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Started by upstream project "ESP_MemcheckOcsm" build number 760 originally caused by: Started by an SCM change Running as SYSTEM [EnvInject] - Loading node environment variables. Building remotely on reynolds in workspace /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64 [WS-CLEANUP] Deleting project workspace... [WS-CLEANUP] Done Cleaning up /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS Deleting /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/include/LINUX64 Deleting /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/docs/EGADS_dot/src/circle1_dot Deleting /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/docs/EGADS_dot/src/circle2_dot Deleting /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/docs/EGADS_dot/src/naca_dot Deleting /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/docs/EGADS_dot/src/ruled_naca_dot Deleting /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/docs/UDP_UDF/data/tire Deleting /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/docs/UDP_UDF/data/tire.o Deleting /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/docs/UDP_UDF/data/tire.so Deleting /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/docs/UDP_UDF/data/udpTire.o Deleting /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/docs/Tutorial/egads2tri Deleting /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/docs/Tutorial/egads2tri.o Deleting /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/docs/Tutorial/tire Deleting /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/docs/Tutorial/tire.o Updating svn+ssh://acdl.mit.edu/home/svnroot/EGADS at revision '2024-05-12T07:49:24.376 -0400' 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’ At revision 2042 Cleaning up /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/OpenCSM Updating svn+ssh://acdl.mit.edu/home/svnroot/OpenCSM at revision '2024-05-12T07:49:24.376 -0400' 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’ D trunk/data/vsp3/Bombardier_DASH8-Q100.csm D trunk/data/vsp3/Bombardier_DASH8-Q100.vsp3 A trunk/data/vsp3/OPAM1_wing.csm A trunk/data/vsp3/OPAM1_wing.udc A trunk/data/vsp3/OPAM1_wing.vsp3 A trunk/data/vsp3/verify_7.6.0/OPAM1_wing.vfy A trunk/data/vsp3/verify_7.7.0/OPAM1_wing.vfy A trunk/data/vsp3/verify_7.8.0/OPAM1_wing.vfy U trunk/data/vsp3 U trunk/data/legacy/tutorial1_new.csm A trunk/data/Slugs A trunk/data/Slugs/verify_7.8.0 A trunk/data/Slugs/verify_7.8.0/blend12_1.vfy A trunk/data/Slugs/verify_7.8.0/blindeye_1.vfy A trunk/data/Slugs/verify_7.8.0/boxBall_1.vfy A trunk/data/Slugs/verify_7.8.0/boxHole_1.vfy A trunk/data/Slugs/verify_7.8.0/box_1.vfy A trunk/data/Slugs/verify_7.8.0/cylinderHole_1.vfy A trunk/data/Slugs/verify_7.8.0/cylinder_1.vfy A trunk/data/Slugs/verify_7.8.0/damaged_2.vfy A trunk/data/Slugs/verify_7.8.0/demo1_1.vfy A trunk/data/Slugs/verify_7.8.0/duct_1.vfy A trunk/data/Slugs/verify_7.8.0/eyeball_1.vfy A trunk/data/Slugs/verify_7.8.0/holes_1.vfy A trunk/data/Slugs/verify_7.8.0/pieslice_1.vfy A trunk/data/Slugs/verify_7.8.0/sphere_1.vfy A trunk/data/Slugs/verify_7.8.0/torus_1.vfy A trunk/data/Slugs/verify_7.8.0/tutorial1.vfy A trunk/data/Slugs/verify_7.8.0/wing_1.vfy AU trunk/data/Slugs/damaged_1.stl A trunk/data/Slugs/verify_7.7.0 A trunk/data/Slugs/verify_7.7.0/blend12_1.vfy A trunk/data/Slugs/verify_7.7.0/blindeye_1.vfy A trunk/data/Slugs/verify_7.7.0/boxBall_1.vfy A trunk/data/Slugs/verify_7.7.0/boxHole_1.vfy A trunk/data/Slugs/verify_7.7.0/box_1.vfy A trunk/data/Slugs/verify_7.7.0/cylinderHole_1.vfy A trunk/data/Slugs/verify_7.7.0/cylinder_1.vfy A trunk/data/Slugs/verify_7.7.0/damaged_2.vfy A trunk/data/Slugs/verify_7.7.0/demo1_1.vfy A trunk/data/Slugs/verify_7.7.0/duct_1.vfy A trunk/data/Slugs/verify_7.7.0/eyeball_1.vfy A trunk/data/Slugs/verify_7.7.0/holes_1.vfy A trunk/data/Slugs/verify_7.7.0/pieslice_1.vfy A trunk/data/Slugs/verify_7.7.0/sphere_1.vfy A trunk/data/Slugs/verify_7.7.0/torus_1.vfy A trunk/data/Slugs/verify_7.7.0/tutorial1.vfy A trunk/data/Slugs/verify_7.7.0/wing_1.vfy A trunk/data/Slugs/verify_7.6.0 A trunk/data/Slugs/verify_7.6.0/blend12_1.vfy A trunk/data/Slugs/verify_7.6.0/blindeye_1.vfy A trunk/data/Slugs/verify_7.6.0/boxBall_1.vfy A trunk/data/Slugs/verify_7.6.0/boxHole_1.vfy A trunk/data/Slugs/verify_7.6.0/box_1.vfy A trunk/data/Slugs/verify_7.6.0/cylinderHole_1.vfy A trunk/data/Slugs/verify_7.6.0/cylinder_1.vfy A trunk/data/Slugs/verify_7.6.0/damaged_2.vfy A trunk/data/Slugs/verify_7.6.0/demo1_1.vfy A trunk/data/Slugs/verify_7.6.0/duct_1.vfy A trunk/data/Slugs/verify_7.6.0/eyeball_1.vfy A trunk/data/Slugs/verify_7.6.0/holes_1.vfy A trunk/data/Slugs/verify_7.6.0/pieslice_1.vfy A trunk/data/Slugs/verify_7.6.0/sphere_1.vfy A trunk/data/Slugs/verify_7.6.0/torus_1.vfy A trunk/data/Slugs/verify_7.6.0/tutorial1.vfy A trunk/data/Slugs/verify_7.6.0/wing_1.vfy A trunk/data/Slugs/holes_0.stl 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/data/Slugs/boxBall_0.jrnl A trunk/data/Slugs/boxBall.plot A trunk/data/Slugs/boxBall_0.stl A trunk/data/Slugs/holes.plot A trunk/data/Slugs/holes_0.csm A trunk/data/Slugs/holes_0.jrnl A trunk/data/Slugs/holes_1.csm AU trunk/data/Slugs/tutorial1.stl A trunk/data/Slugs/sphere_0.stl A trunk/data/Slugs/blend12.plot A trunk/data/Slugs/blend12_0.csm A trunk/data/Slugs/blend12_0.stl A trunk/data/Slugs/blindeye.plot A trunk/data/Slugs/blindeye_0.csm A trunk/data/Slugs/blindeye_0.jrnl A trunk/data/Slugs/blindeye_0.stl A trunk/data/Slugs/blindeye_1.csm A trunk/data/Slugs/box.plot A trunk/data/Slugs/boxBall_0.csm A trunk/data/Slugs/boxBall_1.csm A trunk/data/Slugs/boxHole.plot A trunk/data/Slugs/boxHole_0.csm A trunk/data/Slugs/boxHole_0.jrnl A trunk/data/Slugs/boxHole_0.stl A trunk/data/Slugs/box_0.csm A trunk/data/Slugs/box_0.jrnl A trunk/data/Slugs/box_0.stl A trunk/data/Slugs/cylinder.plot A trunk/data/Slugs/cylinderHole.plot A trunk/data/Slugs/cylinderHole_0.csm A trunk/data/Slugs/cylinderHole_0.jrnl A trunk/data/Slugs/cylinderHole_0.stl A trunk/data/Slugs/cylinder_0.csm A trunk/data/Slugs/cylinder_0.jrnl A trunk/data/Slugs/cylinder_0.stl A trunk/data/Slugs/damaged.plot A trunk/data/Slugs/damaged_0.csm A trunk/data/Slugs/damaged_0.stl A trunk/data/Slugs/damaged_1.jrnl A trunk/data/Slugs/demo1.plot A trunk/data/Slugs/demo1_0.csm A trunk/data/Slugs/demo1_0.jrnl A trunk/data/Slugs/demo1_0.stl A trunk/data/Slugs/duct.plot A trunk/data/Slugs/duct_0.csm A trunk/data/Slugs/duct_0.jrnl A trunk/data/Slugs/duct_0.stl A trunk/data/Slugs/eyeball.plot A trunk/data/Slugs/eyeball_0.csm A trunk/data/Slugs/eyeball_0.jrnl A trunk/data/Slugs/eyeball_0.stl A trunk/data/Slugs/myGlider.plot A trunk/data/Slugs/myGlider_0.cpc A trunk/data/Slugs/myGlider_0.stl A trunk/data/Slugs/pieslice.plot A trunk/data/Slugs/pieslice_0.csm A trunk/data/Slugs/pieslice_0.jrnl A trunk/data/Slugs/pieslice_0.stl A trunk/data/Slugs/sphere.plot A trunk/data/Slugs/sphere_0.csm A trunk/data/Slugs/sphere_0.jrnl A trunk/data/Slugs/torus.plot A trunk/data/Slugs/torus_0.csm A trunk/data/Slugs/torus_0.jrnl A trunk/data/Slugs/torus_0.stl A trunk/data/Slugs/tutorial1.jrnl A trunk/data/Slugs/tutorial1.plot A trunk/data/Slugs/tutorial1_setup.csm A trunk/data/Slugs/tutorial1_setup.stl A trunk/data/Slugs/wing.plot A trunk/data/Slugs/wingBody.plot A trunk/data/Slugs/wingBody_0.cpc A trunk/data/Slugs/wingBody_0.stl A trunk/data/Slugs/wing_0.csm A trunk/data/Slugs/wing_0.jrnl A trunk/data/Slugs/wing_0.stl A trunk/data/Slugs/blend12_1.csm A trunk/data/Slugs/boxHole_1.csm A trunk/data/Slugs/box_1.csm A trunk/data/Slugs/cylinderHole_1.csm A trunk/data/Slugs/cylinder_1.csm A trunk/data/Slugs/damaged_2.csm A trunk/data/Slugs/demo1_1.csm A trunk/data/Slugs/duct_1.csm A trunk/data/Slugs/myGlider_2.csm A trunk/data/Slugs/sphere_1.csm A trunk/data/Slugs/torus_1.csm A trunk/data/Slugs/tutorial1.csm A trunk/data/Slugs/wingBody_2.csm A trunk/data/Slugs/wing_1.csm A trunk/data/Slugs/testfiles A trunk/data/Slugs/testfiles/elbow.stl A trunk/data/Slugs/testfiles/elbow_NW.csm A trunk/data/Slugs/testfiles/elbow_NW.jrnl A trunk/data/Slugs/testfiles/elbow_NW.stl A trunk/data/Slugs/testfiles/nucleus1.csm A trunk/data/Slugs/testfiles/nucleus1.jrnl A trunk/data/Slugs/testfiles/nucleus1.stl A trunk/data/Slugs/testfiles/nucleus2.stl A trunk/data/Slugs/testfiles/nucleus3.stl AU trunk/data/Slugs/aneurysm_case1.iges AU trunk/data/Slugs/aneurysm_case1_slugs.stl A trunk/data/Slugs/eyeball_1.csm A trunk/data/Slugs/pieslice_1.csm A trunk/data/Slugs/myGlider_0.jrnl A trunk/data/Slugs/myGlider_1.jrnl A trunk/data/Slugs/damaged_0.jrnl A trunk/data/Slugs/wingBody_0.jrnl A trunk/data/Slugs/wingBody_1.jrnl A trunk/data/Slugs/tutorial1_setup.jrnl A trunk/data/Slugs/blend12_0.jrnl U trunk/ESP/ESP-help.html U trunk/ToDo.txt U trunk/src/OpenCSM.c U trunk/src/serveESP.c U trunk/src/udfGanged.c U trunk/src/udp.h U trunk/src/udpUtilities.c U trunk/src/udpVsp3.c U trunk/src/Makefile.DARWIN64 At revision 2493 Cleaning up /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/JenkinsESP Updating svn+ssh://acdl.mit.edu/home/svnroot/JenkinsESP at revision '2024-05-12T07:49:24.376 -0400' 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’ At revision 860 No changes for svn+ssh://acdl.mit.edu/home/svnroot/EGADS 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’ No changes for svn+ssh://acdl.mit.edu/home/svnroot/JenkinsESP since the previous build [GitCheckoutListener] SCM 'hudson.scm.SubversionSCM' is not of type GitSCM [LINUX64] $ /bin/bash -xe /tmp/jenkins7019084775480836923.sh + export NOCAPS=true + NOCAPS=true + rm -rf /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/OpenCSM/trunk/data/Slugs + bash -x /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/JenkinsESP/ESP_Memcheck.sh + export PYTHON_COMPILE=_address + PYTHON_COMPILE=_address + source /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/JenkinsESP/ESP_Env.sh ++ export OCCTREF=7.8 ++ OCCTREF=7.8 ++ AFLR_VERSION=11.5.14 ++ SU2_VERSION=8.0.0 ++ TETGEN_VERSION=1.6.0 ++ VSP_VERSION=3.38.0 ++ export PYTHON_VERSION=3.11.9 ++ PYTHON_VERSION=3.11.9 ++ export EFCOMP=gfortran ++ EFCOMP=gfortran ++ [[ reynolds == \r\e\y\n\o\l\d\s ]] ++ [[ LINUX64 == \L\I\N\U\X\6\4\.\g\n\u* ]] ++ [[ LINUX64 == *\.\i\f\o\r\t ]] ++ '[' -f /opt/intel/oneapi/setvars.sh ']' ++ source /opt/intel/oneapi/setvars.sh ++ '[' -f /home/jenkins/.bashrc ']' ++ source /home/jenkins/.bashrc +++ DEBUG_MODE=0 +++ [[ hxB == *x* ]] +++ DEBUG_MODE=1 +++ set +x +++ case $- in +++ return ++ export CAPS_OUTLEVEL=0 ++ CAPS_OUTLEVEL=0 ++ [[ LINUX64 == \D\A\R\W\I\N\6\4\.\g\c\c ]] ++ export ESP_BLOC=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64 ++ ESP_BLOC=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64 ++ export ESP_ROOT=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64 ++ ESP_ROOT=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64 ++ export JULIA_DEPOT_PATH=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/julia ++ JULIA_DEPOT_PATH=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/julia ++ export AWAVE=awavemod.f ++ AWAVE=awavemod.f ++ export RLM_CONNECT_TIMEOUT=350 ++ RLM_CONNECT_TIMEOUT=350 ++ [[ 7.8 != '' ]] ++ [[ '' != '' ]] ++ [[ reynolds == *\r\e\y\n\o\l\d\s* ]] ++ [[ _address != '' ]] ++ [[ reynolds == \r\e\y\n\o\l\d\s ]] ++ export PYTHONHOME=/home/jenkins/util/python/Python-3.11.9_address/install ++ PYTHONHOME=/home/jenkins/util/python/Python-3.11.9_address/install ++ export PATH=/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin ++ PATH=/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin ++ export LD_LIBRARY_PATH=/home/jenkins/util/python/Python-3.11.9_address/install/lib:/opt/intel/oneapi/tbb/2021.11/env/../lib/intel64/gcc4.8:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/lib:/opt/intel/oneapi/mpi/2021.11/lib:/opt/intel/oneapi/mkl/2024.0/lib:/opt/intel/oneapi/dpl/2022.3/lib:/opt/intel/oneapi/debugger/2024.0/opt/debugger/lib:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/host/linux64/lib:/opt/intel/oneapi/compiler/2024.0/opt/compiler/lib:/opt/intel/oneapi/compiler/2024.0/lib ++ LD_LIBRARY_PATH=/home/jenkins/util/python/Python-3.11.9_address/install/lib:/opt/intel/oneapi/tbb/2021.11/env/../lib/intel64/gcc4.8:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/lib:/opt/intel/oneapi/mpi/2021.11/lib:/opt/intel/oneapi/mkl/2024.0/lib:/opt/intel/oneapi/dpl/2022.3/lib:/opt/intel/oneapi/debugger/2024.0/opt/debugger/lib:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/host/linux64/lib:/opt/intel/oneapi/compiler/2024.0/opt/compiler/lib:/opt/intel/oneapi/compiler/2024.0/lib ++ export EMPnumProc=4 ++ EMPnumProc=4 ++ export OMP_NUM_THREADS=4 ++ OMP_NUM_THREADS=4 ++ '[' '!' -z '' ']' +++ ls -d /home/jenkins/util/ESP/OpenCASCADE-7.8.0 ++ export CASROOT=/home/jenkins/util/ESP/OpenCASCADE-7.8.0 ++ CASROOT=/home/jenkins/util/ESP/OpenCASCADE-7.8.0 ++ export CASARCH=. ++ CASARCH=. ++ export LD_LIBRARY_PATH=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib:/home/jenkins/util/ESP/OpenCASCADE-7.8.0/lib:/home/jenkins/util/python/Python-3.11.9_address/install/lib:/opt/intel/oneapi/tbb/2021.11/env/../lib/intel64/gcc4.8:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/lib:/opt/intel/oneapi/mpi/2021.11/lib:/opt/intel/oneapi/mkl/2024.0/lib:/opt/intel/oneapi/dpl/2022.3/lib:/opt/intel/oneapi/debugger/2024.0/opt/debugger/lib:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/host/linux64/lib:/opt/intel/oneapi/compiler/2024.0/opt/compiler/lib:/opt/intel/oneapi/compiler/2024.0/lib ++ LD_LIBRARY_PATH=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib:/home/jenkins/util/ESP/OpenCASCADE-7.8.0/lib:/home/jenkins/util/python/Python-3.11.9_address/install/lib:/opt/intel/oneapi/tbb/2021.11/env/../lib/intel64/gcc4.8:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/lib:/opt/intel/oneapi/mpi/2021.11/lib:/opt/intel/oneapi/mkl/2024.0/lib:/opt/intel/oneapi/dpl/2022.3/lib:/opt/intel/oneapi/debugger/2024.0/opt/debugger/lib:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/host/linux64/lib:/opt/intel/oneapi/compiler/2024.0/opt/compiler/lib:/opt/intel/oneapi/compiler/2024.0/lib ++ export ESP_EXTERN_LIBS=/home/jenkins/util/ESP/ExternLibs ++ ESP_EXTERN_LIBS=/home/jenkins/util/ESP/ExternLibs ++ export AFLR=/home/jenkins/util/AFLR/aflr_lib_11.5.14 ++ AFLR=/home/jenkins/util/AFLR/aflr_lib_11.5.14 ++ export AFLR_ARCH=Linux-x86-64 ++ AFLR_ARCH=Linux-x86-64 ++ export PATH=/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin ++ PATH=/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin ++ export CART3D=/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16 ++ CART3D=/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16 ++ export CART3D_ARCH=X86_64_ICC ++ CART3D_ARCH=X86_64_ICC ++ export PATH=/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin ++ PATH=/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin ++ export PATH=/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin ++ PATH=/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin ++ export PATH=/home/jenkins/util/delaundo/delaundo/src:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin ++ PATH=/home/jenkins/util/delaundo/delaundo/src:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin ++ export PATH=/home/jenkins/util/julia/julia/bin:/home/jenkins/util/delaundo/delaundo/src:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin ++ PATH=/home/jenkins/util/julia/julia/bin:/home/jenkins/util/delaundo/delaundo/src:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin ++ export MYSTRAN_directory=/home/jenkins/util/mystran/MYSTRAN/Binaries ++ MYSTRAN_directory=/home/jenkins/util/mystran/MYSTRAN/Binaries ++ export PATH=/home/jenkins/util/mystran/MYSTRAN/Binaries:/home/jenkins/util/julia/julia/bin:/home/jenkins/util/delaundo/delaundo/src:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin ++ PATH=/home/jenkins/util/mystran/MYSTRAN/Binaries:/home/jenkins/util/julia/julia/bin:/home/jenkins/util/delaundo/delaundo/src:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin ++ export PATH=/home/jenkins/util/pointwise/Pointwise2023.2:/home/jenkins/util/mystran/MYSTRAN/Binaries:/home/jenkins/util/julia/julia/bin:/home/jenkins/util/delaundo/delaundo/src:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin ++ PATH=/home/jenkins/util/pointwise/Pointwise2023.2:/home/jenkins/util/mystran/MYSTRAN/Binaries:/home/jenkins/util/julia/julia/bin:/home/jenkins/util/delaundo/delaundo/src:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin ++ export CAPS_GLYPH=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/CAPS/aim/pointwise/glyph ++ CAPS_GLYPH=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/CAPS/aim/pointwise/glyph ++ export PATH=/home/jenkins/util/refine/build_parallel/install/bin:/home/jenkins/util/pointwise/Pointwise2023.2:/home/jenkins/util/mystran/MYSTRAN/Binaries:/home/jenkins/util/julia/julia/bin:/home/jenkins/util/delaundo/delaundo/src:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin ++ PATH=/home/jenkins/util/refine/build_parallel/install/bin:/home/jenkins/util/pointwise/Pointwise2023.2:/home/jenkins/util/mystran/MYSTRAN/Binaries:/home/jenkins/util/julia/julia/bin:/home/jenkins/util/delaundo/delaundo/src:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin ++ [[ reynolds == \r\e\y\n\o\l\d\s ]] ++ export SEACAS=/home/jenkins/util/sandialabs/seacas ++ SEACAS=/home/jenkins/util/sandialabs/seacas ++ export SU2_HOME=/home/jenkins/util/SU2/SU2-v8.0.0 ++ SU2_HOME=/home/jenkins/util/SU2/SU2-v8.0.0 ++ export SU2_RUN=/home/jenkins/util/SU2/SU2-v8.0.0/bin ++ SU2_RUN=/home/jenkins/util/SU2/SU2-v8.0.0/bin ++ export PATH=/home/jenkins/util/refine/build_parallel/install/bin:/home/jenkins/util/pointwise/Pointwise2023.2:/home/jenkins/util/mystran/MYSTRAN/Binaries:/home/jenkins/util/julia/julia/bin:/home/jenkins/util/delaundo/delaundo/src:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin:/home/jenkins/util/SU2/SU2-v8.0.0/bin ++ PATH=/home/jenkins/util/refine/build_parallel/install/bin:/home/jenkins/util/pointwise/Pointwise2023.2:/home/jenkins/util/mystran/MYSTRAN/Binaries:/home/jenkins/util/julia/julia/bin:/home/jenkins/util/delaundo/delaundo/src:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin:/home/jenkins/util/SU2/SU2-v8.0.0/bin ++ export PYTHONPATH=:/home/jenkins/util/SU2/SU2-v8.0.0/bin ++ PYTHONPATH=:/home/jenkins/util/SU2/SU2-v8.0.0/bin ++ export TETGEN=/home/jenkins/util/tetgen/tetgen1.6.0 ++ TETGEN=/home/jenkins/util/tetgen/tetgen1.6.0 ++ export PATH=/home/jenkins/util/tsfoil:/home/jenkins/util/refine/build_parallel/install/bin:/home/jenkins/util/pointwise/Pointwise2023.2:/home/jenkins/util/mystran/MYSTRAN/Binaries:/home/jenkins/util/julia/julia/bin:/home/jenkins/util/delaundo/delaundo/src:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin:/home/jenkins/util/SU2/SU2-v8.0.0/bin ++ PATH=/home/jenkins/util/tsfoil:/home/jenkins/util/refine/build_parallel/install/bin:/home/jenkins/util/pointwise/Pointwise2023.2:/home/jenkins/util/mystran/MYSTRAN/Binaries:/home/jenkins/util/julia/julia/bin:/home/jenkins/util/delaundo/delaundo/src:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin:/home/jenkins/util/SU2/SU2-v8.0.0/bin ++ '[' -d /home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16 ']' +++ perl -I/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/lib/perl/lib/perl5 -Mlocal::lib=/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/lib/perl ++ eval 'PATH="/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/lib/perl/bin${PATH:+:${PATH}}"; export PATH; PERL5LIB="/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/lib/perl/lib/perl5${PERL5LIB:+:${PERL5LIB}}"; export PERL5LIB; PERL_LOCAL_LIB_ROOT="/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/lib/perl${PERL_LOCAL_LIB_ROOT:+:${PERL_LOCAL_LIB_ROOT}}"; export PERL_LOCAL_LIB_ROOT; PERL_MB_OPT="--install_base \"/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/lib/perl\""; export PERL_MB_OPT; PERL_MM_OPT="INSTALL_BASE=/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/lib/perl"; export PERL_MM_OPT;' +++ PATH=/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/lib/perl/bin:/home/jenkins/util/tsfoil:/home/jenkins/util/refine/build_parallel/install/bin:/home/jenkins/util/pointwise/Pointwise2023.2:/home/jenkins/util/mystran/MYSTRAN/Binaries:/home/jenkins/util/julia/julia/bin:/home/jenkins/util/delaundo/delaundo/src:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin:/home/jenkins/util/SU2/SU2-v8.0.0/bin +++ export PATH +++ PERL5LIB=/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/lib/perl/lib/perl5 +++ export PERL5LIB +++ PERL_LOCAL_LIB_ROOT=/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/lib/perl +++ export PERL_LOCAL_LIB_ROOT +++ PERL_MB_OPT='--install_base "/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/lib/perl"' +++ export PERL_MB_OPT +++ PERL_MM_OPT=INSTALL_BASE=/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/lib/perl +++ export PERL_MM_OPT ++ export PATH=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/lib/perl/bin:/home/jenkins/util/tsfoil:/home/jenkins/util/refine/build_parallel/install/bin:/home/jenkins/util/pointwise/Pointwise2023.2:/home/jenkins/util/mystran/MYSTRAN/Binaries:/home/jenkins/util/julia/julia/bin:/home/jenkins/util/delaundo/delaundo/src:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin:/home/jenkins/util/SU2/SU2-v8.0.0/bin ++ PATH=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/lib/perl/bin:/home/jenkins/util/tsfoil:/home/jenkins/util/refine/build_parallel/install/bin:/home/jenkins/util/pointwise/Pointwise2023.2:/home/jenkins/util/mystran/MYSTRAN/Binaries:/home/jenkins/util/julia/julia/bin:/home/jenkins/util/delaundo/delaundo/src:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin:/home/jenkins/util/SU2/SU2-v8.0.0/bin ++ export PATH=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test:/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/lib/perl/bin:/home/jenkins/util/tsfoil:/home/jenkins/util/refine/build_parallel/install/bin:/home/jenkins/util/pointwise/Pointwise2023.2:/home/jenkins/util/mystran/MYSTRAN/Binaries:/home/jenkins/util/julia/julia/bin:/home/jenkins/util/delaundo/delaundo/src:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin:/home/jenkins/util/SU2/SU2-v8.0.0/bin ++ PATH=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test:/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/lib/perl/bin:/home/jenkins/util/tsfoil:/home/jenkins/util/refine/build_parallel/install/bin:/home/jenkins/util/pointwise/Pointwise2023.2:/home/jenkins/util/mystran/MYSTRAN/Binaries:/home/jenkins/util/julia/julia/bin:/home/jenkins/util/delaundo/delaundo/src:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin:/home/jenkins/util/SU2/SU2-v8.0.0/bin ++ export PYTHONPATH=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/pyEGADS::/home/jenkins/util/SU2/SU2-v8.0.0/bin ++ PYTHONPATH=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/pyEGADS::/home/jenkins/util/SU2/SU2-v8.0.0/bin ++ export PYTHONPATH=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/OpenCSM/trunk/pyOCSM:/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/pyEGADS::/home/jenkins/util/SU2/SU2-v8.0.0/bin ++ PYTHONPATH=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/OpenCSM/trunk/pyOCSM:/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/pyEGADS::/home/jenkins/util/SU2/SU2-v8.0.0/bin ++ export PYTHONPATH=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/CAPS/pyCAPS:/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/OpenCSM/trunk/pyOCSM:/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/pyEGADS::/home/jenkins/util/SU2/SU2-v8.0.0/bin ++ PYTHONPATH=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/CAPS/pyCAPS:/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/OpenCSM/trunk/pyOCSM:/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/pyEGADS::/home/jenkins/util/SU2/SU2-v8.0.0/bin ++ [[ reynolds == \m\a\c\y\s* ]] ++ [[ reynolds == \v\i\g\g\e\n ]] +++ python-config --includes ++ export 'PYTHONINC=. -I/home/jenkins/util/python/Python-3.11.9_address/install/include/python3.11d -I/home/jenkins/util/python/Python-3.11.9_address/install/include/python3.11d' ++ PYTHONINC='. -I/home/jenkins/util/python/Python-3.11.9_address/install/include/python3.11d -I/home/jenkins/util/python/Python-3.11.9_address/install/include/python3.11d' +++ python-config --help ++ [[ Usage: /home/jenkins/util/python/Python-3.11.9_address/install/bin/python-config --prefix|--exec-prefix|--includes|--libs|--cflags|--ldflags|--extension-suffix|--help|--abiflags|--configdir|--embed == *\e\m\b\e\d* ]] +++ python-config --ldflags --embed ++ export 'PYTHONLIB= -L/home/jenkins/util/python/Python-3.11.9_address/install/lib -lpython3.11d -ldl -lm ' ++ PYTHONLIB=' -L/home/jenkins/util/python/Python-3.11.9_address/install/lib -lpython3.11d -ldl -lm ' ++ [[ reynolds == \m\a\c\y\s ]] ++ [[ reynolds == \v\i\g\g\e\n ]] ++ export PYTHONUNBUFFERED=true ++ PYTHONUNBUFFERED=true ++ export PYTHONFAULTHANDLER=true ++ PYTHONFAULTHANDLER=true ++ python --version Python 3.11.9 ++ [[ LINUX64 == \D\A\R\W\I\N\6\4\.\g\c\c ]] ++ export CSMDATA=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/OpenCSM/trunk/data ++ CSMDATA=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/OpenCSM/trunk/data + [[ reynolds == *\r\e\y\n\o\l\d\s* ]] + VERSION=11 + sed -i s/gcc/gcc-11/ EGADS/trunk/include/LINUX64 + sed -i s/g++/g++-11/ EGADS/trunk/include/LINUX64 + sed -i s/gfortran/gfortran-11/ EGADS/trunk/include/LINUX64 + export EFCOMP=gfortran-11 + EFCOMP=gfortran-11 + '[' 7.8 == ']' /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/JenkinsESP/ESP_Memcheck.sh: line 18: [: 7.8: unary operator expected + export CASROOT=/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install + CASROOT=/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install + export LD_LIBRARY_PATH=/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/lib:/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib:/home/jenkins/util/ESP/OpenCASCADE-7.8.0/lib:/home/jenkins/util/python/Python-3.11.9_address/install/lib:/opt/intel/oneapi/tbb/2021.11/env/../lib/intel64/gcc4.8:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/lib:/opt/intel/oneapi/mpi/2021.11/lib:/opt/intel/oneapi/mkl/2024.0/lib:/opt/intel/oneapi/dpl/2022.3/lib:/opt/intel/oneapi/debugger/2024.0/opt/debugger/lib:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/host/linux64/lib:/opt/intel/oneapi/compiler/2024.0/opt/compiler/lib:/opt/intel/oneapi/compiler/2024.0/lib + LD_LIBRARY_PATH=/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/lib:/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib:/home/jenkins/util/ESP/OpenCASCADE-7.8.0/lib:/home/jenkins/util/python/Python-3.11.9_address/install/lib:/opt/intel/oneapi/tbb/2021.11/env/../lib/intel64/gcc4.8:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/lib:/opt/intel/oneapi/mpi/2021.11/lib:/opt/intel/oneapi/mkl/2024.0/lib:/opt/intel/oneapi/dpl/2022.3/lib:/opt/intel/oneapi/debugger/2024.0/opt/debugger/lib:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/host/linux64/lib:/opt/intel/oneapi/compiler/2024.0/opt/compiler/lib:/opt/intel/oneapi/compiler/2024.0/lib + export 'ESPFLAGS=-fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold' + ESPFLAGS='-fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold' + export 'ESPFFLAGS=-fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold' + ESPFFLAGS='-fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold' + export ESP_EXTERN_LIBS=/home/galbramc/workspace/SANSproto/build/memcheck_ESP_gnu11/src/UserInterfaces/capsAIM + ESP_EXTERN_LIBS=/home/galbramc/workspace/SANSproto/build/memcheck_ESP_gnu11/src/UserInterfaces/capsAIM + export LSAN_OPTIONS=suppressions=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/JenkinsESP/suppression_address.txt + LSAN_OPTIONS=suppressions=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/JenkinsESP/suppression_address.txt + export ASAN_OPTIONS=alloc_dealloc_mismatch=0:intercept_tls_get_addr=0 + ASAN_OPTIONS=alloc_dealloc_mismatch=0:intercept_tls_get_addr=0 + source /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/JenkinsESP/ESPbfr.sh ++ cd /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ ++ tar -xvf /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/JenkinsESP/ESPbfr.tgz ESP/ ESP/CYGWIN64/ ESP/CYGWIN64/bin/ ESP/CYGWIN64/bin/mastros.exe ESP/CYGWIN64/bin/ASTRO.D01 ESP/CYGWIN64/bin/ASTRO.IDX ESP/CYGWIN64/include/ ESP/CYGWIN64/lib/ ESP/CYGWIN64/lib/libquadmath-0.dll ESP/CYGWIN64/lib/libwinpthread-1.dll ESP/CYGWIN64/lib/libgcc_s_sjlj-1.dll ESP/CYGWIN64/obj/ ESP/CYGWIN64/test/ ESP/DARWIN64/ ESP/DARWIN64/bin/ ESP/DARWIN64/bin/mastros.exe ESP/DARWIN64/bin/ASTRO.D01 ESP/DARWIN64/bin/mset ESP/DARWIN64/bin/ASTRO.IDX ESP/DARWIN64/bin/avl ESP/DARWIN64/bin/xfoil ESP/DARWIN64/bin/mses ESP/DARWIN64/include/ ESP/DARWIN64/include/nmb.h ESP/DARWIN64/include/xddm/ ESP/DARWIN64/include/xddm/xddmInternals.h ESP/DARWIN64/include/xddm/xddm.h ESP/DARWIN64/include/xddm/xddm.c ESP/DARWIN64/include/converter.h ESP/DARWIN64/include/libCart3D/ ESP/DARWIN64/include/libCart3D/sensors.h ESP/DARWIN64/include/libCart3D/SFC.h ESP/DARWIN64/include/libCart3D/map.h ESP/DARWIN64/include/libCart3D/MGinfo.h ESP/DARWIN64/include/libCart3D/gridStructures.h ESP/DARWIN64/include/libCart3D/timer.h ESP/DARWIN64/include/libCart3D/ConvInfo.h ESP/DARWIN64/include/libCart3D/dualtime.h ESP/DARWIN64/include/libCart3D/stateVector.h ESP/DARWIN64/include/libCart3D/cartCells.h ESP/DARWIN64/include/libCart3D/encoding.h ESP/DARWIN64/include/libCart3D/string_util.h ESP/DARWIN64/include/libCart3D/int64.h ESP/DARWIN64/include/libCart3D/bBox_stuff.h ESP/DARWIN64/include/libCart3D/basicTypes.h ESP/DARWIN64/include/libCart3D/utils_xml.h ESP/DARWIN64/include/libCart3D/hex.h ESP/DARWIN64/include/libCart3D/PostProcInfo.h ESP/DARWIN64/include/libCart3D/SolverInfo.h ESP/DARWIN64/include/libCart3D/earthBL_BC.h ESP/DARWIN64/include/libCart3D/limiters.h ESP/DARWIN64/include/libCart3D/geomStructures.h ESP/DARWIN64/include/libCart3D/CaseInfo.h ESP/DARWIN64/include/libCart3D/memory_util.h ESP/DARWIN64/include/libCart3D/infoStructures.h ESP/DARWIN64/include/libCart3D/geomTypes.h ESP/DARWIN64/include/libCart3D/c3d_timeout.h ESP/DARWIN64/include/libCart3D/myLList.h ESP/DARWIN64/include/libCart3D/IOinfo.h ESP/DARWIN64/include/libCart3D/GridInfo.h ESP/DARWIN64/include/libCart3D/c3d_global.h ESP/DARWIN64/include/libCart3D/vortexBC.h ESP/DARWIN64/include/c3dio/ ESP/DARWIN64/include/c3dio/c3dio_icemcfd.h ESP/DARWIN64/include/c3dio/c3dio_lib.h ESP/DARWIN64/include/udunits.h ESP/DARWIN64/include/udunits2.h ESP/DARWIN64/lib/ ESP/DARWIN64/lib/libudunits2.dylib ESP/DARWIN64/lib/libudunits2.0.dylib ESP/DARWIN64/lib/libCart3D.a ESP/DARWIN64/lib/libnmb.dylib ESP/DARWIN64/lib/libc3dio.a ESP/DARWIN64/obj/ ESP/DARWIN64/test/ ESP/DARWIN_ARM64/ ESP/DARWIN_ARM64/bin/ ESP/DARWIN_ARM64/bin/mastros.exe ESP/DARWIN_ARM64/bin/ASTRO.D01 ESP/DARWIN_ARM64/bin/mset ESP/DARWIN_ARM64/bin/ASTRO.IDX ESP/DARWIN_ARM64/bin/avl ESP/DARWIN_ARM64/bin/xfoil ESP/DARWIN_ARM64/bin/mses ESP/DARWIN_ARM64/include/ ESP/DARWIN_ARM64/include/nmb.h ESP/DARWIN_ARM64/include/xddm/ ESP/DARWIN_ARM64/include/xddm/xddmInternals.h ESP/DARWIN_ARM64/include/xddm/xddm.h ESP/DARWIN_ARM64/include/xddm/xddm.c ESP/DARWIN_ARM64/include/converter.h ESP/DARWIN_ARM64/include/libCart3D/ ESP/DARWIN_ARM64/include/libCart3D/sensors.h ESP/DARWIN_ARM64/include/libCart3D/SFC.h ESP/DARWIN_ARM64/include/libCart3D/map.h ESP/DARWIN_ARM64/include/libCart3D/MGinfo.h ESP/DARWIN_ARM64/include/libCart3D/gridStructures.h ESP/DARWIN_ARM64/include/libCart3D/timer.h ESP/DARWIN_ARM64/include/libCart3D/ConvInfo.h ESP/DARWIN_ARM64/include/libCart3D/dualtime.h ESP/DARWIN_ARM64/include/libCart3D/stateVector.h ESP/DARWIN_ARM64/include/libCart3D/cartCells.h ESP/DARWIN_ARM64/include/libCart3D/encoding.h ESP/DARWIN_ARM64/include/libCart3D/string_util.h ESP/DARWIN_ARM64/include/libCart3D/int64.h ESP/DARWIN_ARM64/include/libCart3D/bBox_stuff.h ESP/DARWIN_ARM64/include/libCart3D/basicTypes.h ESP/DARWIN_ARM64/include/libCart3D/utils_xml.h ESP/DARWIN_ARM64/include/libCart3D/hex.h ESP/DARWIN_ARM64/include/libCart3D/PostProcInfo.h ESP/DARWIN_ARM64/include/libCart3D/SolverInfo.h ESP/DARWIN_ARM64/include/libCart3D/earthBL_BC.h ESP/DARWIN_ARM64/include/libCart3D/limiters.h ESP/DARWIN_ARM64/include/libCart3D/geomStructures.h ESP/DARWIN_ARM64/include/libCart3D/CaseInfo.h ESP/DARWIN_ARM64/include/libCart3D/memory_util.h ESP/DARWIN_ARM64/include/libCart3D/infoStructures.h ESP/DARWIN_ARM64/include/libCart3D/geomTypes.h ESP/DARWIN_ARM64/include/libCart3D/c3d_timeout.h ESP/DARWIN_ARM64/include/libCart3D/myLList.h ESP/DARWIN_ARM64/include/libCart3D/IOinfo.h ESP/DARWIN_ARM64/include/libCart3D/GridInfo.h ESP/DARWIN_ARM64/include/libCart3D/c3d_global.h ESP/DARWIN_ARM64/include/libCart3D/vortexBC.h ESP/DARWIN_ARM64/include/c3dio/ ESP/DARWIN_ARM64/include/c3dio/c3dio_icemcfd.h ESP/DARWIN_ARM64/include/c3dio/c3dio_lib.h ESP/DARWIN_ARM64/include/udunits.h ESP/DARWIN_ARM64/include/udunits2.h ESP/DARWIN_ARM64/lib/ ESP/DARWIN_ARM64/lib/libudunits2.dylib ESP/DARWIN_ARM64/lib/libudunits2.0.dylib ESP/DARWIN_ARM64/lib/libCart3D.a ESP/DARWIN_ARM64/lib/libc3dio.a ESP/DARWIN_ARM64/obj/ ESP/DARWIN_ARM64/test/ ESP/LINUX64/ ESP/LINUX64/bin/ ESP/LINUX64/bin/mastros.exe ESP/LINUX64/bin/ASTRO.D01 ESP/LINUX64/bin/mset ESP/LINUX64/bin/ASTRO.IDX ESP/LINUX64/bin/avl ESP/LINUX64/bin/xfoil ESP/LINUX64/bin/mses ESP/LINUX64/include/ ESP/LINUX64/include/nmb.h ESP/LINUX64/include/xddm/ ESP/LINUX64/include/xddm/xddmInternals.h ESP/LINUX64/include/xddm/xddm.h ESP/LINUX64/include/xddm/xddm.c ESP/LINUX64/include/libCart3D/ ESP/LINUX64/include/libCart3D/sensors.h ESP/LINUX64/include/libCart3D/SFC.h ESP/LINUX64/include/libCart3D/map.h ESP/LINUX64/include/libCart3D/MGinfo.h ESP/LINUX64/include/libCart3D/gridStructures.h ESP/LINUX64/include/libCart3D/timer.h ESP/LINUX64/include/libCart3D/ConvInfo.h ESP/LINUX64/include/libCart3D/dualtime.h ESP/LINUX64/include/libCart3D/stateVector.h ESP/LINUX64/include/libCart3D/cartCells.h ESP/LINUX64/include/libCart3D/encoding.h ESP/LINUX64/include/libCart3D/string_util.h ESP/LINUX64/include/libCart3D/int64.h ESP/LINUX64/include/libCart3D/bBox_stuff.h ESP/LINUX64/include/libCart3D/basicTypes.h ESP/LINUX64/include/libCart3D/utils_xml.h ESP/LINUX64/include/libCart3D/hex.h ESP/LINUX64/include/libCart3D/PostProcInfo.h ESP/LINUX64/include/libCart3D/SolverInfo.h ESP/LINUX64/include/libCart3D/earthBL_BC.h ESP/LINUX64/include/libCart3D/limiters.h ESP/LINUX64/include/libCart3D/geomStructures.h ESP/LINUX64/include/libCart3D/CaseInfo.h ESP/LINUX64/include/libCart3D/memory_util.h ESP/LINUX64/include/libCart3D/infoStructures.h ESP/LINUX64/include/libCart3D/geomTypes.h ESP/LINUX64/include/libCart3D/c3d_timeout.h ESP/LINUX64/include/libCart3D/myLList.h ESP/LINUX64/include/libCart3D/IOinfo.h ESP/LINUX64/include/libCart3D/GridInfo.h ESP/LINUX64/include/libCart3D/c3d_global.h ESP/LINUX64/include/libCart3D/vortexBC.h ESP/LINUX64/include/c3dio/ ESP/LINUX64/include/c3dio/c3dio_icemcfd.h ESP/LINUX64/include/c3dio/c3dio_lib.h ESP/LINUX64/lib/ ESP/LINUX64/lib/libnmb.so ESP/LINUX64/lib/libCart3D.a ESP/LINUX64/lib/libc3dio.a ESP/LINUX64/obj/ ESP/LINUX64/test/ ESP/WIN64/ ESP/WIN64/bin/ ESP/WIN64/bin/mses.exe ESP/WIN64/bin/avl.exe ESP/WIN64/bin/mastros.exe ESP/WIN64/bin/ASTRO.D01 ESP/WIN64/bin/xfoil.exe ESP/WIN64/bin/ASTRO.IDX ESP/WIN64/bin/mset.exe ESP/WIN64/include/ ESP/WIN64/include/nmb.h ESP/WIN64/include/winhelpers/ ESP/WIN64/include/winhelpers/gettimeofday.h ESP/WIN64/include/winhelpers/websock-w32.h ESP/WIN64/include/winhelpers/netdb.h ESP/WIN64/include/winhelpers/unistd.h ESP/WIN64/include/winhelpers/strings.h ESP/WIN64/include/winhelpers/sys/ ESP/WIN64/include/winhelpers/sys/time.h ESP/WIN64/include/converter.h ESP/WIN64/include/udunits.h ESP/WIN64/include/udunits2.h ESP/WIN64/lib/ ESP/WIN64/lib/libquadmath-0.dll ESP/WIN64/lib/nmb.lib ESP/WIN64/lib/libwinpthread-1.dll ESP/WIN64/lib/udunits2.lib ESP/WIN64/lib/libgcc_s_sjlj-1.dll ESP/WIN64/lib/expat.dll ESP/WIN64/lib/udunits2.dll ESP/WIN64/lib/nmb.dll ESP/WIN64/obj/ ESP/WIN64/test/ ESP/LINUX_AARCH64/ ESP/LINUX_AARCH64/bin/ ESP/LINUX_AARCH64/bin/mastros.exe ESP/LINUX_AARCH64/bin/ASTRO.D01 ESP/LINUX_AARCH64/bin/mset ESP/LINUX_AARCH64/bin/ASTRO.IDX ESP/LINUX_AARCH64/bin/avl ESP/LINUX_AARCH64/bin/xfoil ESP/LINUX_AARCH64/bin/mses ESP/LINUX_AARCH64/include/ ESP/LINUX_AARCH64/lib/ ESP/LINUX_AARCH64/obj/ ESP/LINUX_AARCH64/test/ ESP/udunits/ ESP/udunits/udunits2-accepted.xml ESP/udunits/udunits2-base.xml ESP/udunits/udunits2-common.xml ESP/udunits/udunits2.xml ESP/udunits/udunits2-derived.xml ESP/udunits/udunits2-prefixes.xml ++ virtualenv /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv created virtual environment CPython3.11.9.final.0-64 in 815ms creator CPython3Posix(dest=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/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=/home/jenkins/.local/share/virtualenv) added seed packages: pip==24.0, setuptools==69.5.1, wheel==0.43.0 activators BashActivator,CShellActivator,FishActivator,NushellActivator,PowerShellActivator,PythonActivator ++ . /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv/bin/activate +++ '[' /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv/bin/activate = /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/JenkinsESP/ESP_Memcheck.sh ']' +++ deactivate nondestructive +++ unset -f pydoc +++ '[' -z '' ']' +++ '[' -z '' ']' +++ hash -r +++ '[' -z '' ']' +++ unset VIRTUAL_ENV +++ unset VIRTUAL_ENV_PROMPT +++ '[' '!' nondestructive = nondestructive ']' +++ VIRTUAL_ENV=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv +++ '[' linux-gnu = cygwin ']' +++ '[' linux-gnu = msys ']' +++ export VIRTUAL_ENV +++ _OLD_VIRTUAL_PATH=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test:/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/lib/perl/bin:/home/jenkins/util/tsfoil:/home/jenkins/util/refine/build_parallel/install/bin:/home/jenkins/util/pointwise/Pointwise2023.2:/home/jenkins/util/mystran/MYSTRAN/Binaries:/home/jenkins/util/julia/julia/bin:/home/jenkins/util/delaundo/delaundo/src:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin:/home/jenkins/util/SU2/SU2-v8.0.0/bin +++ PATH=/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv/bin:/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test:/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/lib/perl/bin:/home/jenkins/util/tsfoil:/home/jenkins/util/refine/build_parallel/install/bin:/home/jenkins/util/pointwise/Pointwise2023.2:/home/jenkins/util/mystran/MYSTRAN/Binaries:/home/jenkins/util/julia/julia/bin:/home/jenkins/util/delaundo/delaundo/src:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin:/home/jenkins/util/cart3d/cart3d_v1.5.9_X86_64_ICC--22.11.16/bin/X86_64_ICC/:/home/jenkins/util/abaqus/DassaultSystemes/SIMULIA/Commands:/home/jenkins/util/python/Python-3.11.9_address/install/bin:/opt/intel/oneapi/mpi/2021.11/opt/mpi/libfabric/bin:/opt/intel/oneapi/mpi/2021.11/bin:/opt/intel/oneapi/mkl/2024.0/bin/:/opt/intel/oneapi/dev-utilities/2024.0/bin:/opt/intel/oneapi/debugger/2024.0/opt/debugger/bin:/opt/intel/oneapi/compiler/2024.0/opt/oclfpga/bin:/opt/intel/oneapi/compiler/2024.0/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games:/usr/local/games:/snap/bin:/home/jenkins/util/SU2/SU2-v8.0.0/bin +++ export PATH +++ '[' x '!=' x ']' ++++ basename /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv +++ VIRTUAL_ENV_PROMPT=venv +++ export VIRTUAL_ENV_PROMPT +++ '[' -z _ ']' +++ _OLD_VIRTUAL_PYTHONHOME=/home/jenkins/util/python/Python-3.11.9_address/install +++ unset PYTHONHOME +++ '[' -z '' ']' +++ _OLD_VIRTUAL_PS1= +++ PS1='(venv) ' +++ export PS1 +++ alias pydoc +++ true +++ hash -r ++ pip_install pip ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv/bin/python -m pip install --only-binary all --upgrade pip /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv/lib/python3.11/site-packages/pip/_internal/metadata/importlib/_envs.py:111: DeprecationWarning: pkg_resources is deprecated as an API. See https://setuptools.pypa.io/en/latest/pkg_resources.html from pip._vendor.pkg_resources import find_distributions Requirement already satisfied: pip in ./ESP/venv/lib/python3.11/site-packages (24.0) ++ pip_install f90nml ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv/bin/python -m pip install --only-binary all --upgrade f90nml /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv/lib/python3.11/site-packages/pip/_internal/metadata/importlib/_envs.py:111: DeprecationWarning: pkg_resources is deprecated as an API. See https://setuptools.pypa.io/en/latest/pkg_resources.html from pip._vendor.pkg_resources import find_distributions 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 ++ pip_install numpy ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv/bin/python -m pip install --only-binary all --upgrade numpy /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv/lib/python3.11/site-packages/pip/_internal/metadata/importlib/_envs.py:111: DeprecationWarning: pkg_resources is deprecated as an API. See https://setuptools.pypa.io/en/latest/pkg_resources.html from pip._vendor.pkg_resources import find_distributions Collecting numpy Using cached numpy-1.26.4-cp311-cp311-manylinux_2_17_x86_64.manylinux2014_x86_64.whl.metadata (61 kB) Using cached numpy-1.26.4-cp311-cp311-manylinux_2_17_x86_64.manylinux2014_x86_64.whl (18.3 MB) Installing collected packages: numpy Successfully installed numpy-1.26.4 ++ pip_install 'scipy!=1.9.2,!=1.9.3' ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv/bin/python -m pip install --only-binary all --upgrade 'scipy!=1.9.2,!=1.9.3' /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv/lib/python3.11/site-packages/pip/_internal/metadata/importlib/_envs.py:111: DeprecationWarning: pkg_resources is deprecated as an API. See https://setuptools.pypa.io/en/latest/pkg_resources.html from pip._vendor.pkg_resources import find_distributions Collecting scipy!=1.9.2,!=1.9.3 Using cached scipy-1.13.0-cp311-cp311-manylinux_2_17_x86_64.manylinux2014_x86_64.whl.metadata (60 kB) Requirement already satisfied: numpy<2.3,>=1.22.4 in ./ESP/venv/lib/python3.11/site-packages (from scipy!=1.9.2,!=1.9.3) (1.26.4) Using cached scipy-1.13.0-cp311-cp311-manylinux_2_17_x86_64.manylinux2014_x86_64.whl (38.6 MB) Installing collected packages: scipy Successfully installed scipy-1.13.0 ++ pip_install openmdao ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv/bin/python -m pip install --only-binary all --upgrade openmdao /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv/lib/python3.11/site-packages/pip/_internal/metadata/importlib/_envs.py:111: DeprecationWarning: pkg_resources is deprecated as an API. See https://setuptools.pypa.io/en/latest/pkg_resources.html from pip._vendor.pkg_resources import find_distributions Collecting openmdao Using cached openmdao-3.32.0-py3-none-any.whl Collecting networkx>=2.0 (from openmdao) Using cached networkx-3.3-py3-none-any.whl.metadata (5.1 kB) Requirement already satisfied: numpy<2 in ./ESP/venv/lib/python3.11/site-packages (from openmdao) (1.26.4) Collecting packaging (from openmdao) Using cached packaging-24.0-py3-none-any.whl.metadata (3.2 kB) Collecting requests (from openmdao) Using cached requests-2.31.0-py3-none-any.whl.metadata (4.6 kB) Requirement already satisfied: scipy in ./ESP/venv/lib/python3.11/site-packages (from openmdao) (1.13.0) Collecting charset-normalizer<4,>=2 (from requests->openmdao) Using cached charset_normalizer-3.3.2-cp311-cp311-manylinux_2_17_x86_64.manylinux2014_x86_64.whl.metadata (33 kB) Collecting idna<4,>=2.5 (from requests->openmdao) Using cached idna-3.7-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-3.3-py3-none-any.whl (1.7 MB) Using cached packaging-24.0-py3-none-any.whl (53 kB) Using cached requests-2.31.0-py3-none-any.whl (62 kB) Using cached certifi-2024.2.2-py3-none-any.whl (163 kB) Using cached charset_normalizer-3.3.2-cp311-cp311-manylinux_2_17_x86_64.manylinux2014_x86_64.whl (140 kB) Using cached idna-3.7-py3-none-any.whl (66 kB) Using cached urllib3-2.2.1-py3-none-any.whl (121 kB) Installing collected packages: urllib3, packaging, networkx, idna, charset-normalizer, certifi, requests, openmdao Successfully installed certifi-2024.2.2 charset-normalizer-3.3.2 idna-3.7 networkx-3.3 openmdao-3.32.0 packaging-24.0 requests-2.31.0 urllib3-2.2.1 ++ [[ reynolds == *\v\i\g\g\e\n* ]] ++ pip_install cvxopt ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv/bin/python -m pip install --only-binary all --upgrade cvxopt /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv/lib/python3.11/site-packages/pip/_internal/metadata/importlib/_envs.py:111: DeprecationWarning: pkg_resources is deprecated as an API. See https://setuptools.pypa.io/en/latest/pkg_resources.html from pip._vendor.pkg_resources import find_distributions Collecting cvxopt Using cached cvxopt-1.3.2-cp311-cp311-manylinux_2_17_x86_64.manylinux2014_x86_64.whl.metadata (1.3 kB) Using cached cvxopt-1.3.2-cp311-cp311-manylinux_2_17_x86_64.manylinux2014_x86_64.whl (13.6 MB) Installing collected packages: cvxopt Successfully installed cvxopt-1.3.2 ++ pip_install dill ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv/bin/python -m pip install --only-binary all --upgrade dill /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv/lib/python3.11/site-packages/pip/_internal/metadata/importlib/_envs.py:111: DeprecationWarning: pkg_resources is deprecated as an API. See https://setuptools.pypa.io/en/latest/pkg_resources.html from pip._vendor.pkg_resources import find_distributions 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 ++ pip_install packaging ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv/bin/python -m pip install --only-binary all --upgrade packaging /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv/lib/python3.11/site-packages/pip/_internal/metadata/importlib/_envs.py:111: DeprecationWarning: pkg_resources is deprecated as an API. See https://setuptools.pypa.io/en/latest/pkg_resources.html from pip._vendor.pkg_resources import find_distributions Requirement already satisfied: packaging in ./ESP/venv/lib/python3.11/site-packages (24.0) ++ pip_install matplotlib ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv/bin/python -m pip install --only-binary all --upgrade matplotlib /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/venv/lib/python3.11/site-packages/pip/_internal/metadata/importlib/_envs.py:111: DeprecationWarning: pkg_resources is deprecated as an API. See https://setuptools.pypa.io/en/latest/pkg_resources.html from pip._vendor.pkg_resources import find_distributions Collecting matplotlib Using cached matplotlib-3.8.4-cp311-cp311-manylinux_2_17_x86_64.manylinux2014_x86_64.whl.metadata (5.8 kB) Collecting contourpy>=1.0.1 (from matplotlib) Using cached contourpy-1.2.1-cp311-cp311-manylinux_2_17_x86_64.manylinux2014_x86_64.