8.9028e-16)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 9.0846e-16)
d(Node)/d(rad) check complete with 0 total errors (errmax= 9.1551e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.009 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.1250e-08) with 0 suppressions
real 0m0.429s
user 0m0.000s
sys 0m0.015s
+ set +x
data\basic\designC5a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 60 / 275 )
data\basic\designC5b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designC5b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xvrtx"
*********************************************************
Generating perturbed configuration with delta-xvrtx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xvrtx) check complete with 0 total errors (errmax= 1.0239e-08)
d(Edge)/d(xvrtx) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(xvrtx) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "yvrtx"
*********************************************************
Generating perturbed configuration with delta-yvrtx[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(yvrtx) check complete with 0 total errors (errmax= 2.7290e-16)
d(Edge)/d(yvrtx) check complete with 0 total errors (errmax= 2.8421e-16)
d(Node)/d(yvrtx) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zvrtx"
*********************************************************
Generating perturbed configuration with delta-zvrtx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zvrtx) check complete with 0 total errors (errmax= 9.8226e-09)
d(Edge)/d(zvrtx) check complete with 0 total errors (errmax= 1.8823e-08)
d(Node)/d(zvrtx) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xbase) check complete with 0 total errors (errmax= 1.0239e-08)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(ybase) check complete with 0 total errors (errmax= 4.4869e-16)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zbase) check complete with 0 total errors (errmax= 9.8226e-09)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 1.8823e-08)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
Generating perturbed configuration with delta-rad[1,1]= 0.00100000
real 0m0.406s
user 0m0.015s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(rad) check complete with 0 total errors (errmax= 8.9028e-16)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 9.0846e-16)
d(Node)/d(rad) check complete with 0 total errors (errmax= 9.1551e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.008 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.1250e-08) with 0 suppressions
+ set +x
data\basic\designC5b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 61 / 275 )
data\basic\designC6a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designC6a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xvrtx"
*********************************************************
Generating perturbed configuration with delta-xvrtx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xvrtx) check complete with 0 total errors (errmax= 9.8226e-09)
d(Edge)/d(xvrtx) check complete with 0 total errors (errmax= 1.8823e-08)
d(Node)/d(xvrtx) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "yvrtx"
*********************************************************
Generating perturbed configuration with delta-yvrtx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(yvrtx) check complete with 0 total errors (errmax= 1.0239e-08)
d(Edge)/d(yvrtx) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(yvrtx) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "zvrtx"
*********************************************************
Generating perturbed configuration with delta-zvrtx[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zvrtx) check complete with 0 total errors (errmax= 3.7624e-16)
d(Edge)/d(zvrtx) check complete with 0 total errors (errmax= 3.4749e-16)
d(Node)/d(zvrtx) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xbase) check complete with 0 total errors (errmax= 9.8226e-09)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 1.8823e-08)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(ybase) check complete with 0 total errors (errmax= 1.0239e-08)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zbase) check complete with 0 total errors (errmax= 3.7610e-16)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 3.1323e-16)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
Generating perturbed configuration with delta-rad[1,1]= 0.00100000
real 0m0.363s
user 0m0.015s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(rad) check complete with 0 total errors (errmax= 8.9028e-16)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 9.0846e-16)
d(Node)/d(rad) check complete with 0 total errors (errmax= 9.1551e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.008 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.1250e-08) with 0 suppressions
+ set +x
data\basic\designC6a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 62 / 275 )
data\basic\designC6b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designC6b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xvrtx"
*********************************************************
Generating perturbed configuration with delta-xvrtx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xvrtx) check complete with 0 total errors (errmax= 9.8226e-09)
d(Edge)/d(xvrtx) check complete with 0 total errors (errmax= 1.8823e-08)
d(Node)/d(xvrtx) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "yvrtx"
*********************************************************
Generating perturbed configuration with delta-yvrtx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(yvrtx) check complete with 0 total errors (errmax= 1.0239e-08)
d(Edge)/d(yvrtx) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(yvrtx) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "zvrtx"
*********************************************************
Generating perturbed configuration with delta-zvrtx[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zvrtx) check complete with 0 total errors (errmax= 2.7302e-16)
d(Edge)/d(zvrtx) check complete with 0 total errors (errmax= 2.8421e-16)
d(Node)/d(zvrtx) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xbase) check complete with 0 total errors (errmax= 9.8226e-09)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 1.8823e-08)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 3.1250e-08)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(ybase) check complete with 0 total errors (errmax= 1.0239e-08)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 1.9642e-08)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(zbase) check complete with 0 total errors (errmax= 4.4869e-16)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
Generating perturbed configuration with delta-rad[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(rad) check complete with 0 total errors (errmax= 8.9028e-16)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 9.0846e-16)
d(Node)/d(rad) check complete with 0 total errors (errmax= 9.1551e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.007 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.1250e-08) with 0 suppressions
real 0m0.375s
user 0m0.015s
sys 0m0.015s
+ set +x
data\basic\designC6b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 63 / 275 )
data\basic\designD0a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD0a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(thickness) check complete with 0 total errors (errmax= 3.9000e-17)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(croot) check complete with 0 total errors (errmax= 6.3191e-17)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 2.2591e-17)
d(Node)/d(croot) check complete with 0 total errors (errmax= 6.9389e-18)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
real 0m0.302s
user 0m0.000s
sys 0m0.015s
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.005 sec
Sensitivity checks complete with 0 total errors (max tess err= 6.3201e-17) with 0 suppressions
+ set +x
data\basic\designD0a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 64 / 275 )
data\basic\designD0b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD0b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(thickness) check complete with 0 total errors (errmax= 3.6833e-09)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 3.6833e-09)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(camber) check complete with 0 total errors (errmax= 1.3509e-08)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 1.3509e-08)
d(Node)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(croot) check complete with 0 total errors (errmax= 1.9901e-16)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 1.9491e-16)
d(Node)/d(croot) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
real 0m0.375s
user 0m0.000s
sys 0m0.031s
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.004 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.3509e-08) with 0 suppressions
+ set +x
data\basic\designD0b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 65 / 275 )
data\basic\designD0c.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD0c.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(thickness) check complete with 0 total errors (errmax= 2.6456e-08)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 2.0001e-08)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 2.1684e-19)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(camber) check complete with 0 total errors (errmax= 1.4748e-07)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 1.3792e-07)
d(Node)/d(camber) check complete with 0 total errors (errmax= 7.0000e-09)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(croot) check complete with 0 total errors (errmax= 6.6844e-17)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 4.1509e-16)
d(Node)/d(croot) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
real 0m0.843s
user 0m0.000s
sys 0m0.000s
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 4.0752e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.027 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.4748e-07) with 0 suppressions
+ set +x
data\basic\designD0c -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 66 / 275 )
data\basic\designD1a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD1a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(thickness) check complete with 0 total errors (errmax= 4.6231e-17)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 5.0675e-18)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(croot) check complete with 0 total errors (errmax= 4.0790e-16)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 2.6502e-16)
d(Node)/d(croot) check complete with 0 total errors (errmax= 6.9389e-18)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(aspect) check complete with 0 total errors (errmax= 3.9972e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 2.6489e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(taper) check complete with 0 total errors (errmax= 2.6238e-16)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 2.5357e-16)
d(Node)/d(taper) check complete with 0 total errors (errmax= 6.9389e-18)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(twist) check complete with 0 total errors (errmax= 8.7591e-11)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.5231e-10)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.5258e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 7.0418e-15)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 7.1426e-15)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 7.1054e-15)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
real 0m1.314s
user 0m0.000s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 7.0900e-15)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 7.0925e-15)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 7.0915e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.711 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.5258e-10) with 0 suppressions
+ set +x
data\basic\designD1a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 67 / 275 )
data\basic\designD1b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD1b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(thickness) check complete with 0 total errors (errmax= 7.1318e-08)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 7.1318e-08)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(camber) check complete with 0 total errors (errmax= 1.4445e-07)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 1.4445e-07)
d(Node)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(croot) check complete with 0 total errors (errmax= 8.4612e-09)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 8.4612e-09)
d(Node)/d(croot) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(aspect) check complete with 0 total errors (errmax= 4.3268e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 5.6173e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(taper) check complete with 0 total errors (errmax= 5.1426e-09)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 8.4612e-09)
d(Node)/d(taper) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(twist) check complete with 0 total errors (errmax= 1.1045e-10)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.8464e-10)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.5231e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 7.0085e-15)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 7.0322e-15)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 7.1054e-15)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 6.9234e-15)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 6.9311e-15)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 7.0888e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 1.096 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.4445e-07) with 0 suppressions
real 0m1.745s
user 0m0.015s
sys 0m0.062s
+ set +x
data\basic\designD1b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 68 / 275 )
data\basic\designD1c.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD1c.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(thickness) check complete with 0 total errors (errmax= 2.4239e-08)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 1.9849e-08)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 2.1684e-19)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(camber) check complete with 0 total errors (errmax= 1.4701e-07)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 1.3683e-07)
d(Node)/d(camber) check complete with 0 total errors (errmax= 7.0000e-09)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(croot) check complete with 0 total errors (errmax= 2.2379e-09)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 2.6815e-09)
d(Node)/d(croot) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(aspect) check complete with 0 total errors (errmax= 4.6361e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 7.3467e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(taper) check complete with 0 total errors (errmax= 1.3946e-09)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 2.6815e-09)
d(Node)/d(taper) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(twist) check complete with 0 total errors (errmax= 1.0053e-10)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.1510e-10)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.5231e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 7.1374e-15)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 7.0938e-15)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 7.1054e-15)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 7.0887e-15)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 7.0941e-15)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 7.0888e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 4.582 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.4701e-07) with 0 suppressions
real 0m6.467s
user 0m0.000s
sys 0m0.046s
+ set +x
data\basic\designD1c -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 69 / 275 )
data\basic\designD2a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD2a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(thickness) check complete with 0 total errors (errmax= 4.6231e-17)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 5.0675e-18)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(croot) check complete with 0 total errors (errmax= 4.0790e-16)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 2.6502e-16)
d(Node)/d(croot) check complete with 0 total errors (errmax= 6.9389e-18)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(aspect) check complete with 0 total errors (errmax= 3.9972e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 2.6489e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(taper) check complete with 0 total errors (errmax= 2.6238e-16)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 2.5357e-16)
d(Node)/d(taper) check complete with 0 total errors (errmax= 6.9389e-18)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(twist) check complete with 0 total errors (errmax= 8.7591e-11)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.5231e-10)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.5258e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 7.0418e-15)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 7.1426e-15)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 7.1054e-15)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 7.0900e-15)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 7.0925e-15)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 7.0915e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.755 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.5258e-10) with 0 suppressions
real 0m1.521s
user 0m0.000s
sys 0m0.015s
+ set +x
data\basic\designD2a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 70 / 275 )
data\basic\designD2b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD2b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(thickness) check complete with 0 total errors (errmax= 7.1318e-08)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 7.1318e-08)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(camber) check complete with 0 total errors (errmax= 1.4445e-07)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 1.4445e-07)
d(Node)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(croot) check complete with 0 total errors (errmax= 8.4612e-09)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 8.4612e-09)
d(Node)/d(croot) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(aspect) check complete with 0 total errors (errmax= 4.3268e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 5.6173e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(taper) check complete with 0 total errors (errmax= 5.1426e-09)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 8.4612e-09)
d(Node)/d(taper) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(twist) check complete with 0 total errors (errmax= 1.1045e-10)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.8464e-10)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.5231e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 7.0085e-15)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 7.0322e-15)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 7.1054e-15)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
real 0m2.033s
user 0m0.000s
sys 0m0.046s
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 6.9234e-15)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 6.9311e-15)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 7.0888e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 1.286 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.4445e-07) with 0 suppressions
+ set +x
data\basic\designD2b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 71 / 275 )
data\basic\designD2c.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD2c.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(thickness) check complete with 0 total errors (errmax= 2.3341e-08)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 1.9849e-08)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 2.1684e-19)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(camber) check complete with 0 total errors (errmax= 1.4668e-07)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 1.3683e-07)
d(Node)/d(camber) check complete with 0 total errors (errmax= 7.0000e-09)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(croot) check complete with 0 total errors (errmax= 2.1909e-09)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 2.6815e-09)
d(Node)/d(croot) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(aspect) check complete with 0 total errors (errmax= 4.6602e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 7.3467e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(taper) check complete with 0 total errors (errmax= 1.3302e-09)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 2.6815e-09)
d(Node)/d(taper) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(twist) check complete with 0 total errors (errmax= 1.0053e-10)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.1510e-10)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.5231e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 7.1374e-15)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 7.0938e-15)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 7.1054e-15)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 7.0887e-15)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 7.0941e-15)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 7.0888e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 4.725 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.4668e-07) with 0 suppressions
real 0m6.633s
user 0m0.000s
sys 0m0.031s
+ set +x
data\basic\designD2c -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 72 / 275 )
data\basic\designD3a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD3a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(thickness) check complete with 0 total errors (errmax= 5.0951e-18)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 3.7090e-18)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(croot) check complete with 0 total errors (errmax= 4.0788e-16)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 3.4673e-16)
d(Node)/d(croot) check complete with 0 total errors (errmax= 6.9389e-18)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(aspect) check complete with 0 total errors (errmax= 3.9673e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 3.3570e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(taper) check complete with 0 total errors (errmax= 2.8466e-16)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 2.4617e-16)
d(Node)/d(taper) check complete with 0 total errors (errmax= 6.9389e-18)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(twist) check complete with 0 total errors (errmax= 4.9052e-11)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 8.7403e-11)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.5258e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 4.0898e-15)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 7.1293e-15)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 7.1054e-15)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 4.0625e-15)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 7.0925e-15)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 7.0915e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.806 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.5258e-10) with 0 suppressions
real 0m1.782s
user 0m0.000s
sys 0m0.031s
+ set +x
data\basic\designD3a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 73 / 275 )
data\basic\designD3b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD3b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(thickness) check complete with 0 total errors (errmax= 3.8298e-08)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 3.8298e-08)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(camber) check complete with 0 total errors (errmax= 9.0180e-08)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 9.0180e-08)
d(Node)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(croot) check complete with 0 total errors (errmax= 4.8969e-09)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 4.8969e-09)
d(Node)/d(croot) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(aspect) check complete with 0 total errors (errmax= 4.5252e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 6.7140e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(taper) check complete with 0 total errors (errmax= 2.9677e-09)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 4.8969e-09)
d(Node)/d(taper) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(twist) check complete with 0 total errors (errmax= 8.4103e-11)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.4277e-10)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.5231e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 4.0316e-15)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 7.0185e-15)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 7.1054e-15)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
real 0m2.478s
user 0m0.015s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 3.9644e-15)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 6.9221e-15)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 7.0888e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 1.672 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.0180e-08) with 0 suppressions
+ set +x
data\basic\designD3b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 74 / 275 )
data\basic\designD3c.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD3c.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(thickness) check complete with 0 total errors (errmax= 1.8441e-08)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 2.4976e-08)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 2.1684e-19)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(camber) check complete with 0 total errors (errmax= 1.5477e-07)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 1.5721e-07)
d(Node)/d(camber) check complete with 0 total errors (errmax= 7.0000e-09)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(croot) check complete with 0 total errors (errmax= 1.6673e-09)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 3.3742e-09)
d(Node)/d(croot) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(aspect) check complete with 0 total errors (errmax= 5.8819e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 7.2519e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(taper) check complete with 0 total errors (errmax= 1.5037e-09)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 3.3742e-09)
d(Node)/d(taper) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(twist) check complete with 0 total errors (errmax= 1.0216e-10)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.3194e-10)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.5231e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 5.2241e-15)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 7.0902e-15)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 7.1054e-15)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 5.2190e-15)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 7.0926e-15)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 7.0888e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 7.424 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.5721e-07) with 0 suppressions
real 0m9.571s
user 0m0.031s
sys 0m0.015s
+ set +x
data\basic\designD3c -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 75 / 275 )
data\basic\designD4a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD4a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=32
Computing distances of perturbed points from perturbed configuration for ibody=32
d(Face)/d(thickness) check complete with 0 total errors (errmax= 5.0220e-18)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 3.7090e-18)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=32
Computing distances of perturbed points from perturbed configuration for ibody=32
d(Face)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=32
Computing distances of perturbed points from perturbed configuration for ibody=32
d(Face)/d(croot) check complete with 0 total errors (errmax= 5.0063e-16)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 3.9729e-16)
d(Node)/d(croot) check complete with 0 total errors (errmax= 6.9389e-18)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=32
Computing distances of perturbed points from perturbed configuration for ibody=32
d(Face)/d(aspect) check complete with 0 total errors (errmax= 4.9223e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 3.9721e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=32
Computing distances of perturbed points from perturbed configuration for ibody=32
d(Face)/d(taper) check complete with 0 total errors (errmax= 3.2192e-16)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 3.2953e-16)
d(Node)/d(taper) check complete with 0 total errors (errmax= 6.9389e-18)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=32
Computing distances of perturbed points from perturbed configuration for ibody=32
d(Face)/d(twist) check complete with 0 total errors (errmax= 5.6260e-11)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.0025e-10)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.5258e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=32
Computing distances of perturbed points from perturbed configuration for ibody=32
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 5.4429e-15)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 7.1293e-15)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 7.1054e-15)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
real 0m2.196s
user 0m0.015s
sys 0m0.000s
Computing analytic sensitivities (if possible) for ibody=32
Computing distances of perturbed points from perturbed configuration for ibody=32
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 5.4042e-15)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 7.0925e-15)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 7.0915e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 1.249 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.5258e-10) with 0 suppressions
+ set +x
data\basic\designD4a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 76 / 275 )
data\basic\designD4b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD4b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(thickness) check complete with 0 total errors (errmax= 3.8298e-08)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 3.8298e-08)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(camber) check complete with 0 total errors (errmax= 9.0180e-08)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 9.0180e-08)
d(Node)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(croot) check complete with 0 total errors (errmax= 4.8969e-09)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 4.8969e-09)
d(Node)/d(croot) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(aspect) check complete with 0 total errors (errmax= 4.6878e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 6.7140e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(taper) check complete with 0 total errors (errmax= 3.7636e-09)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 4.8969e-09)
d(Node)/d(taper) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(twist) check complete with 0 total errors (errmax= 1.0183e-10)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.4277e-10)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.5231e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 5.4134e-15)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 7.0185e-15)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 7.1054e-15)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
real 0m3.873s
user 0m0.031s
sys 0m0.046s
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 5.2750e-15)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 6.9221e-15)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 7.0888e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 2.674 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.0180e-08) with 0 suppressions
+ set +x
data\basic\designD4b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 77 / 275 )
data\basic\designD4c.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD4c.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(thickness) check complete with 0 total errors (errmax= 2.5283e-08)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 2.4976e-08)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 2.1684e-19)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(camber) check complete with 0 total errors (errmax= 1.5820e-07)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 1.5721e-07)
d(Node)/d(camber) check complete with 0 total errors (errmax= 7.0000e-09)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(croot) check complete with 0 total errors (errmax= 2.3473e-09)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 3.3742e-09)
d(Node)/d(croot) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(aspect) check complete with 0 total errors (errmax= 6.2149e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 7.6919e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(taper) check complete with 0 total errors (errmax= 2.0081e-09)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 3.3742e-09)
d(Node)/d(taper) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(twist) check complete with 0 total errors (errmax= 1.1958e-10)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.3194e-10)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.5231e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 6.2087e-15)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 7.0631e-15)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 7.1054e-15)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 6.2101e-15)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 7.0933e-15)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 7.0888e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 14.807 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.5820e-07) with 0 suppressions
real 0m18.769s
user 0m0.000s
sys 0m0.061s
+ set +x
data\basic\designD4c -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 78 / 275 )
data\basic\designD5a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD5a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(thickness) check complete with 0 total errors (errmax= 5.0951e-18)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 3.7090e-18)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(croot) check complete with 0 total errors (errmax= 4.0788e-16)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 3.4673e-16)
d(Node)/d(croot) check complete with 0 total errors (errmax= 6.9389e-18)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(aspect) check complete with 0 total errors (errmax= 3.9673e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 3.3570e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(taper) check complete with 0 total errors (errmax= 2.8466e-16)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 2.4617e-16)
d(Node)/d(taper) check complete with 0 total errors (errmax= 6.9389e-18)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(twist) check complete with 0 total errors (errmax= 4.9052e-11)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 8.7403e-11)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.5258e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 4.0898e-15)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 7.1293e-15)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 7.1054e-15)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 4.0625e-15)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 7.0925e-15)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 7.0915e-15)
*********************************************************
Starting tessellation sensitivity wrt "rottip"
*********************************************************
Generating perturbed configuration with delta-rottip[1,1]= 0.00100000
real 0m2.328s
user 0m0.046s
sys 0m0.093s
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(rottip) check complete with 0 total errors (errmax= 4.8772e-11)
d(Edge)/d(rottip) check complete with 0 total errors (errmax= 8.7246e-11)
d(Node)/d(rottip) check complete with 0 total errors (errmax= 1.5231e-10)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 1.053 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.5258e-10) with 0 suppressions
+ set +x
data\basic\designD5a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 79 / 275 )
data\basic\designD5b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD5b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(thickness) check complete with 0 total errors (errmax= 3.8298e-08)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 3.8298e-08)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(camber) check complete with 0 total errors (errmax= 9.0180e-08)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 9.0180e-08)
d(Node)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(croot) check complete with 0 total errors (errmax= 4.8969e-09)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 4.8969e-09)
d(Node)/d(croot) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(aspect) check complete with 0 total errors (errmax= 4.5252e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 6.7140e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(taper) check complete with 0 total errors (errmax= 2.9677e-09)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 4.8969e-09)
d(Node)/d(taper) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(twist) check complete with 0 total errors (errmax= 8.4103e-11)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.4277e-10)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.5231e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 4.0316e-15)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 7.0185e-15)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 7.1054e-15)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 3.9644e-15)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 6.9221e-15)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 7.0888e-15)
*********************************************************
Starting tessellation sensitivity wrt "rottip"
*********************************************************
Generating perturbed configuration with delta-rottip[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(rottip) check complete with 0 total errors (errmax= 5.0321e-11)
d(Edge)/d(rottip) check complete with 0 total errors (errmax= 8.7573e-11)
d(Node)/d(rottip) check complete with 0 total errors (errmax= 1.5231e-10)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 1.854 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.0180e-08) with 0 suppressions
real 0m2.972s
user 0m0.046s
sys 0m0.030s
+ set +x
data\basic\designD5b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 80 / 275 )
data\basic\designD5c.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD5c.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(thickness) check complete with 0 total errors (errmax= 1.8441e-08)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 2.4976e-08)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 2.1684e-19)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(camber) check complete with 0 total errors (errmax= 1.5477e-07)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 1.5721e-07)
d(Node)/d(camber) check complete with 0 total errors (errmax= 7.0000e-09)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(croot) check complete with 0 total errors (errmax= 1.6673e-09)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 3.3742e-09)
d(Node)/d(croot) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(aspect) check complete with 0 total errors (errmax= 5.8819e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 7.2519e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(taper) check complete with 0 total errors (errmax= 1.5037e-09)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 3.3742e-09)
d(Node)/d(taper) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(twist) check complete with 0 total errors (errmax= 1.0216e-10)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.3194e-10)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.5231e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 5.2241e-15)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 7.0902e-15)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 7.1054e-15)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 5.2190e-15)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 7.0926e-15)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 7.0888e-15)
*********************************************************
Starting tessellation sensitivity wrt "rottip"
*********************************************************
Generating perturbed configuration with delta-rottip[1,1]= 0.00100000
real 0m12.884s
user 0m0.015s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(rottip) check complete with 0 total errors (errmax= 4.3289e-11)
d(Edge)/d(rottip) check complete with 0 total errors (errmax= 8.8261e-11)
d(Node)/d(rottip) check complete with 0 total errors (errmax= 1.5231e-10)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 10.004 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.5721e-07) with 0 suppressions
+ set +x
data\basic\designD5c -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 81 / 275 )
data\basic\designD6a0.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD6a0.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(thickness) check complete with 0 total errors (errmax= 4.3629e-17)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 3.6341e-17)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(croot) check complete with 0 total errors (errmax= 3.8199e-16)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 6.7140e-16)
d(Node)/d(croot) check complete with 0 total errors (errmax= 4.9960e-16)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(aspect) check complete with 0 total errors (errmax= 3.6669e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 6.4361e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 4.6111e-16)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(taper) check complete with 0 total errors (errmax= 3.3814e-16)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 4.9250e-16)
d(Node)/d(taper) check complete with 0 total errors (errmax= 4.5776e-16)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(twist) check complete with 0 total errors (errmax= 4.0275e-11)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 7.1763e-11)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.2207e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.01000000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 4.2189e-09)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 1.1652e-08)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 1.9945e-08)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 1.4214e-09)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 2.4177e-09)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 2.4177e-09)
*********************************************************
Starting tessellation sensitivity wrt "rottip"
*********************************************************
Generating perturbed configuration with delta-rottip[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(rottip) check complete with 0 total errors (errmax= 4.0045e-11)
d(Edge)/d(rottip) check complete with 0 total errors (errmax= 7.1634e-11)
d(Node)/d(rottip) check complete with 0 total errors (errmax= 1.2185e-10)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(xbase) check complete with 0 total errors (errmax= 1.1467e-16)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 1.4803e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(ybase) check complete with 0 total errors (errmax= 3.4647e-17)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 4.6915e-17)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
real 0m2.318s
user 0m0.015s
sys 0m0.015s
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(zbase) check complete with 0 total errors (errmax= 3.0316e-16)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 2.9072e-16)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.879 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.9945e-08) with 0 suppressions
+ set +x
data\basic\designD6a0 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 82 / 275 )
data\basic\designD6a1.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD6a1.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(thickness) check complete with 0 total errors (errmax= 3.3024e-17)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 3.6341e-17)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(croot) check complete with 0 total errors (errmax= 4.6945e-16)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 6.7140e-16)
d(Node)/d(croot) check complete with 0 total errors (errmax= 4.9960e-16)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(aspect) check complete with 0 total errors (errmax= 4.5378e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 6.4361e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 4.6111e-16)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(taper) check complete with 0 total errors (errmax= 3.6117e-16)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 4.9250e-16)
d(Node)/d(taper) check complete with 0 total errors (errmax= 4.5776e-16)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(twist) check complete with 0 total errors (errmax= 6.6551e-11)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 6.8506e-11)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.2207e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.01000000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 1.0875e-08)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 1.0757e-08)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 1.9945e-08)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 1.3297e-09)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 2.4177e-09)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 2.4177e-09)
*********************************************************
Starting tessellation sensitivity wrt "rottip"
*********************************************************
Generating perturbed configuration with delta-rottip[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(rottip) check complete with 0 total errors (errmax= 6.7015e-11)
d(Edge)/d(rottip) check complete with 0 total errors (errmax= 6.8115e-11)
d(Node)/d(rottip) check complete with 0 total errors (errmax= 1.2185e-10)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(xbase) check complete with 0 total errors (errmax= 1.5202e-16)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 1.2971e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(ybase) check complete with 0 total errors (errmax= 3.0802e-17)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 4.6915e-17)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(zbase) check complete with 0 total errors (errmax= 2.6801e-16)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 2.9072e-16)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 1.036 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.9945e-08) with 0 suppressions
real 0m2.023s
user 0m0.015s
sys 0m0.000s
+ set +x
data\basic\designD6a1 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 83 / 275 )
data\basic\designD6a2.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD6a2.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(thickness) check complete with 0 total errors (errmax= 3.9883e-17)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 3.6341e-17)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(croot) check complete with 0 total errors (errmax= 6.9049e-16)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 6.7140e-16)
d(Node)/d(croot) check complete with 0 total errors (errmax= 4.9960e-16)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(aspect) check complete with 0 total errors (errmax= 6.8045e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 6.4361e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 4.6111e-16)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(taper) check complete with 0 total errors (errmax= 3.6723e-16)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 4.9250e-16)
d(Node)/d(taper) check complete with 0 total errors (errmax= 4.5776e-16)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(twist) check complete with 0 total errors (errmax= 6.5506e-11)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 6.8506e-11)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.2207e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.01000000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 1.0766e-08)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 1.0581e-08)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 1.9945e-08)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 1.3172e-09)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 2.4177e-09)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 2.4177e-09)
*********************************************************
Starting tessellation sensitivity wrt "rottip"
*********************************************************
Generating perturbed configuration with delta-rottip[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(rottip) check complete with 0 total errors (errmax= 6.6381e-11)
d(Edge)/d(rottip) check complete with 0 total errors (errmax= 6.8115e-11)
d(Node)/d(rottip) check complete with 0 total errors (errmax= 1.2185e-10)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(xbase) check complete with 0 total errors (errmax= 1.5843e-16)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 1.3208e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(ybase) check complete with 0 total errors (errmax= 3.4197e-17)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 4.6915e-17)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
real 0m1.640s
user 0m0.000s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(zbase) check complete with 0 total errors (errmax= 2.8790e-16)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 2.9072e-16)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.744 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.9945e-08) with 0 suppressions
+ set +x
data\basic\designD6a2 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 84 / 275 )
data\basic\designD6b0.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD6b0.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(thickness) check complete with 0 total errors (errmax= 3.3695e-08)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 3.8298e-08)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(camber) check complete with 0 total errors (errmax= 7.9553e-08)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 9.0180e-08)
d(Node)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(croot) check complete with 0 total errors (errmax= 4.3291e-09)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 4.8969e-09)
d(Node)/d(croot) check complete with 0 total errors (errmax= 4.9960e-16)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(aspect) check complete with 0 total errors (errmax= 4.2654e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 5.7917e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 4.6111e-16)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(taper) check complete with 0 total errors (errmax= 3.2459e-09)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 4.8969e-09)
d(Node)/d(taper) check complete with 0 total errors (errmax= 4.5776e-16)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(twist) check complete with 0 total errors (errmax= 7.0300e-11)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.1422e-10)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.2185e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.01000000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 4.4744e-09)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 1.1242e-08)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 1.9945e-08)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 1.3712e-09)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 2.4177e-09)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 2.4177e-09)
*********************************************************
Starting tessellation sensitivity wrt "rottip"
*********************************************************
Generating perturbed configuration with delta-rottip[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(rottip) check complete with 0 total errors (errmax= 4.0116e-11)
d(Edge)/d(rottip) check complete with 0 total errors (errmax= 7.0058e-11)
d(Node)/d(rottip) check complete with 0 total errors (errmax= 1.2185e-10)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(xbase) check complete with 0 total errors (errmax= 1.1838e-16)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 1.5130e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(ybase) check complete with 0 total errors (errmax= 3.3896e-17)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 5.5511e-17)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
real 0m2.137s
user 0m0.000s
sys 0m0.047s
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(zbase) check complete with 0 total errors (errmax= 2.8745e-16)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 1.176 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.0180e-08) with 0 suppressions
+ set +x
data\basic\designD6b0 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 85 / 275 )
data\basic\designD6b1.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD6b1.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(thickness) check complete with 0 total errors (errmax= 3.6418e-08)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 3.0639e-08)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(camber) check complete with 0 total errors (errmax= 8.4705e-08)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 7.2144e-08)
d(Node)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(croot) check complete with 0 total errors (errmax= 4.6427e-09)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 3.9175e-09)
d(Node)/d(croot) check complete with 0 total errors (errmax= 4.9960e-16)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(aspect) check complete with 0 total errors (errmax= 4.5822e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 6.7597e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 4.6111e-16)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(taper) check complete with 0 total errors (errmax= 2.9440e-09)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 4.8969e-09)
d(Node)/d(taper) check complete with 0 total errors (errmax= 4.5776e-16)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(twist) check complete with 0 total errors (errmax= 6.4128e-11)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.1422e-10)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.2185e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.01000000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 4.1023e-09)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 1.0361e-08)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 1.9945e-08)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 1.2668e-09)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 2.4177e-09)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 2.4177e-09)
*********************************************************
Starting tessellation sensitivity wrt "rottip"
*********************************************************
Generating perturbed configuration with delta-rottip[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(rottip) check complete with 0 total errors (errmax= 3.7012e-11)
d(Edge)/d(rottip) check complete with 0 total errors (errmax= 7.0058e-11)
d(Node)/d(rottip) check complete with 0 total errors (errmax= 1.2185e-10)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(xbase) check complete with 0 total errors (errmax= 1.2304e-16)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 1.4536e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(ybase) check complete with 0 total errors (errmax= 2.9369e-17)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 5.5511e-17)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
real 0m2.928s
user 0m0.015s
sys 0m0.047s
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(zbase) check complete with 0 total errors (errmax= 3.1774e-16)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 4.1115e-16)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 2.009 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.4705e-08) with 0 suppressions
+ set +x
data\basic\designD6b1 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 86 / 275 )
data\basic\designD6b2.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD6b2.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(thickness) check complete with 0 total errors (errmax= 3.4465e-08)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 3.0639e-08)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(camber) check complete with 0 total errors (errmax= 8.1311e-08)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 7.2144e-08)
d(Node)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(croot) check complete with 0 total errors (errmax= 4.4279e-09)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 3.9175e-09)
d(Node)/d(croot) check complete with 0 total errors (errmax= 4.9960e-16)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(aspect) check complete with 0 total errors (errmax= 4.1099e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 6.7597e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 4.6111e-16)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(taper) check complete with 0 total errors (errmax= 2.9440e-09)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 4.8969e-09)
d(Node)/d(taper) check complete with 0 total errors (errmax= 4.5776e-16)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(twist) check complete with 0 total errors (errmax= 6.3775e-11)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.1422e-10)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.2185e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.01000000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 4.0511e-09)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 1.0171e-08)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 1.9945e-08)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 1.2443e-09)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 2.4177e-09)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 2.4177e-09)
*********************************************************
Starting tessellation sensitivity wrt "rottip"
*********************************************************
Generating perturbed configuration with delta-rottip[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(rottip) check complete with 0 total errors (errmax= 3.6810e-11)
d(Edge)/d(rottip) check complete with 0 total errors (errmax= 7.0058e-11)
d(Node)/d(rottip) check complete with 0 total errors (errmax= 1.2185e-10)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(xbase) check complete with 0 total errors (errmax= 1.1332e-16)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 1.4536e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(ybase) check complete with 0 total errors (errmax= 3.1018e-17)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 5.5511e-17)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(zbase) check complete with 0 total errors (errmax= 2.8676e-16)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 4.1115e-16)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 1.020 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.1311e-08) with 0 suppressions
real 0m1.765s
user 0m0.000s
sys 0m0.031s
+ set +x
data\basic\designD6b2 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 87 / 275 )
data\basic\designD6c0.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD6c0.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(thickness) check complete with 0 total errors (errmax= 2.4539e-08)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 2.4974e-08)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(camber) check complete with 0 total errors (errmax= 1.4387e-07)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 1.5710e-07)
d(Node)/d(camber) check complete with 0 total errors (errmax= 1.8504e-22)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(croot) check complete with 0 total errors (errmax= 2.1222e-09)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 3.3732e-09)
d(Node)/d(croot) check complete with 0 total errors (errmax= 4.9960e-16)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(aspect) check complete with 0 total errors (errmax= 4.8321e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 8.8586e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 4.6111e-16)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(taper) check complete with 0 total errors (errmax= 1.6891e-09)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 3.3732e-09)
d(Node)/d(taper) check complete with 0 total errors (errmax= 4.5776e-16)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(twist) check complete with 0 total errors (errmax= 7.2828e-11)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.0554e-10)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.2185e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.01000000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 8.5698e-09)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 1.1505e-08)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 1.9945e-08)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 1.4381e-09)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 2.4177e-09)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 2.4177e-09)
*********************************************************
Starting tessellation sensitivity wrt "rottip"
*********************************************************
Generating perturbed configuration with delta-rottip[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(rottip) check complete with 0 total errors (errmax= 2.8236e-11)
d(Edge)/d(rottip) check complete with 0 total errors (errmax= 7.0604e-11)
d(Node)/d(rottip) check complete with 0 total errors (errmax= 1.2185e-10)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(xbase) check complete with 0 total errors (errmax= 8.6429e-17)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 1.5085e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(ybase) check complete with 0 total errors (errmax= 3.8605e-17)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 3.5832e-17)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=22
Computing distances of perturbed points from perturbed configuration for ibody=22
d(Face)/d(zbase) check complete with 0 total errors (errmax= 3.0985e-16)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 5.941 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.5710e-07) with 0 suppressions
real 0m9.217s
user 0m0.000s
sys 0m0.031s
+ set +x
data\basic\designD6c0 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 88 / 275 )
data\basic\designD6c1.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD6c1.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(thickness) check complete with 0 total errors (errmax= 3.8519e-08)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 1.9980e-08)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(camber) check complete with 0 total errors (errmax= 1.4492e-07)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 1.2568e-07)
d(Node)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(croot) check complete with 0 total errors (errmax= 1.8261e-09)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 2.7591e-09)
d(Node)/d(croot) check complete with 0 total errors (errmax= 4.9960e-16)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(aspect) check complete with 0 total errors (errmax= 5.4386e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 8.1914e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 4.6111e-16)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(taper) check complete with 0 total errors (errmax= 1.9258e-09)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 3.3732e-09)
d(Node)/d(taper) check complete with 0 total errors (errmax= 4.5776e-16)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(twist) check complete with 0 total errors (errmax= 8.9291e-11)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.0554e-10)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.2185e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.01000000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 9.9135e-09)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 1.0416e-08)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 1.9945e-08)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 1.8270e-09)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 2.4177e-09)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 2.4177e-09)
*********************************************************
Starting tessellation sensitivity wrt "rottip"
*********************************************************
Generating perturbed configuration with delta-rottip[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(rottip) check complete with 0 total errors (errmax= 3.4921e-11)
d(Edge)/d(rottip) check complete with 0 total errors (errmax= 7.0604e-11)
d(Node)/d(rottip) check complete with 0 total errors (errmax= 1.2185e-10)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(xbase) check complete with 0 total errors (errmax= 9.2975e-17)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 1.2971e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(ybase) check complete with 0 total errors (errmax= 4.2948e-17)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 3.9252e-17)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
real 0m17.358s
user 0m0.000s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(zbase) check complete with 0 total errors (errmax= 3.8355e-16)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 4.6222e-16)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 12.103 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.4492e-07) with 0 suppressions
+ set +x
data\basic\designD6c1 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 89 / 275 )
data\basic\designD6c2.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designD6c2.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thickness"
*********************************************************
Generating perturbed configuration with delta-thickness[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(thickness) check complete with 0 total errors (errmax= 2.4164e-08)
d(Edge)/d(thickness) check complete with 0 total errors (errmax= 1.9980e-08)
d(Node)/d(thickness) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber"
*********************************************************
Generating perturbed configuration with delta-camber[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(camber) check complete with 0 total errors (errmax= 1.4553e-07)
d(Edge)/d(camber) check complete with 0 total errors (errmax= 1.2568e-07)
d(Node)/d(camber) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "croot"
*********************************************************
Generating perturbed configuration with delta-croot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(croot) check complete with 0 total errors (errmax= 2.2025e-09)
d(Edge)/d(croot) check complete with 0 total errors (errmax= 2.7591e-09)
d(Node)/d(croot) check complete with 0 total errors (errmax= 4.9960e-16)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00800000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(aspect) check complete with 0 total errors (errmax= 5.2961e-16)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 7.8406e-16)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 4.6111e-16)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(taper) check complete with 0 total errors (errmax= 1.7646e-09)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 3.3732e-09)
d(Node)/d(taper) check complete with 0 total errors (errmax= 4.5776e-16)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(twist) check complete with 0 total errors (errmax= 8.4935e-11)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 1.0554e-10)
d(Node)/d(twist) check complete with 0 total errors (errmax= 1.2185e-10)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.01000000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 9.4547e-09)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 1.0229e-08)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 1.9945e-08)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 1.7893e-09)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 2.4177e-09)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 2.4177e-09)
*********************************************************
Starting tessellation sensitivity wrt "rottip"
*********************************************************
Generating perturbed configuration with delta-rottip[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(rottip) check complete with 0 total errors (errmax= 3.5428e-11)
d(Edge)/d(rottip) check complete with 0 total errors (errmax= 7.0604e-11)
d(Node)/d(rottip) check complete with 0 total errors (errmax= 1.2185e-10)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(xbase) check complete with 0 total errors (errmax= 1.4756e-16)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 1.3121e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(ybase) check complete with 0 total errors (errmax= 8.6469e-17)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 3.5832e-17)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(zbase) check complete with 0 total errors (errmax= 3.7479e-16)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 5.4390e-16)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 6.372 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.4553e-07) with 0 suppressions
real 0m11.549s
user 0m0.016s
sys 0m0.047s
+ set +x
data\basic\designD6c2 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 90 / 275 )
data\basic\designE1.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designE1.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "dxbar"
*********************************************************
Generating perturbed configuration with delta-dxbar[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(dxbar) check complete with 0 total errors (errmax= 5.5260e-16)
d(Edge)/d(dxbar) check complete with 0 total errors (errmax= 5.5260e-16)
d(Node)/d(dxbar) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "dybar"
*********************************************************
Generating perturbed configuration with delta-dybar[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(dybar) check complete with 0 total errors (errmax= 5.9339e-17)
d(Edge)/d(dybar) check complete with 0 total errors (errmax= 5.5511e-17)
d(Node)/d(dybar) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dzbar"
*********************************************************
Generating perturbed configuration with delta-dzbar[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(dzbar) check complete with 0 total errors (errmax= 5.9063e-17)
d(Edge)/d(dzbar) check complete with 0 total errors (errmax= 5.5511e-17)
d(Node)/d(dzbar) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dxbox"
*********************************************************
Generating perturbed configuration with delta-dxbox[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(dxbox) check complete with 0 total errors (errmax= 7.2519e-16)
d(Edge)/d(dxbox) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(dxbox) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "dybox"
*********************************************************
Generating perturbed configuration with delta-dybox[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(dybox) check complete with 0 total errors (errmax= 6.0321e-17)
d(Edge)/d(dybox) check complete with 0 total errors (errmax= 5.5511e-17)
d(Node)/d(dybox) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dzbox"
*********************************************************
Generating perturbed configuration with delta-dzbox[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(dzbox) check complete with 0 total errors (errmax= 6.0522e-17)
d(Edge)/d(dzbox) check complete with 0 total errors (errmax= 5.5511e-17)
d(Node)/d(dzbox) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.036 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions
real 0m1.059s
user 0m0.015s
sys 0m0.031s
+ set +x
data\basic\designE1 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 91 / 275 )
data\basic\designE2.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designE2.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "dxbar"
*********************************************************
Generating perturbed configuration with delta-dxbar[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(dxbar) check complete with 0 total errors (errmax= 1.1466e-15)
d(Edge)/d(dxbar) check complete with 0 total errors (errmax= 6.2569e-16)
d(Node)/d(dxbar) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "dybar"
*********************************************************
Generating perturbed configuration with delta-dybar[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(dybar) check complete with 0 total errors (errmax= 1.3212e-14)
d(Edge)/d(dybar) check complete with 0 total errors (errmax= 8.9006e-16)
d(Node)/d(dybar) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "dzbar"
*********************************************************
Generating perturbed configuration with delta-dzbar[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(dzbar) check complete with 0 total errors (errmax= 1.3213e-14)
d(Edge)/d(dzbar) check complete with 0 total errors (errmax= 8.8821e-16)
d(Node)/d(dzbar) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "dxbox"
*********************************************************
Generating perturbed configuration with delta-dxbox[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(dxbox) check complete with 0 total errors (errmax= 1.0272e-15)
d(Edge)/d(dxbox) check complete with 0 total errors (errmax= 1.8513e-15)
d(Node)/d(dxbox) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "dybox"
*********************************************************
Generating perturbed configuration with delta-dybox[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(dybox) check complete with 0 total errors (errmax= 1.3183e-14)
d(Edge)/d(dybox) check complete with 0 total errors (errmax= 1.3184e-16)
d(Node)/d(dybox) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "dzbox"
*********************************************************
Generating perturbed configuration with delta-dzbox[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(dzbox) check complete with 0 total errors (errmax= 1.3241e-14)
d(Edge)/d(dzbox) check complete with 0 total errors (errmax= 8.9006e-16)
d(Node)/d(dzbox) check complete with 0 total errors (errmax= 8.8818e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.056 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.3241e-14) with 0 suppressions
real 0m2.247s
user 0m0.000s
sys 0m0.015s
+ set +x
data\basic\designE2 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 92 / 275 )
data\basic\designE3.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designE3.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thick"
*********************************************************
Generating perturbed configuration with delta-thick[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=29
Computing distances of perturbed points from perturbed configuration for ibody=29
d(Face)/d(thick) check complete with 0 total errors (errmax= 1.3765e-16)
d(Edge)/d(thick) check complete with 0 total errors (errmax= 1.2589e-16)
d(Node)/d(thick) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dxbar"
*********************************************************
Generating perturbed configuration with delta-dxbar[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=29
Computing distances of perturbed points from perturbed configuration for ibody=29
d(Face)/d(dxbar) check complete with 0 total errors (errmax= 3.1619e-15)
d(Edge)/d(dxbar) check complete with 0 total errors (errmax= 1.0268e-15)
d(Node)/d(dxbar) check complete with 0 total errors (errmax= 1.7764e-15)
*********************************************************
Starting tessellation sensitivity wrt "dybar"
*********************************************************
Generating perturbed configuration with delta-dybar[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=29
Computing distances of perturbed points from perturbed configuration for ibody=29
d(Face)/d(dybar) check complete with 0 total errors (errmax= 9.4907e-17)
d(Edge)/d(dybar) check complete with 0 total errors (errmax= 1.1102e-16)
d(Node)/d(dybar) check complete with 0 total errors (errmax= 1.7764e-15)
*********************************************************
Starting tessellation sensitivity wrt "dzbar"
*********************************************************
Generating perturbed configuration with delta-dzbar[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=29
Computing distances of perturbed points from perturbed configuration for ibody=29
d(Face)/d(dzbar) check complete with 0 total errors (errmax= 9.4907e-17)
d(Edge)/d(dzbar) check complete with 0 total errors (errmax= 1.4658e-16)
d(Node)/d(dzbar) check complete with 0 total errors (errmax= 1.7764e-15)
*********************************************************
Starting tessellation sensitivity wrt "dxbox"
*********************************************************
Generating perturbed configuration with delta-dxbox[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=29
Computing distances of perturbed points from perturbed configuration for ibody=29
d(Face)/d(dxbox) check complete with 0 total errors (errmax= 3.2435e-15)
d(Edge)/d(dxbox) check complete with 0 total errors (errmax= 1.1498e-15)
d(Node)/d(dxbox) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "dybox"
*********************************************************
Generating perturbed configuration with delta-dybox[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=29
Computing distances of perturbed points from perturbed configuration for ibody=29
d(Face)/d(dybox) check complete with 0 total errors (errmax= 1.2942e-14)
d(Edge)/d(dybox) check complete with 0 total errors (errmax= 8.8827e-16)
d(Node)/d(dybox) check complete with 0 total errors (errmax= 1.7764e-15)
*********************************************************
Starting tessellation sensitivity wrt "dzbox"
*********************************************************
Generating perturbed configuration with delta-dzbox[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=29
Computing distances of perturbed points from perturbed configuration for ibody=29
d(Face)/d(dzbox) check complete with 0 total errors (errmax= 6.2885e-17)
d(Edge)/d(dzbox) check complete with 0 total errors (errmax= 2.4286e-16)
d(Node)/d(dzbox) check complete with 0 total errors (errmax= 1.7764e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.375 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.2942e-14) with 0 suppressions
real 0m4.835s
user 0m0.015s
sys 0m0.031s
+ set +x
data\basic\designE3 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 93 / 275 )
data\basic\designE4.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designE4.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "thick"
*********************************************************
Generating perturbed configuration with delta-thick[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=29
Computing distances of perturbed points from perturbed configuration for ibody=29
d(Face)/d(thick) check complete with 0 total errors (errmax= 2.4332e-07)
d(Edge)/d(thick) check complete with 0 total errors (errmax= 2.5720e-05)
d(Node)/d(thick) check complete with 0 total errors (errmax= 6.1338e-09)
*********************************************************
Starting tessellation sensitivity wrt "dxbar"
*********************************************************
Generating perturbed configuration with delta-dxbar[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=29
Computing distances of perturbed points from perturbed configuration for ibody=29
d(Face)/d(dxbar) check complete with 0 total errors (errmax= 5.8803e-07)
d(Edge)/d(dxbar) check complete with 0 total errors (errmax= 3.5794e-04)
d(Node)/d(dxbar) check complete with 0 total errors (errmax= 5.1281e-09)
*********************************************************
Starting tessellation sensitivity wrt "dybar"
*********************************************************
Generating perturbed configuration with delta-dybar[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=29
Computing distances of perturbed points from perturbed configuration for ibody=29
d(Face)/d(dybar) check complete with 0 total errors (errmax= 8.3232e-08)
d(Edge)/d(dybar) check complete with 0 total errors (errmax= 6.2763e-15)
d(Node)/d(dybar) check complete with 0 total errors (errmax= 5.5511e-17)
*********************************************************
Starting tessellation sensitivity wrt "dzbar"
*********************************************************
Generating perturbed configuration with delta-dzbar[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=29
Computing distances of perturbed points from perturbed configuration for ibody=29
d(Face)/d(dzbar) check complete with 0 total errors (errmax= 8.3232e-08)
d(Edge)/d(dzbar) check complete with 0 total errors (errmax= 8.7666e-15)
d(Node)/d(dzbar) check complete with 0 total errors (errmax= 5.5511e-17)
*********************************************************
Starting tessellation sensitivity wrt "dxbox"
*********************************************************
Generating perturbed configuration with delta-dxbox[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=29
Computing distances of perturbed points from perturbed configuration for ibody=29
d(Face)/d(dxbox) check complete with 0 total errors (errmax= 3.8548e-07)
d(Edge)/d(dxbox) check complete with 0 total errors (errmax= 3.5794e-04)
d(Node)/d(dxbox) check complete with 0 total errors (errmax= 5.1281e-09)
*********************************************************
Starting tessellation sensitivity wrt "dybox"
*********************************************************
Generating perturbed configuration with delta-dybox[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=29
Computing distances of perturbed points from perturbed configuration for ibody=29
d(Face)/d(dybox) check complete with 0 total errors (errmax= 6.3676e-17)
d(Edge)/d(dybox) check complete with 0 total errors (errmax= 4.5128e-15)
d(Node)/d(dybox) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dzbox"
*********************************************************
Generating perturbed configuration with delta-dzbox[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=29
Computing distances of perturbed points from perturbed configuration for ibody=29
d(Face)/d(dzbox) check complete with 0 total errors (errmax= 6.1381e-17)
d(Edge)/d(dzbox) check complete with 0 total errors (errmax= 4.8899e-15)
d(Node)/d(dzbox) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.334 sec
Sensitivity checks complete with 8 total errors (max tess err= 3.5794e-04) with 0 suppressions
real 0m5.469s
user 0m0.015s
sys 0m0.030s
+ set +x
data\basic\designE4 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 94 / 275 )
data\basic\designE5.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designE5.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xcent"
*********************************************************
Generating perturbed configuration with delta-xcent[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(xcent) check complete with 0 total errors (errmax= 1.2154e-16)
d(Edge)/d(xcent) check complete with 0 total errors (errmax= 4.3290e-07)
d(Node)/d(xcent) check complete with 0 total errors (errmax= 8.6466e-07)
*********************************************************
Starting tessellation sensitivity wrt "ycent"
*********************************************************
Generating perturbed configuration with delta-ycent[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(ycent) check complete with 0 total errors (errmax= 1.2116e-16)
d(Edge)/d(ycent) check complete with 0 total errors (errmax= 1.1277e-16)
d(Node)/d(ycent) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "thick"
*********************************************************
Generating perturbed configuration with delta-thick[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(thick) check complete with 0 total errors (errmax= 2.6409e-17)
d(Edge)/d(thick) check complete with 0 total errors (errmax= 2.7756e-17)
d(Node)/d(thick) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
Generating perturbed configuration with delta-rad[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(rad) check complete with 0 total errors (errmax= 1.2204e-16)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 5.4703e-07)
d(Node)/d(rad) check complete with 0 total errors (errmax= 1.9394e-06)
*********************************************************
Starting tessellation sensitivity wrt "xbox"
*********************************************************
Generating perturbed configuration with delta-xbox[1,1]= 0.00140000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(xbox) check complete with 0 total errors (errmax= 1.8706e-16)
d(Edge)/d(xbox) check complete with 0 total errors (errmax= 4.7700e-07)
d(Node)/d(xbox) check complete with 0 total errors (errmax= 1.6953e-06)
*********************************************************
Starting tessellation sensitivity wrt "dx"
*********************************************************
Generating perturbed configuration with delta-dx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(dx) check complete with 0 total errors (errmax= 2.5281e-16)
d(Edge)/d(dx) check complete with 0 total errors (errmax= 6.0842e-08)
d(Node)/d(dx) check complete with 0 total errors (errmax= 2.1607e-07)
*********************************************************
Starting tessellation sensitivity wrt "dy"
*********************************************************
Generating perturbed configuration with delta-dy[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(dy) check complete with 0 total errors (errmax= 1.3079e-16)
d(Edge)/d(dy) check complete with 0 total errors (errmax= 9.4585e-17)
d(Node)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dz"
*********************************************************
Generating perturbed configuration with delta-dz[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(dz) check complete with 0 total errors (errmax= 2.8362e-17)
d(Edge)/d(dz) check complete with 0 total errors (errmax= 2.0981e-17)
d(Node)/d(dz) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.182 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.9394e-06) with 0 suppressions
real 0m1.485s
user 0m0.000s
sys 0m0.015s
+ set +x
data\basic\designE5 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 95 / 275 )
data\basic\designE6.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designE6.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(xsize) check complete with 0 total errors (errmax= 3.9585e-17)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 2.2433e-17)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(ysize) check complete with 0 total errors (errmax= 3.1472e-17)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 3.1472e-17)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00100000
real 0m0.701s
user 0m0.015s
sys 0m0.046s
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(zsize) check complete with 0 total errors (errmax= 3.8187e-17)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 3.8186e-17)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 3.9252e-17)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.021 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.9595e-17) with 0 suppressions
+ set +x
data\basic\designE6 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 96 / 275 )
data\basic\designE7.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designE7.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "dx"
*********************************************************
Generating perturbed configuration with delta-dx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(dx) check complete with 0 total errors (errmax= 1.8130e-16)
d(Edge)/d(dx) check complete with 0 total errors (errmax= 1.8130e-16)
d(Node)/d(dx) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "xcent"
*********************************************************
Generating perturbed configuration with delta-xcent[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(xcent) check complete with 0 total errors (errmax= 8.2001e-17)
d(Edge)/d(xcent) check complete with 0 total errors (errmax= 1.3917e-16)
d(Node)/d(xcent) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "ycent"
*********************************************************
Generating perturbed configuration with delta-ycent[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(ycent) check complete with 0 total errors (errmax= 2.5696e-17)
d(Edge)/d(ycent) check complete with 0 total errors (errmax= 4.2289e-17)
d(Node)/d(ycent) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "size"
*********************************************************
Generating perturbed configuration with delta-size[1,1]= 0.00100000
real 0m0.780s
user 0m0.031s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(size) check complete with 0 total errors (errmax= 7.5073e-17)
d(Edge)/d(size) check complete with 0 total errors (errmax= 9.3831e-17)
d(Node)/d(size) check complete with 0 total errors (errmax= 1.1102e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.041 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.8131e-16) with 0 suppressions
+ set +x
data\basic\designE7 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 97 / 275 )
data\basic\designE8.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designE8.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "dx"
*********************************************************
Generating perturbed configuration with delta-dx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(dx) check complete with 0 total errors (errmax= 1.8130e-16)
d(Edge)/d(dx) check complete with 0 total errors (errmax= 1.8130e-16)
d(Node)/d(dx) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "xcent"
*********************************************************
Generating perturbed configuration with delta-xcent[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(xcent) check complete with 0 total errors (errmax= 8.2642e-17)
d(Edge)/d(xcent) check complete with 0 total errors (errmax= 1.4333e-16)
d(Node)/d(xcent) check complete with 0 total errors (errmax= 2.5153e-17)
*********************************************************
Starting tessellation sensitivity wrt "size"
*********************************************************
Generating perturbed configuration with delta-size[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(size) check complete with 0 total errors (errmax= 9.1627e-17)
d(Edge)/d(size) check complete with 0 total errors (errmax= 1.5701e-16)
d(Node)/d(size) check complete with 0 total errors (errmax= 1.1102e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.035 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.8131e-16) with 0 suppressions
real 0m0.732s
user 0m0.015s
sys 0m0.046s
+ set +x
data\basic\designE8 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 98 / 275 )
data\basic\designE9.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designE9.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "dx"
*********************************************************
Generating perturbed configuration with delta-dx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(dx) check complete with 0 total errors (errmax= 2.1499e-17)
d(Edge)/d(dx) check complete with 0 total errors (errmax= 2.1499e-17)
d(Node)/d(dx) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dy"
*********************************************************
Generating perturbed configuration with delta-dy[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(dy) check complete with 0 total errors (errmax= 2.1499e-17)
d(Edge)/d(dy) check complete with 0 total errors (errmax= 2.1499e-17)
d(Node)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dxall"
