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Started by upstream project "ESP_QuickTestCaps" build number 30 originally caused by: Started by user galbramc Running as galbramc [EnvInject] - Loading node environment variables. Building remotely on windows10x64 in workspace C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017 [WS-CLEANUP] Deleting project workspace... [WS-CLEANUP] Done Cleaning up C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS Updating svn+ssh://acdl.mit.edu/home/svnroot/EGADS at revision '2021-08-09T15:17:33.060 -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 1667 Cleaning up C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\JenkinsESP Updating svn+ssh://acdl.mit.edu/home/svnroot/JenkinsESP at revision '2021-08-09T15:17:33.060 -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’ U ESP_Regression.bat U RunRegression.sh U expectSLUGS.sh At revision 581 Cleaning up C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\src Deleting C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\src\epsilonpsi.mod Deleting C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\src\naca456_main.mod Deleting C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\src\naca456udpdata.mod Deleting C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\src\nacaauxilary.mod Deleting C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\src\splineprocedures.mod Updating svn+ssh://acdl.mit.edu/home/svnroot/OpenCSM/trunk/src at revision '2021-08-09T15:17:33.060 -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 2043 Cleaning up C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\data Updating svn+ssh://acdl.mit.edu/home/svnroot/OpenCSM/trunk/data at revision '2021-08-09T15:17:33.060 -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 2043 Cleaning up C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc Updating svn+ssh://acdl.mit.edu/home/svnroot/OpenCSM/trunk/udc at revision '2021-08-09T15:17:33.060 -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 2043 Cleaning up C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\Jenkins Updating svn+ssh://acdl.mit.edu/home/svnroot/OpenCSM/trunk/Jenkins at revision '2021-08-09T15:17:33.060 -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 2043 Cleaning up C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS Deleting C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\aim\custom\NMakefile Updating svn+ssh://acdl.mit.edu/home/svnroot/CAPS at revision '2021-08-09T15:17:33.060 -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’ A training\lectures A training\lectures\Makefile A training\lectures\muddy_06_07.tex A training\lectures\muddy_08_09.tex 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 training\lectures\session09.tex A training\lectures\session11.tex A training\lectures\MUDDYoptions.tex A training\lectures\muddy_01_02.tex A training\lectures\muddy_03_04_05.tex A training\lectures\session02.tex A training\lectures\session05.tex A training\lectures\session06.tex A training\lectures\session07.tex A training\lectures\session10.tex A training\lectures\session01.tex A training\lectures\session03.tex A training\lectures\welcome.tex A training\lectures\session06 AU training\lectures\session06\inviscidWing_ScaleFactor.png AU training\lectures\session06\inviscidTransport1.png AU training\lectures\session06\inviscidTransport2.png AU training\lectures\session06\inviscidTransport3.png AU training\lectures\session06\inviscidWingPod_Prox1.png AU training\lectures\session06\inviscidWingPod_Prox2.png AU training\lectures\session06\inviscidWing_Body.png AU training\lectures\session06\inviscidWing_Box.png AU training\lectures\session06\inviscidWing_BoxFF5.png AU training\lectures\session06\inviscidWing_LenFrac1.png AU training\lectures\session06\inviscidWing_LenFrac2.png AU training\lectures\session06\inviscidWing_LenFrac3.png AU training\lectures\session06\inviscidWing_erw_all.png AU training\lectures\session06\inviscidWing_tess.png AU training\lectures\session06\viscousWingPod_prox2.png AU training\lectures\session06\viscousWingPod_prox3.png AU training\lectures\session06\viscousTransport1.png AU training\lectures\session06\viscousTransport2.png AU training\lectures\session06\viscousTransport3.png AU training\lectures\session06\inviscidWing_AFLR3.png AU training\lectures\session06\viscousWingPod_AFLR3_BL.png AU training\lectures\session06\viscousWing_AFLR3_BL.png AU training\lectures\session06\inviscidWingPod_Prox3.png AU training\lectures\session06\inviscidWing_LenFrac_5.png AU training\lectures\session06\viscousWingPod_prox1.png AU training\lectures\session06\inviscidWing_prox.png AU training\lectures\session06\viscousWingPod_prox.png A training\lectures\session05 AU training\lectures\session05\avl_viewGeometry.png AU training\lectures\session05\transport_viewGeometry.png A training\lectures\session05\plane.avl AU training\lectures\session05\avl_transport.png AU training\lectures\session05\avl_transport_control.png AU training\lectures\session05\csm_avl_transport.png AU training\lectures\session05\csm_avl_transport_control.png A training\lectures\session07 AU training\lectures\session07\inviscidWingPod_SourceSpace1.png AU training\lectures\session07\inviscidWingPod_SourceSpace2.png AU training\lectures\session07\inviscidWing_Decay1.png AU training\lectures\session07\inviscidWing_Decay2.png AU training\lectures\session07\inviscidWing_Decay3.png AU training\lectures\session07\inviscidWing_Default.png AU training\lectures\session07\inviscidWing_TRex.png AU training\lectures\session07\inviscidWing_Turn1.png AU training\lectures\session07\inviscidWing_Turn2.png AU training\lectures\session07\inviscidWing_Turn3.png AU training\lectures\session07\inviscidWing_TurnHard1.png AU training\lectures\session07\inviscidWing_TurnHard2.png AU training\lectures\session07\inviscidWing_TurnHard3.png AU training\lectures\session07\AssembleTolerance.png AU training\lectures\session07\Adapt.png AU training\lectures\session07\SourceNearFieldBox.png AU training\lectures\session07\SourceNearFieldMesh.png AU training\lectures\session07\SourceSideViewMesh.png AU training\lectures\session07\noAdapt.png AU training\lectures\session07\inviscidTransport_Full.png AU training\lectures\session07\inviscidTransport_Tail.png AU training\lectures\session07\inviscidTransport_Wing.png AU training\lectures\session07\viscousTransport_Full.png AU training\lectures\session07\viscousTransport_Tail.png AU training\lectures\session07\viscousTransport_Wing.png AU training\lectures\session07\viscousWingPod_BL.png AU training\lectures\session07\viscousWing_BL.png A training\lectures\session09 AU training\lectures\session09\wing3_ESP_full.png AU training\lectures\session09\wing3_ESP_ignore.png AU training\lectures\session09\wing_TFI.png AU training\lectures\session09\wing_dev1.png AU training\lectures\session09\wing_dev2.png AU training\lectures\session09\wing_dev3.png AU training\lectures\session09\wing_dihedral1.png AU training\lectures\session09\wing_dihedral2.png AU training\lectures\session09\wing_dihedral3.png AU training\lectures\session09\wing_leadingeEdge.png AU training\lectures\session09\wing_maxLen1.png AU training\lectures\session09\wing_maxLen2.png AU training\lectures\session09\wing_maxLen3.png AU training\lectures\session09\wing_mesh_size1.png AU training\lectures\session09\wing_mesh_size2.png AU training\lectures\session09\wing_mesh_size3.png AU training\lectures\session09\wing_noTFI.png AU training\lectures\session09\wing_quad1.png AU training\lectures\session09\wing_quad2.png AU training\lectures\session09\wing_quad3.png AU training\lectures\session09\wing_rootLeadingEdge.png AU training\lectures\session09\wingbox.png AU training\lectures\session09\wingbox_mesh_size1.png AU training\lectures\session09\wingbox_mesh_size2.png AU training\lectures\session09\wingbox_mesh_size22.png AU training\lectures\session09\wingbox_mesh_size3.png AU training\lectures\session09\wingbox_mesh_size4.png AU training\lectures\session09\wingbox_mesh_size5.png AU training\lectures\session09\wingbox_mesh_size6.png AU training\lectures\session09\wingbox_mesh_size7.png AU training\lectures\session09\wingfull.png AU training\lectures\session09\airside0.png AU training\lectures\session09\airside1.png AU training\lectures\session09\cyl1.png AU training\lectures\session09\cyl2.png AU training\lectures\session09\cyl3.png AU training\lectures\session09\trisplit.png AU training\lectures\session09\wing3.png A training\lectures\session10 AU training\lectures\session10\capsLoad.png AU training\lectures\session10\leftWingSkin.png AU training\lectures\session10\riteWingSkin.png AU training\lectures\session10\rootClamped.png AU training\lectures\session10\rootSupport.png AU training\lectures\session10\wing3_flutter_aero.png AU training\lectures\session10\wing3_flutter_struc.png AU training\lectures\session10\wingRib.png AU training\lectures\session10\wingSpar1.png AU training\lectures\session10\wingSpar2.png AU training\lectures\session10\wing_u.png AU training\lectures\session10\wing_v.png AU training\lectures\session10\wing_leftCsys.png AU training\lectures\session10\wing_riteCsys.png A training\lectures\session11 AU training\lectures\session11\capsBound_Aero_lowerWing.png AU training\lectures\session11\capsBound_Aero_tipWing.png AU training\lectures\session11\capsBound_Aero_upperWing.png AU training\lectures\session11\capsBound_Struct_lowerWing.png AU training\lectures\session11\capsBound_Struct_tipWing.png AU training\lectures\session11\capsBound_Struct_upperWing.png AU training\lectures\session11\vertexSet_Aero_upperWing.png AU training\lectures\session11\vertexSet_Struct_upperWing.png A training\lectures\CAPSflyer.tex A training\lectures\CAPSoptions.tex A training\lectures\session04.tex A training\lectures\session08.tex A training\lectures\welcome AU training\lectures\welcome\AFRL.png AU training\lectures\welcome\DARPA.png AU training\lectures\welcome\NASA.png A training\lectures\session04 A training\lectures\session04\save.view AU training\lectures\session04\wing4.png AU training\lectures\session04\wing4_CFDvisc.png AU training\lectures\session04\wing4_VLM.png AU training\lectures\session04\wing4_coupled.png AU training\lectures\session04\wing4_struct.png AU training\lectures\session04\transport.png AU training\lectures\session04\wing1.png A training\lectures\csmListing.tex A training\lectures\csmListingsBW.tex A training\lectures\session01 AU training\lectures\session01\ParaView_Logo.png AU training\lectures\session01\AIMdoc.png AU training\lectures\session01\inviscidTransport_Full.png A training\lectures\session08 A training\lectures\session08\logoSU2_v3_3_mod.png AU training\lectures\session08\hi_lift2.jpg AU training\lectures\session08\hl_crm_01.png AU training\lectures\session08\fun3d_logo.png AU training\lectures\session08\nasa_meatball_0138.png AU training\lectures\cmpress A training\lectures\PythonTutorial.tex A training\lectures\session02 AU training\lectures\session02\f118_boxter.png A training\lectures\session03 AU training\lectures\session03\avl_logo.png AU training\lectures\session03\naca.png AU training\lectures\session03\planevanilla.png AU training\lectures\session03\xfoil_logo.png A training\lectures\capsSyllabus.tex A training\lectures\oneTrainingSyllabus.tex AU training\lectures\questionnaire.docx A training\lectures\syllabus.tex A training\lectures\cover.tex A training\lectures\overlayPageSubNumber.tex A training\lectures\ParaviewBasics AU training\lectures\ParaviewBasics\basic_paraview.pdf AU training\lectures\ParaviewBasics\basic_paraview.pptx AU training\lectures\ParaviewBasics\Screen Shot 2019-04-26 at 12.41.32 PM.png AU training\lectures\ParaviewBasics\Screen Shot 2019-04-26 at 12.42.43 PM.png AU training\lectures\ParaviewBasics\Screen Shot 2019-04-26 at 12.43.22 PM.png AU training\lectures\ParaviewBasics\Screen Shot 2019-04-26 at 12.43.31 PM.png AU training\lectures\ParaviewBasics\Screen Shot 2019-04-26 at 12.44.04 PM.png AU training\lectures\ParaviewBasics\Screen Shot 2019-04-26 at 12.44.13 PM.png AU training\lectures\ParaviewBasics\Screen Shot 2019-04-26 at 12.44.53 PM.png AU training\lectures\ParaviewBasics\Screen Shot 2019-04-26 at 12.45.27 PM.png AU training\lectures\ParaviewBasics\Screen Shot 2019-04-26 at 12.45.36 PM.png AU training\lectures\ParaviewBasics\Screen Shot 2019-04-26 at 12.46.10 PM.png AU training\lectures\ParaviewBasics\Screen Shot 2019-04-26 at 12.46.34 PM.png AU training\lectures\ParaviewBasics\Screen Shot 2019-04-26 at 12.46.46 PM.png AU training\lectures\ParaviewBasics\Screen Shot 2019-05-24 at 10.44.44 AM.png A training\lectures\BEAMERoptions.tex A training\lectures\CAPSauthor.tex AU training\lectures\caps_logo.png A training\lectures\beamercolorthemeesp.sty AU training\lectures\esp_logo.png At revision 3128 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/OpenCSM/trunk/src since the previous build No changes for svn+ssh://acdl.mit.edu/home/svnroot/OpenCSM/trunk/data since the previous build No changes for svn+ssh://acdl.mit.edu/home/svnroot/OpenCSM/trunk/udc since the previous build No changes for svn+ssh://acdl.mit.edu/home/svnroot/OpenCSM/trunk/Jenkins since the previous build No changes for svn+ssh://acdl.mit.edu/home/svnroot/CAPS since the previous build [GitCheckoutListener] SCM 'hudson.scm.SubversionSCM' is not of type GitSCM Run condition [Execution node ] enabling prebuild for step [Execute shell] Run condition [Execution node ] enabling prebuild for step [Execute Windows batch command] [Execution node] check if [windows10x64] is in [[macys, macys_VM, reynolds]] Run condition [Execution node ] preventing perform for step [Execute shell] [Execution node] check if [windows10x64] is in [[windows10x64]] Run condition [Execution node ] enabling perform for step [Execute Windows batch command] [WIN64.2017] $ cmd /c call C:\Users\jenkins\AppData\Local\Temp\jenkins2352159153134583774.bat C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>rmdir C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\training\lectures /S /Q C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM Run regression tests C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>call C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\JenkinsESP\ESP_Regression.bat C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM set PATH=C:\MinGW\msys\1.0\bin;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>set PATH=C:\msys64\usr\bin;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM echo set WORKSPACE_BASH=C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>workspace.bat || exit /b 666 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM sleep 5 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM bash.exe -c "sed -i 's/\\\/\//g' workspace.bat" || exit /b 666 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM sleep 5 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM bash.exe -c "sed -i 's/C:/\/c/g' workspace.bat" || exit /b 666 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM sleep 5 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM bash.exe -c "sed -i 's/D:/\/d/g' workspace.bat" || exit /b 666 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM sleep 5 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM bash.exe -c "sed -i 's/[ \t]*$//' workspace.bat" || exit /b 666 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM sleep 5 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM call workspace.bat C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM Setup the environment C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>call C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\JenkinsESP\ESP_Env.bat C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>set AFLR_VERSION=10.15.6 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>set AFLR_ARCH=WIN64 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM Indicate that AWAVE should be compiled C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>set AWAVE=awavemod.f C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>set EMPnumProc=2 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM -------------- C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM Windows 7 Env C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows7x64 ( if WIN64.2017 == WIN64.2010 call "D:\Compilers\Microsoft Visual Studio 10.0\VC\vcvarsall.bat" x64 if WIN64.2017 == WIN64.2012 call "D:\Compilers\Microsoft Visual Studio 11.0\VC\vcvarsall.bat" x64 if WIN64.2017 == WIN64.2013 call "D:\Compilers\Microsoft Visual Studio 12.0\VC\vcvarsall.bat" x64 if WIN64.2017 == WIN64.2015 call "D:\Compilers\Microsoft Visual Studio 14.0\VC\vcvarsall.bat" x64 if WIN64.2017 == WIN64.2017 call "D:\Compilers\Microsoft Visual Studio\2017\Community\VC\Auxiliary\Build\vcvarsall.bat" x64 echo on set PYTHONINC=D:\Anaconda2\include set PYTHONLIB=D:\Anaconda2\libs\python27.lib set CASROOT=D:\OpenCASCADE-7.3.1 set ESP_EXTERN_LIBS=D:\ESP_ExternLibs ) C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM AFLR C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows7x64 set AFLR=D:\AFLR\aflr_lib_10.15.6 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM astros C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM if windows10x64==windows7x64 set ASTROS_ROOT=D:\astros C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM if windows10x64==windows7x64 set PATH=;C:\msys64\usr\bin;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM avl C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows7x64 set PATH=D:\avl;C:\msys64\usr\bin;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM delaundo C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows7x64 set PATH=D:\delaundo;C:\msys64\usr\bin;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM IRIT C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows7x64 set IRIT_LIB=D:\IRIT\irit-win\lib64 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows7x64 set IRIT_INC=D:\IRIT\irit-sm C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows7x64 set PATH=D:\IRIT\irit-win\ntbin64;C:\msys64\usr\bin;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM mystran C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows7x64 set MYSTRAN_directory=D:\mystran\bin C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows7x64 set PATH=;C:\msys64\usr\bin;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM SU2 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows7x64 set SU2_RUN=D:\SU2\SU2_Falcon\bin C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows7x64 set SU2_HOME=D:\SU2\SU2_Falcon C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows7x64 set PATH=;C:\msys64\usr\bin;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows7x64 set PYTHONPATH=; C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM tetgen C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows7x64 set TETGEN=D:\tetgen\tetgen1.6.0 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM tsfoil C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows7x64 set PATH=D:\tsfoil;C:\msys64\usr\bin;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM xfoil C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows7x64 set PATH=D:\xfoil;C:\msys64\usr\bin;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM Windows 7 Env END C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM -------------- C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM -------------- C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM Windows 10 Env C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows10x64 ( if WIN64.2017 == WIN64.2015 call "C:\Program Files (x86)\Microsoft Visual Studio 14.0\VC\vcvarsall.bat" x64 8.1 if WIN64.2017 == WIN64.2017 call "C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\VC\Auxiliary\Build\vcvarsall.bat" x64 if WIN64.2017 == WIN64.2019 call "C:\Program Files (x86)\Microsoft Visual Studio\2019\Community\VC\Auxiliary\Build\vcvarsall.bat" x64 echo on set PYTHONINC=C:\Users\jenkins\ESP_Python-3.8.9\include set PYTHONLIB=C:\Users\jenkins\ESP_Python-3.8.9\libs\python38.lib set CASROOT=C:\Users\jenkins\OpenCASCADE-7.3.1 set ESP_EXTERN_LIBS=C:\Users\jenkins\ESP_ExternLibs ) ********************************************************************** ** Visual Studio 2017 Developer Command Prompt v15.9.29 ** Copyright (c) 2017 Microsoft Corporation ********************************************************************** [vcvarsall.bat] Environment initialized for: 'x64' C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows10x64 set PATH=C:\Users\jenkins\ESP_Python-3.8.9;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\VC\Tools\MSVC\14.16.27023\bin\HostX64\x64;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\VC\VCPackages;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\CommonExtensions\Microsoft\TestWindow;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\CommonExtensions\Microsoft\TeamFoundation\Team Explorer;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\MSBuild\15.0\bin\Roslyn;C:\Program Files (x86)\Microsoft SDKs\Windows\v10.0A\bin\NETFX 4.6.1 Tools\x64\;C:\Program Files (x86)\Windows Kits\10\bin\10.0.17763.0\x64;C:\Program Files (x86)\Windows Kits\10\bin\x64;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\\MSBuild\15.0\bin;C:\Windows\Microsoft.NET\Framework64\v4.0.30319;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\Tools\;C:\msys64\usr\bin;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM AFLR C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows10x64 set AFLR=C:\Users\jenkins\AFLR\aflr_lib_10.15.6 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM astros C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM if windows10x64==windows10x64 set ASTROS_ROOT=C:\Users\jenkins\astros C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM if windows10x64==windows10x64 set PATH=;C:\Users\jenkins\ESP_Python-3.8.9;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\VC\Tools\MSVC\14.16.27023\bin\HostX64\x64;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\VC\VCPackages;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\CommonExtensions\Microsoft\TestWindow;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\CommonExtensions\Microsoft\TeamFoundation\Team Explorer;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\MSBuild\15.0\bin\Roslyn;C:\Program Files (x86)\Microsoft SDKs\Windows\v10.0A\bin\NETFX 4.6.1 Tools\x64\;C:\Program Files (x86)\Windows Kits\10\bin\10.0.17763.0\x64;C:\Program Files (x86)\Windows Kits\10\bin\x64;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\\MSBuild\15.0\bin;C:\Windows\Microsoft.NET\Framework64\v4.0.30319;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\Tools\;C:\msys64\usr\bin;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM avl C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows10x64 set PATH=C:\Users\jenkins\avl;C:\Users\jenkins\ESP_Python-3.8.9;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\VC\Tools\MSVC\14.16.27023\bin\HostX64\x64;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\VC\VCPackages;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\CommonExtensions\Microsoft\TestWindow;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\CommonExtensions\Microsoft\TeamFoundation\Team Explorer;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\MSBuild\15.0\bin\Roslyn;C:\Program Files (x86)\Microsoft SDKs\Windows\v10.0A\bin\NETFX 4.6.1 Tools\x64\;C:\Program Files (x86)\Windows Kits\10\bin\10.0.17763.0\x64;C:\Program Files (x86)\Windows Kits\10\bin\x64;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\\MSBuild\15.0\bin;C:\Windows\Microsoft.NET\Framework64\v4.0.30319;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\Tools\;C:\msys64\usr\bin;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM delaundo C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows10x64 set PATH=C:\Users\jenkins\delaundo;C:\Users\jenkins\avl;C:\Users\jenkins\ESP_Python-3.8.9;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\VC\Tools\MSVC\14.16.27023\bin\HostX64\x64;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\VC\VCPackages;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\CommonExtensions\Microsoft\TestWindow;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\CommonExtensions\Microsoft\TeamFoundation\Team Explorer;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\MSBuild\15.0\bin\Roslyn;C:\Program Files (x86)\Microsoft SDKs\Windows\v10.0A\bin\NETFX 4.6.1 Tools\x64\;C:\Program Files (x86)\Windows Kits\10\bin\10.0.17763.0\x64;C:\Program Files (x86)\Windows Kits\10\bin\x64;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\\MSBuild\15.0\bin;C:\Windows\Microsoft.NET\Framework64\v4.0.30319;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\Tools\;C:\msys64\usr\bin;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM IRIT C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows10x64 set IRIT_LIB=C:\Users\jenkins\IRIT\irit-win\lib64 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows10x64 set IRIT_INC=C:\Users\jenkins\IRIT\irit-sm C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows10x64 set PATH=C:\Users\jenkins\IRIT\irit-win\ntbin64;C:\Users\jenkins\delaundo;C:\Users\jenkins\avl;C:\Users\jenkins\ESP_Python-3.8.9;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\VC\Tools\MSVC\14.16.27023\bin\HostX64\x64;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\VC\VCPackages;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\CommonExtensions\Microsoft\TestWindow;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\CommonExtensions\Microsoft\TeamFoundation\Team Explorer;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\MSBuild\15.0\bin\Roslyn;C:\Program Files (x86)\Microsoft SDKs\Windows\v10.0A\bin\NETFX 4.6.1 Tools\x64\;C:\Program Files (x86)\Windows Kits\10\bin\10.0.17763.0\x64;C:\Program Files (x86)\Windows Kits\10\bin\x64;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\\MSBuild\15.0\bin;C:\Windows\Microsoft.NET\Framework64\v4.0.30319;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\Tools\;C:\msys64\usr\bin;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM tetgen C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows10x64 set TETGEN=C:\Users\jenkins\tetgen\tetgen1.6.0 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM mystran C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows10x64 set MYSTRAN_directory=C:\Users\jenkins\mystran\bin C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows10x64 set PATH=C:\Users\jenkins\mystran\bin;C:\Users\jenkins\IRIT\irit-win\ntbin64;C:\Users\jenkins\delaundo;C:\Users\jenkins\avl;C:\Users\jenkins\ESP_Python-3.8.9;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\VC\Tools\MSVC\14.16.27023\bin\HostX64\x64;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\VC\VCPackages;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\CommonExtensions\Microsoft\TestWindow;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\CommonExtensions\Microsoft\TeamFoundation\Team Explorer;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\MSBuild\15.0\bin\Roslyn;C:\Program Files (x86)\Microsoft SDKs\Windows\v10.0A\bin\NETFX 4.6.1 Tools\x64\;C:\Program Files (x86)\Windows Kits\10\bin\10.0.17763.0\x64;C:\Program Files (x86)\Windows Kits\10\bin\x64;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\\MSBuild\15.0\bin;C:\Windows\Microsoft.NET\Framework64\v4.0.30319;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\Tools\;C:\msys64\usr\bin;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM SU2 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows10x64 set SU2_HOME=C:\Users\jenkins\SU2\SU2-v7.1.1 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows10x64 set SU2_RUN=C:\Users\jenkins\SU2\SU2-v7.1.1\bin C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows10x64 set PATH=C:\Users\jenkins\SU2\SU2-v7.1.1\bin;C:\Users\jenkins\mystran\bin;C:\Users\jenkins\IRIT\irit-win\ntbin64;C:\Users\jenkins\delaundo;C:\Users\jenkins\avl;C:\Users\jenkins\ESP_Python-3.8.9;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\VC\Tools\MSVC\14.16.27023\bin\HostX64\x64;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\VC\VCPackages;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\CommonExtensions\Microsoft\TestWindow;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\CommonExtensions\Microsoft\TeamFoundation\Team Explorer;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\MSBuild\15.0\bin\Roslyn;C:\Program Files (x86)\Microsoft SDKs\Windows\v10.0A\bin\NETFX 4.6.1 Tools\x64\;C:\Program Files (x86)\Windows Kits\10\bin\10.0.17763.0\x64;C:\Program Files (x86)\Windows Kits\10\bin\x64;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\\MSBuild\15.0\bin;C:\Windows\Microsoft.NET\Framework64\v4.0.30319;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\Tools\;C:\msys64\usr\bin;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows10x64 set PYTHONPATH=;C:\Users\jenkins\SU2\SU2-v7.1.1\bin C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM tsfoil C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows10x64 set PATH=C:\Users\jenkins\tsfoil;C:\Users\jenkins\SU2\SU2-v7.1.1\bin;C:\Users\jenkins\mystran\bin;C:\Users\jenkins\IRIT\irit-win\ntbin64;C:\Users\jenkins\delaundo;C:\Users\jenkins\avl;C:\Users\jenkins\ESP_Python-3.8.9;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\VC\Tools\MSVC\14.16.27023\bin\HostX64\x64;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\VC\VCPackages;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\CommonExtensions\Microsoft\TestWindow;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\CommonExtensions\Microsoft\TeamFoundation\Team Explorer;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\MSBuild\15.0\bin\Roslyn;C:\Program Files (x86)\Microsoft SDKs\Windows\v10.0A\bin\NETFX 4.6.1 Tools\x64\;C:\Program Files (x86)\Windows Kits\10\bin\10.0.17763.0\x64;C:\Program Files (x86)\Windows Kits\10\bin\x64;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\\MSBuild\15.0\bin;C:\Windows\Microsoft.NET\Framework64\v4.0.30319;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\Tools\;C:\msys64\usr\bin;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM xfoil C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if windows10x64 == windows10x64 set PATH=C:\Users\jenkins\xfoil;C:\Users\jenkins\tsfoil;C:\Users\jenkins\SU2\SU2-v7.1.1\bin;C:\Users\jenkins\mystran\bin;C:\Users\jenkins\IRIT\irit-win\ntbin64;C:\Users\jenkins\delaundo;C:\Users\jenkins\avl;C:\Users\jenkins\ESP_Python-3.8.9;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\VC\Tools\MSVC\14.16.27023\bin\HostX64\x64;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\VC\VCPackages;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\CommonExtensions\Microsoft\TestWindow;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\CommonExtensions\Microsoft\TeamFoundation\Team Explorer;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\MSBuild\15.0\bin\Roslyn;C:\Program Files (x86)\Microsoft SDKs\Windows\v10.0A\bin\NETFX 4.6.1 Tools\x64\;C:\Program Files (x86)\Windows Kits\10\bin\10.0.17763.0\x64;C:\Program Files (x86)\Windows Kits\10\bin\x64;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\\MSBuild\15.0\bin;C:\Windows\Microsoft.NET\Framework64\v4.0.30319;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\Tools\;C:\msys64\usr\bin;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM Windows 10 Env END C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM -------------- C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM call "C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\em64t\bin\ifortvars.bat" C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>call "C:\Program Files (x86)\Intel\oneAPI\setvars.bat" :: initializing oneAPI environment... initializing Visual Studio command-line environment... Visual Studio version 15.9.29 environment configured. Visual Studio environment initialized for: 'x64' : compiler -- latest : dev-utilities -- latest : dpcpp-ct -- latest : dpl -- latest : mpi -- latest : tbb -- latest :: oneAPI environment initialized :: C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM Reverse engineer ESP_ARCH and MSVC C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if WIN64.2017 == WIN64.2012 set MSVC=2012 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if WIN64.2017 == WIN64.2013 set MSVC=2013 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if WIN64.2017 == WIN64.2015 set MSVC=2015 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if WIN64.2017 == WIN64.2017 set MSVC=2017 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if WIN64.2017 == WIN64.2019 set MSVC=2019 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if WIN64.2017 == WIN64.2012 set ESP_ARCH=WIN64 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if WIN64.2017 == WIN64.2013 set ESP_ARCH=WIN64 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if WIN64.2017 == WIN64.2015 set ESP_ARCH=WIN64 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if WIN64.2017 == WIN64.2017 set ESP_ARCH=WIN64 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if WIN64 == WIN64.2019 set ESP_ARCH=WIN64 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if 7.3 == 6.8 if WIN64 == WIN64 set CASARCH=win64\vc11 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if 7.3 == 7.3 if WIN64 == WIN64 set CASARCH=win64\vc14 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if 7.3 == 7.4 if WIN64 == WIN64 set CASARCH=win64\vc14 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>set ESP_BLOC=C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>set ESP_ROOT=C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM data for OpenCSM verification C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>set CSMDATA=C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\data C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>set PATH=C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\bin;C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\bin;C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib;C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test;C:\Program Files (x86)\Intel\oneAPI\tbb\latest\env\..\redist\intel64\vc_mt;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\env\..\libfabric\bin\utils;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\env\..\libfabric\bin;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\env\..\bin\release;C:\Program Files (x86)\Intel\oneAPI\mpi\latest\env\..\bin;C:\Program Files (x86)\Intel\oneAPI\dpcpp-ct\latest\env\..\bin;C:\Program Files (x86)\Intel\oneAPI\dev-utilities\latest\bin;C:\Program Files (x86)\Intel\oneAPI\compiler\latest\windows\bin;C:\Program Files (x86)\Intel\oneAPI\compiler\latest\windows\lib;C:\Program Files (x86)\Intel\oneAPI\compiler\latest\windows\bin\intel64;C:\Program Files (x86)\Intel\oneAPI\compiler\latest\windows\redist\intel64_win\compiler;C:\Program Files (x86)\Intel\oneAPI\compiler\latest\windows\lib\oclfpga\host\windows64\bin;C:\Program Files (x86)\Intel\oneAPI\compiler\latest\windows\lib\oclfpga\llvm\aocl-bin;C:\Program Files (x86)\Intel\oneAPI\compiler\latest\windows\lib\oclfpga\windows64\bin;C:\Program Files (x86)\Intel\oneAPI\compiler\latest\windows\lib\oclfpga\bin;C:\Users\jenkins\xfoil;C:\Users\jenkins\tsfoil;C:\Users\jenkins\SU2\SU2-v7.1.1\bin;C:\Users\jenkins\mystran\bin;C:\Users\jenkins\IRIT\irit-win\ntbin64;C:\Users\jenkins\delaundo;C:\Users\jenkins\avl;C:\Users\jenkins\ESP_Python-3.8.9;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\VC\Tools\MSVC\14.16.27023\bin\HostX64\x64;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\VC\VCPackages;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\CommonExtensions\Microsoft\TestWindow;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\CommonExtensions\Microsoft\TeamFoundation\Team Explorer;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\MSBuild\15.0\bin\Roslyn;C:\Program Files (x86)\Microsoft SDKs\Windows\v10.0A\bin\NETFX 4.6.1 Tools\x64\;C:\Program Files (x86)\Windows Kits\10\bin\10.0.17763.0\x64;C:\Program Files (x86)\Windows Kits\10\bin\x64;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\\MSBuild\15.0\bin;C:\Windows\Microsoft.NET\Framework64\v4.0.30319;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\IDE\;C:\Program Files (x86)\Microsoft Visual Studio\2017\Community\Common7\Tools\;C:\msys64\usr\bin;C:\Program Files (x86)\Common Files\Oracle\Java\javapath;C:\ProgramData\Oracle\Java\javapath;C:\WINDOWS\system32;C:\WINDOWS;C:\WINDOWS\System32\Wbem;C:\WINDOWS\System32\WindowsPowerShell\v1.0\;C:\Program Files\Mosek\8\tools\platform\win64x86\bin;C:\WINDOWS\System32\OpenSSH\;C:\Program Files\TortoiseSVN\bin;C:\Program Files\Mosek\9.1\tools\platform\win64x86\bin;C:\Program Files\Git\cmd;C:\Anaconda2;C:\Anaconda2\Scripts;C:\Anaconda2\Library\bin;C:\Program Files (x86)\Intel\Compiler\Fortran\9.1\EM64T\Bin;C:\Program Files\Git\bin;C:\Users\jenkins\AppData\Local\Microsoft\WindowsApps;C:\Users\jenkins\AppData\Local\Programs\Python\Python38;C:\Users\jenkins\AppData\Local\Programs\Python\Python38\Scripts;%USERPROFILE%\AppData\Local\Microsoft\WindowsApps;C:\Program Files (x86)\Intel\oneAPI\compiler\latest\windows\lib\oclgpu;C:\Program Files (x86)\Intel\oneAPI\compiler\latest\windows\ioc\bin;C:\Program Files (x86)\Intel\oneAPI\compiler\latest\windows\lib\ocloc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM set PYTHONPATH=C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib;;C:\Users\jenkins\SU2\SU2-v7.1.1\bin C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>set PYTHONPATH=C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\pyEGADS;;C:\Users\jenkins\SU2\SU2-v7.1.1\bin C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>set PYTHONPATH=C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\pyOCSM;C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\pyEGADS;;C:\Users\jenkins\SU2\SU2-v7.1.1\bin C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>set PYTHONPATH=C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\pyCAPS;C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\pyOCSM;C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\pyEGADS;;C:\Users\jenkins\SU2\SU2-v7.1.1\bin C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM dissable python stdout buffering C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>set PYTHONUNBUFFERED=true C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM https://docs.python.org/3/using/cmdline.html#envvar-PYTHONFAULTHANDLER C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>set PYTHONFAULTHANDLER=true C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>set UDUNITS2_XML_PATH=C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\udunits\udunits2.xml C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM activate anaconda C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>call activate.bat 'activate.bat' is not recognized as an internal or external command, operable program or batch file. C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>exit /b 0 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>if 0 NEQ 0 exit /b 666 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM ESP build from repository C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>call C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\JenkinsESP\ESPbfr.bat C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM Untar the build directories C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>"C:\Program Files\7-Zip\7z.exe" e C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\JenkinsESP\ESPbfr.tgz || exit /b 666 7-Zip [64] 15.14 : Copyright (c) 1999-2015 Igor Pavlov : 2015-12-31 Scanning the drive for archives: 1 file, 22269750 bytes (22 MiB) Extracting archive: C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\JenkinsESP\ESPbfr.tgz -- Path = C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\JenkinsESP\ESPbfr.tgz Type = gzip Headers Size = 10 Everything is Ok Size: 119889920 Compressed: 22269750 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>"C:\Program Files\7-Zip\7z.exe" x C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESPbfr.tar -x!*\DARWIN64\ || exit /b 666 7-Zip [64] 15.14 : Copyright (c) 1999-2015 Igor Pavlov : 2015-12-31 Scanning the drive for archives: 1 file, 119889920 bytes (115 MiB) Extracting archive: C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESPbfr.tar -- Path = C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESPbfr.tar Type = tar Physical Size = 119889920 Headers Size = 94208 Code Page = UTF-8 Everything is Ok Folders: 25 Files: 90 Size: 104831671 Compressed: 119889920 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM setup python virtualenv C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>virtualenv --system-site-packages $WORKSPACE/ESP_venv C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>call C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017/ESP_venv/bin/activate.bat The system cannot find the path specified. C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP_venv\bin\pip install -U f90nml The system cannot find the path specified. C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP_venv\bin\pip install -U numpy REM for SU2 The system cannot find the path specified. C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>REM Suppress NMake message C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>echo # 1>C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\aim\custom\NMakefile C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017>cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib || exit /b 666 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib>xcopy C:\Users\jenkins\ESP_ExternLibs\*.dll /Q /Y || exit /b 666 3 File(s) copied C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib>echo Compiling EGADS Compiling EGADS C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib>cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src || exit /b 666 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src>nmake /e /f NMakefile || exit /b 666 Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\*.c /Q /Y 24 File(s) copied xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\*.cpp /Q /Y 10 File(s) copied xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\*.h /Q /Y 8 File(s) copied xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\*.rc /Q /Y 1 File(s) copied xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\*.def /Q /Y 1 File(s) copied mkdir Surreal cd Surreal xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\Surreal /S /Q /Y 7 File(s) copied cd .. xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\util\emp.c /Q /Y 1 File(s) copied copy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\util\evaluate.c evaluate.cpp /Y 1 file(s) copied. copy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\util\rational.c rational.cpp /Y 1 file(s) copied. xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\util\regQuads.c /Q /Y 1 File(s) copied xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\util\regQuads.h /Q /Y 1 File(s) copied xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\util\Surreal*_btest.cpp /Q /Y 4 File(s) copied xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\util\uvmap\uvmap_struct.h /Q /Y 1 File(s) copied del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\WIN64.2017 Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\WIN64.2017 copy /Y C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include\WIN64.2017 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\WIN64.2017 1 file(s) copied. cl /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE SurrealD1_btest.cpp /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\SurrealD1.exe Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. SurrealD1_btest.cpp Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\SurrealD1.exe SurrealD1_btest.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\SurrealD1 SurrealD1_test_suite Complete! cl /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE SurrealD4_btest.cpp /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\SurrealD4.exe Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. SurrealD4_btest.cpp Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\SurrealD4.exe SurrealD4_btest.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\SurrealD4 SurrealD4_test_suite Complete! cl /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE SurrealS1_btest.cpp /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\SurrealS1.exe Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. SurrealS1_btest.cpp Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\SurrealS1.exe SurrealS1_btest.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\SurrealS1 SurrealS1_test_suite Complete! cl /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE SurrealS4_btest.cpp /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\SurrealS4.exe Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. SurrealS4_btest.cpp Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\SurrealS4.exe SurrealS4_btest.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\SurrealS4 SurrealS4_test_suite Complete! cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\util nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap uvmap\main\uvmap.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\EG_uvmapFindUV.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. EG_uvmapFindUV.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\EG_uvmapGen.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. EG_uvmapGen.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\EG_uvmapStructFree.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. EG_uvmapStructFree.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_chk_edge_ratio.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_chk_edge_ratio.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\EG_uvmap_Read.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. EG_uvmap_Read.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\EG_uvmap_Write.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. EG_uvmap_Write.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\EG_uvmapTest.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. EG_uvmapTest.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_test.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_test.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_add.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_add.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_bnd_adj.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_bnd_adj.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_chk_area_uv.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_chk_area_uv.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_cpu_message.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_cpu_message.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_find_uv.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_find_uv.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_from_egads.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_from_egads.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_gen.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_gen.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_gen_uv.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_gen_uv.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_ibeibe.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_ibeibe.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_ibfibf.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_ibfibf.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_ibfin.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_ibfin.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_iccibe.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_iccibe.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_iccin.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_iccin.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_idibe.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_idibe.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_inibe.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_inibe.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_inl_uv_bnd.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_inl_uv_bnd.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_malloc.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_malloc.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_mben_disc.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_mben_disc.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_message.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_message.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_norm_uv.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_norm_uv.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_read.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_read.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_solve.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_solve.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_struct_tasks.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_struct_tasks.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_to_egads.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_to_egads.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_version.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_version.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ uvmap\uvmap_write.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uvmap_write.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /Iuvmap\. egadsUVmap.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egadsUVmap.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsUVmap.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\uvmap.lib Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\uvmap.lib cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj lib /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\uvmap.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egadsUVmap.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\EG_uvmapFindUV.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\EG_uvmapGen.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\EG_uvmapStructFree.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_chk_edge_ratio.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\EG_uvmap_Read.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\EG_uvmap_Write.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\EG_uvmapTest.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_test.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_add.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_bnd_adj.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_chk_area_uv.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_cpu_message.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_find_uv.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_from_egads.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_gen.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_gen_uv.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_ibeibe.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_ibfibf.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_ibfin.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_iccibe.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_iccin.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_idibe.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_inibe.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_inl_uv_bnd.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_malloc.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_mben_disc.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_message.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_norm_uv.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_read.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_solve.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_struct_tasks.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_to_egads.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_version.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap_write.obj Microsoft (R) Library Manager Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\util cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\uvmap.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib uvmap.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\uvmap.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib uvmap.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\uvmap.obj echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\umap.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\umap.exe;1 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\umap.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\umap.exe;1 cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\OpenCASCADE-7.3.1\inc /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include egadsGeom.cpp Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsGeom.cpp cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\OpenCASCADE-7.3.1\inc /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include egadsHLevel.cpp Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsHLevel.cpp cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\OpenCASCADE-7.3.1\inc /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include egadsTopo.cpp Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsTopo.cpp cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\OpenCASCADE-7.3.1\inc /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include egadsCopy.cpp Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsCopy.cpp cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\OpenCASCADE-7.3.1\inc /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include egadsIO.cpp Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsIO.cpp cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\OpenCASCADE-7.3.1\inc /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include egadsSplineFit.cpp Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsSplineFit.cpp cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\OpenCASCADE-7.3.1\inc /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include egadsSpline.cpp Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsSpline.cpp cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\OpenCASCADE-7.3.1\inc /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include egadsTessSens.cpp Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsTessSens.cpp cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\OpenCASCADE-7.3.1\inc /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include egadsSkinning.cpp Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsSkinning.cpp cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\OpenCASCADE-7.3.1\inc /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include BRepLib_FuseEdges.cpp Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. BRepLib_FuseEdges.cpp cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsBase.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsBase.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsMemory.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsMemory.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsAttrs.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsAttrs.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsTessInp.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsTessInp.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsTess.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsTess.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsTris.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsTris.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsQuads.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsQuads.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsRobust.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsRobust.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsSBO.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsSBO.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsFit.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsFit.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap prmCfit.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. prmCfit.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap prmGrid.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. prmGrid.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap prmUV.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. prmUV.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsExport.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsExport.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsSolids.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsSolids.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include /I..\util /I..\util\uvmap egadsEffect.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsEffect.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include emp.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. emp.c cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\OpenCASCADE-7.3.1\inc /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include /I. evaluate.cpp Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. evaluate.cpp cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 rational.cpp Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. rational.cpp cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include /I. regQuads.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. regQuads.c rc egads Microsoft (R) Windows (R) Resource Compiler Version 10.0.10011.16384 Copyright (C) Microsoft Corporation. All rights reserved. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.dll /dll /def:egads.def egadsGeom.obj egadsHLevel.obj egadsTopo.obj egadsCopy.obj egadsIO.obj egadsSplineFit.obj egadsSpline.obj egadsTessSens.obj egadsSkinning.obj BRepLib_FuseEdges.obj egadsBase.obj egadsMemory.obj egadsAttrs.obj egadsTessInp.obj egadsTess.obj egadsTris.obj egadsQuads.obj egadsRobust.obj egadsSBO.obj egadsFit.obj prmCfit.obj prmGrid.obj prmUV.obj egadsExport.obj egadsSolids.obj egadsEffect.obj emp.obj evaluate.obj rational.obj regQuads.obj egads.res C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\uvmap.lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib TKBool.lib TKernel.lib TKFeat.lib TKBO.lib TKGeomAlgo.lib TKMath.lib TKOffset.lib TKPrim.lib TKTopAlgo.lib TKBRep.lib TKG2d.lib TKG3d.lib TKGeomBase.lib TKShHealing.lib TKSTEP.lib TKSTEP209.lib TKSTEPBase.lib TKSTEPAttr.lib TKXSBase.lib TKIGES.lib TKFillet.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.dll;2 del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egadstatic.lib Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egadstatic.lib lib /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egadstatic.lib egadsBase.obj egadsMemory.obj egadsAttrs.obj egadsTessInp.obj egadsTess.obj egadsTris.obj egadsQuads.obj egadsRobust.obj egadsSBO.obj egadsFit.obj prmCfit.obj prmGrid.obj prmUV.obj egadsExport.obj egadsSolids.obj egadsEffect.obj egadsGeom.obj egadsHLevel.obj egadsTopo.obj egadsCopy.obj egadsIO.obj egadsSplineFit.obj egadsSpline.obj egadsTessSens.obj egadsSkinning.obj BRepLib_FuseEdges.obj emp.obj evaluate.obj rational.obj regQuads.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\uvmap.lib Microsoft (R) Library Manager Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include fgadsBase.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. fgadsBase.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include fgadsMemory.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. fgadsMemory.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include fgadsAttrs.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. fgadsAttrs.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include fgadsTess.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. fgadsTess.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include fgadsGeom.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. fgadsGeom.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include fgadsHLevel.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. fgadsHLevel.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include fgadsTopo.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. fgadsTopo.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fgads.lib Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fgads.lib lib /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fgads.lib fgadsBase.obj fgadsMemory.obj fgadsAttrs.obj fgadsTess.obj fgadsGeom.obj fgadsHLevel.obj fgadsTopo.obj Microsoft (R) Library Manager Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\emp.lib Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\emp.lib lib /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\emp.lib emp.obj Microsoft (R) Library Manager Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egads.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egads.h copy /Y C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include\egads.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egads.h 1 file(s) copied. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egads_dot.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egads_dot.h copy /Y C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include\egads_dot.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egads_dot.h 1 file(s) copied. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egads.inc Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egads.inc copy /Y C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include\egads.inc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egads.inc 1 file(s) copied. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egadsErrors.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egadsErrors.h copy /Y C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include\egadsErrors.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egadsErrors.h 1 file(s) copied. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egadsTypes.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egadsTypes.h copy /Y C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include\egadsTypes.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egadsTypes.h 1 file(s) copied. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\emp.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\emp.h copy /Y C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include\emp.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\emp.h 1 file(s) copied. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\prm.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\prm.h copy /Y C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include\prm.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\prm.h 1 file(s) copied. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\wsserver.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\wsserver.h copy /Y C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include\wsserver.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\wsserver.h 1 file(s) copied. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\wsserver.inc Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\wsserver.inc copy /Y C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include\wsserver.inc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\wsserver.inc 1 file(s) copied. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\wsss.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\wsss.h copy /Y C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include\wsss.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\wsss.h 1 file(s) copied. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egadsTris.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egadsTris.h copy /Y egadsTris.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egadsTris.h 1 file(s) copied. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egadsSplineFit.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egadsSplineFit.h copy /Y egadsSplineFit.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egadsSplineFit.h 1 file(s) copied. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egadsSplineVels.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egadsSplineVels.h copy /Y egadsSplineVels.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egadsSplineVels.h 1 file(s) copied. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egadsf90.inc Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egadsf90.inc copy /Y C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src\..\include\egadsf90.inc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egadsf90.inc 1 file(s) copied. copy /Y Surreal\SurrealD.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\Surreal\SurrealD.h 1 file(s) copied. copy /B C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\Surreal\SurrealD.h+,, C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\Surreal\SurrealD.h 1 file(s) copied. copy /Y Surreal\SurrealD_Lazy.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\Surreal\SurrealD_Lazy.h 1 file(s) copied. copy /B C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\Surreal\SurrealD_Lazy.h+,, C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\Surreal\SurrealD_Lazy.h 1 file(s) copied. copy /Y Surreal\SurrealD_Trad.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\Surreal\SurrealD_Trad.h 1 file(s) copied. copy /B C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\Surreal\SurrealD_Trad.h+,, C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\Surreal\SurrealD_Trad.h 1 file(s) copied. copy /Y Surreal\SurrealS.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\Surreal\SurrealS.h 1 file(s) copied. copy /B C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\Surreal\SurrealS.h+,, C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\Surreal\SurrealS.h 1 file(s) copied. copy /Y Surreal\SurrealS_Lazy.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\Surreal\SurrealS_Lazy.h 1 file(s) copied. copy /B C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\Surreal\SurrealS_Lazy.h+,, C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\Surreal\SurrealS_Lazy.h 1 file(s) copied. copy /Y Surreal\SurrealS_Trad.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\Surreal\SurrealS_Trad.h 1 file(s) copied. copy /B C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\Surreal\SurrealS_Trad.h+,, C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\Surreal\SurrealS_Trad.h 1 file(s) copied. copy /Y Surreal\always_inline.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\Surreal\always_inline.h 1 file(s) copied. copy /B C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\Surreal\always_inline.h+,, C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\Surreal\always_inline.h 1 file(s) copied. del *.cpp *.c *.h *.rc *def *.manifest del Surreal\* /Q rmdir Surreal cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src BRepLib_FuseEdges.cpp BRepLib_FuseEdges.h Makefile NMakefile Surreal egads.def egads.rc egadsAttrs.c egadsBase.c egadsClasses.h egadsCopy.cpp egadsEffect.c egadsExport.c egadsFit.c egadsGeom.cpp egadsHLevel.cpp egadsIO.cpp egadsInternals.h egadsMemory.c egadsOCC.h egadsQuads.c egadsRobust.c egadsSBO.c egadsSkinning.cpp egadsSolids.c egadsSpline.cpp egadsSplineFit.cpp egadsSplineFit.h egadsSplineVels.h egadsStack.h egadsTess.c egadsTessInp.c egadsTessSens.cpp egadsTopo.cpp egadsTris.c egadsTris.h elint fgadsAttrs.c fgadsBase.c fgadsGeom.c fgadsHLevel.c fgadsMemory.c fgadsTess.c fgadsTopo.c fgv.c flint make.bat prmCfit.c prmGrid.c prmUV.c EGADS Build Complete! BRepLib_FuseEdges.cpp BRepLib_FuseEdges.h Makefile NMakefile Surreal egads.def egads.rc egadsAttrs.c egadsBase.c egadsClasses.h egadsCopy.cpp egadsEffect.c egadsExport.c egadsFit.c egadsGeom.cpp egadsHLevel.cpp egadsIO.cpp egadsInternals.h egadsMemory.c egadsOCC.h egadsQuads.c egadsRobust.c egadsSBO.c egadsSkinning.cpp egadsSolids.c egadsSpline.cpp egadsSplineFit.cpp egadsSplineFit.h egadsSplineVels.h egadsStack.h egadsTess.c egadsTessInp.c egadsTessSens.cpp egadsTopo.cpp egadsTris.c egadsTris.h elint fgadsAttrs.c fgadsBase.c fgadsGeom.c fgadsHLevel.c fgadsMemory.c fgadsTess.c fgadsTopo.c fgv.c flint make.bat prmCfit.c prmGrid.c prmUV.c C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src>echo Compiling EGADS wvServer Compiling EGADS wvServer C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\src>cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer || exit /b 666 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer>nmake /e /f NMakefile || exit /b 666 Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\*.c /Q /Y 16 File(s) copied xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\*.cpp /Q /Y 1 File(s) copied xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\*.h /Q /Y 4 File(s) copied cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /D_UNICODE /DUNICODE /DSTANDALONE /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\win32helpers server.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\servertest.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. server.c cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /D_UNICODE /DUNICODE map.cpp /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\map.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. map.cpp cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\zlib gettimeofday.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. gettimeofday.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\zlib websock-w32.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. websock-w32.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\zlib base64-decode.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. base64-decode.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\zlib handshake.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. handshake.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\zlib client-handshake.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. client-handshake.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\zlib libwebsockets.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. libwebsockets.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\zlib extension-deflate-stream.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. extension-deflate-stream.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\zlib md5.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. md5.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\zlib extension-x-google-mux.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. extension-x-google-mux.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\zlib parsers.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. parsers.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\zlib extension.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. extension.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\zlib sha-1.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. sha-1.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\zlib browserMessage.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. browserMessage.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\zlib server.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. server.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\zlib wv.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. wv.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /D_UNICODE /DUNICODE /I. /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\win32helpers /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\zlib fwv.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. fwv.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\wsserver.lib Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\wsserver.lib lib /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\wsserver.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\map.obj gettimeofday.obj websock-w32.obj base64-decode.obj handshake.obj client-handshake.obj libwebsockets.obj extension-deflate-stream.obj md5.obj extension-x-google-mux.obj parsers.obj extension.obj sha-1.obj browserMessage.obj server.obj wv.obj fwv.obj Microsoft (R) Library Manager Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\zlib nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\zlib\*.c /Q /Y 15 File(s) copied xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\zlib\*.h /Q /Y 11 File(s) copied cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. adler32.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. adler32.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. gzclose.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. gzclose.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. gzwrite.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. gzwrite.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. inftrees.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. inftrees.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. compress.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. compress.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. infback.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. infback.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. trees.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. trees.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. crc32.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. crc32.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. gzlib.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. gzlib.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. inffast.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. inffast.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. uncompr.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. uncompr.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. deflate.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. deflate.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. gzread.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. gzread.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. inflate.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. inflate.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DNDEBUG /DWIN32 /D_CONSOLE /D_UNICODE /DUNICODE /I. zutil.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. zutil.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\z.lib Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\z.lib lib /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\z.lib adler32.obj gzclose.obj gzwrite.obj inftrees.obj compress.obj infback.obj trees.obj crc32.obj gzlib.obj inffast.obj uncompr.obj deflate.obj gzread.obj inflate.obj zutil.obj Microsoft (R) Library Manager Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. del *.c *.h cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer\zlib cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\server.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\servertest.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\wsserver.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\z.lib ws2_32.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\server.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\servertest.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\wsserver.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\z.lib ws2_32.lib echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\server.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\server.exe;1 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\server.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\server.exe;1 del *.c *.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\*.c cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer>echo Compiling OpenCSM Compiling OpenCSM C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\EGADS\trunk\wvServer>cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\src || exit /b 666 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\src>nmake /e /f NMakefile || exit /b 666 Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers serveCSM.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\serveCSM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. serveCSM.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include OpenCSM.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\OpenCSM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. OpenCSM.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udp.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udp.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udp.c rc ocsm Microsoft (R) Windows (R) Resource Compiler Version 10.0.10011.16384 Copyright (C) Microsoft Corporation. All rights reserved. copy ocsm.res C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ocsm.res 1 file(s) copied. del ocsm.res del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.dll /dll /def:ocsm.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\OpenCSM.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udp.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\ocsm.res /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.dll;2 cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\bin\serveCSM.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\serveCSM.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib ocsm.lib wsserver.lib z.lib egads.lib ws2_32.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\bin\serveCSM.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib ocsm.lib wsserver.lib z.lib egads.lib ws2_32.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\serveCSM.obj echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\bin\serveCSM.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\bin\serveCSM.exe;1 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\bin\serveCSM.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\bin\serveCSM.exe;1 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers serveESP.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\serveESP.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. serveESP.c cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\bin\serveESP.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\serveESP.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib ocsm.lib wsserver.lib z.lib egads.lib ws2_32.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\bin\serveESP.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib ocsm.lib wsserver.lib z.lib egads.lib ws2_32.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\serveESP.obj echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\bin\serveESP.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\bin\serveESP.exe;1 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\bin\serveESP.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\bin\serveESP.exe;1 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include sensCSM.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\sensCSM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. sensCSM.c cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\bin\sensCSM.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\sensCSM.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib ocsm.lib egads.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\bin\sensCSM.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib ocsm.lib egads.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\sensCSM.obj echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\bin\sensCSM.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\bin\sensCSM.exe;1 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\bin\sensCSM.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\bin\sensCSM.exe;1 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udpBezier.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpBezier.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udpBezier.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\bezier.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\bezier.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\bezier.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\bezier.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\bezier.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpBezier.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\bezier.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\bezier.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\bezier.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\bezier.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\bezier.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\bezier.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udpBiconvex.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpBiconvex.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udpBiconvex.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\biconvex.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\biconvex.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\biconvex.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\biconvex.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\biconvex.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpBiconvex.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\biconvex.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\biconvex.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\biconvex.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\biconvex.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\biconvex.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\biconvex.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udpBox.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpBox.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udpBox.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\box.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\box.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\box.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\box.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\box.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpBox.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\box.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\box.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\box.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\box.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\box.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\box.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udfCatmull.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfCatmull.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udfCatmull.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\catmull.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\catmull.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\catmull.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\catmull.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\catmull.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfCatmull.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\catmull.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\catmull.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\catmull.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\catmull.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\catmull.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\catmull.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udfCompare.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfCompare.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udfCompare.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\compare.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\compare.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\compare.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\compare.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\compare.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfCompare.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\compare.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\compare.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\compare.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\compare.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\compare.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\compare.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udfCreateBEM.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfCreateBEM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udfCreateBEM.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\createBEM.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\createBEM.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\createBEM.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\createBEM.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\createBEM.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfCreateBEM.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\createBEM.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\createBEM.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\createBEM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\createBEM.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\createBEM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\createBEM.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udfCreatePoly.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfCreatePoly.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udfCreatePoly.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\createPoly.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\createPoly.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\createPoly.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\createPoly.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\createPoly.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfCreatePoly.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\createPoly.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\createPoly.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\createPoly.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\createPoly.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\createPoly.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\createPoly.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udfDroop.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfDroop.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udfDroop.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\droop.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\droop.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\droop.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\droop.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\droop.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfDroop.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\droop.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\droop.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\droop.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\droop.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\droop.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\droop.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udpCsm.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpCsm.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udpCsm.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\csm.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\csm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\csm.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\csm.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\csm.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpCsm.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\csm.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\csm.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\csm.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\csm.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\csm.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\csm.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udfEditAttr.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfEditAttr.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udfEditAttr.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\editAttr.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\editAttr.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\editAttr.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\editAttr.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\editAttr.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfEditAttr.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\editAttr.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\editAttr.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\editAttr.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\editAttr.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\editAttr.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\editAttr.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udfPrintBbox.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfPrintBbox.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udfPrintBbox.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printBbox.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printBbox.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printBbox.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printBbox.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printBbox.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfPrintBbox.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printBbox.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printBbox.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printBbox.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printBbox.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printBbox.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printBbox.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udfPrintBrep.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfPrintBrep.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udfPrintBrep.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printBrep.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printBrep.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printBrep.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printBrep.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printBrep.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfPrintBrep.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printBrep.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printBrep.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printBrep.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printBrep.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printBrep.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printBrep.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udfPrintEgo.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfPrintEgo.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udfPrintEgo.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printEgo.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printEgo.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printEgo.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printEgo.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printEgo.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfPrintEgo.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printEgo.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printEgo.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printEgo.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printEgo.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printEgo.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\printEgo.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udfFlend.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfFlend.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udfFlend.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\flend.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\flend.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\flend.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\flend.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\flend.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfFlend.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\flend.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\flend.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\flend.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\flend.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\flend.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\flend.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udfGanged.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfGanged.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udfGanged.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ganged.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ganged.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ganged.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ganged.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ganged.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfGanged.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ganged.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ganged.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ganged.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ganged.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ganged.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ganged.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udfGuide.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfGuide.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udfGuide.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\guide.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\guide.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\guide.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\guide.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\guide.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfGuide.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\guide.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\guide.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\guide.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\guide.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\guide.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\guide.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udfMatchBodys.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfMatchBodys.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udfMatchBodys.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\matchBodys.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\matchBodys.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\matchBodys.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\matchBodys.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\matchBodys.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfMatchBodys.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\matchBodys.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\matchBodys.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\matchBodys.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\matchBodys.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\matchBodys.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\matchBodys.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udfNuscale.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfNuscale.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udfNuscale.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nuscale.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nuscale.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nuscale.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nuscale.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nuscale.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfNuscale.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nuscale.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nuscale.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nuscale.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nuscale.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nuscale.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nuscale.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udpEllipse.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpEllipse.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udpEllipse.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ellipse.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ellipse.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ellipse.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ellipse.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ellipse.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpEllipse.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ellipse.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ellipse.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ellipse.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ellipse.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ellipse.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ellipse.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udpFitcurve.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpFitcurve.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udpFitcurve.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fitcurve.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fitcurve.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fitcurve.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fitcurve.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fitcurve.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpFitcurve.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fitcurve.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fitcurve.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fitcurve.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fitcurve.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fitcurve.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fitcurve.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udpFreeform.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpFreeform.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udpFreeform.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\freeform.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\freeform.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\freeform.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\freeform.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\freeform.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpFreeform.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\freeform.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\freeform.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\freeform.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\freeform.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\freeform.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\freeform.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udpHex.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpHex.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udpHex.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hex.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hex.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hex.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hex.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hex.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpHex.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hex.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hex.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hex.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hex.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hex.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hex.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udpImport.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpImport.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udpImport.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\import.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\import.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\import.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\import.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\import.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpImport.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\import.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\import.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\import.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\import.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\import.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\import.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udpKulfan.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpKulfan.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udpKulfan.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\kulfan.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\kulfan.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\kulfan.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\kulfan.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\kulfan.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpKulfan.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\kulfan.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\kulfan.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\kulfan.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\kulfan.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\kulfan.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\kulfan.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udpNaca.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpNaca.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udpNaca.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\naca.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\naca.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\naca.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\naca.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\naca.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpNaca.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\naca.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\naca.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\naca.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\naca.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\naca.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\naca.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udpNurbbody.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpNurbbody.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udpNurbbody.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nurbbody.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nurbbody.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nurbbody.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nurbbody.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nurbbody.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpNurbbody.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nurbbody.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nurbbody.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nurbbody.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nurbbody.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nurbbody.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nurbbody.dll;2 cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udpParsec.cpp /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpParsec.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udpParsec.cpp del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\parsec.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\parsec.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\parsec.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\parsec.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\parsec.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpParsec.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\parsec.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\parsec.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\parsec.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\parsec.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\parsec.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\parsec.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udpPod.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpPod.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udpPod.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\pod.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\pod.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\pod.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\pod.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\pod.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpPod.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\pod.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\pod.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\pod.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\pod.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\pod.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\pod.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udpPoly.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpPoly.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udpPoly.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\poly.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\poly.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\poly.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\poly.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\poly.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpPoly.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\poly.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\poly.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\poly.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\poly.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\poly.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\poly.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udpProp.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpProp.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udpProp.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\prop.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\prop.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\prop.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\prop.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\prop.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpProp.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\prop.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\prop.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\prop.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\prop.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\prop.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\prop.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udpRadwaf.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpRadwaf.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udpRadwaf.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\radwaf.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\radwaf.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\radwaf.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\radwaf.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\radwaf.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpRadwaf.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\radwaf.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\radwaf.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\radwaf.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\radwaf.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\radwaf.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\radwaf.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udpSample.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpSample.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udpSample.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\sample.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\sample.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\sample.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\sample.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\sample.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpSample.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\sample.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\sample.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\sample.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\sample.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\sample.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\sample.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udpSew.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpSew.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udpSew.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\sew.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\sew.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\sew.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\sew.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\sew.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpSew.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\sew.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\sew.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\sew.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\sew.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\sew.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\sew.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udpStag.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpStag.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udpStag.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\stag.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\stag.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\stag.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\stag.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\stag.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpStag.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\stag.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\stag.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\stag.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\stag.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\stag.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\stag.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udfSlices.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfSlices.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udfSlices.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\slices.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\slices.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\slices.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\slices.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\slices.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfSlices.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\slices.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\slices.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\slices.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\slices.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\slices.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\slices.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udfStiffener.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfStiffener.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udfStiffener.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\stiffener.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\stiffener.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\stiffener.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\stiffener.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\stiffener.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfStiffener.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\stiffener.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\stiffener.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\stiffener.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\stiffener.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\stiffener.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\stiffener.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udpSupell.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpSupell.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udpSupell.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\supell.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\supell.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\supell.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\supell.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\supell.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpSupell.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\supell.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\supell.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\supell.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\supell.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\supell.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\supell.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udpWaffle.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpWaffle.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udpWaffle.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\waffle.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\waffle.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\waffle.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\waffle.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\waffle.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpWaffle.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\waffle.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\waffle.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\waffle.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\waffle.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\waffle.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\waffle.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include eggPDT2.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\eggPDT2.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. eggPDT2.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\PDT2.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\PDT2.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\PDT2.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\PDT2.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\PDT2.dll /dll /def:egg.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\eggPDT2.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\PDT2.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\PDT2.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\PDT2.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\PDT2.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\PDT2.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\PDT2.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include udpNaca456.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpNaca456.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udpNaca456.c ifort /c /Ox /threads /recursive /libs:dll naca456.f90 /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\naca456.obj Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\naca456.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\naca456.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\naca456.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\naca456.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\naca456.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udpNaca456.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\naca456.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\naca456.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\naca456.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\naca456.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\naca456.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\naca456.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\naca456.dll;2 del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\OpenCSM.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\OpenCSM.h copy OpenCSM.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\OpenCSM.h 1 file(s) copied. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\common.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\common.h copy common.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\common.h 1 file(s) copied. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\udp.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\udp.h copy udp.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\udp.h 1 file(s) copied. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egg.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egg.h copy egg.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\egg.h 1 file(s) copied. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\udpUtilities.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\udpUtilities.h copy udpUtilities.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\udpUtilities.h 1 file(s) copied. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\udpUtilities.c Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\udpUtilities.c copy udpUtilities.c C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\udpUtilities.c 1 file(s) copied. C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\src>REM Build udfTile if IRIT is available C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\src>if NOT [C:\Users\jenkins\IRIT\irit-win\lib64] == [] nmake /e /f udfTile.mak || exit /b 666 Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -D__WINNT__ -D_WIN64 -D_AMD64_ -DRANDOM_IRIT /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /IC:\Users\jenkins\IRIT\irit-sm udfTile.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfTile.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. udfTile.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\tile.dll Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\tile.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\tile.dll /dll /def:udp.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\udfTile.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib C:\Users\jenkins\IRIT\irit-win\lib64\irit64.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\tile.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\tile.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\tile.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\tile.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\tile.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\tile.dll;2 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\src>if [] == [] ( echo Compiling CAPS cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS || exit /b 666 nmake /e /f NMakefile || exit /b 666 cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\aim\skeleton || exit /b 666 nmake /e /f NMakefile || exit /b 666 echo Build training sessions setlocal EnableDelayedExpansion cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\training FOR /R %f in (NMakefile) DO @IF EXIST %f set PATH=%~dpf;!PATH! FOR /R %f in (NMakefile) DO @IF EXIST %f ( cd %~dpf nmake /e /f NMakefile || exit /b 666 ) ) Compiling CAPS Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cd src nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\caps.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\caps.h copy ..\include\caps.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\caps.h 1 file(s) copied. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\capsErrors.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\capsErrors.h copy ..\include\capsErrors.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\capsErrors.h 1 file(s) copied. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\capsTypes.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\capsTypes.h copy ..\include\capsTypes.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\capsTypes.h 1 file(s) copied. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\aimUtil.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\aimUtil.h copy ..\include\aimUtil.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\aimUtil.h 1 file(s) copied. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\aimVolMesh.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\aimVolMesh.h copy ..\include\aimVolMesh.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\aimVolMesh.h 1 file(s) copied. cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\src\*.c /Q /Y 16 File(s) copied xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\src\*.h /Q /Y 3 File(s) copied xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\src\*.rc /Q /Y 1 File(s) copied xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\src\*.def /Q /Y 3 File(s) copied cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include capsBase.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. capsBase.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include capsAnalysis.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. capsAnalysis.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include capsApprox.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. capsApprox.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include capsAttr.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. capsAttr.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include capsAIM.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. capsAIM.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include capsBound.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. capsBound.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include capsProblem.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. capsProblem.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include capsValue.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. capsValue.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include capsUnits.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. capsUnits.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include conjGrad.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. conjGrad.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include printObject.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. printObject.c rc caps Microsoft (R) Windows (R) Resource Compiler Version 10.0.10011.16384 Copyright (C) Microsoft Corporation. All rights reserved. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\caps.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\caps.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\caps.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\caps.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\caps.dll /dll /def:caps.def capsBase.obj capsAnalysis.obj capsApprox.obj capsAttr.obj capsAIM.obj capsBound.obj capsProblem.obj capsValue.obj capsUnits.obj conjGrad.obj printObject.obj caps.res C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\udunits2.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Advapi32.lib Ws2_32.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\caps.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\caps.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\caps.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\caps.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\caps.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\caps.dll;2 del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\capsstatic.lib Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\capsstatic.lib lib /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\capsstatic.lib capsBase.obj capsAnalysis.obj capsApprox.obj capsAttr.obj capsAIM.obj capsBound.obj capsProblem.obj capsValue.obj capsUnits.obj conjGrad.obj printObject.obj Microsoft (R) Library Manager Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include testingAIM.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\testingAIM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. testingAIM.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include aimUtil.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aimUtil.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. aimUtil.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include aimTransferUtil.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aimTransferUtil.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. aimTransferUtil.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include aimVolMesh.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aimVolMesh.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. aimVolMesh.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aimUtil.lib Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aimUtil.lib lib /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aimUtil.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aimUtil.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aimVolMesh.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aimTransferUtil.obj Microsoft (R) Library Manager Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\testingAIM.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\testingAIM.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\testingAIM.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\testingAIM.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\testingAIM.dll /dll /def:aim.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\testingAIM.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib/aimUtil.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\ocsm.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\udunits2.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egads.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\testingAIM.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\testingAIM.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\testingAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\testingAIM.