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-4.51.0-cp311-cp311-manylinux_2_17_x86_64.manylinux2014_x86_64.whl.metadata (159 kB) Collecting kiwisolver>=1.3.1 (from matplotlib) Using cached kiwisolver-1.4.5-cp311-cp311-manylinux_2_17_x86_64.manylinux2014_x86_64.whl.metadata (6.4 kB) Requirement already satisfied: numpy>=1.21 in ./ESP/venv/lib/python3.11/site-packages (from matplotlib) (1.26.4) Requirement already satisfied: packaging>=20.0 in ./ESP/venv/lib/python3.11/site-packages (from matplotlib) (24.0) Collecting pillow>=8 (from matplotlib) Using cached pillow-10.3.0-cp311-cp311-manylinux_2_28_x86_64.whl.metadata (9.2 kB) Collecting pyparsing>=2.3.1 (from matplotlib) Using cached pyparsing-3.1.2-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-3.8.4-cp311-cp311-manylinux_2_17_x86_64.manylinux2014_x86_64.whl (11.6 MB) Using cached contourpy-1.2.1-cp311-cp311-manylinux_2_17_x86_64.manylinux2014_x86_64.whl (306 kB) Using cached cycler-0.12.1-py3-none-any.whl (8.3 kB) Using cached fonttools-4.51.0-cp311-cp311-manylinux_2_17_x86_64.manylinux2014_x86_64.whl (4.9 MB) Using cached kiwisolver-1.4.5-cp311-cp311-manylinux_2_17_x86_64.manylinux2014_x86_64.whl (1.4 MB) Using cached pillow-10.3.0-cp311-cp311-manylinux_2_28_x86_64.whl (4.5 MB) Using cached pyparsing-3.1.2-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-1.2.1 cycler-0.12.1 fonttools-4.51.0 kiwisolver-1.4.5 matplotlib-3.8.4 pillow-10.3.0 pyparsing-3.1.2 python-dateutil-2.9.0.post0 six-1.16.0 ++ [[ /home/galbramc/workspace/SANSproto/build/memcheck_ESP_gnu11/src/UserInterfaces/capsAIM == '' ]] ++ '[' -d /home/galbramc/workspace/SANSproto/build/memcheck_ESP_gnu11/src/UserInterfaces/capsAIM ']' ++ cp /home/galbramc/workspace/SANSproto/build/memcheck_ESP_gnu11/src/UserInterfaces/capsAIM/intersectWake.so /home/galbramc/workspace/SANSproto/build/memcheck_ESP_gnu11/src/UserInterfaces/capsAIM/markWakeEdges.so /home/galbramc/workspace/SANSproto/build/memcheck_ESP_gnu11/src/UserInterfaces/capsAIM/sansLIPAIM.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/ ++ cd /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/src ++ make touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/LINUX64 rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/LINUX64 cp -p ../include/LINUX64 /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/LINUX64 touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/STANALYZER.make rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/STANALYZER.make cp -p ../include/STANALYZER.make /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/STANALYZER.make touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egads.h rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egads.h cp -p ../include/egads.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egads.h touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egads_dot.h rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egads_dot.h cp -p ../include/egads_dot.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egads_dot.h touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egads.inc rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egads.inc cp -p ../include/egads.inc /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egads.inc touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egadsErrors.h rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egadsErrors.h cp -p ../include/egadsErrors.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egadsErrors.h touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egadsTypes.h rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egadsTypes.h cp -p ../include/egadsTypes.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egadsTypes.h touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/emp.h rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/emp.h cp -p ../include/emp.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/emp.h touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/prm.h rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/prm.h cp -p ../include/prm.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/prm.h touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/wsserver.h rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/wsserver.h cp -p ../include/wsserver.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/wsserver.h touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/wsserver.inc rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/wsserver.inc cp -p ../include/wsserver.inc /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/wsserver.inc touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/wsss.h rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/wsss.h cp -p ../include/wsss.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/wsss.h touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egadsTris.h rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egadsTris.h cp -p egadsTris.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egadsTris.h touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egadsSplineFit.h rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egadsSplineFit.h cp -p egadsSplineFit.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egadsSplineFit.h touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egadsSplineVels.h rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egadsSplineVels.h cp -p egadsSplineVels.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egadsSplineVels.h touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egadsf90.inc rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egadsf90.inc cp -p ../include/egadsf90.inc /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egadsf90.inc mkdir -p /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/Surreal cp Surreal/SurrealD.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/Surreal/SurrealD.h mkdir -p /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/Surreal cp Surreal/SurrealD_Lazy.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/Surreal/SurrealD_Lazy.h mkdir -p /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/Surreal cp Surreal/SurrealD_Trad.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/Surreal/SurrealD_Trad.h mkdir -p /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/Surreal cp Surreal/SurrealS.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/Surreal/SurrealS.h mkdir -p /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/Surreal cp Surreal/SurrealS_Lazy.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/Surreal/SurrealS_Lazy.h mkdir -p /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/Surreal cp Surreal/SurrealS_Trad.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/Surreal/SurrealS_Trad.h mkdir -p /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/Surreal cp Surreal/always_inline.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/Surreal/always_inline.h g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fPIC -DOCC_CONVERT_SIGNALS -D_GNU_SOURCE=1 -DNDEBUG -DNo_Exception -D_OCC64 -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -std=c++11 -DREVISION=7.8 -IOCC -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/inc -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/include/opencascade -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install -I../include \ -I. egadsGeom.cpp -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsGeom.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fPIC -DOCC_CONVERT_SIGNALS -D_GNU_SOURCE=1 -DNDEBUG -DNo_Exception -D_OCC64 -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -std=c++11 -DREVISION=7.8 -IOCC -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/inc -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/include/opencascade -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install -I../include \ -I. egadsHLevel.cpp -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsHLevel.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fPIC -DOCC_CONVERT_SIGNALS -D_GNU_SOURCE=1 -DNDEBUG -DNo_Exception -D_OCC64 -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -std=c++11 -DREVISION=7.8 -IOCC -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/inc -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/include/opencascade -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install -I../include \ -I. egadsTopo.cpp -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsTopo.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fPIC -DOCC_CONVERT_SIGNALS -D_GNU_SOURCE=1 -DNDEBUG -DNo_Exception -D_OCC64 -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -std=c++11 -DREVISION=7.8 -IOCC -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/inc -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/include/opencascade -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install -I../include \ -I. egadsCopy.cpp -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsCopy.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fPIC -DOCC_CONVERT_SIGNALS -D_GNU_SOURCE=1 -DNDEBUG -DNo_Exception -D_OCC64 -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -std=c++11 -DREVISION=7.8 -IOCC -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/inc -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/include/opencascade -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install -I../include \ -I. egadsSpline.cpp -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsSpline.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fPIC -DOCC_CONVERT_SIGNALS -D_GNU_SOURCE=1 -DNDEBUG -DNo_Exception -D_OCC64 -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -std=c++11 -DREVISION=7.8 -IOCC -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/inc -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/include/opencascade -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install -I../include \ -I. egadsIO.cpp -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsIO.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fPIC -DOCC_CONVERT_SIGNALS -D_GNU_SOURCE=1 -DNDEBUG -DNo_Exception -D_OCC64 -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -std=c++11 -DREVISION=7.8 -IOCC -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/inc -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/include/opencascade -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install -I../include \ -I. egadsSplineFit.cpp -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsSplineFit.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fPIC -DOCC_CONVERT_SIGNALS -D_GNU_SOURCE=1 -DNDEBUG -DNo_Exception -D_OCC64 -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -std=c++11 -DREVISION=7.8 -IOCC -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/inc -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/include/opencascade -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install -I../include \ -I. egadsSkinning.cpp -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsSkinning.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fPIC -DOCC_CONVERT_SIGNALS -D_GNU_SOURCE=1 -DNDEBUG -DNo_Exception -D_OCC64 -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -std=c++11 -DREVISION=7.8 -IOCC -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/inc -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/include/opencascade -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install -I../include \ -I. egadsTessSens.cpp -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsTessSens.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fPIC -DOCC_CONVERT_SIGNALS -D_GNU_SOURCE=1 -DNDEBUG -DNo_Exception -D_OCC64 -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -std=c++11 -DREVISION=7.8 -IOCC -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/inc -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/include/opencascade -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install OCC/BRepLib_FuseEdges.cpp -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/BRepLib_FuseEdges.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I../util \ -I../util/uvmap egadsBase.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsBase.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I../util \ -I../util/uvmap egadsMemory.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsMemory.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I../util \ -I../util/uvmap egadsAttrs.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsAttrs.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I../util \ -I../util/uvmap egadsTess.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsTess.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I../util \ -I../util/uvmap egadsTessInp.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsTessInp.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I../util \ -I../util/uvmap egadsTris.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsTris.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I../util \ -I../util/uvmap egadsQuads.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsQuads.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I../util \ -I../util/uvmap egadsFit.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsFit.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I../util \ -I../util/uvmap egadsRobust.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsRobust.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I../util \ -I../util/uvmap egadsSBO.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsSBO.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I../util \ -I../util/uvmap prmCfit.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/prmCfit.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I../util \ -I../util/uvmap prmGrid.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/prmGrid.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I../util \ -I../util/uvmap prmUV.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/prmUV.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I../util \ -I../util/uvmap egadsExport.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsExport.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I../util \ -I../util/uvmap egadsEffect.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsEffect.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I../util \ -I../util/uvmap egadsSolids.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsSolids.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include ../util/emp.c \ -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/emp.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -x c++ -c -O -fPIC -DOCC_CONVERT_SIGNALS -D_GNU_SOURCE=1 -DNDEBUG -DNo_Exception -D_OCC64 -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -std=c++11 -DREVISION=7.8 -IOCC -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/inc -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/include/opencascade -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install -I. -I../include \ ../util/evaluate.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/evaluate.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -x c++ -c -O -fPIC -DOCC_CONVERT_SIGNALS -D_GNU_SOURCE=1 -DNDEBUG -DNo_Exception -D_OCC64 -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -std=c++11 -DREVISION=7.8 -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/inc -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/include/opencascade -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install -I. -I../include \ ../util/rational.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/rational.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/inc -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/include/opencascade -I/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install -I../include -I../util \ ../util/regQuads.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/regQuads.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/SurrealD1 -O -std=c++11 -I. ../util/SurrealD1_btest.cpp /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/SurrealD1 SurrealD1_test_suite Complete! g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/SurrealD4 -O -std=c++11 -I. ../util/SurrealD4_btest.cpp /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/SurrealD4 SurrealD4_test_suite Complete! g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/SurrealS1 -O -std=c++11 -I. ../util/SurrealS1_btest.cpp /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/SurrealS1 SurrealS1_test_suite Complete! g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/SurrealS4 -O -std=c++11 -I. ../util/SurrealS4_btest.cpp ../util/SurrealS4_btest.cpp: In function ‘void multiply_deriv2()’: ../util/SurrealS4_btest.cpp:1265:23: note: variable tracking size limit exceeded with ‘-fvar-tracking-assignments’, retrying without 1265 | BOOST_AUTO_TEST_CASE( multiply_deriv2 ) | ^~~~~~~~~~~~~~~ ../util/SurrealS4_btest.cpp:19:42: note: in definition of macro ‘BOOST_AUTO_TEST_CASE’ 19 | #define BOOST_AUTO_TEST_CASE( fun ) void fun() | ^~~ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/SurrealS4 SurrealS4_test_suite Complete! make -C ../util make[1]: Entering directory '/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/util' gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 uvmap/main/uvmap.c -Iuvmap \ -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/EG_uvmapFindUV.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/EG_uvmapFindUV.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/EG_uvmapGen.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/EG_uvmapGen.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/EG_uvmap_Read.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/EG_uvmap_Read.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/EG_uvmapStructFree.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/EG_uvmapStructFree.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/EG_uvmapTest.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/EG_uvmapTest.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/EG_uvmap_Write.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/EG_uvmap_Write.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_add.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_add.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_bnd_adj.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_bnd_adj.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_chk_area_uv.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_chk_area_uv.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_chk_edge_ratio.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_chk_edge_ratio.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_cpu_message.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_cpu_message.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_find_uv.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_find_uv.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_from_egads.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_from_egads.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_gen.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_gen.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_gen_uv.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_gen_uv.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_ibeibe.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_ibeibe.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_ibfibf.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_ibfibf.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_ibfin.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_ibfin.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_iccibe.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_iccibe.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_iccin.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_iccin.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_idibe.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_idibe.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_inibe.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_inibe.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_inl_uv_bnd.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_inl_uv_bnd.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_malloc.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_malloc.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_mben_disc.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_mben_disc.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_message.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_message.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_norm_uv.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_norm_uv.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_read.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_read.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_solve.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_solve.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_struct_tasks.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_struct_tasks.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_test.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_test.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_to_egads.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_to_egads.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_version.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_version.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I. uvmap/uvmap_write.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap_write.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 egadsUVmap.c -Iuvmap \ -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsUVmap.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libuvmap.a rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libuvmap.a (cd /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj; ar rs /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libuvmap.a /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsUVmap.o EG_uvmapFindUV.o EG_uvmapGen.o EG_uvmap_Read.o EG_uvmapStructFree.o EG_uvmapTest.o EG_uvmap_Write.o uvmap_add.o uvmap_bnd_adj.o uvmap_chk_area_uv.o uvmap_chk_edge_ratio.o uvmap_cpu_message.o uvmap_find_uv.o uvmap_from_egads.o uvmap_gen.o uvmap_gen_uv.o uvmap_ibeibe.o uvmap_ibfibf.o uvmap_ibfin.o uvmap_iccibe.o uvmap_iccin.o uvmap_idibe.o uvmap_inibe.o uvmap_inl_uv_bnd.o uvmap_malloc.o uvmap_mben_disc.o uvmap_message.o uvmap_norm_uv.o uvmap_read.o uvmap_solve.o uvmap_struct_tasks.o uvmap_test.o uvmap_to_egads.o uvmap_version.o uvmap_write.o; ) ar: creating /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libuvmap.a gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/uvmap.exe /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/uvmap.o \ -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -luvmap -lrt -lm make[1]: Leaving directory '/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/util' touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libegads.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libegads.so (cd /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj; gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libegads.so \ egadsGeom.o egadsHLevel.o egadsTopo.o egadsCopy.o egadsSpline.o egadsIO.o egadsSplineFit.o egadsSkinning.o egadsTessSens.o BRepLib_FuseEdges.o egadsBase.o egadsMemory.o egadsAttrs.o egadsTess.o egadsTessInp.o egadsTris.o egadsQuads.o egadsFit.o egadsRobust.o egadsSBO.o prmCfit.o prmGrid.o prmUV.o egadsExport.o egadsEffect.o egadsSolids.o emp.o evaluate.o rational.o regQuads.o \ -L/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/./lib -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -luvmap -lTKBool -lTKernel -lTKFeat -lTKBO -lTKGeomAlgo -lTKMath -lTKOffset -lTKPrim -lTKTopAlgo -lTKBRep -lTKG2d -lTKG3d -lTKGeomBase -lTKShHealing -lTKDESTEP -lTKDEIGES -lTKXSBase -lTKFillet -pthread -lm -lstdc++ -lrt ) touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libegadstatic.a rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libegadstatic.a cp /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libuvmap.a /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libegadstatic.a (cd /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj; \ ar rs /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libegadstatic.a egadsBase.o egadsMemory.o egadsAttrs.o egadsTess.o egadsTessInp.o egadsTris.o egadsQuads.o egadsFit.o egadsRobust.o egadsSBO.o prmCfit.o prmGrid.o prmUV.o egadsExport.o egadsEffect.o egadsSolids.o egadsGeom.o egadsHLevel.o egadsTopo.o egadsCopy.o egadsSpline.o egadsIO.o egadsSplineFit.o egadsSkinning.o egadsTessSens.o BRepLib_FuseEdges.o emp.o \ evaluate.o rational.o regQuads.o; ) gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include fgadsBase.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/fgadsBase.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include fgadsMemory.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/fgadsMemory.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include fgadsAttrs.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/fgadsAttrs.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include fgadsTess.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/fgadsTess.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include fgadsHLevel.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/fgadsHLevel.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include fgadsGeom.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/fgadsGeom.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include fgadsTopo.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/fgadsTopo.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libfgads.a rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libfgads.a (cd /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj; ar rs /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libfgads.a fgadsBase.o fgadsMemory.o fgadsAttrs.o fgadsTess.o fgadsHLevel.o fgadsGeom.o fgadsTopo.o; ) ar: creating /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libfgads.a touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libemp.a rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libemp.a (cd /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj; ar rs /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libemp.a emp.o; ) ar: creating /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libemp.a *** EGADS Build Complete! *** ++ cd /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/wvServer ++ make g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fPIC -DOCC_CONVERT_SIGNALS -D_GNU_SOURCE=1 -DNDEBUG -DNo_Exception -D_OCC64 -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -std=c++11 map.cpp -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/map.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DLWS_NO_FORK -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include base64-decode.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/base64-decode.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DLWS_NO_FORK -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include handshake.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/handshake.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DLWS_NO_FORK -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include client-handshake.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/client-handshake.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DLWS_NO_FORK -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include libwebsockets.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/libwebsockets.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DLWS_NO_FORK -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include extension-deflate-stream.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/extension-deflate-stream.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DLWS_NO_FORK -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include md5.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/md5.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DLWS_NO_FORK -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include extension-x-google-mux.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/extension-x-google-mux.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DLWS_NO_FORK -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include parsers.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/parsers.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DLWS_NO_FORK -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include extension.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/extension.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DLWS_NO_FORK -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include sha-1.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/sha-1.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DLWS_NO_FORK -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include server.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/server.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DLWS_NO_FORK -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include wv.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/wv.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DLWS_NO_FORK -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include browserMessage.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/browserMessage.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DLWS_NO_FORK -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include fwv.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/fwv.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libwsserver.a rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libwsserver.a (cd /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj; ar rs /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libwsserver.a map.o base64-decode.o handshake.o client-handshake.o libwebsockets.o extension-deflate-stream.o md5.o extension-x-google-mux.o parsers.o extension.o sha-1.o server.o wv.o browserMessage.o \ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/fwv.o; ) ar: creating /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libwsserver.a gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DLWS_NO_FORK -DSTANDALONE server.c \ -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/servertest.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/server /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/servertest.o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libwsserver.a \ -lpthread -lz -lm touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libwsserver.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libwsserver.so (cd /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj; g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined \ -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libwsserver.so base64-decode.o handshake.o client-handshake.o libwebsockets.o extension-deflate-stream.o md5.o extension-x-google-mux.o parsers.o extension.o sha-1.o server.o wv.o browserMessage.o map.o -lz -lpthread) ++ cd /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/lite ++ make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I. -I../src -I../util/uvmap \ liteBase.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/liteBase.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I. -I../src -I../util/uvmap \ liteMemory.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/liteMemory.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I. -I../src -I../util/uvmap \ liteGeom.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/liteGeom.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I. -I../src -I../util/uvmap \ liteTopo.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/liteTopo.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I. -I../src -I../util/uvmap \ liteAttrs.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/liteAttrs.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I. -I../src -I../util/uvmap \ liteImport.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/liteImport.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I. -I../src -I../util/uvmap \ liteString.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/liteString.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -DLITE -I../include -I. -I../src \ ../src/egadsTess.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/liteTess.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -DLITE -I../include -I. -I../src \ ../src/egadsTris.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/liteTris.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I../include -I. -I../src \ ../src/egadsQuads.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/liteQuads.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -DLITE -I../include -I. -I../src \ -I../util ../src/egadsTessInp.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/liteTessInp.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -DLITE -I../include -I. -I../src \ ../util/evaluate.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/evaLite.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -DLITE ../util/rational.c \ -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/ratLite.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -DLITE -I../include -I../util \ ../util/regQuads.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/liteRegQuads.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -DLITE -I../include -I. -I../src \ ../src/egadsEffect.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/liteEffect.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -DLITE -I../include -I. -I../src \ -I../util/uvmap liteUVmap.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/liteUVmap.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libegadslite.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libegadslite.so (cd /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj; gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined \ -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libegadslite.so liteBase.o liteMemory.o liteGeom.o liteTopo.o liteAttrs.o liteImport.o liteString.o liteTess.o liteTris.o \ liteQuads.o liteTessInp.o egadsRobust.o emp.o evaLite.o \ ratLite.o liteRegQuads.o liteEffect.o liteUVmap.o \ -lpthread -lm ) touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libegadslitestatic.a rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libegadslitestatic.a (cd /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj; ar rs /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libegadslitestatic.a liteBase.o liteMemory.o liteGeom.o liteTopo.o liteAttrs.o liteImport.o liteString.o \ liteTess.o liteTris.o liteQuads.o liteTessInp.o egadsRobust.o \ emp.o evaLite.o ratLite.o liteRegQuads.o liteEffect.o \ liteUVmap.o ; ) ar: creating /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libegadslitestatic.a ++ cd /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/test +++ ls addKnots.make agglom.make approx.make blend.make BSplineIGES.make chamfer.make closure.make CSys.make edge2WB.make edges.make effective.make egads2cart.make egads2ply.make egadsGeom_dot.make egadsHLevel_dot.make egadsSpline_dot.make egadsTopo_dot.make exportLite.make extrot.make fillet.make fit.make fitTri.make fullAttr.make fuseSheets.make GBO.make globalTess.make hollowFace.make hollow.make intersect.make makeCone.make makeFace3D.make makeLoop.make mapTess.make mofb.make mssb.make multiContext.make offset.make rebuild.make refObj.make replace.make revolve.make ruled.make saveTess.make SBO.make scribe.make sew.make simplePer.make smallEdges.make step.make sweep.make test.make tolerance.make union.make vAttr.make vCurvature.make vEffect.make vEto.make vFrame.make vGeom.make vQuad.make vTessInp.make vTess.make xform.make ++ for file in `ls *.make` ++ make -f addKnots.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include addKnots.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/addKnots.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/addKnots /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/addKnots.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads \ -lrt -lm ++ for file in `ls *.make` ++ make -f agglom.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include agglom.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/agglom.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/agglom /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/agglom.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -lrt -legads -lm ++ for file in `ls *.make` ++ make -f approx.make gfortran-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fPIC -frecursive -fcray-pointer -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include approx.f -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/approx.o gfortran-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/approx /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/approx.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -lfgads \ -legads -lstdc++ ++ for file in `ls *.make` ++ make -f blend.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include blend.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/blend.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/blend /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/blend.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ for file in `ls *.make` ++ make -f BSplineIGES.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include BSplineIGES.c -o \ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/BSplineIGES.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/BSplineIGES /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/BSplineIGES.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads \ -lrt -lm ++ for file in `ls *.make` ++ make -f chamfer.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include chamfer.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/chamfer.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/chamfer /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/chamfer.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads \ -lrt -lm ++ for file in `ls *.make` ++ make -f closure.make gfortran-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fPIC -frecursive -fcray-pointer -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include closure.f -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/closure.o gfortran-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/closure /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/closure.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -lfgads \ -legads -lstdc++ ++ for file in `ls *.make` ++ make -f CSys.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include CSys.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/CSys.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/CSys /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/CSys.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ for file in `ls *.make` ++ make -f edge2WB.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include edge2WB.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/edge2WB.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/edge2WB /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/edge2WB.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads \ -lrt -lm ++ for file in `ls *.make` ++ make -f edges.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include edges.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/edges.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/edges /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/edges.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ for file in `ls *.make` ++ make -f effective.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include effective.c \ -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/effective.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/effective /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/effective.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads \ -lrt -lm ++ for file in `ls *.make` ++ make -f egads2cart.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include egads2cart.c \ -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egads2cart.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/egads2cart /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egads2cart.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads \ -lrt -lm ++ for file in `ls *.make` ++ make -f egads2ply.make g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fPIC -DOCC_CONVERT_SIGNALS -D_GNU_SOURCE=1 -DNDEBUG -DNo_Exception -D_OCC64 -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -std=c++11 -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. egads2ply.cpp -std=c++11 \ -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egads2ply.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fPIC -DOCC_CONVERT_SIGNALS -D_GNU_SOURCE=1 -DNDEBUG -DNo_Exception -D_OCC64 -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -std=c++11 -DREVISION=7.8 -I. tinyply.cpp -std=c++11 -w \ -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/tinyply.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/egads2ply /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egads2ply.o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/tinyply.o \ -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ for file in `ls *.make` ++ make -f egadsGeom_dot.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include egadsGeom_dot.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsGeom_dot.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include egadsTools_dot.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsTools_dot.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/egadsGeom_dot /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsGeom_dot.o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsTools_dot.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads \ -lrt -lm ++ for file in `ls *.make` ++ make -f egadsHLevel_dot.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include egadsHLevel_dot.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsHLevel_dot.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/egadsHLevel_dot /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsHLevel_dot.o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsTools_dot.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads \ -lrt -lm ++ for file in `ls *.make` ++ make -f egadsSpline_dot.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include egadsSpline_dot.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsSpline_dot.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/egadsSpline_dot /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsSpline_dot.o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsTools_dot.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads \ -lrt -lm ++ for file in `ls *.make` ++ make -f egadsTopo_dot.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include egadsTopo_dot.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsTopo_dot.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/egadsTopo_dot /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsTopo_dot.o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/egadsTools_dot.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads \ -lrt -lm ++ for file in `ls *.make` ++ make -f exportLite.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I../util/uvmap \ ../src/egadsExport.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/exportLite.o -DSTANDALONE g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/exportLite /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/exportLite.o \ -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ for file in `ls *.make` ++ make -f extrot.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include extrot.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/extrot.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/extrot /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/extrot.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ for file in `ls *.make` ++ make -f fillet.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include fillet.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/fillet.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/fillet /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/fillet.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ for file in `ls *.make` ++ make -f fit.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include fit.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/fit.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/fit /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/fit.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ for file in `ls *.make` ++ make -f fitTri.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include fitTri.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/fitTri.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/fitTri /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/fitTri.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ for file in `ls *.make` ++ make -f fullAttr.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include fullAttr.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/fullAttr.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/fullAttr /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/fullAttr.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads \ -lrt -lm ++ for file in `ls *.make` ++ make -f fuseSheets.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include fuseSheets.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/fuseSheets.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/fuseSheets /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/fuseSheets.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ for file in `ls *.make` ++ make -f GBO.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include GBO.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/GBO.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/GBO /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/GBO.