*********************************************************
Generating perturbed configuration with delta-dxall[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(dxall) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(dxall) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dxall) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dyall"
*********************************************************
Generating perturbed configuration with delta-dyall[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(dyall) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(dyall) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dyall) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dzall"
*********************************************************
Generating perturbed configuration with delta-dzall[1,1]= 0.00100000
real 0m0.892s
user 0m0.015s
sys 0m0.000s
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(dzall) check complete with 0 total errors (errmax= 1.5578e-19)
d(Edge)/d(dzall) check complete with 0 total errors (errmax= 1.5578e-19)
d(Node)/d(dzall) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.031 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.1509e-17) with 0 suppressions
+ set +x
data\basic\designE9 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 99 / 275 )
data\basic\designEa.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designEa.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "dxtop"
*********************************************************
Generating perturbed configuration with delta-dxtop[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(dxtop) check complete with 0 total errors (errmax= 1.1581e-16)
d(Edge)/d(dxtop) check complete with 0 total errors (errmax= 1.8766e-16)
d(Node)/d(dxtop) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "dztop"
*********************************************************
Generating perturbed configuration with delta-dztop[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(dztop) check complete with 0 total errors (errmax= 8.1079e-17)
d(Edge)/d(dztop) check complete with 0 total errors (errmax= 8.1079e-17)
d(Node)/d(dztop) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dxbot"
*********************************************************
Generating perturbed configuration with delta-dxbot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(dxbot) check complete with 0 total errors (errmax= 1.1283e-16)
d(Edge)/d(dxbot) check complete with 0 total errors (errmax= 1.8766e-16)
d(Node)/d(dxbot) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dzbot"
*********************************************************
Generating perturbed configuration with delta-dzbot[1,1]= 0.00100000
real 0m1.004s
user 0m0.015s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(dzbot) check complete with 0 total errors (errmax= 6.3178e-17)
d(Edge)/d(dzbot) check complete with 0 total errors (errmax= 6.2285e-17)
d(Node)/d(dzbot) check complete with 0 total errors (errmax= 1.1102e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.023 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.8767e-16) with 0 suppressions
+ set +x
data\basic\designEa -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 100 / 275 )
data\basic\designEb.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designEb.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "dxtop"
*********************************************************
Generating perturbed configuration with delta-dxtop[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(dxtop) check complete with 0 total errors (errmax= 7.9761e-17)
d(Edge)/d(dxtop) check complete with 0 total errors (errmax= 7.9761e-17)
d(Node)/d(dxtop) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dxbot"
*********************************************************
Generating perturbed configuration with delta-dxbot[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(dxbot) check complete with 0 total errors (errmax= 5.4165e-17)
d(Edge)/d(dxbot) check complete with 0 total errors (errmax= 8.3881e-17)
d(Node)/d(dxbot) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dy"
*********************************************************
Generating perturbed configuration with delta-dy[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dz"
*********************************************************
Generating perturbed configuration with delta-dz[1,1]= 0.00100000
real 0m0.898s
user 0m0.015s
sys 0m0.046s
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(dz) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(dz) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dz) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.047 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.3891e-17) with 0 suppressions
+ set +x
data\basic\designEb -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 101 / 275 )
data\basic\designF0bb.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designF0bb.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xloc[1,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[2,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[2,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 3.3523e-16)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 3.5863e-16)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[3,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 3.2856e-16)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 4.9750e-16)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[4,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[4,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 2.4214e-16)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 3.4647e-16)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[5,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[5,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[1,1]"
*********************************************************
Generating perturbed configuration with delta-height[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[2,1]"
*********************************************************
Generating perturbed configuration with delta-height[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 1.4103e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.3671e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 4.9304e-32)
*********************************************************
Starting tessellation sensitivity wrt "height[3,1]"
*********************************************************
Generating perturbed configuration with delta-height[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 1.0952e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.0426e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 4.9304e-32)
*********************************************************
Starting tessellation sensitivity wrt "height[4,1]"
*********************************************************
Generating perturbed configuration with delta-height[4,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 1.3996e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.3471e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[5,1]"
*********************************************************
Generating perturbed configuration with delta-height[5,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[1,1]"
*********************************************************
Generating perturbed configuration with delta-width[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[2,1]"
*********************************************************
Generating perturbed configuration with delta-width[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 1.4528e-07)
d(Edge)/d(width) check complete with 0 total errors (errmax= 2.4769e-07)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[3,1]"
*********************************************************
Generating perturbed configuration with delta-width[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 1.1235e-07)
d(Edge)/d(width) check complete with 0 total errors (errmax= 2.1139e-07)
d(Node)/d(width) check complete with 0 total errors (errmax= 6.1232e-17)
*********************************************************
Starting tessellation sensitivity wrt "width[4,1]"
*********************************************************
Generating perturbed configuration with delta-width[4,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 1.4256e-07)
d(Edge)/d(width) check complete with 0 total errors (errmax= 2.3599e-07)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[5,1]"
*********************************************************
Generating perturbed configuration with delta-width[5,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Rnose"
*********************************************************
Generating perturbed configuration with delta-Rnose[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(Rnose) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(Rnose) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(Rnose) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Rtail"
*********************************************************
Generating perturbed configuration with delta-Rtail[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(Rtail) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(Rtail) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(Rtail) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xbase) check complete with 0 total errors (errmax= 2.6059e-16)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 3.2077e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(ybase) check complete with 0 total errors (errmax= 9.6608e-17)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 1.0501e-16)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(zbase) check complete with 0 total errors (errmax= 8.1467e-17)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 8.4327e-17)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 2.278 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.4769e-07) with 0 suppressions
real 0m4.161s
user 0m0.000s
sys 0m0.062s
+ set +x
data\basic\designF0bb -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 102 / 275 )
data\basic\designF1bb.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designF1bb.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xloc[1,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[2,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[2,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 7.4528e-08)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 9.8201e-08)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[3,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 2.2660e-08)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 2.5475e-08)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[4,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[4,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 6.7021e-08)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 6.3969e-08)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[5,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[5,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[1,1]"
*********************************************************
Generating perturbed configuration with delta-height[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[2,1]"
*********************************************************
Generating perturbed configuration with delta-height[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 2.7125e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.6427e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 4.9304e-32)
*********************************************************
Starting tessellation sensitivity wrt "height[3,1]"
*********************************************************
Generating perturbed configuration with delta-height[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 5.2005e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 1.4408e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[4,1]"
*********************************************************
Generating perturbed configuration with delta-height[4,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 3.5519e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.7736e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[5,1]"
*********************************************************
Generating perturbed configuration with delta-height[5,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[1,1]"
*********************************************************
Generating perturbed configuration with delta-width[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[2,1]"
*********************************************************
Generating perturbed configuration with delta-width[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 1.0280e-07)
d(Edge)/d(width) check complete with 0 total errors (errmax= 2.4769e-07)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[3,1]"
*********************************************************
Generating perturbed configuration with delta-width[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 1.6419e-07)
d(Edge)/d(width) check complete with 0 total errors (errmax= 6.7933e-09)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[4,1]"
*********************************************************
Generating perturbed configuration with delta-width[4,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 1.0170e-07)
d(Edge)/d(width) check complete with 0 total errors (errmax= 2.3599e-07)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[5,1]"
*********************************************************
Generating perturbed configuration with delta-width[5,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Rnose"
*********************************************************
Generating perturbed configuration with delta-Rnose[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(Rnose) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(Rnose) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(Rnose) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Rtail"
*********************************************************
Generating perturbed configuration with delta-Rtail[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(Rtail) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(Rtail) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(Rtail) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xbase) check complete with 0 total errors (errmax= 2.3362e-16)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 3.2077e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(ybase) check complete with 0 total errors (errmax= 9.1839e-17)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 1.0501e-16)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(zbase) check complete with 0 total errors (errmax= 8.9605e-17)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 1.2194e-16)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 3.005 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.4769e-07) with 0 suppressions
real 0m4.444s
user 0m0.015s
sys 0m0.031s
+ set +x
data\basic\designF1bb -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 103 / 275 )
data\basic\designF1rr.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designF1rr.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xloc[1,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 6.3410e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 4.2354e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[2,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[2,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 1.4272e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 6.3962e-08)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[3,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 1.2912e-08)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 1.7481e-08)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[4,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[4,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 9.0065e-08)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 1.6308e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[5,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[5,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 4.5138e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 5.6194e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[1,1]"
*********************************************************
Generating perturbed configuration with delta-height[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 5.6606e-17)
d(Edge)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[2,1]"
*********************************************************
Generating perturbed configuration with delta-height[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 9.5460e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.0515e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[3,1]"
*********************************************************
Generating perturbed configuration with delta-height[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 4.5103e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.3688e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[4,1]"
*********************************************************
Generating perturbed configuration with delta-height[4,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 4.0379e-08)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.0341e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[5,1]"
*********************************************************
Generating perturbed configuration with delta-height[5,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 5.6606e-17)
d(Edge)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[1,1]"
*********************************************************
Generating perturbed configuration with delta-width[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 5.6606e-17)
d(Edge)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[2,1]"
*********************************************************
Generating perturbed configuration with delta-width[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 8.1344e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 4.8647e-09)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[3,1]"
*********************************************************
Generating perturbed configuration with delta-width[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 8.3529e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 5.9252e-09)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[4,1]"
*********************************************************
Generating perturbed configuration with delta-width[4,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 5.9801e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 1.7903e-08)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[5,1]"
*********************************************************
Generating perturbed configuration with delta-width[5,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 5.6606e-17)
d(Edge)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Rnose"
*********************************************************
Generating perturbed configuration with delta-Rnose[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(Rnose) check complete with 0 total errors (errmax= 2.7415e-07)
d(Edge)/d(Rnose) check complete with 0 total errors (errmax= 2.0171e-07)
d(Node)/d(Rnose) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Rtail"
*********************************************************
Generating perturbed configuration with delta-Rtail[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(Rtail) check complete with 0 total errors (errmax= 8.0563e-08)
d(Edge)/d(Rtail) check complete with 0 total errors (errmax= 1.1759e-07)
d(Node)/d(Rtail) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xbase) check complete with 0 total errors (errmax= 5.8276e-16)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 4.8530e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(ybase) check complete with 0 total errors (errmax= 1.0048e-16)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 2.0337e-19)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
real 0m6.395s
user 0m0.000s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(zbase) check complete with 0 total errors (errmax= 8.8985e-17)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 9.5332e-17)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 4.287 sec
Sensitivity checks complete with 0 total errors (max tess err= 6.3410e-07) with 0 suppressions
+ set +x
data\basic\designF1rr -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 104 / 275 )
data\basic\designF1rs.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designF1rs.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xloc[1,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 5.4293e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 4.1263e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[2,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[2,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 1.2040e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 6.1225e-08)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[3,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 1.4188e-08)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 1.7127e-08)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[4,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[4,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 1.2398e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 2.1441e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[5,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[5,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 4.4140e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 7.0335e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[1,1]"
*********************************************************
Generating perturbed configuration with delta-height[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 1.5382e-16)
d(Edge)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[2,1]"
*********************************************************
Generating perturbed configuration with delta-height[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 8.6741e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.5471e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[3,1]"
*********************************************************
Generating perturbed configuration with delta-height[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 4.3283e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 3.0945e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[4,1]"
*********************************************************
Generating perturbed configuration with delta-height[4,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 3.9440e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.4831e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[5,1]"
*********************************************************
Generating perturbed configuration with delta-height[5,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 1.5382e-16)
d(Edge)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[1,1]"
*********************************************************
Generating perturbed configuration with delta-width[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 1.5382e-16)
d(Edge)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[2,1]"
*********************************************************
Generating perturbed configuration with delta-width[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 6.7985e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 4.9526e-09)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[3,1]"
*********************************************************
Generating perturbed configuration with delta-width[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 7.2911e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 6.2386e-09)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[4,1]"
*********************************************************
Generating perturbed configuration with delta-width[4,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 5.8184e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 1.4911e-08)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[5,1]"
*********************************************************
Generating perturbed configuration with delta-width[5,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 1.5382e-16)
d(Edge)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Rnose"
*********************************************************
Generating perturbed configuration with delta-Rnose[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(Rnose) check complete with 0 total errors (errmax= 2.3787e-07)
d(Edge)/d(Rnose) check complete with 0 total errors (errmax= 1.9297e-07)
d(Node)/d(Rnose) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Rtail"
*********************************************************
Generating perturbed configuration with delta-Rtail[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(Rtail) check complete with 0 total errors (errmax= 1.5382e-16)
d(Edge)/d(Rtail) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(Rtail) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xbase) check complete with 0 total errors (errmax= 6.0707e-16)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 4.9364e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(ybase) check complete with 0 total errors (errmax= 1.6917e-16)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 1.8186e-19)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
real 0m6.179s
user 0m0.031s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(zbase) check complete with 0 total errors (errmax= 1.6533e-16)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 8.5714e-17)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 4.171 sec
Sensitivity checks complete with 0 total errors (max tess err= 7.0335e-07) with 0 suppressions
+ set +x
data\basic\designF1rs -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 105 / 275 )
data\basic\designF1sr.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designF1sr.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xloc[1,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 5.6400e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 3.6905e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[2,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[2,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 1.5835e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 9.2439e-08)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[3,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 9.5396e-09)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 1.3916e-08)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[4,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[4,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 7.1733e-08)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 1.6015e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[5,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[5,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 3.6434e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 5.4548e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[1,1]"
*********************************************************
Generating perturbed configuration with delta-height[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 1.3723e-16)
d(Edge)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[2,1]"
*********************************************************
Generating perturbed configuration with delta-height[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 9.6756e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.3170e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[3,1]"
*********************************************************
Generating perturbed configuration with delta-height[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 4.6143e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.2213e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[4,1]"
*********************************************************
Generating perturbed configuration with delta-height[4,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 3.2718e-08)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.1127e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[5,1]"
*********************************************************
Generating perturbed configuration with delta-height[5,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 1.3723e-16)
d(Edge)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[1,1]"
*********************************************************
Generating perturbed configuration with delta-width[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 1.3723e-16)
d(Edge)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[2,1]"
*********************************************************
Generating perturbed configuration with delta-width[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 5.6148e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 5.2371e-09)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[3,1]"
*********************************************************
Generating perturbed configuration with delta-width[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 6.8093e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 5.6790e-09)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[4,1]"
*********************************************************
Generating perturbed configuration with delta-width[4,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 4.3612e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 1.7604e-08)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[5,1]"
*********************************************************
Generating perturbed configuration with delta-width[5,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 1.3723e-16)
d(Edge)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Rnose"
*********************************************************
Generating perturbed configuration with delta-Rnose[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(Rnose) check complete with 0 total errors (errmax= 1.3723e-16)
d(Edge)/d(Rnose) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(Rnose) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Rtail"
*********************************************************
Generating perturbed configuration with delta-Rtail[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(Rtail) check complete with 0 total errors (errmax= 6.6008e-08)
d(Edge)/d(Rtail) check complete with 0 total errors (errmax= 1.1547e-07)
d(Node)/d(Rtail) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xbase) check complete with 0 total errors (errmax= 6.8791e-16)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 4.5397e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(ybase) check complete with 0 total errors (errmax= 1.5573e-16)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 2.0795e-19)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
real 0m6.303s
user 0m0.000s
sys 0m0.030s
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(zbase) check complete with 0 total errors (errmax= 1.4788e-16)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 9.3632e-17)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 4.086 sec
Sensitivity checks complete with 0 total errors (max tess err= 5.6400e-07) with 0 suppressions
+ set +x
data\basic\designF1sr -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 106 / 275 )
data\basic\designF1ss.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designF1ss.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xloc[1,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 5.1751e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 3.6181e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[2,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[2,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 1.4612e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 8.8591e-08)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[3,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 1.1062e-08)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 1.3823e-08)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[4,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[4,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 1.0326e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 2.1086e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[5,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[5,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xloc) check complete with 0 total errors (errmax= 3.6916e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 6.8710e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[1,1]"
*********************************************************
Generating perturbed configuration with delta-height[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 1.4997e-16)
d(Edge)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[2,1]"
*********************************************************
Generating perturbed configuration with delta-height[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 9.0765e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.7345e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[3,1]"
*********************************************************
Generating perturbed configuration with delta-height[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 4.3958e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.9706e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[4,1]"
*********************************************************
Generating perturbed configuration with delta-height[4,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 4.0390e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.5295e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[5,1]"
*********************************************************
Generating perturbed configuration with delta-height[5,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(height) check complete with 0 total errors (errmax= 1.4997e-16)
d(Edge)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[1,1]"
*********************************************************
Generating perturbed configuration with delta-width[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 1.4997e-16)
d(Edge)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[2,1]"
*********************************************************
Generating perturbed configuration with delta-width[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 5.0896e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 5.2872e-09)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[3,1]"
*********************************************************
Generating perturbed configuration with delta-width[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 6.5119e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 6.0143e-09)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[4,1]"
*********************************************************
Generating perturbed configuration with delta-width[4,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 4.6165e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 1.4690e-08)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[5,1]"
*********************************************************
Generating perturbed configuration with delta-width[5,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(width) check complete with 0 total errors (errmax= 1.4997e-16)
d(Edge)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Rnose"
*********************************************************
Generating perturbed configuration with delta-Rnose[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(Rnose) check complete with 0 total errors (errmax= 1.4997e-16)
d(Edge)/d(Rnose) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(Rnose) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Rtail"
*********************************************************
Generating perturbed configuration with delta-Rtail[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(Rtail) check complete with 0 total errors (errmax= 1.4997e-16)
d(Edge)/d(Rtail) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(Rtail) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xbase) check complete with 0 total errors (errmax= 6.8181e-16)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 4.6518e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(ybase) check complete with 0 total errors (errmax= 1.6268e-16)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 1.8521e-19)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
real 0m6.236s
user 0m0.031s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(zbase) check complete with 0 total errors (errmax= 1.5844e-16)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 8.2873e-17)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 3.927 sec
Sensitivity checks complete with 0 total errors (max tess err= 6.8710e-07) with 0 suppressions
+ set +x
data\basic\designF1ss -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 107 / 275 )
data\basic\designF2bb.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designF2bb.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xloc[1,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[2,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[2,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(xloc) check complete with 0 total errors (errmax= 4.4628e-08)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 7.0830e-08)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[3,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(xloc) check complete with 0 total errors (errmax= 1.2409e-08)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 1.2604e-08)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[4,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[4,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(xloc) check complete with 0 total errors (errmax= 4.6641e-08)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 2.3676e-08)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[5,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[5,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[1,1]"
*********************************************************
Generating perturbed configuration with delta-height[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[2,1]"
*********************************************************
Generating perturbed configuration with delta-height[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(height) check complete with 0 total errors (errmax= 2.7582e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.6902e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 4.9304e-32)
*********************************************************
Starting tessellation sensitivity wrt "height[3,1]"
*********************************************************
Generating perturbed configuration with delta-height[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(height) check complete with 0 total errors (errmax= 3.4006e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 1.5116e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[4,1]"
*********************************************************
Generating perturbed configuration with delta-height[4,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(height) check complete with 0 total errors (errmax= 3.9174e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.8353e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[5,1]"
*********************************************************
Generating perturbed configuration with delta-height[5,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[1,1]"
*********************************************************
Generating perturbed configuration with delta-width[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[2,1]"
*********************************************************
Generating perturbed configuration with delta-width[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(width) check complete with 0 total errors (errmax= 1.1043e-07)
d(Edge)/d(width) check complete with 0 total errors (errmax= 2.4769e-07)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[3,1]"
*********************************************************
Generating perturbed configuration with delta-width[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(width) check complete with 0 total errors (errmax= 1.4881e-07)
d(Edge)/d(width) check complete with 0 total errors (errmax= 4.0136e-09)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[4,1]"
*********************************************************
Generating perturbed configuration with delta-width[4,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(width) check complete with 0 total errors (errmax= 1.0978e-07)
d(Edge)/d(width) check complete with 0 total errors (errmax= 2.3599e-07)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[5,1]"
*********************************************************
Generating perturbed configuration with delta-width[5,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Rnose"
*********************************************************
Generating perturbed configuration with delta-Rnose[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(Rnose) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(Rnose) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(Rnose) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Rtail"
*********************************************************
Generating perturbed configuration with delta-Rtail[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(Rtail) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(Rtail) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(Rtail) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(xbase) check complete with 0 total errors (errmax= 2.5498e-16)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 3.2077e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(ybase) check complete with 0 total errors (errmax= 9.7194e-17)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 1.0501e-16)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
real 0m2.712s
user 0m0.000s
sys 0m0.062s
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(zbase) check complete with 0 total errors (errmax= 8.6064e-17)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 1.3987e-16)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 1.550 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.4769e-07) with 0 suppressions
+ set +x
data\basic\designF2bb -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 108 / 275 )
data\basic\designF2rr.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designF2rr.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xloc[1,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 6.0242e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 3.6311e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[2,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[2,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 1.5543e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 4.6816e-08)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[3,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 1.2793e-08)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 1.1164e-08)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[4,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[4,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 1.1110e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 2.2255e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[5,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[5,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 5.1098e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 6.8534e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[1,1]"
*********************************************************
Generating perturbed configuration with delta-height[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 5.5908e-17)
d(Edge)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[2,1]"
*********************************************************
Generating perturbed configuration with delta-height[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 1.0086e-08)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.0774e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[3,1]"
*********************************************************
Generating perturbed configuration with delta-height[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 3.8719e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.3984e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[4,1]"
*********************************************************
Generating perturbed configuration with delta-height[4,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 3.9202e-08)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.0023e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[5,1]"
*********************************************************
Generating perturbed configuration with delta-height[5,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 5.5908e-17)
d(Edge)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[1,1]"
*********************************************************
Generating perturbed configuration with delta-width[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 5.5908e-17)
d(Edge)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[2,1]"
*********************************************************
Generating perturbed configuration with delta-width[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 8.2069e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 4.7560e-09)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[3,1]"
*********************************************************
Generating perturbed configuration with delta-width[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 7.2145e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 4.9065e-09)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[4,1]"
*********************************************************
Generating perturbed configuration with delta-width[4,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 5.7790e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 1.7277e-08)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[5,1]"
*********************************************************
Generating perturbed configuration with delta-width[5,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 5.5908e-17)
d(Edge)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Rnose"
*********************************************************
Generating perturbed configuration with delta-Rnose[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(Rnose) check complete with 0 total errors (errmax= 2.6718e-07)
d(Edge)/d(Rnose) check complete with 0 total errors (errmax= 2.0505e-07)
d(Node)/d(Rnose) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Rtail"
*********************************************************
Generating perturbed configuration with delta-Rtail[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(Rtail) check complete with 0 total errors (errmax= 7.8147e-08)
d(Edge)/d(Rtail) check complete with 0 total errors (errmax= 1.1390e-07)
d(Node)/d(Rtail) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xbase) check complete with 0 total errors (errmax= 5.5515e-16)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 4.2636e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(ybase) check complete with 0 total errors (errmax= 1.0709e-16)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 2.2857e-19)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(zbase) check complete with 0 total errors (errmax= 9.2040e-17)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 1.0490e-16)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 2.605 sec
Sensitivity checks complete with 0 total errors (max tess err= 6.8534e-07) with 0 suppressions
real 0m4.050s
user 0m0.015s
sys 0m0.015s
+ set +x
data\basic\designF2rr -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 109 / 275 )
data\basic\designF2rs.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designF2rs.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xloc[1,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 5.0999e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 3.4842e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[2,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[2,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 1.2991e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 4.2081e-08)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[3,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 1.1048e-08)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 1.0818e-08)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[4,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[4,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 1.3184e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 2.3811e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[5,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[5,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 4.7495e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 7.5388e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[1,1]"
*********************************************************
Generating perturbed configuration with delta-height[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 1.3756e-16)
d(Edge)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[2,1]"
*********************************************************
Generating perturbed configuration with delta-height[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 8.8339e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.5854e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[3,1]"
*********************************************************
Generating perturbed configuration with delta-height[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 3.6413e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.9264e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[4,1]"
*********************************************************
Generating perturbed configuration with delta-height[4,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 3.9298e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.4567e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[5,1]"
*********************************************************
Generating perturbed configuration with delta-height[5,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 1.3756e-16)
d(Edge)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[1,1]"
*********************************************************
Generating perturbed configuration with delta-width[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 1.3756e-16)
d(Edge)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[2,1]"
*********************************************************
Generating perturbed configuration with delta-width[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 7.1847e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 4.7220e-09)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[3,1]"
*********************************************************
Generating perturbed configuration with delta-width[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 6.4388e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 5.1847e-09)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[4,1]"
*********************************************************
Generating perturbed configuration with delta-width[4,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 5.8290e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 1.4789e-08)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[5,1]"
*********************************************************
Generating perturbed configuration with delta-width[5,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 1.3756e-16)
d(Edge)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Rnose"
*********************************************************
Generating perturbed configuration with delta-Rnose[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(Rnose) check complete with 0 total errors (errmax= 2.4150e-07)
d(Edge)/d(Rnose) check complete with 0 total errors (errmax= 1.9633e-07)
d(Node)/d(Rnose) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Rtail"
*********************************************************
Generating perturbed configuration with delta-Rtail[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(Rtail) check complete with 0 total errors (errmax= 1.3756e-16)
d(Edge)/d(Rtail) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(Rtail) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xbase) check complete with 0 total errors (errmax= 6.1755e-16)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 4.5980e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(ybase) check complete with 0 total errors (errmax= 1.5554e-16)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 1.8218e-19)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
real 0m4.515s
user 0m0.000s
sys 0m0.030s
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(zbase) check complete with 0 total errors (errmax= 1.5537e-16)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 1.1455e-16)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 2.906 sec
Sensitivity checks complete with 0 total errors (max tess err= 7.5388e-07) with 0 suppressions
+ set +x
data\basic\designF2rs -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 110 / 275 )
data\basic\designF2sr.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designF2sr.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xloc[1,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 5.3654e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 3.1102e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[2,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[2,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 1.5695e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 7.1886e-08)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[3,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 1.0546e-08)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 1.0859e-08)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[4,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[4,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 8.6285e-08)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 2.1184e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[5,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[5,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 4.1133e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 6.5045e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[1,1]"
*********************************************************
Generating perturbed configuration with delta-height[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 8.2632e-17)
d(Edge)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[2,1]"
*********************************************************
Generating perturbed configuration with delta-height[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 8.8735e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.1910e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[3,1]"
*********************************************************
Generating perturbed configuration with delta-height[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 4.0478e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.2588e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[4,1]"
*********************************************************
Generating perturbed configuration with delta-height[4,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 3.3473e-08)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.2830e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[5,1]"
*********************************************************
Generating perturbed configuration with delta-height[5,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 8.2632e-17)
d(Edge)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[1,1]"
*********************************************************
Generating perturbed configuration with delta-width[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 8.2632e-17)
d(Edge)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[2,1]"
*********************************************************
Generating perturbed configuration with delta-width[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 5.6965e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 4.5716e-09)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[3,1]"
*********************************************************
Generating perturbed configuration with delta-width[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 5.8988e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 4.6048e-09)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[4,1]"
*********************************************************
Generating perturbed configuration with delta-width[4,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 4.3903e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 1.6764e-08)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[5,1]"
*********************************************************
Generating perturbed configuration with delta-width[5,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 8.2632e-17)
d(Edge)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Rnose"
*********************************************************
Generating perturbed configuration with delta-Rnose[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(Rnose) check complete with 0 total errors (errmax= 8.2632e-17)
d(Edge)/d(Rnose) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(Rnose) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Rtail"
*********************************************************
Generating perturbed configuration with delta-Rtail[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(Rtail) check complete with 0 total errors (errmax= 6.5949e-08)
d(Edge)/d(Rtail) check complete with 0 total errors (errmax= 1.1205e-07)
d(Node)/d(Rtail) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xbase) check complete with 0 total errors (errmax= 6.8333e-16)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 4.6261e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(ybase) check complete with 0 total errors (errmax= 1.1785e-16)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 2.3156e-19)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
real 0m4.226s
user 0m0.000s
sys 0m0.000s
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(zbase) check complete with 0 total errors (errmax= 1.0394e-16)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 9.0538e-17)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 2.744 sec
Sensitivity checks complete with 0 total errors (max tess err= 6.5045e-07) with 0 suppressions
+ set +x
data\basic\designF2sr -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 111 / 275 )
data\basic\designF2ss.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designF2ss.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xloc[1,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 4.7087e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 3.0148e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[2,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[2,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 1.3835e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 6.8104e-08)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[3,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 1.0256e-08)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 1.0798e-08)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[4,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[4,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 1.1141e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 2.3182e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xloc[5,1]"
*********************************************************
Generating perturbed configuration with delta-xloc[5,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xloc) check complete with 0 total errors (errmax= 4.0399e-07)
d(Edge)/d(xloc) check complete with 0 total errors (errmax= 7.2595e-07)
d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[1,1]"
*********************************************************
Generating perturbed configuration with delta-height[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 1.4945e-16)
d(Edge)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[2,1]"
*********************************************************
Generating perturbed configuration with delta-height[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 8.2145e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.6507e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[3,1]"
*********************************************************
Generating perturbed configuration with delta-height[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 3.8626e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.8844e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[4,1]"
*********************************************************
Generating perturbed configuration with delta-height[4,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 3.9729e-09)
d(Edge)/d(height) check complete with 0 total errors (errmax= 2.6617e-09)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "height[5,1]"
*********************************************************
Generating perturbed configuration with delta-height[5,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(height) check complete with 0 total errors (errmax= 1.4945e-16)
d(Edge)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(height) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[1,1]"
*********************************************************
Generating perturbed configuration with delta-width[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 1.4945e-16)
d(Edge)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[2,1]"
*********************************************************
Generating perturbed configuration with delta-width[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 5.8421e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 4.5872e-09)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[3,1]"
*********************************************************
Generating perturbed configuration with delta-width[3,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 5.6395e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 4.9849e-09)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[4,1]"
*********************************************************
Generating perturbed configuration with delta-width[4,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 4.5070e-08)
d(Edge)/d(width) check complete with 0 total errors (errmax= 1.4485e-08)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "width[5,1]"
*********************************************************
Generating perturbed configuration with delta-width[5,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(width) check complete with 0 total errors (errmax= 1.4945e-16)
d(Edge)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(width) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Rnose"
*********************************************************
Generating perturbed configuration with delta-Rnose[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(Rnose) check complete with 0 total errors (errmax= 1.4945e-16)
d(Edge)/d(Rnose) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(Rnose) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Rtail"
*********************************************************
Generating perturbed configuration with delta-Rtail[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(Rtail) check complete with 0 total errors (errmax= 1.4945e-16)
d(Edge)/d(Rtail) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(Rtail) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xbase"
*********************************************************
Generating perturbed configuration with delta-xbase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xbase) check complete with 0 total errors (errmax= 7.0098e-16)
d(Edge)/d(xbase) check complete with 0 total errors (errmax= 4.4166e-16)
d(Node)/d(xbase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ybase"
*********************************************************
Generating perturbed configuration with delta-ybase[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(ybase) check complete with 0 total errors (errmax= 1.6268e-16)
d(Edge)/d(ybase) check complete with 0 total errors (errmax= 1.9157e-19)
d(Node)/d(ybase) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zbase"
*********************************************************
Generating perturbed configuration with delta-zbase[1,1]= 0.00100000
real 0m4.347s
user 0m0.000s
sys 0m0.046s
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(zbase) check complete with 0 total errors (errmax= 1.6064e-16)
d(Edge)/d(zbase) check complete with 0 total errors (errmax= 8.5487e-17)
d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 2.644 sec
Sensitivity checks complete with 0 total errors (max tess err= 7.2595e-07) with 0 suppressions
+ set +x
data\basic\designF2ss -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 112 / 275 )
data\basic\designG0.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designG0.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "area"
*********************************************************
Generating perturbed configuration with delta-area[1,1]= 0.04000000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(area) check complete with 0 total errors (errmax= 8.8344e-07)
d(Edge)/d(area) check complete with 0 total errors (errmax= 9.2804e-07)
d(Node)/d(area) check complete with 0 total errors (errmax= 1.3205e-06)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(aspect) check complete with 0 total errors (errmax= 8.8344e-07)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 1.2242e-06)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 1.4135e-06)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(taper) check complete with 0 total errors (errmax= 2.1260e-07)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 1.4511e-06)
d(Node)/d(taper) check complete with 0 total errors (errmax= 1.6755e-06)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.01500000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(twist) check complete with 0 total errors (errmax= 1.4889e-16)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(twist) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.03000000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 5.4801e-07)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 7.4495e-07)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 1.4932e-06)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 4.1660e-10)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
*********************************************************
Starting tessellation sensitivity wrt "thick_r"
*********************************************************
Generating perturbed configuration with delta-thick_r[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(thick_r) check complete with 0 total errors (errmax= 1.3332e-07)
d(Edge)/d(thick_r) check complete with 0 total errors (errmax= 1.0818e-07)
d(Node)/d(thick_r) check complete with 0 total errors (errmax= 8.6736e-19)
*********************************************************
Starting tessellation sensitivity wrt "camber_r"
*********************************************************
Generating perturbed configuration with delta-camber_r[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(camber_r) check complete with 0 total errors (errmax= 5.7225e-07)
d(Edge)/d(camber_r) check complete with 0 total errors (errmax= 5.2098e-07)
d(Node)/d(camber_r) check complete with 0 total errors (errmax= 2.6073e-08)
*********************************************************
Starting tessellation sensitivity wrt "thick_t"
*********************************************************
Generating perturbed configuration with delta-thick_t[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(thick_t) check complete with 0 total errors (errmax= 1.4889e-16)
d(Edge)/d(thick_t) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(thick_t) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber_t"
*********************************************************
Generating perturbed configuration with delta-camber_t[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(camber_t) check complete with 0 total errors (errmax= 1.4889e-16)
d(Edge)/d(camber_t) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(camber_t) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.046 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.6755e-06) with 0 suppressions
real 0m1.365s
user 0m0.000s
sys 0m0.031s
+ set +x
data\basic\designG0 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 113 / 275 )
data\basic\designG1.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designG1.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "area"
*********************************************************
Generating perturbed configuration with delta-area[1,1]= 0.04000000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(area) check complete with 0 total errors (errmax= 8.8344e-07)
d(Edge)/d(area) check complete with 0 total errors (errmax= 9.3328e-07)
d(Node)/d(area) check complete with 0 total errors (errmax= 1.1519e-06)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(aspect) check complete with 0 total errors (errmax= 8.8344e-07)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 9.4587e-07)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 1.4135e-06)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(taper) check complete with 0 total errors (errmax= 1.2194e-07)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 9.1416e-07)
d(Node)/d(taper) check complete with 0 total errors (errmax= 1.6755e-06)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.01500000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(twist) check complete with 0 total errors (errmax= 3.6039e-09)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 3.5415e-08)
d(Node)/d(twist) check complete with 0 total errors (errmax= 6.4619e-08)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.03000000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 4.6461e-07)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 8.8291e-07)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 1.4932e-06)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
*********************************************************
Starting tessellation sensitivity wrt "thick_r"
*********************************************************
Generating perturbed configuration with delta-thick_r[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(thick_r) check complete with 0 total errors (errmax= 4.6611e-05)
d(Edge)/d(thick_r) check complete with 0 total errors (errmax= 2.6129e-07)
d(Node)/d(thick_r) check complete with 0 total errors (errmax= 8.6736e-19)
*********************************************************
Starting tessellation sensitivity wrt "camber_r"
*********************************************************
Generating perturbed configuration with delta-camber_r[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(camber_r) check complete with 0 total errors (errmax= 1.1852e-05)
d(Edge)/d(camber_r) check complete with 0 total errors (errmax= 5.2015e-07)
d(Node)/d(camber_r) check complete with 0 total errors (errmax= 2.6073e-08)
*********************************************************
Starting tessellation sensitivity wrt "thick_t"
*********************************************************
Generating perturbed configuration with delta-thick_t[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(thick_t) check complete with 0 total errors (errmax= 4.2612e-05)
d(Edge)/d(thick_t) check complete with 0 total errors (errmax= 1.3218e-07)
d(Node)/d(thick_t) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber_t"
*********************************************************
Generating perturbed configuration with delta-camber_t[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(camber_t) check complete with 0 total errors (errmax= 7.4374e-06)
d(Edge)/d(camber_t) check complete with 0 total errors (errmax= 4.4772e-07)
d(Node)/d(camber_t) check complete with 0 total errors (errmax= 2.1999e-08)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 6.133 sec
Sensitivity checks complete with 0 total errors (max tess err= 4.6611e-05) with 0 suppressions
real 0m10.307s
user 0m0.000s
sys 0m0.015s
+ set +x
data\basic\designG1 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 114 / 275 )
data\basic\designG2.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designG2.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "area"
*********************************************************
Generating perturbed configuration with delta-area[1,1]= 0.04000000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(area) check complete with 0 total errors (errmax= 8.8344e-07)
d(Edge)/d(area) check complete with 0 total errors (errmax= 9.3328e-07)
d(Node)/d(area) check complete with 0 total errors (errmax= 1.1519e-06)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(area) check complete with 0 total errors (errmax= 8.8344e-07)
d(Edge)/d(area) check complete with 0 total errors (errmax= 9.3328e-07)
d(Node)/d(area) check complete with 0 total errors (errmax= 1.1519e-06)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(aspect) check complete with 0 total errors (errmax= 8.8344e-07)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 9.4587e-07)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 1.4135e-06)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(aspect) check complete with 0 total errors (errmax= 8.8344e-07)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 9.4587e-07)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 1.4135e-06)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(taper) check complete with 0 total errors (errmax= 1.2194e-07)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 9.1416e-07)
d(Node)/d(taper) check complete with 0 total errors (errmax= 1.6755e-06)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(taper) check complete with 0 total errors (errmax= 1.2161e-07)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 9.1416e-07)
d(Node)/d(taper) check complete with 0 total errors (errmax= 1.6755e-06)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.01500000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(twist) check complete with 0 total errors (errmax= 3.6039e-09)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 3.5415e-08)
d(Node)/d(twist) check complete with 0 total errors (errmax= 6.4619e-08)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(twist) check complete with 0 total errors (errmax= 3.5998e-09)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 3.5415e-08)
d(Node)/d(twist) check complete with 0 total errors (errmax= 6.4619e-08)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.03000000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 4.6461e-07)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 8.8291e-07)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 1.4932e-06)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 4.6711e-07)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 8.8291e-07)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 1.4932e-06)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
*********************************************************
Starting tessellation sensitivity wrt "thick_r"
*********************************************************
Generating perturbed configuration with delta-thick_r[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(thick_r) check complete with 0 total errors (errmax= 4.6611e-05)
d(Edge)/d(thick_r) check complete with 0 total errors (errmax= 2.6129e-07)
d(Node)/d(thick_r) check complete with 0 total errors (errmax= 8.6736e-19)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(thick_r) check complete with 0 total errors (errmax= 4.6642e-05)
d(Edge)/d(thick_r) check complete with 0 total errors (errmax= 2.6129e-07)
d(Node)/d(thick_r) check complete with 0 total errors (errmax= 8.6736e-19)
*********************************************************
Starting tessellation sensitivity wrt "camber_r"
*********************************************************
Generating perturbed configuration with delta-camber_r[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(camber_r) check complete with 0 total errors (errmax= 1.1852e-05)
d(Edge)/d(camber_r) check complete with 0 total errors (errmax= 5.2015e-07)
d(Node)/d(camber_r) check complete with 0 total errors (errmax= 2.6073e-08)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(camber_r) check complete with 0 total errors (errmax= 1.1926e-05)
d(Edge)/d(camber_r) check complete with 0 total errors (errmax= 5.2015e-07)
d(Node)/d(camber_r) check complete with 0 total errors (errmax= 2.6073e-08)
*********************************************************
Starting tessellation sensitivity wrt "thick_t"
*********************************************************
Generating perturbed configuration with delta-thick_t[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(thick_t) check complete with 0 total errors (errmax= 4.2612e-05)
d(Edge)/d(thick_t) check complete with 0 total errors (errmax= 1.3218e-07)
d(Node)/d(thick_t) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(thick_t) check complete with 0 total errors (errmax= 4.2680e-05)
d(Edge)/d(thick_t) check complete with 0 total errors (errmax= 1.3218e-07)
d(Node)/d(thick_t) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber_t"
*********************************************************
Generating perturbed configuration with delta-camber_t[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(camber_t) check complete with 0 total errors (errmax= 7.4374e-06)
d(Edge)/d(camber_t) check complete with 0 total errors (errmax= 4.4772e-07)
d(Node)/d(camber_t) check complete with 0 total errors (errmax= 2.1999e-08)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(camber_t) check complete with 0 total errors (errmax= 7.4161e-06)
d(Edge)/d(camber_t) check complete with 0 total errors (errmax= 4.4772e-07)
d(Node)/d(camber_t) check complete with 0 total errors (errmax= 2.1999e-08)
*********************************************************
Starting tessellation sensitivity wrt "dxwing"
*********************************************************
Generating perturbed configuration with delta-dxwing[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(dxwing) check complete with 0 total errors (errmax= 7.9732e-17)
d(Edge)/d(dxwing) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dxwing) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(dxwing) check complete with 0 total errors (errmax= 1.2499e-15)
d(Edge)/d(dxwing) check complete with 0 total errors (errmax= 2.0040e-15)
d(Node)/d(dxwing) check complete with 0 total errors (errmax= 1.7764e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 12.741 sec
Sensitivity checks complete with 0 total errors (max tess err= 4.6642e-05) with 0 suppressions
real 0m19.291s
user 0m0.046s
sys 0m0.031s
+ set +x
data\basic\designG2 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 115 / 275 )
data\basic\designG3.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designG3.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "area"
*********************************************************
Generating perturbed configuration with delta-area[1,1]= 0.04000000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(area) check complete with 0 total errors (errmax= 8.8344e-07)
d(Edge)/d(area) check complete with 0 total errors (errmax= 9.3328e-07)
d(Node)/d(area) check complete with 0 total errors (errmax= 1.1519e-06)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(aspect) check complete with 0 total errors (errmax= 8.8344e-07)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 9.4587e-07)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 1.4135e-06)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(taper) check complete with 0 total errors (errmax= 1.2194e-07)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 9.1416e-07)
d(Node)/d(taper) check complete with 0 total errors (errmax= 1.6755e-06)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.01500000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(twist) check complete with 0 total errors (errmax= 3.6039e-09)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 3.5415e-08)
d(Node)/d(twist) check complete with 0 total errors (errmax= 6.4619e-08)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.03000000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 4.6461e-07)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 8.8291e-07)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 1.4932e-06)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
*********************************************************
Starting tessellation sensitivity wrt "thick_r"
*********************************************************
Generating perturbed configuration with delta-thick_r[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(thick_r) check complete with 0 total errors (errmax= 4.6611e-05)
d(Edge)/d(thick_r) check complete with 0 total errors (errmax= 2.6129e-07)
d(Node)/d(thick_r) check complete with 0 total errors (errmax= 8.6736e-19)
*********************************************************
Starting tessellation sensitivity wrt "camber_r"
*********************************************************
Generating perturbed configuration with delta-camber_r[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(camber_r) check complete with 0 total errors (errmax= 1.1852e-05)
d(Edge)/d(camber_r) check complete with 0 total errors (errmax= 5.2015e-07)
d(Node)/d(camber_r) check complete with 0 total errors (errmax= 2.6073e-08)
*********************************************************
Starting tessellation sensitivity wrt "thick_t"
*********************************************************
Generating perturbed configuration with delta-thick_t[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(thick_t) check complete with 0 total errors (errmax= 4.2612e-05)
d(Edge)/d(thick_t) check complete with 0 total errors (errmax= 1.3218e-07)
d(Node)/d(thick_t) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber_t"
*********************************************************
Generating perturbed configuration with delta-camber_t[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(camber_t) check complete with 0 total errors (errmax= 7.4374e-06)
d(Edge)/d(camber_t) check complete with 0 total errors (errmax= 4.4772e-07)
d(Node)/d(camber_t) check complete with 0 total errors (errmax= 2.1999e-08)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 6.284 sec
Sensitivity checks complete with 0 total errors (max tess err= 4.6611e-05) with 0 suppressions
real 0m10.705s
user 0m0.000s
sys 0m0.047s
+ set +x
data\basic\designG3 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 116 / 275 )
data\basic\designG4.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designG4.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "area"
*********************************************************
Generating perturbed configuration with delta-area[1,1]= 0.04000000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(area) check complete with 0 total errors (errmax= 8.8344e-07)
d(Edge)/d(area) check complete with 0 total errors (errmax= 9.3328e-07)
d(Node)/d(area) check complete with 0 total errors (errmax= 1.1519e-06)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(area) check complete with 0 total errors (errmax= 8.8344e-07)
d(Edge)/d(area) check complete with 0 total errors (errmax= 9.3328e-07)
d(Node)/d(area) check complete with 0 total errors (errmax= 1.1519e-06)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(aspect) check complete with 0 total errors (errmax= 8.8344e-07)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 9.4587e-07)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 1.4135e-06)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(aspect) check complete with 0 total errors (errmax= 8.8344e-07)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 9.4587e-07)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 1.4135e-06)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(taper) check complete with 0 total errors (errmax= 1.2194e-07)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 9.1416e-07)
d(Node)/d(taper) check complete with 0 total errors (errmax= 1.6755e-06)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(taper) check complete with 0 total errors (errmax= 1.2161e-07)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 9.1416e-07)
d(Node)/d(taper) check complete with 0 total errors (errmax= 1.6755e-06)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.01500000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(twist) check complete with 0 total errors (errmax= 3.6039e-09)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 3.5415e-08)
d(Node)/d(twist) check complete with 0 total errors (errmax= 6.4619e-08)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(twist) check complete with 0 total errors (errmax= 3.5998e-09)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 3.5415e-08)
d(Node)/d(twist) check complete with 0 total errors (errmax= 6.4619e-08)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.03000000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 4.6461e-07)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 8.8291e-07)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 1.4932e-06)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 4.6711e-07)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 8.8291e-07)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 1.4932e-06)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
*********************************************************
Starting tessellation sensitivity wrt "thick_r"
*********************************************************
Generating perturbed configuration with delta-thick_r[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(thick_r) check complete with 0 total errors (errmax= 4.6611e-05)
d(Edge)/d(thick_r) check complete with 0 total errors (errmax= 2.6129e-07)
d(Node)/d(thick_r) check complete with 0 total errors (errmax= 8.6736e-19)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(thick_r) check complete with 0 total errors (errmax= 4.6642e-05)
d(Edge)/d(thick_r) check complete with 0 total errors (errmax= 2.6129e-07)
d(Node)/d(thick_r) check complete with 0 total errors (errmax= 8.6736e-19)
*********************************************************
Starting tessellation sensitivity wrt "camber_r"
*********************************************************
Generating perturbed configuration with delta-camber_r[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(camber_r) check complete with 0 total errors (errmax= 1.1852e-05)
d(Edge)/d(camber_r) check complete with 0 total errors (errmax= 5.2015e-07)
d(Node)/d(camber_r) check complete with 0 total errors (errmax= 2.6073e-08)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(camber_r) check complete with 0 total errors (errmax= 1.1926e-05)
d(Edge)/d(camber_r) check complete with 0 total errors (errmax= 5.2015e-07)
d(Node)/d(camber_r) check complete with 0 total errors (errmax= 2.6073e-08)
*********************************************************
Starting tessellation sensitivity wrt "thick_t"
*********************************************************
Generating perturbed configuration with delta-thick_t[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(thick_t) check complete with 0 total errors (errmax= 4.2612e-05)
d(Edge)/d(thick_t) check complete with 0 total errors (errmax= 1.3218e-07)
d(Node)/d(thick_t) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(thick_t) check complete with 0 total errors (errmax= 4.2680e-05)
d(Edge)/d(thick_t) check complete with 0 total errors (errmax= 1.3218e-07)
d(Node)/d(thick_t) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "camber_t"
*********************************************************
Generating perturbed configuration with delta-camber_t[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(camber_t) check complete with 0 total errors (errmax= 7.4374e-06)
d(Edge)/d(camber_t) check complete with 0 total errors (errmax= 4.4772e-07)
d(Node)/d(camber_t) check complete with 0 total errors (errmax= 2.1999e-08)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(camber_t) check complete with 0 total errors (errmax= 7.4161e-06)
d(Edge)/d(camber_t) check complete with 0 total errors (errmax= 4.4772e-07)
d(Node)/d(camber_t) check complete with 0 total errors (errmax= 2.1999e-08)
*********************************************************
Starting tessellation sensitivity wrt "dxwing"
*********************************************************
Generating perturbed configuration with delta-dxwing[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(dxwing) check complete with 0 total errors (errmax= 7.9732e-17)
d(Edge)/d(dxwing) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dxwing) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(dxwing) check complete with 0 total errors (errmax= 1.2499e-15)
d(Edge)/d(dxwing) check complete with 0 total errors (errmax= 2.0040e-15)
d(Node)/d(dxwing) check complete with 0 total errors (errmax= 1.7764e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 12.396 sec
Sensitivity checks complete with 0 total errors (max tess err= 4.6642e-05) with 0 suppressions
real 0m18.787s
user 0m0.000s
sys 0m0.015s
+ set +x
data\basic\designG4 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 117 / 275 )
data\basic\designG5.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designG5.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "area"
*********************************************************
Generating perturbed configuration with delta-area[1,1]= 0.04000000
Computing analytic sensitivities (if possible) for ibody=12
Tests suppressed for ibody= 12, iface= 3
Tests suppressed for ibody= 12, iface= 4
Tests suppressed for ibody= 12, iface= 7
Tests suppressed for ibody= 12, iface= 8
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(area) check complete with 0 total errors (errmax= 6.1810e-08)
d(Edge)/d(area) check complete with 0 total errors (errmax= 9.6234e-07)
d(Node)/d(area) check complete with 0 total errors (errmax= 1.1527e-06)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=12
Tests suppressed for ibody= 12, iface= 3
Tests suppressed for ibody= 12, iface= 4
Tests suppressed for ibody= 12, iface= 7
Tests suppressed for ibody= 12, iface= 8
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(aspect) check complete with 0 total errors (errmax= 1.0103e-07)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 9.3340e-07)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 1.4135e-06)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Tests suppressed for ibody= 12, iface= 3
Tests suppressed for ibody= 12, iface= 4
Tests suppressed for ibody= 12, iface= 7
Tests suppressed for ibody= 12, iface= 8
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(taper) check complete with 0 total errors (errmax= 1.1851e-07)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 1.6445e-06)
d(Node)/d(taper) check complete with 0 total errors (errmax= 1.6755e-06)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.01500000
Computing analytic sensitivities (if possible) for ibody=12
Tests suppressed for ibody= 12, iface= 3
Tests suppressed for ibody= 12, iface= 4
Tests suppressed for ibody= 12, iface= 7
Tests suppressed for ibody= 12, iface= 8
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(twist) check complete with 0 total errors (errmax= 3.5239e-09)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 6.3521e-08)
d(Node)/d(twist) check complete with 0 total errors (errmax= 6.4688e-08)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.03000000
Computing analytic sensitivities (if possible) for ibody=12
Tests suppressed for ibody= 12, iface= 3
Tests suppressed for ibody= 12, iface= 4
Tests suppressed for ibody= 12, iface= 7
Tests suppressed for ibody= 12, iface= 8
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 4.6599e-07)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 1.4727e-06)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 1.4933e-06)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Tests suppressed for ibody= 12, iface= 3
Tests suppressed for ibody= 12, iface= 4
Tests suppressed for ibody= 12, iface= 7
Tests suppressed for ibody= 12, iface= 8