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\testingAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\testingAIM.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include testingWriter.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\testingWriter.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. testingWriter.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\testingWriter.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\testingWriter.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\testingWriter.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\testingWriter.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\testingWriter.dll /dll /def:testingWriter.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\testingWriter.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib/aimUtil.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\udunits2.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\testingWriter.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\testingWriter.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\testingWriter.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\testingWriter.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\testingWriter.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\testingWriter.dll;2 del *.c *.h *.rc *.def cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\src cd ..\aim nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cd utils nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\aim\utils\*.c /Q /Y 14 File(s) copied xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\aim\utils\*.cpp /Q /Y 1 File(s) copied xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\aim\utils\*.h /Q /Y 22 File(s) copied cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I..\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I. /DHAVE_PYTHON /IC:\Users\jenkins\ESP_Python-3.8.9\include attrUtils.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. attrUtils.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I..\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I. /DHAVE_PYTHON /IC:\Users\jenkins\ESP_Python-3.8.9\include meshUtils.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. meshUtils.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I..\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I. /DHAVE_PYTHON /IC:\Users\jenkins\ESP_Python-3.8.9\include cfdUtils.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. cfdUtils.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I..\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I. /DHAVE_PYTHON /IC:\Users\jenkins\ESP_Python-3.8.9\include miscUtils.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. miscUtils.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I..\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I. /DHAVE_PYTHON /IC:\Users\jenkins\ESP_Python-3.8.9\include feaUtils.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. feaUtils.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I..\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I. /DHAVE_PYTHON /IC:\Users\jenkins\ESP_Python-3.8.9\include vlmUtils.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. vlmUtils.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I..\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I. /DHAVE_PYTHON /IC:\Users\jenkins\ESP_Python-3.8.9\include nastranUtils.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. nastranUtils.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I..\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I. /DHAVE_PYTHON /IC:\Users\jenkins\ESP_Python-3.8.9\include tecplotUtils.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. tecplotUtils.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I..\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I. /DHAVE_PYTHON /IC:\Users\jenkins\ESP_Python-3.8.9\include arrayUtils.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. arrayUtils.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I..\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I. /DHAVE_PYTHON /IC:\Users\jenkins\ESP_Python-3.8.9\include deprecateUtils.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. deprecateUtils.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I..\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I. /DHAVE_PYTHON /IC:\Users\jenkins\ESP_Python-3.8.9\include cardUtils.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. cardUtils.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I..\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I. /DHAVE_PYTHON /IC:\Users\jenkins\ESP_Python-3.8.9\include nastranCards.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. nastranCards.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I..\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I. /DHAVE_PYTHON /IC:\Users\jenkins\ESP_Python-3.8.9\include jsonUtils.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. jsonUtils.c cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I..\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I. vlmSpanSpace.cpp Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. vlmSpanSpace.cpp cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /I..\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I. /DHAVE_PYTHON /IC:\Users\jenkins\ESP_Python-3.8.9\include nastranOP2Reader.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. nastranOP2Reader.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\utils.lib Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\utils.lib lib /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\utils.lib attrUtils.obj meshUtils.obj cfdUtils.obj miscUtils.obj feaUtils.obj vlmUtils.obj nastranUtils.obj tecplotUtils.obj arrayUtils.obj deprecateUtils.obj cardUtils.obj nastranCards.obj jsonUtils.obj vlmSpanSpace.obj nastranOP2Reader.obj Microsoft (R) Library Manager Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\meshTypes.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\meshTypes.h copy meshTypes.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\meshTypes.h 1 file(s) copied. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\miscTypes.h Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\miscTypes.h copy miscTypes.h C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\miscTypes.h 1 file(s) copied. del *.c *.cpp *.h cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\aim\utils cd .. cd avl nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils avlAIM.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\avlAIM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. avlAIM.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\avlAIM.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\avlAIM.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\avlAIM.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\avlAIM.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\avlAIM.dll /dll /def:avlAIM.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\avlAIM.obj /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib aimUtil.lib utils.lib ocsm.lib egads.lib udunits2.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\avlAIM.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\avlAIM.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\avlAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\avlAIM.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\avlAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\avlAIM.dll;2 cd .. cd delaundo nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include -I..\utils delaundoAIM.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\delaundoAIM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. delaundoAIM.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\delaundoAIM.dll Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\delaundoAIM.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\delaundoAIM.dll /dll /def:delaundoAIM.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\delaundoAIM.obj /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib utils.lib aimUtil.lib ocsm.lib egads.lib udunits2.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\delaundoAIM.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\delaundoAIM.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\delaundoAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\delaundoAIM.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\delaundoAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\delaundoAIM.dll;2 cd .. cd egadsTess nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include -I..\utils egadsTessAIM.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egadsTessAIM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egadsTessAIM.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egadsTessAIM.dll Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egadsTessAIM.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egadsTessAIM.dll /dll /def:egadsTessAIM.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egadsTessAIM.obj /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib utils.lib aimUtil.lib ocsm.lib egads.lib udunits2.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egadsTessAIM.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egadsTessAIM.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egadsTessAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egadsTessAIM.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egadsTessAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\egadsTessAIM.dll;2 cd .. cd friction nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils frictionAIM.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\frictionAIM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. frictionAIM.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\frictionAIM.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\frictionAIM.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\frictionAIM.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\frictionAIM.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\frictionAIM.dll /dll /def:frictionAIM.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\frictionAIM.obj /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib utils.lib aimUtil.lib ocsm.lib egads.lib udunits2.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\frictionAIM.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\frictionAIM.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\frictionAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\frictionAIM.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\frictionAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\frictionAIM.dll;2 ifort /c /Ox /threads /recursive /libs:dll friction_eja_mod.f /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\friction.obj Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. ifort /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\friction.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\friction.obj Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. -out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\friction.exe -subsystem:console C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\friction.obj cd .. cd fun3d nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils /IC:\Users\jenkins\ESP_Python-3.8.9\include /I. /DHAVE_PYTHON fun3dAIM.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\fun3dAIM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. fun3dAIM.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils /IC:\Users\jenkins\ESP_Python-3.8.9\include fun3dNamelist.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\fun3dNamelist.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. fun3dNamelist.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils /I. fun3dUtils.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\fun3dUtils.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. fun3dUtils.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fun3dAIM.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fun3dAIM.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fun3dAIM.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fun3dAIM.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fun3dAIM.dll /dll /def:fun3dAIM.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\fun3dAIM.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\fun3dUtils.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\fun3dNamelist.obj /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib utils.lib aimUtil.lib ocsm.lib egads.lib udunits2.lib C:\Users\jenkins\ESP_Python-3.8.9\libs\python38.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fun3dAIM.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fun3dAIM.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fun3dAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fun3dAIM.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fun3dAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\fun3dAIM.dll;2 cd .. cd mystran nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils mystranAIM.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\mystranAIM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. mystranAIM.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils mystranUtils.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\mystranUtils.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. mystranUtils.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\mystranAIM.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\mystranAIM.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\mystranAIM.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\mystranAIM.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\mystranAIM.dll /dll /def:mystranAIM.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\mystranAIM.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\mystranUtils.obj /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib utils.lib aimUtil.lib ocsm.lib egads.lib udunits2.lib C:\Users\jenkins\ESP_Python-3.8.9\libs\python38.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\mystranAIM.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\mystranAIM.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\mystranAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\mystranAIM.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\mystranAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\mystranAIM.dll;2 cd .. cd masstran nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils masstranAIM.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\masstranAIM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. masstranAIM.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\masstranAIM.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\masstranAIM.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\masstranAIM.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\masstranAIM.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\masstranAIM.dll /dll /def:masstranAIM.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\masstranAIM.obj /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib utils.lib aimUtil.lib ocsm.lib egads.lib udunits2.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\masstranAIM.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\masstranAIM.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\masstranAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\masstranAIM.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\masstranAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\masstranAIM.dll;2 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 Masstran.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\Masstran.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Masstran.c cl C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\Masstran.obj /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\bin\Masstran.exe Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\bin\Masstran.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\Masstran.obj echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\Masstran.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\Masstran.exe;1 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\Masstran.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\Masstran.exe;1 cd .. cd nastran nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils nastranAIM.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\nastranAIM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. nastranAIM.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nastranAIM.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nastranAIM.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nastranAIM.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nastranAIM.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nastranAIM.dll /dll /def:nastranAIM.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\nastranAIM.obj /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib utils.lib aimUtil.lib ocsm.lib egads.lib udunits2.lib C:\Users\jenkins\ESP_Python-3.8.9\libs\python38.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nastranAIM.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nastranAIM.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nastranAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nastranAIM.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nastranAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\nastranAIM.dll;2 cd .. cd pointwise nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include -I..\utils pointwiseAIM.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\pointwiseAIM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. pointwiseAIM.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include -I..\utils hashElement.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\hashElement.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. hashElement.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\pointwiseAIM.dll Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\pointwiseAIM.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\pointwiseAIM.dll /dll /def:pointwiseAIM.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\pointwiseAIM.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\hashElement.obj /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib utils.lib aimUtil.lib ocsm.lib egads.lib udunits2.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\pointwiseAIM.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\pointwiseAIM.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\pointwiseAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\pointwiseAIM.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\pointwiseAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\pointwiseAIM.dll;2 cd .. cd astros nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils astrosAIM.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\astrosAIM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. astrosAIM.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils astrosUtils.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\astrosUtils.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. astrosUtils.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils astrosCards.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\astrosCards.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. astrosCards.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\astrosAIM.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\astrosAIM.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\astrosAIM.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\astrosAIM.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\astrosAIM.dll /dll /def:astrosAIM.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\astrosAIM.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\astrosUtils.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\astrosCards.obj /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib utils.lib aimUtil.lib ocsm.lib egads.lib udunits2.lib C:\Users\jenkins\ESP_Python-3.8.9\libs\python38.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\astrosAIM.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\astrosAIM.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\astrosAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\astrosAIM.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\astrosAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\astrosAIM.dll;2 cd .. cd hsm nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils hsmAIM.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\hsmAIM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. hsmAIM.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils hsmUtils.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj/hsmUtils.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. hsmUtils.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils hsmAdj.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj/hsmAdj.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. hsmAdj.c cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 rcm\rcm.cpp /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\rcm.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. rcm.cpp cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 rcm\genrcmi.cpp /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj/genrcmi.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. genrcmi.cpp cd src nmake -f nmakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\aim\hsm\src\*.f /Q /Y 19 File(s) copied xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\aim\hsm\src\*.inc /Q /Y 4 File(s) copied ifort /c /Ox /threads /recursive /libs:dll /real-size:64 /I. hsmsol.f Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. ifort /c /Ox /threads /recursive /libs:dll /real-size:64 /I. hsmdep.f Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. ifort /c /Ox /threads /recursive /libs:dll /real-size:64 /I. hsmout.f Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. ifort /c /Ox /threads /recursive /libs:dll /real-size:64 /I. hsmgeo.f Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. ifort /c /Ox /threads /recursive /libs:dll /real-size:64 /I. hsmabd.f Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. ifort /c /Ox /threads /recursive /libs:dll /real-size:64 /I. hsmeqn.f Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. ifort /c /Ox /threads /recursive /libs:dll /real-size:64 /I. hsmbc.f Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. ifort /c /Ox /threads /recursive /libs:dll /real-size:64 /I. hsmprj.f Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. ifort /c /Ox /threads /recursive /libs:dll /real-size:64 /I. hsmren.f Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. ifort /c /Ox /threads /recursive /libs:dll /real-size:64 /I. hsmre1.f Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. ifort /c /Ox /threads /recursive /libs:dll /real-size:64 /I. hsmrfm.f Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. ifort /c /Ox /threads /recursive /libs:dll /real-size:64 /I. hsmbb2.f Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. ifort /c /Ox /threads /recursive /libs:dll /real-size:64 /I. hsmglr.f Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. ifort /c /Ox /threads /recursive /libs:dll /real-size:64 /I. ludcmp.f Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. ifort /c /Ox /threads /recursive /libs:dll /real-size:64 /I. sbsolve.f Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. ifort /c /Ox /threads /recursive /libs:dll /real-size:64 /I. atanc.f Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. ifort /c /Ox /threads /recursive /libs:dll /real-size:64 /I. bmdump.f Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. ifort /c /Ox /threads /recursive /libs:dll /real-size:64 /I. cross.f Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hsm.lib Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hsm.lib lib /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hsm.lib hsmsol.obj hsmdep.obj hsmout.obj hsmgeo.obj hsmabd.obj hsmeqn.obj hsmbc.obj hsmprj.obj hsmren.obj hsmre1.obj hsmrfm.obj hsmbb2.obj hsmglr.obj ludcmp.obj sbsolve.obj atanc.obj bmdump.obj cross.obj Microsoft (R) Library Manager Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. ifort /Ox /threads /real-size:64 /I. hsmrun.f C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hsm.lib /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\hsmrun.exe /link /NODEFAULTLIB:MSVCRT Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. -out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\hsmrun.exe -subsystem:console /NODEFAULTLIB:MSVCRT hsmrun.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hsm.lib del *.f *.inc cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\aim\hsm\src cd .. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hsmAIM.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hsmAIM.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hsmAIM.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hsmAIM.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hsmAIM.dll /dll /def:hsmAIM.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\hsmAIM.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\hsmUtils.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\hsmAdj.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\rcm.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\genrcmi.obj /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib utils.lib aimUtil.lib ocsm.lib egads.lib udunits2.lib hsm.lib /NODEFAULTLIB:LIBCMT Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hsmAIM.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hsmAIM.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hsmAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hsmAIM.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hsmAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\hsmAIM.dll;2 cd .. cd su2 nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils su2AIM.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\su2AIM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. su2AIM.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils su2Utils.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\su2Utils.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. su2Utils.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils su2_4_Cardinal.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\su2_4_Cardinal.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. su2_4_Cardinal.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils su2_5_Raven.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\su2_5_Raven.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. su2_5_Raven.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils su2_6_Falcon.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\su2_6_Falcon.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. su2_6_Falcon.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils su2_7_Blackbird.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\su2_7_Blackbird.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. su2_7_Blackbird.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\su2AIM.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\su2AIM.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\su2AIM.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\su2AIM.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\su2AIM.dll /dll /def:su2AIM.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\su2AIM.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\su2Utils.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\su2_4_Cardinal.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\su2_5_Raven.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\su2_6_Falcon.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\su2_7_Blackbird.obj /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib utils.lib aimUtil.lib ocsm.lib egads.lib udunits2.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\su2AIM.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\su2AIM.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\su2AIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\su2AIM.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\su2AIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\su2AIM.dll;2 cd .. cd xfoil nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils xfoilAIM.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\xfoilAIM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. xfoilAIM.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\xfoilAIM.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\xfoilAIM.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\xfoilAIM.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\xfoilAIM.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\xfoilAIM.dll /dll /def:xfoilAIM.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\xfoilAIM.obj /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib utils.lib aimUtil.lib ocsm.lib egads.lib udunits2.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\xfoilAIM.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\xfoilAIM.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\xfoilAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\xfoilAIM.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\xfoilAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\xfoilAIM.dll;2 cd .. cd aflr2 nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr2_version.exe Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr2_version.exe cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr2_version.exe /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr2_version.obj /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include -IC:\Users\jenkins\AFLR\aflr_lib_10.15.6\src aflr2_version.c /link /LIBPATH:C:\Users\jenkins\AFLR\aflr_lib_10.15.6\WIN64\lib aflr2c.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. aflr2_version.c Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr2_version.exe /LIBPATH:C:\Users\jenkins\AFLR\aflr_lib_10.15.6\WIN64\lib aflr2c.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr2_version.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr2_version.exe cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include -IC:\Users\jenkins\AFLR\aflr_lib_10.15.6\src -I..\utils aflr2AIM.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr2AIM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. aflr2AIM.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include -IC:\Users\jenkins\AFLR\aflr_lib_10.15.6\src -I..\utils aflr2_Interface.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr2_Interface.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. aflr2_Interface.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr2AIM.dll Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr2AIM.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr2AIM.dll /dll /def:aflr2AIM.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr2AIM.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr2_Interface.obj /LIBPATH:C:\Users\jenkins\AFLR\aflr_lib_10.15.6\WIN64\lib AFLR.lib /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib utils.lib aimUtil.lib ocsm.lib egads.lib udunits2.lib legacy_stdio_definitions.lib /ignore:4078 /ignore:4217 Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr2AIM.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr2AIM.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr2AIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr2AIM.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr2AIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr2AIM.dll;2 cd .. cd aflr3 nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr3_version.exe Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr3_version.exe cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr3_version.exe /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr3_version.obj /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include -IC:\Users\jenkins\AFLR\aflr_lib_10.15.6\src aflr3_version.c /link /LIBPATH:C:\Users\jenkins\AFLR\aflr_lib_10.15.6\WIN64\lib aflr3.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. aflr3_version.c Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr3_version.exe /LIBPATH:C:\Users\jenkins\AFLR\aflr_lib_10.15.6\WIN64\lib aflr3.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr3_version.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr3_version.exe 16.31.5 cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include -I..\utils aflr3AIM.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr3AIM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. aflr3AIM.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include -IC:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\aflr3 -IC:\Users\jenkins\AFLR\aflr_lib_10.15.6\src -I..\utils aflr3_Interface.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr3_Interface.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. aflr3_Interface.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr3AIM.dll Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr3AIM.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr3AIM.dll /dll /def:aflr3AIM.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr3AIM.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr3_Interface.obj /LIBPATH:C:\Users\jenkins\AFLR\aflr_lib_10.15.6\WIN64\lib AFLR.lib /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib utils.lib aimUtil.lib ocsm.lib egads.lib udunits2.lib legacy_stdio_definitions.lib /ignore:4078 /ignore:4217 Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr3AIM.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr3AIM.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr3AIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr3AIM.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr3AIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr3AIM.dll;2 cd .. cd aflr4 nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr4_version.exe Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr4_version.exe cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr4_version.exe /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr4_version.obj /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include -IC:\Users\jenkins\AFLR\aflr_lib_10.15.6\src aflr4_version.c /link /LIBPATH:C:\Users\jenkins\AFLR\aflr_lib_10.15.6\WIN64\lib aflr4.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. aflr4_version.c Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr4_version.exe /LIBPATH:C:\Users\jenkins\AFLR\aflr_lib_10.15.6\WIN64\lib aflr4.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr4_version.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr4_version.exe cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include -IC:\Users\jenkins\AFLR\aflr_lib_10.15.6\src -I..\utils aflr4AIM.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr4AIM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. aflr4AIM.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include -IC:\Users\jenkins\AFLR\aflr_lib_10.15.6\src -I..\utils aflr4_Interface.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr4_Interface.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. aflr4_Interface.c cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /W0 /Fo"C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj"\ /Dstrcasecmp=stricmp -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include -I\src\egads_aflr4 C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_aflr4_version.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_aflr4_check_tess_coord.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_aflr4_check_tess_ordering.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_aflr4_get_tess.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_auto_cad_geom_setup.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_cad_geom_add_attr.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_cad_geom_add_ff.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_cad_geom_add_ret_attr.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_cad_geom_bodyFlag.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_cad_geom_check_bc.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_cad_geom_data_cleanup.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_cad_geom_file_read.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_cad_geom_file_write.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_cad_geom_edit.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_cad_geom_edgeData.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_cad_geom_edgeFace.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_cad_geom_faceEdge.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_cad_geom_faceFace.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_cad_geom_faceFlag.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_cad_geom_faceLoop.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_cad_geom_loopEdge.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_cad_geom_idef2idef.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_cad_geom_nodeData.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_cad_geom_reset_attr.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_cad_geom_setup.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_cad_geom_write_topo_data.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_eval_arclen.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_eval_curv_at_uv.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_eval_edge_uv.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_eval_norm_at_uv.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_eval_uv_bounds.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_eval_xyz_at_u.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_eval_xyz_at_uv.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\egads_set_ext_cad_data.c C:\Users\jenkins\AFLR\aflr_lib_10.15.6\src\egads_aflr4\EG_getEffBodyTopos.c Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. egads_aflr4_version.c egads_aflr4_check_tess_coord.c egads_aflr4_check_tess_ordering.c egads_aflr4_get_tess.c egads_auto_cad_geom_setup.c egads_cad_geom_add_attr.c egads_cad_geom_add_ff.c egads_cad_geom_add_ret_attr.c egads_cad_geom_bodyFlag.c egads_cad_geom_check_bc.c egads_cad_geom_data_cleanup.c egads_cad_geom_file_read.c egads_cad_geom_file_write.c egads_cad_geom_edit.c egads_cad_geom_edgeData.c egads_cad_geom_edgeFace.c egads_cad_geom_faceEdge.c egads_cad_geom_faceFace.c egads_cad_geom_faceFlag.c egads_cad_geom_faceLoop.c Generating Code... Compiling... egads_cad_geom_loopEdge.c egads_cad_geom_idef2idef.c egads_cad_geom_nodeData.c egads_cad_geom_reset_attr.c egads_cad_geom_setup.c egads_cad_geom_write_topo_data.c egads_eval_arclen.c egads_eval_curv_at_uv.c egads_eval_edge_uv.c egads_eval_norm_at_uv.c egads_eval_uv_bounds.c egads_eval_xyz_at_u.c egads_eval_xyz_at_uv.c egads_set_ext_cad_data.c EG_getEffBodyTopos.c Generating Code... del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr4AIM.dll Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr4AIM.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr4AIM.dll /dll /def:aflr4AIM.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr4AIM.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aflr4_Interface.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_aflr4_version.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_aflr4_check_tess_coord.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_aflr4_check_tess_ordering.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_aflr4_get_tess.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_auto_cad_geom_setup.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_cad_geom_add_attr.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_cad_geom_add_ff.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_cad_geom_add_ret_attr.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_cad_geom_bodyFlag.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_cad_geom_check_bc.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_cad_geom_data_cleanup.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_cad_geom_file_read.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_cad_geom_file_write.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_cad_geom_edit.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_cad_geom_edgeData.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_cad_geom_edgeFace.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_cad_geom_faceEdge.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_cad_geom_faceFace.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_cad_geom_faceFlag.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_cad_geom_faceLoop.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_cad_geom_loopEdge.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_cad_geom_idef2idef.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_cad_geom_nodeData.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_cad_geom_reset_attr.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_cad_geom_setup.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_cad_geom_write_topo_data.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_eval_arclen.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_eval_curv_at_uv.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_eval_edge_uv.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_eval_norm_at_uv.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_eval_uv_bounds.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_eval_xyz_at_u.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_eval_xyz_at_uv.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\egads_set_ext_cad_data.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\EG_getEffBodyTopos.obj /LIBPATH:C:\Users\jenkins\AFLR\aflr_lib_10.15.6\WIN64\lib AFLR.lib /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib utils.lib aimUtil.lib ocsm.lib egads.lib udunits2.lib legacy_stdio_definitions.lib /ignore:4078 /ignore:4217 Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr4AIM.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr4AIM.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr4AIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr4AIM.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr4AIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\aflr4AIM.dll;2 xcopy /Q /Y C:\Users\jenkins\AFLR\aflr_lib_10.15.6\WIN64\bin\AFLR.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib 1 File(s) copied cd .. cd awave nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils awaveAIM.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\awaveAIM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. awaveAIM.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\awaveAIM.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\awaveAIM.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\awaveAIM.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\awaveAIM.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\awaveAIM.dll /dll /def:awaveAIM.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\awaveAIM.obj /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib utils.lib aimUtil.lib ocsm.lib egads.lib udunits2.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\awaveAIM.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\awaveAIM.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\awaveAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\awaveAIM.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\awaveAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\awaveAIM.dll;2 ifort /c /Ox /threads /recursive /libs:dll awavemod.f /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\awave.obj Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. ifort /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\awave.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\awave.obj Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.1 Build 20201112_000000 Copyright (C) 1985-2020 Intel Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. -out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\awave.exe -subsystem:console C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\awave.obj cd .. cd tetgen nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils tetgenAIM.cpp /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\tetgenAIM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. tetgenAIM.cpp cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /DTETLIBRARY /IC:\Users\jenkins\tetgen\tetgen1.6.0 /I..\utils tetgen_Interface.cpp /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\tetgen_Interface.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. tetgen_Interface.cpp cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /W0 -DTETLIBRARY C:\Users\jenkins\tetgen\tetgen1.6.0\tetgen.cxx /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\tetgen.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. tetgen.cxx cl /c /Ob2 /Oi /Ot /Oy /MD /EHsc /GR /D_CRT_SECURE_NO_DEPRECATE /Od /W0 C:\Users\jenkins\tetgen\tetgen1.6.0\predicates.cxx /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\predicates.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. predicates.cxx del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\tetgenAIM.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\tetgenAIM.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\tetgenAIM.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\tetgenAIM.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\tetgenAIM.dll /dll /def:tetgenAIM.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\tetgenAIM.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\tetgen_Interface.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\tetgen.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\predicates.obj /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib utils.lib aimUtil.lib ocsm.lib egads.lib udunits2.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\tetgenAIM.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\tetgenAIM.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\tetgenAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\tetgenAIM.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\tetgenAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\tetgenAIM.dll;2 cd .. cd custom nmake -f Nmakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cd .. cd ..\test nmake -f aim.mak Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers aim.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aim.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. aim.c cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\aim.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aim.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib egads.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\aim.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib egads.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aim.obj copy /Y testingAIM.csm C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\testingAIM.csm 1 file(s) copied. nmake -f autoExec.mak Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers autoExec.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\autoExec.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. autoExec.c cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\autoExec.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\autoExec.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib egads.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\autoExec.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib egads.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\autoExec.obj nmake -f basic.mak Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include basic.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\basic.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. basic.c cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\basic.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\basic.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\basic.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\basic.obj nmake -f geomIn.mak Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include geomIn.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\geomIn.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. geomIn.c cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\geomIn.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\geomIn.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\geomIn.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\geomIn.obj nmake -f utilsTest.mak Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers aimTransferUtilTest.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aimTransferUtilTest.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. aimTransferUtilTest.c cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\aimTransferUtilTest.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aimTransferUtilTest.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib aimUtil.lib ocsm.lib egads.lib udunits2.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\aimTransferUtilTest.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib aimUtil.lib ocsm.lib egads.lib udunits2.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aimTransferUtilTest.obj cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include -I..\aim\utils -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers miscUtilsTest.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\miscUtilsTest.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. miscUtilsTest.c cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\miscUtilsTest.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\miscUtilsTest.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib aimUtil.lib ocsm.lib egads.lib udunits2.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\miscUtilsTest.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib aimUtil.lib ocsm.lib egads.lib udunits2.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\miscUtilsTest.obj cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include -I..\aim\utils -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers vlmUtilsTest.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\vlmUtilsTest.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. vlmUtilsTest.c cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\vlmUtilsTest.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\vlmUtilsTest.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib utils.lib aimUtil.lib ocsm.lib egads.lib udunits2.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\vlmUtilsTest.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib utils.lib aimUtil.lib ocsm.lib egads.lib udunits2.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\vlmUtilsTest.obj nmake -f vVS.mak Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers vVS.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\vVS.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. vVS.c cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\vVS.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\vVS.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib wsserver.lib z.lib ws2_32.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\vVS.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib wsserver.lib z.lib ws2_32.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\vVS.obj echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\vVS.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\vVS.exe;1 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\vVS.exe.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\vVS.exe;1 cd ..\examples nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. if not exist C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples mkdir C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples if not exist C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\csmData mkdir C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\csmData if not exist C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS mkdir C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS if not exist C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\pyCAPS mkdir C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\pyCAPS if not exist C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\regressionTest mkdir C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\regressionTest cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\csmData xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\examples\csmData\*.* /Q /Y 32 File(s) copied cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\pyCAPS xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\examples\pyCAPS\*.* /Q /Y 98 File(s) copied cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\regressionTest xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\examples\regressionTest\*.* /Q /Y 2 File(s) copied cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\examples\cCAPS nmake -f avlTest.mak Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include avlTest.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\avlTest.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. avlTest.c cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS\avlTest.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\avlTest.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib egads.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS\avlTest.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib egads.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\avlTest.obj nmake -f frictionTest.mak Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include frictionTest.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\frictionTest.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. frictionTest.c cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS\frictionTest.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\frictionTest.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib egads.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS\frictionTest.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib egads.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\frictionTest.obj nmake -f fun3d.mak Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include fun3dTetgenTest.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\fun3dTetgenTest.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. fun3dTetgenTest.c cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS/fun3dTetgenTest.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\fun3dTetgenTest.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib caps.lib egads.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS/fun3dTetgenTest.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib caps.lib egads.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\fun3dTetgenTest.obj cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include aeroelasticTest.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aeroelasticTest.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. aeroelasticTest.c cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS/aeroelasticTest.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aeroelasticTest.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib caps.lib egads.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS/aeroelasticTest.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib caps.lib egads.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\aeroelasticTest.obj cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include fun3dAFLR2Test.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\fun3dAFLR2Test.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. fun3dAFLR2Test.c cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS/fun3dAFLR2Test.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\fun3dAFLR2Test.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib caps.lib egads.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS/fun3dAFLR2Test.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib caps.lib egads.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\fun3dAFLR2Test.obj nmake -f hsm.mak Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include hsmTest.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\hsmTest.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. hsmTest.c cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS\hsmTest.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\hsmTest.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib egads.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS\hsmTest.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib egads.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\hsmTest.obj cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include hsmSimplePlateTest.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\hsmSimplePlateTest.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. hsmSimplePlateTest.c cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS\hsmSimplePlateTest.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\hsmSimplePlateTest.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib egads.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS\hsmSimplePlateTest.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib egads.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\hsmSimplePlateTest.obj cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include hsmCantileverPlateTest.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\hsmCantileverPlateTest.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. hsmCantileverPlateTest.c cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS\hsmCantileverPlateTest.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\hsmCantileverPlateTest.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib egads.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS\hsmCantileverPlateTest.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib egads.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\hsmCantileverPlateTest.obj cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include hsmJoinedPlateTest.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\hsmJoinedPlateTest.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. hsmJoinedPlateTest.c cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS\hsmJoinedPlateTest.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\hsmJoinedPlateTest.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib egads.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS\hsmJoinedPlateTest.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib egads.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\hsmJoinedPlateTest.obj nmake -f mystran.mak Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include mystranTest.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\mystranTest.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. mystranTest.c cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS/mystranTest.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\mystranTest.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib caps.lib egads.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS/mystranTest.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib caps.lib egads.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\mystranTest.obj nmake -f pointwiseTest.mak Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include pointwiseTest.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\pointwiseTest.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. pointwiseTest.c cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS\pointwiseTest.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\pointwiseTest.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib egads.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\examples\cCAPS\pointwiseTest.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib egads.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\pointwiseTest.obj cd ..\Slugs\src nmake -f NMakefile Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include\winhelpers Slugs.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\Slugs.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Slugs.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include Fitter.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\Fitter.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Fitter.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include RedBlackTree.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\RedBlackTree.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. RedBlackTree.c cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include Tessellate.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\Tessellate.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Tessellate.c cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\bin\Slugs.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\Slugs.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\Fitter.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\RedBlackTree.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\Tessellate.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib wsserver.lib z.lib egads.lib ws2_32.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\bin\Slugs.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib wsserver.lib z.lib egads.lib ws2_32.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\Slugs.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\Fitter.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\RedBlackTree.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\Tessellate.obj cd ..\.. Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 /IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include /I..\utils skeletonAIM.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\skeletonAIM.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. skeletonAIM.c del C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\skeletonAIM.dll C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\skeletonAIM.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\skeletonAIM.exp Could Not Find C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\skeletonAIM.dll link /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\skeletonAIM.dll /dll /def:skeletonAIM.def C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\skeletonAIM.obj /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib utils.lib aimUtil.lib ocsm.lib egads.lib udunits2.lib Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. Creating library C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\skeletonAIM.lib and object C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\skeletonAIM.exp echo /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\skeletonAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\skeletonAIM.dll;2 /manifest C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\skeletonAIM.dll.manifest /outputresource:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib\skeletonAIM.dll;2 Build training sessions Microsoft (R) Program Maintenance Utility Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. cl /c /Ox /MD /D_CRT_SECURE_NO_DEPRECATE /DWNT /DNDEBUG /D_CONSOLE /DWIN32 /DREVISION=7.3 /D_OCC64 -IC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\include template_avl.c /FoC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\template_avl.obj Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. template_avl.c cl /FeC:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\template_avl.exe C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\template_avl.obj /link /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib egads.lib Microsoft (R) C/C++ Optimizing Compiler Version 19.16.27044 for x64 Copyright (C) Microsoft Corporation. All rights reserved. Microsoft (R) Incremental Linker Version 14.16.27044.0 Copyright (C) Microsoft Corporation. All rights reserved. /out:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\test\template_avl.exe /LIBPATH:C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\lib /LIBPATH:C:\Users\jenkins\OpenCASCADE-7.3.1\win64\vc14\lib caps.lib egads.lib C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\obj\template_avl.obj C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\training\data\session01>REM set up for OpenCSM verification C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\training\data\session01>mkdir C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\udc || exit /b 666 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\training\data\session01>xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64\udc || exit /b 666 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\applyTparams.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\biconvex.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\boxudc.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\capsHeader.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\capsViews.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\contains.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\diamond.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\duct.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\expressions.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\flapz.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\fuselage.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\gen_rot.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\glovesFuse.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\glovesVtail.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\glovesWing.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\overlaps.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\popupz.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\spoilerz.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\strut.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\swap.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\viewAstros.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\viewAvl.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\viewConcept.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\viewMasstran.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\viewSansLIP.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\viewSkinStructure.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\viewSu2Inviscid.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\viewSu2Viscous.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\wake.udc C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\udc\wing.udc 30 File(s) copied C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\training\data\session01>echo Build training sessions Build training sessions C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\training\data\session01>setlocal EnableDelayedExpansion C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\training\data\session01>cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\data\training C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\data\training>FOR /R %f in (NMakefile) DO @IF EXIST %f set PATH=%~dpf;!PATH! C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\data\training>FOR /R %f in (NMakefile) DO @IF EXIST %f ( cd %~dpf nmake /e /f NMakefile || exit /b 666 ) C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\data\training>exit /b 0 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\aim\skeleton>if 0 NEQ 0 exit /b 666 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\aim\skeleton>echo Add training sessions to PATH Add training sessions to PATH C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\aim\skeleton>setlocal EnableDelayedExpansion C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\aim\skeleton>if OpenCSM/data/Slugs == OpenCSM/data/training cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\data\training C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\aim\skeleton>if OpenCSM/data/Slugs == OpenCSM/data/training FOR /R %f in (NMakefile) DO @IF EXIST %f set PATH=%~dpf;!PATH! C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\aim\skeleton>if not exist C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test mkdir C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test || exit /b 666 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\aim\skeleton>cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test || exit /b 666 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>REM relative path to OpenCSM C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>set OPENCSM=..\..\OpenCSM C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>set TEST=data/Slugs C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>call set ESPTESTTYPE=%ESPTEST:/data/Slugs=% C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>REM Set test C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>set CAPSTARGET=data/Slugs C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>set SENS=-data/Slugs C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>set CSMDATADIR=data/Slugs C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>REM Set test of dumpEgads C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>echo OpenCSM/data/Slugs | findstr "dumpEgads" 1>nul && (set DUMPEGADS=-dumpEgads -loadEgads ) || (set RECYCLECSM=-jrnl ..\..\OpenCSM\trunk\data\basic\recycleAll.jrnl ) C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>if OpenCSM == CAPS (if data/Slugs == unit ( REM CSM verification REM cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\aim\unitTest\csmData || exit /b 666 REM nmake /e /f NMakefile test || exit /b 666 REM cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\examples\csmData || exit /b 666 REM nmake /e /f NMakefile test || exit /b 666 REM CAPS Unit Tests cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\test || exit /b 666 bash.exe -ex runUnitTest.sh || exit /b 666 REM pyCAPS unit tests cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS || exit /b 666 nmake /e /f NMakefile unit || exit /b 666 ) else if data/Slugs == training2018 (REM Implemented further down due to batch difficulties ) else if data/Slugs == training ( REM run training examples cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\training || exit /b 666 bash.exe -e execute_Training.sh || exit /b 666 ) else if data/Slugs == training2018_off ( echo "Test is dissabled" exit /b 0 ) else ( REM CAPS verification using examples cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\examples || exit /b 666 nmake /e /f NMakefile test TYPE=data/Slugs || exit /b 666 REM legacy examples cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\legacy\examples\regressionTest || exit /b 666 bash.exe -e execute_PyTestRegression.sh data/Slugs || exit /b 666 ) ) else if OpenCSM == sensCSM ( REM run all design files bash.exe -c "ls ../../OpenCSM/trunk/data/basic/design*.csm | sort -f > csmFiles.txt" || exit /b 666 bash.exe -c "sed -i 's/\//\\\/g' csmFiles.txt" || exit /b 666 bash.exe -c "sed -i 's/\\\c\\\/C:\\\/g' csmFiles.txt" || exit /b 666 bash.exe -c "sed -i 's/\\\d\\\/D:\\\/g' csmFiles.txt" || exit /b 666 REM get known failues xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\JenkinsESP\data\sensFailure.txt /Q /Y || exit /b 666 bash.exe -c "sed -i 's/\//\\\/g' sensFailure.txt" || exit /b 666 bash.exe -e C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\JenkinsESP\expectSENS.sh echo ================================ Found errors ================================ bash.exe -c "grep 'NOT expected' csmlog.txt" echo ================================================================================================== ) else if data/Slugs == data/plugs ( REM run all plugs files bash.exe -c "ls ../../OpenCSM/trunk/data/plugs/plugs*.csm | sort -f > csmFiles.txt" || exit /b 666 bash.exe -c "sed -i 's/\//\\\/g' csmFiles.txt" || exit /b 666 bash.exe -c "sed -i 's/\\\c\\\/C:\\\/g' csmFiles.txt" || exit /b 666 bash.exe -c "sed -i 's/\\\d\\\/D:\\\/g' csmFiles.txt" || exit /b 666 bash.exe -c "awk '{ n=split($0, a, \";\"); for(i=1; i<=n; i+=2) print a[i] }' ../../JenkinsESP/data/plugs/plugsFailure.txt > plugsFailure.txt" || exit /b 666 bash.exe -c "cp ../../JenkinsESP/data/plugs/plugsIgnore.txt ." || exit /b 666 bash.exe -c "sed -i 's/\//\\\/g' plugsFailure.txt" || exit /b 666 bash.exe -c "sed -i 's/\//\\\/g' plugsIgnore.txt" || exit /b 666 bash.exe -e C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\JenkinsESP\expectPLUGS.sh echo ================================ Found errors ================================ bash.exe -c "awk '/\.csm;$/ { csm = $0 }; /build not completed|ERROR:: problem in/ { printf(\"%-35s %s\n\", csm, $0) }' csmlog.txt | tee plugsStatus.txt" bash.exe -c "sed -i 's/\\\/\//g' plugsStatus.txt" || exit /b 666 echo ================================ Differences from expected plugs failures ======================== bash.exe -c "diff --ignore-all-space plugsStatus.txt ../../JenkinsESP/data/plugs/plugsFailure.txt" echo ================================================================================================== bash.exe -c "echo 0 > err1_tmp.out" bash.exe -c "echo 0 > err2_tmp.out" bash.exe -c "echo 0 > err3_tmp.out" ) else if data/Slugs == data/Slugs ( REM run all Slugs files REM bash.exe -c "ls ../../OpenCSM/trunk/data/plugs/plugs*.csm | sort -f > csmFiles.txt" || exit /b 666 REM bash.exe -c "sed -i 's/\//\\\/g' csmFiles.txt" || exit /b 666 REM bash.exe -c "sed -i 's/\\\c\\\/C:\\\/g' csmFiles.txt" || exit /b 666 REM bash.exe -c "sed -i 's/\\\d\\\/D:\\\/g' csmFiles.txt" || exit /b 666 REM bash.exe -c "awk '{ n=split($0, a, \";\"); for(i=1; i<=n; i+=2) print a[i] }' ../../JenkinsESP/data/plugs/plugsFailure.txt > plugsFailure.txt" || exit /b 666 REM bash.exe -c "cp ../../JenkinsESP/data/plugs/plugsIgnore.txt ." || exit /b 666 REM bash.exe -c "sed -i 's/\//\\\/g' plugsFailure.txt" || exit /b 666 REM bash.exe -c "sed -i 's/\//\\\/g' plugsIgnore.txt" || exit /b 666 set SLUGSDIR=../../OpenCSM/trunk/data/Slugs bash.exe -e C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\JenkinsESP\expectSLUGS.sh echo ================================ Found errors ================================ bash.exe -c "awk '/\.csm;$/ { csm = $0 }; /build not completed|ERROR:: problem in/ { printf(\"%-35s %s\n\", csm, $0) }' csmlog.txt | tee slugsStatus.txt" bash.exe -c "sed -i 's/\\\/\//g' slugsStatus.txt" || exit /b 666 REM echo ================================ Differences from expected plugs failures ======================== REM bash.exe -c "diff --ignore-all-space plugsStatus.txt ../../JenkinsESP/data/plugs/plugsFailure.txt" echo ================================================================================================== bash.exe -c "echo 0 > err1_tmp.out" bash.exe -c "echo 0 > err2_tmp.out" bash.exe -c "echo 0 > err3_tmp.out" ) else if data/Slugs == pyOCSM ( REM pyOCSM Unit tests cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\OpenCSM\trunk\pyOCSM\testOCSM || exit /b 666 python test_pyOCSM.py -skipHelp || exit /b 666 ) else ( if data/Slugs == data/training (bash.exe -c "find ../../OpenCSM/trunk/data/Slugs -name *.csm | sort -f > csmFiles.txt" || exit /b 666 ) else (bash.exe -c "ls ../../OpenCSM/trunk/data/Slugs/*.csm | sort -f > csmFiles.txt" || exit /b 666 ) bash.exe -c "sed -i 's/\//\\\/g' csmFiles.txt" || exit /b 666 bash.exe -c "sed -i 's/\\\c\\\/C:\\\/g' csmFiles.txt" || exit /b 666 bash.exe -c "sed -i 's/\\\d\\\/D:\\\/g' csmFiles.txt" || exit /b 666 bash.exe -c "if [ -f \"../../JenkinsESP/data/csmIgnore_7.3.txt\" ]; then CSMIGNORE=`cat ../../JenkinsESP/data/csmIgnore_7.3.txt`; CSMIGNORE=${CSMIGNORE//\//'\\\\'}; for i in $CSMIGNORE; do echo Ignoring $i; CSMFILE=${i/\.csm/}; sed -i \"/${CSMFILE//\//\\/}/d\" csmFiles.txt; done; fi" || exit /b 666 bash.exe -c "touch csmErrorlog.txt" || exit /b 666 bash.exe -c "awk '{ n=split($0, a, \";\"); for(i=1; i<=n; i+=2) print a[i] }' ../../JenkinsESP/data/Slugs/csmErrorHandling.txt > csmErrorHandling.txt" || exit /b 666 bash.exe -c "awk '{ n=split($0, a, \";\"); for(i=1; i<=n; i+=2) print a[i] }' ../../JenkinsESP/data/Slugs/csmOCCFailure_7.3.txt > csmOCCFailure.txt" || exit /b 666 bash.exe -c "awk '{ n=split($0, a, \";\"); for(i=1; i<=n; i+=2) print a[i] }' ../../JenkinsESP/data/Slugs/egadsTessError.txt > egadsTessError.txt" || exit /b 666 bash.exe -c "sed -i 's/\//\\\/g' csmErrorHandling.txt" || exit /b 666 bash.exe -c "sed -i 's/\//\\\/g' csmOCCFailure.txt" || exit /b 666 bash.exe -c "sed -i 's/\//\\\/g' egadsTessError.txt" || exit /b 666 if data/Slugs == data/basic (FOR %e IN (egads igs iges stp step) DO (bash.exe -c "echo ..\\\..\\\OpenCSM\\\trunk\\\data\\\basic\\\autoStart.%e >> csmFiles.txt" || exit /b 666 ) ) bash.exe -e C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\JenkinsESP\expectCSM.sh echo ================================ Found errors handling ================================ bash.exe -c "awk '/\.csm;$/ { csm = $0 }; /build not completed|ERROR:: problem in/ { printf(\"%-35s %s\n\", csm, $0) }' csmErrorlog.txt | tee csmErrorHandlingStatus.txt" bash.exe -c "sed -i 's/\\\/\//g' csmErrorHandlingStatus.txt" || exit /b 666 echo ================================ Differences from expected errors ================================ bash.exe -c "diff --ignore-all-space csmErrorHandlingStatus.txt ../../JenkinsESP/data/Slugs/csmErrorHandling.txt" echo ================================ Found errors ================================ bash.exe -c "awk '/\.csm;$/ { csm = $0 }; /build not completed|ERROR:: problem in/ { printf(\"%-35s %s\n\", csm, $0) }' csmlog.txt | tee csmOCCStatus.txt" bash.exe -c "sed -i 's/\\\/\//g' csmOCCStatus.txt" || exit /b 666 echo ================================ Differences from expected OCC failures ================================ bash.exe -c "diff --ignore-all-space csmOCCStatus.txt ../../JenkinsESP/data/Slugs/csmOCCFailure_7.3.txt" if "" == "" ( echo ================================ Found tess errors ================================ bash.exe -c "awk '/\.csm;$/ { csm = $0 }; /EG_fillTris/ { printf(\"%-35s %s\n\", csm, $0) }' csmlog.txt | tee egadsTessErrorStatus.txt" bash.exe -c "sed -i 's/\\\/\//g' egadsTessErrorStatus.txt" || exit /b 666 echo ================================ Differences from expected tess errors ================================ bash.exe -c "diff --ignore-all-space egadsTessErrorStatus.txt ../../JenkinsESP/data/Slugs/egadsTessError.txt" ) echo ================================================================================================== bash.exe -c "diff --ignore-all-space csmErrorHandlingStatus.txt ../../JenkinsESP/data/Slugs/csmErrorHandling.txt | wc -l > err1_tmp.out" bash.exe -c "diff --ignore-all-space csmOCCStatus.txt ../../JenkinsESP/data/Slugs/csmOCCFailure_7.3.txt | wc -l > err2_tmp.out" if "" == "" (bash.exe -c "diff --ignore-all-space egadsTessErrorStatus.txt ../../JenkinsESP/data/Slugs/egadsTessError.txt | wc -l > err3_tmp.out" ) ) total 40M -rw-r--r-- 1 jenkins None 27M Nov 13 2018 ASTRO.D01 -rw-r--r-- 1 jenkins None 381K Nov 13 2018 ASTRO.IDX -rwxr-xr-x 1 jenkins None 19K Aug 9 15:24 Masstran.exe -rwxr-xr-x 1 jenkins None 399K Aug 9 15:26 Slugs.exe -rwxr-xr-x 1 jenkins None 12M Nov 13 2018 mastros.exe -rwxr-xr-x 1 jenkins None 53K Aug 9 15:23 sensCSM.exe -rwxr-xr-x 1 jenkins None 389K Aug 9 15:23 serveCSM.exe -rwxr-xr-x 1 jenkins None 389K Aug 9 15:23 serveESP.exe Testing CSM files: -------------------------------------------------------------------------------------------------- ( 1 ) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/Slugs' ../../OpenCSM/trunk/data/Slugs/blend12_0 -outLevel 0 -batch -jrnl ../../OpenCSM/trunk/data/Slugs/blend12_0.mod.jrnl ..... After reading: npnt = 24107 ntri = 48210 ==> Opening input journal file "../../OpenCSM/trunk/data/Slugs/blend12_0.mod.jrnl" Face 1 ...at beginning Edge 1, npnt= 33, ibeg= 1, iend= 2 Edge 2, npnt= 33, ibeg= 2, iend= 3 Edge 3, npnt= 65, ibeg= 3, iend= 4 Edge 4, npnt= 33, ibeg= 4, iend= 1 ...after sorting into Loops Loop 0 (0:3) Edge 1, npnt= 33, ibeg= 1, iend= 2 Edge 2, npnt= 33, ibeg= 2, iend= 3 Edge 3, npnt= 65, ibeg= 3, iend= 4 Edge 4, npnt= 33, ibeg= 4, iend= 1 Face 2 ...at beginning Edge 5, npnt= 65, ibeg= 5, iend= 6 Edge 6, npnt= 33, ibeg= 7, iend= 5 Edge 7, npnt= 66, ibeg= 8, iend= 7 Edge 8, npnt= 66, ibeg= 6, iend= 8 ...after sorting into Loops Loop 0 (0:3) Edge 5, npnt= 65, ibeg= 5, iend= 6 Edge 8, npnt= 66, ibeg= 6, iend= 8 Edge 7, npnt= 66, ibeg= 8, iend= 7 Edge 6, npnt= 33, ibeg= 7, iend= 5 Face 3 ...at beginning Edge -1, npnt= 33, iend= 2, ibeg= 1 Edge -5, npnt= 65, iend= 6, ibeg= 5 Edge 9, npnt= 129, ibeg= 5, iend= 2 Edge 10, npnt= 129, ibeg= 1, iend= 6 ...after sorting into Loops Loop 0 (0:3) Edge -1, npnt= 33, iend= 2, ibeg= 1 Edge 10, npnt= 129, ibeg= 1, iend= 6 Edge -5, npnt= 65, iend= 6, ibeg= 5 Edge 9, npnt= 129, ibeg= 5, iend= 2 Face 4 ...at beginning Edge -2, npnt= 33, iend= 3, ibeg= 2 Edge -6, npnt= 33, iend= 5, ibeg= 7 Edge -9, npnt= 129, iend= 2, ibeg= 5 Edge 11, npnt= 129, ibeg= 7, iend= 3 ...after sorting into Loops Loop 0 (0:3) Edge -2, npnt= 33, iend= 3, ibeg= 2 Edge -9, npnt= 129, iend= 2, ibeg= 5 Edge -6, npnt= 33, iend= 5, ibeg= 7 Edge 11, npnt= 129, ibeg= 7, iend= 3 Face 5 ...at beginning Edge -3, npnt= 65, iend= 4, ibeg= 3 Edge -7, npnt= 66, iend= 7, ibeg= 8 Edge -11, npnt= 129, iend= 3, ibeg= 7 Edge 12, npnt= 129, ibeg= 8, iend= 4 ...after sorting into Loops Loop 0 (0:3) Edge -3, npnt= 65, iend= 4, ibeg= 3 Edge -11, npnt= 129, iend= 3, ibeg= 7 Edge -7, npnt= 66, iend= 7, ibeg= 8 Edge 12, npnt= 129, ibeg= 8, iend= 4 Face 6 ...at beginning Edge -4, npnt= 33, iend= 1, ibeg= 4 Edge -8, npnt= 66, iend= 8, ibeg= 6 Edge -10, npnt= 129, iend= 6, ibeg= 1 Edge -12, npnt= 129, iend= 4, ibeg= 8 ...after sorting into Loops Loop 0 (0:3) Edge -4, npnt= 33, iend= 1, ibeg= 4 Edge -12, npnt= 129, iend= 4, ibeg= 8 Edge -8, npnt= 66, iend= 8, ibeg= 6 Edge -10, npnt= 129, iend= 6, ibeg= 1 enter fit1dCloud(bitflag=1, m=33, n=7) initial normf=4.2267e-02, maxf=1.0693e-01 iter= 10 normf=1.2319e-02, maxf=1.1935e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.1238e-02, maxf=1.1008e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.0250e-02, maxf=1.0114e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=9.3455e-03, maxf=9.2620e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=8.5176e-03, maxf=8.4572e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=7.7600e-03, maxf=7.7060e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.0669e-03, maxf=7.0124e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.4332e-03, maxf=6.3785e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=5.8542e-03, maxf=5.8043e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.3259e-03, maxf=5.2880e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=4.8442e-03, maxf=4.8263e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.4055e-03, maxf=4.4147e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.0063e-03, maxf=4.0484e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.6433e-03, maxf=3.7223e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.3135e-03, maxf=3.4664e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.0139e-03, maxf=3.2382e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.7421e-03, maxf=3.0312e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.4954e-03, maxf=2.8428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.2716e-03, maxf=2.6707e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.0687e-03, maxf=2.5133e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.8849e-03, maxf=2.3691e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.7183e-03, maxf=2.2370e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.5676e-03, maxf=2.1160e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.4312e-03, maxf=2.0055e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3081e-03, maxf=1.9046e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.1970e-03, maxf=1.8129e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.0969e-03, maxf=1.7297e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0070e-03, maxf=1.6543e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.2622e-04, maxf=1.5864e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.5389e-04, maxf=1.5252e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=7.8924e-04, maxf=1.4702e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.3160e-04, maxf=1.4208e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.8031e-04, maxf=1.3765e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.3479e-04, maxf=1.3368e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9448e-04, maxf=1.3011e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5887e-04, maxf=1.2690e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.2746e-04, maxf=1.2401e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.9981e-04, maxf=1.2140e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.7552e-04, maxf=1.1904e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.5418e-04, maxf=1.1688e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=4.3546e-04, maxf=1.1492e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=4.1902e-04, maxf=1.1311e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=4.0459e-04, maxf=1.1144e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.9190e-04, maxf=1.0989e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.8071e-04, maxf=1.0845e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=3.7083e-04, maxf=1.0709e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=3.6207e-04, maxf=1.0582e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=3.5427e-04, maxf=1.0461e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=3.4730e-04, maxf=1.0346e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=3.4103e-04, maxf=1.0237e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.3537e-04, maxf=1.0132e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 converged in 517 itertions final normf=3.3121e-04, maxf=1.0051e-03 fit1dCloud(npnt=33, ncp=7) -> status=0, numiter=518, normf= 7.3929e-04, dotmin=0.9359, nmin=6 enter fit1dCloud(bitflag=1, m=33, n=7) initial normf=5.0558e-02, maxf=1.2791e-01 iter= 10 normf=1.4736e-02, maxf=1.4276e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.3443e-02, maxf=1.3168e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.2261e-02, maxf=1.2098e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.1179e-02, maxf=1.1079e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=1.0188e-02, maxf=1.0116e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=9.2821e-03, maxf=9.2175e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=8.4531e-03, maxf=8.3879e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=7.6950e-03, maxf=7.6296e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=7.0026e-03, maxf=6.9428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=6.3706e-03, maxf=6.3253e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.7944e-03, maxf=5.7729e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=5.2697e-03, maxf=5.2806e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.7921e-03, maxf=4.8424e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=4.3579e-03, maxf=4.4524e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.9634e-03, maxf=4.1465e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.6051e-03, maxf=3.8735e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=3.2799e-03, maxf=3.6259e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.9849e-03, maxf=3.4005e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.7172e-03, maxf=3.1948e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.4745e-03, maxf=3.0065e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=2.2546e-03, maxf=2.8340e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=2.0554e-03, maxf=2.6759e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.8750e-03, maxf=2.5312e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.7120e-03, maxf=2.3990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.5647e-03, maxf=2.2784e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.4318e-03, maxf=2.1686e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.3121e-03, maxf=2.0691e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.2045e-03, maxf=1.9790e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.1079e-03, maxf=1.8977e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.0214e-03, maxf=1.8245e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=9.4407e-04, maxf=1.7587e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=8.7511e-04, maxf=1.6996e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=8.1377e-04, maxf=1.6467e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=7.5932e-04, maxf=1.5991e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=7.1110e-04, maxf=1.5565e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=6.6850e-04, maxf=1.5181e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=6.3093e-04, maxf=1.4835e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=5.9787e-04, maxf=1.4523e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=5.6880e-04, maxf=1.4240e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=5.4328e-04, maxf=1.3982e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=5.2088e-04, maxf=1.3747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=5.0123e-04, maxf=1.3531e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=4.8396e-04, maxf=1.3331e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=4.6878e-04, maxf=1.3146e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=4.5540e-04, maxf=1.2973e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=4.4358e-04, maxf=1.2811e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=4.3310e-04, maxf=1.2658e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=4.2377e-04, maxf=1.2514e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=4.1543e-04, maxf=1.2377e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=4.0793e-04, maxf=1.2246e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=4.0116e-04, maxf=1.2121e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.9501e-04, maxf=1.2000e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.8939e-04, maxf=1.1884e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=3.8423e-04, maxf=1.1772e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=3.7945e-04, maxf=1.1664e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=3.7502e-04, maxf=1.1558e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=3.7088e-04, maxf=1.1456e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 converged in 574 itertions final normf=3.6891e-04, maxf=1.1406e-03 fit1dCloud(npnt=33, ncp=7) -> status=0, numiter=575, normf= 6.8840e-04, dotmin=0.9370, nmin=6 enter fit1dCloud(bitflag=1, m=65, n=7) initial normf=5.0874e-02, maxf=1.2187e-01 iter= 10 normf=1.4294e-02, maxf=8.4909e-03 ACCEPTED, lambda= 1.563e-02, smooth= 9.135e-01 iter= 20 normf=1.2947e-02, maxf=6.3826e-03 ACCEPTED, lambda= 1.526e-05, smooth= 8.262e-01 iter= 30 normf=1.1736e-02, maxf=5.2979e-03 ACCEPTED, lambda= 1.490e-08, smooth= 7.472e-01 iter= 40 normf=1.0635e-02, maxf=4.4080e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.6361e-03, maxf=3.6914e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.7293e-03, maxf=3.1202e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.9066e-03, maxf=2.6659e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=7.1606e-03, maxf=2.2897e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.4844e-03, maxf=2.0019e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.8715e-03, maxf=1.7537e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.3163e-03, maxf=1.5384e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.8133e-03, maxf=1.4021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.3577e-03, maxf=1.3024e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.9451e-03, maxf=1.2156e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5714e-03, maxf=1.1354e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2331e-03, maxf=1.0614e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9267e-03, maxf=9.9335e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6493e-03, maxf=9.3118e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.3982e-03, maxf=8.8199e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1709e-03, maxf=8.3862e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9652e-03, maxf=7.9975e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.7791e-03, maxf=7.6519e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6107e-03, maxf=7.3469e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.4584e-03, maxf=7.0799e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3207e-03, maxf=6.8478e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.1963e-03, maxf=6.6473e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.0838e-03, maxf=6.4753e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=9.8225e-04, maxf=6.3284e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=8.9056e-04, maxf=6.2036e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.0783e-04, maxf=6.0981e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=7.3323e-04, maxf=6.0091e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=6.6601e-04, maxf=5.9342e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.0550e-04, maxf=5.8714e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=5.5107e-04, maxf=5.8187e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.0217e-04, maxf=5.7746e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=4.5831e-04, maxf=5.7377e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=4.1903e-04, maxf=5.7068e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=3.8392e-04, maxf=5.6808e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=3.5261e-04, maxf=5.6590e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.2476e-04, maxf=5.6442e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.0006e-04, maxf=5.6316e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=2.7823e-04, maxf=5.6208e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=2.5900e-04, maxf=5.6116e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=2.4214e-04, maxf=5.6036e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=2.2741e-04, maxf=5.5967e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.1462e-04, maxf=5.5906e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.0355e-04, maxf=5.5852e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 converged in 472 itertions final normf=2.0053e-04, maxf=5.5837e-04 fit1dCloud(npnt=65, ncp=7) -> status=0, numiter=473, normf= 4.4760e-04, dotmin=0.7872, nmin=9 enter fit1dCloud(bitflag=1, m=33, n=7) initial normf=5.0558e-02, maxf=1.2791e-01 iter= 10 normf=1.4736e-02, maxf=1.4276e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.3443e-02, maxf=1.3168e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.2261e-02, maxf=1.2099e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.1179e-02, maxf=1.1079e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=1.0188e-02, maxf=1.0116e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=9.2821e-03, maxf=9.2177e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=8.4530e-03, maxf=8.3880e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=7.6950e-03, maxf=7.6298e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=7.0026e-03, maxf=6.9430e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=6.3706e-03, maxf=6.3254e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.7944e-03, maxf=5.7731e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=5.2697e-03, maxf=5.2808e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.7921e-03, maxf=4.8426e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=4.3579e-03, maxf=4.4526e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.9634e-03, maxf=4.1464e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.6051e-03, maxf=3.8734e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=3.2799e-03, maxf=3.6258e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.9849e-03, maxf=3.4005e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.7172e-03, maxf=3.1947e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.4745e-03, maxf=3.0064e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=2.2546e-03, maxf=2.8339e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=2.0554e-03, maxf=2.6759e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.8750e-03, maxf=2.5312e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.7120e-03, maxf=2.3989e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.5647e-03, maxf=2.2783e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.4318e-03, maxf=2.1685e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.3121e-03, maxf=2.0690e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.2045e-03, maxf=1.9789e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.1079e-03, maxf=1.8976e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.0214e-03, maxf=1.8244e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=9.4407e-04, maxf=1.7586e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=8.7511e-04, maxf=1.6995e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=8.1377e-04, maxf=1.6466e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=7.5932e-04, maxf=1.5990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=7.1111e-04, maxf=1.5564e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=6.6850e-04, maxf=1.5180e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=6.3094e-04, maxf=1.4834e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=5.9787e-04, maxf=1.4522e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=5.6880e-04, maxf=1.4239e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=5.4328e-04, maxf=1.3981e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=5.2089e-04, maxf=1.3746e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=5.0123e-04, maxf=1.3530e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=4.8397e-04, maxf=1.3330e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=4.6879e-04, maxf=1.3145e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=4.5541e-04, maxf=1.2972e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=4.4359e-04, maxf=1.2810e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=4.3311e-04, maxf=1.2657e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=4.2378e-04, maxf=1.2513e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=4.1544e-04, maxf=1.2376e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=4.0794e-04, maxf=1.2245e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=4.0117e-04, maxf=1.2120e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.9502e-04, maxf=1.1999e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.8940e-04, maxf=1.1883e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=3.8424e-04, maxf=1.1771e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=3.7946e-04, maxf=1.1663e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=3.7503e-04, maxf=1.1557e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=3.7090e-04, maxf=1.1455e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 converged in 574 itertions final normf=3.6892e-04, maxf=1.1405e-03 fit1dCloud(npnt=33, ncp=7) -> status=0, numiter=575, normf= 6.8842e-04, dotmin=0.9370, nmin=6 enter fit1dCloud(bitflag=1, m=65, n=7) initial normf=5.0874e-02, maxf=1.2187e-01 iter= 10 normf=1.4294e-02, maxf=8.4911e-03 ACCEPTED, lambda= 1.563e-02, smooth= 9.135e-01 iter= 20 normf=1.2947e-02, maxf=6.3825e-03 ACCEPTED, lambda= 1.526e-05, smooth= 8.262e-01 iter= 30 normf=1.1736e-02, maxf=5.2977e-03 ACCEPTED, lambda= 1.490e-08, smooth= 7.472e-01 iter= 40 normf=1.0635e-02, maxf=4.4080e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.6361e-03, maxf=3.6914e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.7293e-03, maxf=3.1204e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.9066e-03, maxf=2.6661e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=7.1606e-03, maxf=2.2895e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.4844e-03, maxf=2.0017e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.8715e-03, maxf=1.7535e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.3163e-03, maxf=1.5382e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.8133e-03, maxf=1.4022e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.3577e-03, maxf=1.3025e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.9451e-03, maxf=1.2157e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5714e-03, maxf=1.1354e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2331e-03, maxf=1.0614e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9267e-03, maxf=9.9344e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6493e-03, maxf=9.3127e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.3982e-03, maxf=8.8197e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1709e-03, maxf=8.3860e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9652e-03, maxf=7.9973e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.7791e-03, maxf=7.6517e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6107e-03, maxf=7.3467e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.4584e-03, maxf=7.0797e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3207e-03, maxf=6.8476e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.1963e-03, maxf=6.6471e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.0838e-03, maxf=6.4750e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=9.8225e-04, maxf=6.3282e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=8.9056e-04, maxf=6.2034e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.0783e-04, maxf=6.0978e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=7.3323e-04, maxf=6.0088e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=6.6601e-04, maxf=5.9340e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.0550e-04, maxf=5.8711e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=5.5107e-04, maxf=5.8185e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.0217e-04, maxf=5.7744e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=4.5831e-04, maxf=5.7375e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=4.1903e-04, maxf=5.7065e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=3.8392e-04, maxf=5.6805e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=3.5261e-04, maxf=5.6586e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.2476e-04, maxf=5.6409e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.0006e-04, maxf=5.6283e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=2.7823e-04, maxf=5.6175e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=2.5900e-04, maxf=5.6083e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=2.4214e-04, maxf=5.6003e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=2.2741e-04, maxf=5.5934e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.1461e-04, maxf=5.5873e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.0354e-04, maxf=5.5819e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 converged in 472 itertions final normf=2.0053e-04, maxf=5.5804e-04 fit1dCloud(npnt=65, ncp=7) -> status=0, numiter=473, normf= 4.4760e-04, dotmin=0.7872, nmin=9 enter fit1dCloud(bitflag=1, m=33, n=7) initial normf=5.0558e-02, maxf=1.2791e-01 iter= 10 normf=1.4736e-02, maxf=1.4276e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.3443e-02, maxf=1.3167e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.2261e-02, maxf=1.2098e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.1179e-02, maxf=1.1079e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=1.0188e-02, maxf=1.0116e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=9.2821e-03, maxf=9.2175e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=8.4531e-03, maxf=8.3879e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=7.6950e-03, maxf=7.6296e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=7.0026e-03, maxf=6.9428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=6.3706e-03, maxf=6.3252e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.7944e-03, maxf=5.7729e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=5.2697e-03, maxf=5.2806e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.7921e-03, maxf=4.8424e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=4.3579e-03, maxf=4.4523e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.9634e-03, maxf=4.1465e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.6051e-03, maxf=3.8735e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=3.2799e-03, maxf=3.6259e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.9849e-03, maxf=3.4005e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.7172e-03, maxf=3.1947e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.4745e-03, maxf=3.0064e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=2.2546e-03, maxf=2.8340e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=2.0554e-03, maxf=2.6759e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.8750e-03, maxf=2.5312e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.7120e-03, maxf=2.3990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.5647e-03, maxf=2.2783e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.4318e-03, maxf=2.1686e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.3121e-03, maxf=2.0691e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.2045e-03, maxf=1.9790e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.1079e-03, maxf=1.8977e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.0214e-03, maxf=1.8245e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=9.4407e-04, maxf=1.7587e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=8.7511e-04, maxf=1.6996e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=8.1377e-04, maxf=1.6467e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=7.5932e-04, maxf=1.5991e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=7.1110e-04, maxf=1.5565e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=6.6850e-04, maxf=1.5181e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=6.3093e-04, maxf=1.4835e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=5.9787e-04, maxf=1.4523e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=5.6880e-04, maxf=1.4240e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=5.4328e-04, maxf=1.3983e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=5.2088e-04, maxf=1.3747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=5.0123e-04, maxf=1.3531e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=4.8396e-04, maxf=1.3331e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=4.6878e-04, maxf=1.3146e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=4.5540e-04, maxf=1.2973e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=4.4358e-04, maxf=1.2811e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=4.3310e-04, maxf=1.2659e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=4.2377e-04, maxf=1.2514e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=4.1543e-04, maxf=1.2377e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=4.0793e-04, maxf=1.2246e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=4.0116e-04, maxf=1.2121e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.9501e-04, maxf=1.2001e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.8939e-04, maxf=1.1885e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=3.8422e-04, maxf=1.1773e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=3.7945e-04, maxf=1.1664e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=3.7502e-04, maxf=1.1559e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=3.7088e-04, maxf=1.1456e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 converged in 574 itertions final normf=3.6891e-04, maxf=1.1406e-03 fit1dCloud(npnt=33, ncp=7) -> status=0, numiter=575, normf= 6.8840e-04, dotmin=0.9370, nmin=6 enter fit1dCloud(bitflag=1, m=66, n=7) initial normf=3.7596e-02, maxf=9.3581e-02 iter= 10 normf=8.0936e-03, maxf=1.5763e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=7.3120e-03, maxf=1.2443e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=6.6823e-03, maxf=1.1202e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=6.1023e-03, maxf=1.0054e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=5.5686e-03, maxf=9.0001e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=5.0784e-03, maxf=8.0386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=4.6286e-03, maxf=7.1671e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=4.2166e-03, maxf=6.3820e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=3.8396e-03, maxf=5.6863e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=3.4952e-03, maxf=5.0730e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.1808e-03, maxf=4.5253e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=2.8940e-03, maxf=4.0377e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.6327e-03, maxf=3.6050e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.3948e-03, maxf=3.2222e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.1782e-03, maxf=2.8845e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.9813e-03, maxf=2.5875e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.8024e-03, maxf=2.3271e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.6399e-03, maxf=2.0996e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.4925e-03, maxf=1.9014e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.3589e-03, maxf=1.7294e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.2380e-03, maxf=1.5836e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.1286e-03, maxf=1.4634e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.0299e-03, maxf=1.3610e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=9.4097e-04, maxf=1.2742e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=8.6092e-04, maxf=1.2008e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=7.8902e-04, maxf=1.1390e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=7.2456e-04, maxf=1.0870e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=6.6691e-04, maxf=1.0435e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=6.1547e-04, maxf=1.0072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=5.6969e-04, maxf=9.9839e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=5.2905e-04, maxf=1.0275e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=4.9308e-04, maxf=1.0531e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=4.6135e-04, maxf=1.0756e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=4.3344e-04, maxf=1.0955e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=4.0897e-04, maxf=1.1131e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=3.8759e-04, maxf=1.1287e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=3.6896e-04, maxf=1.1426e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=3.5277e-04, maxf=1.1550e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=3.3874e-04, maxf=1.1661e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.2660e-04, maxf=1.1761e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 converged in 408 itertions final normf=3.1709e-04, maxf=1.1842e-03 fit1dCloud(npnt=66, ncp=7) -> status=0, numiter=409, normf= 1.2570e-03, dotmin=0.8213, nmin=11 enter fit1dCloud(bitflag=1, m=66, n=7) initial normf=4.9745e-02, maxf=1.2382e-01 iter= 10 normf=1.0709e-02, maxf=2.0857e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=9.6748e-03, maxf=1.6464e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=8.8417e-03, maxf=1.4822e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=8.0742e-03, maxf=1.3303e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=7.3681e-03, maxf=1.1909e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=6.7194e-03, maxf=1.0636e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=6.1243e-03, maxf=9.4831e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=5.5791e-03, maxf=8.4443e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=5.0804e-03, maxf=7.5239e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=4.6246e-03, maxf=6.7124e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=4.2086e-03, maxf=5.9877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.8292e-03, maxf=5.3425e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=3.4835e-03, maxf=4.7700e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.1686e-03, maxf=4.2635e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.8821e-03, maxf=3.8167e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.6216e-03, maxf=3.4237e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.3848e-03, maxf=3.0792e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.1698e-03, maxf=2.7781e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.9747e-03, maxf=2.5159e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.7980e-03, maxf=2.2884e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.6380e-03, maxf=2.0954e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.4933e-03, maxf=1.9362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.3628e-03, maxf=1.8008e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.2450e-03, maxf=1.6859e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.1391e-03, maxf=1.5888e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.0440e-03, maxf=1.5070e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=9.5871e-04, maxf=1.4383e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=8.8243e-04, maxf=1.3808e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=8.1436e-04, maxf=1.3327e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=7.5378e-04, maxf=1.3211e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=7.0001e-04, maxf=1.3596e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=6.5242e-04, maxf=1.3935e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.1043e-04, maxf=1.4233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=5.7351e-04, maxf=1.4496e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.4113e-04, maxf=1.4729e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.1284e-04, maxf=1.4936e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=4.8819e-04, maxf=1.5120e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.6677e-04, maxf=1.5284e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4820e-04, maxf=1.5430e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.3214e-04, maxf=1.5562e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=4.1827e-04, maxf=1.5681e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=4.0629e-04, maxf=1.5788e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 converged in 427 itertions final normf=3.9791e-04, maxf=1.5866e-03 fit1dCloud(npnt=66, ncp=7) -> status=0, numiter=428, normf= 1.1921e-03, dotmin=0.8220, nmin=11 enter fit1dCloud(bitflag=1, m=129, n=7) initial normf=4.0603e-02, maxf=1.0177e-01 iter= 10 normf=1.0227e-06, maxf=1.1064e-07 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 converged in 10 itertions final normf=4.3046e-07, maxf=9.9168e-08 fit1dCloud(npnt=129, ncp=7) -> status=0, numiter= 11, normf= 3.2284e-06, dotmin=1.0000, nmin=23 enter fit1dCloud(bitflag=1, m=129, n=7) initial normf=4.4315e-02, maxf=1.1091e-01 iter= 10 normf=6.5827e-03, maxf=5.9428e-03 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=5.9896e-03, maxf=5.6786e-03 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=5.4619e-03, maxf=5.5167e-03 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=4.9818e-03, maxf=5.3772e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=4.5453e-03, maxf=5.2597e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=4.1489e-03, maxf=5.1628e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=3.7891e-03, maxf=5.0843e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=3.4627e-03, maxf=5.0222e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=3.1667e-03, maxf=4.9742e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=2.8983e-03, maxf=4.9381e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=2.6551e-03, maxf=4.9120e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=2.4347e-03, maxf=4.8941e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.2351e-03, maxf=4.8827e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.0545e-03, maxf=4.8764e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.8913e-03, maxf=4.8741e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.7440e-03, maxf=4.8746e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.6113e-03, maxf=4.8771e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.4919e-03, maxf=4.8808e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.3848e-03, maxf=4.8852e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.2889e-03, maxf=4.8898e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.2032e-03, maxf=4.8944e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.1267e-03, maxf=4.8988e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.0587e-03, maxf=4.9028e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=9.9812e-04, maxf=4.9064e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=9.4431e-04, maxf=4.9095e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=8.9651e-04, maxf=4.9122e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=8.5405e-04, maxf=4.9145e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=8.1631e-04, maxf=4.9165e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=7.8272e-04, maxf=4.9181e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=7.5278e-04, maxf=4.9194e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=7.2605e-04, maxf=4.9205e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.0212e-04, maxf=4.9214e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.8064e-04, maxf=4.9222e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.6131e-04, maxf=4.9227e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=6.4386e-04, maxf=4.9232e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=6.2804e-04, maxf=4.9235e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=6.1367e-04, maxf=4.9238e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=6.0056e-04, maxf=4.9240e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=5.8856e-04, maxf=4.9241e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=5.7753e-04, maxf=4.9242e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 converged in 407 itertions final normf=5.6934e-04, maxf=4.9242e-03 fit1dCloud(npnt=129, ncp=7) -> status=0, numiter=408, normf= 4.2700e-03, dotmin=0.8868, nmin=24 enter fit1dCloud(bitflag=1, m=129, n=7) initial normf=4.4285e-02, maxf=1.1075e-01 iter= 10 normf=6.5753e-03, maxf=5.7113e-03 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=5.9806e-03, maxf=5.4550e-03 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=5.4520e-03, maxf=5.1653e-03 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=4.9710e-03, maxf=4.9044e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=4.5336e-03, maxf=4.6803e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=4.1361e-03, maxf=4.4746e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=3.7752e-03, maxf=4.2838e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=3.4475e-03, maxf=4.1051e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=3.1501e-03, maxf=3.9457e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=2.8803e-03, maxf=3.7942e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=2.6354e-03, maxf=3.6484e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=2.4133e-03, maxf=3.5076e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.2118e-03, maxf=3.3717e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.0293e-03, maxf=3.2423e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.8639e-03, maxf=3.1247e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.7143e-03, maxf=3.0119e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.5791e-03, maxf=2.9041e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.4572e-03, maxf=2.8013e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.3474e-03, maxf=2.7035e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.2486e-03, maxf=2.6106e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.1600e-03, maxf=2.5224e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.0805e-03, maxf=2.4428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.0094e-03, maxf=2.3686e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=9.4571e-04, maxf=2.2978e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=8.8876e-04, maxf=2.2300e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=8.3781e-04, maxf=2.1651e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=7.9223e-04, maxf=2.1028e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=7.5139e-04, maxf=2.0430e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=7.1476e-04, maxf=1.9853e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=6.8185e-04, maxf=1.9297e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=6.5222e-04, maxf=1.8761e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=6.2547e-04, maxf=1.8437e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.0126e-04, maxf=1.8258e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=5.7928e-04, maxf=1.8082e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.5926e-04, maxf=1.7908e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.4096e-04, maxf=1.7735e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.2419e-04, maxf=1.7562e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=5.0876e-04, maxf=1.7388e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.9452e-04, maxf=1.7215e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.8132e-04, maxf=1.7041e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=4.6906e-04, maxf=1.6866e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=4.5762e-04, maxf=1.6692e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=4.4692e-04, maxf=1.6517e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=4.3688e-04, maxf=1.6342e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=4.2742e-04, maxf=1.6167e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=4.1850e-04, maxf=1.5993e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=4.1005e-04, maxf=1.5819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=4.0203e-04, maxf=1.5647e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=3.9440e-04, maxf=1.5475e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=3.8713e-04, maxf=1.5304e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.8017e-04, maxf=1.5134e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.7351e-04, maxf=1.4966e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.6712e-04, maxf=1.4799e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=3.6098e-04, maxf=1.4634e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=3.5506e-04, maxf=1.4471e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=3.4935e-04, maxf=1.4309e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=3.4384e-04, maxf=1.4149e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=3.3851e-04, maxf=1.3991e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=3.3335e-04, maxf=1.3835e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=3.2835e-04, maxf=1.3680e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=3.2349e-04, maxf=1.3527e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=3.1878e-04, maxf=1.3379e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=3.1419e-04, maxf=1.3240e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=3.0973e-04, maxf=1.3102e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=3.0539e-04, maxf=1.2965e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=3.0115e-04, maxf=1.2830e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=2.9702e-04, maxf=1.2697e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=2.9299e-04, maxf=1.2565e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=2.8906e-04, maxf=1.2435e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=2.8521e-04, maxf=1.2306e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=2.8146e-04, maxf=1.2179e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 iter= 720 normf=2.7778e-04, maxf=1.2053e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.273e-04 iter= 730 normf=2.7419e-04, maxf=1.1928e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.577e-04 iter= 740 normf=2.7068e-04, maxf=1.1805e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.949e-04 iter= 750 normf=2.6723e-04, maxf=1.1683e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.380e-04 iter= 760 normf=2.6386e-04, maxf=1.1563e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.865e-04 iter= 770 normf=2.6056e-04, maxf=1.1444e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.400e-04 iter= 780 normf=2.5732e-04, maxf=1.1326e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.979e-04 iter= 790 normf=2.5415e-04, maxf=1.1210e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.599e-04 iter= 800 normf=2.5104e-04, maxf=1.1094e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.255e-04 iter= 810 normf=2.4798e-04, maxf=1.0980e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.944e-04 iter= 820 normf=2.4499e-04, maxf=1.0868e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.662e-04 iter= 830 normf=2.4205e-04, maxf=1.0756e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.408e-04 iter= 840 normf=2.3917e-04, maxf=1.0646e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.177e-04 iter= 850 normf=2.3634e-04, maxf=1.0536e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.969e-04 iter= 860 normf=2.3355e-04, maxf=1.0428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.781e-04 iter= 870 normf=2.3082e-04, maxf=1.0321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.611e-04 iter= 880 normf=2.2814e-04, maxf=1.0215e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.457e-04 iter= 890 normf=2.2550e-04, maxf=1.0110e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.317e-04 iter= 900 normf=2.2291e-04, maxf=1.0006e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.191e-04 iter= 910 normf=2.2036e-04, maxf=9.9032e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.077e-04 iter= 920 normf=2.1786e-04, maxf=9.8014e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.744e-05 iter= 930 normf=2.1540e-04, maxf=9.7005e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.812e-05 converged in 933 itertions final normf=2.1443e-04, maxf=9.6605e-04 fit1dCloud(npnt=129, ncp=7) -> status=0, numiter=934, normf= 1.6082e-03, dotmin=0.8504, nmin=27 enter fit1dCloud(bitflag=1, m=129, n=7) initial normf=3.7601e-02, maxf=9.4301e-02 iter= 10 