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ for file in `ls *.make` ++ make -f globalTess.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include globalTess.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/globalTess.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/globalTess /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/globalTess.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads \ -lrt -lm ++ for file in `ls *.make` ++ make -f hollowFace.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include hollowFace.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/hollowFace.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/hollowFace /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/hollowFace.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ for file in `ls *.make` ++ make -f hollow.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include hollow.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/hollow.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/hollow /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/hollow.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ for file in `ls *.make` ++ make -f intersect.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include intersect.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/intersect.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/intersect /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/intersect.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads \ -lrt -lm ++ for file in `ls *.make` ++ make -f makeCone.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include makeCone.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/makeCone.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/makeCone /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/makeCone.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads \ -lrt -lm ++ for file in `ls *.make` ++ make -f makeFace3D.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include makeFace3D.c \ -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/makeFace3D.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/makeFace3D /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/makeFace3D.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads \ -lrt -lm ++ for file in `ls *.make` ++ make -f makeLoop.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include makeLoop.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/makeLoop.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/makeLoop /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/makeLoop.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads \ -lrt -lm ++ for file in `ls *.make` ++ make -f mapTess.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include mapTess.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/mapTess.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/mapTess /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/mapTess.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads \ -lrt -lm ++ for file in `ls *.make` ++ make -f mofb.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include mofb.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/mofb.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/mofb /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/mofb.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ for file in `ls *.make` ++ make -f mssb.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include mssb.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/mssb.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/mssb /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/mssb.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ for file in `ls *.make` ++ make -f multiContext.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include multiContext.c \ -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/multiContext.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/multiContext /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/multiContext.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib \ -legads -lrt -lm ++ for file in `ls *.make` ++ make -f offset.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include offset.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/offset.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/offset /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/offset.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ for file in `ls *.make` ++ make -f rebuild.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include rebuild.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/rebuild.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/rebuild /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/rebuild.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads \ -lrt -lm ++ for file in `ls *.make` ++ make -f refObj.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include refObj.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/refObj.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/refObj /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/refObj.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ for file in `ls *.make` ++ make -f replace.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include replace.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/replace.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/replace /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/replace.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads \ -lrt -lm ++ for file in `ls *.make` ++ make -f revolve.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include revolve.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/revolve.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/revolve /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/revolve.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads \ -lrt -lm ++ for file in `ls *.make` ++ make -f ruled.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include ruled.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/ruled.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/ruled /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/ruled.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ for file in `ls *.make` ++ make -f saveTess.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include saveTess.c \ -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/saveTess.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/saveTess /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/saveTess.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads \ -lrt -lm ++ for file in `ls *.make` ++ make -f SBO.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include SBO.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/SBO.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/SBO /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/SBO.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ for file in `ls *.make` ++ make -f scribe.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include scribe.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/scribe.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/scribe /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/scribe.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ for file in `ls *.make` ++ make -f sew.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include sew.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/sew.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/sew /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/sew.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ for file in `ls *.make` ++ make -f simplePer.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include simplePer.c \ -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/simplePer.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/simplePer /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/simplePer.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads \ -lrt -lm ++ for file in `ls *.make` ++ make -f smallEdges.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include smallEdges.c \ -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/smallEdges.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/smallEdges /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/smallEdges.o \ -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ for file in `ls *.make` ++ make -f step.make gfortran-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fPIC -frecursive -fcray-pointer -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include step.f -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/step.o gfortran-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/step /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/step.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -lfgads -legads \ -lstdc++ ++ for file in `ls *.make` ++ make -f sweep.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include sweep.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/sweep.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/sweep /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/sweep.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ for file in `ls *.make` ++ make -f test.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include testc.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/testc.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/testc /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/testc.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm gfortran-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fPIC -frecursive -fcray-pointer -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include testf.f -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/testf.o gfortran-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/testf /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/testf.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -lfgads -legads \ -lstdc++ gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include parsec.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/parsec.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/parsec /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/parsec.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm gfortran-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fPIC -frecursive -fcray-pointer -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include parsef.f -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/parsef.o gfortran-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/parsef /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/parsef.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -lfgads -legads \ -lstdc++ ++ for file in `ls *.make` ++ make -f tolerance.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include tolerance.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/tolerance.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/tolerance /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/tolerance.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads \ -lrt -lm ++ for file in `ls *.make` ++ make -f union.make gfortran-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fPIC -frecursive -fcray-pointer -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include union.f -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/union.o gfortran-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/union /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/union.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -lfgads -legads \ -lstdc++ ++ for file in `ls *.make` ++ make -f vAttr.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include vAttr.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/vAttr.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/vAttr /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/vAttr.o \ -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -lwsserver -legads -lrt ++ for file in `ls *.make` ++ make -f vCurvature.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include vCurvature.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/vCurvature.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/vCurvature /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/vCurvature.o \ -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -lwsserver -legads -lrt ++ for file in `ls *.make` ++ make -f vEffect.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include vEffect.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/vEffect.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/vEffect /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/vEffect.o \ -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -lwsserver -legads -lrt ++ for file in `ls *.make` ++ make -f vEto.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include vEto.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/vEto.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/vEto /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/vEto.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -lwsserver -lrt ++ for file in `ls *.make` ++ make -f vFrame.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include vFrame.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/vFrame.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/vFrame /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/vFrame.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -lwsserver -lrt ++ for file in `ls *.make` ++ make -f vGeom.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include vGeom.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/vGeom.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/vGeom /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/vGeom.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -lwsserver -legads \ -lrt ++ for file in `ls *.make` ++ make -f vQuad.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include vQuad.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/vQuad.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/vQuad /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/vQuad.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -lwsserver \ -legads -lrt ++ for file in `ls *.make` ++ make -f vTessInp.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include vTessInp.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/vTessInp.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/vTessInp /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/vTessInp.o \ -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -lwsserver -legads -lrt ++ for file in `ls *.make` ++ make -f vTess.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include vTess.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/vTess.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include ../util/retessFaces.c \ -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/retessFaces.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/vTesstatic /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/vTess.o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/retessFaces.o \ -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -lwsserver -legadstatic -L/home/jenkins/util/ESP/opencascade-7.8/trunk/build_address/install/./lib -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -lTKBool -lTKernel -lTKFeat -lTKBO -lTKGeomAlgo -lTKMath -lTKOffset -lTKPrim -lTKTopAlgo -lTKBRep -lTKG2d -lTKG3d -lTKGeomBase -lTKShHealing -lTKDESTEP -lTKDEIGES -lTKXSBase -lTKFillet -pthread -lm \ -lpthread -lz -lrt -lm g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/vTess /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/vTess.o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/retessFaces.o \ -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -lwsserver -legads -lrt ++ for file in `ls *.make` ++ make -f xform.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include xform.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/xform.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/test/xform /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/xform.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ cd /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/docs/Tutorial ++ make -f tire.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include tire.c g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o tire tire.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ make -f egads2tri.make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include egads2tri.c g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o egads2tri egads2tri.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lrt -lm ++ cd /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/docs/EGADS_dot/src ++ make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. circle1_dot.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/circle1_dot.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. pingBodies.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/pingBodies.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o circle1_dot /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/circle1_dot.o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/pingBodies.o \ -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lm -lrt gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. circle2_dot.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/circle2_dot.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o circle2_dot /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/circle2_dot.o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/pingBodies.o \ -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lm -lrt gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. naca_dot.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/naca_dot.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o naca_dot /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/naca_dot.o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/pingBodies.o \ -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lm -lrt gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. ruled_naca_dot.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/ruled_naca_dot.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o ruled_naca_dot /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/ruled_naca_dot.o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/pingBodies.o \ -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lm -lrt ++ cd /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/OpenCSM/trunk/src ++ make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. serveCSM.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/serveCSM.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. OpenCSM.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/OpenCSM.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udp.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udp.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. tim.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/tim.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libocsm.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libocsm.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/libocsm.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/OpenCSM.o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udp.o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/tim.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lwsserver -ldl -lrt -lm g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/serveCSM /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/serveCSM.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -lwsserver -legads -ldl -lrt gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. serveESP.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/serveESP.o g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/serveESP /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/serveESP.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -lwsserver -legads -ldl -lrt gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. sensCSM.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/sensCSM.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/sensCSM.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lrt -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpBezier.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpBezier.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/bezier.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/bezier.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/bezier.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpBezier.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpBiconvex.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpBiconvex.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/biconvex.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/biconvex.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/biconvex.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpBiconvex.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpBox.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpBox.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/box.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/box.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/box.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpBox.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpBspline.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpBspline.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/bspline.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/bspline.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/bspline.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpBspline.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfCatmull.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfCatmull.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/catmull.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/catmull.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/catmull.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfCatmull.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfCompare.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfCompare.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/compare.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/compare.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/compare.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfCompare.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfCreateBEM.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfCreateBEM.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/createBEM.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/createBEM.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/createBEM.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfCreateBEM.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfCreatePoly.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfCreatePoly.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/createPoly.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/createPoly.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/createPoly.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfCreatePoly.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpCsm.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpCsm.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/csm.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/csm.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/csm.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpCsm.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfDeform.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfDeform.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/deform.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/deform.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/deform.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfDeform.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfDroop.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfDroop.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/droop.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/droop.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/droop.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfDroop.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfDumpPmtrs.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfDumpPmtrs.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/dumpPmtrs.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/dumpPmtrs.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/dumpPmtrs.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfDumpPmtrs.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfEditAttr.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfEditAttr.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/editAttr.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/editAttr.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/editAttr.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfEditAttr.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpEllipse.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpEllipse.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/ellipse.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/ellipse.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/ellipse.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpEllipse.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpEqn2body.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpEqn2body.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/eqn2body.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/eqn2body.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/eqn2body.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpEqn2body.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpFitcurve.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpFitcurve.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/fitcurve.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/fitcurve.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/fitcurve.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpFitcurve.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfFlend.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfFlend.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/flend.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/flend.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/flend.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfFlend.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpFreeform.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpFreeform.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/freeform.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/freeform.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/freeform.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpFreeform.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfGanged.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfGanged.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/ganged.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/ganged.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/ganged.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfGanged.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfGuide.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfGuide.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/guide.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/guide.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/guide.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfGuide.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpHex.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpHex.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/hex.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/hex.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/hex.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpHex.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpImport.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpImport.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/import.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/import.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/import.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpImport.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpKulfan.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpKulfan.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/kulfan.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/kulfan.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/kulfan.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpKulfan.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfLinalg.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfLinalg.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/linalg.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/linalg.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/linalg.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfLinalg.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfMatchBodys.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfMatchBodys.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/matchBodys.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/matchBodys.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/matchBodys.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfMatchBodys.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfMechanism.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfMechanism.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/mechanism.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/mechanism.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/mechanism.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfMechanism.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpNaca.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpNaca.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/naca.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/naca.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/naca.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpNaca.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfNaca6mc.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfNaca6mc.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/naca6mc.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/naca6mc.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/naca6mc.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfNaca6mc.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfNacelle.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfNacelle.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/nacelle.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/nacelle.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/nacelle.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfNacelle.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpNurbbody.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpNurbbody.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/nurbbody.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/nurbbody.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/nurbbody.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpNurbbody.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfNuscale.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfNuscale.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/nuscale.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/nuscale.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/nuscale.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfNuscale.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfOffset.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfOffset.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/offset.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/offset.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/offset.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfOffset.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpParabaloid.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpParabaloid.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/parabaloid.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/parabaloid.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/parabaloid.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpParabaloid.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fPIC -DOCC_CONVERT_SIGNALS -D_GNU_SOURCE=1 -DNDEBUG -DNo_Exception -D_OCC64 -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -std=c++11 -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpParsec.cpp -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpParsec.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/parsec.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/parsec.so g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/parsec.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpParsec.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpPod.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpPod.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/pod.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/pod.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/pod.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpPod.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpPoly.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpPoly.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/poly.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/poly.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/poly.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpPoly.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfPrintBbox.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfPrintBbox.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/printBbox.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/printBbox.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/printBbox.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfPrintBbox.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfPrintBrep.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfPrintBrep.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/printBrep.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/printBrep.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/printBrep.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfPrintBrep.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfPrintEgo.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfPrintEgo.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/printEgo.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/printEgo.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/printEgo.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfPrintEgo.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpProp.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpProp.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/prop.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/prop.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/prop.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpProp.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpRadwaf.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpRadwaf.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/radwaf.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/radwaf.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/radwaf.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpRadwaf.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpSample.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpSample.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/sample.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/sample.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/sample.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpSample.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpSew.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpSew.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/sew.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/sew.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/sew.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpSew.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfShadow.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfShadow.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/shadow.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/shadow.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/shadow.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfShadow.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfSlices.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfSlices.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/slices.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/slices.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/slices.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfSlices.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpStag.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpStag.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/stag.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/stag.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/stag.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpStag.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfStiffener.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfStiffener.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/stiffener.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/stiffener.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/stiffener.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfStiffener.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpSupell.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpSupell.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/supell.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/supell.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/supell.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpSupell.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udfTester1.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfTester1.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/tester1.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/tester1.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/tester1.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udfTester1.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpTester2.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpTester2.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/tester2.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/tester2.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/tester2.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpTester2.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpVsp3.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpVsp3.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/vsp3.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/vsp3.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/vsp3.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpVsp3.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpWaffle.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpWaffle.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/waffle.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/waffle.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/waffle.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpWaffle.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpWarp.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpWarp.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/warp.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/warp.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/warp.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpWarp.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. eggPDT2.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/eggPDT2.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/PDT2.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/PDT2.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/PDT2.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/eggPDT2.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. udpNaca456.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpNaca456.o gfortran-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fPIC -frecursive -fcray-pointer naca456.f90 -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/naca456.o -J /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/naca456.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/naca456.so gfortran-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/naca456.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/udpNaca456.o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/naca456.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -legads -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. timEreped.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/timEreped.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/ereped.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/ereped.so g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/ereped.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/timEreped.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -lwsserver -legads -ldl -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. timMitten.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/timMitten.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/mitten.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/mitten.so g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/mitten.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/timMitten.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -lwsserver -legads -ldl -lrt gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. timPlotter.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/timPlotter.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/plotter.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/plotter.so g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/plotter.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/timPlotter.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -lwsserver -legads -ldl -lrt gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. timPlugs.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/timPlugs.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/plugs.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/plugs.so g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/plugs.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/timPlugs.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -lwsserver -legads -ldl -lrt gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. timSlugs.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/timSlugs.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/slugs.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/slugs.so g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/slugs.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/timSlugs.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -lwsserver -legads -ldl -lm gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include -I. timVspSetup.c -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/timVspSetup.o touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/vspSetup.so rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/vspSetup.so g++-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib/vspSetup.so /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/obj/timVspSetup.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -locsm -lwsserver -legads -ldl -lm touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/OpenCSM.h rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/OpenCSM.h cp -p OpenCSM.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/OpenCSM.h touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/common.h rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/common.h cp -p common.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/common.h touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/udp.h rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/udp.h cp -p udp.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/udp.h touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/esp.h rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/esp.h cp -p esp.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/esp.h touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/tim.h rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/tim.h cp -p tim.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/tim.h touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egg.h rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egg.h cp -p egg.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/egg.h touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/udpUtilities.h rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/udpUtilities.h cp -p udpUtilities.h /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/udpUtilities.h touch /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/udpUtilities.c rm /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/udpUtilities.c cp -p udpUtilities.c /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include/udpUtilities.c ++ cd /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/EGADS/trunk/docs/UDP_UDF/data ++ make gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include udpTire.c -o tire.o gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -o tire tire.