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 2.0868e-11)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 3.7802e-11)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 3.7841e-11)
*********************************************************
Starting tessellation sensitivity wrt "tiprad"
*********************************************************
Generating perturbed configuration with delta-tiprad[1,1]= 0.00200000
real 0m20.850s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=12
Tests suppressed for ibody= 12, iface= 3
Tests suppressed for ibody= 12, iface= 4
Tests suppressed for ibody= 12, iface= 7
Tests suppressed for ibody= 12, iface= 8
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(tiprad) check complete with 0 total errors (errmax= 1.0011e-16)
d(Edge)/d(tiprad) check complete with 0 total errors (errmax= 1.5019e-15)
d(Node)/d(tiprad) check complete with 0 total errors (errmax= 8.8818e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 14.448 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.6755e-06) with 28 suppressions
+ set +x
data\basic\designG5 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 118 / 275 )
data\basic\designG6.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designG6.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "area"
*********************************************************
Generating perturbed configuration with delta-area[1,1]= 0.04000000
Computing analytic sensitivities (if possible) for ibody=17
Tests suppressed for ibody= 17, iface= 3
Tests suppressed for ibody= 17, iface= 4
Tests suppressed for ibody= 17, iface= 7
Tests suppressed for ibody= 17, iface= 8
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(area) check complete with 0 total errors (errmax= 6.1810e-08)
d(Edge)/d(area) check complete with 0 total errors (errmax= 9.6234e-07)
d(Node)/d(area) check complete with 0 total errors (errmax= 1.1527e-06)
Computing analytic sensitivities (if possible) for ibody=19
Tests suppressed for ibody= 19, iface= 3
Tests suppressed for ibody= 19, iface= 4
Tests suppressed for ibody= 19, iface= 7
Tests suppressed for ibody= 19, iface= 8
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(area) check complete with 0 total errors (errmax= 6.1735e-08)
d(Edge)/d(area) check complete with 0 total errors (errmax= 9.6234e-07)
d(Node)/d(area) check complete with 0 total errors (errmax= 1.1527e-06)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=17
Tests suppressed for ibody= 17, iface= 3
Tests suppressed for ibody= 17, iface= 4
Tests suppressed for ibody= 17, iface= 7
Tests suppressed for ibody= 17, iface= 8
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(aspect) check complete with 0 total errors (errmax= 1.0103e-07)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 9.3340e-07)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 1.4135e-06)
Computing analytic sensitivities (if possible) for ibody=19
Tests suppressed for ibody= 19, iface= 3
Tests suppressed for ibody= 19, iface= 4
Tests suppressed for ibody= 19, iface= 7
Tests suppressed for ibody= 19, iface= 8
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(aspect) check complete with 0 total errors (errmax= 1.0149e-07)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 9.3340e-07)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 1.4135e-06)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Tests suppressed for ibody= 17, iface= 3
Tests suppressed for ibody= 17, iface= 4
Tests suppressed for ibody= 17, iface= 7
Tests suppressed for ibody= 17, iface= 8
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(taper) check complete with 0 total errors (errmax= 1.1851e-07)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 1.6445e-06)
d(Node)/d(taper) check complete with 0 total errors (errmax= 1.6755e-06)
Computing analytic sensitivities (if possible) for ibody=19
Tests suppressed for ibody= 19, iface= 3
Tests suppressed for ibody= 19, iface= 4
Tests suppressed for ibody= 19, iface= 7
Tests suppressed for ibody= 19, iface= 8
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(taper) check complete with 0 total errors (errmax= 1.1906e-07)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 1.6445e-06)
d(Node)/d(taper) check complete with 0 total errors (errmax= 1.6755e-06)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.01500000
Computing analytic sensitivities (if possible) for ibody=17
Tests suppressed for ibody= 17, iface= 3
Tests suppressed for ibody= 17, iface= 4
Tests suppressed for ibody= 17, iface= 7
Tests suppressed for ibody= 17, iface= 8
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(twist) check complete with 0 total errors (errmax= 3.5239e-09)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 6.3521e-08)
d(Node)/d(twist) check complete with 0 total errors (errmax= 6.4688e-08)
Computing analytic sensitivities (if possible) for ibody=19
Tests suppressed for ibody= 19, iface= 3
Tests suppressed for ibody= 19, iface= 4
Tests suppressed for ibody= 19, iface= 7
Tests suppressed for ibody= 19, iface= 8
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(twist) check complete with 0 total errors (errmax= 3.5443e-09)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 6.3521e-08)
d(Node)/d(twist) check complete with 0 total errors (errmax= 6.4688e-08)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.03000000
Computing analytic sensitivities (if possible) for ibody=17
Tests suppressed for ibody= 17, iface= 3
Tests suppressed for ibody= 17, iface= 4
Tests suppressed for ibody= 17, iface= 7
Tests suppressed for ibody= 17, iface= 8
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 4.6599e-07)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 1.4727e-06)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 1.4933e-06)
Computing analytic sensitivities (if possible) for ibody=19
Tests suppressed for ibody= 19, iface= 3
Tests suppressed for ibody= 19, iface= 4
Tests suppressed for ibody= 19, iface= 7
Tests suppressed for ibody= 19, iface= 8
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 4.6676e-07)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 1.4727e-06)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 1.4933e-06)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Tests suppressed for ibody= 17, iface= 3
Tests suppressed for ibody= 17, iface= 4
Tests suppressed for ibody= 17, iface= 7
Tests suppressed for ibody= 17, iface= 8
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 2.0868e-11)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 3.7802e-11)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 3.7841e-11)
Computing analytic sensitivities (if possible) for ibody=19
Tests suppressed for ibody= 19, iface= 3
Tests suppressed for ibody= 19, iface= 4
Tests suppressed for ibody= 19, iface= 7
Tests suppressed for ibody= 19, iface= 8
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 2.0875e-11)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 3.7802e-11)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 3.7841e-11)
*********************************************************
Starting tessellation sensitivity wrt "tiprad"
*********************************************************
Generating perturbed configuration with delta-tiprad[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=17
Tests suppressed for ibody= 17, iface= 3
Tests suppressed for ibody= 17, iface= 4
Tests suppressed for ibody= 17, iface= 7
Tests suppressed for ibody= 17, iface= 8
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(tiprad) check complete with 0 total errors (errmax= 1.0011e-16)
d(Edge)/d(tiprad) check complete with 0 total errors (errmax= 1.5019e-15)
d(Node)/d(tiprad) check complete with 0 total errors (errmax= 8.8818e-16)
Computing analytic sensitivities (if possible) for ibody=19
Tests suppressed for ibody= 19, iface= 3
Tests suppressed for ibody= 19, iface= 4
Tests suppressed for ibody= 19, iface= 7
Tests suppressed for ibody= 19, iface= 8
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(tiprad) check complete with 0 total errors (errmax= 1.3417e-16)
d(Edge)/d(tiprad) check complete with 0 total errors (errmax= 1.8696e-15)
d(Node)/d(tiprad) check complete with 0 total errors (errmax= 1.7764e-15)
*********************************************************
Starting tessellation sensitivity wrt "dxwing"
*********************************************************
Generating perturbed configuration with delta-dxwing[1,1]= 0.00500000
real 0m37.624s
user 0m0.000s
sys 0m0.000s
Computing analytic sensitivities (if possible) for ibody=17
Tests suppressed for ibody= 17, iface= 3
Tests suppressed for ibody= 17, iface= 4
Tests suppressed for ibody= 17, iface= 7
Tests suppressed for ibody= 17, iface= 8
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(dxwing) check complete with 0 total errors (errmax= 1.0011e-16)
d(Edge)/d(dxwing) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dxwing) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Tests suppressed for ibody= 19, iface= 3
Tests suppressed for ibody= 19, iface= 4
Tests suppressed for ibody= 19, iface= 7
Tests suppressed for ibody= 19, iface= 8
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(dxwing) check complete with 0 total errors (errmax= 1.1682e-15)
d(Edge)/d(dxwing) check complete with 0 total errors (errmax= 2.1232e-15)
d(Node)/d(dxwing) check complete with 0 total errors (errmax= 1.7764e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 26.180 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.6755e-06) with 64 suppressions
+ set +x
data\basic\designG6 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 119 / 275 )
data\basic\designG7.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designG7.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "area"
*********************************************************
Generating perturbed configuration with delta-area[1,1]= 0.04000000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(area) check complete with 0 total errors (errmax= 8.5179e-07)
d(Edge)/d(area) check complete with 0 total errors (errmax= 9.2398e-07)
d(Node)/d(area) check complete with 0 total errors (errmax= 1.1518e-06)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(aspect) check complete with 0 total errors (errmax= 5.7882e-07)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 9.3319e-07)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 1.4130e-06)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(taper) check complete with 0 total errors (errmax= 5.2332e-07)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 9.1412e-07)
d(Node)/d(taper) check complete with 0 total errors (errmax= 1.6750e-06)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.01500000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(twist) check complete with 0 total errors (errmax= 1.6977e-08)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 3.5414e-08)
d(Node)/d(twist) check complete with 0 total errors (errmax= 6.4619e-08)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.03000000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 5.3085e-07)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 8.1885e-07)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 1.4932e-06)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 4.8306e-11)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
*********************************************************
Starting tessellation sensitivity wrt "tiprad"
*********************************************************
Generating perturbed configuration with delta-tiprad[1,1]= 0.00200000
real 0m18.489s
user 0m0.000s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(tiprad) check complete with 0 total errors (errmax= 1.4958e-15)
d(Edge)/d(tiprad) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(tiprad) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 13.430 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.6750e-06) with 0 suppressions
+ set +x
data\basic\designG7 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 120 / 275 )
data\basic\designG8.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designG8.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "area"
*********************************************************
Generating perturbed configuration with delta-area[1,1]= 0.04000000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(area) check complete with 0 total errors (errmax= 8.5179e-07)
d(Edge)/d(area) check complete with 0 total errors (errmax= 9.2398e-07)
d(Node)/d(area) check complete with 0 total errors (errmax= 1.1518e-06)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(area) check complete with 0 total errors (errmax= 8.5179e-07)
d(Edge)/d(area) check complete with 0 total errors (errmax= 9.2398e-07)
d(Node)/d(area) check complete with 0 total errors (errmax= 1.1518e-06)
*********************************************************
Starting tessellation sensitivity wrt "aspect"
*********************************************************
Generating perturbed configuration with delta-aspect[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(aspect) check complete with 0 total errors (errmax= 5.7882e-07)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 9.3319e-07)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 1.4130e-06)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(aspect) check complete with 0 total errors (errmax= 5.7882e-07)
d(Edge)/d(aspect) check complete with 0 total errors (errmax= 9.3319e-07)
d(Node)/d(aspect) check complete with 0 total errors (errmax= 1.4130e-06)
*********************************************************
Starting tessellation sensitivity wrt "taper"
*********************************************************
Generating perturbed configuration with delta-taper[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(taper) check complete with 0 total errors (errmax= 5.2332e-07)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 9.1412e-07)
d(Node)/d(taper) check complete with 0 total errors (errmax= 1.6750e-06)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(taper) check complete with 0 total errors (errmax= 5.2332e-07)
d(Edge)/d(taper) check complete with 0 total errors (errmax= 9.1412e-07)
d(Node)/d(taper) check complete with 0 total errors (errmax= 1.6750e-06)
*********************************************************
Starting tessellation sensitivity wrt "twist"
*********************************************************
Generating perturbed configuration with delta-twist[1,1]= 0.01500000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(twist) check complete with 0 total errors (errmax= 1.6977e-08)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 3.5414e-08)
d(Node)/d(twist) check complete with 0 total errors (errmax= 6.4619e-08)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(twist) check complete with 0 total errors (errmax= 1.6977e-08)
d(Edge)/d(twist) check complete with 0 total errors (errmax= 3.5414e-08)
d(Node)/d(twist) check complete with 0 total errors (errmax= 6.4619e-08)
*********************************************************
Starting tessellation sensitivity wrt "lesweep"
*********************************************************
Generating perturbed configuration with delta-lesweep[1,1]= 0.03000000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 5.3085e-07)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 8.1885e-07)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 1.4932e-06)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(lesweep) check complete with 0 total errors (errmax= 5.3085e-07)
d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 8.1885e-07)
d(Node)/d(lesweep) check complete with 0 total errors (errmax= 1.4932e-06)
*********************************************************
Starting tessellation sensitivity wrt "dihedral"
*********************************************************
Generating perturbed configuration with delta-dihedral[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 4.8306e-11)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(dihedral) check complete with 0 total errors (errmax= 4.8306e-11)
d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
d(Node)/d(dihedral) check complete with 0 total errors (errmax= 3.7622e-11)
*********************************************************
Starting tessellation sensitivity wrt "tiprad"
*********************************************************
Generating perturbed configuration with delta-tiprad[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(tiprad) check complete with 0 total errors (errmax= 1.4958e-15)
d(Edge)/d(tiprad) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(tiprad) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(tiprad) check complete with 0 total errors (errmax= 2.1409e-15)
d(Edge)/d(tiprad) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(tiprad) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dxwing"
*********************************************************
Generating perturbed configuration with delta-dxwing[1,1]= 0.00500000
real 0m33.968s
user 0m0.015s
sys 0m0.000s
Computing analytic sensitivities (if possible) for ibody=17
Computing distances of perturbed points from perturbed configuration for ibody=17
d(Face)/d(dxwing) check complete with 0 total errors (errmax= 1.4261e-16)
d(Edge)/d(dxwing) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dxwing) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=19
Computing distances of perturbed points from perturbed configuration for ibody=19
d(Face)/d(dxwing) check complete with 0 total errors (errmax= 1.8673e-15)
d(Edge)/d(dxwing) check complete with 0 total errors (errmax= 1.6616e-15)
d(Node)/d(dxwing) check complete with 0 total errors (errmax= 1.7764e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 26.367 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.6750e-06) with 0 suppressions
+ set +x
data\basic\designG8 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 121 / 275 )
data\basic\designG9.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designG9.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
Generating perturbed configuration with delta-rad[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(rad) check complete with 0 total errors (errmax= 4.2239e-07)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 4.2239e-07)
d(Node)/d(rad) check complete with 0 total errors (errmax= 9.8608e-32)
*********************************************************
Starting tessellation sensitivity wrt "len"
*********************************************************
Generating perturbed configuration with delta-len[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(len) check complete with 0 total errors (errmax= 4.8535e-16)
d(Edge)/d(len) check complete with 0 total errors (errmax= 2.2461e-16)
d(Node)/d(len) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "bump"
*********************************************************
Generating perturbed configuration with delta-bump[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(bump) check complete with 0 total errors (errmax= 4.7251e-16)
d(Edge)/d(bump) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(bump) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 3.046 sec
Sensitivity checks complete with 0 total errors (max tess err= 4.2239e-07) with 0 suppressions
real 0m5.927s
user 0m0.000s
sys 0m0.031s
+ set +x
data\basic\designG9 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 122 / 275 )
data\basic\designGA.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designGA.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "x1"
*********************************************************
Generating perturbed configuration with delta-x1[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(x1) check complete with 0 total errors (errmax= 1.1726e-15)
d(Edge)/d(x1) check complete with 0 total errors (errmax= 9.4703e-16)
d(Node)/d(x1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x2"
*********************************************************
Generating perturbed configuration with delta-x2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(x2) check complete with 0 total errors (errmax= 4.2480e-16)
d(Edge)/d(x2) check complete with 0 total errors (errmax= 3.7606e-16)
d(Node)/d(x2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x3"
*********************************************************
Generating perturbed configuration with delta-x3[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(x3) check complete with 0 total errors (errmax= 4.4407e-16)
d(Edge)/d(x3) check complete with 0 total errors (errmax= 5.6173e-16)
d(Node)/d(x3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
Generating perturbed configuration with delta-rad[1,1]= 0.00100000
real 0m1.212s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(rad) check complete with 0 total errors (errmax= 1.6858e-07)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 1.6858e-07)
d(Node)/d(rad) check complete with 0 total errors (errmax= 4.9304e-32)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.606 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.6858e-07) with 0 suppressions
+ set +x
data\basic\designGA -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 123 / 275 )
data\basic\designGB.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designGB.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "x1"
*********************************************************
Generating perturbed configuration with delta-x1[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(x1) check complete with 0 total errors (errmax= 9.1530e-16)
d(Edge)/d(x1) check complete with 0 total errors (errmax= 8.7795e-12)
d(Node)/d(x1) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "x2"
*********************************************************
Generating perturbed configuration with delta-x2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(x2) check complete with 0 total errors (errmax= 2.4606e-09)
d(Edge)/d(x2) check complete with 0 total errors (errmax= 3.6654e-09)
d(Node)/d(x2) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "x3"
*********************************************************
Generating perturbed configuration with delta-x3[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(x3) check complete with 0 total errors (errmax= 9.2592e-10)
d(Edge)/d(x3) check complete with 0 total errors (errmax= 4.8859e-10)
d(Node)/d(x3) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
Generating perturbed configuration with delta-rad[1,1]= 0.00100000
real 0m1.610s
user 0m0.000s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(rad) check complete with 0 total errors (errmax= 1.8025e-07)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 1.8874e-07)
d(Node)/d(rad) check complete with 0 total errors (errmax= 4.9304e-32)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.609 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.8874e-07) with 0 suppressions
+ set +x
data\basic\designGB -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 124 / 275 )
data\basic\designH1.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designH1.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "X"
*********************************************************
Generating perturbed configuration with delta-X[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(X) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(X) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(X) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Y"
*********************************************************
Generating perturbed configuration with delta-Y[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(Y) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(Y) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(Y) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Z"
*********************************************************
Generating perturbed configuration with delta-Z[1,1]= 0.00100000
real 0m0.330s
user 0m0.000s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(Z) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(Z) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(Z) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.017 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
+ set +x
data\basic\designH1 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 125 / 275 )
data\basic\designH2.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designH2.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "X"
*********************************************************
Generating perturbed configuration with delta-X[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(X) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(X) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(X) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Y"
*********************************************************
Generating perturbed configuration with delta-Y[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(Y) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(Y) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(Y) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Z"
*********************************************************
Generating perturbed configuration with delta-Z[1,1]= 0.00100000
real 0m0.386s
user 0m0.000s
sys 0m0.030s
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(Z) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(Z) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(Z) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.034 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
+ set +x
data\basic\designH2 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 126 / 275 )
data\basic\designH3.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designH3.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "Y"
*********************************************************
Generating perturbed configuration with delta-Y[1,1]= 0.00200000
real 0m0.376s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=4
WARNING:: dxyz mismatch: inode= 3 ( 0.000000 1.000000 0.000000) ibeg = 11 ( 0.000000 0.000000 0.000000) err=( 0.000000 -1.000000 0.000000)
WARNING:: dxyz mismatch: inode= 7 ( 0.000000 1.000000 0.000000) iend = 9 ( 0.000000 0.000000 0.000000) err=( 0.000000 -1.000000 0.000000)
WARNING:: dxyz mismatch: inode= 7 ( 0.000000 1.000000 0.000000) ibeg = 15 ( 0.000000 0.000000 0.000000) err=( 0.000000 -1.000000 0.000000)
WARNING:: dxyz mismatch: inode= 8 ( 0.000000 1.000000 0.000000) ibeg = 9 ( 0.000000 0.000000 0.000000) err=( 0.000000 -1.000000 0.000000)
WARNING:: dxyz mismatch: inode= 9 ( 0.000000 0.000000 0.000000) ibeg = 17 ( 0.000000 1.000000 0.000000) err=( 0.000000 1.000000 0.000000)
WARNING:: dxyz mismatch: inode= 9 ( 0.000000 0.000000 0.000000) ibeg = 28 ( 0.000000 1.000000 0.000000) err=( 0.000000 1.000000 0.000000)
WARNING:: dxyz mismatch: inode= 11 ( 0.000000 0.000000 0.000000) ibeg = 25 ( 0.000000 1.000000 0.000000) err=( 0.000000 1.000000 0.000000)
WARNING:: dxyz mismatch: inode= 11 ( 0.000000 0.000000 0.000000) iend = 35 ( 0.000000 1.000000 0.000000) err=( 0.000000 1.000000 0.000000)
Tests suppressed for ibody= 4, iface= 3
Tests suppressed for ibody= 4, iface= 6
Tests suppressed for ibody= 4, iface= 9
Tests suppressed for ibody= 4, iedge= 2
Tests suppressed for ibody= 4, iedge= 5
Tests suppressed for ibody= 4, iedge= 8
Tests suppressed for ibody= 4, iedge= 9
Tests suppressed for ibody= 4, iedge= 10
Tests suppressed for ibody= 4, iedge= 11
Tests suppressed for ibody= 4, iedge= 15
Tests suppressed for ibody= 4, iedge= 16
Tests suppressed for ibody= 4, iedge= 21
Tests suppressed for ibody= 4, iedge= 22
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(Y) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(Y) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(Y) check complete with 0 total errors (errmax= 2.0000e-03)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.009 sec
Sensitivity checks complete with 2 total errors (max tess err= 2.0000e-03) with 13 suppressions
+ set +x
data\basic\designH3 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 127 / 275 )
data\basic\designH4.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designH4.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "Y"
*********************************************************
Generating perturbed configuration with delta-Y[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=4
WARNING:: dxyz mismatch: inode= 6 ( 0.000000 1.000000 0.000000) ibeg = 6 ( 0.000000 0.000000 0.000000) err=( 0.000000 -1.000000 0.000000)
WARNING:: dxyz mismatch: inode= 7 ( 0.000000 1.000000 0.000000) iend = 6 ( 0.000000 0.000000 0.000000) err=( 0.000000 -1.000000 0.000000)
Tests suppressed for ibody= 4, iface= 1
Tests suppressed for ibody= 4, iface= 6
Tests suppressed for ibody= 4, iedge= 5
Tests suppressed for ibody= 4, iedge= 6
Tests suppressed for ibody= 4, iedge= 7
Tests suppressed for ibody= 4, iedge= 8
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(Y) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(Y) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(Y) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Z"
*********************************************************
Generating perturbed configuration with delta-Z[1,1]= 0.00100000
real 0m0.350s
user 0m0.000s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=4
WARNING:: dxyz mismatch: inode= 5 ( 0.000000 0.000000 1.000000) ibeg = 5 ( 0.000000 0.000000 0.000000) err=( 0.000000 0.000000 -1.000000)
WARNING:: dxyz mismatch: inode= 6 ( 0.000000 0.000000 1.000000) iend = 5 ( 0.000000 0.000000 0.000000) err=( 0.000000 0.000000 -1.000000)
Tests suppressed for ibody= 4, iface= 1
Tests suppressed for ibody= 4, iface= 6
Tests suppressed for ibody= 4, iedge= 5
Tests suppressed for ibody= 4, iedge= 6
Tests suppressed for ibody= 4, iedge= 7
Tests suppressed for ibody= 4, iedge= 8
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(Z) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(Z) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(Z) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.015 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 12 suppressions
+ set +x
data\basic\designH4 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 128 / 275 )
data\basic\designI1.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designI1.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "XSIZE"
*********************************************************
Generating perturbed configuration with delta-XSIZE[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(XSIZE) check complete with 0 total errors (errmax= 1.5649e-16)
d(Edge)/d(XSIZE) check complete with 0 total errors (errmax= 1.6312e-16)
d(Node)/d(XSIZE) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "YSIZE"
*********************************************************
Generating perturbed configuration with delta-YSIZE[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(YSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Edge)/d(YSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Node)/d(YSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "ZSIZE"
*********************************************************
Generating perturbed configuration with delta-ZSIZE[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(ZSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Edge)/d(ZSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Node)/d(ZSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX"
*********************************************************
Generating perturbed configuration with delta-DX[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(DX) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(DX) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "RAD"
*********************************************************
Generating perturbed configuration with delta-RAD[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(RAD) check complete with 0 total errors (errmax= 5.2524e-17)
d(Edge)/d(RAD) check complete with 0 total errors (errmax= 1.8446e-17)
d(Node)/d(RAD) check complete with 0 total errors (errmax= 4.6017e-20)
*********************************************************
Starting tessellation sensitivity wrt "ROUND"
*********************************************************
Generating perturbed configuration with delta-ROUND[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(ROUND) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(ROUND) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(ROUND) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "SCALE"
*********************************************************
Generating perturbed configuration with delta-SCALE[1,1]= 0.00120000
real 0m1.097s
user 0m0.015s
sys 0m0.016s
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(SCALE) check complete with 0 total errors (errmax= 2.2882e-16)
d(Edge)/d(SCALE) check complete with 0 total errors (errmax= 2.2560e-16)
d(Node)/d(SCALE) check complete with 0 total errors (errmax= 2.2377e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.056 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions
+ set +x
data\basic\designI1 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 129 / 275 )
data\basic\designI2.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designI2.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "XSIZE"
*********************************************************
Generating perturbed configuration with delta-XSIZE[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(XSIZE) check complete with 0 total errors (errmax= 2.5634e-16)
d(Edge)/d(XSIZE) check complete with 0 total errors (errmax= 2.5606e-16)
d(Node)/d(XSIZE) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "YSIZE"
*********************************************************
Generating perturbed configuration with delta-YSIZE[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(YSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Edge)/d(YSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Node)/d(YSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "ZSIZE"
*********************************************************
Generating perturbed configuration with delta-ZSIZE[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(ZSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Edge)/d(ZSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Node)/d(ZSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX"
*********************************************************
Generating perturbed configuration with delta-DX[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 2.0981e-20)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "RAD"
*********************************************************
Generating perturbed configuration with delta-RAD[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(RAD) check complete with 0 total errors (errmax= 5.2524e-17)
d(Edge)/d(RAD) check complete with 0 total errors (errmax= 1.8446e-17)
d(Node)/d(RAD) check complete with 0 total errors (errmax= 4.6017e-20)
*********************************************************
Starting tessellation sensitivity wrt "ROUND"
*********************************************************
Generating perturbed configuration with delta-ROUND[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(ROUND) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(ROUND) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(ROUND) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "SCALE"
*********************************************************
Generating perturbed configuration with delta-SCALE[1,1]= 0.00120000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(SCALE) check complete with 0 total errors (errmax= 2.5728e-16)
d(Edge)/d(SCALE) check complete with 0 total errors (errmax= 2.5772e-16)
d(Node)/d(SCALE) check complete with 0 total errors (errmax= 2.7756e-17)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.042 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.5773e-16) with 0 suppressions
real 0m1.630s
user 0m0.015s
sys 0m0.000s
+ set +x
data\basic\designI2 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 130 / 275 )
data\basic\designI3.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designI3.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "XSIZE"
*********************************************************
Generating perturbed configuration with delta-XSIZE[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(XSIZE) check complete with 0 total errors (errmax= 4.9170e-16)
d(Edge)/d(XSIZE) check complete with 0 total errors (errmax= 4.9255e-16)
d(Node)/d(XSIZE) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "YSIZE"
*********************************************************
Generating perturbed configuration with delta-YSIZE[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(YSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Edge)/d(YSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Node)/d(YSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "ZSIZE"
*********************************************************
Generating perturbed configuration with delta-ZSIZE[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(ZSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Edge)/d(ZSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Node)/d(ZSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX"
*********************************************************
Generating perturbed configuration with delta-DX[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(DX) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(DX) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "RAD"
*********************************************************
Generating perturbed configuration with delta-RAD[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(RAD) check complete with 0 total errors (errmax= 5.2524e-17)
d(Edge)/d(RAD) check complete with 0 total errors (errmax= 1.8446e-17)
d(Node)/d(RAD) check complete with 0 total errors (errmax= 4.6017e-20)
*********************************************************
Starting tessellation sensitivity wrt "SCALE"
*********************************************************
Generating perturbed configuration with delta-SCALE[1,1]= 0.00120000
real 0m0.518s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(SCALE) check complete with 0 total errors (errmax= 4.9058e-16)
d(Edge)/d(SCALE) check complete with 0 total errors (errmax= 4.8695e-16)
d(Node)/d(SCALE) check complete with 0 total errors (errmax= 2.2377e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.040 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions
+ set +x
data\basic\designI3 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 131 / 275 )
data\basic\designI4.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designI4.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "XSIZE"
*********************************************************
Generating perturbed configuration with delta-XSIZE[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(XSIZE) check complete with 0 total errors (errmax= 1.5649e-16)
d(Edge)/d(XSIZE) check complete with 0 total errors (errmax= 1.6312e-16)
d(Node)/d(XSIZE) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(XSIZE) check complete with 0 total errors (errmax= 2.5634e-16)
d(Edge)/d(XSIZE) check complete with 0 total errors (errmax= 2.5606e-16)
d(Node)/d(XSIZE) check complete with 0 total errors (errmax= 2.2204e-16)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(XSIZE) check complete with 0 total errors (errmax= 4.9170e-16)
d(Edge)/d(XSIZE) check complete with 0 total errors (errmax= 4.9255e-16)
d(Node)/d(XSIZE) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "YSIZE"
*********************************************************
Generating perturbed configuration with delta-YSIZE[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(YSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Edge)/d(YSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Node)/d(YSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(YSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Edge)/d(YSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Node)/d(YSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(YSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Edge)/d(YSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Node)/d(YSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "ZSIZE"
*********************************************************
Generating perturbed configuration with delta-ZSIZE[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(ZSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Edge)/d(ZSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Node)/d(ZSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(ZSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Edge)/d(ZSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Node)/d(ZSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(ZSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Edge)/d(ZSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
d(Node)/d(ZSIZE) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX"
*********************************************************
Generating perturbed configuration with delta-DX[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(DX) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(DX) check complete with 0 total errors (errmax= 8.8818e-16)
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 2.0981e-20)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(DX) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(DX) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "RAD"
*********************************************************
Generating perturbed configuration with delta-RAD[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(RAD) check complete with 0 total errors (errmax= 5.2524e-17)
d(Edge)/d(RAD) check complete with 0 total errors (errmax= 1.8446e-17)
d(Node)/d(RAD) check complete with 0 total errors (errmax= 4.6017e-20)
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(RAD) check complete with 0 total errors (errmax= 5.2524e-17)
d(Edge)/d(RAD) check complete with 0 total errors (errmax= 1.8446e-17)
d(Node)/d(RAD) check complete with 0 total errors (errmax= 4.6017e-20)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(RAD) check complete with 0 total errors (errmax= 5.2524e-17)
d(Edge)/d(RAD) check complete with 0 total errors (errmax= 1.8446e-17)
d(Node)/d(RAD) check complete with 0 total errors (errmax= 4.6017e-20)
*********************************************************
Starting tessellation sensitivity wrt "SCALE"
*********************************************************
Generating perturbed configuration with delta-SCALE[1,1]= 0.00120000
real 0m1.069s
user 0m0.015s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(SCALE) check complete with 0 total errors (errmax= 2.2882e-16)
d(Edge)/d(SCALE) check complete with 0 total errors (errmax= 2.2560e-16)
d(Node)/d(SCALE) check complete with 0 total errors (errmax= 2.2377e-16)
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(SCALE) check complete with 0 total errors (errmax= 2.5728e-16)
d(Edge)/d(SCALE) check complete with 0 total errors (errmax= 2.5772e-16)
d(Node)/d(SCALE) check complete with 0 total errors (errmax= 2.7756e-17)
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(SCALE) check complete with 0 total errors (errmax= 4.9058e-16)
d(Edge)/d(SCALE) check complete with 0 total errors (errmax= 4.8695e-16)
d(Node)/d(SCALE) check complete with 0 total errors (errmax= 2.2377e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.117 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions
+ set +x
data\basic\designI4 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 132 / 275 )
data\basic\designJ1a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designJ1a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "DX"
*********************************************************
Generating perturbed configuration with delta-DX[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(DX) check complete with 0 total errors (errmax= 9.2783e-17)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 9.2783e-17)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY"
*********************************************************
Generating perturbed configuration with delta-DY[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(DY) check complete with 0 total errors (errmax= 1.3047e-16)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 4.7292e-17)
d(Node)/d(DY) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ"
*********************************************************
Generating perturbed configuration with delta-DZ[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(DZ) check complete with 0 total errors (errmax= 1.3260e-16)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 2.2662e-17)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.007 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.3261e-16) with 0 suppressions
real 0m0.273s
user 0m0.015s
sys 0m0.015s
+ set +x
data\basic\designJ1a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 133 / 275 )
data\basic\designJ1b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designJ1b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "DX"
*********************************************************
Generating perturbed configuration with delta-DX[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(DX) check complete with 0 total errors (errmax= 7.9125e-17)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 7.9125e-17)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY"
*********************************************************
Generating perturbed configuration with delta-DY[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(DY) check complete with 0 total errors (errmax= 1.3047e-16)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 4.7292e-17)
d(Node)/d(DY) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ"
*********************************************************
Generating perturbed configuration with delta-DZ[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(DZ) check complete with 0 total errors (errmax= 1.3260e-16)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 2.2662e-17)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.006 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.3261e-16) with 0 suppressions
real 0m0.275s
user 0m0.000s
sys 0m0.015s
+ set +x
data\basic\designJ1b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 134 / 275 )
data\basic\designJ1c.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designJ1c.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "DX"
*********************************************************
Generating perturbed configuration with delta-DX[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(DX) check complete with 0 total errors (errmax= 9.2783e-17)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 9.2783e-17)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY"
*********************************************************
Generating perturbed configuration with delta-DY[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(DY) check complete with 0 total errors (errmax= 4.7292e-17)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 4.7292e-17)
d(Node)/d(DY) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ"
*********************************************************
Generating perturbed configuration with delta-DZ[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.003 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.2793e-17) with 0 suppressions
real 0m0.207s
user 0m0.015s
sys 0m0.015s
+ set +x
data\basic\designJ1c -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 135 / 275 )
data\basic\designJ1d.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designJ1d.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "DX"
*********************************************************
Generating perturbed configuration with delta-DX[1,1]= 0.00300000
real 0m0.245s
user 0m0.000s
sys 0m0.046s
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(DX) check complete with 0 total errors (errmax= 1.6919e-16)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 4.9651e-16)
d(Node)/d(DX) check complete with 0 total errors (errmax= 4.9651e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY"
*********************************************************
Generating perturbed configuration with delta-DY[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(DY) check complete with 0 total errors (errmax= 4.8780e-17)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 4.7292e-17)
d(Node)/d(DY) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ"
*********************************************************
Generating perturbed configuration with delta-DZ[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(DZ) check complete with 0 total errors (errmax= 1.5151e-16)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 1.5026e-16)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.003 sec
Sensitivity checks complete with 0 total errors (max tess err= 4.9652e-16) with 0 suppressions
+ set +x
data\basic\designJ1d -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 136 / 275 )
data\basic\designJ2a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designJ2a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "DX"
*********************************************************
Generating perturbed configuration with delta-DX[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(DX) check complete with 0 total errors (errmax= 2.1327e-16)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 2.2933e-16)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY"
*********************************************************
Generating perturbed configuration with delta-DY[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(DY) check complete with 0 total errors (errmax= 1.3172e-16)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 8.3117e-17)
d(Node)/d(DY) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ"
*********************************************************
Generating perturbed configuration with delta-DZ[1,1]= 0.00100000
real 0m0.991s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(DZ) check complete with 0 total errors (errmax= 1.3369e-16)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 3.2049e-17)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.558 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.2934e-16) with 0 suppressions
+ set +x
data\basic\designJ2a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 137 / 275 )
data\basic\designJ2b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designJ2b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "DX"
*********************************************************
Generating perturbed configuration with delta-DX[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(DX) check complete with 0 total errors (errmax= 1.3815e-16)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 1.1466e-16)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY"
*********************************************************
Generating perturbed configuration with delta-DY[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(DY) check complete with 0 total errors (errmax= 1.3172e-16)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 8.3117e-17)
d(Node)/d(DY) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ"
*********************************************************
Generating perturbed configuration with delta-DZ[1,1]= 0.00100000
real 0m0.969s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(DZ) check complete with 0 total errors (errmax= 1.3369e-16)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 3.2049e-17)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.580 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.3816e-16) with 0 suppressions
+ set +x
data\basic\designJ2b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 138 / 275 )
data\basic\designJ3a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designJ3a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "DX"
*********************************************************
Generating perturbed configuration with delta-DX[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(DX) check complete with 0 total errors (errmax= 2.1327e-16)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 2.2933e-16)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY"
*********************************************************
Generating perturbed configuration with delta-DY[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(DY) check complete with 0 total errors (errmax= 1.3172e-16)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 8.3117e-17)
d(Node)/d(DY) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ"
*********************************************************
Generating perturbed configuration with delta-DZ[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(DZ) check complete with 0 total errors (errmax= 1.3369e-16)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 3.2049e-17)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.560 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.2934e-16) with 0 suppressions
real 0m0.986s
user 0m0.015s
sys 0m0.000s
+ set +x
data\basic\designJ3a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 139 / 275 )
data\basic\designJ3b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designJ3b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "DX"
*********************************************************
Generating perturbed configuration with delta-DX[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(DX) check complete with 0 total errors (errmax= 1.3815e-16)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 1.1466e-16)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY"
*********************************************************
Generating perturbed configuration with delta-DY[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(DY) check complete with 0 total errors (errmax= 1.3172e-16)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 8.3117e-17)
d(Node)/d(DY) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ"
*********************************************************
Generating perturbed configuration with delta-DZ[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(DZ) check complete with 0 total errors (errmax= 1.3369e-16)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 3.2049e-17)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.726 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.3816e-16) with 0 suppressions
real 0m1.147s
user 0m0.000s
sys 0m0.015s
+ set +x
data\basic\designJ3b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 140 / 275 )
data\basic\designJ4a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designJ4a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "XBEG"
*********************************************************
Generating perturbed configuration with delta-XBEG[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(XBEG) check complete with 0 total errors (errmax= 7.7035e-17)
d(Edge)/d(XBEG) check complete with 0 total errors (errmax= 6.1812e-17)
d(Node)/d(XBEG) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "YBEG"
*********************************************************
Generating perturbed configuration with delta-YBEG[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(YBEG) check complete with 0 total errors (errmax= 5.2173e-17)
d(Edge)/d(YBEG) check complete with 0 total errors (errmax= 6.5375e-17)
d(Node)/d(YBEG) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ZBEG"
*********************************************************
Generating perturbed configuration with delta-ZBEG[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(ZBEG) check complete with 0 total errors (errmax= 3.1158e-17)
d(Edge)/d(ZBEG) check complete with 0 total errors (errmax= 2.8773e-17)
d(Node)/d(ZBEG) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "XEND"
*********************************************************
Generating perturbed configuration with delta-XEND[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(XEND) check complete with 0 total errors (errmax= 4.4034e-16)
d(Edge)/d(XEND) check complete with 0 total errors (errmax= 3.7311e-16)
d(Node)/d(XEND) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "YEND"
*********************************************************
Generating perturbed configuration with delta-YEND[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(YEND) check complete with 0 total errors (errmax= 7.2120e-17)
d(Edge)/d(YEND) check complete with 0 total errors (errmax= 7.3763e-17)
d(Node)/d(YEND) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ZEND"
*********************************************************
Generating perturbed configuration with delta-ZEND[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(ZEND) check complete with 0 total errors (errmax= 3.4389e-17)
d(Edge)/d(ZEND) check complete with 0 total errors (errmax= 3.2516e-17)
d(Node)/d(ZEND) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DX"
*********************************************************
Generating perturbed configuration with delta-DX[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(DX) check complete with 0 total errors (errmax= 2.9167e-16)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 2.2933e-16)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY"
*********************************************************
Generating perturbed configuration with delta-DY[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(DY) check complete with 0 total errors (errmax= 1.0445e-16)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 8.3925e-17)
d(Node)/d(DY) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ"
*********************************************************
Generating perturbed configuration with delta-DZ[1,1]= 0.00100000
real 0m2.309s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(DZ) check complete with 0 total errors (errmax= 5.0977e-17)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 4.6915e-17)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 1.617 sec
Sensitivity checks complete with 0 total errors (max tess err= 4.4035e-16) with 0 suppressions
+ set +x
data\basic\designJ4a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 141 / 275 )
data\basic\designJ4b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designJ4b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "XBEG"
*********************************************************
Generating perturbed configuration with delta-XBEG[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(XBEG) check complete with 0 total errors (errmax= 8.2053e-08)
d(Edge)/d(XBEG) check complete with 0 total errors (errmax= 9.0159e-08)
d(Node)/d(XBEG) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "YBEG"
*********************************************************
Generating perturbed configuration with delta-YBEG[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(YBEG) check complete with 0 total errors (errmax= 2.5496e-08)
d(Edge)/d(YBEG) check complete with 0 total errors (errmax= 2.2502e-08)
d(Node)/d(YBEG) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ZBEG"
*********************************************************
Generating perturbed configuration with delta-ZBEG[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(ZBEG) check complete with 0 total errors (errmax= 3.8444e-08)
d(Edge)/d(ZBEG) check complete with 0 total errors (errmax= 3.3941e-08)
d(Node)/d(ZBEG) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "XEND"
*********************************************************
Generating perturbed configuration with delta-XEND[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(XEND) check complete with 0 total errors (errmax= 1.3153e-06)
d(Edge)/d(XEND) check complete with 0 total errors (errmax= 1.4402e-06)
d(Node)/d(XEND) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "YEND"
*********************************************************
Generating perturbed configuration with delta-YEND[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(YEND) check complete with 0 total errors (errmax= 2.5491e-08)
d(Edge)/d(YEND) check complete with 0 total errors (errmax= 2.2502e-08)
d(Node)/d(YEND) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ZEND"
*********************************************************
Generating perturbed configuration with delta-ZEND[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(ZEND) check complete with 0 total errors (errmax= 3.8438e-08)
d(Edge)/d(ZEND) check complete with 0 total errors (errmax= 3.3941e-08)
d(Node)/d(ZEND) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DX"
*********************************************************
Generating perturbed configuration with delta-DX[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(DX) check complete with 0 total errors (errmax= 1.0922e-06)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 1.1659e-06)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY"
*********************************************************
Generating perturbed configuration with delta-DY[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(DY) check complete with 0 total errors (errmax= 1.2705e-07)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 1.0881e-07)
d(Node)/d(DY) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ"
*********************************************************
Generating perturbed configuration with delta-DZ[1,1]= 0.00100000
real 0m2.497s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(DZ) check complete with 0 total errors (errmax= 2.7771e-08)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 2.4160e-08)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 1.617 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.4402e-06) with 0 suppressions
+ set +x
data\basic\designJ4b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 142 / 275 )
data\basic\designJ5.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designJ5.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "DX"
*********************************************************
Generating perturbed configuration with delta-DX[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(DX) check complete with 0 total errors (errmax= 9.2783e-17)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 9.2783e-17)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=23
Computing distances of perturbed points from perturbed configuration for ibody=23
d(Face)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=28
Computing distances of perturbed points from perturbed configuration for ibody=28
d(Face)/d(DX) check complete with 0 total errors (errmax= 9.2783e-17)
d(Edge)/d(DX) check complete with 0 total errors (errmax= 9.2783e-17)
d(Node)/d(DX) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY"
*********************************************************
Generating perturbed configuration with delta-DY[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(DY) check complete with 0 total errors (errmax= 4.7292e-17)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 4.7292e-17)
d(Node)/d(DY) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(DY) check complete with 0 total errors (errmax= 4.7292e-17)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 4.7292e-17)
d(Node)/d(DY) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(DY) check complete with 0 total errors (errmax= 4.4865e-17)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 4.4865e-17)
d(Node)/d(DY) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(DY) check complete with 0 total errors (errmax= 4.4865e-17)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 4.4865e-17)
d(Node)/d(DY) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(DY) check complete with 0 total errors (errmax= 4.7292e-17)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 4.7292e-17)
d(Node)/d(DY) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(DY) check complete with 0 total errors (errmax= 4.7292e-17)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 4.7292e-17)
d(Node)/d(DY) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(DY) check complete with 0 total errors (errmax= 4.7292e-17)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 4.7292e-17)
d(Node)/d(DY) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=23
Computing distances of perturbed points from perturbed configuration for ibody=23
d(Face)/d(DY) check complete with 0 total errors (errmax= 1.4691e-16)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 4.4865e-17)
d(Node)/d(DY) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(DY) check complete with 0 total errors (errmax= 1.4691e-16)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 4.4865e-17)
d(Node)/d(DY) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=28
Computing distances of perturbed points from perturbed configuration for ibody=28
d(Face)/d(DY) check complete with 0 total errors (errmax= 4.4865e-17)
d(Edge)/d(DY) check complete with 0 total errors (errmax= 4.4865e-17)
d(Node)/d(DY) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ"
*********************************************************
Generating perturbed configuration with delta-DZ[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(DZ) check complete with 0 total errors (errmax= 2.2662e-17)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 2.2662e-17)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(DZ) check complete with 0 total errors (errmax= 2.2662e-17)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 2.2662e-17)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(DZ) check complete with 0 total errors (errmax= 2.2662e-17)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 2.2662e-17)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=23
Computing distances of perturbed points from perturbed configuration for ibody=23
d(Face)/d(DZ) check complete with 0 total errors (errmax= 1.4333e-16)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 2.1499e-17)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=26
Computing distances of perturbed points from perturbed configuration for ibody=26
d(Face)/d(DZ) check complete with 0 total errors (errmax= 1.4333e-16)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 2.1499e-17)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=28
Computing distances of perturbed points from perturbed configuration for ibody=28
d(Face)/d(DZ) check complete with 0 total errors (errmax= 2.1499e-17)
d(Edge)/d(DZ) check complete with 0 total errors (errmax= 2.1499e-17)
d(Node)/d(DZ) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.026 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.4692e-16) with 0 suppressions
real 0m0.392s
user 0m0.000s
sys 0m0.078s
+ set +x
data\basic\designJ5 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 143 / 275 )
data\basic\designK0.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designK0.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L0"
*********************************************************
Generating perturbed configuration with delta-L0[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(L0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(L0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(L0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "H0"
*********************************************************
Generating perturbed configuration with delta-H0[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(H0) check complete with 0 total errors (errmax= 1.2659e-06)
d(Edge)/d(H0) check complete with 0 total errors (errmax= 3.4063e-06)
d(Node)/d(H0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D0"
*********************************************************
Generating perturbed configuration with delta-D0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(D0) check complete with 0 total errors (errmax= 2.6146e-17)
d(Edge)/d(D0) check complete with 0 total errors (errmax= 2.5050e-17)
d(Node)/d(D0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "X0"
*********************************************************
Generating perturbed configuration with delta-X0[1,1]= 0.00180000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(X0) check complete with 0 total errors (errmax= 8.8043e-09)
d(Edge)/d(X0) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(X0) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "Y0"
*********************************************************
Generating perturbed configuration with delta-Y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(Y0) check complete with 0 total errors (errmax= 1.8661e-06)
d(Edge)/d(Y0) check complete with 0 total errors (errmax= 5.3215e-06)
d(Node)/d(Y0) check complete with 0 total errors (errmax= 5.3146e-07)
*********************************************************
Starting tessellation sensitivity wrt "R0"
*********************************************************
Generating perturbed configuration with delta-R0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(R0) check complete with 0 total errors (errmax= 1.8661e-06)
d(Edge)/d(R0) check complete with 0 total errors (errmax= 5.3215e-06)
d(Node)/d(R0) check complete with 0 total errors (errmax= 2.1241e-08)
*********************************************************
Starting tessellation sensitivity wrt "X1"
*********************************************************
Generating perturbed configuration with delta-X1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(X1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(X1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(X1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Y1"
*********************************************************
Generating perturbed configuration with delta-Y1[1,1]= 0.00120000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(Y1) check complete with 0 total errors (errmax= 1.3314e-16)
d(Edge)/d(Y1) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(Y1) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "W1"
*********************************************************
Generating perturbed configuration with delta-W1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(W1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(W1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(W1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "H1"
*********************************************************
Generating perturbed configuration with delta-H1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(H1) check complete with 0 total errors (errmax= 8.3925e-17)
d(Edge)/d(H1) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(H1) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "X2"
*********************************************************
Generating perturbed configuration with delta-X2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(X2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(X2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(X2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Y2"
*********************************************************
Generating perturbed configuration with delta-Y2[1,1]= 0.00120000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(Y2) check complete with 0 total errors (errmax= 1.3314e-16)
d(Edge)/d(Y2) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(Y2) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "W2"
*********************************************************
Generating perturbed configuration with delta-W2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(W2) check complete with 0 total errors (errmax= 5.5511e-17)
d(Edge)/d(W2) check complete with 0 total errors (errmax= 5.5511e-17)
d(Node)/d(W2) check complete with 0 total errors (errmax= 5.5511e-17)
*********************************************************
Starting tessellation sensitivity wrt "H2"
*********************************************************
Generating perturbed configuration with delta-H2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(H2) check complete with 0 total errors (errmax= 8.3925e-17)
d(Edge)/d(H2) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(H2) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "R3"
*********************************************************
Generating perturbed configuration with delta-R3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(R3) check complete with 0 total errors (errmax= 1.2861e-16)
d(Edge)/d(R3) check complete with 0 total errors (errmax= 1.2820e-16)
d(Node)/d(R3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "X4"
*********************************************************
Generating perturbed configuration with delta-X4[1,1]= 0.00380000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(X4) check complete with 0 total errors (errmax= 2.5929e-09)
d(Edge)/d(X4) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(X4) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Y4"
*********************************************************
Generating perturbed configuration with delta-Y4[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(Y4) check complete with 0 total errors (errmax= 4.7571e-07)
d(Edge)/d(Y4) check complete with 0 total errors (errmax= 1.4196e-06)
d(Node)/d(Y4) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "R4"
*********************************************************
Generating perturbed configuration with delta-R4[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(R4) check complete with 0 total errors (errmax= 2.4715e-16)
d(Edge)/d(R4) check complete with 0 total errors (errmax= 2.4990e-16)
d(Node)/d(R4) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.418 sec
Sensitivity checks complete with 0 total errors (max tess err= 5.3215e-06) with 0 suppressions
real 0m3.750s
user 0m0.000s
sys 0m0.031s
+ set +x
data\basic\designK0 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 144 / 275 )
data\basic\designK1.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designK1.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L0"
*********************************************************
Generating perturbed configuration with delta-L0[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(L0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(L0) check complete with 0 total errors (errmax= 3.9252e-17)
d(Node)/d(L0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "H0"
*********************************************************
Generating perturbed configuration with delta-H0[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(H0) check complete with 0 total errors (errmax= 1.2659e-06)
d(Edge)/d(H0) check complete with 0 total errors (errmax= 3.4063e-06)
d(Node)/d(H0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D0"
*********************************************************
Generating perturbed configuration with delta-D0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(D0) check complete with 0 total errors (errmax= 4.3982e-17)
d(Edge)/d(D0) check complete with 0 total errors (errmax= 2.5050e-17)
d(Node)/d(D0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "X0"
*********************************************************
Generating perturbed configuration with delta-X0[1,1]= 0.00180000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(X0) check complete with 0 total errors (errmax= 8.8043e-09)
d(Edge)/d(X0) check complete with 0 total errors (errmax= 2.2380e-16)
d(Node)/d(X0) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "Y0"
*********************************************************
Generating perturbed configuration with delta-Y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(Y0) check complete with 0 total errors (errmax= 1.8661e-06)
d(Edge)/d(Y0) check complete with 0 total errors (errmax= 5.3215e-06)
d(Node)/d(Y0) check complete with 0 total errors (errmax= 5.3146e-07)
*********************************************************
Starting tessellation sensitivity wrt "R0"
*********************************************************
Generating perturbed configuration with delta-R0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(R0) check complete with 0 total errors (errmax= 1.8661e-06)
d(Edge)/d(R0) check complete with 0 total errors (errmax= 5.3215e-06)
d(Node)/d(R0) check complete with 0 total errors (errmax= 2.1241e-08)
*********************************************************
Starting tessellation sensitivity wrt "X1"
*********************************************************
Generating perturbed configuration with delta-X1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(X1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(X1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(X1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Y1"
*********************************************************
Generating perturbed configuration with delta-Y1[1,1]= 0.00120000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(Y1) check complete with 0 total errors (errmax= 2.2204e-16)
d(Edge)/d(Y1) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(Y1) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "W1"
*********************************************************
Generating perturbed configuration with delta-W1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(W1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(W1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(W1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "H1"
*********************************************************
Generating perturbed configuration with delta-H1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(H1) check complete with 0 total errors (errmax= 2.2204e-16)
d(Edge)/d(H1) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(H1) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "X2"
*********************************************************
Generating perturbed configuration with delta-X2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(X2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(X2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(X2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Y2"
*********************************************************
Generating perturbed configuration with delta-Y2[1,1]= 0.00120000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(Y2) check complete with 0 total errors (errmax= 2.2204e-16)
d(Edge)/d(Y2) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(Y2) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "W2"
*********************************************************
Generating perturbed configuration with delta-W2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(W2) check complete with 0 total errors (errmax= 5.5511e-17)
d(Edge)/d(W2) check complete with 0 total errors (errmax= 5.5511e-17)
d(Node)/d(W2) check complete with 0 total errors (errmax= 5.5511e-17)
*********************************************************
Starting tessellation sensitivity wrt "H2"
*********************************************************
Generating perturbed configuration with delta-H2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(H2) check complete with 0 total errors (errmax= 2.2204e-16)
d(Edge)/d(H2) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(H2) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "R3"
*********************************************************
Generating perturbed configuration with delta-R3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(R3) check complete with 0 total errors (errmax= 1.2861e-16)
d(Edge)/d(R3) check complete with 0 total errors (errmax= 1.2820e-16)
d(Node)/d(R3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "X4"
*********************************************************
Generating perturbed configuration with delta-X4[1,1]= 0.00380000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(X4) check complete with 0 total errors (errmax= 2.5929e-09)
d(Edge)/d(X4) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(X4) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Y4"
*********************************************************
Generating perturbed configuration with delta-Y4[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(Y4) check complete with 0 total errors (errmax= 4.7571e-07)
d(Edge)/d(Y4) check complete with 0 total errors (errmax= 1.4196e-06)
d(Node)/d(Y4) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "R4"
*********************************************************
Generating perturbed configuration with delta-R4[1,1]= 0.00100000
real 0m5.645s
user 0m0.015s
sys 0m0.000s
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(R4) check complete with 0 total errors (errmax= 2.4715e-16)
d(Edge)/d(R4) check complete with 0 total errors (errmax= 2.4990e-16)
d(Node)/d(R4) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.561 sec
Sensitivity checks complete with 0 total errors (max tess err= 5.3215e-06) with 0 suppressions
+ set +x
data\basic\designK1 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 145 / 275 )
data\basic\designK2.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designK2.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L0"
*********************************************************
Generating perturbed configuration with delta-L0[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(L0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(L0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(L0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "H0"
*********************************************************
Generating perturbed configuration with delta-H0[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(H0) check complete with 0 total errors (errmax= 1.2659e-06)
d(Edge)/d(H0) check complete with 0 total errors (errmax= 3.4063e-06)
d(Node)/d(H0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D0"
*********************************************************
Generating perturbed configuration with delta-D0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(D0) check complete with 0 total errors (errmax= 3.8971e-17)
d(Edge)/d(D0) check complete with 0 total errors (errmax= 2.5050e-17)
d(Node)/d(D0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "X0"
*********************************************************
Generating perturbed configuration with delta-X0[1,1]= 0.00180000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(X0) check complete with 0 total errors (errmax= 8.8043e-09)
d(Edge)/d(X0) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(X0) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "Y0"
*********************************************************
Generating perturbed configuration with delta-Y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(Y0) check complete with 0 total errors (errmax= 1.8661e-06)
d(Edge)/d(Y0) check complete with 0 total errors (errmax= 5.3215e-06)
d(Node)/d(Y0) check complete with 0 total errors (errmax= 5.3146e-07)
*********************************************************
Starting tessellation sensitivity wrt "R0"
*********************************************************
Generating perturbed configuration with delta-R0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(R0) check complete with 0 total errors (errmax= 1.8661e-06)
d(Edge)/d(R0) check complete with 0 total errors (errmax= 5.3215e-06)
d(Node)/d(R0) check complete with 0 total errors (errmax= 2.1241e-08)
*********************************************************
Starting tessellation sensitivity wrt "X1"
*********************************************************
Generating perturbed configuration with delta-X1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(X1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(X1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(X1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Y1"
*********************************************************
Generating perturbed configuration with delta-Y1[1,1]= 0.00120000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(Y1) check complete with 0 total errors (errmax= 2.2204e-16)
d(Edge)/d(Y1) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(Y1) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "W1"
*********************************************************
Generating perturbed configuration with delta-W1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(W1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(W1) check complete with 0 total errors (errmax= 7.4180e-18)
d(Node)/d(W1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "H1"
*********************************************************
Generating perturbed configuration with delta-H1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(H1) check complete with 0 total errors (errmax= 2.2204e-16)
d(Edge)/d(H1) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(H1) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "X2"
*********************************************************
Generating perturbed configuration with delta-X2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(X2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(X2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(X2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Y2"
*********************************************************
Generating perturbed configuration with delta-Y2[1,1]= 0.00120000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(Y2) check complete with 0 total errors (errmax= 2.2204e-16)
d(Edge)/d(Y2) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(Y2) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "W2"
*********************************************************
Generating perturbed configuration with delta-W2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(W2) check complete with 0 total errors (errmax= 5.5511e-17)
d(Edge)/d(W2) check complete with 0 total errors (errmax= 5.5511e-17)
d(Node)/d(W2) check complete with 0 total errors (errmax= 5.5511e-17)
*********************************************************
Starting tessellation sensitivity wrt "H2"
*********************************************************
Generating perturbed configuration with delta-H2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(H2) check complete with 0 total errors (errmax= 2.2204e-16)
d(Edge)/d(H2) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(H2) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "R3"
*********************************************************
Generating perturbed configuration with delta-R3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(R3) check complete with 0 total errors (errmax= 1.2861e-16)
d(Edge)/d(R3) check complete with 0 total errors (errmax= 1.2820e-16)
d(Node)/d(R3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "X4"
*********************************************************
Generating perturbed configuration with delta-X4[1,1]= 0.00380000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(X4) check complete with 0 total errors (errmax= 1.4595e-09)
d(Edge)/d(X4) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(X4) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Y4"
*********************************************************
Generating perturbed configuration with delta-Y4[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(Y4) check complete with 0 total errors (errmax= 3.9661e-07)
d(Edge)/d(Y4) check complete with 0 total errors (errmax= 1.4196e-06)
d(Node)/d(Y4) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "R4"
*********************************************************
Generating perturbed configuration with delta-R4[1,1]= 0.00100000
real 0m43.676s
user 0m0.031s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(R4) check complete with 0 total errors (errmax= 2.3235e-16)
d(Edge)/d(R4) check complete with 0 total errors (errmax= 2.4990e-16)
d(Node)/d(R4) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 2.374 sec
Sensitivity checks complete with 0 total errors (max tess err= 5.3215e-06) with 0 suppressions
+ set +x
data\basic\designK2 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 146 / 275 )
data\basic\designL00.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designL00.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 1.5207e-06)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "ybeg"
*********************************************************
Generating perturbed configuration with delta-ybeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(ybeg) check complete with 0 total errors (errmax= 1.2627e-06)
d(Edge)/d(ybeg) check complete with 0 total errors (errmax= 6.7230e-16)
d(Node)/d(ybeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbeg"
*********************************************************
Generating perturbed configuration with delta-zbeg[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(xsize) check complete with 0 total errors (errmax= 9.7322e-05)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 3.8918e-15)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(ysize) check complete with 0 total errors (errmax= 7.6254e-07)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 1.2777e-06)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "diam"
*********************************************************
Generating perturbed configuration with delta-diam[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
d(Edge)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
d(Node)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "scale"
*********************************************************
Generating perturbed configuration with delta-scale[1,1]= 0.00300000
real 0m0.729s
user 0m0.015s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(scale) check complete with 0 total errors (errmax= 7.4569e-05)
d(Edge)/d(scale) check complete with 0 total errors (errmax= 2.3019e-15)
d(Node)/d(scale) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.052 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.7322e-05) with 0 suppressions
+ set +x
data\basic\designL00 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 147 / 275 )
data\basic\designL01.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designL01.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 1.5207e-06)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 3.5527e-15)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "ybeg"
*********************************************************
Generating perturbed configuration with delta-ybeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(ybeg) check complete with 0 total errors (errmax= 1.2627e-06)
d(Edge)/d(ybeg) check complete with 0 total errors (errmax= 6.7230e-16)
d(Node)/d(ybeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbeg"
*********************************************************
Generating perturbed configuration with delta-zbeg[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(xsize) check complete with 0 total errors (errmax= 9.7322e-05)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 3.8918e-15)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(ysize) check complete with 0 total errors (errmax= 7.6254e-07)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 1.2777e-06)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "diam"
*********************************************************
Generating perturbed configuration with delta-diam[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
d(Edge)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
d(Node)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "scale"
*********************************************************
Generating perturbed configuration with delta-scale[1,1]= 0.00300000
real 0m0.805s
user 0m0.000s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(scale) check complete with 0 total errors (errmax= 7.4569e-05)
d(Edge)/d(scale) check complete with 0 total errors (errmax= 2.3019e-15)
d(Node)/d(scale) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.076 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.7322e-05) with 0 suppressions
+ set +x
data\basic\designL01 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 148 / 275 )
data\basic\designL10.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designL10.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 1.5207e-06)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "ybeg"
*********************************************************
Generating perturbed configuration with delta-ybeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(ybeg) check complete with 0 total errors (errmax= 1.2627e-06)
d(Edge)/d(ybeg) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(ybeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbeg"
*********************************************************
Generating perturbed configuration with delta-zbeg[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(xsize) check complete with 0 total errors (errmax= 9.7322e-05)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 3.8918e-15)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(ysize) check complete with 0 total errors (errmax= 7.6254e-07)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 1.2777e-06)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "diam"
*********************************************************
Generating perturbed configuration with delta-diam[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
d(Edge)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