normf=3.4442e-03, maxf=3.3461e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=3.1433e-03, maxf=3.1577e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=2.8687e-03, maxf=2.9688e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=2.6180e-03, maxf=2.7971e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=2.3895e-03, maxf=2.6501e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=2.1815e-03, maxf=2.5172e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=1.9923e-03, maxf=2.3960e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=1.8203e-03, maxf=2.2851e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=1.6640e-03, maxf=2.1885e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=1.5222e-03, maxf=2.0982e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=1.3934e-03, maxf=2.0132e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=1.2766e-03, maxf=1.9328e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.1707e-03, maxf=1.8566e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.0747e-03, maxf=1.7869e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=9.8774e-04, maxf=1.7227e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=9.0910e-04, maxf=1.6619e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=8.3808e-04, maxf=1.6043e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=7.7406e-04, maxf=1.5500e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=7.1646e-04, maxf=1.4990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=6.6475e-04, maxf=1.4510e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=6.1844e-04, maxf=1.4059e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=5.7705e-04, maxf=1.3657e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=5.4014e-04, maxf=1.3287e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=5.0728e-04, maxf=1.2938e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=4.7808e-04, maxf=1.2609e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=4.5215e-04, maxf=1.2297e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=4.2915e-04, maxf=1.2001e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=4.0876e-04, maxf=1.1719e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=3.9067e-04, maxf=1.1450e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=3.7461e-04, maxf=1.1193e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=3.6034e-04, maxf=1.0946e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=3.4763e-04, maxf=1.0709e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=3.3629e-04, maxf=1.0482e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=3.2614e-04, maxf=1.0263e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=3.1702e-04, maxf=1.0052e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=3.0881e-04, maxf=9.8487e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 converged in 367 itertions final normf=3.0281e-04, maxf=9.7164e-04 fit1dCloud(npnt=129, ncp=7) -> status=0, numiter=368, normf= 2.5739e-03, dotmin=0.9560, nmin=23 generateFits(1D), CPU= 0.78 sec iface= 1 npnt = 1649 ntrain= 1649 (100%) iface= 2 npnt = 2972 ntrain= 2972 (100%) iface= 3 npnt = 5030 ntrain= 5030 (100%) non-planar (fitting) ipnt=1, prod= -0.00181 extracting south control points from iedge= -1 extracting east control points from iedge= 10 extracting north control points from iedge= -5 extracting west control points from iedge= 9 iface= 4 npnt = 3344 ntrain= 3344 (100%) non-planar (fitting) ipnt=1, prod= 0.09514 extracting south control points from iedge= -2 extracting east control points from iedge= -9 extracting north control points from iedge= -6 extracting west control points from iedge= 11 iface= 5 npnt = 6947 ntrain= 6947 (100%) non-planar (fitting) ipnt=1, prod= 0.00117 extracting south control points from iedge= -3 extracting east control points from iedge= -11 extracting north control points from iedge= -7 extracting west control points from iedge= 12 iface= 6 npnt = 5067 ntrain= 5067 (100%) non-planar (fitting) ipnt=1, prod= 0.03828 extracting south control points from iedge= -4 extracting east control points from iedge= -12 extracting north control points from iedge= -8 extracting west control points from iedge= -10 ID 33e4: is master ID 33e4: iface 5 has 6947 training points ID 16e4: start thread ID 16e4: iface 6 has 5067 training points ID 16e4: iface 6 complete with status=0, numiter=100, normf= 3.0510e-03, nmin=85 ID 16e4: iface 3 has 5030 training points ID 33e4: iface 5 complete with status=0, numiter= 94, normf= 2.2827e-03, nmin=206 ID 33e4: iface 4 has 3344 training points ID 16e4: iface 3 complete with status=0, numiter= 61, normf= 2.6418e-03, nmin=94 ID 16e4: iface 1 has 1649 training points ID 16e4: iface 1 skipped ID 16e4: iface 2 has 2972 training points ID 16e4: iface 2 skipped ID 16e4: stop thread ID 33e4: iface 4 complete with status=0, numiter= 94, normf= 1.6159e-03, nmin=85 generateFits(2D), CPU= 17.35 sec EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 planar iface= 1 is planar, so accuracy is not computed planar iface= 2 is planar, so accuracy is not computed non-planar iface=3, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 3 ntrain= 5030 rms= 3.851e-03 npnt = 5030 rms= 3.851e-03 non-planar iface=4, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 4 ntrain= 3344 rms= 2.482e-03 npnt = 3344 rms= 2.482e-03 non-planar iface=5, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 5 ntrain= 6947 rms= 3.123e-03 npnt = 6947 rms= 3.123e-03 non-planar iface=6, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 6 ntrain= 5067 rms= 4.139e-03 npnt = 5067 rms= 4.139e-03 before makeTopology(SHELL, nfaces=6, closed=1) File "../../OpenCSM/trunk/data/Slugs/blend12_1.egads" is being written ==> Closing input journal file real 0m46.645s user 0m0.015s sys 0m0.015s + set +x blend12_0 passed (as expected) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/serveCSM' ../../OpenCSM/trunk/data/Slugs/blend12_1 -outLevel 0 -batch -verify ERROR:: (egads_notfound) in Branch Brch_000001 at [[../../OpenCSM/trunk/data/Slugs/blend12_1.csm:4]] EGADS status = -1 ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build() detected -1 (egads_notfound) real 0m0.204s user 0m0.015s sys 0m0.015s + set +x blend12_1 failed (as NOT expected) -------------------------------------------------------------------------------------------------- ( 2 ) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/Slugs' ../../OpenCSM/trunk/data/Slugs/blindeye_0 -outLevel 0 -batch -jrnl ../../OpenCSM/trunk/data/Slugs/blindeye_0.mod.jrnl . After reading: npnt = 4565 ntri = 9126 ==> Opening input journal file "../../OpenCSM/trunk/data/Slugs/blindeye_0.mod.jrnl" Face 1 ...at beginning Edge 1, npnt= 33, ibeg= 1, iend= 2 Edge 2, npnt= 33, ibeg= 2, iend= 1 ...after sorting into Loops Loop 0 (0:1) Edge 1, npnt= 33, ibeg= 1, iend= 2 Edge 2, npnt= 33, ibeg= 2, iend= 1 Face 2 ...at beginning Edge 3, npnt= 33, ibeg= 3, iend= 4 Edge 4, npnt= 33, ibeg= 4, iend= 3 ...after sorting into Loops Loop 0 (0:1) Edge 3, npnt= 33, ibeg= 3, iend= 4 Edge 4, npnt= 33, ibeg= 4, iend= 3 Face 3 ...at beginning Edge -1, npnt= 33, iend= 2, ibeg= 1 Edge -3, npnt= 33, iend= 4, ibeg= 3 Edge 5, npnt= 65, ibeg= 3, iend= 2 Edge 6, npnt= 65, ibeg= 1, iend= 4 ...after sorting into Loops Loop 0 (0:3) Edge -1, npnt= 33, iend= 2, ibeg= 1 Edge 6, npnt= 65, ibeg= 1, iend= 4 Edge -3, npnt= 33, iend= 4, ibeg= 3 Edge 5, npnt= 65, ibeg= 3, iend= 2 Face 4 ...at beginning Edge -2, npnt= 33, iend= 1, ibeg= 2 Edge -4, npnt= 33, iend= 3, ibeg= 4 Edge -5, npnt= 65, iend= 2, ibeg= 3 Edge -6, npnt= 65, iend= 4, ibeg= 1 ...after sorting into Loops Loop 0 (0:3) Edge -2, npnt= 33, iend= 1, ibeg= 2 Edge -5, npnt= 65, iend= 2, ibeg= 3 Edge -4, npnt= 33, iend= 3, ibeg= 4 Edge -6, npnt= 65, iend= 4, ibeg= 1 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=3.7059e-02, maxf=9.7292e-02 iter= 10 normf=1.2008e-02, maxf=1.1676e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.0939e-02, maxf=1.0649e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=9.9616e-03, maxf=9.7129e-03 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=9.0679e-03, maxf=8.8528e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=8.2518e-03, maxf=8.0632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=7.5071e-03, maxf=7.3379e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=6.8281e-03, maxf=6.6710e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.2093e-03, maxf=6.0572e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=5.6456e-03, maxf=5.4921e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.1324e-03, maxf=4.9896e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=4.6651e-03, maxf=4.6216e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.2399e-03, maxf=4.2815e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=3.8531e-03, maxf=3.9681e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.5014e-03, maxf=3.6805e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.1818e-03, maxf=3.4175e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.8914e-03, maxf=3.1780e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.6278e-03, maxf=2.9603e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.3885e-03, maxf=2.7629e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.1715e-03, maxf=2.5841e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.9748e-03, maxf=2.4223e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.7966e-03, maxf=2.2757e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.6352e-03, maxf=2.1429e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.4891e-03, maxf=2.0225e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.3569e-03, maxf=1.9131e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.2374e-03, maxf=1.8137e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.1295e-03, maxf=1.7233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.0321e-03, maxf=1.6408e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=9.4433e-04, maxf=1.5657e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=8.6524e-04, maxf=1.4971e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=7.9410e-04, maxf=1.4345e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=7.3018e-04, maxf=1.3773e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=6.7282e-04, maxf=1.3249e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.2144e-04, maxf=1.2769e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=5.7547e-04, maxf=1.2329e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.3439e-04, maxf=1.1924e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=4.9776e-04, maxf=1.1580e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=4.6512e-04, maxf=1.1335e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.3608e-04, maxf=1.1106e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.1026e-04, maxf=1.0892e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.8733e-04, maxf=1.0690e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.6698e-04, maxf=1.0501e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.4891e-04, maxf=1.0321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.3286e-04, maxf=1.0152e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.1860e-04, maxf=9.9904e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.0590e-04, maxf=9.8367e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9457e-04, maxf=9.6900e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8445e-04, maxf=9.5494e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7537e-04, maxf=9.4143e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6719e-04, maxf=9.2844e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5981e-04, maxf=9.1590e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.5311e-04, maxf=9.0378e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.4700e-04, maxf=8.9204e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.4141e-04, maxf=8.8065e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.3626e-04, maxf=8.6958e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.3150e-04, maxf=8.5881e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.2707e-04, maxf=8.4832e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.2294e-04, maxf=8.3809e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 converged in 575 itertions final normf=2.2059e-04, maxf=8.3207e-04 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter=576, normf= 4.2086e-04, dotmin=0.9150, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=3.7059e-02, maxf=9.7292e-02 iter= 10 normf=1.2008e-02, maxf=1.1676e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.0939e-02, maxf=1.0649e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=9.9616e-03, maxf=9.7129e-03 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=9.0679e-03, maxf=8.8528e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=8.2518e-03, maxf=8.0632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=7.5071e-03, maxf=7.3379e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=6.8281e-03, maxf=6.6710e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.2093e-03, maxf=6.0572e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=5.6456e-03, maxf=5.4921e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.1324e-03, maxf=4.9896e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=4.6651e-03, maxf=4.6217e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.2399e-03, maxf=4.2815e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=3.8531e-03, maxf=3.9681e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.5014e-03, maxf=3.6805e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.1818e-03, maxf=3.4176e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.8914e-03, maxf=3.1780e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.6278e-03, maxf=2.9603e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.3885e-03, maxf=2.7629e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.1715e-03, maxf=2.5842e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.9748e-03, maxf=2.4223e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.7966e-03, maxf=2.2758e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.6352e-03, maxf=2.1430e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.4891e-03, maxf=2.0225e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.3569e-03, maxf=1.9131e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.2374e-03, maxf=1.8137e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.1295e-03, maxf=1.7233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.0321e-03, maxf=1.6409e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=9.4433e-04, maxf=1.5657e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=8.6524e-04, maxf=1.4972e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=7.9410e-04, maxf=1.4345e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=7.3018e-04, maxf=1.3773e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=6.7282e-04, maxf=1.3249e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.2144e-04, maxf=1.2769e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=5.7546e-04, maxf=1.2329e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.3439e-04, maxf=1.1924e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=4.9776e-04, maxf=1.1580e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=4.6512e-04, maxf=1.1335e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.3608e-04, maxf=1.1106e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.1026e-04, maxf=1.0891e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.8733e-04, maxf=1.0690e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.6698e-04, maxf=1.0500e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.4891e-04, maxf=1.0321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.3286e-04, maxf=1.0151e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.1860e-04, maxf=9.9899e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.0590e-04, maxf=9.8363e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9457e-04, maxf=9.6895e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8445e-04, maxf=9.5489e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7537e-04, maxf=9.4139e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6719e-04, maxf=9.2839e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5981e-04, maxf=9.1585e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.5311e-04, maxf=9.0373e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.4700e-04, maxf=8.9199e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.4140e-04, maxf=8.8060e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.3626e-04, maxf=8.6954e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.3149e-04, maxf=8.5877e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.2707e-04, maxf=8.4828e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.2294e-04, maxf=8.3804e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 converged in 575 itertions final normf=2.2059e-04, maxf=8.3202e-04 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter=576, normf= 4.2085e-04, dotmin=0.9150, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=3.7059e-02, maxf=9.7292e-02 iter= 10 normf=1.2008e-02, maxf=1.1676e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.0939e-02, maxf=1.0649e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=9.9616e-03, maxf=9.7129e-03 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=9.0679e-03, maxf=8.8528e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=8.2518e-03, maxf=8.0632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=7.5071e-03, maxf=7.3379e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=6.8281e-03, maxf=6.6710e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.2093e-03, maxf=6.0572e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=5.6456e-03, maxf=5.4921e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.1324e-03, maxf=4.9896e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=4.6651e-03, maxf=4.6216e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.2399e-03, maxf=4.2815e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=3.8531e-03, maxf=3.9681e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.5014e-03, maxf=3.6805e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.1818e-03, maxf=3.4175e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.8914e-03, maxf=3.1780e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.6278e-03, maxf=2.9603e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.3885e-03, maxf=2.7629e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.1715e-03, maxf=2.5841e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.9748e-03, maxf=2.4223e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.7966e-03, maxf=2.2757e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.6352e-03, maxf=2.1429e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.4891e-03, maxf=2.0225e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.3569e-03, maxf=1.9131e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.2374e-03, maxf=1.8137e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.1295e-03, maxf=1.7233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.0321e-03, maxf=1.6408e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=9.4433e-04, maxf=1.5657e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=8.6524e-04, maxf=1.4971e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=7.9410e-04, maxf=1.4345e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=7.3018e-04, maxf=1.3773e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=6.7282e-04, maxf=1.3249e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.2144e-04, maxf=1.2769e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=5.7547e-04, maxf=1.2329e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.3439e-04, maxf=1.1924e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=4.9776e-04, maxf=1.1580e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=4.6512e-04, maxf=1.1335e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.3608e-04, maxf=1.1106e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.1026e-04, maxf=1.0892e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.8733e-04, maxf=1.0690e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.6698e-04, maxf=1.0501e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.4891e-04, maxf=1.0321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.3286e-04, maxf=1.0152e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.1860e-04, maxf=9.9904e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.0590e-04, maxf=9.8367e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9457e-04, maxf=9.6900e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8445e-04, maxf=9.5494e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7537e-04, maxf=9.4143e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6719e-04, maxf=9.2844e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5981e-04, maxf=9.1590e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.5311e-04, maxf=9.0378e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.4700e-04, maxf=8.9204e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.4141e-04, maxf=8.8065e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.3626e-04, maxf=8.6958e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.3150e-04, maxf=8.5881e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.2707e-04, maxf=8.4832e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.2294e-04, maxf=8.3809e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 converged in 575 itertions final normf=2.2059e-04, maxf=8.3207e-04 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter=576, normf= 4.2086e-04, dotmin=0.9150, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=3.7059e-02, maxf=9.7292e-02 iter= 10 normf=1.2008e-02, maxf=1.1676e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.0939e-02, maxf=1.0649e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=9.9616e-03, maxf=9.7129e-03 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=9.0679e-03, maxf=8.8528e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=8.2518e-03, maxf=8.0632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=7.5071e-03, maxf=7.3379e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=6.8281e-03, maxf=6.6710e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.2093e-03, maxf=6.0572e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=5.6456e-03, maxf=5.4921e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.1324e-03, maxf=4.9896e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=4.6651e-03, maxf=4.6217e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.2399e-03, maxf=4.2815e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=3.8531e-03, maxf=3.9681e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.5014e-03, maxf=3.6805e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.1818e-03, maxf=3.4176e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.8914e-03, maxf=3.1780e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.6278e-03, maxf=2.9603e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.3885e-03, maxf=2.7629e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.1715e-03, maxf=2.5842e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.9748e-03, maxf=2.4223e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.7966e-03, maxf=2.2758e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.6352e-03, maxf=2.1430e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.4891e-03, maxf=2.0225e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.3569e-03, maxf=1.9131e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.2374e-03, maxf=1.8137e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.1295e-03, maxf=1.7233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.0321e-03, maxf=1.6409e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=9.4433e-04, maxf=1.5657e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=8.6524e-04, maxf=1.4972e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=7.9410e-04, maxf=1.4345e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=7.3018e-04, maxf=1.3773e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=6.7282e-04, maxf=1.3249e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.2144e-04, maxf=1.2769e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=5.7546e-04, maxf=1.2329e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.3439e-04, maxf=1.1924e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=4.9776e-04, maxf=1.1580e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=4.6512e-04, maxf=1.1335e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.3608e-04, maxf=1.1106e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.1026e-04, maxf=1.0891e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.8733e-04, maxf=1.0690e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.6698e-04, maxf=1.0500e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.4891e-04, maxf=1.0321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.3286e-04, maxf=1.0151e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.1860e-04, maxf=9.9899e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.0590e-04, maxf=9.8363e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9457e-04, maxf=9.6895e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8445e-04, maxf=9.5489e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7537e-04, maxf=9.4139e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6719e-04, maxf=9.2839e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5981e-04, maxf=9.1585e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.5311e-04, maxf=9.0373e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.4700e-04, maxf=8.9199e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.4140e-04, maxf=8.8060e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.3626e-04, maxf=8.6954e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.3149e-04, maxf=8.5877e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.2707e-04, maxf=8.4828e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.2294e-04, maxf=8.3804e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 converged in 575 itertions final normf=2.2059e-04, maxf=8.3202e-04 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter=576, normf= 4.2085e-04, dotmin=0.9150, nmin=4 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=2.7567e-02, maxf=7.3583e-02 iter= 10 normf=2.5526e-07, maxf=2.0847e-08 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 converged in 9 itertions final normf=2.5526e-07, maxf=2.0847e-08 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter= 10, normf= 8.9740e-07, dotmin=1.0000, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=2.7567e-02, maxf=7.3583e-02 iter= 10 normf=2.5526e-07, maxf=2.0847e-08 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 converged in 9 itertions final normf=2.5526e-07, maxf=2.0847e-08 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter= 10, normf= 8.9740e-07, dotmin=1.0000, nmin=8 generateFits(1D), CPU= 0.22 sec iface= 1 npnt = 283 ntrain= 283 (100%) non-planar (fitting) ipnt=1, prod= -0.00841 extracting south control points from iedge= 1 copying east control points from degen -0.9539 0.0000 -1.7578 extracting north control points from iedge= 2 copying west control points from degen 0.9539 0.0000 -1.7578 iface= 2 npnt = 280 ntrain= 280 (100%) non-planar (fitting) ipnt=1, prod= 0.00606 extracting south control points from iedge= 3 copying east control points from degen 0.9539 0.0000 1.7578 extracting north control points from iedge= 4 copying west control points from degen -0.9539 0.0000 1.7578 iface= 3 npnt = 2122 ntrain= 2122 (100%) non-planar (fitting) ipnt=1, prod= -0.07061 extracting south control points from iedge= -1 extracting east control points from iedge= 6 extracting north control points from iedge= -3 extracting west control points from iedge= 5 iface= 4 npnt = 2138 ntrain= 2138 (100%) non-planar (fitting) ipnt=1, prod= -0.05724 extracting south control points from iedge= -2 extracting east control points from iedge= -5 extracting north control points from iedge= -4 extracting west control points from iedge= -6 ID 23e0: is master ID 23e0: iface 4 has 2138 training points ID 2178: start thread ID 2178: iface 3 has 2122 training points ID 23e0: iface 4 complete with status=0, numiter= 11, normf= 3.8627e-04, nmin=38 ID 23e0: iface 1 has 281 training points ID 2178: iface 3 complete with status=0, numiter= 11, normf= 3.8308e-04, nmin=37 ID 2178: iface 2 has 278 training points ID 23e0: iface 1 complete with status=0, numiter= 11, normf= 8.6025e-04, nmin=2 ID 2178: iface 2 complete with status=0, numiter= 11, normf= 8.2850e-04, nmin=1 ID 2178: stop thread generateFits(2D), CPU= 1.74 sec EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 non-planar iface=1, nedg=2, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeTopology(DEGEN 1) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeTopology(DEGEN 3) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 1 ntrain= 281 rms= 6.348e-04 npnt = 281 rms= 6.351e-04 non-planar iface=2, nedg=2, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeTopology(DEGEN 1) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeTopology(DEGEN 3) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 2 ntrain= 278 rms= 6.224e-04 npnt = 278 rms= 6.225e-04 non-planar iface=3, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 3 ntrain= 2122 rms= 6.085e-04 npnt = 2122 rms= 6.085e-04 non-planar iface=4, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 4 ntrain= 2138 rms= 6.131e-04 npnt = 2138 rms= 6.131e-04 before makeTopology(SHELL, nfaces=4, closed=1) File "../../OpenCSM/trunk/data/Slugs/blindeye_1.egads" is being written ==> Closing input journal file real 0m7.405s user 0m0.015s sys 0m0.031s + set +x blindeye_0 passed (as expected) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/serveCSM' ../../OpenCSM/trunk/data/Slugs/blindeye_1 -outLevel 0 -batch -verify ERROR:: (egads_notfound) in Branch Brch_000001 at [[../../OpenCSM/trunk/data/Slugs/blindeye_1.csm:4]] EGADS status = -1 ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build() detected -1 (egads_notfound) real 0m0.106s user 0m0.030s sys 0m0.015s + set +x blindeye_1 failed (as NOT expected) -------------------------------------------------------------------------------------------------- ( 3 ) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/Slugs' ../../OpenCSM/trunk/data/Slugs/box_0 -outLevel 0 -batch -jrnl ../../OpenCSM/trunk/data/Slugs/box_0.mod.jrnl . After reading: npnt = 4977 ntri = 9950 ==> Opening input journal file "../../OpenCSM/trunk/data/Slugs/box_0.mod.jrnl" Face 1 ...at beginning Edge 1, npnt= 33, ibeg= 1, iend= 2 Edge 2, npnt= 33, ibeg= 3, iend= 4 Edge 3, npnt= 33, ibeg= 4, iend= 1 Edge 4, npnt= 33, ibeg= 2, iend= 3 ...after sorting into Loops Loop 0 (0:3) Edge 1, npnt= 33, ibeg= 1, iend= 2 Edge 4, npnt= 33, ibeg= 2, iend= 3 Edge 2, npnt= 33, ibeg= 3, iend= 4 Edge 3, npnt= 33, ibeg= 4, iend= 1 Face 2 ...at beginning Edge 5, npnt= 33, ibeg= 5, iend= 6 Edge 6, npnt= 33, ibeg= 7, iend= 8 Edge 7, npnt= 33, ibeg= 6, iend= 7 Edge 8, npnt= 33, ibeg= 8, iend= 5 ...after sorting into Loops Loop 0 (0:3) Edge 5, npnt= 33, ibeg= 5, iend= 6 Edge 7, npnt= 33, ibeg= 6, iend= 7 Edge 6, npnt= 33, ibeg= 7, iend= 8 Edge 8, npnt= 33, ibeg= 8, iend= 5 Face 3 ...at beginning Edge -1, npnt= 33, iend= 2, ibeg= 1 Edge -5, npnt= 33, iend= 6, ibeg= 5 Edge 9, npnt= 33, ibeg= 1, iend= 6 Edge 10, npnt= 33, ibeg= 5, iend= 2 ...after sorting into Loops Loop 0 (0:3) Edge -1, npnt= 33, iend= 2, ibeg= 1 Edge 9, npnt= 33, ibeg= 1, iend= 6 Edge -5, npnt= 33, iend= 6, ibeg= 5 Edge 10, npnt= 33, ibeg= 5, iend= 2 Face 4 ...at beginning Edge -2, npnt= 33, iend= 4, ibeg= 3 Edge -6, npnt= 33, iend= 8, ibeg= 7 Edge 11, npnt= 33, ibeg= 7, iend= 4 Edge 12, npnt= 33, ibeg= 3, iend= 8 ...after sorting into Loops Loop 0 (0:3) Edge -2, npnt= 33, iend= 4, ibeg= 3 Edge 12, npnt= 33, ibeg= 3, iend= 8 Edge -6, npnt= 33, iend= 8, ibeg= 7 Edge 11, npnt= 33, ibeg= 7, iend= 4 Face 5 ...at beginning Edge -3, npnt= 33, iend= 1, ibeg= 4 Edge -7, npnt= 33, iend= 7, ibeg= 6 Edge -9, npnt= 33, iend= 6, ibeg= 1 Edge -11, npnt= 33, iend= 4, ibeg= 7 ...after sorting into Loops Loop 0 (0:3) Edge -3, npnt= 33, iend= 1, ibeg= 4 Edge -11, npnt= 33, iend= 4, ibeg= 7 Edge -7, npnt= 33, iend= 7, ibeg= 6 Edge -9, npnt= 33, iend= 6, ibeg= 1 Face 6 ...at beginning Edge -4, npnt= 33, iend= 3, ibeg= 2 Edge -8, npnt= 33, iend= 5, ibeg= 8 Edge -10, npnt= 33, iend= 2, ibeg= 5 Edge -12, npnt= 33, iend= 8, ibeg= 3 ...after sorting into Loops Loop 0 (0:3) Edge -4, npnt= 33, iend= 3, ibeg= 2 Edge -10, npnt= 33, iend= 2, ibeg= 5 Edge -8, npnt= 33, iend= 5, ibeg= 8 Edge -12, npnt= 33, iend= 8, ibeg= 3 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 generateFits(1D), CPU= 0.01 sec iface= 1 npnt = 888 ntrain= 888 (100%) iface= 2 npnt = 895 ntrain= 895 (100%) iface= 3 npnt = 901 ntrain= 901 (100%) iface= 4 npnt = 890 ntrain= 890 (100%) iface= 5 npnt = 901 ntrain= 901 (100%) iface= 6 npnt = 890 ntrain= 890 (100%) ID 2e24: is master ID 2e24: iface 1 has 888 training points ID 2e24: iface 1 skipped ID 2e24: iface 2 has 895 training points ID 2e24: iface 2 skipped ID 2e24: iface 3 has 901 training points ID 2e24: iface 3 skipped ID 2e24: iface 4 has 890 training points ID 2e24: iface 4 skipped ID 2e24: iface 5 has 901 training points ID 2e24: iface 5 skipped ID 2e24: iface 6 has 890 training points ID 2e24: iface 6 skipped ID 21f8: start thread ID 21f8: stop thread generateFits(2D), CPU= 0.00 sec EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 planar iface= 1 is planar, so accuracy is not computed planar iface= 2 is planar, so accuracy is not computed planar iface= 3 is planar, so accuracy is not computed planar iface= 4 is planar, so accuracy is not computed planar iface= 5 is planar, so accuracy is not computed planar iface= 6 is planar, so accuracy is not computed before makeTopology(SHELL, nfaces=6, closed=1) File "../../OpenCSM/trunk/data/Slugs/box_1.egads" is being written ==> Closing input journal file real 0m0.306s user 0m0.000s sys 0m0.031s + set +x box_0 passed (as expected) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/serveCSM' ../../OpenCSM/trunk/data/Slugs/box_1 -outLevel 0 -batch -verify ERROR:: (egads_notfound) in Branch Brch_000001 at [[../../OpenCSM/trunk/data/Slugs/box_1.csm:4]] EGADS status = -1 ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build() detected -1 (egads_notfound) real 0m0.107s user 0m0.000s sys 0m0.031s + set +x box_1 failed (as NOT expected) -------------------------------------------------------------------------------------------------- ( 4 ) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/Slugs' ../../OpenCSM/trunk/data/Slugs/boxBall_0 -outLevel 0 -batch -jrnl ../../OpenCSM/trunk/data/Slugs/boxBall_0.mod.jrnl ...... After reading: npnt = 25831 ntri = 51658 ==> Opening input journal file "../../OpenCSM/trunk/data/Slugs/boxBall_0.mod.jrnl" Face 1 ...at beginning Edge 1, npnt= 9, ibeg= 1, iend= 2 Edge 2, npnt= 9, ibeg= 3, iend= 4 Edge 3, npnt= 33, ibeg= 4, iend= 1 Edge 4, npnt= 33, ibeg= 2, iend= 3 ...after sorting into Loops Loop 0 (0:3) Edge 1, npnt= 9, ibeg= 1, iend= 2 Edge 4, npnt= 33, ibeg= 2, iend= 3 Edge 2, npnt= 9, ibeg= 3, iend= 4 Edge 3, npnt= 33, ibeg= 4, iend= 1 Face 2 ...at beginning Edge 5, npnt= 9, ibeg= 5, iend= 6 Edge 6, npnt= 9, ibeg= 7, iend= 8 Edge 7, npnt= 33, ibeg= 6, iend= 7 Edge 8, npnt= 33, ibeg= 8, iend= 5 Edge 9, npnt= 65, ibeg= 9, iend= 10 Edge 10, npnt= 65, ibeg= 10, iend= 9 ...after sorting into Loops Loop 0 (0:3) Edge 5, npnt= 9, ibeg= 5, iend= 6 Edge 7, npnt= 33, ibeg= 6, iend= 7 Edge 6, npnt= 9, ibeg= 7, iend= 8 Edge 8, npnt= 33, ibeg= 8, iend= 5 Loop 1 (4:5) Edge 9, npnt= 65, ibeg= 9, iend= 10 Edge 10, npnt= 65, ibeg= 10, iend= 9 Loop 0 starts at i= 0 (iedge= 5) and has area 3.752977 Loop 1 starts at i= 4 (iedge= 9) and has area 0.565260 ...after sorting Loops so that largest area is first Loop 0 (0:3) Edge 5, npnt= 9, ibeg= 5, iend= 6 Edge 7, npnt= 33, ibeg= 6, iend= 7 Edge 6, npnt= 9, ibeg= 7, iend= 8 Edge 8, npnt= 33, ibeg= 8, iend= 5 Loop 1 (4:5) Edge 9, npnt= 65, ibeg= 9, iend= 10 Edge 10, npnt= 65, ibeg= 10, iend= 9 there are 2 Loops, so no face* file created Face 3 ...at beginning Edge -1, npnt= 9, iend= 2, ibeg= 1 Edge -5, npnt= 9, iend= 6, ibeg= 5 Edge 11, npnt= 65, ibeg= 1, iend= 6 Edge 12, npnt= 65, ibeg= 5, iend= 2 ...after sorting into Loops Loop 0 (0:3) Edge -1, npnt= 9, iend= 2, ibeg= 1 Edge 11, npnt= 65, ibeg= 1, iend= 6 Edge -5, npnt= 9, iend= 6, ibeg= 5 Edge 12, npnt= 65, ibeg= 5, iend= 2 Face 4 ...at beginning Edge -2, npnt= 9, iend= 4, ibeg= 3 Edge -6, npnt= 9, iend= 8, ibeg= 7 Edge 13, npnt= 65, ibeg= 7, iend= 4 Edge 14, npnt= 65, ibeg= 3, iend= 8 ...after sorting into Loops Loop 0 (0:3) Edge -2, npnt= 9, iend= 4, ibeg= 3 Edge 14, npnt= 65, ibeg= 3, iend= 8 Edge -6, npnt= 9, iend= 8, ibeg= 7 Edge 13, npnt= 65, ibeg= 7, iend= 4 Face 5 ...at beginning Edge -3, npnt= 33, iend= 1, ibeg= 4 Edge -7, npnt= 33, iend= 7, ibeg= 6 Edge -11, npnt= 65, iend= 6, ibeg= 1 Edge -13, npnt= 65, iend= 4, ibeg= 7 ...after sorting into Loops Loop 0 (0:3) Edge -3, npnt= 33, iend= 1, ibeg= 4 Edge -13, npnt= 65, iend= 4, ibeg= 7 Edge -7, npnt= 33, iend= 7, ibeg= 6 Edge -11, npnt= 65, iend= 6, ibeg= 1 Face 6 ...at beginning Edge -4, npnt= 33, iend= 3, ibeg= 2 Edge -8, npnt= 33, iend= 5, ibeg= 8 Edge -12, npnt= 65, iend= 2, ibeg= 5 Edge -14, npnt= 65, iend= 8, ibeg= 3 ...after sorting into Loops Loop 0 (0:3) Edge -4, npnt= 33, iend= 3, ibeg= 2 Edge -12, npnt= 65, iend= 2, ibeg= 5 Edge -8, npnt= 33, iend= 5, ibeg= 8 Edge -14, npnt= 65, iend= 8, ibeg= 3 Face 7 ...at beginning Edge -9, npnt= 65, iend= 10, ibeg= 9 Edge 15, npnt= 129, ibeg= 9, iend= 11 Edge 16, npnt= 129, ibeg= 12, iend= 10 Edge 17, npnt= 65, ibeg= 11, iend= 12 ...after sorting into Loops Loop 0 (0:3) Edge -9, npnt= 65, iend= 10, ibeg= 9 Edge 15, npnt= 129, ibeg= 9, iend= 11 Edge 17, npnt= 65, ibeg= 11, iend= 12 Edge 16, npnt= 129, ibeg= 12, iend= 10 Face 8 ...at beginning Edge -10, npnt= 65, iend= 9, ibeg= 10 Edge -15, npnt= 129, iend= 11, ibeg= 9 Edge -16, npnt= 129, iend= 10, ibeg= 12 Edge 18, npnt= 65, ibeg= 12, iend= 11 ...after sorting into Loops Loop 0 (0:3) Edge -10, npnt= 65, iend= 9, ibeg= 10 Edge -16, npnt= 129, iend= 10, ibeg= 12 Edge 18, npnt= 65, ibeg= 12, iend= 11 Edge -15, npnt= 129, iend= 11, ibeg= 9 Face 9 ...at beginning Edge 19, npnt= 129, ibeg= 13, iend= 14 Edge 20, npnt= 129, ibeg= 15, iend= 16 Edge 21, npnt= 65, ibeg= 16, iend= 13 Edge 22, npnt= 65, ibeg= 14, iend= 15 ...after sorting into Loops Loop 0 (0:3) Edge 19, npnt= 129, ibeg= 13, iend= 14 Edge 22, npnt= 65, ibeg= 14, iend= 15 Edge 20, npnt= 129, ibeg= 15, iend= 16 Edge 21, npnt= 65, ibeg= 16, iend= 13 Face 10 ...at beginning Edge -19, npnt= 129, iend= 14, ibeg= 13 Edge -20, npnt= 129, iend= 16, ibeg= 15 Edge 23, npnt= 65, ibeg= 13, iend= 16 Edge 24, npnt= 65, ibeg= 15, iend= 14 ...after sorting into Loops Loop 0 (0:3) Edge -19, npnt= 129, iend= 14, ibeg= 13 Edge 23, npnt= 65, ibeg= 13, iend= 16 Edge -20, npnt= 129, iend= 16, ibeg= 15 Edge 24, npnt= 65, ibeg= 15, iend= 14 Face 11 ...at beginning Edge -17, npnt= 65, iend= 12, ibeg= 11 Edge -18, npnt= 65, iend= 11, ibeg= 12 Edge -21, npnt= 65, iend= 13, ibeg= 16 Edge -23, npnt= 65, iend= 16, ibeg= 13 ...after sorting into Loops Loop 0 (0:1) Edge -17, npnt= 65, iend= 12, ibeg= 11 Edge -18, npnt= 65, iend= 11, ibeg= 12 Loop 1 (2:3) Edge -21, npnt= 65, iend= 13, ibeg= 16 Edge -23, npnt= 65, iend= 16, ibeg= 13 Loop 0 starts at i= 0 (iedge= -17) and has area 0.565260 Loop 1 starts at i= 2 (iedge= -21) and has area 0.062807 ...after sorting Loops so that largest area is first Loop 0 (0:1) Edge -17, npnt= 65, iend= 12, ibeg= 11 Edge -18, npnt= 65, iend= 11, ibeg= 12 Loop 1 (2:3) Edge -21, npnt= 65, iend= 13, ibeg= 16 Edge -23, npnt= 65, iend= 16, ibeg= 13 there are 2 Loops, so no face* file created Face 12 ...at beginning Edge -22, npnt= 65, iend= 15, ibeg= 14 Edge -24, npnt= 65, iend= 14, ibeg= 15 ...after sorting into Loops Loop 0 (0:1) Edge -22, npnt= 65, iend= 15, ibeg= 14 Edge -24, npnt= 65, iend= 14, ibeg= 15 enter fit1dCloud(bitflag=1, m=9, n=7) initial normf=2.3701e-02, maxf=7.1505e-02 iter= 10 normf=2.9126e-03, maxf=2.5223e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=2.6536e-03, maxf=2.3487e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=2.4168e-03, maxf=2.1926e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=2.2007e-03, maxf=2.0499e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=2.0038e-03, maxf=1.9175e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.8245e-03, maxf=1.7930e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=1.6613e-03, maxf=1.6745e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=1.5128e-03, maxf=1.5609e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=1.3776e-03, maxf=1.4513e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=1.2544e-03, maxf=1.3458e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=1.1422e-03, maxf=1.2442e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=1.0400e-03, maxf=1.1472e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=9.4672e-04, maxf=1.0553e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=8.6168e-04, maxf=9.6885e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=7.8413e-04, maxf=8.8849e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=7.1345e-04, maxf=8.1452e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=6.4906e-04, maxf=7.4712e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=5.9046e-04, maxf=6.8627e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=5.3717e-04, maxf=6.3180e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=4.8876e-04, maxf=5.8338e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=4.4483e-04, maxf=5.4059e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=4.0502e-04, maxf=5.0296e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=3.6897e-04, maxf=4.6994e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=3.3637e-04, maxf=4.4103e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=3.0692e-04, maxf=4.1571e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=2.8033e-04, maxf=3.9352e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=2.5637e-04, maxf=3.7401e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=2.3480e-04, maxf=3.5681e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=2.1539e-04, maxf=3.4157e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.9797e-04, maxf=3.2802e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.8235e-04, maxf=3.1590e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=1.6836e-04, maxf=3.0500e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=1.5587e-04, maxf=2.9515e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=1.4473e-04, maxf=2.8620e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 converged in 344 itertions final normf=1.3963e-04, maxf=2.8202e-04 fit1dCloud(npnt=9, ncp=7) -> status=0, numiter=345, normf= 8.3778e-05, dotmin=0.9971, nmin=1 enter fit1dCloud(bitflag=1, m=9, n=7) initial normf=2.3701e-02, maxf=7.1505e-02 iter= 10 normf=2.9126e-03, maxf=2.5223e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=2.6536e-03, maxf=2.3487e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=2.4168e-03, maxf=2.1926e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=2.2007e-03, maxf=2.0499e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=2.0038e-03, maxf=1.9175e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.8245e-03, maxf=1.7930e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=1.6613e-03, maxf=1.6745e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=1.5128e-03, maxf=1.5609e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=1.3776e-03, maxf=1.4513e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=1.2544e-03, maxf=1.3458e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=1.1422e-03, maxf=1.2442e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=1.0400e-03, maxf=1.1472e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=9.4672e-04, maxf=1.0553e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=8.6168e-04, maxf=9.6885e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=7.8413e-04, maxf=8.8849e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=7.1345e-04, maxf=8.1452e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=6.4906e-04, maxf=7.4712e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=5.9046e-04, maxf=6.8627e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=5.3717e-04, maxf=6.3180e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=4.8876e-04, maxf=5.8338e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=4.4483e-04, maxf=5.4059e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=4.0502e-04, maxf=5.0296e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=3.6897e-04, maxf=4.6994e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=3.3637e-04, maxf=4.4103e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=3.0692e-04, maxf=4.1571e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=2.8033e-04, maxf=3.9352e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=2.5637e-04, maxf=3.7401e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=2.3480e-04, maxf=3.5681e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=2.1539e-04, maxf=3.4157e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.9797e-04, maxf=3.2802e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.8235e-04, maxf=3.1590e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=1.6836e-04, maxf=3.0500e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=1.5587e-04, maxf=2.9515e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=1.4473e-04, maxf=2.8620e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 converged in 344 itertions final normf=1.3963e-04, maxf=2.8202e-04 fit1dCloud(npnt=9, ncp=7) -> status=0, numiter=345, normf= 8.3778e-05, dotmin=0.9971, nmin=1 enter fit1dCloud(bitflag=1, m=33, n=7) initial normf=3.5614e-02, maxf=8.8231e-02 iter= 10 normf=1.2108e-02, maxf=1.1730e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.1054e-02, maxf=1.0757e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.0088e-02, maxf=9.8212e-03 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=9.2032e-03, maxf=8.9319e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=8.3922e-03, maxf=8.0962e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=7.6494e-03, maxf=7.3194e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=6.9693e-03, maxf=6.6050e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.3472e-03, maxf=6.0626e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=5.7788e-03, maxf=5.5734e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.2600e-03, maxf=5.1313e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=4.7869e-03, maxf=4.7329e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.3561e-03, maxf=4.3741e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=3.9641e-03, maxf=4.0508e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.6077e-03, maxf=3.7586e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.2839e-03, maxf=3.4936e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.9897e-03, maxf=3.2522e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.7227e-03, maxf=3.0316e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.4804e-03, maxf=2.8291e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.2606e-03, maxf=2.6704e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.0613e-03, maxf=2.5348e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.8806e-03, maxf=2.4088e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.7169e-03, maxf=2.2918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.5688e-03, maxf=2.1833e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.4348e-03, maxf=2.0830e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3138e-03, maxf=1.9904e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2047e-03, maxf=1.9054e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1063e-03, maxf=1.8273e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0179e-03, maxf=1.7559e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.3848e-04, maxf=1.6907e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.6728e-04, maxf=1.6312e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.0354e-04, maxf=1.5769e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.4657e-04, maxf=1.5275e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9573e-04, maxf=1.4823e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.5040e-04, maxf=1.4411e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=6.1005e-04, maxf=1.4033e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.7414e-04, maxf=1.3685e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.4220e-04, maxf=1.3365e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=5.1381e-04, maxf=1.3069e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.8855e-04, maxf=1.2793e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.6607e-04, maxf=1.2536e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=4.4602e-04, maxf=1.2295e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=4.2812e-04, maxf=1.2068e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=4.1209e-04, maxf=1.1853e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.9770e-04, maxf=1.1648e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.8473e-04, maxf=1.1453e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=3.7300e-04, maxf=1.1267e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=3.6234e-04, maxf=1.1088e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=3.5261e-04, maxf=1.0915e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=3.4369e-04, maxf=1.0748e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=3.3547e-04, maxf=1.0587e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.2785e-04, maxf=1.0430e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.2076e-04, maxf=1.0277e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.1412e-04, maxf=1.0129e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=3.0789e-04, maxf=9.9842e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=3.0200e-04, maxf=9.8428e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.9643e-04, maxf=9.7047e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.9112e-04, maxf=9.5696e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.8605e-04, maxf=9.4374e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.8120e-04, maxf=9.3078e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=2.7654e-04, maxf=9.1809e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=2.7205e-04, maxf=9.0564e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=2.6771e-04, maxf=8.9342e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=2.6352e-04, maxf=8.8144e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=2.5946e-04, maxf=8.6968e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=2.5552e-04, maxf=8.5813e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=2.5169e-04, maxf=8.4678e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=2.4796e-04, maxf=8.3564e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=2.4433e-04, maxf=8.2470e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=2.4079e-04, maxf=8.1395e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=2.3734e-04, maxf=8.0338e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=2.3397e-04, maxf=7.9299e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 iter= 720 normf=2.3067e-04, maxf=7.8279e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.273e-04 converged in 727 itertions final normf=2.2809e-04, maxf=7.7475e-04 fit1dCloud(npnt=33, ncp=7) -> status=0, numiter=728, normf= 3.6495e-04, dotmin=0.9187, nmin=6 enter fit1dCloud(bitflag=1, m=33, n=7) initial normf=3.5614e-02, maxf=8.8231e-02 iter= 10 normf=1.2108e-02, maxf=1.1730e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.1054e-02, maxf=1.0757e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.0088e-02, maxf=9.8212e-03 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=9.2032e-03, maxf=8.9320e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=8.3922e-03, maxf=8.0962e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=7.6494e-03, maxf=7.3194e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=6.9693e-03, maxf=6.6051e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.3472e-03, maxf=6.0626e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=5.7788e-03, maxf=5.5734e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.2600e-03, maxf=5.1313e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=4.7869e-03, maxf=4.7329e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.3561e-03, maxf=4.3741e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=3.9641e-03, maxf=4.0508e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.6077e-03, maxf=3.7586e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.2839e-03, maxf=3.4936e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.9897e-03, maxf=3.2522e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.7227e-03, maxf=3.0316e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.4804e-03, maxf=2.8291e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.2606e-03, maxf=2.6704e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.0613e-03, maxf=2.5348e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.8806e-03, maxf=2.4088e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.7169e-03, maxf=2.2918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.5688e-03, maxf=2.1833e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.4348e-03, maxf=2.0830e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3138e-03, maxf=1.9904e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2047e-03, maxf=1.9054e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1063e-03, maxf=1.8273e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0179e-03, maxf=1.7559e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.3848e-04, maxf=1.6907e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.6728e-04, maxf=1.6312e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.0354e-04, maxf=1.5769e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.4657e-04, maxf=1.5274e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9573e-04, maxf=1.4823e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.5040e-04, maxf=1.4411e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=6.1005e-04, maxf=1.4033e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.7414e-04, maxf=1.3685e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.4220e-04, maxf=1.3365e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=5.1381e-04, maxf=1.3069e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.8855e-04, maxf=1.2793e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.6607e-04, maxf=1.2536e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=4.4602e-04, maxf=1.2295e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=4.2812e-04, maxf=1.2067e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=4.1209e-04, maxf=1.1852e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.9770e-04, maxf=1.1648e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.8473e-04, maxf=1.1453e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=3.7300e-04, maxf=1.1267e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=3.6234e-04, maxf=1.1087e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=3.5261e-04, maxf=1.0915e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=3.4369e-04, maxf=1.0748e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=3.3547e-04, maxf=1.0586e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.2785e-04, maxf=1.0430e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.2076e-04, maxf=1.0277e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.1412e-04, maxf=1.0129e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=3.0789e-04, maxf=9.9841e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=3.0200e-04, maxf=9.8428e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.9643e-04, maxf=9.7046e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.9112e-04, maxf=9.5695e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.8605e-04, maxf=9.4373e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.8120e-04, maxf=9.3077e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=2.7654e-04, maxf=9.1808e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=2.7205e-04, maxf=9.0563e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=2.6771e-04, maxf=8.9341e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=2.6352e-04, maxf=8.8143e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=2.5946e-04, maxf=8.6967e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=2.5552e-04, maxf=8.5812e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=2.5169e-04, maxf=8.4678e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=2.4796e-04, maxf=8.3563e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=2.4433e-04, maxf=8.2469e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=2.4079e-04, maxf=8.1394e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=2.3734e-04, maxf=8.0337e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=2.3397e-04, maxf=7.9298e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 iter= 720 normf=2.3067e-04, maxf=7.8278e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.273e-04 converged in 727 itertions final normf=2.2809e-04, maxf=7.7474e-04 fit1dCloud(npnt=33, ncp=7) -> status=0, numiter=728, normf= 3.6495e-04, dotmin=0.9187, nmin=6 enter fit1dCloud(bitflag=1, m=9, n=7) initial normf=2.3701e-02, maxf=7.1505e-02 iter= 10 normf=2.9126e-03, maxf=2.5223e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=2.6536e-03, maxf=2.3487e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=2.4168e-03, maxf=2.1926e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=2.2007e-03, maxf=2.0499e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=2.0038e-03, maxf=1.9175e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.8245e-03, maxf=1.7930e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=1.6613e-03, maxf=1.6745e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=1.5128e-03, maxf=1.5609e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=1.3776e-03, maxf=1.4513e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=1.2544e-03, maxf=1.3458e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=1.1422e-03, maxf=1.2442e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=1.0400e-03, maxf=1.1472e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=9.4672e-04, maxf=1.0553e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=8.6168e-04, maxf=9.6885e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=7.8413e-04, maxf=8.8849e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=7.1345e-04, maxf=8.1452e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=6.4906e-04, maxf=7.4712e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=5.9046e-04, maxf=6.8627e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=5.3717e-04, maxf=6.3180e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=4.8876e-04, maxf=5.8338e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=4.4483e-04, maxf=5.4059e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=4.0502e-04, maxf=5.0296e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=3.6897e-04, maxf=4.6994e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=3.3637e-04, maxf=4.4103e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=3.0692e-04, maxf=4.1571e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=2.8033e-04, maxf=3.9352e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=2.5637e-04, maxf=3.7401e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=2.3480e-04, maxf=3.5681e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=2.1539e-04, maxf=3.4157e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.9797e-04, maxf=3.2802e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.8235e-04, maxf=3.1590e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=1.6836e-04, maxf=3.0500e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=1.5587e-04, maxf=2.9515e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=1.4473e-04, maxf=2.8620e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 converged in 344 itertions final normf=1.3963e-04, maxf=2.8202e-04 fit1dCloud(npnt=9, ncp=7) -> status=0, numiter=345, normf= 8.3778e-05, dotmin=0.9971, nmin=1 enter fit1dCloud(bitflag=1, m=9, n=7) initial normf=2.3701e-02, maxf=7.1505e-02 iter= 10 normf=2.9126e-03, maxf=2.5223e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=2.6536e-03, maxf=2.3487e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=2.4168e-03, maxf=2.1926e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=2.2007e-03, maxf=2.0499e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=2.0038e-03, maxf=1.9175e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.8245e-03, maxf=1.7930e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=1.6613e-03, maxf=1.6745e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=1.5128e-03, maxf=1.5609e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=1.3776e-03, maxf=1.4513e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=1.2544e-03, maxf=1.3458e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=1.1422e-03, maxf=1.2442e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=1.0400e-03, maxf=1.1472e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=9.4672e-04, maxf=1.0553e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=8.6168e-04, maxf=9.6885e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=7.8413e-04, maxf=8.8849e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=7.1345e-04, maxf=8.1452e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=6.4906e-04, maxf=7.4712e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=5.9046e-04, maxf=6.8627e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=5.3717e-04, maxf=6.3180e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=4.8876e-04, maxf=5.8338e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=4.4483e-04, maxf=5.4059e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=4.0502e-04, maxf=5.0296e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=3.6897e-04, maxf=4.6994e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=3.3637e-04, maxf=4.4103e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=3.0692e-04, maxf=4.1571e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=2.8033e-04, maxf=3.9352e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=2.5637e-04, maxf=3.7401e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=2.3480e-04, maxf=3.5681e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=2.1539e-04, maxf=3.4157e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.9797e-04, maxf=3.2802e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.8235e-04, maxf=3.1590e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=1.6836e-04, maxf=3.0500e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=1.5587e-04, maxf=2.9515e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=1.4473e-04, maxf=2.8620e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 converged in 344 itertions final normf=1.3963e-04, maxf=2.8202e-04 fit1dCloud(npnt=9, ncp=7) -> status=0, numiter=345, normf= 8.3778e-05, dotmin=0.9971, nmin=1 enter fit1dCloud(bitflag=1, m=33, n=7) initial normf=3.5614e-02, maxf=8.8231e-02 iter= 10 normf=1.2108e-02, maxf=1.1730e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.1054e-02, maxf=1.0757e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.0088e-02, maxf=9.8212e-03 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=9.2032e-03, maxf=8.9319e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=8.3922e-03, maxf=8.0962e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=7.6494e-03, maxf=7.3194e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=6.9693e-03, maxf=6.6050e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.3472e-03, maxf=6.0626e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=5.7788e-03, maxf=5.5734e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.2600e-03, maxf=5.1313e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=4.7869e-03, maxf=4.7329e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.3561e-03, maxf=4.3741e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=3.9641e-03, maxf=4.0508e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.6077e-03, maxf=3.7586e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.2839e-03, maxf=3.4936e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.9897e-03, maxf=3.2522e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.7227e-03, maxf=3.0316e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.4804e-03, maxf=2.8291e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.2606e-03, maxf=2.6704e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.0613e-03, maxf=2.5348e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.8806e-03, maxf=2.4088e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.7169e-03, maxf=2.2918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.5688e-03, maxf=2.1833e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.4348e-03, maxf=2.0830e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3138e-03, maxf=1.9904e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2047e-03, maxf=1.9054e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1063e-03, maxf=1.8273e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0179e-03, maxf=1.7559e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.3848e-04, maxf=1.6907e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.6728e-04, maxf=1.6312e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.0354e-04, maxf=1.5769e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.4657e-04, maxf=1.5275e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9573e-04, maxf=1.4823e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.5040e-04, maxf=1.4411e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=6.1005e-04, maxf=1.4033e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.7414e-04, maxf=1.3685e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.4220e-04, maxf=1.3365e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=5.1381e-04, maxf=1.3069e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.8855e-04, maxf=1.2793e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.6607e-04, maxf=1.2536e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=4.4602e-04, maxf=1.2295e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=4.2812e-04, maxf=1.2068e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=4.1209e-04, maxf=1.1853e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.9770e-04, maxf=1.1648e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.8473e-04, maxf=1.1453e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=3.7300e-04, maxf=1.1267e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=3.6234e-04, maxf=1.1088e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=3.5261e-04, maxf=1.0915e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=3.4369e-04, maxf=1.0748e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=3.3547e-04, maxf=1.0587e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.2785e-04, maxf=1.0430e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.2076e-04, maxf=1.0277e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.1412e-04, maxf=1.0129e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=3.0789e-04, maxf=9.9842e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=3.0200e-04, maxf=9.8428e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.9643e-04, maxf=9.7047e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.9112e-04, maxf=9.5696e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.8605e-04, maxf=9.4374e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.8120e-04, maxf=9.3078e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=2.7654e-04, maxf=9.1809e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=2.7205e-04, maxf=9.0564e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=2.6771e-04, maxf=8.9342e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=2.6352e-04, maxf=8.8144e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=2.5946e-04, maxf=8.6968e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=2.5552e-04, maxf=8.5813e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=2.5169e-04, maxf=8.4678e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=2.4796e-04, maxf=8.3564e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=2.4433e-04, maxf=8.2470e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=2.4079e-04, maxf=8.1395e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=2.3734e-04, maxf=8.0338e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=2.3397e-04, maxf=7.9299e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 iter= 720 normf=2.3067e-04, maxf=7.8279e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.273e-04 converged in 727 itertions final normf=2.2809e-04, maxf=7.7475e-04 fit1dCloud(npnt=33, ncp=7) -> status=0, numiter=728, normf= 3.6495e-04, dotmin=0.9187, nmin=6 enter fit1dCloud(bitflag=1, m=33, n=7) initial normf=3.5614e-02, maxf=8.8231e-02 iter= 10 normf=1.2108e-02, maxf=1.1730e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.1054e-02, maxf=1.0757e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.0088e-02, maxf=9.8212e-03 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=9.2032e-03, maxf=8.9320e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=8.3922e-03, maxf=8.0962e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=7.6494e-03, maxf=7.3194e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=6.9693e-03, maxf=6.6051e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.3472e-03, maxf=6.0626e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=5.7788e-03, maxf=5.5734e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.2600e-03, maxf=5.1313e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=4.7869e-03, maxf=4.7329e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.3561e-03, maxf=4.3741e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=3.9641e-03, maxf=4.0508e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.6077e-03, maxf=3.7586e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.2839e-03, maxf=3.4936e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.9897e-03, maxf=3.2522e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.7227e-03, maxf=3.0316e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.4804e-03, maxf=2.8291e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.2606e-03, maxf=2.6704e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.0613e-03, maxf=2.5348e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.8806e-03, maxf=2.4088e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.7169e-03, maxf=2.2918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.5688e-03, maxf=2.1833e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.4348e-03, maxf=2.0830e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3138e-03, maxf=1.9904e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2047e-03, maxf=1.9054e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1063e-03, maxf=1.8273e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0179e-03, maxf=1.7559e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.3848e-04, maxf=1.6907e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.6728e-04, maxf=1.6312e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.0354e-04, maxf=1.5769e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.4657e-04, maxf=1.5274e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9573e-04, maxf=1.4823e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.5040e-04, maxf=1.4411e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=6.1005e-04, maxf=1.4033e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.7414e-04, maxf=1.3685e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.4220e-04, maxf=1.3365e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=5.1381e-04, maxf=1.3069e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.8855e-04, maxf=1.2793e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.6607e-04, maxf=1.2536e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=4.4602e-04, maxf=1.2295e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=4.2812e-04, maxf=1.2067e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=4.1209e-04, maxf=1.1852e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.9770e-04, maxf=1.1648e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.8473e-04, maxf=1.1453e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=3.7300e-04, maxf=1.1267e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=3.6234e-04, maxf=1.1087e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=3.5261e-04, maxf=1.0915e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=3.4369e-04, maxf=1.0748e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=3.3547e-04, maxf=1.0586e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.2785e-04, maxf=1.0430e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.2076e-04, maxf=1.0277e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.1412e-04, maxf=1.0129e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=3.0789e-04, maxf=9.9841e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=3.0200e-04, maxf=9.8428e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.9643e-04, maxf=9.7046e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.9112e-04, maxf=9.5695e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.8605e-04, maxf=9.4373e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.8120e-04, maxf=9.3077e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=2.7654e-04, maxf=9.1808e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=2.7205e-04, maxf=9.0563e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=2.6771e-04, maxf=8.9341e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=2.6352e-04, maxf=8.8143e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=2.5946e-04, maxf=8.6967e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=2.5552e-04, maxf=8.5812e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=2.5169e-04, maxf=8.4678e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=2.4796e-04, maxf=8.3563e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=2.4433e-04, maxf=8.2469e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=2.4079e-04, maxf=8.1394e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=2.3734e-04, maxf=8.0337e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=2.3397e-04, maxf=7.9298e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 iter= 720 normf=2.3067e-04, maxf=7.8278e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.273e-04 converged in 727 itertions final normf=2.2809e-04, maxf=7.7474e-04 fit1dCloud(npnt=33, ncp=7) -> status=0, numiter=728, normf= 3.6495e-04, dotmin=0.9187, nmin=6 enter fit1dCloud(bitflag=1, m=65, n=7) initial normf=5.1561e-02, maxf=1.1853e-01 iter= 10 normf=2.0812e-02, maxf=2.2016e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.9014e-02, maxf=1.9843e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.7360e-02, maxf=1.8028e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.5839e-02, maxf=1.6375e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=1.4445e-02, maxf=1.4873e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.3169e-02, maxf=1.3576e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=1.2002e-02, maxf=1.2458e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=1.0936e-02, maxf=1.1435e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=9.9631e-03, maxf=1.0494e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=9.0764e-03, maxf=9.6267e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=8.2683e-03, maxf=8.8773e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=7.5321e-03, maxf=8.2125e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=6.8617e-03, maxf=7.5940e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=6.2514e-03, maxf=7.0196e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=5.6960e-03, maxf=6.4877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=5.1908e-03, maxf=5.9969e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=4.7315e-03, maxf=5.5458e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=4.3142e-03, maxf=5.1511e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=3.9351e-03, maxf=4.8168e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=3.5911e-03, maxf=4.5107e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=3.2788e-03, maxf=4.2305e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=2.9955e-03, maxf=3.9742e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=2.7384e-03, maxf=3.7395e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=2.5052e-03, maxf=3.5243e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=2.2934e-03, maxf=3.3264e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=2.1011e-03, maxf=3.1439e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.9265e-03, maxf=2.9750e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.7677e-03, maxf=2.8184e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.6232e-03, maxf=2.6726e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.4918e-03, maxf=2.5366e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.3721e-03, maxf=2.4093e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=1.2631e-03, maxf=2.2900e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=1.1638e-03, maxf=2.1797e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=1.0733e-03, maxf=2.0847e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=9.9087e-04, maxf=1.9949e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=9.1574e-04, maxf=1.9099e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=8.4732e-04, maxf=1.8294e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=7.8503e-04, maxf=1.7532e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=7.2837e-04, maxf=1.6812e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=6.7687e-04, maxf=1.6130e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=6.3012e-04, maxf=1.5486e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=5.8772e-04, maxf=1.4877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=5.4933e-04, maxf=1.4301e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=5.1462e-04, maxf=1.3758e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=4.8329e-04, maxf=1.3245e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=4.5507e-04, maxf=1.2762e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=4.2969e-04, maxf=1.2306e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=4.0693e-04, maxf=1.1876e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=3.8655e-04, maxf=1.1470e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=3.6834e-04, maxf=1.1089e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.5211e-04, maxf=1.0729e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.3767e-04, maxf=1.0391e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.2485e-04, maxf=1.0073e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=3.1349e-04, maxf=9.7728e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=3.0345e-04, maxf=9.4907e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.9457e-04, maxf=9.2252e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.8674e-04, maxf=8.9755e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.7984e-04, maxf=8.7406e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.7377e-04, maxf=8.5195e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=2.6841e-04, maxf=8.3116e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=2.6370e-04, maxf=8.1160e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=2.5955e-04, maxf=7.9319e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=2.5590e-04, maxf=7.7587e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=2.5267e-04, maxf=7.5958e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=2.4982e-04, maxf=7.4424e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=2.4729e-04, maxf=7.2981e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=2.4506e-04, maxf=7.1622e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=2.4307e-04, maxf=7.0343e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=2.4129e-04, maxf=6.9138e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=2.3971e-04, maxf=6.8004e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=2.3828e-04, maxf=6.6935e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 converged in 716 itertions final normf=2.3737e-04, maxf=6.6224e-04 fit1dCloud(npnt=65, ncp=7) -> status=0, numiter=717, normf= 1.4242e-04, dotmin=0.7917, nmin=13 enter fit1dCloud(bitflag=1, m=65, n=7) initial normf=5.1561e-02, maxf=1.1853e-01 iter= 10 normf=2.0812e-02, maxf=2.2016e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.9014e-02, maxf=1.9843e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.7360e-02, maxf=1.8028e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.5839e-02, maxf=1.6375e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=1.4445e-02, maxf=1.4873e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.3169e-02, maxf=1.3576e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=1.2002e-02, maxf=1.2458e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=1.0936e-02, maxf=1.1435e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=9.9631e-03, maxf=1.0494e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=9.0764e-03, maxf=9.6267e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=8.2683e-03, maxf=8.8773e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=7.5321e-03, maxf=8.2125e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=6.8617e-03, maxf=7.5940e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=6.2514e-03, maxf=7.0196e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=5.6960e-03, maxf=6.4877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=5.1908e-03, maxf=5.9969e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=4.7315e-03, maxf=5.5458e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=4.3142e-03, maxf=5.1511e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=3.9351e-03, maxf=4.8168e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=3.5911e-03, maxf=4.5107e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=3.2788e-03, maxf=4.2305e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=2.9955e-03, maxf=3.9742e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=2.7384e-03, maxf=3.7395e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=2.5052e-03, maxf=3.5243e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=2.2934e-03, maxf=3.3264e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=2.1011e-03, maxf=3.1439e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.9265e-03, maxf=2.9750e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.7677e-03, maxf=2.8184e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.6232e-03, maxf=2.6726e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.4918e-03, maxf=2.5366e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.3721e-03, maxf=2.4093e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=1.2631e-03, maxf=2.2900e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=1.1638e-03, maxf=2.1797e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=1.0733e-03, maxf=2.0847e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=9.9087e-04, maxf=1.9949e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=9.1574e-04, maxf=1.9099e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=8.4732e-04, maxf=1.8294e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=7.8503e-04, maxf=1.7532e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=7.2837e-04, maxf=1.6812e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=6.7687e-04, maxf=1.6130e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=6.3012e-04, maxf=1.5486e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=5.8772e-04, maxf=1.4877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=5.4933e-04, maxf=1.4301e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=5.1462e-04, maxf=1.3758e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=4.8329e-04, maxf=1.3245e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=4.5507e-04, maxf=1.2762e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=4.2969e-04, maxf=1.2306e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=4.0693e-04, maxf=1.1876e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=3.8655e-04, maxf=1.1470e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=3.6834e-04, maxf=1.1089e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.5211e-04, maxf=1.0729e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.3767e-04, maxf=1.0391e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.2485e-04, maxf=1.0073e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=3.1349e-04, maxf=9.7728e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=3.0345e-04, maxf=9.4907e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.9457e-04, maxf=9.2252e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.8674e-04, maxf=8.9755e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.7984e-04, maxf=8.7406e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.7377e-04, maxf=8.5195e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=2.6841e-04, maxf=8.3116e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=2.6370e-04, maxf=8.1160e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=2.5955e-04, maxf=7.9319e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=2.5590e-04, maxf=7.7587e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=2.5267e-04, maxf=7.5958e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=2.4982e-04, maxf=7.4424e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=2.4729e-04, maxf=7.2981e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=2.4506e-04, maxf=7.1622e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=2.4307e-04, maxf=7.0343e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=2.4129e-04, maxf=6.9138e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=2.3971e-04, maxf=6.8004e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=2.3828e-04, maxf=6.6935e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 converged in 716 itertions final normf=2.3737e-04, maxf=6.6224e-04 fit1dCloud(npnt=65, ncp=7) -> status=0, numiter=717, normf= 1.4242e-04, dotmin=0.7917, nmin=13 enter fit1dCloud(bitflag=1, m=65, n=7) initial normf=2.9752e-02, maxf=7.6277e-02 converged in 8 itertions final normf=1.8627e-07, maxf=2.2517e-08 fit1dCloud(npnt=65, ncp=7) -> status=0, numiter= 9, normf= 6.7369e-07, dotmin=1.0000, nmin=11 enter fit1dCloud(bitflag=1, m=65, n=7) initial normf=2.9752e-02, maxf=7.6277e-02 converged in 8 itertions final normf=1.8627e-07, maxf=2.2517e-08 fit1dCloud(npnt=65, ncp=7) -> status=0, numiter= 9, normf= 6.7369e-07, dotmin=1.0000, nmin=11 enter fit1dCloud(bitflag=1, m=65, n=7) initial normf=2.9752e-02, maxf=7.6277e-02 converged in 8 itertions final normf=1.8627e-07, maxf=2.2517e-08 fit1dCloud(npnt=65, ncp=7) -> status=0, numiter= 9, normf= 6.7369e-07, dotmin=1.0000, nmin=11 enter fit1dCloud(bitflag=1, m=65, n=7) initial normf=2.9752e-02, maxf=7.6277e-02 converged in 8 itertions final normf=1.8627e-07, maxf=2.2517e-08 fit1dCloud(npnt=65, ncp=7) -> status=0, numiter= 9, normf= 6.7369e-07, dotmin=1.0000, nmin=11 enter fit1dCloud(bitflag=1, m=129, n=7) initial normf=3.0411e-02, maxf=7.6322e-02 iter= 10 normf=1.9728e-07, maxf=1.5586e-08 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 converged in 9 itertions final normf=1.9728e-07, maxf=1.5586e-08 fit1dCloud(npnt=129, ncp=7) -> status=0, numiter= 10, normf= 3.9009e-07, dotmin=1.0000, nmin=23 enter fit1dCloud(bitflag=1, m=129, n=7) initial normf=3.0411e-02, maxf=7.6322e-02 iter= 10 normf=1.9728e-07, maxf=1.5586e-08 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 converged in 9 itertions final normf=1.9728e-07, maxf=1.5586e-08 fit1dCloud(npnt=129, ncp=7) -> status=0, numiter= 10, normf= 3.9009e-07, dotmin=1.0000, nmin=23 enter fit1dCloud(bitflag=1, m=65, n=7) initial normf=5.1561e-02, maxf=1.1853e-01 iter= 10 normf=2.0812e-02, maxf=2.2016e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.9014e-02, maxf=1.9843e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.7360e-02, maxf=1.8028e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.5839e-02, maxf=1.6375e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=1.4445e-02, maxf=1.4873e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.3169e-02, maxf=1.3576e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=1.2002e-02, maxf=1.2458e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=1.0936e-02, maxf=1.1435e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=9.9631e-03, maxf=1.0494e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=9.0764e-03, maxf=9.6267e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=8.2683e-03, maxf=8.8773e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=7.5321e-03, maxf=8.2125e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=6.8617e-03, maxf=7.5940e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=6.2514e-03, maxf=7.0196e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=5.6960e-03, maxf=6.4877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=5.1908e-03, maxf=5.9969e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=4.7315e-03, maxf=5.5458e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=4.3142e-03, maxf=5.1511e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=3.9351e-03, maxf=4.8168e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=3.5911e-03, maxf=4.5107e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=3.2788e-03, maxf=4.2305e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=2.9955e-03, maxf=3.9742e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=2.7384e-03, maxf=3.7395e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=2.5052e-03, maxf=3.5243e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=2.2934e-03, maxf=3.3264e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=2.1011e-03, maxf=3.1439e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.9265e-03, maxf=2.9750e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.7677e-03, maxf=2.8184e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.6232e-03, maxf=2.6726e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.4918e-03, maxf=2.5366e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.3721e-03, maxf=2.4093e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=1.2631e-03, maxf=2.2900e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=1.1638e-03, maxf=2.1797e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=1.0733e-03, maxf=2.0847e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=9.9087e-04, maxf=1.9949e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=9.1574e-04, maxf=1.9099e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=8.4732e-04, maxf=1.8294e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=7.8503e-04, maxf=1.7532e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=7.2837e-04, maxf=1.6812e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=6.7687e-04, maxf=1.6130e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=6.3012e-04, maxf=1.5486e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=5.8772e-04, maxf=1.4877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=5.4933e-04, maxf=1.4301e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=5.1462e-04, maxf=1.3758e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=4.8329e-04, maxf=1.3245e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=4.5507e-04, maxf=1.2762e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=4.2969e-04, maxf=1.2306e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=4.0693e-04, maxf=1.1876e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=3.8655e-04, maxf=1.1470e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=3.6834e-04, maxf=1.1089e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.5211e-04, maxf=1.0729e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.3767e-04, maxf=1.0391e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.2485e-04, maxf=1.0073e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=3.1349e-04, maxf=9.7728e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=3.0345e-04, maxf=9.4907e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.9457e-04, maxf=9.2252e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.8674e-04, maxf=8.9755e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.7984e-04, maxf=8.7406e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.7377e-04, maxf=8.5195e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=2.6841e-04, maxf=8.3116e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=2.6370e-04, maxf=8.1160e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=2.5955e-04, maxf=7.9319e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=2.5590e-04, maxf=7.7587e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=2.5267e-04, maxf=7.5958e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=2.4982e-04, maxf=7.4424e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=2.4729e-04, maxf=7.2981e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=2.4506e-04, maxf=7.1622e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=2.4307e-04, maxf=7.0343e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=2.4129e-04, maxf=6.9138e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=2.3971e-04, maxf=6.8004e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=2.3828e-04, maxf=6.6935e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 converged in 716 itertions final normf=2.3737e-04, maxf=6.6224e-04 fit1dCloud(npnt=65, ncp=7) -> status=0, numiter=717, normf= 1.4242e-04, dotmin=0.7917, nmin=13 enter fit1dCloud(bitflag=1, m=65, n=7) initial normf=5.1561e-02, maxf=1.1853e-01 iter= 10 normf=2.0812e-02, maxf=2.2016e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.9014e-02, maxf=1.9843e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.7360e-02, maxf=1.8028e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.5839e-02, maxf=1.6375e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=1.4445e-02, maxf=1.4873e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.3169e-02, maxf=1.3576e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=1.2002e-02, maxf=1.2458e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=1.0936e-02, maxf=1.1435e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=9.9631e-03, maxf=1.0494e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=9.0764e-03, maxf=9.6267e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=8.2683e-03, maxf=8.8773e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=7.5321e-03, maxf=8.2125e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=6.8617e-03, maxf=7.5940e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=6.2514e-03, maxf=7.0196e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=5.6960e-03, maxf=6.4877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=5.1908e-03, maxf=5.9969e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=4.7315e-03, maxf=5.5458e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=4.3142e-03, maxf=5.1511e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=3.9351e-03, maxf=4.8168e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=3.5911e-03, maxf=4.5107e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=3.2788e-03, maxf=4.2305e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=2.9955e-03, maxf=3.9742e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=2.7384e-03, maxf=3.7395e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=2.5052e-03, maxf=3.5243e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=2.2934e-03, maxf=3.3264e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=2.1011e-03, maxf=3.1439e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.9265e-03, maxf=2.9750e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.7677e-03, maxf=2.8184e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.6232e-03, maxf=2.6726e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.4918e-03, maxf=2.5366e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.3721e-03, maxf=2.4093e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=1.2631e-03, maxf=2.2900e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=1.1638e-03, maxf=2.1797e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=1.0733e-03, maxf=2.0847e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=9.9087e-04, maxf=1.9949e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=9.1574e-04, maxf=1.9099e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=8.4732e-04, maxf=1.8294e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=7.8503e-04, maxf=1.7532e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=7.2837e-04, maxf=1.6812e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=6.7687e-04, maxf=1.6130e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=6.3012e-04, maxf=1.5486e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=5.8772e-04, maxf=1.4877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=5.4933e-04, maxf=1.4301e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=5.1462e-04, maxf=1.3758e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=4.8329e-04, maxf=1.3245e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=4.5507e-04, maxf=1.2762e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=4.2969e-04, maxf=1.2306e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=4.0693e-04, maxf=1.1876e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=3.8655e-04, maxf=1.1470e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=3.6834e-04, maxf=1.1089e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.5211e-04, maxf=1.0729e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.3767e-04, maxf=1.0391e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.2485e-04, maxf=1.0073e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=3.1349e-04, maxf=9.7728e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=3.0345e-04, maxf=9.4907e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.9457e-04, maxf=9.2252e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.8674e-04, maxf=8.9755e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.7984e-04, maxf=8.7406e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.7377e-04, maxf=8.5195e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=2.6841e-04, maxf=8.3116e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=2.6370e-04, maxf=8.1160e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=2.5955e-04, maxf=7.9319e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=2.5590e-04, maxf=7.7587e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=2.5267e-04, maxf=7.5958e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=2.4982e-04, maxf=7.4424e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=2.4729e-04, maxf=7.2981e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=2.4506e-04, maxf=7.1622e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=2.4307e-04, maxf=7.0343e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=2.4129e-04, maxf=6.9138e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=2.3971e-04, maxf=6.8004e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=2.3828e-04, maxf=6.6935e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 converged in 716 itertions final normf=2.3737e-04, maxf=6.6224e-04 fit1dCloud(npnt=65, ncp=7) -> status=0, numiter=717, normf= 1.4242e-04, dotmin=0.7917, nmin=13 enter fit1dCloud(bitflag=1, m=129, n=7) initial normf=3.0411e-02, maxf=7.6322e-02 iter= 10 normf=1.9728e-07, maxf=1.5586e-08 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 converged in 9 itertions final normf=1.9728e-07, maxf=1.5586e-08 fit1dCloud(npnt=129, ncp=7) -> status=0, numiter= 10, normf= 3.7483e-07, dotmin=1.0000, nmin=23 enter fit1dCloud(bitflag=1, m=129, n=7) initial normf=3.0411e-02, maxf=7.6322e-02 iter= 10 normf=1.9728e-07, maxf=1.5586e-08 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 converged in 9 itertions final normf=1.9728e-07, maxf=1.5586e-08 fit1dCloud(npnt=129, ncp=7) -> status=0, numiter= 10, normf= 3.7483e-07, dotmin=1.0000, nmin=23 enter fit1dCloud(bitflag=1, m=65, n=7) initial normf=5.1561e-02, maxf=1.1853e-01 iter= 10 normf=2.0812e-02, maxf=2.2016e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.9014e-02, maxf=1.9843e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.7360e-02, maxf=1.8028e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.5839e-02, maxf=1.6375e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=1.4445e-02, maxf=1.4873e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.3169e-02, maxf=1.3576e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=1.2002e-02, maxf=1.2458e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=1.0936e-02, maxf=1.1435e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=9.9631e-03, maxf=1.0494e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=9.0764e-03, maxf=9.6267e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=8.2683e-03, maxf=8.8773e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=7.5321e-03, maxf=8.2125e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=6.8617e-03, maxf=7.5940e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=6.2514e-03, maxf=7.0196e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=5.6960e-03, maxf=6.4877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=5.1908e-03, maxf=5.9969e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=4.7315e-03, maxf=5.5458e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=4.3142e-03, maxf=5.1510e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=3.9351e-03, maxf=4.8168e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=3.5911e-03, maxf=4.5107e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=3.2788e-03, maxf=4.2305e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=2.9955e-03, maxf=3.9742e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=2.7384e-03, maxf=3.7395e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=2.5052e-03, maxf=3.5243e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=2.2934e-03, maxf=3.3264e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=2.1011e-03, maxf=3.1438e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.9265e-03, maxf=2.9750e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.7677e-03, maxf=2.8184e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.6232e-03, maxf=2.6726e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.4918e-03, maxf=2.5366e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.3721e-03, maxf=2.4093e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=1.2631e-03, maxf=2.2900e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=1.1638e-03, maxf=2.1796e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=1.0733e-03, maxf=2.0847e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=9.9087e-04, maxf=1.9948e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=9.1574e-04, maxf=1.9098e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=8.4732e-04, maxf=1.8293e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=7.8503e-04, maxf=1.7532e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=7.2837e-04, maxf=1.6811e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=6.7687e-04, maxf=1.6130e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=6.3012e-04, maxf=1.5485e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=5.8772e-04, maxf=1.4876e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=5.4933e-04, maxf=1.4301e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=5.1462e-04, maxf=1.3757e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=4.8329e-04, maxf=1.3245e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=4.5507e-04, maxf=1.2761e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=4.2970e-04, maxf=1.2305e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=4.0693e-04, maxf=1.1875e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=3.8655e-04, maxf=1.1470e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=3.6834e-04, maxf=1.1088e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.5211e-04, maxf=1.0729e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.3767e-04, maxf=1.0391e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.2485e-04, maxf=1.0072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=3.1350e-04, maxf=9.7722e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=3.0345e-04, maxf=9.4901e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.9458e-04, maxf=9.2247e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.8675e-04, maxf=8.9749e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.7985e-04, maxf=8.7400e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.7377e-04, maxf=8.5190e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=2.6842e-04, maxf=8.3110e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=2.6371e-04, maxf=8.1154e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=2.5956e-04, maxf=7.9313e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=2.5590e-04, maxf=7.7582e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=2.5267e-04, maxf=7.5952e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=2.4982e-04, maxf=7.4419e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=2.4730e-04, maxf=7.2975e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=2.4506e-04, maxf=7.1616e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=2.4307e-04, maxf=7.0337e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=2.4130e-04, maxf=6.9133e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=2.3971e-04, maxf=6.7998e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=2.3829e-04, maxf=6.6929e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 converged in 716 itertions final normf=2.3738e-04, maxf=6.6218e-04 fit1dCloud(npnt=65, ncp=7) -> status=0, numiter=717, normf= 4.7476e-05, dotmin=0.7917, nmin=13 enter fit1dCloud(bitflag=1, m=65, n=7) initial normf=5.1561e-02, maxf=1.1853e-01 iter= 10 normf=2.0812e-02, maxf=2.2016e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.9014e-02, maxf=1.9843e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.7360e-02, maxf=1.8028e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.5839e-02, maxf=1.6375e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=1.4445e-02, maxf=1.4873e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.3169e-02, maxf=1.3576e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=1.2002e-02, maxf=1.2458e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=1.0936e-02, maxf=1.1435e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=9.9631e-03, maxf=1.0494e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=9.0764e-03, maxf=9.6267e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=8.2683e-03, maxf=8.8773e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=7.5321e-03, maxf=8.2125e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=6.8617e-03, maxf=7.5940e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=6.2514e-03, maxf=7.0196e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=5.6960e-03, maxf=6.4877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=5.1908e-03, maxf=5.9969e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=4.7315e-03, maxf=5.5458e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=4.3142e-03, maxf=5.1510e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=3.9351e-03, maxf=4.8168e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=3.5911e-03, maxf=4.5107e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=3.2788e-03, maxf=4.2305e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=2.9955e-03, maxf=3.9742e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=2.7384e-03, maxf=3.7395e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=2.5052e-03, maxf=3.5243e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=2.2934e-03, maxf=3.3264e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=2.1011e-03, maxf=3.1438e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.9265e-03, maxf=2.9750e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.7677e-03, maxf=2.8184e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.6232e-03, maxf=2.6726e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.4918e-03, maxf=2.5366e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.3721e-03, maxf=2.4093e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=1.2631e-03, maxf=2.2900e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=1.1638e-03, maxf=2.1796e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=1.0733e-03, maxf=2.0847e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=9.9087e-04, maxf=1.9948e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=9.1574e-04, maxf=1.9098e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=8.4732e-04, maxf=1.8293e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=7.8503e-04, maxf=1.7532e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=7.2837e-04, maxf=1.6811e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=6.7687e-04, maxf=1.6130e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=6.3012e-04, maxf=1.5485e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=5.8772e-04, maxf=1.4876e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=5.4933e-04, maxf=1.4301e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=5.1462e-04, maxf=1.3757e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=4.8329e-04, maxf=1.3245e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=4.5507e-04, maxf=1.2761e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=4.2970e-04, maxf=1.2305e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=4.0693e-04, maxf=1.1875e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=3.8655e-04, maxf=1.1470e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=3.6834e-04, maxf=1.1088e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.5211e-04, maxf=1.0729e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.3767e-04, maxf=1.0391e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.2485e-04, maxf=1.0072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=3.1350e-04, maxf=9.7722e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=3.0345e-04, maxf=9.4901e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.9458e-04, maxf=9.2247e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.8675e-04, maxf=8.9749e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.7985e-04, maxf=8.7400e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.7377e-04, maxf=8.5190e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=2.6842e-04, maxf=8.3110e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=2.6371e-04, maxf=8.1154e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=2.5956e-04, maxf=7.9313e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=2.5590e-04, maxf=7.7582e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=2.5267e-04, maxf=7.5952e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=2.4982e-04, maxf=7.4419e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=2.4730e-04, maxf=7.2975e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=2.4506e-04, maxf=7.1616e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=2.4307e-04, maxf=7.0337e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=2.4130e-04, maxf=6.9133e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=2.3971e-04, maxf=6.7998e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=2.3829e-04, maxf=6.6929e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 converged in 716 itertions final normf=2.3738e-04, maxf=6.6218e-04 fit1dCloud(npnt=65, ncp=7) -> status=0, numiter=717, normf= 4.7476e-05, dotmin=0.7917, nmin=13 enter fit1dCloud(bitflag=1, m=65, n=7) initial normf=5.1561e-02, maxf=1.1853e-01 iter= 10 normf=2.0812e-02, maxf=2.2016e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.9014e-02, maxf=1.9843e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.7360e-02, maxf=1.8028e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.5839e-02, maxf=1.6375e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=1.4445e-02, maxf=1.4873e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.3169e-02, maxf=1.3576e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=1.2002e-02, maxf=1.2458e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=1.0936e-02, maxf=1.1435e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=9.9631e-03, maxf=1.0494e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=9.0764e-03, maxf=9.6267e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=8.2683e-03, maxf=8.8773e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=7.5321e-03, maxf=8.2125e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=6.8617e-03, maxf=7.5940e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=6.2514e-03, maxf=7.0196e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=5.6960e-03, maxf=6.4877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=5.1908e-03, maxf=5.9969e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=4.7315e-03, maxf=5.5458e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=4.3142e-03, maxf=5.1510e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=3.9351e-03, maxf=4.8168e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=3.5911e-03, maxf=4.5107e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=3.2788e-03, maxf=4.2305e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=2.9955e-03, maxf=3.9742e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=2.7384e-03, maxf=3.7395e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=2.5052e-03, maxf=3.5243e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=2.2934e-03, maxf=3.3264e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=2.1011e-03, maxf=3.1438e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.9265e-03, maxf=2.9750e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.7677e-03, maxf=2.8184e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.6232e-03, maxf=2.6726e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.4918e-03, maxf=2.5366e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.3721e-03, maxf=2.4093e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=1.2631e-03, maxf=2.2900e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=1.1638e-03, maxf=2.1796e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=1.0733e-03, maxf=2.0847e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=9.9087e-04, maxf=1.9948e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=9.1574e-04, maxf=1.9098e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=8.4732e-04, maxf=1.8293e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=7.8503e-04, maxf=1.7532e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=7.2837e-04, maxf=1.6811e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=6.7687e-04, maxf=1.6130e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=6.3012e-04, maxf=1.5485e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=5.8772e-04, maxf=1.4876e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=5.4933e-04, maxf=1.4301e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=5.1462e-04, maxf=1.3757e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=4.8329e-04, maxf=1.3245e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=4.5507e-04, maxf=1.2761e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=4.2970e-04, maxf=1.2305e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=4.0693e-04, maxf=1.1875e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=3.8655e-04, maxf=1.1470e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=3.6834e-04, maxf=1.1088e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.5211e-04, maxf=1.0729e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.3767e-04, maxf=1.0391e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.2485e-04, maxf=1.0072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=3.1350e-04, maxf=9.7722e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=3.0345e-04, maxf=9.4901e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.9458e-04, maxf=9.2247e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.8675e-04, maxf=8.9749e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.7985e-04, maxf=8.7400e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.7377e-04, maxf=8.5190e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=2.6842e-04, maxf=8.3110e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=2.6371e-04, maxf=8.1154e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=2.5956e-04, maxf=7.9313e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=2.5590e-04, maxf=7.7582e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=2.5267e-04, maxf=7.5952e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=2.4982e-04, maxf=7.4419e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=2.4730e-04, maxf=7.2975e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=2.4506e-04, maxf=7.1616e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=2.4307e-04, maxf=7.0337e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=2.4130e-04, maxf=6.9133e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=2.3971e-04, maxf=6.7998e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=2.3829e-04, maxf=6.6929e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 converged in 716 itertions final normf=2.3738e-04, maxf=6.6218e-04 fit1dCloud(npnt=65, ncp=7) -> status=0, numiter=717, normf= 4.7476e-05, dotmin=0.7917, nmin=13 enter fit1dCloud(bitflag=1, m=65, n=7) initial normf=5.1561e-02, maxf=1.1853e-01 iter= 10 normf=2.0812e-02, maxf=2.2016e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.9014e-02, maxf=1.9843e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.7360e-02, maxf=1.8028e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.5839e-02, maxf=1.6375e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=1.4445e-02, maxf=1.4873e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.3169e-02, maxf=1.3576e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=1.2002e-02, maxf=1.2458e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=1.0936e-02, maxf=1.1435e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=9.9631e-03, maxf=1.0494e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=9.0764e-03, maxf=9.6267e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=8.2683e-03, maxf=8.8773e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=7.5321e-03, maxf=8.2125e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=6.8617e-03, maxf=7.5940e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=6.2514e-03, maxf=7.0196e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=5.6960e-03, maxf=6.4877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=5.1908e-03, maxf=5.9969e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=4.7315e-03, maxf=5.5458e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=4.3142e-03, maxf=5.1510e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=3.9351e-03, maxf=4.8168e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=3.5911e-03, maxf=4.5107e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=3.2788e-03, maxf=4.2305e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=2.9955e-03, maxf=3.9742e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=2.7384e-03, maxf=3.7395e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=2.5052e-03, maxf=3.5243e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=2.2934e-03, maxf=3.3264e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=2.1011e-03, maxf=3.1438e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.9265e-03, maxf=2.9750e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.7677e-03, maxf=2.8184e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.6232e-03, maxf=2.6726e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.4918e-03, maxf=2.5366e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.3721e-03, maxf=2.4093e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=1.2631e-03, maxf=2.2900e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=1.1638e-03, maxf=2.1796e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=1.0733e-03, maxf=2.0847e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=9.9087e-04, maxf=1.9948e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=9.1574e-04, maxf=1.9098e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=8.4732e-04, maxf=1.8293e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=7.8503e-04, maxf=1.7532e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=7.2837e-04, maxf=1.6811e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=6.7687e-04, maxf=1.6130e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=6.3012e-04, maxf=1.5485e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=5.8772e-04, maxf=1.4876e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=5.4933e-04, maxf=1.4301e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=5.1462e-04, maxf=1.3757e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=4.8329e-04, maxf=1.3245e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=4.5507e-04, maxf=1.2761e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=4.2970e-04, maxf=1.2305e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=4.0693e-04, maxf=1.1875e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=3.8655e-04, maxf=1.1470e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=3.6834e-04, maxf=1.1088e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.5211e-04, maxf=1.0729e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.3767e-04, maxf=1.0391e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.2485e-04, maxf=1.0072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=3.1350e-04, maxf=9.7722e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=3.0345e-04, maxf=9.4901e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.9458e-04, maxf=9.2247e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.8675e-04, maxf=8.9749e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.7985e-04, maxf=8.7400e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.7377e-04, maxf=8.5190e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=2.6842e-04, maxf=8.3110e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=2.6371e-04, maxf=8.1154e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=2.5956e-04, maxf=7.9313e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=2.5590e-04, maxf=7.7582e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=2.5267e-04, maxf=7.5952e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=2.4982e-04, maxf=7.4419e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=2.4730e-04, maxf=7.2975e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=2.4506e-04, maxf=7.1616e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=2.4307e-04, maxf=7.0337e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=2.4130e-04, maxf=6.9133e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=2.3971e-04, maxf=6.7998e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=2.3829e-04, maxf=6.6929e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 converged in 716 itertions final normf=2.3738e-04, maxf=6.6218e-04 fit1dCloud(npnt=65, ncp=7) -> status=0, numiter=717, normf= 4.7476e-05, dotmin=0.7917, nmin=13 generateFits(1D), CPU= 0.85 sec iface= 1 npnt = 446 ntrain= 446 (100%) non-planar (fitting) ipnt=1, prod= -0.00449 extracting south control points from iedge= 1 extracting east control points from iedge= 4 extracting north control points from iedge= 2 extracting west control points from iedge= 3 iface= 2 npnt = 1208 ntrain= 1208 (100%) non-planar (fitting) ipnt=1, prod= 0.00992 extracting south control points from iedge= 5 extracting east control points from iedge= 7 extracting north control points from iedge= 6 extracting west control points from iedge= 8 iface= 3 npnt = 629 ntrain= 629 (100%) iface= 4 npnt = 621 ntrain= 621 (100%) iface= 5 npnt = 1813 ntrain= 1813 (100%) non-planar (fitting) ipnt=1, prod= 0.02024 extracting south control points from iedge= -3 extracting east control points from iedge= -13 extracting north control points from iedge= -7 extracting west control points from iedge= -11 iface= 6 npnt = 1818 ntrain= 1818 (100%) non-planar (fitting) ipnt=1, prod= 0.04093 extracting south control points from iedge= -4 extracting east control points from iedge= -12 extracting north control points from iedge= -8 extracting west control points from iedge= -14 iface= 7 npnt = 4385 ntrain= 4385 (100%) non-planar (fitting) ipnt=1, prod= -0.01465 extracting south control points from iedge= -9 extracting east control points from iedge= 15 extracting north control points from iedge= 17 extracting west control points from iedge= 16 iface= 8 npnt = 4383 ntrain= 4383 (100%) non-planar (fitting) ipnt=1, prod= -0.01019 extracting south control points from iedge= -10 extracting east control points from iedge= -16 extracting north control points from iedge= 18 extracting west control points from iedge= -15 iface= 9 npnt = 4220 ntrain= 4220 (100%) non-planar (fitting) ipnt=1, prod= 0.00110 extracting south control points from iedge= 19 extracting east control points from iedge= 22 extracting north control points from iedge= 20 extracting west control points from iedge= 21 iface= 10 npnt = 4219 ntrain= 4219 (100%) non-planar (fitting) ipnt=5, prod= 0.00101 extracting south control points from iedge= -19 extracting east control points from iedge= 23 extracting north control points from iedge= -20 extracting west control points from iedge= 24 iface= 11 npnt = 2403 ntrain= 2403 (100%) iface= 12 npnt = 1134 ntrain= 1134 (100%) ID 2864: is master ID 2864: iface 7 has 4385 training points ID d80: start thread ID d80: iface 8 has 4383 training points ID 2864: iface 7 complete with status=0, numiter= 13, normf= 1.3240e-04, nmin=72 ID 2864: iface 9 has 4220 training points ID d80: iface 8 complete with status=0, numiter= 13, normf= 1.3270e-04, nmin=76 ID d80: iface 10 has 4219 training points ID 2864: iface 9 complete with status=0, numiter= 13, normf= 4.4219e-05, nmin=71 ID 2864: iface 6 has 1818 training points ID d80: iface 10 complete with status=0, numiter= 13, normf= 4.4137e-05, nmin=73 ID d80: iface 5 has 1813 training points ID 2864: iface 6 complete with status=0, numiter= 11, normf= 3.5822e-04, nmin=63 ID 2864: iface 2 has 1208 training points ID d80: iface 5 complete with status=0, numiter= 11, normf= 3.5749e-04, nmin=60 ID d80: iface 1 has 446 training points ID d80: iface 1 complete with status=0, numiter= 11, normf= 8.5038e-04, nmin=15 ID d80: iface 3 has 629 training points ID d80: iface 3 skipped ID d80: iface 4 has 621 training points ID d80: iface 4 skipped ID d80: iface 11 has 2403 training points ID d80: iface 11 skipped ID d80: iface 12 has 1134 training points ID d80: iface 12 skipped ID d80: stop thread ID 2864: iface 2 complete with status=0, numiter= 11, normf= 5.6186e-04, nmin=43 generateFits(2D), CPU= 2.58 sec EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 non-planar iface=1, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 1 ntrain= 446 rms= 6.412e-04 npnt = 446 rms= 6.412e-04 non-planar iface=2, nedg=6, nlup=2 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_otherCurve(0) -> status=0 