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lm -lrt gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -c -O -fno-unit-at-a-time -fPIC -Wall -Wno-dangling-else -Wno-parentheses -Wno-unused-result -Wno-format-truncation -DREVISION=7.8 -DUDP -I/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/include udpTire.c touch tire.so rm tire.so gcc-11 -g -fsanitize=address -fno-omit-frame-pointer -fuse-ld=gold -shared -Wl,-no-undefined -o tire.so udpTire.o -L/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/lib -legads -lm -lrt ++ [[ true == '' ]] ++ ln -f -s /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/OpenCSM/trunk/udc /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64 +++ find /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/OpenCSM/trunk/data/training/ -name Makefile + [[ reynolds == \m\a\c\y\s ]] + [[ reynolds == \v\i\g\g\e\n ]] + [[ reynolds == *\r\e\y\n\o\l\d\s* ]] + export LD_PRELOAD=/usr/lib/x86_64-linux-gnu/libasan.so.6 + LD_PRELOAD=/usr/lib/x86_64-linux-gnu/libasan.so.6 + [[ sensCSM/tess == *\v\s\p\3* ]] + source /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/JenkinsESP/ESP_Sanitize.sh ++ '[' -z '' ']' ++ OUTLEVEL=0 ++ mkdir -p /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/test ++ cd /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/test ++ [[ sensCSM/tess =~ [0-9]+.[0-9]+ ]] ++ export ESPTEST=sensCSM/tess ++ ESPTEST=sensCSM/tess ++ [[ sensCSM/tess == \C\A\P\S* ]] ++ [[ sensCSM/tess == \s\e\n\s\C\S\M* ]] ++ '[' -z '' ']' ++ CSMPATTERN='design*.csm' ++ for i in $CSMPATTERN ++ sort -f ++ ls ../../OpenCSM/trunk/data/basic/design0a.csm ../../OpenCSM/trunk/data/basic/design0b.csm ../../OpenCSM/trunk/data/basic/design0c.csm ../../OpenCSM/trunk/data/basic/design0.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/design8a.csm ../../OpenCSM/trunk/data/basic/design8b.csm ../../OpenCSM/trunk/data/basic/design8c.csm ../../OpenCSM/trunk/data/basic/design8.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 ../../OpenCSM/trunk/data/basic/designZ7.csm ../../OpenCSM/trunk/data/basic/designZ8.csm ../../OpenCSM/trunk/data/basic/designZ9a.csm ../../OpenCSM/trunk/data/basic/designZ9b.csm ++ export SENS=-tess ++ SENS=-tess ++ source /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/JenkinsESP/splitCSMFiles.sh +++ [[ -n '' ]] +++ cat csmFiles.txt ++ CSMFILES='../../OpenCSM/trunk/data/basic/design0a.csm ../../OpenCSM/trunk/data/basic/design0b.csm ../../OpenCSM/trunk/data/basic/design0c.csm ../../OpenCSM/trunk/data/basic/design0.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/design8a.csm ../../OpenCSM/trunk/data/basic/design8b.csm ../../OpenCSM/trunk/data/basic/design8c.csm ../../OpenCSM/trunk/data/basic/design8.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 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../../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 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../../OpenCSM/trunk/data/basic/designZ4.csm ../../OpenCSM/trunk/data/basic/designZ5.csm ../../OpenCSM/trunk/data/basic/designZ6.csm ../../OpenCSM/trunk/data/basic/designZ7.csm ../../OpenCSM/trunk/data/basic/designZ8.csm ../../OpenCSM/trunk/data/basic/designZ9a.csm ../../OpenCSM/trunk/data/basic/designZ9b.csm' +++ wc -l +++ echo '../../OpenCSM/trunk/data/basic/design0a.csm ../../OpenCSM/trunk/data/basic/design0b.csm ../../OpenCSM/trunk/data/basic/design0c.csm ../../OpenCSM/trunk/data/basic/design0.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 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../../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 ../../OpenCSM/trunk/data/basic/designZ7.csm ../../OpenCSM/trunk/data/basic/designZ8.csm ../../OpenCSM/trunk/data/basic/designZ9a.csm ../../OpenCSM/trunk/data/basic/designZ9b.csm' ++ TOTALCOUNT=279 ++ WIDTH=3 ++ N=0 ++ for i in $CSMFILES ++ echo -------------------------------------------------------------------------------------------------- -------------------------------------------------------------------------------------------------- ++ N=1 ++ printf '( %3d / %3d )\n' 1 279 ( 1 / 279 ) ++ set -x ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0a.csm -tess -outLevel 0 --> 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 -> 0.333 sec Sensitivity checks complete with 0 total errors (max tess err= 1.5607e-16) with 0 suppressions real 0m3.374s user 0m3.174s sys 0m0.431s ++ set +x -------------------------------------------------------------------------------------------------- ( 2 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0b.csm -tess -outLevel 0 --> 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 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 -> 0.135 sec Sensitivity checks complete with 0 total errors (max tess err= 1.5776e-16) with 0 suppressions real 0m0.579s user 0m0.498s sys 0m0.172s ++ set +x -------------------------------------------------------------------------------------------------- ( 3 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0c.csm -tess -outLevel 0 --> 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= 6.3467e-18) d(Edge)/d(xbeg1) check complete with 0 total errors (errmax= 6.8913e-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= 8.4640e-09) d(Edge)/d(ybeg1) check complete with 0 total errors (errmax= 5.5169e-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= 3.4585e-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= 3.2336e-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= 3.2483e-09) d(Edge)/d(xbeg2) check complete with 0 total errors (errmax= 5.2873e-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= 6.1725e-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= 3.0696e-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= 7.5065e-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= 2.0911e-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 -> 0.118 sec Sensitivity checks complete with 0 total errors (max tess err= 1.3002e-06) with 0 suppressions real 0m2.882s user 0m3.984s sys 0m0.772s ++ set +x -------------------------------------------------------------------------------------------------- ( 4 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0.csm -tess -outLevel 0 --> 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 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 -> 0.019 sec Sensitivity checks complete with 0 total errors (max tess err= 4.8187e-06) with 0 suppressions real 0m0.643s user 0m0.449s sys 0m0.185s ++ set +x -------------------------------------------------------------------------------------------------- ( 5 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0d.csm -tess -outLevel 0 --> 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 -> 0.015 sec Sensitivity checks complete with 0 total errors (max tess err= 2.1408e-16) with 0 suppressions real 0m0.294s user 0m0.213s sys 0m0.113s ++ set +x -------------------------------------------------------------------------------------------------- ( 6 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0e.csm -tess -outLevel 0 --> 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= 1.3703e-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= 1.3789e-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= 1.8783e-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= 2.3349e-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= 1.2961e-16) d(Edge)/d(chord) check complete with 0 total errors (errmax= 2.0892e-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 -> 0.008 sec Sensitivity checks complete with 0 total errors (max tess err= 2.7990e-07) with 0 suppressions real 0m0.903s user 0m0.633s sys 0m0.189s ++ set +x -------------------------------------------------------------------------------------------------- ( 7 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0f.csm -tess -outLevel 0 --> 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 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 -> 0.057 sec Sensitivity checks complete with 0 total errors (max tess err= 1.4991e-07) with 0 suppressions real 0m1.139s user 0m0.988s sys 0m0.157s ++ set +x -------------------------------------------------------------------------------------------------- ( 8 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0g.csm -tess -outLevel 0 --> 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= 2.5506e-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= 2.4598e-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= 2.4683e-16) d(Edge)/d(xle) check complete with 0 total errors (errmax= 3.3164e-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= 2.2753e-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= 3.1737e-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= 8.5097e-17) d(Edge)/d(yle) check complete with 0 total errors (errmax= 1.0630e-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= 1.6198e-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= 3.2502e-17) d(Edge)/d(zle) check complete with 0 total errors (errmax= 4.4370e-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= 3.7649e-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= 3.9252e-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= 4.9651e-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= 1.6455e-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= 4.4496e-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= 2.3850e-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= 1.2037e-35) ********************************************************* 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= 2.4424e-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 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 -> 32.407 sec Sensitivity checks complete with 0 total errors (max tess err= 2.4424e-06) with 0 suppressions real 0m56.327s user 0m54.443s sys 0m1.603s ++ set +x -------------------------------------------------------------------------------------------------- ( 9 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0h.csm -tess -outLevel 0 --> 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= 5.0562e-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= 3.3240e-20) d(Edge)/d(rx) check complete with 0 total errors (errmax= 1.1794e-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= 1.8789e-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" ********************************************************* 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= 3.0941e-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 -> 0.005 sec Sensitivity checks complete with 0 total errors (max tess err= 3.0942e-16) with 0 suppressions real 0m0.781s user 0m0.629s sys 0m0.111s ++ set +x -------------------------------------------------------------------------------------------------- ( 10 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0i.csm -tess -outLevel 0 --> 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= 1.0910e-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= 1.9470e-16) d(Edge)/d(ry) check complete with 0 total errors (errmax= 1.8505e-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 -> 0.013 sec Sensitivity checks complete with 0 total errors (max tess err= 1.9471e-16) with 0 suppressions real 0m0.467s user 0m0.498s sys 0m0.099s ++ set +x -------------------------------------------------------------------------------------------------- ( 11 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0j.csm -tess -outLevel 0 --> 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= 1.5195e-16) d(Edge)/d(xle) check complete with 0 total errors (errmax= 1.4240e-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= 3.0463e-17) d(Edge)/d(zle) check complete with 0 total errors (errmax= 3.5420e-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= 2.8903e-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= 2.7756e-17) ********************************************************* 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= 1.1444e-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 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 -> 6.185 sec Sensitivity checks complete with 0 total errors (max tess err= 1.3415e-07) with 0 suppressions real 0m13.162s user 0m11.452s sys 0m1.401s ++ set +x -------------------------------------------------------------------------------------------------- ( 12 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0k.csm -tess -outLevel 0 --> 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= 6.7105e-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= 8.7323e-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= 5.1348e-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 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 -> 6.210 sec Sensitivity checks complete with 0 total errors (max tess err= 3.1288e-07) with 0 suppressions real 0m17.484s user 0m16.224s sys 0m1.104s ++ set +x -------------------------------------------------------------------------------------------------- ( 13 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0m.csm -tess -outLevel 0 --> 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 -> 0.014 sec Sensitivity checks complete with 1 total errors (max tess err= 1.0635e-04) with 0 suppressions real 0m0.450s user 0m0.309s sys 0m0.162s ++ set +x -------------------------------------------------------------------------------------------------- ( 14 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0n1.csm -tess -outLevel 0 --> 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 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 -> 0.065 sec Sensitivity checks complete with 0 total errors (max tess err= 1.6780e-07) with 0 suppressions real 0m1.130s user 0m1.321s sys 0m0.225s ++ set +x -------------------------------------------------------------------------------------------------- ( 15 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0n2.csm -tess -outLevel 0 --> 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 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= 2.3738e-16) d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 1.191 sec Sensitivity checks complete with 0 total errors (max tess err= 2.3739e-16) with 0 suppressions real 0m2.962s user 0m2.936s sys 0m0.435s ++ set +x -------------------------------------------------------------------------------------------------- ( 16 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0o1.csm -tess -outLevel 0 --> 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 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= 2.0599e-16) d(Edge)/d(span) check complete with 0 total errors (errmax= 3.4060e-16) d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 1.271 sec Sensitivity checks complete with 0 total errors (max tess err= 1.6620e-07) with 0 suppressions real 0m3.745s user 0m3.705s sys 0m0.317s ++ set +x -------------------------------------------------------------------------------------------------- ( 17 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0o2.csm -tess -outLevel 0 --> 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= 1.8949e-16) d(Edge)/d(span) check complete with 0 total errors (errmax= 3.2312e-16) d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 7.664 sec Sensitivity checks complete with 0 total errors (max tess err= 3.2313e-16) with 0 suppressions real 0m14.683s user 0m13.400s sys 0m0.713s ++ set +x -------------------------------------------------------------------------------------------------- ( 18 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0o3.csm -tess -outLevel 0 --> 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 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= 2.0599e-16) d(Edge)/d(span) check complete with 0 total errors (errmax= 3.4060e-16) d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 1.382 sec Sensitivity checks complete with 0 total errors (max tess err= 1.6620e-07) with 0 suppressions real 0m3.718s user 0m3.974s sys 0m0.244s ++ set +x -------------------------------------------------------------------------------------------------- ( 19 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0o4.csm -tess -outLevel 0 --> 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= 1.8949e-16) d(Edge)/d(span) check complete with 0 total errors (errmax= 3.2312e-16) d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 6.937 sec Sensitivity checks complete with 0 total errors (max tess err= 3.2313e-16) with 0 suppressions real 0m12.973s user 0m12.435s sys 0m0.771s ++ set +x -------------------------------------------------------------------------------------------------- ( 20 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0p.csm -tess -outLevel 0 --> 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 -> 0.011 sec Sensitivity checks complete with 0 total errors (max tess err= 1.7737e-08) with 0 suppressions real 0m0.292s user 0m0.225s sys 0m0.077s ++ set +x -------------------------------------------------------------------------------------------------- ( 21 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0q.csm -tess -outLevel 0 --> 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 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 -> 0.364 sec Sensitivity checks complete with 0 total errors (max tess err= 3.8077e-09) with 0 suppressions real 0m0.802s user 0m0.716s sys 0m0.107s ++ set +x -------------------------------------------------------------------------------------------------- ( 22 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0r.csm -tess -outLevel 0 --> 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= 1.2866e-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= 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= 4.2547e-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= 3.3307e-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= 3.6257e-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= 1.6299e-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= 5.0358e-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" ********************************************************* 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= 2.5702e-16) d(Node)/d(sfac) check complete with 0 total errors (errmax= 2.5438e-16) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 0.359 sec Sensitivity checks complete with 0 total errors (max tess err= 8.9242e-07) with 0 suppressions real 0m6.519s user 0m6.486s sys 0m0.721s ++ set +x -------------------------------------------------------------------------------------------------- ( 23 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0s.csm -tess -outLevel 0 --> 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 -> 0.004 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 0m0.263s user 0m0.159s sys 0m0.102s ++ set +x -------------------------------------------------------------------------------------------------- ( 24 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0t1.csm -tess -outLevel 0 --> 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 -> 0.013 sec Sensitivity checks complete with 0 total errors (max tess err= 3.6285e-16) with 0 suppressions real 0m0.355s user 0m0.175s sys 0m0.143s ++ set +x -------------------------------------------------------------------------------------------------- ( 25 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0t2.csm -tess -outLevel 0 --> 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 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 -> 0.200 sec Sensitivity checks complete with 0 total errors (max tess err= 3.7230e-16) with 0 suppressions real 0m0.942s user 0m0.847s sys 0m0.173s ++ set +x -------------------------------------------------------------------------------------------------- ( 26 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0t3.csm -tess -outLevel 0 --> 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 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 -> 0.200 sec Sensitivity checks complete with 0 total errors (max tess err= 3.7230e-16) with 0 suppressions real 0m0.947s user 0m0.812s sys 0m0.217s ++ set +x -------------------------------------------------------------------------------------------------- ( 27 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0u.csm -tess -outLevel 0 --> 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= 2.4845e-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" ********************************************************* 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= 2.4206e-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 -> 0.002 sec Sensitivity checks complete with 0 total errors (max tess err= 1.8764e-07) with 0 suppressions real 0m0.260s user 0m0.163s sys 0m0.078s ++ set +x -------------------------------------------------------------------------------------------------- ( 28 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0v.csm -tess -outLevel 0 --> 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 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= 2.7630e-16) d(Node)/d(span) check complete with 0 total errors (errmax= 0.0000e+00) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 0.022 sec Sensitivity checks complete with 0 total errors (max tess err= 1.8764e-07) with 0 suppressions real 0m0.394s user 0m0.401s sys 0m0.107s ++ set +x -------------------------------------------------------------------------------------------------- ( 29 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design0w.csm -tess -outLevel 0 --> 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= 3.4496e-16) d(Edge)/d(xle) check complete with 0 total errors (errmax= 1.8201e-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= 3.2177e-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= 7.8759e-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= 4.8393e-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= 2.8905e-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= 8.2668e-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= 1.3270e-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= 1.8679e-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= 4.6234e-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 "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= 4.2069e-17) d(Edge)/d(zle) check complete with 0 total errors (errmax= 5.4106e-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= 5.3277e-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= 4.7291e-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= 4.0152e-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= 1.2413e-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= 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 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 -> 10.920 sec Sensitivity checks complete with 0 total errors (max tess err= 3.8348e-06) with 0 suppressions real 0m22.990s user 0m21.436s sys 0m1.449s ++ set +x -------------------------------------------------------------------------------------------------- ( 30 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design1a.csm -tess -outLevel 0 --> 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 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 -> 0.220 sec Sensitivity checks complete with 0 total errors (max tess err= 1.2561e-15) with 0 suppressions real 0m2.400s user 0m1.971s sys 0m0.366s ++ set +x -------------------------------------------------------------------------------------------------- ( 31 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design1b.csm -tess -outLevel 0 --> 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= 5.7822e-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= 5.1416e-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 -> 0.366 sec Sensitivity checks complete with 0 total errors (max tess err= 8.4778e-07) with 0 suppressions real 0m10.395s user 0m7.648s sys 0m0.992s ++ set +x -------------------------------------------------------------------------------------------------- ( 32 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design2.csm -tess -outLevel 0 --> 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 -> 51.859 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 1m41.552s user 1m32.004s sys 0m4.114s ++ set +x -------------------------------------------------------------------------------------------------- ( 33 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design3.csm -tess -outLevel 0 --> 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 Computing analytic sensitivities (if possible) for ibody=5 ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 10.796 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 0m13.819s user 0m18.329s sys 0m2.818s ++ set +x -------------------------------------------------------------------------------------------------- ( 34 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design4.csm -tess -outLevel 0 --> 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= 8.9751e-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= 5.1402e-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 -> 0.342 sec Sensitivity checks complete with 0 total errors (max tess err= 8.4778e-07) with 0 suppressions real 0m6.924s user 0m6.552s sys 0m1.006s ++ set +x -------------------------------------------------------------------------------------------------- ( 35 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design5.csm -tess -outLevel 0 --> 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 -> 1237.528 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 7m43.588s user 15m4.110s sys 26m8.839s ++ set +x -------------------------------------------------------------------------------------------------- ( 36 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design6.csm -tess -outLevel 0 --> 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 ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 17.748 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 0m26.802s user 0m26.636s sys 0m1.603s ++ set +x -------------------------------------------------------------------------------------------------- ( 37 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design7.csm -tess -outLevel 0 --> 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 -> 75.634 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 1m37.679s user 2m14.814s sys 0m12.372s ++ set +x -------------------------------------------------------------------------------------------------- ( 38 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design8a.csm -tess -outLevel 0 --> 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 -> 0.098 sec Sensitivity checks complete with 0 total errors (max tess err= 2.7308e-08) with 0 suppressions real 0m0.756s user 0m0.737s sys 0m0.232s ++ set +x -------------------------------------------------------------------------------------------------- ( 39 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design8b.csm -tess -outLevel 0 --> 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 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 -> 0.128 sec Sensitivity checks complete with 0 total errors (max tess err= 2.8556e-07) with 0 suppressions real 0m0.952s user 0m0.869s sys 0m0.249s ++ set +x -------------------------------------------------------------------------------------------------- ( 40 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design8c.csm -tess -outLevel 0 --> 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= 1.1177e-09) 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= 1.5264e-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= 8.0197e-10) d(Edge)/d(zcent) check complete with 0 total errors (errmax= 1.7602e-09) 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= 1.5871e-09) 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 -> 0.294 sec Sensitivity checks complete with 0 total errors (max tess err= 8.0563e-07) with 0 suppressions real 0m2.743s user 0m3.371s sys 0m2.644s ++ set +x -------------------------------------------------------------------------------------------------- ( 41 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design8.csm -tess -outLevel 0 --> 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 -> 0.011 sec Sensitivity checks complete with 0 total errors (max tess err= 9.2793e-17) with 0 suppressions real 0m0.373s user 0m0.210s sys 0m0.126s ++ set +x -------------------------------------------------------------------------------------------------- ( 42 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design8d.csm -tess -outLevel 0 --> 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= 6.6254e-17) d(Edge)/d(xbeg1) check complete with 0 total errors (errmax= 1.2840e-12) 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= 3.8643e-12) 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= 1.6419e-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= 1.1017e-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= 2.2960e-08) d(Edge)/d(x2) check complete with 0 total errors (errmax= 1.0688e-12) 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= 1.8879e-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 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= 4.1252e-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 -> 0.041 sec Sensitivity checks complete with 0 total errors (max tess err= 1.0789e-06) with 0 suppressions real 0m2.339s user 0m2.248s sys 0m0.436s ++ set +x -------------------------------------------------------------------------------------------------- ( 43 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/design9.csm -tess -outLevel 0 --> 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= 1.5347e-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= 1.2673e-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= 1.4083e-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= 2.0528e-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= 1.4028e-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= 1.2588e-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 -> 62.525 sec Sensitivity checks complete with 59 total errors (max tess err= 7.1433e-02) with 0 suppressions real 13m8.249s user 24m27.505s sys 11m0.079s ++ set +x -------------------------------------------------------------------------------------------------- ( 44 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designA.csm -tess -outLevel 0 --> 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 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 -> 0.005 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 0m0.533s user 0m0.199s sys 0m0.354s ++ set +x -------------------------------------------------------------------------------------------------- ( 45 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designB1.csm -tess -outLevel 0 --> 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 -> 0.256 sec Sensitivity checks complete with 0 total errors (max tess err= 1.9394e-06) with 0 suppressions real 0m4.929s user 0m5.696s sys 0m0.574s ++ set +x -------------------------------------------------------------------------------------------------- ( 46 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designB2.csm -tess -outLevel 0 --> 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 -> 0.233 sec Sensitivity checks complete with 0 total errors (max tess err= 1.9394e-06) with 0 suppressions real 0m4.291s user 0m5.142s sys 0m0.516s ++ set +x -------------------------------------------------------------------------------------------------- ( 47 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designB3.csm -tess -outLevel 0 --> 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 -> 0.334 sec Sensitivity checks complete with 0 total errors (max tess err= 1.9394e-06) with 0 suppressions real 0m5.633s user 0m6.218s sys 0m0.603s ++ set +x -------------------------------------------------------------------------------------------------- ( 48 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designB4.csm -tess -outLevel 0 --> 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 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 -> 1.013 sec Sensitivity checks complete with 0 total errors (max tess err= 1.9394e-06) with 0 suppressions real 0m12.005s user 0m13.279s sys 0m1.041s ++ set +x -------------------------------------------------------------------------------------------------- ( 49 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designB5.csm -tess -outLevel 0 --> 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 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 -> 1.615 sec Sensitivity checks complete with 0 total errors (max tess err= 1.9394e-06) with 0 suppressions real 0m17.295s user 0m21.063s sys 0m1.249s ++ set +x -------------------------------------------------------------------------------------------------- ( 50 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designC0.csm -tess -outLevel 0 --> 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 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 -> 0.007 sec Sensitivity checks complete with 0 total errors (max tess err= 4.4410e-16) with 0 suppressions real 0m0.163s user 0m0.146s sys 0m0.052s ++ set +x -------------------------------------------------------------------------------------------------- ( 51 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designC1a.csm -tess -outLevel 0 --> 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= 1.6534e-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 -> 0.009 sec Sensitivity checks complete with 0 total errors (max tess err= 3.1250e-08) with 0 suppressions real 0m0.271s user 0m0.241s sys 0m0.089s ++ set +x -------------------------------------------------------------------------------------------------- ( 52 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designC1b.csm -tess -outLevel 0 --> 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= 8.0573e-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" ********************************************************* 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= 1.6534e-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 -> 0.009 sec Sensitivity checks complete with 0 total errors (max tess err= 3.1250e-08) with 0 suppressions real 0m0.259s user 0m0.226s sys 0m0.089s ++ set +x -------------------------------------------------------------------------------------------------- ( 53 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designC2a.csm -tess -outLevel 0 --> 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 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= 1.5242e-16) d(Edge)/d(rad) check complete with 0 total errors (errmax= 1.7041e-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 0m0.258s user 0m0.228s sys 0m0.090s ++ set +x -------------------------------------------------------------------------------------------------- ( 54 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designC2b.csm -tess -outLevel 0 --> 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= 7.5896e-20) 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= 1.5242e-16) d(Edge)/d(rad) check complete with 0 total errors (errmax= 1.7041e-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 0m0.262s user 0m0.229s sys 0m0.090s ++ set +x -------------------------------------------------------------------------------------------------- ( 55 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designC3a.csm -tess -outLevel 0 --> 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 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= 1.5242e-16) d(Edge)/d(rad) check complete with 0 total errors (errmax= 1.7041e-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 0m0.259s user 0m0.255s sys 0m0.071s ++ set +x -------------------------------------------------------------------------------------------------- ( 56 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designC3b.csm -tess -outLevel 0 --> 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= 7.5896e-20) 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" ********************************************************* 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= 1.5242e-16) d(Edge)/d(rad) check complete with 0 total errors (errmax= 1.7041e-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 0m0.273s user 0m0.271s sys 0m0.076s ++ set +x -------------------------------------------------------------------------------------------------- ( 57 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designC4a.csm -tess -outLevel 0 --> 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= 3.6666e-16) d(Edge)/d(xvrtx) check complete with 0 total errors (errmax= 3.9653e-16) d(Node)/d(xvrtx) check complete with 0 total errors (errmax= 0.0000e+00) ********************************************************* 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= 3.7230e-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 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= 8.9056e-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 -> 0.011 sec Sensitivity checks complete with 0 total errors (max tess err= 3.1250e-08) with 0 suppressions real 0m0.268s user 0m0.231s sys 0m0.068s ++ set +x -------------------------------------------------------------------------------------------------- ( 58 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designC4b.csm -tess -outLevel 0 --> 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= 2.7101e-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= 2.5612e-16) d(Edge)/d(xbase) check complete with 0 total errors (errmax= 2.3657e-16) d(Node)/d(xbase) check complete with 0 total errors (errmax= 2.4493e-19) ********************************************************* 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= 8.9021e-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 -> 0.010 sec Sensitivity checks complete with 0 total errors (max tess err= 3.1250e-08) with 0 suppressions real 0m0.250s user 0m0.185s sys 0m0.088s ++ set +x -------------------------------------------------------------------------------------------------- ( 59 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designC5a.csm -tess -outLevel 0 --> 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= 3.6892e-16) d(Edge)/d(yvrtx) check complete with 0 total errors (errmax= 3.9197e-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]= 0.00600000 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= 3.7527e-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= 8.9008e-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 -> 0.010 sec Sensitivity checks complete with 0 total errors (max tess err= 3.1250e-08) with 0 suppressions real 0m0.257s user 0m0.189s sys 0m0.095s ++ set +x -------------------------------------------------------------------------------------------------- ( 60 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designC5b.csm -tess -outLevel 0 --> 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= 2.7239e-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= 2.5119e-16) d(Edge)/d(ybase) check complete with 0 total errors (errmax= 2.3142e-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= 8.9008e-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 -> 0.010 sec Sensitivity checks complete with 0 total errors (max tess err= 3.1250e-08) with 0 suppressions real 0m0.250s user 0m0.183s sys 0m0.092s ++ set +x -------------------------------------------------------------------------------------------------- ( 61 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designC6a.csm -tess -outLevel 0 --> 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= 3.6892e-16) d(Edge)/d(zvrtx) check complete with 0 total errors (errmax= 3.9197e-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]= 0.00600000 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= 3.7527e-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 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= 8.9008e-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 -> 0.010 sec Sensitivity checks complete with 0 total errors (max tess err= 3.1250e-08) with 0 suppressions real 0m0.262s user 0m0.206s sys 0m0.083s ++ set +x -------------------------------------------------------------------------------------------------- ( 62 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designC6b.csm -tess -outLevel 0 --> 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= 2.7251e-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= 2.5119e-16) d(Edge)/d(zbase) check complete with 0 total errors (errmax= 2.3142e-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 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= 8.9008e-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 -> 0.013 sec Sensitivity checks complete with 0 total errors (max tess err= 3.1250e-08) with 0 suppressions real 0m0.301s user 0m0.244s sys 0m0.084s ++ set +x -------------------------------------------------------------------------------------------------- ( 63 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD0a.csm -tess -outLevel 0 --> 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" ********************************************************* 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 -> 0.011 sec Sensitivity checks complete with 0 total errors (max tess err= 6.3201e-17) with 0 suppressions real 0m0.276s user 0m0.209s sys 0m0.094s ++ set +x -------------------------------------------------------------------------------------------------- ( 64 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD0b.csm -tess -outLevel 0 --> 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" ********************************************************* 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 -> 0.008 sec Sensitivity checks complete with 0 total errors (max tess err= 1.3509e-08) with 0 suppressions real 0m0.238s user 0m0.140s sys 0m0.120s ++ set +x -------------------------------------------------------------------------------------------------- ( 65 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD0c.csm -tess -outLevel 0 --> 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= 2.6553e-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= 1.4741e-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= 5.6885e-17) d(Edge)/d(croot) check complete with 0 total errors (errmax= 5.0628e-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 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= 4.9911e-16) d(Node)/d(aspect) check complete with 0 total errors (errmax= 0.0000e+00) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 0.037 sec Sensitivity checks complete with 0 total errors (max tess err= 1.4741e-07) with 0 suppressions real 0m0.908s user 0m1.199s sys 0m0.135s ++ set +x -------------------------------------------------------------------------------------------------- ( 66 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD1a.csm -tess -outLevel 0 --> 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 -> 0.354 sec Sensitivity checks complete with 0 total errors (max tess err= 1.5258e-10) with 0 suppressions real 0m1.333s user 0m1.205s sys 0m0.186s ++ set +x -------------------------------------------------------------------------------------------------- ( 67 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD1b.csm -tess -outLevel 0 --> 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 -> 0.557 sec Sensitivity checks complete with 0 total errors (max tess err= 1.4445e-07) with 0 suppressions real 0m1.396s user 0m1.262s sys 0m0.175s ++ set +x -------------------------------------------------------------------------------------------------- ( 68 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD1c.csm -tess -outLevel 0 --> 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= 2.4086e-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= 1.4808e-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= 2.2391e-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= 5.0032e-16) d(Edge)/d(aspect) check complete with 0 total errors (errmax= 7.6241e-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= 1.3964e-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= 7.0882e-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= 7.0888e-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= 7.0888e-15) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 2.751 sec Sensitivity checks complete with 0 total errors (max tess err= 1.4808e-07) with 0 suppressions real 0m6.755s user 0m6.645s sys 0m0.312s ++ set +x -------------------------------------------------------------------------------------------------- ( 69 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD2a.csm -tess -outLevel 0 --> 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 -> 0.512 sec Sensitivity checks complete with 0 total errors (max tess err= 1.5258e-10) with 0 suppressions real 0m2.024s user 0m1.729s sys 0m0.298s ++ set +x -------------------------------------------------------------------------------------------------- ( 70 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD2b.csm -tess -outLevel 0 --> 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 -> 0.666 sec Sensitivity checks complete with 0 total errors (max tess err= 1.4445e-07) with 0 suppressions real 0m1.856s user 0m1.619s sys 0m0.206s ++ set +x -------------------------------------------------------------------------------------------------- ( 71 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD2c.csm -tess -outLevel 0 --> 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= 2.3369e-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= 1.4657e-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= 2.1992e-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= 5.0111e-16) d(Edge)/d(aspect) check complete with 0 total errors (errmax= 7.6241e-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= 1.3343e-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= 7.0882e-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= 7.0888e-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= 7.0888e-15) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 2.249 sec Sensitivity checks complete with 0 total errors (max tess err= 1.4657e-07) with 0 suppressions real 0m6.032s user 0m6.250s sys 0m0.245s ++ set +x -------------------------------------------------------------------------------------------------- ( 72 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD3a.csm -tess -outLevel 0 --> 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 -> 0.399 sec Sensitivity checks complete with 0 total errors (max tess err= 1.5258e-10) with 0 suppressions real 0m1.849s user 0m1.620s sys 0m0.301s ++ set +x -------------------------------------------------------------------------------------------------- ( 73 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD3b.csm -tess -outLevel 0 --> 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 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 -> 0.968 sec Sensitivity checks complete with 0 total errors (max tess err= 9.0180e-08) with 