d(Node)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "scale"
*********************************************************
Generating perturbed configuration with delta-scale[1,1]= 0.00300000
real 0m0.652s
user 0m0.015s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(scale) check complete with 0 total errors (errmax= 7.4569e-05)
d(Edge)/d(scale) check complete with 0 total errors (errmax= 2.3019e-15)
d(Node)/d(scale) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.053 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.7322e-05) with 0 suppressions
+ set +x
data\basic\designL10 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 149 / 275 )
data\basic\designL11.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designL11.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 1.5207e-06)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 1.9694e-15)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "ybeg"
*********************************************************
Generating perturbed configuration with delta-ybeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(ybeg) check complete with 0 total errors (errmax= 1.2627e-06)
d(Edge)/d(ybeg) check complete with 0 total errors (errmax= 7.6218e-16)
d(Node)/d(ybeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbeg"
*********************************************************
Generating perturbed configuration with delta-zbeg[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(zbeg) check complete with 0 total errors (errmax= 6.8014e-16)
d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 5.0043e-16)
d(Node)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xsize) check complete with 0 total errors (errmax= 9.7322e-05)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 4.3277e-15)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(ysize) check complete with 0 total errors (errmax= 7.6254e-07)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 1.2777e-06)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(zsize) check complete with 0 total errors (errmax= 8.2257e-16)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 7.5065e-16)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "diam"
*********************************************************
Generating perturbed configuration with delta-diam[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(diam) check complete with 0 total errors (errmax= 3.1445e-15)
d(Edge)/d(diam) check complete with 0 total errors (errmax= 3.3156e-15)
d(Node)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "scale"
*********************************************************
Generating perturbed configuration with delta-scale[1,1]= 0.00300000
real 0m1.572s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(scale) check complete with 0 total errors (errmax= 7.4569e-05)
d(Edge)/d(scale) check complete with 0 total errors (errmax= 2.3019e-15)
d(Node)/d(scale) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.578 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.7322e-05) with 0 suppressions
+ set +x
data\basic\designL11 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 150 / 275 )
data\basic\designL12.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designL12.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 1.5207e-06)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 1.9694e-15)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "ybeg"
*********************************************************
Generating perturbed configuration with delta-ybeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(ybeg) check complete with 0 total errors (errmax= 1.2627e-06)
d(Edge)/d(ybeg) check complete with 0 total errors (errmax= 7.6218e-16)
d(Node)/d(ybeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbeg"
*********************************************************
Generating perturbed configuration with delta-zbeg[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(zbeg) check complete with 0 total errors (errmax= 6.8014e-16)
d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 5.0043e-16)
d(Node)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xsize) check complete with 0 total errors (errmax= 9.7322e-05)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 4.3277e-15)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(ysize) check complete with 0 total errors (errmax= 7.6254e-07)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 1.2777e-06)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(zsize) check complete with 0 total errors (errmax= 8.2257e-16)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 7.5065e-16)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "diam"
*********************************************************
Generating perturbed configuration with delta-diam[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(diam) check complete with 0 total errors (errmax= 3.1445e-15)
d(Edge)/d(diam) check complete with 0 total errors (errmax= 3.3156e-15)
d(Node)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "scale"
*********************************************************
real 0m1.550s
user 0m0.000s
sys 0m0.046s
Generating perturbed configuration with delta-scale[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(scale) check complete with 0 total errors (errmax= 7.4569e-05)
d(Edge)/d(scale) check complete with 0 total errors (errmax= 2.3019e-15)
d(Node)/d(scale) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.612 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.7322e-05) with 0 suppressions
+ set +x
data\basic\designL12 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 151 / 275 )
data\basic\designL20.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designL20.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 1.5207e-06)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "ybeg"
*********************************************************
Generating perturbed configuration with delta-ybeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(ybeg) check complete with 0 total errors (errmax= 2.3843e-06)
d(Edge)/d(ybeg) check complete with 0 total errors (errmax= 2.0443e-05)
d(Node)/d(ybeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbeg"
*********************************************************
Generating perturbed configuration with delta-zbeg[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xsize) check complete with 0 total errors (errmax= 9.7322e-05)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 3.8918e-15)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(ysize) check complete with 0 total errors (errmax= 1.3412e-06)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 1.1499e-05)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "diam"
*********************************************************
Generating perturbed configuration with delta-diam[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
d(Edge)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
d(Node)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "scale"
*********************************************************
Generating perturbed configuration with delta-scale[1,1]= 0.00300000
real 0m0.832s
user 0m0.015s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(scale) check complete with 0 total errors (errmax= 7.4569e-05)
d(Edge)/d(scale) check complete with 0 total errors (errmax= 2.3019e-15)
d(Node)/d(scale) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.082 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.7322e-05) with 0 suppressions
+ set +x
data\basic\designL20 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 152 / 275 )
data\basic\designL21.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designL21.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 1.5207e-06)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 1.9694e-15)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "ybeg"
*********************************************************
Generating perturbed configuration with delta-ybeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(ybeg) check complete with 0 total errors (errmax= 2.3843e-06)
d(Edge)/d(ybeg) check complete with 0 total errors (errmax= 2.0443e-05)
d(Node)/d(ybeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbeg"
*********************************************************
Generating perturbed configuration with delta-zbeg[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(zbeg) check complete with 0 total errors (errmax= 6.8014e-16)
d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 5.0043e-16)
d(Node)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(xsize) check complete with 0 total errors (errmax= 9.7322e-05)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 4.3277e-15)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(ysize) check complete with 0 total errors (errmax= 1.3412e-06)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 1.1499e-05)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(zsize) check complete with 0 total errors (errmax= 8.2257e-16)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 7.5065e-16)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "diam"
*********************************************************
Generating perturbed configuration with delta-diam[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(diam) check complete with 0 total errors (errmax= 3.1445e-15)
d(Edge)/d(diam) check complete with 0 total errors (errmax= 3.3156e-15)
d(Node)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "scale"
*********************************************************
Generating perturbed configuration with delta-scale[1,1]= 0.00300000
real 0m1.740s
user 0m0.000s
sys 0m0.000s
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(scale) check complete with 0 total errors (errmax= 7.4569e-05)
d(Edge)/d(scale) check complete with 0 total errors (errmax= 2.3019e-15)
d(Node)/d(scale) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.621 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.7322e-05) with 0 suppressions
+ set +x
data\basic\designL21 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 153 / 275 )
data\basic\designL22.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designL22.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 1.5207e-06)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 1.9694e-15)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "ybeg"
*********************************************************
Generating perturbed configuration with delta-ybeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(ybeg) check complete with 0 total errors (errmax= 2.3843e-06)
d(Edge)/d(ybeg) check complete with 0 total errors (errmax= 2.0443e-05)
d(Node)/d(ybeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbeg"
*********************************************************
Generating perturbed configuration with delta-zbeg[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(zbeg) check complete with 0 total errors (errmax= 6.8014e-16)
d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 5.0043e-16)
d(Node)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(xsize) check complete with 0 total errors (errmax= 9.7322e-05)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 4.3277e-15)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(ysize) check complete with 0 total errors (errmax= 1.3412e-06)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 1.1499e-05)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(zsize) check complete with 0 total errors (errmax= 8.2257e-16)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 7.5065e-16)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "diam"
*********************************************************
Generating perturbed configuration with delta-diam[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(diam) check complete with 0 total errors (errmax= 3.1445e-15)
d(Edge)/d(diam) check complete with 0 total errors (errmax= 3.3156e-15)
d(Node)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "scale"
*********************************************************
Generating perturbed configuration with delta-scale[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(scale) check complete with 0 total errors (errmax= 7.4569e-05)
d(Edge)/d(scale) check complete with 0 total errors (errmax= 2.3019e-15)
d(Node)/d(scale) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.660 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.7322e-05) with 0 suppressions
real 0m1.679s
user 0m0.000s
sys 0m0.015s
+ set +x
data\basic\designL22 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 154 / 275 )
data\basic\designL30.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designL30.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 1.5207e-06)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "ybeg"
*********************************************************
Generating perturbed configuration with delta-ybeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(ybeg) check complete with 0 total errors (errmax= 1.2627e-06)
d(Edge)/d(ybeg) check complete with 0 total errors (errmax= 6.7230e-16)
d(Node)/d(ybeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbeg"
*********************************************************
Generating perturbed configuration with delta-zbeg[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(xsize) check complete with 0 total errors (errmax= 9.7322e-05)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 3.8918e-15)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(ysize) check complete with 0 total errors (errmax= 7.6254e-07)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 1.2777e-06)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "diam"
*********************************************************
Generating perturbed configuration with delta-diam[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
d(Edge)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
d(Node)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "scale"
*********************************************************
Generating perturbed configuration with delta-scale[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(scale) check complete with 0 total errors (errmax= 7.4569e-05)
d(Edge)/d(scale) check complete with 0 total errors (errmax= 2.3019e-15)
d(Node)/d(scale) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.064 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.7322e-05) with 0 suppressions
real 0m0.922s
user 0m0.015s
sys 0m0.015s
+ set +x
data\basic\designL30 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 155 / 275 )
data\basic\designL31.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designL31.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 1.5203e-06)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 6.3050e-08)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "ybeg"
*********************************************************
Generating perturbed configuration with delta-ybeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(ybeg) check complete with 0 total errors (errmax= 1.2627e-06)
d(Edge)/d(ybeg) check complete with 0 total errors (errmax= 1.0134e-13)
d(Node)/d(ybeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbeg"
*********************************************************
Generating perturbed configuration with delta-zbeg[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(zbeg) check complete with 0 total errors (errmax= 1.4019e-15)
d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 1.8603e-15)
d(Node)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(xsize) check complete with 0 total errors (errmax= 9.7294e-05)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 7.3363e-08)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(ysize) check complete with 0 total errors (errmax= 8.1171e-07)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 1.2888e-06)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(zsize) check complete with 0 total errors (errmax= 9.2686e-16)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 2.9012e-13)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "diam"
*********************************************************
Generating perturbed configuration with delta-diam[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(diam) check complete with 0 total errors (errmax= 2.0869e-13)
d(Edge)/d(diam) check complete with 0 total errors (errmax= 5.8575e-08)
d(Node)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "scale"
*********************************************************
Generating perturbed configuration with delta-scale[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(scale) check complete with 0 total errors (errmax= 7.4548e-05)
d(Edge)/d(scale) check complete with 0 total errors (errmax= 4.5729e-15)
d(Node)/d(scale) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 2.370 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.7294e-05) with 0 suppressions
real 0m3.997s
user 0m0.000s
sys 0m0.046s
+ set +x
data\basic\designL31 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 156 / 275 )
data\basic\designL32.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designL32.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 1.5203e-06)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 6.3050e-08)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "ybeg"
*********************************************************
Generating perturbed configuration with delta-ybeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(ybeg) check complete with 0 total errors (errmax= 1.2627e-06)
d(Edge)/d(ybeg) check complete with 0 total errors (errmax= 1.0134e-13)
d(Node)/d(ybeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbeg"
*********************************************************
Generating perturbed configuration with delta-zbeg[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(zbeg) check complete with 0 total errors (errmax= 1.4019e-15)
d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 1.8603e-15)
d(Node)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(xsize) check complete with 0 total errors (errmax= 9.7294e-05)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 7.3363e-08)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(ysize) check complete with 0 total errors (errmax= 8.1171e-07)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 1.2888e-06)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(zsize) check complete with 0 total errors (errmax= 9.2686e-16)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 2.9012e-13)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "diam"
*********************************************************
Generating perturbed configuration with delta-diam[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(diam) check complete with 0 total errors (errmax= 2.0869e-13)
d(Edge)/d(diam) check complete with 0 total errors (errmax= 5.8575e-08)
d(Node)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "scale"
*********************************************************
Generating perturbed configuration with delta-scale[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(scale) check complete with 0 total errors (errmax= 7.4548e-05)
d(Edge)/d(scale) check complete with 0 total errors (errmax= 4.5729e-15)
d(Node)/d(scale) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 2.417 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.7294e-05) with 0 suppressions
real 0m4.042s
user 0m0.000s
sys 0m0.030s
+ set +x
data\basic\designL32 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 157 / 275 )
data\basic\designL33.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designL33.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 1.5203e-06)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 6.3050e-08)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "ybeg"
*********************************************************
Generating perturbed configuration with delta-ybeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(ybeg) check complete with 0 total errors (errmax= 1.2627e-06)
d(Edge)/d(ybeg) check complete with 0 total errors (errmax= 1.0134e-13)
d(Node)/d(ybeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbeg"
*********************************************************
Generating perturbed configuration with delta-zbeg[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(zbeg) check complete with 0 total errors (errmax= 1.4019e-15)
d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 1.8603e-15)
d(Node)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(xsize) check complete with 0 total errors (errmax= 9.7294e-05)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 7.3363e-08)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(ysize) check complete with 0 total errors (errmax= 8.1171e-07)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 1.2888e-06)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(zsize) check complete with 0 total errors (errmax= 9.2686e-16)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 2.9012e-13)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "diam"
*********************************************************
Generating perturbed configuration with delta-diam[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(diam) check complete with 0 total errors (errmax= 2.0869e-13)
d(Edge)/d(diam) check complete with 0 total errors (errmax= 5.8575e-08)
d(Node)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "scale"
*********************************************************
Generating perturbed configuration with delta-scale[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(scale) check complete with 0 total errors (errmax= 7.4548e-05)
d(Edge)/d(scale) check complete with 0 total errors (errmax= 4.5729e-15)
d(Node)/d(scale) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 2.151 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.7294e-05) with 0 suppressions
real 0m3.989s
user 0m0.000s
sys 0m0.030s
+ set +x
data\basic\designL33 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 158 / 275 )
data\basic\designL34.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designL34.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 1.5203e-06)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 6.3050e-08)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "ybeg"
*********************************************************
Generating perturbed configuration with delta-ybeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(ybeg) check complete with 0 total errors (errmax= 1.2627e-06)
d(Edge)/d(ybeg) check complete with 0 total errors (errmax= 1.0134e-13)
d(Node)/d(ybeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbeg"
*********************************************************
Generating perturbed configuration with delta-zbeg[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(zbeg) check complete with 0 total errors (errmax= 1.4019e-15)
d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 1.8603e-15)
d(Node)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(xsize) check complete with 0 total errors (errmax= 9.7294e-05)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 7.3363e-08)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(ysize) check complete with 0 total errors (errmax= 8.1171e-07)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 1.2888e-06)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(zsize) check complete with 0 total errors (errmax= 9.2686e-16)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 2.9012e-13)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "diam"
*********************************************************
Generating perturbed configuration with delta-diam[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(diam) check complete with 0 total errors (errmax= 2.0869e-13)
d(Edge)/d(diam) check complete with 0 total errors (errmax= 5.8575e-08)
d(Node)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "scale"
*********************************************************
Generating perturbed configuration with delta-scale[1,1]= 0.00300000
real 0m3.766s
user 0m0.015s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(scale) check complete with 0 total errors (errmax= 7.4548e-05)
d(Edge)/d(scale) check complete with 0 total errors (errmax= 4.5729e-15)
d(Node)/d(scale) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 2.255 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.7294e-05) with 0 suppressions
+ set +x
data\basic\designL34 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 159 / 275 )
data\basic\designL40.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designL40.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 1.5207e-06)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "ybeg"
*********************************************************
Generating perturbed configuration with delta-ybeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(ybeg) check complete with 0 total errors (errmax= 1.2627e-06)
d(Edge)/d(ybeg) check complete with 0 total errors (errmax= 6.7230e-16)
d(Node)/d(ybeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbeg"
*********************************************************
Generating perturbed configuration with delta-zbeg[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(zbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(xsize) check complete with 0 total errors (errmax= 9.7322e-05)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 3.8918e-15)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(ysize) check complete with 0 total errors (errmax= 7.6254e-07)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 1.2777e-06)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "diam"
*********************************************************
Generating perturbed configuration with delta-diam[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
d(Edge)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
d(Node)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "scale"
*********************************************************
Generating perturbed configuration with delta-scale[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(scale) check complete with 0 total errors (errmax= 7.4569e-05)
d(Edge)/d(scale) check complete with 0 total errors (errmax= 2.3019e-15)
d(Node)/d(scale) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.069 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.7322e-05) with 0 suppressions
real 0m0.837s
user 0m0.000s
sys 0m0.015s
+ set +x
data\basic\designL40 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 160 / 275 )
data\basic\designL41.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designL41.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 1.5203e-06)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 6.3049e-08)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "ybeg"
*********************************************************
Generating perturbed configuration with delta-ybeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(ybeg) check complete with 0 total errors (errmax= 1.2627e-06)
d(Edge)/d(ybeg) check complete with 0 total errors (errmax= 3.7197e-13)
d(Node)/d(ybeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbeg"
*********************************************************
Generating perturbed configuration with delta-zbeg[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(zbeg) check complete with 0 total errors (errmax= 1.8760e-15)
d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 1.8746e-13)
d(Node)/d(zbeg) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(xsize) check complete with 0 total errors (errmax= 9.7294e-05)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 7.3361e-08)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(ysize) check complete with 0 total errors (errmax= 8.1171e-07)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 1.2888e-06)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(zsize) check complete with 0 total errors (errmax= 9.9144e-16)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 5.2105e-13)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "diam"
*********************************************************
Generating perturbed configuration with delta-diam[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(diam) check complete with 0 total errors (errmax= 2.7758e-12)
d(Edge)/d(diam) check complete with 0 total errors (errmax= 5.8574e-08)
d(Node)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "scale"
*********************************************************
Generating perturbed configuration with delta-scale[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(scale) check complete with 0 total errors (errmax= 7.4548e-05)
d(Edge)/d(scale) check complete with 0 total errors (errmax= 4.2642e-15)
d(Node)/d(scale) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 2.301 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.7294e-05) with 0 suppressions
real 0m4.003s
user 0m0.000s
sys 0m0.046s
+ set +x
data\basic\designL41 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 161 / 275 )
data\basic\designL42.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designL42.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 1.5203e-06)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 6.3049e-08)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "ybeg"
*********************************************************
Generating perturbed configuration with delta-ybeg[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(ybeg) check complete with 0 total errors (errmax= 1.2627e-06)
d(Edge)/d(ybeg) check complete with 0 total errors (errmax= 1.8113e-13)
d(Node)/d(ybeg) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "zbeg"
*********************************************************
Generating perturbed configuration with delta-zbeg[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(zbeg) check complete with 0 total errors (errmax= 2.4028e-15)
d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 2.6518e-13)
d(Node)/d(zbeg) check complete with 0 total errors (errmax= 1.7764e-15)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(xsize) check complete with 0 total errors (errmax= 9.7294e-05)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 7.3360e-08)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(ysize) check complete with 0 total errors (errmax= 8.1171e-07)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 1.2888e-06)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(zsize) check complete with 0 total errors (errmax= 9.5467e-16)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 2.6518e-13)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "diam"
*********************************************************
Generating perturbed configuration with delta-diam[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(diam) check complete with 0 total errors (errmax= 2.7447e-12)
d(Edge)/d(diam) check complete with 0 total errors (errmax= 5.8574e-08)
d(Node)/d(diam) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "scale"
*********************************************************
Generating perturbed configuration with delta-scale[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=18
Computing distances of perturbed points from perturbed configuration for ibody=18
d(Face)/d(scale) check complete with 0 total errors (errmax= 7.4548e-05)
d(Edge)/d(scale) check complete with 0 total errors (errmax= 4.3572e-15)
d(Node)/d(scale) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 2.340 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.7294e-05) with 0 suppressions
real 0m4.151s
user 0m0.000s
sys 0m0.046s
+ set +x
data\basic\designL42 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 162 / 275 )
data\basic\designM0.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designM0.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "a"
*********************************************************
Generating perturbed configuration with delta-a[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(a) check complete with 0 total errors (errmax= 1.1102e-16)
d(Edge)/d(a) check complete with 0 total errors (errmax= 1.1102e-16)
d(Node)/d(a) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "b"
*********************************************************
Generating perturbed configuration with delta-b[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(b) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(b) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(b) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "c"
*********************************************************
Generating perturbed configuration with delta-c[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(c) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(c) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(c) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "d"
*********************************************************
Generating perturbed configuration with delta-d[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(d) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(d) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(d) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "e"
*********************************************************
Generating perturbed configuration with delta-e[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(e) check complete with 0 total errors (errmax= 2.2204e-16)
d(Edge)/d(e) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(e) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "f"
*********************************************************
Generating perturbed configuration with delta-f[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(f) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(f) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(f) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "g"
*********************************************************
Generating perturbed configuration with delta-g[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(g) check complete with 0 total errors (errmax= 5.7870e-16)
d(Edge)/d(g) check complete with 0 total errors (errmax= 5.9581e-16)
d(Node)/d(g) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "h"
*********************************************************
real 0m0.581s
user 0m0.000s
sys 0m0.000s
Generating perturbed configuration with delta-h[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(h) check complete with 0 total errors (errmax= 4.5934e-16)
d(Edge)/d(h) check complete with 0 total errors (errmax= 4.5641e-16)
d(Node)/d(h) check complete with 0 total errors (errmax= 4.4409e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.058 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions
+ set +x
data\basic\designM0 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 163 / 275 )
data\basic\designM1.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designM1.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "a"
*********************************************************
Generating perturbed configuration with delta-a[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(a) check complete with 0 total errors (errmax= 1.1102e-16)
d(Edge)/d(a) check complete with 0 total errors (errmax= 1.1102e-16)
d(Node)/d(a) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "b"
*********************************************************
Generating perturbed configuration with delta-b[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(b) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(b) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(b) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "c"
*********************************************************
Generating perturbed configuration with delta-c[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(c) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(c) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(c) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "d"
*********************************************************
Generating perturbed configuration with delta-d[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(d) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(d) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(d) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "e"
*********************************************************
Generating perturbed configuration with delta-e[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(e) check complete with 0 total errors (errmax= 2.2204e-16)
d(Edge)/d(e) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(e) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "f"
*********************************************************
Generating perturbed configuration with delta-f[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(f) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(f) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(f) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "g"
*********************************************************
Generating perturbed configuration with delta-g[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(g) check complete with 0 total errors (errmax= 5.7870e-16)
d(Edge)/d(g) check complete with 0 total errors (errmax= 5.9581e-16)
d(Node)/d(g) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "h"
*********************************************************
Generating perturbed configuration with delta-h[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(h) check complete with 0 total errors (errmax= 4.5934e-16)
d(Edge)/d(h) check complete with 0 total errors (errmax= 4.5641e-16)
d(Node)/d(h) check complete with 0 total errors (errmax= 4.4409e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.011 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions
real 0m0.529s
user 0m0.000s
sys 0m0.046s
+ set +x
data\basic\designM1 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 164 / 275 )
data\basic\designM2.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designM2.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "a"
*********************************************************
Generating perturbed configuration with delta-a[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(a) check complete with 0 total errors (errmax= 1.4361e-16)
d(Edge)/d(a) check complete with 0 total errors (errmax= 1.9537e-16)
d(Node)/d(a) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "b"
*********************************************************
Generating perturbed configuration with delta-b[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(b) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(b) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(b) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "c"
*********************************************************
Generating perturbed configuration with delta-c[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(c) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(c) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(c) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "d"
*********************************************************
Generating perturbed configuration with delta-d[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(d) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(d) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(d) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "e"
*********************************************************
Generating perturbed configuration with delta-e[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(e) check complete with 0 total errors (errmax= 2.2204e-16)
d(Edge)/d(e) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(e) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "f"
*********************************************************
Generating perturbed configuration with delta-f[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(f) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(f) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(f) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "g"
*********************************************************
Generating perturbed configuration with delta-g[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(g) check complete with 0 total errors (errmax= 5.7560e-16)
d(Edge)/d(g) check complete with 0 total errors (errmax= 5.9581e-16)
d(Node)/d(g) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "h"
*********************************************************
real 0m0.691s
user 0m0.015s
sys 0m0.000s
Generating perturbed configuration with delta-h[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(h) check complete with 0 total errors (errmax= 4.4674e-16)
d(Edge)/d(h) check complete with 0 total errors (errmax= 4.4588e-16)
d(Node)/d(h) check complete with 0 total errors (errmax= 4.4409e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.018 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions
+ set +x
data\basic\designM2 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 165 / 275 )
data\basic\designM3.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designM3.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "a"
*********************************************************
Generating perturbed configuration with delta-a[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(a) check complete with 0 total errors (errmax= 6.8551e-16)
d(Edge)/d(a) check complete with 0 total errors (errmax= 4.8250e-16)
d(Node)/d(a) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "b"
*********************************************************
Generating perturbed configuration with delta-b[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(b) check complete with 0 total errors (errmax= 4.4611e-16)
d(Edge)/d(b) check complete with 0 total errors (errmax= 4.4766e-16)
d(Node)/d(b) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "c"
*********************************************************
Generating perturbed configuration with delta-c[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(c) check complete with 0 total errors (errmax= 6.3107e-16)
d(Edge)/d(c) check complete with 0 total errors (errmax= 5.2303e-16)
d(Node)/d(c) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "d"
*********************************************************
Generating perturbed configuration with delta-d[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(d) check complete with 0 total errors (errmax= 1.1980e-15)
d(Edge)/d(d) check complete with 0 total errors (errmax= 1.0819e-15)
d(Node)/d(d) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "e"
*********************************************************
Generating perturbed configuration with delta-e[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(e) check complete with 0 total errors (errmax= 3.3031e-16)
d(Edge)/d(e) check complete with 0 total errors (errmax= 2.7916e-16)
d(Node)/d(e) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "f"
*********************************************************
Generating perturbed configuration with delta-f[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(f) check complete with 0 total errors (errmax= 6.2533e-16)
d(Edge)/d(f) check complete with 0 total errors (errmax= 5.5260e-16)
d(Node)/d(f) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "g"
*********************************************************
Generating perturbed configuration with delta-g[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(g) check complete with 0 total errors (errmax= 8.5748e-16)
d(Edge)/d(g) check complete with 0 total errors (errmax= 7.0450e-16)
d(Node)/d(g) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "h"
*********************************************************
Generating perturbed configuration with delta-h[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(h) check complete with 0 total errors (errmax= 8.9356e-16)
d(Edge)/d(h) check complete with 0 total errors (errmax= 7.6107e-16)
d(Node)/d(h) check complete with 0 total errors (errmax= 4.4409e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.934 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.1980e-15) with 0 suppressions
real 0m2.306s
user 0m0.015s
sys 0m0.030s
+ set +x
data\basic\designM3 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 166 / 275 )
data\basic\designM4.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designM4.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "a"
*********************************************************
Generating perturbed configuration with delta-a[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(a) check complete with 0 total errors (errmax= 6.8551e-16)
d(Edge)/d(a) check complete with 0 total errors (errmax= 4.8250e-16)
d(Node)/d(a) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "b"
*********************************************************
Generating perturbed configuration with delta-b[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(b) check complete with 0 total errors (errmax= 4.4611e-16)
d(Edge)/d(b) check complete with 0 total errors (errmax= 4.4766e-16)
d(Node)/d(b) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "c"
*********************************************************
Generating perturbed configuration with delta-c[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(c) check complete with 0 total errors (errmax= 6.3107e-16)
d(Edge)/d(c) check complete with 0 total errors (errmax= 5.2303e-16)
d(Node)/d(c) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "d"
*********************************************************
Generating perturbed configuration with delta-d[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(d) check complete with 0 total errors (errmax= 1.1980e-15)
d(Edge)/d(d) check complete with 0 total errors (errmax= 1.0819e-15)
d(Node)/d(d) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "e"
*********************************************************
Generating perturbed configuration with delta-e[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(e) check complete with 0 total errors (errmax= 3.3031e-16)
d(Edge)/d(e) check complete with 0 total errors (errmax= 2.7916e-16)
d(Node)/d(e) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "f"
*********************************************************
Generating perturbed configuration with delta-f[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(f) check complete with 0 total errors (errmax= 6.2533e-16)
d(Edge)/d(f) check complete with 0 total errors (errmax= 5.5260e-16)
d(Node)/d(f) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "g"
*********************************************************
Generating perturbed configuration with delta-g[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(g) check complete with 0 total errors (errmax= 8.5748e-16)
d(Edge)/d(g) check complete with 0 total errors (errmax= 7.0450e-16)
d(Node)/d(g) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "h"
*********************************************************
Generating perturbed configuration with delta-h[1,1]= 0.00150000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(h) check complete with 0 total errors (errmax= 8.9356e-16)
d(Edge)/d(h) check complete with 0 total errors (errmax= 7.6107e-16)
d(Node)/d(h) check complete with 0 total errors (errmax= 4.4409e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.899 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.1980e-15) with 0 suppressions
real 0m2.070s
user 0m0.000s
sys 0m0.031s
+ set +x
data\basic\designM4 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 167 / 275 )
data\basic\designN1.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designN1.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(xsize) check complete with 0 total errors (errmax= 2.9970e-06)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 2.9970e-06)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 2.9970e-06)
*********************************************************
Starting tessellation sensitivity wrt "frontArea"
*********************************************************
Generating perturbed configuration with delta-frontArea[1,1]= 0.01200000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(frontArea) check complete with 0 total errors (errmax= 1.9980e-06)
d(Edge)/d(frontArea) check complete with 0 total errors (errmax= 1.9980e-06)
d(Node)/d(frontArea) check complete with 0 total errors (errmax= 1.9980e-06)
*********************************************************
Starting tessellation sensitivity wrt "volume"
*********************************************************
Generating perturbed configuration with delta-volume[1,1]= 0.02400000
real 0m0.325s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(volume) check complete with 0 total errors (errmax= 2.2204e-15)
d(Edge)/d(volume) check complete with 0 total errors (errmax= 2.2204e-15)
d(Node)/d(volume) check complete with 0 total errors (errmax= 2.2204e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.001 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.9970e-06) with 0 suppressions
+ set +x
data\basic\designN1 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 168 / 275 )
data\basic\designN2.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designN2.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "area"
*********************************************************
Generating perturbed configuration with delta-area[1,1]= 0.15079600
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(area) check complete with 0 total errors (errmax= 5.3895e-03)
d(Edge)/d(area) check complete with 0 total errors (errmax= 5.5591e-03)
d(Node)/d(area) check complete with 0 total errors (errmax= 5.5591e-03)
*********************************************************
Starting tessellation sensitivity wrt "vol"
*********************************************************
real 0m0.455s
user 0m0.030s
sys 0m0.031s
Generating perturbed configuration with delta-vol[1,1]= 0.14137200
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(vol) check complete with 0 total errors (errmax= 2.9484e-03)
d(Edge)/d(vol) check complete with 0 total errors (errmax= 3.0407e-03)
d(Node)/d(vol) check complete with 0 total errors (errmax= 3.0407e-03)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.002 sec
Sensitivity checks complete with 26 total errors (max tess err= 5.5591e-03) with 0 suppressions
+ set +x
data\basic\designN2 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 169 / 275 )
data\basic\designP0a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designP0a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "X0"
*********************************************************
Generating perturbed configuration with delta-X0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(X0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(X0) check complete with 0 total errors (errmax= 2.5640e-16)
d(Node)/d(X0) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "Y0"
*********************************************************
Generating perturbed configuration with delta-Y0[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(Y0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(Y0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(Y0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Z0"
*********************************************************
Generating perturbed configuration with delta-Z0[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(Z0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(Z0) check complete with 0 total errors (errmax= 8.1670e-16)
d(Node)/d(Z0) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DX1"
*********************************************************
Generating perturbed configuration with delta-DX1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DX1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DX1) check complete with 0 total errors (errmax= 6.4863e-16)
d(Node)/d(DX1) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY1"
*********************************************************
Generating perturbed configuration with delta-DY1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DY1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DY1) check complete with 0 total errors (errmax= 6.4863e-16)
d(Node)/d(DY1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ1"
*********************************************************
Generating perturbed configuration with delta-DZ1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DZ1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DZ1) check complete with 0 total errors (errmax= 6.8943e-16)
d(Node)/d(DZ1) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX2"
*********************************************************
Generating perturbed configuration with delta-DX2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DX2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DX2) check complete with 0 total errors (errmax= 3.0337e-16)
d(Node)/d(DX2) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY2"
*********************************************************
Generating perturbed configuration with delta-DY2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DY2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DY2) check complete with 0 total errors (errmax= 8.7325e-16)
d(Node)/d(DY2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ2"
*********************************************************
Generating perturbed configuration with delta-DZ2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DZ2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DZ2) check complete with 0 total errors (errmax= 6.8943e-16)
d(Node)/d(DZ2) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX3"
*********************************************************
Generating perturbed configuration with delta-DX3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DX3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DX3) check complete with 0 total errors (errmax= 6.0744e-16)
d(Node)/d(DX3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY3"
*********************************************************
Generating perturbed configuration with delta-DY3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DY3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DY3) check complete with 0 total errors (errmax= 5.3505e-16)
d(Node)/d(DY3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ3"
*********************************************************
Generating perturbed configuration with delta-DZ3[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DZ3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DZ3) check complete with 0 total errors (errmax= 5.1544e-16)
d(Node)/d(DZ3) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "S1"
*********************************************************
Generating perturbed configuration with delta-S1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(S1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(S1) check complete with 0 total errors (errmax= 4.0701e-15)
d(Node)/d(S1) check complete with 0 total errors (errmax= 4.0701e-15)
*********************************************************
Starting tessellation sensitivity wrt "S2"
*********************************************************
Generating perturbed configuration with delta-S2[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(S2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(S2) check complete with 0 total errors (errmax= 7.5246e-16)
d(Node)/d(S2) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.001 sec
Sensitivity checks complete with 0 total errors (max tess err= 4.0702e-15) with 0 suppressions
real 0m0.521s
user 0m0.000s
sys 0m0.015s
+ set +x
data\basic\designP0a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 170 / 275 )
data\basic\designP0b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designP0b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "X0"
*********************************************************
Generating perturbed configuration with delta-X0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(X0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(X0) check complete with 0 total errors (errmax= 2.5640e-16)
d(Node)/d(X0) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "Y0"
*********************************************************
Generating perturbed configuration with delta-Y0[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(Y0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(Y0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(Y0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Z0"
*********************************************************
Generating perturbed configuration with delta-Z0[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(Z0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(Z0) check complete with 0 total errors (errmax= 8.1670e-16)
d(Node)/d(Z0) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DX1"
*********************************************************
Generating perturbed configuration with delta-DX1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DX1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DX1) check complete with 0 total errors (errmax= 3.3840e-16)
d(Node)/d(DX1) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY1"
*********************************************************
Generating perturbed configuration with delta-DY1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DY1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DY1) check complete with 0 total errors (errmax= 9.1731e-16)
d(Node)/d(DY1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ1"
*********************************************************
Generating perturbed configuration with delta-DZ1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DZ1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DZ1) check complete with 0 total errors (errmax= 9.1731e-16)
d(Node)/d(DZ1) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX2"
*********************************************************
Generating perturbed configuration with delta-DX2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DX2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DX2) check complete with 0 total errors (errmax= 3.3840e-16)
d(Node)/d(DX2) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY2"
*********************************************************
Generating perturbed configuration with delta-DY2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DY2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DY2) check complete with 0 total errors (errmax= 9.1731e-16)
d(Node)/d(DY2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ2"
*********************************************************
Generating perturbed configuration with delta-DZ2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DZ2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DZ2) check complete with 0 total errors (errmax= 6.8943e-16)
d(Node)/d(DZ2) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX3"
*********************************************************
Generating perturbed configuration with delta-DX3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DX3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DX3) check complete with 0 total errors (errmax= 3.9075e-16)
d(Node)/d(DX3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY3"
*********************************************************
Generating perturbed configuration with delta-DY3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DY3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DY3) check complete with 0 total errors (errmax= 6.3809e-16)
d(Node)/d(DY3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ3"
*********************************************************
Generating perturbed configuration with delta-DZ3[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DZ3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DZ3) check complete with 0 total errors (errmax= 9.4615e-16)
d(Node)/d(DZ3) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "S1"
*********************************************************
Generating perturbed configuration with delta-S1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(S1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(S1) check complete with 0 total errors (errmax= 4.0701e-15)
d(Node)/d(S1) check complete with 0 total errors (errmax= 4.0701e-15)
*********************************************************
Starting tessellation sensitivity wrt "S2"
*********************************************************
Generating perturbed configuration with delta-S2[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(S2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(S2) check complete with 0 total errors (errmax= 9.1731e-16)
d(Node)/d(S2) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.012 sec
Sensitivity checks complete with 0 total errors (max tess err= 4.0702e-15) with 0 suppressions
real 0m0.506s
user 0m0.015s
sys 0m0.000s
+ set +x
data\basic\designP0b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 171 / 275 )
data\basic\designP0c.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designP0c.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "X0"
*********************************************************
Generating perturbed configuration with delta-X0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(X0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(X0) check complete with 0 total errors (errmax= 5.7604e-16)
d(Node)/d(X0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Y0"
*********************************************************
Generating perturbed configuration with delta-Y0[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(Y0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(Y0) check complete with 0 total errors (errmax= 1.3796e-15)
d(Node)/d(Y0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Z0"
*********************************************************
Generating perturbed configuration with delta-Z0[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(Z0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(Z0) check complete with 0 total errors (errmax= 1.0711e-15)
d(Node)/d(Z0) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DX1"
*********************************************************
Generating perturbed configuration with delta-DX1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DX1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DX1) check complete with 0 total errors (errmax= 3.7239e-08)
d(Node)/d(DX1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY1"
*********************************************************
Generating perturbed configuration with delta-DY1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DY1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DY1) check complete with 0 total errors (errmax= 3.7238e-08)
d(Node)/d(DY1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ1"
*********************************************************
Generating perturbed configuration with delta-DZ1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DZ1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DZ1) check complete with 0 total errors (errmax= 4.3008e-07)
d(Node)/d(DZ1) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX2"
*********************************************************
Generating perturbed configuration with delta-DX2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DX2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DX2) check complete with 0 total errors (errmax= 1.0895e-07)
d(Node)/d(DX2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY2"
*********************************************************
Generating perturbed configuration with delta-DY2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DY2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DY2) check complete with 0 total errors (errmax= 1.0783e-07)
d(Node)/d(DY2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ2"
*********************************************************
Generating perturbed configuration with delta-DZ2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DZ2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DZ2) check complete with 0 total errors (errmax= 3.1665e-07)
d(Node)/d(DZ2) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX3"
*********************************************************
Generating perturbed configuration with delta-DX3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DX3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DX3) check complete with 0 total errors (errmax= 2.2493e-08)
d(Node)/d(DX3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY3"
*********************************************************
Generating perturbed configuration with delta-DY3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DY3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DY3) check complete with 0 total errors (errmax= 1.9478e-08)
d(Node)/d(DY3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ3"
*********************************************************
Generating perturbed configuration with delta-DZ3[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DZ3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DZ3) check complete with 0 total errors (errmax= 5.9437e-07)
d(Node)/d(DZ3) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "S1"
*********************************************************
Generating perturbed configuration with delta-S1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(S1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(S1) check complete with 0 total errors (errmax= 3.3752e-15)
d(Node)/d(S1) check complete with 0 total errors (errmax= 4.0701e-15)
*********************************************************
Starting tessellation sensitivity wrt "S2"
*********************************************************
Generating perturbed configuration with delta-S2[1,1]= 0.00300000
real 0m0.346s
user 0m0.000s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(S2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(S2) check complete with 0 total errors (errmax= 1.9559e-15)
d(Node)/d(S2) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.020 sec
Sensitivity checks complete with 0 total errors (max tess err= 5.9437e-07) with 0 suppressions
+ set +x
data\basic\designP0c -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 172 / 275 )
data\basic\designP0d.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designP0d.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "X0"
*********************************************************
Generating perturbed configuration with delta-X0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(X0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(X0) check complete with 0 total errors (errmax= 6.8995e-16)
d(Node)/d(X0) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "Y0"
*********************************************************
Generating perturbed configuration with delta-Y0[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(Y0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(Y0) check complete with 0 total errors (errmax= 1.3995e-15)
d(Node)/d(Y0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Z0"
*********************************************************
Generating perturbed configuration with delta-Z0[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(Z0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(Z0) check complete with 0 total errors (errmax= 1.8067e-15)
d(Node)/d(Z0) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DX1"
*********************************************************
Generating perturbed configuration with delta-DX1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(DX1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DX1) check complete with 0 total errors (errmax= 4.4800e-08)
d(Node)/d(DX1) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY1"
*********************************************************
Generating perturbed configuration with delta-DY1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(DY1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DY1) check complete with 0 total errors (errmax= 4.4800e-08)
d(Node)/d(DY1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ1"
*********************************************************
Generating perturbed configuration with delta-DZ1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(DZ1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DZ1) check complete with 0 total errors (errmax= 2.3225e-07)
d(Node)/d(DZ1) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX2"
*********************************************************
Generating perturbed configuration with delta-DX2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(DX2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DX2) check complete with 0 total errors (errmax= 9.9512e-08)
d(Node)/d(DX2) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY2"
*********************************************************
Generating perturbed configuration with delta-DY2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(DY2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DY2) check complete with 0 total errors (errmax= 9.9512e-08)
d(Node)/d(DY2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ2"
*********************************************************
Generating perturbed configuration with delta-DZ2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(DZ2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DZ2) check complete with 0 total errors (errmax= 4.4148e-07)
d(Node)/d(DZ2) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX3"
*********************************************************
Generating perturbed configuration with delta-DX3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(DX3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DX3) check complete with 0 total errors (errmax= 2.9039e-15)
d(Node)/d(DX3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY3"
*********************************************************
Generating perturbed configuration with delta-DY3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(DY3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DY3) check complete with 0 total errors (errmax= 2.4380e-15)
d(Node)/d(DY3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ3"
*********************************************************
Generating perturbed configuration with delta-DZ3[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(DZ3) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(DZ3) check complete with 0 total errors (errmax= 2.0797e-15)
d(Node)/d(DZ3) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "S1"
*********************************************************
Generating perturbed configuration with delta-S1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(S1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(S1) check complete with 0 total errors (errmax= 3.1445e-15)
d(Node)/d(S1) check complete with 0 total errors (errmax= 4.0701e-15)
*********************************************************
Starting tessellation sensitivity wrt "S2"
*********************************************************
real 0m0.479s
user 0m0.000s
sys 0m0.015s
Generating perturbed configuration with delta-S2[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(S2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(S2) check complete with 0 total errors (errmax= 2.1409e-15)
d(Node)/d(S2) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.029 sec
Sensitivity checks complete with 0 total errors (max tess err= 4.4148e-07) with 0 suppressions
+ set +x
data\basic\designP0d -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 173 / 275 )
data\basic\designP1a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designP1a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "X0"
*********************************************************
Generating perturbed configuration with delta-X0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(X0) check complete with 0 total errors (errmax= 1.5722e-15)
d(Edge)/d(X0) check complete with 0 total errors (errmax= 1.1863e-15)
d(Node)/d(X0) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "Y0"
*********************************************************
Generating perturbed configuration with delta-Y0[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(Y0) check complete with 0 total errors (errmax= 3.7211e-15)
d(Edge)/d(Y0) check complete with 0 total errors (errmax= 3.5527e-15)
d(Node)/d(Y0) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "Z0"
*********************************************************
Generating perturbed configuration with delta-Z0[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(Z0) check complete with 0 total errors (errmax= 8.2162e-16)
d(Edge)/d(Z0) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(Z0) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(L) check complete with 0 total errors (errmax= 5.4535e-15)
d(Edge)/d(L) check complete with 0 total errors (errmax= 6.4047e-15)
d(Node)/d(L) check complete with 0 total errors (errmax= 6.4047e-15)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(H) check complete with 0 total errors (errmax= 1.9379e-15)
d(Edge)/d(H) check complete with 0 total errors (errmax= 1.7764e-15)
d(Node)/d(H) check complete with 0 total errors (errmax= 1.7764e-15)
*********************************************************
Starting tessellation sensitivity wrt "DX1"
*********************************************************
Generating perturbed configuration with delta-DX1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DX1) check complete with 0 total errors (errmax= 1.6036e-15)
d(Edge)/d(DX1) check complete with 0 total errors (errmax= 1.2399e-15)
d(Node)/d(DX1) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY1"
*********************************************************
Generating perturbed configuration with delta-DY1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DY1) check complete with 0 total errors (errmax= 9.4567e-16)
d(Edge)/d(DY1) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(DY1) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DZ1"
*********************************************************
Generating perturbed configuration with delta-DZ1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DZ1) check complete with 0 total errors (errmax= 7.1152e-16)
d(Edge)/d(DZ1) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(DZ1) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX2"
*********************************************************
Generating perturbed configuration with delta-DX2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DX2) check complete with 0 total errors (errmax= 2.2784e-15)
d(Edge)/d(DX2) check complete with 0 total errors (errmax= 1.5384e-15)
d(Node)/d(DX2) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY2"
*********************************************************
Generating perturbed configuration with delta-DY2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DY2) check complete with 0 total errors (errmax= 8.9430e-16)
d(Edge)/d(DY2) check complete with 0 total errors (errmax= 1.7764e-15)
d(Node)/d(DY2) check complete with 0 total errors (errmax= 1.7764e-15)
*********************************************************
Starting tessellation sensitivity wrt "DZ2"
*********************************************************
Generating perturbed configuration with delta-DZ2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DZ2) check complete with 0 total errors (errmax= 9.5142e-16)
d(Edge)/d(DZ2) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(DZ2) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX3"
*********************************************************
Generating perturbed configuration with delta-DX3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DX3) check complete with 0 total errors (errmax= 1.3960e-15)
d(Edge)/d(DX3) check complete with 0 total errors (errmax= 1.4183e-15)
d(Node)/d(DX3) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY3"
*********************************************************
Generating perturbed configuration with delta-DY3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DY3) check complete with 0 total errors (errmax= 6.5643e-16)
d(Edge)/d(DY3) check complete with 0 total errors (errmax= 4.6151e-15)
d(Node)/d(DY3) check complete with 0 total errors (errmax= 2.8087e-15)
*********************************************************
Starting tessellation sensitivity wrt "DZ3"
*********************************************************
Generating perturbed configuration with delta-DZ3[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DZ3) check complete with 0 total errors (errmax= 8.4209e-16)
d(Edge)/d(DZ3) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(DZ3) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "S1"
*********************************************************
Generating perturbed configuration with delta-S1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(S1) check complete with 0 total errors (errmax= 4.4668e-15)
d(Edge)/d(S1) check complete with 0 total errors (errmax= 5.3291e-15)
d(Node)/d(S1) check complete with 0 total errors (errmax= 5.3291e-15)
*********************************************************
Starting tessellation sensitivity wrt "S2"
*********************************************************
Generating perturbed configuration with delta-S2[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(S2) check complete with 0 total errors (errmax= 2.3148e-15)
d(Edge)/d(S2) check complete with 0 total errors (errmax= 1.3428e-15)
d(Node)/d(S2) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.263 sec
Sensitivity checks complete with 0 total errors (max tess err= 6.4048e-15) with 0 suppressions
real 0m1.421s
user 0m0.015s
sys 0m0.015s
+ set +x
data\basic\designP1a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 174 / 275 )
data\basic\designP1b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designP1b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "X0"
*********************************************************
Generating perturbed configuration with delta-X0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(X0) check complete with 0 total errors (errmax= 2.5841e-15)
d(Edge)/d(X0) check complete with 0 total errors (errmax= 1.4374e-15)
d(Node)/d(X0) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "Y0"
*********************************************************
Generating perturbed configuration with delta-Y0[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(Y0) check complete with 0 total errors (errmax= 3.9257e-15)
d(Edge)/d(Y0) check complete with 0 total errors (errmax= 3.9205e-15)
d(Node)/d(Y0) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "Z0"
*********************************************************
Generating perturbed configuration with delta-Z0[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(Z0) check complete with 0 total errors (errmax= 1.9181e-15)
d(Edge)/d(Z0) check complete with 0 total errors (errmax= 2.3875e-15)
d(Node)/d(Z0) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(L) check complete with 0 total errors (errmax= 6.3892e-15)
d(Edge)/d(L) check complete with 0 total errors (errmax= 7.0417e-15)
d(Node)/d(L) check complete with 0 total errors (errmax= 6.4047e-15)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(H) check complete with 0 total errors (errmax= 2.4891e-15)
d(Edge)/d(H) check complete with 0 total errors (errmax= 2.3661e-15)
d(Node)/d(H) check complete with 0 total errors (errmax= 1.7764e-15)
*********************************************************
Starting tessellation sensitivity wrt "DX1"
*********************************************************
Generating perturbed configuration with delta-DX1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DX1) check complete with 0 total errors (errmax= 2.4045e-15)
d(Edge)/d(DX1) check complete with 0 total errors (errmax= 2.3258e-15)
d(Node)/d(DX1) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY1"
*********************************************************
Generating perturbed configuration with delta-DY1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DY1) check complete with 0 total errors (errmax= 1.8759e-15)
d(Edge)/d(DY1) check complete with 0 total errors (errmax= 1.8603e-15)
d(Node)/d(DY1) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DZ1"
*********************************************************
Generating perturbed configuration with delta-DZ1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DZ1) check complete with 0 total errors (errmax= 2.0606e-15)
d(Edge)/d(DZ1) check complete with 0 total errors (errmax= 1.3630e-15)
d(Node)/d(DZ1) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX2"
*********************************************************
Generating perturbed configuration with delta-DX2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DX2) check complete with 0 total errors (errmax= 2.7918e-15)
d(Edge)/d(DX2) check complete with 0 total errors (errmax= 2.3258e-15)
d(Node)/d(DX2) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY2"
*********************************************************
Generating perturbed configuration with delta-DY2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DY2) check complete with 0 total errors (errmax= 1.3210e-15)
d(Edge)/d(DY2) check complete with 0 total errors (errmax= 8.4411e-16)
d(Node)/d(DY2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ2"
*********************************************************
Generating perturbed configuration with delta-DZ2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DZ2) check complete with 0 total errors (errmax= 1.4583e-15)
d(Edge)/d(DZ2) check complete with 0 total errors (errmax= 1.3630e-15)
d(Node)/d(DZ2) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX3"
*********************************************************
Generating perturbed configuration with delta-DX3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DX3) check complete with 0 total errors (errmax= 2.4270e-15)
d(Edge)/d(DX3) check complete with 0 total errors (errmax= 2.2469e-15)
d(Node)/d(DX3) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY3"
*********************************************************
Generating perturbed configuration with delta-DY3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DY3) check complete with 0 total errors (errmax= 1.1650e-15)
d(Edge)/d(DY3) check complete with 0 total errors (errmax= 1.5888e-15)
d(Node)/d(DY3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ3"
*********************************************************
Generating perturbed configuration with delta-DZ3[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DZ3) check complete with 0 total errors (errmax= 9.5146e-16)
d(Edge)/d(DZ3) check complete with 0 total errors (errmax= 1.2044e-15)
d(Node)/d(DZ3) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "S1"
*********************************************************
Generating perturbed configuration with delta-S1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(S1) check complete with 0 total errors (errmax= 5.5278e-15)
d(Edge)/d(S1) check complete with 0 total errors (errmax= 6.4498e-15)
d(Node)/d(S1) check complete with 0 total errors (errmax= 5.3291e-15)
*********************************************************
Starting tessellation sensitivity wrt "S2"
*********************************************************
Generating perturbed configuration with delta-S2[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(S2) check complete with 0 total errors (errmax= 3.1407e-15)
d(Edge)/d(S2) check complete with 0 total errors (errmax= 3.0026e-15)
d(Node)/d(S2) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 3.354 sec
Sensitivity checks complete with 0 total errors (max tess err= 7.0417e-15) with 0 suppressions
real 0m4.426s
user 0m0.000s
sys 0m0.077s
+ set +x
data\basic\designP1b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 175 / 275 )
data\basic\designP1c.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designP1c.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "X0"
*********************************************************
Generating perturbed configuration with delta-X0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(X0) check complete with 0 total errors (errmax= 3.3275e-15)
d(Edge)/d(X0) check complete with 0 total errors (errmax= 2.7814e-15)
d(Node)/d(X0) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "Y0"
*********************************************************
Generating perturbed configuration with delta-Y0[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(Y0) check complete with 0 total errors (errmax= 3.7394e-15)
d(Edge)/d(Y0) check complete with 0 total errors (errmax= 4.2685e-15)
d(Node)/d(Y0) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "Z0"
*********************************************************
Generating perturbed configuration with delta-Z0[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(Z0) check complete with 0 total errors (errmax= 1.5691e-15)
d(Edge)/d(Z0) check complete with 0 total errors (errmax= 2.3007e-15)
d(Node)/d(Z0) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(L) check complete with 0 total errors (errmax= 6.0882e-15)
d(Edge)/d(L) check complete with 0 total errors (errmax= 7.7888e-15)
d(Node)/d(L) check complete with 0 total errors (errmax= 6.4047e-15)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(H) check complete with 0 total errors (errmax= 2.4469e-15)
d(Edge)/d(H) check complete with 0 total errors (errmax= 2.3661e-15)
d(Node)/d(H) check complete with 0 total errors (errmax= 1.7764e-15)
*********************************************************
Starting tessellation sensitivity wrt "DX1"
*********************************************************
Generating perturbed configuration with delta-DX1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DX1) check complete with 0 total errors (errmax= 2.9608e-08)
d(Edge)/d(DX1) check complete with 0 total errors (errmax= 3.7538e-08)
d(Node)/d(DX1) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY1"
*********************************************************
Generating perturbed configuration with delta-DY1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DY1) check complete with 0 total errors (errmax= 2.9631e-08)
d(Edge)/d(DY1) check complete with 0 total errors (errmax= 3.7537e-08)
d(Node)/d(DY1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ1"
*********************************************************
Generating perturbed configuration with delta-DZ1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DZ1) check complete with 0 total errors (errmax= 3.3355e-07)
d(Edge)/d(DZ1) check complete with 0 total errors (errmax= 4.2806e-07)
d(Node)/d(DZ1) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX2"
*********************************************************
Generating perturbed configuration with delta-DX2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DX2) check complete with 0 total errors (errmax= 1.0803e-07)
d(Edge)/d(DX2) check complete with 0 total errors (errmax= 1.0980e-07)
d(Node)/d(DX2) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY2"
*********************************************************
Generating perturbed configuration with delta-DY2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DY2) check complete with 0 total errors (errmax= 1.0524e-07)
d(Edge)/d(DY2) check complete with 0 total errors (errmax= 1.0867e-07)
d(Node)/d(DY2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ2"
*********************************************************
Generating perturbed configuration with delta-DZ2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DZ2) check complete with 0 total errors (errmax= 2.5582e-07)
d(Edge)/d(DZ2) check complete with 0 total errors (errmax= 3.1960e-07)
d(Node)/d(DZ2) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX3"
*********************************************************
Generating perturbed configuration with delta-DX3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DX3) check complete with 0 total errors (errmax= 2.0249e-08)
d(Edge)/d(DX3) check complete with 0 total errors (errmax= 2.2645e-08)
d(Node)/d(DX3) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY3"
*********************************************************
Generating perturbed configuration with delta-DY3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DY3) check complete with 0 total errors (errmax= 1.5933e-08)
d(Edge)/d(DY3) check complete with 0 total errors (errmax= 1.9605e-08)
d(Node)/d(DY3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ3"
*********************************************************
Generating perturbed configuration with delta-DZ3[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(DZ3) check complete with 0 total errors (errmax= 4.3709e-07)
d(Edge)/d(DZ3) check complete with 0 total errors (errmax= 5.9501e-07)
d(Node)/d(DZ3) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "S1"
*********************************************************
Generating perturbed configuration with delta-S1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(S1) check complete with 0 total errors (errmax= 5.4439e-15)
d(Edge)/d(S1) check complete with 0 total errors (errmax= 5.5741e-15)
d(Node)/d(S1) check complete with 0 total errors (errmax= 5.3291e-15)
*********************************************************
Starting tessellation sensitivity wrt "S2"
*********************************************************
Generating perturbed configuration with delta-S2[1,1]= 0.00300000
real 0m4.043s
user 0m0.015s
sys 0m0.016s
Computing analytic sensitivities (if possible) for ibody=24
Computing distances of perturbed points from perturbed configuration for ibody=24
d(Face)/d(S2) check complete with 0 total errors (errmax= 3.3456e-15)
d(Edge)/d(S2) check complete with 0 total errors (errmax= 2.8346e-15)
d(Node)/d(S2) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 2.987 sec
Sensitivity checks complete with 0 total errors (max tess err= 5.9501e-07) with 0 suppressions
+ set +x
data\basic\designP1c -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 176 / 275 )
data\basic\designP1d.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designP1d.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "X0"
*********************************************************
Generating perturbed configuration with delta-X0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=30
Computing distances of perturbed points from perturbed configuration for ibody=30
d(Face)/d(X0) check complete with 0 total errors (errmax= 3.2166e-15)
d(Edge)/d(X0) check complete with 0 total errors (errmax= 4.2213e-15)
d(Node)/d(X0) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "Y0"
*********************************************************
Generating perturbed configuration with delta-Y0[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=30
Computing distances of perturbed points from perturbed configuration for ibody=30
d(Face)/d(Y0) check complete with 0 total errors (errmax= 4.0171e-15)
d(Edge)/d(Y0) check complete with 0 total errors (errmax= 3.9205e-15)
d(Node)/d(Y0) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "Z0"
*********************************************************
Generating perturbed configuration with delta-Z0[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=30
Computing distances of perturbed points from perturbed configuration for ibody=30
d(Face)/d(Z0) check complete with 0 total errors (errmax= 1.8942e-15)
d(Edge)/d(Z0) check complete with 0 total errors (errmax= 2.3007e-15)
d(Node)/d(Z0) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=30
Computing distances of perturbed points from perturbed configuration for ibody=30
d(Face)/d(L) check complete with 0 total errors (errmax= 5.8927e-15)
d(Edge)/d(L) check complete with 0 total errors (errmax= 6.8267e-15)
d(Node)/d(L) check complete with 0 total errors (errmax= 6.4047e-15)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=30
Computing distances of perturbed points from perturbed configuration for ibody=30
d(Face)/d(H) check complete with 0 total errors (errmax= 2.2245e-15)
d(Edge)/d(H) check complete with 0 total errors (errmax= 2.3661e-15)
d(Node)/d(H) check complete with 0 total errors (errmax= 1.7764e-15)
*********************************************************
Starting tessellation sensitivity wrt "DX1"
*********************************************************
Generating perturbed configuration with delta-DX1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=30
Computing distances of perturbed points from perturbed configuration for ibody=30
d(Face)/d(DX1) check complete with 0 total errors (errmax= 3.6025e-08)
d(Edge)/d(DX1) check complete with 0 total errors (errmax= 4.7942e-08)
d(Node)/d(DX1) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY1"
*********************************************************
Generating perturbed configuration with delta-DY1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=30
Computing distances of perturbed points from perturbed configuration for ibody=30
d(Face)/d(DY1) check complete with 0 total errors (errmax= 3.6025e-08)
d(Edge)/d(DY1) check complete with 0 total errors (errmax= 4.7942e-08)