EG_otherCurve(1) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 2 ntrain= 1208 rms= 4.597e-04 npnt = 1208 rms= 4.597e-04 planar iface= 3 is planar, so accuracy is not computed planar iface= 4 is planar, so accuracy is not computed non-planar iface=5, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 5 ntrain= 1813 rms= 5.860e-04 npnt = 1813 rms= 5.860e-04 non-planar iface=6, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 6 ntrain= 1818 rms= 5.874e-04 npnt = 1818 rms= 5.874e-04 non-planar iface=7, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 7 ntrain= 4385 rms= 2.191e-04 npnt = 4385 rms= 2.191e-04 non-planar iface=8, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 8 ntrain= 4383 rms= 2.198e-04 npnt = 4383 rms= 2.198e-04 non-planar iface=9, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 9 ntrain= 4220 rms= 7.314e-05 npnt = 4220 rms= 7.314e-05 non-planar iface=10, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 10 ntrain= 4219 rms= 7.296e-05 npnt = 4219 rms= 7.296e-05 planar iface= 11 is planar, so accuracy is not computed planar iface= 12 is planar, so accuracy is not computed before makeTopology(SHELL, nfaces=12, closed=1) File "../../OpenCSM/trunk/data/Slugs/boxBall_1.egads" is being written ==> Closing input journal file real 0m30.208s user 0m0.015s sys 0m0.031s + set +x boxBall_0 passed (as expected) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/serveCSM' ../../OpenCSM/trunk/data/Slugs/boxBall_1 -outLevel 0 -batch -verify ERROR:: (egads_notfound) in Branch Brch_000001 at [[../../OpenCSM/trunk/data/Slugs/boxBall_1.csm:4]] EGADS status = -1 ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build() detected -1 (egads_notfound) real 0m0.105s user 0m0.000s sys 0m0.015s + set +x boxBall_1 failed (as NOT expected) -------------------------------------------------------------------------------------------------- ( 5 ) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/Slugs' ../../OpenCSM/trunk/data/Slugs/boxHole_0 -outLevel 0 -batch -jrnl ../../OpenCSM/trunk/data/Slugs/boxHole_0.mod.jrnl ... After reading: npnt = 11415 ntri = 22830 ==> Opening input journal file "../../OpenCSM/trunk/data/Slugs/boxHole_0.mod.jrnl" Face 1 ...at beginning Edge 1, npnt= 33, ibeg= 1, iend= 2 Edge 2, npnt= 33, ibeg= 3, iend= 4 Edge 3, npnt= 33, ibeg= 4, iend= 1 Edge 4, npnt= 33, ibeg= 2, iend= 3 ...after sorting into Loops Loop 0 (0:3) Edge 1, npnt= 33, ibeg= 1, iend= 2 Edge 4, npnt= 33, ibeg= 2, iend= 3 Edge 2, npnt= 33, ibeg= 3, iend= 4 Edge 3, npnt= 33, ibeg= 4, iend= 1 Face 2 ...at beginning Edge 5, npnt= 33, ibeg= 5, iend= 6 Edge 6, npnt= 33, ibeg= 7, iend= 8 Edge 7, npnt= 33, ibeg= 6, iend= 7 Edge 8, npnt= 33, ibeg= 8, iend= 5 ...after sorting into Loops Loop 0 (0:3) Edge 5, npnt= 33, ibeg= 5, iend= 6 Edge 7, npnt= 33, ibeg= 6, iend= 7 Edge 6, npnt= 33, ibeg= 7, iend= 8 Edge 8, npnt= 33, ibeg= 8, iend= 5 Face 3 ...at beginning Edge -1, npnt= 33, iend= 2, ibeg= 1 Edge -5, npnt= 33, iend= 6, ibeg= 5 Edge 9, npnt= 33, ibeg= 1, iend= 6 Edge 10, npnt= 33, ibeg= 5, iend= 2 ...after sorting into Loops Loop 0 (0:3) Edge -1, npnt= 33, iend= 2, ibeg= 1 Edge 9, npnt= 33, ibeg= 1, iend= 6 Edge -5, npnt= 33, iend= 6, ibeg= 5 Edge 10, npnt= 33, ibeg= 5, iend= 2 Face 4 ...at beginning Edge -2, npnt= 33, iend= 4, ibeg= 3 Edge -6, npnt= 33, iend= 8, ibeg= 7 Edge 11, npnt= 33, ibeg= 7, iend= 4 Edge 12, npnt= 33, ibeg= 3, iend= 8 ...after sorting into Loops Loop 0 (0:3) Edge -2, npnt= 33, iend= 4, ibeg= 3 Edge 12, npnt= 33, ibeg= 3, iend= 8 Edge -6, npnt= 33, iend= 8, ibeg= 7 Edge 11, npnt= 33, ibeg= 7, iend= 4 Face 5 ...at beginning Edge -3, npnt= 33, iend= 1, ibeg= 4 Edge -7, npnt= 33, iend= 7, ibeg= 6 Edge -9, npnt= 33, iend= 6, ibeg= 1 Edge -11, npnt= 33, iend= 4, ibeg= 7 Edge 13, npnt= 65, ibeg= 9, iend= 10 Edge 14, npnt= 65, ibeg= 10, iend= 9 ...after sorting into Loops Loop 0 (0:3) Edge -3, npnt= 33, iend= 1, ibeg= 4 Edge -11, npnt= 33, iend= 4, ibeg= 7 Edge -7, npnt= 33, iend= 7, ibeg= 6 Edge -9, npnt= 33, iend= 6, ibeg= 1 Loop 1 (4:5) Edge 13, npnt= 65, ibeg= 9, iend= 10 Edge 14, npnt= 65, ibeg= 10, iend= 9 Loop 0 starts at i= 0 (iedge= -3) and has area 8.000000 Loop 1 starts at i= 4 (iedge= 13) and has area 0.392541 ...after sorting Loops so that largest area is first Loop 0 (0:3) Edge -3, npnt= 33, iend= 1, ibeg= 4 Edge -11, npnt= 33, iend= 4, ibeg= 7 Edge -7, npnt= 33, iend= 7, ibeg= 6 Edge -9, npnt= 33, iend= 6, ibeg= 1 Loop 1 (4:5) Edge 13, npnt= 65, ibeg= 9, iend= 10 Edge 14, npnt= 65, ibeg= 10, iend= 9 there are 2 Loops, so no face* file created Face 6 ...at beginning Edge -4, npnt= 33, iend= 3, ibeg= 2 Edge -8, npnt= 33, iend= 5, ibeg= 8 Edge -10, npnt= 33, iend= 2, ibeg= 5 Edge -12, npnt= 33, iend= 8, ibeg= 3 Edge 15, npnt= 65, ibeg= 11, iend= 12 Edge 16, npnt= 65, ibeg= 12, iend= 11 Edge 17, npnt= 5, ibeg= 13, iend= 14 Edge 18, npnt= 5, ibeg= 15, iend= 16 Edge 19, npnt= 7, ibeg= 16, iend= 13 Edge 20, npnt= 7, ibeg= 14, iend= 15 ...after sorting into Loops Loop 0 (0:3) Edge -4, npnt= 33, iend= 3, ibeg= 2 Edge -10, npnt= 33, iend= 2, ibeg= 5 Edge -8, npnt= 33, iend= 5, ibeg= 8 Edge -12, npnt= 33, iend= 8, ibeg= 3 Loop 1 (4:5) Edge 15, npnt= 65, ibeg= 11, iend= 12 Edge 16, npnt= 65, ibeg= 12, iend= 11 Loop 2 (6:9) Edge 17, npnt= 5, ibeg= 13, iend= 14 Edge 20, npnt= 7, ibeg= 14, iend= 15 Edge 18, npnt= 5, ibeg= 15, iend= 16 Edge 19, npnt= 7, ibeg= 16, iend= 13 Loop 0 starts at i= 0 (iedge= -4) and has area 8.000000 Loop 1 starts at i= 4 (iedge= 15) and has area 0.392541 Loop 2 starts at i= 6 (iedge= 17) and has area 0.160000 ...after sorting Loops so that largest area is first Loop 0 (0:3) Edge -4, npnt= 33, iend= 3, ibeg= 2 Edge -10, npnt= 33, iend= 2, ibeg= 5 Edge -8, npnt= 33, iend= 5, ibeg= 8 Edge -12, npnt= 33, iend= 8, ibeg= 3 Loop 1 (4:5) Edge 15, npnt= 65, ibeg= 11, iend= 12 Edge 16, npnt= 65, ibeg= 12, iend= 11 Loop 2 (6:9) Edge 17, npnt= 5, ibeg= 13, iend= 14 Edge 20, npnt= 7, ibeg= 14, iend= 15 Edge 18, npnt= 5, ibeg= 15, iend= 16 Edge 19, npnt= 7, ibeg= 16, iend= 13 there are 3 Loops, so no face* file created Face 7 ...at beginning Edge -13, npnt= 65, iend= 10, ibeg= 9 Edge -15, npnt= 65, iend= 12, ibeg= 11 Edge 21, npnt= 33, ibeg= 11, iend= 10 Edge 22, npnt= 33, ibeg= 9, iend= 12 ...after sorting into Loops Loop 0 (0:3) Edge -13, npnt= 65, iend= 10, ibeg= 9 Edge 22, npnt= 33, ibeg= 9, iend= 12 Edge -15, npnt= 65, iend= 12, ibeg= 11 Edge 21, npnt= 33, ibeg= 11, iend= 10 Face 8 ...at beginning Edge -14, npnt= 65, iend= 9, ibeg= 10 Edge -16, npnt= 65, iend= 11, ibeg= 12 Edge -21, npnt= 33, iend= 10, ibeg= 11 Edge -22, npnt= 33, iend= 12, ibeg= 9 ...after sorting into Loops Loop 0 (0:3) Edge -14, npnt= 65, iend= 9, ibeg= 10 Edge -21, npnt= 33, iend= 10, ibeg= 11 Edge -16, npnt= 65, iend= 11, ibeg= 12 Edge -22, npnt= 33, iend= 12, ibeg= 9 Face 9 ...at beginning Edge -17, npnt= 5, iend= 14, ibeg= 13 Edge 23, npnt= 17, ibeg= 13, iend= 17 Edge 24, npnt= 17, ibeg= 18, iend= 14 Edge 25, npnt= 5, ibeg= 17, iend= 18 ...after sorting into Loops Loop 0 (0:3) Edge -17, npnt= 5, iend= 14, ibeg= 13 Edge 23, npnt= 17, ibeg= 13, iend= 17 Edge 25, npnt= 5, ibeg= 17, iend= 18 Edge 24, npnt= 17, ibeg= 18, iend= 14 Face 10 ...at beginning Edge -18, npnt= 5, iend= 16, ibeg= 15 Edge 26, npnt= 17, ibeg= 19, iend= 16 Edge 27, npnt= 17, ibeg= 15, iend= 20 Edge 28, npnt= 5, ibeg= 20, iend= 19 ...after sorting into Loops Loop 0 (0:3) Edge -18, npnt= 5, iend= 16, ibeg= 15 Edge 27, npnt= 17, ibeg= 15, iend= 20 Edge 28, npnt= 5, ibeg= 20, iend= 19 Edge 26, npnt= 17, ibeg= 19, iend= 16 Face 11 ...at beginning Edge -19, npnt= 7, iend= 13, ibeg= 16 Edge -23, npnt= 17, iend= 17, ibeg= 13 Edge -26, npnt= 17, iend= 16, ibeg= 19 Edge 29, npnt= 6, ibeg= 19, iend= 17 ...after sorting into Loops Loop 0 (0:3) Edge -19, npnt= 7, iend= 13, ibeg= 16 Edge -26, npnt= 17, iend= 16, ibeg= 19 Edge 29, npnt= 6, ibeg= 19, iend= 17 Edge -23, npnt= 17, iend= 17, ibeg= 13 Face 12 ...at beginning Edge -20, npnt= 7, iend= 15, ibeg= 14 Edge -24, npnt= 17, iend= 14, ibeg= 18 Edge -27, npnt= 17, iend= 20, ibeg= 15 Edge 30, npnt= 7, ibeg= 18, iend= 20 ...after sorting into Loops Loop 0 (0:3) Edge -20, npnt= 7, iend= 15, ibeg= 14 Edge -24, npnt= 17, iend= 14, ibeg= 18 Edge 30, npnt= 7, ibeg= 18, iend= 20 Edge -27, npnt= 17, iend= 20, ibeg= 15 Face 13 ...at beginning Edge -25, npnt= 5, iend= 18, ibeg= 17 Edge -28, npnt= 5, iend= 19, ibeg= 20 Edge -29, npnt= 6, iend= 17, ibeg= 19 Edge -30, npnt= 7, iend= 20, ibeg= 18 ...after sorting into Loops Loop 0 (0:3) Edge -25, npnt= 5, iend= 18, ibeg= 17 Edge -29, npnt= 6, iend= 17, ibeg= 19 Edge -28, npnt= 5, iend= 19, ibeg= 20 Edge -30, npnt= 7, iend= 20, ibeg= 18 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3105e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1928e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0822e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8372e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1362e-03, maxf=8.9990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3108e-03, maxf=8.2217e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5584e-03, maxf=7.5030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8728e-03, maxf=6.8404e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2484e-03, maxf=6.2321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6800e-03, maxf=5.7337e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1629e-03, maxf=5.2918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6926e-03, maxf=4.8877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2652e-03, maxf=4.5186e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5244e-03, maxf=3.8747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5944e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1075e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9267e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7603e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6071e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4660e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3361e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5161e-03, maxf=2.2164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1060e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2655e-03, maxf=2.0042e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1579e-03, maxf=1.9102e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8232e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7261e-04, maxf=1.7427e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9308e-04, maxf=1.6679e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2121e-04, maxf=1.5984e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5627e-04, maxf=1.5335e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9760e-04, maxf=1.4730e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4462e-04, maxf=1.4163e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9678e-04, maxf=1.3631e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5361e-04, maxf=1.3131e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1467e-04, maxf=1.2659e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7956e-04, maxf=1.2215e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4792e-04, maxf=1.1795e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1944e-04, maxf=1.1397e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9380e-04, maxf=1.1020e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7075e-04, maxf=1.0663e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5004e-04, maxf=1.0324e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3144e-04, maxf=1.0001e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1474e-04, maxf=9.6946e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9977e-04, maxf=9.4028e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8634e-04, maxf=9.1520e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7429e-04, maxf=8.9215e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6350e-04, maxf=8.7011e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5381e-04, maxf=8.4905e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4513e-04, maxf=8.2890e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3733e-04, maxf=8.0962e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3032e-04, maxf=7.9118e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2401e-04, maxf=7.7353e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1833e-04, maxf=7.5663e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1321e-04, maxf=7.4046e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0858e-04, maxf=7.2497e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0438e-04, maxf=7.1014e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0057e-04, maxf=6.9594e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9710e-04, maxf=6.8232e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9394e-04, maxf=6.6928e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9105e-04, maxf=6.5678e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8839e-04, maxf=6.4479e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8595e-04, maxf=6.3330e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8370e-04, maxf=6.2228e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8162e-04, maxf=6.1171e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 converged in 668 itertions final normf=1.7987e-04, maxf=6.0256e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=669, normf= 8.9937e-05, dotmin=0.8847, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3105e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1928e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0822e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8372e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1362e-03, maxf=8.9990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3108e-03, maxf=8.2217e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5584e-03, maxf=7.5030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8728e-03, maxf=6.8404e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2484e-03, maxf=6.2321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6800e-03, maxf=5.7337e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1629e-03, maxf=5.2918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6926e-03, maxf=4.8877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2652e-03, maxf=4.5186e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5244e-03, maxf=3.8747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5944e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1075e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9267e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7603e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6071e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4660e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3361e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5161e-03, maxf=2.2164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1060e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2655e-03, maxf=2.0042e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1579e-03, maxf=1.9102e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8232e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7261e-04, maxf=1.7427e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9308e-04, maxf=1.6679e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2121e-04, maxf=1.5984e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5627e-04, maxf=1.5335e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9760e-04, maxf=1.4730e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4462e-04, maxf=1.4163e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9678e-04, maxf=1.3631e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5361e-04, maxf=1.3131e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1467e-04, maxf=1.2659e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7956e-04, maxf=1.2215e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4792e-04, maxf=1.1795e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1944e-04, maxf=1.1397e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9380e-04, maxf=1.1020e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7075e-04, maxf=1.0663e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5004e-04, maxf=1.0324e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3144e-04, maxf=1.0001e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1474e-04, maxf=9.6946e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9977e-04, maxf=9.4028e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8634e-04, maxf=9.1520e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7429e-04, maxf=8.9215e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6350e-04, maxf=8.7011e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5381e-04, maxf=8.4905e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4513e-04, maxf=8.2890e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3733e-04, maxf=8.0962e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3032e-04, maxf=7.9118e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2401e-04, maxf=7.7353e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1833e-04, maxf=7.5663e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1321e-04, maxf=7.4046e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0858e-04, maxf=7.2497e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0438e-04, maxf=7.1014e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0057e-04, maxf=6.9594e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9710e-04, maxf=6.8232e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9394e-04, maxf=6.6928e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9105e-04, maxf=6.5678e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8839e-04, maxf=6.4479e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8595e-04, maxf=6.3330e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8370e-04, maxf=6.2228e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8162e-04, maxf=6.1171e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 converged in 668 itertions final normf=1.7987e-04, maxf=6.0256e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=669, normf= 8.9937e-05, dotmin=0.8847, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3105e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1928e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0822e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8372e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1362e-03, maxf=8.9990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3108e-03, maxf=8.2217e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5584e-03, maxf=7.5030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8728e-03, maxf=6.8404e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2484e-03, maxf=6.2321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6800e-03, maxf=5.7337e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1629e-03, maxf=5.2918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6926e-03, maxf=4.8877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2652e-03, maxf=4.5186e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5244e-03, maxf=3.8747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5944e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1075e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9267e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7603e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6071e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4660e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3361e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5161e-03, maxf=2.2164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1060e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2655e-03, maxf=2.0042e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1579e-03, maxf=1.9102e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8232e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7261e-04, maxf=1.7427e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9308e-04, maxf=1.6679e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2121e-04, maxf=1.5984e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5627e-04, maxf=1.5335e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9760e-04, maxf=1.4730e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4462e-04, maxf=1.4163e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9678e-04, maxf=1.3631e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5361e-04, maxf=1.3131e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1467e-04, maxf=1.2659e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7956e-04, maxf=1.2215e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4792e-04, maxf=1.1795e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1944e-04, maxf=1.1397e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9380e-04, maxf=1.1020e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7075e-04, maxf=1.0663e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5004e-04, maxf=1.0324e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3144e-04, maxf=1.0001e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1474e-04, maxf=9.6946e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9977e-04, maxf=9.4028e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8634e-04, maxf=9.1520e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7429e-04, maxf=8.9215e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6350e-04, maxf=8.7011e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5381e-04, maxf=8.4905e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4513e-04, maxf=8.2890e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3733e-04, maxf=8.0962e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3032e-04, maxf=7.9118e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2401e-04, maxf=7.7353e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1833e-04, maxf=7.5663e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1321e-04, maxf=7.4046e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0858e-04, maxf=7.2497e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0438e-04, maxf=7.1014e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0057e-04, maxf=6.9594e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9710e-04, maxf=6.8232e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9394e-04, maxf=6.6928e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9105e-04, maxf=6.5678e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8839e-04, maxf=6.4479e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8595e-04, maxf=6.3330e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8370e-04, maxf=6.2228e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8162e-04, maxf=6.1171e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 converged in 668 itertions final normf=1.7987e-04, maxf=6.0256e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=669, normf= 8.9937e-05, dotmin=0.8847, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3105e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1928e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0822e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8372e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1362e-03, maxf=8.9990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3108e-03, maxf=8.2217e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5584e-03, maxf=7.5030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8728e-03, maxf=6.8404e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2484e-03, maxf=6.2321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6800e-03, maxf=5.7337e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1629e-03, maxf=5.2918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6926e-03, maxf=4.8877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2652e-03, maxf=4.5186e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5244e-03, maxf=3.8747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5944e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1075e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9267e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7603e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6071e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4660e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3361e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5161e-03, maxf=2.2164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1060e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2655e-03, maxf=2.0042e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1579e-03, maxf=1.9102e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8232e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7261e-04, maxf=1.7427e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9308e-04, maxf=1.6679e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2121e-04, maxf=1.5984e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5627e-04, maxf=1.5335e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9760e-04, maxf=1.4730e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4462e-04, maxf=1.4163e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9678e-04, maxf=1.3631e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5361e-04, maxf=1.3131e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1467e-04, maxf=1.2659e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7956e-04, maxf=1.2215e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4792e-04, maxf=1.1795e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1944e-04, maxf=1.1397e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9380e-04, maxf=1.1020e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7075e-04, maxf=1.0663e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5004e-04, maxf=1.0324e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3144e-04, maxf=1.0001e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1474e-04, maxf=9.6946e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9977e-04, maxf=9.4028e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8634e-04, maxf=9.1520e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7429e-04, maxf=8.9215e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6350e-04, maxf=8.7011e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5381e-04, maxf=8.4905e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4513e-04, maxf=8.2890e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3733e-04, maxf=8.0962e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3032e-04, maxf=7.9118e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2401e-04, maxf=7.7353e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1833e-04, maxf=7.5663e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1321e-04, maxf=7.4046e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0858e-04, maxf=7.2497e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0438e-04, maxf=7.1014e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0057e-04, maxf=6.9594e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9710e-04, maxf=6.8232e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9394e-04, maxf=6.6928e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9105e-04, maxf=6.5678e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8839e-04, maxf=6.4479e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8595e-04, maxf=6.3330e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8370e-04, maxf=6.2228e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8162e-04, maxf=6.1171e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 converged in 668 itertions final normf=1.7987e-04, maxf=6.0256e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=669, normf= 8.9937e-05, dotmin=0.8847, nmin=8 enter fit1dCloud(bitflag=1, m=5, n=9) initial normf=1.6656e-02, maxf=7.0665e-02 converged in 6 itertions final normf=5.3074e-08, maxf=6.3282e-08 fit1dCloud(npnt=5, ncp=9) -> status=0, numiter= 7, normf= 9.1926e-09, dotmin=1.0000, nmin=0 enter fit1dCloud(bitflag=1, m=5, n=9) initial normf=1.6656e-02, maxf=7.0665e-02 converged in 6 itertions final normf=5.3074e-08, maxf=6.3282e-08 fit1dCloud(npnt=5, ncp=9) -> status=0, numiter= 7, normf= 9.1926e-09, dotmin=1.0000, nmin=0 enter fit1dCloud(bitflag=1, m=7, n=9) initial normf=2.0900e-02, maxf=8.4009e-02 converged in 7 itertions final normf=4.3337e-08, maxf=7.1982e-08 fit1dCloud(npnt=7, ncp=9) -> status=0, numiter= 8, normf= 1.5012e-08, dotmin=1.0000, nmin=1 enter fit1dCloud(bitflag=1, m=7, n=9) initial normf=1.7315e-02, maxf=7.0665e-02 converged in 7 itertions final normf=3.0273e-08, maxf=8.0458e-08 fit1dCloud(npnt=7, ncp=9) -> status=0, numiter= 8, normf= 1.0487e-08, dotmin=1.0000, nmin=1 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.3855e-02, maxf=7.2754e-02 converged in 7 itertions final normf=1.7503e-07, maxf=2.7691e-08 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter= 8, normf= 1.7503e-07, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.3855e-02, maxf=7.2754e-02 converged in 7 itertions final normf=1.7503e-07, maxf=2.7691e-08 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter= 8, normf= 1.7503e-07, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=5, n=9) initial normf=1.6656e-02, maxf=7.0665e-02 converged in 6 itertions final normf=5.3074e-08, maxf=6.3282e-08 fit1dCloud(npnt=5, ncp=9) -> status=0, numiter= 7, normf= 9.1926e-09, dotmin=1.0000, nmin=0 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.3855e-02, maxf=7.2754e-02 converged in 7 itertions final normf=1.7503e-07, maxf=2.7691e-08 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter= 8, normf= 1.7503e-07, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.3855e-02, maxf=7.2754e-02 converged in 7 itertions final normf=1.7503e-07, maxf=2.7691e-08 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter= 8, normf= 1.7503e-07, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=5, n=9) initial normf=1.6656e-02, maxf=7.0665e-02 converged in 6 itertions final normf=5.3074e-08, maxf=6.3282e-08 fit1dCloud(npnt=5, ncp=9) -> status=0, numiter= 7, normf= 9.1926e-09, dotmin=1.0000, nmin=0 enter fit1dCloud(bitflag=1, m=6, n=9) initial normf=1.7014e-02, maxf=7.0665e-02 converged in 7 itertions final normf=7.6470e-08, maxf=7.2166e-08 fit1dCloud(npnt=6, ncp=9) -> status=0, numiter= 8, normf= 2.6490e-08, dotmin=1.0000, nmin=1 enter fit1dCloud(bitflag=1, m=7, n=9) initial normf=1.7315e-02, maxf=7.0665e-02 converged in 7 itertions final normf=3.0273e-08, maxf=8.0458e-08 fit1dCloud(npnt=7, ncp=9) -> status=0, numiter= 8, normf= 1.0487e-08, dotmin=1.0000, nmin=1 generateFits(1D), CPU= 0.47 sec iface= 1 npnt = 888 ntrain= 888 (100%) iface= 2 npnt = 895 ntrain= 895 (100%) iface= 3 npnt = 901 ntrain= 901 (100%) iface= 4 npnt = 890 ntrain= 890 (100%) iface= 5 npnt = 2416 ntrain= 2416 (100%) iface= 6 npnt = 1958 ntrain= 1958 (100%) iface= 7 npnt = 1947 ntrain= 1947 (100%) non-planar (fitting) ipnt=1, prod= 0.01160 extracting south control points from iedge= -13 extracting east control points from iedge= 22 extracting north control points from iedge= -15 extracting west control points from iedge= 21 iface= 8 npnt = 1951 ntrain= 1951 (100%) non-planar (fitting) ipnt=1, prod= 0.00786 extracting south control points from iedge= -14 extracting east control points from iedge= -21 extracting north control points from iedge= -16 extracting west control points from iedge= -22 iface= 9 npnt = 69 ntrain= 69 (100%) iface= 10 npnt = 70 ntrain= 70 (100%) iface= 11 npnt = 104 ntrain= 104 (100%) iface= 12 npnt = 117 ntrain= 117 (100%) iface= 13 npnt = 26 ntrain= 26 (100%) ID c6c: is master ID c6c: iface 8 has 1951 training points ID 31a0: start thread ID 31a0: iface 7 has 1947 training points ID c6c: iface 8 complete with status=0, numiter= 8, normf= 8.9102e-05, nmin=32 ID c6c: iface 1 has 888 training points ID c6c: iface 1 skipped ID c6c: iface 2 has 895 training points ID c6c: iface 2 skipped ID c6c: iface 3 has 901 training points ID c6c: iface 3 skipped ID c6c: iface 4 has 890 training points ID c6c: iface 4 skipped ID c6c: iface 5 has 2416 training points ID c6c: iface 5 skipped ID c6c: iface 6 has 1958 training points ID c6c: iface 6 skipped ID c6c: iface 9 has 69 training points ID c6c: iface 9 skipped ID c6c: iface 10 has 70 training points ID c6c: iface 10 skipped ID c6c: iface 11 has 104 training points ID c6c: iface 11 skipped ID c6c: iface 12 has 117 training points ID c6c: iface 12 skipped ID c6c: iface 13 has 26 training points ID c6c: iface 13 skipped ID 31a0: iface 7 complete with status=0, numiter= 8, normf= 8.8812e-05, nmin=32 ID 31a0: stop thread generateFits(2D), CPU= 1.01 sec EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 planar iface= 1 is planar, so accuracy is not computed planar iface= 2 is planar, so accuracy is not computed planar iface= 3 is planar, so accuracy is not computed planar iface= 4 is planar, so accuracy is not computed planar iface= 5 is planar, so accuracy is not computed planar iface= 6 is planar, so accuracy is not computed non-planar iface=7, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 7 ntrain= 1947 rms= 1.524e-04 npnt = 1947 rms= 1.524e-04 non-planar iface=8, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 8 ntrain= 1951 rms= 1.528e-04 npnt = 1951 rms= 1.528e-04 planar iface= 9 is planar, so accuracy is not computed planar iface= 10 is planar, so accuracy is not computed planar iface= 11 is planar, so accuracy is not computed planar iface= 12 is planar, so accuracy is not computed planar iface= 13 is planar, so accuracy is not computed before makeTopology(SHELL, nfaces=13, closed=1) File "../../OpenCSM/trunk/data/Slugs/boxHole_1.egads" is being written ==> Closing input journal file real 0m6.158s user 0m0.015s sys 0m0.015s + set +x boxHole_0 passed (as expected) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/serveCSM' ../../OpenCSM/trunk/data/Slugs/boxHole_1 -outLevel 0 -batch -verify ERROR:: (egads_notfound) in Branch Brch_000001 at [[../../OpenCSM/trunk/data/Slugs/boxHole_1.csm:4]] EGADS status = -1 ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build() detected -1 (egads_notfound) real 0m0.104s user 0m0.000s sys 0m0.031s + set +x boxHole_1 failed (as NOT expected) -------------------------------------------------------------------------------------------------- ( 6 ) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/Slugs' ../../OpenCSM/trunk/data/Slugs/cylinder_0 -outLevel 0 -batch -jrnl ../../OpenCSM/trunk/data/Slugs/cylinder_0.mod.jrnl .. After reading: npnt = 5821 ntri = 11638 ==> Opening input journal file "../../OpenCSM/trunk/data/Slugs/cylinder_0.mod.jrnl" Face 1 ...at beginning Edge 1, npnt= 65, ibeg= 1, iend= 2 Edge 2, npnt= 65, ibeg= 2, iend= 1 ...after sorting into Loops Loop 0 (0:1) Edge 1, npnt= 65, ibeg= 1, iend= 2 Edge 2, npnt= 65, ibeg= 2, iend= 1 Face 2 ...at beginning Edge 3, npnt= 65, ibeg= 3, iend= 4 Edge 4, npnt= 65, ibeg= 4, iend= 3 ...after sorting into Loops Loop 0 (0:1) Edge 3, npnt= 65, ibeg= 3, iend= 4 Edge 4, npnt= 65, ibeg= 4, iend= 3 Face 3 ...at beginning Edge -1, npnt= 65, iend= 2, ibeg= 1 Edge -3, npnt= 65, iend= 4, ibeg= 3 Edge 5, npnt= 33, ibeg= 3, iend= 2 Edge 6, npnt= 33, ibeg= 1, iend= 4 ...after sorting into Loops Loop 0 (0:3) Edge -1, npnt= 65, iend= 2, ibeg= 1 Edge 6, npnt= 33, ibeg= 1, iend= 4 Edge -3, npnt= 65, iend= 4, ibeg= 3 Edge 5, npnt= 33, ibeg= 3, iend= 2 Face 4 ...at beginning Edge -2, npnt= 65, iend= 1, ibeg= 2 Edge -4, npnt= 65, iend= 3, ibeg= 4 Edge -5, npnt= 33, iend= 2, ibeg= 3 Edge -6, npnt= 33, iend= 4, ibeg= 1 ...after sorting into Loops Loop 0 (0:3) Edge -2, npnt= 65, iend= 1, ibeg= 2 Edge -5, npnt= 33, iend= 2, ibeg= 3 Edge -4, npnt= 65, iend= 3, ibeg= 4 Edge -6, npnt= 33, iend= 4, ibeg= 1 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3105e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1928e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0822e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8372e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1362e-03, maxf=8.9990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3108e-03, maxf=8.2218e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5584e-03, maxf=7.5030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8728e-03, maxf=6.8405e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2484e-03, maxf=6.2321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6800e-03, maxf=5.7337e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1629e-03, maxf=5.2918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6926e-03, maxf=4.8877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2652e-03, maxf=4.5186e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5244e-03, maxf=3.8747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5944e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1076e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7604e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4662e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5161e-03, maxf=2.2165e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1061e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2655e-03, maxf=2.0043e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1579e-03, maxf=1.9103e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7261e-04, maxf=1.7428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9308e-04, maxf=1.6680e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2121e-04, maxf=1.5985e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5627e-04, maxf=1.5336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9761e-04, maxf=1.4731e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4462e-04, maxf=1.4164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9679e-04, maxf=1.3632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5362e-04, maxf=1.3132e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1467e-04, maxf=1.2660e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7956e-04, maxf=1.2216e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4793e-04, maxf=1.1796e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1944e-04, maxf=1.1398e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9381e-04, maxf=1.1021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7076e-04, maxf=1.0664e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5004e-04, maxf=1.0325e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3144e-04, maxf=1.0002e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1475e-04, maxf=9.6955e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9977e-04, maxf=9.4037e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8634e-04, maxf=9.1519e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7430e-04, maxf=8.9214e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6350e-04, maxf=8.7010e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5382e-04, maxf=8.4904e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4513e-04, maxf=8.2889e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3733e-04, maxf=8.0961e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3032e-04, maxf=7.9117e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2402e-04, maxf=7.7352e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1834e-04, maxf=7.5662e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1321e-04, maxf=7.4045e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0858e-04, maxf=7.2496e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0438e-04, maxf=7.1013e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0057e-04, maxf=6.9592e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9711e-04, maxf=6.8231e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9394e-04, maxf=6.6926e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9105e-04, maxf=6.5676e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8840e-04, maxf=6.4478e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8596e-04, maxf=6.3328e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8371e-04, maxf=6.2226e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8162e-04, maxf=6.1169e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 converged in 668 itertions final normf=1.7988e-04, maxf=6.0254e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=669, normf= 1.7988e-04, dotmin=0.8847, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3105e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1928e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0822e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8372e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1362e-03, maxf=8.9990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3108e-03, maxf=8.2218e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5584e-03, maxf=7.5030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8728e-03, maxf=6.8405e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2484e-03, maxf=6.2321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6800e-03, maxf=5.7337e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1629e-03, maxf=5.2918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6926e-03, maxf=4.8877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2652e-03, maxf=4.5186e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5244e-03, maxf=3.8747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5944e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1076e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7604e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4662e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5161e-03, maxf=2.2165e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1061e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2655e-03, maxf=2.0043e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1579e-03, maxf=1.9103e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7261e-04, maxf=1.7428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9308e-04, maxf=1.6680e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2121e-04, maxf=1.5985e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5627e-04, maxf=1.5336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9761e-04, maxf=1.4731e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4462e-04, maxf=1.4164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9679e-04, maxf=1.3632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5362e-04, maxf=1.3132e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1467e-04, maxf=1.2660e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7956e-04, maxf=1.2216e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4793e-04, maxf=1.1796e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1944e-04, maxf=1.1398e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9381e-04, maxf=1.1021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7076e-04, maxf=1.0664e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5004e-04, maxf=1.0325e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3144e-04, maxf=1.0002e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1475e-04, maxf=9.6955e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9977e-04, maxf=9.4037e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8634e-04, maxf=9.1519e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7430e-04, maxf=8.9214e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6350e-04, maxf=8.7010e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5382e-04, maxf=8.4904e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4513e-04, maxf=8.2889e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3733e-04, maxf=8.0961e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3032e-04, maxf=7.9117e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2402e-04, maxf=7.7352e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1834e-04, maxf=7.5662e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1321e-04, maxf=7.4045e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0858e-04, maxf=7.2496e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0438e-04, maxf=7.1013e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0057e-04, maxf=6.9592e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9711e-04, maxf=6.8231e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9394e-04, maxf=6.6926e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9105e-04, maxf=6.5676e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8840e-04, maxf=6.4478e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8596e-04, maxf=6.3328e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8371e-04, maxf=6.2226e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8162e-04, maxf=6.1169e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 converged in 668 itertions final normf=1.7988e-04, maxf=6.0254e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=669, normf= 1.7988e-04, dotmin=0.8847, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3105e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1928e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0822e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8372e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1362e-03, maxf=8.9990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3108e-03, maxf=8.2218e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5584e-03, maxf=7.5030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8728e-03, maxf=6.8405e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2484e-03, maxf=6.2321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6800e-03, maxf=5.7337e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1629e-03, maxf=5.2918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6926e-03, maxf=4.8877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2652e-03, maxf=4.5186e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5244e-03, maxf=3.8747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5944e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1076e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7604e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4662e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5161e-03, maxf=2.2165e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1061e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2655e-03, maxf=2.0043e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1579e-03, maxf=1.9103e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7261e-04, maxf=1.7428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9308e-04, maxf=1.6680e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2121e-04, maxf=1.5985e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5627e-04, maxf=1.5336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9761e-04, maxf=1.4731e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4462e-04, maxf=1.4164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9679e-04, maxf=1.3632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5362e-04, maxf=1.3132e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1467e-04, maxf=1.2660e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7956e-04, maxf=1.2216e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4793e-04, maxf=1.1796e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1944e-04, maxf=1.1398e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9381e-04, maxf=1.1021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7076e-04, maxf=1.0664e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5004e-04, maxf=1.0325e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3144e-04, maxf=1.0002e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1475e-04, maxf=9.6955e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9977e-04, maxf=9.4037e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8634e-04, maxf=9.1519e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7430e-04, maxf=8.9214e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6350e-04, maxf=8.7010e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5382e-04, maxf=8.4904e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4513e-04, maxf=8.2889e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3733e-04, maxf=8.0961e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3032e-04, maxf=7.9117e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2402e-04, maxf=7.7352e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1834e-04, maxf=7.5662e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1321e-04, maxf=7.4045e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0858e-04, maxf=7.2496e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0438e-04, maxf=7.1013e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0057e-04, maxf=6.9592e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9711e-04, maxf=6.8231e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9394e-04, maxf=6.6926e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9105e-04, maxf=6.5676e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8840e-04, maxf=6.4478e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8596e-04, maxf=6.3328e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8371e-04, maxf=6.2226e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8162e-04, maxf=6.1169e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 converged in 668 itertions final normf=1.7988e-04, maxf=6.0254e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=669, normf= 1.7988e-04, dotmin=0.8847, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3105e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1928e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0822e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8372e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1362e-03, maxf=8.9990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3108e-03, maxf=8.2218e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5584e-03, maxf=7.5030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8728e-03, maxf=6.8405e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2484e-03, maxf=6.2321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6800e-03, maxf=5.7337e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1629e-03, maxf=5.2918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6926e-03, maxf=4.8877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2652e-03, maxf=4.5186e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5244e-03, maxf=3.8747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5944e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1076e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7604e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4662e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5161e-03, maxf=2.2165e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1061e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2655e-03, maxf=2.0043e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1579e-03, maxf=1.9103e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7261e-04, maxf=1.7428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9308e-04, maxf=1.6680e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2121e-04, maxf=1.5985e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5627e-04, maxf=1.5336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9761e-04, maxf=1.4731e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4462e-04, maxf=1.4164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9679e-04, maxf=1.3632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5362e-04, maxf=1.3132e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1467e-04, maxf=1.2660e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7956e-04, maxf=1.2216e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4793e-04, maxf=1.1796e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1944e-04, maxf=1.1398e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9381e-04, maxf=1.1021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7076e-04, maxf=1.0664e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5004e-04, maxf=1.0325e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3144e-04, maxf=1.0002e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1475e-04, maxf=9.6955e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9977e-04, maxf=9.4037e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8634e-04, maxf=9.1519e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7430e-04, maxf=8.9214e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6350e-04, maxf=8.7010e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5382e-04, maxf=8.4904e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4513e-04, maxf=8.2889e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3733e-04, maxf=8.0961e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3032e-04, maxf=7.9117e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2402e-04, maxf=7.7352e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1834e-04, maxf=7.5662e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1321e-04, maxf=7.4045e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0858e-04, maxf=7.2496e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0438e-04, maxf=7.1013e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0057e-04, maxf=6.9592e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9711e-04, maxf=6.8231e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9394e-04, maxf=6.6926e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9105e-04, maxf=6.5676e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8840e-04, maxf=6.4478e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8596e-04, maxf=6.3328e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8371e-04, maxf=6.2226e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8162e-04, maxf=6.1169e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 converged in 668 itertions final normf=1.7988e-04, maxf=6.0254e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=669, normf= 1.7988e-04, dotmin=0.8847, nmin=8 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 generateFits(1D), CPU= 0.47 sec iface= 1 npnt = 1112 ntrain= 1112 (100%) iface= 2 npnt = 1133 ntrain= 1133 (100%) iface= 3 npnt = 1951 ntrain= 1951 (100%) non-planar (fitting) ipnt=1, prod= -0.01723 extracting south control points from iedge= -1 extracting east control points from iedge= 6 extracting north control points from iedge= -3 extracting west control points from iedge= 5 iface= 4 npnt = 1947 ntrain= 1947 (100%) non-planar (fitting) ipnt=1, prod= 0.01368 extracting south control points from iedge= -2 extracting east control points from iedge= -5 extracting north control points from iedge= -4 extracting west control points from iedge= -6 ID 968: is master ID 968: iface 3 has 1951 training points ID 2b3c: start thread ID 2b3c: iface 4 has 1947 training points ID 968: iface 3 complete with status=0, numiter= 8, normf= 1.7626e-04, nmin=32 ID 968: iface 1 has 1112 training points ID 968: iface 1 skipped ID 968: iface 2 has 1133 training points ID 968: iface 2 skipped ID 2b3c: iface 4 complete with status=0, numiter= 8, normf= 1.7581e-04, nmin=32 ID 2b3c: stop thread generateFits(2D), CPU= 1.03 sec EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 planar iface= 1 is planar, so accuracy is not computed planar iface= 2 is planar, so accuracy is not computed non-planar iface=3, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 3 ntrain= 1951 rms= 3.056e-04 npnt = 1951 rms= 3.056e-04 non-planar iface=4, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 4 ntrain= 1947 rms= 3.049e-04 npnt = 1947 rms= 3.049e-04 before makeTopology(SHELL, nfaces=4, closed=1) File "../../OpenCSM/trunk/data/Slugs/cylinder_1.egads" is being written ==> Closing input journal file real 0m5.881s user 0m0.031s sys 0m0.000s + set +x cylinder_0 passed (as expected) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/serveCSM' ../../OpenCSM/trunk/data/Slugs/cylinder_1 -outLevel 0 -batch -verify ERROR:: (egads_notfound) in Branch Brch_000001 at [[../../OpenCSM/trunk/data/Slugs/cylinder_1.csm:4]] EGADS status = -1 ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build() detected -1 (egads_notfound) real 0m0.111s user 0m0.015s sys 0m0.030s + set +x cylinder_1 failed (as NOT expected) -------------------------------------------------------------------------------------------------- ( 7 ) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/Slugs' ../../OpenCSM/trunk/data/Slugs/cylinderHole_0 -outLevel 0 -batch -jrnl ../../OpenCSM/trunk/data/Slugs/cylinderHole_0.mod.jrnl ... After reading: npnt = 10810 ntri = 21620 ==> Opening input journal file "../../OpenCSM/trunk/data/Slugs/cylinderHole_0.mod.jrnl" Face 1 ...at beginning Edge 1, npnt= 65, ibeg= 1, iend= 2 Edge 2, npnt= 65, ibeg= 2, iend= 1 ...after sorting into Loops Loop 0 (0:1) Edge 1, npnt= 65, ibeg= 1, iend= 2 Edge 2, npnt= 65, ibeg= 2, iend= 1 Face 2 ...at beginning Edge 3, npnt= 65, ibeg= 3, iend= 4 Edge 4, npnt= 65, ibeg= 4, iend= 3 ...after sorting into Loops Loop 0 (0:1) Edge 3, npnt= 65, ibeg= 3, iend= 4 Edge 4, npnt= 65, ibeg= 4, iend= 3 Face 3 ...at beginning Edge -1, npnt= 65, iend= 2, ibeg= 1 Edge -3, npnt= 65, iend= 4, ibeg= 3 Edge 5, npnt= 33, ibeg= 3, iend= 2 Edge 6, npnt= 33, ibeg= 1, iend= 4 Edge 7, npnt= 65, ibeg= 5, iend= 6 Edge 8, npnt= 65, ibeg= 6, iend= 5 ...after sorting into Loops Loop 0 (0:3) Edge -1, npnt= 65, iend= 2, ibeg= 1 Edge 6, npnt= 33, ibeg= 1, iend= 4 Edge -3, npnt= 65, iend= 4, ibeg= 3 Edge 5, npnt= 33, ibeg= 3, iend= 2 Loop 1 (4:5) Edge 7, npnt= 65, ibeg= 5, iend= 6 Edge 8, npnt= 65, ibeg= 6, iend= 5 Loop 0 starts at i= 0 (iedge= -1) and has area 6.067452 Loop 1 starts at i= 4 (iedge= 7) and has area 0.256616 ...after sorting Loops so that largest area is first Loop 0 (0:3) Edge -1, npnt= 65, iend= 2, ibeg= 1 Edge 6, npnt= 33, ibeg= 1, iend= 4 Edge -3, npnt= 65, iend= 4, ibeg= 3 Edge 5, npnt= 33, ibeg= 3, iend= 2 Loop 1 (4:5) Edge 7, npnt= 65, ibeg= 5, iend= 6 Edge 8, npnt= 65, ibeg= 6, iend= 5 there are 2 Loops, so no face* file created Face 4 ...at beginning Edge -2, npnt= 65, iend= 1, ibeg= 2 Edge -4, npnt= 65, iend= 3, ibeg= 4 Edge -5, npnt= 33, iend= 2, ibeg= 3 Edge -6, npnt= 33, iend= 4, ibeg= 1 Edge 9, npnt= 65, ibeg= 7, iend= 8 Edge 10, npnt= 65, ibeg= 8, iend= 7 Edge 11, npnt= 8, ibeg= 9, iend= 10 Edge 12, npnt= 8, ibeg= 11, iend= 12 Edge 13, npnt= 5, ibeg= 10, iend= 11 Edge 14, npnt= 5, ibeg= 12, iend= 9 ...after sorting into Loops Loop 0 (0:3) Edge -2, npnt= 65, iend= 1, ibeg= 2 Edge -5, npnt= 33, iend= 2, ibeg= 3 Edge -4, npnt= 65, iend= 3, ibeg= 4 Edge -6, npnt= 33, iend= 4, ibeg= 1 Loop 1 (4:5) Edge 9, npnt= 65, ibeg= 7, iend= 8 Edge 10, npnt= 65, ibeg= 8, iend= 7 Loop 2 (6:9) Edge 11, npnt= 8, ibeg= 9, iend= 10 Edge 13, npnt= 5, ibeg= 10, iend= 11 Edge 12, npnt= 8, ibeg= 11, iend= 12 Edge 14, npnt= 5, ibeg= 12, iend= 9 Loop 0 starts at i= 0 (iedge= -2) and has area 6.067452 Loop 1 starts at i= 4 (iedge= 9) and has area 0.256616 Loop 2 starts at i= 6 (iedge= 11) and has area 0.170399 ...after sorting Loops so that largest area is first Loop 0 (0:3) Edge -2, npnt= 65, iend= 1, ibeg= 2 Edge -5, npnt= 33, iend= 2, ibeg= 3 Edge -4, npnt= 65, iend= 3, ibeg= 4 Edge -6, npnt= 33, iend= 4, ibeg= 1 Loop 1 (4:5) Edge 9, npnt= 65, ibeg= 7, iend= 8 Edge 10, npnt= 65, ibeg= 8, iend= 7 Loop 2 (6:9) Edge 11, npnt= 8, ibeg= 9, iend= 10 Edge 13, npnt= 5, ibeg= 10, iend= 11 Edge 12, npnt= 8, ibeg= 11, iend= 12 Edge 14, npnt= 5, ibeg= 12, iend= 9 there are 3 Loops, so no face* file created Face 5 ...at beginning Edge -7, npnt= 65, iend= 6, ibeg= 5 Edge -9, npnt= 65, iend= 8, ibeg= 7 Edge 15, npnt= 17, ibeg= 7, iend= 6 Edge 16, npnt= 17, ibeg= 5, iend= 8 ...after sorting into Loops Loop 0 (0:3) Edge -7, npnt= 65, iend= 6, ibeg= 5 Edge 16, npnt= 17, ibeg= 5, iend= 8 Edge -9, npnt= 65, iend= 8, ibeg= 7 Edge 15, npnt= 17, ibeg= 7, iend= 6 Face 6 ...at beginning Edge -8, npnt= 65, iend= 5, ibeg= 6 Edge -10, npnt= 65, iend= 7, ibeg= 8 Edge -15, npnt= 17, iend= 6, ibeg= 7 Edge -16, npnt= 17, iend= 8, ibeg= 5 ...after sorting into Loops Loop 0 (0:3) Edge -8, npnt= 65, iend= 5, ibeg= 6 Edge -15, npnt= 17, iend= 6, ibeg= 7 Edge -10, npnt= 65, iend= 7, ibeg= 8 Edge -16, npnt= 17, iend= 8, ibeg= 5 Face 7 ...at beginning Edge -11, npnt= 8, iend= 10, ibeg= 9 Edge 17, npnt= 9, ibeg= 13, iend= 10 Edge 18, npnt= 9, ibeg= 9, iend= 14 Edge 19, npnt= 7, ibeg= 14, iend= 13 ...after sorting into Loops Loop 0 (0:3) Edge -11, npnt= 8, iend= 10, ibeg= 9 Edge 18, npnt= 9, ibeg= 9, iend= 14 Edge 19, npnt= 7, ibeg= 14, iend= 13 Edge 17, npnt= 9, ibeg= 13, iend= 10 Face 8 ...at beginning Edge -12, npnt= 8, iend= 12, ibeg= 11 Edge 20, npnt= 9, ibeg= 11, iend= 15 Edge 21, npnt= 9, ibeg= 16, iend= 12 Edge 22, npnt= 7, ibeg= 15, iend= 16 ...after sorting into Loops Loop 0 (0:3) Edge -12, npnt= 8, iend= 12, ibeg= 11 Edge 20, npnt= 9, ibeg= 11, iend= 15 Edge 22, npnt= 7, ibeg= 15, iend= 16 Edge 21, npnt= 9, ibeg= 16, iend= 12 Face 9 ...at beginning Edge -13, npnt= 5, iend= 11, ibeg= 10 Edge -17, npnt= 9, iend= 10, ibeg= 13 Edge -20, npnt= 9, iend= 15, ibeg= 11 Edge 23, npnt= 4, ibeg= 13, iend= 15 ...after sorting into Loops Loop 0 (0:3) Edge -13, npnt= 5, iend= 11, ibeg= 10 Edge -17, npnt= 9, iend= 10, ibeg= 13 Edge 23, npnt= 4, ibeg= 13, iend= 15 Edge -20, npnt= 9, iend= 15, ibeg= 11 Face 10 ...at beginning Edge -14, npnt= 5, iend= 9, ibeg= 12 Edge -18, npnt= 9, iend= 14, ibeg= 9 Edge -21, npnt= 9, iend= 12, ibeg= 16 Edge 24, npnt= 5, ibeg= 16, iend= 14 ...after sorting into Loops Loop 0 (0:3) Edge -14, npnt= 5, iend= 9, ibeg= 12 Edge -21, npnt= 9, iend= 12, ibeg= 16 Edge 24, npnt= 5, ibeg= 16, iend= 14 Edge -18, npnt= 9, iend= 14, ibeg= 9 Face 11 ...at beginning Edge -19, npnt= 7, iend= 13, ibeg= 14 Edge -22, npnt= 7, iend= 16, ibeg= 15 Edge -23, npnt= 4, iend= 15, ibeg= 13 Edge -24, npnt= 5, iend= 14, ibeg= 16 ...after sorting into Loops Loop 0 (0:3) Edge -19, npnt= 7, iend= 13, ibeg= 14 Edge -24, npnt= 5, iend= 14, ibeg= 16 Edge -22, npnt= 7, iend= 16, ibeg= 15 Edge -23, npnt= 4, iend= 15, ibeg= 13 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3105e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1928e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0822e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8372e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1362e-03, maxf=8.9990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3108e-03, maxf=8.2218e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5584e-03, maxf=7.5030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8728e-03, maxf=6.8405e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2484e-03, maxf=6.2321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6800e-03, maxf=5.7337e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1629e-03, maxf=5.2918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6926e-03, maxf=4.8877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2652e-03, maxf=4.5186e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5244e-03, maxf=3.8747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5944e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1076e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7604e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4662e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5161e-03, maxf=2.2165e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1061e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2655e-03, maxf=2.0043e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1579e-03, maxf=1.9103e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7261e-04, maxf=1.7428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9308e-04, maxf=1.6680e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2121e-04, maxf=1.5985e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5627e-04, maxf=1.5336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9761e-04, maxf=1.4731e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4462e-04, maxf=1.4164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9679e-04, maxf=1.3632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5362e-04, maxf=1.3132e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1467e-04, maxf=1.2660e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7956e-04, maxf=1.2216e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4793e-04, maxf=1.1796e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1944e-04, maxf=1.1398e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9381e-04, maxf=1.1021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7076e-04, maxf=1.0664e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5004e-04, maxf=1.0325e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3144e-04, maxf=1.0002e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1475e-04, maxf=9.6955e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9977e-04, maxf=9.4037e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8634e-04, maxf=9.1519e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7430e-04, maxf=8.9214e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6350e-04, maxf=8.7010e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5382e-04, maxf=8.4904e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4513e-04, maxf=8.2889e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3733e-04, maxf=8.0961e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3032e-04, maxf=7.9117e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2402e-04, maxf=7.7352e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1834e-04, maxf=7.5662e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1321e-04, maxf=7.4045e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0858e-04, maxf=7.2496e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0438e-04, maxf=7.1013e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0057e-04, maxf=6.9592e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9711e-04, maxf=6.8231e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9394e-04, maxf=6.6926e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9105e-04, maxf=6.5676e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8840e-04, maxf=6.4478e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8596e-04, maxf=6.3328e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8371e-04, maxf=6.2226e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8162e-04, maxf=6.1169e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 converged in 668 itertions final normf=1.7988e-04, maxf=6.0254e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=669, normf= 1.7988e-04, dotmin=0.8847, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3105e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1928e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0822e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8372e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1362e-03, maxf=8.9990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3108e-03, maxf=8.2218e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5584e-03, maxf=7.5030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8728e-03, maxf=6.8405e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2484e-03, maxf=6.2321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6800e-03, maxf=5.7337e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1629e-03, maxf=5.2918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6926e-03, maxf=4.8877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2652e-03, maxf=4.5186e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5244e-03, maxf=3.8747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5944e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1076e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7604e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4662e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5161e-03, maxf=2.2165e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1061e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2655e-03, maxf=2.0043e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1579e-03, maxf=1.9103e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7261e-04, maxf=1.7428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9308e-04, maxf=1.6680e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2121e-04, maxf=1.5985e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5627e-04, maxf=1.5336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9761e-04, maxf=1.4731e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4462e-04, maxf=1.4164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9679e-04, maxf=1.3632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5362e-04, maxf=1.3132e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1467e-04, maxf=1.2660e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7956e-04, maxf=1.2216e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4793e-04, maxf=1.1796e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1944e-04, maxf=1.1398e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9381e-04, maxf=1.1021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7076e-04, maxf=1.0664e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5004e-04, maxf=1.0325e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3144e-04, maxf=1.0002e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1475e-04, maxf=9.6955e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9977e-04, maxf=9.4037e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8634e-04, maxf=9.1519e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7430e-04, maxf=8.9214e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6350e-04, maxf=8.7010e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5382e-04, maxf=8.4904e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4513e-04, maxf=8.2889e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3733e-04, maxf=8.0961e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3032e-04, maxf=7.9117e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2402e-04, maxf=7.7352e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1834e-04, maxf=7.5662e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1321e-04, maxf=7.4045e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0858e-04, maxf=7.2496e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0438e-04, maxf=7.1013e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0057e-04, maxf=6.9592e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9711e-04, maxf=6.8231e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9394e-04, maxf=6.6926e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9105e-04, maxf=6.5676e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8840e-04, maxf=6.4478e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8596e-04, maxf=6.3328e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8371e-04, maxf=6.2226e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8162e-04, maxf=6.1169e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 converged in 668 itertions final normf=1.7988e-04, maxf=6.0254e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=669, normf= 1.7988e-04, dotmin=0.8847, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3105e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1928e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0822e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8372e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1362e-03, maxf=8.9990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3108e-03, maxf=8.2218e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5584e-03, maxf=7.5030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8728e-03, maxf=6.8405e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2484e-03, maxf=6.2321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6800e-03, maxf=5.7337e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1629e-03, maxf=5.2918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6926e-03, maxf=4.8877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2652e-03, maxf=4.5186e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5244e-03, maxf=3.8747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5944e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1076e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7604e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4662e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5161e-03, maxf=2.2165e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1061e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2655e-03, maxf=2.0043e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1579e-03, maxf=1.9103e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7261e-04, maxf=1.7428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9308e-04, maxf=1.6680e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2121e-04, maxf=1.5985e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5627e-04, maxf=1.5336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9761e-04, maxf=1.4731e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4462e-04, maxf=1.4164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9679e-04, maxf=1.3632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5362e-04, maxf=1.3132e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1467e-04, maxf=1.2660e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7956e-04, maxf=1.2216e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4793e-04, maxf=1.1796e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1944e-04, maxf=1.1398e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9381e-04, maxf=1.1021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7076e-04, maxf=1.0664e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5004e-04, maxf=1.0325e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3144e-04, maxf=1.0002e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1475e-04, maxf=9.6955e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9977e-04, maxf=9.4037e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8634e-04, maxf=9.1519e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7430e-04, maxf=8.9214e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6350e-04, maxf=8.7010e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5382e-04, maxf=8.4904e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4513e-04, maxf=8.2889e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3733e-04, maxf=8.0961e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3032e-04, maxf=7.9117e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2402e-04, maxf=7.7352e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1834e-04, maxf=7.5662e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1321e-04, maxf=7.4045e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0858e-04, maxf=7.2496e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0438e-04, maxf=7.1013e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0057e-04, maxf=6.9592e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9711e-04, maxf=6.8231e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9394e-04, maxf=6.6926e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9105e-04, maxf=6.5676e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8840e-04, maxf=6.4478e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8596e-04, maxf=6.3328e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8371e-04, maxf=6.2226e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8162e-04, maxf=6.1169e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 converged in 668 itertions final normf=1.7988e-04, maxf=6.0254e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=669, normf= 1.7988e-04, dotmin=0.8847, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3105e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1928e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0822e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8372e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1362e-03, maxf=8.9990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3108e-03, maxf=8.2218e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5584e-03, maxf=7.5030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8728e-03, maxf=6.8405e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2484e-03, maxf=6.2321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6800e-03, maxf=5.7337e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1629e-03, maxf=5.2918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6926e-03, maxf=4.8877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2652e-03, maxf=4.5186e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5244e-03, maxf=3.8747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5944e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1076e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7604e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4662e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5161e-03, maxf=2.2165e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1061e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2655e-03, maxf=2.0043e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1579e-03, maxf=1.9103e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7261e-04, maxf=1.7428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9308e-04, maxf=1.6680e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2121e-04, maxf=1.5985e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5627e-04, maxf=1.5336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9761e-04, maxf=1.4731e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4462e-04, maxf=1.4164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9679e-04, maxf=1.3632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5362e-04, maxf=1.3132e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1467e-04, maxf=1.2660e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7956e-04, maxf=1.2216e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4793e-04, maxf=1.1796e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1944e-04, maxf=1.1398e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9381e-04, maxf=1.1021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7076e-04, maxf=1.0664e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5004e-04, maxf=1.0325e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3144e-04, maxf=1.0002e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1475e-04, maxf=9.6955e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9977e-04, maxf=9.4037e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8634e-04, maxf=9.1519e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7430e-04, maxf=8.9214e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6350e-04, maxf=8.7010e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5382e-04, maxf=8.4904e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4513e-04, maxf=8.2889e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3733e-04, maxf=8.0961e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3032e-04, maxf=7.9117e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2402e-04, maxf=7.7352e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1834e-04, maxf=7.5662e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1321e-04, maxf=7.4045e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0858e-04, maxf=7.2496e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0438e-04, maxf=7.1013e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0057e-04, maxf=6.9592e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9711e-04, maxf=6.8231e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9394e-04, maxf=6.6926e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9105e-04, maxf=6.5676e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8840e-04, maxf=6.4478e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8596e-04, maxf=6.3328e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8371e-04, maxf=6.2226e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8162e-04, maxf=6.1169e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 converged in 668 itertions final normf=1.7988e-04, maxf=6.0254e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=669, normf= 1.7988e-04, dotmin=0.8847, nmin=8 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5704e-02, maxf=1.1564e-01 iter= 10 normf=1.3741e-02, maxf=1.4818e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2529e-02, maxf=1.3511e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1420e-02, maxf=1.2309e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0407e-02, maxf=1.1284e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.4802e-03, maxf=1.0326e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.6340e-03, maxf=9.4335e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.8613e-03, maxf=8.6039e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=7.1561e-03, maxf=7.8355e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.5129e-03, maxf=7.2011e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.9266e-03, maxf=6.6330e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.3923e-03, maxf=6.1098e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.9058e-03, maxf=5.6293e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.4631e-03, maxf=5.1890e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=4.0605e-03, maxf=4.7859e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.6944e-03, maxf=4.4173e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.3617e-03, maxf=4.0803e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=3.0596e-03, maxf=3.8030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.7853e-03, maxf=3.5639e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.5363e-03, maxf=3.3437e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.3105e-03, maxf=3.1409e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=2.1056e-03, maxf=2.9541e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.9200e-03, maxf=2.7823e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.7517e-03, maxf=2.6240e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5992e-03, maxf=2.4784e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.4612e-03, maxf=2.3443e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.3362e-03, maxf=2.2209e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.2230e-03, maxf=2.1071e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.1206e-03, maxf=2.0021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.0279e-03, maxf=1.9050e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=9.4402e-04, maxf=1.8153e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.6814e-04, maxf=1.7321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.9949e-04, maxf=1.6548e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=7.3741e-04, maxf=1.5828e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.8128e-04, maxf=1.5158e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=6.3054e-04, maxf=1.4531e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.8468e-04, maxf=1.3945e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.4327e-04, maxf=1.3395e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=5.0589e-04, maxf=1.2879e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.7216e-04, maxf=1.2442e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.4176e-04, maxf=1.2044e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=4.1436e-04, maxf=1.1666e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.8969e-04, maxf=1.1307e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.6750e-04, maxf=1.0967e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.4755e-04, maxf=1.0643e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.2962e-04, maxf=1.0334e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=3.1352e-04, maxf=1.0041e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.9907e-04, maxf=9.7613e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.8610e-04, maxf=9.4949e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.7446e-04, maxf=9.2411e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.6401e-04, maxf=8.9991e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.5464e-04, maxf=8.7682e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.4622e-04, maxf=8.5480e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3864e-04, maxf=8.3379e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.3183e-04, maxf=8.1373e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.2569e-04, maxf=7.9457e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.2014e-04, maxf=7.7628e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.1513e-04, maxf=7.5881e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.1058e-04, maxf=7.4211e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0645e-04, maxf=7.2616e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=2.0269e-04, maxf=7.1090e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9926e-04, maxf=6.9631e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9612e-04, maxf=6.8236e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.9323e-04, maxf=6.6901e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.9057e-04, maxf=6.5623e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8811e-04, maxf=6.4399e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8584e-04, maxf=6.3228e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=1.8372e-04, maxf=6.2106e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=1.8175e-04, maxf=6.1030e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=1.7990e-04, maxf=6.0000e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 converged in 692 itertions final normf=1.7937e-04, maxf=5.9699e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=693, normf= 7.1747e-05, dotmin=0.8747, nmin=9 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5704e-02, maxf=1.1564e-01 iter= 10 normf=1.3741e-02, maxf=1.4818e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2529e-02, maxf=1.3511e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1420e-02, maxf=1.2309e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0407e-02, maxf=1.1284e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.4802e-03, maxf=1.0326e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.6340e-03, maxf=9.4335e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.8613e-03, maxf=8.6039e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=7.1561e-03, maxf=7.8355e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.5129e-03, maxf=7.2011e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.9266e-03, maxf=6.6330e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.3923e-03, maxf=6.1098e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.9058e-03, maxf=5.6293e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.4631e-03, maxf=5.1890e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=4.0605e-03, maxf=4.7859e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.6944e-03, maxf=4.4173e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.3617e-03, maxf=4.0803e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=3.0596e-03, maxf=3.8030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.7853e-03, maxf=3.5639e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.5363e-03, maxf=3.3437e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.3105e-03, maxf=3.1409e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=2.1056e-03, maxf=2.9541e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.9200e-03, maxf=2.7823e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.7517e-03, maxf=2.6240e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5992e-03, maxf=2.4784e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.4612e-03, maxf=2.3443e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.3362e-03, maxf=2.2209e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.2230e-03, maxf=2.1071e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.1206e-03, maxf=2.0021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.0279e-03, maxf=1.9050e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=9.4402e-04, maxf=1.8153e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.6814e-04, maxf=1.7321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.9949e-04, maxf=1.6548e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=7.3741e-04, maxf=1.5828e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.8128e-04, maxf=1.5158e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=6.3054e-04, maxf=1.4531e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.8468e-04, maxf=1.3945e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.4327e-04, maxf=1.3395e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=5.0589e-04, maxf=1.2879e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.7216e-04, maxf=1.2442e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.4176e-04, maxf=1.2044e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=4.1436e-04, maxf=1.1666e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.8969e-04, maxf=1.1307e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.6750e-04, maxf=1.0967e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.4755e-04, maxf=1.0643e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.2962e-04, maxf=1.0334e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=3.1352e-04, maxf=1.0041e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.9907e-04, maxf=9.7613e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.8610e-04, maxf=9.4949e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.7446e-04, maxf=9.2411e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.6401e-04, maxf=8.9991e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.5464e-04, maxf=8.7682e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.4622e-04, maxf=8.5480e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3864e-04, maxf=8.3379e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.3183e-04, maxf=8.1373e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.2569e-04, maxf=7.9457e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.2014e-04, maxf=7.7628e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.1513e-04, maxf=7.5881e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.1058e-04, maxf=7.4211e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0645e-04, maxf=7.2616e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=2.0269e-04, maxf=7.1090e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9926e-04, maxf=6.9631e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9612e-04, maxf=6.8236e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.9323e-04, maxf=6.6901e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.9057e-04, maxf=6.5623e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8811e-04, maxf=6.4399e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8584e-04, maxf=6.3228e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=1.8372e-04, maxf=6.2106e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=1.8175e-04, maxf=6.1030e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=1.7990e-04, maxf=6.0000e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 converged in 692 itertions final normf=1.7937e-04, maxf=5.9699e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=693, normf= 7.1747e-05, dotmin=0.8747, nmin=9 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5704e-02, maxf=1.1564e-01 iter= 10 normf=1.3741e-02, maxf=1.4818e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2529e-02, maxf=1.3511e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1420e-02, maxf=1.2309e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0407e-02, maxf=1.1284e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.4802e-03, maxf=1.0326e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.6340e-03, maxf=9.4335e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.8613e-03, maxf=8.6039e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=7.1561e-03, maxf=7.8355e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.5129e-03, maxf=7.2011e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.9266e-03, maxf=6.6330e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.3923e-03, maxf=6.1098e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.9058e-03, maxf=5.6293e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.4631e-03, maxf=5.1890e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=4.0605e-03, maxf=4.7859e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.6944e-03, maxf=4.4173e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.3617e-03, maxf=4.0803e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=3.0596e-03, maxf=3.8030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.7853e-03, maxf=3.5639e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.5363e-03, maxf=3.3437e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.3105e-03, maxf=3.1409e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=2.1056e-03, maxf=2.9541e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.9200e-03, maxf=2.7823e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.7517e-03, maxf=2.6240e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5992e-03, maxf=2.4784e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.4612e-03, maxf=2.3443e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.3362e-03, maxf=2.2209e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.2230e-03, maxf=2.1071e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.1206e-03, maxf=2.0021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.0279e-03, maxf=1.9050e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=9.4402e-04, maxf=1.8153e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.6814e-04, maxf=1.7321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.9949e-04, maxf=1.6548e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=7.3741e-04, maxf=1.5828e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.8128e-04, maxf=1.5158e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=6.3054e-04, maxf=1.4531e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.8468e-04, maxf=1.3945e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.4327e-04, maxf=1.3395e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=5.0589e-04, maxf=1.2879e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.7216e-04, maxf=1.2442e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.4176e-04, maxf=1.2044e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=4.1436e-04, maxf=1.1666e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.8969e-04, maxf=1.1307e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.6750e-04, maxf=1.0967e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.4755e-04, maxf=1.0643e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.2962e-04, maxf=1.0334e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=3.1352e-04, maxf=1.0041e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.9907e-04, maxf=9.7613e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.8610e-04, maxf=9.4949e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.7446e-04, maxf=9.2411e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.6401e-04, maxf=8.9991e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.5464e-04, maxf=8.7682e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.4622e-04, maxf=8.5480e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3864e-04, maxf=8.3379e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.3183e-04, maxf=8.1373e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.2569e-04, maxf=7.9457e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.2014e-04, maxf=7.7628e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.1513e-04, maxf=7.5881e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.1058e-04, maxf=7.4211e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0645e-04, maxf=7.2616e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=2.0269e-04, maxf=7.1090e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9926e-04, maxf=6.9631e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9612e-04, maxf=6.8236e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.9323e-04, maxf=6.6901e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.9057e-04, maxf=6.5623e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8811e-04, maxf=6.4399e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8584e-04, maxf=6.3228e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=1.8372e-04, maxf=6.2106e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=1.8175e-04, maxf=6.1030e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=1.7990e-04, maxf=6.0000e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 converged in 692 itertions final normf=1.7937e-04, maxf=5.9699e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=693, normf= 7.1747e-05, dotmin=0.8747, nmin=9 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5704e-02, maxf=1.1564e-01 iter= 10 normf=1.3741e-02, maxf=1.4818e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2529e-02, maxf=1.3511e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1420e-02, maxf=1.2309e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0407e-02, maxf=1.1284e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.4802e-03, maxf=1.0326e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.6340e-03, maxf=9.4335e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.8613e-03, maxf=8.6039e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=7.1561e-03, maxf=7.8355e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.5129e-03, maxf=7.2011e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.9266e-03, maxf=6.6330e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.3923e-03, maxf=6.1098e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.9058e-03, maxf=5.6293e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.4631e-03, maxf=5.1890e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=4.0605e-03, maxf=4.7859e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.6944e-03, maxf=4.4173e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.3617e-03, maxf=4.0803e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=3.0596e-03, maxf=3.8030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.7853e-03, maxf=3.5639e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.5363e-03, maxf=3.3437e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.3105e-03, maxf=3.1409e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=2.1056e-03, maxf=2.9541e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.9200e-03, maxf=2.7823e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.7517e-03, maxf=2.6240e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5992e-03, maxf=2.4784e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.4612e-03, maxf=2.3443e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.3362e-03, maxf=2.2209e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.2230e-03, maxf=2.1071e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.1206e-03, maxf=2.0021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.0279e-03, maxf=1.9050e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=9.4402e-04, maxf=1.8153e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.6814e-04, maxf=1.7321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.9949e-04, maxf=1.6548e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=7.3741e-04, maxf=1.5828e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.8128e-04, maxf=1.5158e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=6.3054e-04, maxf=1.4531e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.8468e-04, maxf=1.3945e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.4327e-04, maxf=1.3395e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=5.0589e-04, maxf=1.2879e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.7216e-04, maxf=1.2442e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.4176e-04, maxf=1.2044e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=4.1436e-04, maxf=1.1666e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.8969e-04, maxf=1.1307e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.6750e-04, maxf=1.0967e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.4755e-04, maxf=1.0643e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.2962e-04, maxf=1.0334e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=3.1352e-04, maxf=1.0041e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.9907e-04, maxf=9.7613e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.8610e-04, maxf=9.4949e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.7446e-04, maxf=9.2411e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.6401e-04, maxf=8.9991e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.5464e-04, maxf=8.7682e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.4622e-04, maxf=8.5480e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3864e-04, maxf=8.3379e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.3183e-04, maxf=8.1373e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.2569e-04, maxf=7.9457e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.2014e-04, maxf=7.7628e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.1513e-04, maxf=7.5881e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.1058e-04, maxf=7.4211e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0645e-04, maxf=7.2616e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=2.0269e-04, maxf=7.1090e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9926e-04, maxf=6.9631e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9612e-04, maxf=6.8236e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.9323e-04, maxf=6.6901e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.9057e-04, maxf=6.5623e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8811e-04, maxf=6.4399e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8584e-04, maxf=6.3228e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=1.8372e-04, maxf=6.2106e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=1.8175e-04, maxf=6.1030e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=1.7990e-04, maxf=6.0000e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 converged in 692 itertions final normf=1.7937e-04, maxf=5.9699e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=693, normf= 7.1747e-05, dotmin=0.8747, nmin=9 enter fit1dCloud(bitflag=1, m=8, n=9) initial normf=2.1145e-02, maxf=8.4707e-02 iter= 10 normf=1.3508e-03, maxf=1.4198e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=1.2280e-03, maxf=1.2881e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=1.1163e-03, maxf=1.1674e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=1.0146e-03, maxf=1.0559e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.2218e-04, maxf=9.5230e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3810e-04, maxf=8.5573e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.6159e-04, maxf=7.6581e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.9197e-04, maxf=6.8239e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2860e-04, maxf=6.1796e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.7093e-04, maxf=5.5827e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1843e-04, maxf=5.0280e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.7066e-04, maxf=4.5169e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2720e-04, maxf=4.0499e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8769e-04, maxf=3.6262e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5177e-04, maxf=3.2438e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.1913e-04, maxf=2.9002e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.8948e-04, maxf=2.5923e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6256e-04, maxf=2.3168e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.3811e-04, maxf=2.0703e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1592e-04, maxf=1.8499e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9578e-04, maxf=1.6526e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.7749e-04, maxf=1.4757e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6090e-04, maxf=1.3171e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.4583e-04, maxf=1.1746e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3216e-04, maxf=1.0467e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.1974e-04, maxf=9.3172e-05 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.0848e-04, maxf=8.2848e-05 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 converged in 277 itertions final normf=1.0022e-04, maxf=7.5356e-05 fit1dCloud(npnt=8, ncp=9) -> status=0, numiter=278, normf= 3.4718e-05, dotmin=0.9994, nmin=1 enter fit1dCloud(bitflag=1, m=8, n=9) initial normf=2.1145e-02, maxf=8.4707e-02 iter= 10 normf=1.3508e-03, maxf=1.4198e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=1.2280e-03, maxf=1.2881e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=1.1163e-03, maxf=1.1674e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=1.0146e-03, maxf=1.0559e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.2218e-04, maxf=9.5230e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3810e-04, maxf=8.5573e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.6159e-04, maxf=7.6581e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.9197e-04, maxf=6.8239e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2860e-04, maxf=6.1796e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.7093e-04, maxf=5.5827e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1843e-04, maxf=5.0280e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.7066e-04, maxf=4.5169e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2720e-04, maxf=4.0499e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8769e-04, maxf=3.6262e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5177e-04, maxf=3.2438e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.1913e-04, maxf=2.9002e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.8948e-04, maxf=2.5923e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6256e-04, maxf=2.3168e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.3811e-04, maxf=2.0703e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1592e-04, maxf=1.8499e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9578e-04, maxf=1.6526e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.7749e-04, maxf=1.4757e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6090e-04, maxf=1.3171e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.4583e-04, maxf=1.1746e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3216e-04, maxf=1.0467e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.1974e-04, maxf=9.3172e-05 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.0848e-04, maxf=8.2848e-05 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 converged in 277 itertions final normf=1.0022e-04, maxf=7.5356e-05 fit1dCloud(npnt=8, ncp=9) -> status=0, numiter=278, normf= 3.4718e-05, dotmin=0.9994, nmin=1 enter fit1dCloud(bitflag=1, m=5, n=9) initial normf=1.7317e-02, maxf=7.2536e-02 iter= 10 normf=2.2311e-03, maxf=2.2893e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=2.0287e-03, maxf=2.0110e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=1.8438e-03, maxf=1.7694e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=1.6752e-03, maxf=1.5576e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=1.5216e-03, maxf=1.3707e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.3817e-03, maxf=1.2046e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=1.2545e-03, maxf=1.0563e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=1.1386e-03, maxf=9.2348e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=1.0333e-03, maxf=8.0431e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=9.3746e-04, maxf=6.9748e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=8.5030e-04, maxf=6.0197e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=7.7105e-04, maxf=5.1697e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=6.9899e-04, maxf=4.4175e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=6.3350e-04, maxf=3.7562e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=5.7400e-04, maxf=3.1788e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=5.1996e-04, maxf=2.6783e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=4.7091e-04, maxf=2.2474e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=4.2639e-04, maxf=1.8790e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=3.8601e-04, maxf=1.5658e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=3.4940e-04, maxf=1.3010e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=3.1622e-04, maxf=1.0784e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=2.8616e-04, maxf=8.9186e-05 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=2.5893e-04, maxf=7.3626e-05 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=2.3427e-04, maxf=6.0686e-05 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=2.1194e-04, maxf=4.9954e-05 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.9173e-04, maxf=4.1075e-05 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.7344e-04, maxf=3.3743e-05 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.5688e-04, maxf=2.7698e-05 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.4191e-04, maxf=2.2722e-05 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.2835e-04, maxf=1.8630e-05 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.1609e-04, maxf=1.5268e-05 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=1.0500e-04, maxf=1.2509e-05 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 converged in 325 itertions final normf=9.8861e-05, maxf=1.1097e-05 fit1dCloud(npnt=5, ncp=9) -> status=0, numiter=326, normf= 1.7123e-05, dotmin=0.9987, nmin=0 enter fit1dCloud(bitflag=1, m=5, n=9) initial normf=1.7317e-02, maxf=7.2536e-02 iter= 10 normf=2.2311e-03, maxf=2.2893e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=2.0287e-03, maxf=2.0110e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=1.8438e-03, maxf=1.7694e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=1.6752e-03, maxf=1.5576e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=1.5216e-03, maxf=1.3707e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.3817e-03, maxf=1.2046e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=1.2545e-03, maxf=1.0563e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=1.1386e-03, maxf=9.2348e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=1.0333e-03, maxf=8.0431e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=9.3746e-04, maxf=6.9748e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=8.5030e-04, maxf=6.0197e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=7.7105e-04, maxf=5.1697e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=6.9899e-04, maxf=4.4175e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=6.3350e-04, maxf=3.7562e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=5.7400e-04, maxf=3.1788e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=5.1996e-04, maxf=2.6783e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=4.7091e-04, maxf=2.2474e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=4.2639e-04, maxf=1.8790e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=3.8601e-04, maxf=1.5658e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=3.4940e-04, maxf=1.3010e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=3.1622e-04, maxf=1.0784e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=2.8616e-04, maxf=8.9186e-05 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=2.5893e-04, maxf=7.3626e-05 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=2.3427e-04, maxf=6.0686e-05 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=2.1194e-04, maxf=4.9954e-05 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.9173e-04, maxf=4.1075e-05 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.7344e-04, maxf=3.3743e-05 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.5688e-04, maxf=2.7698e-05 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.4191e-04, maxf=2.2722e-05 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.2835e-04, maxf=1.8630e-05 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.1609e-04, maxf=1.5268e-05 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=1.0500e-04, maxf=1.2509e-05 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 converged in 325 itertions final normf=9.8861e-05, maxf=1.1097e-05 fit1dCloud(npnt=5, ncp=9) -> status=0, numiter=326, normf= 1.7123e-05, dotmin=0.9987, nmin=0 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.3855e-02, maxf=7.2754e-02 converged in 7 itertions final normf=1.7503e-07, maxf=2.7691e-08 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter= 8, normf= 1.6042e-07, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.3855e-02, maxf=7.2754e-02 converged in 7 itertions final normf=1.7503e-07, maxf=2.7691e-08 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter= 8, normf= 1.6042e-07, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=9, n=9) initial normf=2.0428e-02, maxf=7.2754e-02 converged in 7 itertions final normf=3.8737e-08, maxf=5.6293e-09 fit1dCloud(npnt=9, ncp=9) -> status=0, numiter= 8, normf= 1.7969e-08, dotmin=1.0000, nmin=1 enter fit1dCloud(bitflag=1, m=9, n=9) initial normf=2.0428e-02, maxf=7.2754e-02 converged in 7 itertions final normf=3.8737e-08, maxf=5.6293e-09 fit1dCloud(npnt=9, ncp=9) -> status=0, numiter= 8, normf= 1.9362e-08, dotmin=1.0000, nmin=1 enter fit1dCloud(bitflag=1, m=7, n=9) initial normf=2.0900e-02, maxf=8.4009e-02 converged in 7 itertions final normf=4.3337e-08, maxf=7.1982e-08 fit1dCloud(npnt=7, ncp=9) -> status=0, numiter= 8, normf= 1.5012e-08, dotmin=1.0000, nmin=1 enter fit1dCloud(bitflag=1, m=9, n=9) initial normf=2.0428e-02, maxf=7.2754e-02 converged in 7 itertions final normf=3.8737e-08, maxf=5.6293e-09 fit1dCloud(npnt=9, ncp=9) -> status=0, numiter= 8, normf= 1.9362e-08, dotmin=1.0000, nmin=1 enter fit1dCloud(bitflag=1, m=9, n=9) initial normf=2.0428e-02, maxf=7.2754e-02 converged in 7 itertions final normf=3.8737e-08, maxf=5.6293e-09 fit1dCloud(npnt=9, ncp=9) -> status=0, numiter= 8, normf= 1.7969e-08, dotmin=1.0000, nmin=1 enter fit1dCloud(bitflag=1, m=7, n=9) initial normf=2.0900e-02, maxf=8.4009e-02 converged in 7 itertions final normf=1.3537e-07, maxf=5.1147e-08 fit1dCloud(npnt=7, ncp=9) -> status=0, numiter= 8, normf= 4.6892e-08, dotmin=1.0000, nmin=1 enter fit1dCloud(bitflag=1, m=4, n=9) initial normf=1.2301e-02, maxf=7.0665e-02 converged in 7 itertions final normf=4.1108e-08, maxf=7.1181e-09 fit1dCloud(npnt=4, ncp=9) -> status=0, numiter= 8, normf= 7.1201e-09, dotmin=1.0000, nmin=0 enter fit1dCloud(bitflag=1, m=5, n=9) initial normf=1.6656e-02, maxf=7.0665e-02 converged in 6 itertions final normf=5.3074e-08, maxf=6.3282e-08 fit1dCloud(npnt=5, ncp=9) -> status=0, numiter= 7, normf= 9.1926e-09, dotmin=1.0000, nmin=0 generateFits(1D), CPU= 0.98 sec iface= 1 npnt = 1112 ntrain= 1112 (100%) iface= 2 npnt = 1133 ntrain= 1133 (100%) iface= 3 npnt = 4072 ntrain= 4072 (100%) non-planar (fitting) ipnt=1, prod= 0.00214 extracting south control points from iedge= -1 extracting east control points from iedge= 6 extracting north control points from iedge= -3 extracting west control points from iedge= 5 iface= 4 npnt = 2798 ntrain= 2798 (100%) non-planar (fitting) ipnt=1, prod= -0.00440 extracting south control points from iedge= -2 extracting east control points from iedge= -5 extracting north control points from iedge= -4 extracting west control points from iedge= -6 iface= 5 npnt = 1081 ntrain= 1081 (100%) non-planar (fitting) ipnt=1, prod= -0.00959 extracting south control points from iedge= -7 extracting east control points from iedge= 16 extracting north control points from iedge= -9 extracting west control points from iedge= 15 iface= 6 npnt = 1078 ntrain= 1078 (100%) non-planar (fitting) ipnt=1, prod= 0.00268 extracting south control points from iedge= -8 extracting east control points from iedge= -15 extracting north control points from iedge= -10 extracting west control points from iedge= -16 iface= 7 npnt = 62 ntrain= 62 (100%) iface= 8 npnt = 62 ntrain= 62 (100%) iface= 9 npnt = 36 ntrain= 36 (100%) iface= 10 npnt = 38 ntrain= 38 (100%) iface= 11 npnt = 27 ntrain= 27 (100%) ID 2918: is master ID 2918: iface 3 has 4072 training points ID 364: start thread ID 364: iface 4 has 2798 training points ID 364: iface 4 complete with status=0, numiter= 12, normf= 1.6503e-04, nmin=10 ID 364: iface 5 has 1081 training points ID 364: iface 5 complete with status=0, numiter= 8, normf= 6.4236e-05, nmin=16 ID 364: iface 6 has 1078 training points ID 2918: iface 3 complete with status=0, numiter= 12, normf= 1.5641e-04, nmin=55 ID 2918: iface 1 has 1112 training points ID 2918: iface 1 skipped ID 2918: iface 2 has 1133 training points ID 2918: iface 2 skipped ID 2918: iface 7 has 62 training points ID 2918: iface 7 skipped ID 2918: iface 8 has 62 training points ID 2918: iface 8 skipped ID 2918: iface 9 has 36 training points ID 2918: iface 9 skipped ID 2918: iface 10 has 38 training points ID 2918: iface 10 skipped ID 2918: iface 11 has 27 training points ID 2918: iface 11 skipped ID 364: iface 6 complete with status=0, numiter= 8, normf= 6.4223e-05, nmin=15 ID 364: stop thread generateFits(2D), CPU= 3.33 sec EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 planar iface= 1 is planar, so accuracy is not computed planar iface= 2 is planar, so accuracy is not computed non-planar iface=3, nedg=6, nlup=2 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_otherCurve(0) -> status=0 EG_otherCurve(1) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 3 ntrain= 4072 rms= 2.526e-04 npnt = 4072 rms= 2.526e-04 non-planar iface=4, nedg=10, nlup=3 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_otherCurve(0) -> status=0 EG_otherCurve(1) -> status=0 EG_otherCurve(0) -> status=0 EG_otherCurve(1) -> status=0 EG_otherCurve(2) -> status=0 EG_otherCurve(3) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 4 ntrain= 2798 rms= 2.739e-04 npnt = 2798 rms= 2.739e-04 non-planar iface=5, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 5 ntrain= 1081 rms= 1.131e-04 npnt = 1081 rms= 1.131e-04 non-planar iface=6, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 6 ntrain= 1078 rms= 1.131e-04 npnt = 1078 rms= 1.131e-04 planar iface= 7 is planar, so accuracy is not computed planar iface= 8 is planar, so accuracy is not computed planar iface= 9 is planar, so accuracy is not computed planar iface= 10 is planar, so accuracy is not computed planar iface= 11 is planar, so accuracy is not computed before makeTopology(SHELL, nfaces=11, closed=1) File "../../OpenCSM/trunk/data/Slugs/cylinderHole_1.egads" is being written ==> Closing input journal file real 0m16.979s user 0m0.000s sys 0m0.015s + set +x cylinderHole_0 passed (as expected) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/serveCSM' ../../OpenCSM/trunk/data/Slugs/cylinderHole_1 -outLevel 0 -batch -verify ERROR:: (egads_notfound) in Branch Brch_000001 at [[../../OpenCSM/trunk/data/Slugs/cylinderHole_1.csm:4]] EGADS status = -1 ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build() detected -1 (egads_notfound) real 0m0.112s user 0m0.000s sys 0m0.031s + set +x cylinderHole_1 failed (as NOT expected) -------------------------------------------------------------------------------------------------- ( 8 ) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/Slugs' ../../OpenCSM/trunk/data/Slugs/damaged_0 -outLevel 0 -batch -jrnl ../../OpenCSM/trunk/data/Slugs/damaged_0.mod.jrnl . After reading: npnt = 3146 ntri = 6288 ==> Opening input journal file "../../OpenCSM/trunk/data/Slugs/damaged_0.mod.jrnl" ==> Closing input journal file real 0m0.526s user 0m0.000s sys 0m0.031s + set +x damaged_0 passed (as expected) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/Slugs' ../../OpenCSM/trunk/data/Slugs/damaged_1 -outLevel 0 -batch -jrnl ../../OpenCSM/trunk/data/Slugs/damaged_1.mod.jrnl . After reading: npnt = 3106 ntri = 6116 ncolr = 0 ==> Opening input journal file "../../OpenCSM/trunk/data/Slugs/damaged_1.mod.jrnl" Face 1 ...at beginning Edge 1, npnt= 65, ibeg= 1, iend= 2 Edge 2, npnt= 65, ibeg= 2, iend= 1 ...after sorting into Loops Loop 0 (0:1) Edge 1, npnt= 65, ibeg= 1, iend= 2 Edge 2, npnt= 65, ibeg= 2, iend= 1 Face 2 ...at beginning Edge 3, npnt= 67, ibeg= 3, iend= 4 Edge 4, npnt= 67, ibeg= 4, iend= 3 ...after sorting into Loops Loop 0 (0:1) Edge 3, npnt= 67, ibeg= 3, iend= 4 Edge 4, npnt= 67, ibeg= 4, iend= 3 Face 3 ...at beginning Edge -1, npnt= 65, iend= 2, ibeg= 1 Edge -3, npnt= 67, iend= 4, ibeg= 3 Edge 5, npnt= 17, ibeg= 3, iend= 2 Edge 6, npnt= 17, ibeg= 1, iend= 4 ...after sorting into Loops Loop 0 (0:3) Edge -1, npnt= 65, iend= 2, ibeg= 1 Edge 6, npnt= 17, ibeg= 1, iend= 4 Edge -3, npnt= 67, iend= 4, ibeg= 3 Edge 5, npnt= 17, ibeg= 3, iend= 2 Face 4 ...at beginning Edge -2, npnt= 65, iend= 1, ibeg= 2 Edge -4, npnt= 67, iend= 3, ibeg= 4 Edge -5, npnt= 17, iend= 2, ibeg= 3 Edge -6, npnt= 17, iend= 4, ibeg= 1 ...after sorting into Loops Loop 0 (0:3) Edge -2, npnt= 65, iend= 1, ibeg= 2 Edge -5, npnt= 17, iend= 2, ibeg= 3 Edge -4, npnt= 67, iend= 3, ibeg= 4 Edge -6, npnt= 17, iend= 4, ibeg= 1 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=3.8019e-02, maxf=9.6572e-02 iter= 10 normf=1.0740e-02, maxf=1.5870e-02 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=9.8393e-03, maxf=1.4520e-02 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=9.0085e-03, maxf=1.3267e-02 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=8.2432e-03, maxf=1.2251e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=7.5387e-03, maxf=1.1290e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=6.8908e-03, maxf=1.0384e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=6.2955e-03, maxf=9.5327e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=5.7489e-03, maxf=8.7364e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=5.2475e-03, maxf=7.9951e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=4.7878e-03, maxf=7.3081e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=4.3670e-03, maxf=6.6744e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.9819e-03, maxf=6.0919e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=3.6300e-03, maxf=5.5582e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.3085e-03, maxf=5.1116e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.0151e-03, maxf=4.7290e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.7474e-03, maxf=4.3772e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.5034e-03, maxf=4.0540e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.2811e-03, maxf=3.7577e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.0787e-03, maxf=3.4862e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.8945e-03, maxf=3.2380e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.7270e-03, maxf=3.0115e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.5747e-03, maxf=2.8050e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.4364e-03, maxf=2.6171e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.3107e-03, maxf=2.4464e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.1967e-03, maxf=2.2914e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.0932e-03, maxf=2.1508e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=9.9943e-04, maxf=2.0232e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=9.1439e-04, maxf=1.9075e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=8.3734e-04, maxf=1.8024e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=7.6757e-04, maxf=1.7070e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=7.0443e-04, maxf=1.6201e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=6.4732e-04, maxf=1.5410e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=5.9573e-04, maxf=1.4688e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=5.4916e-04, maxf=1.4028e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.0719e-04, maxf=1.3425e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=4.6942e-04, maxf=1.2871e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=4.3549e-04, maxf=1.2363e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.0507e-04, maxf=1.1895e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=3.7786e-04, maxf=1.1465e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.5359e-04, maxf=1.1067e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.3199e-04, maxf=1.0701e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.1284e-04, maxf=1.0362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=2.9590e-04, maxf=1.0048e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=2.8097e-04, maxf=9.7580e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=2.6786e-04, maxf=9.4888e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.5638e-04, maxf=9.2391e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.4635e-04, maxf=9.0073e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.3762e-04, maxf=8.7920e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.3005e-04, maxf=8.5919e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.2349e-04, maxf=8.4058e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.1781e-04, maxf=8.2326e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.1292e-04, maxf=8.0714e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.0869e-04, maxf=7.9212e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.0505e-04, maxf=7.7813e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.0191e-04, maxf=7.6509e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=1.9920e-04, maxf=7.5293e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=1.9686e-04, maxf=7.4158e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=1.9483e-04, maxf=7.3099e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 converged in 583 itertions final normf=1.9410e-04, maxf=7.2696e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=584, normf= 1.1646e-03, dotmin=0.7874, nmin=10 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=3.8019e-02, maxf=9.6572e-02 iter= 10 normf=1.0740e-02, maxf=1.5870e-02 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=9.8393e-03, maxf=1.4520e-02 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=9.0085e-03, maxf=1.3267e-02 