0 suppressions real 0m2.340s user 0m2.128s sys 0m0.255s ++ set +x -------------------------------------------------------------------------------------------------- ( 74 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD3c.csm -tess -outLevel 0 --> 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= 5.8657e-16) d(Edge)/d(aspect) check complete with 0 total errors (errmax= 5.7332e-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= 1.5002e-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= 1.0164e-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= 5.1958e-15) d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 7.0593e-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= 5.1989e-15) d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 7.0913e-15) d(Node)/d(dihedral) check complete with 0 total errors (errmax= 7.0888e-15) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 4.461 sec Sensitivity checks complete with 0 total errors (max tess err= 1.5721e-07) with 0 suppressions real 0m10.376s user 0m9.759s sys 0m0.471s ++ set +x -------------------------------------------------------------------------------------------------- ( 75 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD4a.csm -tess -outLevel 0 --> 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 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 -> 0.862 sec Sensitivity checks complete with 0 total errors (max tess err= 1.5258e-10) with 0 suppressions real 0m3.612s user 0m3.210s sys 0m0.505s ++ set +x -------------------------------------------------------------------------------------------------- ( 76 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD4b.csm -tess -outLevel 0 --> 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 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 -> 1.126 sec Sensitivity checks complete with 0 total errors (max tess err= 9.0180e-08) with 0 suppressions real 0m2.885s user 0m2.579s sys 0m0.362s ++ set +x -------------------------------------------------------------------------------------------------- ( 77 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD4c.csm -tess -outLevel 0 --> 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= 2.4970e-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= 1.6110e-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= 2.3466e-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= 7.6378e-16) d(Edge)/d(aspect) check complete with 0 total errors (errmax= 6.7836e-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= 6.2111e-15) d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 7.0524e-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= 6.2106e-15) d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 7.0930e-15) d(Node)/d(dihedral) check complete with 0 total errors (errmax= 7.0888e-15) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 5.685 sec Sensitivity checks complete with 0 total errors (max tess err= 1.6110e-07) with 0 suppressions real 0m11.480s user 0m11.735s sys 0m0.392s ++ set +x -------------------------------------------------------------------------------------------------- ( 78 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD5a.csm -tess -outLevel 0 --> 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 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 -> 0.385 sec Sensitivity checks complete with 0 total errors (max tess err= 1.5258e-10) with 0 suppressions real 0m1.723s user 0m1.520s sys 0m0.279s ++ set +x -------------------------------------------------------------------------------------------------- ( 79 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD5b.csm -tess -outLevel 0 --> 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 -> 0.687 sec Sensitivity checks complete with 0 total errors (max tess err= 9.0180e-08) with 0 suppressions real 0m1.805s user 0m1.560s sys 0m0.280s ++ set +x -------------------------------------------------------------------------------------------------- ( 80 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD5c.csm -tess -outLevel 0 --> 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= 5.8657e-16) d(Edge)/d(aspect) check complete with 0 total errors (errmax= 5.7332e-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= 1.5002e-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= 1.0164e-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= 5.1958e-15) d(Edge)/d(lesweep) check complete with 0 total errors (errmax= 7.0593e-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= 5.1989e-15) d(Edge)/d(dihedral) check complete with 0 total errors (errmax= 7.0913e-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= 4.3171e-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 -> 3.594 sec Sensitivity checks complete with 0 total errors (max tess err= 1.5721e-07) with 0 suppressions real 0m7.603s user 0m7.779s sys 0m0.360s ++ set +x -------------------------------------------------------------------------------------------------- ( 81 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD6a0.csm -tess -outLevel 0 --> 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" ********************************************************* 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 -> 0.511 sec Sensitivity checks complete with 0 total errors (max tess err= 1.9945e-08) with 0 suppressions real 0m3.469s user 0m3.103s sys 0m0.435s ++ set +x -------------------------------------------------------------------------------------------------- ( 82 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD6a1.csm -tess -outLevel 0 --> 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 -> 0.713 sec Sensitivity checks complete with 0 total errors (max tess err= 1.9945e-08) with 0 suppressions real 0m3.207s user 0m2.713s sys 0m0.596s ++ set +x -------------------------------------------------------------------------------------------------- ( 83 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD6a2.csm -tess -outLevel 0 --> 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 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 -> 0.554 sec Sensitivity checks complete with 0 total errors (max tess err= 1.9945e-08) with 0 suppressions real 0m2.927s user 0m2.497s sys 0m0.470s ++ set +x -------------------------------------------------------------------------------------------------- ( 84 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD6b0.csm -tess -outLevel 0 --> 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 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 -> 0.911 sec Sensitivity checks complete with 0 total errors (max tess err= 9.0180e-08) with 0 suppressions real 0m3.424s user 0m2.994s sys 0m0.448s ++ set +x -------------------------------------------------------------------------------------------------- ( 85 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD6b1.csm -tess -outLevel 0 --> 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" ********************************************************* 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 -> 0.903 sec Sensitivity checks complete with 0 total errors (max tess err= 8.4705e-08) with 0 suppressions real 0m2.631s user 0m2.211s sys 0m0.422s ++ set +x -------------------------------------------------------------------------------------------------- ( 86 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD6b2.csm -tess -outLevel 0 --> 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 -> 0.659 sec Sensitivity checks complete with 0 total errors (max tess err= 8.1311e-08) with 0 suppressions real 0m2.358s user 0m1.956s sys 0m0.401s ++ set +x -------------------------------------------------------------------------------------------------- ( 87 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD6c0.csm -tess -outLevel 0 --> 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= 4.6536e-16) d(Edge)/d(aspect) check complete with 0 total errors (errmax= 8.5022e-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= 8.2894e-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= 4.7758e-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 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= 3.1031e-16) d(Edge)/d(zbase) check complete with 0 total errors (errmax= 4.7967e-16) d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 4.030 sec Sensitivity checks complete with 0 total errors (max tess err= 1.5710e-07) with 0 suppressions real 0m12.389s user 0m12.861s sys 0m0.621s ++ set +x -------------------------------------------------------------------------------------------------- ( 88 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD6c1.csm -tess -outLevel 0 --> 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= 5.6956e-16) d(Edge)/d(aspect) check complete with 0 total errors (errmax= 8.3988e-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= 1.0136e-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=20 Computing distances of perturbed points from perturbed configuration for ibody=20 d(Face)/d(ybase) check complete with 0 total errors (errmax= 4.5432e-17) d(Edge)/d(ybase) check complete with 0 total errors (errmax= 4.5325e-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=20 Computing distances of perturbed points from perturbed configuration for ibody=20 d(Face)/d(zbase) check complete with 0 total errors (errmax= 3.7521e-16) d(Edge)/d(zbase) check complete with 0 total errors (errmax= 4.0540e-16) d(Node)/d(zbase) check complete with 0 total errors (errmax= 0.0000e+00) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 5.471 sec Sensitivity checks complete with 0 total errors (max tess err= 1.4492e-07) with 0 suppressions real 0m13.648s user 0m13.815s sys 0m0.520s ++ set +x -------------------------------------------------------------------------------------------------- ( 89 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designD6c2.csm -tess -outLevel 0 --> 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= 5.2514e-16) d(Edge)/d(aspect) check complete with 0 total errors (errmax= 8.1506e-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= 1.1767e-16) d(Edge)/d(xbase) check complete with 0 total errors (errmax= 1.5032e-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= 6.0712e-17) d(Edge)/d(ybase) check complete with 0 total errors (errmax= 4.2397e-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= 3.6875e-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 -> 3.195 sec Sensitivity checks complete with 0 total errors (max tess err= 1.4553e-07) with 0 suppressions real 0m10.687s user 0m10.490s sys 0m0.519s ++ set +x -------------------------------------------------------------------------------------------------- ( 90 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designE1.csm -tess -outLevel 0 --> 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 -> 0.127 sec Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions real 0m2.528s user 0m2.743s sys 0m0.394s ++ set +x -------------------------------------------------------------------------------------------------- ( 91 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designE2.csm -tess -outLevel 0 --> 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 -> 0.129 sec Sensitivity checks complete with 0 total errors (max tess err= 1.3241e-14) with 0 suppressions real 0m5.018s user 0m7.264s sys 0m0.636s ++ set +x -------------------------------------------------------------------------------------------------- ( 92 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designE3.csm -tess -outLevel 0 --> 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 -> 0.363 sec Sensitivity checks complete with 0 total errors (max tess err= 1.2942e-14) with 0 suppressions real 0m14.092s user 0m16.548s sys 0m1.265s ++ set +x -------------------------------------------------------------------------------------------------- ( 93 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designE4.csm -tess -outLevel 0 --> 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 -> 0.329 sec Sensitivity checks complete with 8 total errors (max tess err= 3.5794e-04) with 0 suppressions real 0m15.968s user 0m23.374s sys 0m3.344s ++ set +x -------------------------------------------------------------------------------------------------- ( 94 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designE5.csm -tess -outLevel 0 --> 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= 1.2183e-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 -> 0.575 sec Sensitivity checks complete with 0 total errors (max tess err= 1.9394e-06) with 0 suppressions real 0m3.384s user 0m3.763s sys 0m0.535s ++ set +x -------------------------------------------------------------------------------------------------- ( 95 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designE6.csm -tess -outLevel 0 --> 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 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 -> 0.032 sec Sensitivity checks complete with 0 total errors (max tess err= 3.9595e-17) with 0 suppressions real 0m0.538s user 0m0.455s sys 0m0.192s ++ set +x -------------------------------------------------------------------------------------------------- ( 96 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designE7.csm -tess -outLevel 0 --> 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 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 -> 0.103 sec Sensitivity checks complete with 0 total errors (max tess err= 1.8131e-16) with 0 suppressions real 0m1.342s user 0m1.381s sys 0m0.295s ++ set +x -------------------------------------------------------------------------------------------------- ( 97 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designE8.csm -tess -outLevel 0 --> 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= 8.0398e-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= 2.5262e-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= 8.6522e-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-19) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 0.076 sec Sensitivity checks complete with 0 total errors (max tess err= 1.8131e-16) with 0 suppressions real 0m1.051s user 0m0.999s sys 0m0.232s ++ set +x -------------------------------------------------------------------------------------------------- ( 98 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designE9.csm -tess -outLevel 0 --> 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 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 -> 0.071 sec Sensitivity checks complete with 0 total errors (max tess err= 2.1509e-17) with 0 suppressions real 0m1.673s user 0m1.642s sys 0m0.380s ++ set +x -------------------------------------------------------------------------------------------------- ( 99 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designEa.csm -tess -outLevel 0 --> 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 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 -> 0.063 sec Sensitivity checks complete with 0 total errors (max tess err= 1.8767e-16) with 0 suppressions real 0m1.232s user 0m1.111s sys 0m0.266s ++ set +x -------------------------------------------------------------------------------------------------- ( 100 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designEb.csm -tess -outLevel 0 --> 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 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 -> 0.160 sec Sensitivity checks complete with 0 total errors (max tess err= 8.3891e-17) with 0 suppressions real 0m1.664s user 0m1.439s sys 0m0.275s ++ set +x -------------------------------------------------------------------------------------------------- ( 101 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designF0bb.csm -tess -outLevel 0 --> 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= 3.2918e-16) d(Edge)/d(xloc) check complete with 0 total errors (errmax= 4.9735e-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= 2.4088e-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= 9.5636e-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= 8.5114e-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 -> 1.091 sec Sensitivity checks complete with 0 total errors (max tess err= 2.4769e-07) with 0 suppressions real 0m4.649s user 0m4.172s sys 0m0.582s ++ set +x -------------------------------------------------------------------------------------------------- ( 102 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designF1bb.csm -tess -outLevel 0 --> 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= 8.8330e-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= 8.8121e-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 -> 1.268 sec Sensitivity checks complete with 0 total errors (max tess err= 2.4769e-07) with 0 suppressions real 0m3.662s user 0m3.264s sys 0m0.493s ++ set +x -------------------------------------------------------------------------------------------------- ( 103 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designF1rr.csm -tess -outLevel 0 --> 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= 6.3324e-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= 1.4226e-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= 1.2858e-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= 9.5664e-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= 8.1807e-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= 6.0448e-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= 2.7664e-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= 5.7704e-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= 1.0020e-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 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= 8.9284e-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 -> 2.437 sec Sensitivity checks complete with 0 total errors (max tess err= 6.3324e-07) with 0 suppressions real 0m5.142s user 0m4.899s sys 0m0.450s ++ set +x -------------------------------------------------------------------------------------------------- ( 104 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designF1rs.csm -tess -outLevel 0 --> 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= 5.5375e-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= 1.2491e-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= 1.4200e-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= 1.2459e-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= 4.4417e-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= 1.4761e-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= 8.7426e-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= 4.2953e-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= 3.9436e-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= 1.4761e-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= 1.4761e-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= 6.7876e-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= 7.2786e-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= 5.8296e-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= 1.4761e-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= 2.3836e-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= 1.4761e-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= 6.1078e-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= 1.6170e-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 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= 1.6069e-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 -> 2.246 sec Sensitivity checks complete with 0 total errors (max tess err= 7.0335e-07) with 0 suppressions real 0m5.252s user 0m4.883s sys 0m0.526s ++ set +x -------------------------------------------------------------------------------------------------- ( 105 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designF1sr.csm -tess -outLevel 0 --> 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= 6.8815e-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= 1.5568e-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 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= 1.4787e-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 -> 3.033 sec Sensitivity checks complete with 0 total errors (max tess err= 5.6400e-07) with 0 suppressions real 0m6.375s user 0m6.301s sys 0m0.567s ++ set +x -------------------------------------------------------------------------------------------------- ( 106 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designF1ss.csm -tess -outLevel 0 --> 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= 5.1737e-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= 1.4622e-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= 1.1117e-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= 1.0273e-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= 3.6512e-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= 1.4815e-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= 9.0621e-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= 4.4069e-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= 4.0664e-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= 1.4815e-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= 1.4815e-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= 5.1104e-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= 6.5319e-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= 4.6215e-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= 1.4815e-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= 1.4815e-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= 1.4815e-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= 6.8135e-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= 1.6072e-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 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= 1.5783e-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 -> 2.146 sec Sensitivity checks complete with 0 total errors (max tess err= 6.8710e-07) with 0 suppressions real 0m5.812s user 0m5.443s sys 0m0.555s ++ set +x -------------------------------------------------------------------------------------------------- ( 107 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designF2bb.csm -tess -outLevel 0 --> 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 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= 8.5443e-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 -> 1.000 sec Sensitivity checks complete with 0 total errors (max tess err= 2.4769e-07) with 0 suppressions real 0m3.457s user 0m2.922s sys 0m0.501s ++ set +x -------------------------------------------------------------------------------------------------- ( 108 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designF2rr.csm -tess -outLevel 0 --> 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= 6.0473e-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= 1.5609e-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= 1.2860e-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= 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= 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= 3.8946e-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= 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= 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= 7.3872e-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= 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= 2.6578e-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= 7.6858e-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= 5.6851e-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= 9.2228e-17) 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= 7.6046e-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 -> 1.778 sec Sensitivity checks complete with 0 total errors (max tess err= 6.8534e-07) with 0 suppressions real 0m4.072s user 0m3.865s sys 0m0.410s ++ set +x -------------------------------------------------------------------------------------------------- ( 109 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designF2rs.csm -tess -outLevel 0 --> 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= 5.1537e-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= 1.3133e-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= 1.1095e-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= 1.3155e-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= 4.7293e-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= 1.0324e-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= 8.9344e-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= 3.6799e-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= 3.9206e-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= 1.0324e-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= 1.0324e-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= 7.2258e-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= 6.4141e-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= 5.7121e-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= 1.0324e-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= 2.4695e-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= 1.0324e-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= 5.9908e-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= 1.2253e-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" ********************************************************* 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= 1.2386e-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 -> 1.709 sec Sensitivity checks complete with 0 total errors (max tess err= 7.5388e-07) with 0 suppressions real 0m4.168s user 0m3.983s sys 0m0.439s ++ set +x -------------------------------------------------------------------------------------------------- ( 110 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designF2sr.csm -tess -outLevel 0 --> 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= 5.4230e-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= 1.5918e-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= 1.0522e-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= 8.7958e-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= 4.1511e-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= 6.4650e-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= 8.9214e-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= 4.0299e-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= 3.3469e-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= 6.4650e-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= 6.4650e-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= 5.6799e-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= 5.8821e-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= 4.6130e-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= 6.4650e-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= 6.4650e-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= 6.4542e-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= 6.7782e-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= 1.0748e-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 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= 9.1010e-17) 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 -> 1.491 sec Sensitivity checks complete with 0 total errors (max tess err= 6.5045e-07) with 0 suppressions real 0m3.940s user 0m3.907s sys 0m0.399s ++ set +x -------------------------------------------------------------------------------------------------- ( 111 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designF2ss.csm -tess -outLevel 0 --> 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= 4.7039e-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= 1.3865e-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= 1.0082e-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= 1.1085e-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= 4.0140e-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= 1.2321e-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= 8.1827e-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= 3.8546e-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= 3.9144e-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= 1.2321e-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= 1.2321e-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= 5.7554e-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= 5.5665e-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= 4.4694e-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= 1.2321e-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= 1.2321e-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= 1.2321e-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= 7.0323e-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= 1.3868e-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 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= 1.3551e-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 -> 1.355 sec Sensitivity checks complete with 0 total errors (max tess err= 7.2595e-07) with 0 suppressions real 0m3.937s user 0m3.978s sys 0m0.458s ++ set +x -------------------------------------------------------------------------------------------------- ( 112 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designG0.csm -tess -outLevel 0 --> 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 -> 0.059 sec Sensitivity checks complete with 0 total errors (max tess err= 1.6755e-06) with 0 suppressions real 0m2.677s user 0m2.922s sys 0m0.228s ++ set +x -------------------------------------------------------------------------------------------------- ( 113 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designG1.csm -tess -outLevel 0 --> 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 -> 3.499 sec Sensitivity checks complete with 0 total errors (max tess err= 4.6611e-05) with 0 suppressions real 0m13.726s user 0m14.102s sys 0m0.332s ++ set +x -------------------------------------------------------------------------------------------------- ( 114 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designG2.csm -tess -outLevel 0 --> 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 -> 6.694 sec Sensitivity checks complete with 0 total errors (max tess err= 4.6642e-05) with 0 suppressions real 0m21.119s user 0m21.980s sys 0m0.514s ++ set +x -------------------------------------------------------------------------------------------------- ( 115 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designG3.csm -tess -outLevel 0 --> 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 -> 3.109 sec Sensitivity checks complete with 0 total errors (max tess err= 4.6611e-05) with 0 suppressions real 0m13.051s user 0m13.352s sys 0m0.355s ++ set +x -------------------------------------------------------------------------------------------------- ( 116 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designG4.csm -tess -outLevel 0 --> 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 -> 4.906 sec Sensitivity checks complete with 0 total errors (max tess err= 4.6642e-05) with 0 suppressions real 0m15.547s user 0m16.647s sys 0m0.336s ++ set +x -------------------------------------------------------------------------------------------------- ( 117 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designG5.csm -tess -outLevel 0 --> 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 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 -> 13.523 sec Sensitivity checks complete with 0 total errors (max tess err= 1.6755e-06) with 28 suppressions real 0m28.124s user 0m27.751s sys 0m0.418s ++ set +x -------------------------------------------------------------------------------------------------- ( 118 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designG6.csm -tess -outLevel 0 --> 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 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 -> 22.500 sec Sensitivity checks complete with 0 total errors (max tess err= 1.6755e-06) with 64 suppressions real 0m43.245s user 0m44.013s sys 0m0.511s ++ set +x -------------------------------------------------------------------------------------------------- ( 119 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designG7.csm -tess -outLevel 0 --> 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 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= 1.4979e-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 -> 12.394 sec Sensitivity checks complete with 0 total errors (max tess err= 1.6750e-06) with 0 suppressions real 0m23.720s user 0m23.042s sys 0m0.400s ++ set +x -------------------------------------------------------------------------------------------------- ( 120 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designG8.csm -tess -outLevel 0 --> 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= 1.4979e-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= 2.1427e-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 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= 1.6372e-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= 1.8707e-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 -> 25.854 sec Sensitivity checks complete with 0 total errors (max tess err= 1.6750e-06) with 0 suppressions real 0m43.818s user 0m43.365s sys 0m0.461s ++ set +x -------------------------------------------------------------------------------------------------- ( 121 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designG9.csm -tess -outLevel 0 --> 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= 4.8541e-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= 4.7249e-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 -> 2.408 sec Sensitivity checks complete with 0 total errors (max tess err= 4.2239e-07) with 0 suppressions real 0m6.218s user 0m9.808s sys 0m0.127s ++ set +x -------------------------------------------------------------------------------------------------- ( 122 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designGA.csm -tess -outLevel 0 --> 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= 1.1725e-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= 4.4259e-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 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 -> 0.296 sec Sensitivity checks complete with 0 total errors (max tess err= 1.6858e-07) with 0 suppressions real 0m1.149s user 0m1.052s sys 0m0.146s ++ set +x -------------------------------------------------------------------------------------------------- ( 123 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designGB.csm -tess -outLevel 0 --> 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= 8.9910e-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 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 -> 0.373 sec Sensitivity checks complete with 0 total errors (max tess err= 1.8874e-07) with 0 suppressions real 0m3.328s user 0m4.236s sys 0m20.092s ++ set +x -------------------------------------------------------------------------------------------------- ( 124 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designH1.csm -tess -outLevel 0 --> 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 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 -> 0.071 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 0m0.515s user 0m0.475s sys 0m0.147s ++ set +x -------------------------------------------------------------------------------------------------- ( 125 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designH2.csm -tess -outLevel 0 --> 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 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 -> 0.090 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 0m0.665s user 0m0.622s sys 0m0.105s ++ set +x -------------------------------------------------------------------------------------------------- ( 126 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designH3.csm -tess -outLevel 0 --> 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= 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 -> 0.026 sec Sensitivity checks complete with 2 total errors (max tess err= 2.0000e-03) with 13 suppressions real 0m0.477s user 0m0.420s sys 0m0.191s ++ set +x -------------------------------------------------------------------------------------------------- ( 127 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designH4.csm -tess -outLevel 0 --> 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 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 -> 0.050 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 12 suppressions real 0m0.581s user 0m0.567s sys 0m0.158s ++ set +x -------------------------------------------------------------------------------------------------- ( 128 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designI1.csm -tess -outLevel 0 --> 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= 5.5649e-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= 2.2958e-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 -> 0.130 sec Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions real 0m0.896s user 0m0.886s sys 0m0.237s ++ set +x -------------------------------------------------------------------------------------------------- ( 129 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designI2.csm -tess -outLevel 0 --> 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= 5.5649e-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 -> 0.151 sec Sensitivity checks complete with 0 total errors (max tess err= 2.5773e-16) with 0 suppressions real 0m1.103s user 0m1.142s sys 0m0.227s ++ set +x -------------------------------------------------------------------------------------------------- ( 130 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designI3.csm -tess -outLevel 0 --> 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= 5.5649e-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 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 -> 0.132 sec Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions real 0m0.989s user 0m0.995s sys 0m0.218s ++ set +x -------------------------------------------------------------------------------------------------- ( 131 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designI4.csm -tess -outLevel 0 --> 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= 5.5649e-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= 5.5649e-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= 5.5649e-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 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= 2.2958e-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 -> 0.405 sec Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions real 0m2.732s user 0m2.855s sys 0m0.506s ++ set +x -------------------------------------------------------------------------------------------------- ( 132 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designJ1a.csm -tess -outLevel 0 --> 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 -> 0.016 sec Sensitivity checks complete with 0 total errors (max tess err= 1.3261e-16) with 0 suppressions real 0m0.198s user 0m0.178s sys 0m0.065s ++ set +x -------------------------------------------------------------------------------------------------- ( 133 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designJ1b.csm -tess -outLevel 0 --> 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 -> 0.017 sec Sensitivity checks complete with 0 total errors (max tess err= 1.3261e-16) with 0 suppressions real 0m0.290s user 0m0.195s sys 0m0.128s ++ set +x -------------------------------------------------------------------------------------------------- ( 134 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designJ1c.csm -tess -outLevel 0 --> 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 -> 0.005 sec Sensitivity checks complete with 0 total errors (max tess err= 9.2793e-17) with 0 suppressions real 0m0.196s user 0m0.103s sys 0m0.094s ++ set +x -------------------------------------------------------------------------------------------------- ( 135 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designJ1d.csm -tess -outLevel 0 --> 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= 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 -> 0.006 sec Sensitivity checks complete with 0 total errors (max tess err= 4.9652e-16) with 0 suppressions real 0m0.208s user 0m0.138s sys 0m0.067s ++ set +x -------------------------------------------------------------------------------------------------- ( 136 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designJ2a.csm -tess -outLevel 0 --> 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 -> 0.312 sec Sensitivity checks complete with 0 total errors (max tess err= 2.2934e-16) with 0 suppressions real 0m0.930s user 0m0.951s sys 0m0.139s ++ set +x -------------------------------------------------------------------------------------------------- ( 137 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designJ2b.csm -tess -outLevel 0 --> 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 -> 0.369 sec Sensitivity checks complete with 0 total errors (max tess err= 1.3816e-16) with 0 suppressions real 0m1.086s user 0m1.070s sys 0m0.190s ++ set +x -------------------------------------------------------------------------------------------------- ( 138 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designJ3a.csm -tess -outLevel 0 --> 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 -> 0.313 sec Sensitivity checks complete with 0 total errors (max tess err= 2.2934e-16) with 0 suppressions real 0m0.990s user 0m1.006s sys 0m0.138s ++ set +x -------------------------------------------------------------------------------------------------- ( 139 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designJ3b.csm -tess -outLevel 0 --> 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 -> 0.331 sec Sensitivity checks complete with 0 total errors (max tess err= 1.3816e-16) with 0 suppressions real 0m1.274s user 0m1.079s sys 0m0.201s ++ set +x -------------------------------------------------------------------------------------------------- ( 140 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designJ4a.csm -tess -outLevel 0 --> 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 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 -> 1.026 sec Sensitivity checks complete with 0 total errors (max tess err= 4.4035e-16) with 0 suppressions real 0m2.858s user 0m2.398s sys 0m0.293s ++ set +x -------------------------------------------------------------------------------------------------- ( 141 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designJ4b.csm -tess -outLevel 0 --> 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 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 -> 0.856 sec Sensitivity checks complete with 0 total errors (max tess err= 1.4402e-06) with 0 suppressions real 0m2.650s user 0m2.892s sys 0m0.256s ++ set +x -------------------------------------------------------------------------------------------------- ( 142 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designJ5.csm -tess -outLevel 0 --> 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 -> 0.080 sec Sensitivity checks complete with 0 total errors (max tess err= 1.4692e-16) with 0 suppressions real 0m1.213s user 0m1.006s sys 0m0.450s ++ set +x -------------------------------------------------------------------------------------------------- ( 143 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designK0.csm -tess -outLevel 0 --> 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= 2.4814e-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 -> 1.232 sec Sensitivity checks complete with 0 total errors (max tess err= 5.3215e-06) with 0 suppressions real 0m11.419s user 0m14.143s sys 0m0.939s ++ set +x -------------------------------------------------------------------------------------------------- ( 144 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designK1.csm -tess -outLevel 0 --> 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= 2.2204e-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= 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 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= 2.4814e-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 -> 1.632 sec Sensitivity checks complete with 0 total errors (max tess err= 5.3215e-06) with 0 suppressions real 0m13.725s user 0m16.970s sys 0m1.240s ++ set +x -------------------------------------------------------------------------------------------------- ( 145 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designK2.csm -tess -outLevel 0 --> 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 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= 4.1033e-12) 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 -> 4.528 sec Sensitivity checks complete with 0 total errors (max tess err= 5.3215e-06) with 0 suppressions real 0m55.875s user 0m57.117s sys 0m2.170s ++ set +x -------------------------------------------------------------------------------------------------- ( 146 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designL00.csm -tess -outLevel 0 --> 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 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 -> 0.140 sec Sensitivity checks complete with 0 total errors (max tess err= 9.7322e-05) with 0 suppressions real 0m1.353s user 0m1.480s sys 0m0.282s ++ set +x -------------------------------------------------------------------------------------------------- ( 147 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designL01.csm -tess -outLevel 0 --> 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 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 -> 0.140 sec Sensitivity checks complete with 0 total errors (max tess err= 9.7322e-05) with 0 suppressions real 0m1.358s user 0m1.511s sys 0m0.279s ++ set +x -------------------------------------------------------------------------------------------------- ( 148 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designL10.csm -tess -outLevel 0 --> 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 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 -> 0.165 sec Sensitivity checks complete with 0 total errors (max tess err= 9.7322e-05) with 0 suppressions real 0m1.431s user 0m1.565s sys 0m0.281s ++ set +x -------------------------------------------------------------------------------------------------- ( 149 