d(Node)/d(DY1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ1"
*********************************************************
Generating perturbed configuration with delta-DZ1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=30
Computing distances of perturbed points from perturbed configuration for ibody=30
d(Face)/d(DZ1) check complete with 0 total errors (errmax= 1.7153e-07)
d(Edge)/d(DZ1) check complete with 0 total errors (errmax= 2.3398e-07)
d(Node)/d(DZ1) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX2"
*********************************************************
Generating perturbed configuration with delta-DX2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=30
Computing distances of perturbed points from perturbed configuration for ibody=30
d(Face)/d(DX2) check complete with 0 total errors (errmax= 1.0639e-07)
d(Edge)/d(DX2) check complete with 0 total errors (errmax= 1.1131e-07)
d(Node)/d(DX2) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY2"
*********************************************************
Generating perturbed configuration with delta-DY2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=30
Computing distances of perturbed points from perturbed configuration for ibody=30
d(Face)/d(DY2) check complete with 0 total errors (errmax= 1.0639e-07)
d(Edge)/d(DY2) check complete with 0 total errors (errmax= 1.1131e-07)
d(Node)/d(DY2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ2"
*********************************************************
Generating perturbed configuration with delta-DZ2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=30
Computing distances of perturbed points from perturbed configuration for ibody=30
d(Face)/d(DZ2) check complete with 0 total errors (errmax= 4.0172e-07)
d(Edge)/d(DZ2) check complete with 0 total errors (errmax= 5.2404e-07)
d(Node)/d(DZ2) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX3"
*********************************************************
Generating perturbed configuration with delta-DX3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=30
Computing distances of perturbed points from perturbed configuration for ibody=30
d(Face)/d(DX3) check complete with 0 total errors (errmax= 6.5011e-15)
d(Edge)/d(DX3) check complete with 0 total errors (errmax= 5.0541e-15)
d(Node)/d(DX3) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY3"
*********************************************************
Generating perturbed configuration with delta-DY3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=30
Computing distances of perturbed points from perturbed configuration for ibody=30
d(Face)/d(DY3) check complete with 0 total errors (errmax= 7.1921e-15)
d(Edge)/d(DY3) check complete with 0 total errors (errmax= 8.0773e-15)
d(Node)/d(DY3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ3"
*********************************************************
Generating perturbed configuration with delta-DZ3[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=30
Computing distances of perturbed points from perturbed configuration for ibody=30
d(Face)/d(DZ3) check complete with 0 total errors (errmax= 6.2627e-15)
d(Edge)/d(DZ3) check complete with 0 total errors (errmax= 6.8494e-15)
d(Node)/d(DZ3) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "S1"
*********************************************************
Generating perturbed configuration with delta-S1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=30
Computing distances of perturbed points from perturbed configuration for ibody=30
d(Face)/d(S1) check complete with 0 total errors (errmax= 6.2139e-15)
d(Edge)/d(S1) check complete with 0 total errors (errmax= 6.4911e-15)
d(Node)/d(S1) check complete with 0 total errors (errmax= 5.3291e-15)
*********************************************************
Starting tessellation sensitivity wrt "S2"
*********************************************************
Generating perturbed configuration with delta-S2[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=30
Computing distances of perturbed points from perturbed configuration for ibody=30
d(Face)/d(S2) check complete with 0 total errors (errmax= 3.6077e-15)
d(Edge)/d(S2) check complete with 0 total errors (errmax= 2.8346e-15)
d(Node)/d(S2) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 3.166 sec
Sensitivity checks complete with 0 total errors (max tess err= 5.2404e-07) with 0 suppressions
real 0m4.474s
user 0m0.000s
sys 0m0.031s
+ set +x
data\basic\designP1d -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 177 / 275 )
data\basic\designP2a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designP2a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "X0"
*********************************************************
Generating perturbed configuration with delta-X0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(X0) check complete with 0 total errors (errmax= 2.5640e-16)
d(Edge)/d(X0) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(X0) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "Y0"
*********************************************************
Generating perturbed configuration with delta-Y0[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(Y0) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(Y0) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(Y0) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "Z0"
*********************************************************
Generating perturbed configuration with delta-Z0[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(Z0) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(Z0) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(Z0) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(L) check complete with 0 total errors (errmax= 3.5527e-15)
d(Edge)/d(L) check complete with 0 total errors (errmax= 3.5527e-15)
d(Node)/d(L) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(H) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(H) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(H) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX1"
*********************************************************
Generating perturbed configuration with delta-DX1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DX1) check complete with 0 total errors (errmax= 6.8257e-16)
d(Edge)/d(DX1) check complete with 0 total errors (errmax= 6.7140e-16)
d(Node)/d(DX1) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY1"
*********************************************************
Generating perturbed configuration with delta-DY1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DY1) check complete with 0 total errors (errmax= 6.7140e-16)
d(Edge)/d(DY1) check complete with 0 total errors (errmax= 6.7140e-16)
d(Node)/d(DY1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ1"
*********************************************************
Generating perturbed configuration with delta-DZ1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DZ1) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(DZ1) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(DZ1) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX2"
*********************************************************
Generating perturbed configuration with delta-DX2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DX2) check complete with 0 total errors (errmax= 1.8208e-15)
d(Edge)/d(DX2) check complete with 0 total errors (errmax= 1.8990e-15)
d(Node)/d(DX2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY2"
*********************************************************
Generating perturbed configuration with delta-DY2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DY2) check complete with 0 total errors (errmax= 6.2659e-16)
d(Edge)/d(DY2) check complete with 0 total errors (errmax= 2.6065e-16)
d(Node)/d(DY2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ2"
*********************************************************
Generating perturbed configuration with delta-DZ2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DZ2) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(DZ2) check complete with 0 total errors (errmax= 1.2356e-15)
d(Node)/d(DZ2) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX3"
*********************************************************
Generating perturbed configuration with delta-DX3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DX3) check complete with 0 total errors (errmax= 1.3088e-15)
d(Edge)/d(DX3) check complete with 0 total errors (errmax= 1.4183e-15)
d(Node)/d(DX3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY3"
*********************************************************
Generating perturbed configuration with delta-DY3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DY3) check complete with 0 total errors (errmax= 4.6302e-15)
d(Edge)/d(DY3) check complete with 0 total errors (errmax= 4.6229e-15)
d(Node)/d(DY3) check complete with 0 total errors (errmax= 2.6645e-15)
*********************************************************
Starting tessellation sensitivity wrt "DZ3"
*********************************************************
Generating perturbed configuration with delta-DZ3[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DZ3) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(DZ3) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(DZ3) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "S1"
*********************************************************
Generating perturbed configuration with delta-S1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(S1) check complete with 0 total errors (errmax= 4.3271e-15)
d(Edge)/d(S1) check complete with 0 total errors (errmax= 5.3291e-15)
d(Node)/d(S1) check complete with 0 total errors (errmax= 5.3291e-15)
*********************************************************
Starting tessellation sensitivity wrt "S2"
*********************************************************
Generating perturbed configuration with delta-S2[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(S2) check complete with 0 total errors (errmax= 1.7547e-15)
d(Edge)/d(S2) check complete with 0 total errors (errmax= 1.3428e-15)
d(Node)/d(S2) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.250 sec
Sensitivity checks complete with 0 total errors (max tess err= 5.3291e-15) with 0 suppressions
real 0m1.436s
user 0m0.000s
sys 0m0.031s
+ set +x
data\basic\designP2a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 178 / 275 )
data\basic\designP2b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designP2b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "X0"
*********************************************************
Generating perturbed configuration with delta-X0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(X0) check complete with 0 total errors (errmax= 2.5841e-15)
d(Edge)/d(X0) check complete with 0 total errors (errmax= 1.3428e-15)
d(Node)/d(X0) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "Y0"
*********************************************************
Generating perturbed configuration with delta-Y0[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(Y0) check complete with 0 total errors (errmax= 1.4720e-15)
d(Edge)/d(Y0) check complete with 0 total errors (errmax= 8.7374e-16)
d(Node)/d(Y0) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "Z0"
*********************************************************
Generating perturbed configuration with delta-Z0[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(Z0) check complete with 0 total errors (errmax= 1.6223e-15)
d(Edge)/d(Z0) check complete with 0 total errors (errmax= 9.7033e-16)
d(Node)/d(Z0) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(L) check complete with 0 total errors (errmax= 5.0185e-15)
d(Edge)/d(L) check complete with 0 total errors (errmax= 4.4666e-15)
d(Node)/d(L) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(H) check complete with 0 total errors (errmax= 1.1676e-15)
d(Edge)/d(H) check complete with 0 total errors (errmax= 1.0616e-15)
d(Node)/d(H) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX1"
*********************************************************
Generating perturbed configuration with delta-DX1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DX1) check complete with 0 total errors (errmax= 2.4045e-15)
d(Edge)/d(DX1) check complete with 0 total errors (errmax= 2.3258e-15)
d(Node)/d(DX1) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY1"
*********************************************************
Generating perturbed configuration with delta-DY1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DY1) check complete with 0 total errors (errmax= 1.1937e-15)
d(Edge)/d(DY1) check complete with 0 total errors (errmax= 1.1629e-15)
d(Node)/d(DY1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ1"
*********************************************************
Generating perturbed configuration with delta-DZ1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DZ1) check complete with 0 total errors (errmax= 2.0033e-15)
d(Edge)/d(DZ1) check complete with 0 total errors (errmax= 1.0461e-15)
d(Node)/d(DZ1) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX2"
*********************************************************
Generating perturbed configuration with delta-DX2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DX2) check complete with 0 total errors (errmax= 2.7918e-15)
d(Edge)/d(DX2) check complete with 0 total errors (errmax= 2.3258e-15)
d(Node)/d(DX2) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY2"
*********************************************************
Generating perturbed configuration with delta-DY2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DY2) check complete with 0 total errors (errmax= 1.2356e-15)
d(Edge)/d(DY2) check complete with 0 total errors (errmax= 6.7140e-16)
d(Node)/d(DY2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ2"
*********************************************************
Generating perturbed configuration with delta-DZ2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DZ2) check complete with 0 total errors (errmax= 1.1815e-15)
d(Edge)/d(DZ2) check complete with 0 total errors (errmax= 1.0461e-15)
d(Node)/d(DZ2) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX3"
*********************************************************
Generating perturbed configuration with delta-DX3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DX3) check complete with 0 total errors (errmax= 2.4270e-15)
d(Edge)/d(DX3) check complete with 0 total errors (errmax= 2.2469e-15)
d(Node)/d(DX3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY3"
*********************************************************
Generating perturbed configuration with delta-DY3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DY3) check complete with 0 total errors (errmax= 9.6419e-16)
d(Edge)/d(DY3) check complete with 0 total errors (errmax= 7.9441e-16)
d(Node)/d(DY3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ3"
*********************************************************
Generating perturbed configuration with delta-DZ3[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DZ3) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(DZ3) check complete with 0 total errors (errmax= 9.3016e-16)
d(Node)/d(DZ3) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "S1"
*********************************************************
Generating perturbed configuration with delta-S1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(S1) check complete with 0 total errors (errmax= 5.0779e-15)
d(Edge)/d(S1) check complete with 0 total errors (errmax= 5.3291e-15)
d(Node)/d(S1) check complete with 0 total errors (errmax= 5.3291e-15)
*********************************************************
Starting tessellation sensitivity wrt "S2"
*********************************************************
Generating perturbed configuration with delta-S2[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(S2) check complete with 0 total errors (errmax= 2.7858e-15)
d(Edge)/d(S2) check complete with 0 total errors (errmax= 2.8485e-15)
d(Node)/d(S2) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 3.459 sec
Sensitivity checks complete with 0 total errors (max tess err= 5.3291e-15) with 0 suppressions
real 0m5.108s
user 0m0.015s
sys 0m0.031s
+ set +x
data\basic\designP2b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 179 / 275 )
data\basic\designP2c.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designP2c.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "X0"
*********************************************************
Generating perturbed configuration with delta-X0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(X0) check complete with 0 total errors (errmax= 3.9368e-15)
d(Edge)/d(X0) check complete with 0 total errors (errmax= 2.6309e-15)
d(Node)/d(X0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Y0"
*********************************************************
Generating perturbed configuration with delta-Y0[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(Y0) check complete with 0 total errors (errmax= 1.4519e-15)
d(Edge)/d(Y0) check complete with 0 total errors (errmax= 1.5630e-15)
d(Node)/d(Y0) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "Z0"
*********************************************************
Generating perturbed configuration with delta-Z0[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(Z0) check complete with 0 total errors (errmax= 1.7214e-15)
d(Edge)/d(Z0) check complete with 0 total errors (errmax= 1.8048e-15)
d(Node)/d(Z0) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(L) check complete with 0 total errors (errmax= 5.6097e-15)
d(Edge)/d(L) check complete with 0 total errors (errmax= 5.1047e-15)
d(Node)/d(L) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(H) check complete with 0 total errors (errmax= 1.3251e-15)
d(Edge)/d(H) check complete with 0 total errors (errmax= 1.7835e-15)
d(Node)/d(H) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX1"
*********************************************************
Generating perturbed configuration with delta-DX1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DX1) check complete with 0 total errors (errmax= 2.9608e-08)
d(Edge)/d(DX1) check complete with 0 total errors (errmax= 3.7538e-08)
d(Node)/d(DX1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY1"
*********************************************************
Generating perturbed configuration with delta-DY1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DY1) check complete with 0 total errors (errmax= 2.9631e-08)
d(Edge)/d(DY1) check complete with 0 total errors (errmax= 3.7537e-08)
d(Node)/d(DY1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ1"
*********************************************************
Generating perturbed configuration with delta-DZ1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DZ1) check complete with 0 total errors (errmax= 3.3355e-07)
d(Edge)/d(DZ1) check complete with 0 total errors (errmax= 4.2806e-07)
d(Node)/d(DZ1) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX2"
*********************************************************
Generating perturbed configuration with delta-DX2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DX2) check complete with 0 total errors (errmax= 1.0803e-07)
d(Edge)/d(DX2) check complete with 0 total errors (errmax= 1.0980e-07)
d(Node)/d(DX2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY2"
*********************************************************
Generating perturbed configuration with delta-DY2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DY2) check complete with 0 total errors (errmax= 1.0524e-07)
d(Edge)/d(DY2) check complete with 0 total errors (errmax= 1.0867e-07)
d(Node)/d(DY2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ2"
*********************************************************
Generating perturbed configuration with delta-DZ2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DZ2) check complete with 0 total errors (errmax= 2.5582e-07)
d(Edge)/d(DZ2) check complete with 0 total errors (errmax= 3.1960e-07)
d(Node)/d(DZ2) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX3"
*********************************************************
Generating perturbed configuration with delta-DX3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DX3) check complete with 0 total errors (errmax= 2.0249e-08)
d(Edge)/d(DX3) check complete with 0 total errors (errmax= 2.2645e-08)
d(Node)/d(DX3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY3"
*********************************************************
Generating perturbed configuration with delta-DY3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DY3) check complete with 0 total errors (errmax= 1.5933e-08)
d(Edge)/d(DY3) check complete with 0 total errors (errmax= 1.9605e-08)
d(Node)/d(DY3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ3"
*********************************************************
Generating perturbed configuration with delta-DZ3[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(DZ3) check complete with 0 total errors (errmax= 4.3709e-07)
d(Edge)/d(DZ3) check complete with 0 total errors (errmax= 5.9501e-07)
d(Node)/d(DZ3) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "S1"
*********************************************************
Generating perturbed configuration with delta-S1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(S1) check complete with 0 total errors (errmax= 5.8197e-15)
d(Edge)/d(S1) check complete with 0 total errors (errmax= 6.4742e-15)
d(Node)/d(S1) check complete with 0 total errors (errmax= 5.3291e-15)
*********************************************************
Starting tessellation sensitivity wrt "S2"
*********************************************************
Generating perturbed configuration with delta-S2[1,1]= 0.00300000
real 0m4.436s
user 0m0.015s
sys 0m0.000s
Computing analytic sensitivities (if possible) for ibody=14
Computing distances of perturbed points from perturbed configuration for ibody=14
d(Face)/d(S2) check complete with 0 total errors (errmax= 3.3444e-15)
d(Edge)/d(S2) check complete with 0 total errors (errmax= 3.0474e-15)
d(Node)/d(S2) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 3.107 sec
Sensitivity checks complete with 0 total errors (max tess err= 5.9501e-07) with 0 suppressions
+ set +x
data\basic\designP2c -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 180 / 275 )
data\basic\designP2d.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designP2d.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "X0"
*********************************************************
Generating perturbed configuration with delta-X0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(X0) check complete with 0 total errors (errmax= 4.3525e-15)
d(Edge)/d(X0) check complete with 0 total errors (errmax= 4.2213e-15)
d(Node)/d(X0) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "Y0"
*********************************************************
Generating perturbed configuration with delta-Y0[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(Y0) check complete with 0 total errors (errmax= 1.5044e-15)
d(Edge)/d(Y0) check complete with 0 total errors (errmax= 1.4289e-15)
d(Node)/d(Y0) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "Z0"
*********************************************************
Generating perturbed configuration with delta-Z0[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(Z0) check complete with 0 total errors (errmax= 1.9080e-15)
d(Edge)/d(Z0) check complete with 0 total errors (errmax= 1.8048e-15)
d(Node)/d(Z0) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(L) check complete with 0 total errors (errmax= 5.3655e-15)
d(Edge)/d(L) check complete with 0 total errors (errmax= 5.0243e-15)
d(Node)/d(L) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(H) check complete with 0 total errors (errmax= 1.5834e-15)
d(Edge)/d(H) check complete with 0 total errors (errmax= 1.7835e-15)
d(Node)/d(H) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX1"
*********************************************************
Generating perturbed configuration with delta-DX1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(DX1) check complete with 0 total errors (errmax= 3.6025e-08)
d(Edge)/d(DX1) check complete with 0 total errors (errmax= 4.7942e-08)
d(Node)/d(DX1) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY1"
*********************************************************
Generating perturbed configuration with delta-DY1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(DY1) check complete with 0 total errors (errmax= 3.6025e-08)
d(Edge)/d(DY1) check complete with 0 total errors (errmax= 4.7942e-08)
d(Node)/d(DY1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ1"
*********************************************************
Generating perturbed configuration with delta-DZ1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(DZ1) check complete with 0 total errors (errmax= 1.7153e-07)
d(Edge)/d(DZ1) check complete with 0 total errors (errmax= 2.3398e-07)
d(Node)/d(DZ1) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX2"
*********************************************************
Generating perturbed configuration with delta-DX2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(DX2) check complete with 0 total errors (errmax= 1.0639e-07)
d(Edge)/d(DX2) check complete with 0 total errors (errmax= 1.1131e-07)
d(Node)/d(DX2) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY2"
*********************************************************
Generating perturbed configuration with delta-DY2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(DY2) check complete with 0 total errors (errmax= 1.0639e-07)
d(Edge)/d(DY2) check complete with 0 total errors (errmax= 1.1131e-07)
d(Node)/d(DY2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ2"
*********************************************************
Generating perturbed configuration with delta-DZ2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(DZ2) check complete with 0 total errors (errmax= 4.0172e-07)
d(Edge)/d(DZ2) check complete with 0 total errors (errmax= 5.2404e-07)
d(Node)/d(DZ2) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DX3"
*********************************************************
Generating perturbed configuration with delta-DX3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(DX3) check complete with 0 total errors (errmax= 6.4263e-15)
d(Edge)/d(DX3) check complete with 0 total errors (errmax= 4.8430e-15)
d(Node)/d(DX3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DY3"
*********************************************************
Generating perturbed configuration with delta-DY3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(DY3) check complete with 0 total errors (errmax= 6.6799e-15)
d(Edge)/d(DY3) check complete with 0 total errors (errmax= 7.6008e-15)
d(Node)/d(DY3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "DZ3"
*********************************************************
Generating perturbed configuration with delta-DZ3[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(DZ3) check complete with 0 total errors (errmax= 4.8646e-15)
d(Edge)/d(DZ3) check complete with 0 total errors (errmax= 5.8836e-15)
d(Node)/d(DZ3) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "S1"
*********************************************************
Generating perturbed configuration with delta-S1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(S1) check complete with 0 total errors (errmax= 6.5406e-15)
d(Edge)/d(S1) check complete with 0 total errors (errmax= 6.7676e-15)
d(Node)/d(S1) check complete with 0 total errors (errmax= 5.3291e-15)
*********************************************************
Starting tessellation sensitivity wrt "S2"
*********************************************************
Generating perturbed configuration with delta-S2[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=20
Computing distances of perturbed points from perturbed configuration for ibody=20
d(Face)/d(S2) check complete with 0 total errors (errmax= 3.5300e-15)
d(Edge)/d(S2) check complete with 0 total errors (errmax= 2.9300e-15)
d(Node)/d(S2) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 3.630 sec
Sensitivity checks complete with 0 total errors (max tess err= 5.2404e-07) with 0 suppressions
real 0m5.517s
user 0m0.000s
sys 0m0.046s
+ set +x
data\basic\designP2d -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 181 / 275 )
data\basic\designP3a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designP3a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "X0"
*********************************************************
Generating perturbed configuration with delta-X0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "Y0"
*********************************************************
Generating perturbed configuration with delta-Y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "R"
*********************************************************
Generating perturbed configuration with delta-R[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "Ytop"
*********************************************************
Generating perturbed configuration with delta-Ytop[1,1]= 0.00450000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "Ybot"
*********************************************************
Generating perturbed configuration with delta-Ybot[1,1]= 0.00250000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DX1"
*********************************************************
Generating perturbed configuration with delta-DX1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DY1"
*********************************************************
Generating perturbed configuration with delta-DY1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DZ1"
*********************************************************
Generating perturbed configuration with delta-DZ1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DX2"
*********************************************************
Generating perturbed configuration with delta-DX2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DY2"
*********************************************************
Generating perturbed configuration with delta-DY2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DZ2"
*********************************************************
Generating perturbed configuration with delta-DZ2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DX3"
*********************************************************
Generating perturbed configuration with delta-DX3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DY3"
*********************************************************
Generating perturbed configuration with delta-DY3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DZ3"
*********************************************************
Generating perturbed configuration with delta-DZ3[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "S2"
*********************************************************
Generating perturbed configuration with delta-S2[1,1]= 0.00300000
real 0m2.074s
user 0m0.015s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=25
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.760 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
+ set +x
data\basic\designP3a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 182 / 275 )
data\basic\designP3b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designP3b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "X0"
*********************************************************
Generating perturbed configuration with delta-X0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "Y0"
*********************************************************
Generating perturbed configuration with delta-Y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "R"
*********************************************************
Generating perturbed configuration with delta-R[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "Ytop"
*********************************************************
Generating perturbed configuration with delta-Ytop[1,1]= 0.00450000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "Ybot"
*********************************************************
Generating perturbed configuration with delta-Ybot[1,1]= 0.00250000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DX1"
*********************************************************
Generating perturbed configuration with delta-DX1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DY1"
*********************************************************
Generating perturbed configuration with delta-DY1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DZ1"
*********************************************************
Generating perturbed configuration with delta-DZ1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DX2"
*********************************************************
Generating perturbed configuration with delta-DX2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DY2"
*********************************************************
Generating perturbed configuration with delta-DY2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DZ2"
*********************************************************
Generating perturbed configuration with delta-DZ2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DX3"
*********************************************************
Generating perturbed configuration with delta-DX3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DY3"
*********************************************************
Generating perturbed configuration with delta-DY3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DZ3"
*********************************************************
Generating perturbed configuration with delta-DZ3[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "S2"
*********************************************************
Generating perturbed configuration with delta-S2[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=25
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.876 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
real 0m2.115s
user 0m0.000s
sys 0m0.031s
+ set +x
data\basic\designP3b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 183 / 275 )
data\basic\designP3c.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designP3c.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "X0"
*********************************************************
Generating perturbed configuration with delta-X0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "Y0"
*********************************************************
Generating perturbed configuration with delta-Y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "R"
*********************************************************
Generating perturbed configuration with delta-R[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "Ytop"
*********************************************************
Generating perturbed configuration with delta-Ytop[1,1]= 0.00450000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "Ybot"
*********************************************************
Generating perturbed configuration with delta-Ybot[1,1]= 0.00250000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DX1"
*********************************************************
Generating perturbed configuration with delta-DX1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DY1"
*********************************************************
Generating perturbed configuration with delta-DY1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DZ1"
*********************************************************
Generating perturbed configuration with delta-DZ1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DX2"
*********************************************************
Generating perturbed configuration with delta-DX2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DY2"
*********************************************************
Generating perturbed configuration with delta-DY2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DZ2"
*********************************************************
Generating perturbed configuration with delta-DZ2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DX3"
*********************************************************
Generating perturbed configuration with delta-DX3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DY3"
*********************************************************
Generating perturbed configuration with delta-DY3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "DZ3"
*********************************************************
Generating perturbed configuration with delta-DZ3[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=25
*********************************************************
Starting tessellation sensitivity wrt "S2"
*********************************************************
Generating perturbed configuration with delta-S2[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=25
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 1.832 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
real 0m3.074s
user 0m0.015s
sys 0m0.046s
+ set +x
data\basic\designP3c -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 184 / 275 )
data\basic\designP3d.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designP3d.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "X0"
*********************************************************
Generating perturbed configuration with delta-X0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=31
*********************************************************
Starting tessellation sensitivity wrt "Y0"
*********************************************************
Generating perturbed configuration with delta-Y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=31
*********************************************************
Starting tessellation sensitivity wrt "R"
*********************************************************
Generating perturbed configuration with delta-R[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=31
*********************************************************
Starting tessellation sensitivity wrt "Ytop"
*********************************************************
Generating perturbed configuration with delta-Ytop[1,1]= 0.00450000
Computing analytic sensitivities (if possible) for ibody=31
*********************************************************
Starting tessellation sensitivity wrt "Ybot"
*********************************************************
Generating perturbed configuration with delta-Ybot[1,1]= 0.00250000
Computing analytic sensitivities (if possible) for ibody=31
*********************************************************
Starting tessellation sensitivity wrt "DX1"
*********************************************************
Generating perturbed configuration with delta-DX1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=31
*********************************************************
Starting tessellation sensitivity wrt "DY1"
*********************************************************
Generating perturbed configuration with delta-DY1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=31
*********************************************************
Starting tessellation sensitivity wrt "DZ1"
*********************************************************
Generating perturbed configuration with delta-DZ1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=31
*********************************************************
Starting tessellation sensitivity wrt "DX2"
*********************************************************
Generating perturbed configuration with delta-DX2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=31
*********************************************************
Starting tessellation sensitivity wrt "DY2"
*********************************************************
Generating perturbed configuration with delta-DY2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=31
*********************************************************
Starting tessellation sensitivity wrt "DZ2"
*********************************************************
Generating perturbed configuration with delta-DZ2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=31
*********************************************************
Starting tessellation sensitivity wrt "DX3"
*********************************************************
Generating perturbed configuration with delta-DX3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=31
*********************************************************
Starting tessellation sensitivity wrt "DY3"
*********************************************************
Generating perturbed configuration with delta-DY3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=31
*********************************************************
Starting tessellation sensitivity wrt "DZ3"
*********************************************************
Generating perturbed configuration with delta-DZ3[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=31
*********************************************************
Starting tessellation sensitivity wrt "S2"
*********************************************************
Generating perturbed configuration with delta-S2[1,1]= 0.00300000
real 0m3.731s
user 0m0.015s
sys 0m0.000s
Computing analytic sensitivities (if possible) for ibody=31
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 2.276 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
+ set +x
data\basic\designP3d -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 185 / 275 )
data\basic\designP4a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designP4a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "X1"
*********************************************************
Generating perturbed configuration with delta-X1[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(X1) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(X1) check complete with 0 total errors (errmax= 5.6416e-06)
d(Node)/d(X1) check complete with 0 total errors (errmax= 5.6416e-06)
*********************************************************
Starting tessellation sensitivity wrt "R1"
*********************************************************
Generating perturbed configuration with delta-R1[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(R1) check complete with 0 total errors (errmax= 1.6812e-15)
d(Edge)/d(R1) check complete with 0 total errors (errmax= 1.3128e-05)
d(Node)/d(R1) check complete with 0 total errors (errmax= 1.3128e-05)
*********************************************************
Starting tessellation sensitivity wrt "X2"
*********************************************************
Generating perturbed configuration with delta-X2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(X2) check complete with 0 total errors (errmax= 3.6710e-16)
d(Edge)/d(X2) check complete with 0 total errors (errmax= 6.2656e-07)
d(Node)/d(X2) check complete with 0 total errors (errmax= 6.2656e-07)
*********************************************************
Starting tessellation sensitivity wrt "R2"
*********************************************************
Generating perturbed configuration with delta-R2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(R2) check complete with 0 total errors (errmax= 1.1226e-15)
d(Edge)/d(R2) check complete with 0 total errors (errmax= 1.6134e-06)
d(Node)/d(R2) check complete with 0 total errors (errmax= 1.6134e-06)
*********************************************************
Starting tessellation sensitivity wrt "DX1"
*********************************************************
Generating perturbed configuration with delta-DX1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DX1) check complete with 0 total errors (errmax= 3.6710e-16)
d(Edge)/d(DX1) check complete with 0 total errors (errmax= 3.6710e-16)
d(Node)/d(DX1) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY1"
*********************************************************
Generating perturbed configuration with delta-DY1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DY1) check complete with 0 total errors (errmax= 6.5319e-16)
d(Edge)/d(DY1) check complete with 0 total errors (errmax= 1.7764e-15)
d(Node)/d(DY1) check complete with 0 total errors (errmax= 1.7764e-15)
*********************************************************
Starting tessellation sensitivity wrt "DZ1"
*********************************************************
Generating perturbed configuration with delta-DZ1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DZ1) check complete with 0 total errors (errmax= 9.6390e-16)
d(Edge)/d(DZ1) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(DZ1) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "DX2"
*********************************************************
Generating perturbed configuration with delta-DX2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DX2) check complete with 0 total errors (errmax= 7.0555e-16)
d(Edge)/d(DX2) check complete with 0 total errors (errmax= 9.8785e-16)
d(Node)/d(DX2) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY2"
*********************************************************
Generating perturbed configuration with delta-DY2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DY2) check complete with 0 total errors (errmax= 7.5991e-16)
d(Edge)/d(DY2) check complete with 0 total errors (errmax= 1.7764e-15)
d(Node)/d(DY2) check complete with 0 total errors (errmax= 1.7764e-15)
*********************************************************
Starting tessellation sensitivity wrt "DZ2"
*********************************************************
Generating perturbed configuration with delta-DZ2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DZ2) check complete with 0 total errors (errmax= 8.5958e-16)
d(Edge)/d(DZ2) check complete with 0 total errors (errmax= 2.2115e-15)
d(Node)/d(DZ2) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "DX3"
*********************************************************
Generating perturbed configuration with delta-DX3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DX3) check complete with 0 total errors (errmax= 6.9745e-16)
d(Edge)/d(DX3) check complete with 0 total errors (errmax= 9.7033e-16)
d(Node)/d(DX3) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY3"
*********************************************************
Generating perturbed configuration with delta-DY3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DY3) check complete with 0 total errors (errmax= 1.0087e-15)
d(Edge)/d(DY3) check complete with 0 total errors (errmax= 3.6800e-15)
d(Node)/d(DY3) check complete with 0 total errors (errmax= 1.2561e-15)
*********************************************************
Starting tessellation sensitivity wrt "DZ3"
*********************************************************
Generating perturbed configuration with delta-DZ3[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DZ3) check complete with 0 total errors (errmax= 1.5816e-15)
d(Edge)/d(DZ3) check complete with 0 total errors (errmax= 1.5156e-15)
d(Node)/d(DZ3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S2"
*********************************************************
Generating perturbed configuration with delta-S2[1,1]= 0.00300000
real 0m1.248s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(S2) check complete with 0 total errors (errmax= 1.7213e-15)
d(Edge)/d(S2) check complete with 0 total errors (errmax= 2.1148e-15)
d(Node)/d(S2) check complete with 0 total errors (errmax= 1.7764e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.048 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.3128e-05) with 0 suppressions
+ set +x
data\basic\designP4a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 186 / 275 )
data\basic\designP4b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designP4b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "X1"
*********************************************************
Generating perturbed configuration with delta-X1[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(X1) check complete with 0 total errors (errmax= 7.8328e-05)
d(Edge)/d(X1) check complete with 0 total errors (errmax= 7.8328e-05)
d(Node)/d(X1) check complete with 0 total errors (errmax= 5.6416e-06)
*********************************************************
Starting tessellation sensitivity wrt "R1"
*********************************************************
Generating perturbed configuration with delta-R1[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(R1) check complete with 0 total errors (errmax= 1.1926e-04)
d(Edge)/d(R1) check complete with 0 total errors (errmax= 1.1926e-04)
d(Node)/d(R1) check complete with 0 total errors (errmax= 1.3128e-05)
*********************************************************
Starting tessellation sensitivity wrt "X2"
*********************************************************
Generating perturbed configuration with delta-X2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(X2) check complete with 0 total errors (errmax= 2.6162e-05)
d(Edge)/d(X2) check complete with 0 total errors (errmax= 2.6162e-05)
d(Node)/d(X2) check complete with 0 total errors (errmax= 6.2656e-07)
*********************************************************
Starting tessellation sensitivity wrt "R2"
*********************************************************
Generating perturbed configuration with delta-R2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(R2) check complete with 0 total errors (errmax= 2.2937e-05)
d(Edge)/d(R2) check complete with 0 total errors (errmax= 2.2937e-05)
d(Node)/d(R2) check complete with 0 total errors (errmax= 1.6134e-06)
*********************************************************
Starting tessellation sensitivity wrt "DX1"
*********************************************************
Generating perturbed configuration with delta-DX1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DX1) check complete with 0 total errors (errmax= 9.4453e-16)
d(Edge)/d(DX1) check complete with 0 total errors (errmax= 1.2561e-15)
d(Node)/d(DX1) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY1"
*********************************************************
Generating perturbed configuration with delta-DY1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DY1) check complete with 0 total errors (errmax= 1.3561e-15)
d(Edge)/d(DY1) check complete with 0 total errors (errmax= 1.8048e-15)
d(Node)/d(DY1) check complete with 0 total errors (errmax= 1.7764e-15)
*********************************************************
Starting tessellation sensitivity wrt "DZ1"
*********************************************************
Generating perturbed configuration with delta-DZ1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DZ1) check complete with 0 total errors (errmax= 2.7059e-15)
d(Edge)/d(DZ1) check complete with 0 total errors (errmax= 3.8918e-15)
d(Node)/d(DZ1) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "DX2"
*********************************************************
Generating perturbed configuration with delta-DX2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DX2) check complete with 0 total errors (errmax= 9.6287e-16)
d(Edge)/d(DX2) check complete with 0 total errors (errmax= 1.3174e-15)
d(Node)/d(DX2) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY2"
*********************************************************
Generating perturbed configuration with delta-DY2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DY2) check complete with 0 total errors (errmax= 1.3041e-15)
d(Edge)/d(DY2) check complete with 0 total errors (errmax= 1.8048e-15)
d(Node)/d(DY2) check complete with 0 total errors (errmax= 1.7764e-15)
*********************************************************
Starting tessellation sensitivity wrt "DZ2"
*********************************************************
Generating perturbed configuration with delta-DZ2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DZ2) check complete with 0 total errors (errmax= 2.7059e-15)
d(Edge)/d(DZ2) check complete with 0 total errors (errmax= 3.8918e-15)
d(Node)/d(DZ2) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "DX3"
*********************************************************
Generating perturbed configuration with delta-DX3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DX3) check complete with 0 total errors (errmax= 6.3266e-16)
d(Edge)/d(DX3) check complete with 0 total errors (errmax= 5.8874e-16)
d(Node)/d(DX3) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY3"
*********************************************************
Generating perturbed configuration with delta-DY3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DY3) check complete with 0 total errors (errmax= 1.0328e-15)
d(Edge)/d(DY3) check complete with 0 total errors (errmax= 9.5247e-16)
d(Node)/d(DY3) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DZ3"
*********************************************************
Generating perturbed configuration with delta-DZ3[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DZ3) check complete with 0 total errors (errmax= 2.8020e-15)
d(Edge)/d(DZ3) check complete with 0 total errors (errmax= 3.4322e-15)
d(Node)/d(DZ3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S2"
*********************************************************
Generating perturbed configuration with delta-S2[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(S2) check complete with 0 total errors (errmax= 2.7795e-15)
d(Edge)/d(S2) check complete with 0 total errors (errmax= 2.6732e-15)
d(Node)/d(S2) check complete with 0 total errors (errmax= 1.7764e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 7.600 sec
Sensitivity checks complete with 14 total errors (max tess err= 1.1926e-04) with 0 suppressions
real 0m10.072s
user 0m0.015s
sys 0m0.015s
+ set +x
data\basic\designP4b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 187 / 275 )
data\basic\designP4c.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designP4c.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "X1"
*********************************************************
Generating perturbed configuration with delta-X1[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(X1) check complete with 0 total errors (errmax= 7.7225e-05)
d(Edge)/d(X1) check complete with 0 total errors (errmax= 7.8328e-05)
d(Node)/d(X1) check complete with 0 total errors (errmax= 5.6416e-06)
*********************************************************
Starting tessellation sensitivity wrt "R1"
*********************************************************
Generating perturbed configuration with delta-R1[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(R1) check complete with 0 total errors (errmax= 1.1758e-04)
d(Edge)/d(R1) check complete with 0 total errors (errmax= 1.1926e-04)
d(Node)/d(R1) check complete with 0 total errors (errmax= 1.3128e-05)
*********************************************************
Starting tessellation sensitivity wrt "X2"
*********************************************************
Generating perturbed configuration with delta-X2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(X2) check complete with 0 total errors (errmax= 2.5794e-05)
d(Edge)/d(X2) check complete with 0 total errors (errmax= 2.6162e-05)
d(Node)/d(X2) check complete with 0 total errors (errmax= 6.2656e-07)
*********************************************************
Starting tessellation sensitivity wrt "R2"
*********************************************************
Generating perturbed configuration with delta-R2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(R2) check complete with 0 total errors (errmax= 2.2430e-05)
d(Edge)/d(R2) check complete with 0 total errors (errmax= 2.2937e-05)
d(Node)/d(R2) check complete with 0 total errors (errmax= 1.6134e-06)
*********************************************************
Starting tessellation sensitivity wrt "DX1"
*********************************************************
Generating perturbed configuration with delta-DX1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DX1) check complete with 0 total errors (errmax= 3.6164e-08)
d(Edge)/d(DX1) check complete with 0 total errors (errmax= 3.8104e-08)
d(Node)/d(DX1) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY1"
*********************************************************
Generating perturbed configuration with delta-DY1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DY1) check complete with 0 total errors (errmax= 3.6167e-08)
d(Edge)/d(DY1) check complete with 0 total errors (errmax= 3.8103e-08)
d(Node)/d(DY1) check complete with 0 total errors (errmax= 1.7764e-15)
*********************************************************
Starting tessellation sensitivity wrt "DZ1"
*********************************************************
Generating perturbed configuration with delta-DZ1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DZ1) check complete with 0 total errors (errmax= 4.0116e-07)
d(Edge)/d(DZ1) check complete with 0 total errors (errmax= 4.2666e-07)
d(Node)/d(DZ1) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "DX2"
*********************************************************
Generating perturbed configuration with delta-DX2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DX2) check complete with 0 total errors (errmax= 9.9943e-08)
d(Edge)/d(DX2) check complete with 0 total errors (errmax= 1.0370e-07)
d(Node)/d(DX2) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY2"
*********************************************************
Generating perturbed configuration with delta-DY2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DY2) check complete with 0 total errors (errmax= 7.2777e-08)
d(Edge)/d(DY2) check complete with 0 total errors (errmax= 1.0283e-07)
d(Node)/d(DY2) check complete with 0 total errors (errmax= 1.7764e-15)
*********************************************************
Starting tessellation sensitivity wrt "DZ2"
*********************************************************
Generating perturbed configuration with delta-DZ2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DZ2) check complete with 0 total errors (errmax= 2.7842e-07)
d(Edge)/d(DZ2) check complete with 0 total errors (errmax= 2.9891e-07)
d(Node)/d(DZ2) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "DX3"
*********************************************************
Generating perturbed configuration with delta-DX3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DX3) check complete with 0 total errors (errmax= 1.9807e-08)
d(Edge)/d(DX3) check complete with 0 total errors (errmax= 2.1487e-08)
d(Node)/d(DX3) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY3"
*********************************************************
Generating perturbed configuration with delta-DY3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DY3) check complete with 0 total errors (errmax= 1.8606e-08)
d(Edge)/d(DY3) check complete with 0 total errors (errmax= 1.9727e-08)
d(Node)/d(DY3) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DZ3"
*********************************************************
Generating perturbed configuration with delta-DZ3[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(DZ3) check complete with 0 total errors (errmax= 4.4618e-07)
d(Edge)/d(DZ3) check complete with 0 total errors (errmax= 5.3101e-07)
d(Node)/d(DZ3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S2"
*********************************************************
Generating perturbed configuration with delta-S2[1,1]= 0.00300000
real 0m6.402s
user 0m0.000s
sys 0m0.000s
Computing analytic sensitivities (if possible) for ibody=21
Computing distances of perturbed points from perturbed configuration for ibody=21
d(Face)/d(S2) check complete with 0 total errors (errmax= 2.3313e-15)
d(Edge)/d(S2) check complete with 0 total errors (errmax= 2.6830e-15)
d(Node)/d(S2) check complete with 0 total errors (errmax= 1.7764e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 4.727 sec
Sensitivity checks complete with 6 total errors (max tess err= 1.1926e-04) with 0 suppressions
+ set +x
data\basic\designP4c -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 188 / 275 )
data\basic\designP4d.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designP4d.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "X1"
*********************************************************
Generating perturbed configuration with delta-X1[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(X1) check complete with 0 total errors (errmax= 7.7995e-05)
d(Edge)/d(X1) check complete with 0 total errors (errmax= 7.8328e-05)
d(Node)/d(X1) check complete with 0 total errors (errmax= 5.6416e-06)
*********************************************************
Starting tessellation sensitivity wrt "R1"
*********************************************************
Generating perturbed configuration with delta-R1[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(R1) check complete with 0 total errors (errmax= 1.1876e-04)
d(Edge)/d(R1) check complete with 0 total errors (errmax= 1.1926e-04)
d(Node)/d(R1) check complete with 0 total errors (errmax= 1.3128e-05)
*********************************************************
Starting tessellation sensitivity wrt "X2"
*********************************************************
Generating perturbed configuration with delta-X2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(X2) check complete with 0 total errors (errmax= 2.6051e-05)
d(Edge)/d(X2) check complete with 0 total errors (errmax= 2.6162e-05)
d(Node)/d(X2) check complete with 0 total errors (errmax= 6.2656e-07)
*********************************************************
Starting tessellation sensitivity wrt "R2"
*********************************************************
Generating perturbed configuration with delta-R2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(R2) check complete with 0 total errors (errmax= 2.2641e-05)
d(Edge)/d(R2) check complete with 0 total errors (errmax= 2.2937e-05)
d(Node)/d(R2) check complete with 0 total errors (errmax= 1.6134e-06)
*********************************************************
Starting tessellation sensitivity wrt "DX1"
*********************************************************
Generating perturbed configuration with delta-DX1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(DX1) check complete with 0 total errors (errmax= 4.4014e-08)
d(Edge)/d(DX1) check complete with 0 total errors (errmax= 4.6673e-08)
d(Node)/d(DX1) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY1"
*********************************************************
Generating perturbed configuration with delta-DY1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(DY1) check complete with 0 total errors (errmax= 4.4019e-08)
d(Edge)/d(DY1) check complete with 0 total errors (errmax= 4.6673e-08)
d(Node)/d(DY1) check complete with 0 total errors (errmax= 1.7764e-15)
*********************************************************
Starting tessellation sensitivity wrt "DZ1"
*********************************************************
Generating perturbed configuration with delta-DZ1[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(DZ1) check complete with 0 total errors (errmax= 2.2550e-07)
d(Edge)/d(DZ1) check complete with 0 total errors (errmax= 2.4012e-07)
d(Node)/d(DZ1) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "DX2"
*********************************************************
Generating perturbed configuration with delta-DX2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(DX2) check complete with 0 total errors (errmax= 9.9401e-08)
d(Edge)/d(DX2) check complete with 0 total errors (errmax= 1.0312e-07)
d(Node)/d(DX2) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY2"
*********************************************************
Generating perturbed configuration with delta-DY2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(DY2) check complete with 0 total errors (errmax= 7.1607e-08)
d(Edge)/d(DY2) check complete with 0 total errors (errmax= 1.0312e-07)
d(Node)/d(DY2) check complete with 0 total errors (errmax= 1.7764e-15)
*********************************************************
Starting tessellation sensitivity wrt "DZ2"
*********************************************************
Generating perturbed configuration with delta-DZ2[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(DZ2) check complete with 0 total errors (errmax= 4.3360e-07)
d(Edge)/d(DZ2) check complete with 0 total errors (errmax= 4.5671e-07)
d(Node)/d(DZ2) check complete with 0 total errors (errmax= 3.5527e-15)
*********************************************************
Starting tessellation sensitivity wrt "DX3"
*********************************************************
Generating perturbed configuration with delta-DX3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(DX3) check complete with 0 total errors (errmax= 5.5435e-15)
d(Edge)/d(DX3) check complete with 0 total errors (errmax= 4.5301e-15)
d(Node)/d(DX3) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "DY3"
*********************************************************
Generating perturbed configuration with delta-DY3[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(DY3) check complete with 0 total errors (errmax= 3.9474e-15)
d(Edge)/d(DY3) check complete with 0 total errors (errmax= 4.0153e-15)
d(Node)/d(DY3) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "DZ3"
*********************************************************
Generating perturbed configuration with delta-DZ3[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(DZ3) check complete with 0 total errors (errmax= 4.1044e-15)
d(Edge)/d(DZ3) check complete with 0 total errors (errmax= 3.5936e-15)
d(Node)/d(DZ3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S2"
*********************************************************
Generating perturbed configuration with delta-S2[1,1]= 0.00300000
real 0m6.120s
user 0m0.030s
sys 0m0.000s
Computing analytic sensitivities (if possible) for ibody=27
Computing distances of perturbed points from perturbed configuration for ibody=27
d(Face)/d(S2) check complete with 0 total errors (errmax= 2.9660e-15)
d(Edge)/d(S2) check complete with 0 total errors (errmax= 2.7053e-15)
d(Node)/d(S2) check complete with 0 total errors (errmax= 1.7764e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 4.411 sec
Sensitivity checks complete with 10 total errors (max tess err= 1.1926e-04) with 0 suppressions
+ set +x
data\basic\designP4d -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 189 / 275 )
data\basic\designP5a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designP5a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
Generating perturbed configuration with delta-rad[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(rad) check complete with 0 total errors (errmax= 2.1364e-16)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(rad) check complete with 0 total errors (errmax= 2.2031e-16)
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(rad) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 2.6475e-16)
d(Node)/d(rad) check complete with 0 total errors (errmax= 3.8439e-07)
*********************************************************
Starting tessellation sensitivity wrt "xcut"
*********************************************************
Generating perturbed configuration with delta-xcut[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(xcut) check complete with 0 total errors (errmax= 4.2999e-17)
d(Edge)/d(xcut) check complete with 0 total errors (errmax= 3.6260e-16)
d(Node)/d(xcut) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xcut) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xcut) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xcut) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zcut"
*********************************************************
Generating perturbed configuration with delta-zcut[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(zcut) check complete with 0 total errors (errmax= 2.1030e-16)
d(Edge)/d(zcut) check complete with 0 total errors (errmax= 1.0000e-06)
d(Node)/d(zcut) check complete with 0 total errors (errmax= 1.0000e-06)
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(zcut) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(zcut) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(zcut) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xrod"
*********************************************************
Generating perturbed configuration with delta-xrod[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(xrod) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xrod) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xrod) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xrod) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xrod) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xrod) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zrod"
*********************************************************
Generating perturbed configuration with delta-zrod[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(zrod) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(zrod) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(zrod) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(zrod) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(zrod) check complete with 0 total errors (errmax= 2.4588e-16)
d(Node)/d(zrod) check complete with 0 total errors (errmax= 1.5406e-06)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.046 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.5406e-06) with 0 suppressions
real 0m0.757s
user 0m0.015s
sys 0m0.000s
+ set +x
data\basic\designP5a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 190 / 275 )
data\basic\designP5b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designP5b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "rad"
*********************************************************
Generating perturbed configuration with delta-rad[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(rad) check complete with 0 total errors (errmax= 2.1364e-16)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(rad) check complete with 0 total errors (errmax= 2.2031e-16)
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(rad) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(rad) check complete with 0 total errors (errmax= 2.6475e-16)
d(Node)/d(rad) check complete with 0 total errors (errmax= 3.8439e-07)
*********************************************************
Starting tessellation sensitivity wrt "xcut"
*********************************************************
Generating perturbed configuration with delta-xcut[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xcut) check complete with 0 total errors (errmax= 4.2999e-17)
d(Edge)/d(xcut) check complete with 0 total errors (errmax= 3.6260e-16)
d(Node)/d(xcut) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(xcut) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xcut) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xcut) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zcut"
*********************************************************
Generating perturbed configuration with delta-zcut[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(zcut) check complete with 0 total errors (errmax= 2.1030e-16)
d(Edge)/d(zcut) check complete with 0 total errors (errmax= 1.0000e-06)
d(Node)/d(zcut) check complete with 0 total errors (errmax= 1.0000e-06)
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(zcut) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(zcut) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(zcut) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xrod"
*********************************************************
Generating perturbed configuration with delta-xrod[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xrod) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xrod) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xrod) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(xrod) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xrod) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xrod) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zrod"
*********************************************************
Generating perturbed configuration with delta-zrod[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(zrod) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(zrod) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(zrod) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=15
Computing distances of perturbed points from perturbed configuration for ibody=15
d(Face)/d(zrod) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(zrod) check complete with 0 total errors (errmax= 2.4588e-16)
d(Node)/d(zrod) check complete with 0 total errors (errmax= 1.5406e-06)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.047 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.5406e-06) with 0 suppressions
real 0m0.720s
user 0m0.015s
sys 0m0.015s
+ set +x
data\basic\designP5b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 191 / 275 )
data\basic\designQ1.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designQ1.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
real 0m0.360s
user 0m0.000s
sys 0m0.031s
*********************************************************
Starting tessellation sensitivity wrt "L1"
*********************************************************
Generating perturbed configuration with delta-L1[1,1]= 0.01000000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(L1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(L1) check complete with 0 total errors (errmax= 1.5630e-15)
d(Node)/d(L1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "L2"
*********************************************************
Generating perturbed configuration with delta-L2[1,1]= 0.01000000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(L2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(L2) check complete with 0 total errors (errmax= 1.7181e-15)
d(Node)/d(L2) check complete with 0 total errors (errmax= 3.5527e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.000 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.5527e-15) with 0 suppressions
+ set +x
data\basic\designQ1 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 192 / 275 )
data\basic\designQ2.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designQ2.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L1"
*********************************************************
Generating perturbed configuration with delta-L1[1,1]= 0.01000000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(L1) check complete with 0 total errors (errmax= 2.1888e-15)
d(Edge)/d(L1) check complete with 0 total errors (errmax= 2.1163e-15)
d(Node)/d(L1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "L2"
*********************************************************
Generating perturbed configuration with delta-L2[1,1]= 0.01000000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(L2) check complete with 0 total errors (errmax= 2.6102e-15)
d(Edge)/d(L2) check complete with 0 total errors (errmax= 3.5527e-15)
d(Node)/d(L2) check complete with 0 total errors (errmax= 3.5527e-15)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.001 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.5527e-15) with 0 suppressions
real 0m0.447s
user 0m0.015s
sys 0m0.015s
+ set +x
data\basic\designQ2 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 193 / 275 )
data\basic\designR0a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designR0a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,1]"
*********************************************************
Generating perturbed configuration with delta-poly[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 3.8872e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 4.6672e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,2]"
*********************************************************
Generating perturbed configuration with delta-poly[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 3.5846e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.1255e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,3]"
*********************************************************
Generating perturbed configuration with delta-poly[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 3.9055e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.5416e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,4]"
*********************************************************
Generating perturbed configuration with delta-poly[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 2.9385e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.5067e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,5]"
*********************************************************
Generating perturbed configuration with delta-poly[1,5]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 3.3793e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 4.2902e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,1]"
*********************************************************
Generating perturbed configuration with delta-poly[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.3666e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.8211e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,2]"
*********************************************************
Generating perturbed configuration with delta-poly[2,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.7198e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 6.5465e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,3]"
*********************************************************
Generating perturbed configuration with delta-poly[2,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.8994e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.7110e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,4]"
*********************************************************
Generating perturbed configuration with delta-poly[2,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 9.9537e-18)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.5067e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,5]"
*********************************************************
Generating perturbed configuration with delta-poly[2,5]= 0.00100000
real 0m0.453s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.6375e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 6.4586e-19)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.041 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.9065e-17) with 0 suppressions
+ set +x
data\basic\designR0a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 194 / 275 )
data\basic\designR0b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designR0b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,1]"
*********************************************************
Generating perturbed configuration with delta-poly[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 2.1161e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,2]"
*********************************************************
Generating perturbed configuration with delta-poly[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.9538e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,3]"
*********************************************************
Generating perturbed configuration with delta-poly[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 2.1880e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,4]"
*********************************************************
Generating perturbed configuration with delta-poly[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.8152e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,5]"
*********************************************************
Generating perturbed configuration with delta-poly[1,5]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.9100e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,1]"
*********************************************************
Generating perturbed configuration with delta-poly[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.4778e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,2]"
*********************************************************
Generating perturbed configuration with delta-poly[2,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.6897e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,3]"
*********************************************************
Generating perturbed configuration with delta-poly[2,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.5114e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,4]"
*********************************************************
Generating perturbed configuration with delta-poly[2,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.5923e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,5]"
*********************************************************
Generating perturbed configuration with delta-poly[2,5]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.7565e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.011 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.1890e-17) with 0 suppressions
real 0m0.292s
user 0m0.000s
sys 0m0.015s
+ set +x
data\basic\designR0b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 195 / 275 )
data\basic\designR0c.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designR0c.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "param[1,1]"
*********************************************************
Generating perturbed configuration with delta-param[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 9.1498e-06)
d(Node)/d(param) check complete with 0 total errors (errmax= 4.7990e-12)
*********************************************************
Starting tessellation sensitivity wrt "param[1,2]"
*********************************************************
Generating perturbed configuration with delta-param[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 3.5661e-07)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.6138e-13)
*********************************************************
Starting tessellation sensitivity wrt "param[1,3]"
*********************************************************
Generating perturbed configuration with delta-param[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 7.7542e-17)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.2423e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,4]"
*********************************************************
Generating perturbed configuration with delta-param[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.9823e-17)
d(Node)/d(param) check complete with 0 total errors (errmax= 4.9627e-17)
*********************************************************
Starting tessellation sensitivity wrt "param[1,5]"
*********************************************************
Generating perturbed configuration with delta-param[1,5]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.8008e-11)
d(Node)/d(param) check complete with 0 total errors (errmax= 2.9601e-18)
*********************************************************
Starting tessellation sensitivity wrt "param[1,6]"
*********************************************************
Generating perturbed configuration with delta-param[1,6]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.0746e-07)
d(Node)/d(param) check complete with 0 total errors (errmax= 2.1325e-14)
*********************************************************
Starting tessellation sensitivity wrt "param[1,7]"
*********************************************************
Generating perturbed configuration with delta-param[1,7]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 4.2628e-16)
d(Node)/d(param) check complete with 0 total errors (errmax= 2.5519e-20)
*********************************************************
Starting tessellation sensitivity wrt "param[1,8]"
*********************************************************
Generating perturbed configuration with delta-param[1,8]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 6.3843e-16)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.8657e-19)
*********************************************************
Starting tessellation sensitivity wrt "param[1,9]"
*********************************************************
Generating perturbed configuration with delta-param[1,9]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 5.3924e-15)
d(Node)/d(param) check complete with 0 total errors (errmax= 9.0141e-20)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.026 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.1498e-06) with 0 suppressions
real 0m0.348s
user 0m0.000s
sys 0m0.015s
+ set +x
data\basic\designR0c -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 196 / 275 )
data\basic\designR0d.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designR0d.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "param[1,1]"
*********************************************************
Generating perturbed configuration with delta-param[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.7959e-06)
d(Node)/d(param) check complete with 0 total errors (errmax= 9.0539e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,2]"
*********************************************************
Generating perturbed configuration with delta-param[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.9107e-07)
d(Node)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,3]"
*********************************************************
Generating perturbed configuration with delta-param[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 3.9624e-17)
d(Node)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,4]"
*********************************************************
Generating perturbed configuration with delta-param[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.3672e-17)
d(Node)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,5]"
*********************************************************
Generating perturbed configuration with delta-param[1,5]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.4932e-11)
d(Node)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,6]"
*********************************************************
Generating perturbed configuration with delta-param[1,6]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 5.7284e-08)
d(Node)/d(param) check complete with 0 total errors (errmax= 3.6338e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,7]"
*********************************************************
Generating perturbed configuration with delta-param[1,7]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.1227e-16)
d(Node)/d(param) check complete with 0 total errors (errmax= 6.1396e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,8]"
*********************************************************
Generating perturbed configuration with delta-param[1,8]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.9919e-16)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.1093e-15)
*********************************************************
Starting tessellation sensitivity wrt "param[1,9]"
*********************************************************
Generating perturbed configuration with delta-param[1,9]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.8748e-15)
d(Node)/d(param) check complete with 0 total errors (errmax= 6.8402e-17)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.010 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.7959e-06) with 0 suppressions
real 0m0.259s
user 0m0.046s
sys 0m0.000s
+ set +x
data\basic\designR0d -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 197 / 275 )
data\basic\designR0e.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designR0e.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "param[1,1]"
*********************************************************
Generating perturbed configuration with delta-param[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 9.4944e-06)
d(Node)/d(param) check complete with 0 total errors (errmax= 4.7990e-12)
*********************************************************
Starting tessellation sensitivity wrt "param[1,2]"
*********************************************************
Generating perturbed configuration with delta-param[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 3.7342e-07)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.6138e-13)
*********************************************************
Starting tessellation sensitivity wrt "param[1,3]"
*********************************************************
Generating perturbed configuration with delta-param[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 7.7594e-17)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.2490e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,4]"
*********************************************************
Generating perturbed configuration with delta-param[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.7369e-17)
d(Node)/d(param) check complete with 0 total errors (errmax= 5.0307e-17)
*********************************************************
Starting tessellation sensitivity wrt "param[1,5]"
*********************************************************
Generating perturbed configuration with delta-param[1,5]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.9296e-11)
d(Node)/d(param) check complete with 0 total errors (errmax= 2.7433e-18)
*********************************************************
Starting tessellation sensitivity wrt "param[1,6]"
*********************************************************
Generating perturbed configuration with delta-param[1,6]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.1140e-07)
d(Node)/d(param) check complete with 0 total errors (errmax= 2.1325e-14)
*********************************************************
Starting tessellation sensitivity wrt "param[1,7]"
*********************************************************
Generating perturbed configuration with delta-param[1,7]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 4.1265e-16)
d(Node)/d(param) check complete with 0 total errors (errmax= 6.1409e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,8]"
*********************************************************
Generating perturbed configuration with delta-param[1,8]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 5.8203e-16)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.1085e-15)
*********************************************************
Starting tessellation sensitivity wrt "param[1,9]"
*********************************************************
Generating perturbed configuration with delta-param[1,9]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(param) check complete with 0 total errors (errmax= 5.5877e-15)
d(Node)/d(param) check complete with 0 total errors (errmax= 6.7654e-17)
*********************************************************
Starting tessellation sensitivity wrt "ztail[1,1]"
*********************************************************
Generating perturbed configuration with delta-ztail[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(ztail) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(ztail) check complete with 0 total errors (errmax= 5.0845e-18)
d(Node)/d(ztail) check complete with 0 total errors (errmax= 1.7040e-22)
*********************************************************
Starting tessellation sensitivity wrt "ztail[1,2]"
*********************************************************
Generating perturbed configuration with delta-ztail[1,2]= 0.00100000
real 0m0.464s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(ztail) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(ztail) check complete with 0 total errors (errmax= 3.1517e-18)
d(Node)/d(ztail) check complete with 0 total errors (errmax= 3.4694e-18)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.029 sec
Sensitivity checks complete with 0 total errors (max tess err= 9.4944e-06) with 0 suppressions
+ set +x
data\basic\designR0e -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 198 / 275 )
data\basic\designR1a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designR1a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(span) check complete with 0 total errors (errmax= 2.1452e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,1]"
*********************************************************
Generating perturbed configuration with delta-poly[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(poly) check complete with 0 total errors (errmax= 3.4249e-17)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 4.0851e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 4.6672e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,2]"
*********************************************************
Generating perturbed configuration with delta-poly[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(poly) check complete with 0 total errors (errmax= 3.1730e-17)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 4.2770e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.1255e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,3]"
*********************************************************
Generating perturbed configuration with delta-poly[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(poly) check complete with 0 total errors (errmax= 3.5876e-17)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 3.5212e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.5416e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,4]"
*********************************************************
Generating perturbed configuration with delta-poly[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(poly) check complete with 0 total errors (errmax= 3.1325e-17)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 3.4990e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.5067e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,5]"