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=8.2432e-03, maxf=1.2251e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=7.5387e-03, maxf=1.1290e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=6.8908e-03, maxf=1.0384e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=6.2955e-03, maxf=9.5327e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=5.7489e-03, maxf=8.7364e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=5.2475e-03, maxf=7.9951e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=4.7878e-03, maxf=7.3081e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=4.3670e-03, maxf=6.6744e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.9819e-03, maxf=6.0919e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=3.6300e-03, maxf=5.5582e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.3085e-03, maxf=5.1116e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.0151e-03, maxf=4.7290e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.7474e-03, maxf=4.3772e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.5034e-03, maxf=4.0540e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.2811e-03, maxf=3.7577e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.0787e-03, maxf=3.4862e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.8945e-03, maxf=3.2380e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.7270e-03, maxf=3.0115e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.5747e-03, maxf=2.8050e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.4364e-03, maxf=2.6171e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.3107e-03, maxf=2.4464e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.1967e-03, maxf=2.2914e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.0932e-03, maxf=2.1508e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=9.9943e-04, maxf=2.0232e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=9.1439e-04, maxf=1.9075e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=8.3734e-04, maxf=1.8024e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=7.6757e-04, maxf=1.7070e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=7.0443e-04, maxf=1.6201e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=6.4732e-04, maxf=1.5410e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=5.9573e-04, maxf=1.4688e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=5.4916e-04, maxf=1.4028e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.0719e-04, maxf=1.3425e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=4.6942e-04, maxf=1.2871e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=4.3549e-04, maxf=1.2363e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.0507e-04, maxf=1.1895e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=3.7786e-04, maxf=1.1465e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.5359e-04, maxf=1.1067e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.3199e-04, maxf=1.0701e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.1284e-04, maxf=1.0362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=2.9590e-04, maxf=1.0048e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=2.8097e-04, maxf=9.7580e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=2.6786e-04, maxf=9.4888e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.5638e-04, maxf=9.2391e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.4635e-04, maxf=9.0073e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.3762e-04, maxf=8.7920e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.3005e-04, maxf=8.5919e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.2349e-04, maxf=8.4058e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.1781e-04, maxf=8.2326e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.1292e-04, maxf=8.0714e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.0869e-04, maxf=7.9212e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.0505e-04, maxf=7.7813e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.0191e-04, maxf=7.6509e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=1.9920e-04, maxf=7.5293e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=1.9686e-04, maxf=7.4158e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=1.9483e-04, maxf=7.3099e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 converged in 583 itertions final normf=1.9410e-04, maxf=7.2696e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=584, normf= 1.1646e-03, dotmin=0.7874, nmin=10 enter fit1dCloud(bitflag=1, m=67, n=9) initial normf=3.4985e-02, maxf=8.5423e-02 iter= 10 normf=1.1985e-02, maxf=2.7000e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.1085e-02, maxf=2.2734e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.0226e-02, maxf=1.9676e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=9.4074e-03, maxf=1.6912e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=8.6330e-03, maxf=1.4492e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=7.9052e-03, maxf=1.2418e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.2253e-03, maxf=1.0586e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.5933e-03, maxf=8.9836e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.0083e-03, maxf=7.5917e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.4689e-03, maxf=6.3915e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=4.9729e-03, maxf=5.3629e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.5181e-03, maxf=4.4864e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.1021e-03, maxf=3.7435e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.7222e-03, maxf=3.1168e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.3759e-03, maxf=2.5907e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.0607e-03, maxf=2.1508e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.7740e-03, maxf=1.7844e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.5136e-03, maxf=1.5151e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.2773e-03, maxf=1.2983e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.0629e-03, maxf=1.1166e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.8685e-03, maxf=1.0394e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.6924e-03, maxf=1.0728e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.5329e-03, maxf=1.0976e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.3885e-03, maxf=1.1154e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.2578e-03, maxf=1.1274e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.1395e-03, maxf=1.1349e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.0326e-03, maxf=1.1388e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=9.3584e-04, maxf=1.1399e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=8.4844e-04, maxf=1.1388e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=7.6949e-04, maxf=1.1362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=6.9820e-04, maxf=1.1323e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=6.3388e-04, maxf=1.1277e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=5.7589e-04, maxf=1.1226e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=5.2365e-04, maxf=1.1172e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=4.7663e-04, maxf=1.1117e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=4.3437e-04, maxf=1.1062e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=3.9643e-04, maxf=1.1008e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=3.6244e-04, maxf=1.0956e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=3.3203e-04, maxf=1.0906e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.0490e-04, maxf=1.0859e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=2.8075e-04, maxf=1.0815e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=2.5931e-04, maxf=1.0773e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=2.4035e-04, maxf=1.0735e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=2.2363e-04, maxf=1.0699e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=2.0895e-04, maxf=1.0666e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=1.9612e-04, maxf=1.0635e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=1.8494e-04, maxf=1.0607e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 converged in 473 itertions final normf=1.8090e-04, maxf=1.0596e-03 fit1dCloud(npnt=67, ncp=9) -> status=0, numiter=474, normf= 1.4486e-03, dotmin=0.1965, nmin=10 enter fit1dCloud(bitflag=1, m=67, n=9) initial normf=3.4985e-02, maxf=8.5423e-02 iter= 10 normf=1.1985e-02, maxf=2.7000e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.1085e-02, maxf=2.2734e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.0226e-02, maxf=1.9676e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=9.4074e-03, maxf=1.6912e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=8.6330e-03, maxf=1.4492e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=7.9052e-03, maxf=1.2418e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.2253e-03, maxf=1.0586e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.5933e-03, maxf=8.9836e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.0083e-03, maxf=7.5917e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.4689e-03, maxf=6.3915e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=4.9729e-03, maxf=5.3629e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.5181e-03, maxf=4.4864e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.1021e-03, maxf=3.7435e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.7222e-03, maxf=3.1168e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.3759e-03, maxf=2.5907e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.0607e-03, maxf=2.1508e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.7740e-03, maxf=1.7844e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.5136e-03, maxf=1.5151e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.2773e-03, maxf=1.2983e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.0629e-03, maxf=1.1166e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.8685e-03, maxf=1.0394e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.6924e-03, maxf=1.0728e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.5329e-03, maxf=1.0976e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.3885e-03, maxf=1.1154e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.2578e-03, maxf=1.1274e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.1395e-03, maxf=1.1349e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.0326e-03, maxf=1.1388e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=9.3584e-04, maxf=1.1399e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=8.4844e-04, maxf=1.1388e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=7.6949e-04, maxf=1.1362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=6.9820e-04, maxf=1.1323e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=6.3388e-04, maxf=1.1277e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=5.7589e-04, maxf=1.1226e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=5.2365e-04, maxf=1.1172e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=4.7663e-04, maxf=1.1117e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=4.3437e-04, maxf=1.1062e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=3.9643e-04, maxf=1.1008e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=3.6244e-04, maxf=1.0956e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=3.3203e-04, maxf=1.0906e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.0490e-04, maxf=1.0859e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=2.8075e-04, maxf=1.0815e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=2.5931e-04, maxf=1.0773e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=2.4035e-04, maxf=1.0735e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=2.2363e-04, maxf=1.0699e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=2.0895e-04, maxf=1.0666e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=1.9612e-04, maxf=1.0635e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=1.8494e-04, maxf=1.0607e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 converged in 473 itertions final normf=1.8090e-04, maxf=1.0596e-03 fit1dCloud(npnt=67, ncp=9) -> status=0, numiter=474, normf= 1.4486e-03, dotmin=0.1965, nmin=10 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.5146e-02, maxf=7.6689e-02 converged in 7 itertions final normf=1.8450e-07, maxf=2.9189e-08 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter= 8, normf= 5.5350e-07, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.5146e-02, maxf=7.6689e-02 converged in 7 itertions final normf=1.8450e-07, maxf=2.9189e-08 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter= 8, normf= 5.5350e-07, dotmin=1.0000, nmin=2 generateFits(1D), CPU= 0.43 sec iface= 1 npnt = 1070 ntrain= 1070 (100%) iface= 2 npnt = 664 ntrain= 664 (100%) iface= 3 npnt = 816 ntrain= 816 (100%) non-planar (fitting) ipnt=1, prod= 0.04478 extracting south control points from iedge= -1 extracting east control points from iedge= 6 extracting north control points from iedge= -3 extracting west control points from iedge= 5 iface= 4 npnt = 850 ntrain= 850 (100%) non-planar (fitting) ipnt=1, prod= -0.11867 extracting south control points from iedge= -2 extracting east control points from iedge= -5 extracting north control points from iedge= -4 extracting west control points from iedge= -6 ID 1050: is master ID 1050: iface 4 has 850 training points ID 2358: start thread ID 2358: iface 3 has 816 training points ID 1050: iface 4 complete with status=0, numiter= 18, normf= 1.1865e-03, nmin=9 ID 1050: iface 1 has 1070 training points ID 1050: iface 1 skipped ID 1050: iface 2 has 664 training points ID 1050: iface 2 skipped ID 2358: iface 3 complete with status=0, numiter= 18, normf= 1.1993e-03, nmin=5 ID 2358: stop thread generateFits(2D), CPU= 1.07 sec EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 planar iface= 1 is planar, so accuracy is not computed planar iface= 2 is planar, so accuracy is not computed non-planar iface=3, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 3 ntrain= 816 rms= 1.762e-03 npnt = 816 rms= 1.762e-03 non-planar iface=4, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 4 ntrain= 850 rms= 1.743e-03 npnt = 850 rms= 1.743e-03 before makeTopology(SHELL, nfaces=4, closed=1) File "../../OpenCSM/trunk/data/Slugs/damaged_2.egads" is being written ==> Closing input journal file real 0m3.772s user 0m0.000s sys 0m0.016s + set +x damaged_1 passed (as expected) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/serveCSM' ../../OpenCSM/trunk/data/Slugs/damaged_2 -outLevel 0 -batch -verify ERROR:: (egads_notfound) in Branch Brch_000001 at [[../../OpenCSM/trunk/data/Slugs/damaged_2.csm:4]] EGADS status = -1 ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build() detected -1 (egads_notfound) real 0m0.117s user 0m0.000s sys 0m0.031s + set +x damaged_2 failed (as NOT expected) -------------------------------------------------------------------------------------------------- ( 9 ) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/Slugs' ../../OpenCSM/trunk/data/Slugs/demo1_0 -outLevel 0 -batch -jrnl ../../OpenCSM/trunk/data/Slugs/demo1_0.mod.jrnl .. After reading: npnt = 5177 ntri = 10350 ==> Opening input journal file "../../OpenCSM/trunk/data/Slugs/demo1_0.mod.jrnl" 0 dxyzmax= 3.57521e-02 ( 9,1) 1.3921 0.8346 -0.0875 100 dxyzmax= 6.86792e-04 ( 9,1) 1.3978 0.9318 -0.0289 200 dxyzmax= 2.55803e-04 ( 9,1) 1.3984 0.9750 -0.0158 300 dxyzmax= 8.83313e-05 ( 9,1) 1.3984 0.9905 -0.0125 400 dxyzmax= 2.91574e-05 ( 8,1) 1.3939 0.9959 0.0640 500 dxyzmax= 1.00915e-05 ( 9,1) 1.3983 0.9977 -0.0120 600 dxyzmax= 3.56681e-06 ( 9,1) 1.3983 0.9984 -0.0120 700 dxyzmax= 3.39124e-06 ( 8,1) 1.3939 0.9988 0.0645 800 dxyzmax= 1.16688e-06 ( 9,1) 1.3983 0.9990 -0.0117 900 dxyzmax= 4.11511e-07 ( 9,1) 1.3983 0.9990 -0.0117 1000 dxyzmax= 1.45409e-07 ( 9,1) 1.3983 0.9991 -0.0117 converged 1042 dxyzmax= 9.39622e-08 ( 9,1) 1.3983 0.9991 -0.0117 0 dxyzmax= 2.90190e-02 ( 7,1) 0.9927 1.8143 -0.4911 100 dxyzmax= 1.52414e-05 ( 4,1) 0.9985 1.4997 -0.4898 converged 194 dxyzmax= 1.26140e-07 ( 4,1) 0.9986 1.5000 -0.4897 0 dxyzmax= 1.51804e-02 ( 7,0) 1.0167 1.8559 0.4849 100 dxyzmax= 3.13982e-06 ( 4,1) 0.9987 1.5002 0.4900 converged 163 dxyzmax= 1.26187e-07 ( 4,1) 0.9987 1.5002 0.4900 Face 1 ...at beginning Edge 1, npnt= 33, ibeg= 1, iend= 2 Edge 2, npnt= 33, ibeg= 3, iend= 4 Edge 3, npnt= 33, ibeg= 4, iend= 1 Edge 4, npnt= 33, ibeg= 2, iend= 3 ...after sorting into Loops Loop 0 (0:3) Edge 1, npnt= 33, ibeg= 1, iend= 2 Edge 4, npnt= 33, ibeg= 2, iend= 3 Edge 2, npnt= 33, ibeg= 3, iend= 4 Edge 3, npnt= 33, ibeg= 4, iend= 1 Face 2 ...at beginning Edge 5, npnt= 9, ibeg= 5, iend= 6 Edge 6, npnt= 9, ibeg= 7, iend= 8 Edge 7, npnt= 25, ibeg= 9, iend= 5 Edge 8, npnt= 25, ibeg= 8, iend= 10 Edge 9, npnt= 17, ibeg= 11, iend= 12 Edge 10, npnt= 17, ibeg= 13, iend= 14 Edge 11, npnt= 17, ibeg= 6, iend= 13 Edge 12, npnt= 17, ibeg= 14, iend= 7 Edge 13, npnt= 7, ibeg= 10, iend= 11 Edge 14, npnt= 39, ibeg= 12, iend= 9 ...after sorting into Loops Loop 0 (0:9) Edge 5, npnt= 9, ibeg= 5, iend= 6 Edge 11, npnt= 17, ibeg= 6, iend= 13 Edge 10, npnt= 17, ibeg= 13, iend= 14 Edge 12, npnt= 17, ibeg= 14, iend= 7 Edge 6, npnt= 9, ibeg= 7, iend= 8 Edge 8, npnt= 25, ibeg= 8, iend= 10 Edge 13, npnt= 7, ibeg= 10, iend= 11 Edge 9, npnt= 17, ibeg= 11, iend= 12 Edge 14, npnt= 39, ibeg= 12, iend= 9 Edge 7, npnt= 25, ibeg= 9, iend= 5 Face 3 ...at beginning Edge -1, npnt= 33, iend= 2, ibeg= 1 Edge 15, npnt= 33, ibeg= 1, iend= 15 Edge 16, npnt= 33, ibeg= 16, iend= 2 Edge 17, npnt= 33, ibeg= 15, iend= 16 ...after sorting into Loops Loop 0 (0:3) Edge -1, npnt= 33, iend= 2, ibeg= 1 Edge 15, npnt= 33, ibeg= 1, iend= 15 Edge 17, npnt= 33, ibeg= 15, iend= 16 Edge 16, npnt= 33, ibeg= 16, iend= 2 Face 4 ...at beginning Edge -2, npnt= 33, iend= 4, ibeg= 3 Edge -5, npnt= 9, iend= 6, ibeg= 5 Edge -6, npnt= 9, iend= 8, ibeg= 7 Edge 18, npnt= 33, ibeg= 5, iend= 4 Edge 19, npnt= 33, ibeg= 3, iend= 8 Edge 20, npnt= 20, ibeg= 7, iend= 6 ...after sorting into Loops Loop 0 (0:5) Edge -2, npnt= 33, iend= 4, ibeg= 3 Edge 19, npnt= 33, ibeg= 3, iend= 8 Edge -6, npnt= 9, iend= 8, ibeg= 7 Edge 20, npnt= 20, ibeg= 7, iend= 6 Edge -5, npnt= 9, iend= 6, ibeg= 5 Edge 18, npnt= 33, ibeg= 5, iend= 4 Face 5 ...at beginning Edge -3, npnt= 33, iend= 1, ibeg= 4 Edge -7, npnt= 25, iend= 5, ibeg= 9 Edge -15, npnt= 33, iend= 15, ibeg= 1 Edge -18, npnt= 33, iend= 4, ibeg= 5 Edge 21, npnt= 9, ibeg= 9, iend= 15 ...after sorting into Loops Loop 0 (0:4) Edge -3, npnt= 33, iend= 1, ibeg= 4 Edge -18, npnt= 33, iend= 4, ibeg= 5 Edge -7, npnt= 25, iend= 5, ibeg= 9 Edge 21, npnt= 9, ibeg= 9, iend= 15 Edge -15, npnt= 33, iend= 15, ibeg= 1 Face 6 ...at beginning Edge -4, npnt= 33, iend= 3, ibeg= 2 Edge -8, npnt= 25, iend= 10, ibeg= 8 Edge -16, npnt= 33, iend= 2, ibeg= 16 Edge -19, npnt= 33, iend= 8, ibeg= 3 Edge 22, npnt= 9, ibeg= 16, iend= 10 ...after sorting into Loops Loop 0 (0:4) Edge -4, npnt= 33, iend= 3, ibeg= 2 Edge -16, npnt= 33, iend= 2, ibeg= 16 Edge 22, npnt= 9, ibeg= 16, iend= 10 Edge -8, npnt= 25, iend= 10, ibeg= 8 Edge -19, npnt= 33, iend= 8, ibeg= 3 Face 7 ...at beginning Edge 23, npnt= 17, ibeg= 17, iend= 18 Edge 24, npnt= 17, ibeg= 18, iend= 17 ...after sorting into Loops Loop 0 (0:1) Edge 23, npnt= 17, ibeg= 17, iend= 18 Edge 24, npnt= 17, ibeg= 18, iend= 17 Face 8 ...at beginning Edge -9, npnt= 17, iend= 12, ibeg= 11 Edge -23, npnt= 17, iend= 18, ibeg= 17 Edge 25, npnt= 9, ibeg= 11, iend= 18 Edge 26, npnt= 9, ibeg= 17, iend= 12 ...after sorting into Loops Loop 0 (0:3) Edge -9, npnt= 17, iend= 12, ibeg= 11 Edge 25, npnt= 9, ibeg= 11, iend= 18 Edge -23, npnt= 17, iend= 18, ibeg= 17 Edge 26, npnt= 9, ibeg= 17, iend= 12 Face 9 ...at beginning Edge -10, npnt= 17, iend= 14, ibeg= 13 Edge 27, npnt= 17, ibeg= 13, iend= 14 ...after sorting into Loops Loop 0 (0:1) Edge -10, npnt= 17, iend= 14, ibeg= 13 Edge 27, npnt= 17, ibeg= 13, iend= 14 Face 10 ...at beginning Edge -11, npnt= 17, iend= 13, ibeg= 6 Edge -12, npnt= 17, iend= 7, ibeg= 14 Edge -27, npnt= 17, iend= 14, ibeg= 13 Edge 28, npnt= 38, ibeg= 6, iend= 7 ...after sorting into Loops Loop 0 (0:3) Edge -11, npnt= 17, iend= 13, ibeg= 6 Edge 28, npnt= 38, ibeg= 6, iend= 7 Edge -12, npnt= 17, iend= 7, ibeg= 14 Edge -27, npnt= 17, iend= 14, ibeg= 13 Face 11 ...at beginning Edge 29, npnt= 19, ibeg= 19, iend= 20 Edge 30, npnt= 15, ibeg= 20, iend= 19 ...after sorting into Loops Loop 0 (0:1) Edge 29, npnt= 19, ibeg= 19, iend= 20 Edge 30, npnt= 15, ibeg= 20, iend= 19 Face 12 ...at beginning Edge -20, npnt= 20, iend= 6, ibeg= 7 Edge -29, npnt= 19, iend= 20, ibeg= 19 Edge 31, npnt= 14, ibeg= 19, iend= 6 Edge 32, npnt= 13, ibeg= 7, iend= 20 ...after sorting into Loops Loop 0 (0:3) Edge -20, npnt= 20, iend= 6, ibeg= 7 Edge 32, npnt= 13, ibeg= 7, iend= 20 Edge -29, npnt= 19, iend= 20, ibeg= 19 Edge 31, npnt= 14, ibeg= 19, iend= 6 Face 13 ...at beginning Edge -28, npnt= 38, iend= 7, ibeg= 6 Edge -30, npnt= 15, iend= 19, ibeg= 20 Edge -31, npnt= 14, iend= 6, ibeg= 19 Edge -32, npnt= 13, iend= 20, ibeg= 7 ...after sorting into Loops Loop 0 (0:3) Edge -28, npnt= 38, iend= 7, ibeg= 6 Edge -31, npnt= 14, iend= 6, ibeg= 19 Edge -30, npnt= 15, iend= 19, ibeg= 20 Edge -32, npnt= 13, iend= 20, ibeg= 7 Face 14 ...at beginning Edge -24, npnt= 17, iend= 17, ibeg= 18 Edge -25, npnt= 9, iend= 18, ibeg= 11 Edge -26, npnt= 9, iend= 12, ibeg= 17 Edge 33, npnt= 17, ibeg= 11, iend= 12 ...after sorting into Loops Loop 0 (0:3) Edge -24, npnt= 17, iend= 17, ibeg= 18 Edge -25, npnt= 9, iend= 18, ibeg= 11 Edge 33, npnt= 17, ibeg= 11, iend= 12 Edge -26, npnt= 9, iend= 12, ibeg= 17 Face 15 ...at beginning Edge -13, npnt= 7, iend= 11, ibeg= 10 Edge -14, npnt= 39, iend= 9, ibeg= 12 Edge -17, npnt= 33, iend= 16, ibeg= 15 Edge -21, npnt= 9, iend= 15, ibeg= 9 Edge -22, npnt= 9, iend= 10, ibeg= 16 Edge -33, npnt= 17, iend= 12, ibeg= 11 ...after sorting into Loops Loop 0 (0:5) Edge -13, npnt= 7, iend= 11, ibeg= 10 Edge -22, npnt= 9, iend= 10, ibeg= 16 Edge -17, npnt= 33, iend= 16, ibeg= 15 Edge -21, npnt= 9, iend= 15, ibeg= 9 Edge -14, npnt= 39, iend= 9, ibeg= 12 Edge -33, npnt= 17, iend= 12, ibeg= 11 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=9, n=9) initial normf=2.0428e-02, maxf=7.2754e-02 converged in 7 itertions final normf=3.8737e-08, maxf=5.6293e-09 fit1dCloud(npnt=9, ncp=9) -> status=0, numiter= 8, normf= 1.9760e-08, dotmin=1.0000, nmin=1 enter fit1dCloud(bitflag=1, m=9, n=9) initial normf=2.0428e-02, maxf=7.2754e-02 converged in 7 itertions final normf=3.8737e-08, maxf=5.6293e-09 fit1dCloud(npnt=9, ncp=9) -> status=0, numiter= 8, normf= 1.9760e-08, dotmin=1.0000, nmin=1 enter fit1dCloud(bitflag=1, m=25, n=9) initial normf=2.5318e-02, maxf=7.2917e-02 converged in 8 itertions final normf=9.9741e-08, maxf=1.1050e-08 fit1dCloud(npnt=25, ncp=9) -> status=0, numiter= 9, normf= 1.4961e-07, dotmin=1.0000, nmin=3 enter fit1dCloud(bitflag=1, m=25, n=9) initial normf=2.5318e-02, maxf=7.2917e-02 converged in 8 itertions final normf=9.9741e-08, maxf=1.1050e-08 fit1dCloud(npnt=25, ncp=9) -> status=0, numiter= 9, normf= 1.4961e-07, dotmin=1.0000, nmin=3 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=4.4271e-02, maxf=1.1292e-01 iter= 10 normf=2.1688e-02, maxf=2.6301e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.9826e-02, maxf=2.3794e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.8111e-02, maxf=2.1422e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.6532e-02, maxf=1.9229e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=1.5081e-02, maxf=1.7216e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.3750e-02, maxf=1.5378e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=1.2530e-02, maxf=1.3703e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=1.1413e-02, maxf=1.2180e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=1.0393e-02, maxf=1.0890e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=9.4603e-03, maxf=1.0098e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=8.6094e-03, maxf=9.3621e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=7.8330e-03, maxf=8.6776e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=7.1251e-03, maxf=8.0415e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=6.4799e-03, maxf=7.4514e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=5.8920e-03, maxf=6.9056e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=5.3567e-03, maxf=6.4025e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=4.8695e-03, maxf=5.9408e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=4.4264e-03, maxf=5.5188e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=4.0236e-03, maxf=5.1344e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=3.6577e-03, maxf=4.7856e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=3.3254e-03, maxf=4.4698e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=3.0240e-03, maxf=4.1845e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=2.7507e-03, maxf=3.9270e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=2.5029e-03, maxf=3.6946e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=2.2785e-03, maxf=3.4847e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=2.0754e-03, maxf=3.2951e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.8916e-03, maxf=3.1234e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.7254e-03, maxf=2.9678e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.5753e-03, maxf=2.8264e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.4397e-03, maxf=2.6977e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.3175e-03, maxf=2.5803e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=1.2074e-03, maxf=2.4731e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=1.1084e-03, maxf=2.3749e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=1.0194e-03, maxf=2.2850e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=9.3955e-04, maxf=2.2023e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=8.6807e-04, maxf=2.1263e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=8.0417e-04, maxf=2.0564e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=7.4718e-04, maxf=1.9918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=6.9643e-04, maxf=1.9322e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=6.5134e-04, maxf=1.8770e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=6.1135e-04, maxf=1.8259e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=5.7595e-04, maxf=1.7785e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=5.4466e-04, maxf=1.7344e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=5.1703e-04, maxf=1.6933e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=4.9265e-04, maxf=1.6550e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=4.7116e-04, maxf=1.6192e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=4.5219e-04, maxf=1.5857e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=4.3545e-04, maxf=1.5543e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=4.2063e-04, maxf=1.5247e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=4.0750e-04, maxf=1.4968e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.9582e-04, maxf=1.4705e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.8539e-04, maxf=1.4455e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.7603e-04, maxf=1.4219e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=3.6761e-04, maxf=1.3994e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=3.5998e-04, maxf=1.3780e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=3.5302e-04, maxf=1.3575e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=3.4665e-04, maxf=1.3379e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=3.4077e-04, maxf=1.3191e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=3.3533e-04, maxf=1.3011e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=3.3025e-04, maxf=1.2837e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=3.2549e-04, maxf=1.2670e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=3.2100e-04, maxf=1.2508e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=3.1676e-04, maxf=1.2352e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=3.1271e-04, maxf=1.2200e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=3.0886e-04, maxf=1.2053e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=3.0516e-04, maxf=1.1911e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=3.0161e-04, maxf=1.1772e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=2.9818e-04, maxf=1.1637e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=2.9487e-04, maxf=1.1505e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=2.9166e-04, maxf=1.1376e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=2.8855e-04, maxf=1.1250e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 iter= 720 normf=2.8552e-04, maxf=1.1128e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.273e-04 iter= 730 normf=2.8257e-04, maxf=1.1007e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.577e-04 iter= 740 normf=2.7970e-04, maxf=1.0890e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.949e-04 iter= 750 normf=2.7690e-04, maxf=1.0775e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.380e-04 iter= 760 normf=2.7416e-04, maxf=1.0662e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.865e-04 iter= 770 normf=2.7149e-04, maxf=1.0551e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.400e-04 iter= 780 normf=2.6888e-04, maxf=1.0442e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.979e-04 iter= 790 normf=2.6632e-04, maxf=1.0336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.599e-04 iter= 800 normf=2.6381e-04, maxf=1.0231e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.255e-04 iter= 810 normf=2.6136e-04, maxf=1.0128e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.944e-04 iter= 820 normf=2.5896e-04, maxf=1.0027e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.662e-04 converged in 821 itertions final normf=2.5848e-04, maxf=1.0007e-03 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter=822, normf= 1.2924e-04, dotmin=0.8719, nmin=2 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.3855e-02, maxf=7.2754e-02 converged in 7 itertions final normf=1.7503e-07, maxf=2.7691e-08 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter= 8, normf= 1.7149e-07, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.3855e-02, maxf=7.2754e-02 converged in 7 itertions final normf=1.7503e-07, maxf=2.7691e-08 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter= 8, normf= 1.7503e-07, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.3855e-02, maxf=7.2754e-02 converged in 7 itertions final normf=1.7503e-07, maxf=2.7691e-08 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter= 8, normf= 1.7503e-07, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=7, n=9) initial normf=1.8472e-02, maxf=7.0875e-02 converged in 7 itertions final normf=1.2809e-07, maxf=9.9251e-09 fit1dCloud(npnt=7, ncp=9) -> status=0, numiter= 8, normf= 3.2021e-08, dotmin=1.0000, nmin=0 enter fit1dCloud(bitflag=1, m=39, n=9) initial normf=2.7264e-02, maxf=7.3458e-02 iter= 10 normf=4.3131e-07, maxf=2.5582e-08 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 converged in 9 itertions final normf=4.3131e-07, maxf=2.5582e-08 fit1dCloud(npnt=39, ncp=9) -> status=0, numiter= 10, normf= 5.3914e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=20, n=9) initial normf=5.1487e-02, maxf=1.2764e-01 iter= 10 normf=2.6128e-02, maxf=3.2348e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=2.3899e-02, maxf=2.9440e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=2.1841e-02, maxf=2.6690e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.9946e-02, maxf=2.4152e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=1.8203e-02, maxf=2.1818e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.6603e-02, maxf=1.9675e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=1.5136e-02, maxf=1.7707e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=1.3792e-02, maxf=1.5900e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=1.2563e-02, maxf=1.4240e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=1.1440e-02, maxf=1.2714e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=1.0414e-02, maxf=1.1314e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=9.4769e-03, maxf=1.0473e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=8.6218e-03, maxf=9.7139e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=7.8419e-03, maxf=9.0109e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=7.1310e-03, maxf=8.3622e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=6.4834e-03, maxf=7.7665e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=5.8939e-03, maxf=7.2216e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=5.3576e-03, maxf=6.7250e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=4.8701e-03, maxf=6.2737e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=4.4271e-03, maxf=5.8644e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=4.0249e-03, maxf=5.4936e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=3.6599e-03, maxf=5.1577e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=3.3288e-03, maxf=4.8534e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=3.0286e-03, maxf=4.5775e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=2.7566e-03, maxf=4.3271e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=2.5103e-03, maxf=4.0995e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=2.2874e-03, maxf=3.8924e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=2.0858e-03, maxf=3.7037e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.9037e-03, maxf=3.5317e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.7392e-03, maxf=3.3745e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.5909e-03, maxf=3.2309e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=1.4574e-03, maxf=3.0996e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=1.3372e-03, maxf=2.9794e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=1.2292e-03, maxf=2.8692e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=1.1324e-03, maxf=2.7682e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=1.0456e-03, maxf=2.6755e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=9.6810e-04, maxf=2.5903e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=8.9890e-04, maxf=2.5119e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=8.3725e-04, maxf=2.4396e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=7.8241e-04, maxf=2.3729e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=7.3372e-04, maxf=2.3112e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=6.9054e-04, maxf=2.2540e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=6.5230e-04, maxf=2.2008e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=6.1845e-04, maxf=2.1513e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=5.8851e-04, maxf=2.1051e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=5.6202e-04, maxf=2.0617e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=5.3858e-04, maxf=2.0211e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=5.1781e-04, maxf=1.9827e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=4.9936e-04, maxf=1.9465e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=4.8296e-04, maxf=1.9122e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=4.6832e-04, maxf=1.8796e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=4.5520e-04, maxf=1.8485e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=4.4342e-04, maxf=1.8188e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=4.3277e-04, maxf=1.7904e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=4.2312e-04, maxf=1.7631e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=4.1431e-04, maxf=1.7368e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=4.0624e-04, maxf=1.7115e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=3.9881e-04, maxf=1.6870e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=3.9193e-04, maxf=1.6633e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=3.8553e-04, maxf=1.6403e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=3.7954e-04, maxf=1.6180e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=3.7392e-04, maxf=1.5963e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=3.6863e-04, maxf=1.5752e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=3.6362e-04, maxf=1.5545e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=3.5886e-04, maxf=1.5344e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=3.5432e-04, maxf=1.5148e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=3.4999e-04, maxf=1.4956e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=3.4585e-04, maxf=1.4768e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=3.4186e-04, maxf=1.4584e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=3.3804e-04, maxf=1.4404e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=3.3435e-04, maxf=1.4228e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 iter= 720 normf=3.3079e-04, maxf=1.4055e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.273e-04 iter= 730 normf=3.2735e-04, maxf=1.3885e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.577e-04 iter= 740 normf=3.2403e-04, maxf=1.3718e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.949e-04 iter= 750 normf=3.2081e-04, maxf=1.3555e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.380e-04 iter= 760 normf=3.1770e-04, maxf=1.3395e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.865e-04 iter= 770 normf=3.1467e-04, maxf=1.3237e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.400e-04 converged in 771 itertions final normf=3.1408e-04, maxf=1.3213e-03 fit1dCloud(npnt=20, ncp=9) -> status=0, numiter=772, normf= 3.1408e-04, dotmin=0.8395, nmin=2 enter fit1dCloud(bitflag=1, m=9, n=9) initial normf=2.0428e-02, maxf=7.2754e-02 converged in 7 itertions final normf=3.8737e-08, maxf=5.6293e-09 fit1dCloud(npnt=9, ncp=9) -> status=0, numiter= 8, normf= 1.9368e-08, dotmin=1.0000, nmin=1 enter fit1dCloud(bitflag=1, m=9, n=9) initial normf=2.0428e-02, maxf=7.2754e-02 converged in 7 itertions final normf=3.8737e-08, maxf=5.6293e-09 fit1dCloud(npnt=9, ncp=9) -> status=0, numiter= 8, normf= 1.9368e-08, dotmin=1.0000, nmin=1 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=4.4271e-02, maxf=1.1292e-01 iter= 10 normf=2.1688e-02, maxf=2.6301e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.9826e-02, maxf=2.3794e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.8111e-02, maxf=2.1422e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.6532e-02, maxf=1.9229e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=1.5081e-02, maxf=1.7216e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.3750e-02, maxf=1.5378e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=1.2530e-02, maxf=1.3703e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=1.1413e-02, maxf=1.2180e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=1.0393e-02, maxf=1.0890e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=9.4603e-03, maxf=1.0098e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=8.6094e-03, maxf=9.3621e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=7.8330e-03, maxf=8.6776e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=7.1251e-03, maxf=8.0415e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=6.4799e-03, maxf=7.4514e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=5.8920e-03, maxf=6.9056e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=5.3567e-03, maxf=6.4025e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=4.8695e-03, maxf=5.9408e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=4.4264e-03, maxf=5.5188e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=4.0236e-03, maxf=5.1344e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=3.6577e-03, maxf=4.7856e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=3.3254e-03, maxf=4.4698e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=3.0240e-03, maxf=4.1845e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=2.7507e-03, maxf=3.9270e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=2.5029e-03, maxf=3.6946e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=2.2785e-03, maxf=3.4847e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=2.0754e-03, maxf=3.2951e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.8916e-03, maxf=3.1234e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.7254e-03, maxf=2.9678e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.5753e-03, maxf=2.8264e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.4397e-03, maxf=2.6977e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.3175e-03, maxf=2.5803e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=1.2074e-03, maxf=2.4731e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=1.1084e-03, maxf=2.3749e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=1.0194e-03, maxf=2.2850e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=9.3955e-04, maxf=2.2023e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=8.6807e-04, maxf=2.1263e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=8.0417e-04, maxf=2.0564e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=7.4718e-04, maxf=1.9918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=6.9643e-04, maxf=1.9322e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=6.5134e-04, maxf=1.8770e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=6.1135e-04, maxf=1.8259e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=5.7595e-04, maxf=1.7785e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=5.4466e-04, maxf=1.7344e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=5.1703e-04, maxf=1.6933e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=4.9265e-04, maxf=1.6550e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=4.7116e-04, maxf=1.6192e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=4.5219e-04, maxf=1.5857e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=4.3545e-04, maxf=1.5543e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=4.2063e-04, maxf=1.5247e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=4.0750e-04, maxf=1.4968e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.9582e-04, maxf=1.4705e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.8539e-04, maxf=1.4455e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.7603e-04, maxf=1.4219e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=3.6761e-04, maxf=1.3994e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=3.5998e-04, maxf=1.3780e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=3.5302e-04, maxf=1.3575e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=3.4665e-04, maxf=1.3379e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=3.4077e-04, maxf=1.3191e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=3.3533e-04, maxf=1.3011e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=3.3025e-04, maxf=1.2837e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=3.2549e-04, maxf=1.2670e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=3.2100e-04, maxf=1.2508e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=3.1676e-04, maxf=1.2352e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=3.1271e-04, maxf=1.2200e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=3.0886e-04, maxf=1.2053e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=3.0516e-04, maxf=1.1911e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=3.0161e-04, maxf=1.1772e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=2.9818e-04, maxf=1.1637e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=2.9487e-04, maxf=1.1505e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=2.9166e-04, maxf=1.1376e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=2.8855e-04, maxf=1.1250e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 iter= 720 normf=2.8552e-04, maxf=1.1128e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.273e-04 iter= 730 normf=2.8257e-04, maxf=1.1007e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.577e-04 iter= 740 normf=2.7970e-04, maxf=1.0890e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.949e-04 iter= 750 normf=2.7690e-04, maxf=1.0775e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.380e-04 iter= 760 normf=2.7416e-04, maxf=1.0662e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.865e-04 iter= 770 normf=2.7149e-04, maxf=1.0551e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.400e-04 iter= 780 normf=2.6888e-04, maxf=1.0442e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.979e-04 iter= 790 normf=2.6632e-04, maxf=1.0336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.599e-04 iter= 800 normf=2.6381e-04, maxf=1.0231e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.255e-04 iter= 810 normf=2.6136e-04, maxf=1.0128e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.944e-04 iter= 820 normf=2.5896e-04, maxf=1.0027e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.662e-04 converged in 821 itertions final normf=2.5848e-04, maxf=1.0007e-03 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter=822, normf= 1.2924e-04, dotmin=0.8719, nmin=2 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=4.4271e-02, maxf=1.1292e-01 iter= 10 normf=2.1688e-02, maxf=2.6301e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.9826e-02, maxf=2.3794e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.8111e-02, maxf=2.1422e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.6532e-02, maxf=1.9229e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=1.5081e-02, maxf=1.7216e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.3750e-02, maxf=1.5378e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=1.2530e-02, maxf=1.3703e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=1.1413e-02, maxf=1.2180e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=1.0393e-02, maxf=1.0890e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=9.4603e-03, maxf=1.0098e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=8.6094e-03, maxf=9.3621e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=7.8330e-03, maxf=8.6776e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=7.1251e-03, maxf=8.0415e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=6.4799e-03, maxf=7.4514e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=5.8920e-03, maxf=6.9056e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=5.3567e-03, maxf=6.4025e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=4.8695e-03, maxf=5.9408e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=4.4264e-03, maxf=5.5188e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=4.0236e-03, maxf=5.1344e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=3.6577e-03, maxf=4.7856e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=3.3254e-03, maxf=4.4698e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=3.0240e-03, maxf=4.1845e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=2.7507e-03, maxf=3.9270e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=2.5029e-03, maxf=3.6946e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=2.2785e-03, maxf=3.4847e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=2.0754e-03, maxf=3.2951e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.8916e-03, maxf=3.1234e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.7254e-03, maxf=2.9678e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.5753e-03, maxf=2.8264e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.4397e-03, maxf=2.6977e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.3175e-03, maxf=2.5803e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=1.2074e-03, maxf=2.4731e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=1.1084e-03, maxf=2.3749e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=1.0194e-03, maxf=2.2850e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=9.3955e-04, maxf=2.2023e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=8.6807e-04, maxf=2.1263e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=8.0417e-04, maxf=2.0564e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=7.4718e-04, maxf=1.9918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=6.9643e-04, maxf=1.9322e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=6.5134e-04, maxf=1.8770e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=6.1135e-04, maxf=1.8259e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=5.7595e-04, maxf=1.7785e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=5.4466e-04, maxf=1.7344e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=5.1703e-04, maxf=1.6933e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=4.9265e-04, maxf=1.6550e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=4.7116e-04, maxf=1.6192e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=4.5219e-04, maxf=1.5857e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=4.3545e-04, maxf=1.5543e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=4.2063e-04, maxf=1.5247e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=4.0750e-04, maxf=1.4968e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.9582e-04, maxf=1.4705e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.8539e-04, maxf=1.4455e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.7603e-04, maxf=1.4219e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=3.6761e-04, maxf=1.3994e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=3.5998e-04, maxf=1.3780e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=3.5302e-04, maxf=1.3575e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=3.4665e-04, maxf=1.3379e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=3.4077e-04, maxf=1.3191e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=3.3533e-04, maxf=1.3011e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=3.3025e-04, maxf=1.2837e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=3.2549e-04, maxf=1.2670e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=3.2100e-04, maxf=1.2508e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=3.1676e-04, maxf=1.2352e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=3.1271e-04, maxf=1.2200e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=3.0886e-04, maxf=1.2053e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=3.0516e-04, maxf=1.1911e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=3.0161e-04, maxf=1.1772e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=2.9818e-04, maxf=1.1637e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=2.9487e-04, maxf=1.1505e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=2.9166e-04, maxf=1.1376e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=2.8855e-04, maxf=1.1250e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 iter= 720 normf=2.8552e-04, maxf=1.1128e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.273e-04 iter= 730 normf=2.8257e-04, maxf=1.1007e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.577e-04 iter= 740 normf=2.7970e-04, maxf=1.0890e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.949e-04 iter= 750 normf=2.7690e-04, maxf=1.0775e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.380e-04 iter= 760 normf=2.7416e-04, maxf=1.0662e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.865e-04 iter= 770 normf=2.7149e-04, maxf=1.0551e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.400e-04 iter= 780 normf=2.6888e-04, maxf=1.0442e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.979e-04 iter= 790 normf=2.6632e-04, maxf=1.0336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.599e-04 iter= 800 normf=2.6381e-04, maxf=1.0231e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.255e-04 iter= 810 normf=2.6136e-04, maxf=1.0128e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.944e-04 iter= 820 normf=2.5896e-04, maxf=1.0027e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.662e-04 converged in 821 itertions final normf=2.5848e-04, maxf=1.0007e-03 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter=822, normf= 1.2924e-04, dotmin=0.8719, nmin=2 enter fit1dCloud(bitflag=1, m=9, n=9) initial normf=2.0428e-02, maxf=7.2754e-02 converged in 7 itertions final normf=3.8737e-08, maxf=5.6293e-09 fit1dCloud(npnt=9, ncp=9) -> status=0, numiter= 8, normf= 1.9368e-08, dotmin=1.0000, nmin=1 enter fit1dCloud(bitflag=1, m=9, n=9) initial normf=2.0428e-02, maxf=7.2754e-02 converged in 7 itertions final normf=3.8737e-08, maxf=5.6293e-09 fit1dCloud(npnt=9, ncp=9) -> status=0, numiter= 8, normf= 1.9368e-08, dotmin=1.0000, nmin=1 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=3.8056e-02, maxf=1.0076e-01 iter= 10 normf=1.6918e-02, maxf=1.9580e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.5451e-02, maxf=1.7732e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.4102e-02, maxf=1.5974e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.2863e-02, maxf=1.4345e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=1.1726e-02, maxf=1.2848e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.0684e-02, maxf=1.1479e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=9.7310e-03, maxf=1.0233e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=8.8595e-03, maxf=9.1013e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=8.0635e-03, maxf=8.1904e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=7.3372e-03, maxf=7.6014e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=6.6747e-03, maxf=7.0552e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=6.0708e-03, maxf=6.5482e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=5.5206e-03, maxf=6.0776e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=5.0194e-03, maxf=5.6412e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=4.5631e-03, maxf=5.2374e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=4.1478e-03, maxf=4.8648e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=3.7700e-03, maxf=4.5225e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=3.4265e-03, maxf=4.2091e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=3.1144e-03, maxf=3.9234e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.8309e-03, maxf=3.6639e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=2.5736e-03, maxf=3.4289e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=2.3403e-03, maxf=3.2165e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=2.1287e-03, maxf=3.0251e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.9371e-03, maxf=2.8525e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.7636e-03, maxf=2.6969e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.6066e-03, maxf=2.5566e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.4646e-03, maxf=2.4299e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.3363e-03, maxf=2.3153e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.2205e-03, maxf=2.2114e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.1161e-03, maxf=2.1171e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.0219e-03, maxf=2.0311e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=9.3720e-04, maxf=1.9527e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=8.6104e-04, maxf=1.8809e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=7.9270e-04, maxf=1.8151e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=7.3146e-04, maxf=1.7546e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=6.7670e-04, maxf=1.6990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=6.2782e-04, maxf=1.6476e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=5.8428e-04, maxf=1.6002e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=5.4559e-04, maxf=1.5563e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=5.1128e-04, maxf=1.5156e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=4.8092e-04, maxf=1.4778e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=4.5410e-04, maxf=1.4427e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=4.3046e-04, maxf=1.4099e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=4.0964e-04, maxf=1.3793e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.9133e-04, maxf=1.3507e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=3.7522e-04, maxf=1.3239e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=3.6106e-04, maxf=1.2988e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=3.4859e-04, maxf=1.2751e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=3.3759e-04, maxf=1.2528e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=3.2787e-04, maxf=1.2318e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.1925e-04, maxf=1.2119e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.1157e-04, maxf=1.1930e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.0470e-04, maxf=1.1751e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.9853e-04, maxf=1.1581e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.9294e-04, maxf=1.1418e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.8786e-04, maxf=1.1263e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.8320e-04, maxf=1.1115e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.7892e-04, maxf=1.0972e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.7494e-04, maxf=1.0835e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=2.7124e-04, maxf=1.0703e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=2.6776e-04, maxf=1.0576e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=2.6448e-04, maxf=1.0454e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=2.6136e-04, maxf=1.0335e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=2.5840e-04, maxf=1.0220e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=2.5556e-04, maxf=1.0109e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=2.5284e-04, maxf=1.0001e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=2.5021e-04, maxf=9.8954e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=2.4768e-04, maxf=9.7929e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 converged in 684 itertions final normf=2.4644e-04, maxf=9.7427e-04 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter=685, normf= 2.4146e-04, dotmin=0.8973, nmin=2 enter fit1dCloud(bitflag=1, m=38, n=9) initial normf=4.1481e-02, maxf=1.0193e-01 iter= 10 normf=1.2887e-02, maxf=1.1746e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.1736e-02, maxf=1.0664e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.0684e-02, maxf=9.7106e-03 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=9.7235e-03, maxf=8.8477e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=8.8467e-03, maxf=8.0656e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.0471e-03, maxf=7.3996e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.3185e-03, maxf=6.8042e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.6547e-03, maxf=6.2484e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.0504e-03, maxf=5.7304e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.5004e-03, maxf=5.2496e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=4.9999e-03, maxf=4.8054e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.5446e-03, maxf=4.3978e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.1308e-03, maxf=4.0261e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.7549e-03, maxf=3.6893e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.4135e-03, maxf=3.4068e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.1037e-03, maxf=3.2050e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.8228e-03, maxf=3.0211e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.5683e-03, maxf=2.8538e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.3379e-03, maxf=2.7017e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1295e-03, maxf=2.5637e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9411e-03, maxf=2.4384e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.7710e-03, maxf=2.3247e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6176e-03, maxf=2.2217e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.4795e-03, maxf=2.1283e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3552e-03, maxf=2.0437e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2436e-03, maxf=1.9670e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1436e-03, maxf=1.8974e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0540e-03, maxf=1.8637e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7410e-04, maxf=1.8704e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=9.0288e-04, maxf=1.8751e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.3959e-04, maxf=1.8779e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.8349e-04, maxf=1.8788e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=7.3387e-04, maxf=1.8781e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.9012e-04, maxf=1.8759e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=6.5162e-04, maxf=1.8725e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=6.1784e-04, maxf=1.8680e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.8826e-04, maxf=1.8625e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=5.6240e-04, maxf=1.8563e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=5.3983e-04, maxf=1.8495e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=5.2016e-04, maxf=1.8421e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=5.0303e-04, maxf=1.8345e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=4.8810e-04, maxf=1.8265e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=4.7508e-04, maxf=1.8184e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=4.6373e-04, maxf=1.8102e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 converged in 444 itertions final normf=4.5860e-04, maxf=1.8061e-03 fit1dCloud(npnt=38, ncp=9) -> status=0, numiter=445, normf= 4.4933e-04, dotmin=0.8903, nmin=2 enter fit1dCloud(bitflag=1, m=19, n=9) initial normf=5.1519e-02, maxf=1.2739e-01 iter= 10 normf=2.6401e-02, maxf=3.2081e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=2.4146e-02, maxf=2.9190e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=2.2066e-02, maxf=2.6470e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=2.0149e-02, maxf=2.3960e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=1.8387e-02, maxf=2.1652e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.6770e-02, maxf=1.9533e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=1.5287e-02, maxf=1.7589e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=1.3929e-02, maxf=1.5804e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=1.2688e-02, maxf=1.4165e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=1.1553e-02, maxf=1.2658e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=1.0516e-02, maxf=1.1276e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=9.5700e-03, maxf=1.0285e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=8.7066e-03, maxf=9.5455e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=7.9192e-03, maxf=8.8595e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=7.2016e-03, maxf=8.2260e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=6.5479e-03, maxf=7.6436e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=5.9529e-03, maxf=7.1106e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=5.4117e-03, maxf=6.6246e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=4.9197e-03, maxf=6.1828e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=4.4727e-03, maxf=5.7822e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=4.0669e-03, maxf=5.4193e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=3.6986e-03, maxf=5.0908e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=3.3646e-03, maxf=4.7935e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=3.0619e-03, maxf=4.5240e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=2.7876e-03, maxf=4.2796e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=2.5393e-03, maxf=4.0577e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=2.3147e-03, maxf=3.8557e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=2.1115e-03, maxf=3.6718e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.9280e-03, maxf=3.5040e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.7624e-03, maxf=3.3507e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.6130e-03, maxf=3.2105e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=1.4785e-03, maxf=3.0822e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=1.3576e-03, maxf=2.9645e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=1.2490e-03, maxf=2.8566e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=1.1517e-03, maxf=2.7575e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=1.0645e-03, maxf=2.6663e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=9.8666e-04, maxf=2.5824e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=9.1722e-04, maxf=2.5050e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=8.5540e-04, maxf=2.4336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=8.0046e-04, maxf=2.3676e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=7.5171e-04, maxf=2.3064e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=7.0851e-04, maxf=2.2496e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=6.7027e-04, maxf=2.1968e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=6.3645e-04, maxf=2.1476e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=6.0654e-04, maxf=2.1015e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=5.8009e-04, maxf=2.0584e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=5.5668e-04, maxf=2.0179e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=5.3592e-04, maxf=1.9797e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=5.1748e-04, maxf=1.9436e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=5.0105e-04, maxf=1.9094e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=4.8637e-04, maxf=1.8770e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=4.7320e-04, maxf=1.8461e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=4.6132e-04, maxf=1.8166e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=4.5057e-04, maxf=1.7884e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=4.4078e-04, maxf=1.7613e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=4.3182e-04, maxf=1.7353e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=4.2358e-04, maxf=1.7102e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=4.1595e-04, maxf=1.6860e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=4.0885e-04, maxf=1.6626e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=4.0222e-04, maxf=1.6400e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=3.9599e-04, maxf=1.6180e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=3.9012e-04, maxf=1.5966e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=3.8455e-04, maxf=1.5758e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=3.7925e-04, maxf=1.5556e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=3.7419e-04, maxf=1.5358e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=3.6935e-04, maxf=1.5166e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=3.6470e-04, maxf=1.4978e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=3.6022e-04, maxf=1.4794e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=3.5591e-04, maxf=1.4614e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=3.5173e-04, maxf=1.4437e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=3.4769e-04, maxf=1.4265e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 iter= 720 normf=3.4378e-04, maxf=1.4096e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.273e-04 iter= 730 normf=3.3998e-04, maxf=1.3930e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.577e-04 iter= 740 normf=3.3628e-04, maxf=1.3767e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.949e-04 iter= 750 normf=3.3269e-04, maxf=1.3608e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.380e-04 iter= 760 normf=3.2919e-04, maxf=1.3451e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.865e-04 iter= 770 normf=3.2579e-04, maxf=1.3298e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.400e-04 iter= 780 normf=3.2247e-04, maxf=1.3147e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.979e-04 iter= 790 normf=3.1924e-04, maxf=1.2998e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.599e-04 iter= 800 normf=3.1608e-04, maxf=1.2853e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.255e-04 iter= 810 normf=3.1300e-04, maxf=1.2710e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.944e-04 iter= 820 normf=3.0999e-04, maxf=1.2569e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.662e-04 iter= 830 normf=3.0706e-04, maxf=1.2431e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.408e-04 iter= 840 normf=3.0420e-04, maxf=1.2295e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.177e-04 iter= 850 normf=3.0140e-04, maxf=1.2161e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.969e-04 iter= 860 normf=2.9866e-04, maxf=1.2030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.781e-04 iter= 870 normf=2.9599e-04, maxf=1.1901e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.611e-04 iter= 880 normf=2.9339e-04, maxf=1.1774e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.457e-04 iter= 890 normf=2.9084e-04, maxf=1.1649e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.317e-04 iter= 900 normf=2.8835e-04, maxf=1.1526e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.191e-04 iter= 910 normf=2.8591e-04, maxf=1.1405e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.077e-04 iter= 920 normf=2.8354e-04, maxf=1.1286e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.744e-05 iter= 930 normf=2.8121e-04, maxf=1.1169e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.812e-05 iter= 940 normf=2.7894e-04, maxf=1.1054e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.970e-05 iter= 950 normf=2.7672e-04, maxf=1.0941e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.208e-05 iter= 960 normf=2.7455e-04, maxf=1.0830e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.519e-05 iter= 970 normf=2.7243e-04, maxf=1.0720e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.895e-05 iter= 980 normf=2.7036e-04, maxf=1.0612e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.332e-05 iter= 990 normf=2.6833e-04, maxf=1.0506e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.822e-05 iter=1000 normf=2.6635e-04, maxf=1.0402e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.361e-05 fit1dCloud(npnt=19, ncp=9) -> status=0, numiter=1000, normf= 2.6635e-04, dotmin=0.8457, nmin=2 enter fit1dCloud(bitflag=1, m=15, n=9) initial normf=3.7857e-02, maxf=1.0230e-01 iter= 10 normf=1.7655e-02, maxf=2.0985e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.6131e-02, maxf=1.8874e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.4729e-02, maxf=1.6862e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.3440e-02, maxf=1.4994e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=1.2257e-02, maxf=1.3277e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.1172e-02, maxf=1.1710e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=1.0178e-02, maxf=1.0737e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=9.2690e-03, maxf=9.9216e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=8.4380e-03, maxf=9.1694e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=7.6793e-03, maxf=8.4747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=6.9870e-03, maxf=7.8321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=6.3558e-03, maxf=7.2368e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=5.7803e-03, maxf=6.6849e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=5.2560e-03, maxf=6.1735e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=4.7785e-03, maxf=5.7001e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=4.3437e-03, maxf=5.2632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=3.9479e-03, maxf=4.8613e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=3.5879e-03, maxf=4.4932e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=3.2605e-03, maxf=4.1576e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.9630e-03, maxf=3.8529e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=2.6929e-03, maxf=3.5774e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=2.4477e-03, maxf=3.3292e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=2.2253e-03, maxf=3.1063e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=2.0237e-03, maxf=2.9065e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.8411e-03, maxf=2.7277e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.6757e-03, maxf=2.5676e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.5262e-03, maxf=2.4243e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.3910e-03, maxf=2.2960e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.2688e-03, maxf=2.1808e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.1585e-03, maxf=2.0773e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.0591e-03, maxf=1.9840e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=9.6957e-04, maxf=1.8998e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=8.8903e-04, maxf=1.8235e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=8.1668e-04, maxf=1.7543e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=7.5181e-04, maxf=1.6913e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=6.9376e-04, maxf=1.6338e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=6.4192e-04, maxf=1.5813e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=5.9572e-04, maxf=1.5331e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=5.5467e-04, maxf=1.4889e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=5.1827e-04, maxf=1.4483e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=4.8610e-04, maxf=1.4107e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=4.5773e-04, maxf=1.3761e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=4.3278e-04, maxf=1.3440e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=4.1089e-04, maxf=1.3142e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.9173e-04, maxf=1.2866e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=3.7498e-04, maxf=1.2608e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=3.6035e-04, maxf=1.2368e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=3.4760e-04, maxf=1.2144e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=3.3646e-04, maxf=1.1934e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=3.2674e-04, maxf=1.1736e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.1823e-04, maxf=1.1551e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.1076e-04, maxf=1.1376e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.0418e-04, maxf=1.1212e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.9837e-04, maxf=1.1056e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.9320e-04, maxf=1.0908e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.8857e-04, maxf=1.0768e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.8441e-04, maxf=1.0634e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.8065e-04, maxf=1.0507e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.7721e-04, maxf=1.0385e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=2.7405e-04, maxf=1.0268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=2.7113e-04, maxf=1.0157e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=2.6841e-04, maxf=1.0049e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=2.6586e-04, maxf=9.9457e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 converged in 634 itertions final normf=2.6464e-04, maxf=9.8954e-04 fit1dCloud(npnt=15, ncp=9) -> status=0, numiter=635, normf= 2.5955e-04, dotmin=0.8930, nmin=1 enter fit1dCloud(bitflag=1, m=14, n=9) initial normf=2.0902e-02, maxf=7.0948e-02 converged in 7 itertions final normf=1.3518e-04, maxf=4.6819e-04 fit1dCloud(npnt=14, ncp=9) -> status=0, numiter= 8, normf= 1.3518e-04, dotmin=1.0000, nmin=1 enter fit1dCloud(bitflag=1, m=13, n=9) initial normf=2.1514e-02, maxf=7.4006e-02 iter= 10 normf=2.8348e-03, maxf=1.4831e-02 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=2.7104e-03, maxf=1.3774e-02 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=2.5859e-03, maxf=1.2791e-02 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=2.4612e-03, maxf=1.1810e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=2.3371e-03, maxf=1.0839e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=2.2146e-03, maxf=9.8883e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=2.0946e-03, maxf=8.9660e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=1.9779e-03, maxf=8.0813e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=1.8654e-03, maxf=7.2423e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=1.7578e-03, maxf=6.4562e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=1.6559e-03, maxf=5.7285e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=1.5601e-03, maxf=5.0628e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.4708e-03, maxf=4.4604e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.3883e-03, maxf=3.9211e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.3125e-03, maxf=3.5280e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.2434e-03, maxf=3.5509e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.1807e-03, maxf=3.6490e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.1241e-03, maxf=3.7280e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.0732e-03, maxf=3.7888e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.0276e-03, maxf=3.8327e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=9.8675e-04, maxf=3.8612e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=9.5019e-04, maxf=3.8757e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=9.1742e-04, maxf=3.8775e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=8.8797e-04, maxf=3.8677e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=8.6138e-04, maxf=3.8469e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=8.3716e-04, maxf=3.8156e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=8.1485e-04, maxf=3.7735e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=7.9397e-04, maxf=3.7199e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=7.7400e-04, maxf=3.6539e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=7.5444e-04, maxf=3.5741e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=7.3484e-04, maxf=3.4796e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.1484e-04, maxf=3.3700e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9429e-04, maxf=3.2468e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.7326e-04, maxf=3.1129e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=6.5205e-04, maxf=2.9727e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=6.3111e-04, maxf=2.8309e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=6.1088e-04, maxf=2.6920e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=5.9169e-04, maxf=2.5589e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=5.7373e-04, maxf=2.4330e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=5.5704e-04, maxf=2.3148e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=5.4161e-04, maxf=2.2269e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=5.2736e-04, maxf=2.1739e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=5.1420e-04, maxf=2.1244e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=5.0205e-04, maxf=2.0777e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=4.9082e-04, maxf=2.0330e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=4.8043e-04, maxf=1.9898e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=4.7080e-04, maxf=1.9478e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=4.6189e-04, maxf=1.9067e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=4.5362e-04, maxf=1.8665e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=4.4596e-04, maxf=1.8272e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=4.3884e-04, maxf=1.7887e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=4.3222e-04, maxf=1.7510e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=4.2607e-04, maxf=1.7143e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=4.2035e-04, maxf=1.6784e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=4.1502e-04, maxf=1.6435e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=4.1005e-04, maxf=1.6094e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=4.0541e-04, maxf=1.5763e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=4.0108e-04, maxf=1.5442e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=3.9704e-04, maxf=1.5130e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=3.9325e-04, maxf=1.4827e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=3.8971e-04, maxf=1.4534e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=3.8638e-04, maxf=1.4250e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=3.8326e-04, maxf=1.3975e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=3.8033e-04, maxf=1.3710e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=3.7757e-04, maxf=1.3453e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 converged in 658 itertions final normf=3.7523e-04, maxf=1.3245e-03 fit1dCloud(npnt=13, ncp=9) -> status=0, numiter=659, normf= 3.7523e-04, dotmin=0.8776, nmin=1 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=4.4271e-02, maxf=1.1292e-01 iter= 10 normf=2.1688e-02, maxf=2.6301e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.9826e-02, maxf=2.3794e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.8111e-02, maxf=2.1422e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.6532e-02, maxf=1.9229e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=1.5081e-02, maxf=1.7216e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.3750e-02, maxf=1.5378e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=1.2530e-02, maxf=1.3703e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=1.1413e-02, maxf=1.2180e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=1.0393e-02, maxf=1.0890e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=9.4603e-03, maxf=1.0098e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=8.6094e-03, maxf=9.3621e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=7.8330e-03, maxf=8.6776e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=7.1251e-03, maxf=8.0415e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=6.4799e-03, maxf=7.4514e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=5.8920e-03, maxf=6.9056e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=5.3567e-03, maxf=6.4025e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=4.8695e-03, maxf=5.9408e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=4.4264e-03, maxf=5.5188e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=4.0236e-03, maxf=5.1344e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=3.6577e-03, maxf=4.7856e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=3.3254e-03, maxf=4.4698e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=3.0240e-03, maxf=4.1845e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=2.7507e-03, maxf=3.9270e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=2.5029e-03, maxf=3.6946e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=2.2785e-03, maxf=3.4847e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=2.0754e-03, maxf=3.2951e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.8916e-03, maxf=3.1234e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.7254e-03, maxf=2.9678e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.5753e-03, maxf=2.8264e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.4397e-03, maxf=2.6977e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.3175e-03, maxf=2.5803e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=1.2074e-03, maxf=2.4731e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=1.1084e-03, maxf=2.3749e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=1.0194e-03, maxf=2.2850e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=9.3955e-04, maxf=2.2023e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=8.6807e-04, maxf=2.1263e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=8.0417e-04, maxf=2.0564e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=7.4718e-04, maxf=1.9918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=6.9643e-04, maxf=1.9322e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=6.5134e-04, maxf=1.8770e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=6.1135e-04, maxf=1.8259e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=5.7595e-04, maxf=1.7785e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=5.4466e-04, maxf=1.7344e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=5.1703e-04, maxf=1.6933e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=4.9265e-04, maxf=1.6550e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=4.7116e-04, maxf=1.6192e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=4.5219e-04, maxf=1.5857e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=4.3545e-04, maxf=1.5543e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=4.2063e-04, maxf=1.5247e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=4.0750e-04, maxf=1.4968e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.9582e-04, maxf=1.4705e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.8539e-04, maxf=1.4455e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.7603e-04, maxf=1.4219e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=3.6761e-04, maxf=1.3994e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=3.5998e-04, maxf=1.3780e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=3.5302e-04, maxf=1.3575e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=3.4665e-04, maxf=1.3379e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=3.4077e-04, maxf=1.3191e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=3.3533e-04, maxf=1.3011e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=3.3025e-04, maxf=1.2837e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=3.2549e-04, maxf=1.2670e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=3.2100e-04, maxf=1.2508e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=3.1676e-04, maxf=1.2352e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=3.1271e-04, maxf=1.2200e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=3.0886e-04, maxf=1.2053e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=3.0516e-04, maxf=1.1911e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=3.0161e-04, maxf=1.1772e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=2.9818e-04, maxf=1.1637e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=2.9487e-04, maxf=1.1505e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=2.9166e-04, maxf=1.1376e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=2.8855e-04, maxf=1.1250e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 iter= 720 normf=2.8552e-04, maxf=1.1128e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.273e-04 iter= 730 normf=2.8257e-04, maxf=1.1007e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.577e-04 iter= 740 normf=2.7970e-04, maxf=1.0890e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.949e-04 iter= 750 normf=2.7690e-04, maxf=1.0775e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.380e-04 iter= 760 normf=2.7416e-04, maxf=1.0662e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.865e-04 iter= 770 normf=2.7149e-04, maxf=1.0551e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.400e-04 iter= 780 normf=2.6888e-04, maxf=1.0442e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.979e-04 iter= 790 normf=2.6632e-04, maxf=1.0336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.599e-04 iter= 800 normf=2.6381e-04, maxf=1.0231e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.255e-04 iter= 810 normf=2.6136e-04, maxf=1.0128e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.944e-04 iter= 820 normf=2.5896e-04, maxf=1.0027e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.662e-04 converged in 821 itertions final normf=2.5848e-04, maxf=1.0007e-03 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter=822, normf= 1.2924e-04, dotmin=0.8719, nmin=2 generateFits(1D), CPU= 0.42 sec iface= 1 npnt = 888 ntrain= 888 (100%) iface= 2 npnt = 537 ntrain= 537 (100%) iface= 3 npnt = 901 ntrain= 901 (100%) iface= 4 npnt = 624 ntrain= 624 (100%) iface= 5 npnt = 901 ntrain= 901 (100%) iface= 6 npnt = 890 ntrain= 890 (100%) iface= 7 npnt = 85 ntrain= 85 (100%) iface= 8 npnt = 69 ntrain= 69 (100%) non-planar (fitting) ipnt=1, prod= -0.04877 extracting south control points from iedge= -9 extracting east control points from iedge= 25 extracting north control points from iedge= -23 extracting west control points from iedge= 26 iface= 9 npnt = 62 ntrain= 62 (100%) iface= 10 npnt = 207 ntrain= 207 (100%) non-planar (fitting) ipnt=1, prod= 0.00647 extracting south control points from iedge= -11 extracting east control points from iedge= 28 extracting north control points from iedge= -12 extracting west control points from iedge= -27 iface= 11 npnt = 85 ntrain= 85 (100%) iface= 12 npnt = 200 ntrain= 200 (100%) non-planar (fitting) ipnt=1, prod= -0.04011 extracting south control points from iedge= -20 extracting east control points from iedge= 32 extracting north control points from iedge= -29 extracting west control points from iedge= 31 iface= 13 npnt = 154 ntrain= 154 (100%) non-planar (fitting) ipnt=1, prod= 0.03871 extracting south control points from iedge= -28 extracting east control points from iedge= -31 extracting north control points from iedge= -30 extracting west control points from iedge= -32 iface= 14 npnt = 69 ntrain= 69 (100%) non-planar (fitting) ipnt=1, prod= -0.04877 extracting south control points from iedge= -24 extracting east control points from iedge= -25 extracting north control points from iedge= 33 extracting west control points from iedge= -26 iface= 15 npnt = 291 ntrain= 291 (100%) ID 2854: is master ID 2854: iface 10 has 207 training points ID c54: start thread ID c54: iface 12 has 200 training points ID 2854: iface 10 complete with status=0, numiter= 12, normf= 3.2220e-04, nmin=1 ID 2854: iface 13 has 154 training points ID 2854: iface 13 complete with status=0, numiter= 12, normf= 4.9739e-04, nmin=0 ID 2854: iface 8 has 69 training points ID 2854: iface 8 complete with status=0, numiter= 12, normf= 1.1708e-04, nmin=0 ID 2854: iface 14 has 69 training points ID 2854: iface 14 complete with status=0, numiter= 12, normf= 1.1708e-04, nmin=0 ID 2854: iface 1 has 888 training points ID 2854: iface 1 skipped ID 2854: iface 2 has 537 training points ID 2854: iface 2 skipped ID 2854: iface 3 has 901 training points ID 2854: iface 3 skipped ID 2854: iface 4 has 624 training points ID 2854: iface 4 skipped ID 2854: iface 5 has 901 training points ID 2854: iface 5 skipped ID 2854: iface 6 has 890 training points ID 2854: iface 6 skipped ID 2854: iface 7 has 85 training points ID 2854: iface 7 skipped ID 2854: iface 9 has 62 training points ID 2854: iface 9 skipped ID 2854: iface 11 has 85 training points ID 2854: iface 11 skipped ID 2854: iface 15 has 291 training points ID 2854: iface 15 skipped ID c54: iface 12 complete with status=0, numiter=100, normf= 4.1424e-04, nmin=0 ID c54: stop thread generateFits(2D), CPU= 1.34 sec EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 planar iface= 1 is planar, so accuracy is not computed planar iface= 2 is planar, so accuracy is not computed planar iface= 3 is planar, so accuracy is not computed planar iface= 4 is planar, so accuracy is not computed planar iface= 5 is planar, so accuracy is not computed planar iface= 6 is planar, so accuracy is not computed planar iface= 7 is planar, so accuracy is not computed non-planar iface=8, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 8 ntrain= 69 rms= 2.621e-04 npnt = 69 rms= 2.621e-04 planar iface= 9 is planar, so accuracy is not computed non-planar iface=10, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 10 ntrain= 207 rms= 6.022e-04 npnt = 207 rms= 6.022e-04 planar iface= 11 is planar, so accuracy is not computed non-planar iface=12, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 12 ntrain= 200 rms= 6.656e-04 npnt = 200 rms= 6.656e-04 non-planar iface=13, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 13 ntrain= 154 rms= 8.317e-04 npnt = 154 rms= 8.317e-04 non-planar iface=14, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 14 ntrain= 69 rms= 2.621e-04 npnt = 69 rms= 2.621e-04 planar iface= 15 is planar, so accuracy is not computed before makeTopology(SHELL, nfaces=15, closed=1) File "../../OpenCSM/trunk/data/Slugs/demo1_1.egads" is being written ==> Closing input journal file real 0m3.214s user 0m0.000s sys 0m0.047s + set +x demo1_0 passed (as expected) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/serveCSM' ../../OpenCSM/trunk/data/Slugs/demo1_1 -outLevel 0 -batch -verify ERROR:: (egads_notfound) in Branch Brch_000001 at [[../../OpenCSM/trunk/data/Slugs/demo1_1.csm:4]] EGADS status = -1 ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build() detected -1 (egads_notfound) real 0m0.114s user 0m0.000s sys 0m0.046s + set +x demo1_1 failed (as NOT expected) -------------------------------------------------------------------------------------------------- ( 10 ) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/Slugs' ../../OpenCSM/trunk/data/Slugs/duct_0 -outLevel 0 -batch -jrnl ../../OpenCSM/trunk/data/Slugs/duct_0.mod.jrnl -subsample 10 ......... After reading: npnt = 44875 ntri = 89746 ==> Opening input journal file "../../OpenCSM/trunk/data/Slugs/duct_0.mod.jrnl" Face 1 ...at beginning Edge 1, npnt= 65, ibeg= 1, iend= 2 Edge 2, npnt= 65, ibeg= 3, iend= 1 Edge 3, npnt= 68, ibeg= 4, iend= 3 Edge 4, npnt= 65, ibeg= 2, iend= 4 ...after sorting into Loops Loop 0 (0:3) Edge 1, npnt= 65, ibeg= 1, iend= 2 Edge 4, npnt= 65, ibeg= 2, iend= 4 Edge 3, npnt= 68, ibeg= 4, iend= 3 Edge 2, npnt= 65, ibeg= 3, iend= 1 Face 2 ...at beginning Edge 5, npnt= 65, ibeg= 5, iend= 6 Edge 6, npnt= 65, ibeg= 6, iend= 7 Edge 7, npnt= 65, ibeg= 7, iend= 8 Edge 8, npnt= 65, ibeg= 8, iend= 5 ...after sorting into Loops Loop 0 (0:3) Edge 5, npnt= 65, ibeg= 5, iend= 6 Edge 6, npnt= 65, ibeg= 6, iend= 7 Edge 7, npnt= 65, ibeg= 7, iend= 8 Edge 8, npnt= 65, ibeg= 8, iend= 5 Face 3 ...at beginning Edge -1, npnt= 65, iend= 2, ibeg= 1 Edge -5, npnt= 65, iend= 6, ibeg= 5 Edge 9, npnt= 257, ibeg= 1, iend= 6 Edge 10, npnt= 257, ibeg= 5, iend= 2 ...after sorting into Loops Loop 0 (0:3) Edge -1, npnt= 65, iend= 2, ibeg= 1 Edge 9, npnt= 257, ibeg= 1, iend= 6 Edge -5, npnt= 65, iend= 6, ibeg= 5 Edge 10, npnt= 257, ibeg= 5, iend= 2 Face 4 ...at beginning Edge -2, npnt= 65, iend= 1, ibeg= 3 Edge -6, npnt= 65, iend= 7, ibeg= 6 Edge -9, npnt= 257, iend= 6, ibeg= 1 Edge 11, npnt= 257, ibeg= 3, iend= 7 ...after sorting into Loops Loop 0 (0:3) Edge -2, npnt= 65, iend= 1, ibeg= 3 Edge 11, npnt= 257, ibeg= 3, iend= 7 Edge -6, npnt= 65, iend= 7, ibeg= 6 Edge -9, npnt= 257, iend= 6, ibeg= 1 Face 5 ...at beginning Edge -3, npnt= 68, iend= 3, ibeg= 4 Edge -7, npnt= 65, iend= 8, ibeg= 7 Edge -11, npnt= 257, iend= 7, ibeg= 3 Edge 12, npnt= 257, ibeg= 4, iend= 8 ...after sorting into Loops Loop 0 (0:3) Edge -3, npnt= 68, iend= 3, ibeg= 4 Edge 12, npnt= 257, ibeg= 4, iend= 8 Edge -7, npnt= 65, iend= 8, ibeg= 7 Edge -11, npnt= 257, iend= 7, ibeg= 3 Face 6 ...at beginning Edge -4, npnt= 65, iend= 4, ibeg= 2 Edge -8, npnt= 65, iend= 5, ibeg= 8 Edge -10, npnt= 257, iend= 2, ibeg= 5 Edge -12, npnt= 257, iend= 8, ibeg= 4 ...after sorting into Loops Loop 0 (0:3) Edge -4, npnt= 65, iend= 4, ibeg= 2 Edge -10, npnt= 257, iend= 2, ibeg= 5 Edge -8, npnt= 65, iend= 5, ibeg= 8 Edge -12, npnt= 257, iend= 8, ibeg= 4 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.0805e-02, maxf=1.0744e-01 iter= 10 normf=6.1349e-03, maxf=7.4063e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=5.5820e-03, maxf=6.6196e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=5.0785e-03, maxf=6.0068e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=4.6193e-03, maxf=5.4457e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=4.2007e-03, maxf=4.9589e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=3.8192e-03, maxf=4.5179e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=3.4718e-03, maxf=4.1134e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=3.1553e-03, maxf=3.7432e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=2.8672e-03, maxf=3.4056e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=2.6050e-03, maxf=3.0989e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=2.3665e-03, maxf=2.8215e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=2.1495e-03, maxf=2.5718e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.9524e-03, maxf=2.3481e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.7732e-03, maxf=2.1485e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.6106e-03, maxf=1.9712e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.4630e-03, maxf=1.8143e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.3292e-03, maxf=1.6759e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.2080e-03, maxf=1.5541e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.0982e-03, maxf=1.4474e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=9.9893e-04, maxf=1.3540e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=9.0919e-04, maxf=1.2724e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=8.2818e-04, maxf=1.2014e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=7.5515e-04, maxf=1.1397e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=6.8939e-04, maxf=1.0861e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=6.3029e-04, maxf=1.0397e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=5.7727e-04, maxf=1.0032e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=5.2980e-04, maxf=1.0232e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=4.8742e-04, maxf=1.0408e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=4.4967e-04, maxf=1.0562e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=4.1616e-04, maxf=1.0696e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=3.8650e-04, maxf=1.0814e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=3.6035e-04, maxf=1.0916e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=3.3738e-04, maxf=1.1005e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=3.1729e-04, maxf=1.1083e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=2.9979e-04, maxf=1.1151e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=2.8461e-04, maxf=1.1211e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=2.7150e-04, maxf=1.1263e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=2.6022e-04, maxf=1.1308e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 converged in 383 itertions final normf=2.5617e-04, maxf=1.1325e-03 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=384, normf= 5.8629e-04, dotmin=0.9474, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.4962e-02, maxf=1.1804e-01 iter= 10 normf=7.0692e-03, maxf=4.2349e-03 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=6.4083e-03, maxf=3.9152e-03 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=5.8095e-03, maxf=3.5966e-03 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=5.2667e-03, maxf=3.3019e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=4.7745e-03, maxf=3.0287e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=4.3283e-03, maxf=2.7753e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=3.9238e-03, maxf=2.5404e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=3.5570e-03, maxf=2.3233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=3.2244e-03, maxf=2.1236e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=2.9228e-03, maxf=1.9407e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=2.6493e-03, maxf=1.7743e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=2.4014e-03, maxf=1.6240e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.1767e-03, maxf=1.4891e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.9730e-03, maxf=1.3688e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.7886e-03, maxf=1.2622e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.6216e-03, maxf=1.1682e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.4704e-03, maxf=1.0857e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.3337e-03, maxf=1.0136e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.2100e-03, maxf=9.5072e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.0983e-03, maxf=8.9605e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=9.9741e-04, maxf=8.4860e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=9.0638e-04, maxf=8.2005e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=8.2432e-04, maxf=8.3038e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=7.5042e-04, maxf=8.3959e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=6.8395e-04, maxf=8.4776e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=6.2425e-04, maxf=8.5501e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=5.7071e-04, maxf=8.6141e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=5.2280e-04, maxf=8.6706e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=4.8001e-04, maxf=8.7203e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=4.4190e-04, maxf=8.7642e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=4.0804e-04, maxf=8.8028e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=3.7806e-04, maxf=8.8369e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=3.5160e-04, maxf=8.8670e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=3.2835e-04, maxf=8.8936e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=3.0799e-04, maxf=8.9173e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=2.9024e-04, maxf=8.9384e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=2.7483e-04, maxf=8.9573e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=2.6153e-04, maxf=8.9744e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=2.5008e-04, maxf=8.9898e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 converged in 394 itertions final normf=2.4499e-04, maxf=8.9970e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=395, normf= 5.6069e-04, dotmin=0.9555, nmin=7 enter fit1dCloud(bitflag=1, m=68, n=9) initial normf=5.0723e-02, maxf=1.3309e-01 iter= 10 normf=1.0468e-02, maxf=4.5604e-03 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=9.4874e-03, maxf=4.2000e-03 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=8.5988e-03, maxf=3.8669e-03 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=7.7922e-03, maxf=3.5612e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=7.0605e-03, maxf=3.2811e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=6.3968e-03, maxf=3.0250e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=5.7951e-03, maxf=2.8120e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=5.2498e-03, maxf=2.6238e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.7557e-03, maxf=2.4522e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=4.3081e-03, maxf=2.2962e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.9029e-03, maxf=2.1547e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.5359e-03, maxf=2.0267e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=3.2039e-03, maxf=1.9113e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.9034e-03, maxf=1.8191e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.6316e-03, maxf=1.7390e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.3859e-03, maxf=1.6669e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.1637e-03, maxf=1.6020e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.9630e-03, maxf=1.5435e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.7817e-03, maxf=1.4908e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.6180e-03, maxf=1.4433e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.4704e-03, maxf=1.4004e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.3373e-03, maxf=1.3618e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.2174e-03, maxf=1.3269e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.1096e-03, maxf=1.2955e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.0127e-03, maxf=1.2672e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=9.2568e-04, maxf=1.2417e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=8.4776e-04, maxf=1.2187e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=7.7808e-04, maxf=1.1980e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=7.1591e-04, maxf=1.1793e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=6.6056e-04, maxf=1.1625e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=6.1143e-04, maxf=1.1473e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=5.6793e-04, maxf=1.1336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=5.2953e-04, maxf=1.1211e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=4.9576e-04, maxf=1.1097e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=4.6614e-04, maxf=1.0993e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=4.4026e-04, maxf=1.0897e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=4.1771e-04, maxf=1.0808e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=3.9813e-04, maxf=1.0726e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=3.8117e-04, maxf=1.0650e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.6652e-04, maxf=1.0578e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.5387e-04, maxf=1.0510e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.4297e-04, maxf=1.0446e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 converged in 421 itertions final normf=3.4098e-04, maxf=1.0433e-03 fit1dCloud(npnt=68, ncp=9) -> status=0, numiter=422, normf= 7.8264e-04, dotmin=0.8348, nmin=7 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.0833e-02, maxf=1.0751e-01 iter= 10 normf=6.1383e-03, maxf=7.3729e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=5.5847e-03, maxf=6.5931e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=5.0806e-03, maxf=5.9853e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=4.6210e-03, maxf=5.4285e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=4.2021e-03, maxf=4.9430e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=3.8204e-03, maxf=4.5045e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=3.4728e-03, maxf=4.1021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=3.1562e-03, maxf=3.7336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=2.8680e-03, maxf=3.3973e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=2.6057e-03, maxf=3.0917e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=2.3671e-03, maxf=2.8151e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=2.1500e-03, maxf=2.5661e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.9528e-03, maxf=2.3429e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.7736e-03, maxf=2.1437e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.6109e-03, maxf=1.9668e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.4633e-03, maxf=1.8102e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.3294e-03, maxf=1.6721e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.2081e-03, maxf=1.5507e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.0983e-03, maxf=1.4442e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=9.9901e-04, maxf=1.3510e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=9.0924e-04, maxf=1.2697e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=8.2821e-04, maxf=1.1988e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=7.5514e-04, maxf=1.1372e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=6.8936e-04, maxf=1.0838e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=6.3023e-04, maxf=1.0375e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=5.7719e-04, maxf=9.9999e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=5.2971e-04, maxf=1.0199e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=4.8731e-04, maxf=1.0374e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=4.4954e-04, maxf=1.0527e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=4.1601e-04, maxf=1.0661e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=3.8633e-04, maxf=1.0778e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=3.6017e-04, maxf=1.0880e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=3.3718e-04, maxf=1.0969e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=3.1708e-04, maxf=1.1047e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=2.9956e-04, maxf=1.1115e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=2.8437e-04, maxf=1.1175e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=2.7124e-04, maxf=1.1227e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=2.5995e-04, maxf=1.1273e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 converged in 383 itertions final normf=2.5590e-04, maxf=1.1290e-03 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=384, normf= 5.8568e-04, dotmin=0.9479, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.6091e-02, maxf=1.1973e-01 iter= 10 normf=8.6397e-03, maxf=4.4791e-03 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=7.8242e-03, maxf=3.6752e-03 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=7.0889e-03, maxf=3.1550e-03 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=6.4221e-03, maxf=2.7139e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=5.8174e-03, maxf=2.3362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=5.2692e-03, maxf=2.1417e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=4.7724e-03, maxf=2.0334e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=4.3224e-03, maxf=1.9269e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=3.9147e-03, maxf=1.8230e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=3.5454e-03, maxf=1.7224e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.2110e-03, maxf=1.6257e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=2.9083e-03, maxf=1.5337e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.6343e-03, maxf=1.4466e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.3863e-03, maxf=1.3650e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.1619e-03, maxf=1.2890e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.9589e-03, maxf=1.2186e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.7753e-03, maxf=1.1539e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.6093e-03, maxf=1.0947e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.4593e-03, maxf=1.0409e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.3238e-03, maxf=9.9211e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.2014e-03, maxf=9.4813e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.0910e-03, maxf=9.0859e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=9.9145e-04, maxf=8.7315e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=9.0174e-04, maxf=8.4320e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=8.2099e-04, maxf=8.3289e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=7.4838e-04, maxf=8.2477e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=6.8319e-04, maxf=8.1766e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=6.2473e-04, maxf=8.1142e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=5.7241e-04, maxf=8.0592e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=5.2567e-04, maxf=8.0106e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=4.8403e-04, maxf=7.9673e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=4.4701e-04, maxf=7.9287e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=4.1420e-04, maxf=7.8939e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=3.8522e-04, maxf=7.8624e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=3.5970e-04, maxf=7.8337e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=3.3731e-04, maxf=7.8073e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=3.1776e-04, maxf=7.7828e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=3.0074e-04, maxf=7.7601e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=2.8598e-04, maxf=7.7388e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=2.7324e-04, maxf=7.7186e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=2.6228e-04, maxf=7.6996e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 converged in 411 itertions final normf=2.6028e-04, maxf=7.6959e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=412, normf= 5.9554e-04, dotmin=0.8756, nmin=6 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=3.6179e-02, maxf=9.5049e-02 iter= 10 normf=5.7498e-03, maxf=8.6510e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=5.2195e-03, maxf=7.3972e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=4.7492e-03, maxf=6.6985e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=4.3203e-03, maxf=6.0483e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=3.9293e-03, maxf=5.4460e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=3.5729e-03, maxf=4.8911e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=3.2479e-03, maxf=4.3826e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=2.9519e-03, maxf=3.9195e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=2.6822e-03, maxf=3.5003e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=2.4366e-03, maxf=3.1233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=2.2130e-03, maxf=2.7864e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=2.0097e-03, maxf=2.4873e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.8249e-03, maxf=2.2232e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.6570e-03, maxf=1.9915e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.5045e-03, maxf=1.7891e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.3662e-03, maxf=1.6134e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.2409e-03, maxf=1.4614e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.1273e-03, maxf=1.3305e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.0246e-03, maxf=1.2182e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=9.3174e-04, maxf=1.1223e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=8.4787e-04, maxf=1.0406e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=7.7224e-04, maxf=9.7123e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=7.0411e-04, maxf=9.4589e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=6.4285e-04, maxf=9.3923e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=5.8786e-04, maxf=9.3350e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=5.3859e-04, maxf=9.2859e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=4.9455e-04, maxf=9.2437e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=4.5529e-04, maxf=9.2072e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=4.2038e-04, maxf=9.1756e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=3.8944e-04, maxf=9.1479e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=3.6211e-04, maxf=9.1235e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=3.3807e-04, maxf=9.1018e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=3.1700e-04, maxf=9.0823e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=2.9861e-04, maxf=9.0645e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=2.8263e-04, maxf=9.0482e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=2.6881e-04, maxf=9.0331e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=2.5689e-04, maxf=9.0189e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 converged in 376 itertions final normf=2.4957e-04, maxf=9.0094e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=377, normf= 1.0059e-03, dotmin=0.9125, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=3.6151e-02, maxf=9.4978e-02 iter= 10 normf=5.7373e-03, maxf=8.6716e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=5.2080e-03, maxf=7.4080e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=4.7388e-03, maxf=6.7049e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=4.3108e-03, maxf=6.0513e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=3.9207e-03, maxf=5.4465e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=3.5649e-03, maxf=4.8897e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=3.2407e-03, maxf=4.3799e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=2.9452e-03, maxf=3.9159e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=2.6761e-03, maxf=3.4962e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=2.4310e-03, maxf=3.1191e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=2.2080e-03, maxf=2.7822e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=2.0051e-03, maxf=2.4832e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.8207e-03, maxf=2.2193e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.6531e-03, maxf=1.9879e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.5010e-03, maxf=1.7858e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.3630e-03, maxf=1.6104e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.2380e-03, maxf=1.4587e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.1247e-03, maxf=1.3282e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.0222e-03, maxf=1.2162e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=9.2949e-04, maxf=1.1205e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=8.4581e-04, maxf=1.0391e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=7.7034e-04, maxf=9.6995e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=7.0236e-04, maxf=9.4269e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=6.4123e-04, maxf=9.3605e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=5.8635e-04, maxf=9.3036e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=5.3718e-04, maxf=9.2547e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=4.9324e-04, maxf=9.2127e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=4.5405e-04, maxf=9.1765e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=4.1921e-04, maxf=9.1451e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=3.8833e-04, maxf=9.1177e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=3.6105e-04, maxf=9.0936e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=3.3705e-04, maxf=9.0721e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=3.1602e-04, maxf=9.0528e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=2.9766e-04, maxf=9.0353e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=2.8171e-04, maxf=9.0193e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=2.6790e-04, maxf=9.0044e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=2.5601e-04, maxf=8.9905e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 converged in 376 itertions final normf=2.4870e-04, maxf=8.9812e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=377, normf= 1.0024e-03, dotmin=0.9119, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.0838e-02, maxf=1.0753e-01 iter= 10 normf=6.1391e-03, maxf=7.3699e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=5.5855e-03, maxf=6.5907e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=5.0813e-03, maxf=5.9832e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=4.6216e-03, maxf=5.4265e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=4.2026e-03, maxf=4.9413e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=3.8209e-03, maxf=4.5030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=3.4732e-03, maxf=4.1008e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=3.1566e-03, maxf=3.7324e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=2.8683e-03, maxf=3.3963e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=2.6060e-03, maxf=3.0908e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=2.3673e-03, maxf=2.8144e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=2.1503e-03, maxf=2.5655e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.9530e-03, maxf=2.3424e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.7738e-03, maxf=2.1433e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.6111e-03, maxf=1.9665e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.4634e-03, maxf=1.8100e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.3296e-03, maxf=1.6719e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.2083e-03, maxf=1.5505e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.0985e-03, maxf=1.4441e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=9.9912e-04, maxf=1.3509e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=9.0934e-04, maxf=1.2696e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=8.2829e-04, maxf=1.1988e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=7.5522e-04, maxf=1.1372e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=6.8943e-04, maxf=1.0838e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=6.3030e-04, maxf=1.0375e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=5.7725e-04, maxf=1.0000e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=5.2976e-04, maxf=1.0200e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=4.8735e-04, maxf=1.0374e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=4.4958e-04, maxf=1.0527e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=4.1604e-04, maxf=1.0661e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=3.8637e-04, maxf=1.0778e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=3.6020e-04, maxf=1.0880e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=3.3721e-04, maxf=1.0969e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=3.1710e-04, maxf=1.1047e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=2.9958e-04, maxf=1.1115e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=2.8438e-04, maxf=1.1175e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=2.7126e-04, maxf=1.1227e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=2.5997e-04, maxf=1.1273e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 converged in 383 itertions final normf=2.5591e-04, maxf=1.1290e-03 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=384, normf= 5.8556e-04, dotmin=0.9480, nmin=8 enter fit1dCloud(bitflag=1, m=257, n=9) initial normf=2.9342e-02, maxf=7.5228e-02 iter= 10 normf=1.0312e-03, maxf=5.6904e-04 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=9.3460e-04, maxf=5.4033e-04 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=8.4722e-04, maxf=5.1385e-04 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=7.6815e-04, maxf=4.8961e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=6.9660e-04, maxf=4.6809e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=6.3188e-04, maxf=4.4838e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=5.7334e-04, maxf=4.3006e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=5.2041e-04, maxf=4.1335e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.7254e-04, maxf=3.9812e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=4.2927e-04, maxf=3.8386e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.9016e-04, maxf=3.7052e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.5482e-04, maxf=3.5809e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=3.2291e-04, maxf=3.4704e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.9409e-04, maxf=3.3688e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.6811e-04, maxf=3.2756e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.4470e-04, maxf=3.1907e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.2364e-04, maxf=3.1139e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.0472e-04, maxf=3.0448e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.8776e-04, maxf=2.9831e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.7259e-04, maxf=2.9310e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.5906e-04, maxf=2.8849e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.4702e-04, maxf=2.8440e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.3633e-04, maxf=2.8079e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 converged in 230 itertions final normf=1.3533e-04, maxf=2.8045e-04 fit1dCloud(npnt=257, ncp=9) -> status=0, numiter=231, normf= 2.3560e-03, dotmin=0.9834, nmin=32 enter fit1dCloud(bitflag=1, m=257, n=9) initial normf=2.8793e-02, maxf=7.3628e-02 iter= 10 normf=5.4702e-06, maxf=6.1854e-07 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 converged in 12 itertions final normf=8.1001e-08, maxf=1.9385e-09 fit1dCloud(npnt=257, ncp=9) -> status=0, numiter= 13, normf= 1.4216e-06, dotmin=1.0000, nmin=32 enter fit1dCloud(bitflag=1, m=257, n=9) initial normf=2.9088e-02, maxf=7.4424e-02 iter= 10 normf=5.0322e-04, maxf=2.6819e-04 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=4.5583e-04, maxf=2.5526e-04 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=4.1300e-04, maxf=2.4254e-04 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=3.7425e-04, maxf=2.3087e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=3.3919e-04, maxf=2.2048e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=3.0747e-04, maxf=2.1078e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=2.7878e-04, maxf=2.0171e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=2.5284e-04, maxf=1.9350e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=2.2938e-04, maxf=1.8588e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=2.0818e-04, maxf=1.7872e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=1.8901e-04, maxf=1.7204e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=1.7168e-04, maxf=1.6600e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.5603e-04, maxf=1.6053e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.4190e-04, maxf=1.5552e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.2916e-04, maxf=1.5095e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.1766e-04, maxf=1.4684e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 converged in 168 itertions final normf=1.0831e-04, maxf=1.4352e-04 fit1dCloud(npnt=257, ncp=9) -> status=0, numiter=169, normf= 1.8147e-03, dotmin=0.9965, nmin=32 enter fit1dCloud(bitflag=1, m=257, n=9) initial normf=2.9342e-02, maxf=7.5228e-02 iter= 10 normf=1.0312e-03, maxf=5.6904e-04 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=9.3460e-04, maxf=5.4033e-04 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=8.4722e-04, maxf=5.1385e-04 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=7.6815e-04, maxf=4.8961e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=6.9660e-04, maxf=4.6809e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=6.3188e-04, maxf=4.4838e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=5.7334e-04, maxf=4.3006e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=5.2041e-04, maxf=4.1335e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.7254e-04, maxf=3.9812e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=4.2927e-04, maxf=3.8386e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.9016e-04, maxf=3.7052e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.5482e-04, maxf=3.5809e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=3.2291e-04, maxf=3.4704e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.9409e-04, maxf=3.3688e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.6811e-04, maxf=3.2756e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.4470e-04, maxf=3.1907e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.2364e-04, maxf=3.1139e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.0472e-04, maxf=3.0448e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.8776e-04, maxf=2.9831e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.7259e-04, maxf=2.9310e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.5906e-04, maxf=2.8849e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.4702e-04, maxf=2.8440e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.3633e-04, maxf=2.8079e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 converged in 230 itertions final normf=1.3533e-04, maxf=2.8045e-04 fit1dCloud(npnt=257, ncp=9) -> status=0, numiter=231, normf= 2.3560e-03, dotmin=0.9834, nmin=32 generateFits(1D), CPU= 1.07 sec iface= 1 npnt = 4177 ntrain= 432 ( 10%) non-planar (fitting) ipnt=1, prod= -0.01239 extracting south control points from iedge= 1 extracting east control points from iedge= 4 extracting north control points from iedge= 3 extracting west control points from iedge= 2 iface= 2 npnt = 3644 ntrain= 365 ( 10%) non-planar (fitting) ipnt=1, prod= -0.00118 extracting south control points from iedge= 5 extracting east control points from iedge= 6 extracting north control points from iedge= 7 extracting west control points from iedge= 8 iface= 3 npnt = 9696 ntrain= 953 ( 9%) non-planar (fitting) ipnt=1, prod= 0.00170 extracting south control points from iedge= -1 extracting east control points from iedge= 9 extracting north control points from