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designL11.csm -tess -outLevel 0 --> 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 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 -> 0.441 sec Sensitivity checks complete with 0 total errors (max tess err= 9.7322e-05) with 0 suppressions real 0m2.364s user 0m2.739s sys 0m0.306s ++ set +x -------------------------------------------------------------------------------------------------- ( 150 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designL12.csm -tess -outLevel 0 --> 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 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 -> 0.505 sec Sensitivity checks complete with 0 total errors (max tess err= 9.7322e-05) with 0 suppressions real 0m2.452s user 0m2.645s sys 0m0.330s ++ set +x -------------------------------------------------------------------------------------------------- ( 151 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designL20.csm -tess -outLevel 0 --> 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 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 -> 0.207 sec Sensitivity checks complete with 0 total errors (max tess err= 9.7322e-05) with 0 suppressions real 0m1.810s user 0m1.863s sys 0m0.340s ++ set +x -------------------------------------------------------------------------------------------------- ( 152 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designL21.csm -tess -outLevel 0 --> 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 -> 0.438 sec Sensitivity checks complete with 0 total errors (max tess err= 9.7322e-05) with 0 suppressions real 0m3.383s user 0m2.945s sys 0m0.796s ++ set +x -------------------------------------------------------------------------------------------------- ( 153 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designL22.csm -tess -outLevel 0 --> 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 -> 0.617 sec Sensitivity checks complete with 0 total errors (max tess err= 9.7322e-05) with 0 suppressions real 0m3.077s user 0m3.268s sys 0m0.407s ++ set +x -------------------------------------------------------------------------------------------------- ( 154 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designL30.csm -tess -outLevel 0 --> 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 -> 0.172 sec Sensitivity checks complete with 0 total errors (max tess err= 9.7322e-05) with 0 suppressions real 0m1.545s user 0m1.661s sys 0m0.337s ++ set +x -------------------------------------------------------------------------------------------------- ( 155 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designL31.csm -tess -outLevel 0 --> 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= 1.2190e-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 -> 1.228 sec Sensitivity checks complete with 0 total errors (max tess err= 9.7294e-05) with 0 suppressions real 0m4.440s user 0m5.812s sys 0m1.730s ++ set +x -------------------------------------------------------------------------------------------------- ( 156 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designL32.csm -tess -outLevel 0 --> 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= 1.2190e-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 -> 1.309 sec Sensitivity checks complete with 0 total errors (max tess err= 9.7294e-05) with 0 suppressions real 0m4.702s user 0m6.035s sys 0m1.116s ++ set +x -------------------------------------------------------------------------------------------------- ( 157 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designL33.csm -tess -outLevel 0 --> 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= 1.2190e-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 -> 1.306 sec Sensitivity checks complete with 0 total errors (max tess err= 9.7294e-05) with 0 suppressions real 0m4.814s user 0m6.326s sys 0m1.508s ++ set +x -------------------------------------------------------------------------------------------------- ( 158 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designL34.csm -tess -outLevel 0 --> 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= 1.2190e-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 -> 1.215 sec Sensitivity checks complete with 0 total errors (max tess err= 9.7294e-05) with 0 suppressions real 0m4.465s user 0m5.782s sys 0m1.144s ++ set +x -------------------------------------------------------------------------------------------------- ( 159 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designL40.csm -tess -outLevel 0 --> 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 -> 0.216 sec Sensitivity checks complete with 0 total errors (max tess err= 9.7322e-05) with 0 suppressions real 0m1.943s user 0m2.030s sys 0m0.321s ++ set +x -------------------------------------------------------------------------------------------------- ( 160 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designL41.csm -tess -outLevel 0 --> 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= 8.9674e-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= 1.9327e-15) d(Edge)/d(zbeg) check complete with 0 total errors (errmax= 4.9392e-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= 6.8911e-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= 4.3828e-15) d(Node)/d(scale) check complete with 0 total errors (errmax= 0.0000e+00) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 1.420 sec Sensitivity checks complete with 0 total errors (max tess err= 9.7294e-05) with 0 suppressions real 0m6.374s user 0m7.576s sys 0m0.930s ++ set +x -------------------------------------------------------------------------------------------------- ( 161 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designL42.csm -tess -outLevel 0 --> 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 -> 1.604 sec Sensitivity checks complete with 0 total errors (max tess err= 9.7294e-05) with 0 suppressions real 0m5.924s user 0m7.203s sys 0m1.004s ++ set +x -------------------------------------------------------------------------------------------------- ( 162 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designM0.csm -tess -outLevel 0 --> 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" ********************************************************* 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 -> 0.241 sec Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions real 0m1.266s user 0m1.121s sys 0m0.237s ++ set +x -------------------------------------------------------------------------------------------------- ( 163 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designM1.csm -tess -outLevel 0 --> 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 -> 0.031 sec Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions real 0m1.208s user 0m1.065s sys 0m0.273s ++ set +x -------------------------------------------------------------------------------------------------- ( 164 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designM2.csm -tess -outLevel 0 --> 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" ********************************************************* 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 -> 0.041 sec Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions real 0m1.378s user 0m1.253s sys 0m0.274s ++ set +x -------------------------------------------------------------------------------------------------- ( 165 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designM3.csm -tess -outLevel 0 --> 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 -> 0.511 sec Sensitivity checks complete with 0 total errors (max tess err= 1.1980e-15) with 0 suppressions real 0m3.756s user 0m3.891s sys 0m0.414s ++ set +x -------------------------------------------------------------------------------------------------- ( 166 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designM4.csm -tess -outLevel 0 --> 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 -> 0.445 sec Sensitivity checks complete with 0 total errors (max tess err= 1.1980e-15) with 0 suppressions real 0m3.338s user 0m3.678s sys 0m0.529s ++ set +x -------------------------------------------------------------------------------------------------- ( 167 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designN1.csm -tess -outLevel 0 --> 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 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 -> 0.002 sec Sensitivity checks complete with 0 total errors (max tess err= 2.9970e-06) with 0 suppressions real 0m0.196s user 0m0.120s sys 0m0.092s ++ set +x -------------------------------------------------------------------------------------------------- ( 168 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designN2.csm -tess -outLevel 0 --> 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" ********************************************************* 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 -> 0.003 sec Sensitivity checks complete with 26 total errors (max tess err= 5.5591e-03) with 0 suppressions real 0m0.353s user 0m0.389s sys 0m0.092s ++ set +x -------------------------------------------------------------------------------------------------- ( 169 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designP0a.csm -tess -outLevel 0 --> 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 0m0.475s user 0m0.236s sys 0m0.235s ++ set +x -------------------------------------------------------------------------------------------------- ( 170 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designP0b.csm -tess -outLevel 0 --> 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 -> 0.005 sec Sensitivity checks complete with 0 total errors (max tess err= 4.0702e-15) with 0 suppressions real 0m0.475s user 0m0.217s sys 0m0.249s ++ set +x -------------------------------------------------------------------------------------------------- ( 171 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designP0c.csm -tess -outLevel 0 --> 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 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 -> 0.012 sec Sensitivity checks complete with 0 total errors (max tess err= 5.9437e-07) with 0 suppressions real 0m0.543s user 0m0.250s sys 0m0.288s ++ set +x -------------------------------------------------------------------------------------------------- ( 172 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designP0d.csm -tess -outLevel 0 --> 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" ********************************************************* 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 -> 0.011 sec Sensitivity checks complete with 0 total errors (max tess err= 4.4148e-07) with 0 suppressions real 0m0.652s user 0m0.291s sys 0m0.351s ++ set +x -------------------------------------------------------------------------------------------------- ( 173 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designP1a.csm -tess -outLevel 0 --> 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 -> 0.501 sec Sensitivity checks complete with 0 total errors (max tess err= 6.4048e-15) with 0 suppressions real 0m2.728s user 0m2.262s sys 0m0.496s ++ set +x -------------------------------------------------------------------------------------------------- ( 174 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designP1b.csm -tess -outLevel 0 --> 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 -> 1.713 sec Sensitivity checks complete with 0 total errors (max tess err= 7.0417e-15) with 0 suppressions real 0m4.020s user 0m3.487s sys 0m0.620s ++ set +x -------------------------------------------------------------------------------------------------- ( 175 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designP1c.csm -tess -outLevel 0 --> 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 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 -> 1.339 sec Sensitivity checks complete with 0 total errors (max tess err= 5.9501e-07) with 0 suppressions real 0m3.220s user 0m2.773s sys 0m0.522s ++ set +x -------------------------------------------------------------------------------------------------- ( 176 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designP1d.csm -tess -outLevel 0 --> 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 -> 1.565 sec Sensitivity checks complete with 0 total errors (max tess err= 5.2404e-07) with 0 suppressions real 0m4.110s user 0m3.699s sys 0m0.582s ++ set +x -------------------------------------------------------------------------------------------------- ( 177 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designP2a.csm -tess -outLevel 0 --> 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 -> 0.590 sec Sensitivity checks complete with 0 total errors (max tess err= 5.3291e-15) with 0 suppressions real 0m3.085s user 0m2.717s sys 0m0.394s ++ set +x -------------------------------------------------------------------------------------------------- ( 178 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designP2b.csm -tess -outLevel 0 --> 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 -> 2.036 sec Sensitivity checks complete with 0 total errors (max tess err= 5.3291e-15) with 0 suppressions real 0m5.389s user 0m4.895s sys 0m0.419s ++ set +x -------------------------------------------------------------------------------------------------- ( 179 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designP2c.csm -tess -outLevel 0 --> 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 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 -> 1.657 sec Sensitivity checks complete with 0 total errors (max tess err= 5.9501e-07) with 0 suppressions real 0m4.401s user 0m4.025s sys 0m0.385s ++ set +x -------------------------------------------------------------------------------------------------- ( 180 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designP2d.csm -tess -outLevel 0 --> 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 -> 1.419 sec Sensitivity checks complete with 0 total errors (max tess err= 5.2404e-07) with 0 suppressions real 0m4.202s user 0m3.943s sys 0m0.466s ++ set +x -------------------------------------------------------------------------------------------------- ( 181 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designP3a.csm -tess -outLevel 0 --> 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 -> 2.462 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 0m5.516s user 0m4.556s sys 0m0.984s ++ set +x -------------------------------------------------------------------------------------------------- ( 182 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designP3b.csm -tess -outLevel 0 --> 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 -> 2.165 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 0m4.811s user 0m3.876s sys 0m1.003s ++ set +x -------------------------------------------------------------------------------------------------- ( 183 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designP3c.csm -tess -outLevel 0 --> 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 -> 4.169 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 0m6.481s user 0m5.517s sys 0m1.021s ++ set +x -------------------------------------------------------------------------------------------------- ( 184 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designP3d.csm -tess -outLevel 0 --> 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 Computing analytic sensitivities (if possible) for ibody=31 ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 6.325 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 0m9.449s user 0m8.314s sys 0m1.120s ++ set +x -------------------------------------------------------------------------------------------------- ( 185 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designP4a.csm -tess -outLevel 0 --> 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= 1.1195e-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= 6.3609e-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= 7.0470e-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= 7.6451e-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= 8.6568e-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= 1.0036e-15) d(Edge)/d(DY3) check complete with 0 total errors (errmax= 3.6773e-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= 1.5795e-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 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= 1.7183e-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 -> 0.110 sec Sensitivity checks complete with 0 total errors (max tess err= 1.3128e-05) with 0 suppressions real 0m3.533s user 0m2.905s sys 0m0.586s ++ set +x -------------------------------------------------------------------------------------------------- ( 186 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designP4b.csm -tess -outLevel 0 --> 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= 6.5732e-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 -> 4.131 sec Sensitivity checks complete with 14 total errors (max tess err= 1.1926e-04) with 0 suppressions real 0m8.856s user 0m7.845s sys 0m0.615s ++ set +x -------------------------------------------------------------------------------------------------- ( 187 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designP4c.csm -tess -outLevel 0 --> 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 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 -> 2.948 sec Sensitivity checks complete with 6 total errors (max tess err= 1.1926e-04) with 0 suppressions real 0m6.633s user 0m5.813s sys 0m0.655s ++ set +x -------------------------------------------------------------------------------------------------- ( 188 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designP4d.csm -tess -outLevel 0 --> 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 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 -> 2.630 sec Sensitivity checks complete with 10 total errors (max tess err= 1.1926e-04) with 0 suppressions real 0m6.602s user 0m6.056s sys 0m0.688s ++ set +x -------------------------------------------------------------------------------------------------- ( 189 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designP5a.csm -tess -outLevel 0 --> 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= 2.2953e-16) d(Edge)/d(rad) check complete with 0 total errors (errmax= 4.3687e-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= 2.2154e-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 -> 0.090 sec Sensitivity checks complete with 0 total errors (max tess err= 1.5406e-06) with 0 suppressions real 0m1.018s user 0m1.164s sys 0m0.491s ++ set +x -------------------------------------------------------------------------------------------------- ( 190 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designP5b.csm -tess -outLevel 0 --> 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= 2.2953e-16) d(Edge)/d(rad) check complete with 0 total errors (errmax= 4.3687e-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= 2.2154e-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 -> 0.086 sec Sensitivity checks complete with 0 total errors (max tess err= 1.5406e-06) with 0 suppressions real 0m1.064s user 0m1.242s sys 0m0.476s ++ set +x -------------------------------------------------------------------------------------------------- ( 191 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designQ1.csm -tess -outLevel 0 --> 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= 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 real 0m0.120s user 0m0.056s sys 0m0.065s ++ set +x -------------------------------------------------------------------------------------------------- ( 192 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designQ2.csm -tess -outLevel 0 --> 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= 3.0031e-15) d(Edge)/d(L1) check complete with 0 total errors (errmax= 2.8536e-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= 3.5935e-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= 3.5936e-15) with 0 suppressions real 0m0.230s user 0m0.153s sys 0m0.076s ++ set +x -------------------------------------------------------------------------------------------------- ( 193 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designR0a.csm -tess -outLevel 0 --> 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= 1.3634e-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= 1.6812e-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= 1.9673e-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= 9.9976e-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 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= 1.6693e-17) d(Node)/d(poly) check complete with 0 total errors (errmax= 6.4586e-19) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 0.040 sec Sensitivity checks complete with 0 total errors (max tess err= 3.9065e-17) with 0 suppressions real 0m0.463s user 0m0.383s sys 0m0.084s ++ set +x -------------------------------------------------------------------------------------------------- ( 194 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designR0b.csm -tess -outLevel 0 --> 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= 2.1334e-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= 1.9697e-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= 2.2062e-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= 1.7736e-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= 1.9292e-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= 1.5136e-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= 1.6976e-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= 1.5348e-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= 1.6007e-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= 1.7641e-17) d(Node)/d(poly) 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= 2.2072e-17) with 0 suppressions real 0m0.157s user 0m0.084s sys 0m0.072s ++ set +x -------------------------------------------------------------------------------------------------- ( 195 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designR0c.csm -tess -outLevel 0 --> 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= 7.6743e-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= 3.0259e-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= 4.2624e-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= 6.3841e-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= 5.3925e-15) d(Node)/d(param) check complete with 0 total errors (errmax= 9.0141e-20) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 0.024 sec Sensitivity checks complete with 0 total errors (max tess err= 9.1498e-06) with 0 suppressions real 0m0.368s user 0m0.317s sys 0m0.057s ++ set +x -------------------------------------------------------------------------------------------------- ( 196 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designR0d.csm -tess -outLevel 0 --> 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= 3.9141e-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= 1.3798e-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= 2.1226e-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= 2.9918e-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 -> 0.007 sec Sensitivity checks complete with 0 total errors (max tess err= 2.7959e-06) with 0 suppressions real 0m0.138s user 0m0.073s sys 0m0.065s ++ set +x -------------------------------------------------------------------------------------------------- ( 197 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designR0e.csm -tess -outLevel 0 --> 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= 7.6447e-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= 2.7360e-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= 5.8204e-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= 5.5876e-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 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 real 0m0.446s user 0m0.325s sys 0m0.121s ++ set +x -------------------------------------------------------------------------------------------------- ( 198 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designR1a.csm -tess -outLevel 0 --> 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= 1.5796e-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= 1.4270e-17) d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.8550e-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= 1.6583e-17) d(Edge)/d(poly) check complete with 0 total errors (errmax= 2.2924e-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= 8.3036e-18) d(Edge)/d(poly) check complete with 0 total errors (errmax= 8.8096e-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 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= 1.3494e-17) d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.9819e-17) d(Node)/d(poly) check complete with 0 total errors (errmax= 6.4586e-19) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 0.432 sec Sensitivity checks complete with 0 total errors (max tess err= 2.1453e-16) with 0 suppressions real 0m1.626s user 0m1.880s sys 0m0.191s ++ set +x -------------------------------------------------------------------------------------------------- ( 199 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designR1b.csm -tess -outLevel 0 --> 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= 1.8103e-17) d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.9133e-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= 1.6139e-17) d(Edge)/d(poly) check complete with 0 total errors (errmax= 2.3341e-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= 1.7617e-17) d(Edge)/d(poly) check complete with 0 total errors (errmax= 2.3084e-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= 1.6653e-17) d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.8586e-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= 1.6417e-17) d(Edge)/d(poly) check complete with 0 total errors (errmax= 2.1707e-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= 1.3373e-17) d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.6235e-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= 1.4067e-17) d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.6960e-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= 1.3701e-17) d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.6731e-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= 1.3297e-17) d(Edge)/d(poly) check complete with 0 total errors (errmax= 1.4855e-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= 1.3600e-17) d(Edge)/d(poly) check complete with 0 total errors (errmax= 2.1099e-17) d(Node)/d(poly) check complete with 0 total errors (errmax= 0.0000e+00) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 0.175 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0558e-16) with 0 suppressions real 0m0.574s user 0m0.464s sys 0m0.112s ++ set +x -------------------------------------------------------------------------------------------------- ( 200 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designR1c.csm -tess -outLevel 0 --> 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= 6.2996e-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= 2.6207e-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= 3.4506e-16) d(Edge)/d(param) check complete with 0 total errors (errmax= 4.1197e-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= 6.6310e-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=2 Computing distances of perturbed points from perturbed configuration for ibody=2 d(Face)/d(param) check complete with 0 total errors (errmax= 3.9756e-15) d(Edge)/d(param) check complete with 0 total errors (errmax= 4.8834e-15) d(Node)/d(param) check complete with 0 total errors (errmax= 9.0141e-20) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 0.370 sec Sensitivity checks complete with 0 total errors (max tess err= 1.0060e-05) with 0 suppressions real 0m1.266s user 0m1.377s sys 0m0.159s ++ set +x -------------------------------------------------------------------------------------------------- ( 201 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designR1d.csm -tess -outLevel 0 --> 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= 3.7416e-17) d(Edge)/d(param) check complete with 0 total errors (errmax= 3.7416e-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= 1.3143e-17) d(Edge)/d(param) check complete with 0 total errors (errmax= 1.3143e-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= 2.0775e-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= 2.9322e-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 -> 0.082 sec Sensitivity checks complete with 0 total errors (max tess err= 2.9280e-06) with 0 suppressions real 0m0.365s user 0m0.330s sys 0m0.083s ++ set +x -------------------------------------------------------------------------------------------------- ( 202 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designR1e.csm -tess -outLevel 0 --> 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= 5.7460e-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= 1.8884e-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 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= 2.4576e-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 -> 0.394 sec Sensitivity checks complete with 0 total errors (max tess err= 1.0210e-05) with 0 suppressions real 0m1.301s user 0m1.456s sys 0m0.160s ++ set +x -------------------------------------------------------------------------------------------------- ( 203 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designR2a.csm -tess -outLevel 0 --> 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 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 -> 2.149 sec Sensitivity checks complete with 0 total errors (max tess err= 1.9193e-08) with 0 suppressions real 0m4.535s user 0m4.610s sys 0m0.264s ++ set +x -------------------------------------------------------------------------------------------------- ( 204 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designR2b.csm -tess -outLevel 0 --> 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 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 -> 1.013 sec Sensitivity checks complete with 0 total errors (max tess err= 7.5424e-12) with 0 suppressions real 0m1.762s user 0m1.640s sys 0m0.148s ++ set +x -------------------------------------------------------------------------------------------------- ( 205 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designR2c.csm -tess -outLevel 0 --> 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 -> 2.395 sec Sensitivity checks complete with 0 total errors (max tess err= 1.0060e-05) with 0 suppressions real 0m5.011s user 0m5.084s sys 0m0.216s ++ set +x -------------------------------------------------------------------------------------------------- ( 206 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designR2d.csm -tess -outLevel 0 --> 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 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= 2.8315e-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 -> 1.025 sec Sensitivity checks complete with 0 total errors (max tess err= 2.9280e-06) with 0 suppressions real 0m1.781s user 0m1.708s sys 0m0.144s ++ set +x -------------------------------------------------------------------------------------------------- ( 207 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designR2e.csm -tess -outLevel 0 --> 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 -> 3.751 sec Sensitivity checks complete with 0 total errors (max tess err= 1.0210e-05) with 0 suppressions real 0m7.943s user 0m7.879s sys 0m0.290s ++ set +x -------------------------------------------------------------------------------------------------- ( 208 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designR3a.csm -tess -outLevel 0 --> 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 -> 2.937 sec Sensitivity checks complete with 0 total errors (max tess err= 1.9193e-08) with 0 suppressions real 0m5.932s user 0m5.877s sys 0m0.295s ++ set +x -------------------------------------------------------------------------------------------------- ( 209 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designR3b.csm -tess -outLevel 0 --> 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 -> 3.559 sec Sensitivity checks complete with 0 total errors (max tess err= 1.9193e-08) with 0 suppressions real 0m7.512s user 0m7.339s sys 0m0.268s ++ set +x -------------------------------------------------------------------------------------------------- ( 210 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designR3c.csm -tess -outLevel 0 --> 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 -> 2.507 sec Sensitivity checks complete with 0 total errors (max tess err= 1.0060e-05) with 0 suppressions real 0m5.332s user 0m5.424s sys 0m0.252s ++ set +x -------------------------------------------------------------------------------------------------- ( 211 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designR3d.csm -tess -outLevel 0 --> 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= 2.0488e-15) d(Edge)/d(param) check complete with 0 total errors (errmax= 2.0454e-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=7 Computing distances of perturbed points from perturbed configuration for ibody=7 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= 2.8316e-15) d(Node)/d(param) check complete with 0 total errors (errmax= 6.8402e-17) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 1.043 sec Sensitivity checks complete with 0 total errors (max tess err= 2.9280e-06) with 0 suppressions real 0m1.760s user 0m1.667s sys 0m0.140s ++ set +x -------------------------------------------------------------------------------------------------- ( 212 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designR3e.csm -tess -outLevel 0 --> 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 -> 3.080 sec Sensitivity checks complete with 0 total errors (max tess err= 1.0210e-05) with 0 suppressions real 0m6.198s user 0m6.270s sys 0m0.264s ++ set +x -------------------------------------------------------------------------------------------------- ( 213 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designS1.csm -tess -outLevel 0 --> 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 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 -> 1.091 sec Sensitivity checks complete with 0 total errors (max tess err= 6.7141e-16) with 0 suppressions real 0m2.266s user 0m2.197s sys 0m0.187s ++ set +x -------------------------------------------------------------------------------------------------- ( 214 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designS2.csm -tess -outLevel 0 --> 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 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 -> 1.188 sec Sensitivity checks complete with 0 total errors (max tess err= 6.7141e-16) with 0 suppressions real 0m2.497s user 0m2.432s sys 0m0.224s ++ set +x -------------------------------------------------------------------------------------------------- ( 215 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designS3.csm -tess -outLevel 0 --> 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 60600008a9e0 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 60600008aa40 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 60600008aaa0 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 60600008ab00 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 60600008ab60 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 60600008abc0 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 60600008ac20 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 60600008ac80 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 60600008ace0 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 60600008ad40 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 60600008ada0 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 60600008ae00 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 60600008ae60 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 60600008aec0 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 60600008af20 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 60600008af80 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 60600008b0a0 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 60600008b1c0 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 60600008b2e0 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 60600008b400 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 60600008b460 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 60600008b580 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 60600008b6a0 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 60600008b7c0 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=6060000a6880, eref0=0 (0:0) . oclass1= 24 (shell) mtype1= 4 (closed) obj=6060000a7ae0, eref1=0 (0:0) . . oclass2= 23 (face) mtype2= 1 (sforward) obj=6060000a77e0, eref2=6060000a83e0 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=6060000a7480, eref3=6060000a83e0 (0:0) . . . < senses= 1 -1 -1 1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a6ca0, eref4=6060000a7d20 (11:1) . . . . < trange= 7.95804 10.00000, arcLength= 2.0419601085e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a68e0, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6940, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a6dc0, eref4=6060000a7e40 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6a00, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6940, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a6d60, eref4=6060000a7de0 (11:1) . . . . < trange= 7.95804 10.00000, arcLength= 2.0419601085e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a69a0, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6a00, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a6d00, eref4=6060000a7d80 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a69a0, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a68e0, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=6060000a7840, eref2=6060000a8500 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=6060000a74e0, eref3=6060000a8500 (0:0) . . . < senses=-1 1 1 -1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a6ca0, eref4=6060000a7d20 (11:1) . . . . < trange= 7.95804 10.00000, arcLength= 2.0419601085e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a68e0, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6940, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a6e80, eref4=6060000a7f00 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a68e0, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a69a0, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a6d60, eref4=6060000a7de0 (11:1) . . . . < trange= 7.95804 10.00000, arcLength= 2.0419601085e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a69a0, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6a00, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a6e20, eref4=6060000a7ea0 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6940, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6a00, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=6060000a78a0, eref2=6060000a8620 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=6060000a7540, eref3=6060000a8620 (0:0) . . . < senses= 1 -1 -1 1 -1 1 1 -1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a6ee0, eref4=6060000a7f60 (11:2) . . . . < trange= 6.45063 7.85398, arcLength= 4.2100447427e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a69a0, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6a60, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=6060000a7120, eref4=0 (0:0) . . . . < trange= 3.14159 6.28319, arcLength= 0.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6a60, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a70c0, eref4=6060000a80e0 (11:8) . . . . < trange= 0.16745 1.57080, arcLength= 4.2100438903e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6b80, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6a60, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a7060, eref4=6060000a8080 (11:2) . . . . < trange= -0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6b80, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6b20, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a7000, eref4=6060000a8020 (11:8) . . . . < trange= -1.57080 -0.16745, arcLength= 4.2100438903e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6ac0, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6b20, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=6060000a6fa0, eref4=0 (0:0) . . . . < trange= 3.14159 6.28319, arcLength= 0.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6ac0, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a6f40, eref4=6060000a7fc0 (11:2) . . . . < trange= 4.71239 6.11574, arcLength= 4.2100447427e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6ac0, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a68e0, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a6d00, eref4=6060000a7d80 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a69a0, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a68e0, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=6060000a7900, eref2=6060000a8740 (12:1) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=6060000a75a0, eref3=0 (0:0) . . . < senses= 1 1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a6dc0, eref4=6060000a7e40 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6a00, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6940, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a6e20, eref4=6060000a7ea0 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6940, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6a00, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=6060000a7960, eref2=6060000a87a0 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=6060000a7600, eref3=6060000a87a0 (0:0) . . . < senses= 1 -1 -1 -1 -1 1 1 1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a70c0, eref4=6060000a80e0 (11:8) . . . . < trange= 0.16745 1.57080, arcLength= 4.2100438903e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6b80, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6a60, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=6060000a7240, eref4=0 (0:0) . . . . < trange= 0.00000 3.14159, arcLength= 0.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6a60, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a6ee0, eref4=6060000a7f60 (11:2) . . . . < trange= 6.45063 7.85398, arcLength= 4.2100447427e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a69a0, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6a60, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a6e80, eref4=6060000a7f00 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a68e0, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a69a0, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a6f40, eref4=6060000a7fc0 (11:2) . . . . < trange= 4.71239 6.11574, arcLength= 4.2100447427e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6ac0, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a68e0, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=6060000a71e0, eref4=0 (0:0) . . . . < trange= 0.00000 3.14159, arcLength= 0.