*********************************************************
Generating perturbed configuration with delta-poly[1,5]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(poly) check complete with 0 total errors (errmax= 3.0995e-17)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 3.9872e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 4.2902e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,1]"
*********************************************************
Generating perturbed configuration with delta-poly[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.1997e-17)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.5598e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.8211e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,2]"
*********************************************************
Generating perturbed configuration with delta-poly[2,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.4554e-17)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.8758e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 6.5465e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,3]"
*********************************************************
Generating perturbed configuration with delta-poly[2,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.6440e-17)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 2.2341e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.7110e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,4]"
*********************************************************
Generating perturbed configuration with delta-poly[2,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(poly) check complete with 0 total errors (errmax= 8.1796e-18)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 8.8974e-18)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.5067e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,5]"
*********************************************************
Generating perturbed configuration with delta-poly[2,5]= 0.00100000
real 0m1.773s
user 0m0.000s
sys 0m0.000s
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.3351e-17)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.9543e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 6.4586e-19)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.795 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.1453e-16) with 0 suppressions
+ set +x
data\basic\designR1a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 199 / 275 )
data\basic\designR1b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designR1b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(span) check complete with 0 total errors (errmax= 2.0557e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,1]"
*********************************************************
Generating perturbed configuration with delta-poly[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.8034e-17)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.8942e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,2]"
*********************************************************
Generating perturbed configuration with delta-poly[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.6063e-17)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 2.3194e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,3]"
*********************************************************
Generating perturbed configuration with delta-poly[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.7635e-17)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 2.2784e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,4]"
*********************************************************
Generating perturbed configuration with delta-poly[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.6575e-17)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.9167e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,5]"
*********************************************************
Generating perturbed configuration with delta-poly[1,5]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.6303e-17)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 2.1904e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,1]"
*********************************************************
Generating perturbed configuration with delta-poly[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.3295e-17)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.5587e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,2]"
*********************************************************
Generating perturbed configuration with delta-poly[2,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.3953e-17)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.6756e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,3]"
*********************************************************
Generating perturbed configuration with delta-poly[2,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.3718e-17)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.6524e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,4]"
*********************************************************
Generating perturbed configuration with delta-poly[2,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.3161e-17)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.4563e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,5]"
*********************************************************
Generating perturbed configuration with delta-poly[2,5]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.3518e-17)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 2.0770e-17)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.379 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0558e-16) with 0 suppressions
real 0m0.814s
user 0m0.015s
sys 0m0.015s
+ set +x
data\basic\designR1b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 200 / 275 )
data\basic\designR1c.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designR1c.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(span) check complete with 0 total errors (errmax= 2.0770e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,1]"
*********************************************************
Generating perturbed configuration with delta-param[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 1.0060e-05)
d(Edge)/d(param) check complete with 0 total errors (errmax= 8.5358e-06)
d(Node)/d(param) check complete with 0 total errors (errmax= 4.7990e-12)
*********************************************************
Starting tessellation sensitivity wrt "param[1,2]"
*********************************************************
Generating perturbed configuration with delta-param[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 2.7638e-07)
d(Edge)/d(param) check complete with 0 total errors (errmax= 3.3866e-07)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.6138e-13)
*********************************************************
Starting tessellation sensitivity wrt "param[1,3]"
*********************************************************
Generating perturbed configuration with delta-param[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 6.3601e-17)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.2423e-16)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.2423e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,4]"
*********************************************************
Generating perturbed configuration with delta-param[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 2.6052e-17)
d(Edge)/d(param) check complete with 0 total errors (errmax= 4.9627e-17)
d(Node)/d(param) check complete with 0 total errors (errmax= 4.9627e-17)
*********************************************************
Starting tessellation sensitivity wrt "param[1,5]"
*********************************************************
Generating perturbed configuration with delta-param[1,5]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 2.0920e-11)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.5885e-11)
d(Node)/d(param) check complete with 0 total errors (errmax= 2.9601e-18)
*********************************************************
Starting tessellation sensitivity wrt "param[1,6]"
*********************************************************
Generating perturbed configuration with delta-param[1,6]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 8.6045e-08)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.0057e-07)
d(Node)/d(param) check complete with 0 total errors (errmax= 2.1325e-14)
*********************************************************
Starting tessellation sensitivity wrt "param[1,7]"
*********************************************************
Generating perturbed configuration with delta-param[1,7]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 3.4508e-16)
d(Edge)/d(param) check complete with 0 total errors (errmax= 4.1202e-16)
d(Node)/d(param) check complete with 0 total errors (errmax= 2.5519e-20)
*********************************************************
Starting tessellation sensitivity wrt "param[1,8]"
*********************************************************
Generating perturbed configuration with delta-param[1,8]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 5.3337e-16)
d(Edge)/d(param) check complete with 0 total errors (errmax= 6.6313e-16)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.8657e-19)
*********************************************************
Starting tessellation sensitivity wrt "param[1,9]"
*********************************************************
Generating perturbed configuration with delta-param[1,9]= 0.00100000
real 0m1.614s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 3.9755e-15)
d(Edge)/d(param) check complete with 0 total errors (errmax= 4.8833e-15)
d(Node)/d(param) check complete with 0 total errors (errmax= 9.0141e-20)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.764 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.0060e-05) with 0 suppressions
+ set +x
data\basic\designR1c -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 201 / 275 )
data\basic\designR1d.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designR1d.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(span) check complete with 0 total errors (errmax= 1.8520e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,1]"
*********************************************************
Generating perturbed configuration with delta-param[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 2.9280e-06)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.9280e-06)
d(Node)/d(param) check complete with 0 total errors (errmax= 9.0539e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,2]"
*********************************************************
Generating perturbed configuration with delta-param[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 2.0069e-07)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.0069e-07)
d(Node)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,3]"
*********************************************************
Generating perturbed configuration with delta-param[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 3.7982e-17)
d(Edge)/d(param) check complete with 0 total errors (errmax= 3.7982e-17)
d(Node)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,4]"
*********************************************************
Generating perturbed configuration with delta-param[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 1.3028e-17)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.3028e-17)
d(Node)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,5]"
*********************************************************
Generating perturbed configuration with delta-param[1,5]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 1.5223e-11)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.5223e-11)
d(Node)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,6]"
*********************************************************
Generating perturbed configuration with delta-param[1,6]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 6.0212e-08)
d(Edge)/d(param) check complete with 0 total errors (errmax= 6.0212e-08)
d(Node)/d(param) check complete with 0 total errors (errmax= 3.6338e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,7]"
*********************************************************
Generating perturbed configuration with delta-param[1,7]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 2.0776e-16)
d(Edge)/d(param) check complete with 0 total errors (errmax= 6.1396e-16)
d(Node)/d(param) check complete with 0 total errors (errmax= 6.1396e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,8]"
*********************************************************
Generating perturbed configuration with delta-param[1,8]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 2.9321e-16)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.1093e-15)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.1093e-15)
*********************************************************
Starting tessellation sensitivity wrt "param[1,9]"
*********************************************************
Generating perturbed configuration with delta-param[1,9]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 2.9127e-15)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.9127e-15)
d(Node)/d(param) check complete with 0 total errors (errmax= 6.8402e-17)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.164 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.9280e-06) with 0 suppressions
real 0m0.744s
user 0m0.000s
sys 0m0.031s
+ set +x
data\basic\designR1d -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 202 / 275 )
data\basic\designR1e.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designR1e.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(span) check complete with 0 total errors (errmax= 1.9475e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,1]"
*********************************************************
Generating perturbed configuration with delta-param[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 1.0210e-05)
d(Edge)/d(param) check complete with 0 total errors (errmax= 9.2309e-06)
d(Node)/d(param) check complete with 0 total errors (errmax= 4.7990e-12)
*********************************************************
Starting tessellation sensitivity wrt "param[1,2]"
*********************************************************
Generating perturbed configuration with delta-param[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 3.0152e-07)
d(Edge)/d(param) check complete with 0 total errors (errmax= 3.7607e-07)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.6138e-13)
*********************************************************
Starting tessellation sensitivity wrt "param[1,3]"
*********************************************************
Generating perturbed configuration with delta-param[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 5.8297e-17)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.2490e-16)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.2490e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,4]"
*********************************************************
Generating perturbed configuration with delta-param[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 1.8738e-17)
d(Edge)/d(param) check complete with 0 total errors (errmax= 5.0307e-17)
d(Node)/d(param) check complete with 0 total errors (errmax= 5.0307e-17)
*********************************************************
Starting tessellation sensitivity wrt "param[1,5]"
*********************************************************
Generating perturbed configuration with delta-param[1,5]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 2.2708e-11)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.8635e-11)
d(Node)/d(param) check complete with 0 total errors (errmax= 2.7433e-18)
*********************************************************
Starting tessellation sensitivity wrt "param[1,6]"
*********************************************************
Generating perturbed configuration with delta-param[1,6]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 8.9440e-08)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.0731e-07)
d(Node)/d(param) check complete with 0 total errors (errmax= 2.1325e-14)
*********************************************************
Starting tessellation sensitivity wrt "param[1,7]"
*********************************************************
Generating perturbed configuration with delta-param[1,7]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 3.0862e-16)
d(Edge)/d(param) check complete with 0 total errors (errmax= 6.1409e-16)
d(Node)/d(param) check complete with 0 total errors (errmax= 6.1409e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,8]"
*********************************************************
Generating perturbed configuration with delta-param[1,8]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 4.4817e-16)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.1085e-15)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.1085e-15)
*********************************************************
Starting tessellation sensitivity wrt "param[1,9]"
*********************************************************
Generating perturbed configuration with delta-param[1,9]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(param) check complete with 0 total errors (errmax= 4.1861e-15)
d(Edge)/d(param) check complete with 0 total errors (errmax= 5.2065e-15)
d(Node)/d(param) check complete with 0 total errors (errmax= 6.7654e-17)
*********************************************************
Starting tessellation sensitivity wrt "ztail[1,1]"
*********************************************************
Generating perturbed configuration with delta-ztail[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(ztail) check complete with 0 total errors (errmax= 4.9083e-18)
d(Edge)/d(ztail) check complete with 0 total errors (errmax= 4.5936e-18)
d(Node)/d(ztail) check complete with 0 total errors (errmax= 1.7040e-22)
*********************************************************
Starting tessellation sensitivity wrt "ztail[1,2]"
*********************************************************
Generating perturbed configuration with delta-ztail[1,2]= 0.00100000
real 0m1.898s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(ztail) check complete with 0 total errors (errmax= 2.5137e-18)
d(Edge)/d(ztail) check complete with 0 total errors (errmax= 3.4694e-18)
d(Node)/d(ztail) check complete with 0 total errors (errmax= 3.4694e-18)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.995 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.0210e-05) with 0 suppressions
+ set +x
data\basic\designR1e -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 203 / 275 )
data\basic\designR2a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designR2a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(span) check complete with 0 total errors (errmax= 2.4210e-16)
d(Edge)/d(span) check complete with 0 total errors (errmax= 2.4324e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,1]"
*********************************************************
Generating perturbed configuration with delta-poly[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.9091e-08)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.3892e-08)
d(Node)/d(poly) check complete with 0 total errors (errmax= 4.6672e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,2]"
*********************************************************
Generating perturbed configuration with delta-poly[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(poly) check complete with 0 total errors (errmax= 2.4444e-10)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 2.4919e-10)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.1255e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,3]"
*********************************************************
Generating perturbed configuration with delta-poly[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.8291e-10)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.8654e-10)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.5416e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,4]"
*********************************************************
Generating perturbed configuration with delta-poly[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.2171e-10)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.2413e-10)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.5067e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,5]"
*********************************************************
Generating perturbed configuration with delta-poly[1,5]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(poly) check complete with 0 total errors (errmax= 6.0741e-11)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 6.1947e-11)
d(Node)/d(poly) check complete with 0 total errors (errmax= 4.2902e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,1]"
*********************************************************
Generating perturbed configuration with delta-poly[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.9193e-08)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.3969e-08)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.8211e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,2]"
*********************************************************
Generating perturbed configuration with delta-poly[2,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(poly) check complete with 0 total errors (errmax= 2.3912e-10)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 2.4517e-10)
d(Node)/d(poly) check complete with 0 total errors (errmax= 6.5465e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,3]"
*********************************************************
Generating perturbed configuration with delta-poly[2,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.7882e-10)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.8350e-10)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.7110e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,4]"
*********************************************************
Generating perturbed configuration with delta-poly[2,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.1899e-10)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.2211e-10)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.5067e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,5]"
*********************************************************
Generating perturbed configuration with delta-poly[2,5]= 0.00100000
real 0m7.653s
user 0m0.000s
sys 0m0.030s
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(poly) check complete with 0 total errors (errmax= 5.9384e-11)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 6.0939e-11)
d(Node)/d(poly) check complete with 0 total errors (errmax= 6.4586e-19)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 5.949 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.9193e-08) with 0 suppressions
+ set +x
data\basic\designR2a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 204 / 275 )
data\basic\designR2b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designR2b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(span) check complete with 0 total errors (errmax= 2.0145e-16)
d(Edge)/d(span) check complete with 0 total errors (errmax= 2.5177e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,1]"
*********************************************************
Generating perturbed configuration with delta-poly[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(poly) check complete with 0 total errors (errmax= 6.3148e-12)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 3.8195e-12)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,2]"
*********************************************************
Generating perturbed configuration with delta-poly[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(poly) check complete with 0 total errors (errmax= 7.5424e-12)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 3.8327e-12)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,3]"
*********************************************************
Generating perturbed configuration with delta-poly[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(poly) check complete with 0 total errors (errmax= 3.5484e-12)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 2.2201e-12)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,4]"
*********************************************************
Generating perturbed configuration with delta-poly[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(poly) check complete with 0 total errors (errmax= 2.3612e-12)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.4773e-12)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,5]"
*********************************************************
Generating perturbed configuration with delta-poly[1,5]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.1784e-12)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 7.3725e-13)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,1]"
*********************************************************
Generating perturbed configuration with delta-poly[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(poly) check complete with 0 total errors (errmax= 6.3148e-12)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 3.8195e-12)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,2]"
*********************************************************
Generating perturbed configuration with delta-poly[2,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(poly) check complete with 0 total errors (errmax= 7.5424e-12)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 3.8327e-12)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,3]"
*********************************************************
Generating perturbed configuration with delta-poly[2,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(poly) check complete with 0 total errors (errmax= 3.5484e-12)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 2.2201e-12)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,4]"
*********************************************************
Generating perturbed configuration with delta-poly[2,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(poly) check complete with 0 total errors (errmax= 2.3612e-12)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.4773e-12)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,5]"
*********************************************************
Generating perturbed configuration with delta-poly[2,5]= 0.00100000
real 0m3.564s
user 0m0.016s
sys 0m0.000s
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.1783e-12)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 7.3726e-13)
d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 2.824 sec
Sensitivity checks complete with 0 total errors (max tess err= 7.5424e-12) with 0 suppressions
+ set +x
data\basic\designR2b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 205 / 275 )
data\basic\designR2c.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designR2c.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(span) check complete with 0 total errors (errmax= 2.3767e-16)
d(Edge)/d(span) check complete with 0 total errors (errmax= 2.6037e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,1]"
*********************************************************
Generating perturbed configuration with delta-param[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 1.0060e-05)
d(Edge)/d(param) check complete with 0 total errors (errmax= 8.5358e-06)
d(Node)/d(param) check complete with 0 total errors (errmax= 4.7990e-12)
*********************************************************
Starting tessellation sensitivity wrt "param[1,2]"
*********************************************************
Generating perturbed configuration with delta-param[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 2.7638e-07)
d(Edge)/d(param) check complete with 0 total errors (errmax= 3.3866e-07)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.6138e-13)
*********************************************************
Starting tessellation sensitivity wrt "param[1,3]"
*********************************************************
Generating perturbed configuration with delta-param[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 3.2905e-10)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.4194e-10)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.2423e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,4]"
*********************************************************
Generating perturbed configuration with delta-param[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 8.0282e-12)
d(Edge)/d(param) check complete with 0 total errors (errmax= 3.6168e-12)
d(Node)/d(param) check complete with 0 total errors (errmax= 4.9627e-17)
*********************************************************
Starting tessellation sensitivity wrt "param[1,5]"
*********************************************************
Generating perturbed configuration with delta-param[1,5]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 2.4017e-11)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.9672e-11)
d(Node)/d(param) check complete with 0 total errors (errmax= 2.9601e-18)
*********************************************************
Starting tessellation sensitivity wrt "param[1,6]"
*********************************************************
Generating perturbed configuration with delta-param[1,6]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 8.6045e-08)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.0057e-07)
d(Node)/d(param) check complete with 0 total errors (errmax= 2.1325e-14)
*********************************************************
Starting tessellation sensitivity wrt "param[1,7]"
*********************************************************
Generating perturbed configuration with delta-param[1,7]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 2.7943e-10)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.1974e-10)
d(Node)/d(param) check complete with 0 total errors (errmax= 2.5519e-20)
*********************************************************
Starting tessellation sensitivity wrt "param[1,8]"
*********************************************************
Generating perturbed configuration with delta-param[1,8]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 1.2428e-11)
d(Edge)/d(param) check complete with 0 total errors (errmax= 5.3289e-12)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.8657e-19)
*********************************************************
Starting tessellation sensitivity wrt "param[1,9]"
*********************************************************
Generating perturbed configuration with delta-param[1,9]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 1.9158e-12)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.3582e-12)
d(Node)/d(param) check complete with 0 total errors (errmax= 9.0141e-20)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 4.797 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.0060e-05) with 0 suppressions
real 0m6.185s
user 0m0.015s
sys 0m0.046s
+ set +x
data\basic\designR2c -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 206 / 275 )
data\basic\designR2d.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designR2d.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(span) check complete with 0 total errors (errmax= 2.4577e-16)
d(Edge)/d(span) check complete with 0 total errors (errmax= 2.4499e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,1]"
*********************************************************
Generating perturbed configuration with delta-param[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 2.9280e-06)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.9280e-06)
d(Node)/d(param) check complete with 0 total errors (errmax= 9.0539e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,2]"
*********************************************************
Generating perturbed configuration with delta-param[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 2.0069e-07)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.0069e-07)
d(Node)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,3]"
*********************************************************
Generating perturbed configuration with delta-param[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 5.3219e-14)
d(Edge)/d(param) check complete with 0 total errors (errmax= 5.3236e-14)
d(Node)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,4]"
*********************************************************
Generating perturbed configuration with delta-param[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 1.2857e-15)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.2862e-15)
d(Node)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,5]"
*********************************************************
Generating perturbed configuration with delta-param[1,5]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 1.5223e-11)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.5223e-11)
d(Node)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,6]"
*********************************************************
Generating perturbed configuration with delta-param[1,6]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 6.0212e-08)
d(Edge)/d(param) check complete with 0 total errors (errmax= 6.0212e-08)
d(Node)/d(param) check complete with 0 total errors (errmax= 3.6338e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,7]"
*********************************************************
Generating perturbed configuration with delta-param[1,7]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 4.5794e-14)
d(Edge)/d(param) check complete with 0 total errors (errmax= 4.5809e-14)
d(Node)/d(param) check complete with 0 total errors (errmax= 6.1396e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,8]"
*********************************************************
Generating perturbed configuration with delta-param[1,8]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 2.0449e-15)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.0455e-15)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.1093e-15)
*********************************************************
Starting tessellation sensitivity wrt "param[1,9]"
*********************************************************
Generating perturbed configuration with delta-param[1,9]= 0.00100000
real 0m2.720s
user 0m0.000s
sys 0m0.046s
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 2.8314e-15)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.8314e-15)
d(Node)/d(param) check complete with 0 total errors (errmax= 6.8402e-17)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 2.143 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.9280e-06) with 0 suppressions
+ set +x
data\basic\designR2d -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 207 / 275 )
data\basic\designR2e.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designR2e.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(span) check complete with 0 total errors (errmax= 2.3657e-16)
d(Edge)/d(span) check complete with 0 total errors (errmax= 2.4634e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,1]"
*********************************************************
Generating perturbed configuration with delta-param[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 1.0210e-05)
d(Edge)/d(param) check complete with 0 total errors (errmax= 9.2309e-06)
d(Node)/d(param) check complete with 0 total errors (errmax= 4.7990e-12)
*********************************************************
Starting tessellation sensitivity wrt "param[1,2]"
*********************************************************
Generating perturbed configuration with delta-param[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 3.0152e-07)
d(Edge)/d(param) check complete with 0 total errors (errmax= 3.7607e-07)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.6138e-13)
*********************************************************
Starting tessellation sensitivity wrt "param[1,3]"
*********************************************************
Generating perturbed configuration with delta-param[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 3.8355e-10)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.5345e-10)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.2490e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,4]"
*********************************************************
Generating perturbed configuration with delta-param[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 9.2989e-12)
d(Edge)/d(param) check complete with 0 total errors (errmax= 3.7204e-12)
d(Node)/d(param) check complete with 0 total errors (errmax= 5.0307e-17)
*********************************************************
Starting tessellation sensitivity wrt "param[1,5]"
*********************************************************
Generating perturbed configuration with delta-param[1,5]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 2.2708e-11)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.8636e-11)
d(Node)/d(param) check complete with 0 total errors (errmax= 2.7433e-18)
*********************************************************
Starting tessellation sensitivity wrt "param[1,6]"
*********************************************************
Generating perturbed configuration with delta-param[1,6]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 8.9440e-08)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.0731e-07)
d(Node)/d(param) check complete with 0 total errors (errmax= 2.1325e-14)
*********************************************************
Starting tessellation sensitivity wrt "param[1,7]"
*********************************************************
Generating perturbed configuration with delta-param[1,7]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 3.0487e-10)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.2618e-10)
d(Node)/d(param) check complete with 0 total errors (errmax= 6.1409e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,8]"
*********************************************************
Generating perturbed configuration with delta-param[1,8]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 1.3558e-11)
d(Edge)/d(param) check complete with 0 total errors (errmax= 5.6113e-12)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.1085e-15)
*********************************************************
Starting tessellation sensitivity wrt "param[1,9]"
*********************************************************
Generating perturbed configuration with delta-param[1,9]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(param) check complete with 0 total errors (errmax= 1.2312e-13)
d(Edge)/d(param) check complete with 0 total errors (errmax= 5.5106e-14)
d(Node)/d(param) check complete with 0 total errors (errmax= 6.7654e-17)
*********************************************************
Starting tessellation sensitivity wrt "ztail[1,1]"
*********************************************************
Generating perturbed configuration with delta-ztail[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(ztail) check complete with 0 total errors (errmax= 2.0886e-09)
d(Edge)/d(ztail) check complete with 0 total errors (errmax= 8.3563e-10)
d(Node)/d(ztail) check complete with 0 total errors (errmax= 1.7040e-22)
*********************************************************
Starting tessellation sensitivity wrt "ztail[1,2]"
*********************************************************
Generating perturbed configuration with delta-ztail[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(ztail) check complete with 0 total errors (errmax= 1.9322e-09)
d(Edge)/d(ztail) check complete with 0 total errors (errmax= 7.9967e-10)
d(Node)/d(ztail) check complete with 0 total errors (errmax= 3.4694e-18)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 6.163 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.0210e-05) with 0 suppressions
real 0m7.898s
user 0m0.015s
sys 0m0.000s
+ set +x
data\basic\designR2e -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 208 / 275 )
data\basic\designR3a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designR3a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(span) check complete with 0 total errors (errmax= 2.1774e-16)
d(Edge)/d(span) check complete with 0 total errors (errmax= 2.8087e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,1]"
*********************************************************
Generating perturbed configuration with delta-poly[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.9091e-08)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.3892e-08)
d(Node)/d(poly) check complete with 0 total errors (errmax= 4.6672e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,2]"
*********************************************************
Generating perturbed configuration with delta-poly[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(poly) check complete with 0 total errors (errmax= 2.4444e-10)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 2.4919e-10)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.1255e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,3]"
*********************************************************
Generating perturbed configuration with delta-poly[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.8291e-10)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.8654e-10)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.5416e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,4]"
*********************************************************
Generating perturbed configuration with delta-poly[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.2171e-10)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.2413e-10)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.5067e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,5]"
*********************************************************
Generating perturbed configuration with delta-poly[1,5]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(poly) check complete with 0 total errors (errmax= 6.0741e-11)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 6.1947e-11)
d(Node)/d(poly) check complete with 0 total errors (errmax= 4.2902e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,1]"
*********************************************************
Generating perturbed configuration with delta-poly[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.9193e-08)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.3969e-08)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.8211e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,2]"
*********************************************************
Generating perturbed configuration with delta-poly[2,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(poly) check complete with 0 total errors (errmax= 2.3912e-10)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 2.4517e-10)
d(Node)/d(poly) check complete with 0 total errors (errmax= 6.5465e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,3]"
*********************************************************
Generating perturbed configuration with delta-poly[2,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.7882e-10)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.8350e-10)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.7110e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,4]"
*********************************************************
Generating perturbed configuration with delta-poly[2,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.1899e-10)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.2211e-10)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.5067e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,5]"
*********************************************************
Generating perturbed configuration with delta-poly[2,5]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(poly) check complete with 0 total errors (errmax= 5.9384e-11)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 6.0939e-11)
d(Node)/d(poly) check complete with 0 total errors (errmax= 6.4586e-19)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 5.858 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.9193e-08) with 0 suppressions
real 0m7.793s
user 0m0.000s
sys 0m0.062s
+ set +x
data\basic\designR3a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 209 / 275 )
data\basic\designR3b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designR3b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(span) check complete with 0 total errors (errmax= 2.1774e-16)
d(Edge)/d(span) check complete with 0 total errors (errmax= 2.8087e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,1]"
*********************************************************
Generating perturbed configuration with delta-poly[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.9091e-08)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.3892e-08)
d(Node)/d(poly) check complete with 0 total errors (errmax= 4.6672e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,2]"
*********************************************************
Generating perturbed configuration with delta-poly[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(poly) check complete with 0 total errors (errmax= 2.4444e-10)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 2.4919e-10)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.1255e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,3]"
*********************************************************
Generating perturbed configuration with delta-poly[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.8291e-10)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.8654e-10)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.5416e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,4]"
*********************************************************
Generating perturbed configuration with delta-poly[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.2171e-10)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.2413e-10)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.5067e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[1,5]"
*********************************************************
Generating perturbed configuration with delta-poly[1,5]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(poly) check complete with 0 total errors (errmax= 6.0741e-11)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 6.1947e-11)
d(Node)/d(poly) check complete with 0 total errors (errmax= 4.2902e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,1]"
*********************************************************
Generating perturbed configuration with delta-poly[2,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.9193e-08)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.3969e-08)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.8211e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,2]"
*********************************************************
Generating perturbed configuration with delta-poly[2,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(poly) check complete with 0 total errors (errmax= 2.3912e-10)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 2.4517e-10)
d(Node)/d(poly) check complete with 0 total errors (errmax= 6.5465e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,3]"
*********************************************************
Generating perturbed configuration with delta-poly[2,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.7882e-10)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.8350e-10)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.7110e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,4]"
*********************************************************
Generating perturbed configuration with delta-poly[2,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(poly) check complete with 0 total errors (errmax= 1.1899e-10)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.2211e-10)
d(Node)/d(poly) check complete with 0 total errors (errmax= 1.5067e-19)
*********************************************************
Starting tessellation sensitivity wrt "poly[2,5]"
*********************************************************
Generating perturbed configuration with delta-poly[2,5]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(poly) check complete with 0 total errors (errmax= 5.9384e-11)
d(Edge)/d(poly) check complete with 0 total errors (errmax= 6.0939e-11)
d(Node)/d(poly) check complete with 0 total errors (errmax= 6.4586e-19)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 6.494 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.9193e-08) with 0 suppressions
real 0m8.548s
user 0m0.000s
sys 0m0.000s
+ set +x
data\basic\designR3b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 210 / 275 )
data\basic\designR3c.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designR3c.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(span) check complete with 0 total errors (errmax= 2.1328e-16)
d(Edge)/d(span) check complete with 0 total errors (errmax= 2.7195e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,1]"
*********************************************************
Generating perturbed configuration with delta-param[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 1.0060e-05)
d(Edge)/d(param) check complete with 0 total errors (errmax= 8.5358e-06)
d(Node)/d(param) check complete with 0 total errors (errmax= 4.7990e-12)
*********************************************************
Starting tessellation sensitivity wrt "param[1,2]"
*********************************************************
Generating perturbed configuration with delta-param[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 2.7638e-07)
d(Edge)/d(param) check complete with 0 total errors (errmax= 3.3866e-07)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.6138e-13)
*********************************************************
Starting tessellation sensitivity wrt "param[1,3]"
*********************************************************
Generating perturbed configuration with delta-param[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 3.2905e-10)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.4194e-10)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.2423e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,4]"
*********************************************************
Generating perturbed configuration with delta-param[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 8.0281e-12)
d(Edge)/d(param) check complete with 0 total errors (errmax= 3.6168e-12)
d(Node)/d(param) check complete with 0 total errors (errmax= 4.9627e-17)
*********************************************************
Starting tessellation sensitivity wrt "param[1,5]"
*********************************************************
Generating perturbed configuration with delta-param[1,5]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 2.4017e-11)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.9672e-11)
d(Node)/d(param) check complete with 0 total errors (errmax= 2.9601e-18)
*********************************************************
Starting tessellation sensitivity wrt "param[1,6]"
*********************************************************
Generating perturbed configuration with delta-param[1,6]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 8.6045e-08)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.0057e-07)
d(Node)/d(param) check complete with 0 total errors (errmax= 2.1325e-14)
*********************************************************
Starting tessellation sensitivity wrt "param[1,7]"
*********************************************************
Generating perturbed configuration with delta-param[1,7]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 2.7943e-10)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.1974e-10)
d(Node)/d(param) check complete with 0 total errors (errmax= 2.5519e-20)
*********************************************************
Starting tessellation sensitivity wrt "param[1,8]"
*********************************************************
Generating perturbed configuration with delta-param[1,8]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 1.2428e-11)
d(Edge)/d(param) check complete with 0 total errors (errmax= 5.3289e-12)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.8657e-19)
*********************************************************
Starting tessellation sensitivity wrt "param[1,9]"
*********************************************************
Generating perturbed configuration with delta-param[1,9]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 1.9158e-12)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.3582e-12)
d(Node)/d(param) check complete with 0 total errors (errmax= 9.0141e-20)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 5.374 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.0060e-05) with 0 suppressions
real 0m7.162s
user 0m0.030s
sys 0m0.031s
+ set +x
data\basic\designR3c -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 211 / 275 )
data\basic\designR3d.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designR3d.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(span) check complete with 0 total errors (errmax= 2.1407e-16)
d(Edge)/d(span) check complete with 0 total errors (errmax= 2.6191e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,1]"
*********************************************************
Generating perturbed configuration with delta-param[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 2.9280e-06)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.9280e-06)
d(Node)/d(param) check complete with 0 total errors (errmax= 9.0539e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,2]"
*********************************************************
Generating perturbed configuration with delta-param[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 2.0069e-07)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.0069e-07)
d(Node)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,3]"
*********************************************************
Generating perturbed configuration with delta-param[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 5.3326e-14)
d(Edge)/d(param) check complete with 0 total errors (errmax= 5.3236e-14)
d(Node)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,4]"
*********************************************************
Generating perturbed configuration with delta-param[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 1.2883e-15)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.2861e-15)
d(Node)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,5]"
*********************************************************
Generating perturbed configuration with delta-param[1,5]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 1.5223e-11)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.5223e-11)
d(Node)/d(param) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,6]"
*********************************************************
Generating perturbed configuration with delta-param[1,6]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 6.0212e-08)
d(Edge)/d(param) check complete with 0 total errors (errmax= 6.0212e-08)
d(Node)/d(param) check complete with 0 total errors (errmax= 3.6338e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,7]"
*********************************************************
Generating perturbed configuration with delta-param[1,7]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 4.5886e-14)
d(Edge)/d(param) check complete with 0 total errors (errmax= 4.5809e-14)
d(Node)/d(param) check complete with 0 total errors (errmax= 6.1396e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,8]"
*********************************************************
Generating perturbed configuration with delta-param[1,8]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 2.0489e-15)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.0455e-15)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.1093e-15)
*********************************************************
Starting tessellation sensitivity wrt "param[1,9]"
*********************************************************
Generating perturbed configuration with delta-param[1,9]= 0.00100000
real 0m2.568s
user 0m0.031s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 2.8313e-15)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.8315e-15)
d(Node)/d(param) check complete with 0 total errors (errmax= 6.8402e-17)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 2.030 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.9280e-06) with 0 suppressions
+ set +x
data\basic\designR3d -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 212 / 275 )
data\basic\designR3e.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designR3e.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "span"
*********************************************************
Generating perturbed configuration with delta-span[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(span) check complete with 0 total errors (errmax= 2.1913e-16)
d(Edge)/d(span) check complete with 0 total errors (errmax= 2.6128e-16)
d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "param[1,1]"
*********************************************************
Generating perturbed configuration with delta-param[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 1.0210e-05)
d(Edge)/d(param) check complete with 0 total errors (errmax= 9.2309e-06)
d(Node)/d(param) check complete with 0 total errors (errmax= 4.7990e-12)
*********************************************************
Starting tessellation sensitivity wrt "param[1,2]"
*********************************************************
Generating perturbed configuration with delta-param[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 3.0152e-07)
d(Edge)/d(param) check complete with 0 total errors (errmax= 3.7607e-07)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.6138e-13)
*********************************************************
Starting tessellation sensitivity wrt "param[1,3]"
*********************************************************
Generating perturbed configuration with delta-param[1,3]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 3.8355e-10)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.5345e-10)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.2490e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,4]"
*********************************************************
Generating perturbed configuration with delta-param[1,4]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 9.2988e-12)
d(Edge)/d(param) check complete with 0 total errors (errmax= 3.7204e-12)
d(Node)/d(param) check complete with 0 total errors (errmax= 5.0307e-17)
*********************************************************
Starting tessellation sensitivity wrt "param[1,5]"
*********************************************************
Generating perturbed configuration with delta-param[1,5]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 2.2708e-11)
d(Edge)/d(param) check complete with 0 total errors (errmax= 2.8636e-11)
d(Node)/d(param) check complete with 0 total errors (errmax= 2.7433e-18)
*********************************************************
Starting tessellation sensitivity wrt "param[1,6]"
*********************************************************
Generating perturbed configuration with delta-param[1,6]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 8.9440e-08)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.0731e-07)
d(Node)/d(param) check complete with 0 total errors (errmax= 2.1325e-14)
*********************************************************
Starting tessellation sensitivity wrt "param[1,7]"
*********************************************************
Generating perturbed configuration with delta-param[1,7]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 3.0486e-10)
d(Edge)/d(param) check complete with 0 total errors (errmax= 1.2618e-10)
d(Node)/d(param) check complete with 0 total errors (errmax= 6.1409e-16)
*********************************************************
Starting tessellation sensitivity wrt "param[1,8]"
*********************************************************
Generating perturbed configuration with delta-param[1,8]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 1.3558e-11)
d(Edge)/d(param) check complete with 0 total errors (errmax= 5.6113e-12)
d(Node)/d(param) check complete with 0 total errors (errmax= 1.1085e-15)
*********************************************************
Starting tessellation sensitivity wrt "param[1,9]"
*********************************************************
Generating perturbed configuration with delta-param[1,9]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(param) check complete with 0 total errors (errmax= 1.2312e-13)
d(Edge)/d(param) check complete with 0 total errors (errmax= 5.5105e-14)
d(Node)/d(param) check complete with 0 total errors (errmax= 6.7654e-17)
*********************************************************
Starting tessellation sensitivity wrt "ztail[1,1]"
*********************************************************
Generating perturbed configuration with delta-ztail[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(ztail) check complete with 0 total errors (errmax= 2.0886e-09)
d(Edge)/d(ztail) check complete with 0 total errors (errmax= 8.3563e-10)
d(Node)/d(ztail) check complete with 0 total errors (errmax= 1.7040e-22)
*********************************************************
Starting tessellation sensitivity wrt "ztail[1,2]"
*********************************************************
Generating perturbed configuration with delta-ztail[1,2]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(ztail) check complete with 0 total errors (errmax= 1.9322e-09)
d(Edge)/d(ztail) check complete with 0 total errors (errmax= 7.9967e-10)
d(Node)/d(ztail) check complete with 0 total errors (errmax= 3.4694e-18)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 6.040 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.0210e-05) with 0 suppressions
real 0m7.747s
user 0m0.015s
sys 0m0.000s
+ set +x
data\basic\designR3e -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 213 / 275 )
data\basic\designS1.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designS1.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "dx"
*********************************************************
Generating perturbed configuration with delta-dx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(dx) check complete with 0 total errors (errmax= 5.6686e-16)
d(Edge)/d(dx) check complete with 0 total errors (errmax= 6.7140e-16)
d(Node)/d(dx) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dy"
*********************************************************
Generating perturbed configuration with delta-dy[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
WARNING:: dxyz mismatch: inode= 2 ( 0.000000 1.000000 0.000000) iend = 1 ( -0.000735 -0.500000 0.000000) err=( -0.000735 -1.500000 0.000000)
WARNING:: dxyz mismatch: inode= 2 ( 0.000000 1.000000 0.000000) ibeg = 4 ( 0.000000 -0.500000 0.000000) err=( 0.000000 -1.500000 0.000000)
WARNING:: dxyz mismatch: inode= 4 ( 0.000000 1.000000 0.000000) iend = 3 ( -0.000735 -0.500000 -0.000000) err=( -0.000735 -1.500000 -0.000000)
WARNING:: dxyz mismatch: inode= 4 ( 0.000000 1.000000 0.000000) iend = 4 ( 0.000000 -0.500000 0.000000) err=( 0.000000 -1.500000 0.000000)
WARNING:: dxyz mismatch: inode= 6 ( 0.000000 2.000000 0.000000) iend = 6 ( -0.000735 0.500000 -0.000000) err=( -0.000735 -1.500000 -0.000000)
WARNING:: dxyz mismatch: inode= 6 ( 0.000000 2.000000 0.000000) ibeg = 10 ( 0.000000 0.500000 0.000000) err=( 0.000000 -1.500000 0.000000)
WARNING:: dxyz mismatch: inode= 8 ( 0.000000 2.000000 0.000000) iend = 9 ( -0.000735 0.500000 0.000000) err=( -0.000735 -1.500000 0.000000)
WARNING:: dxyz mismatch: inode= 8 ( 0.000000 2.000000 0.000000) iend = 10 ( 0.000000 0.500000 0.000000) err=( 0.000000 -1.500000 0.000000)
*********************************************************
Starting tessellation sensitivity wrt "dz"
*********************************************************
Generating perturbed configuration with delta-dz[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=6
*********************************************************
Starting tessellation sensitivity wrt "scale"
*********************************************************
Generating perturbed configuration with delta-scale[1,1]= 0.00150000
real 0m1.429s
user 0m0.000s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=6
WARNING:: dxyz mismatch: inode= 2 ( 0.000000 0.000000 0.000000) iend = 1 ( 0.000491 1.002938 0.000000) err=( 0.000491 1.002938 0.000000)
WARNING:: dxyz mismatch: inode= 2 ( 0.000000 0.000000 0.000000) ibeg = 4 ( 6.000000 1.000000 0.000000) err=( 6.000000 1.000000 0.000000)
WARNING:: dxyz mismatch: inode= 2 ( 0.000000 0.000000 0.000000) iend = 12 ( 6.000000 0.000000 0.000000) err=( 6.000000 0.000000 0.000000)
WARNING:: dxyz mismatch: inode= 4 ( 0.000000 0.000000 0.000000) iend = 3 ( 0.000491 1.002938 -0.000000) err=( 0.000491 1.002938 -0.000000)
WARNING:: dxyz mismatch: inode= 4 ( 0.000000 0.000000 0.000000) iend = 4 ( 6.000000 1.000000 0.000000) err=( 6.000000 1.000000 0.000000)
WARNING:: dxyz mismatch: inode= 4 ( 0.000000 0.000000 0.000000) ibeg = 7 ( 6.000000 0.000000 0.000000) err=( 6.000000 0.000000 0.000000)
WARNING:: dxyz mismatch: inode= 6 ( 0.000000 0.000000 0.000000) iend = 6 ( 0.000491 1.002938 -0.000000) err=( 0.000491 1.002938 -0.000000)
WARNING:: dxyz mismatch: inode= 6 ( 0.000000 0.000000 0.000000) iend = 7 ( 6.000000 0.000000 0.000000) err=( 6.000000 0.000000 0.000000)
WARNING:: dxyz mismatch: inode= 6 ( 0.000000 0.000000 0.000000) ibeg = 10 ( 6.000000 1.000000 0.000000) err=( 6.000000 1.000000 0.000000)
WARNING:: dxyz mismatch: inode= 8 ( 0.000000 0.000000 0.000000) iend = 9 ( 0.000491 1.002938 0.000000) err=( 0.000491 1.002938 0.000000)
WARNING:: dxyz mismatch: inode= 8 ( 0.000000 0.000000 0.000000) iend = 10 ( 6.000000 1.000000 0.000000) err=( 6.000000 1.000000 0.000000)
WARNING:: dxyz mismatch: inode= 8 ( 0.000000 0.000000 0.000000) ibeg = 12 ( 6.000000 0.000000 0.000000) err=( 6.000000 0.000000 0.000000)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.473 sec
Sensitivity checks complete with 0 total errors (max tess err= 6.7141e-16) with 0 suppressions
+ set +x
data\basic\designS1 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 214 / 275 )
data\basic\designS2.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designS2.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "dx"
*********************************************************
Generating perturbed configuration with delta-dx[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(dx) check complete with 0 total errors (errmax= 5.6686e-16)
d(Edge)/d(dx) check complete with 0 total errors (errmax= 6.7140e-16)
d(Node)/d(dx) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dy"
*********************************************************
Generating perturbed configuration with delta-dy[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
WARNING:: dxyz mismatch: inode= 2 ( 0.000000 1.000000 0.000000) iend = 1 ( -0.000735 -0.500000 -0.000000) err=( -0.000735 -1.500000 -0.000000)
WARNING:: dxyz mismatch: inode= 2 ( 0.000000 1.000000 0.000000) ibeg = 4 ( 0.000000 -0.500000 0.000000) err=( 0.000000 -1.500000 0.000000)
WARNING:: dxyz mismatch: inode= 4 ( 0.000000 1.000000 0.000000) iend = 3 ( -0.000735 -0.500000 0.000000) err=( -0.000735 -1.500000 0.000000)
WARNING:: dxyz mismatch: inode= 4 ( 0.000000 1.000000 0.000000) iend = 4 ( 0.000000 -0.500000 0.000000) err=( 0.000000 -1.500000 0.000000)
WARNING:: dxyz mismatch: inode= 6 ( 0.000000 2.000000 0.000000) iend = 6 ( -0.000735 0.500000 0.000000) err=( -0.000735 -1.500000 0.000000)
WARNING:: dxyz mismatch: inode= 6 ( 0.000000 2.000000 0.000000) ibeg = 10 ( 0.000000 0.500000 0.000000) err=( 0.000000 -1.500000 0.000000)
WARNING:: dxyz mismatch: inode= 8 ( 0.000000 2.000000 0.000000) iend = 9 ( -0.000735 0.500000 -0.000000) err=( -0.000735 -1.500000 -0.000000)
WARNING:: dxyz mismatch: inode= 8 ( 0.000000 2.000000 0.000000) iend = 10 ( 0.000000 0.500000 0.000000) err=( 0.000000 -1.500000 0.000000)
*********************************************************
Starting tessellation sensitivity wrt "dz"
*********************************************************
Generating perturbed configuration with delta-dz[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=5
*********************************************************
Starting tessellation sensitivity wrt "scale"
*********************************************************
Generating perturbed configuration with delta-scale[1,1]= 0.00150000
real 0m1.273s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=5
WARNING:: dxyz mismatch: inode= 2 ( 0.000000 0.000000 0.000000) iend = 1 ( 0.000491 1.002938 -0.000000) err=( 0.000491 1.002938 -0.000000)
WARNING:: dxyz mismatch: inode= 2 ( 0.000000 0.000000 0.000000) ibeg = 4 ( 6.000000 1.000000 0.000000) err=( 6.000000 1.000000 0.000000)
WARNING:: dxyz mismatch: inode= 2 ( 0.000000 0.000000 0.000000) iend = 12 ( 6.000000 0.000000 0.000000) err=( 6.000000 0.000000 0.000000)
WARNING:: dxyz mismatch: inode= 4 ( 0.000000 0.000000 0.000000) iend = 3 ( 0.000491 1.002938 0.000000) err=( 0.000491 1.002938 0.000000)
WARNING:: dxyz mismatch: inode= 4 ( 0.000000 0.000000 0.000000) iend = 4 ( 6.000000 1.000000 0.000000) err=( 6.000000 1.000000 0.000000)
WARNING:: dxyz mismatch: inode= 4 ( 0.000000 0.000000 0.000000) ibeg = 7 ( 6.000000 0.000000 0.000000) err=( 6.000000 0.000000 0.000000)
WARNING:: dxyz mismatch: inode= 6 ( 0.000000 0.000000 0.000000) iend = 6 ( 0.000491 1.002938 0.000000) err=( 0.000491 1.002938 0.000000)
WARNING:: dxyz mismatch: inode= 6 ( 0.000000 0.000000 0.000000) iend = 7 ( 6.000000 0.000000 0.000000) err=( 6.000000 0.000000 0.000000)
WARNING:: dxyz mismatch: inode= 6 ( 0.000000 0.000000 0.000000) ibeg = 10 ( 6.000000 1.000000 0.000000) err=( 6.000000 1.000000 0.000000)
WARNING:: dxyz mismatch: inode= 8 ( 0.000000 0.000000 0.000000) iend = 9 ( 0.000491 1.002938 -0.000000) err=( 0.000491 1.002938 -0.000000)
WARNING:: dxyz mismatch: inode= 8 ( 0.000000 0.000000 0.000000) iend = 10 ( 6.000000 1.000000 0.000000) err=( 6.000000 1.000000 0.000000)
WARNING:: dxyz mismatch: inode= 8 ( 0.000000 0.000000 0.000000) ibeg = 12 ( 6.000000 0.000000 0.000000) err=( 6.000000 0.000000 0.000000)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.514 sec
Sensitivity checks complete with 0 total errors (max tess err= 6.7141e-16) with 0 suppressions
+ set +x
data\basic\designS2 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 215 / 275 )
data\basic\designS3.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designS3.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
Body x: -5.00000 5.00000 y: -3.00000 3.00000 z: -3.00000 3.00000
Node 1 x: 2.95804 y: -0.00000 z: -0.50000
Node 2 x: 5.00000 y: -0.00000 z: -0.50000
Node 3 x: 2.95804 y: -0.00000 z: 0.50000
Node 4 x: 5.00000 y: 0.00000 z: 0.50000
Node 5 x: 0.00000 y: -0.00000 z: 3.00000
Node 6 x: 0.00000 y: -0.00000 z: -3.00000
Node 7 x: -2.95804 y: 0.00000 z: -0.50000
Node 8 x: -2.95804 y: 0.00000 z: 0.50000
Node 9 x: -5.00000 y: -0.00000 z: -0.50000
Node 10 x: -5.00000 y: 0.00000 z: 0.50000
Edge 1 x: 2.95804 5.00000 y: -0.00000 -0.00000 z: -0.50000 -0.50000
Edge 2 x: 2.95804 2.95804 y: -0.50000 -0.00000 z: -0.50000 0.50000
Edge 3 x: 2.95804 5.00000 y: 0.00000 0.00000 z: 0.50000 0.50000
Edge 4 x: 5.00000 5.00000 y: -0.50000 0.00000 z: -0.50000 0.50000
Edge 5 x: 5.00000 5.00000 y: -0.00000 0.50000 z: -0.50000 0.50000
Edge 6 x: 2.95804 2.95804 y: -0.00000 0.50000 z: -0.50000 0.50000
Edge 7 x: 0.00000 2.95804 y: -0.00000 -0.00000 z: 0.50000 3.00000
Edge 8 x: -0.00000 2.95804 y: -0.00000 0.00000 z: -3.00000 -0.50000
Edge 9 x: 0.00000 0.00000 y: -0.00000 -0.00000 z: -3.00000 -3.00000
Edge 10 x: -2.95804 0.00000 y: -0.00000 0.00000 z: -3.00000 -0.50000
Edge 11 x: -2.95804 -2.95804 y: -0.50000 0.00000 z: -0.50000 0.50000
Edge 12 x: -2.95804 0.00000 y: -0.00000 0.00000 z: 0.50000 3.00000
Edge 13 x: 0.00000 0.00000 y: -0.00000 -0.00000 z: 3.00000 3.00000
Edge 14 x: -2.95804 -2.95804 y: 0.00000 0.50000 z: -0.50000 0.50000
Edge 15 x: 0.00000 0.00000 y: -0.00000 -0.00000 z: -3.00000 -3.00000
Edge 16 x: 0.00000 0.00000 y: -0.00000 -0.00000 z: 3.00000 3.00000
Edge 17 x: -5.00000 -2.95804 y: -0.00000 -0.00000 z: -0.50000 -0.50000
Edge 18 x: -5.00000 -5.00000 y: -0.50000 0.00000 z: -0.50000 0.50000
Edge 19 x: -5.00000 -2.95804 y: 0.00000 0.00000 z: 0.50000 0.50000
Edge 20 x: -5.00000 -5.00000 y: -0.00000 0.50000 z: -0.50000 0.50000
Face 1 x: 2.95804 5.00000 y: -0.50000 0.00000 z: -0.50000 0.50000
Face 2 x: 2.95804 5.00000 y: -0.00000 0.50000 z: -0.50000 0.50000
Face 3 x: -2.95804 2.95804 y: -3.00000 0.00000 z: -3.00000 3.00000
Face 4 x: 5.00000 5.00000 y: -0.50000 0.50000 z: -0.50000 0.50000
Face 5 x: -2.95804 2.95804 y: -0.00000 3.00000 z: -3.00000 3.00000
Face 6 x: -5.00000 -2.95804 y: -0.50000 0.00000 z: -0.50000 0.50000
Face 7 x: -5.00000 -2.95804 y: -0.00000 0.50000 z: -0.50000 0.50000
Face 8 x: -5.00000 -5.00000 y: -0.50000 0.50000 z: -0.50000 0.50000
Body 4
_body = 4
_brch = 5
inode nedge ibody x y z
1 4 4 2.95804 -0.00000 -0.50000
Edges -> 1 2 6 8
Faces -> 1 2 3 5
_nedge = 4
__trace__ = 3 1 4 1
_nodeID = 1
2 3 4 5.00000 -0.00000 -0.50000
Edges -> 1 4 5
Faces -> 1 2 4
__trace__ = 1 1 3 2 4 2
_nedge = 3
_nodeID = 2
3 4 4 2.95804 -0.00000 0.50000
Edges -> 2 3 6 7
Faces -> 1 2 3 5
_nedge = 4
__trace__ = 3 3 4 3
_nodeID = 3
4 3 4 5.00000 0.00000 0.50000
Edges -> 3 4 5
Faces -> 1 2 4
__trace__ = 1 2 3 4 4 4
_nedge = 3
_nodeID = 4
5 4 4 0.00000 -0.00000 3.00000
Edges -> 7 12 13 16
Faces -> 3 5
__trace__ = 2 1 3 5 4 5
_nedge = 4
_nodeID = 5
6 4 4 0.00000 -0.00000 -3.00000
Edges -> 8 9 10 15
Faces -> 3 5
__trace__ = 2 2 3 6 4 6
_nedge = 4
_nodeID = 6
7 4 4 -2.95804 0.00000 -0.50000
Edges -> 10 11 14 17
Faces -> 3 5 6 7
_nedge = 4
__trace__ = 3 7 4 7
_nodeID = 7
8 4 4 -2.95804 0.00000 0.50000
Edges -> 11 12 14 19
Faces -> 3 5 6 7
_nedge = 4
__trace__ = 3 8 4 8
_nodeID = 8
9 3 4 -5.00000 -0.00000 -0.50000
Edges -> 17 18 20
Faces -> 6 7 8
__trace__ = 1 4 3 9 4 9
_nedge = 3
_nodeID = 9
10 3 4 -5.00000 0.00000 0.50000
Edges -> 18 19 20
Faces -> 6 7 8
__trace__ = 1 3 3 10 4 10
_nedge = 3
_nodeID = 10
iedge ibeg iend ileft irite nface ibody iford imark trange[0] trange[1] length
1 1 2 1 2 2 4 30004 -1 7.95804 10.00000 2.04196 294820d7d70
Nodes -> 1 2
Faces -> 1 2
_body = 4 30004
__trace__ = 1 4 3 1 4 1
_nface = 2
__trimmed__ = 1
_edgeID = 1 3 1 4 3
2 3 1 1 3 2 4 30001 -1 0.00000 3.14159 1.57080 294820d7af0
Nodes -> 3 1
Faces -> 1 3
_body = 4 30001
_nface = 2
__trace__ = 3 2 4 2
_edgeID = 1 3 2 1 2
3 3 4 2 1 2 4 40003 -1 7.95804 10.00000 2.04196 294820d7ef0
Nodes -> 3 4
Faces -> 1 2
_body = 4 40003
__trace__ = 1 2 3 3 4 3
_nface = 2
__trimmed__ = 1
_edgeID = 1 3 1 4 4
4 4 2 4 1 2 4 20003 -1 0.00000 3.14159 1.57080 294820d7830
Nodes -> 2 4
Faces -> 1 4
__trace__ = 1 1 3 4 4 4
_body = 4 20003
_nface = 2
_edgeID = 1 2 1 3 1
5 2 4 4 2 2 4 20004 -1 3.14159 6.28319 1.57080 294820d7f70
Nodes -> 4 2
Faces -> 2 4
__trace__ = 1 6 3 5 4 5
_body = 4 20004
_nface = 2
_edgeID = 1 2 1 4 1
6 1 3 2 5 2 4 40002 -1 3.14159 6.28319 1.57080 294820d7eb0
Nodes -> 1 3
Faces -> 2 5
_body = 4 40002
_nface = 2
__trace__ = 3 6 4 6
_edgeID = 1 4 2 2 2
7 3 5 3 5 2 4 10002 -1 6.45063 7.85398 4.21004 294820d7bf0
Nodes -> 3 5
Faces -> 3 5
_body = 4 10002
__trace__ = 2 4 3 7 4 7
_nface = 2
__trimmed__ = 1
_edgeID = 2 1 2 2 4
8 6 1 3 5 2 4 10002 -1 4.71239 6.11574 4.21004 294820d7c70
Nodes -> 6 1
Faces -> 3 5
_body = 4 10002
__trace__ = 2 4 3 8 4 8
_nface = 2
__trimmed__ = 1
_edgeID = 2 1 2 2 3
9 6 6 3 -1 (degenerate)
10 6 7 5 3 2 4 20001 -1 -1.57080 -0.16745 4.21004 294820d7a70
Nodes -> 6 7
Faces -> 3 5
_body = 4 20001
__trace__ = 2 2 3 10 4 10
_nface = 2
__trimmed__ = 1
_edgeID = 2 1 2 2 1
11 8 7 3 6 2 4 10003 -1 -0.00000 3.14159 1.57080 294820d77f0
Nodes -> 8 7
Faces -> 3 6
_body = 4 10003
_nface = 2
__trace__ = 3 11 4 11
_edgeID = 1 3 2 1 1
12 8 5 5 3 2 4 20001 -1 0.16745 1.57080 4.21004 294820d8330
Nodes -> 8 5
Faces -> 3 5
_body = 4 20001
__trace__ = 2 2 3 12 4 12
_nface = 2
__trimmed__ = 1
_edgeID = 2 1 2 2 2
13 5 5 -1 3 (degenerate)
14 7 8 5 7 2 4 20004 -1 3.14159 6.28319 1.57080 294820d7870
Nodes -> 7 8
Faces -> 5 7
_body = 4 20004
_nface = 2
__trace__ = 3 14 4 14
_edgeID = 1 4 2 2 1
15 6 6 5 -1 (degenerate)
16 5 5 -1 5 (degenerate)
17 9 7 6 7 2 4 30004 -1 0.00000 2.04196 2.04196 294820d7cf0
Nodes -> 9 7
Faces -> 6 7
_body = 4 30004
__trace__ = 1 4 3 17 4 17
_nface = 2
__trimmed__ = 1
_edgeID = 1 3 1 4 1
18 10 9 6 8 2 4 30001 -1 0.00000 3.14159 1.57080 294820d77b0
Nodes -> 10 9
Faces -> 6 8
__trace__ = 1 3 3 18 4 18
_body = 4 30001
_nface = 2
_edgeID = 1 1 1 3 1
19 10 8 7 6 2 4 40003 -1 0.00000 2.04196 2.04196 294820d7f30
Nodes -> 10 8
Faces -> 6 7
_body = 4 40003
__trace__ = 1 2 3 19 4 19
_nface = 2
__trimmed__ = 1
_edgeID = 1 3 1 4 2
20 9 10 7 8 2 4 40001 -1 3.14159 6.28319 1.57080 294820d7b30
Nodes -> 9 10
Faces -> 7 8
__trace__ = 1 5 3 20 4 20
_body = 4 40001
_nface = 2
_edgeID = 1 1 1 4 1
iface ibody iford imark uvrange
1 1 3 -1 0.00000 3.14159 7.95804 10.00000 294820d7db0
Nodes -> 1 2 3 4
Edges -> 1 2 3 4
_body = 1 3
_brch = 1 3
_hist = 1 3 4
__trace__ = 1 1 3 1 4 1
__trimmed__ = 1
_faceID = 1 3 2
2 1 4 -1 3.14159 6.28319 7.95804 10.00000 294820d7df0
Nodes -> 1 2 4 3
Edges -> 1 5 3 6
_body = 1 4
_brch = 1 4
_hist = 1 3 4
__trace__ = 1 2 3 2 4 2
__trimmed__ = 1
_faceID = 1 4 2
3 2 1 -1 3.14159 6.28319 -1.57080 1.57080 294820d79f0
Nodes -> 3 5 1 6 7 8
Edges -> 7 2 8 9 10 11 12 13
_body = 2 1
_brch = 2 1
_hist = 2 3 4
__trace__ = 2 1 3 3 4 3
__trimmed__ = 1
_faceID = 2 1 1
4 1 2 -1 -0.50000 0.50000 -0.50000 0.50000 294820d7e70
Nodes -> 2 4
Edges -> 4 5
_body = 1 2
_brch = 1 2
_hist = 1 3 4
__trace__ = 1 3 3 4 4 4
_faceID = 1 2 1
5 2 2 -1 0.00000 3.14159 -1.57080 1.57080 294820d8130
Nodes -> 8 5 7 6 1 3
Edges -> 12 14 10 15 8 6 7 16
_body = 2 2
_brch = 2 2
_hist = 2 3 4
__trace__ = 2 2 3 5 4 5
__trimmed__ = 1
_faceID = 2 2 1
6 1 3 -1 -0.00000 3.14159 0.00000 2.04196 294820d78b0
Nodes -> 9 7 10 8
Edges -> 17 18 19 11
_body = 1 3
_brch = 1 3
_hist = 1 3 4
__trace__ = 1 1 3 6 4 6
__trimmed__ = 1
_faceID = 1 3 1
7 1 4 -1 3.14159 6.28319 0.00000 2.04196 294820d8430
Nodes -> 9 7 8 10
Edges -> 17 14 19 20
_body = 1 4
_brch = 1 4
_hist = 1 3 4
__trace__ = 1 2 3 7 4 7
__trimmed__ = 1
_faceID = 1 4 1
8 1 1 -1 -0.50000 0.50000 -0.50000 0.50000 294820d7bb0
Nodes -> 10 9
Edges -> 18 20
_body = 1 1
_brch = 1 1
_hist = 1 3 4
__trace__ = 1 4 3 8 4 8
_color =red
_faceID = 1 1 1
oclass0= 25 (body) mtype0= 9 (solidbody) obj=29481815930, eref0=0 (0:0)
. oclass1= 24 (shell) mtype1= 4 (closed) obj=29481812ab0, eref1=0 (0:0)
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=29481813630, eref2=29482286930 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=294818131b0, eref3=29482286930 (0:0)
. . . < senses= 1 -1 -1 1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481812f30, eref4=29481813230 (11:1)
. . . . < trange= 7.95804 10.00000, arcLength= 2.0419601085e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818165b0, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818165f0, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481812d70, eref4=294818137b0 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481816670, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818165f0, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481813270, eref4=29481813070 (11:1)
. . . . < trange= 7.95804 10.00000, arcLength= 2.0419601085e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481816630, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481816670, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294818136f0, eref4=29481812b70 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481816630, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818165b0, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=294818136b0, eref2=294822872f0 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=29481813470, eref3=294822872f0 (0:0)
. . . < senses=-1 1 1 -1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481812f30, eref4=29481813230 (11:1)
. . . . < trange= 7.95804 10.00000, arcLength= 2.0419601085e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818165b0, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818165f0, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294818128f0, eref4=29481812c30 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818165b0, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481816630, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481813270, eref4=29481813070 (11:1)
. . . . < trange= 7.95804 10.00000, arcLength= 2.0419601085e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481816630, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481816670, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481813130, eref4=294818130f0 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818165f0, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481816670, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=29481813530, eref2=29482287670 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=29481812eb0, eref3=29482287670 (0:0)
. . . < senses= 1 -1 -1 1 -1 1 1 -1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481812e70, eref4=29481812e30 (11:2)
. . . . < trange= 6.45063 7.85398, arcLength= 4.2100447427e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481816630, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481816730, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=29481812bf0, eref4=0 (0:0)
. . . . < trange= 3.14159 6.28319, arcLength= 0.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481816730, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481812cf0, eref4=294818130b0 (11:8)
. . . . < trange= 0.16745 1.57080, arcLength= 4.2100438903e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818128b0, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481816730, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481813430, eref4=29481812ff0 (11:2)
. . . . < trange= -0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818128b0, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481815970, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481812f70, eref4=29481812fb0 (11:8)
. . . . < trange= -1.57080 -0.16745, arcLength= 4.2100438903e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818157f0, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481815970, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=29481812af0, eref4=0 (0:0)
. . . . < trange= 3.14159 6.28319, arcLength= 0.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818157f0, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294818133f0, eref4=29481812ef0 (11:2)
. . . . < trange= 4.71239 6.11574, arcLength= 4.2100447427e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818157f0, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818165b0, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294818136f0, eref4=29481812b70 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481816630, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818165b0, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=29481813170, eref2=29482287570 (12:1)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=294818129b0, eref3=0 (0:0)
. . . < senses= 1 1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481812d70, eref4=294818137b0 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481816670, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818165f0, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481813130, eref4=294818130f0 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818165f0, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481816670, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=29481813370, eref2=29482287730 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=29481812b30, eref3=29482287730 (0:0)
. . . < senses= 1 -1 -1 -1 -1 1 1 1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481812cf0, eref4=294818130b0 (11:8)
. . . . < trange= 0.16745 1.57080, arcLength= 4.2100438903e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818128b0, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481816730, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=29481813730, eref4=0 (0:0)
. . . . < trange= 0.00000 3.14159, arcLength= 0.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481816730, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481812e70, eref4=29481812e30 (11:2)
. . . . < trange= 6.45063 7.85398, arcLength= 4.2100447427e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481816630, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481816730, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294818128f0, eref4=29481812c30 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818165b0, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481816630, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294818133f0, eref4=29481812ef0 (11:2)
. . . . < trange= 4.71239 6.11574, arcLength= 4.2100447427e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818157f0, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818165b0, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=294818135f0, eref4=0 (0:0)
. . . . < trange= 0.00000 3.14159, arcLength= 0.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818157f0, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481812f70, eref4=29481812fb0 (11:8)
. . . . < trange= -1.57080 -0.16745, arcLength= 4.2100438903e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818157f0, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481815970, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481812d30, eref4=294818131f0 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481815970, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818128b0, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=29481812df0, eref2=294822876f0 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=29481813670, eref3=294822876f0 (0:0)
. . . < senses= 1 -1 -1 1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481813570, eref4=29482286db0 (11:1)
. . . . < trange= 0.00000 2.04196, arcLength= 2.0419606374e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818135b0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481815970, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481813430, eref4=29481812ff0 (11:2)
. . . . < trange= -0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818128b0, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481815970, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481812930, eref4=294822876b0 (11:1)
. . . . < trange= 0.00000 2.04196, arcLength= 2.0419606374e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481813030, data5= -5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818128b0, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481812db0, eref4=294822873b0 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481813030, data5= -5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818135b0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=29481812a70, eref2=29482286fb0 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=294818134f0, eref3=29482286fb0 (0:0)
. . . < senses=-1 1 1 -1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481813570, eref4=29482286db0 (11:1)
. . . . < trange= 0.00000 2.04196, arcLength= 2.0419606374e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818135b0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481815970, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294818134b0, eref4=294822877f0 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818135b0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481813030, data5= -5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481812930, eref4=294822876b0 (11:1)
. . . . < trange= 0.00000 2.04196, arcLength= 2.0419606374e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481813030, data5= -5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818128b0, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481812d30, eref4=294818131f0 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481815970, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818128b0, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01
. . oclass2= 23 (face) mtype2= -1 (sreverse) obj=29481813770, eref2=29482287370 (12:1)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=29481812a30, eref3=0 (0:0)
. . . < senses=-1 -1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29481812db0, eref4=294822873b0 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481813030, data5= -5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818135b0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294818134b0, eref4=294822877f0 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294818135b0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29481813030, data5= -5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
*********************************************************
Starting tessellation sensitivity wrt "len"
*********************************************************
Generating perturbed configuration with delta-len[1,1]= 0.01000000
Body x: -5.00500 5.00500 y: -3.00000 3.00000 z: -3.00000 3.00000
Node 1 x: 2.95804 y: -0.00000 z: -0.50000
Node 2 x: 5.00500 y: -0.00000 z: -0.50000
Node 3 x: 2.95804 y: -0.00000 z: 0.50000
Node 4 x: 5.00500 y: 0.00000 z: 0.50000
Node 5 x: 0.00000 y: -0.00000 z: 3.00000
Node 6 x: 0.00000 y: -0.00000 z: -3.00000
Node 7 x: -2.95804 y: 0.00000 z: -0.50000
Node 8 x: -2.95804 y: 0.00000 z: 0.50000
Node 9 x: -5.00500 y: -0.00000 z: -0.50000
Node 10 x: -5.00500 y: 0.00000 z: 0.50000
Edge 1 x: 2.95804 5.00500 y: -0.00000 -0.00000 z: -0.50000 -0.50000
Edge 2 x: 2.95804 2.95804 y: -0.50000 -0.00000 z: -0.50000 0.50000
Edge 3 x: 2.95804 5.00500 y: 0.00000 0.00000 z: 0.50000 0.50000
Edge 4 x: 5.00500 5.00500 y: -0.50000 0.00000 z: -0.50000 0.50000
Edge 5 x: 5.00500 5.00500 y: -0.00000 0.50000 z: -0.50000 0.50000
Edge 6 x: 2.95804 2.95804 y: -0.00000 0.50000 z: -0.50000 0.50000
Edge 7 x: 0.00000 2.95804 y: -0.00000 -0.00000 z: 0.50000 3.00000
Edge 8 x: -0.00000 2.95804 y: -0.00000 0.00000 z: -3.00000 -0.50000
Edge 9 x: 0.00000 0.00000 y: -0.00000 -0.00000 z: -3.00000 -3.00000
Edge 10 x: -2.95804 0.00000 y: -0.00000 0.00000 z: -3.00000 -0.50000
Edge 11 x: -2.95804 -2.95804 y: -0.50000 0.00000 z: -0.50000 0.50000
Edge 12 x: -2.95804 0.00000 y: -0.00000 0.00000 z: 0.50000 3.00000
Edge 13 x: 0.00000 0.00000 y: -0.00000 -0.00000 z: 3.00000 3.00000
Edge 14 x: -2.95804 -2.95804 y: 0.00000 0.50000 z: -0.50000 0.50000
Edge 15 x: 0.00000 0.00000 y: -0.00000 -0.00000 z: -3.00000 -3.00000
Edge 16 x: 0.00000 0.00000 y: -0.00000 -0.00000 z: 3.00000 3.00000
Edge 17 x: -5.00500 -2.95804 y: -0.00000 -0.00000 z: -0.50000 -0.50000
Edge 18 x: -5.00500 -5.00500 y: -0.50000 0.00000 z: -0.50000 0.50000
Edge 19 x: -5.00500 -2.95804 y: 0.00000 0.00000 z: 0.50000 0.50000
Edge 20 x: -5.00500 -5.00500 y: -0.00000 0.50000 z: -0.50000 0.50000
Face 1 x: 2.95804 5.00500 y: -0.50000 0.00000 z: -0.50000 0.50000
Face 2 x: 2.95804 5.00500 y: -0.00000 0.50000 z: -0.50000 0.50000
Face 3 x: -2.95804 2.95804 y: -3.00000 0.00000 z: -3.00000 3.00000
Face 4 x: 5.00500 5.00500 y: -0.50000 0.50000 z: -0.50000 0.50000
Face 5 x: -2.95804 2.95804 y: -0.00000 3.00000 z: -3.00000 3.00000
Face 6 x: -5.00500 -2.95804 y: -0.50000 0.00000 z: -0.50000 0.50000
Face 7 x: -5.00500 -2.95804 y: -0.00000 0.50000 z: -0.50000 0.50000
Face 8 x: -5.00500 -5.00500 y: -0.50000 0.50000 z: -0.50000 0.50000
Body 4
_body = 4
_brch = 5
inode nedge ibody x y z
1 4 4 2.95804 -0.00000 -0.50000
Edges -> 1 2 6 8
Faces -> 1 2 3 5
_nedge = 4
__trace__ = 3 1 4 1
_nodeID = 1
2 3 4 5.00500 -0.00000 -0.50000
Edges -> 1 4 5
Faces -> 1 2 4
__trace__ = 1 1 3 2 4 2
_nedge = 3
_nodeID = 2
3 4 4 2.95804 -0.00000 0.50000
Edges -> 2 3 6 7
Faces -> 1 2 3 5
_nedge = 4
__trace__ = 3 3 4 3
_nodeID = 3
4 3 4 5.00500 0.00000 0.50000
Edges -> 3 4 5
Faces -> 1 2 4
__trace__ = 1 2 3 4 4 4
_nedge = 3
_nodeID = 4
5 4 4 0.00000 -0.00000 3.00000
Edges -> 7 12 13 16
Faces -> 3 5
__trace__ = 2 1 3 5 4 5
_nedge = 4
_nodeID = 5
6 4 4 0.00000 -0.00000 -3.00000
Edges -> 8 9 10 15
Faces -> 3 5
__trace__ = 2 2 3 6 4 6
_nedge = 4
_nodeID = 6
7 4 4 -2.95804 0.00000 -0.50000
Edges -> 10 11 14 17
Faces -> 3 5 6 7
_nedge = 4
__trace__ = 3 7 4 7
_nodeID = 7
8 4 4 -2.95804 0.00000 0.50000
Edges -> 11 12 14 19
Faces -> 3 5 6 7
_nedge = 4
__trace__ = 3 8 4 8
_nodeID = 8
9 3 4 -5.00500 -0.00000 -0.50000
Edges -> 17 18 20
Faces -> 6 7 8
__trace__ = 1 4 3 9 4 9
_nedge = 3
_nodeID = 9
10 3 4 -5.00500 0.00000 0.50000
Edges -> 18 19 20
Faces -> 6 7 8
__trace__ = 1 3 3 10 4 10
_nedge = 3
_nodeID = 10
iedge ibeg iend ileft irite nface ibody iford imark trange[0] trange[1] length
1 1 2 1 2 2 4 30004 -1 7.96304 10.01000 2.04696 29482384520
Nodes -> 1 2
Faces -> 1 2
_body = 4 30004
__trace__ = 1 4 3 1 4 1
_nface = 2
__trimmed__ = 1
_edgeID = 1 3 1 4 3
2 3 1 1 3 2 4 30001 -1 0.00000 3.14159 1.57080 294823846e0