iedge= -5 extracting west control points from iedge= 10 iface= 4 npnt = 9511 ntrain= 958 ( 10%) non-planar (fitting) ipnt=1, prod= -0.03111 extracting south control points from iedge= -2 extracting east control points from iedge= 11 extracting north control points from iedge= -6 extracting west control points from iedge= -9 iface= 5 npnt = 9673 ntrain= 947 ( 9%) non-planar (fitting) ipnt=1, prod= 0.04501 extracting south control points from iedge= -3 extracting east control points from iedge= 12 extracting north control points from iedge= -7 extracting west control points from iedge= -11 iface= 6 npnt = 9717 ntrain= 975 ( 10%) non-planar (fitting) ipnt=1, prod= 0.04433 extracting south control points from iedge= -4 extracting east control points from iedge= -10 extracting north control points from iedge= -8 extracting west control points from iedge= -12 ID 140c: is master ID 140c: iface 6 has 975 training points ID 2fa8: start thread ID 2fa8: iface 3 has 953 training points ID 140c: iface 6 complete with status=0, numiter= 17, normf= 1.3061e-03, nmin=3 ID 140c: iface 5 has 947 training points ID 2fa8: iface 3 complete with status=0, numiter= 17, normf= 1.6520e-03, nmin=4 ID 2fa8: iface 4 has 958 training points ID 140c: iface 5 complete with status=0, numiter= 17, normf= 2.0181e-03, nmin=2 ID 140c: iface 1 has 432 training points ID 2fa8: iface 4 complete with status=0, numiter= 17, normf= 2.4024e-03, nmin=3 ID 2fa8: iface 2 has 365 training points ID 140c: iface 1 complete with status=0, numiter= 17, normf= 8.8238e-04, nmin=5 ID 2fa8: iface 2 complete with status=0, numiter= 17, normf= 1.3065e-03, nmin=4 ID 2fa8: stop thread generateFits(2D), CPU= 2.52 sec EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 non-planar iface=1, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 1 ntrain= 432 rms= 5.855e-04 npnt = 4177 rms= 5.997e-04 non-planar iface=2, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 2 ntrain= 365 rms= 9.222e-04 npnt = 3644 rms= 9.641e-04 non-planar iface=3, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 3 ntrain= 953 rms= 1.970e-03 npnt = 9696 rms= 2.139e-03 non-planar iface=4, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 4 ntrain= 958 rms= 2.310e-03 npnt = 9511 rms= 2.361e-03 non-planar iface=5, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 5 ntrain= 947 rms= 2.160e-03 npnt = 9673 rms= 2.254e-03 non-planar iface=6, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 6 ntrain= 975 rms= 1.809e-03 npnt = 9717 rms= 1.792e-03 before makeTopology(SHELL, nfaces=6, closed=1) File "../../OpenCSM/trunk/data/Slugs/duct_1.egads" is being written ==> Closing input journal file real 0m40.107s user 0m0.000s sys 0m0.062s + set +x duct_0 passed (as expected) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/serveCSM' ../../OpenCSM/trunk/data/Slugs/duct_1 -outLevel 0 -batch -verify ERROR:: (egads_notfound) in Branch Brch_000001 at [[../../OpenCSM/trunk/data/Slugs/duct_1.csm:4]] EGADS status = -1 ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build() detected -1 (egads_notfound) real 0m0.100s user 0m0.000s sys 0m0.015s + set +x duct_1 failed (as NOT expected) -------------------------------------------------------------------------------------------------- ( 11 ) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/Slugs' ../../OpenCSM/trunk/data/Slugs/eyeball_0 -outLevel 0 -batch -jrnl ../../OpenCSM/trunk/data/Slugs/eyeball_0.mod.jrnl .... After reading: npnt = 17507 ntri = 35010 ==> Opening input journal file "../../OpenCSM/trunk/data/Slugs/eyeball_0.mod.jrnl" Face 1 ...at beginning Edge 1, npnt= 33, ibeg= 1, iend= 2 Edge 2, npnt= 33, ibeg= 2, iend= 1 ...after sorting into Loops Loop 0 (0:1) Edge 1, npnt= 33, ibeg= 1, iend= 2 Edge 2, npnt= 33, ibeg= 2, iend= 1 Face 2 ...at beginning Edge 3, npnt= 33, ibeg= 3, iend= 4 Edge 4, npnt= 33, ibeg= 4, iend= 3 Edge 5, npnt= 65, ibeg= 5, iend= 6 Edge 6, npnt= 65, ibeg= 6, iend= 5 ...after sorting into Loops Loop 0 (0:1) Edge 3, npnt= 33, ibeg= 3, iend= 4 Edge 4, npnt= 33, ibeg= 4, iend= 3 Loop 1 (2:3) Edge 5, npnt= 65, ibeg= 5, iend= 6 Edge 6, npnt= 65, ibeg= 6, iend= 5 Loop 0 starts at i= 0 (iedge= 3) and has area 3.968057 Loop 1 starts at i= 2 (iedge= 5) and has area 0.565260 ...after sorting Loops so that largest area is first Loop 0 (0:1) Edge 3, npnt= 33, ibeg= 3, iend= 4 Edge 4, npnt= 33, ibeg= 4, iend= 3 Loop 1 (2:3) Edge 5, npnt= 65, ibeg= 5, iend= 6 Edge 6, npnt= 65, ibeg= 6, iend= 5 there are 2 Loops, so no face* file created Face 3 ...at beginning Edge -1, npnt= 33, iend= 2, ibeg= 1 Edge -3, npnt= 33, iend= 4, ibeg= 3 Edge 7, npnt= 65, ibeg= 3, iend= 2 Edge 8, npnt= 65, ibeg= 1, iend= 4 ...after sorting into Loops Loop 0 (0:3) Edge -1, npnt= 33, iend= 2, ibeg= 1 Edge 8, npnt= 65, ibeg= 1, iend= 4 Edge -3, npnt= 33, iend= 4, ibeg= 3 Edge 7, npnt= 65, ibeg= 3, iend= 2 Face 4 ...at beginning Edge -2, npnt= 33, iend= 1, ibeg= 2 Edge -4, npnt= 33, iend= 3, ibeg= 4 Edge -7, npnt= 65, iend= 2, ibeg= 3 Edge -8, npnt= 65, iend= 4, ibeg= 1 ...after sorting into Loops Loop 0 (0:3) Edge -2, npnt= 33, iend= 1, ibeg= 2 Edge -7, npnt= 65, iend= 2, ibeg= 3 Edge -4, npnt= 33, iend= 3, ibeg= 4 Edge -8, npnt= 65, iend= 4, ibeg= 1 Face 5 ...at beginning Edge -5, npnt= 65, iend= 6, ibeg= 5 Edge 9, npnt= 33, ibeg= 5, iend= 7 Edge 10, npnt= 33, ibeg= 8, iend= 6 Edge 11, npnt= 65, ibeg= 7, iend= 8 ...after sorting into Loops Loop 0 (0:3) Edge -5, npnt= 65, iend= 6, ibeg= 5 Edge 9, npnt= 33, ibeg= 5, iend= 7 Edge 11, npnt= 65, ibeg= 7, iend= 8 Edge 10, npnt= 33, ibeg= 8, iend= 6 Face 6 ...at beginning Edge -6, npnt= 65, iend= 5, ibeg= 6 Edge -9, npnt= 33, iend= 7, ibeg= 5 Edge -10, npnt= 33, iend= 6, ibeg= 8 Edge 12, npnt= 65, ibeg= 8, iend= 7 ...after sorting into Loops Loop 0 (0:3) Edge -6, npnt= 65, iend= 5, ibeg= 6 Edge -10, npnt= 33, iend= 6, ibeg= 8 Edge 12, npnt= 65, ibeg= 8, iend= 7 Edge -9, npnt= 33, iend= 7, ibeg= 5 Face 7 ...at beginning Edge -11, npnt= 65, iend= 8, ibeg= 7 Edge -12, npnt= 65, iend= 7, ibeg= 8 Edge 13, npnt= 65, ibeg= 9, iend= 10 Edge 14, npnt= 65, ibeg= 10, iend= 9 ...after sorting into Loops Loop 0 (0:1) Edge -11, npnt= 65, iend= 8, ibeg= 7 Edge -12, npnt= 65, iend= 7, ibeg= 8 Loop 1 (2:3) Edge 13, npnt= 65, ibeg= 9, iend= 10 Edge 14, npnt= 65, ibeg= 10, iend= 9 Loop 0 starts at i= 0 (iedge= -11) and has area 0.565260 Loop 1 starts at i= 2 (iedge= 13) and has area 0.062807 ...after sorting Loops so that largest area is first Loop 0 (0:1) Edge -11, npnt= 65, iend= 8, ibeg= 7 Edge -12, npnt= 65, iend= 7, ibeg= 8 Loop 1 (2:3) Edge 13, npnt= 65, ibeg= 9, iend= 10 Edge 14, npnt= 65, ibeg= 10, iend= 9 there are 2 Loops, so no face* file created Face 8 ...at beginning Edge -13, npnt= 65, iend= 10, ibeg= 9 Edge 15, npnt= 65, ibeg= 9, iend= 11 Edge 16, npnt= 65, ibeg= 12, iend= 10 Edge 17, npnt= 65, ibeg= 11, iend= 12 ...after sorting into Loops Loop 0 (0:3) Edge -13, npnt= 65, iend= 10, ibeg= 9 Edge 15, npnt= 65, ibeg= 9, iend= 11 Edge 17, npnt= 65, ibeg= 11, iend= 12 Edge 16, npnt= 65, ibeg= 12, iend= 10 Face 9 ...at beginning Edge -14, npnt= 65, iend= 9, ibeg= 10 Edge -15, npnt= 65, iend= 11, ibeg= 9 Edge -16, npnt= 65, iend= 10, ibeg= 12 Edge 18, npnt= 65, ibeg= 12, iend= 11 ...after sorting into Loops Loop 0 (0:3) Edge -14, npnt= 65, iend= 9, ibeg= 10 Edge -16, npnt= 65, iend= 10, ibeg= 12 Edge 18, npnt= 65, ibeg= 12, iend= 11 Edge -15, npnt= 65, iend= 11, ibeg= 9 Face 10 ...at beginning Edge -17, npnt= 65, iend= 12, ibeg= 11 Edge -18, npnt= 65, iend= 11, ibeg= 12 ...after sorting into Loops Loop 0 (0:1) Edge -17, npnt= 65, iend= 12, ibeg= 11 Edge -18, npnt= 65, iend= 11, ibeg= 12 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=3.7059e-02, maxf=9.7292e-02 iter= 10 normf=1.2008e-02, maxf=1.1676e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.0939e-02, maxf=1.0649e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=9.9616e-03, maxf=9.7129e-03 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=9.0679e-03, maxf=8.8528e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=8.2518e-03, maxf=8.0632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=7.5071e-03, maxf=7.3379e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=6.8281e-03, maxf=6.6710e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.2093e-03, maxf=6.0572e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=5.6456e-03, maxf=5.4921e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.1324e-03, maxf=4.9896e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=4.6651e-03, maxf=4.6216e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.2399e-03, maxf=4.2815e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=3.8531e-03, maxf=3.9681e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.5014e-03, maxf=3.6805e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.1818e-03, maxf=3.4175e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.8914e-03, maxf=3.1780e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.6278e-03, maxf=2.9603e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.3885e-03, maxf=2.7629e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.1715e-03, maxf=2.5841e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.9748e-03, maxf=2.4223e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.7966e-03, maxf=2.2757e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.6352e-03, maxf=2.1429e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.4891e-03, maxf=2.0225e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.3569e-03, maxf=1.9131e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.2374e-03, maxf=1.8137e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.1295e-03, maxf=1.7233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.0321e-03, maxf=1.6408e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=9.4433e-04, maxf=1.5657e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=8.6524e-04, maxf=1.4971e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=7.9410e-04, maxf=1.4345e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=7.3018e-04, maxf=1.3773e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=6.7282e-04, maxf=1.3249e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.2144e-04, maxf=1.2769e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=5.7547e-04, maxf=1.2329e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.3439e-04, maxf=1.1924e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=4.9776e-04, maxf=1.1580e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=4.6512e-04, maxf=1.1335e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.3608e-04, maxf=1.1106e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.1026e-04, maxf=1.0892e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.8733e-04, maxf=1.0690e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.6698e-04, maxf=1.0501e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.4891e-04, maxf=1.0321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.3286e-04, maxf=1.0152e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.1860e-04, maxf=9.9904e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.0590e-04, maxf=9.8367e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9457e-04, maxf=9.6900e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8445e-04, maxf=9.5494e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7537e-04, maxf=9.4143e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6719e-04, maxf=9.2844e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5981e-04, maxf=9.1590e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.5311e-04, maxf=9.0378e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.4700e-04, maxf=8.9204e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.4141e-04, maxf=8.8065e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.3626e-04, maxf=8.6958e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.3150e-04, maxf=8.5881e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.2707e-04, maxf=8.4832e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.2294e-04, maxf=8.3809e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 converged in 575 itertions final normf=2.2059e-04, maxf=8.3207e-04 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter=576, normf= 4.2086e-04, dotmin=0.9150, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=3.7059e-02, maxf=9.7292e-02 iter= 10 normf=1.2008e-02, maxf=1.1676e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.0939e-02, maxf=1.0649e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=9.9616e-03, maxf=9.7129e-03 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=9.0679e-03, maxf=8.8528e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=8.2518e-03, maxf=8.0632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=7.5071e-03, maxf=7.3379e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=6.8281e-03, maxf=6.6710e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.2093e-03, maxf=6.0572e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=5.6456e-03, maxf=5.4921e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.1324e-03, maxf=4.9896e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=4.6651e-03, maxf=4.6217e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.2399e-03, maxf=4.2815e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=3.8531e-03, maxf=3.9681e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.5014e-03, maxf=3.6805e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.1818e-03, maxf=3.4176e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.8914e-03, maxf=3.1780e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.6278e-03, maxf=2.9603e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.3885e-03, maxf=2.7629e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.1715e-03, maxf=2.5842e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.9748e-03, maxf=2.4223e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.7966e-03, maxf=2.2758e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.6352e-03, maxf=2.1430e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.4891e-03, maxf=2.0225e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.3569e-03, maxf=1.9131e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.2374e-03, maxf=1.8137e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.1295e-03, maxf=1.7233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.0321e-03, maxf=1.6409e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=9.4433e-04, maxf=1.5657e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=8.6524e-04, maxf=1.4972e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=7.9410e-04, maxf=1.4345e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=7.3018e-04, maxf=1.3773e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=6.7282e-04, maxf=1.3249e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.2144e-04, maxf=1.2769e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=5.7546e-04, maxf=1.2329e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.3439e-04, maxf=1.1924e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=4.9776e-04, maxf=1.1580e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=4.6512e-04, maxf=1.1335e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.3608e-04, maxf=1.1106e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.1026e-04, maxf=1.0891e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.8733e-04, maxf=1.0690e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.6698e-04, maxf=1.0500e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.4891e-04, maxf=1.0321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.3286e-04, maxf=1.0151e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.1860e-04, maxf=9.9899e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.0590e-04, maxf=9.8363e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9457e-04, maxf=9.6895e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8445e-04, maxf=9.5489e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7537e-04, maxf=9.4139e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6719e-04, maxf=9.2839e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5981e-04, maxf=9.1585e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.5311e-04, maxf=9.0373e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.4700e-04, maxf=8.9199e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.4140e-04, maxf=8.8060e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.3626e-04, maxf=8.6954e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.3149e-04, maxf=8.5877e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.2707e-04, maxf=8.4828e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.2294e-04, maxf=8.3804e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 converged in 575 itertions final normf=2.2059e-04, maxf=8.3202e-04 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter=576, normf= 4.2085e-04, dotmin=0.9150, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=3.7059e-02, maxf=9.7292e-02 iter= 10 normf=1.2008e-02, maxf=1.1676e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.0939e-02, maxf=1.0649e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=9.9616e-03, maxf=9.7129e-03 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=9.0679e-03, maxf=8.8528e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=8.2518e-03, maxf=8.0632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=7.5071e-03, maxf=7.3379e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=6.8281e-03, maxf=6.6710e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.2093e-03, maxf=6.0572e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=5.6456e-03, maxf=5.4921e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.1324e-03, maxf=4.9896e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=4.6651e-03, maxf=4.6216e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.2399e-03, maxf=4.2815e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=3.8531e-03, maxf=3.9681e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.5014e-03, maxf=3.6805e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.1818e-03, maxf=3.4175e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.8914e-03, maxf=3.1780e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.6278e-03, maxf=2.9603e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.3885e-03, maxf=2.7629e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.1715e-03, maxf=2.5841e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.9748e-03, maxf=2.4223e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.7966e-03, maxf=2.2757e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.6352e-03, maxf=2.1429e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.4891e-03, maxf=2.0225e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.3569e-03, maxf=1.9131e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.2374e-03, maxf=1.8137e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.1295e-03, maxf=1.7233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.0321e-03, maxf=1.6408e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=9.4433e-04, maxf=1.5657e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=8.6524e-04, maxf=1.4971e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=7.9410e-04, maxf=1.4345e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=7.3018e-04, maxf=1.3773e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=6.7282e-04, maxf=1.3249e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.2144e-04, maxf=1.2769e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=5.7547e-04, maxf=1.2329e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.3439e-04, maxf=1.1924e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=4.9776e-04, maxf=1.1580e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=4.6512e-04, maxf=1.1335e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.3608e-04, maxf=1.1106e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.1026e-04, maxf=1.0892e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.8733e-04, maxf=1.0690e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.6698e-04, maxf=1.0501e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.4891e-04, maxf=1.0321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.3286e-04, maxf=1.0152e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.1860e-04, maxf=9.9904e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.0590e-04, maxf=9.8367e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9457e-04, maxf=9.6900e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8445e-04, maxf=9.5494e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7537e-04, maxf=9.4143e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6719e-04, maxf=9.2844e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5981e-04, maxf=9.1590e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.5311e-04, maxf=9.0378e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.4700e-04, maxf=8.9204e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.4141e-04, maxf=8.8065e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.3626e-04, maxf=8.6958e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.3150e-04, maxf=8.5881e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.2707e-04, maxf=8.4832e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.2294e-04, maxf=8.3809e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 converged in 575 itertions final normf=2.2059e-04, maxf=8.3207e-04 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter=576, normf= 4.2086e-04, dotmin=0.9150, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=3.7059e-02, maxf=9.7292e-02 iter= 10 normf=1.2008e-02, maxf=1.1676e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.0939e-02, maxf=1.0649e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=9.9616e-03, maxf=9.7129e-03 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=9.0679e-03, maxf=8.8528e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=8.2518e-03, maxf=8.0632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=7.5071e-03, maxf=7.3379e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=6.8281e-03, maxf=6.6710e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.2093e-03, maxf=6.0572e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=5.6456e-03, maxf=5.4921e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.1324e-03, maxf=4.9896e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=4.6651e-03, maxf=4.6217e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.2399e-03, maxf=4.2815e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=3.8531e-03, maxf=3.9681e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.5014e-03, maxf=3.6805e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.1818e-03, maxf=3.4176e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.8914e-03, maxf=3.1780e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.6278e-03, maxf=2.9603e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.3885e-03, maxf=2.7629e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.1715e-03, maxf=2.5842e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.9748e-03, maxf=2.4223e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.7966e-03, maxf=2.2758e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.6352e-03, maxf=2.1430e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.4891e-03, maxf=2.0225e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.3569e-03, maxf=1.9131e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.2374e-03, maxf=1.8137e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.1295e-03, maxf=1.7233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.0321e-03, maxf=1.6409e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=9.4433e-04, maxf=1.5657e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=8.6524e-04, maxf=1.4972e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=7.9410e-04, maxf=1.4345e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=7.3018e-04, maxf=1.3773e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=6.7282e-04, maxf=1.3249e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.2144e-04, maxf=1.2769e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=5.7546e-04, maxf=1.2329e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.3439e-04, maxf=1.1924e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=4.9776e-04, maxf=1.1580e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=4.6512e-04, maxf=1.1335e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.3608e-04, maxf=1.1106e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.1026e-04, maxf=1.0891e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.8733e-04, maxf=1.0690e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.6698e-04, maxf=1.0500e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.4891e-04, maxf=1.0321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.3286e-04, maxf=1.0151e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.1860e-04, maxf=9.9899e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.0590e-04, maxf=9.8363e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9457e-04, maxf=9.6895e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8445e-04, maxf=9.5489e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7537e-04, maxf=9.4139e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6719e-04, maxf=9.2839e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5981e-04, maxf=9.1585e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.5311e-04, maxf=9.0373e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.4700e-04, maxf=8.9199e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.4140e-04, maxf=8.8060e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.3626e-04, maxf=8.6954e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.3149e-04, maxf=8.5877e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.2707e-04, maxf=8.4828e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.2294e-04, maxf=8.3804e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 converged in 575 itertions final normf=2.2059e-04, maxf=8.3202e-04 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter=576, normf= 4.2085e-04, dotmin=0.9150, nmin=4 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3105e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1928e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0822e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8373e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1362e-03, maxf=8.9990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3108e-03, maxf=8.2218e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5584e-03, maxf=7.5030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8728e-03, maxf=6.8405e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2484e-03, maxf=6.2321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6800e-03, maxf=5.7338e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1629e-03, maxf=5.2919e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6926e-03, maxf=4.8877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2652e-03, maxf=4.5187e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5244e-03, maxf=3.8747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5945e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1076e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7604e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4662e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5161e-03, maxf=2.2165e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1061e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2655e-03, maxf=2.0043e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1579e-03, maxf=1.9103e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7261e-04, maxf=1.7428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9308e-04, maxf=1.6680e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2121e-04, maxf=1.5985e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5627e-04, maxf=1.5336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9760e-04, maxf=1.4731e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4462e-04, maxf=1.4164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9678e-04, maxf=1.3632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5361e-04, maxf=1.3132e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1467e-04, maxf=1.2661e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7956e-04, maxf=1.2216e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4792e-04, maxf=1.1796e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1944e-04, maxf=1.1398e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9380e-04, maxf=1.1021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7075e-04, maxf=1.0664e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5004e-04, maxf=1.0325e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3144e-04, maxf=1.0002e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1474e-04, maxf=9.6956e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9977e-04, maxf=9.4039e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8634e-04, maxf=9.1511e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7430e-04, maxf=8.9206e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6350e-04, maxf=8.7003e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5382e-04, maxf=8.4896e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4513e-04, maxf=8.2881e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3733e-04, maxf=8.0954e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3032e-04, maxf=7.9109e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2402e-04, maxf=7.7344e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1834e-04, maxf=7.5655e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1321e-04, maxf=7.4038e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0858e-04, maxf=7.2489e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0438e-04, maxf=7.1006e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0057e-04, maxf=6.9585e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9710e-04, maxf=6.8224e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9394e-04, maxf=6.6919e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9105e-04, maxf=6.5669e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8840e-04, maxf=6.4471e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8595e-04, maxf=6.3322e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8370e-04, maxf=6.2219e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8162e-04, maxf=6.1162e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 converged in 668 itertions final normf=1.7988e-04, maxf=6.0247e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=669, normf= 1.0793e-04, dotmin=0.8847, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3105e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1928e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0822e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8373e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1362e-03, maxf=8.9990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3108e-03, maxf=8.2218e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5584e-03, maxf=7.5030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8728e-03, maxf=6.8405e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2484e-03, maxf=6.2321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6800e-03, maxf=5.7338e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1629e-03, maxf=5.2919e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6926e-03, maxf=4.8877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2652e-03, maxf=4.5187e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5244e-03, maxf=3.8747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5945e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1076e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7604e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4662e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5161e-03, maxf=2.2165e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1061e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2655e-03, maxf=2.0043e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1579e-03, maxf=1.9103e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7261e-04, maxf=1.7428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9308e-04, maxf=1.6680e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2121e-04, maxf=1.5985e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5627e-04, maxf=1.5336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9760e-04, maxf=1.4731e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4462e-04, maxf=1.4164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9678e-04, maxf=1.3632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5361e-04, maxf=1.3132e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1467e-04, maxf=1.2661e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7956e-04, maxf=1.2216e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4792e-04, maxf=1.1796e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1944e-04, maxf=1.1398e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9380e-04, maxf=1.1021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7075e-04, maxf=1.0664e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5004e-04, maxf=1.0325e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3144e-04, maxf=1.0002e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1474e-04, maxf=9.6956e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9977e-04, maxf=9.4039e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8634e-04, maxf=9.1511e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7430e-04, maxf=8.9206e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6350e-04, maxf=8.7003e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5382e-04, maxf=8.4896e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4513e-04, maxf=8.2881e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3733e-04, maxf=8.0954e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3032e-04, maxf=7.9109e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2402e-04, maxf=7.7344e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1834e-04, maxf=7.5655e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1321e-04, maxf=7.4038e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0858e-04, maxf=7.2489e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0438e-04, maxf=7.1006e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0057e-04, maxf=6.9585e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9710e-04, maxf=6.8224e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9394e-04, maxf=6.6919e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9105e-04, maxf=6.5669e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8840e-04, maxf=6.4471e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8595e-04, maxf=6.3322e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8370e-04, maxf=6.2219e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8162e-04, maxf=6.1162e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 converged in 668 itertions final normf=1.7988e-04, maxf=6.0247e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=669, normf= 1.0793e-04, dotmin=0.8847, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=2.7567e-02, maxf=7.3583e-02 iter= 10 normf=2.5526e-07, maxf=2.0847e-08 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 converged in 9 itertions final normf=2.5526e-07, maxf=2.0847e-08 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter= 10, normf= 8.9740e-07, dotmin=1.0000, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=2.7567e-02, maxf=7.3583e-02 iter= 10 normf=2.5526e-07, maxf=2.0847e-08 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 converged in 9 itertions final normf=2.5526e-07, maxf=2.0847e-08 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter= 10, normf= 8.9740e-07, dotmin=1.0000, nmin=8 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.0663e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.0663e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3105e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1928e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0822e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8373e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1362e-03, maxf=8.9990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3108e-03, maxf=8.2218e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5584e-03, maxf=7.5030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8728e-03, maxf=6.8405e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2484e-03, maxf=6.2321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6800e-03, maxf=5.7338e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1629e-03, maxf=5.2919e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6926e-03, maxf=4.8877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2652e-03, maxf=4.5187e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5244e-03, maxf=3.8747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5945e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1076e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7604e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4662e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5161e-03, maxf=2.2165e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1061e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2655e-03, maxf=2.0043e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1579e-03, maxf=1.9103e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7261e-04, maxf=1.7428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9308e-04, maxf=1.6680e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2121e-04, maxf=1.5985e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5627e-04, maxf=1.5336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9760e-04, maxf=1.4731e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4462e-04, maxf=1.4164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9678e-04, maxf=1.3632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5361e-04, maxf=1.3132e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1467e-04, maxf=1.2661e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7956e-04, maxf=1.2216e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4792e-04, maxf=1.1796e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1944e-04, maxf=1.1398e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9380e-04, maxf=1.1021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7075e-04, maxf=1.0664e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5004e-04, maxf=1.0325e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3144e-04, maxf=1.0002e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1474e-04, maxf=9.6956e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9977e-04, maxf=9.4039e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8634e-04, maxf=9.1511e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7430e-04, maxf=8.9206e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6350e-04, maxf=8.7003e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5382e-04, maxf=8.4896e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4513e-04, maxf=8.2881e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3733e-04, maxf=8.0954e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3032e-04, maxf=7.9109e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2402e-04, maxf=7.7344e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1834e-04, maxf=7.5655e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1321e-04, maxf=7.4038e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0858e-04, maxf=7.2489e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0438e-04, maxf=7.1006e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0057e-04, maxf=6.9585e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9710e-04, maxf=6.8224e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9394e-04, maxf=6.6919e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9105e-04, maxf=6.5669e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8840e-04, maxf=6.4471e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8595e-04, maxf=6.3322e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8370e-04, maxf=6.2219e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8162e-04, maxf=6.1162e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 converged in 668 itertions final normf=1.7988e-04, maxf=6.0247e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=669, normf= 1.0793e-04, dotmin=0.8847, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3105e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1928e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0822e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8373e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1362e-03, maxf=8.9990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3108e-03, maxf=8.2218e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5584e-03, maxf=7.5030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8728e-03, maxf=6.8405e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2484e-03, maxf=6.2321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6800e-03, maxf=5.7338e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1629e-03, maxf=5.2919e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6926e-03, maxf=4.8877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2652e-03, maxf=4.5187e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5244e-03, maxf=3.8747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5945e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1076e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7604e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4662e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5161e-03, maxf=2.2165e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1061e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2655e-03, maxf=2.0043e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1579e-03, maxf=1.9103e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7261e-04, maxf=1.7428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9308e-04, maxf=1.6680e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2121e-04, maxf=1.5985e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5627e-04, maxf=1.5336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9760e-04, maxf=1.4731e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4462e-04, maxf=1.4164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9678e-04, maxf=1.3632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5361e-04, maxf=1.3132e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1467e-04, maxf=1.2661e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7956e-04, maxf=1.2216e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4792e-04, maxf=1.1796e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1944e-04, maxf=1.1398e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9380e-04, maxf=1.1021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7075e-04, maxf=1.0664e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5004e-04, maxf=1.0325e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3144e-04, maxf=1.0002e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1474e-04, maxf=9.6956e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9977e-04, maxf=9.4039e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8634e-04, maxf=9.1511e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7430e-04, maxf=8.9206e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6350e-04, maxf=8.7003e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5382e-04, maxf=8.4896e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4513e-04, maxf=8.2881e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3733e-04, maxf=8.0954e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3032e-04, maxf=7.9109e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2402e-04, maxf=7.7344e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1834e-04, maxf=7.5655e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1321e-04, maxf=7.4038e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0858e-04, maxf=7.2489e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0438e-04, maxf=7.1006e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0057e-04, maxf=6.9585e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9710e-04, maxf=6.8224e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9394e-04, maxf=6.6919e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9105e-04, maxf=6.5669e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8840e-04, maxf=6.4471e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8595e-04, maxf=6.3322e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8370e-04, maxf=6.2219e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8162e-04, maxf=6.1162e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 converged in 668 itertions final normf=1.7988e-04, maxf=6.0247e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=669, normf= 1.0793e-04, dotmin=0.8847, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3105e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1928e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0822e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8373e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1362e-03, maxf=8.9990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3108e-03, maxf=8.2218e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5584e-03, maxf=7.5030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8728e-03, maxf=6.8405e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2484e-03, maxf=6.2321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6800e-03, maxf=5.7338e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1629e-03, maxf=5.2919e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6926e-03, maxf=4.8877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2652e-03, maxf=4.5186e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5244e-03, maxf=3.8747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5945e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1076e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7604e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4661e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5161e-03, maxf=2.2164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1061e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2655e-03, maxf=2.0043e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1579e-03, maxf=1.9102e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7261e-04, maxf=1.7427e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9308e-04, maxf=1.6679e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2121e-04, maxf=1.5984e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5627e-04, maxf=1.5336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9761e-04, maxf=1.4730e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4462e-04, maxf=1.4163e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9679e-04, maxf=1.3631e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5361e-04, maxf=1.3131e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1467e-04, maxf=1.2660e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7956e-04, maxf=1.2215e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4793e-04, maxf=1.1795e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1944e-04, maxf=1.1397e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9381e-04, maxf=1.1021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7076e-04, maxf=1.0663e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5004e-04, maxf=1.0324e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3144e-04, maxf=1.0002e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1475e-04, maxf=9.6949e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9977e-04, maxf=9.4031e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8634e-04, maxf=9.1513e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7430e-04, maxf=8.9208e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6350e-04, maxf=8.7005e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5382e-04, maxf=8.4898e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4513e-04, maxf=8.2883e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3733e-04, maxf=8.0955e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3032e-04, maxf=7.9111e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2402e-04, maxf=7.7346e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1834e-04, maxf=7.5657e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1321e-04, maxf=7.4039e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0858e-04, maxf=7.2491e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0438e-04, maxf=7.1007e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0057e-04, maxf=6.9587e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9711e-04, maxf=6.8225e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9394e-04, maxf=6.6921e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9105e-04, maxf=6.5671e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8840e-04, maxf=6.4472e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8596e-04, maxf=6.3323e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8370e-04, maxf=6.2221e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8162e-04, maxf=6.1164e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 converged in 668 itertions final normf=1.7988e-04, maxf=6.0249e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=669, normf= 3.5975e-05, dotmin=0.8847, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3105e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1928e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0822e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8373e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1362e-03, maxf=8.9990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3108e-03, maxf=8.2218e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5584e-03, maxf=7.5030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8728e-03, maxf=6.8405e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2484e-03, maxf=6.2321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6800e-03, maxf=5.7338e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1629e-03, maxf=5.2919e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6926e-03, maxf=4.8877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2652e-03, maxf=4.5186e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5244e-03, maxf=3.8747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5945e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1076e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7604e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4661e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5161e-03, maxf=2.2164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1061e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2655e-03, maxf=2.0043e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1579e-03, maxf=1.9102e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7261e-04, maxf=1.7427e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9308e-04, maxf=1.6679e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2121e-04, maxf=1.5984e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5627e-04, maxf=1.5336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9761e-04, maxf=1.4730e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4462e-04, maxf=1.4163e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9679e-04, maxf=1.3631e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5361e-04, maxf=1.3131e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1467e-04, maxf=1.2660e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7956e-04, maxf=1.2215e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4793e-04, maxf=1.1795e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1944e-04, maxf=1.1397e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9381e-04, maxf=1.1021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7076e-04, maxf=1.0663e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5004e-04, maxf=1.0324e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3144e-04, maxf=1.0002e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1475e-04, maxf=9.6949e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9977e-04, maxf=9.4031e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8634e-04, maxf=9.1513e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7430e-04, maxf=8.9208e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6350e-04, maxf=8.7005e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5382e-04, maxf=8.4898e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4513e-04, maxf=8.2883e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3733e-04, maxf=8.0955e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3032e-04, maxf=7.9111e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2402e-04, maxf=7.7346e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1834e-04, maxf=7.5657e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1321e-04, maxf=7.4039e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0858e-04, maxf=7.2491e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0438e-04, maxf=7.1007e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0057e-04, maxf=6.9587e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9711e-04, maxf=6.8225e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9394e-04, maxf=6.6921e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9105e-04, maxf=6.5671e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8840e-04, maxf=6.4472e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8596e-04, maxf=6.3323e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8370e-04, maxf=6.2221e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8162e-04, maxf=6.1164e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 converged in 668 itertions final normf=1.7988e-04, maxf=6.0249e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=669, normf= 3.5975e-05, dotmin=0.8847, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=2.7567e-02, maxf=7.3583e-02 iter= 10 normf=2.5526e-07, maxf=2.0847e-08 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 converged in 9 itertions final normf=2.5526e-07, maxf=2.0847e-08 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter= 10, normf= 4.8498e-07, dotmin=1.0000, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=2.7567e-02, maxf=7.3583e-02 iter= 10 normf=2.5526e-07, maxf=2.0847e-08 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 converged in 9 itertions final normf=2.5526e-07, maxf=2.0847e-08 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter= 10, normf= 4.8498e-07, dotmin=1.0000, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3105e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1928e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0822e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8373e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1362e-03, maxf=8.9990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3108e-03, maxf=8.2218e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5584e-03, maxf=7.5030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8728e-03, maxf=6.8405e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2484e-03, maxf=6.2321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6800e-03, maxf=5.7338e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1629e-03, maxf=5.2919e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6926e-03, maxf=4.8877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2652e-03, maxf=4.5186e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5244e-03, maxf=3.8747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5945e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1076e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7604e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4661e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5161e-03, maxf=2.2164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1061e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2655e-03, maxf=2.0043e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1579e-03, maxf=1.9102e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7261e-04, maxf=1.7427e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9308e-04, maxf=1.6679e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2121e-04, maxf=1.5984e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5627e-04, maxf=1.5336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9761e-04, maxf=1.4730e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4462e-04, maxf=1.4163e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9679e-04, maxf=1.3631e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5361e-04, maxf=1.3131e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1467e-04, maxf=1.2660e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7956e-04, maxf=1.2215e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4793e-04, maxf=1.1795e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1944e-04, maxf=1.1397e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9381e-04, maxf=1.1021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7076e-04, maxf=1.0663e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5004e-04, maxf=1.0324e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3144e-04, maxf=1.0002e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1475e-04, maxf=9.6949e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9977e-04, maxf=9.4031e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8634e-04, maxf=9.1513e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7430e-04, maxf=8.9208e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6350e-04, maxf=8.7005e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5382e-04, maxf=8.4898e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4513e-04, maxf=8.2883e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3733e-04, maxf=8.0955e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3032e-04, maxf=7.9111e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2402e-04, maxf=7.7346e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1834e-04, maxf=7.5657e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1321e-04, maxf=7.4039e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0858e-04, maxf=7.2491e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0438e-04, maxf=7.1007e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0057e-04, maxf=6.9587e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9711e-04, maxf=6.8225e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9394e-04, maxf=6.6921e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9105e-04, maxf=6.5671e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8840e-04, maxf=6.4472e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8596e-04, maxf=6.3323e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8370e-04, maxf=6.2221e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8162e-04, maxf=6.1164e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 converged in 668 itertions final normf=1.7988e-04, maxf=6.0249e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=669, normf= 3.5975e-05, dotmin=0.8847, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3105e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1928e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0822e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8373e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1362e-03, maxf=8.9990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3108e-03, maxf=8.2218e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5584e-03, maxf=7.5030e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8728e-03, maxf=6.8405e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2484e-03, maxf=6.2321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6800e-03, maxf=5.7338e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1629e-03, maxf=5.2919e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6926e-03, maxf=4.8877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2652e-03, maxf=4.5186e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5244e-03, maxf=3.8747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5945e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1076e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7604e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4661e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5161e-03, maxf=2.2164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1061e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2655e-03, maxf=2.0043e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1579e-03, maxf=1.9102e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7261e-04, maxf=1.7427e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9308e-04, maxf=1.6679e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2121e-04, maxf=1.5984e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5627e-04, maxf=1.5336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9761e-04, maxf=1.4730e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4462e-04, maxf=1.4163e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9679e-04, maxf=1.3631e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5361e-04, maxf=1.3131e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1467e-04, maxf=1.2660e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7956e-04, maxf=1.2215e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4793e-04, maxf=1.1795e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1944e-04, maxf=1.1397e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9381e-04, maxf=1.1021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7076e-04, maxf=1.0663e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5004e-04, maxf=1.0324e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3144e-04, maxf=1.0002e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1475e-04, maxf=9.6949e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9977e-04, maxf=9.4031e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8634e-04, maxf=9.1513e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7430e-04, maxf=8.9208e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6350e-04, maxf=8.7005e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5382e-04, maxf=8.4898e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4513e-04, maxf=8.2883e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3733e-04, maxf=8.0955e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3032e-04, maxf=7.9111e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2402e-04, maxf=7.7346e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1834e-04, maxf=7.5657e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1321e-04, maxf=7.4039e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0858e-04, maxf=7.2491e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0438e-04, maxf=7.1007e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0057e-04, maxf=6.9587e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9711e-04, maxf=6.8225e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9394e-04, maxf=6.6921e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9105e-04, maxf=6.5671e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8840e-04, maxf=6.4472e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8596e-04, maxf=6.3323e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8370e-04, maxf=6.2221e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8162e-04, maxf=6.1164e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 converged in 668 itertions final normf=1.7988e-04, maxf=6.0249e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=669, normf= 3.5975e-05, dotmin=0.8847, nmin=8 generateFits(1D), CPU= 1.19 sec iface= 1 npnt = 283 ntrain= 283 (100%) non-planar (fitting) ipnt=1, prod= -0.00841 extracting south control points from iedge= 1 copying east control points from degen -0.9539 0.0000 -1.7578 extracting north control points from iedge= 2 copying west control points from degen 0.9539 0.0000 -1.7578 iface= 2 npnt = 966 ntrain= 966 (100%) non-planar (fitting) ipnt=1, prod= 0.02887 extracting south control points from iedge= 3 copying east control points from degen 0.9539 0.0000 1.7578 extracting north control points from iedge= 4 copying west control points from degen -0.9539 0.0000 1.7578 iface= 3 npnt = 2122 ntrain= 2122 (100%) non-planar (fitting) ipnt=1, prod= -0.07061 extracting south control points from iedge= -1 extracting east control points from iedge= 8 extracting north control points from iedge= -3 extracting west control points from iedge= 7 iface= 4 npnt = 2138 ntrain= 2138 (100%) non-planar (fitting) ipnt=1, prod= -0.05724 extracting south control points from iedge= -2 extracting east control points from iedge= -7 extracting north control points from iedge= -4 extracting west control points from iedge= -8 iface= 5 npnt = 1960 ntrain= 1960 (100%) non-planar (fitting) ipnt=1, prod= -0.01252 extracting south control points from iedge= -5 extracting east control points from iedge= 9 extracting north control points from iedge= 11 extracting west control points from iedge= 10 iface= 6 npnt = 1943 ntrain= 1943 (100%) non-planar (fitting) ipnt=1, prod= 0.00697 extracting south control points from iedge= -6 extracting east control points from iedge= -10 extracting north control points from iedge= 12 extracting west control points from iedge= -9 iface= 7 npnt = 2403 ntrain= 2403 (100%) iface= 8 npnt = 2749 ntrain= 2749 (100%) non-planar (fitting) ipnt=1, prod= -0.00391 extracting south control points from iedge= -13 extracting east control points from iedge= 15 extracting north control points from iedge= 17 extracting west control points from iedge= 16 iface= 9 npnt = 2775 ntrain= 2775 (100%) non-planar (fitting) ipnt=1, prod= -0.00323 extracting south control points from iedge= -14 extracting east control points from iedge= -16 extracting north control points from iedge= 18 extracting west control points from iedge= -15 iface= 10 npnt = 1134 ntrain= 1134 (100%) ID 21b8: is master ID 21b8: iface 9 has 2775 training points ID 4e0: start thread ID 4e0: iface 8 has 2749 training points ID 21b8: iface 9 complete with status=0, numiter= 9, normf= 3.8839e-05, nmin=33 ID 21b8: iface 4 has 2138 training points ID 4e0: iface 8 complete with status=0, numiter= 9, normf= 3.8642e-05, nmin=34 ID 4e0: iface 3 has 2122 training points ID 21b8: iface 4 complete with status=0, numiter= 9, normf= 3.9350e-04, nmin=39 ID 21b8: iface 5 has 1960 training points ID 4e0: iface 3 complete with status=0, numiter= 9, normf= 3.9016e-04, nmin=37 ID 4e0: iface 6 has 1943 training points ID 21b8: iface 5 complete with status=0, numiter= 8, normf= 1.0617e-04, nmin=33 ID 21b8: iface 2 has 964 training points ID 4e0: iface 6 complete with status=0, numiter= 8, normf= 1.0622e-04, nmin=34 ID 4e0: iface 1 has 281 training points ID 4e0: iface 1 complete with status=0, numiter= 8, normf= 9.0923e-04, nmin=2 ID 4e0: iface 7 has 2403 training points ID 4e0: iface 7 skipped ID 4e0: iface 10 has 1134 training points ID 4e0: iface 10 skipped ID 4e0: stop thread ID 21b8: iface 2 complete with status=0, numiter= 8, normf= 5.2975e-04, nmin=4 generateFits(2D), CPU= 4.35 sec EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 non-planar iface=1, nedg=2, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeTopology(DEGEN 1) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeTopology(DEGEN 3) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 1 ntrain= 281 rms= 7.122e-04 npnt = 281 rms= 7.135e-04 non-planar iface=2, nedg=4, nlup=2 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeTopology(DEGEN 1) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeTopology(DEGEN 3) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_otherCurve(0) -> status=0 EG_otherCurve(1) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 2 ntrain= 964 rms= 3.955e-04 npnt = 964 rms= 3.955e-04 non-planar iface=3, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 3 ntrain= 2122 rms= 6.384e-04 npnt = 2122 rms= 6.384e-04 non-planar iface=4, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 4 ntrain= 2138 rms= 6.433e-04 npnt = 2138 rms= 6.433e-04 non-planar iface=5, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 5 ntrain= 1960 rms= 1.829e-04 npnt = 1960 rms= 1.829e-04 non-planar iface=6, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 6 ntrain= 1943 rms= 1.832e-04 npnt = 1943 rms= 1.832e-04 planar iface= 7 is planar, so accuracy is not computed non-planar iface=8, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 8 ntrain= 2749 rms= 5.938e-05 npnt = 2749 rms= 5.938e-05 non-planar iface=9, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 9 ntrain= 2775 rms= 5.963e-05 npnt = 2775 rms= 5.963e-05 planar iface= 10 is planar, so accuracy is not computed before makeTopology(SHELL, nfaces=10, closed=1) File "../../OpenCSM/trunk/data/Slugs/eyeball_1.egads" is being written ==> Closing input journal file real 0m22.795s user 0m0.000s sys 0m0.047s + set +x eyeball_0 passed (as expected) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/serveCSM' ../../OpenCSM/trunk/data/Slugs/eyeball_1 -outLevel 0 -batch -verify ERROR:: (egads_notfound) in Branch Brch_000001 at [[../../OpenCSM/trunk/data/Slugs/eyeball_1.csm:4]] EGADS status = -1 ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build() detected -1 (egads_notfound) real 0m0.102s user 0m0.000s sys 0m0.031s + set +x eyeball_1 failed (as NOT expected) -------------------------------------------------------------------------------------------------- ( 12 ) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/Slugs' ../../OpenCSM/trunk/data/Slugs/holes_0 -outLevel 0 -batch -jrnl ../../OpenCSM/trunk/data/Slugs/holes_0.mod.jrnl . After reading: npnt = 1811 ntri = 3626 ==> Opening input journal file "../../OpenCSM/trunk/data/Slugs/holes_0.mod.jrnl" Face 1 ...at beginning Edge 1, npnt= 9, ibeg= 1, iend= 2 Edge 2, npnt= 9, ibeg= 3, iend= 4 Edge 3, npnt= 17, ibeg= 4, iend= 1 Edge 4, npnt= 17, ibeg= 2, iend= 3 ...after sorting into Loops Loop 0 (0:3) Edge 1, npnt= 9, ibeg= 1, iend= 2 Edge 4, npnt= 17, ibeg= 2, iend= 3 Edge 2, npnt= 9, ibeg= 3, iend= 4 Edge 3, npnt= 17, ibeg= 4, iend= 1 Face 2 ...at beginning Edge -1, npnt= 9, iend= 2, ibeg= 1 Edge -2, npnt= 9, iend= 4, ibeg= 3 Edge 5, npnt= 17, ibeg= 1, iend= 4 Edge 6, npnt= 17, ibeg= 3, iend= 2 ...after sorting into Loops Loop 0 (0:3) Edge -1, npnt= 9, iend= 2, ibeg= 1 Edge 5, npnt= 17, ibeg= 1, iend= 4 Edge -2, npnt= 9, iend= 4, ibeg= 3 Edge 6, npnt= 17, ibeg= 3, iend= 2 Face 3 ...at beginning Edge -3, npnt= 17, iend= 1, ibeg= 4 Edge -5, npnt= 17, iend= 4, ibeg= 1 Edge 7, npnt= 17, ibeg= 5, iend= 6 Edge 8, npnt= 33, ibeg= 6, iend= 7 Edge 9, npnt= 33, ibeg= 8, iend= 5 Edge 10, npnt= 17, ibeg= 9, iend= 10 Edge 11, npnt= 17, ibeg= 10, iend= 9 Edge 12, npnt= 17, ibeg= 7, iend= 8 ...after sorting into Loops Loop 0 (0:1) Edge -3, npnt= 17, iend= 1, ibeg= 4 Edge -5, npnt= 17, iend= 4, ibeg= 1 Loop 1 (2:5) Edge 7, npnt= 17, ibeg= 5, iend= 6 Edge 8, npnt= 33, ibeg= 6, iend= 7 Edge 12, npnt= 17, ibeg= 7, iend= 8 Edge 9, npnt= 33, ibeg= 8, iend= 5 Loop 2 (6:7) Edge 11, npnt= 17, ibeg= 10, iend= 9 Edge 10, npnt= 17, ibeg= 9, iend= 10 Loop 0 starts at i= 0 (iedge= -3) and has area 1.560723 Loop 1 starts at i= 2 (iedge= 7) and has area 16.000009 Loop 2 starts at i= 6 (iedge= 11) and has area 1.560723 ...after sorting Loops so that largest area is first Loop 0 (0:3) Edge 7, npnt= 17, ibeg= 5, iend= 6 Edge 8, npnt= 33, ibeg= 6, iend= 7 Edge 12, npnt= 17, ibeg= 7, iend= 8 Edge 9, npnt= 33, ibeg= 8, iend= 5 Loop 1 (4:5) Edge -3, npnt= 17, iend= 1, ibeg= 4 Edge -5, npnt= 17, iend= 4, ibeg= 1 Loop 2 (6:7) Edge 11, npnt= 17, ibeg= 10, iend= 9 Edge 10, npnt= 17, ibeg= 9, iend= 10 there are 3 Loops, so no face* file created Face 4 ...at beginning Edge -7, npnt= 17, iend= 6, ibeg= 5 Edge 13, npnt= 17, ibeg= 11, iend= 12 Edge 14, npnt= 9, ibeg= 12, iend= 6 Edge 15, npnt= 9, ibeg= 5, iend= 11 ...after sorting into Loops Loop 0 (0:3) Edge -7, npnt= 17, iend= 6, ibeg= 5 Edge 15, npnt= 9, ibeg= 5, iend= 11 Edge 13, npnt= 17, ibeg= 11, iend= 12 Edge 14, npnt= 9, ibeg= 12, iend= 6 Face 5 ...at beginning Edge -4, npnt= 17, iend= 3, ibeg= 2 Edge -6, npnt= 17, iend= 2, ibeg= 3 Edge -13, npnt= 17, iend= 12, ibeg= 11 Edge 16, npnt= 33, ibeg= 13, iend= 12 Edge 17, npnt= 33, ibeg= 11, iend= 14 Edge 18, npnt= 17, ibeg= 15, iend= 16 Edge 19, npnt= 17, ibeg= 16, iend= 15 Edge 20, npnt= 17, ibeg= 14, iend= 13 ...after sorting into Loops Loop 0 (0:1) Edge -4, npnt= 17, iend= 3, ibeg= 2 Edge -6, npnt= 17, iend= 2, ibeg= 3 Loop 1 (2:5) Edge -13, npnt= 17, iend= 12, ibeg= 11 Edge 17, npnt= 33, ibeg= 11, iend= 14 Edge 20, npnt= 17, ibeg= 14, iend= 13 Edge 16, npnt= 33, ibeg= 13, iend= 12 Loop 2 (6:7) Edge 19, npnt= 17, ibeg= 16, iend= 15 Edge 18, npnt= 17, ibeg= 15, iend= 16 Loop 0 starts at i= 0 (iedge= -4) and has area 1.560723 Loop 1 starts at i= 2 (iedge= -13) and has area 16.000007 Loop 2 starts at i= 6 (iedge= 19) and has area 1.560723 ...after sorting Loops so that largest area is first Loop 0 (0:3) Edge -13, npnt= 17, iend= 12, ibeg= 11 Edge 17, npnt= 33, ibeg= 11, iend= 14 Edge 20, npnt= 17, ibeg= 14, iend= 13 Edge 16, npnt= 33, ibeg= 13, iend= 12 Loop 1 (4:5) Edge 19, npnt= 17, ibeg= 16, iend= 15 Edge 18, npnt= 17, ibeg= 15, iend= 16 Loop 2 (6:7) Edge -4, npnt= 17, iend= 3, ibeg= 2 Edge -6, npnt= 17, iend= 2, ibeg= 3 there are 3 Loops, so no face* file created Face 6 ...at beginning Edge -8, npnt= 33, iend= 7, ibeg= 6 Edge -14, npnt= 9, iend= 6, ibeg= 12 Edge -16, npnt= 33, iend= 12, ibeg= 13 Edge 21, npnt= 9, ibeg= 13, iend= 7 ...after sorting into Loops Loop 0 (0:3) Edge -8, npnt= 33, iend= 7, ibeg= 6 Edge -14, npnt= 9, iend= 6, ibeg= 12 Edge -16, npnt= 33, iend= 12, ibeg= 13 Edge 21, npnt= 9, ibeg= 13, iend= 7 Face 7 ...at beginning Edge -9, npnt= 33, iend= 5, ibeg= 8 Edge -15, npnt= 9, iend= 11, ibeg= 5 Edge -17, npnt= 33, iend= 14, ibeg= 11 Edge 22, npnt= 9, ibeg= 8, iend= 14 ...after sorting into Loops Loop 0 (0:3) Edge -9, npnt= 33, iend= 5, ibeg= 8 Edge 22, npnt= 9, ibeg= 8, iend= 14 Edge -17, npnt= 33, iend= 14, ibeg= 11 Edge -15, npnt= 9, iend= 11, ibeg= 5 Face 8 ...at beginning Edge -10, npnt= 17, iend= 10, ibeg= 9 Edge -18, npnt= 17, iend= 16, ibeg= 15 Edge 23, npnt= 9, ibeg= 15, iend= 10 Edge 24, npnt= 9, ibeg= 9, iend= 16 ...after sorting into Loops Loop 0 (0:3) Edge -10, npnt= 17, iend= 10, ibeg= 9 Edge 24, npnt= 9, ibeg= 9, iend= 16 Edge -18, npnt= 17, iend= 16, ibeg= 15 Edge 23, npnt= 9, ibeg= 15, iend= 10 Face 9 ...at beginning Edge -11, npnt= 17, iend= 9, ibeg= 10 Edge -19, npnt= 17, iend= 15, ibeg= 16 Edge -23, npnt= 9, iend= 10, ibeg= 15 Edge -24, npnt= 9, iend= 16, ibeg= 9 ...after sorting into Loops Loop 0 (0:3) Edge -11, npnt= 17, iend= 9, ibeg= 10 Edge -23, npnt= 9, iend= 10, ibeg= 15 Edge -19, npnt= 17, iend= 15, ibeg= 16 Edge -24, npnt= 9, iend= 16, ibeg= 9 Face 10 ...at beginning Edge -12, npnt= 17, iend= 8, ibeg= 7 Edge -20, npnt= 17, iend= 13, ibeg= 14 Edge -21, npnt= 9, iend= 7, ibeg= 13 Edge -22, npnt= 9, iend= 14, ibeg= 8 ...after sorting into Loops Loop 0 (0:3) Edge -12, npnt= 17, iend= 8, ibeg= 7 Edge -21, npnt= 9, iend= 7, ibeg= 13 Edge -20, npnt= 17, iend= 13, ibeg= 14 Edge -22, npnt= 9, iend= 14, ibeg= 8 enter fit1dCloud(bitflag=1, m=9, n=7) initial normf=2.7002e-02, maxf=8.2192e-02 converged in 7 itertions final normf=5.7010e-08, maxf=2.2557e-07 fit1dCloud(npnt=9, ncp=7) -> status=0, numiter= 8, normf= 4.9372e-08, dotmin=1.0000, nmin=1 enter fit1dCloud(bitflag=1, m=9, n=7) initial normf=2.7002e-02, maxf=8.2192e-02 converged in 7 itertions final normf=3.0241e-08, maxf=1.3089e-07 fit1dCloud(npnt=9, ncp=7) -> status=0, numiter= 8, normf= 2.6189e-08, dotmin=1.0000, nmin=1 enter fit1dCloud(bitflag=1, m=17, n=7) initial normf=6.4522e-02, maxf=1.3701e-01 iter= 10 normf=3.9071e-02, maxf=4.8993e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=3.5895e-02, maxf=4.4326e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=3.2956e-02, maxf=4.0773e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=3.0234e-02, maxf=3.7387e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=2.7714e-02, maxf=3.4129e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=2.5381e-02, maxf=3.1029e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=2.3225e-02, maxf=2.8117e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=2.1233e-02, maxf=2.5413e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=1.9397e-02, maxf=2.2926e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=1.7708e-02, maxf=2.0660e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=1.6156e-02, maxf=1.8609e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=1.4734e-02, maxf=1.6761e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.3431e-02, maxf=1.5101e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.2241e-02, maxf=1.3612e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.1154e-02, maxf=1.2275e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.0163e-02, maxf=1.1418e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=9.2600e-03, maxf=1.0725e-02 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=8.4373e-03, maxf=1.0083e-02 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=7.6882e-03, maxf=9.4879e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=7.0064e-03, maxf=8.9342e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=6.3860e-03, maxf=8.4185e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=5.8218e-03, maxf=7.9384e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=5.3090e-03, maxf=7.4919e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=4.8432e-03, maxf=7.0774e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=4.4204e-03, maxf=6.6937e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=4.0371e-03, maxf=6.3397e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=3.6901e-03, maxf=6.0140e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=3.3763e-03, maxf=5.7155e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=3.0929e-03, maxf=5.4428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=2.8374e-03, maxf=5.1943e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=2.6074e-03, maxf=4.9684e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=2.4008e-03, maxf=4.7635e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=2.2154e-03, maxf=4.5778e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=2.0493e-03, maxf=4.4097e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=1.9009e-03, maxf=4.2575e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=1.7683e-03, maxf=4.1195e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=1.6501e-03, maxf=3.9943e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=1.5448e-03, maxf=3.8804e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=1.4511e-03, maxf=3.7765e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=1.3678e-03, maxf=3.6814e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=1.2937e-03, maxf=3.5940e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=1.2279e-03, maxf=3.5134e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=1.1694e-03, maxf=3.4387e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=1.1172e-03, maxf=3.3691e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=1.0707e-03, maxf=3.3040e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=1.0291e-03, maxf=3.2429e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=9.9183e-04, maxf=3.1851e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=9.5830e-04, maxf=3.1304e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=9.2802e-04, maxf=3.0783e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=9.0058e-04, maxf=3.0285e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=8.7558e-04, maxf=2.9807e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=8.5270e-04, maxf=2.9348e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=8.3166e-04, maxf=2.8904e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=8.1221e-04, maxf=2.8476e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=7.9413e-04, maxf=2.8060e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=7.7726e-04, maxf=2.7656e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=7.6143e-04, maxf=2.7263e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=7.4651e-04, maxf=2.6880e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=7.3240e-04, maxf=2.6507e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=7.1898e-04, maxf=2.6142e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=7.0620e-04, maxf=2.5785e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=6.9396e-04, maxf=2.5436e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=6.8223e-04, maxf=2.5094e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=6.7094e-04, maxf=2.4759e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=6.6006e-04, maxf=2.4431e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=6.4954e-04, maxf=2.4109e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=6.3936e-04, maxf=2.3793e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=6.2950e-04, maxf=2.3483e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=6.1992e-04, maxf=2.3179e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=6.1061e-04, maxf=2.2880e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=6.0155e-04, maxf=2.2586e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 iter= 720 normf=5.9273e-04, maxf=2.2298e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.273e-04 iter= 730 normf=5.8414e-04, maxf=2.2015e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.577e-04 iter= 740 normf=5.7576e-04, maxf=2.1737e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.949e-04 iter= 750 normf=5.6759e-04, maxf=2.1463e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.380e-04 iter= 760 normf=5.5961e-04, maxf=2.1195e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.865e-04 iter= 770 normf=5.5182e-04, maxf=2.0931e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.400e-04 iter= 780 normf=5.4421e-04, maxf=2.0671e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.979e-04 iter= 790 normf=5.3677e-04, maxf=2.0416e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.599e-04 iter= 800 normf=5.2951e-04, maxf=2.0166e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.255e-04 iter= 810 normf=5.2240e-04, maxf=1.9919e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.944e-04 iter= 820 normf=5.1546e-04, maxf=1.9677e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.662e-04 iter= 830 normf=5.0867e-04, maxf=1.9439e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.408e-04 iter= 840 normf=5.0204e-04, maxf=1.9205e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.177e-04 iter= 850 normf=4.9555e-04, maxf=1.8975e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.969e-04 iter= 860 normf=4.8921e-04, maxf=1.8749e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.781e-04 iter= 870 normf=4.8300e-04, maxf=1.8527e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.611e-04 iter= 880 normf=4.7693e-04, maxf=1.8308e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.457e-04 iter= 890 normf=4.7100e-04, maxf=1.8093e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.317e-04 iter= 900 normf=4.6520e-04, maxf=1.7882e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.191e-04 iter= 910 normf=4.5953e-04, maxf=1.7674e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.077e-04 iter= 920 normf=4.5398e-04, maxf=1.7470e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.744e-05 iter= 930 normf=4.4855e-04, maxf=1.7269e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.812e-05 iter= 940 normf=4.4325e-04, maxf=1.7071e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.970e-05 iter= 950 normf=4.3806e-04, maxf=1.6877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.208e-05 iter= 960 normf=4.3299e-04, maxf=1.6686e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.519e-05 iter= 970 normf=4.2804e-04, maxf=1.6498e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.895e-05 iter= 980 normf=4.2319e-04, maxf=1.6313e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.332e-05 iter= 990 normf=4.1846e-04, maxf=1.6132e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.822e-05 iter=1000 normf=4.1383e-04, maxf=1.5953e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.361e-05 fit1dCloud(npnt=17, ncp=7) -> status=0, numiter=1000, normf= 3.5838e-04, dotmin=0.7847, nmin=3 enter fit1dCloud(bitflag=1, m=17, n=7) initial normf=6.4522e-02, maxf=1.3701e-01 iter= 10 normf=3.9071e-02, maxf=4.8993e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=3.5895e-02, maxf=4.4326e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=3.2956e-02, maxf=4.0773e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=3.0234e-02, maxf=3.7388e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=2.7714e-02, maxf=3.4129e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=2.5381e-02, maxf=3.1030e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=2.3225e-02, maxf=2.8117e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=2.1233e-02, maxf=2.5413e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=1.9397e-02, maxf=2.2926e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=1.7708e-02, maxf=2.0660e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=1.6156e-02, maxf=1.8609e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=1.4734e-02, maxf=1.6761e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.3431e-02, maxf=1.5101e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.2241e-02, maxf=1.3612e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.1154e-02, maxf=1.2275e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.0163e-02, maxf=1.1418e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=9.2600e-03, maxf=1.0725e-02 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=8.4373e-03, maxf=1.0083e-02 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=7.6882e-03, maxf=9.4878e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=7.0064e-03, maxf=8.9340e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=6.3860e-03, maxf=8.4184e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=5.8218e-03, maxf=7.9383e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=5.3090e-03, maxf=7.4918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=4.8431e-03, maxf=7.0773e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=4.4204e-03, maxf=6.6936e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=4.0371e-03, maxf=6.3396e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=3.6901e-03, maxf=6.0140e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=3.3763e-03, maxf=5.7154e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=3.0929e-03, maxf=5.4427e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=2.8374e-03, maxf=5.1942e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=2.6074e-03, maxf=4.9683e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=2.4008e-03, maxf=4.7634e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=2.2154e-03, maxf=4.5777e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=2.0493e-03, maxf=4.4096e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=1.9009e-03, maxf=4.2574e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=1.7683e-03, maxf=4.1194e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=1.6501e-03, maxf=3.9942e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=1.5448e-03, maxf=3.8803e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=1.4511e-03, maxf=3.7764e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=1.3678e-03, maxf=3.6813e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=1.2937e-03, maxf=3.5939e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=1.2279e-03, maxf=3.5133e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=1.1694e-03, maxf=3.4386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=1.1172e-03, maxf=3.3690e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=1.0707e-03, maxf=3.3039e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=1.0291e-03, maxf=3.2428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=9.9183e-04, maxf=3.1851e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=9.5830e-04, maxf=3.1303e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=9.2803e-04, maxf=3.0782e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=9.0058e-04, maxf=3.0284e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=8.7558e-04, maxf=2.9806e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=8.5270e-04, maxf=2.9347e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=8.3166e-04, maxf=2.8904e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=8.1221e-04, maxf=2.8475e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=7.9414e-04, maxf=2.8059e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=7.7726e-04, maxf=2.7655e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=7.6143e-04, maxf=2.7263e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=7.4652e-04, maxf=2.6880e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=7.3240e-04, maxf=2.6506e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=7.1899e-04, maxf=2.6141e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=7.0620e-04, maxf=2.5785e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=6.9397e-04, maxf=2.5435e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=6.8223e-04, maxf=2.5094e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=6.7095e-04, maxf=2.4759e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=6.6006e-04, maxf=2.4430e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=6.4955e-04, maxf=2.4108e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=6.3937e-04, maxf=2.3792e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=6.2950e-04, maxf=2.3482e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=6.1992e-04, maxf=2.3178e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=6.1061e-04, maxf=2.2879e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=6.0156e-04, maxf=2.2586e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 iter= 720 normf=5.9274e-04, maxf=2.2297e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.273e-04 iter= 730 normf=5.8415e-04, maxf=2.2014e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.577e-04 iter= 740 normf=5.7577e-04, maxf=2.1736e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.949e-04 iter= 750 normf=5.6759e-04, maxf=2.1463e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.380e-04 iter= 760 normf=5.5961e-04, maxf=2.1194e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.865e-04 iter= 770 normf=5.5182e-04, maxf=2.0930e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.400e-04 iter= 780 normf=5.4421e-04, maxf=2.0671e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.979e-04 iter= 790 normf=5.3678e-04, maxf=2.0416e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.599e-04 iter= 800 normf=5.2951e-04, maxf=2.0165e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.255e-04 iter= 810 normf=5.2241e-04, maxf=1.9919e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.944e-04 iter= 820 normf=5.1547e-04, maxf=1.9677e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.662e-04 iter= 830 normf=5.0868e-04, maxf=1.9438e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.408e-04 iter= 840 normf=5.0204e-04, maxf=1.9204e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.177e-04 iter= 850 normf=4.9556e-04, maxf=1.8974e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.969e-04 iter= 860 normf=4.8921e-04, maxf=1.8748e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.781e-04 iter= 870 normf=4.8301e-04, maxf=1.8526e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.611e-04 iter= 880 normf=4.7694e-04, maxf=1.8307e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.457e-04 iter= 890 normf=4.7101e-04, maxf=1.8092e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.317e-04 iter= 900 normf=4.6521e-04, maxf=1.7881e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.191e-04 iter= 910 normf=4.5953e-04, maxf=1.7673e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.077e-04 iter= 920 normf=4.5398e-04, maxf=1.7469e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.744e-05 iter= 930 normf=4.4856e-04, maxf=1.7268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.812e-05 iter= 940 normf=4.4326e-04, maxf=1.7070e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.970e-05 iter= 950 normf=4.3807e-04, maxf=1.6876e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.208e-05 iter= 960 normf=4.3300e-04, maxf=1.6685e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.519e-05 iter= 970 normf=4.2804e-04, maxf=1.6497e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.895e-05 iter= 980 normf=4.2320e-04, maxf=1.6313e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.332e-05 iter= 990 normf=4.1846e-04, maxf=1.6131e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.822e-05 iter=1000 normf=4.1383e-04, maxf=1.5952e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.361e-05 fit1dCloud(npnt=17, ncp=7) -> status=0, numiter=1000, normf= 3.5839e-04, dotmin=0.7847, nmin=3 enter fit1dCloud(bitflag=1, m=17, n=7) initial normf=6.4522e-02, maxf=1.3701e-01 iter= 10 normf=3.9071e-02, maxf=4.8993e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=3.5895e-02, maxf=4.4326e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=3.2956e-02, maxf=4.0773e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=3.0234e-02, maxf=3.7388e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=2.7714e-02, maxf=3.4129e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=2.5381e-02, maxf=3.1030e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=2.3225e-02, maxf=2.8118e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=2.1233e-02, maxf=2.5413e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=1.9397e-02, maxf=2.2926e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=1.7708e-02, maxf=2.0660e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=1.6156e-02, maxf=1.8609e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=1.4734e-02, maxf=1.6761e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.3431e-02, maxf=1.5102e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.2241e-02, maxf=1.3612e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.1154e-02, maxf=1.2275e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.0163e-02, maxf=1.1418e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=9.2600e-03, maxf=1.0725e-02 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=8.4373e-03, maxf=1.0083e-02 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=7.6882e-03, maxf=9.4879e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=7.0064e-03, maxf=8.9342e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=6.3860e-03, maxf=8.4185e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=5.8218e-03, maxf=7.9384e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=5.3090e-03, maxf=7.4919e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=4.8432e-03, maxf=7.0774e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=4.4204e-03, maxf=6.6937e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=4.0371e-03, maxf=6.3397e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=3.6901e-03, maxf=6.0140e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=3.3763e-03, maxf=5.7155e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=3.0929e-03, maxf=5.4427e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=2.8374e-03, maxf=5.1942e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=2.6074e-03, maxf=4.9684e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=2.4008e-03, maxf=4.7634e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=2.2154e-03, maxf=4.5778e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=2.0494e-03, maxf=4.4097e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=1.9009e-03, maxf=4.2574e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=1.7683e-03, maxf=4.1195e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=1.6501e-03, maxf=3.9942e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=1.5448e-03, maxf=3.8803e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=1.4511e-03, maxf=3.7764e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=1.3678e-03, maxf=3.6813e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=1.2938e-03, maxf=3.5939e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=1.2279e-03, maxf=3.5133e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=1.1694e-03, maxf=3.4386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=1.1172e-03, maxf=3.3690e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=1.0707e-03, maxf=3.3039e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=1.0291e-03, maxf=3.2428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=9.9184e-04, maxf=3.1850e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=9.5831e-04, maxf=3.1303e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=9.2803e-04, maxf=3.0782e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=9.0059e-04, maxf=3.0284e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=8.7559e-04, maxf=2.9806e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=8.5271e-04, maxf=2.9347e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=8.3167e-04, maxf=2.8903e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=8.1221e-04, maxf=2.8474e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=7.9414e-04, maxf=2.8059e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=7.7726e-04, maxf=2.7655e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=7.6143e-04, maxf=2.7262e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=7.4652e-04, maxf=2.6879e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=7.3240e-04, maxf=2.6506e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=7.1899e-04, maxf=2.6141e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=7.0620e-04, maxf=2.5784e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=6.9397e-04, maxf=2.5435e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=6.8223e-04, maxf=2.5093e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=6.7094e-04, maxf=2.4758e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=6.6006e-04, maxf=2.4430e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=6.4954e-04, maxf=2.4108e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=6.3936e-04, maxf=2.3792e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=6.2949e-04, maxf=2.3482e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=6.1991e-04, maxf=2.3177e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=6.1061e-04, maxf=2.2879e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=6.0155e-04, maxf=2.2585e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 iter= 720 normf=5.9273e-04, maxf=2.2297e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.273e-04 iter= 730 normf=5.8413e-04, maxf=2.2014e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.577e-04 iter= 740 normf=5.7575e-04, maxf=2.1735e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.949e-04 iter= 750 normf=5.6758e-04, maxf=2.1462e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.380e-04 iter= 760 normf=5.5960e-04, maxf=2.1193e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.865e-04 iter= 770 normf=5.5181e-04, maxf=2.0929e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.400e-04 iter= 780 normf=5.4420e-04, maxf=2.0670e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.979e-04 iter= 790 normf=5.3676e-04, maxf=2.0415e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.599e-04 iter= 800 normf=5.2949e-04, maxf=2.0164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.255e-04 iter= 810 normf=5.2239e-04, maxf=1.9918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.944e-04 iter= 820 normf=5.1545e-04, maxf=1.9676e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.662e-04 iter= 830 normf=5.0866e-04, maxf=1.9438e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.408e-04 iter= 840 normf=5.0203e-04, maxf=1.9204e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.177e-04 iter= 850 normf=4.9554e-04, maxf=1.8974e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.969e-04 iter= 860 normf=4.8919e-04, maxf=1.8747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.781e-04 iter= 870 normf=4.8299e-04, maxf=1.8525e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.611e-04 iter= 880 normf=4.7692e-04, maxf=1.8306e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.457e-04 iter= 890 normf=4.7098e-04, maxf=1.8092e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.317e-04 iter= 900 normf=4.6518e-04, maxf=1.7880e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.191e-04 iter= 910 normf=4.5951e-04, maxf=1.7672e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.077e-04 iter= 920 normf=4.5396e-04, maxf=1.7468e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.744e-05 iter= 930 normf=4.4854e-04, maxf=1.7267e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.812e-05 iter= 940 normf=4.4323e-04, maxf=1.7070e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.970e-05 iter= 950 normf=4.3804e-04, maxf=1.6875e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.208e-05 iter= 960 normf=4.3297e-04, maxf=1.6684e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.519e-05 iter= 970 normf=4.2802e-04, maxf=1.6496e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.895e-05 iter= 980 normf=4.2317e-04, maxf=1.6312e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.332e-05 iter= 990 normf=4.1844e-04, maxf=1.6130e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.822e-05 iter=1000 normf=4.1381e-04, maxf=1.5952e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.361e-05 fit1dCloud(npnt=17, ncp=7) -> status=0, numiter=1000, normf= 3.5837e-04, dotmin=0.7847, nmin=3 enter fit1dCloud(bitflag=1, m=17, n=7) initial normf=6.4522e-02, maxf=1.3701e-01 iter= 10 normf=3.9071e-02, maxf=4.8993e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=3.5895e-02, maxf=4.4326e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=3.2956e-02, maxf=4.0773e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=3.0234e-02, maxf=3.7388e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=2.7714e-02, maxf=3.4129e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=2.5381e-02, maxf=3.1030e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=2.3225e-02, maxf=2.8118e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=2.1233e-02, maxf=2.5413e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=1.9397e-02, maxf=2.2926e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=1.7708e-02, maxf=2.0660e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=1.6156e-02, maxf=1.8609e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=1.4734e-02, maxf=1.6761e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.3431e-02, maxf=1.5102e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.2241e-02, maxf=1.3612e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.1154e-02, maxf=1.2275e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.0163e-02, maxf=1.1418e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=9.2600e-03, maxf=1.0725e-02 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=8.4373e-03, maxf=1.0083e-02 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=7.6882e-03, maxf=9.4878e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=7.0064e-03, maxf=8.9340e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=6.3860e-03, maxf=8.4184e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=5.8218e-03, maxf=7.9383e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=5.3090e-03, maxf=7.4918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=4.8432e-03, maxf=7.0773e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=4.4204e-03, maxf=6.6936e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=4.0371e-03, maxf=6.3396e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=3.6901e-03, maxf=6.0139e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=3.3763e-03, maxf=5.7154e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=3.0929e-03, maxf=5.4427e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=2.8374e-03, maxf=5.1941e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=2.6074e-03, maxf=4.9683e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=2.4008e-03, maxf=4.7634e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=2.2154e-03, maxf=4.5777e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=2.0494e-03, maxf=4.4096e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=1.9009e-03, maxf=4.2574e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=1.7683e-03, maxf=4.1194e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=1.6501e-03, maxf=3.9941e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=1.5448e-03, maxf=3.8802e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=1.4511e-03, maxf=3.7763e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=1.3678e-03, maxf=3.6812e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=1.2938e-03, maxf=3.5938e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=1.2279e-03, maxf=3.5132e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=1.1694e-03, maxf=3.4385e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=1.1172e-03, maxf=3.3689e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=1.0707e-03, maxf=3.3039e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=1.0291e-03, maxf=3.2427e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=9.9184e-04, maxf=3.1850e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=9.5831e-04, maxf=3.1302e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=9.2804e-04, maxf=3.0781e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=9.0059e-04, maxf=3.0283e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=8.7559e-04, maxf=2.9805e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=8.5271e-04, maxf=2.9346e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=8.3167e-04, maxf=2.8903e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=8.1222e-04, maxf=2.8474e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=7.9414e-04, maxf=2.8058e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=7.7727e-04, maxf=2.7654e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=7.6144e-04, maxf=2.7261e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=7.4652e-04, maxf=2.6879e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=7.3240e-04, maxf=2.6505e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=7.1899e-04, maxf=2.6140e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=7.0620e-04, maxf=2.5783e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=6.9397e-04, maxf=2.5434e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=6.8223e-04, maxf=2.5092e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=6.7095e-04, maxf=2.4757e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=6.6006e-04, maxf=2.4429e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=6.4954e-04, maxf=2.4107e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=6.3937e-04, maxf=2.3791e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=6.2950e-04, maxf=2.3481e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=6.1992e-04, maxf=2.3177e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=6.1061e-04, maxf=2.2878e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=6.0155e-04, maxf=2.2584e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 iter= 720 normf=5.9273e-04, maxf=2.2296e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.273e-04 iter= 730 normf=5.8414e-04, maxf=2.2013e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.577e-04 iter= 740 normf=5.7576e-04, maxf=2.1735e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.949e-04 iter= 750 normf=5.6758e-04, maxf=2.1461e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.380e-04 iter= 760 normf=5.5960e-04, maxf=2.1193e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.865e-04 iter= 770 normf=5.5181e-04, maxf=2.0929e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.400e-04 iter= 780 normf=5.4420e-04, maxf=2.0669e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.979e-04 iter= 790 normf=5.3677e-04, maxf=2.0414e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.599e-04 iter= 800 normf=5.2950e-04, maxf=2.0164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.255e-04 iter= 810 normf=5.2240e-04, maxf=1.9917e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.944e-04 iter= 820 normf=5.1546e-04, maxf=1.9675e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.662e-04 iter= 830 normf=5.0867e-04, maxf=1.9437e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.408e-04 iter= 840 normf=5.0203e-04, maxf=1.9203e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.177e-04 iter= 850 normf=4.9554e-04, maxf=1.8973e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.969e-04 iter= 860 normf=4.8920e-04, maxf=1.8747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.781e-04 iter= 870 normf=4.8299e-04, maxf=1.8524e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.611e-04 iter= 880 normf=4.7692e-04, maxf=1.8306e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.457e-04 iter= 890 normf=4.7099e-04, maxf=1.8091e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.317e-04 iter= 900 normf=4.6519e-04, maxf=1.7879e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.191e-04 iter= 910 normf=4.5951e-04, maxf=1.7672e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.077e-04 iter= 920 normf=4.5397e-04, maxf=1.7467e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.744e-05 iter= 930 normf=4.4854e-04, maxf=1.7266e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.812e-05 iter= 940 normf=4.4324e-04, maxf=1.7069e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.970e-05 iter= 950 normf=4.3805e-04, maxf=1.6875e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.208e-05 iter= 960 normf=4.3298e-04, maxf=1.6684e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.519e-05 iter= 970 normf=4.2802e-04, maxf=1.6496e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.895e-05 iter= 980 normf=4.2318e-04, maxf=1.6311e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.332e-05 iter= 990 normf=4.1844e-04, maxf=1.6129e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.822e-05 iter=1000 normf=4.1381e-04, maxf=1.5951e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.361e-05 fit1dCloud(npnt=17, ncp=7) -> status=0, numiter=1000, normf= 3.5837e-04, dotmin=0.7847, nmin=3 enter fit1dCloud(bitflag=1, m=17, n=7) initial normf=2.6526e-02, maxf=7.6172e-02 converged in 7 itertions final normf=4.0066e-08, maxf=6.4766e-09 fit1dCloud(npnt=17, ncp=7) -> status=0, numiter= 8, normf= 8.0133e-08, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=33, n=7) initial normf=3.2970e-02, maxf=8.7956e-02 converged in 7 itertions final normf=2.2074e-07, maxf=1.2589e-07 fit1dCloud(npnt=33, ncp=7) -> status=0, numiter= 8, normf= 7.6465e-07, dotmin=1.0000, nmin=5 enter fit1dCloud(bitflag=1, m=33, n=7) initial normf=3.2970e-02, maxf=8.7956e-02 converged in 7 itertions final normf=2.2074e-07, maxf=1.2589e-07 fit1dCloud(npnt=33, ncp=7) -> status=0, numiter= 8, normf= 7.6465e-07, dotmin=1.0000, nmin=5 enter fit1dCloud(bitflag=1, m=17, n=7) initial normf=6.4522e-02, maxf=1.3701e-01 iter= 10 normf=3.9071e-02, maxf=4.8993e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=3.5895e-02, maxf=4.4325e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=3.2956e-02, maxf=4.0773e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=3.0234e-02, maxf=3.7387e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=2.7714e-02, maxf=3.4129e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=2.5381e-02, maxf=3.1029e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=2.3225e-02, maxf=2.8117e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=2.1233e-02, maxf=2.5413e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=1.9397e-02, maxf=2.2926e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=1.7708e-02, maxf=2.0660e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=1.6156e-02, maxf=1.8609e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=1.4734e-02, maxf=1.6761e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.3431e-02, maxf=1.5101e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.2241e-02, maxf=1.3612e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.1154e-02, maxf=1.2275e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.0163e-02, maxf=1.1418e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=9.2600e-03, maxf=1.0725e-02 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=8.4373e-03, maxf=1.0083e-02 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=7.6882e-03, maxf=9.4878e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=7.0064e-03, maxf=8.9341e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=6.3860e-03, maxf=8.4185e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=5.8218e-03, maxf=7.9384e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=5.3090e-03, maxf=7.4918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=4.8432e-03, maxf=7.0774e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=4.4204e-03, maxf=6.6937e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=4.0371e-03, maxf=6.3396e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=3.6901e-03, maxf=6.0140e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=3.3763e-03, maxf=5.7155e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=3.0929e-03, maxf=5.4428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=2.8374e-03, maxf=5.1942e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=2.6074e-03, maxf=4.9684e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=2.4008e-03, maxf=4.7635e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=2.2154e-03, maxf=4.5778e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=2.0494e-03, maxf=4.4097e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=1.9009e-03, maxf=4.2575e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=1.7683e-03, maxf=4.1195e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=1.6501e-03, maxf=3.9943e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=1.5448e-03, maxf=3.8804e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=1.4511e-03, maxf=3.7765e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=1.3678e-03, maxf=3.6813e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=1.2938e-03, maxf=3.5940e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=1.2279e-03, maxf=3.5133e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=1.1694e-03, maxf=3.4386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=1.1172e-03, maxf=3.3691e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=1.0707e-03, maxf=3.3040e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=1.0291e-03, maxf=3.2428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=9.9185e-04, maxf=3.1851e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=9.5832e-04, maxf=3.1303e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=9.2805e-04, maxf=3.0782e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=9.0060e-04, maxf=3.0284e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=8.7560e-04, maxf=2.9806e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=8.5273e-04, maxf=2.9347e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=8.3168e-04, maxf=2.8904e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=8.1223e-04, maxf=2.8475e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=7.9416e-04, maxf=2.8059e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=7.7728e-04, maxf=2.7655e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=7.6145e-04, maxf=2.7262e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=7.4654e-04, maxf=2.6880e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=7.3242e-04, maxf=2.6506e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=7.1901e-04, maxf=2.6141e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=7.0622e-04, maxf=2.5784e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=6.9399e-04, maxf=2.5435e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=6.8225e-04, maxf=2.5093e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=6.7096e-04, maxf=2.4758e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=6.6008e-04, maxf=2.4430e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=6.4956e-04, maxf=2.4108e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=6.3938e-04, maxf=2.3792e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=6.2952e-04, maxf=2.3482e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=6.1994e-04, maxf=2.3178e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=6.1063e-04, maxf=2.2879e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=6.0157e-04, maxf=2.2585e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 iter= 720 normf=5.9276e-04, maxf=2.2297e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.273e-04 iter= 730 normf=5.8416e-04, maxf=2.2014e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.577e-04 iter= 740 normf=5.7578e-04, maxf=2.1736e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.949e-04 iter= 750 normf=5.6761e-04, maxf=2.1462e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.380e-04 iter= 760 normf=5.5963e-04, maxf=2.1194e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.865e-04 iter= 770 normf=5.5184e-04, maxf=2.0930e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.400e-04 iter= 780 normf=5.4423e-04, maxf=2.0670e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.979e-04 iter= 790 normf=5.3679e-04, maxf=2.0415e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.599e-04 iter= 800 normf=5.2952e-04, maxf=2.0164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.255e-04 iter= 810 normf=5.2242e-04, maxf=1.9918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.944e-04 iter= 820 normf=5.1548e-04, maxf=1.9676e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.662e-04 iter= 830 normf=5.0869e-04, maxf=1.9438e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.408e-04 iter= 840 normf=5.0206e-04, maxf=1.9204e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.177e-04 iter= 850 normf=4.9557e-04, maxf=1.8974e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.969e-04 iter= 860 normf=4.8922e-04, maxf=1.8748e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.781e-04 iter= 870 normf=4.8302e-04, maxf=1.8525e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.611e-04 iter= 880 normf=4.7695e-04, maxf=1.8307e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.457e-04 iter= 890 normf=4.7102e-04, maxf=1.8092e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.317e-04 iter= 900 normf=4.6522e-04, maxf=1.7880e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.191e-04 iter= 910 normf=4.5954e-04, maxf=1.7672e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.077e-04 iter= 920 normf=4.5399e-04, maxf=1.7468e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.744e-05 iter= 930 normf=4.4857e-04, maxf=1.7267e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.812e-05 iter= 940 normf=4.4327e-04, maxf=1.7070e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.970e-05 iter= 950 normf=4.3808e-04, maxf=1.6875e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.208e-05 iter= 960 normf=4.3301e-04, maxf=1.6684e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.519e-05 iter= 970 normf=4.2805e-04, maxf=1.6497e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.895e-05 iter= 980 normf=4.2321e-04, maxf=1.6312e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.332e-05 iter= 990 normf=4.1847e-04, maxf=1.6130e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.822e-05 iter=1000 normf=4.1384e-04, maxf=1.5952e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.361e-05 fit1dCloud(npnt=17, ncp=7) -> status=0, numiter=1000, normf= 3.5840e-04, dotmin=0.7847, nmin=3 enter fit1dCloud(bitflag=1, m=17, n=7) initial normf=6.4522e-02, maxf=1.3701e-01 iter= 10 normf=3.9071e-02, maxf=4.8993e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=3.5895e-02, maxf=4.4325e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=3.2956e-02, maxf=4.0773e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=3.0234e-02, maxf=3.7387e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=2.7714e-02, maxf=3.4129e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=2.5381e-02, maxf=3.1029e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=2.3225e-02, maxf=2.8117e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=2.1233e-02, maxf=2.5412e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=1.9397e-02, maxf=2.2926e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=1.7708e-02, maxf=2.0660e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=1.6156e-02, maxf=1.8608e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=1.4734e-02, maxf=1.6761e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.3431e-02, maxf=1.5101e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.2241e-02, maxf=1.3612e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.1154e-02, maxf=1.2275e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.0163e-02, maxf=1.1418e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=9.2600e-03, maxf=1.0725e-02 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=8.4373e-03, maxf=1.0083e-02 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=7.6882e-03, maxf=9.4879e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=7.0063e-03, maxf=8.9341e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=6.3860e-03, maxf=8.4185e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=5.8218e-03, maxf=7.9384e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=5.3090e-03, maxf=7.4919e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=4.8431e-03, maxf=7.0774e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=4.4204e-03, maxf=6.6937e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=4.0371e-03, maxf=6.3397e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=3.6901e-03, maxf=6.0140e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=3.3763e-03, maxf=5.7155e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=3.0929e-03, maxf=5.4428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=2.8374e-03, maxf=5.1943e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=2.6074e-03, maxf=4.9684e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=2.4008e-03, maxf=4.7635e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=2.2154e-03, maxf=4.5779e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=2.0493e-03, maxf=4.4098e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=1.9009e-03, maxf=4.2575e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=1.7683e-03, maxf=4.1196e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=1.6501e-03, maxf=3.9943e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=1.5448e-03, maxf=3.8804e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=1.4511e-03, maxf=3.7765e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=1.3678e-03, maxf=3.6814e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=1.2938e-03, maxf=3.5940e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=1.2279e-03, maxf=3.5134e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=1.1694e-03, maxf=3.4387e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=1.1172e-03, maxf=3.3691e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=1.0707e-03, maxf=3.3041e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=1.0291e-03, maxf=3.2429e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=9.9184e-04, maxf=3.1852e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=9.5831e-04, maxf=3.1304e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=9.2804e-04, maxf=3.0783e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=9.0059e-04, maxf=3.0285e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=8.7559e-04, maxf=2.9808e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=8.5272e-04, maxf=2.9348e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=8.3168e-04, maxf=2.8905e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=8.1222e-04, maxf=2.8476e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=7.9415e-04, maxf=2.8060e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=7.7728e-04, maxf=2.7656e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=7.6145e-04, maxf=2.7264e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=7.4653e-04, maxf=2.6881e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=7.3242e-04, maxf=2.6507e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=7.1900e-04, maxf=2.6142e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=7.0622e-04, maxf=2.5786e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=6.9399e-04, maxf=2.5436e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=6.8225e-04, maxf=2.5095e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=6.7096e-04, maxf=2.4760e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=6.6008e-04, maxf=2.4431e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=6.4957e-04, maxf=2.4109e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=6.3939e-04, maxf=2.3793e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=6.2952e-04, maxf=2.3483e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=6.1994e-04, maxf=2.3179e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=6.1064e-04, maxf=2.2880e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=6.0158e-04, maxf=2.2587e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 iter= 720 normf=5.9276e-04, maxf=2.2298e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.273e-04 iter= 730 normf=5.8417e-04, maxf=2.2015e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.577e-04 iter= 740 normf=5.7579e-04, maxf=2.1737e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.949e-04 iter= 750 normf=5.6761e-04, maxf=2.1464e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.380e-04 iter= 760 normf=5.5964e-04, maxf=2.1195e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.865e-04 iter= 770 normf=5.5184e-04, maxf=2.0931e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.400e-04 iter= 780 normf=5.4423e-04, maxf=2.0672e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.979e-04 iter= 790 normf=5.3680e-04, maxf=2.0417e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.599e-04 iter= 800 normf=5.2953e-04, maxf=2.0166e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.255e-04 iter= 810 normf=5.2243e-04, maxf=1.9920e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.944e-04 iter= 820 normf=5.1549e-04, maxf=1.9677e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.662e-04 iter= 830 normf=5.0871e-04, maxf=1.9439e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.408e-04 iter= 840 normf=5.0207e-04, maxf=1.9205e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.177e-04 iter= 850 