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6ac0, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a7000, eref4=6060000a8020 (11:8) . . . . < trange= -1.57080 -0.16745, arcLength= 4.2100438903e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6ac0, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6b20, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a7180, eref4=6060000a8140 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6b20, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6b80, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=6060000a79c0, eref2=6060000a88c0 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=6060000a7660, eref3=6060000a88c0 (0:0) . . . < senses= 1 -1 -1 1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a72a0, eref4=6060000a81a0 (11:1) . . . . < trange= 0.00000 2.04196, arcLength= 2.0419606374e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6be0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6b20, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a7060, eref4=6060000a8080 (11:2) . . . . < trange= -0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6b80, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6b20, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a7360, eref4=6060000a8260 (11:1) . . . . < trange= 0.00000 2.04196, arcLength= 2.0419606374e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6c40, data5= -5.0000000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6b80, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a7300, eref4=6060000a8200 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6c40, data5= -5.0000000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6be0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=6060000a7a20, eref2=6060000a89e0 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=6060000a76c0, eref3=6060000a89e0 (0:0) . . . < senses=-1 1 1 -1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a72a0, eref4=6060000a81a0 (11:1) . . . . < trange= 0.00000 2.04196, arcLength= 2.0419606374e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6be0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6b20, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a73c0, eref4=6060000a82c0 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6be0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6c40, data5= -5.0000000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a7360, eref4=6060000a8260 (11:1) . . . . < trange= 0.00000 2.04196, arcLength= 2.0419606374e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6c40, data5= -5.0000000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6b80, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a7180, eref4=6060000a8140 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6b20, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6b80, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01 . . oclass2= 23 (face) mtype2= -1 (sreverse) obj=6060000a7a80, eref2=6060000a8b00 (12:1) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=6060000a7720, eref3=0 (0:0) . . . < senses=-1 -1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a7300, eref4=6060000a8200 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6c40, data5= -5.0000000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6be0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060000a73c0, eref4=6060000a82c0 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6be0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060000a6c40, 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 606000145640 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 6060001456a0 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 606000145700 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 606000145760 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 6060001457c0 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 606000145820 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 606000145880 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 6060001458e0 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 606000145940 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 6060001459a0 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 606000145a00 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 606000145a60 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 606000145ac0 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 606000145b20 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 606000145b80 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 606000145be0 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 606000145d00 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 606000145e20 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 606000145f40 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 606000146060 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 6060001460c0 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 6060001461e0 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 606000146300 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 606000146420 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=6060001614e0, eref0=0 (0:0) . oclass1= 24 (shell) mtype1= 4 (closed) obj=606000162740, eref1=0 (0:0) . . oclass2= 23 (face) mtype2= 1 (sforward) obj=606000162440, eref2=606000163040 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=6060001620e0, eref3=606000163040 (0:0) . . . < senses= 1 -1 -1 1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161900, eref4=606000162980 (11:1) . . . . < trange= 7.96304 10.01000, arcLength= 2.0469601085e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161540, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001615a0, data5= 5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161a20, eref4=606000162aa0 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161660, data5= 5.0050000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001615a0, data5= 5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060001619c0, eref4=606000162a40 (11:1) . . . . < trange= 7.96304 10.01000, arcLength= 2.0469601085e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161600, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161660, data5= 5.0050000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161960, eref4=6060001629e0 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161600, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161540, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=6060001624a0, eref2=606000163160 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=606000162140, eref3=606000163160 (0:0) . . . < senses=-1 1 1 -1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161900, eref4=606000162980 (11:1) . . . . < trange= 7.96304 10.01000, arcLength= 2.0469601085e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161540, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001615a0, data5= 5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161ae0, eref4=606000162b60 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161540, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161600, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060001619c0, eref4=606000162a40 (11:1) . . . . < trange= 7.96304 10.01000, arcLength= 2.0469601085e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161600, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161660, data5= 5.0050000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161a80, eref4=606000162b00 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001615a0, data5= 5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161660, data5= 5.0050000000e+00 1.2246467991e-16 5.0000000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=606000162500, eref2=606000163280 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=6060001621a0, eref3=606000163280 (0:0) . . . < senses= 1 -1 -1 1 -1 1 1 -1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161b40, eref4=606000162bc0 (11:2) . . . . < trange= 6.45063 7.85398, arcLength= 4.2100447427e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161600, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001616c0, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=606000161d80, eref4=0 (0:0) . . . . < trange= 3.14159 6.28319, arcLength= 0.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001616c0, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161d20, eref4=606000162d40 (11:8) . . . . < trange= 0.16745 1.57080, arcLength= 4.2100438903e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001617e0, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001616c0, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161cc0, eref4=606000162ce0 (11:2) . . . . < trange= -0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001617e0, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161780, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161c60, eref4=606000162c80 (11:8) . . . . < trange= -1.57080 -0.16745, arcLength= 4.2100438903e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161720, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161780, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=606000161c00, eref4=0 (0:0) . . . . < trange= 3.14159 6.28319, arcLength= 0.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161720, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161ba0, eref4=606000162c20 (11:2) . . . . < trange= 4.71239 6.11574, arcLength= 4.2100447427e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161720, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161540, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161960, eref4=6060001629e0 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161600, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161540, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=606000162560, eref2=6060001633a0 (12:1) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=606000162200, eref3=0 (0:0) . . . < senses= 1 1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161a20, eref4=606000162aa0 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161660, data5= 5.0050000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001615a0, data5= 5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161a80, eref4=606000162b00 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001615a0, data5= 5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161660, data5= 5.0050000000e+00 1.2246467991e-16 5.0000000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=6060001625c0, eref2=606000163400 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=606000162260, eref3=606000163400 (0:0) . . . < senses= 1 -1 -1 -1 -1 1 1 1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161d20, eref4=606000162d40 (11:8) . . . . < trange= 0.16745 1.57080, arcLength= 4.2100438903e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001617e0, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001616c0, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=606000161ea0, eref4=0 (0:0) . . . . < trange= 0.00000 3.14159, arcLength= 0.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001616c0, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161b40, eref4=606000162bc0 (11:2) . . . . < trange= 6.45063 7.85398, arcLength= 4.2100447427e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161600, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001616c0, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161ae0, eref4=606000162b60 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161540, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161600, data5= 2.9580398915e+00 -3.0102306854e-16 5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161ba0, eref4=606000162c20 (11:2) . . . . < trange= 4.71239 6.11574, arcLength= 4.2100447427e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161720, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161540, data5= 2.9580398915e+00 -3.9287157847e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=606000161e40, eref4=0 (0:0) . . . . < trange= 0.00000 3.14159, arcLength= 0.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161720, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161c60, eref4=606000162c80 (11:8) . . . . < trange= -1.57080 -0.16745, arcLength= 4.2100438903e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161720, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161780, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161de0, eref4=606000162da0 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161780, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001617e0, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=606000162620, eref2=606000163520 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=6060001622c0, eref3=606000163520 (0:0) . . . < senses= 1 -1 -1 1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161f00, eref4=606000162e00 (11:1) . . . . < trange= 0.00000 2.04696, arcLength= 2.0469606374e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161840, data5= -5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161780, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161cc0, eref4=606000162ce0 (11:2) . . . . < trange= -0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001617e0, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161780, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161fc0, eref4=606000162ec0 (11:1) . . . . < trange= 0.00000 2.04696, arcLength= 2.0469606374e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001618a0, data5= -5.0050000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001617e0, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161f60, eref4=606000162e60 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001618a0, data5= -5.0050000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161840, data5= -5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=606000162680, eref2=606000163640 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=606000162320, eref3=606000163640 (0:0) . . . < senses=-1 1 1 -1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161f00, eref4=606000162e00 (11:1) . . . . < trange= 0.00000 2.04696, arcLength= 2.0469606374e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161840, data5= -5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161780, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000162020, eref4=606000162f20 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161840, data5= -5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001618a0, data5= -5.0050000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161fc0, eref4=606000162ec0 (11:1) . . . . < trange= 0.00000 2.04696, arcLength= 2.0469606374e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001618a0, data5= -5.0050000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001617e0, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161de0, eref4=606000162da0 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161780, data5= -2.9580393626e+00 1.5051150188e-16 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001617e0, data5= -2.9580393626e+00 2.4236001182e-16 5.0000000000e-01 . . oclass2= 23 (face) mtype2= -1 (sreverse) obj=6060001626e0, eref2=606000163760 (12:1) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=606000162380, eref3=0 (0:0) . . . < senses=-1 -1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000161f60, eref4=606000162e60 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001618a0, data5= -5.0050000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161840, data5= -5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000162020, eref4=606000162f20 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000161840, data5= -5.0050000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001618a0, 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 606000158540 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 606000159c80 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 606000153200 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 606000153ec0 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 606000153f20 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 606000153f80 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 6060001576a0 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 606000152ea0 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 606000156260 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 606000157a60 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 606000157b20 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 606000156440 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 606000157940 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 606000157a00 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 606000152720 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 606000154940 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 6060001548e0 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 6060001563e0 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 606000156380 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 606000152660 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 606000154640 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 606000154580 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 606000159c20 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 606000153e00 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=606000137420, eref0=0 (0:0) . oclass1= 24 (shell) mtype1= 4 (closed) obj=606000138ec0, eref1=0 (0:0) . . oclass2= 23 (face) mtype2= 1 (sforward) obj=60600013a720, eref2=6060001372a0 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=60600013ab40, eref3=6060001372a0 (0:0) . . . < senses= 1 -1 -1 1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060001358c0, eref4=60600013af00 (11:1) . . . . < trange= 7.95787 10.00000, arcLength= 2.0421293132e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001361c0, data5= 2.9578706868e+00 -3.9291208921e-16 -5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001373c0, data5= 5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=60600013aea0, eref4=606000136880 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5739379194e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=60600013afc0, data5= 5.0000000000e+00 1.2270960927e-16 5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001373c0, data5= 5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=60600013ade0, eref4=606000135bc0 (11:1) . . . . < trange= 7.95787 10.00000, arcLength= 2.0421293132e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001391c0, data5= 2.9578706868e+00 -3.0087988225e-16 5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=60600013afc0, data5= 5.0000000000e+00 1.2270960927e-16 5.0100000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000138e60, eref4=60600013c640 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5739379194e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001391c0, data5= 2.9578706868e+00 -3.0087988225e-16 5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001361c0, data5= 2.9578706868e+00 -3.9291208921e-16 -5.0100000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=60600013a7e0, eref2=606000138da0 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=606000139040, eref3=606000138da0 (0:0) . . . < senses=-1 1 1 -1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060001358c0, eref4=60600013af00 (11:1) . . . . < trange= 7.95787 10.00000, arcLength= 2.0421293132e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001361c0, data5= 2.9578706868e+00 -3.9291208921e-16 -5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001373c0, data5= 5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000137180, eref4=606000136940 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5739379194e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001361c0, data5= 2.9578706868e+00 -3.9291208921e-16 -5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001391c0, data5= 2.9578706868e+00 -3.0087988225e-16 5.0100000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=60600013ade0, eref4=606000135bc0 (11:1) . . . . < trange= 7.95787 10.00000, arcLength= 2.0421293132e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001391c0, data5= 2.9578706868e+00 -3.0087988225e-16 5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=60600013afc0, data5= 5.0000000000e+00 1.2270960927e-16 5.0100000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000135080, eref4=6060001368e0 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5739379194e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001373c0, data5= 5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=60600013afc0, data5= 5.0000000000e+00 1.2270960927e-16 5.0100000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=6060001354a0, eref2=606000138d40 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=60600013a960, eref3=606000138d40 (0:0) . . . < senses= 1 -1 -1 1 -1 1 1 -1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000137120, eref4=60600013a060 (11:2) . . . . < trange= 6.45097 7.85398, arcLength= 4.2090305286e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001391c0, data5= 2.9578706868e+00 -3.0087988225e-16 5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=60600013c6a0, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=606000139100, eref4=0 (0:0) . . . . < trange= 3.14159 6.28319, arcLength= 0.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=60600013c6a0, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=60600013ad80, eref4=60600013a4e0 (11:8) . . . . < trange= 0.16779 1.57080, arcLength= 4.2090296760e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000136a00, data5= -2.9578701568e+00 2.4247211563e-16 5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=60600013c6a0, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=60600013acc0, eref4=60600013a420 (11:2) . . . . < trange= -0.00000 3.14159, arcLength= 1.5739379194e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000136a00, data5= -2.9578701568e+00 2.4247211563e-16 5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001369a0, data5= -2.9578701568e+00 1.5043990867e-16 -5.0100000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000139160, eref4=606000138c20 (11:8) . . . . < trange= -1.57080 -0.16779, arcLength= 4.2090296760e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000135c20, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001369a0, data5= -2.9578701568e+00 1.5043990867e-16 -5.0100000000e-01 . . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=6060001370c0, eref4=0 (0:0) . . . . < trange= 3.14159 6.28319, arcLength= 0.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000135c20, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000136100, eref4=606000135860 (11:2) . . . . < trange= 4.71239 6.11540, arcLength= 4.2090305286e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000135c20, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001361c0, data5= 2.9578706868e+00 -3.9291208921e-16 -5.0100000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000138e60, eref4=60600013c640 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5739379194e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001391c0, data5= 2.9578706868e+00 -3.0087988225e-16 5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001361c0, data5= 2.9578706868e+00 -3.9291208921e-16 -5.0100000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=606000138080, eref2=606000135020 (12:1) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=60600013aa20, eref3=0 (0:0) . . . < senses= 1 1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=60600013aea0, eref4=606000136880 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5739379194e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=60600013afc0, data5= 5.0000000000e+00 1.2270960927e-16 5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001373c0, data5= 5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000135080, eref4=6060001368e0 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5739379194e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001373c0, data5= 5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=60600013afc0, data5= 5.0000000000e+00 1.2270960927e-16 5.0100000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=606000138020, eref2=606000137000 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=606000138fe0, eref3=606000137000 (0:0) . . . < senses= 1 -1 -1 -1 -1 1 1 1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=60600013ad80, eref4=60600013a4e0 (11:8) . . . . < trange= 0.16779 1.57080, arcLength= 4.2090296760e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000136a00, data5= -2.9578701568e+00 2.4247211563e-16 5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=60600013c6a0, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=606000135320, eref4=0 (0:0) . . . . < trange= 0.00000 3.14159, arcLength= 0.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=60600013c6a0, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000137120, eref4=60600013a060 (11:2) . . . . < trange= 6.45097 7.85398, arcLength= 4.2090305286e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001391c0, data5= 2.9578706868e+00 -3.0087988225e-16 5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=60600013c6a0, data5= 1.8369701987e-16 -4.4992793480e-32 3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000137180, eref4=606000136940 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5739379194e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001361c0, data5= 2.9578706868e+00 -3.9291208921e-16 -5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001391c0, data5= 2.9578706868e+00 -3.0087988225e-16 5.0100000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000136100, eref4=606000135860 (11:2) . . . . < trange= 4.71239 6.11540, arcLength= 4.2090305286e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000135c20, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001361c0, data5= 2.9578706868e+00 -3.9291208921e-16 -5.0100000000e-01 . . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=60600013ac60, eref4=0 (0:0) . . . . < trange= 0.00000 3.14159, arcLength= 0.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000135c20, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000139160, eref4=606000138c20 (11:8) . . . . < trange= -1.57080 -0.16779, arcLength= 4.2090296760e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000135c20, data5= 1.8369701987e-16 -4.4992793480e-32 -3.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001369a0, data5= -2.9578701568e+00 1.5043990867e-16 -5.0100000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=60600013aba0, eref4=606000138e00 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5739379194e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001369a0, data5= -2.9578701568e+00 1.5043990867e-16 -5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000136a00, data5= -2.9578701568e+00 2.4247211563e-16 5.0100000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=606000138f20, eref2=606000136f40 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=60600013a840, eref3=606000136f40 (0:0) . . . < senses= 1 -1 -1 1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000137b40, eref4=60600013a300 (11:1) . . . . < trange= 0.00000 2.04213, arcLength= 2.0421298432e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000136a60, data5= -5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001369a0, data5= -2.9578701568e+00 1.5043990867e-16 -5.0100000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=60600013acc0, eref4=60600013a420 (11:2) . . . . < trange= -0.00000 3.14159, arcLength= 1.5739379194e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000136a00, data5= -2.9578701568e+00 2.4247211563e-16 5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001369a0, data5= -2.9578701568e+00 1.5043990867e-16 -5.0100000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060001390a0, eref4=6060001350e0 (11:1) . . . . < trange= 0.00000 2.04213, arcLength= 2.0421298432e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=60600013a5a0, data5= -5.0000000000e+00 1.2270960927e-16 5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000136a00, data5= -2.9578701568e+00 2.4247211563e-16 5.0100000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000137ae0, eref4=60600013a3c0 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5739379194e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=60600013a5a0, data5= -5.0000000000e+00 1.2270960927e-16 5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000136a60, data5= -5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=60600013a600, eref2=60600013c5e0 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=60600013a900, eref3=60600013c5e0 (0:0) . . . < senses=-1 1 1 -1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000137b40, eref4=60600013a300 (11:1) . . . . < trange= 0.00000 2.04213, arcLength= 2.0421298432e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000136a60, data5= -5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001369a0, data5= -2.9578701568e+00 1.5043990867e-16 -5.0100000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=60600013aa80, eref4=606000137300 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5739379194e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000136a60, data5= -5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=60600013a5a0, data5= -5.0000000000e+00 1.2270960927e-16 5.0100000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060001390a0, eref4=6060001350e0 (11:1) . . . . < trange= 0.00000 2.04213, arcLength= 2.0421298432e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=60600013a5a0, data5= -5.0000000000e+00 1.2270960927e-16 5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000136a00, data5= -2.9578701568e+00 2.4247211563e-16 5.0100000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=60600013aba0, eref4=606000138e00 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5739379194e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001369a0, data5= -2.9578701568e+00 1.5043990867e-16 -5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000136a00, data5= -2.9578701568e+00 2.4247211563e-16 5.0100000000e-01 . . oclass2= 23 (face) mtype2= -1 (sreverse) obj=60600013a6c0, eref2=6060001367c0 (12:1) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=606000138f80, eref3=0 (0:0) . . . < senses=-1 -1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000137ae0, eref4=60600013a3c0 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5739379194e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=60600013a5a0, data5= -5.0000000000e+00 1.2270960927e-16 5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000136a60, data5= -5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=60600013aa80, eref4=606000137300 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5739379194e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000136a60, data5= -5.0000000000e+00 -6.1354804637e-17 -5.0100000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=60600013a5a0, 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= 6.3880e-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 606000137a80 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 606000137600 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 606000149d80 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 606000148340 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 606000149780 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 606000149840 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 606000136b80 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 6060001485e0 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 6060001356e0 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 606000139580 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 60600013b740 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 606000138740 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 60600013b860 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 60600013b920 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 60600014a380 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 606000149420 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 606000149360 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 6060001365e0 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 6060001387a0 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 606000144e60 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 606000144da0 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 606000145dc0 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 606000134d80 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 606000145700 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=6060001630a0, eref0=0 (0:0) . oclass1= 24 (shell) mtype1= 4 (closed) obj=606000153b00, eref1=0 (0:0) . . oclass2= 23 (face) mtype2= 1 (sforward) obj=606000158660, eref2=606000168ec0 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=606000158e40, eref3=606000168ec0 (0:0) . . . < senses= 1 -1 -1 1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000167660, eref4=606000156b60 (11:1) . . . . < trange= 7.96108 10.00000, arcLength= 2.0389175966e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001670c0, data5= 2.9610824034e+00 -3.9324417872e-16 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000163040, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000155240, eref4=606000165500 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000158d20, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000163040, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060001539e0, eref4=606000165980 (11:1) . . . . < trange= 7.96108 10.00000, arcLength= 2.0389175966e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000153c20, data5= 2.9610824034e+00 -3.0139566878e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000158d20, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060001557e0, eref4=606000153aa0 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000153c20, data5= 2.9610824034e+00 -3.0139566878e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001670c0, data5= 2.9610824034e+00 -3.9324417872e-16 -5.0000000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=606000152fc0, eref2=606000155840 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=6060001598c0, eref3=606000155840 (0:0) . . . < senses=-1 1 1 -1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000167660, eref4=606000156b60 (11:1) . . . . < trange= 7.96108 10.00000, arcLength= 2.0389175966e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001670c0, data5= 2.9610824034e+00 -3.9324417872e-16 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000163040, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060001655c0, eref4=606000166dc0 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001670c0, data5= 2.9610824034e+00 -3.9324417872e-16 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000153c20, data5= 2.9610824034e+00 -3.0139566878e-16 5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060001539e0, eref4=606000165980 (11:1) . . . . < trange= 7.96108 10.00000, arcLength= 2.0389175966e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000153c20, data5= 2.9610824034e+00 -3.0139566878e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000158d20, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000162aa0, eref4=606000166d00 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000163040, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000158d20, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=606000165740, eref2=606000152540 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=606000158f60, eref3=606000152540 (0:0) . . . < senses= 1 -1 -1 1 -1 1 1 -1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000163820, eref4=606000155420 (11:2) . . . . < trange= 6.45046 7.85398, arcLength= 4.2147618728e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000153c20, data5= 2.9610824034e+00 -3.0139566878e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000155540, data5= 1.8388071689e-16 -4.5037786273e-32 3.0030000000e+00 . . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=606000155e40, eref4=0 (0:0) . . . . < trange= 3.14159 6.28319, arcLength= 0.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000155540, data5= 1.8388071689e-16 -4.5037786273e-32 3.0030000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060001552a0, eref4=606000159da0 (11:8) . . . . < trange= 0.16728 1.57080, arcLength= 4.2147610196e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000166be0, data5= -2.9610818745e+00 2.4254631194e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000155540, data5= 1.8388071689e-16 -4.5037786273e-32 3.0030000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000152480, eref4=606000159500 (11:2) . . . . < trange= -0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000166be0, data5= -2.9610818745e+00 2.4254631194e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001656e0, data5= -2.9610818745e+00 1.5069780200e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000155de0, eref4=6060001599e0 (11:8) . . . . < trange= -1.57080 -0.16728, arcLength= 4.2147610196e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000167360, data5= 1.8388071689e-16 -4.5037786273e-32 -3.0030000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001656e0, data5= -2.9610818745e+00 1.5069780200e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=606000162980, eref4=0 (0:0) . . . . < trange= 3.14159 6.28319, arcLength= 0.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000167360, data5= 1.8388071689e-16 -4.5037786273e-32 -3.0030000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000165860, eref4=6060001675a0 (11:2) . . . . < trange= 4.71239 6.11591, arcLength= 4.2147618728e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000167360, data5= 1.8388071689e-16 -4.5037786273e-32 -3.0030000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001670c0, data5= 2.9610824034e+00 -3.9324417872e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060001557e0, eref4=606000153aa0 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000153c20, data5= 2.9610824034e+00 -3.0139566878e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001670c0, data5= 2.9610824034e+00 -3.9324417872e-16 -5.0000000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=6060001530e0, eref2=606000163d00 (12:1) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=606000156bc0, eref3=0 (0:0) . . . < senses= 1 1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000155240, eref4=606000165500 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000158d20, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000163040, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000162aa0, eref4=606000166d00 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000163040, data5= 5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000158d20, data5= 5.0000000000e+00 1.2246467991e-16 5.0000000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=606000159aa0, eref2=606000163880 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=606000159800, eref3=606000163880 (0:0) . . . < senses= 1 -1 -1 -1 -1 1 1 1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060001552a0, eref4=606000159da0 (11:8) . . . . < trange= 0.16728 1.57080, arcLength= 4.2147610196e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000166be0, data5= -2.9610818745e+00 2.4254631194e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000155540, data5= 1.8388071689e-16 -4.5037786273e-32 3.0030000000e+00 . . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=6060001632e0, eref4=0 (0:0) . . . . < trange= 0.00000 3.14159, arcLength= 0.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000155540, data5= 1.8388071689e-16 -4.5037786273e-32 3.0030000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000163820, eref4=606000155420 (11:2) . . . . < trange= 6.45046 7.85398, arcLength= 4.2147618728e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000153c20, data5= 2.9610824034e+00 -3.0139566878e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000155540, data5= 1.8388071689e-16 -4.5037786273e-32 3.0030000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060001655c0, eref4=606000166dc0 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001670c0, data5= 2.9610824034e+00 -3.9324417872e-16 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000153c20, data5= 2.9610824034e+00 -3.0139566878e-16 5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000165860, eref4=6060001675a0 (11:2) . . . . < trange= 4.71239 6.11591, arcLength= 4.2147618728e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000167360, data5= 1.8388071689e-16 -4.5037786273e-32 -3.0030000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001670c0, data5= 2.9610824034e+00 -3.9324417872e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 5 (degenerate) obj=606000155300, eref4=0 (0:0) . . . . < trange= 0.00000 3.14159, arcLength= 0.0000000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000167360, data5= 1.8388071689e-16 -4.5037786273e-32 -3.0030000000e+00 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000155de0, eref4=6060001599e0 (11:8) . . . . < trange= -1.57080 -0.16728, arcLength= 4.2147610196e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000167360, data5= 1.8388071689e-16 -4.5037786273e-32 -3.0030000000e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001656e0, data5= -2.9610818745e+00 1.5069780200e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060001529c0, eref4=6060001524e0 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001656e0, data5= -2.9610818745e+00 1.5069780200e-16 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000166be0, data5= -2.9610818745e+00 2.4254631194e-16 5.0000000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=606000155780, eref2=606000161900 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=6060001568c0, eref3=606000161900 (0:0) . . . < senses= 1 -1 -1 1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000166520, eref4=606000159140 (11:1) . . . . < trange= 0.00000 2.03892, arcLength= 2.0389181255e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000166ca0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001656e0, data5= -2.9610818745e+00 1.5069780200e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000152480, eref4=606000159500 (11:2) . . . . < trange= -0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000166be0, data5= -2.9610818745e+00 2.4254631194e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001656e0, data5= -2.9610818745e+00 1.5069780200e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000152d20, eref4=606000163ca0 (11:1) . . . . < trange= 0.00000 2.03892, arcLength= 2.0389181255e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000154160, data5= -5.0000000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000166be0, data5= -2.9610818745e+00 2.4254631194e-16 5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000166460, eref4=606000156ce0 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000154160, data5= -5.0000000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000166ca0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . oclass2= 23 (face) mtype2= 1 (sforward) obj=6060001541c0, eref2=6060001555a0 (12:6) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=606000158ea0, eref3=6060001555a0 (0:0) . . . < senses=-1 1 1 -1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000166520, eref4=606000159140 (11:1) . . . . < trange= 0.00000 2.03892, arcLength= 2.0389181255e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000166ca0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001656e0, data5= -2.9610818745e+00 1.5069780200e-16 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000158d80, eref4=606000162440 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000166ca0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000154160, data5= -5.0000000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000152d20, eref4=606000163ca0 (11:1) . . . . < trange= 0.00000 2.03892, arcLength= 2.0389181255e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000154160, data5= -5.0000000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000166be0, data5= -2.9610818745e+00 2.4254631194e-16 5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=6060001529c0, eref4=6060001524e0 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=6060001656e0, data5= -2.9610818745e+00 1.5069780200e-16 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000166be0, data5= -2.9610818745e+00 2.4254631194e-16 5.0000000000e-01 . . oclass2= 23 (face) mtype2= -1 (sreverse) obj=606000154220, eref2=606000166940 (12:1) . . < senses= 1 . . . oclass3= 22 (loop) mtype3= 4 (closed) obj=606000157040, eref3=0 (0:0) . . . < senses=-1 -1 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000166460, eref4=606000156ce0 (11:2) . . . . < trange= 0.00000 3.14159, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000154160, data5= -5.0000000000e+00 1.2246467991e-16 5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000166ca0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . oclass4= 21 (edge) mtype4= 2 (twonode) obj=606000158d80, eref4=606000162440 (11:2) . . . . < trange= 3.14159 6.28319, arcLength= 1.5707963268e+00 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000166ca0, data5= -5.0000000000e+00 -6.1232339957e-17 -5.0000000000e-01 . . . . . oclass5= 20 (node) mtype5= 0, obj=606000154160, 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= 1.5956e-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 -> 0.038 sec Sensitivity checks complete with 0 total errors (max tess err= 3.3224e-05) with 0 suppressions real 0m1.532s user 0m1.752s sys 0m0.237s ++ set +x -------------------------------------------------------------------------------------------------- ( 216 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designT1.csm -tess -outLevel 0 --> 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 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 -> 0.007 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0667e-07) with 0 suppressions real 0m0.867s user 0m1.302s sys 0m0.103s ++ set +x -------------------------------------------------------------------------------------------------- ( 217 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designT2.csm -tess -outLevel 0 --> 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 -> 0.006 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0667e-07) with 0 suppressions real 0m0.819s user 0m1.263s sys 0m0.123s ++ set +x -------------------------------------------------------------------------------------------------- ( 218 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designU1a.csm -tess -outLevel 0 --> 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" ********************************************************* 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 -> 0.003 sec Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions real 0m0.176s user 0m0.161s sys 0m0.059s ++ set +x -------------------------------------------------------------------------------------------------- ( 219 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designU1b.csm -tess -outLevel 0 --> 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 -> 0.003 sec Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions real 0m0.207s user 0m0.160s sys 0m0.090s ++ set +x -------------------------------------------------------------------------------------------------- ( 220 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designU1c.csm -tess -outLevel 0 --> 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" ********************************************************* 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 -> 0.004 sec Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions real 0m0.275s user 0m0.217s sys 0m0.113s ++ set +x -------------------------------------------------------------------------------------------------- ( 221 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designU2a.csm -tess -outLevel 0 --> 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 -> 0.066 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 0m0.769s user 0m0.779s sys 0m0.215s ++ set +x -------------------------------------------------------------------------------------------------- ( 222 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designU2b.csm -tess -outLevel 0 --> 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 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 -> 0.049 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 0m0.852s user 0m0.786s sys 0m0.328s ++ set +x -------------------------------------------------------------------------------------------------- ( 223 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designU2c.csm -tess -outLevel 0 --> 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 -> 0.054 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 0m0.755s user 0m0.687s sys 0m0.236s ++ set +x -------------------------------------------------------------------------------------------------- ( 224 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designV1.csm -tess -outLevel 0 --> 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= 2.6024e-16) d(Edge)/d(xA) check complete with 0 total errors (errmax= 2.6753e-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]= 