Nodes -> 3 1
Faces -> 1 3
_body = 4 30001
_nface = 2
__trace__ = 3 2 4 2
_edgeID = 1 3 2 1 2
3 3 4 2 1 2 4 40003 -1 7.96304 10.01000 2.04696 294823849a0
Nodes -> 3 4
Faces -> 1 2
_body = 4 40003
__trace__ = 1 2 3 3 4 3
_nface = 2
__trimmed__ = 1
_edgeID = 1 3 1 4 4
4 4 2 4 1 2 4 20003 -1 0.00000 3.14159 1.57080 29482384a60
Nodes -> 2 4
Faces -> 1 4
__trace__ = 1 1 3 4 4 4
_body = 4 20003
_nface = 2
_edgeID = 1 2 1 3 1
5 2 4 4 2 2 4 20004 -1 3.14159 6.28319 1.57080 29482384360
Nodes -> 4 2
Faces -> 2 4
__trace__ = 1 6 3 5 4 5
_body = 4 20004
_nface = 2
_edgeID = 1 2 1 4 1
6 1 3 2 5 2 4 40002 -1 3.14159 6.28319 1.57080 29482415a10
Nodes -> 1 3
Faces -> 2 5
_body = 4 40002
_nface = 2
__trace__ = 3 6 4 6
_edgeID = 1 4 2 2 2
7 3 5 3 5 2 4 10002 -1 6.45063 7.85398 4.21004 29482415710
Nodes -> 3 5
Faces -> 3 5
_body = 4 10002
__trace__ = 2 4 3 7 4 7
_nface = 2
__trimmed__ = 1
_edgeID = 2 1 2 2 4
8 6 1 3 5 2 4 10002 -1 4.71239 6.11574 4.21004 29482415750
Nodes -> 6 1
Faces -> 3 5
_body = 4 10002
__trace__ = 2 4 3 8 4 8
_nface = 2
__trimmed__ = 1
_edgeID = 2 1 2 2 3
9 6 6 3 -1 (degenerate)
10 6 7 5 3 2 4 20001 -1 -1.57080 -0.16745 4.21004 29482415c50
Nodes -> 6 7
Faces -> 3 5
_body = 4 20001
__trace__ = 2 2 3 10 4 10
_nface = 2
__trimmed__ = 1
_edgeID = 2 1 2 2 1
11 8 7 3 6 2 4 10003 -1 -0.00000 3.14159 1.57080 29482415a50
Nodes -> 8 7
Faces -> 3 6
_body = 4 10003
_nface = 2
__trace__ = 3 11 4 11
_edgeID = 1 3 2 1 1
12 8 5 5 3 2 4 20001 -1 0.16745 1.57080 4.21004 29482415ad0
Nodes -> 8 5
Faces -> 3 5
_body = 4 20001
__trace__ = 2 2 3 12 4 12
_nface = 2
__trimmed__ = 1
_edgeID = 2 1 2 2 2
13 5 5 -1 3 (degenerate)
14 7 8 5 7 2 4 20004 -1 3.14159 6.28319 1.57080 29481788ad0
Nodes -> 7 8
Faces -> 5 7
_body = 4 20004
_nface = 2
__trace__ = 3 14 4 14
_edgeID = 1 4 2 2 1
15 6 6 5 -1 (degenerate)
16 5 5 -1 5 (degenerate)
17 9 7 6 7 2 4 30004 -1 0.00000 2.04696 2.04696 29481788950
Nodes -> 9 7
Faces -> 6 7
_body = 4 30004
__trace__ = 1 4 3 17 4 17
_nface = 2
__trimmed__ = 1
_edgeID = 1 3 1 4 1
18 10 9 6 8 2 4 30001 -1 0.00000 3.14159 1.57080 29481788850
Nodes -> 10 9
Faces -> 6 8
__trace__ = 1 3 3 18 4 18
_body = 4 30001
_nface = 2
_edgeID = 1 1 1 3 1
19 10 8 7 6 2 4 40003 -1 0.00000 2.04696 2.04696 29481788b50
Nodes -> 10 8
Faces -> 6 7
_body = 4 40003
__trace__ = 1 2 3 19 4 19
_nface = 2
__trimmed__ = 1
_edgeID = 1 3 1 4 2
20 9 10 7 8 2 4 40001 -1 3.14159 6.28319 1.57080 29481788790
Nodes -> 9 10
Faces -> 7 8
__trace__ = 1 5 3 20 4 20
_body = 4 40001
_nface = 2
_edgeID = 1 1 1 4 1
iface ibody iford imark uvrange
1 1 3 -1 0.00000 3.14159 7.96304 10.01000 29481788090
Nodes -> 1 2 3 4
Edges -> 1 2 3 4
_body = 1 3
_brch = 1 3
_hist = 1 3 4
__trace__ = 1 1 3 1 4 1
__trimmed__ = 1
_faceID = 1 3 2
2 1 4 -1 3.14159 6.28319 7.96304 10.01000 29481788e50
Nodes -> 1 2 4 3
Edges -> 1 5 3 6
_body = 1 4
_brch = 1 4
_hist = 1 3 4
__trace__ = 1 2 3 2 4 2
__trimmed__ = 1
_faceID = 1 4 2
3 2 1 -1 3.14159 6.28319 -1.57080 1.57080 294817889d0
Nodes -> 3 5 1 6 7 8
Edges -> 7 2 8 9 10 11 12 13
_body = 2 1
_brch = 2 1
_hist = 2 3 4
__trace__ = 2 1 3 3 4 3
__trimmed__ = 1
_faceID = 2 1 1
4 1 2 -1 -0.50000 0.50000 -0.50000 0.50000 29481788810
Nodes -> 2 4
Edges -> 4 5
_body = 1 2
_brch = 1 2
_hist = 1 3 4
__trace__ = 1 3 3 4 4 4
_faceID = 1 2 1
5 2 2 -1 0.00000 3.14159 -1.57080 1.57080 294817886d0
Nodes -> 8 5 7 6 1 3
Edges -> 12 14 10 15 8 6 7 16
_body = 2 2
_brch = 2 2
_hist = 2 3 4
__trace__ = 2 2 3 5 4 5
__trimmed__ = 1
_faceID = 2 2 1
6 1 3 -1 -0.00000 3.14159 0.00000 2.04696 29481788f50
Nodes -> 9 7 10 8
Edges -> 17 18 19 11
_body = 1 3
_brch = 1 3
_hist = 1 3 4
__trace__ = 1 1 3 6 4 6
__trimmed__ = 1
_faceID = 1 3 1
7 1 4 -1 3.14159 6.28319 0.00000 2.04696 294817887d0
Nodes -> 9 7 8 10
Edges -> 17 14 19 20
_body = 1 4
_brch = 1 4
_hist = 1 3 4
__trace__ = 1 2 3 7 4 7
__trimmed__ = 1
_faceID = 1 4 1
8 1 1 -1 -0.50000 0.50000 -0.50000 0.50000 29481788190
Nodes -> 10 9
Edges -> 18 20
_body = 1 1
_brch = 1 1
_hist = 1 3 4
__trace__ = 1 4 3 8 4 8
_color =red
_faceID = 1 1 1
oclass0= 25 (body) mtype0= 9 (solidbody) obj=29482404580, eref0=0 (0:0)
. oclass1= 24 (shell) mtype1= 4 (closed) obj=29482431610, eref1=0 (0:0)
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=2948242f790, eref2=29482431210 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=2948242fed0, eref3=29482431210 (0:0)
. . . < senses= 1 -1 -1 1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242fd10, eref4=29482430d50 (11:1)
. . . . < trange= 7.96304 10.01000, arcLength= 2.0469601085e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482403780, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482403880, data5= 5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482430550, eref4=29482430c10 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430490, data5= 5.0050000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482403880, data5= 5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482430690, eref4=29482431050 (11:1)
. . . . < trange= 7.96304 10.01000, arcLength= 2.0469601085e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482403dc0, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430490, data5= 5.0050000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242ff90, eref4=29482430810 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482403dc0, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482403780, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=2948242fc10, eref2=29482431250 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=2948242fb50, eref3=29482431250 (0:0)
. . . < senses=-1 1 1 -1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242fd10, eref4=29482430d50 (11:1)
. . . . < trange= 7.96304 10.01000, arcLength= 2.0469601085e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482403780, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482403880, data5= 5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242fe10, eref4=29482431490 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482403780, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482403dc0, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482430690, eref4=29482431050 (11:1)
. . . . < trange= 7.96304 10.01000, arcLength= 2.0469601085e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482403dc0, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430490, data5= 5.0050000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242f990, eref4=29482431290 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482403880, data5= 5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430490, data5= 5.0050000000e+00 1.2246467991e-16 5.0000000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=2948242ff10, eref2=29482431510 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=2948242f6d0, eref3=29482431510 (0:0)
. . . < senses= 1 -1 -1 1 -1 1 1 -1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242ffd0, eref4=294824306d0 (11:2)
. . . . < trange= 6.45063 7.85398, arcLength= 4.2100447427e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482403dc0, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242fd50, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=2948242fa10, eref4=0 (0:0)
. . . . < trange= 3.14159 6.28319, arcLength= 0.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242fd50, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482430410, eref4=29482430c90 (11:8)
. . . . < trange= 0.16745 1.57080, arcLength= 4.2100438903e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430510, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242fd50, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242f950, eref4=29482430a90 (11:2)
. . . . < trange= -0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430510, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242f9d0, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242f910, eref4=29482430a50 (11:8)
. . . . < trange= -1.57080 -0.16745, arcLength= 4.2100438903e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430290, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242f9d0, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=294824300d0, eref4=0 (0:0)
. . . . < trange= 3.14159 6.28319, arcLength= 0.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430290, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294824301d0, eref4=29482431010 (11:2)
. . . . < trange= 4.71239 6.11574, arcLength= 4.2100447427e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430290, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482403780, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242ff90, eref4=29482430810 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482403dc0, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482403780, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=29482430450, eref2=29482431310 (12:1)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=29482430250, eref3=0 (0:0)
. . . < senses= 1 1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482430550, eref4=29482430c10 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430490, data5= 5.0050000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482403880, data5= 5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242f990, eref4=29482431290 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482403880, data5= 5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430490, data5= 5.0050000000e+00 1.2246467991e-16 5.0000000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=29482430350, eref2=29482430990 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=294824302d0, eref3=29482430990 (0:0)
. . . < senses= 1 -1 -1 -1 -1 1 1 1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482430410, eref4=29482430c90 (11:8)
. . . . < trange= 0.16745 1.57080, arcLength= 4.2100438903e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430510, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242fd50, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=2948242fa90, eref4=0 (0:0)
. . . . < trange= 0.00000 3.14159, arcLength= 0.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242fd50, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242ffd0, eref4=294824306d0 (11:2)
. . . . < trange= 6.45063 7.85398, arcLength= 4.2100447427e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482403dc0, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242fd50, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242fe10, eref4=29482431490 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482403780, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482403dc0, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294824301d0, eref4=29482431010 (11:2)
. . . . < trange= 4.71239 6.11574, arcLength= 4.2100447427e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430290, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482403780, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=2948242fe90, eref4=0 (0:0)
. . . . < trange= 0.00000 3.14159, arcLength= 0.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430290, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242f910, eref4=29482430a50 (11:8)
. . . . < trange= -1.57080 -0.16745, arcLength= 4.2100438903e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430290, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242f9d0, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242fe50, eref4=294824310d0 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242f9d0, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430510, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=29482430390, eref2=29482431350 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=2948242fb90, eref3=29482431350 (0:0)
. . . < senses= 1 -1 -1 1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482430190, eref4=294824311d0 (11:1)
. . . . < trange= 0.00000 2.04696, arcLength= 2.0469606374e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242fd90, data5= -5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242f9d0, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242f950, eref4=29482430a90 (11:2)
. . . . < trange= -0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430510, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242f9d0, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482430210, eref4=29482430710 (11:1)
. . . . < trange= 0.00000 2.04696, arcLength= 2.0469606374e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430610, data5= -5.0050000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430510, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242fb10, eref4=29482431190 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430610, data5= -5.0050000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242fd90, data5= -5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=294824303d0, eref2=29482430890 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=2948242f710, eref3=29482430890 (0:0)
. . . < senses=-1 1 1 -1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482430190, eref4=294824311d0 (11:1)
. . . . < trange= 0.00000 2.04696, arcLength= 2.0469606374e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242fd90, data5= -5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242f9d0, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482430650, eref4=29482431390 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242fd90, data5= -5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430610, data5= -5.0050000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482430210, eref4=29482430710 (11:1)
. . . . < trange= 0.00000 2.04696, arcLength= 2.0469606374e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430610, data5= -5.0050000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430510, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242fe50, eref4=294824310d0 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242f9d0, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430510, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01
. . oclass2= 23 (face) mtype2= -1 (sreverse) obj=29482431450, eref2=29482431410 (12:1)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=29482430310, eref3=0 (0:0)
. . . < senses=-1 -1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242fb10, eref4=29482431190 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430610, data5= -5.0050000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242fd90, data5= -5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482430650, eref4=29482431390 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242fd90, data5= -5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482430610, data5= -5.0050000000e+00 1.2246467991e-16 5.0000000000e-01
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(len) check complete with 0 total errors (errmax= 6.0239e-16)
d(Edge)/d(len) check complete with 0 total errors (errmax= 6.1748e-16)
d(Node)/d(len) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "Rcyl"
*********************************************************
Generating perturbed configuration with delta-Rcyl[1,1]= 0.00100000
Body x: -5.00000 5.00000 y: -3.00000 3.00000 z: -3.00000 3.00000
Node 1 x: 2.95787 y: -0.00000 z: -0.50100
Node 2 x: 5.00000 y: -0.00000 z: -0.50100
Node 3 x: 2.95787 y: -0.00000 z: 0.50100
Node 4 x: 5.00000 y: 0.00000 z: 0.50100
Node 5 x: 0.00000 y: -0.00000 z: 3.00000
Node 6 x: 0.00000 y: -0.00000 z: -3.00000
Node 7 x: -2.95787 y: 0.00000 z: -0.50100
Node 8 x: -2.95787 y: 0.00000 z: 0.50100
Node 9 x: -5.00000 y: -0.00000 z: -0.50100
Node 10 x: -5.00000 y: 0.00000 z: 0.50100
Edge 1 x: 2.95787 5.00000 y: -0.00000 -0.00000 z: -0.50100 -0.50100
Edge 2 x: 2.95787 2.95787 y: -0.50100 -0.00000 z: -0.50100 0.50100
Edge 3 x: 2.95787 5.00000 y: 0.00000 0.00000 z: 0.50100 0.50100
Edge 4 x: 5.00000 5.00000 y: -0.50100 0.00000 z: -0.50100 0.50100
Edge 5 x: 5.00000 5.00000 y: -0.00000 0.50100 z: -0.50100 0.50100
Edge 6 x: 2.95787 2.95787 y: -0.00000 0.50100 z: -0.50100 0.50100
Edge 7 x: 0.00000 2.95787 y: -0.00000 -0.00000 z: 0.50100 3.00000
Edge 8 x: -0.00000 2.95787 y: -0.00000 0.00000 z: -3.00000 -0.50100
Edge 9 x: 0.00000 0.00000 y: -0.00000 -0.00000 z: -3.00000 -3.00000
Edge 10 x: -2.95787 0.00000 y: -0.00000 0.00000 z: -3.00000 -0.50100
Edge 11 x: -2.95787 -2.95787 y: -0.50100 0.00000 z: -0.50100 0.50100
Edge 12 x: -2.95787 0.00000 y: -0.00000 0.00000 z: 0.50100 3.00000
Edge 13 x: 0.00000 0.00000 y: -0.00000 -0.00000 z: 3.00000 3.00000
Edge 14 x: -2.95787 -2.95787 y: 0.00000 0.50100 z: -0.50100 0.50100
Edge 15 x: 0.00000 0.00000 y: -0.00000 -0.00000 z: -3.00000 -3.00000
Edge 16 x: 0.00000 0.00000 y: -0.00000 -0.00000 z: 3.00000 3.00000
Edge 17 x: -5.00000 -2.95787 y: -0.00000 -0.00000 z: -0.50100 -0.50100
Edge 18 x: -5.00000 -5.00000 y: -0.50100 0.00000 z: -0.50100 0.50100
Edge 19 x: -5.00000 -2.95787 y: 0.00000 0.00000 z: 0.50100 0.50100
Edge 20 x: -5.00000 -5.00000 y: -0.00000 0.50100 z: -0.50100 0.50100
Face 1 x: 2.95787 5.00000 y: -0.50100 0.00000 z: -0.50100 0.50100
Face 2 x: 2.95787 5.00000 y: -0.00000 0.50100 z: -0.50100 0.50100
Face 3 x: -2.95787 2.95787 y: -3.00000 0.00000 z: -3.00000 3.00000
Face 4 x: 5.00000 5.00000 y: -0.50100 0.50100 z: -0.50100 0.50100
Face 5 x: -2.95787 2.95787 y: -0.00000 3.00000 z: -3.00000 3.00000
Face 6 x: -5.00000 -2.95787 y: -0.50100 0.00000 z: -0.50100 0.50100
Face 7 x: -5.00000 -2.95787 y: -0.00000 0.50100 z: -0.50100 0.50100
Face 8 x: -5.00000 -5.00000 y: -0.50100 0.50100 z: -0.50100 0.50100
Body 4
_body = 4
_brch = 5
inode nedge ibody x y z
1 4 4 2.95787 -0.00000 -0.50100
Edges -> 1 2 6 8
Faces -> 1 2 3 5
_nedge = 4
__trace__ = 3 1 4 1
_nodeID = 1
2 3 4 5.00000 -0.00000 -0.50100
Edges -> 1 4 5
Faces -> 1 2 4
__trace__ = 1 1 3 2 4 2
_nedge = 3
_nodeID = 2
3 4 4 2.95787 -0.00000 0.50100
Edges -> 2 3 6 7
Faces -> 1 2 3 5
_nedge = 4
__trace__ = 3 3 4 3
_nodeID = 3
4 3 4 5.00000 0.00000 0.50100
Edges -> 3 4 5
Faces -> 1 2 4
__trace__ = 1 2 3 4 4 4
_nedge = 3
_nodeID = 4
5 4 4 0.00000 -0.00000 3.00000
Edges -> 7 12 13 16
Faces -> 3 5
__trace__ = 2 1 3 5 4 5
_nedge = 4
_nodeID = 5
6 4 4 0.00000 -0.00000 -3.00000
Edges -> 8 9 10 15
Faces -> 3 5
__trace__ = 2 2 3 6 4 6
_nedge = 4
_nodeID = 6
7 4 4 -2.95787 0.00000 -0.50100
Edges -> 10 11 14 17
Faces -> 3 5 6 7
_nedge = 4
__trace__ = 3 7 4 7
_nodeID = 7
8 4 4 -2.95787 0.00000 0.50100
Edges -> 11 12 14 19
Faces -> 3 5 6 7
_nedge = 4
__trace__ = 3 8 4 8
_nodeID = 8
9 3 4 -5.00000 -0.00000 -0.50100
Edges -> 17 18 20
Faces -> 6 7 8
__trace__ = 1 4 3 9 4 9
_nedge = 3
_nodeID = 9
10 3 4 -5.00000 0.00000 0.50100
Edges -> 18 19 20
Faces -> 6 7 8
__trace__ = 1 3 3 10 4 10
_nedge = 3
_nodeID = 10
iedge ibeg iend ileft irite nface ibody iford imark trange[0] trange[1] length
1 1 2 1 2 2 4 30004 -1 7.95787 10.00000 2.04213 29482402780
Nodes -> 1 2
Faces -> 1 2
_body = 4 30004
__trace__ = 1 4 3 1 4 1
_nface = 2
__trimmed__ = 1
_edgeID = 1 3 1 4 3
2 3 1 1 3 2 4 30001 -1 0.00000 3.14159 1.57394 294824039c0
Nodes -> 3 1
Faces -> 1 3
_body = 4 30001
_nface = 2
__trace__ = 3 2 4 2
_edgeID = 1 3 2 1 2
3 3 4 2 1 2 4 40003 -1 7.95787 10.00000 2.04213 2948244fd00
Nodes -> 3 4
Faces -> 1 2
_body = 4 40003
__trace__ = 1 2 3 3 4 3
_nface = 2
__trimmed__ = 1
_edgeID = 1 3 1 4 4
4 4 2 4 1 2 4 20003 -1 0.00000 3.14159 1.57394 294824507c0
Nodes -> 2 4
Faces -> 1 4
__trace__ = 1 1 3 4 4 4
_body = 4 20003
_nface = 2
_edgeID = 1 2 1 3 1
5 2 4 4 2 2 4 20004 -1 3.14159 6.28319 1.57394 294824501c0
Nodes -> 4 2
Faces -> 2 4
__trace__ = 1 6 3 5 4 5
_body = 4 20004
_nface = 2
_edgeID = 1 2 1 4 1
6 1 3 2 5 2 4 40002 -1 3.14159 6.28319 1.57394 294824502c0
Nodes -> 1 3
Faces -> 2 5
_body = 4 40002
_nface = 2
__trace__ = 3 6 4 6
_edgeID = 1 4 2 2 2
7 3 5 3 5 2 4 10002 -1 6.45097 7.85398 4.20903 29482401d00
Nodes -> 3 5
Faces -> 3 5
_body = 4 10002
__trace__ = 2 4 3 7 4 7
_nface = 2
__trimmed__ = 1
_edgeID = 2 1 2 2 4
8 6 1 3 5 2 4 10002 -1 4.71239 6.11540 4.20903 29482450440
Nodes -> 6 1
Faces -> 3 5
_body = 4 10002
__trace__ = 2 4 3 8 4 8
_nface = 2
__trimmed__ = 1
_edgeID = 2 1 2 2 3
9 6 6 3 -1 (degenerate)
10 6 7 5 3 2 4 20001 -1 -1.57080 -0.16779 4.20903 29482402380
Nodes -> 6 7
Faces -> 3 5
_body = 4 20001
__trace__ = 2 2 3 10 4 10
_nface = 2
__trimmed__ = 1
_edgeID = 2 1 2 2 1
11 8 7 3 6 2 4 10003 -1 -0.00000 3.14159 1.57394 294824020c0
Nodes -> 8 7
Faces -> 3 6
_body = 4 10003
_nface = 2
__trace__ = 3 11 4 11
_edgeID = 1 3 2 1 1
12 8 5 5 3 2 4 20001 -1 0.16779 1.57080 4.20903 29482402680
Nodes -> 8 5
Faces -> 3 5
_body = 4 20001
__trace__ = 2 2 3 12 4 12
_nface = 2
__trimmed__ = 1
_edgeID = 2 1 2 2 2
13 5 5 -1 3 (degenerate)
14 7 8 5 7 2 4 20004 -1 3.14159 6.28319 1.57394 29482401c40
Nodes -> 7 8
Faces -> 5 7
_body = 4 20004
_nface = 2
__trace__ = 3 14 4 14
_edgeID = 1 4 2 2 1
15 6 6 5 -1 (degenerate)
16 5 5 -1 5 (degenerate)
17 9 7 6 7 2 4 30004 -1 0.00000 2.04213 2.04213 29482401fc0
Nodes -> 9 7
Faces -> 6 7
_body = 4 30004
__trace__ = 1 4 3 17 4 17
_nface = 2
__trimmed__ = 1
_edgeID = 1 3 1 4 1
18 10 9 6 8 2 4 30001 -1 0.00000 3.14159 1.57394 29482402000
Nodes -> 10 9
Faces -> 6 8
__trace__ = 1 3 3 18 4 18
_body = 4 30001
_nface = 2
_edgeID = 1 1 1 3 1
19 10 8 7 6 2 4 40003 -1 0.00000 2.04213 2.04213 294823c1570
Nodes -> 10 8
Faces -> 6 7
_body = 4 40003
__trace__ = 1 2 3 19 4 19
_nface = 2
__trimmed__ = 1
_edgeID = 1 3 1 4 2
20 9 10 7 8 2 4 40001 -1 3.14159 6.28319 1.57394 29482451180
Nodes -> 9 10
Faces -> 7 8
__trace__ = 1 5 3 20 4 20
_body = 4 40001
_nface = 2
_edgeID = 1 1 1 4 1
iface ibody iford imark uvrange
1 1 3 -1 0.00000 3.14159 7.95787 10.00000 29482450d00
Nodes -> 1 2 3 4
Edges -> 1 2 3 4
_body = 1 3
_brch = 1 3
_hist = 1 3 4
__trace__ = 1 1 3 1 4 1
__trimmed__ = 1
_faceID = 1 3 2
2 1 4 -1 3.14159 6.28319 7.95787 10.00000 294824025c0
Nodes -> 1 2 4 3
Edges -> 1 5 3 6
_body = 1 4
_brch = 1 4
_hist = 1 3 4
__trace__ = 1 2 3 2 4 2
__trimmed__ = 1
_faceID = 1 4 2
3 2 1 -1 3.14159 6.28319 -1.57080 1.57080 29482401880
Nodes -> 3 5 1 6 7 8
Edges -> 7 2 8 9 10 11 12 13
_body = 2 1
_brch = 2 1
_hist = 2 3 4
__trace__ = 2 1 3 3 4 3
__trimmed__ = 1
_faceID = 2 1 1
4 1 2 -1 -0.50100 0.50100 -0.50100 0.50100 294823c1330
Nodes -> 2 4
Edges -> 4 5
_body = 1 2
_brch = 1 2
_hist = 1 3 4
__trace__ = 1 3 3 4 4 4
_faceID = 1 2 1
5 2 2 -1 0.00000 3.14159 -1.57080 1.57080 29482451040
Nodes -> 8 5 7 6 1 3
Edges -> 12 14 10 15 8 6 7 16
_body = 2 2
_brch = 2 2
_hist = 2 3 4
__trace__ = 2 2 3 5 4 5
__trimmed__ = 1
_faceID = 2 2 1
6 1 3 -1 -0.00000 3.14159 0.00000 2.04213 294824510c0
Nodes -> 9 7 10 8
Edges -> 17 18 19 11
_body = 1 3
_brch = 1 3
_hist = 1 3 4
__trace__ = 1 1 3 6 4 6
__trimmed__ = 1
_faceID = 1 3 1
7 1 4 -1 3.14159 6.28319 0.00000 2.04213 29482403540
Nodes -> 9 7 8 10
Edges -> 17 14 19 20
_body = 1 4
_brch = 1 4
_hist = 1 3 4
__trace__ = 1 2 3 7 4 7
__trimmed__ = 1
_faceID = 1 4 1
8 1 1 -1 -0.50100 0.50100 -0.50100 0.50100 2948244fec0
Nodes -> 10 9
Edges -> 18 20
_body = 1 1
_brch = 1 1
_hist = 1 3 4
__trace__ = 1 4 3 8 4 8
_color =red
_faceID = 1 1 1
oclass0= 25 (body) mtype0= 9 (solidbody) obj=294817e65d0, eref0=0 (0:0)
. oclass1= 24 (shell) mtype1= 4 (closed) obj=294817f9270, eref1=0 (0:0)
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=2948242f030, eref2=294817e5d90 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=2948242f2f0, eref3=294817e5d90 (0:0)
. . . < senses= 1 -1 -1 1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482267850, eref4=2948242ea30 (11:1)
. . . . < trange= 7.95787 10.00000, arcLength= 2.0421293132e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294822673d0, data5= 2.9578706868e+00 -3.9291208921e-16 -5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e6350, data5= 5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242ee70, eref4=294817e5c90 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5739379194e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242eb70, data5= 5.0000000000e+00 1.2270960927e-16 5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e6350, data5= 5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242edb0, eref4=29482266fd0 (11:1)
. . . . < trange= 7.95787 10.00000, arcLength= 2.0421293132e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817f9e30, data5= 2.9578706868e+00 -3.0087988225e-16 5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242eb70, data5= 5.0000000000e+00 1.2270960927e-16 5.0100000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294817f9af0, eref4=2948180f490 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5739379194e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817f9e30, data5= 2.9578706868e+00 -3.0087988225e-16 5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294822673d0, data5= 2.9578706868e+00 -3.9291208921e-16 -5.0100000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=2948242ec30, eref2=294817f91f0 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=294817f9df0, eref3=294817f91f0 (0:0)
. . . < senses=-1 1 1 -1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482267850, eref4=2948242ea30 (11:1)
. . . . < trange= 7.95787 10.00000, arcLength= 2.0421293132e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294822673d0, data5= 2.9578706868e+00 -3.9291208921e-16 -5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e6350, data5= 5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294817e60d0, eref4=294817e6650 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5739379194e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294822673d0, data5= 2.9578706868e+00 -3.9291208921e-16 -5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817f9e30, data5= 2.9578706868e+00 -3.0087988225e-16 5.0100000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242edb0, eref4=29482266fd0 (11:1)
. . . . < trange= 7.95787 10.00000, arcLength= 2.0421293132e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817f9e30, data5= 2.9578706868e+00 -3.0087988225e-16 5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242eb70, data5= 5.0000000000e+00 1.2270960927e-16 5.0100000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482266b90, eref4=294817e5ad0 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5739379194e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e6350, data5= 5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242eb70, data5= 5.0000000000e+00 1.2270960927e-16 5.0100000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=29482267190, eref2=294817f9730 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=2948242f0b0, eref3=294817f9730 (0:0)
. . . < senses= 1 -1 -1 1 -1 1 1 -1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294817e5d10, eref4=2948242ed30 (11:2)
. . . . < trange= 6.45097 7.85398, arcLength= 4.2090305286e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817f9e30, data5= 2.9578706868e+00 -3.0087988225e-16 5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948180f150, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=294817f9070, eref4=0 (0:0)
. . . . < trange= 3.14159 6.28319, arcLength= 0.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948180f150, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242e9b0, eref4=2948242e7b0 (11:8)
. . . . < trange= 0.16779 1.57080, arcLength= 4.2090296760e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e5e10, data5= -2.9578701568e+00 2.4247211563e-16 5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948180f150, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242f5b0, eref4=2948242e770 (11:2)
. . . . < trange= -0.00000 3.14159, arcLength= 1.5739379194e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e5e10, data5= -2.9578701568e+00 2.4247211563e-16 5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e5f90, data5= -2.9578701568e+00 1.5043990867e-16 -5.0100000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294817f9d30, eref4=294817f99b0 (11:8)
. . . . < trange= -1.57080 -0.16779, arcLength= 4.2090296760e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294822676d0, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e5f90, data5= -2.9578701568e+00 1.5043990867e-16 -5.0100000000e-01
. . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=294817e5cd0, eref4=0 (0:0)
. . . . < trange= 3.14159 6.28319, arcLength= 0.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294822676d0, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482267310, eref4=29482266ad0 (11:2)
. . . . < trange= 4.71239 6.11540, arcLength= 4.2090305286e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294822676d0, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294822673d0, data5= 2.9578706868e+00 -3.9291208921e-16 -5.0100000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294817f9af0, eref4=2948180f490 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5739379194e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817f9e30, data5= 2.9578706868e+00 -3.0087988225e-16 5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294822673d0, data5= 2.9578706868e+00 -3.9291208921e-16 -5.0100000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=294817f97f0, eref2=29482267610 (12:1)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=2948242e8f0, eref3=0 (0:0)
. . . < senses= 1 1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242ee70, eref4=294817e5c90 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5739379194e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242eb70, data5= 5.0000000000e+00 1.2270960927e-16 5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e6350, data5= 5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482266b90, eref4=294817e5ad0 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5739379194e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e6350, data5= 5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242eb70, data5= 5.0000000000e+00 1.2270960927e-16 5.0100000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=294817f94f0, eref2=294817e6310 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=294817f9cb0, eref3=294817e6310 (0:0)
. . . < senses= 1 -1 -1 -1 -1 1 1 1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242e9b0, eref4=2948242e7b0 (11:8)
. . . . < trange= 0.16779 1.57080, arcLength= 4.2090296760e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e5e10, data5= -2.9578701568e+00 2.4247211563e-16 5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948180f150, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=294822674d0, eref4=0 (0:0)
. . . . < trange= 0.00000 3.14159, arcLength= 0.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948180f150, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294817e5d10, eref4=2948242ed30 (11:2)
. . . . < trange= 6.45097 7.85398, arcLength= 4.2090305286e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817f9e30, data5= 2.9578706868e+00 -3.0087988225e-16 5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948180f150, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294817e60d0, eref4=294817e6650 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5739379194e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294822673d0, data5= 2.9578706868e+00 -3.9291208921e-16 -5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817f9e30, data5= 2.9578706868e+00 -3.0087988225e-16 5.0100000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482267310, eref4=29482266ad0 (11:2)
. . . . < trange= 4.71239 6.11540, arcLength= 4.2090305286e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294822676d0, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294822673d0, data5= 2.9578706868e+00 -3.9291208921e-16 -5.0100000000e-01
. . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=2948242eb30, eref4=0 (0:0)
. . . . < trange= 0.00000 3.14159, arcLength= 0.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294822676d0, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294817f9d30, eref4=294817f99b0 (11:8)
. . . . < trange= -1.57080 -0.16779, arcLength= 4.2090296760e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294822676d0, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e5f90, data5= -2.9578701568e+00 1.5043990867e-16 -5.0100000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242f130, eref4=294817f9ab0 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5739379194e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e5f90, data5= -2.9578701568e+00 1.5043990867e-16 -5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e5e10, data5= -2.9578701568e+00 2.4247211563e-16 5.0100000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=294817f8ef0, eref2=294817e6210 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=2948242e870, eref3=294817e6210 (0:0)
. . . < senses= 1 -1 -1 1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294817e6510, eref4=2948242f470 (11:1)
. . . . < trange= 0.00000 2.04213, arcLength= 2.0421298432e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e6550, data5= -5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e5f90, data5= -2.9578701568e+00 1.5043990867e-16 -5.0100000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242f5b0, eref4=2948242e770 (11:2)
. . . . < trange= -0.00000 3.14159, arcLength= 1.5739379194e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e5e10, data5= -2.9578701568e+00 2.4247211563e-16 5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e5f90, data5= -2.9578701568e+00 1.5043990867e-16 -5.0100000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294817f9cf0, eref4=29482267150 (11:1)
. . . . < trange= 0.00000 2.04213, arcLength= 2.0421298432e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242eff0, data5= -5.0000000000e+00 1.2270960927e-16 5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e5e10, data5= -2.9578701568e+00 2.4247211563e-16 5.0100000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294817e63d0, eref4=2948242eab0 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5739379194e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242eff0, data5= -5.0000000000e+00 1.2270960927e-16 5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e6550, data5= -5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=2948242f430, eref2=2948180f090 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=2948242eaf0, eref3=2948180f090 (0:0)
. . . < senses=-1 1 1 -1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294817e6510, eref4=2948242f470 (11:1)
. . . . < trange= 0.00000 2.04213, arcLength= 2.0421298432e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e6550, data5= -5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e5f90, data5= -2.9578701568e+00 1.5043990867e-16 -5.0100000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242e930, eref4=294817e6150 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5739379194e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e6550, data5= -5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242eff0, data5= -5.0000000000e+00 1.2270960927e-16 5.0100000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294817f9cf0, eref4=29482267150 (11:1)
. . . . < trange= 0.00000 2.04213, arcLength= 2.0421298432e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242eff0, data5= -5.0000000000e+00 1.2270960927e-16 5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e5e10, data5= -2.9578701568e+00 2.4247211563e-16 5.0100000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242f130, eref4=294817f9ab0 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5739379194e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e5f90, data5= -2.9578701568e+00 1.5043990867e-16 -5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e5e10, data5= -2.9578701568e+00 2.4247211563e-16 5.0100000000e-01
. . oclass2= 23 (face) mtype2= -1 (sreverse) obj=2948242ebf0, eref2=294817e6950 (12:1)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=294817f96b0, eref3=0 (0:0)
. . . < senses=-1 -1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294817e63d0, eref4=2948242eab0 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5739379194e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242eff0, data5= -5.0000000000e+00 1.2270960927e-16 5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e6550, data5= -5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=2948242e930, eref4=294817e6150 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5739379194e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294817e6550, data5= -5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=2948242eff0, data5= -5.0000000000e+00 1.2270960927e-16 5.0100000000e-01
Computing analytic sensitivities (if possible) for ibody=7
WARNING:: dxyz mismatch: inode= 7 ( 0.169032 -0.000000 -1.000000) iend = 11 ( 0.169031 -0.000000 -1.000000) err=( -0.000001 -0.000000 -0.000000)
WARNING:: dxyz mismatch: inode= 7 ( 0.169032 -0.000000 -1.000000) ibeg = 14 ( 0.169031 -0.000000 -1.000000) err=( -0.000001 0.000000 -0.000000)
WARNING:: dxyz mismatch: inode= 8 ( 0.169031 -0.000000 1.000000) ibeg = 12 ( 0.169032 -0.000000 1.000000) err=( 0.000001 -0.000000 -0.000000)
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(Rcyl) check complete with 0 total errors (errmax= 6.4146e-08)
d(Edge)/d(Rcyl) check complete with 0 total errors (errmax= 3.3224e-05)
d(Node)/d(Rcyl) check complete with 0 total errors (errmax= 1.7492e-07)
*********************************************************
Starting tessellation sensitivity wrt "Rsph"
*********************************************************
Generating perturbed configuration with delta-Rsph[1,1]= 0.00300000
Body x: -5.00000 5.00000 y: -3.00300 3.00300 z: -3.00300 3.00300
Node 1 x: 2.96108 y: -0.00000 z: -0.50000
Node 2 x: 5.00000 y: -0.00000 z: -0.50000
Node 3 x: 2.96108 y: -0.00000 z: 0.50000
Node 4 x: 5.00000 y: 0.00000 z: 0.50000
Node 5 x: 0.00000 y: -0.00000 z: 3.00300
Node 6 x: 0.00000 y: -0.00000 z: -3.00300
Node 7 x: -2.96108 y: 0.00000 z: -0.50000
Node 8 x: -2.96108 y: 0.00000 z: 0.50000
Node 9 x: -5.00000 y: -0.00000 z: -0.50000
Node 10 x: -5.00000 y: 0.00000 z: 0.50000
Edge 1 x: 2.96108 5.00000 y: -0.00000 -0.00000 z: -0.50000 -0.50000
Edge 2 x: 2.96108 2.96108 y: -0.50000 -0.00000 z: -0.50000 0.50000
Edge 3 x: 2.96108 5.00000 y: 0.00000 0.00000 z: 0.50000 0.50000
Edge 4 x: 5.00000 5.00000 y: -0.50000 0.00000 z: -0.50000 0.50000
Edge 5 x: 5.00000 5.00000 y: -0.00000 0.50000 z: -0.50000 0.50000
Edge 6 x: 2.96108 2.96108 y: -0.00000 0.50000 z: -0.50000 0.50000
Edge 7 x: 0.00000 2.96108 y: -0.00000 -0.00000 z: 0.50000 3.00300
Edge 8 x: -0.00000 2.96108 y: -0.00000 0.00000 z: -3.00300 -0.50000
Edge 9 x: 0.00000 0.00000 y: -0.00000 -0.00000 z: -3.00300 -3.00300
Edge 10 x: -2.96108 0.00000 y: -0.00000 0.00000 z: -3.00300 -0.50000
Edge 11 x: -2.96108 -2.96108 y: -0.50000 0.00000 z: -0.50000 0.50000
Edge 12 x: -2.96108 0.00000 y: -0.00000 0.00000 z: 0.50000 3.00300
Edge 13 x: 0.00000 0.00000 y: -0.00000 -0.00000 z: 3.00300 3.00300
Edge 14 x: -2.96108 -2.96108 y: 0.00000 0.50000 z: -0.50000 0.50000
Edge 15 x: 0.00000 0.00000 y: -0.00000 -0.00000 z: -3.00300 -3.00300
Edge 16 x: 0.00000 0.00000 y: -0.00000 -0.00000 z: 3.00300 3.00300
Edge 17 x: -5.00000 -2.96108 y: -0.00000 -0.00000 z: -0.50000 -0.50000
Edge 18 x: -5.00000 -5.00000 y: -0.50000 0.00000 z: -0.50000 0.50000
Edge 19 x: -5.00000 -2.96108 y: 0.00000 0.00000 z: 0.50000 0.50000
Edge 20 x: -5.00000 -5.00000 y: -0.00000 0.50000 z: -0.50000 0.50000
Face 1 x: 2.96108 5.00000 y: -0.50000 0.00000 z: -0.50000 0.50000
Face 2 x: 2.96108 5.00000 y: -0.00000 0.50000 z: -0.50000 0.50000
Face 3 x: -2.96108 2.96108 y: -3.00300 0.00000 z: -3.00300 3.00300
Face 4 x: 5.00000 5.00000 y: -0.50000 0.50000 z: -0.50000 0.50000
Face 5 x: -2.96108 2.96108 y: -0.00000 3.00300 z: -3.00300 3.00300
Face 6 x: -5.00000 -2.96108 y: -0.50000 0.00000 z: -0.50000 0.50000
Face 7 x: -5.00000 -2.96108 y: -0.00000 0.50000 z: -0.50000 0.50000
Face 8 x: -5.00000 -5.00000 y: -0.50000 0.50000 z: -0.50000 0.50000
Body 4
_body = 4
_brch = 5
inode nedge ibody x y z
1 4 4 2.96108 -0.00000 -0.50000
Edges -> 1 2 6 8
Faces -> 1 2 3 5
_nedge = 4
__trace__ = 3 1 4 1
_nodeID = 1
2 3 4 5.00000 -0.00000 -0.50000
Edges -> 1 4 5
Faces -> 1 2 4
__trace__ = 1 1 3 2 4 2
_nedge = 3
_nodeID = 2
3 4 4 2.96108 -0.00000 0.50000
Edges -> 2 3 6 7
Faces -> 1 2 3 5
_nedge = 4
__trace__ = 3 3 4 3
_nodeID = 3
4 3 4 5.00000 0.00000 0.50000
Edges -> 3 4 5
Faces -> 1 2 4
__trace__ = 1 2 3 4 4 4
_nedge = 3
_nodeID = 4
5 4 4 0.00000 -0.00000 3.00300
Edges -> 7 12 13 16
Faces -> 3 5
__trace__ = 2 1 3 5 4 5
_nedge = 4
_nodeID = 5
6 4 4 0.00000 -0.00000 -3.00300
Edges -> 8 9 10 15
Faces -> 3 5
__trace__ = 2 2 3 6 4 6
_nedge = 4
_nodeID = 6
7 4 4 -2.96108 0.00000 -0.50000
Edges -> 10 11 14 17
Faces -> 3 5 6 7
_nedge = 4
__trace__ = 3 7 4 7
_nodeID = 7
8 4 4 -2.96108 0.00000 0.50000
Edges -> 11 12 14 19
Faces -> 3 5 6 7
_nedge = 4
__trace__ = 3 8 4 8
_nodeID = 8
9 3 4 -5.00000 -0.00000 -0.50000
Edges -> 17 18 20
Faces -> 6 7 8
__trace__ = 1 4 3 9 4 9
_nedge = 3
_nodeID = 9
10 3 4 -5.00000 0.00000 0.50000
Edges -> 18 19 20
Faces -> 6 7 8
__trace__ = 1 3 3 10 4 10
_nedge = 3
_nodeID = 10
iedge ibeg iend ileft irite nface ibody iford imark trange[0] trange[1] length
1 1 2 1 2 2 4 30004 -1 7.96108 10.00000 2.03892 294817e6290
Nodes -> 1 2
Faces -> 1 2
_body = 4 30004
__trace__ = 1 4 3 1 4 1
_nface = 2
__trimmed__ = 1
_edgeID = 1 3 1 4 3
2 3 1 1 3 2 4 30001 -1 0.00000 3.14159 1.57080 294817e69d0
Nodes -> 3 1
Faces -> 1 3
_body = 4 30001
_nface = 2
__trace__ = 3 2 4 2
_edgeID = 1 3 2 1 2
3 3 4 2 1 2 4 40003 -1 7.96108 10.00000 2.03892 294823bff30
Nodes -> 3 4
Faces -> 1 2
_body = 4 40003
__trace__ = 1 2 3 3 4 3
_nface = 2
__trimmed__ = 1
_edgeID = 1 3 1 4 4
4 4 2 4 1 2 4 20003 -1 0.00000 3.14159 1.57080 29481787350
Nodes -> 2 4
Faces -> 1 4
__trace__ = 1 1 3 4 4 4
_body = 4 20003
_nface = 2
_edgeID = 1 2 1 3 1
5 2 4 4 2 2 4 20004 -1 3.14159 6.28319 1.57080 294823c0530
Nodes -> 4 2
Faces -> 2 4
__trace__ = 1 6 3 5 4 5
_body = 4 20004
_nface = 2
_edgeID = 1 2 1 4 1
6 1 3 2 5 2 4 40002 -1 3.14159 6.28319 1.57080 294823bfab0
Nodes -> 1 3
Faces -> 2 5
_body = 4 40002
_nface = 2
__trace__ = 3 6 4 6
_edgeID = 1 4 2 2 2
7 3 5 3 5 2 4 10002 -1 6.45046 7.85398 4.21476 294817e6490
Nodes -> 3 5
Faces -> 3 5
_body = 4 10002
__trace__ = 2 4 3 7 4 7
_nface = 2
__trimmed__ = 1
_edgeID = 2 1 2 2 4
8 6 1 3 5 2 4 10002 -1 4.71239 6.11591 4.21476 29481787850
Nodes -> 6 1
Faces -> 3 5
_body = 4 10002
__trace__ = 2 4 3 8 4 8
_nface = 2
__trimmed__ = 1
_edgeID = 2 1 2 2 3
9 6 6 3 -1 (degenerate)
10 6 7 5 3 2 4 20001 -1 -1.57080 -0.16728 4.21476 29482267010
Nodes -> 6 7
Faces -> 3 5
_body = 4 20001
__trace__ = 2 2 3 10 4 10
_nface = 2
__trimmed__ = 1
_edgeID = 2 1 2 2 1
11 8 7 3 6 2 4 10003 -1 -0.00000 3.14159 1.57080 294817f92b0
Nodes -> 8 7
Faces -> 3 6
_body = 4 10003
_nface = 2
__trace__ = 3 11 4 11
_edgeID = 1 3 2 1 1
12 8 5 5 3 2 4 20001 -1 0.16728 1.57080 4.21476 2948242f4b0
Nodes -> 8 5
Faces -> 3 5
_body = 4 20001
__trace__ = 2 2 3 12 4 12
_nface = 2
__trimmed__ = 1
_edgeID = 2 1 2 2 2
13 5 5 -1 3 (degenerate)
14 7 8 5 7 2 4 20004 -1 3.14159 6.28319 1.57080 294817f95f0
Nodes -> 7 8
Faces -> 5 7
_body = 4 20004
_nface = 2
__trace__ = 3 14 4 14
_edgeID = 1 4 2 2 1
15 6 6 5 -1 (degenerate)
16 5 5 -1 5 (degenerate)
17 9 7 6 7 2 4 30004 -1 0.00000 2.03892 2.03892 2948180f050
Nodes -> 9 7
Faces -> 6 7
_body = 4 30004
__trace__ = 1 4 3 17 4 17
_nface = 2
__trimmed__ = 1
_edgeID = 1 3 1 4 1
18 10 9 6 8 2 4 30001 -1 0.00000 3.14159 1.57080 2948180ee90
Nodes -> 10 9
Faces -> 6 8
__trace__ = 1 3 3 18 4 18
_body = 4 30001
_nface = 2
_edgeID = 1 1 1 3 1
19 10 8 7 6 2 4 40003 -1 0.00000 2.03892 2.03892 294823bf870
Nodes -> 10 8
Faces -> 6 7
_body = 4 40003
__trace__ = 1 2 3 19 4 19
_nface = 2
__trimmed__ = 1
_edgeID = 1 3 1 4 2
20 9 10 7 8 2 4 40001 -1 3.14159 6.28319 1.57080 294823c0170
Nodes -> 9 10
Faces -> 7 8
__trace__ = 1 5 3 20 4 20
_body = 4 40001
_nface = 2
_edgeID = 1 1 1 4 1
iface ibody iford imark uvrange
1 1 3 -1 0.00000 3.14159 7.96108 10.00000 294823bf970
Nodes -> 1 2 3 4
Edges -> 1 2 3 4
_body = 1 3
_brch = 1 3
_hist = 1 3 4
__trace__ = 1 1 3 1 4 1
__trimmed__ = 1
_faceID = 1 3 2
2 1 4 -1 3.14159 6.28319 7.96108 10.00000 294817e6910
Nodes -> 1 2 4 3
Edges -> 1 5 3 6
_body = 1 4
_brch = 1 4
_hist = 1 3 4
__trace__ = 1 2 3 2 4 2
__trimmed__ = 1
_faceID = 1 4 2
3 2 1 -1 3.14159 6.28319 -1.57080 1.57080 294817f9a30
Nodes -> 3 5 1 6 7 8
Edges -> 7 2 8 9 10 11 12 13
_body = 2 1
_brch = 2 1
_hist = 2 3 4
__trace__ = 2 1 3 3 4 3
__trimmed__ = 1
_faceID = 2 1 1
4 1 2 -1 -0.50000 0.50000 -0.50000 0.50000 294820ee550
Nodes -> 2 4
Edges -> 4 5
_body = 1 2
_brch = 1 2
_hist = 1 3 4
__trace__ = 1 3 3 4 4 4
_faceID = 1 2 1
5 2 2 -1 0.00000 3.14159 -1.57080 1.57080 294820ee850
Nodes -> 8 5 7 6 1 3
Edges -> 12 14 10 15 8 6 7 16
_body = 2 2
_brch = 2 2
_hist = 2 3 4
__trace__ = 2 2 3 5 4 5
__trimmed__ = 1
_faceID = 2 2 1
6 1 3 -1 -0.00000 3.14159 0.00000 2.03892 29481788010
Nodes -> 9 7 10 8
Edges -> 17 18 19 11
_body = 1 3
_brch = 1 3
_hist = 1 3 4
__trace__ = 1 1 3 6 4 6
__trimmed__ = 1
_faceID = 1 3 1
7 1 4 -1 3.14159 6.28319 0.00000 2.03892 294822672d0
Nodes -> 9 7 8 10
Edges -> 17 14 19 20
_body = 1 4
_brch = 1 4
_hist = 1 3 4
__trace__ = 1 2 3 7 4 7
__trimmed__ = 1
_faceID = 1 4 1
8 1 1 -1 -0.50000 0.50000 -0.50000 0.50000 294823849a0
Nodes -> 10 9
Edges -> 18 20
_body = 1 1
_brch = 1 1
_hist = 1 3 4
__trace__ = 1 4 3 8 4 8
_color =red
_faceID = 1 1 1
oclass0= 25 (body) mtype0= 9 (solidbody) obj=29482430a10, eref0=0 (0:0)
. oclass1= 24 (shell) mtype1= 4 (closed) obj=29482450340, eref1=0 (0:0)
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=294824032c0, eref2=294823e2da0 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=29482403000, eref3=294823e2da0 (0:0)
. . . < senses= 1 -1 -1 1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294823e17a0, eref4=29482401980 (11:1)
. . . . < trange= 7.96108 10.00000, arcLength= 2.0389175966e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1ea0, data5= 2.9610824034e+00 -3.9324417872e-16 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482431210, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294824512c0, eref4=294823e0fe0 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294824028c0, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482431210, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482450540, eref4=294823e0920 (11:1)
. . . . < trange= 7.96108 10.00000, arcLength= 2.0389175966e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482450940, data5= 2.9610824034e+00 -3.0139566878e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294824028c0, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482450e00, eref4=29482450580 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482450940, data5= 2.9610824034e+00 -3.0139566878e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1ea0, data5= 2.9610824034e+00 -3.9324417872e-16 -5.0000000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=29482450a40, eref2=294824518c0 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=29482403200, eref3=294824518c0 (0:0)
. . . < senses=-1 1 1 -1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294823e17a0, eref4=29482401980 (11:1)
. . . . < trange= 7.96108 10.00000, arcLength= 2.0389175966e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1ea0, data5= 2.9610824034e+00 -3.9324417872e-16 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482431210, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294823e12e0, eref4=294823e16a0 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1ea0, data5= 2.9610824034e+00 -3.9324417872e-16 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482450940, data5= 2.9610824034e+00 -3.0139566878e-16 5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482450540, eref4=294823e0920 (11:1)
. . . . < trange= 7.96108 10.00000, arcLength= 2.0389175966e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482450940, data5= 2.9610824034e+00 -3.0139566878e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294824028c0, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482430c10, eref4=294823e25a0 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482431210, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294824028c0, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=294823e1320, eref2=294823c1070 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=29482402e00, eref3=294823c1070 (0:0)
. . . < senses= 1 -1 -1 1 -1 1 1 -1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482430750, eref4=29482451880 (11:2)
. . . . < trange= 6.45046 7.85398, arcLength= 4.2147618728e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482450940, data5= 2.9610824034e+00 -3.0139566878e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294824513c0, data5= 1.8388071689e-16 -4.5037786273e-32 3.0030000000e+00
. . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=29482401a00, eref4=0 (0:0)
. . . . < trange= 3.14159 6.28319, arcLength= 0.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294824513c0, data5= 1.8388071689e-16 -4.5037786273e-32 3.0030000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482451600, eref4=294824038c0 (11:8)
. . . . < trange= 0.16728 1.57080, arcLength= 4.2147610196e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e2560, data5= -2.9610818745e+00 2.4254631194e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294824513c0, data5= 1.8388071689e-16 -4.5037786273e-32 3.0030000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294823c0a30, eref4=29482402b80 (11:2)
. . . . < trange= -0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e2560, data5= -2.9610818745e+00 2.4254631194e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1020, data5= -2.9610818745e+00 1.5069780200e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482451b40, eref4=29482402d40 (11:8)
. . . . < trange= -1.57080 -0.16728, arcLength= 4.2147610196e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1720, data5= 1.8388071689e-16 -4.5037786273e-32 -3.0030000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1020, data5= -2.9610818745e+00 1.5069780200e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=29482430d50, eref4=0 (0:0)
. . . . < trange= 3.14159 6.28319, arcLength= 0.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1720, data5= 1.8388071689e-16 -4.5037786273e-32 -3.0030000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294823e0760, eref4=294823e20e0 (11:2)
. . . . < trange= 4.71239 6.11591, arcLength= 4.2147618728e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1720, data5= 1.8388071689e-16 -4.5037786273e-32 -3.0030000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1ea0, data5= 2.9610824034e+00 -3.9324417872e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482450e00, eref4=29482450580 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482450940, data5= 2.9610824034e+00 -3.0139566878e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1ea0, data5= 2.9610824034e+00 -3.9324417872e-16 -5.0000000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=2948244fdc0, eref2=29482430ed0 (12:1)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=29482402240, eref3=0 (0:0)
. . . < senses= 1 1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294824512c0, eref4=294823e0fe0 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294824028c0, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482431210, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482430c10, eref4=294823e25a0 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482431210, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294824028c0, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=29482403280, eref2=29482430790 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=29482402d00, eref3=29482430790 (0:0)
. . . < senses= 1 -1 -1 -1 -1 1 1 1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482451600, eref4=294824038c0 (11:8)
. . . . < trange= 0.16728 1.57080, arcLength= 4.2147610196e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e2560, data5= -2.9610818745e+00 2.4254631194e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294824513c0, data5= 1.8388071689e-16 -4.5037786273e-32 3.0030000000e+00
. . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=29482431550, eref4=0 (0:0)
. . . . < trange= 0.00000 3.14159, arcLength= 0.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294824513c0, data5= 1.8388071689e-16 -4.5037786273e-32 3.0030000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482430750, eref4=29482451880 (11:2)
. . . . < trange= 6.45046 7.85398, arcLength= 4.2147618728e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482450940, data5= 2.9610824034e+00 -3.0139566878e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294824513c0, data5= 1.8388071689e-16 -4.5037786273e-32 3.0030000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294823e12e0, eref4=294823e16a0 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1ea0, data5= 2.9610824034e+00 -3.9324417872e-16 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482450940, data5= 2.9610824034e+00 -3.0139566878e-16 5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294823e0760, eref4=294823e20e0 (11:2)
. . . . < trange= 4.71239 6.11591, arcLength= 4.2147618728e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1720, data5= 1.8388071689e-16 -4.5037786273e-32 -3.0030000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1ea0, data5= 2.9610824034e+00 -3.9324417872e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=29482450d80, eref4=0 (0:0)
. . . . < trange= 0.00000 3.14159, arcLength= 0.0000000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1720, data5= 1.8388071689e-16 -4.5037786273e-32 -3.0030000000e+00
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482451b40, eref4=29482402d40 (11:8)
. . . . < trange= -1.57080 -0.16728, arcLength= 4.2147610196e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1720, data5= 1.8388071689e-16 -4.5037786273e-32 -3.0030000000e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1020, data5= -2.9610818745e+00 1.5069780200e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482450740, eref4=294823c0a70 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1020, data5= -2.9610818745e+00 1.5069780200e-16 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e2560, data5= -2.9610818745e+00 2.4254631194e-16 5.0000000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=29482451280, eref2=2948242fd10 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=29482402080, eref3=2948242fd10 (0:0)
. . . < senses= 1 -1 -1 1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294823e1a20, eref4=29482403180 (11:1)
. . . . < trange= 0.00000 2.03892, arcLength= 2.0389181255e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1ce0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1020, data5= -2.9610818745e+00 1.5069780200e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294823c0a30, eref4=29482402b80 (11:2)
. . . . < trange= -0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e2560, data5= -2.9610818745e+00 2.4254631194e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1020, data5= -2.9610818745e+00 1.5069780200e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482450bc0, eref4=29482430f50 (11:1)
. . . . < trange= 0.00000 2.03892, arcLength= 2.0389181255e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482450980, data5= -5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e2560, data5= -2.9610818745e+00 2.4254631194e-16 5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294823e19e0, eref4=29482401740 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482450980, data5= -5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1ce0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . oclass2= 23 (face) mtype2= 1 (sforward) obj=29482450a00, eref2=294824515c0 (12:6)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=29482402840, eref3=294824515c0 (0:0)
. . . < senses=-1 1 1 -1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294823e1a20, eref4=29482403180 (11:1)
. . . . < trange= 0.00000 2.03892, arcLength= 2.0389181255e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1ce0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1020, data5= -2.9610818745e+00 1.5069780200e-16 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482402ec0, eref4=2948242f790 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1ce0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482450980, data5= -5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482450bc0, eref4=29482430f50 (11:1)
. . . . < trange= 0.00000 2.03892, arcLength= 2.0389181255e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482450980, data5= -5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e2560, data5= -2.9610818745e+00 2.4254631194e-16 5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482450740, eref4=294823c0a70 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1020, data5= -2.9610818745e+00 1.5069780200e-16 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e2560, data5= -2.9610818745e+00 2.4254631194e-16 5.0000000000e-01
. . oclass2= 23 (face) mtype2= -1 (sreverse) obj=29482450a80, eref2=294823e24e0 (12:1)
. . < senses= 1
. . . oclass3= 22 (loop) mtype3= 4 (closed) obj=29482402640, eref3=0 (0:0)
. . . < senses=-1 -1
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=294823e19e0, eref4=29482401740 (11:2)
. . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482450980, data5= -5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1ce0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=29482402ec0, eref4=2948242f790 (11:2)
. . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00
. . . . . oclass5= 20 (node) mtype5= 0, obj=294823e1ce0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01
. . . . . oclass5= 20 (node) mtype5= 0, obj=29482450980, data5= -5.0000000000e+00 1.2246467991e-16 5.0000000000e-01
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(Rsph) check complete with 0 total errors (errmax= 1.6022e-08)
d(Edge)/d(Rsph) check complete with 0 total errors (errmax= 1.6576e-05)
d(Node)/d(Rsph) check complete with 0 total errors (errmax= 4.3425e-08)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.021 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.3224e-05) with 0 suppressions
real 0m1.224s
user 0m0.000s
sys 0m0.047s
+ set +x
data\basic\designS3 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 216 / 275 )
data\basic\designT1.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designT1.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(L) check complete with 0 total errors (errmax= 9.6021e-17)
d(Edge)/d(L) check complete with 0 total errors (errmax= 9.6021e-17)
d(Node)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(L) check complete with 0 total errors (errmax= 2.0667e-07)
d(Edge)/d(L) check complete with 0 total errors (errmax= 2.0667e-07)
d(Node)/d(L) check complete with 0 total errors (errmax= 2.0667e-07)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(H) check complete with 0 total errors (errmax= 4.7292e-17)
d(Edge)/d(H) check complete with 0 total errors (errmax= 4.7292e-17)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(H) check complete with 0 total errors (errmax= 2.0667e-07)
d(Edge)/d(H) check complete with 0 total errors (errmax= 2.0667e-07)
d(Node)/d(H) check complete with 0 total errors (errmax= 2.0667e-07)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
real 0m0.615s
user 0m0.000s
sys 0m0.000s
Computing analytic sensitivities (if possible) for ibody=1
Computing distances of perturbed points from perturbed configuration for ibody=1
d(Face)/d(D) check complete with 0 total errors (errmax= 2.2662e-17)
d(Edge)/d(D) check complete with 0 total errors (errmax= 2.2662e-17)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=2
Computing distances of perturbed points from perturbed configuration for ibody=2
d(Face)/d(D) check complete with 0 total errors (errmax= 2.0667e-07)
d(Edge)/d(D) check complete with 0 total errors (errmax= 2.0667e-07)
d(Node)/d(D) check complete with 0 total errors (errmax= 2.0667e-07)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.004 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0667e-07) with 0 suppressions
+ set +x
data\basic\designT1 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 217 / 275 )
data\basic\designT2.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designT2.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(L) check complete with 0 total errors (errmax= 9.6021e-17)
d(Edge)/d(L) check complete with 0 total errors (errmax= 9.6021e-17)
d(Node)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(L) check complete with 0 total errors (errmax= 2.0667e-07)
d(Edge)/d(L) check complete with 0 total errors (errmax= 2.0667e-07)
d(Node)/d(L) check complete with 0 total errors (errmax= 2.0667e-07)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(H) check complete with 0 total errors (errmax= 4.7292e-17)
d(Edge)/d(H) check complete with 0 total errors (errmax= 4.7292e-17)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(H) check complete with 0 total errors (errmax= 2.0667e-07)
d(Edge)/d(H) check complete with 0 total errors (errmax= 2.0667e-07)
d(Node)/d(H) check complete with 0 total errors (errmax= 2.0667e-07)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=4
Computing distances of perturbed points from perturbed configuration for ibody=4
d(Face)/d(D) check complete with 0 total errors (errmax= 2.2662e-17)
d(Edge)/d(D) check complete with 0 total errors (errmax= 2.2662e-17)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(D) check complete with 0 total errors (errmax= 2.0667e-07)
d(Edge)/d(D) check complete with 0 total errors (errmax= 2.0667e-07)
d(Node)/d(D) check complete with 0 total errors (errmax= 2.0667e-07)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.003 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0667e-07) with 0 suppressions
real 0m0.726s
user 0m0.000s
sys 0m0.031s
+ set +x
data\basic\designT2 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 218 / 275 )
data\basic\designU1a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designU1a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00500000
real 0m0.216s
user 0m0.000s
sys 0m0.046s
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "offset"
*********************************************************
Generating perturbed configuration with delta-offset[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(offset) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(offset) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(offset) check complete with 0 total errors (errmax= 4.4409e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.001 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions
+ set +x
data\basic\designU1a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 219 / 275 )
data\basic\designU1b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designU1b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "offset"
*********************************************************
Generating perturbed configuration with delta-offset[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(offset) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(offset) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(offset) check complete with 0 total errors (errmax= 4.4409e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.001 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions
real 0m0.201s
user 0m0.000s
sys 0m0.062s
+ set +x
data\basic\designU1b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 220 / 275 )
data\basic\designU1c.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designU1c.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xbeg"
*********************************************************
Generating perturbed configuration with delta-xbeg[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(xbeg) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(xbeg) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(xbeg) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "offset"
*********************************************************
real 0m0.272s
user 0m0.000s
sys 0m0.000s
Generating perturbed configuration with delta-offset[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(offset) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(offset) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(offset) check complete with 0 total errors (errmax= 4.4409e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.002 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions
+ set +x
data\basic\designU1c -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 221 / 275 )
data\basic\designU2a.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designU2a.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "dx"
*********************************************************
... skipping Body 4
Generating perturbed configuration with delta-dx[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(dx) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(dx) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dx) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dy"
*********************************************************
... skipping Body 4
Generating perturbed configuration with delta-dy[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dz"
*********************************************************
... skipping Body 4
Generating perturbed configuration with delta-dz[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(dz) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(dz) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dz) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.018 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
real 0m0.444s
user 0m0.000s
sys 0m0.031s
+ set +x
data\basic\designU2a -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 222 / 275 )
data\basic\designU2b.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designU2b.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "dx"
*********************************************************
... skipping Body 7
Generating perturbed configuration with delta-dx[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(dx) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(dx) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dx) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dy"
*********************************************************
... skipping Body 7
Generating perturbed configuration with delta-dy[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dz"
*********************************************************
... skipping Body 7
Generating perturbed configuration with delta-dz[1,1]= 0.00100000
real 0m0.381s
user 0m0.000s
sys 0m0.016s
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(dz) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(dz) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dz) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.016 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
+ set +x
data\basic\designU2b -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 223 / 275 )
data\basic\designU2c.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designU2c.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "dx"
*********************************************************
... skipping Body 4
Generating perturbed configuration with delta-dx[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(dx) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(dx) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dx) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dy"
*********************************************************
... skipping Body 4
Generating perturbed configuration with delta-dy[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dz"
*********************************************************
... skipping Body 4
Generating perturbed configuration with delta-dz[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=5
Computing distances of perturbed points from perturbed configuration for ibody=5
d(Face)/d(dz) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(dz) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dz) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.016 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
real 0m0.517s
user 0m0.000s
sys 0m0.015s
+ set +x
data\basic\designU2c -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 224 / 275 )
data\basic\designV1.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designV1.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(L) check complete with 0 total errors (errmax= 7.2486e-09)
d(Edge)/d(L) check complete with 0 total errors (errmax= 7.2486e-09)
d(Node)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(D) check complete with 0 total errors (errmax= 2.0221e-08)
d(Edge)/d(D) check complete with 0 total errors (errmax= 2.0221e-08)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "Z"
*********************************************************
Generating perturbed configuration with delta-Z[1,1]= 0.04000000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(Z) check complete with 0 total errors (errmax= 6.1422e-07)
d(Edge)/d(Z) check complete with 0 total errors (errmax= 1.3950e-06)
d(Node)/d(Z) check complete with 0 total errors (errmax= 1.3950e-06)
*********************************************************
Starting tessellation sensitivity wrt "xA"
*********************************************************
Generating perturbed configuration with delta-xA[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(xA) check complete with 0 total errors (errmax= 2.6343e-16)
d(Edge)/d(xA) check complete with 0 total errors (errmax= 2.7122e-16)
d(Node)/d(xA) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "yA"
*********************************************************
real 0m0.280s
user 0m0.000s
sys 0m0.015s
Generating perturbed configuration with delta-yA[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(yA) check complete with 0 total errors (errmax= 3.9406e-16)
d(Edge)/d(yA) check complete with 0 total errors (errmax= 3.7939e-16)
d(Node)/d(yA) check complete with 0 total errors (errmax= 2.2204e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.026 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.3950e-06) with 0 suppressions
+ set +x
data\basic\designV1 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 225 / 275 )
data\basic\designW0.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designW0.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "dx"
*********************************************************
Generating perturbed configuration with delta-dx[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(dx) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(dx) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dx) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "dy"
*********************************************************
Generating perturbed configuration with delta-dy[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(dy) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z"
*********************************************************
Generating perturbed configuration with delta-z[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z) check complete with 0 total errors (errmax= 5.5077e-17)
d(Node)/d(z) check complete with 0 total errors (errmax= 1.1015e-16)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.027 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.1016e-16) with 0 suppressions
real 0m1.005s
user 0m0.000s
sys 0m0.031s
+ set +x
data\basic\designW0 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 226 / 275 )
data\basic\designW1.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designW1.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xcut"
*********************************************************
Generating perturbed configuration with delta-xcut[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(xcut) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xcut) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xcut) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(xsize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(ysize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "fact"
*********************************************************
real 0m0.365s
user 0m0.015s
sys 0m0.000s
Generating perturbed configuration with delta-fact[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(fact) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(fact) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(fact) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.013 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
+ set +x
data\basic\designW1 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 227 / 275 )
data\basic\designW2.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designW2.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xcut"
*********************************************************
Generating perturbed configuration with delta-xcut[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(xcut) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xcut) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xcut) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(xsize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(ysize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(zsize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "fact"
*********************************************************
Generating perturbed configuration with delta-fact[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(fact) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(fact) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(fact) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.044 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
real 0m0.470s
user 0m0.046s
sys 0m0.015s
+ set +x
data\basic\designW2 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 228 / 275 )
data\basic\designW3.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designW3.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xcut"
*********************************************************
Generating perturbed configuration with delta-xcut[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=16
Computing distances of perturbed points from perturbed configuration for ibody=16
d(Face)/d(xcut) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xcut) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xcut) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=16
Computing distances of perturbed points from perturbed configuration for ibody=16
d(Face)/d(xsize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=16
Computing distances of perturbed points from perturbed configuration for ibody=16
d(Face)/d(ysize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=16
Computing distances of perturbed points from perturbed configuration for ibody=16
d(Face)/d(zsize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "fact"
*********************************************************
Generating perturbed configuration with delta-fact[1,1]= 0.00200000
real 0m0.747s
user 0m0.000s
sys 0m0.046s
Computing analytic sensitivities (if possible) for ibody=16
Computing distances of perturbed points from perturbed configuration for ibody=16
d(Face)/d(fact) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(fact) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(fact) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.052 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
+ set +x
data\basic\designW3 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 229 / 275 )
data\basic\designW4.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designW4.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xcut"
*********************************************************
Generating perturbed configuration with delta-xcut[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=16
Computing distances of perturbed points from perturbed configuration for ibody=16
d(Face)/d(xcut) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xcut) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xcut) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=16
Computing distances of perturbed points from perturbed configuration for ibody=16
d(Face)/d(xsize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=16
Computing distances of perturbed points from perturbed configuration for ibody=16
d(Face)/d(ysize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=16
Computing distances of perturbed points from perturbed configuration for ibody=16
d(Face)/d(zsize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "fact"
*********************************************************
Generating perturbed configuration with delta-fact[1,1]= 0.00200000
real 0m0.881s
user 0m0.015s
sys 0m0.016s
Computing analytic sensitivities (if possible) for ibody=16
Computing distances of perturbed points from perturbed configuration for ibody=16
d(Face)/d(fact) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(fact) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(fact) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.065 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
+ set +x
data\basic\designW4 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 230 / 275 )
data\basic\designW5.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designW5.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xcut"
*********************************************************
Generating perturbed configuration with delta-xcut[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(xcut) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xcut) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xcut) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xsize"
*********************************************************
Generating perturbed configuration with delta-xsize[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(xsize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(xsize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(xsize) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "ysize"
*********************************************************
Generating perturbed configuration with delta-ysize[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(ysize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(ysize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(ysize) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zsize"
*********************************************************
Generating perturbed configuration with delta-zsize[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(zsize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(zsize) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(zsize) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "fact"
*********************************************************
Generating perturbed configuration with delta-fact[1,1]= 0.00200000
real 0m0.611s
user 0m0.000s
sys 0m0.062s
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(fact) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(fact) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(fact) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.050 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
+ set +x
data\basic\designW5 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 231 / 275 )
data\basic\designX1.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designX1.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(L) check complete with 0 total errors (errmax= 6.9442e-16)
d(Edge)/d(L) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(L) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "R"
*********************************************************
Generating perturbed configuration with delta-R[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(R) check complete with 0 total errors (errmax= 4.5331e-16)
d(Edge)/d(R) check complete with 0 total errors (errmax= 1.1035e-16)
d(Node)/d(R) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xA"
*********************************************************
Generating perturbed configuration with delta-xA[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(xA) check complete with 0 total errors (errmax= 4.3309e-16)
d(Edge)/d(xA) check complete with 0 total errors (errmax= 2.6814e-16)
d(Node)/d(xA) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "yA"
*********************************************************
Generating perturbed configuration with delta-yA[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(yA) check complete with 0 total errors (errmax= 1.3965e-07)
d(Edge)/d(yA) check complete with 0 total errors (errmax= 3.8369e-07)
d(Node)/d(yA) check complete with 0 total errors (errmax= 3.8369e-07)
*********************************************************
Starting tessellation sensitivity wrt "xB"
*********************************************************
Generating perturbed configuration with delta-xB[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(xB) check complete with 0 total errors (errmax= 4.6690e-16)
d(Edge)/d(xB) check complete with 0 total errors (errmax= 4.5865e-16)
d(Node)/d(xB) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "yB"
*********************************************************
Generating perturbed configuration with delta-yB[1,1]= 0.00100000
real 0m0.453s
user 0m0.015s
sys 0m0.046s
Computing analytic sensitivities (if possible) for ibody=6
Computing distances of perturbed points from perturbed configuration for ibody=6
d(Face)/d(yB) check complete with 0 total errors (errmax= 1.3967e-07)
d(Edge)/d(yB) check complete with 0 total errors (errmax= 3.8385e-07)
d(Node)/d(yB) check complete with 0 total errors (errmax= 3.8385e-07)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.006 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.8385e-07) with 0 suppressions
+ set +x
data\basic\designX1 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 232 / 275 )
data\basic\designX2.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designX2.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(L) check complete with 0 total errors (errmax= 2.9322e-16)
d(Node)/d(L) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "R"
*********************************************************
Generating perturbed configuration with delta-R[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(R) check complete with 0 total errors (errmax= 8.7001e-08)
d(Edge)/d(R) check complete with 0 total errors (errmax= 5.9967e-06)
d(Node)/d(R) check complete with 0 total errors (errmax= 1.9219e-07)
*********************************************************
Starting tessellation sensitivity wrt "xA"
*********************************************************
Generating perturbed configuration with delta-xA[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(xA) check complete with 0 total errors (errmax= 6.1339e-09)
d(Edge)/d(xA) check complete with 0 total errors (errmax= 8.5765e-06)
d(Node)/d(xA) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "yA"
*********************************************************
Generating perturbed configuration with delta-yA[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(yA) check complete with 0 total errors (errmax= 3.5331e-08)
d(Edge)/d(yA) check complete with 0 total errors (errmax= 2.0475e-05)
d(Node)/d(yA) check complete with 0 total errors (errmax= 1.7754e-06)
*********************************************************
Starting tessellation sensitivity wrt "xB"
*********************************************************
Generating perturbed configuration with delta-xB[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(xB) check complete with 0 total errors (errmax= 6.8249e-08)
d(Edge)/d(xB) check complete with 0 total errors (errmax= 1.3686e-04)
d(Node)/d(xB) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "yB"
*********************************************************
Generating perturbed configuration with delta-yB[1,1]= 0.00100000
real 0m1.786s
user 0m0.000s
sys 0m0.000s
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(yB) check complete with 0 total errors (errmax= 1.7353e-07)
d(Edge)/d(yB) check complete with 0 total errors (errmax= 4.1014e-05)
d(Node)/d(yB) check complete with 0 total errors (errmax= 8.8948e-07)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.198 sec
Sensitivity checks complete with 2 total errors (max tess err= 1.3686e-04) with 0 suppressions
+ set +x
data\basic\designX2 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 233 / 275 )
data\basic\designX3.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designX3.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(L) check complete with 0 total errors (errmax= 6.5559e-16)
d(Edge)/d(L) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(L) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "R"
*********************************************************
Generating perturbed configuration with delta-R[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(R) check complete with 0 total errors (errmax= 5.4600e-16)
d(Edge)/d(R) check complete with 0 total errors (errmax= 5.9967e-06)
d(Node)/d(R) check complete with 0 total errors (errmax= 1.9219e-07)
*********************************************************
Starting tessellation sensitivity wrt "xA"
*********************************************************
Generating perturbed configuration with delta-xA[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(xA) check complete with 0 total errors (errmax= 2.0589e-08)
d(Edge)/d(xA) check complete with 0 total errors (errmax= 8.5765e-06)
d(Node)/d(xA) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "yA"
*********************************************************
Generating perturbed configuration with delta-yA[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(yA) check complete with 0 total errors (errmax= 3.5308e-07)
d(Edge)/d(yA) check complete with 0 total errors (errmax= 2.0475e-05)
d(Node)/d(yA) check complete with 0 total errors (errmax= 1.7754e-06)
*********************************************************
Starting tessellation sensitivity wrt "xB"
*********************************************************
Generating perturbed configuration with delta-xB[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(xB) check complete with 0 total errors (errmax= 2.7605e-07)
d(Edge)/d(xB) check complete with 0 total errors (errmax= 1.3686e-04)
d(Node)/d(xB) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "yB"
*********************************************************
Generating perturbed configuration with delta-yB[1,1]= 0.00100000
real 0m1.284s
user 0m0.000s
sys 0m0.030s
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(yB) check complete with 0 total errors (errmax= 1.8046e-07)
d(Edge)/d(yB) check complete with 0 total errors (errmax= 4.1014e-05)
d(Node)/d(yB) check complete with 0 total errors (errmax= 8.8948e-07)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.150 sec
Sensitivity checks complete with 2 total errors (max tess err= 1.3686e-04) with 0 suppressions
+ set +x
data\basic\designX3 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 234 / 275 )
data\basic\designX4.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designX4.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(L) check complete with 0 total errors (errmax= 6.5559e-16)
d(Edge)/d(L) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(L) check complete with 0 total errors (errmax= 4.4409e-16)
*********************************************************
Starting tessellation sensitivity wrt "R"
*********************************************************
Generating perturbed configuration with delta-R[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(R) check complete with 0 total errors (errmax= 8.7001e-08)
d(Edge)/d(R) check complete with 0 total errors (errmax= 5.9967e-06)
d(Node)/d(R) check complete with 0 total errors (errmax= 1.9219e-07)
*********************************************************
Starting tessellation sensitivity wrt "xA"
*********************************************************
Generating perturbed configuration with delta-xA[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(xA) check complete with 0 total errors (errmax= 2.0589e-08)
d(Edge)/d(xA) check complete with 0 total errors (errmax= 8.5765e-06)
d(Node)/d(xA) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "yA"
*********************************************************
Generating perturbed configuration with delta-yA[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(yA) check complete with 0 total errors (errmax= 3.5308e-07)
d(Edge)/d(yA) check complete with 0 total errors (errmax= 2.0475e-05)
d(Node)/d(yA) check complete with 0 total errors (errmax= 1.7754e-06)
*********************************************************
Starting tessellation sensitivity wrt "xB"
*********************************************************
Generating perturbed configuration with delta-xB[1,1]= 0.00400000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(xB) check complete with 0 total errors (errmax= 2.7605e-07)
d(Edge)/d(xB) check complete with 0 total errors (errmax= 1.3686e-04)
d(Node)/d(xB) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "yB"
*********************************************************
Generating perturbed configuration with delta-yB[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
Computing distances of perturbed points from perturbed configuration for ibody=13
d(Face)/d(yB) check complete with 0 total errors (errmax= 1.8046e-07)
d(Edge)/d(yB) check complete with 0 total errors (errmax= 4.1014e-05)
d(Node)/d(yB) check complete with 0 total errors (errmax= 8.8948e-07)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.266 sec
Sensitivity checks complete with 2 total errors (max tess err= 1.3686e-04) with 0 suppressions
real 0m1.962s
user 0m0.000s
sys 0m0.047s
+ set +x
data\basic\designX4 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 235 / 275 )
data\basic\designX5.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designX5.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "R"
*********************************************************
Generating perturbed configuration with delta-R[1,1]= 0.00250000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(R) check complete with 0 total errors (errmax= 7.5610e-16)
d(Edge)/d(R) check complete with 0 total errors (errmax= 2.1626e-16)
d(Node)/d(R) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "xA"
*********************************************************
Generating perturbed configuration with delta-xA[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(xA) check complete with 0 total errors (errmax= 8.0096e-08)
d(Edge)/d(xA) check complete with 0 total errors (errmax= 1.1871e-07)
d(Node)/d(xA) check complete with 0 total errors (errmax= 1.1871e-07)
*********************************************************
Starting tessellation sensitivity wrt "yA"
*********************************************************
Generating perturbed configuration with delta-yA[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(yA) check complete with 0 total errors (errmax= 8.1436e-07)
d(Edge)/d(yA) check complete with 0 total errors (errmax= 1.3623e-06)
d(Node)/d(yA) check complete with 0 total errors (errmax= 1.3623e-06)
*********************************************************
Starting tessellation sensitivity wrt "xB"
*********************************************************
Generating perturbed configuration with delta-xB[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(xB) check complete with 0 total errors (errmax= 1.7259e-06)
d(Edge)/d(xB) check complete with 0 total errors (errmax= 2.7386e-06)
d(Node)/d(xB) check complete with 0 total errors (errmax= 2.7386e-06)
*********************************************************
Starting tessellation sensitivity wrt "xD"
*********************************************************
Generating perturbed configuration with delta-xD[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(xD) check complete with 0 total errors (errmax= 4.1499e-08)
d(Edge)/d(xD) check complete with 0 total errors (errmax= 7.4260e-08)
d(Node)/d(xD) check complete with 0 total errors (errmax= 7.4260e-08)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.083 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.7386e-06) with 0 suppressions
real 0m0.398s
user 0m0.000s
sys 0m0.015s
+ set +x
data\basic\designX5 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 236 / 275 )
data\basic\designX6.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designX6.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(L) check complete with 0 total errors (errmax= 3.6991e-07)
d(Edge)/d(L) check complete with 0 total errors (errmax= 8.2889e-05)
d(Node)/d(L) check complete with 0 total errors (errmax= 1.9669e-06)
*********************************************************
Starting tessellation sensitivity wrt "R"
*********************************************************
Generating perturbed configuration with delta-R[1,1]= 0.00250000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(R) check complete with 0 total errors (errmax= 8.1868e-07)
d(Edge)/d(R) check complete with 0 total errors (errmax= 1.6474e-05)
d(Node)/d(R) check complete with 0 total errors (errmax= 1.9348e-06)
*********************************************************
Starting tessellation sensitivity wrt "xA"
*********************************************************
Generating perturbed configuration with delta-xA[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(xA) check complete with 0 total errors (errmax= 3.2780e-08)
d(Edge)/d(xA) check complete with 0 total errors (errmax= 9.5240e-06)
d(Node)/d(xA) check complete with 0 total errors (errmax= 1.6848e-07)