normf=4.9558e-04, maxf=1.8975e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.969e-04 iter= 860 normf=4.8924e-04, maxf=1.8749e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.781e-04 iter= 870 normf=4.8303e-04, maxf=1.8527e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.611e-04 iter= 880 normf=4.7697e-04, maxf=1.8308e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.457e-04 iter= 890 normf=4.7103e-04, maxf=1.8093e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.317e-04 iter= 900 normf=4.6523e-04, maxf=1.7882e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.191e-04 iter= 910 normf=4.5956e-04, maxf=1.7674e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.077e-04 iter= 920 normf=4.5401e-04, maxf=1.7470e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.744e-05 iter= 930 normf=4.4859e-04, maxf=1.7269e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.812e-05 iter= 940 normf=4.4328e-04, maxf=1.7071e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.970e-05 iter= 950 normf=4.3810e-04, maxf=1.6877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.208e-05 iter= 960 normf=4.3303e-04, maxf=1.6686e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.519e-05 iter= 970 normf=4.2807e-04, maxf=1.6498e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.895e-05 iter= 980 normf=4.2323e-04, maxf=1.6313e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.332e-05 iter= 990 normf=4.1849e-04, maxf=1.6132e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.822e-05 iter=1000 normf=4.1386e-04, maxf=1.5953e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.361e-05 fit1dCloud(npnt=17, ncp=7) -> status=0, numiter=1000, normf= 3.5842e-04, dotmin=0.7847, nmin=3 enter fit1dCloud(bitflag=1, m=17, n=7) initial normf=2.6526e-02, maxf=7.6172e-02 converged in 7 itertions final normf=4.0066e-08, maxf=6.4766e-09 fit1dCloud(npnt=17, ncp=7) -> status=0, numiter= 8, normf= 8.0133e-08, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=17, n=7) initial normf=2.6526e-02, maxf=7.6172e-02 converged in 7 itertions final normf=4.0066e-08, maxf=6.4766e-09 fit1dCloud(npnt=17, ncp=7) -> status=0, numiter= 8, normf= 8.0133e-08, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=9, n=7) initial normf=2.7002e-02, maxf=8.2192e-02 converged in 7 itertions final normf=5.7318e-08, maxf=2.3482e-07 fit1dCloud(npnt=9, ncp=7) -> status=0, numiter= 8, normf= 4.9639e-08, dotmin=1.0000, nmin=1 enter fit1dCloud(bitflag=1, m=9, n=7) initial normf=2.7002e-02, maxf=8.2192e-02 converged in 7 itertions final normf=5.7318e-08, maxf=2.3482e-07 fit1dCloud(npnt=9, ncp=7) -> status=0, numiter= 8, normf= 4.9639e-08, dotmin=1.0000, nmin=1 enter fit1dCloud(bitflag=1, m=33, n=7) initial normf=3.2970e-02, maxf=8.7956e-02 converged in 7 itertions final normf=2.2037e-07, maxf=1.1040e-07 fit1dCloud(npnt=33, ncp=7) -> status=0, numiter= 8, normf= 7.6337e-07, dotmin=1.0000, nmin=5 enter fit1dCloud(bitflag=1, m=33, n=7) initial normf=3.2970e-02, maxf=8.7956e-02 converged in 7 itertions final normf=2.2037e-07, maxf=1.1040e-07 fit1dCloud(npnt=33, ncp=7) -> status=0, numiter= 8, normf= 7.6337e-07, dotmin=1.0000, nmin=5 enter fit1dCloud(bitflag=1, m=17, n=7) initial normf=6.4522e-02, maxf=1.3701e-01 iter= 10 normf=3.9071e-02, maxf=4.8993e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=3.5895e-02, maxf=4.4326e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=3.2956e-02, maxf=4.0773e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=3.0234e-02, maxf=3.7387e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=2.7714e-02, maxf=3.4129e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=2.5381e-02, maxf=3.1029e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=2.3225e-02, maxf=2.8117e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=2.1233e-02, maxf=2.5413e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=1.9397e-02, maxf=2.2926e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=1.7708e-02, maxf=2.0660e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=1.6156e-02, maxf=1.8609e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=1.4734e-02, maxf=1.6761e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.3431e-02, maxf=1.5101e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.2241e-02, maxf=1.3612e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.1154e-02, maxf=1.2275e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.0163e-02, maxf=1.1418e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=9.2600e-03, maxf=1.0725e-02 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=8.4373e-03, maxf=1.0083e-02 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=7.6882e-03, maxf=9.4879e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=7.0064e-03, maxf=8.9341e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=6.3860e-03, maxf=8.4185e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=5.8218e-03, maxf=7.9384e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=5.3090e-03, maxf=7.4918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=4.8432e-03, maxf=7.0774e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=4.4204e-03, maxf=6.6937e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=4.0371e-03, maxf=6.3397e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=3.6901e-03, maxf=6.0140e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=3.3763e-03, maxf=5.7155e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=3.0929e-03, maxf=5.4428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=2.8374e-03, maxf=5.1942e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=2.6074e-03, maxf=4.9684e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=2.4008e-03, maxf=4.7635e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=2.2154e-03, maxf=4.5778e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=2.0494e-03, maxf=4.4097e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=1.9009e-03, maxf=4.2575e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=1.7683e-03, maxf=4.1195e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=1.6501e-03, maxf=3.9943e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=1.5448e-03, maxf=3.8804e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=1.4511e-03, maxf=3.7765e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=1.3678e-03, maxf=3.6814e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=1.2938e-03, maxf=3.5940e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=1.2279e-03, maxf=3.5133e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=1.1694e-03, maxf=3.4386e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=1.1172e-03, maxf=3.3691e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=1.0707e-03, maxf=3.3040e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=1.0291e-03, maxf=3.2428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=9.9184e-04, maxf=3.1851e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=9.5831e-04, maxf=3.1303e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=9.2803e-04, maxf=3.0782e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=9.0059e-04, maxf=3.0284e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=8.7559e-04, maxf=2.9807e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=8.5271e-04, maxf=2.9347e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=8.3167e-04, maxf=2.8904e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=8.1221e-04, maxf=2.8475e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=7.9414e-04, maxf=2.8059e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=7.7727e-04, maxf=2.7655e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=7.6144e-04, maxf=2.7263e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=7.4652e-04, maxf=2.6880e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=7.3240e-04, maxf=2.6506e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=7.1899e-04, maxf=2.6141e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=7.0620e-04, maxf=2.5784e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=6.9397e-04, maxf=2.5435e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=6.8223e-04, maxf=2.5093e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=6.7094e-04, maxf=2.4759e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=6.6006e-04, maxf=2.4430e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=6.4954e-04, maxf=2.4108e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=6.3937e-04, maxf=2.3792e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=6.2950e-04, maxf=2.3482e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=6.1992e-04, maxf=2.3178e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=6.1061e-04, maxf=2.2879e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=6.0155e-04, maxf=2.2585e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 iter= 720 normf=5.9274e-04, maxf=2.2297e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.273e-04 iter= 730 normf=5.8414e-04, maxf=2.2014e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.577e-04 iter= 740 normf=5.7576e-04, maxf=2.1736e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.949e-04 iter= 750 normf=5.6759e-04, maxf=2.1462e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.380e-04 iter= 760 normf=5.5961e-04, maxf=2.1194e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.865e-04 iter= 770 normf=5.5182e-04, maxf=2.0930e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.400e-04 iter= 780 normf=5.4420e-04, maxf=2.0670e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.979e-04 iter= 790 normf=5.3677e-04, maxf=2.0415e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.599e-04 iter= 800 normf=5.2950e-04, maxf=2.0165e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.255e-04 iter= 810 normf=5.2240e-04, maxf=1.9918e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.944e-04 iter= 820 normf=5.1546e-04, maxf=1.9676e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.662e-04 iter= 830 normf=5.0867e-04, maxf=1.9438e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.408e-04 iter= 840 normf=5.0204e-04, maxf=1.9204e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.177e-04 iter= 850 normf=4.9555e-04, maxf=1.8974e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.969e-04 iter= 860 normf=4.8920e-04, maxf=1.8748e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.781e-04 iter= 870 normf=4.8300e-04, maxf=1.8525e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.611e-04 iter= 880 normf=4.7693e-04, maxf=1.8307e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.457e-04 iter= 890 normf=4.7100e-04, maxf=1.8092e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.317e-04 iter= 900 normf=4.6519e-04, maxf=1.7880e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.191e-04 iter= 910 normf=4.5952e-04, maxf=1.7673e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.077e-04 iter= 920 normf=4.5397e-04, maxf=1.7468e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.744e-05 iter= 930 normf=4.4855e-04, maxf=1.7267e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.812e-05 iter= 940 normf=4.4324e-04, maxf=1.7070e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.970e-05 iter= 950 normf=4.3806e-04, maxf=1.6876e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.208e-05 iter= 960 normf=4.3299e-04, maxf=1.6685e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.519e-05 iter= 970 normf=4.2803e-04, maxf=1.6497e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.895e-05 iter= 980 normf=4.2319e-04, maxf=1.6312e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.332e-05 iter= 990 normf=4.1845e-04, maxf=1.6130e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.822e-05 iter=1000 normf=4.1382e-04, maxf=1.5952e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.361e-05 fit1dCloud(npnt=17, ncp=7) -> status=0, numiter=1000, normf= 3.5838e-04, dotmin=0.7847, nmin=3 enter fit1dCloud(bitflag=1, m=17, n=7) initial normf=6.4522e-02, maxf=1.3701e-01 iter= 10 normf=3.9071e-02, maxf=4.8993e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=3.5895e-02, maxf=4.4326e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=3.2956e-02, maxf=4.0773e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=3.0234e-02, maxf=3.7387e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=2.7714e-02, maxf=3.4129e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=2.5381e-02, maxf=3.1029e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=2.3225e-02, maxf=2.8117e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=2.1233e-02, maxf=2.5412e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=1.9397e-02, maxf=2.2926e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=1.7708e-02, maxf=2.0660e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=1.6156e-02, maxf=1.8608e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=1.4734e-02, maxf=1.6761e-02 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.3431e-02, maxf=1.5101e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.2241e-02, maxf=1.3612e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.1154e-02, maxf=1.2275e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.0163e-02, maxf=1.1418e-02 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=9.2600e-03, maxf=1.0725e-02 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=8.4373e-03, maxf=1.0083e-02 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=7.6882e-03, maxf=9.4879e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=7.0063e-03, maxf=8.9341e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=6.3860e-03, maxf=8.4185e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=5.8218e-03, maxf=7.9384e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=5.3090e-03, maxf=7.4919e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=4.8431e-03, maxf=7.0774e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=4.4204e-03, maxf=6.6937e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=4.0371e-03, maxf=6.3397e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=3.6901e-03, maxf=6.0140e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=3.3762e-03, maxf=5.7155e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=3.0929e-03, maxf=5.4428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=2.8374e-03, maxf=5.1943e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=2.6074e-03, maxf=4.9684e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=2.4008e-03, maxf=4.7635e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=2.2154e-03, maxf=4.5779e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=2.0493e-03, maxf=4.4098e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=1.9009e-03, maxf=4.2575e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=1.7683e-03, maxf=4.1196e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=1.6501e-03, maxf=3.9944e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=1.5448e-03, maxf=3.8804e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=1.4511e-03, maxf=3.7765e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=1.3678e-03, maxf=3.6814e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=1.2937e-03, maxf=3.5941e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=1.2279e-03, maxf=3.5134e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=1.1694e-03, maxf=3.4387e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=1.1172e-03, maxf=3.3691e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=1.0707e-03, maxf=3.3041e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=1.0291e-03, maxf=3.2429e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=9.9182e-04, maxf=3.1852e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=9.5829e-04, maxf=3.1304e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=9.2802e-04, maxf=3.0783e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=9.0058e-04, maxf=3.0285e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=8.7558e-04, maxf=2.9808e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=8.5270e-04, maxf=2.9348e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=8.3166e-04, maxf=2.8905e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=8.1221e-04, maxf=2.8476e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=7.9413e-04, maxf=2.8060e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=7.7726e-04, maxf=2.7657e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=7.6143e-04, maxf=2.7264e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=7.4651e-04, maxf=2.6881e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=7.3240e-04, maxf=2.6507e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=7.1899e-04, maxf=2.6142e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=7.0620e-04, maxf=2.5786e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=6.9397e-04, maxf=2.5437e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=6.8223e-04, maxf=2.5095e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=6.7094e-04, maxf=2.4760e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=6.6006e-04, maxf=2.4431e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=6.4955e-04, maxf=2.4109e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=6.3937e-04, maxf=2.3793e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=6.2950e-04, maxf=2.3483e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=6.1992e-04, maxf=2.3179e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=6.1062e-04, maxf=2.2880e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=6.0156e-04, maxf=2.2587e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 iter= 720 normf=5.9274e-04, maxf=2.2298e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.273e-04 iter= 730 normf=5.8415e-04, maxf=2.2015e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.577e-04 iter= 740 normf=5.7577e-04, maxf=2.1737e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.949e-04 iter= 750 normf=5.6759e-04, maxf=2.1464e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.380e-04 iter= 760 normf=5.5962e-04, maxf=2.1195e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.865e-04 iter= 770 normf=5.5182e-04, maxf=2.0931e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.400e-04 iter= 780 normf=5.4421e-04, maxf=2.0672e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.979e-04 iter= 790 normf=5.3678e-04, maxf=2.0417e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.599e-04 iter= 800 normf=5.2951e-04, maxf=2.0166e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.255e-04 iter= 810 normf=5.2241e-04, maxf=1.9920e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.944e-04 iter= 820 normf=5.1547e-04, maxf=1.9678e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.662e-04 iter= 830 normf=5.0868e-04, maxf=1.9439e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.408e-04 iter= 840 normf=5.0205e-04, maxf=1.9205e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.177e-04 iter= 850 normf=4.9556e-04, maxf=1.8975e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.969e-04 iter= 860 normf=4.8922e-04, maxf=1.8749e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.781e-04 iter= 870 normf=4.8301e-04, maxf=1.8527e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.611e-04 iter= 880 normf=4.7695e-04, maxf=1.8308e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.457e-04 iter= 890 normf=4.7101e-04, maxf=1.8093e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.317e-04 iter= 900 normf=4.6521e-04, maxf=1.7882e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.191e-04 iter= 910 normf=4.5954e-04, maxf=1.7674e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.077e-04 iter= 920 normf=4.5399e-04, maxf=1.7470e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.744e-05 iter= 930 normf=4.4857e-04, maxf=1.7269e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.812e-05 iter= 940 normf=4.4326e-04, maxf=1.7071e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.970e-05 iter= 950 normf=4.3808e-04, maxf=1.6877e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.208e-05 iter= 960 normf=4.3301e-04, maxf=1.6686e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.519e-05 iter= 970 normf=4.2805e-04, maxf=1.6498e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.895e-05 iter= 980 normf=4.2321e-04, maxf=1.6314e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.332e-05 iter= 990 normf=4.1847e-04, maxf=1.6132e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.822e-05 iter=1000 normf=4.1384e-04, maxf=1.5953e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.361e-05 fit1dCloud(npnt=17, ncp=7) -> status=0, numiter=1000, normf= 3.5840e-04, dotmin=0.7847, nmin=3 enter fit1dCloud(bitflag=1, m=17, n=7) initial normf=2.6526e-02, maxf=7.6172e-02 converged in 7 itertions final normf=4.0066e-08, maxf=6.4766e-09 fit1dCloud(npnt=17, ncp=7) -> status=0, numiter= 8, normf= 8.0133e-08, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=9, n=7) initial normf=2.7002e-02, maxf=8.2192e-02 converged in 7 itertions final normf=1.3899e-08, maxf=2.2465e-08 fit1dCloud(npnt=9, ncp=7) -> status=0, numiter= 8, normf= 1.2037e-08, dotmin=1.0000, nmin=1 enter fit1dCloud(bitflag=1, m=9, n=7) initial normf=2.7002e-02, maxf=8.2192e-02 converged in 7 itertions final normf=1.3899e-08, maxf=2.2465e-08 fit1dCloud(npnt=9, ncp=7) -> status=0, numiter= 8, normf= 1.2037e-08, dotmin=1.0000, nmin=1 enter fit1dCloud(bitflag=1, m=9, n=7) initial normf=2.7002e-02, maxf=8.2192e-02 converged in 7 itertions final normf=1.3566e-08, maxf=2.2755e-08 fit1dCloud(npnt=9, ncp=7) -> status=0, numiter= 8, normf= 1.1748e-08, dotmin=1.0000, nmin=1 enter fit1dCloud(bitflag=1, m=9, n=7) initial normf=2.7002e-02, maxf=8.2192e-02 converged in 7 itertions final normf=1.3081e-08, maxf=2.0454e-08 fit1dCloud(npnt=9, ncp=7) -> status=0, numiter= 8, normf= 1.1329e-08, dotmin=1.0000, nmin=1 generateFits(1D), CPU= 0.28 sec iface= 1 npnt = 102 ntrain= 102 (100%) non-planar (fitting) ipnt=1, prod= -0.11418 extracting south control points from iedge= 1 extracting east control points from iedge= 4 extracting north control points from iedge= 2 extracting west control points from iedge= 3 iface= 2 npnt = 102 ntrain= 102 (100%) non-planar (fitting) ipnt=1, prod= -0.04089 extracting south control points from iedge= -1 extracting east control points from iedge= 5 extracting north control points from iedge= -2 extracting west control points from iedge= 6 iface= 3 npnt = 512 ntrain= 512 (100%) iface= 4 npnt = 135 ntrain= 135 (100%) iface= 5 npnt = 510 ntrain= 510 (100%) iface= 6 npnt = 256 ntrain= 256 (100%) iface= 7 npnt = 251 ntrain= 251 (100%) iface= 8 npnt = 102 ntrain= 102 (100%) non-planar (fitting) ipnt=1, prod= 0.08379 extracting south control points from iedge= -10 extracting east control points from iedge= 24 extracting north control points from iedge= -18 extracting west control points from iedge= 23 iface= 9 npnt = 102 ntrain= 102 (100%) non-planar (fitting) ipnt=1, prod= 0.05199 extracting south control points from iedge= -11 extracting east control points from iedge= -23 extracting north control points from iedge= -19 extracting west control points from iedge= -24 iface= 10 npnt = 131 ntrain= 131 (100%) ID 2650: is master ID 2650: iface 1 has 102 training points ID 30ec: start thread ID 30ec: iface 2 has 102 training points ID 2650: iface 1 complete with status=0, numiter= 11, normf= 3.6709e-04, nmin=2 ID 2650: iface 8 has 102 training points ID 30ec: iface 2 complete with status=0, numiter= 10, normf= 3.7058e-04, nmin=1 ID 30ec: iface 9 has 102 training points ID 2650: iface 8 complete with status=0, numiter= 10, normf= 3.7055e-04, nmin=1 ID 2650: iface 3 has 512 training points ID 2650: iface 3 skipped ID 2650: iface 4 has 135 training points ID 2650: iface 4 skipped ID 2650: iface 5 has 510 training points ID 2650: iface 5 skipped ID 2650: iface 6 has 256 training points ID 2650: iface 6 skipped ID 2650: iface 7 has 251 training points ID 2650: iface 7 skipped ID 2650: iface 10 has 131 training points ID 2650: iface 10 skipped ID 30ec: iface 9 complete with status=0, numiter= 10, normf= 3.6714e-04, nmin=2 ID 30ec: stop thread generateFits(2D), CPU= 0.05 sec EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 non-planar iface=1, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 1 ntrain= 102 rms= 7.043e-04 npnt = 102 rms= 7.043e-04 non-planar iface=2, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 2 ntrain= 102 rms= 7.112e-04 npnt = 102 rms= 7.112e-04 planar iface= 3 is planar, so accuracy is not computed planar iface= 4 is planar, so accuracy is not computed planar iface= 5 is planar, so accuracy is not computed planar iface= 6 is planar, so accuracy is not computed planar iface= 7 is planar, so accuracy is not computed non-planar iface=8, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 8 ntrain= 102 rms= 7.112e-04 npnt = 102 rms= 7.112e-04 non-planar iface=9, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 9 ntrain= 102 rms= 7.047e-04 npnt = 102 rms= 7.047e-04 planar iface= 10 is planar, so accuracy is not computed before makeTopology(SHELL, nfaces=10, closed=1) File "../../OpenCSM/trunk/data/Slugs/holes_1.egads" is being written ==> Closing input journal file real 0m0.919s user 0m0.015s sys 0m0.031s + set +x holes_0 passed (as expected) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/serveCSM' ../../OpenCSM/trunk/data/Slugs/holes_1 -outLevel 0 -batch -verify ERROR:: (egads_notfound) in Branch Brch_000001 at [[../../OpenCSM/trunk/data/Slugs/holes_1.csm:4]] EGADS status = -1 ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build() detected -1 (egads_notfound) real 0m0.112s user 0m0.000s sys 0m0.046s + set +x holes_1 failed (as NOT expected) -------------------------------------------------------------------------------------------------- ( 13 ) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/Slugs' ../../OpenCSM/trunk/data/Slugs/pieslice_0 -outLevel 0 -batch -jrnl ../../OpenCSM/trunk/data/Slugs/pieslice_0.mod.jrnl . After reading: npnt = 1529 ntri = 3054 ==> Opening input journal file "../../OpenCSM/trunk/data/Slugs/pieslice_0.mod.jrnl" Face 1 ...at beginning Edge 1, npnt= 33, ibeg= 1, iend= 2 Edge 2, npnt= 33, ibeg= 3, iend= 4 Edge 3, npnt= 17, ibeg= 2, iend= 3 Edge 4, npnt= 17, ibeg= 4, iend= 1 ...after sorting into Loops Loop 0 (0:3) Edge 1, npnt= 33, ibeg= 1, iend= 2 Edge 3, npnt= 17, ibeg= 2, iend= 3 Edge 2, npnt= 33, ibeg= 3, iend= 4 Edge 4, npnt= 17, ibeg= 4, iend= 1 Face 2 ...at beginning Edge -1, npnt= 33, iend= 2, ibeg= 1 Edge 5, npnt= 33, ibeg= 5, iend= 6 Edge 6, npnt= 17, ibeg= 6, iend= 2 Edge 7, npnt= 17, ibeg= 1, iend= 5 ...after sorting into Loops Loop 0 (0:3) Edge -1, npnt= 33, iend= 2, ibeg= 1 Edge 7, npnt= 17, ibeg= 1, iend= 5 Edge 5, npnt= 33, ibeg= 5, iend= 6 Edge 6, npnt= 17, ibeg= 6, iend= 2 Face 3 ...at beginning Edge -2, npnt= 33, iend= 4, ibeg= 3 Edge -5, npnt= 33, iend= 6, ibeg= 5 Edge 8, npnt= 17, ibeg= 3, iend= 6 Edge 9, npnt= 17, ibeg= 5, iend= 4 ...after sorting into Loops Loop 0 (0:3) Edge -2, npnt= 33, iend= 4, ibeg= 3 Edge 8, npnt= 17, ibeg= 3, iend= 6 Edge -5, npnt= 33, iend= 6, ibeg= 5 Edge 9, npnt= 17, ibeg= 5, iend= 4 Face 4 ...at beginning Edge -3, npnt= 17, iend= 3, ibeg= 2 Edge -6, npnt= 17, iend= 2, ibeg= 6 Edge -8, npnt= 17, iend= 6, ibeg= 3 ...after sorting into Loops Loop 0 (0:2) Edge -3, npnt= 17, iend= 3, ibeg= 2 Edge -6, npnt= 17, iend= 2, ibeg= 6 Edge -8, npnt= 17, iend= 6, ibeg= 3 Face 5 ...at beginning Edge -4, npnt= 17, iend= 1, ibeg= 4 Edge -7, npnt= 17, iend= 5, ibeg= 1 Edge -9, npnt= 17, iend= 4, ibeg= 5 ...after sorting into Loops Loop 0 (0:2) Edge -4, npnt= 17, iend= 1, ibeg= 4 Edge -9, npnt= 17, iend= 4, ibeg= 5 Edge -7, npnt= 17, iend= 5, ibeg= 1 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 3.7016e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 3.3503e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.5991e-02, maxf=7.9437e-02 iter= 10 normf=8.7052e-04, maxf=8.8087e-04 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=7.9216e-04, maxf=8.0841e-04 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=7.2079e-04, maxf=7.3976e-04 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=6.5576e-04, maxf=6.7486e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=5.9651e-04, maxf=6.1389e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=5.4253e-04, maxf=5.5700e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=4.9336e-04, maxf=5.0425e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=4.4858e-04, maxf=4.5561e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.0782e-04, maxf=4.1102e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=3.7074e-04, maxf=3.8530e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.3701e-04, maxf=3.6148e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.0634e-04, maxf=3.3943e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.7846e-04, maxf=3.1903e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.5312e-04, maxf=3.0016e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.3010e-04, maxf=2.8271e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.0919e-04, maxf=2.6659e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.9020e-04, maxf=2.5174e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.7295e-04, maxf=2.3809e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.5730e-04, maxf=2.2558e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.4311e-04, maxf=2.1416e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.3024e-04, maxf=2.0377e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.1859e-04, maxf=1.9437e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.0804e-04, maxf=1.8588e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 converged in 230 itertions final normf=1.0705e-04, maxf=1.8508e-04 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter=231, normf= 9.8898e-05, dotmin=0.9994, nmin=2 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.5991e-02, maxf=7.9437e-02 iter= 10 normf=8.7052e-04, maxf=8.8096e-04 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=7.9216e-04, maxf=8.0850e-04 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=7.2079e-04, maxf=7.3985e-04 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=6.5576e-04, maxf=6.7494e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=5.9651e-04, maxf=6.1397e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=5.4253e-04, maxf=5.5708e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=4.9336e-04, maxf=5.0434e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=4.4858e-04, maxf=4.5570e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.0782e-04, maxf=4.1106e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=3.7073e-04, maxf=3.8519e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.3700e-04, maxf=3.6137e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.0633e-04, maxf=3.3933e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.7845e-04, maxf=3.1893e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.5312e-04, maxf=3.0006e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.3010e-04, maxf=2.8261e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.0918e-04, maxf=2.6650e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.9019e-04, maxf=2.5165e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.7295e-04, maxf=2.3800e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.5730e-04, maxf=2.2550e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.4311e-04, maxf=2.1408e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.3024e-04, maxf=2.0369e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.1859e-04, maxf=1.9429e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.0805e-04, maxf=1.8580e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 converged in 230 itertions final normf=1.0705e-04, maxf=1.8500e-04 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter=231, normf= 9.8899e-05, dotmin=0.9994, nmin=2 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 3.3503e-07, dotmin=1.0000, nmin=4 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.5991e-02, maxf=7.9437e-02 iter= 10 normf=8.7052e-04, maxf=8.8087e-04 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=7.9216e-04, maxf=8.0841e-04 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=7.2079e-04, maxf=7.3976e-04 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=6.5576e-04, maxf=6.7486e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=5.9651e-04, maxf=6.1389e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=5.4253e-04, maxf=5.5700e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=4.9336e-04, maxf=5.0425e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=4.4858e-04, maxf=4.5561e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.0782e-04, maxf=4.1102e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=3.7074e-04, maxf=3.8530e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.3701e-04, maxf=3.6148e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.0634e-04, maxf=3.3943e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.7846e-04, maxf=3.1903e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.5312e-04, maxf=3.0016e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.3010e-04, maxf=2.8271e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.0919e-04, maxf=2.6659e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.9020e-04, maxf=2.5174e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.7295e-04, maxf=2.3809e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.5730e-04, maxf=2.2558e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.4311e-04, maxf=2.1416e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.3024e-04, maxf=2.0377e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.1859e-04, maxf=1.9437e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.0804e-04, maxf=1.8588e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 converged in 230 itertions final normf=1.0705e-04, maxf=1.8508e-04 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter=231, normf= 9.8898e-05, dotmin=0.9994, nmin=2 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.5991e-02, maxf=7.9437e-02 iter= 10 normf=8.7052e-04, maxf=8.8096e-04 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=7.9216e-04, maxf=8.0850e-04 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=7.2079e-04, maxf=7.3985e-04 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=6.5576e-04, maxf=6.7494e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=5.9651e-04, maxf=6.1397e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=5.4253e-04, maxf=5.5708e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=4.9336e-04, maxf=5.0434e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=4.4858e-04, maxf=4.5570e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.0782e-04, maxf=4.1106e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=3.7073e-04, maxf=3.8519e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.3700e-04, maxf=3.6137e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.0633e-04, maxf=3.3933e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.7845e-04, maxf=3.1893e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.5312e-04, maxf=3.0006e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.3010e-04, maxf=2.8261e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.0918e-04, maxf=2.6650e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.9019e-04, maxf=2.5165e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.7295e-04, maxf=2.3800e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.5730e-04, maxf=2.2550e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.4311e-04, maxf=2.1408e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.3024e-04, maxf=2.0369e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.1859e-04, maxf=1.9429e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.0805e-04, maxf=1.8580e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 converged in 230 itertions final normf=1.0705e-04, maxf=1.8500e-04 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter=231, normf= 9.8899e-05, dotmin=0.9994, nmin=2 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.5887e-02, maxf=7.6847e-02 iter= 10 normf=5.4235e-03, maxf=4.5773e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=4.9308e-03, maxf=4.1675e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=4.4821e-03, maxf=3.7806e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=4.0734e-03, maxf=3.4178e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=3.7012e-03, maxf=3.0804e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=3.3623e-03, maxf=2.7688e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=3.0539e-03, maxf=2.4831e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=2.7733e-03, maxf=2.2224e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=2.5182e-03, maxf=2.0059e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=2.2863e-03, maxf=1.8692e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=2.0755e-03, maxf=1.7434e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=1.8841e-03, maxf=1.6274e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.7103e-03, maxf=1.5203e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.5524e-03, maxf=1.4216e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.4091e-03, maxf=1.3304e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.2791e-03, maxf=1.2463e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.1611e-03, maxf=1.1690e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.0540e-03, maxf=1.0980e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=9.5687e-04, maxf=1.0331e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=8.6883e-04, maxf=9.7403e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=7.8905e-04, maxf=9.2046e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=7.1680e-04, maxf=8.7209e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=6.5141e-04, maxf=8.2858e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=5.9227e-04, maxf=7.8957e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=5.3883e-04, maxf=7.5469e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=4.9058e-04, maxf=7.2357e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=4.4705e-04, maxf=6.9583e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=4.0783e-04, maxf=6.7112e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=3.7253e-04, maxf=6.4909e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=3.4081e-04, maxf=6.2945e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=3.1234e-04, maxf=6.1189e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=2.8683e-04, maxf=5.9616e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=2.6403e-04, maxf=5.8204e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=2.4370e-04, maxf=5.6933e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=2.2560e-04, maxf=5.5784e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=2.0956e-04, maxf=5.4743e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=1.9536e-04, maxf=5.3796e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=1.8285e-04, maxf=5.2932e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=1.7187e-04, maxf=5.2142e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 converged in 392 itertions final normf=1.6885e-04, maxf=5.1918e-04 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter=393, normf= 1.2923e-04, dotmin=0.9825, nmin=2 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.5887e-02, maxf=7.6847e-02 iter= 10 normf=5.4235e-03, maxf=4.5776e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=4.9308e-03, maxf=4.1678e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=4.4821e-03, maxf=3.7809e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=4.0734e-03, maxf=3.4182e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=3.7012e-03, maxf=3.0807e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=3.3623e-03, maxf=2.7692e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=3.0539e-03, maxf=2.4834e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=2.7733e-03, maxf=2.2227e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=2.5182e-03, maxf=2.0062e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=2.2863e-03, maxf=1.8695e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=2.0755e-03, maxf=1.7436e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=1.8841e-03, maxf=1.6276e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.7103e-03, maxf=1.5206e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.5524e-03, maxf=1.4218e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.4092e-03, maxf=1.3307e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.2791e-03, maxf=1.2466e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.1611e-03, maxf=1.1692e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.0540e-03, maxf=1.0983e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=9.5688e-04, maxf=1.0334e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=8.6884e-04, maxf=9.7428e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=7.8906e-04, maxf=9.2071e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=7.1681e-04, maxf=8.7233e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=6.5142e-04, maxf=8.2881e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=5.9228e-04, maxf=7.8980e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=5.3884e-04, maxf=7.5492e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=4.9058e-04, maxf=7.2379e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=4.4706e-04, maxf=6.9605e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=4.0784e-04, maxf=6.7133e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=3.7254e-04, maxf=6.4931e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=3.4081e-04, maxf=6.2965e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=3.1234e-04, maxf=6.1209e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=2.8684e-04, maxf=5.9636e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=2.6404e-04, maxf=5.8223e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=2.4370e-04, maxf=5.6951e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=2.2561e-04, maxf=5.5802e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=2.0956e-04, maxf=5.4761e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=1.9537e-04, maxf=5.3813e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=1.8286e-04, maxf=5.2949e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=1.7187e-04, maxf=5.2159e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 converged in 392 itertions final normf=1.6885e-04, maxf=5.1934e-04 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter=393, normf= 1.2923e-04, dotmin=0.9825, nmin=2 generateFits(1D), CPU= 0.11 sec iface= 1 npnt = 496 ntrain= 496 (100%) iface= 2 npnt = 500 ntrain= 500 (100%) iface= 3 npnt = 480 ntrain= 480 (100%) non-planar (fitting) ipnt=1, prod= 0.00344 extracting south control points from iedge= -2 extracting east control points from iedge= 8 extracting north control points from iedge= -5 extracting west control points from iedge= 9 iface= 4 npnt = 124 ntrain= 124 (100%) non-planar (fitting) ipnt=1, prod= -0.00508 extracting south control points from iedge= -3 extracting east control points from iedge= -6 extracting north control points from iedge= -8 copying west control points from degen 0.9239 -0.3827 0.1854 iface= 5 npnt = 124 ntrain= 124 (100%) non-planar (fitting) ipnt=1, prod= 0.00231 extracting south control points from iedge= -4 extracting east control points from iedge= -9 extracting north control points from iedge= -7 copying west control points from degen 0.0000 0.0000 1.9000 ID 25c: is master ID 25c: iface 3 has 480 training points ID 2744: start thread ID 2744: iface 4 has 123 training points ID 2744: iface 4 complete with status=0, numiter= 11, normf= 5.4978e-05, nmin=0 ID 2744: iface 5 has 123 training points ID 25c: iface 3 complete with status=0, numiter= 7, normf= 6.2274e-05, nmin=5 ID 25c: iface 1 has 496 training points ID 25c: iface 1 skipped ID 25c: iface 2 has 500 training points ID 25c: iface 2 skipped ID 2744: iface 5 complete with status=0, numiter= 11, normf= 1.1774e-04, nmin=0 ID 2744: stop thread generateFits(2D), CPU= 0.23 sec EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 planar iface= 1 is planar, so accuracy is not computed planar iface= 2 is planar, so accuracy is not computed non-planar iface=3, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 3 ntrain= 480 rms= 1.126e-04 npnt = 480 rms= 1.126e-04 non-planar iface=4, nedg=3, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeTopology(DEGEN 3) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 4 ntrain= 123 rms= 9.677e-05 npnt = 123 rms= 9.679e-05 non-planar iface=5, nedg=3, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeTopology(DEGEN 3) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 5 ntrain= 123 rms= 1.002e-04 npnt = 123 rms= 1.007e-04 before makeTopology(SHELL, nfaces=5, closed=1) File "../../OpenCSM/trunk/data/Slugs/pieslice_1.egads" is being written ==> Closing input journal file real 0m1.363s user 0m0.000s sys 0m0.030s + set +x pieslice_0 passed (as expected) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/serveCSM' ../../OpenCSM/trunk/data/Slugs/pieslice_1 -outLevel 0 -batch -verify ERROR:: (egads_notfound) in Branch Brch_000001 at [[../../OpenCSM/trunk/data/Slugs/pieslice_1.csm:4]] EGADS status = -1 ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build() detected -1 (egads_notfound) real 0m0.108s user 0m0.000s sys 0m0.031s + set +x pieslice_1 failed (as NOT expected) -------------------------------------------------------------------------------------------------- ( 14 ) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/Slugs' ../../OpenCSM/trunk/data/Slugs/sphere_0 -outLevel 0 -batch -jrnl ../../OpenCSM/trunk/data/Slugs/sphere_0.mod.jrnl . After reading: npnt = 2631 ntri = 5258 ==> Opening input journal file "../../OpenCSM/trunk/data/Slugs/sphere_0.mod.jrnl" Face 1 ...at beginning Edge 1, npnt= 33, ibeg= 1, iend= 2 Edge 2, npnt= 33, ibeg= 2, iend= 3 Edge 3, npnt= 33, ibeg= 3, iend= 1 ...after sorting into Loops Loop 0 (0:2) Edge 1, npnt= 33, ibeg= 1, iend= 2 Edge 2, npnt= 33, ibeg= 2, iend= 3 Edge 3, npnt= 33, ibeg= 3, iend= 1 Face 2 ...at beginning Edge -1, npnt= 33, iend= 2, ibeg= 1 Edge 4, npnt= 33, ibeg= 4, iend= 2 Edge 5, npnt= 33, ibeg= 1, iend= 4 ...after sorting into Loops Loop 0 (0:2) Edge -1, npnt= 33, iend= 2, ibeg= 1 Edge 5, npnt= 33, ibeg= 1, iend= 4 Edge 4, npnt= 33, ibeg= 4, iend= 2 Face 3 ...at beginning Edge -2, npnt= 33, iend= 3, ibeg= 2 Edge -4, npnt= 33, iend= 2, ibeg= 4 Edge 6, npnt= 33, ibeg= 4, iend= 3 ...after sorting into Loops Loop 0 (0:2) Edge -2, npnt= 33, iend= 3, ibeg= 2 Edge -4, npnt= 33, iend= 2, ibeg= 4 Edge 6, npnt= 33, ibeg= 4, iend= 3 Face 4 ...at beginning Edge -3, npnt= 33, iend= 1, ibeg= 3 Edge -5, npnt= 33, iend= 4, ibeg= 1 Edge -6, npnt= 33, iend= 3, ibeg= 4 ...after sorting into Loops Loop 0 (0:2) Edge -3, npnt= 33, iend= 1, ibeg= 3 Edge -6, npnt= 33, iend= 3, ibeg= 4 Edge -5, npnt= 33, iend= 4, ibeg= 1 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=4.2089e-02, maxf=1.1505e-01 iter= 10 normf=8.7692e-03, maxf=7.8696e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=7.9803e-03, maxf=7.2099e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=7.2602e-03, maxf=6.5987e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=6.6035e-03, maxf=6.0351e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=6.0049e-03, maxf=5.5168e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=5.4595e-03, maxf=5.0407e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=4.9630e-03, maxf=4.6035e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=4.5111e-03, maxf=4.2017e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.1000e-03, maxf=3.8322e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=3.7261e-03, maxf=3.5124e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.3861e-03, maxf=3.2713e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.0770e-03, maxf=3.0480e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.7961e-03, maxf=2.8419e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.5409e-03, maxf=2.6521e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.3091e-03, maxf=2.4782e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.0986e-03, maxf=2.3195e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.9076e-03, maxf=2.1750e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.7345e-03, maxf=2.0441e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.5775e-03, maxf=1.9257e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.4353e-03, maxf=1.8188e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.3066e-03, maxf=1.7224e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.1902e-03, maxf=1.6355e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.0850e-03, maxf=1.5571e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=9.8998e-04, maxf=1.4864e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=9.0425e-04, maxf=1.4225e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=8.2698e-04, maxf=1.3646e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=7.5744e-04, maxf=1.3122e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=6.9493e-04, maxf=1.2646e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=6.3883e-04, maxf=1.2213e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=5.8858e-04, maxf=1.1819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=5.4366e-04, maxf=1.1460e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=5.0359e-04, maxf=1.1132e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=4.6793e-04, maxf=1.0832e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=4.3628e-04, maxf=1.0557e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=4.0824e-04, maxf=1.0306e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=3.8347e-04, maxf=1.0074e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=3.6164e-04, maxf=9.8609e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=3.4244e-04, maxf=9.6642e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=3.2559e-04, maxf=9.4823e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.1081e-04, maxf=9.3136e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=2.9787e-04, maxf=9.1568e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=2.8653e-04, maxf=9.0106e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=2.7660e-04, maxf=8.8739e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=2.6789e-04, maxf=8.7456e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=2.6023e-04, maxf=8.6249e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.5347e-04, maxf=8.5109e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.4750e-04, maxf=8.4029e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 converged in 475 itertions final normf=2.4424e-04, maxf=8.3421e-04 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter=476, normf= 2.4424e-04, dotmin=0.9622, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=4.2089e-02, maxf=1.1505e-01 iter= 10 normf=8.7692e-03, maxf=7.8696e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=7.9803e-03, maxf=7.2099e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=7.2603e-03, maxf=6.5987e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=6.6036e-03, maxf=6.0351e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=6.0049e-03, maxf=5.5167e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=5.4596e-03, maxf=5.0406e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=4.9630e-03, maxf=4.6034e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=4.5111e-03, maxf=4.2016e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.1000e-03, maxf=3.8321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=3.7261e-03, maxf=3.5123e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.3861e-03, maxf=3.2711e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.0770e-03, maxf=3.0479e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.7961e-03, maxf=2.8417e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.5409e-03, maxf=2.6520e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.3091e-03, maxf=2.4781e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.0986e-03, maxf=2.3193e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.9076e-03, maxf=2.1748e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.7345e-03, maxf=2.0439e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.5775e-03, maxf=1.9255e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.4353e-03, maxf=1.8186e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.3066e-03, maxf=1.7222e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.1902e-03, maxf=1.6353e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.0850e-03, maxf=1.5569e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=9.8998e-04, maxf=1.4862e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=9.0425e-04, maxf=1.4223e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=8.2698e-04, maxf=1.3644e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=7.5744e-04, maxf=1.3120e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=6.9492e-04, maxf=1.2644e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=6.3883e-04, maxf=1.2211e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=5.8858e-04, maxf=1.1817e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=5.4366e-04, maxf=1.1458e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=5.0359e-04, maxf=1.1130e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=4.6793e-04, maxf=1.0830e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=4.3627e-04, maxf=1.0556e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=4.0823e-04, maxf=1.0304e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=3.8346e-04, maxf=1.0072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=3.6163e-04, maxf=9.8590e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=3.4243e-04, maxf=9.6623e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=3.2557e-04, maxf=9.4804e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.1080e-04, maxf=9.3118e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=2.9785e-04, maxf=9.1550e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=2.8652e-04, maxf=9.0089e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=2.7658e-04, maxf=8.8721e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=2.6787e-04, maxf=8.7439e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=2.6021e-04, maxf=8.6232e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.5346e-04, maxf=8.5092e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.4748e-04, maxf=8.4012e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 converged in 475 itertions final normf=2.4422e-04, maxf=8.3415e-04 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter=476, normf= 2.4422e-04, dotmin=0.9622, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=4.2089e-02, maxf=1.1505e-01 iter= 10 normf=8.7692e-03, maxf=7.8696e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=7.9803e-03, maxf=7.2098e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=7.2603e-03, maxf=6.5987e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=6.6036e-03, maxf=6.0350e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=6.0049e-03, maxf=5.5167e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=5.4596e-03, maxf=5.0406e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=4.9630e-03, maxf=4.6034e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=4.5111e-03, maxf=4.2016e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.1000e-03, maxf=3.8321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=3.7261e-03, maxf=3.5123e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.3861e-03, maxf=3.2711e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.0770e-03, maxf=3.0478e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.7961e-03, maxf=2.8417e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.5409e-03, maxf=2.6519e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.3091e-03, maxf=2.4780e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.0986e-03, maxf=2.3192e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.9076e-03, maxf=2.1748e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.7345e-03, maxf=2.0439e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.5775e-03, maxf=1.9255e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.4353e-03, maxf=1.8186e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.3066e-03, maxf=1.7222e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.1902e-03, maxf=1.6353e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.0850e-03, maxf=1.5569e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=9.8998e-04, maxf=1.4862e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=9.0424e-04, maxf=1.4222e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=8.2698e-04, maxf=1.3644e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=7.5743e-04, maxf=1.3120e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=6.9492e-04, maxf=1.2644e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=6.3883e-04, maxf=1.2211e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=5.8858e-04, maxf=1.1817e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=5.4366e-04, maxf=1.1458e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=5.0358e-04, maxf=1.1130e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=4.6792e-04, maxf=1.0830e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=4.3626e-04, maxf=1.0555e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=4.0823e-04, maxf=1.0303e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=3.8346e-04, maxf=1.0072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=3.6163e-04, maxf=9.8588e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=3.4243e-04, maxf=9.6622e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=3.2557e-04, maxf=9.4803e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.1079e-04, maxf=9.3117e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=2.9785e-04, maxf=9.1549e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=2.8651e-04, maxf=9.0087e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=2.7658e-04, maxf=8.8720e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=2.6787e-04, maxf=8.7437e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=2.6021e-04, maxf=8.6230e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.5345e-04, maxf=8.5090e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.4748e-04, maxf=8.4010e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 converged in 475 itertions final normf=2.4422e-04, maxf=8.3410e-04 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter=476, normf= 2.4422e-04, dotmin=0.9622, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=4.2089e-02, maxf=1.1505e-01 iter= 10 normf=8.7692e-03, maxf=7.8696e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=7.9803e-03, maxf=7.2099e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=7.2603e-03, maxf=6.5987e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=6.6036e-03, maxf=6.0351e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=6.0049e-03, maxf=5.5167e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=5.4596e-03, maxf=5.0406e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=4.9630e-03, maxf=4.6034e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=4.5111e-03, maxf=4.2016e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.1000e-03, maxf=3.8321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=3.7261e-03, maxf=3.5123e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.3861e-03, maxf=3.2711e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.0770e-03, maxf=3.0479e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.7961e-03, maxf=2.8417e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.5409e-03, maxf=2.6520e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.3091e-03, maxf=2.4781e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.0986e-03, maxf=2.3193e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.9076e-03, maxf=2.1748e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.7345e-03, maxf=2.0439e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.5775e-03, maxf=1.9255e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.4353e-03, maxf=1.8186e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.3066e-03, maxf=1.7222e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.1902e-03, maxf=1.6353e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.0850e-03, maxf=1.5569e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=9.8998e-04, maxf=1.4862e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=9.0425e-04, maxf=1.4223e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=8.2698e-04, maxf=1.3644e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=7.5744e-04, maxf=1.3120e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=6.9492e-04, maxf=1.2644e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=6.3883e-04, maxf=1.2211e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=5.8858e-04, maxf=1.1817e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=5.4366e-04, maxf=1.1458e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=5.0359e-04, maxf=1.1130e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=4.6793e-04, maxf=1.0830e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=4.3627e-04, maxf=1.0556e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=4.0823e-04, maxf=1.0304e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=3.8346e-04, maxf=1.0072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=3.6163e-04, maxf=9.8590e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=3.4243e-04, maxf=9.6623e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=3.2557e-04, maxf=9.4804e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.1080e-04, maxf=9.3118e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=2.9785e-04, maxf=9.1550e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=2.8652e-04, maxf=9.0089e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=2.7658e-04, maxf=8.8721e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=2.6787e-04, maxf=8.7439e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=2.6021e-04, maxf=8.6232e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.5346e-04, maxf=8.5092e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.4748e-04, maxf=8.4012e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 converged in 475 itertions final normf=2.4422e-04, maxf=8.3415e-04 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter=476, normf= 2.4422e-04, dotmin=0.9622, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=4.2089e-02, maxf=1.1505e-01 iter= 10 normf=8.7692e-03, maxf=7.8696e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=7.9803e-03, maxf=7.2098e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=7.2603e-03, maxf=6.5987e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=6.6036e-03, maxf=6.0350e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=6.0049e-03, maxf=5.5167e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=5.4596e-03, maxf=5.0406e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=4.9630e-03, maxf=4.6034e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=4.5111e-03, maxf=4.2016e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.1000e-03, maxf=3.8321e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=3.7261e-03, maxf=3.5123e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.3861e-03, maxf=3.2711e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.0770e-03, maxf=3.0478e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.7961e-03, maxf=2.8417e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.5409e-03, maxf=2.6519e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.3091e-03, maxf=2.4780e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.0986e-03, maxf=2.3192e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.9076e-03, maxf=2.1748e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.7345e-03, maxf=2.0439e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.5775e-03, maxf=1.9255e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.4353e-03, maxf=1.8186e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.3066e-03, maxf=1.7222e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.1902e-03, maxf=1.6353e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.0850e-03, maxf=1.5569e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=9.8998e-04, maxf=1.4862e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=9.0424e-04, maxf=1.4222e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=8.2698e-04, maxf=1.3644e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=7.5743e-04, maxf=1.3120e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=6.9492e-04, maxf=1.2644e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=6.3883e-04, maxf=1.2211e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=5.8858e-04, maxf=1.1817e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=5.4366e-04, maxf=1.1458e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=5.0358e-04, maxf=1.1130e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=4.6792e-04, maxf=1.0830e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=4.3626e-04, maxf=1.0555e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=4.0823e-04, maxf=1.0303e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=3.8346e-04, maxf=1.0072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=3.6163e-04, maxf=9.8588e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=3.4243e-04, maxf=9.6622e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=3.2557e-04, maxf=9.4803e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.1079e-04, maxf=9.3117e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=2.9785e-04, maxf=9.1549e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=2.8651e-04, maxf=9.0087e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=2.7658e-04, maxf=8.8720e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=2.6787e-04, maxf=8.7437e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=2.6021e-04, maxf=8.6230e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.5345e-04, maxf=8.5090e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.4748e-04, maxf=8.4010e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 converged in 475 itertions final normf=2.4422e-04, maxf=8.3410e-04 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter=476, normf= 2.4422e-04, dotmin=0.9622, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.6152e-02, maxf=7.3433e-02 converged in 8 itertions final normf=2.0564e-07, maxf=2.4036e-08 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 9, normf= 4.1129e-07, dotmin=1.0000, nmin=4 generateFits(1D), CPU= 0.28 sec iface= 1 npnt = 1057 ntrain= 1057 (100%) non-planar (fitting) ipnt=1, prod= -0.02701 extracting south control points from iedge= 1 extracting east control points from iedge= 2 extracting north control points from iedge= 3 copying west control points from degen 0.0000 -0.0000 1.0000 iface= 2 npnt = 823 ntrain= 823 (100%) non-planar (fitting) ipnt=1, prod= -0.02772 extracting south control points from iedge= -1 extracting east control points from iedge= 5 extracting north control points from iedge= 4 copying west control points from degen -1.0000 0.0000 0.0000 iface= 3 npnt = 470 ntrain= 470 (100%) iface= 4 npnt = 475 ntrain= 475 (100%) ID 1bf4: is master ID 1bf4: iface 1 has 1056 training points ID 1bf0: start thread ID 1bf0: iface 2 has 822 training points ID 1bf0: iface 2 complete with status=0, numiter=100, normf= 3.9001e-04, nmin=4 ID 1bf0: iface 3 has 470 training points ID 1bf0: iface 3 skipped ID 1bf0: iface 4 has 475 training points ID 1bf0: iface 4 skipped ID 1bf0: stop thread ID 1bf4: iface 1 complete with status=0, numiter=100, normf= 3.1400e-04, nmin=16 generateFits(2D), CPU= 6.76 sec EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 non-planar iface=1, nedg=3, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeTopology(DEGEN 3) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 1 ntrain= 1056 rms= 4.779e-04 npnt = 1056 rms= 4.807e-04 non-planar iface=2, nedg=3, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeTopology(DEGEN 3) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 2 ntrain= 822 rms= 5.702e-04 npnt = 822 rms= 5.707e-04 planar iface= 3 is planar, so accuracy is not computed planar iface= 4 is planar, so accuracy is not computed before makeTopology(SHELL, nfaces=4, closed=1) File "../../OpenCSM/trunk/data/Slugs/sphere_1.egads" is being written ==> Closing input journal file real 0m9.380s user 0m0.000s sys 0m0.046s + set +x sphere_0 passed (as expected) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/serveCSM' ../../OpenCSM/trunk/data/Slugs/sphere_1 -outLevel 0 -batch -verify ERROR:: (egads_notfound) in Branch Brch_000001 at [[../../OpenCSM/trunk/data/Slugs/sphere_1.csm:4]] EGADS status = -1 ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build() detected -1 (egads_notfound) real 0m0.114s user 0m0.000s sys 0m0.046s + set +x sphere_1 failed (as NOT expected) -------------------------------------------------------------------------------------------------- ( 15 ) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/Slugs' ../../OpenCSM/trunk/data/Slugs/torus_0 -outLevel 0 -batch -jrnl ../../OpenCSM/trunk/data/Slugs/torus_0.mod.jrnl ... After reading: npnt = 13247 ntri = 26494 ==> Opening input journal file "../../OpenCSM/trunk/data/Slugs/torus_0.mod.jrnl" Face 1 ...at beginning Edge 1, npnt= 65, ibeg= 1, iend= 2 Edge 2, npnt= 65, ibeg= 3, iend= 4 Edge 3, npnt= 33, ibeg= 4, iend= 1 Edge 4, npnt= 33, ibeg= 2, iend= 3 ...after sorting into Loops Loop 0 (0:3) Edge 1, npnt= 65, ibeg= 1, iend= 2 Edge 4, npnt= 33, ibeg= 2, iend= 3 Edge 2, npnt= 65, ibeg= 3, iend= 4 Edge 3, npnt= 33, ibeg= 4, iend= 1 Face 2 ...at beginning Edge 5, npnt= 65, ibeg= 5, iend= 6 Edge 6, npnt= 65, ibeg= 7, iend= 8 Edge 7, npnt= 33, ibeg= 8, iend= 5 Edge 8, npnt= 33, ibeg= 6, iend= 7 ...after sorting into Loops Loop 0 (0:3) Edge 5, npnt= 65, ibeg= 5, iend= 6 Edge 8, npnt= 33, ibeg= 6, iend= 7 Edge 6, npnt= 65, ibeg= 7, iend= 8 Edge 7, npnt= 33, ibeg= 8, iend= 5 Face 3 ...at beginning Edge -1, npnt= 65, iend= 2, ibeg= 1 Edge -5, npnt= 65, iend= 6, ibeg= 5 Edge 9, npnt= 33, ibeg= 1, iend= 6 Edge 10, npnt= 33, ibeg= 5, iend= 2 ...after sorting into Loops Loop 0 (0:3) Edge -1, npnt= 65, iend= 2, ibeg= 1 Edge 9, npnt= 33, ibeg= 1, iend= 6 Edge -5, npnt= 65, iend= 6, ibeg= 5 Edge 10, npnt= 33, ibeg= 5, iend= 2 Face 4 ...at beginning Edge -2, npnt= 65, iend= 4, ibeg= 3 Edge -6, npnt= 65, iend= 8, ibeg= 7 Edge 11, npnt= 33, ibeg= 3, iend= 8 Edge 12, npnt= 33, ibeg= 7, iend= 4 ...after sorting into Loops Loop 0 (0:3) Edge -2, npnt= 65, iend= 4, ibeg= 3 Edge 11, npnt= 33, ibeg= 3, iend= 8 Edge -6, npnt= 65, iend= 8, ibeg= 7 Edge 12, npnt= 33, ibeg= 7, iend= 4 Face 5 ...at beginning Edge -7, npnt= 33, iend= 5, ibeg= 8 Edge -8, npnt= 33, iend= 7, ibeg= 6 Edge 13, npnt= 65, ibeg= 8, iend= 7 Edge 14, npnt= 65, ibeg= 6, iend= 5 ...after sorting into Loops Loop 0 (0:3) Edge -7, npnt= 33, iend= 5, ibeg= 8 Edge 13, npnt= 65, ibeg= 8, iend= 7 Edge -8, npnt= 33, iend= 7, ibeg= 6 Edge 14, npnt= 65, ibeg= 6, iend= 5 Face 6 ...at beginning Edge -11, npnt= 33, iend= 8, ibeg= 3 Edge -12, npnt= 33, iend= 4, ibeg= 7 Edge -13, npnt= 65, iend= 7, ibeg= 8 Edge 15, npnt= 65, ibeg= 3, iend= 4 ...after sorting into Loops Loop 0 (0:3) Edge -11, npnt= 33, iend= 8, ibeg= 3 Edge 15, npnt= 65, ibeg= 3, iend= 4 Edge -12, npnt= 33, iend= 4, ibeg= 7 Edge -13, npnt= 65, iend= 7, ibeg= 8 Face 7 ...at beginning Edge -3, npnt= 33, iend= 1, ibeg= 4 Edge -4, npnt= 33, iend= 3, ibeg= 2 Edge -15, npnt= 65, iend= 4, ibeg= 3 Edge 16, npnt= 65, ibeg= 2, iend= 1 ...after sorting into Loops Loop 0 (0:3) Edge -3, npnt= 33, iend= 1, ibeg= 4 Edge -15, npnt= 65, iend= 4, ibeg= 3 Edge -4, npnt= 33, iend= 3, ibeg= 2 Edge 16, npnt= 65, ibeg= 2, iend= 1 Face 8 ...at beginning Edge -9, npnt= 33, iend= 6, ibeg= 1 Edge -10, npnt= 33, iend= 2, ibeg= 5 Edge -14, npnt= 65, iend= 5, ibeg= 6 Edge -16, npnt= 65, iend= 1, ibeg= 2 ...after sorting into Loops Loop 0 (0:3) Edge -9, npnt= 33, iend= 6, ibeg= 1 Edge -16, npnt= 65, iend= 1, ibeg= 2 Edge -10, npnt= 33, iend= 2, ibeg= 5 Edge -14, npnt= 65, iend= 5, ibeg= 6 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3106e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1929e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0823e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8382e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1363e-03, maxf=8.9998e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3109e-03, maxf=8.2226e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5585e-03, maxf=7.5037e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8729e-03, maxf=6.8412e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2485e-03, maxf=6.2327e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6801e-03, maxf=5.7347e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1630e-03, maxf=5.2927e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6927e-03, maxf=4.8885e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2653e-03, maxf=4.5194e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1826e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5245e-03, maxf=3.8754e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2045e-03, maxf=3.5951e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9142e-03, maxf=3.3392e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6509e-03, maxf=3.1086e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4122e-03, maxf=2.9278e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7614e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6081e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4670e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3370e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5162e-03, maxf=2.2173e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1069e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2656e-03, maxf=2.0050e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1580e-03, maxf=1.9110e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8240e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7266e-04, maxf=1.7434e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9313e-04, maxf=1.6686e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2126e-04, maxf=1.5991e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5632e-04, maxf=1.5342e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9765e-04, maxf=1.4736e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4467e-04, maxf=1.4169e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9683e-04, maxf=1.3637e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5366e-04, maxf=1.3136e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1471e-04, maxf=1.2665e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7960e-04, maxf=1.2220e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4797e-04, maxf=1.1800e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1948e-04, maxf=1.1402e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9385e-04, maxf=1.1025e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7080e-04, maxf=1.0668e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5008e-04, maxf=1.0328e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3148e-04, maxf=1.0006e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1479e-04, maxf=9.6988e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9981e-04, maxf=9.4068e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8638e-04, maxf=9.1613e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7434e-04, maxf=8.9307e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6354e-04, maxf=8.7103e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5386e-04, maxf=8.4995e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4517e-04, maxf=8.2979e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3737e-04, maxf=8.1050e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3036e-04, maxf=7.9205e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2406e-04, maxf=7.7439e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1838e-04, maxf=7.5749e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1325e-04, maxf=7.4130e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0862e-04, maxf=7.2581e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0442e-04, maxf=7.1097e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0061e-04, maxf=6.9675e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9715e-04, maxf=6.8313e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9398e-04, maxf=6.7008e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9109e-04, maxf=6.5757e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8844e-04, maxf=6.4558e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8599e-04, maxf=6.3408e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8374e-04, maxf=6.2305e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8166e-04, maxf=6.1248e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=1.7973e-04, maxf=6.0232e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 converged in 669 itertions final normf=1.7973e-04, maxf=6.0232e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=670, normf= 1.7973e-04, dotmin=0.8848, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5310e-02, maxf=1.1424e-01 iter= 10 normf=1.3309e-02, maxf=1.3102e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1926e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0820e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8359e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1359e-03, maxf=8.9979e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3105e-03, maxf=8.2209e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5581e-03, maxf=7.5024e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8726e-03, maxf=6.8401e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2482e-03, maxf=6.2320e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6798e-03, maxf=5.7341e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1627e-03, maxf=5.2923e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6925e-03, maxf=4.8883e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2651e-03, maxf=4.5194e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8769e-03, maxf=4.1827e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5243e-03, maxf=3.8757e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5955e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3397e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1090e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9283e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1957e-03, maxf=2.7619e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6087e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4676e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3376e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5162e-03, maxf=2.2179e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1075e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2656e-03, maxf=2.0057e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1580e-03, maxf=1.9116e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0607e-03, maxf=1.8247e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7269e-04, maxf=1.7441e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9317e-04, maxf=1.6693e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2131e-04, maxf=1.5997e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5637e-04, maxf=1.5349e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9771e-04, maxf=1.4743e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4473e-04, maxf=1.4175e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9690e-04, maxf=1.3643e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5373e-04, maxf=1.3143e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1479e-04, maxf=1.2671e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7968e-04, maxf=1.2226e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4804e-04, maxf=1.1806e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1956e-04, maxf=1.1408e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9392e-04, maxf=1.1031e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7087e-04, maxf=1.0674e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5016e-04, maxf=1.0334e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3156e-04, maxf=1.0011e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1486e-04, maxf=9.7044e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9988e-04, maxf=9.4124e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8645e-04, maxf=9.1575e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7440e-04, maxf=8.9268e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6360e-04, maxf=8.7063e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5392e-04, maxf=8.4955e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4523e-04, maxf=8.2938e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3743e-04, maxf=8.1009e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3042e-04, maxf=7.9164e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2411e-04, maxf=7.7397e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1843e-04, maxf=7.5706e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1330e-04, maxf=7.4088e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0866e-04, maxf=7.2538e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0446e-04, maxf=7.1054e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0065e-04, maxf=6.9632e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9718e-04, maxf=6.8269e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9401e-04, maxf=6.6964e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9112e-04, maxf=6.5713e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8846e-04, maxf=6.4513e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8602e-04, maxf=6.3363e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8377e-04, maxf=6.2260e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8168e-04, maxf=6.1202e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=1.7975e-04, maxf=6.0186e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 converged in 669 itertions final normf=1.7975e-04, maxf=6.0186e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=670, normf= 1.7975e-04, dotmin=0.8848, nmin=8 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=4.2089e-02, maxf=1.1505e-01 iter= 10 normf=8.7692e-03, maxf=7.8697e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=7.9803e-03, maxf=7.2099e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=7.2603e-03, maxf=6.5988e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=6.6036e-03, maxf=6.0351e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=6.0049e-03, maxf=5.5168e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=5.4596e-03, maxf=5.0407e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=4.9630e-03, maxf=4.6035e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=4.5111e-03, maxf=4.2017e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.1000e-03, maxf=3.8322e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=3.7261e-03, maxf=3.5122e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.3861e-03, maxf=3.2710e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.0770e-03, maxf=3.0478e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.7961e-03, maxf=2.8416e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.5409e-03, maxf=2.6519e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.3091e-03, maxf=2.4780e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.0986e-03, maxf=2.3192e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.9076e-03, maxf=2.1747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.7345e-03, maxf=2.0438e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.5775e-03, maxf=1.9254e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.4353e-03, maxf=1.8185e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.3066e-03, maxf=1.7221e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.1902e-03, maxf=1.6352e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.0850e-03, maxf=1.5568e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=9.8997e-04, maxf=1.4861e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=9.0424e-04, maxf=1.4222e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=8.2697e-04, maxf=1.3643e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=7.5742e-04, maxf=1.3119e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=6.9491e-04, maxf=1.2643e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=6.3881e-04, maxf=1.2210e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=5.8856e-04, maxf=1.1816e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=5.4364e-04, maxf=1.1457e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=5.0357e-04, maxf=1.1129e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=4.6791e-04, maxf=1.0829e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=4.3625e-04, maxf=1.0555e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=4.0821e-04, maxf=1.0303e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=3.8344e-04, maxf=1.0071e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=3.6161e-04, maxf=9.8581e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=3.4241e-04, maxf=9.6614e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=3.2555e-04, maxf=9.4796e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.1077e-04, maxf=9.3109e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=2.9783e-04, maxf=9.1542e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=2.8649e-04, maxf=9.0080e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=2.7656e-04, maxf=8.8713e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=2.6784e-04, maxf=8.7430e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=2.6018e-04, maxf=8.6223e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.5343e-04, maxf=8.5083e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.4745e-04, maxf=8.4004e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 converged in 475 itertions final normf=2.4419e-04, maxf=8.3392e-04 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter=476, normf= 3.6629e-04, dotmin=0.9622, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=4.2089e-02, maxf=1.1505e-01 iter= 10 normf=8.7693e-03, maxf=7.8706e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=7.9803e-03, maxf=7.2107e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=7.2603e-03, maxf=6.5995e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=6.6036e-03, maxf=6.0357e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=6.0049e-03, maxf=5.5173e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=5.4596e-03, maxf=5.0412e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=4.9631e-03, maxf=4.6039e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=4.5112e-03, maxf=4.2021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.1001e-03, maxf=3.8325e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=3.7261e-03, maxf=3.5127e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.3862e-03, maxf=3.2715e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.0771e-03, maxf=3.0482e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.7961e-03, maxf=2.8420e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.5409e-03, maxf=2.6523e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.3091e-03, maxf=2.4783e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.0986e-03, maxf=2.3195e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.9077e-03, maxf=2.1751e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.7345e-03, maxf=2.0441e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.5775e-03, maxf=1.9257e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.4353e-03, maxf=1.8188e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.3066e-03, maxf=1.7224e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.1902e-03, maxf=1.6355e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.0850e-03, maxf=1.5571e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=9.8998e-04, maxf=1.4863e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=9.0425e-04, maxf=1.4224e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=8.2698e-04, maxf=1.3645e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=7.5743e-04, maxf=1.3121e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=6.9492e-04, maxf=1.2645e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=6.3882e-04, maxf=1.2212e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=5.8857e-04, maxf=1.1818e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=5.4365e-04, maxf=1.1459e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=5.0358e-04, maxf=1.1131e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=4.6792e-04, maxf=1.0831e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=4.3626e-04, maxf=1.0556e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=4.0822e-04, maxf=1.0304e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=3.8345e-04, maxf=1.0073e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=3.6162e-04, maxf=9.8596e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=3.4242e-04, maxf=9.6630e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=3.2556e-04, maxf=9.4811e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.1078e-04, maxf=9.3124e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=2.9784e-04, maxf=9.1556e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=2.8650e-04, maxf=9.0094e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=2.7657e-04, maxf=8.8726e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=2.6786e-04, maxf=8.7444e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=2.6019e-04, maxf=8.6236e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.5344e-04, maxf=8.5096e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.4746e-04, maxf=8.4016e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 converged in 475 itertions final normf=2.4420e-04, maxf=8.3415e-04 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter=476, normf= 1.2210e-04, dotmin=0.9622, nmin=4 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3105e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1928e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0822e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8375e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1362e-03, maxf=8.9993e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3108e-03, maxf=8.2221e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5584e-03, maxf=7.5033e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8728e-03, maxf=6.8408e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2484e-03, maxf=6.2324e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6800e-03, maxf=5.7340e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1629e-03, maxf=5.2921e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6926e-03, maxf=4.8880e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2652e-03, maxf=4.5189e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1822e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5244e-03, maxf=3.8750e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5947e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3389e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1076e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7604e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4662e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5161e-03, maxf=2.2165e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1061e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2655e-03, maxf=2.0043e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1579e-03, maxf=1.9103e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7261e-04, maxf=1.7428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9308e-04, maxf=1.6680e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2121e-04, maxf=1.5985e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5627e-04, maxf=1.5336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9760e-04, maxf=1.4731e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4462e-04, maxf=1.4164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9678e-04, maxf=1.3632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5361e-04, maxf=1.3132e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1467e-04, maxf=1.2660e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7956e-04, maxf=1.2216e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4792e-04, maxf=1.1796e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1943e-04, maxf=1.1398e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9380e-04, maxf=1.1021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7075e-04, maxf=1.0664e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5004e-04, maxf=1.0325e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3144e-04, maxf=1.0002e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1474e-04, maxf=9.6955e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9976e-04, maxf=9.4037e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8633e-04, maxf=9.1519e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7429e-04, maxf=8.9214e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6350e-04, maxf=8.7010e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5381e-04, maxf=8.4903e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4512e-04, maxf=8.2888e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3733e-04, maxf=8.0961e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3032e-04, maxf=7.9116e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2401e-04, maxf=7.7351e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1833e-04, maxf=7.5662e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1321e-04, maxf=7.4045e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0857e-04, maxf=7.2496e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0438e-04, maxf=7.1013e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0057e-04, maxf=6.9592e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9710e-04, maxf=6.8231e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9394e-04, maxf=6.6926e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9104e-04, maxf=6.5676e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8839e-04, maxf=6.4478e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8595e-04, maxf=6.3328e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8370e-04, maxf=6.2226e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8162e-04, maxf=6.1169e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 converged in 668 itertions final normf=1.7987e-04, maxf=6.0254e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=669, normf= 1.7987e-04, dotmin=0.8847, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3106e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1929e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0823e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8382e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1363e-03, maxf=8.9998e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3109e-03, maxf=8.2226e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5585e-03, maxf=7.5037e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8729e-03, maxf=6.8412e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2485e-03, maxf=6.2327e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6801e-03, maxf=5.7347e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1630e-03, maxf=5.2927e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6927e-03, maxf=4.8885e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2653e-03, maxf=4.5194e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1826e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5245e-03, maxf=3.8754e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2045e-03, maxf=3.5951e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9142e-03, maxf=3.3392e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6509e-03, maxf=3.1086e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4122e-03, maxf=2.9278e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7614e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6081e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4670e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3370e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5162e-03, maxf=2.2173e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1069e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2656e-03, maxf=2.0050e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1580e-03, maxf=1.9110e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8240e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7266e-04, maxf=1.7434e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9313e-04, maxf=1.6686e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2126e-04, maxf=1.5991e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5632e-04, maxf=1.5342e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9765e-04, maxf=1.4736e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4467e-04, maxf=1.4169e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9683e-04, maxf=1.3637e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5366e-04, maxf=1.3136e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1471e-04, maxf=1.2665e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7960e-04, maxf=1.2220e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4797e-04, maxf=1.1800e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1948e-04, maxf=1.1402e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9385e-04, maxf=1.1025e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7080e-04, maxf=1.0668e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5008e-04, maxf=1.0328e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3148e-04, maxf=1.0006e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1479e-04, maxf=9.6988e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9981e-04, maxf=9.4068e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8638e-04, maxf=9.1613e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7434e-04, maxf=8.9307e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6354e-04, maxf=8.7103e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5386e-04, maxf=8.4995e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4517e-04, maxf=8.2979e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3737e-04, maxf=8.1050e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3036e-04, maxf=7.9205e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2406e-04, maxf=7.7439e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1838e-04, maxf=7.5749e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1325e-04, maxf=7.4130e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0862e-04, maxf=7.2581e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0442e-04, maxf=7.1097e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0061e-04, maxf=6.9675e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9715e-04, maxf=6.8313e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9398e-04, maxf=6.7008e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9109e-04, maxf=6.5757e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8844e-04, maxf=6.4558e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8599e-04, maxf=6.3408e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8374e-04, maxf=6.2305e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8166e-04, maxf=6.1248e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=1.7973e-04, maxf=6.0232e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 converged in 669 itertions final normf=1.7973e-04, maxf=6.0232e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=670, normf= 1.7973e-04, dotmin=0.8848, nmin=8 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=4.2088e-02, maxf=1.1505e-01 iter= 10 normf=8.7691e-03, maxf=7.8704e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=7.9802e-03, maxf=7.2107e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=7.2602e-03, maxf=6.5995e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=6.6034e-03, maxf=6.0358e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=6.0048e-03, maxf=5.5174e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=5.4595e-03, maxf=5.0413e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=4.9630e-03, maxf=4.6040e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=4.5111e-03, maxf=4.2022e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.1000e-03, maxf=3.8326e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=3.7261e-03, maxf=3.5128e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.3861e-03, maxf=3.2716e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.0770e-03, maxf=3.0483e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.7961e-03, maxf=2.8421e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.5408e-03, maxf=2.6524e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.3090e-03, maxf=2.4784e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.0986e-03, maxf=2.3196e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.9076e-03, maxf=2.1752e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.7344e-03, maxf=2.0442e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.5775e-03, maxf=1.9258e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.4353e-03, maxf=1.8189e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.3066e-03, maxf=1.7225e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.1902e-03, maxf=1.6355e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.0850e-03, maxf=1.5572e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=9.8994e-04, maxf=1.4864e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=9.0421e-04, maxf=1.4225e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=8.2695e-04, maxf=1.3646e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=7.5740e-04, maxf=1.3121e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=6.9489e-04, maxf=1.2645e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=6.3880e-04, maxf=1.2213e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=5.8855e-04, maxf=1.1819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=5.4363e-04, maxf=1.1459e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=5.0356e-04, maxf=1.1131e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=4.6790e-04, maxf=1.0831e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=4.3624e-04, maxf=1.0557e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=4.0820e-04, maxf=1.0305e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=3.8343e-04, maxf=1.0073e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=3.6160e-04, maxf=9.8601e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=3.4241e-04, maxf=9.6634e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=3.2555e-04, maxf=9.4815e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.1077e-04, maxf=9.3128e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=2.9783e-04, maxf=9.1560e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=2.8649e-04, maxf=9.0098e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=2.7656e-04, maxf=8.8731e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=2.6785e-04, maxf=8.7448e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=2.6019e-04, maxf=8.6240e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.5343e-04, maxf=8.5100e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.4746e-04, maxf=8.4020e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 converged in 475 itertions final normf=2.4420e-04, maxf=8.3405e-04 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter=476, normf= 1.2210e-04, dotmin=0.9622, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=4.2089e-02, maxf=1.1505e-01 iter= 10 normf=8.7692e-03, maxf=7.8697e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=7.9803e-03, maxf=7.2099e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=7.2603e-03, maxf=6.5988e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=6.6036e-03, maxf=6.0351e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=6.0049e-03, maxf=5.5168e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=5.4596e-03, maxf=5.0407e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=4.9630e-03, maxf=4.6035e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=4.5111e-03, maxf=4.2017e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.1000e-03, maxf=3.8322e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=3.7261e-03, maxf=3.5122e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.3861e-03, maxf=3.2710e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.0770e-03, maxf=3.0478e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.7961e-03, maxf=2.8416e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.5409e-03, maxf=2.6519e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.3091e-03, maxf=2.4780e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.0986e-03, maxf=2.3192e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.9076e-03, maxf=2.1747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.7345e-03, maxf=2.0438e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.5775e-03, maxf=1.9254e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.4353e-03, maxf=1.8185e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.3066e-03, maxf=1.7221e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.1902e-03, maxf=1.6352e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.0850e-03, maxf=1.5568e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=9.8997e-04, maxf=1.4861e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=9.0424e-04, maxf=1.4222e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=8.2697e-04, maxf=1.3643e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=7.5742e-04, maxf=1.3119e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=6.9491e-04, maxf=1.2643e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=6.3881e-04, maxf=1.2210e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=5.8856e-04, maxf=1.1816e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=5.4364e-04, maxf=1.1457e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=5.0357e-04, maxf=1.1129e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=4.6791e-04, maxf=1.0829e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=4.3625e-04, maxf=1.0555e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=4.0821e-04, maxf=1.0303e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=3.8344e-04, maxf=1.0071e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=3.6161e-04, maxf=9.8581e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=3.4241e-04, maxf=9.6614e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=3.2555e-04, maxf=9.4796e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.1077e-04, maxf=9.3109e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=2.9783e-04, maxf=9.1542e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=2.8649e-04, maxf=9.0080e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=2.7656e-04, maxf=8.8713e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=2.6784e-04, maxf=8.7430e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=2.6018e-04, maxf=8.6223e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.5343e-04, maxf=8.5083e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.4745e-04, maxf=8.4004e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 converged in 475 itertions final normf=2.4419e-04, maxf=8.3392e-04 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter=476, normf= 3.6629e-04, dotmin=0.9622, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=4.2089e-02, maxf=1.1505e-01 iter= 10 normf=8.7692e-03, maxf=7.8697e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=7.9803e-03, maxf=7.2099e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=7.2603e-03, maxf=6.5988e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=6.6036e-03, maxf=6.0351e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=6.0049e-03, maxf=5.5168e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=5.4596e-03, maxf=5.0407e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=4.9630e-03, maxf=4.6035e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=4.5111e-03, maxf=4.2017e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.1000e-03, maxf=3.8322e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=3.7261e-03, maxf=3.5122e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.3861e-03, maxf=3.2710e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.0770e-03, maxf=3.0478e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.7961e-03, maxf=2.8416e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.5409e-03, maxf=2.6519e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.3091e-03, maxf=2.4780e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.0986e-03, maxf=2.3192e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.9076e-03, maxf=2.1747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.7345e-03, maxf=2.0438e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.5775e-03, maxf=1.9254e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.4353e-03, maxf=1.8185e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.3066e-03, maxf=1.7221e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.1902e-03, maxf=1.6352e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.0850e-03, maxf=1.5568e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=9.8997e-04, maxf=1.4861e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=9.0424e-04, maxf=1.4222e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=8.2697e-04, maxf=1.3643e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=7.5742e-04, maxf=1.3119e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=6.9491e-04, maxf=1.2643e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=6.3881e-04, maxf=1.2210e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=5.8856e-04, maxf=1.1816e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=5.4364e-04, maxf=1.1457e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=5.0357e-04, maxf=1.1129e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=4.6791e-04, maxf=1.0829e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=4.3625e-04, maxf=1.0555e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=4.0821e-04, maxf=1.0303e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=3.8344e-04, maxf=1.0071e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=3.6161e-04, maxf=9.8581e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=3.4241e-04, maxf=9.6614e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=3.2555e-04, maxf=9.4796e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.1077e-04, maxf=9.3109e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=2.9783e-04, maxf=9.1542e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=2.8649e-04, maxf=9.0080e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=2.7656e-04, maxf=8.8713e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=2.6784e-04, maxf=8.7430e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=2.6018e-04, maxf=8.6223e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.5343e-04, maxf=8.5083e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.4745e-04, maxf=8.4004e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 converged in 475 itertions final normf=2.4419e-04, maxf=8.3392e-04 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter=476, normf= 3.6629e-04, dotmin=0.9622, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=4.2088e-02, maxf=1.1505e-01 iter= 10 normf=8.7691e-03, maxf=7.8704e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=7.9802e-03, maxf=7.2107e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=7.2602e-03, maxf=6.5995e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=6.6034e-03, maxf=6.0358e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=6.0048e-03, maxf=5.5174e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=5.4595e-03, maxf=5.0413e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=4.9630e-03, maxf=4.6040e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=4.5111e-03, maxf=4.2022e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.1000e-03, maxf=3.8326e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=3.7261e-03, maxf=3.5128e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.3861e-03, maxf=3.2716e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.0770e-03, maxf=3.0483e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.7961e-03, maxf=2.8421e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.5408e-03, maxf=2.6524e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.3090e-03, maxf=2.4784e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.0986e-03, maxf=2.3196e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.9076e-03, maxf=2.1752e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.7344e-03, maxf=2.0442e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.5775e-03, maxf=1.9258e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.4353e-03, maxf=1.8189e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.3066e-03, maxf=1.7225e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.1902e-03, maxf=1.6355e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.0850e-03, maxf=1.5572e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=9.8994e-04, maxf=1.4864e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=9.0421e-04, maxf=1.4225e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=8.2695e-04, maxf=1.3646e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=7.5740e-04, maxf=1.3121e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=6.9489e-04, maxf=1.2645e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=6.3880e-04, maxf=1.2213e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=5.8855e-04, maxf=1.1819e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=5.4363e-04, maxf=1.1459e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=5.0356e-04, maxf=1.1131e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=4.6790e-04, maxf=1.0831e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=4.3624e-04, maxf=1.0557e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=4.0820e-04, maxf=1.0305e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=3.8343e-04, maxf=1.0073e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=3.6160e-04, maxf=9.8601e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=3.4241e-04, maxf=9.6634e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=3.2555e-04, maxf=9.4815e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.1077e-04, maxf=9.3128e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=2.9783e-04, maxf=9.1560e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=2.8649e-04, maxf=9.0098e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=2.7656e-04, maxf=8.8731e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=2.6785e-04, maxf=8.7448e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=2.6019e-04, maxf=8.6240e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.5343e-04, maxf=8.5100e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.4746e-04, maxf=8.4020e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 converged in 475 itertions final normf=2.4420e-04, maxf=8.3405e-04 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter=476, normf= 1.2210e-04, dotmin=0.9622, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=4.2089e-02, maxf=1.1505e-01 iter= 10 normf=8.7693e-03, maxf=7.8706e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=7.9803e-03, maxf=7.2107e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=7.2603e-03, maxf=6.5995e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=6.6036e-03, maxf=6.0357e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=6.0049e-03, maxf=5.5173e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=5.4596e-03, maxf=5.0412e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=4.9631e-03, maxf=4.6039e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=4.5112e-03, maxf=4.2021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.1001e-03, maxf=3.8325e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=3.7261e-03, maxf=3.5127e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.3862e-03, maxf=3.2715e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.0771e-03, maxf=3.0482e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.7961e-03, maxf=2.8420e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.5409e-03, maxf=2.6523e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.3091e-03, maxf=2.4783e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.0986e-03, maxf=2.3195e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.9077e-03, maxf=2.1751e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.7345e-03, maxf=2.0441e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.5775e-03, maxf=1.9257e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.4353e-03, maxf=1.8188e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.3066e-03, maxf=1.7224e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.1902e-03, maxf=1.6355e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.0850e-03, maxf=1.5571e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=9.8998e-04, maxf=1.4863e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=9.0425e-04, maxf=1.4224e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=8.2698e-04, maxf=1.3645e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=7.5743e-04, maxf=1.3121e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=6.9492e-04, maxf=1.2645e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=6.3882e-04, maxf=1.2212e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=5.8857e-04, maxf=1.1818e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=5.4365e-04, maxf=1.1459e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=5.0358e-04, maxf=1.1131e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=4.6792e-04, maxf=1.0831e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=4.3626e-04, maxf=1.0556e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=4.0822e-04, maxf=1.0304e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=3.8345e-04, maxf=1.0073e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=3.6162e-04, maxf=9.8596e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=3.4242e-04, maxf=9.6630e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=3.2556e-04, maxf=9.4811e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.1078e-04, maxf=9.3124e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=2.9784e-04, maxf=9.1556e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=2.8650e-04, maxf=9.0094e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=2.7657e-04, maxf=8.8726e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=2.6786e-04, maxf=8.7444e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=2.6019e-04, maxf=8.6236e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.5344e-04, maxf=8.5096e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.4746e-04, maxf=8.4016e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 converged in 475 itertions final normf=2.4420e-04, maxf=8.3415e-04 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter=476, normf= 1.2210e-04, dotmin=0.9622, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=4.2089e-02, maxf=1.1505e-01 iter= 10 normf=8.7692e-03, maxf=7.8697e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=7.9803e-03, maxf=7.2099e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=7.2603e-03, maxf=6.5988e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=6.6036e-03, maxf=6.0351e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=6.0049e-03, maxf=5.5168e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=5.4596e-03, maxf=5.0407e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=4.9630e-03, maxf=4.6035e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=4.5111e-03, maxf=4.2017e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.1000e-03, maxf=3.8322e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=3.7261e-03, maxf=3.5122e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.3861e-03, maxf=3.2710e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.0770e-03, maxf=3.0478e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.7961e-03, maxf=2.8416e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.5409e-03, maxf=2.6519e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.3091e-03, maxf=2.4780e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.0986e-03, maxf=2.3192e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.9076e-03, maxf=2.1747e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.7345e-03, maxf=2.0438e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.5775e-03, maxf=1.9254e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.4353e-03, maxf=1.8185e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.3066e-03, maxf=1.7221e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.1902e-03, maxf=1.6352e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.0850e-03, maxf=1.5568e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=9.8997e-04, maxf=1.4861e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=9.0424e-04, maxf=1.4222e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=8.2697e-04, maxf=1.3643e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=7.5742e-04, maxf=1.3119e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=6.9491e-04, maxf=1.2643e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=6.3881e-04, maxf=1.2210e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=5.8856e-04, maxf=1.1816e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=5.4364e-04, maxf=1.1457e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=5.0357e-04, maxf=1.1129e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=4.6791e-04, maxf=1.0829e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=4.3625e-04, maxf=1.0555e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=4.0821e-04, maxf=1.0303e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=3.8344e-04, maxf=1.0071e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=3.6161e-04, maxf=9.8581e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=3.4241e-04, maxf=9.6614e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=3.2555e-04, maxf=9.4796e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.1077e-04, maxf=9.3109e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=2.9783e-04, maxf=9.1542e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=2.8649e-04, maxf=9.0080e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=2.7656e-04, maxf=8.8713e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=2.6784e-04, maxf=8.7430e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=2.6018e-04, maxf=8.6223e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.5343e-04, maxf=8.5083e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.4745e-04, maxf=8.4004e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 converged in 475 itertions final normf=2.4419e-04, maxf=8.3392e-04 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter=476, normf= 3.6629e-04, dotmin=0.9622, nmin=4 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3106e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1929e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0823e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8382e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1363e-03, maxf=8.9998e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3109e-03, maxf=8.2226e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5585e-03, maxf=7.5037e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8729e-03, maxf=6.8412e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2485e-03, maxf=6.2327e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6801e-03, maxf=5.7347e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1630e-03, maxf=5.2927e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6927e-03, maxf=4.8885e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2653e-03, maxf=4.5194e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1826e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5245e-03, maxf=3.8754e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2045e-03, maxf=3.5951e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9142e-03, maxf=3.3392e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6509e-03, maxf=3.1086e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4122e-03, maxf=2.9278e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7614e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6081e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4670e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3370e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5162e-03, maxf=2.2173e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1069e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2656e-03, maxf=2.0050e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1580e-03, maxf=1.9110e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8240e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7266e-04, maxf=1.7434e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9313e-04, maxf=1.6686e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2126e-04, maxf=1.5991e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5632e-04, maxf=1.5342e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9765e-04, maxf=1.4736e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4467e-04, maxf=1.4169e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9683e-04, maxf=1.3637e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5366e-04, maxf=1.3136e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1471e-04, maxf=1.2665e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7960e-04, maxf=1.2220e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4797e-04, maxf=1.1800e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1948e-04, maxf=1.1402e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9385e-04, maxf=1.1025e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7080e-04, maxf=1.0668e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5008e-04, maxf=1.0328e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3148e-04, maxf=1.0006e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1479e-04, maxf=9.6988e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9981e-04, maxf=9.4068e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8638e-04, maxf=9.1613e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7434e-04, maxf=8.9307e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6354e-04, maxf=8.7103e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5386e-04, maxf=8.4995e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4517e-04, maxf=8.2979e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3737e-04, maxf=8.1050e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3036e-04, maxf=7.9205e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2406e-04, maxf=7.7439e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1838e-04, maxf=7.5749e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1325e-04, maxf=7.4130e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0862e-04, maxf=7.2581e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0442e-04, maxf=7.1097e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0061e-04, maxf=6.9675e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9715e-04, maxf=6.8313e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9398e-04, maxf=6.7008e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9109e-04, maxf=6.5757e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8844e-04, maxf=6.4558e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8599e-04, maxf=6.3408e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8374e-04, maxf=6.2305e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8166e-04, maxf=6.1248e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=1.7973e-04, maxf=6.0232e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 