0.00100000 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= 3.9660e-16) d(Edge)/d(yA) check complete with 0 total errors (errmax= 3.8614e-16) d(Node)/d(yA) check complete with 0 total errors (errmax= 2.2204e-16) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 0.055 sec Sensitivity checks complete with 0 total errors (max tess err= 1.3950e-06) with 0 suppressions real 0m0.323s user 0m0.264s sys 0m0.072s ++ set +x -------------------------------------------------------------------------------------------------- ( 225 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designW0.csm -tess -outLevel 0 --> 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 -> 0.099 sec Sensitivity checks complete with 0 total errors (max tess err= 1.1016e-16) with 0 suppressions real 0m1.091s user 0m1.108s sys 0m0.293s ++ set +x -------------------------------------------------------------------------------------------------- ( 226 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designW1.csm -tess -outLevel 0 --> 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" ********************************************************* 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 -> 0.030 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 0m0.417s user 0m0.309s sys 0m0.125s ++ set +x -------------------------------------------------------------------------------------------------- ( 227 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designW2.csm -tess -outLevel 0 --> 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 -> 0.110 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 0m1.195s user 0m1.046s sys 0m0.232s ++ set +x -------------------------------------------------------------------------------------------------- ( 228 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designW3.csm -tess -outLevel 0 --> 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 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 -> 0.150 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 0m1.905s user 0m1.831s sys 0m0.307s ++ set +x -------------------------------------------------------------------------------------------------- ( 229 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designW4.csm -tess -outLevel 0 --> 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 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 -> 0.120 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 0m1.785s user 0m1.709s sys 0m0.309s ++ set +x -------------------------------------------------------------------------------------------------- ( 230 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designW5.csm -tess -outLevel 0 --> 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 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 -> 0.162 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 0m1.458s user 0m1.322s sys 0m0.238s ++ set +x -------------------------------------------------------------------------------------------------- ( 231 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designX1.csm -tess -outLevel 0 --> 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 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 -> 0.014 sec Sensitivity checks complete with 0 total errors (max tess err= 3.8385e-07) with 0 suppressions real 0m0.593s user 0m0.458s sys 0m0.168s ++ set +x -------------------------------------------------------------------------------------------------- ( 232 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designX2.csm -tess -outLevel 0 --> 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= 9.5030e-08) d(Edge)/d(R) check complete with 0 total errors (errmax= 5.0219e-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= 0.0000e+00) d(Edge)/d(xA) check complete with 0 total errors (errmax= 1.4013e-15) 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= 6.0935e-08) d(Edge)/d(yA) check complete with 0 total errors (errmax= 5.3437e-07) 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= 0.0000e+00) d(Edge)/d(xB) check complete with 0 total errors (errmax= 9.5954e-16) 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=8 Computing distances of perturbed points from perturbed configuration for ibody=8 d(Face)/d(yB) check complete with 0 total errors (errmax= 1.7792e-07) d(Edge)/d(yB) check complete with 0 total errors (errmax= 6.0420e-06) d(Node)/d(yB) check complete with 0 total errors (errmax= 8.8948e-07) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 0.587 sec Sensitivity checks complete with 0 total errors (max tess err= 6.0420e-06) with 0 suppressions real 0m3.321s user 0m3.443s sys 0m1.983s ++ set +x -------------------------------------------------------------------------------------------------- ( 233 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designX3.csm -tess -outLevel 0 --> 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= 6.4799e-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= 5.7313e-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 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 -> 0.574 sec Sensitivity checks complete with 2 total errors (max tess err= 1.3686e-04) with 0 suppressions real 0m2.643s user 0m3.134s sys 0m2.666s ++ set +x -------------------------------------------------------------------------------------------------- ( 234 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designX4.csm -tess -outLevel 0 --> 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= 6.4799e-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= 9.5030e-08) d(Edge)/d(R) check complete with 0 total errors (errmax= 5.0219e-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= 4.9865e-16) d(Edge)/d(xA) check complete with 0 total errors (errmax= 1.4013e-15) 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= 3.2067e-07) d(Edge)/d(yA) check complete with 0 total errors (errmax= 5.3437e-07) 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= 4.5122e-16) d(Edge)/d(xB) check complete with 0 total errors (errmax= 9.5954e-16) 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= 1.9676e-07) d(Edge)/d(yB) check complete with 0 total errors (errmax= 6.0420e-06) d(Node)/d(yB) check complete with 0 total errors (errmax= 8.8948e-07) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 0.517 sec Sensitivity checks complete with 0 total errors (max tess err= 6.0420e-06) with 0 suppressions real 0m5.414s user 0m6.251s sys 0m3.780s ++ set +x -------------------------------------------------------------------------------------------------- ( 235 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designX5.csm -tess -outLevel 0 --> 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 -> 0.663 sec Sensitivity checks complete with 0 total errors (max tess err= 2.7386e-06) with 0 suppressions real 0m1.255s user 0m0.768s sys 0m0.517s ++ set +x -------------------------------------------------------------------------------------------------- ( 236 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designX6.csm -tess -outLevel 0 --> 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= 1.0097e-06) 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= 3.2098e-08) d(Edge)/d(xA) check complete with 0 total errors (errmax= 4.8740e-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= 1.0331e-06) d(Edge)/d(yA) check complete with 0 total errors (errmax= 2.4368e-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= 5.6676e-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 -> 6.922 sec Sensitivity checks complete with 0 total errors (max tess err= 8.2889e-05) with 0 suppressions real 0m9.771s user 0m6.037s sys 0m7.023s ++ set +x -------------------------------------------------------------------------------------------------- ( 237 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designX7.csm -tess -outLevel 0 --> 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= 5.5235e-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= 6.2609e-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 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 -> 10.300 sec Sensitivity checks complete with 6 total errors (max tess err= 1.6980e-04) with 0 suppressions real 0m12.877s user 0m7.565s sys 0m13.031s ++ set +x -------------------------------------------------------------------------------------------------- ( 238 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designX8.csm -tess -outLevel 0 --> 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= 1.0097e-06) 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= 7.6338e-08) d(Edge)/d(xA) check complete with 0 total errors (errmax= 4.8740e-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= 1.0640e-06) d(Edge)/d(yA) check complete with 0 total errors (errmax= 2.4368e-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 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 -> 10.982 sec Sensitivity checks complete with 0 total errors (max tess err= 8.2889e-05) with 0 suppressions real 0m17.497s user 0m12.347s sys 0m14.579s ++ set +x -------------------------------------------------------------------------------------------------- ( 239 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designY0.csm -tess -outLevel 0 --> 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 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 -> 0.102 sec Sensitivity checks complete with 0 total errors (max tess err= 3.0003e-09) with 0 suppressions real 0m11.441s user 0m3.832s sys 0m7.519s ++ set +x -------------------------------------------------------------------------------------------------- ( 240 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designY1.csm -tess -outLevel 0 --> 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= 3.2371e-10) d(Edge)/d(L) check complete with 0 total errors (errmax= 3.2371e-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= 5.6136e-16) d(Edge)/d(x0) check complete with 0 total errors (errmax= 5.7875e-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 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 -> 0.066 sec Sensitivity checks complete with 0 total errors (max tess err= 5.0978e-09) with 0 suppressions real 0m4.713s user 0m1.950s sys 0m2.897s ++ set +x -------------------------------------------------------------------------------------------------- ( 241 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designY2.csm -tess -outLevel 0 --> 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 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= 7.9104e-16) d(Edge)/d(y7) check complete with 0 total errors (errmax= 8.0652e-16) d(Node)/d(y7) check complete with 0 total errors (errmax= 0.0000e+00) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 0.150 sec Sensitivity checks complete with 0 total errors (max tess err= 7.1248e-05) with 0 suppressions real 0m0.659s user 0m0.530s sys 0m0.235s ++ set +x -------------------------------------------------------------------------------------------------- ( 242 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designY3.csm -tess -outLevel 0 --> 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= 7.9104e-16) d(Edge)/d(z7) check complete with 0 total errors (errmax= 8.0652e-16) d(Node)/d(z7) check complete with 0 total errors (errmax= 0.0000e+00) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 0.171 sec Sensitivity checks complete with 0 total errors (max tess err= 7.1248e-05) with 0 suppressions real 0m0.741s user 0m0.657s sys 0m0.197s ++ set +x -------------------------------------------------------------------------------------------------- ( 243 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designY4.csm -tess -outLevel 0 --> 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= 7.9104e-16) d(Edge)/d(x7) check complete with 0 total errors (errmax= 8.0652e-16) d(Node)/d(x7) check complete with 0 total errors (errmax= 0.0000e+00) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 0.174 sec Sensitivity checks complete with 0 total errors (max tess err= 7.1248e-05) with 0 suppressions real 0m0.732s user 0m0.621s sys 0m0.207s ++ set +x -------------------------------------------------------------------------------------------------- ( 244 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYa.csm -tess -outLevel 0 --> 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 -> 0.109 sec Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions real 0m0.702s user 0m0.726s sys 0m0.175s ++ set +x -------------------------------------------------------------------------------------------------- ( 245 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYb.csm -tess -outLevel 0 --> 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 -> 0.104 sec Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions real 0m0.630s user 0m0.591s sys 0m0.167s ++ set +x -------------------------------------------------------------------------------------------------- ( 246 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYc.csm -tess -outLevel 0 --> 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" ********************************************************* 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 -> 0.030 sec Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions real 0m0.306s user 0m0.182s sys 0m0.142s ++ set +x -------------------------------------------------------------------------------------------------- ( 247 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYd.csm -tess -outLevel 0 --> 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" ********************************************************* 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 -> 0.031 sec Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions real 0m0.369s user 0m0.204s sys 0m0.188s ++ set +x -------------------------------------------------------------------------------------------------- ( 248 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYe.csm -tess -outLevel 0 --> 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= 2.8674e-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= 6.5151e-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= 1.5003e-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 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 -> 0.079 sec Sensitivity checks complete with 0 total errors (max tess err= 1.5003e-15) with 0 suppressions real 0m0.640s user 0m0.639s sys 0m0.144s ++ set +x -------------------------------------------------------------------------------------------------- ( 249 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYf.csm -tess -outLevel 0 --> 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= 2.9496e-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= 6.4940e-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= 3.2863e-16) d(Edge)/d(y0) check complete with 0 total errors (errmax= 3.3430e-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 -> 0.102 sec Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions real 0m0.658s user 0m0.575s sys 0m0.162s ++ set +x -------------------------------------------------------------------------------------------------- ( 250 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYg.csm -tess -outLevel 0 --> 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= 2.5640e-16) d(Edge)/d(y0) check complete with 0 total errors (errmax= 2.8087e-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= 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 -> 0.047 sec Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions real 0m0.484s user 0m0.285s sys 0m0.199s ++ set +x -------------------------------------------------------------------------------------------------- ( 251 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYh.csm -tess -outLevel 0 --> 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= 3.2863e-16) d(Edge)/d(y0) check complete with 0 total errors (errmax= 3.3430e-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= 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 -> 0.025 sec Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions real 0m0.346s user 0m0.213s sys 0m0.144s ++ set +x -------------------------------------------------------------------------------------------------- ( 252 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYi.csm -tess -outLevel 0 --> 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= 2.8674e-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= 6.5151e-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= 1.5003e-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 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 -> 0.096 sec Sensitivity checks complete with 0 total errors (max tess err= 1.5003e-15) with 0 suppressions real 0m0.650s user 0m0.607s sys 0m0.174s ++ set +x -------------------------------------------------------------------------------------------------- ( 253 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYj.csm -tess -outLevel 0 --> 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= 3.4746e-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= 8.9443e-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= 2.4105e-16) d(Edge)/d(S) check complete with 0 total errors (errmax= 2.3759e-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" ********************************************************* 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 -> 0.082 sec Sensitivity checks complete with 0 total errors (max tess err= 3.4747e-16) with 0 suppressions real 0m0.660s user 0m0.597s sys 0m0.199s ++ set +x -------------------------------------------------------------------------------------------------- ( 254 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYk.csm -tess -outLevel 0 --> 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 -> 0.047 sec Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions real 0m0.485s user 0m0.267s sys 0m0.201s ++ set +x -------------------------------------------------------------------------------------------------- ( 255 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYl.csm -tess -outLevel 0 --> 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 -> 0.021 sec Sensitivity checks complete with 0 total errors (max tess err= 5.6174e-16) with 0 suppressions real 0m0.452s user 0m0.204s sys 0m0.195s ++ set +x -------------------------------------------------------------------------------------------------- ( 256 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYm.csm -tess -outLevel 0 --> 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 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 -> 0.135 sec Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions real 0m0.731s user 0m0.717s sys 0m0.192s ++ set +x -------------------------------------------------------------------------------------------------- ( 257 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYn.csm -tess -outLevel 0 --> 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 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 -> 0.099 sec Sensitivity checks complete with 0 total errors (max tess err= 3.8255e-16) with 0 suppressions real 0m0.758s user 0m0.741s sys 0m0.184s ++ set +x -------------------------------------------------------------------------------------------------- ( 258 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYo.csm -tess -outLevel 0 --> 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 -> 0.065 sec Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions real 0m0.435s user 0m0.294s sys 0m0.156s ++ set +x -------------------------------------------------------------------------------------------------- ( 259 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYp.csm -tess -outLevel 0 --> 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" ********************************************************* 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 -> 0.035 sec Sensitivity checks complete with 0 total errors (max tess err= 5.6174e-16) with 0 suppressions real 0m0.361s user 0m0.207s sys 0m0.170s ++ set +x -------------------------------------------------------------------------------------------------- ( 260 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYq.csm -tess -outLevel 0 --> 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 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 -> 0.119 sec Sensitivity checks complete with 0 total errors (max tess err= 5.7272e-08) with 0 suppressions real 0m0.704s user 0m0.706s sys 0m0.156s ++ set +x -------------------------------------------------------------------------------------------------- ( 261 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYr.csm -tess -outLevel 0 --> 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 -> 0.090 sec Sensitivity checks complete with 0 total errors (max tess err= 5.7272e-08) with 0 suppressions real 0m0.685s user 0m0.643s sys 0m0.154s ++ set +x -------------------------------------------------------------------------------------------------- ( 262 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYs.csm -tess -outLevel 0 --> 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 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 -> 0.055 sec Sensitivity checks complete with 0 total errors (max tess err= 5.7272e-08) with 0 suppressions real 0m0.454s user 0m0.281s sys 0m0.171s ++ set +x -------------------------------------------------------------------------------------------------- ( 263 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYt.csm -tess -outLevel 0 --> 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 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 -> 0.027 sec Sensitivity checks complete with 0 total errors (max tess err= 5.7272e-08) with 0 suppressions real 0m0.400s user 0m0.211s sys 0m0.187s ++ set +x -------------------------------------------------------------------------------------------------- ( 264 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYu.csm -tess -outLevel 0 --> 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 -> 0.557 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 0m1.379s user 0m1.233s sys 0m0.311s ++ set +x -------------------------------------------------------------------------------------------------- ( 265 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYv.csm -tess -outLevel 0 --> 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 -> 0.467 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 0m1.227s user 0m1.059s sys 0m0.266s ++ set +x -------------------------------------------------------------------------------------------------- ( 266 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYw.csm -tess -outLevel 0 --> 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 -> 0.251 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 0m0.738s user 0m0.432s sys 0m0.253s ++ set +x -------------------------------------------------------------------------------------------------- ( 267 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYx.csm -tess -outLevel 0 --> 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 -> 0.246 sec Sensitivity checks complete with 0 total errors (max tess err= 2.0000e-20) with 0 suppressions real 0m0.718s user 0m0.446s sys 0m0.271s ++ set +x -------------------------------------------------------------------------------------------------- ( 268 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYy.csm -tess -outLevel 0 --> 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" ********************************************************* 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 real 0m0.127s user 0m0.071s sys 0m0.055s ++ set +x -------------------------------------------------------------------------------------------------- ( 269 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designYz.csm -tess -outLevel 0 --> 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" ********************************************************* 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 real 0m0.145s user 0m0.083s sys 0m0.060s ++ set +x -------------------------------------------------------------------------------------------------- ( 270 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designZ1.csm -tess -outLevel 0 --> 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 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 -> 0.241 sec Sensitivity checks complete with 0 total errors (max tess err= 1.1251e-16) with 0 suppressions real 0m3.436s user 0m3.673s sys 0m0.347s ++ set +x -------------------------------------------------------------------------------------------------- ( 271 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designZ2.csm -tess -outLevel 0 --> 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 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 -> 0.301 sec Sensitivity checks complete with 0 total errors (max tess err= 1.1190e-16) with 0 suppressions real 0m5.174s user 0m5.962s sys 0m0.652s ++ set +x -------------------------------------------------------------------------------------------------- ( 272 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designZ3.csm -tess -outLevel 0 --> 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= 4.4672e-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= 5.3817e-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 -> 0.126 sec Sensitivity checks complete with 0 total errors (max tess err= 5.8271e-17) with 0 suppressions real 0m2.394s user 0m2.484s sys 0m0.343s ++ set +x -------------------------------------------------------------------------------------------------- ( 273 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designZ4.csm -tess -outLevel 0 --> 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 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 -> 0.256 sec Sensitivity checks complete with 0 total errors (max tess err= 2.6028e-06) with 0 suppressions real 0m5.400s user 0m5.977s sys 0m0.618s ++ set +x -------------------------------------------------------------------------------------------------- ( 274 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designZ5.csm -tess -outLevel 0 --> 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= 5.9290e-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= 2.7895e-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= 2.2320e-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= 8.2260e-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= 2.2448e-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 -> 0.198 sec Sensitivity checks complete with 0 total errors (max tess err= 1.6586e-08) with 0 suppressions real 0m3.502s user 0m3.074s sys 0m0.490s ++ set +x -------------------------------------------------------------------------------------------------- ( 275 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designZ6.csm -tess -outLevel 0 --> 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= 6.6949e-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= 5.8642e-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= 2.9012e-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 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 -> 0.258 sec Sensitivity checks complete with 0 total errors (max tess err= 4.5419e-05) with 0 suppressions real 0m5.673s user 0m6.350s sys 0m0.755s ++ set +x -------------------------------------------------------------------------------------------------- ( 276 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designZ7.csm -tess -outLevel 0 --> ocsmCheck() -> status=0 (success) ********************************************************* Starting tessellation sensitivity wrt "xloc[1,1]" ********************************************************* Generating perturbed configuration with delta-xloc[1,1]= 0.00100000 Computing analytic sensitivities (if possible) for ibody=43 Computing distances of perturbed points from perturbed configuration for ibody=43 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]= 0.00200000 Computing analytic sensitivities (if possible) for ibody=43 Computing distances of perturbed points from perturbed configuration for ibody=43 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[3,1]" ********************************************************* Generating perturbed configuration with delta-xloc[3,1]= 0.00300000 Computing analytic sensitivities (if possible) for ibody=43 Computing distances of perturbed points from perturbed configuration for ibody=43 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[4,1]" ********************************************************* Generating perturbed configuration with delta-xloc[4,1]= 0.00400000 Computing analytic sensitivities (if possible) for ibody=43 Computing distances of perturbed points from perturbed configuration for ibody=43 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= 3.0337e-16) d(Node)/d(xloc) check complete with 0 total errors (errmax= 4.4409e-16) ********************************************************* Starting tessellation sensitivity wrt "xloc[5,1]" ********************************************************* Generating perturbed configuration with delta-xloc[5,1]= 0.00500000 Computing analytic sensitivities (if possible) for ibody=43 Computing distances of perturbed points from perturbed configuration for ibody=43 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= 3.2432e-16) d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00) ********************************************************* Starting tessellation sensitivity wrt "xloc[6,1]" ********************************************************* Generating perturbed configuration with delta-xloc[6,1]= 0.00600000 Computing analytic sensitivities (if possible) for ibody=43 Computing distances of perturbed points from perturbed configuration for ibody=43 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[7,1]" ********************************************************* Generating perturbed configuration with delta-xloc[7,1]= 0.00700000 Computing analytic sensitivities (if possible) for ibody=43 Computing distances of perturbed points from perturbed configuration for ibody=43 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[8,1]" ********************************************************* Generating perturbed configuration with delta-xloc[8,1]= 0.00800000 Computing analytic sensitivities (if possible) for ibody=43 Computing distances of perturbed points from perturbed configuration for ibody=43 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= 8.8818e-16) d(Node)/d(xloc) check complete with 0 total errors (errmax= 8.8818e-16) ********************************************************* Starting tessellation sensitivity wrt "xloc[9,1]" ********************************************************* Generating perturbed configuration with delta-xloc[9,1]= 0.00900000 Computing analytic sensitivities (if possible) for ibody=43 Computing distances of perturbed points from perturbed configuration for ibody=43 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[10,1]" ********************************************************* Generating perturbed configuration with delta-xloc[10,1]= 0.01000000 Computing analytic sensitivities (if possible) for ibody=43 Computing distances of perturbed points from perturbed configuration for ibody=43 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[11,1]" ********************************************************* Generating perturbed configuration with delta-xloc[11,1]= 0.01100000 Computing analytic sensitivities (if possible) for ibody=43 Computing distances of perturbed points from perturbed configuration for ibody=43 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[12,1]" ********************************************************* Generating perturbed configuration with delta-xloc[12,1]= 0.01200000 Computing analytic sensitivities (if possible) for ibody=43 Computing distances of perturbed points from perturbed configuration for ibody=43 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[13,1]" ********************************************************* Generating perturbed configuration with delta-xloc[13,1]= 0.01300000 Computing analytic sensitivities (if possible) for ibody=43 Computing distances of perturbed points from perturbed configuration for ibody=43 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[14,1]" ********************************************************* Generating perturbed configuration with delta-xloc[14,1]= 0.01400000 Computing analytic sensitivities (if possible) for ibody=43 Computing distances of perturbed points from perturbed configuration for ibody=43 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) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 2.372 sec Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions real 1m29.380s user 1m32.453s sys 0m4.129s ++ set +x -------------------------------------------------------------------------------------------------- ( 277 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designZ8.csm -tess -outLevel 0 --> ocsmCheck() -> status=0 (success) ********************************************************* Starting tessellation sensitivity wrt "xloc[1,1]" ********************************************************* Generating perturbed configuration with delta-xloc[1,1]= 0.00100000 Computing analytic sensitivities (if possible) for ibody=44 Computing distances of perturbed points from perturbed configuration for ibody=44 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]= 0.00200000 Computing analytic sensitivities (if possible) for ibody=44 Computing distances of perturbed points from perturbed configuration for ibody=44 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[3,1]" ********************************************************* Generating perturbed configuration with delta-xloc[3,1]= 0.00300000 Computing analytic sensitivities (if possible) for ibody=44 Computing distances of perturbed points from perturbed configuration for ibody=44 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[4,1]" ********************************************************* Generating perturbed configuration with delta-xloc[4,1]= 0.00400000 Computing analytic sensitivities (if possible) for ibody=44 Computing distances of perturbed points from perturbed configuration for ibody=44 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= 3.0337e-16) d(Node)/d(xloc) check complete with 0 total errors (errmax= 4.4409e-16) ********************************************************* Starting tessellation sensitivity wrt "xloc[5,1]" ********************************************************* Generating perturbed configuration with delta-xloc[5,1]= 0.00500000 Computing analytic sensitivities (if possible) for ibody=44 Computing distances of perturbed points from perturbed configuration for ibody=44 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= 3.2432e-16) d(Node)/d(xloc) check complete with 0 total errors (errmax= 0.0000e+00) ********************************************************* Starting tessellation sensitivity wrt "xloc[6,1]" ********************************************************* Generating perturbed configuration with delta-xloc[6,1]= 0.00600000 Computing analytic sensitivities (if possible) for ibody=44 Computing distances of perturbed points from perturbed configuration for ibody=44 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[7,1]" ********************************************************* Generating perturbed configuration with delta-xloc[7,1]= 0.00700000 Computing analytic sensitivities (if possible) for ibody=44 Computing distances of perturbed points from perturbed configuration for ibody=44 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[8,1]" ********************************************************* Generating perturbed configuration with delta-xloc[8,1]= 0.00800000 Computing analytic sensitivities (if possible) for ibody=44 Computing distances of perturbed points from perturbed configuration for ibody=44 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= 8.8818e-16) d(Node)/d(xloc) check complete with 0 total errors (errmax= 8.8818e-16) ********************************************************* Starting tessellation sensitivity wrt "xloc[9,1]" ********************************************************* Generating perturbed configuration with delta-xloc[9,1]= 0.00900000 Computing analytic sensitivities (if possible) for ibody=44 Computing distances of perturbed points from perturbed configuration for ibody=44 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[10,1]" ********************************************************* Generating perturbed configuration with delta-xloc[10,1]= 0.01000000 Computing analytic sensitivities (if possible) for ibody=44 Computing distances of perturbed points from perturbed configuration for ibody=44 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[11,1]" ********************************************************* Generating perturbed configuration with delta-xloc[11,1]= 0.01100000 Computing analytic sensitivities (if possible) for ibody=44 Computing distances of perturbed points from perturbed configuration for ibody=44 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[12,1]" ********************************************************* Generating perturbed configuration with delta-xloc[12,1]= 0.01200000 Computing analytic sensitivities (if possible) for ibody=44 Computing distances of perturbed points from perturbed configuration for ibody=44 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[13,1]" ********************************************************* Generating perturbed configuration with delta-xloc[13,1]= 0.01300000 Computing analytic sensitivities (if possible) for ibody=44 Computing distances of perturbed points from perturbed configuration for ibody=44 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[14,1]" ********************************************************* Generating perturbed configuration with delta-xloc[14,1]= 0.01400000 Computing analytic sensitivities (if possible) for ibody=44 Computing distances of perturbed points from perturbed configuration for ibody=44 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) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 2.232 sec Sensitivity checks complete with 0 total errors (max tess err= 8.8819e-16) with 0 suppressions real 1m1.824s user 1m7.829s sys 0m3.582s ++ set +x -------------------------------------------------------------------------------------------------- ( 278 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designZ9a.csm -tess -outLevel 0 --> ocsmCheck() -> status=0 (success) ********************************************************* Starting tessellation sensitivity wrt "right_side" ********************************************************* Generating perturbed configuration with delta-right_side[1,1]= 0.00400000 Computing analytic sensitivities (if possible) for ibody=26 Computing distances of perturbed points from perturbed configuration for ibody=26 d(Face)/d(right_side) check complete with 0 total errors (errmax= 2.4059e-16) d(Edge)/d(right_side) check complete with 0 total errors (errmax= 3.4072e-06) d(Node)/d(right_side) check complete with 0 total errors (errmax= 9.1551e-16) ********************************************************* Starting tessellation sensitivity wrt "top_side" ********************************************************* Generating perturbed configuration with delta-top_side[1,1]= 0.00200000 Computing analytic sensitivities (if possible) for ibody=26 Computing distances of perturbed points from perturbed configuration for ibody=26 d(Face)/d(top_side) check complete with 0 total errors (errmax= 2.9502e-16) d(Edge)/d(top_side) check complete with 0 total errors (errmax= 5.4493e-13) d(Node)/d(top_side) check complete with 0 total errors (errmax= 2.2204e-16) ********************************************************* Starting tessellation sensitivity wrt "left_side" ********************************************************* Generating perturbed configuration with delta-left_side[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(left_side) check complete with 0 total errors (errmax= 3.2349e-16) d(Edge)/d(left_side) check complete with 0 total errors (errmax= 5.0552e-13) d(Node)/d(left_side) check complete with 0 total errors (errmax= 9.9301e-16) ********************************************************* Starting tessellation sensitivity wrt "btm_side" ********************************************************* Generating perturbed configuration with delta-btm_side[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(btm_side) check complete with 0 total errors (errmax= 3.3495e-16) d(Edge)/d(btm_side) check complete with 0 total errors (errmax= 2.3711e-13) d(Node)/d(btm_side) check complete with 0 total errors (errmax= 4.9651e-16) ********************************************************* Starting tessellation sensitivity wrt "circ_r" ********************************************************* Generating perturbed configuration with delta-circ_r[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(circ_r) check complete with 0 total errors (errmax= 2.9417e-16) d(Edge)/d(circ_r) check complete with 0 total errors (errmax= 2.9330e-10) d(Node)/d(circ_r) check complete with 0 total errors (errmax= 4.4409e-16) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 0.243 sec Sensitivity checks complete with 0 total errors (max tess err= 3.4072e-06) with 0 suppressions real 0m4.703s user 0m4.343s sys 0m0.772s ++ set +x -------------------------------------------------------------------------------------------------- ( 279 / 279 ) ++ /jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64/ESP/LINUX64/bin/sensCSM ../../OpenCSM/trunk/data/basic/designZ9b.csm -tess -outLevel 0 --> ocsmCheck() -> status=0 (success) ********************************************************* Starting tessellation sensitivity wrt "right_side" ********************************************************* Generating perturbed configuration with delta-right_side[1,1]= 0.00400000 Computing analytic sensitivities (if possible) for ibody=28 Computing distances of perturbed points from perturbed configuration for ibody=28 d(Face)/d(right_side) check complete with 0 total errors (errmax= 2.4059e-16) d(Edge)/d(right_side) check complete with 0 total errors (errmax= 3.4072e-06) d(Node)/d(right_side) check complete with 0 total errors (errmax= 9.1551e-16) ********************************************************* Starting tessellation sensitivity wrt "top_side" ********************************************************* Generating perturbed configuration with delta-top_side[1,1]= 0.00200000 Computing analytic sensitivities (if possible) for ibody=28 Computing distances of perturbed points from perturbed configuration for ibody=28 d(Face)/d(top_side) check complete with 0 total errors (errmax= 2.9502e-16) d(Edge)/d(top_side) check complete with 0 total errors (errmax= 5.4493e-13) d(Node)/d(top_side) check complete with 0 total errors (errmax= 2.2204e-16) ********************************************************* Starting tessellation sensitivity wrt "left_side" ********************************************************* Generating perturbed configuration with delta-left_side[1,1]= 0.00100000 Computing analytic sensitivities (if possible) for ibody=28 Computing distances of perturbed points from perturbed configuration for ibody=28 d(Face)/d(left_side) check complete with 0 total errors (errmax= 3.2349e-16) d(Edge)/d(left_side) check complete with 0 total errors (errmax= 5.0552e-13) d(Node)/d(left_side) check complete with 0 total errors (errmax= 9.9301e-16) ********************************************************* Starting tessellation sensitivity wrt "btm_side" ********************************************************* Generating perturbed configuration with delta-btm_side[1,1]= 0.00100000 Computing analytic sensitivities (if possible) for ibody=28 Computing distances of perturbed points from perturbed configuration for ibody=28 d(Face)/d(btm_side) check complete with 0 total errors (errmax= 3.3495e-16) d(Edge)/d(btm_side) check complete with 0 total errors (errmax= 2.3711e-13) d(Node)/d(btm_side) check complete with 0 total errors (errmax= 4.9651e-16) ********************************************************* Starting tessellation sensitivity wrt "circ_r" ********************************************************* Generating perturbed configuration with delta-circ_r[1,1]= 0.00100000 Computing analytic sensitivities (if possible) for ibody=28 Computing distances of perturbed points from perturbed configuration for ibody=28 d(Face)/d(circ_r) check complete with 0 total errors (errmax= 2.9417e-16) d(Edge)/d(circ_r) check complete with 0 total errors (errmax= 2.9330e-10) d(Node)/d(circ_r) check complete with 0 total errors (errmax= 4.4409e-16) ==> sensCSM completed successfully Total CPU time in ocsmGetTessVel -> 0.247 sec Sensitivity checks complete with 0 total errors (max tess err= 3.4072e-06) with 0 suppressions real 0m10.198s user 0m9.479s sys 0m1.617s ++ set +x [GNU C Compiler (gcc)] Parsing console log (workspace: '/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64') [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: '/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64') [Clang] -> found 0 issues (skipped 0 duplicates) [Clang] Parsing console log (workspace: '/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64') [Clang] -> found 0 issues (skipped 0 duplicates) [Clang] Successfully parsed console log [Clang] -> found 0 issues (skipped 0 duplicates) [Clang] Parsing console log (workspace: '/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64') [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: '/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64') [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: '/jenkins/workspace/ESP_MemcheckOcsm/7.8/sensCSM/tess/LINUX64') [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_MemcheckOcsm/CASREV=7.8,ESPTEST=sensCSM/tess,ESP_ARCH=LINUX64,buildnode=reynolds #760'. [Checks API] No suitable checks publisher found. [PostBuildScript] - [INFO] Executing post build scripts. [LINUX64] $ /bin/bash -xe /tmp/jenkins15185582399295111861.sh + echo EGADS 2042 OpenCSM 2493 EGADS 2042 OpenCSM 2493 + date Sun May 12 08:51:50 AM EDT 2024 [description-setter] Description set: EGADS 2042 OpenCSM 2493 [WS-CLEANUP] Deleting project workspace... [WS-CLEANUP] done Finished: SUCCESS