*********************************************************
Starting tessellation sensitivity wrt "yA"
*********************************************************
Generating perturbed configuration with delta-yA[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(yA) check complete with 0 total errors (errmax= 8.1950e-07)
d(Edge)/d(yA) check complete with 0 total errors (errmax= 4.8289e-05)
d(Node)/d(yA) check complete with 0 total errors (errmax= 4.1708e-06)
*********************************************************
Starting tessellation sensitivity wrt "xB"
*********************************************************
Generating perturbed configuration with delta-xB[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(xB) check complete with 0 total errors (errmax= 5.6653e-07)
d(Edge)/d(xB) check complete with 0 total errors (errmax= 7.8357e-05)
d(Node)/d(xB) check complete with 0 total errors (errmax= 3.5818e-06)
*********************************************************
Starting tessellation sensitivity wrt "xD"
*********************************************************
Generating perturbed configuration with delta-xD[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(xD) check complete with 0 total errors (errmax= 6.6411e-07)
d(Edge)/d(xD) check complete with 0 total errors (errmax= 3.4822e-05)
d(Node)/d(xD) check complete with 0 total errors (errmax= 1.9368e-06)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 1.165 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.2889e-05) with 0 suppressions
real 0m2.368s
user 0m0.030s
sys 0m0.015s
+ set +x
data\basic\designX6 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 237 / 275 )
data\basic\designX7.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designX7.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(L) check complete with 0 total errors (errmax= 5.3845e-16)
d(Edge)/d(L) check complete with 0 total errors (errmax= 8.5348e-07)
d(Node)/d(L) check complete with 0 total errors (errmax= 1.9669e-06)
*********************************************************
Starting tessellation sensitivity wrt "R"
*********************************************************
Generating perturbed configuration with delta-R[1,1]= 0.00250000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(R) check complete with 0 total errors (errmax= 6.2432e-16)
d(Edge)/d(R) check complete with 0 total errors (errmax= 1.0337e-04)
d(Node)/d(R) check complete with 0 total errors (errmax= 1.9348e-06)
*********************************************************
Starting tessellation sensitivity wrt "xA"
*********************************************************
Generating perturbed configuration with delta-xA[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(xA) check complete with 0 total errors (errmax= 8.0055e-08)
d(Edge)/d(xA) check complete with 0 total errors (errmax= 2.0996e-05)
d(Node)/d(xA) check complete with 0 total errors (errmax= 1.6848e-07)
*********************************************************
Starting tessellation sensitivity wrt "yA"
*********************************************************
Generating perturbed configuration with delta-yA[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(yA) check complete with 0 total errors (errmax= 1.2392e-06)
d(Edge)/d(yA) check complete with 0 total errors (errmax= 1.0582e-04)
d(Node)/d(yA) check complete with 0 total errors (errmax= 4.1708e-06)
*********************************************************
Starting tessellation sensitivity wrt "xB"
*********************************************************
Generating perturbed configuration with delta-xB[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(xB) check complete with 0 total errors (errmax= 2.6937e-06)
d(Edge)/d(xB) check complete with 0 total errors (errmax= 6.4775e-05)
d(Node)/d(xB) check complete with 0 total errors (errmax= 3.5818e-06)
*********************************************************
Starting tessellation sensitivity wrt "xD"
*********************************************************
Generating perturbed configuration with delta-xD[1,1]= 0.00300000
real 0m2.363s
user 0m0.000s
sys 0m0.030s
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(xD) check complete with 0 total errors (errmax= 4.1104e-08)
d(Edge)/d(xD) check complete with 0 total errors (errmax= 1.6980e-04)
d(Node)/d(xD) check complete with 0 total errors (errmax= 1.9368e-06)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 1.566 sec
Sensitivity checks complete with 6 total errors (max tess err= 1.6980e-04) with 0 suppressions
+ set +x
data\basic\designX7 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 238 / 275 )
data\basic\designX8.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designX8.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(L) check complete with 0 total errors (errmax= 3.6991e-07)
d(Edge)/d(L) check complete with 0 total errors (errmax= 8.2889e-05)
d(Node)/d(L) check complete with 0 total errors (errmax= 1.9669e-06)
*********************************************************
Starting tessellation sensitivity wrt "R"
*********************************************************
Generating perturbed configuration with delta-R[1,1]= 0.00250000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(R) check complete with 0 total errors (errmax= 8.1868e-07)
d(Edge)/d(R) check complete with 0 total errors (errmax= 1.6474e-05)
d(Node)/d(R) check complete with 0 total errors (errmax= 1.9348e-06)
*********************************************************
Starting tessellation sensitivity wrt "xA"
*********************************************************
Generating perturbed configuration with delta-xA[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xA) check complete with 0 total errors (errmax= 7.6766e-08)
d(Edge)/d(xA) check complete with 0 total errors (errmax= 9.5240e-06)
d(Node)/d(xA) check complete with 0 total errors (errmax= 1.6848e-07)
*********************************************************
Starting tessellation sensitivity wrt "yA"
*********************************************************
Generating perturbed configuration with delta-yA[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(yA) check complete with 0 total errors (errmax= 1.2246e-06)
d(Edge)/d(yA) check complete with 0 total errors (errmax= 4.8289e-05)
d(Node)/d(yA) check complete with 0 total errors (errmax= 4.1708e-06)
*********************************************************
Starting tessellation sensitivity wrt "xB"
*********************************************************
Generating perturbed configuration with delta-xB[1,1]= 0.00600000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xB) check complete with 0 total errors (errmax= 2.6937e-06)
d(Edge)/d(xB) check complete with 0 total errors (errmax= 7.8357e-05)
d(Node)/d(xB) check complete with 0 total errors (errmax= 3.5818e-06)
*********************************************************
Starting tessellation sensitivity wrt "xD"
*********************************************************
Generating perturbed configuration with delta-xD[1,1]= 0.00300000
real 0m4.004s
user 0m0.000s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(xD) check complete with 0 total errors (errmax= 6.6411e-07)
d(Edge)/d(xD) check complete with 0 total errors (errmax= 3.4822e-05)
d(Node)/d(xD) check complete with 0 total errors (errmax= 1.9368e-06)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 1.796 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.2889e-05) with 0 suppressions
+ set +x
data\basic\designX8 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 239 / 275 )
data\basic\designY0.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designY0.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(L) check complete with 0 total errors (errmax= 1.6653e-09)
d(Edge)/d(L) check complete with 0 total errors (errmax= 1.6653e-09)
d(Node)/d(L) check complete with 0 total errors (errmax= 1.6653e-09)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(H) check complete with 0 total errors (errmax= 3.0003e-09)
d(Edge)/d(H) check complete with 0 total errors (errmax= 3.0003e-09)
d(Node)/d(H) check complete with 0 total errors (errmax= 3.0003e-09)
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(S) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(S) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(S) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(T) check complete with 0 total errors (errmax= 3.0376e-13)
d(Edge)/d(T) check complete with 0 total errors (errmax= 3.0510e-13)
d(Node)/d(T) check complete with 0 total errors (errmax= 3.0510e-13)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Edge)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(x0) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(x0) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
real 0m1.373s
user 0m0.030s
sys 0m0.046s
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(z0) check complete with 0 total errors (errmax= 1.0757e-16)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 8.3925e-17)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.034 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.0003e-09) with 0 suppressions
+ set +x
data\basic\designY0 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 240 / 275 )
data\basic\designY1.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designY1.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(L) check complete with 0 total errors (errmax= 3.2373e-10)
d(Edge)/d(L) check complete with 0 total errors (errmax= 3.2373e-10)
d(Node)/d(L) check complete with 0 total errors (errmax= 3.1089e-10)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(H) check complete with 0 total errors (errmax= 4.1631e-09)
d(Edge)/d(H) check complete with 0 total errors (errmax= 5.0978e-09)
d(Node)/d(H) check complete with 0 total errors (errmax= 5.0978e-09)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(D) check complete with 0 total errors (errmax= 6.4099e-17)
d(Edge)/d(D) check complete with 0 total errors (errmax= 6.4099e-17)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(x0) check complete with 0 total errors (errmax= 5.6322e-16)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 5.7604e-16)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(y0) check complete with 0 total errors (errmax= 7.5726e-16)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 7.5726e-16)
d(Node)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
real 0m0.803s
user 0m0.015s
sys 0m0.000s
Computing analytic sensitivities (if possible) for ibody=8
Computing distances of perturbed points from perturbed configuration for ibody=8
d(Face)/d(z0) check complete with 0 total errors (errmax= 1.0467e-16)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 9.0649e-17)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.030 sec
Sensitivity checks complete with 0 total errors (max tess err= 5.0978e-09) with 0 suppressions
+ set +x
data\basic\designY1 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 241 / 275 )
data\basic\designY2.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designY2.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x1"
*********************************************************
Generating perturbed configuration with delta-x1[1,1]= 0.00273205
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(x1) check complete with 0 total errors (errmax= 8.3623e-06)
d(Edge)/d(x1) check complete with 0 total errors (errmax= 8.3623e-06)
d(Node)/d(x1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y1"
*********************************************************
Generating perturbed configuration with delta-y1[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(y1) check complete with 0 total errors (errmax= 9.0450e-06)
d(Edge)/d(y1) check complete with 0 total errors (errmax= 9.0450e-06)
d(Node)/d(y1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x2"
*********************************************************
Generating perturbed configuration with delta-x2[1,1]= 0.00253209
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(x2) check complete with 0 total errors (errmax= 9.6419e-06)
d(Edge)/d(x2) check complete with 0 total errors (errmax= 9.6419e-06)
d(Node)/d(x2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y2"
*********************************************************
Generating perturbed configuration with delta-y2[1,1]= 0.00328558
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(y2) check complete with 0 total errors (errmax= 1.0836e-05)
d(Edge)/d(y2) check complete with 0 total errors (errmax= 1.0836e-05)
d(Node)/d(y2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x3"
*********************************************************
Generating perturbed configuration with delta-x3[1,1]= 0.00134730
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(x3) check complete with 0 total errors (errmax= 3.4935e-06)
d(Edge)/d(x3) check complete with 0 total errors (errmax= 3.4761e-06)
d(Node)/d(x3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y3"
*********************************************************
Generating perturbed configuration with delta-y3[1,1]= 0.00396962
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(y3) check complete with 0 total errors (errmax= 4.2179e-05)
d(Edge)/d(y3) check complete with 0 total errors (errmax= 4.6135e-05)
d(Node)/d(y3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x4"
*********************************************************
Generating perturbed configuration with delta-x4[1,1]= 0.00117892
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(x4) check complete with 0 total errors (errmax= 2.6364e-06)
d(Edge)/d(x4) check complete with 0 total errors (errmax= 2.6549e-06)
d(Node)/d(x4) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y4"
*********************************************************
Generating perturbed configuration with delta-y4[1,1]= 0.00401473
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(y4) check complete with 0 total errors (errmax= 7.1248e-05)
d(Edge)/d(y4) check complete with 0 total errors (errmax= 6.5063e-05)
d(Node)/d(y4) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x5"
*********************************************************
Generating perturbed configuration with delta-x5[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(x5) check complete with 0 total errors (errmax= 3.4747e-07)
d(Edge)/d(x5) check complete with 0 total errors (errmax= 3.4747e-07)
d(Node)/d(x5) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y5"
*********************************************************
Generating perturbed configuration with delta-y5[1,1]= 0.00495442
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(y5) check complete with 0 total errors (errmax= 5.7269e-06)
d(Edge)/d(y5) check complete with 0 total errors (errmax= 5.7269e-06)
d(Node)/d(y5) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x6"
*********************************************************
Generating perturbed configuration with delta-x6[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(x6) check complete with 0 total errors (errmax= 2.7286e-07)
d(Edge)/d(x6) check complete with 0 total errors (errmax= 2.7286e-07)
d(Node)/d(x6) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y6"
*********************************************************
Generating perturbed configuration with delta-y6[1,1]= 0.00645442
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(y6) check complete with 0 total errors (errmax= 2.5499e-06)
d(Edge)/d(y6) check complete with 0 total errors (errmax= 2.5499e-06)
d(Node)/d(y6) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x7"
*********************************************************
Generating perturbed configuration with delta-x7[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(x7) check complete with 0 total errors (errmax= 1.1524e-07)
d(Edge)/d(x7) check complete with 0 total errors (errmax= 1.1524e-07)
d(Node)/d(x7) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y7"
*********************************************************
Generating perturbed configuration with delta-y7[1,1]= 0.00345442
real 0m0.485s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(y7) check complete with 0 total errors (errmax= 7.9708e-16)
d(Edge)/d(y7) check complete with 0 total errors (errmax= 8.1424e-16)
d(Node)/d(y7) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.076 sec
Sensitivity checks complete with 0 total errors (max tess err= 7.1248e-05) with 0 suppressions
+ set +x
data\basic\designY2 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 242 / 275 )
data\basic\designY3.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designY3.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y1"
*********************************************************
Generating perturbed configuration with delta-y1[1,1]= 0.00273205
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(y1) check complete with 0 total errors (errmax= 8.3623e-06)
d(Edge)/d(y1) check complete with 0 total errors (errmax= 8.3623e-06)
d(Node)/d(y1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z1"
*********************************************************
Generating perturbed configuration with delta-z1[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z1) check complete with 0 total errors (errmax= 9.0450e-06)
d(Edge)/d(z1) check complete with 0 total errors (errmax= 9.0450e-06)
d(Node)/d(z1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y2"
*********************************************************
Generating perturbed configuration with delta-y2[1,1]= 0.00253209
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(y2) check complete with 0 total errors (errmax= 9.6419e-06)
d(Edge)/d(y2) check complete with 0 total errors (errmax= 9.6419e-06)
d(Node)/d(y2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z2"
*********************************************************
Generating perturbed configuration with delta-z2[1,1]= 0.00328558
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z2) check complete with 0 total errors (errmax= 1.0836e-05)
d(Edge)/d(z2) check complete with 0 total errors (errmax= 1.0836e-05)
d(Node)/d(z2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y3"
*********************************************************
Generating perturbed configuration with delta-y3[1,1]= 0.00134730
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(y3) check complete with 0 total errors (errmax= 3.4935e-06)
d(Edge)/d(y3) check complete with 0 total errors (errmax= 3.4761e-06)
d(Node)/d(y3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z3"
*********************************************************
Generating perturbed configuration with delta-z3[1,1]= 0.00396962
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z3) check complete with 0 total errors (errmax= 4.2179e-05)
d(Edge)/d(z3) check complete with 0 total errors (errmax= 4.6135e-05)
d(Node)/d(z3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y4"
*********************************************************
Generating perturbed configuration with delta-y4[1,1]= 0.00117892
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(y4) check complete with 0 total errors (errmax= 2.6364e-06)
d(Edge)/d(y4) check complete with 0 total errors (errmax= 2.6549e-06)
d(Node)/d(y4) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z4"
*********************************************************
Generating perturbed configuration with delta-z4[1,1]= 0.00401473
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z4) check complete with 0 total errors (errmax= 7.1248e-05)
d(Edge)/d(z4) check complete with 0 total errors (errmax= 6.5063e-05)
d(Node)/d(z4) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y5"
*********************************************************
Generating perturbed configuration with delta-y5[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(y5) check complete with 0 total errors (errmax= 3.4747e-07)
d(Edge)/d(y5) check complete with 0 total errors (errmax= 3.4747e-07)
d(Node)/d(y5) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z5"
*********************************************************
Generating perturbed configuration with delta-z5[1,1]= 0.00495442
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z5) check complete with 0 total errors (errmax= 5.7269e-06)
d(Edge)/d(z5) check complete with 0 total errors (errmax= 5.7269e-06)
d(Node)/d(z5) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y6"
*********************************************************
Generating perturbed configuration with delta-y6[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(y6) check complete with 0 total errors (errmax= 2.7286e-07)
d(Edge)/d(y6) check complete with 0 total errors (errmax= 2.7286e-07)
d(Node)/d(y6) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z6"
*********************************************************
Generating perturbed configuration with delta-z6[1,1]= 0.00645442
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z6) check complete with 0 total errors (errmax= 2.5499e-06)
d(Edge)/d(z6) check complete with 0 total errors (errmax= 2.5499e-06)
d(Node)/d(z6) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y7"
*********************************************************
Generating perturbed configuration with delta-y7[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(y7) check complete with 0 total errors (errmax= 1.1524e-07)
d(Edge)/d(y7) check complete with 0 total errors (errmax= 1.1524e-07)
d(Node)/d(y7) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z7"
*********************************************************
Generating perturbed configuration with delta-z7[1,1]= 0.00345442
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z7) check complete with 0 total errors (errmax= 7.9708e-16)
d(Edge)/d(z7) check complete with 0 total errors (errmax= 8.1424e-16)
d(Node)/d(z7) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.070 sec
Sensitivity checks complete with 0 total errors (max tess err= 7.1248e-05) with 0 suppressions
real 0m0.408s
user 0m0.000s
sys 0m0.015s
+ set +x
data\basic\designY3 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 243 / 275 )
data\basic\designY4.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designY4.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z1"
*********************************************************
Generating perturbed configuration with delta-z1[1,1]= 0.00273205
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z1) check complete with 0 total errors (errmax= 8.3623e-06)
d(Edge)/d(z1) check complete with 0 total errors (errmax= 8.3623e-06)
d(Node)/d(z1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x1"
*********************************************************
Generating perturbed configuration with delta-x1[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(x1) check complete with 0 total errors (errmax= 9.0450e-06)
d(Edge)/d(x1) check complete with 0 total errors (errmax= 9.0450e-06)
d(Node)/d(x1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z2"
*********************************************************
Generating perturbed configuration with delta-z2[1,1]= 0.00253209
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z2) check complete with 0 total errors (errmax= 9.6419e-06)
d(Edge)/d(z2) check complete with 0 total errors (errmax= 9.6419e-06)
d(Node)/d(z2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x2"
*********************************************************
Generating perturbed configuration with delta-x2[1,1]= 0.00328558
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(x2) check complete with 0 total errors (errmax= 1.0836e-05)
d(Edge)/d(x2) check complete with 0 total errors (errmax= 1.0836e-05)
d(Node)/d(x2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z3"
*********************************************************
Generating perturbed configuration with delta-z3[1,1]= 0.00134730
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z3) check complete with 0 total errors (errmax= 3.4935e-06)
d(Edge)/d(z3) check complete with 0 total errors (errmax= 3.4761e-06)
d(Node)/d(z3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x3"
*********************************************************
Generating perturbed configuration with delta-x3[1,1]= 0.00396962
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(x3) check complete with 0 total errors (errmax= 4.2179e-05)
d(Edge)/d(x3) check complete with 0 total errors (errmax= 4.6135e-05)
d(Node)/d(x3) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z4"
*********************************************************
Generating perturbed configuration with delta-z4[1,1]= 0.00117892
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z4) check complete with 0 total errors (errmax= 2.6364e-06)
d(Edge)/d(z4) check complete with 0 total errors (errmax= 2.6549e-06)
d(Node)/d(z4) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x4"
*********************************************************
Generating perturbed configuration with delta-x4[1,1]= 0.00401473
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(x4) check complete with 0 total errors (errmax= 7.1248e-05)
d(Edge)/d(x4) check complete with 0 total errors (errmax= 6.5063e-05)
d(Node)/d(x4) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z5"
*********************************************************
Generating perturbed configuration with delta-z5[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z5) check complete with 0 total errors (errmax= 3.4747e-07)
d(Edge)/d(z5) check complete with 0 total errors (errmax= 3.4747e-07)
d(Node)/d(z5) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x5"
*********************************************************
Generating perturbed configuration with delta-x5[1,1]= 0.00495442
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(x5) check complete with 0 total errors (errmax= 5.7269e-06)
d(Edge)/d(x5) check complete with 0 total errors (errmax= 5.7269e-06)
d(Node)/d(x5) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z6"
*********************************************************
Generating perturbed configuration with delta-z6[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z6) check complete with 0 total errors (errmax= 2.7286e-07)
d(Edge)/d(z6) check complete with 0 total errors (errmax= 2.7286e-07)
d(Node)/d(z6) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x6"
*********************************************************
Generating perturbed configuration with delta-x6[1,1]= 0.00645442
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(x6) check complete with 0 total errors (errmax= 2.5499e-06)
d(Edge)/d(x6) check complete with 0 total errors (errmax= 2.5499e-06)
d(Node)/d(x6) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z7"
*********************************************************
Generating perturbed configuration with delta-z7[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z7) check complete with 0 total errors (errmax= 1.1524e-07)
d(Edge)/d(z7) check complete with 0 total errors (errmax= 1.1524e-07)
d(Node)/d(z7) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x7"
*********************************************************
Generating perturbed configuration with delta-x7[1,1]= 0.00345442
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(x7) check complete with 0 total errors (errmax= 7.9708e-16)
d(Edge)/d(x7) check complete with 0 total errors (errmax= 8.1424e-16)
d(Node)/d(x7) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.070 sec
Sensitivity checks complete with 0 total errors (max tess err= 7.1248e-05) with 0 suppressions
real 0m0.395s
user 0m0.015s
sys 0m0.000s
+ set +x
data\basic\designY4 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 244 / 275 )
data\basic\designYa.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYa.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(H) check complete with 0 total errors (errmax= 4.0241e-16)
d(Edge)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(T) check complete with 0 total errors (errmax= 3.8803e-16)
d(Edge)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Edge)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(x0) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(z0) check complete with 0 total errors (errmax= 8.3925e-17)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 8.3925e-17)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.040 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions
real 0m0.486s
user 0m0.030s
sys 0m0.000s
+ set +x
data\basic\designYa -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 245 / 275 )
data\basic\designYb.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYb.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(H) check complete with 0 total errors (errmax= 4.0241e-16)
d(Edge)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(T) check complete with 0 total errors (errmax= 3.8803e-16)
d(Edge)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Edge)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(x0) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(z0) check complete with 0 total errors (errmax= 8.3925e-17)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 8.3925e-17)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.041 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions
real 0m0.392s
user 0m0.000s
sys 0m0.062s
+ set +x
data\basic\designYb -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 246 / 275 )
data\basic\designYc.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYc.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Edge)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(x0) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
real 0m0.231s
user 0m0.000s
sys 0m0.031s
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(z0) check complete with 0 total errors (errmax= 8.3925e-17)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 8.3925e-17)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.018 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions
+ set +x
data\basic\designYc -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 247 / 275 )
data\basic\designYd.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYd.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Edge)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
real 0m0.247s
user 0m0.000s
sys 0m0.015s
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(z0) check complete with 0 total errors (errmax= 8.3925e-17)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 8.3925e-17)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.012 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions
+ set +x
data\basic\designYd -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 248 / 275 )
data\basic\designYe.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYe.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(H) check complete with 0 total errors (errmax= 2.7517e-17)
d(Edge)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(T) check complete with 0 total errors (errmax= 1.1466e-16)
d(Edge)/d(T) check complete with 0 total errors (errmax= 1.1466e-16)
d(Node)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Edge)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(x0) check complete with 0 total errors (errmax= 6.4531e-16)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(y0) check complete with 0 total errors (errmax= 1.4939e-15)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 5.4314e-16)
d(Node)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
real 0m0.454s
user 0m0.000s
sys 0m0.000s
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(z0) check complete with 0 total errors (errmax= 9.1111e-17)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 8.3925e-17)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.038 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.4939e-15) with 0 suppressions
+ set +x
data\basic\designYe -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 249 / 275 )
data\basic\designYf.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYf.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(H) check complete with 0 total errors (errmax= 2.7532e-17)
d(Edge)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(T) check complete with 0 total errors (errmax= 1.1466e-16)
d(Edge)/d(T) check complete with 0 total errors (errmax= 1.1466e-16)
d(Node)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Edge)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(x0) check complete with 0 total errors (errmax= 6.4565e-16)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(y0) check complete with 0 total errors (errmax= 2.9632e-16)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 2.9790e-16)
d(Node)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(z0) check complete with 0 total errors (errmax= 1.1102e-16)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 8.3925e-17)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.032 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions
real 0m0.356s
user 0m0.000s
sys 0m0.000s
+ set +x
data\basic\designYf -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 250 / 275 )
data\basic\designYg.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYg.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Edge)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(x0) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(y0) check complete with 0 total errors (errmax= 2.7065e-16)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 3.0337e-16)
d(Node)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
real 0m0.251s
user 0m0.000s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(z0) check complete with 0 total errors (errmax= 8.7352e-17)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 8.3925e-17)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.013 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions
+ set +x
data\basic\designYg -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 251 / 275 )
data\basic\designYh.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYh.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(T) check complete with 0 total errors (errmax= 1.1466e-16)
d(Edge)/d(T) check complete with 0 total errors (errmax= 1.1869e-16)
d(Node)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Edge)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(x0) check complete with 0 total errors (errmax= 7.0217e-17)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 7.0217e-17)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(y0) check complete with 0 total errors (errmax= 2.9632e-16)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 2.9790e-16)
d(Node)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
real 0m0.361s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(z0) check complete with 0 total errors (errmax= 9.1111e-17)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 8.3925e-17)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.009 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions
+ set +x
data\basic\designYh -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 252 / 275 )
data\basic\designYi.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYi.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(H) check complete with 0 total errors (errmax= 2.7517e-17)
d(Edge)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(T) check complete with 0 total errors (errmax= 1.1466e-16)
d(Edge)/d(T) check complete with 0 total errors (errmax= 1.1466e-16)
d(Node)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Edge)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(x0) check complete with 0 total errors (errmax= 6.4531e-16)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(y0) check complete with 0 total errors (errmax= 1.4939e-15)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 5.4314e-16)
d(Node)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
real 0m0.528s
user 0m0.000s
sys 0m0.061s
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(z0) check complete with 0 total errors (errmax= 9.1111e-17)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 8.3925e-17)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.032 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.4939e-15) with 0 suppressions
+ set +x
data\basic\designYi -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 253 / 275 )
data\basic\designYj.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYj.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(L) check complete with 0 total errors (errmax= 3.4813e-16)
d(Edge)/d(L) check complete with 0 total errors (errmax= 3.4683e-16)
d(Node)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(H) check complete with 0 total errors (errmax= 8.6321e-18)
d(Edge)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(S) check complete with 0 total errors (errmax= 2.3811e-16)
d(Edge)/d(S) check complete with 0 total errors (errmax= 2.3057e-16)
d(Node)/d(S) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(T) check complete with 0 total errors (errmax= 2.0981e-17)
d(Edge)/d(T) check complete with 0 total errors (errmax= 2.0981e-17)
d(Node)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
real 0m0.354s
user 0m0.000s
sys 0m0.031s
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.025 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.4814e-16) with 0 suppressions
+ set +x
data\basic\designYj -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 254 / 275 )
data\basic\designYk.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYk.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(T) check complete with 0 total errors (errmax= 1.1466e-16)
d(Edge)/d(T) check complete with 0 total errors (errmax= 1.1466e-16)
d(Node)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Edge)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(x0) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(y0) check complete with 0 total errors (errmax= 5.5001e-16)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 5.4314e-16)
d(Node)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(z0) check complete with 0 total errors (errmax= 8.7352e-17)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 8.3925e-17)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.014 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions
real 0m0.235s
user 0m0.000s
sys 0m0.031s
+ set +x
data\basic\designYk -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 255 / 275 )
data\basic\designYl.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYl.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(L) check complete with 0 total errors (errmax= 3.9721e-16)
d(Edge)/d(L) check complete with 0 total errors (errmax= 3.9721e-16)
d(Node)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(S) check complete with 0 total errors (errmax= 5.6173e-16)
d(Edge)/d(S) check complete with 0 total errors (errmax= 5.6173e-16)
d(Node)/d(S) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=9
Computing distances of perturbed points from perturbed configuration for ibody=9
d(Face)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.006 sec
Sensitivity checks complete with 0 total errors (max tess err= 5.6174e-16) with 0 suppressions
real 0m0.316s
user 0m0.000s
sys 0m0.031s
+ set +x
data\basic\designYl -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 256 / 275 )
data\basic\designYm.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYm.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(H) check complete with 0 total errors (errmax= 4.1379e-16)
d(Edge)/d(H) check complete with 0 total errors (errmax= 2.2503e-16)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(T) check complete with 0 total errors (errmax= 3.9086e-16)
d(Edge)/d(T) check complete with 0 total errors (errmax= 1.8613e-16)
d(Node)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Edge)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(x0) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
real 0m0.381s
user 0m0.000s
sys 0m0.016s
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(z0) check complete with 0 total errors (errmax= 9.1111e-17)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 8.3925e-17)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.051 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions
+ set +x
data\basic\designYm -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 257 / 275 )
data\basic\designYn.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYn.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(L) check complete with 0 total errors (errmax= 3.7966e-16)
d(Edge)/d(L) check complete with 0 total errors (errmax= 8.4631e-17)
d(Node)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(H) check complete with 0 total errors (errmax= 3.8252e-16)
d(Edge)/d(H) check complete with 0 total errors (errmax= 2.3657e-16)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(S) check complete with 0 total errors (errmax= 3.8254e-16)
d(Edge)/d(S) check complete with 0 total errors (errmax= 9.9268e-17)
d(Node)/d(S) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(T) check complete with 0 total errors (errmax= 3.6691e-16)
d(Edge)/d(T) check complete with 0 total errors (errmax= 2.0650e-16)
d(Node)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
real 0m0.619s
user 0m0.000s
sys 0m0.031s
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.036 sec
Sensitivity checks complete with 0 total errors (max tess err= 3.8255e-16) with 0 suppressions
+ set +x
data\basic\designYn -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 258 / 275 )
data\basic\designYo.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYo.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(H) check complete with 0 total errors (errmax= 2.2503e-16)
d(Edge)/d(H) check complete with 0 total errors (errmax= 2.2503e-16)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Edge)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
d(Node)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(T) check complete with 0 total errors (errmax= 1.8613e-16)
d(Edge)/d(T) check complete with 0 total errors (errmax= 1.8613e-16)
d(Node)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Edge)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(x0) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(z0) check complete with 0 total errors (errmax= 8.4067e-17)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 8.3925e-17)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.026 sec
Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions
real 0m0.274s
user 0m0.015s
sys 0m0.015s
+ set +x
data\basic\designYo -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 259 / 275 )
data\basic\designYp.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYp.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(L) check complete with 0 total errors (errmax= 3.9721e-16)
d(Edge)/d(L) check complete with 0 total errors (errmax= 3.9721e-16)
d(Node)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(H) check complete with 0 total errors (errmax= 2.3657e-16)
d(Edge)/d(H) check complete with 0 total errors (errmax= 2.3657e-16)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(S) check complete with 0 total errors (errmax= 5.6173e-16)
d(Edge)/d(S) check complete with 0 total errors (errmax= 5.6173e-16)
d(Node)/d(S) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(T) check complete with 0 total errors (errmax= 2.0650e-16)
d(Edge)/d(T) check complete with 0 total errors (errmax= 2.0650e-16)
d(Node)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
real 0m0.271s
user 0m0.000s
sys 0m0.000s
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.014 sec
Sensitivity checks complete with 0 total errors (max tess err= 5.6174e-16) with 0 suppressions
+ set +x
data\basic\designYp -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 260 / 275 )
data\basic\designYq.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYq.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(L) check complete with 0 total errors (errmax= 5.7272e-08)
d(Edge)/d(L) check complete with 0 total errors (errmax= 5.7272e-08)
d(Node)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(H) check complete with 0 total errors (errmax= 4.6387e-08)
d(Edge)/d(H) check complete with 0 total errors (errmax= 4.6387e-08)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(S) check complete with 0 total errors (errmax= 9.6666e-09)
d(Edge)/d(S) check complete with 0 total errors (errmax= 9.6666e-09)
d(Node)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(T) check complete with 0 total errors (errmax= 6.7084e-09)
d(Edge)/d(T) check complete with 0 total errors (errmax= 6.7084e-09)
d(Node)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Edge)/d(D) check complete with 0 total errors (errmax= 1.3390e-16)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(x0) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(y0) check complete with 0 total errors (errmax= 5.4629e-16)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 5.6760e-16)
d(Node)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
real 0m0.450s
user 0m0.000s
sys 0m0.046s
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(z0) check complete with 0 total errors (errmax= 1.0668e-16)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 2.0307e-16)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.082 sec
Sensitivity checks complete with 0 total errors (max tess err= 5.7272e-08) with 0 suppressions
+ set +x
data\basic\designYq -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 261 / 275 )
data\basic\designYr.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYr.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(L) check complete with 0 total errors (errmax= 5.7272e-08)
d(Edge)/d(L) check complete with 0 total errors (errmax= 5.7272e-08)
d(Node)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(H) check complete with 0 total errors (errmax= 4.6387e-08)
d(Edge)/d(H) check complete with 0 total errors (errmax= 4.6387e-08)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(S) check complete with 0 total errors (errmax= 9.6666e-09)
d(Edge)/d(S) check complete with 0 total errors (errmax= 9.6666e-09)
d(Node)/d(S) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(T) check complete with 0 total errors (errmax= 6.7084e-09)
d(Edge)/d(T) check complete with 0 total errors (errmax= 6.7084e-09)
d(Node)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(D) check complete with 0 total errors (errmax= 9.4680e-17)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=12
Computing distances of perturbed points from perturbed configuration for ibody=12
d(Face)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.055 sec
Sensitivity checks complete with 0 total errors (max tess err= 5.7272e-08) with 0 suppressions
real 0m0.504s
user 0m0.015s
sys 0m0.031s
+ set +x
data\basic\designYr -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 262 / 275 )
data\basic\designYs.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYs.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(L) check complete with 0 total errors (errmax= 5.7272e-08)
d(Edge)/d(L) check complete with 0 total errors (errmax= 5.7272e-08)
d(Node)/d(L) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(H) check complete with 0 total errors (errmax= 4.6387e-08)
d(Edge)/d(H) check complete with 0 total errors (errmax= 4.6387e-08)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(S) check complete with 0 total errors (errmax= 9.6666e-09)
d(Edge)/d(S) check complete with 0 total errors (errmax= 9.6666e-09)
d(Node)/d(S) check complete with 0 total errors (errmax= 8.8818e-16)
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(T) check complete with 0 total errors (errmax= 6.7084e-09)
d(Edge)/d(T) check complete with 0 total errors (errmax= 6.7084e-09)
d(Node)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(D) check complete with 0 total errors (errmax= 5.9344e-17)
d(Edge)/d(D) check complete with 0 total errors (errmax= 1.3390e-16)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(x0) check complete with 0 total errors (errmax= 4.4409e-16)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 4.4409e-16)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(y0) check complete with 0 total errors (errmax= 5.4629e-16)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 5.6760e-16)
d(Node)/d(y0) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
real 0m0.399s
user 0m0.000s
sys 0m0.046s
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(z0) check complete with 0 total errors (errmax= 1.0668e-16)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 2.0307e-16)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.056 sec
Sensitivity checks complete with 0 total errors (max tess err= 5.7272e-08) with 0 suppressions
+ set +x
data\basic\designYs -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 263 / 275 )
data\basic\designYt.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYt.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(L) check complete with 0 total errors (errmax= 5.7272e-08)
d(Edge)/d(L) check complete with 0 total errors (errmax= 5.7272e-08)
d(Node)/d(L) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(H) check complete with 0 total errors (errmax= 4.6387e-08)
d(Edge)/d(H) check complete with 0 total errors (errmax= 4.6387e-08)
d(Node)/d(H) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(S) check complete with 0 total errors (errmax= 9.6666e-09)
d(Edge)/d(S) check complete with 0 total errors (errmax= 9.6666e-09)
d(Node)/d(S) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(T) check complete with 0 total errors (errmax= 6.7084e-09)
d(Edge)/d(T) check complete with 0 total errors (errmax= 6.7084e-09)
d(Node)/d(T) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(D) check complete with 0 total errors (errmax= 9.4680e-17)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
real 0m0.339s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=11
Computing distances of perturbed points from perturbed configuration for ibody=11
d(Face)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.038 sec
Sensitivity checks complete with 0 total errors (max tess err= 5.7272e-08) with 0 suppressions
+ set +x
data\basic\designYt -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 264 / 275 )
data\basic\designYu.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYu.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=14
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.112 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
real 0m0.990s
user 0m0.000s
sys 0m0.047s
+ set +x
data\basic\designYu -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 265 / 275 )
data\basic\designYv.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYv.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=14
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=14
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=14
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=14
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
real 0m0.470s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=14
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.123 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
+ set +x
data\basic\designYv -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 266 / 275 )
data\basic\designYw.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYw.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=13
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=13
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=13
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.055 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
real 0m0.295s
user 0m0.000s
sys 0m0.000s
+ set +x
data\basic\designYw -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 267 / 275 )
data\basic\designYx.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYx.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "L"
*********************************************************
Generating perturbed configuration with delta-L[1,1]= 0.00500000
Computing analytic sensitivities (if possible) for ibody=13
*********************************************************
Starting tessellation sensitivity wrt "H"
*********************************************************
Generating perturbed configuration with delta-H[1,1]= 0.00300000
Computing analytic sensitivities (if possible) for ibody=13
*********************************************************
Starting tessellation sensitivity wrt "S"
*********************************************************
Generating perturbed configuration with delta-S[1,1]= 0.00200000
Computing analytic sensitivities (if possible) for ibody=13
*********************************************************
Starting tessellation sensitivity wrt "T"
*********************************************************
Generating perturbed configuration with delta-T[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=13
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
real 0m0.364s
user 0m0.000s
sys 0m0.061s
Computing analytic sensitivities (if possible) for ibody=13
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.055 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions
+ set +x
data\basic\designYx -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 268 / 275 )
data\basic\designYy.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYy.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(D) check complete with 0 total errors (errmax= 5.7672e-17)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(x0) check
real 0m0.296s
user 0m0.031s
sys 0m0.015s
complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 7.9125e-17)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.000 sec
Sensitivity checks complete with 0 total errors (max tess err= 7.9135e-17) with 0 suppressions
+ set +x
data\basic\designYy -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 269 / 275 )
data\basic\designYz.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designYz.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "D"
*********************************************************
Generating perturbed configuration with delta-D[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(D) check complete with 0 total errors (errmax= 5.7672e-17)
d(Node)/d(D) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
real 0m0.157s
user 0m0.000s
sys 0m0.015s
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=3
Computing distances of perturbed points from perturbed configuration for ibody=3
d(Face)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 7.9125e-17)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.000 sec
Sensitivity checks complete with 0 total errors (max tess err= 7.9135e-17) with 0 suppressions
+ set +x
data\basic\designYz -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 270 / 275 )
data\basic\designZ1.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designZ1.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xb"
*********************************************************
Generating perturbed configuration with delta-xb[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(xb) check complete with 0 total errors (errmax= 1.5578e-19)
d(Edge)/d(xb) check complete with 0 total errors (errmax= 1.5578e-19)
d(Node)/d(xb) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "yb"
*********************************************************
Generating perturbed configuration with delta-yb[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(yb) check complete with 0 total errors (errmax= 3.2783e-19)
d(Edge)/d(yb) check complete with 0 total errors (errmax= 3.2783e-19)
d(Node)/d(yb) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zb"
*********************************************************
Generating perturbed configuration with delta-zb[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(zb) check complete with 0 total errors (errmax= 2.2395e-19)
d(Edge)/d(zb) check complete with 0 total errors (errmax= 2.2395e-19)
d(Node)/d(zb) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(x0) check complete with 0 total errors (errmax= 5.9053e-17)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 5.5511e-17)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(y0) check complete with 0 total errors (errmax= 2.6414e-17)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 2.0981e-17)
d(Node)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z0) check complete with 0 total errors (errmax= 2.2395e-19)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 2.2395e-19)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x1"
*********************************************************
Generating perturbed configuration with delta-x1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(x1) check complete with 0 total errors (errmax= 2.8652e-17)
d(Edge)/d(x1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(x1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y1"
*********************************************************
Generating perturbed configuration with delta-y1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(y1) check complete with 0 total errors (errmax= 2.2046e-17)
d(Edge)/d(y1) check complete with 0 total errors (errmax= 2.9674e-17)
d(Node)/d(y1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z1"
*********************************************************
Generating perturbed configuration with delta-z1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "r1"
*********************************************************
Generating perturbed configuration with delta-r1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(r1) check complete with 0 total errors (errmax= 6.0742e-17)
d(Edge)/d(r1) check complete with 0 total errors (errmax= 1.1250e-16)
d(Node)/d(r1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x2"
*********************************************************
Generating perturbed configuration with delta-x2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(x2) check complete with 0 total errors (errmax= 5.0656e-17)
d(Edge)/d(x2) check complete with 0 total errors (errmax= 1.1102e-16)
d(Node)/d(x2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y2"
*********************************************************
Generating perturbed configuration with delta-y2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(y2) check complete with 0 total errors (errmax= 2.3238e-17)
d(Edge)/d(y2) check complete with 0 total errors (errmax= 2.9674e-17)
d(Node)/d(y2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z2"
*********************************************************
Generating perturbed configuration with delta-z2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "r2"
*********************************************************
Generating perturbed configuration with delta-r2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(r2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(r2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(r2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "unused"
*********************************************************
Generating perturbed configuration with delta-unused[1,1]= 0.00100000
real 0m1.158s
user 0m0.000s
sys 0m0.015s
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(unused) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(unused) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(unused) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.076 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.1251e-16) with 0 suppressions
+ set +x
data\basic\designZ1 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 271 / 275 )
data\basic\designZ2.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designZ2.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xb"
*********************************************************
Generating perturbed configuration with delta-xb[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xb) check complete with 0 total errors (errmax= 5.2603e-17)
d(Edge)/d(xb) check complete with 0 total errors (errmax= 5.9344e-17)
d(Node)/d(xb) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "yb"
*********************************************************
Generating perturbed configuration with delta-yb[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(yb) check complete with 0 total errors (errmax= 3.2783e-19)
d(Edge)/d(yb) check complete with 0 total errors (errmax= 3.2783e-19)
d(Node)/d(yb) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zb"
*********************************************************
Generating perturbed configuration with delta-zb[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(zb) check complete with 0 total errors (errmax= 2.2395e-19)
d(Edge)/d(zb) check complete with 0 total errors (errmax= 2.2395e-19)
d(Node)/d(zb) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(x0) check complete with 0 total errors (errmax= 5.8440e-17)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 5.5511e-17)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(y0) check complete with 0 total errors (errmax= 2.7824e-17)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 2.0981e-17)
d(Node)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(z0) check complete with 0 total errors (errmax= 7.2681e-17)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 1.1102e-16)
d(Node)/d(z0) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "x1"
*********************************************************
Generating perturbed configuration with delta-x1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(x1) check complete with 0 total errors (errmax= 5.2603e-17)
d(Edge)/d(x1) check complete with 0 total errors (errmax= 5.9344e-17)
d(Node)/d(x1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y1"
*********************************************************
Generating perturbed configuration with delta-y1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(y1) check complete with 0 total errors (errmax= 2.1084e-17)
d(Edge)/d(y1) check complete with 0 total errors (errmax= 2.9674e-17)
d(Node)/d(y1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z1"
*********************************************************
Generating perturbed configuration with delta-z1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(z1) check complete with 0 total errors (errmax= 8.3925e-17)
d(Edge)/d(z1) check complete with 0 total errors (errmax= 8.3925e-17)
d(Node)/d(z1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "r1"
*********************************************************
Generating perturbed configuration with delta-r1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(r1) check complete with 0 total errors (errmax= 4.6915e-17)
d(Edge)/d(r1) check complete with 0 total errors (errmax= 5.5511e-17)
d(Node)/d(r1) check complete with 0 total errors (errmax= 5.5511e-17)
*********************************************************
Starting tessellation sensitivity wrt "c1"
*********************************************************
Generating perturbed configuration with delta-c1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(c1) check complete with 0 total errors (errmax= 3.8850e-17)
d(Edge)/d(c1) check complete with 0 total errors (errmax= 4.1962e-17)
d(Node)/d(c1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x2"
*********************************************************
Generating perturbed configuration with delta-x2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(x2) check complete with 0 total errors (errmax= 5.2527e-17)
d(Edge)/d(x2) check complete with 0 total errors (errmax= 1.1102e-16)
d(Node)/d(x2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y2"
*********************************************************
Generating perturbed configuration with delta-y2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(y2) check complete with 0 total errors (errmax= 2.3208e-17)
d(Edge)/d(y2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z2"
*********************************************************
Generating perturbed configuration with delta-z2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(z2) check complete with 0 total errors (errmax= 8.3925e-17)
d(Edge)/d(z2) check complete with 0 total errors (errmax= 8.3925e-17)
d(Node)/d(z2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "r2"
*********************************************************
Generating perturbed configuration with delta-r2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(r2) check complete with 0 total errors (errmax= 5.2685e-17)
d(Edge)/d(r2) check complete with 0 total errors (errmax= 1.1189e-16)
d(Node)/d(r2) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "c2"
*********************************************************
Generating perturbed configuration with delta-c2[1,1]= 0.00100000
real 0m2.446s
user 0m0.000s
sys 0m0.030s
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(c2) check complete with 0 total errors (errmax= 2.2361e-17)
d(Edge)/d(c2) check complete with 0 total errors (errmax= 1.3878e-17)
d(Node)/d(c2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "unused"
*********************************************************
Generating perturbed configuration with delta-unused[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(unused) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(unused) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(unused) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.096 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.1190e-16) with 0 suppressions
+ set +x
data\basic\designZ2 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 272 / 275 )
data\basic\designZ3.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designZ3.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xb"
*********************************************************
Generating perturbed configuration with delta-xb[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(xb) check complete with 0 total errors (errmax= 4.7227e-17)
d(Edge)/d(xb) check complete with 0 total errors (errmax= 4.9651e-17)
d(Node)/d(xb) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "yb"
*********************************************************
Generating perturbed configuration with delta-yb[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(yb) check complete with 0 total errors (errmax= 2.2395e-19)
d(Edge)/d(yb) check complete with 0 total errors (errmax= 2.2395e-19)
d(Node)/d(yb) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zb"
*********************************************************
Generating perturbed configuration with delta-zb[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(zb) check complete with 0 total errors (errmax= 2.2395e-19)
d(Edge)/d(zb) check complete with 0 total errors (errmax= 2.2395e-19)
d(Node)/d(zb) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(x0) check complete with 0 total errors (errmax= 5.8261e-17)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 1.5578e-19)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(y0) check complete with 0 total errors (errmax= 2.9733e-17)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 2.2395e-19)
d(Node)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z0) check complete with 0 total errors (errmax= 2.2395e-19)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 2.2395e-19)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x1"
*********************************************************
Generating perturbed configuration with delta-x1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(x1) check complete with 0 total errors (errmax= 3.8306e-17)
d(Edge)/d(x1) check complete with 0 total errors (errmax= 4.9651e-17)
d(Node)/d(x1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y1"
*********************************************************
Generating perturbed configuration with delta-y1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(y1) check complete with 0 total errors (errmax= 2.4005e-17)
d(Edge)/d(y1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z1"
*********************************************************
Generating perturbed configuration with delta-z1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "r1"
*********************************************************
Generating perturbed configuration with delta-r1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(r1) check complete with 0 total errors (errmax= 5.4896e-17)
d(Edge)/d(r1) check complete with 0 total errors (errmax= 5.7444e-17)
d(Node)/d(r1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x2"
*********************************************************
Generating perturbed configuration with delta-x2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(x2) check complete with 0 total errors (errmax= 5.1209e-17)
d(Edge)/d(x2) check complete with 0 total errors (errmax= 4.0540e-17)
d(Node)/d(x2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y2"
*********************************************************
Generating perturbed configuration with delta-y2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(y2) check complete with 0 total errors (errmax= 2.3186e-17)
d(Edge)/d(y2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z2"
*********************************************************
Generating perturbed configuration with delta-z2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(z2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "r2"
*********************************************************
Generating perturbed configuration with delta-r2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(r2) check complete with 0 total errors (errmax= 5.5446e-17)
d(Edge)/d(r2) check complete with 0 total errors (errmax= 4.3148e-17)
d(Node)/d(r2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "unused"
*********************************************************
Generating perturbed configuration with delta-unused[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(unused) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(unused) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(unused) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.059 sec
Sensitivity checks complete with 0 total errors (max tess err= 5.8271e-17) with 0 suppressions
real 0m2.094s
user 0m0.031s
sys 0m0.031s
+ set +x
data\basic\designZ3 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 273 / 275 )
data\basic\designZ4.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designZ4.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xb"
*********************************************************
Generating perturbed configuration with delta-xb[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xb) check complete with 0 total errors (errmax= 2.5963e-11)
d(Edge)/d(xb) check complete with 0 total errors (errmax= 5.9344e-17)
d(Node)/d(xb) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "yb"
*********************************************************
Generating perturbed configuration with delta-yb[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(yb) check complete with 0 total errors (errmax= 5.9603e-10)
d(Edge)/d(yb) check complete with 0 total errors (errmax= 3.2783e-19)
d(Node)/d(yb) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zb"
*********************************************************
Generating perturbed configuration with delta-zb[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(zb) check complete with 0 total errors (errmax= 2.2395e-19)
d(Edge)/d(zb) check complete with 0 total errors (errmax= 2.2395e-19)
d(Node)/d(zb) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(x0) check complete with 0 total errors (errmax= 5.6153e-17)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 1.5578e-19)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(y0) check complete with 0 total errors (errmax= 3.0030e-17)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 2.2395e-19)
d(Node)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(z0) check complete with 0 total errors (errmax= 7.2681e-17)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 1.1102e-16)
d(Node)/d(z0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x1"
*********************************************************
Generating perturbed configuration with delta-x1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(x1) check complete with 0 total errors (errmax= 1.1221e-11)
d(Edge)/d(x1) check complete with 0 total errors (errmax= 5.9344e-17)
d(Node)/d(x1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y1"
*********************************************************
Generating perturbed configuration with delta-y1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(y1) check complete with 0 total errors (errmax= 1.1221e-11)
d(Edge)/d(y1) check complete with 0 total errors (errmax= 3.2783e-19)
d(Node)/d(y1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z1"
*********************************************************
Generating perturbed configuration with delta-z1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(z1) check complete with 0 total errors (errmax= 8.2413e-17)
d(Edge)/d(z1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "r1"
*********************************************************
Generating perturbed configuration with delta-r1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(r1) check complete with 0 total errors (errmax= 1.5323e-07)
d(Edge)/d(r1) check complete with 0 total errors (errmax= 4.1368e-07)
d(Node)/d(r1) check complete with 0 total errors (errmax= 4.1368e-07)
*********************************************************
Starting tessellation sensitivity wrt "c1"
*********************************************************
Generating perturbed configuration with delta-c1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(c1) check complete with 0 total errors (errmax= 9.6152e-07)
d(Edge)/d(c1) check complete with 0 total errors (errmax= 2.6028e-06)
d(Node)/d(c1) check complete with 0 total errors (errmax= 2.6028e-06)
*********************************************************
Starting tessellation sensitivity wrt "x2"
*********************************************************
Generating perturbed configuration with delta-x2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(x2) check complete with 0 total errors (errmax= 2.5963e-11)
d(Edge)/d(x2) check complete with 0 total errors (errmax= 1.1102e-16)
d(Node)/d(x2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y2"
*********************************************************
Generating perturbed configuration with delta-y2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(y2) check complete with 0 total errors (errmax= 5.9603e-10)
d(Edge)/d(y2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z2"
*********************************************************
Generating perturbed configuration with delta-z2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(z2) check complete with 0 total errors (errmax= 8.2413e-17)
d(Edge)/d(z2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(z2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "r2"
*********************************************************
Generating perturbed configuration with delta-r2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(r2) check complete with 0 total errors (errmax= 9.4859e-08)
d(Edge)/d(r2) check complete with 0 total errors (errmax= 4.1368e-07)
d(Node)/d(r2) check complete with 0 total errors (errmax= 4.1368e-07)
*********************************************************
Starting tessellation sensitivity wrt "c2"
*********************************************************
Generating perturbed configuration with delta-c2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(c2) check complete with 0 total errors (errmax= 5.9524e-07)
d(Edge)/d(c2) check complete with 0 total errors (errmax= 2.6028e-06)
d(Node)/d(c2) check complete with 0 total errors (errmax= 2.6028e-06)
*********************************************************
Starting tessellation sensitivity wrt "unused"
*********************************************************
Generating perturbed configuration with delta-unused[1,1]= 0.00100000
real 0m2.384s
user 0m0.015s
sys 0m0.000s
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(unused) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(unused) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(unused) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.096 sec
Sensitivity checks complete with 0 total errors (max tess err= 2.6028e-06) with 0 suppressions
+ set +x
data\basic\designZ4 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 274 / 275 )
data\basic\designZ5.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designZ5.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xb"
*********************************************************
Generating perturbed configuration with delta-xb[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(xb) check complete with 0 total errors (errmax= 1.6586e-08)
d(Edge)/d(xb) check complete with 0 total errors (errmax= 4.9651e-17)
d(Node)/d(xb) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "yb"
*********************************************************
Generating perturbed configuration with delta-yb[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(yb) check complete with 0 total errors (errmax= 1.5143e-08)
d(Edge)/d(yb) check complete with 0 total errors (errmax= 2.2395e-19)
d(Node)/d(yb) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zb"
*********************************************************
Generating perturbed configuration with delta-zb[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(zb) check complete with 0 total errors (errmax= 2.2395e-19)
d(Edge)/d(zb) check complete with 0 total errors (errmax= 2.2395e-19)
d(Node)/d(zb) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(x0) check complete with 0 total errors (errmax= 5.9514e-17)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 1.5578e-19)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(y0) check complete with 0 total errors (errmax= 2.8281e-17)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 2.2395e-19)
d(Node)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z0) check complete with 0 total errors (errmax= 7.6858e-17)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 6.7987e-17)
d(Node)/d(z0) check complete with 0 total errors (errmax= 6.1630e-33)
*********************************************************
Starting tessellation sensitivity wrt "x1"
*********************************************************
Generating perturbed configuration with delta-x1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(x1) check complete with 0 total errors (errmax= 1.6586e-08)
d(Edge)/d(x1) check complete with 0 total errors (errmax= 4.9651e-17)
d(Node)/d(x1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y1"
*********************************************************
Generating perturbed configuration with delta-y1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(y1) check complete with 0 total errors (errmax= 1.5143e-08)
d(Edge)/d(y1) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z1"
*********************************************************
Generating perturbed configuration with delta-z1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z1) check complete with 0 total errors (errmax= 2.2204e-16)
d(Edge)/d(z1) check complete with 0 total errors (errmax= 2.2204e-16)
d(Node)/d(z1) check complete with 0 total errors (errmax= 2.2204e-16)
*********************************************************
Starting tessellation sensitivity wrt "r1"
*********************************************************
Generating perturbed configuration with delta-r1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(r1) check complete with 0 total errors (errmax= 2.2308e-16)
d(Edge)/d(r1) check complete with 0 total errors (errmax= 2.3675e-16)
d(Node)/d(r1) check complete with 0 total errors (errmax= 2.4825e-16)
*********************************************************
Starting tessellation sensitivity wrt "x2"
*********************************************************
Generating perturbed configuration with delta-x2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(x2) check complete with 0 total errors (errmax= 1.6586e-08)
d(Edge)/d(x2) check complete with 0 total errors (errmax= 4.0540e-17)
d(Node)/d(x2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y2"
*********************************************************
Generating perturbed configuration with delta-y2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(y2) check complete with 0 total errors (errmax= 1.5143e-08)
d(Edge)/d(y2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z2"
*********************************************************
Generating perturbed configuration with delta-z2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(z2) check complete with 0 total errors (errmax= 8.1947e-17)
d(Edge)/d(z2) check complete with 0 total errors (errmax= 8.7771e-17)
d(Node)/d(z2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "r2"
*********************************************************
Generating perturbed configuration with delta-r2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(r2) check complete with 0 total errors (errmax= 2.2347e-16)
d(Edge)/d(r2) check complete with 0 total errors (errmax= 2.3369e-16)
d(Node)/d(r2) check complete with 0 total errors (errmax= 2.4825e-16)
*********************************************************
Starting tessellation sensitivity wrt "unused"
*********************************************************
Generating perturbed configuration with delta-unused[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=7
Computing distances of perturbed points from perturbed configuration for ibody=7
d(Face)/d(unused) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(unused) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(unused) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.064 sec
Sensitivity checks complete with 0 total errors (max tess err= 1.6586e-08) with 0 suppressions
real 0m1.410s
user 0m0.000s
sys 0m0.031s
+ set +x
data\basic\designZ5 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
( 275 / 275 )
data\basic\designZ6.csm;
+ 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\WIN64/bin/sensCSM' '..\..\OpenCSM\trunk\data\basic\designZ6.csm' -outLevel 0 -tess
--> ocsmCheck() -> status=0 (success)
*********************************************************
Starting tessellation sensitivity wrt "xb"
*********************************************************
Generating perturbed configuration with delta-xb[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(xb) check complete with 0 total errors (errmax= 1.8450e-08)
d(Edge)/d(xb) check complete with 0 total errors (errmax= 5.9344e-17)
d(Node)/d(xb) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "yb"
*********************************************************
Generating perturbed configuration with delta-yb[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(yb) check complete with 0 total errors (errmax= 1.5143e-08)
d(Edge)/d(yb) check complete with 0 total errors (errmax= 5.0077e-19)
d(Node)/d(yb) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "zb"
*********************************************************
Generating perturbed configuration with delta-zb[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(zb) check complete with 0 total errors (errmax= 2.2395e-19)
d(Edge)/d(zb) check complete with 0 total errors (errmax= 2.2395e-19)
d(Node)/d(zb) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "x0"
*********************************************************
Generating perturbed configuration with delta-x0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(x0) check complete with 0 total errors (errmax= 5.8465e-17)
d(Edge)/d(x0) check complete with 0 total errors (errmax= 1.5578e-19)
d(Node)/d(x0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y0"
*********************************************************
Generating perturbed configuration with delta-y0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(y0) check complete with 0 total errors (errmax= 2.9075e-17)
d(Edge)/d(y0) check complete with 0 total errors (errmax= 2.2395e-19)
d(Node)/d(y0) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z0"
*********************************************************
Generating perturbed configuration with delta-z0[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(z0) check complete with 0 total errors (errmax= 7.5447e-08)
d(Edge)/d(z0) check complete with 0 total errors (errmax= 1.3262e-05)
d(Node)/d(z0) check complete with 0 total errors (errmax= 7.3665e-07)
*********************************************************
Starting tessellation sensitivity wrt "x1"
*********************************************************
Generating perturbed configuration with delta-x1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(x1) check complete with 0 total errors (errmax= 1.8450e-08)
d(Edge)/d(x1) check complete with 0 total errors (errmax= 5.9344e-17)
d(Node)/d(x1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "y1"
*********************************************************
Generating perturbed configuration with delta-y1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(y1) check complete with 0 total errors (errmax= 9.5941e-09)
d(Edge)/d(y1) check complete with 0 total errors (errmax= 5.0077e-19)
d(Node)/d(y1) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z1"
*********************************************************
Generating perturbed configuration with delta-z1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(z1) check complete with 0 total errors (errmax= 7.5661e-08)
d(Edge)/d(z1) check complete with 0 total errors (errmax= 1.2989e-05)
d(Node)/d(z1) check complete with 0 total errors (errmax= 7.4488e-07)
*********************************************************
Starting tessellation sensitivity wrt "r1"
*********************************************************
Generating perturbed configuration with delta-r1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(r1) check complete with 0 total errors (errmax= 4.0280e-07)
d(Edge)/d(r1) check complete with 0 total errors (errmax= 2.2026e-05)
d(Node)/d(r1) check complete with 0 total errors (errmax= 2.9305e-06)
*********************************************************
Starting tessellation sensitivity wrt "c1"
*********************************************************
Generating perturbed configuration with delta-c1[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(c1) check complete with 0 total errors (errmax= 2.8498e-06)
d(Edge)/d(c1) check complete with 0 total errors (errmax= 4.5419e-05)
d(Node)/d(c1) check complete with 0 total errors (errmax= 1.8856e-05)
*********************************************************
Starting tessellation sensitivity wrt "x2"
*********************************************************
Generating perturbed configuration with delta-x2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(x2) check complete with 0 total errors (errmax= 1.6586e-08)
d(Edge)/d(x2) check complete with 0 total errors (errmax= 1.1102e-16)
d(Node)/d(x2) check complete with 0 total errors (errmax= 1.1102e-16)
*********************************************************
Starting tessellation sensitivity wrt "y2"
*********************************************************
Generating perturbed configuration with delta-y2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(y2) check complete with 0 total errors (errmax= 1.5143e-08)
d(Edge)/d(y2) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(y2) check complete with 0 total errors (errmax= 0.0000e+00)
*********************************************************
Starting tessellation sensitivity wrt "z2"
*********************************************************
Generating perturbed configuration with delta-z2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(z2) check complete with 0 total errors (errmax= 7.5472e-08)
d(Edge)/d(z2) check complete with 0 total errors (errmax= 1.2989e-05)
d(Node)/d(z2) check complete with 0 total errors (errmax= 7.4488e-07)
*********************************************************
Starting tessellation sensitivity wrt "r2"
*********************************************************
Generating perturbed configuration with delta-r2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(r2) check complete with 0 total errors (errmax= 3.0372e-07)
d(Edge)/d(r2) check complete with 0 total errors (errmax= 2.2026e-05)
d(Node)/d(r2) check complete with 0 total errors (errmax= 2.9305e-06)
*********************************************************
Starting tessellation sensitivity wrt "c2"
*********************************************************
Generating perturbed configuration with delta-c2[1,1]= 0.00100000
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(c2) check complete with 0 total errors (errmax= 2.6074e-06)
d(Edge)/d(c2) check complete with 0 total errors (errmax= 4.5419e-05)
d(Node)/d(c2) check complete with 0 total errors (errmax= 1.8856e-05)
*********************************************************
Starting tessellation sensitivity wrt "unused"
*********************************************************
Generating perturbed configuration with delta-unused[1,1]= 0.00100000
real 0m2.566s
user 0m0.015s
sys 0m0.061s
Computing analytic sensitivities (if possible) for ibody=10
Computing distances of perturbed points from perturbed configuration for ibody=10
d(Face)/d(unused) check complete with 0 total errors (errmax= 0.0000e+00)
d(Edge)/d(unused) check complete with 0 total errors (errmax= 0.0000e+00)
d(Node)/d(unused) check complete with 0 total errors (errmax= 0.0000e+00)
==> sensCSM completed successfully
Total CPU time in ocsmGetTessVel -> 0.094 sec
Sensitivity checks complete with 0 total errors (max tess err= 4.5419e-05) with 0 suppressions
+ set +x
data\basic\designZ6 -tess passed (as expected)
--------------------------------------------------------------------------------------------------
================================ Found errors ================================
==================================================================================================
(venv) C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\test>set /a "err=0+0+0+0"
(venv) C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\ESP\test>exit /b 0
(venv) C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019\OpenCSM\trunk\src>exit 0
[GNU C Compiler (gcc)] Parsing console log (workspace: 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019')
[GNU C Compiler (gcc)] Successfully parsed console log
[GNU C Compiler (gcc)] -> found 0 issues (skipped 0 duplicates)
[GNU C Compiler (gcc)] Skipping post processing
[GNU C Compiler (gcc)] No filter has been set, publishing all 0 issues
[GNU C Compiler (gcc)] Repository miner is not configured, skipping repository mining
[Clang] Parsing console log (workspace: 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019')
[Clang] -> found 0 issues (skipped 0 duplicates)
[Clang] Parsing console log (workspace: 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019')
[Clang] -> found 0 issues (skipped 0 duplicates)
[Clang] Successfully parsed console log
[Clang] -> found 0 issues (skipped 0 duplicates)
[Clang] Parsing console log (workspace: 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019')
[Clang] Skipping post processing
[Clang] No filter has been set, publishing all 0 issues
[Clang] Repository miner is not configured, skipping repository mining
[Static Analysis] Successfully parsed console log
[Static Analysis] -> found 0 issues (skipped 0 duplicates)
[Static Analysis] Parsing console log (workspace: 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019')
[Static Analysis] Successfully parsed console log
[Static Analysis] -> found 0 issues (skipped 0 duplicates)
[Static Analysis] Skipping post processing
[Static Analysis] No filter has been set, publishing all 0 issues
[Static Analysis] Repository miner is not configured, skipping repository mining
[Static Analysis] Successfully parsed console log
[Static Analysis] -> found 0 issues (skipped 0 duplicates)
[Static Analysis] Successfully parsed console log
[Static Analysis] -> found 0 issues (skipped 0 duplicates)
[Static Analysis] Successfully parsed console log
[Static Analysis] -> found 0 issues (skipped 0 duplicates)
[Static Analysis] Parsing console log (workspace: 'C:\Users\jenkins\workspace\ESP_RegOcsm\7.6\sensCSM\tess\WIN64.2019')
[Static Analysis] Skipping post processing
[Static Analysis] No filter has been set, publishing all 0 issues
[Static Analysis] Repository miner is not configured, skipping repository mining
[Static Analysis] Reference build recorder is not configured
[Static Analysis] No valid reference build found
[Static Analysis] All reported issues will be considered outstanding
[Static Analysis] No quality gates have been set - skipping
[Static Analysis] Health report is disabled - skipping
[Static Analysis] Created analysis result for 0 issues (found 0 new issues, fixed 0 issues)
[Static Analysis] Attaching ResultAction with ID 'analysis' to build 'ESP_RegOcsm/CASREV=7.6,ESPTEST=sensCSM/tess,ESP_ARCH=WIN64.2019,buildnode=windows10x64 #335'.
[Checks API] No suitable checks publisher found.
[PostBuildScript] - [INFO] Executing post build scripts.
[PostBuildScript] - [INFO] build step #0 should only be executed on MATRIX
[WS-CLEANUP] Deleting project workspace...
[WS-CLEANUP] done
Finished: SUCCESS