converged in 669 itertions final normf=1.7973e-04, maxf=6.0232e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=670, normf= 1.7973e-04, dotmin=0.8848, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3105e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1928e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0822e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8375e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1362e-03, maxf=8.9993e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3108e-03, maxf=8.2221e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5584e-03, maxf=7.5033e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8728e-03, maxf=6.8408e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2484e-03, maxf=6.2324e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6800e-03, maxf=5.7340e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1629e-03, maxf=5.2921e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6926e-03, maxf=4.8880e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2652e-03, maxf=4.5189e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1822e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5244e-03, maxf=3.8750e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5947e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3389e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1076e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7604e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4662e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3362e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5161e-03, maxf=2.2165e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1061e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2655e-03, maxf=2.0043e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1579e-03, maxf=1.9103e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8233e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7261e-04, maxf=1.7428e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9308e-04, maxf=1.6680e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2121e-04, maxf=1.5985e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5627e-04, maxf=1.5336e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9760e-04, maxf=1.4731e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4462e-04, maxf=1.4164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9678e-04, maxf=1.3632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5361e-04, maxf=1.3132e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1467e-04, maxf=1.2660e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7956e-04, maxf=1.2216e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4792e-04, maxf=1.1796e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1943e-04, maxf=1.1398e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9380e-04, maxf=1.1021e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7075e-04, maxf=1.0664e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5004e-04, maxf=1.0325e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3144e-04, maxf=1.0002e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1474e-04, maxf=9.6955e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9976e-04, maxf=9.4037e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8633e-04, maxf=9.1519e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7429e-04, maxf=8.9214e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6350e-04, maxf=8.7010e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5381e-04, maxf=8.4903e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4512e-04, maxf=8.2888e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3733e-04, maxf=8.0961e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3032e-04, maxf=7.9116e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2401e-04, maxf=7.7351e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1833e-04, maxf=7.5662e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1321e-04, maxf=7.4045e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0857e-04, maxf=7.2496e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0438e-04, maxf=7.1013e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0057e-04, maxf=6.9592e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9710e-04, maxf=6.8231e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9394e-04, maxf=6.6926e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9104e-04, maxf=6.5676e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8839e-04, maxf=6.4478e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8595e-04, maxf=6.3328e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8370e-04, maxf=6.2226e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8162e-04, maxf=6.1169e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 converged in 668 itertions final normf=1.7987e-04, maxf=6.0254e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=669, normf= 1.7987e-04, dotmin=0.8847, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5310e-02, maxf=1.1424e-01 iter= 10 normf=1.3309e-02, maxf=1.3102e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1926e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0820e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8359e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1359e-03, maxf=8.9979e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3105e-03, maxf=8.2209e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5581e-03, maxf=7.5024e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8726e-03, maxf=6.8401e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2482e-03, maxf=6.2320e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6798e-03, maxf=5.7341e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1627e-03, maxf=5.2923e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6925e-03, maxf=4.8883e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2651e-03, maxf=4.5194e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8769e-03, maxf=4.1827e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5243e-03, maxf=3.8757e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2044e-03, maxf=3.5955e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9141e-03, maxf=3.3397e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6508e-03, maxf=3.1090e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4121e-03, maxf=2.9283e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1957e-03, maxf=2.7619e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6087e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4676e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3376e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5162e-03, maxf=2.2179e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1075e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2656e-03, maxf=2.0057e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1580e-03, maxf=1.9116e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0607e-03, maxf=1.8247e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7269e-04, maxf=1.7441e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9317e-04, maxf=1.6693e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2131e-04, maxf=1.5997e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5637e-04, maxf=1.5349e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9771e-04, maxf=1.4743e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4473e-04, maxf=1.4175e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9690e-04, maxf=1.3643e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5373e-04, maxf=1.3143e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1479e-04, maxf=1.2671e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7968e-04, maxf=1.2226e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4804e-04, maxf=1.1806e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1956e-04, maxf=1.1408e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9392e-04, maxf=1.1031e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7087e-04, maxf=1.0674e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5016e-04, maxf=1.0334e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3156e-04, maxf=1.0011e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1486e-04, maxf=9.7044e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9988e-04, maxf=9.4124e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8645e-04, maxf=9.1575e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7440e-04, maxf=8.9268e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6360e-04, maxf=8.7063e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5392e-04, maxf=8.4955e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4523e-04, maxf=8.2938e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3743e-04, maxf=8.1009e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3042e-04, maxf=7.9164e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2411e-04, maxf=7.7397e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1843e-04, maxf=7.5706e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1330e-04, maxf=7.4088e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0866e-04, maxf=7.2538e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0446e-04, maxf=7.1054e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0065e-04, maxf=6.9632e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9718e-04, maxf=6.8269e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9401e-04, maxf=6.6964e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9112e-04, maxf=6.5713e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8846e-04, maxf=6.4513e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8602e-04, maxf=6.3363e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8377e-04, maxf=6.2260e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8168e-04, maxf=6.1202e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=1.7975e-04, maxf=6.0186e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 converged in 669 itertions final normf=1.7975e-04, maxf=6.0186e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=670, normf= 1.7975e-04, dotmin=0.8848, nmin=8 enter fit1dCloud(bitflag=1, m=65, n=9) initial normf=4.5311e-02, maxf=1.1425e-01 iter= 10 normf=1.3309e-02, maxf=1.3106e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2120e-02, maxf=1.1929e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1033e-02, maxf=1.0823e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0041e-02, maxf=9.8382e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1363e-03, maxf=8.9998e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3109e-03, maxf=8.2226e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.5585e-03, maxf=7.5037e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.8729e-03, maxf=6.8412e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2485e-03, maxf=6.2327e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.6801e-03, maxf=5.7347e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1630e-03, maxf=5.2927e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.6927e-03, maxf=4.8885e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2653e-03, maxf=4.5194e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8770e-03, maxf=4.1826e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5245e-03, maxf=3.8754e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2045e-03, maxf=3.5951e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9142e-03, maxf=3.3392e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6509e-03, maxf=3.1086e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4122e-03, maxf=2.9278e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.1958e-03, maxf=2.7614e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.9998e-03, maxf=2.6081e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8223e-03, maxf=2.4670e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6616e-03, maxf=2.3370e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5162e-03, maxf=2.2173e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3846e-03, maxf=2.1069e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2656e-03, maxf=2.0050e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1580e-03, maxf=1.9110e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0606e-03, maxf=1.8240e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.7266e-04, maxf=1.7434e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=8.9313e-04, maxf=1.6686e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.2126e-04, maxf=1.5991e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.5632e-04, maxf=1.5342e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.9765e-04, maxf=1.4736e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.4467e-04, maxf=1.4169e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.9683e-04, maxf=1.3637e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.5366e-04, maxf=1.3136e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.1471e-04, maxf=1.2665e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.7960e-04, maxf=1.2220e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.4797e-04, maxf=1.1800e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.1948e-04, maxf=1.1402e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.9385e-04, maxf=1.1025e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7080e-04, maxf=1.0668e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.5008e-04, maxf=1.0328e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.3148e-04, maxf=1.0006e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.1479e-04, maxf=9.6988e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.9981e-04, maxf=9.4068e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.8638e-04, maxf=9.1613e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.7434e-04, maxf=8.9307e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.6354e-04, maxf=8.7103e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.5386e-04, maxf=8.4995e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4517e-04, maxf=8.2979e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=2.3737e-04, maxf=8.1050e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=2.3036e-04, maxf=7.9205e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=2.2406e-04, maxf=7.7439e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=2.1838e-04, maxf=7.5749e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.1325e-04, maxf=7.4130e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.0862e-04, maxf=7.2581e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.0442e-04, maxf=7.1097e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.0061e-04, maxf=6.9675e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=1.9715e-04, maxf=6.8313e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=1.9398e-04, maxf=6.7008e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=1.9109e-04, maxf=6.5757e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=1.8844e-04, maxf=6.4558e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=1.8599e-04, maxf=6.3408e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=1.8374e-04, maxf=6.2305e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=1.8166e-04, maxf=6.1248e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=1.7973e-04, maxf=6.0232e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 converged in 669 itertions final normf=1.7973e-04, maxf=6.0232e-04 fit1dCloud(npnt=65, ncp=9) -> status=0, numiter=670, normf= 1.7973e-04, dotmin=0.8848, nmin=8 generateFits(1D), CPU= 1.32 sec iface= 1 npnt = 1759 ntrain= 1759 (100%) non-planar (fitting) ipnt=1, prod= 0.02082 extracting south control points from iedge= 1 extracting east control points from iedge= 4 extracting north control points from iedge= 2 extracting west control points from iedge= 3 iface= 2 npnt = 1750 ntrain= 1750 (100%) non-planar (fitting) ipnt=1, prod= -0.01990 extracting south control points from iedge= 5 extracting east control points from iedge= 8 extracting north control points from iedge= 6 extracting west control points from iedge= 7 iface= 3 npnt = 1769 ntrain= 1769 (100%) non-planar (fitting) ipnt=1, prod= 0.00459 extracting south control points from iedge= -1 extracting east control points from iedge= 9 extracting north control points from iedge= -5 extracting west control points from iedge= 10 iface= 4 npnt = 1746 ntrain= 1746 (100%) non-planar (fitting) ipnt=1, prod= 0.00688 extracting south control points from iedge= -2 extracting east control points from iedge= 11 extracting north control points from iedge= -6 extracting west control points from iedge= 12 iface= 5 npnt = 1748 ntrain= 1748 (100%) non-planar (fitting) ipnt=1, prod= 0.00967 extracting south control points from iedge= -7 extracting east control points from iedge= 13 extracting north control points from iedge= -8 extracting west control points from iedge= 14 iface= 6 npnt = 1757 ntrain= 1757 (100%) non-planar (fitting) ipnt=1, prod= -0.00612 extracting south control points from iedge= -11 extracting east control points from iedge= 15 extracting north control points from iedge= -12 extracting west control points from iedge= -13 iface= 7 npnt = 1763 ntrain= 1763 (100%) non-planar (fitting) ipnt=2, prod= 0.00274 extracting south control points from iedge= -3 extracting east control points from iedge= -15 extracting north control points from iedge= -4 extracting west control points from iedge= 16 iface= 8 npnt = 1731 ntrain= 1731 (100%) non-planar (fitting) ipnt=1, prod= -0.00667 extracting south control points from iedge= -9 extracting east control points from iedge= -16 extracting north control points from iedge= -10 extracting west control points from iedge= -14 ID 1e84: is master ID 1e84: iface 3 has 1769 training points ID 2340: start thread ID 2340: iface 7 has 1763 training points ID 2340: iface 7 complete with status=0, numiter=100, normf= 2.6138e-04, nmin=30 ID 2340: iface 1 has 1759 training points ID 1e84: iface 3 complete with status=0, numiter=100, normf= 2.6094e-04, nmin=30 ID 1e84: iface 6 has 1757 training points ID 2340: iface 1 complete with status=0, numiter=100, normf= 2.6008e-04, nmin=30 ID 2340: iface 2 has 1750 training points ID 1e84: iface 6 complete with status=0, numiter=100, normf= 2.5912e-04, nmin=29 ID 1e84: iface 5 has 1748 training points ID 2340: iface 2 complete with status=0, numiter=100, normf= 2.6115e-04, nmin=29 ID 2340: iface 4 has 1746 training points ID 1e84: iface 5 complete with status=0, numiter=100, normf= 2.5916e-04, nmin=29 ID 1e84: iface 8 has 1731 training points ID 2340: iface 4 complete with status=0, numiter=100, normf= 2.5804e-04, nmin=29 ID 2340: stop thread ID 1e84: iface 8 complete with status=0, numiter=100, normf= 2.6136e-04, nmin=29 generateFits(2D), CPU= 44.70 sec EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 non-planar iface=1, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 1 ntrain= 1759 rms= 3.814e-04 npnt = 1759 rms= 3.814e-04 non-planar iface=2, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 2 ntrain= 1750 rms= 3.833e-04 npnt = 1750 rms= 3.833e-04 non-planar iface=3, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 3 ntrain= 1769 rms= 3.842e-04 npnt = 1769 rms= 3.842e-04 non-planar iface=4, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 4 ntrain= 1746 rms= 3.785e-04 npnt = 1746 rms= 3.785e-04 non-planar iface=5, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 5 ntrain= 1748 rms= 3.807e-04 npnt = 1748 rms= 3.807e-04 non-planar iface=6, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 6 ntrain= 1757 rms= 3.803e-04 npnt = 1757 rms= 3.803e-04 non-planar iface=7, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 7 ntrain= 1763 rms= 3.849e-04 npnt = 1763 rms= 3.849e-04 non-planar iface=8, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 8 ntrain= 1731 rms= 3.844e-04 npnt = 1731 rms= 3.844e-04 before makeTopology(SHELL, nfaces=8, closed=1) File "../../OpenCSM/trunk/data/Slugs/torus_1.egads" is being written ==> Closing input journal file real 1m2.066s user 0m0.015s sys 0m0.031s + set +x torus_0 passed (as expected) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/serveCSM' ../../OpenCSM/trunk/data/Slugs/torus_1 -outLevel 0 -batch -verify ERROR:: (egads_notfound) in Branch Brch_000001 at [[../../OpenCSM/trunk/data/Slugs/torus_1.csm:4]] EGADS status = -1 ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build() detected -1 (egads_notfound) real 0m0.110s user 0m0.000s sys 0m0.030s + set +x torus_1 failed (as NOT expected) -------------------------------------------------------------------------------------------------- ( 16 ) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/Slugs' ../../OpenCSM/trunk/data/Slugs/tutorial1 -outLevel 0 -batch -jrnl ../../OpenCSM/trunk/data/Slugs/tutorial1.mod.jrnl . After reading: npnt = 4064 ntri = 8102 ncolr = 0 ==> Opening input journal file "../../OpenCSM/trunk/data/Slugs/tutorial1.mod.jrnl" 0 dxyzmax= 2.56402e-02 ( 1,1) -2.9163 -0.0289 0.9983 100 dxyzmax= 1.45323e-04 ( 9,1) -1.9409 -0.0146 0.9997 200 dxyzmax= 5.09396e-05 ( 8,1) -2.0590 -0.0046 0.9969 300 dxyzmax= 1.49616e-05 ( 8,1) -2.0594 -0.0017 0.9971 400 dxyzmax= 4.45655e-06 ( 8,1) -2.0595 -0.0009 0.9971 500 dxyzmax= 1.32919e-06 ( 8,1) -2.0596 -0.0006 0.9971 600 dxyzmax= 3.96947e-07 ( 8,1) -2.0596 -0.0005 0.9971 converged 697 dxyzmax= 1.23076e-07 ( 8,1) -2.0596 -0.0005 0.9971 0 dxyzmax= 2.20868e-02 ( 7,0) 2.1405 -0.5575 0.8297 100 dxyzmax= 2.28547e-04 ( 9,1) 1.8131 -0.5377 0.8412 200 dxyzmax= 6.12840e-05 ( 8,1) 1.9363 -0.5296 0.8469 300 dxyzmax= 1.48521e-05 ( 8,1) 1.9338 -0.5265 0.8485 400 dxyzmax= 3.19534e-06 ( 8,1) 1.9332 -0.5257 0.8489 500 dxyzmax= 6.83221e-07 ( 8,1) 1.9331 -0.5255 0.8490 600 dxyzmax= 1.46041e-07 ( 8,1) 1.9330 -0.5255 0.8490 converged 603 dxyzmax= 1.39434e-07 ( 8,1) 1.9330 -0.5255 0.8490 0 dxyzmax= 2.09568e-02 ( 9,0) 1.9247 0.5882 0.8083 100 dxyzmax= 4.25922e-04 ( 8,1) 1.9585 0.5157 0.8530 200 dxyzmax= 1.03603e-04 ( 9,1) 1.8056 0.4941 0.8664 300 dxyzmax= 2.51013e-05 ( 7,1) 2.0683 0.4859 0.8726 400 dxyzmax= 5.55542e-06 ( 7,1) 2.0672 0.4847 0.8733 500 dxyzmax= 1.23147e-06 ( 7,1) 2.0670 0.4844 0.8735 600 dxyzmax= 2.73002e-07 ( 7,1) 2.0669 0.4843 0.8735 converged 645 dxyzmax= 1.38598e-07 ( 7,1) 2.0669 0.4843 0.8735 0 dxyzmax= 2.73743e-02 ( 10,0) -0.9049 0.3021 0.9528 100 dxyzmax= 5.24984e-05 ( 5,2) -0.9610 0.7923 0.6088 200 dxyzmax= 2.68814e-06 ( 5,2) -0.9610 0.7912 0.6105 300 dxyzmax= 1.37019e-07 ( 5,2) -0.9610 0.7912 0.6106 converged 301 dxyzmax= 1.33000e-07 ( 5,2) -0.9610 0.7912 0.6106 0 dxyzmax= 2.33401e-02 ( 1,2) 0.8663 0.9931 0.1057 100 dxyzmax= 6.17670e-05 ( 4,0) 0.9634 0.8916 0.4515 200 dxyzmax= 1.09056e-06 ( 4,0) 0.9648 0.8914 0.4518 converged 254 dxyzmax= 1.23321e-07 ( 4,0) 0.9649 0.8914 0.4518 0 dxyzmax= 2.86805e-02 ( 1,0) -0.9729 -0.9848 0.1687 100 dxyzmax= 3.52678e-04 ( 8,1) -0.9799 -0.4233 0.9051 200 dxyzmax= 1.13721e-05 ( 5,0) -0.9673 -0.7572 0.6516 300 dxyzmax= 7.39764e-07 ( 5,0) -0.9676 -0.7570 0.6518 converged 359 dxyzmax= 1.46460e-07 ( 5,0) -0.9677 -0.7570 0.6518 0 dxyzmax= 2.75324e-02 ( 6,0) 0.9700 -0.7365 0.6764 100 dxyzmax= 3.45937e-05 ( 3,0) 0.9611 -0.9229 0.3831 200 dxyzmax= 2.02092e-07 ( 4,0) 0.9695 -0.8624 0.4997 converged 207 dxyzmax= 1.41049e-07 ( 4,0) 0.9695 -0.8624 0.4997 0 dxyzmax= 1.68911e-02 ( 13,0) -0.9112 0.1974 -0.9802 100 dxyzmax= 7.77697e-05 ( 10,1) -0.9244 0.4911 -0.8690 200 dxyzmax= 2.73423e-05 ( 5,2) -0.9303 0.8652 -0.5011 300 dxyzmax= 5.88987e-06 ( 10,1) -0.9210 0.4974 -0.8656 400 dxyzmax= 1.67538e-06 ( 8,0) -0.9240 0.6680 -0.7439 500 dxyzmax= 5.31026e-07 ( 8,0) -0.9239 0.6680 -0.7439 600 dxyzmax= 1.67928e-07 ( 8,0) -0.9239 0.6680 -0.7439 converged 638 dxyzmax= 1.08376e-07 ( 8,0) -0.9238 0.6680 -0.7439 0 dxyzmax= 2.92202e-02 ( 11,0) -0.9816 -0.9814 -0.1903 100 dxyzmax= 7.90250e-05 ( 6,0) -0.9248 -0.7432 -0.6680 200 dxyzmax= 1.09405e-05 ( 6,0) -0.9214 -0.7426 -0.6686 300 dxyzmax= 1.56026e-06 ( 6,0) -0.9209 -0.7425 -0.6687 400 dxyzmax= 2.22447e-07 ( 6,0) -0.9208 -0.7425 -0.6687 converged 435 dxyzmax= 1.12489e-07 ( 6,0) -0.9208 -0.7425 -0.6687 0 dxyzmax= 2.38941e-02 ( 7,0) 1.0525 -0.6857 -0.7274 100 dxyzmax= 2.80061e-04 ( 3,2) 0.9560 -0.9428 -0.3330 200 dxyzmax= 2.47659e-04 ( 10,1) 0.9764 -0.4559 -0.8897 300 dxyzmax= 1.89916e-05 ( 9,1) 0.9690 -0.5557 -0.8307 400 dxyzmax= 4.73644e-06 ( 8,0) 0.9647 -0.6441 -0.7640 500 dxyzmax= 1.26399e-06 ( 8,0) 0.9645 -0.6442 -0.7639 600 dxyzmax= 3.39281e-07 ( 8,0) 0.9644 -0.6442 -0.7639 converged 684 dxyzmax= 1.12725e-07 ( 8,0) 0.9644 -0.6442 -0.7639 0 dxyzmax= 2.08145e-02 ( 8,0) 0.9860 0.7973 -0.6027 100 dxyzmax= 1.81990e-04 ( 7,0) 0.9742 0.7633 -0.6454 200 dxyzmax= 2.63937e-05 ( 6,0) 0.9700 0.6973 -0.7162 300 dxyzmax= 4.79353e-06 ( 7,0) 0.9650 0.7653 -0.6431 400 dxyzmax= 8.86350e-07 ( 7,0) 0.9648 0.7653 -0.6430 500 dxyzmax= 1.63828e-07 ( 7,0) 0.9647 0.7653 -0.6430 converged 526 dxyzmax= 1.05617e-07 ( 7,0) 0.9647 0.7653 -0.6430 Face 1 ...at beginning Edge 1, npnt= 17, ibeg= 1, iend= 2 Edge 2, npnt= 17, ibeg= 3, iend= 1 Edge 3, npnt= 33, ibeg= 2, iend= 3 ...after sorting into Loops Loop 0 (0:2) Edge 1, npnt= 17, ibeg= 1, iend= 2 Edge 3, npnt= 33, ibeg= 2, iend= 3 Edge 2, npnt= 17, ibeg= 3, iend= 1 Face 2 ...at beginning Edge 4, npnt= 33, ibeg= 4, iend= 5 Edge 5, npnt= 12, ibeg= 6, iend= 7 Edge 6, npnt= 12, ibeg= 5, iend= 6 Edge 7, npnt= 11, ibeg= 7, iend= 4 ...after sorting into Loops Loop 0 (0:3) Edge 4, npnt= 33, ibeg= 4, iend= 5 Edge 6, npnt= 12, ibeg= 5, iend= 6 Edge 5, npnt= 12, ibeg= 6, iend= 7 Edge 7, npnt= 11, ibeg= 7, iend= 4 Face 3 ...at beginning Edge 8, npnt= 17, ibeg= 8, iend= 9 Edge 9, npnt= 17, ibeg= 10, iend= 11 Edge 10, npnt= 17, ibeg= 9, iend= 10 Edge 11, npnt= 17, ibeg= 11, iend= 8 ...after sorting into Loops Loop 0 (0:3) Edge 8, npnt= 17, ibeg= 8, iend= 9 Edge 10, npnt= 17, ibeg= 9, iend= 10 Edge 9, npnt= 17, ibeg= 10, iend= 11 Edge 11, npnt= 17, ibeg= 11, iend= 8 Face 4 ...at beginning Edge -8, npnt= 17, iend= 9, ibeg= 8 Edge 12, npnt= 17, ibeg= 12, iend= 13 Edge 13, npnt= 17, ibeg= 13, iend= 9 Edge 14, npnt= 17, ibeg= 8, iend= 12 ...after sorting into Loops Loop 0 (0:3) Edge -8, npnt= 17, iend= 9, ibeg= 8 Edge 14, npnt= 17, ibeg= 8, iend= 12 Edge 12, npnt= 17, ibeg= 12, iend= 13 Edge 13, npnt= 17, ibeg= 13, iend= 9 Face 5 ...at beginning Edge -9, npnt= 17, iend= 11, ibeg= 10 Edge -12, npnt= 17, iend= 13, ibeg= 12 Edge 15, npnt= 9, ibeg= 10, iend= 13 Edge 16, npnt= 9, ibeg= 12, iend= 11 ...after sorting into Loops Loop 0 (0:3) Edge -9, npnt= 17, iend= 11, ibeg= 10 Edge 15, npnt= 9, ibeg= 10, iend= 13 Edge -12, npnt= 17, iend= 13, ibeg= 12 Edge 16, npnt= 9, ibeg= 12, iend= 11 Face 6 ...at beginning Edge -10, npnt= 17, iend= 10, ibeg= 9 Edge -13, npnt= 17, iend= 9, ibeg= 13 Edge -15, npnt= 9, iend= 13, ibeg= 10 ...after sorting into Loops Loop 0 (0:2) Edge -10, npnt= 17, iend= 10, ibeg= 9 Edge -13, npnt= 17, iend= 9, ibeg= 13 Edge -15, npnt= 9, iend= 13, ibeg= 10 Face 7 ...at beginning Edge -1, npnt= 17, iend= 2, ibeg= 1 Edge 17, npnt= 26, ibeg= 8, iend= 14 Edge 18, npnt= 32, ibeg= 1, iend= 8 Edge 19, npnt= 23, ibeg= 14, iend= 2 ...after sorting into Loops Loop 0 (0:3) Edge -1, npnt= 17, iend= 2, ibeg= 1 Edge 18, npnt= 32, ibeg= 1, iend= 8 Edge 17, npnt= 26, ibeg= 8, iend= 14 Edge 19, npnt= 23, ibeg= 14, iend= 2 Face 8 ...at beginning Edge -4, npnt= 33, iend= 5, ibeg= 4 Edge 20, npnt= 23, ibeg= 15, iend= 5 Edge 21, npnt= 62, ibeg= 16, iend= 15 Edge 22, npnt= 23, ibeg= 4, iend= 16 ...after sorting into Loops Loop 0 (0:3) Edge -4, npnt= 33, iend= 5, ibeg= 4 Edge 22, npnt= 23, ibeg= 4, iend= 16 Edge 21, npnt= 62, ibeg= 16, iend= 15 Edge 20, npnt= 23, ibeg= 15, iend= 5 Face 9 ...at beginning Edge -5, npnt= 12, iend= 7, ibeg= 6 Edge -16, npnt= 9, iend= 11, ibeg= 12 Edge 23, npnt= 31, ibeg= 6, iend= 11 Edge 24, npnt= 33, ibeg= 12, iend= 7 ...after sorting into Loops Loop 0 (0:3) Edge -5, npnt= 12, iend= 7, ibeg= 6 Edge 23, npnt= 31, ibeg= 6, iend= 11 Edge -16, npnt= 9, iend= 11, ibeg= 12 Edge 24, npnt= 33, ibeg= 12, iend= 7 Face 10 ...at beginning Edge -11, npnt= 17, iend= 8, ibeg= 11 Edge -17, npnt= 26, iend= 14, ibeg= 8 Edge 25, npnt= 19, ibeg= 11, iend= 15 Edge 26, npnt= 21, ibeg= 15, iend= 14 ...after sorting into Loops Loop 0 (0:3) Edge -11, npnt= 17, iend= 8, ibeg= 11 Edge 25, npnt= 19, ibeg= 11, iend= 15 Edge 26, npnt= 21, ibeg= 15, iend= 14 Edge -17, npnt= 26, iend= 14, ibeg= 8 Face 11 ...at beginning Edge -6, npnt= 12, iend= 6, ibeg= 5 Edge -20, npnt= 23, iend= 5, ibeg= 15 Edge -23, npnt= 31, iend= 11, ibeg= 6 Edge -25, npnt= 19, iend= 15, ibeg= 11 ...after sorting into Loops Loop 0 (0:3) Edge -6, npnt= 12, iend= 6, ibeg= 5 Edge -20, npnt= 23, iend= 5, ibeg= 15 Edge -25, npnt= 19, iend= 15, ibeg= 11 Edge -23, npnt= 31, iend= 11, ibeg= 6 Face 12 ...at beginning Edge -2, npnt= 17, iend= 1, ibeg= 3 Edge -18, npnt= 32, iend= 8, ibeg= 1 Edge 27, npnt= 25, ibeg= 17, iend= 8 Edge 28, npnt= 23, ibeg= 3, iend= 17 ...after sorting into Loops Loop 0 (0:3) Edge -2, npnt= 17, iend= 1, ibeg= 3 Edge 28, npnt= 23, ibeg= 3, iend= 17 Edge 27, npnt= 25, ibeg= 17, iend= 8 Edge -18, npnt= 32, iend= 8, ibeg= 1 Face 13 ...at beginning Edge -14, npnt= 17, iend= 12, ibeg= 8 Edge -27, npnt= 25, iend= 8, ibeg= 17 Edge 29, npnt= 21, ibeg= 17, iend= 16 Edge 30, npnt= 18, ibeg= 16, iend= 12 ...after sorting into Loops Loop 0 (0:3) Edge -14, npnt= 17, iend= 12, ibeg= 8 Edge -27, npnt= 25, iend= 8, ibeg= 17 Edge 29, npnt= 21, ibeg= 17, iend= 16 Edge 30, npnt= 18, ibeg= 16, iend= 12 Face 14 ...at beginning Edge -3, npnt= 33, iend= 3, ibeg= 2 Edge -19, npnt= 23, iend= 2, ibeg= 14 Edge -28, npnt= 23, iend= 17, ibeg= 3 Edge 31, npnt= 64, ibeg= 14, iend= 17 ...after sorting into Loops Loop 0 (0:3) Edge -3, npnt= 33, iend= 3, ibeg= 2 Edge -19, npnt= 23, iend= 2, ibeg= 14 Edge 31, npnt= 64, ibeg= 14, iend= 17 Edge -28, npnt= 23, iend= 17, ibeg= 3 Face 15 ...at beginning Edge -21, npnt= 62, iend= 15, ibeg= 16 Edge -26, npnt= 21, iend= 14, ibeg= 15 Edge -29, npnt= 21, iend= 16, ibeg= 17 Edge -31, npnt= 64, iend= 17, ibeg= 14 ...after sorting into Loops Loop 0 (0:3) Edge -21, npnt= 62, iend= 15, ibeg= 16 Edge -29, npnt= 21, iend= 16, ibeg= 17 Edge -31, npnt= 64, iend= 17, ibeg= 14 Edge -26, npnt= 21, iend= 14, ibeg= 15 Face 16 ...at beginning Edge -7, npnt= 11, iend= 4, ibeg= 7 Edge -22, npnt= 23, iend= 16, ibeg= 4 Edge -24, npnt= 33, iend= 7, ibeg= 12 Edge -30, npnt= 18, iend= 12, ibeg= 16 ...after sorting into Loops Loop 0 (0:3) Edge -7, npnt= 11, iend= 4, ibeg= 7 Edge -24, npnt= 33, iend= 7, ibeg= 12 Edge -30, npnt= 18, iend= 12, ibeg= 16 Edge -22, npnt= 23, iend= 16, ibeg= 4 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=3.9318e-02, maxf=1.1394e-01 iter= 10 normf=1.1054e-02, maxf=1.1036e-02 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=1.0070e-02, maxf=1.0041e-02 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=9.1707e-03, maxf=9.0994e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=8.3492e-03, maxf=8.2163e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=7.5990e-03, maxf=7.3953e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=6.9141e-03, maxf=6.6379e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=6.2893e-03, maxf=5.9439e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=5.7195e-03, maxf=5.3111e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=5.2004e-03, maxf=4.8680e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=4.7276e-03, maxf=4.5347e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=4.2972e-03, maxf=4.2271e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.9057e-03, maxf=3.9427e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=3.5496e-03, maxf=3.6795e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.2257e-03, maxf=3.4360e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.9313e-03, maxf=3.2107e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.6637e-03, maxf=3.0025e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.4205e-03, maxf=2.8106e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.1997e-03, maxf=2.6344e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.9992e-03, maxf=2.4731e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.8172e-03, maxf=2.3260e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.6522e-03, maxf=2.1925e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.5026e-03, maxf=2.0717e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.3672e-03, maxf=1.9628e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.2446e-03, maxf=1.8649e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.1338e-03, maxf=1.7770e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.0337e-03, maxf=1.6981e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=9.4341e-04, maxf=1.6274e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=8.6198e-04, maxf=1.5640e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=7.8866e-04, maxf=1.5070e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=7.2272e-04, maxf=1.4557e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=6.6352e-04, maxf=1.4095e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=6.1044e-04, maxf=1.3676e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=5.6295e-04, maxf=1.3297e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=5.2056e-04, maxf=1.2951e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=4.8279e-04, maxf=1.2636e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=4.4923e-04, maxf=1.2347e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=4.1950e-04, maxf=1.2082e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=3.9323e-04, maxf=1.1838e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=3.7009e-04, maxf=1.1612e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.4977e-04, maxf=1.1403e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.3198e-04, maxf=1.1209e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.1643e-04, maxf=1.1028e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.0290e-04, maxf=1.0860e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=2.9113e-04, maxf=1.0702e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=2.8091e-04, maxf=1.0554e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.7204e-04, maxf=1.0415e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.6435e-04, maxf=1.0284e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.5768e-04, maxf=1.0161e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.5188e-04, maxf=1.0045e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.4683e-04, maxf=9.9345e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4241e-04, maxf=9.8300e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 converged in 513 itertions final normf=2.4080e-04, maxf=9.7897e-04 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter=514, normf= 2.4080e-04, dotmin=0.9614, nmin=2 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=3.9318e-02, maxf=1.1394e-01 iter= 10 normf=1.1054e-02, maxf=1.1036e-02 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=1.0070e-02, maxf=1.0041e-02 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=9.1707e-03, maxf=9.0994e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=8.3492e-03, maxf=8.2163e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=7.5990e-03, maxf=7.3953e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=6.9141e-03, maxf=6.6379e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=6.2893e-03, maxf=5.9439e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=5.7195e-03, maxf=5.3111e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=5.2004e-03, maxf=4.8680e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=4.7276e-03, maxf=4.5347e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=4.2972e-03, maxf=4.2271e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.9057e-03, maxf=3.9427e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=3.5496e-03, maxf=3.6795e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.2257e-03, maxf=3.4360e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.9313e-03, maxf=3.2107e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.6637e-03, maxf=3.0025e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.4205e-03, maxf=2.8106e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.1997e-03, maxf=2.6344e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.9992e-03, maxf=2.4731e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.8172e-03, maxf=2.3260e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.6522e-03, maxf=2.1925e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.5026e-03, maxf=2.0717e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.3672e-03, maxf=1.9628e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.2446e-03, maxf=1.8649e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.1338e-03, maxf=1.7770e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.0337e-03, maxf=1.6981e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=9.4341e-04, maxf=1.6274e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=8.6198e-04, maxf=1.5640e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=7.8866e-04, maxf=1.5070e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=7.2272e-04, maxf=1.4557e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=6.6352e-04, maxf=1.4095e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=6.1044e-04, maxf=1.3676e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=5.6295e-04, maxf=1.3297e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=5.2056e-04, maxf=1.2951e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=4.8279e-04, maxf=1.2636e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=4.4923e-04, maxf=1.2347e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=4.1950e-04, maxf=1.2082e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=3.9323e-04, maxf=1.1838e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=3.7009e-04, maxf=1.1612e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.4977e-04, maxf=1.1403e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.3198e-04, maxf=1.1209e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.1643e-04, maxf=1.1028e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.0290e-04, maxf=1.0860e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=2.9113e-04, maxf=1.0702e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=2.8091e-04, maxf=1.0554e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=2.7204e-04, maxf=1.0415e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=2.6435e-04, maxf=1.0284e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=2.5768e-04, maxf=1.0161e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=2.5188e-04, maxf=1.0045e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=2.4683e-04, maxf=9.9345e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=2.4241e-04, maxf=9.8300e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 converged in 513 itertions final normf=2.4080e-04, maxf=9.7897e-04 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter=514, normf= 2.4080e-04, dotmin=0.9614, nmin=2 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=4.4907e-02, maxf=1.1415e-01 iter= 10 normf=1.7382e-02, maxf=1.8210e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.5853e-02, maxf=1.6533e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.4450e-02, maxf=1.5075e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.3166e-02, maxf=1.3733e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=1.1991e-02, maxf=1.2497e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.0918e-02, maxf=1.1357e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=9.9372e-03, maxf=1.0305e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=9.0425e-03, maxf=9.3331e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=8.2265e-03, maxf=8.4370e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=7.4824e-03, maxf=7.6391e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=6.8043e-03, maxf=7.0565e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=6.1866e-03, maxf=6.5184e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=5.6242e-03, maxf=6.0232e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=5.1124e-03, maxf=5.5693e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=4.6470e-03, maxf=5.1547e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=4.2239e-03, maxf=4.7770e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=3.8395e-03, maxf=4.4337e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=3.4905e-03, maxf=4.1220e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=3.1737e-03, maxf=3.8392e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.8864e-03, maxf=3.5825e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=2.6258e-03, maxf=3.3494e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=2.3897e-03, maxf=3.1376e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=2.1758e-03, maxf=2.9451e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.9822e-03, maxf=2.7698e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.8070e-03, maxf=2.6103e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.6485e-03, maxf=2.4649e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.5054e-03, maxf=2.3325e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.3761e-03, maxf=2.2118e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.2595e-03, maxf=2.1017e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.1545e-03, maxf=2.0012e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.0599e-03, maxf=1.9095e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=9.7481e-04, maxf=1.8257e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=8.9837e-04, maxf=1.7605e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=8.2976e-04, maxf=1.7107e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=7.6825e-04, maxf=1.6644e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=7.1314e-04, maxf=1.6214e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=6.6383e-04, maxf=1.5812e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=6.1974e-04, maxf=1.5436e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=5.8035e-04, maxf=1.5084e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=5.4517e-04, maxf=1.4753e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=5.1376e-04, maxf=1.4441e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=4.8573e-04, maxf=1.4147e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=4.6070e-04, maxf=1.3867e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=4.3834e-04, maxf=1.3601e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=4.1834e-04, maxf=1.3348e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=4.0044e-04, maxf=1.3106e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=3.8439e-04, maxf=1.2874e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=3.6996e-04, maxf=1.2651e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=3.5696e-04, maxf=1.2437e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=3.4522e-04, maxf=1.2231e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.3457e-04, maxf=1.2032e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.2489e-04, maxf=1.1839e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.1606e-04, maxf=1.1653e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=3.0797e-04, maxf=1.1472e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=3.0053e-04, maxf=1.1297e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.9366e-04, maxf=1.1127e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.8730e-04, maxf=1.0962e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.8138e-04, maxf=1.0801e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.7586e-04, maxf=1.0644e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=2.7069e-04, maxf=1.0492e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=2.6584e-04, maxf=1.0343e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=2.6127e-04, maxf=1.0198e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=2.5695e-04, maxf=1.0057e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=2.5286e-04, maxf=9.9188e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=2.4898e-04, maxf=9.7842e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=2.4529e-04, maxf=9.6529e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=2.4177e-04, maxf=9.5247e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=2.3842e-04, maxf=9.3995e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=2.3521e-04, maxf=9.2772e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=2.3215e-04, maxf=9.1578e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=2.2921e-04, maxf=9.0411e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 iter= 720 normf=2.2639e-04, maxf=8.9270e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.273e-04 iter= 730 normf=2.2368e-04, maxf=8.8156e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.577e-04 iter= 740 normf=2.2108e-04, maxf=8.7066e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.949e-04 iter= 750 normf=2.1858e-04, maxf=8.6002e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.380e-04 iter= 760 normf=2.1618e-04, maxf=8.4961e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.865e-04 iter= 770 normf=2.1386e-04, maxf=8.3944e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.400e-04 converged in 773 itertions final normf=2.1296e-04, maxf=8.3543e-04 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter=774, normf= 4.2593e-04, dotmin=0.8790, nmin=4 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=4.4907e-02, maxf=1.1415e-01 iter= 10 normf=1.7382e-02, maxf=1.8210e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.5853e-02, maxf=1.6533e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.4450e-02, maxf=1.5075e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.3166e-02, maxf=1.3733e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=1.1991e-02, maxf=1.2497e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=1.0918e-02, maxf=1.1357e-02 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=9.9372e-03, maxf=1.0305e-02 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=9.0425e-03, maxf=9.3331e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=8.2265e-03, maxf=8.4370e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=7.4824e-03, maxf=7.6391e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=6.8043e-03, maxf=7.0565e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=6.1866e-03, maxf=6.5184e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=5.6242e-03, maxf=6.0232e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=5.1124e-03, maxf=5.5693e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=4.6470e-03, maxf=5.1547e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=4.2239e-03, maxf=4.7770e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=3.8395e-03, maxf=4.4337e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=3.4905e-03, maxf=4.1220e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=3.1737e-03, maxf=3.8392e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.8864e-03, maxf=3.5825e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=2.6258e-03, maxf=3.3494e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=2.3897e-03, maxf=3.1376e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=2.1758e-03, maxf=2.9451e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.9822e-03, maxf=2.7698e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.8070e-03, maxf=2.6103e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.6485e-03, maxf=2.4649e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.5054e-03, maxf=2.3325e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.3761e-03, maxf=2.2118e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.2595e-03, maxf=2.1017e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=1.1545e-03, maxf=2.0012e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=1.0599e-03, maxf=1.9095e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=9.7481e-04, maxf=1.8257e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=8.9837e-04, maxf=1.7605e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=8.2976e-04, maxf=1.7107e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=7.6825e-04, maxf=1.6644e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=7.1314e-04, maxf=1.6214e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=6.6383e-04, maxf=1.5812e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=6.1974e-04, maxf=1.5436e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=5.8035e-04, maxf=1.5084e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=5.4517e-04, maxf=1.4753e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=5.1376e-04, maxf=1.4441e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=4.8573e-04, maxf=1.4147e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=4.6070e-04, maxf=1.3867e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=4.3834e-04, maxf=1.3601e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=4.1834e-04, maxf=1.3348e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=4.0044e-04, maxf=1.3106e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=3.8439e-04, maxf=1.2874e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=3.6996e-04, maxf=1.2651e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=3.5696e-04, maxf=1.2437e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=3.4522e-04, maxf=1.2231e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.3457e-04, maxf=1.2032e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.2489e-04, maxf=1.1839e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.1606e-04, maxf=1.1653e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=3.0797e-04, maxf=1.1472e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=3.0053e-04, maxf=1.1297e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=2.9366e-04, maxf=1.1127e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=2.8730e-04, maxf=1.0962e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=2.8138e-04, maxf=1.0801e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=2.7586e-04, maxf=1.0644e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=2.7069e-04, maxf=1.0492e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=2.6584e-04, maxf=1.0343e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=2.6127e-04, maxf=1.0198e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=2.5695e-04, maxf=1.0057e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=2.5286e-04, maxf=9.9188e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=2.4898e-04, maxf=9.7842e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=2.4529e-04, maxf=9.6529e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=2.4177e-04, maxf=9.5247e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=2.3842e-04, maxf=9.3995e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=2.3521e-04, maxf=9.2772e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=2.3215e-04, maxf=9.1578e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=2.2921e-04, maxf=9.0411e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 iter= 720 normf=2.2639e-04, maxf=8.9270e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.273e-04 iter= 730 normf=2.2368e-04, maxf=8.8156e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.577e-04 iter= 740 normf=2.2108e-04, maxf=8.7066e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.949e-04 iter= 750 normf=2.1858e-04, maxf=8.6002e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.380e-04 iter= 760 normf=2.1618e-04, maxf=8.4961e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.865e-04 iter= 770 normf=2.1386e-04, maxf=8.3944e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.400e-04 converged in 773 itertions final normf=2.1296e-04, maxf=8.3543e-04 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter=774, normf= 4.2593e-04, dotmin=0.8790, nmin=4 enter fit1dCloud(bitflag=1, m=12, n=9) initial normf=2.4100e-02, maxf=7.5379e-02 iter= 10 normf=5.6703e-03, maxf=5.2301e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=5.1625e-03, maxf=4.8726e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=4.6995e-03, maxf=4.5277e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=4.2774e-03, maxf=4.1963e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=3.8924e-03, maxf=3.8803e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=3.5412e-03, maxf=3.5812e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=3.2210e-03, maxf=3.3006e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=2.9291e-03, maxf=3.0393e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=2.6631e-03, maxf=2.7976e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=2.4208e-03, maxf=2.5751e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=2.2001e-03, maxf=2.3712e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=1.9994e-03, maxf=2.1846e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.8168e-03, maxf=2.0139e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.6508e-03, maxf=1.8579e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.4999e-03, maxf=1.7150e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.3628e-03, maxf=1.5842e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.2382e-03, maxf=1.4644e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.1251e-03, maxf=1.3546e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.0223e-03, maxf=1.2541e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=9.2907e-04, maxf=1.1623e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=8.4444e-04, maxf=1.0786e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=7.6769e-04, maxf=1.0026e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=6.9813e-04, maxf=9.3370e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=6.3513e-04, maxf=8.7154e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=5.7812e-04, maxf=8.1565e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=5.2659e-04, maxf=7.6554e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=4.8006e-04, maxf=7.2075e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=4.3808e-04, maxf=6.8081e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=4.0027e-04, maxf=6.4526e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=3.6625e-04, maxf=6.1365e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=3.3570e-04, maxf=5.8555e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=3.0829e-04, maxf=5.6057e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=2.8377e-04, maxf=5.3833e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=2.6186e-04, maxf=5.1850e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=2.4233e-04, maxf=5.0078e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=2.2496e-04, maxf=4.8489e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=2.0956e-04, maxf=4.7060e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=1.9594e-04, maxf=4.5769e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=1.8393e-04, maxf=4.4599e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=1.7337e-04, maxf=4.3533e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 converged in 401 itertions final normf=1.7142e-04, maxf=4.3337e-04 fit1dCloud(npnt=12, ncp=9) -> status=0, numiter=402, normf= 1.7605e-04, dotmin=0.9818, nmin=1 enter fit1dCloud(bitflag=1, m=12, n=9) initial normf=2.8064e-02, maxf=8.7777e-02 iter= 10 normf=6.6028e-03, maxf=6.0902e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=6.0115e-03, maxf=5.6739e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=5.4724e-03, maxf=5.2722e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=4.9808e-03, maxf=4.8864e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=4.5325e-03, maxf=4.5184e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=4.1236e-03, maxf=4.1702e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=3.7508e-03, maxf=3.8434e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=3.4108e-03, maxf=3.5391e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=3.1011e-03, maxf=3.2576e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=2.8189e-03, maxf=2.9986e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=2.5620e-03, maxf=2.7611e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=2.3282e-03, maxf=2.5438e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.1156e-03, maxf=2.3451e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.9223e-03, maxf=2.1634e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.7466e-03, maxf=1.9970e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.5869e-03, maxf=1.8447e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.4419e-03, maxf=1.7052e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.3101e-03, maxf=1.5773e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.1905e-03, maxf=1.4603e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.0819e-03, maxf=1.3534e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=9.8332e-04, maxf=1.2559e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=8.9395e-04, maxf=1.1674e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=8.1294e-04, maxf=1.0872e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=7.3958e-04, maxf=1.0148e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=6.7320e-04, maxf=9.4974e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=6.1319e-04, maxf=8.9139e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=5.5901e-04, maxf=8.3924e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=5.1013e-04, maxf=7.9273e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=4.6609e-04, maxf=7.5133e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=4.2648e-04, maxf=7.1453e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=3.9090e-04, maxf=6.8181e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=3.5899e-04, maxf=6.5272e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=3.3043e-04, maxf=6.2683e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=3.0492e-04, maxf=6.0374e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=2.8218e-04, maxf=5.8311e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=2.6196e-04, maxf=5.6461e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=2.4403e-04, maxf=5.4797e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=2.2817e-04, maxf=5.3294e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=2.1418e-04, maxf=5.1931e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=2.0188e-04, maxf=5.0690e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=1.9110e-04, maxf=5.0329e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 converged in 411 itertions final normf=1.8912e-04, maxf=5.0293e-04 fit1dCloud(npnt=12, ncp=9) -> status=0, numiter=412, normf= 1.6679e-04, dotmin=0.9817, nmin=1 enter fit1dCloud(bitflag=1, m=11, n=9) initial normf=2.6401e-02, maxf=8.2235e-02 iter= 10 normf=5.9326e-03, maxf=5.6680e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=5.4006e-03, maxf=5.2754e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=4.9158e-03, maxf=4.8967e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=4.4739e-03, maxf=4.5326e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=4.0710e-03, maxf=4.1843e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=3.7037e-03, maxf=3.8536e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=3.3689e-03, maxf=3.5422e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=3.0636e-03, maxf=3.2512e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=2.7855e-03, maxf=2.9812e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=2.5321e-03, maxf=2.7323e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=2.3015e-03, maxf=2.5039e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=2.0915e-03, maxf=2.2949e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.9006e-03, maxf=2.1039e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.7269e-03, maxf=1.9295e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.5691e-03, maxf=1.7701e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.4256e-03, maxf=1.6243e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.2953e-03, maxf=1.4908e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.1768e-03, maxf=1.3685e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.0692e-03, maxf=1.2565e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=9.7147e-04, maxf=1.1541e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=8.8271e-04, maxf=1.0604e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=8.0214e-04, maxf=9.7501e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=7.2902e-04, maxf=8.9737e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=6.6270e-04, maxf=8.2698e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=6.0258e-04, maxf=7.6338e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=5.4813e-04, maxf=7.0608e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=4.9883e-04, maxf=6.5461e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=4.5423e-04, maxf=6.0850e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=4.1392e-04, maxf=5.6729e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=3.7751e-04, maxf=5.3050e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=3.4466e-04, maxf=4.9769e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=3.1505e-04, maxf=4.6845e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=2.8838e-04, maxf=4.4238e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=2.6438e-04, maxf=4.1910e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=2.4281e-04, maxf=3.9829e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=2.2346e-04, maxf=3.7965e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=2.0611e-04, maxf=3.6397e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=1.9059e-04, maxf=3.5970e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=1.7672e-04, maxf=3.5516e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=1.6436e-04, maxf=3.5042e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=1.5335e-04, maxf=3.4555e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 converged in 413 itertions final normf=1.4929e-04, maxf=3.4359e-04 fit1dCloud(npnt=11, ncp=9) -> status=0, numiter=414, normf= 1.2413e-04, dotmin=0.9844, nmin=1 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.3855e-02, maxf=7.2754e-02 converged in 7 itertions final normf=1.7503e-07, maxf=2.7691e-08 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter= 8, normf= 3.5006e-07, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.3855e-02, maxf=7.2754e-02 converged in 7 itertions final normf=1.7503e-07, maxf=2.7691e-08 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter= 8, normf= 3.7351e-07, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.4590e-02, maxf=7.4993e-02 converged in 7 itertions final normf=1.8042e-07, maxf=2.8544e-08 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter= 8, normf= 3.6084e-07, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.4710e-02, maxf=7.5638e-02 iter= 10 normf=6.4603e-04, maxf=7.0509e-04 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=5.8813e-04, maxf=6.4820e-04 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=5.3536e-04, maxf=5.9431e-04 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=4.8727e-04, maxf=5.4336e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=4.4343e-04, maxf=4.9548e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=4.0347e-04, maxf=4.5076e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=3.6706e-04, maxf=4.0924e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=3.3388e-04, maxf=3.7088e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=3.0367e-04, maxf=3.3560e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=2.7617e-04, maxf=3.0871e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=2.5114e-04, maxf=2.9002e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=2.2838e-04, maxf=2.7270e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.0769e-04, maxf=2.5666e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.8887e-04, maxf=2.4181e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.7177e-04, maxf=2.2807e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.5623e-04, maxf=2.1539e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.4211e-04, maxf=2.0369e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.2929e-04, maxf=1.9294e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.1765e-04, maxf=1.8309e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.0710e-04, maxf=1.7409e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 converged in 201 itertions final normf=1.0510e-04, maxf=1.7239e-04 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter=202, normf= 2.1021e-04, dotmin=0.9996, nmin=2 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.3855e-02, maxf=7.2754e-02 converged in 7 itertions final normf=1.7503e-07, maxf=2.7691e-08 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter= 8, normf= 3.7351e-07, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.4590e-02, maxf=7.4993e-02 converged in 7 itertions final normf=1.8042e-07, maxf=2.8544e-08 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter= 8, normf= 3.6084e-07, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=17, n=9) initial normf=2.4710e-02, maxf=7.5638e-02 iter= 10 normf=6.4603e-04, maxf=7.0509e-04 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=5.8813e-04, maxf=6.4820e-04 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=5.3536e-04, maxf=5.9431e-04 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=4.8727e-04, maxf=5.4336e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=4.4343e-04, maxf=4.9548e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=4.0347e-04, maxf=4.5076e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=3.6706e-04, maxf=4.0924e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=3.3388e-04, maxf=3.7088e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=3.0367e-04, maxf=3.3560e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=2.7617e-04, maxf=3.0871e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=2.5114e-04, maxf=2.9002e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=2.2838e-04, maxf=2.7270e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.0769e-04, maxf=2.5666e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.8887e-04, maxf=2.4181e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.7177e-04, maxf=2.2807e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.5623e-04, maxf=2.1539e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.4211e-04, maxf=2.0369e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.2929e-04, maxf=1.9294e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.1765e-04, maxf=1.8309e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.0710e-04, maxf=1.7409e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 converged in 201 itertions final normf=1.0510e-04, maxf=1.7239e-04 fit1dCloud(npnt=17, ncp=9) -> status=0, numiter=202, normf= 2.1021e-04, dotmin=0.9996, nmin=2 enter fit1dCloud(bitflag=1, m=9, n=9) initial normf=2.4636e-02, maxf=8.0056e-02 iter= 10 normf=8.9753e-03, maxf=1.0054e-02 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=8.1807e-03, maxf=9.2846e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=7.4551e-03, maxf=8.5428e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=6.7923e-03, maxf=7.8287e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=6.1870e-03, maxf=7.1448e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=5.6339e-03, maxf=6.4947e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=5.1286e-03, maxf=5.8820e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=4.6670e-03, maxf=5.3098e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.2455e-03, maxf=4.7800e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=3.8608e-03, maxf=4.2933e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.5098e-03, maxf=3.8492e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.1899e-03, maxf=3.4460e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=2.8983e-03, maxf=3.0814e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.6328e-03, maxf=2.7523e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.3912e-03, maxf=2.4557e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.1712e-03, maxf=2.1883e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.9712e-03, maxf=1.9474e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.7892e-03, maxf=1.7302e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.6236e-03, maxf=1.5345e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.4731e-03, maxf=1.3583e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.3363e-03, maxf=1.1998e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.2118e-03, maxf=1.0576e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.0988e-03, maxf=9.3019e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=9.9604e-04, maxf=8.1650e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=9.0273e-04, maxf=7.1536e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=8.1801e-04, maxf=6.2572e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=7.4112e-04, maxf=5.4656e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=6.7136e-04, maxf=4.7693e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=6.0810e-04, maxf=4.1588e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=5.5074e-04, maxf=3.6254e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=4.9876e-04, maxf=3.1607e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=4.5166e-04, maxf=2.7570e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=4.0900e-04, maxf=2.4069e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=3.7035e-04, maxf=2.1040e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=3.3536e-04, maxf=1.8422e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=3.0367e-04, maxf=1.6160e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=2.7498e-04, maxf=1.4614e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=2.4900e-04, maxf=1.3416e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=2.2549e-04, maxf=1.2324e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=2.0420e-04, maxf=1.1329e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=1.8492e-04, maxf=1.0422e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=1.6748e-04, maxf=9.5955e-05 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=1.5168e-04, maxf=8.8413e-05 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=1.3738e-04, maxf=8.1527e-05 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=1.2443e-04, maxf=7.5231e-05 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=1.1271e-04, maxf=6.9475e-05 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=1.0210e-04, maxf=6.5441e-05 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 converged in 471 itertions final normf=1.0011e-04, maxf=6.4650e-05 fit1dCloud(npnt=9, ncp=9) -> status=0, numiter=472, normf= 1.0011e-04, dotmin=0.9658, nmin=1 enter fit1dCloud(bitflag=1, m=9, n=9) initial normf=2.6099e-02, maxf=8.3010e-02 iter= 10 normf=1.0616e-02, maxf=1.0319e-02 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=9.6618e-03, maxf=9.4820e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=8.7912e-03, maxf=8.6826e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=7.9969e-03, maxf=7.9211e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=7.2724e-03, maxf=7.1993e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=6.6116e-03, maxf=6.5199e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=6.0090e-03, maxf=5.8855e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=5.4597e-03, maxf=5.2979e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.9592e-03, maxf=4.7579e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=4.5034e-03, maxf=4.2653e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=4.0884e-03, maxf=3.8183e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.7109e-03, maxf=3.4144e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=3.3676e-03, maxf=3.0508e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.0555e-03, maxf=2.7237e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.7719e-03, maxf=2.4296e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.5142e-03, maxf=2.1650e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.2802e-03, maxf=1.9268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.0676e-03, maxf=1.7122e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.8746e-03, maxf=1.5190e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.6994e-03, maxf=1.3450e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.5402e-03, maxf=1.1885e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.3958e-03, maxf=1.0481e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.2647e-03, maxf=9.2240e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.1457e-03, maxf=8.1018e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.0378e-03, maxf=7.1036e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=9.3991e-04, maxf=6.2188e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=8.5116e-04, maxf=5.4374e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=7.7070e-04, maxf=4.7499e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=6.9779e-04, maxf=4.1471e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=6.3174e-04, maxf=3.6202e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=5.7190e-04, maxf=3.1610e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=5.1772e-04, maxf=2.7618e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=4.6865e-04, maxf=2.4154e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=4.2423e-04, maxf=2.1153e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=3.8401e-04, maxf=1.8556e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=3.4761e-04, maxf=1.6311e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=3.1466e-04, maxf=1.4369e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=2.8483e-04, maxf=1.3175e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=2.5784e-04, maxf=1.2126e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=2.3341e-04, maxf=1.1165e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=2.1130e-04, maxf=1.0286e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=1.9128e-04, maxf=9.4807e-05 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=1.7317e-04, maxf=8.7436e-05 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=1.5678e-04, maxf=8.0683e-05 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=1.4194e-04, maxf=7.4492e-05 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=1.2851e-04, maxf=6.8810e-05 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=1.1636e-04, maxf=6.3593e-05 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=1.0535e-04, maxf=5.8798e-05 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 converged in 485 itertions final normf=9.9262e-05, maxf=5.6121e-05 fit1dCloud(npnt=9, ncp=9) -> status=0, numiter=486, normf= 9.9262e-05, dotmin=0.9665, nmin=1 enter fit1dCloud(bitflag=1, m=26, n=9) initial normf=4.0791e-02, maxf=1.1523e-01 iter= 10 normf=9.5101e-03, maxf=9.7317e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=8.6568e-03, maxf=8.9825e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=7.8778e-03, maxf=8.2800e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=7.1672e-03, maxf=7.6292e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=6.5191e-03, maxf=7.0291e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=5.9285e-03, maxf=6.4771e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=5.3905e-03, maxf=5.9698e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=4.9008e-03, maxf=5.5033e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.4551e-03, maxf=5.0739e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=4.0497e-03, maxf=4.6779e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.6811e-03, maxf=4.3126e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.3460e-03, maxf=3.9756e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=3.0415e-03, maxf=3.6650e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.7650e-03, maxf=3.3795e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.5138e-03, maxf=3.1178e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.2860e-03, maxf=2.8788e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.0793e-03, maxf=2.6615e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.8921e-03, maxf=2.4646e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.7225e-03, maxf=2.2868e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.5691e-03, maxf=2.1268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.4305e-03, maxf=2.0297e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.3054e-03, maxf=2.0135e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.1925e-03, maxf=1.9931e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.0909e-03, maxf=1.9693e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=9.9948e-04, maxf=1.9432e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=9.1744e-04, maxf=1.9154e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=8.4393e-04, maxf=1.8867e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=7.7820e-04, maxf=1.8575e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=7.1959e-04, maxf=1.8283e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=6.6746e-04, maxf=1.7993e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=6.2124e-04, maxf=1.7709e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=5.8041e-04, maxf=1.7432e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=5.4446e-04, maxf=1.7164e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=5.1293e-04, maxf=1.6907e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=4.8538e-04, maxf=1.6660e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=4.6142e-04, maxf=1.6425e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=4.4064e-04, maxf=1.6202e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.2271e-04, maxf=1.5990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.0727e-04, maxf=1.5790e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=3.9403e-04, maxf=1.5601e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=3.8270e-04, maxf=1.5424e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=3.7301e-04, maxf=1.5257e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=3.6476e-04, maxf=1.5100e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.5772e-04, maxf=1.4952e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.5172e-04, maxf=1.4814e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=3.4660e-04, maxf=1.4684e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=3.4222e-04, maxf=1.4562e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=3.3847e-04, maxf=1.4448e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=3.3525e-04, maxf=1.4340e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 converged in 497 itertions final normf=3.3299e-04, maxf=1.4259e-03 fit1dCloud(npnt=26, ncp=9) -> status=0, numiter=498, normf= 3.3299e-04, dotmin=0.9586, nmin=3 enter fit1dCloud(bitflag=1, m=32, n=9) initial normf=2.5863e-02, maxf=7.3609e-02 iter= 10 normf=2.6187e-04, maxf=1.1421e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=2.5934e-04, maxf=1.1213e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=2.5690e-04, maxf=1.1014e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=2.5457e-04, maxf=1.0827e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=2.5236e-04, maxf=1.0652e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=2.5028e-04, maxf=1.0492e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=2.4832e-04, maxf=1.0345e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=2.4650e-04, maxf=1.0213e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=2.4481e-04, maxf=1.0094e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=2.4324e-04, maxf=9.9883e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 converged in 99 itertions final normf=2.4324e-04, maxf=9.9883e-04 fit1dCloud(npnt=32, ncp=9) -> status=0, numiter=100, normf= 4.8649e-04, dotmin=0.9999, nmin=4 enter fit1dCloud(bitflag=1, m=23, n=9) initial normf=2.5034e-02, maxf=7.3465e-02 converged in 7 itertions final normf=3.6775e-07, maxf=6.0196e-08 fit1dCloud(npnt=23, ncp=9) -> status=0, numiter= 8, normf= 7.5848e-07, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=23, n=9) initial normf=2.5034e-02, maxf=7.3465e-02 converged in 7 itertions final normf=3.6775e-07, maxf=6.0196e-08 fit1dCloud(npnt=23, ncp=9) -> status=0, numiter= 8, normf= 7.5848e-07, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=62, n=9) initial normf=4.6753e-02, maxf=1.1442e-01 iter= 10 normf=1.3577e-02, maxf=1.3684e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2361e-02, maxf=1.2396e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1251e-02, maxf=1.1254e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0238e-02, maxf=1.0337e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.3135e-03, maxf=9.4823e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.4706e-03, maxf=8.6879e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.7025e-03, maxf=7.9522e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=7.0027e-03, maxf=7.2743e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.3654e-03, maxf=6.6528e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.7855e-03, maxf=6.0861e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.2580e-03, maxf=5.5718e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.7784e-03, maxf=5.1694e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.3427e-03, maxf=4.8176e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.9470e-03, maxf=4.4950e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5879e-03, maxf=4.1990e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2621e-03, maxf=3.9272e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9668e-03, maxf=3.6774e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6991e-03, maxf=3.4476e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4567e-03, maxf=3.2363e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.2372e-03, maxf=3.0643e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=2.0387e-03, maxf=2.9264e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8592e-03, maxf=2.8011e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6971e-03, maxf=2.6871e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5508e-03, maxf=2.5834e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.4188e-03, maxf=2.4888e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2999e-03, maxf=2.4024e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1928e-03, maxf=2.3234e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0965e-03, maxf=2.2508e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=1.0099e-03, maxf=2.2081e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=9.3219e-04, maxf=2.1903e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.6252e-04, maxf=2.1697e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=8.0013e-04, maxf=2.1470e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=7.4433e-04, maxf=2.1227e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.9450e-04, maxf=2.0972e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=6.5006e-04, maxf=2.0708e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=6.1048e-04, maxf=2.0440e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.7530e-04, maxf=2.0169e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=5.4406e-04, maxf=1.9897e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=5.1638e-04, maxf=1.9626e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.9187e-04, maxf=1.9357e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=4.7019e-04, maxf=1.9091e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=4.5105e-04, maxf=1.8830e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=4.3415e-04, maxf=1.8574e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=4.1924e-04, maxf=1.8323e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=4.0608e-04, maxf=1.8078e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=3.9447e-04, maxf=1.7839e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=3.8421e-04, maxf=1.7607e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=3.7514e-04, maxf=1.7381e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=3.6711e-04, maxf=1.7161e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=3.5998e-04, maxf=1.6949e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.5364e-04, maxf=1.6742e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.4799e-04, maxf=1.6542e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.4294e-04, maxf=1.6349e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 converged in 532 itertions final normf=3.4153e-04, maxf=1.6305e-03 fit1dCloud(npnt=62, ncp=9) -> status=0, numiter=533, normf= 6.8306e-04, dotmin=0.8774, nmin=6 enter fit1dCloud(bitflag=1, m=23, n=9) initial normf=2.5034e-02, maxf=7.3465e-02 converged in 7 itertions final normf=3.6775e-07, maxf=6.0196e-08 fit1dCloud(npnt=23, ncp=9) -> status=0, numiter= 8, normf= 7.5848e-07, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=31, n=9) initial normf=2.7560e-02, maxf=7.3577e-02 converged in 7 itertions final normf=2.5662e-04, maxf=1.1722e-03 fit1dCloud(npnt=31, ncp=9) -> status=0, numiter= 8, normf= 5.1324e-04, dotmin=1.0000, nmin=3 enter fit1dCloud(bitflag=1, m=33, n=9) initial normf=2.7025e-02, maxf=7.3593e-02 converged in 7 itertions final normf=3.0105e-04, maxf=1.5123e-03 fit1dCloud(npnt=33, ncp=9) -> status=0, numiter= 8, normf= 6.0209e-04, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=19, n=9) initial normf=3.2135e-02, maxf=8.9085e-02 iter= 10 normf=5.5051e-03, maxf=4.9464e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=5.0095e-03, maxf=4.5294e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=4.5575e-03, maxf=4.1289e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=4.1454e-03, maxf=3.7531e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=3.7698e-03, maxf=3.4036e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=3.4276e-03, maxf=3.0812e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=3.1160e-03, maxf=2.7858e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=2.8324e-03, maxf=2.5166e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=2.5745e-03, maxf=2.2721e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=2.3401e-03, maxf=2.0504e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=2.1272e-03, maxf=1.8498e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=1.9338e-03, maxf=1.6683e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.7584e-03, maxf=1.5945e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.5992e-03, maxf=1.5496e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.4549e-03, maxf=1.5044e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.3242e-03, maxf=1.4598e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.2059e-03, maxf=1.4163e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.0989e-03, maxf=1.3746e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.0022e-03, maxf=1.3351e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=9.1500e-04, maxf=1.2979e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=8.3648e-04, maxf=1.2633e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=7.6589e-04, maxf=1.2313e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=7.0259e-04, maxf=1.2019e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=6.4596e-04, maxf=1.1750e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=5.9544e-04, maxf=1.1504e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=5.5050e-04, maxf=1.1279e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=5.1068e-04, maxf=1.1073e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=4.7551e-04, maxf=1.0885e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=4.4458e-04, maxf=1.0713e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=4.1749e-04, maxf=1.0555e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=3.9388e-04, maxf=1.0408e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=3.7338e-04, maxf=1.0435e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=3.5569e-04, maxf=1.0523e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=3.4047e-04, maxf=1.0600e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=3.2745e-04, maxf=1.0667e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=3.1635e-04, maxf=1.0725e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 converged in 361 itertions final normf=3.1434e-04, maxf=1.0736e-03 fit1dCloud(npnt=19, ncp=9) -> status=0, numiter=362, normf= 2.7223e-04, dotmin=0.9854, nmin=2 enter fit1dCloud(bitflag=1, m=21, n=9) initial normf=2.4704e-02, maxf=7.3594e-02 converged in 7 itertions final normf=2.9372e-07, maxf=4.7748e-08 fit1dCloud(npnt=21, ncp=9) -> status=0, numiter= 8, normf= 5.5073e-07, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=25, n=9) initial normf=4.0608e-02, maxf=1.1513e-01 iter= 10 normf=9.5357e-03, maxf=1.3261e-02 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=8.6748e-03, maxf=1.2396e-02 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=7.8902e-03, maxf=1.1566e-02 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=7.1751e-03, maxf=1.0794e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=6.5239e-03, maxf=1.0080e-02 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=5.9312e-03, maxf=9.4191e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=5.3922e-03, maxf=8.8086e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=4.9023e-03, maxf=8.2429e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=4.4573e-03, maxf=7.7163e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=4.0533e-03, maxf=7.2234e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=3.6868e-03, maxf=6.7593e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=3.3544e-03, maxf=6.3201e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=3.0530e-03, maxf=5.9027e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=2.7799e-03, maxf=5.5049e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=2.5324e-03, maxf=5.1253e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=2.3082e-03, maxf=4.7632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.1053e-03, maxf=4.4185e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.9217e-03, maxf=4.0911e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.7556e-03, maxf=3.7813e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=1.6056e-03, maxf=3.4892e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=1.4702e-03, maxf=3.2789e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.3481e-03, maxf=3.2986e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.2381e-03, maxf=3.3055e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.1392e-03, maxf=3.3013e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.0503e-03, maxf=3.2878e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=9.7066e-04, maxf=3.2666e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=8.9938e-04, maxf=3.2390e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=8.3575e-04, maxf=3.2064e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=7.7907e-04, maxf=3.1700e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=7.2872e-04, maxf=3.1307e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=6.8412e-04, maxf=3.0895e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=6.4472e-04, maxf=3.0471e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=6.1001e-04, maxf=3.0042e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=5.7953e-04, maxf=2.9612e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=5.5284e-04, maxf=2.9185e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.2953e-04, maxf=2.8766e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.0921e-04, maxf=2.8357e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=4.9153e-04, maxf=2.7958e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.7616e-04, maxf=2.7572e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.6281e-04, maxf=2.7199e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=4.5122e-04, maxf=2.6838e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=4.4112e-04, maxf=2.6489e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=4.3233e-04, maxf=2.6153e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=4.2465e-04, maxf=2.5829e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=4.1791e-04, maxf=2.5516e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=4.1197e-04, maxf=2.5215e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=4.0672e-04, maxf=2.4924e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 iter= 480 normf=4.0205e-04, maxf=2.4643e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.114e-03 iter= 490 normf=3.9787e-04, maxf=2.4371e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.339e-03 iter= 500 normf=3.9411e-04, maxf=2.4108e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.637e-03 iter= 510 normf=3.9069e-04, maxf=2.3854e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.002e-03 iter= 520 normf=3.8758e-04, maxf=2.3607e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.428e-03 iter= 530 normf=3.8472e-04, maxf=2.3368e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.909e-03 iter= 540 normf=3.8207e-04, maxf=2.3136e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.440e-03 iter= 550 normf=3.7960e-04, maxf=2.2910e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.015e-03 iter= 560 normf=3.7729e-04, maxf=2.2690e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.631e-03 iter= 570 normf=3.7512e-04, maxf=2.2477e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.284e-03 iter= 580 normf=3.7306e-04, maxf=2.2268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.970e-03 iter= 590 normf=3.7110e-04, maxf=2.2065e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.686e-03 iter= 600 normf=3.6922e-04, maxf=2.1867e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.429e-03 iter= 610 normf=3.6742e-04, maxf=2.1673e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.197e-03 iter= 620 normf=3.6569e-04, maxf=2.1484e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.987e-03 iter= 630 normf=3.6401e-04, maxf=2.1298e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.797e-03 iter= 640 normf=3.6238e-04, maxf=2.1117e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.625e-03 iter= 650 normf=3.6081e-04, maxf=2.0939e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.470e-03 iter= 660 normf=3.5927e-04, maxf=2.0765e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.329e-03 iter= 670 normf=3.5777e-04, maxf=2.0594e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.202e-03 iter= 680 normf=3.5630e-04, maxf=2.0426e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.087e-03 iter= 690 normf=3.5487e-04, maxf=2.0261e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.832e-04 iter= 700 normf=3.5346e-04, maxf=2.0099e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.892e-04 iter= 710 normf=3.5208e-04, maxf=1.9939e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.042e-04 iter= 720 normf=3.5073e-04, maxf=1.9783e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.273e-04 iter= 730 normf=3.4940e-04, maxf=1.9629e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.577e-04 iter= 740 normf=3.4809e-04, maxf=1.9477e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.949e-04 iter= 750 normf=3.4680e-04, maxf=1.9328e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.380e-04 iter= 760 normf=3.4553e-04, maxf=1.9181e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.865e-04 iter= 770 normf=3.4429e-04, maxf=1.9036e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.400e-04 iter= 780 normf=3.4306e-04, maxf=1.8894e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.979e-04 iter= 790 normf=3.4184e-04, maxf=1.8753e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.599e-04 iter= 800 normf=3.4065e-04, maxf=1.8615e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.255e-04 iter= 810 normf=3.3947e-04, maxf=1.8479e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.944e-04 iter= 820 normf=3.3831e-04, maxf=1.8344e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.662e-04 iter= 830 normf=3.3716e-04, maxf=1.8211e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.408e-04 iter= 840 normf=3.3603e-04, maxf=1.8081e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.177e-04 iter= 850 normf=3.3492e-04, maxf=1.7952e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.969e-04 iter= 860 normf=3.3381e-04, maxf=1.7825e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.781e-04 iter= 870 normf=3.3273e-04, maxf=1.7699e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.611e-04 iter= 880 normf=3.3165e-04, maxf=1.7575e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.457e-04 iter= 890 normf=3.3059e-04, maxf=1.7453e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.317e-04 iter= 900 normf=3.2955e-04, maxf=1.7333e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.191e-04 iter= 910 normf=3.2852e-04, maxf=1.7214e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.077e-04 iter= 920 normf=3.2750e-04, maxf=1.7097e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.744e-05 iter= 930 normf=3.2649e-04, maxf=1.6981e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.812e-05 iter= 940 normf=3.2550e-04, maxf=1.6867e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.970e-05 iter= 950 normf=3.2452e-04, maxf=1.6754e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.208e-05 iter= 960 normf=3.2355e-04, maxf=1.6643e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.519e-05 iter= 970 normf=3.2259e-04, maxf=1.6533e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.895e-05 iter= 980 normf=3.2165e-04, maxf=1.6424e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.332e-05 iter= 990 normf=3.2072e-04, maxf=1.6318e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.822e-05 iter=1000 normf=3.1980e-04, maxf=1.6212e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.361e-05 fit1dCloud(npnt=25, ncp=9) -> status=0, numiter=1000, normf= 3.1980e-04, dotmin=0.9551, nmin=2 enter fit1dCloud(bitflag=1, m=23, n=9) initial normf=2.5034e-02, maxf=7.3465e-02 converged in 7 itertions final normf=3.6775e-07, maxf=6.0196e-08 fit1dCloud(npnt=23, ncp=9) -> status=0, numiter= 8, normf= 7.5848e-07, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=21, n=9) initial normf=2.4704e-02, maxf=7.3594e-02 converged in 7 itertions final normf=2.9372e-07, maxf=4.7748e-08 fit1dCloud(npnt=21, ncp=9) -> status=0, numiter= 8, normf= 5.5073e-07, dotmin=1.0000, nmin=2 enter fit1dCloud(bitflag=1, m=18, n=9) initial normf=3.0563e-02, maxf=8.8896e-02 iter= 10 normf=5.5280e-03, maxf=5.4146e-03 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=5.0276e-03, maxf=5.0057e-03 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=4.5721e-03, maxf=4.6118e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=4.1575e-03, maxf=4.2381e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=3.7802e-03, maxf=3.8863e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=3.4369e-03, maxf=3.5577e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=3.1249e-03, maxf=3.2916e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=2.8414e-03, maxf=3.1037e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=2.5841e-03, maxf=2.9351e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=2.3507e-03, maxf=2.7842e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=2.1393e-03, maxf=2.6492e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=1.9481e-03, maxf=2.5280e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.7752e-03, maxf=2.4190e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.6193e-03, maxf=2.3204e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.4787e-03, maxf=2.2310e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.3522e-03, maxf=2.1495e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.2386e-03, maxf=2.0750e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.1369e-03, maxf=2.0067e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.0458e-03, maxf=1.9442e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=9.6465e-04, maxf=1.8870e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=8.9245e-04, maxf=1.8346e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=8.2844e-04, maxf=1.7868e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=7.7189e-04, maxf=1.7433e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=7.2211e-04, maxf=1.7037e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=6.7846e-04, maxf=1.6678e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=6.4034e-04, maxf=1.6354e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=6.0719e-04, maxf=1.6171e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=5.7847e-04, maxf=1.6073e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=5.5371e-04, maxf=1.5968e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=5.3242e-04, maxf=1.5857e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=5.1420e-04, maxf=1.5741e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=4.9864e-04, maxf=1.5621e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=4.8540e-04, maxf=1.5499e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=4.7415e-04, maxf=1.5375e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=4.6461e-04, maxf=1.5250e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=4.5653e-04, maxf=1.5125e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=4.4969e-04, maxf=1.5001e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 converged in 376 itertions final normf=4.4553e-04, maxf=1.4928e-03 fit1dCloud(npnt=18, ncp=9) -> status=0, numiter=377, normf= 3.8584e-04, dotmin=0.9867, nmin=1 enter fit1dCloud(bitflag=1, m=64, n=9) initial normf=4.5065e-02, maxf=1.1444e-01 iter= 10 normf=1.3391e-02, maxf=1.3400e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=1.2194e-02, maxf=1.2168e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=1.1100e-02, maxf=1.1012e-02 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=1.0101e-02, maxf=9.9506e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=9.1895e-03, maxf=9.0524e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=8.3581e-03, maxf=8.2894e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=7.6002e-03, maxf=7.5861e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=6.9097e-03, maxf=6.9388e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=6.2810e-03, maxf=6.3442e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=5.7088e-03, maxf=5.7992e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=5.1883e-03, maxf=5.3591e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=4.7152e-03, maxf=4.9634e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=4.2853e-03, maxf=4.6060e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=3.8950e-03, maxf=4.2831e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=3.5406e-03, maxf=3.9915e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=3.2192e-03, maxf=3.7278e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=2.9276e-03, maxf=3.4891e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=2.6634e-03, maxf=3.2730e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=2.4240e-03, maxf=3.0772e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=2.2073e-03, maxf=2.8996e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=2.0111e-03, maxf=2.7385e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=1.8337e-03, maxf=2.5922e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=1.6734e-03, maxf=2.4594e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=1.5285e-03, maxf=2.3387e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=1.3978e-03, maxf=2.2288e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=1.2798e-03, maxf=2.1285e-03 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=1.1734e-03, maxf=2.0369e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=1.0776e-03, maxf=1.9528e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=9.9136e-04, maxf=1.8755e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=9.1377e-04, maxf=1.8071e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=8.4404e-04, maxf=1.7566e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=7.8144e-04, maxf=1.7070e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=7.2528e-04, maxf=1.6585e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=6.7497e-04, maxf=1.6112e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=6.2994e-04, maxf=1.5651e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=5.8970e-04, maxf=1.5203e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=5.5377e-04, maxf=1.5183e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=5.2175e-04, maxf=1.5168e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=4.9324e-04, maxf=1.5140e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=4.6789e-04, maxf=1.5102e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=4.4538e-04, maxf=1.5057e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 iter= 420 normf=4.2541e-04, maxf=1.5005e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.483e-02 iter= 430 normf=4.0770e-04, maxf=1.4948e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.341e-02 iter= 440 normf=3.9201e-04, maxf=1.4888e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.213e-02 iter= 450 normf=3.7812e-04, maxf=1.4826e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.097e-02 iter= 460 normf=3.6582e-04, maxf=1.4762e-03 ACCEPTED, lambda= 1.000e-10, smooth= 9.921e-03 iter= 470 normf=3.5492e-04, maxf=1.4697e-03 ACCEPTED, lambda= 1.000e-10, smooth= 8.972e-03 converged in 472 itertions final normf=3.5189e-04, maxf=1.4678e-03 fit1dCloud(npnt=64, ncp=9) -> status=0, numiter=473, normf= 7.0379e-04, dotmin=0.8759, nmin=7 generateFits(1D), CPU= 0.64 sec iface= 1 npnt = 302 ntrain= 302 (100%) iface= 2 npnt = 299 ntrain= 299 (100%) iface= 3 npnt = 241 ntrain= 241 (100%) iface= 4 npnt = 236 ntrain= 236 (100%) iface= 5 npnt = 148 ntrain= 148 (100%) non-planar (fitting) ipnt=1, prod= 0.08122 extracting south control points from iedge= -9 extracting east control points from iedge= 15 extracting north control points from iedge= -12 extracting west control points from iedge= 16 iface= 6 npnt = 80 ntrain= 80 (100%) iface= 7 npnt = 310 ntrain= 310 (100%) non-planar (fitting) ipnt=1, prod= 0.03425 extracting south control points from iedge= -1 extracting east control points from iedge= 18 extracting north control points from iedge= 17 extracting west control points from iedge= 19 iface= 8 npnt = 667 ntrain= 667 (100%) non-planar (fitting) ipnt=1, prod= 0.01162 extracting south control points from iedge= -4 extracting east control points from iedge= 22 extracting north control points from iedge= 21 extracting west control points from iedge= 20 iface= 9 npnt = 187 ntrain= 187 (100%) non-planar (fitting) ipnt=1, prod= -0.01804 extracting south control points from iedge= -5 extracting east control points from iedge= 23 extracting north control points from iedge= -16 extracting west control points from iedge= 24 iface= 10 npnt = 227 ntrain= 227 (100%) non-planar (fitting) ipnt=1, prod= -0.07063 extracting south control points from iedge= -11 extracting east control points from iedge= 25 extracting north control points from iedge= 26 extracting west control points from iedge= -17 iface= 11 npnt = 224 ntrain= 224 (100%) non-planar (fitting) ipnt=1, prod= -0.03309 extracting south control points from iedge= -6 extracting east control points from iedge= -20 extracting north control points from iedge= -25 extracting west control points from iedge= -23 iface= 12 npnt = 315 ntrain= 315 (100%) non-planar (fitting) ipnt=1, prod= 0.03056 extracting south control points from iedge= -2 extracting east control points from iedge= 28 extracting north control points from iedge= 27 extracting west control points from iedge= -18 iface= 13 npnt = 234 ntrain= 234 (100%) non-planar (fitting) ipnt=1, prod= 0.00222 extracting south control points from iedge= -14 extracting east control points from iedge= -27 extracting north control points from iedge= 29 extracting west control points from iedge= 30 iface= 14 npnt = 687 ntrain= 687 (100%) non-planar (fitting) ipnt=1, prod= 0.04193 extracting south control points from iedge= -3 extracting east control points from iedge= -19 extracting north control points from iedge= 31 extracting west control points from iedge= -28 iface= 15 npnt = 679 ntrain= 679 (100%) non-planar (fitting) ipnt=1, prod= -0.10927 extracting south control points from iedge= -21 extracting east control points from iedge= -29 extracting north control points from iedge= -31 extracting west control points from iedge= -26 iface= 16 npnt = 217 ntrain= 217 (100%) non-planar (fitting) ipnt=1, prod= -0.03905 extracting south control points from iedge= -7 extracting east control points from iedge= -24 extracting north control points from iedge= -30 extracting west control points from iedge= -22 ID 1a08: is master ID 1a08: iface 14 has 687 training points ID 1b18: start thread ID 1b18: iface 15 has 679 training points ID 1a08: iface 14 complete with status=0, numiter= 10, normf= 4.9021e-04, nmin=9 ID 1a08: iface 8 has 667 training points ID 1b18: iface 15 complete with status=0, numiter= 12, normf= 5.2923e-04, nmin=8 ID 1b18: iface 12 has 315 training points ID 1b18: iface 12 complete with status=0, numiter= 12, normf= 3.4620e-04, nmin=2 ID 1b18: iface 7 has 310 training points ID 1a08: iface 8 complete with status=0, numiter= 10, normf= 4.6562e-04, nmin=8 ID 1a08: iface 13 has 234 training points ID 1a08: iface 13 complete with status=0, numiter= 10, normf= 2.9768e-04, nmin=1 ID 1a08: iface 10 has 227 training points ID 1b18: iface 7 complete with status=0, numiter= 12, normf= 3.4764e-04, nmin=2 ID 1b18: iface 11 has 224 training points ID 1a08: iface 10 complete with status=0, numiter= 8, normf= 2.2838e-04, nmin=1 ID 1a08: iface 16 has 217 training points ID 1b18: iface 11 complete with status=0, numiter= 8, normf= 2.8126e-04, nmin=1 ID 1b18: iface 9 has 187 training points ID 1b18: iface 9 complete with status=0, numiter= 8, normf= 3.7843e-04, nmin=1 ID 1b18: iface 5 has 148 training points ID 1a08: iface 16 complete with status=0, numiter= 8, normf= 3.4066e-04, nmin=1 ID 1a08: iface 1 has 302 training points ID 1a08: iface 1 skipped ID 1a08: iface 2 has 299 training points ID 1a08: iface 2 skipped ID 1a08: iface 3 has 241 training points ID 1a08: iface 3 skipped ID 1a08: iface 4 has 236 training points ID 1a08: iface 4 skipped ID 1a08: iface 6 has 80 training points ID 1a08: iface 6 skipped ID 1b18: iface 5 complete with status=0, numiter= 8, normf= 1.7281e-04, nmin=1 ID 1b18: stop thread generateFits(2D), CPU= 1.39 sec EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 planar iface= 1 is planar, so accuracy is not computed planar iface= 2 is planar, so accuracy is not computed planar iface= 3 is planar, so accuracy is not computed planar iface= 4 is planar, so accuracy is not computed non-planar iface=5, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 5 ntrain= 148 rms= 3.375e-04 npnt = 148 rms= 3.375e-04 planar iface= 6 is planar, so accuracy is not computed non-planar iface=7, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 7 ntrain= 310 rms= 6.294e-04 npnt = 310 rms= 6.294e-04 non-planar iface=8, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 8 ntrain= 667 rms= 8.188e-04 npnt = 667 rms= 8.188e-04 non-planar iface=9, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 9 ntrain= 187 rms= 7.262e-04 npnt = 187 rms= 7.262e-04 non-planar iface=10, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 10 ntrain= 227 rms= 4.281e-04 npnt = 227 rms= 4.281e-04 non-planar iface=11, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 11 ntrain= 224 rms= 5.287e-04 npnt = 224 rms= 5.287e-04 non-planar iface=12, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 12 ntrain= 315 rms= 6.257e-04 npnt = 315 rms= 6.257e-04 non-planar iface=13, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 13 ntrain= 234 rms= 5.286e-04 npnt = 234 rms= 5.286e-04 non-planar iface=14, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 14 ntrain= 687 rms= 8.591e-04 npnt = 687 rms= 8.591e-04 non-planar iface=15, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 15 ntrain= 679 rms= 9.198e-04 npnt = 679 rms= 9.198e-04 non-planar iface=16, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 16 ntrain= 217 rms= 6.289e-04 npnt = 217 rms= 6.289e-04 before makeTopology(SHELL, nfaces=16, closed=1) File "../../OpenCSM/trunk/data/Slugs/tutorial1.egads" is being written ==> Closing input journal file real 0m7.445s user 0m0.015s sys 0m0.000s + set +x tutorial1 passed (as expected) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/serveCSM' ../../OpenCSM/trunk/data/Slugs/tutorial1 -outLevel 0 -batch -verify ERROR:: (egads_notfound) in Branch Brch_000001 at [[../../OpenCSM/trunk/data/Slugs/tutorial1.csm:4]] EGADS status = -1 ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build() detected -1 (egads_notfound) real 0m0.104s user 0m0.000s sys 0m0.031s + set +x tutorial1 failed (as NOT expected) -------------------------------------------------------------------------------------------------- ( 17 ) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/Slugs' ../../OpenCSM/trunk/data/Slugs/wing_0 -outLevel 0 -batch -jrnl ../../OpenCSM/trunk/data/Slugs/wing_0.mod.jrnl -subsample 10 ................ After reading: npnt = 75954 ntri = 151904 ==> Opening input journal file "../../OpenCSM/trunk/data/Slugs/wing_0.mod.jrnl" Face 1 ...at beginning Edge 1, npnt= 82, ibeg= 1, iend= 2 Edge 2, npnt= 82, ibeg= 2, iend= 1 ...after sorting into Loops Loop 0 (0:1) Edge 1, npnt= 82, ibeg= 1, iend= 2 Edge 2, npnt= 82, ibeg= 2, iend= 1 Face 2 ...at beginning Edge 3, npnt= 52, ibeg= 3, iend= 4 Edge 4, npnt= 53, ibeg= 4, iend= 3 ...after sorting into Loops Loop 0 (0:1) Edge 3, npnt= 52, ibeg= 3, iend= 4 Edge 4, npnt= 53, ibeg= 4, iend= 3 Face 3 ...at beginning Edge -1, npnt= 82, iend= 2, ibeg= 1 Edge -3, npnt= 52, iend= 4, ibeg= 3 Edge 5, npnt= 1025, ibeg= 1, iend= 4 Edge 6, npnt= 257, ibeg= 3, iend= 2 ...after sorting into Loops Loop 0 (0:3) Edge -1, npnt= 82, iend= 2, ibeg= 1 Edge 5, npnt= 1025, ibeg= 1, iend= 4 Edge -3, npnt= 52, iend= 4, ibeg= 3 Edge 6, npnt= 257, ibeg= 3, iend= 2 Face 4 ...at beginning Edge -2, npnt= 82, iend= 1, ibeg= 2 Edge -4, npnt= 53, iend= 3, ibeg= 4 Edge -5, npnt= 1025, iend= 4, ibeg= 1 Edge -6, npnt= 257, iend= 2, ibeg= 3 ...after sorting into Loops Loop 0 (0:3) Edge -2, npnt= 82, iend= 1, ibeg= 2 Edge -6, npnt= 257, iend= 2, ibeg= 3 Edge -4, npnt= 53, iend= 3, ibeg= 4 Edge -5, npnt= 1025, iend= 4, ibeg= 1 enter fit1dCloud(bitflag=1, m=82, n=9) initial normf=2.5753e-02, maxf=7.4319e-02 iter= 10 normf=3.1691e-03, maxf=1.2412e-02 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=2.9958e-03, maxf=1.0787e-02 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=2.8544e-03, maxf=9.9870e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=2.7080e-03, maxf=9.0614e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=2.5555e-03, maxf=8.0337e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=2.3960e-03, maxf=6.9492e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=2.2308e-03, maxf=5.8335e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=2.0638e-03, maxf=4.8002e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=1.9001e-03, maxf=3.9462e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=1.7435e-03, maxf=3.2774e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=1.5957e-03, maxf=2.7429e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=1.4577e-03, maxf=2.3180e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.3296e-03, maxf=1.9632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.2112e-03, maxf=1.6782e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.1023e-03, maxf=1.4313e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.0023e-03, maxf=1.2268e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=9.1071e-04, maxf=1.0495e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=8.2701e-04, maxf=9.0332e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=7.5064e-04, maxf=7.7650e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=6.8105e-04, maxf=6.6822e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=6.1770e-04, maxf=5.7848e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=5.6009e-04, maxf=5.0095e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=5.0775e-04, maxf=4.3412e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=4.6022e-04, maxf=3.7662e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=4.1709e-04, maxf=3.2920e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=3.7797e-04, maxf=2.8848e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=3.4252e-04, maxf=2.5333e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=3.1039e-04, maxf=2.3979e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=2.8131e-04, maxf=2.2854e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=2.5498e-04, maxf=2.1684e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=2.3117e-04, maxf=2.0510e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=2.0964e-04, maxf=1.9363e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=1.9019e-04, maxf=1.8263e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=1.7263e-04, maxf=1.7604e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=1.5679e-04, maxf=1.7311e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=1.4251e-04, maxf=1.7002e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=1.2966e-04, maxf=1.6689e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=1.1811e-04, maxf=1.6381e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 converged in 388 itertions final normf=1.0872e-04, maxf=1.6115e-04 fit1dCloud(npnt=82, ncp=9) -> status=0, numiter=389, normf= 5.1365e-04, dotmin=0.4369, nmin=6 enter fit1dCloud(bitflag=1, m=82, n=9) initial normf=2.6648e-02, maxf=7.6382e-02 iter= 10 normf=3.9493e-03, maxf=1.2612e-02 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=3.6459e-03, maxf=1.0549e-02 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=3.4116e-03, maxf=9.6687e-03 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=3.1874e-03, maxf=8.7843e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=2.9711e-03, maxf=7.8546e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=2.7613e-03, maxf=6.8728e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=2.5574e-03, maxf=5.9565e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=2.3603e-03, maxf=5.0772e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=2.1715e-03, maxf=4.3083e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=1.9926e-03, maxf=3.6598e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=1.8247e-03, maxf=3.1078e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=1.6682e-03, maxf=2.6701e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.5231e-03, maxf=2.2837e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.3891e-03, maxf=1.9727e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.2657e-03, maxf=1.7022e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.1525e-03, maxf=1.4707e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.0488e-03, maxf=1.2715e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=9.5393e-04, maxf=1.1008e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=8.6740e-04, maxf=9.5538e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=7.8853e-04, maxf=8.2783e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=7.1675e-04, maxf=7.1996e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=6.5150e-04, maxf=6.2770e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=5.9225e-04, maxf=5.4715e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=5.3852e-04, maxf=5.2781e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=4.8985e-04, maxf=5.1707e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=4.4580e-04, maxf=5.0766e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=4.0600e-04, maxf=4.9946e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=3.7008e-04, maxf=4.9232e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=3.3770e-04, maxf=4.8610e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=3.0857e-04, maxf=4.8068e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=2.8240e-04, maxf=4.7592e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=2.5894e-04, maxf=4.7172e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=2.3794e-04, maxf=4.6797e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=2.1920e-04, maxf=4.6459e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=2.0252e-04, maxf=4.6151e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=1.8771e-04, maxf=4.5866e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=1.7459e-04, maxf=4.5599e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=1.6302e-04, maxf=4.5346e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 converged in 386 itertions final normf=1.5575e-04, maxf=4.5176e-04 fit1dCloud(npnt=82, ncp=9) -> status=0, numiter=387, normf= 7.3607e-04, dotmin=0.4046, nmin=7 enter fit1dCloud(bitflag=1, m=52, n=9) initial normf=2.3327e-02, maxf=7.4416e-02 iter= 10 normf=3.7876e-03, maxf=1.3031e-02 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 iter= 20 normf=3.6268e-03, maxf=1.1558e-02 ACCEPTED, lambda= 9.537e-07, smooth= 8.262e-01 iter= 30 normf=3.4754e-03, maxf=1.0603e-02 ACCEPTED, lambda= 9.313e-10, smooth= 7.472e-01 iter= 40 normf=3.3122e-03, maxf=9.5161e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=3.1340e-03, maxf=8.2903e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=2.9407e-03, maxf=7.0072e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=2.7373e-03, maxf=5.8011e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=2.5327e-03, maxf=4.8000e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=2.3335e-03, maxf=4.0147e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=2.1430e-03, maxf=3.3863e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=1.9631e-03, maxf=2.8580e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=1.7946e-03, maxf=2.4235e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.6378e-03, maxf=2.0425e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.4924e-03, maxf=1.7345e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.3584e-03, maxf=1.4655e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.2352e-03, maxf=1.2456e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.1223e-03, maxf=1.0575e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.0191e-03, maxf=9.0480e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=9.2490e-04, maxf=7.7427e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=8.3906e-04, maxf=6.6510e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=7.6092e-04, maxf=5.7489e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=6.8986e-04, maxf=4.9764e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=6.2530e-04, maxf=4.3153e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=5.6669e-04, maxf=3.7503e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=5.1350e-04, maxf=3.2896e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=4.6527e-04, maxf=3.0043e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=4.2154e-04, maxf=2.7550e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=3.8192e-04, maxf=2.5086e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=3.4602e-04, maxf=2.4819e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=3.1352e-04, maxf=2.4638e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=2.8410e-04, maxf=2.4264e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=2.5748e-04, maxf=2.3754e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=2.3340e-04, maxf=2.3153e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=2.1163e-04, maxf=2.2496e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=1.9196e-04, maxf=2.1808e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=1.7419e-04, maxf=2.1112e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=1.5815e-04, maxf=2.0421e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=1.4368e-04, maxf=1.9748e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=1.3064e-04, maxf=1.9099e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=1.1889e-04, maxf=1.8480e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 iter= 410 normf=1.0833e-04, maxf=1.7896e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.640e-02 converged in 410 itertions final normf=1.0734e-04, maxf=1.7839e-04 fit1dCloud(npnt=52, ncp=9) -> status=0, numiter=411, normf= 3.0312e-04, dotmin=0.4351, nmin=3 enter fit1dCloud(bitflag=1, m=53, n=9) initial normf=2.4557e-02, maxf=7.6518e-02 iter= 10 normf=4.9370e-03, maxf=1.3931e-02 ACCEPTED, lambda= 3.906e-03, smooth= 9.135e-01 iter= 20 normf=4.4403e-03, maxf=1.0579e-02 ACCEPTED, lambda= 3.815e-06, smooth= 8.262e-01 iter= 30 normf=4.1534e-03, maxf=9.6018e-03 ACCEPTED, lambda= 3.725e-09, smooth= 7.472e-01 iter= 40 normf=3.8777e-03, maxf=8.6623e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.757e-01 iter= 50 normf=3.6124e-03, maxf=7.7632e-03 ACCEPTED, lambda= 1.000e-10, smooth= 6.111e-01 iter= 60 normf=3.3569e-03, maxf=6.8505e-03 ACCEPTED, lambda= 1.000e-10, smooth= 5.527e-01 iter= 70 normf=3.1107e-03, maxf=6.0116e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.998e-01 iter= 80 normf=2.8735e-03, maxf=5.1882e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.520e-01 iter= 90 normf=2.6460e-03, maxf=4.4221e-03 ACCEPTED, lambda= 1.000e-10, smooth= 4.088e-01 iter= 100 normf=2.4294e-03, maxf=3.7409e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.697e-01 iter= 110 normf=2.2253e-03, maxf=3.1569e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.344e-01 iter= 120 normf=2.0346e-03, maxf=2.6939e-03 ACCEPTED, lambda= 1.000e-10, smooth= 3.024e-01 iter= 130 normf=1.8575e-03, maxf=2.2914e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.735e-01 iter= 140 normf=1.6938e-03, maxf=1.9716e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.473e-01 iter= 150 normf=1.5430e-03, maxf=1.6961e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.237e-01 iter= 160 normf=1.4046e-03, maxf=1.4634e-03 ACCEPTED, lambda= 1.000e-10, smooth= 2.023e-01 iter= 170 normf=1.2777e-03, maxf=1.2643e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.830e-01 iter= 180 normf=1.1618e-03, maxf=1.0958e-03 ACCEPTED, lambda= 1.000e-10, smooth= 1.655e-01 iter= 190 normf=1.0559e-03, maxf=9.5204e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.496e-01 iter= 200 normf=9.5934e-04, maxf=8.2637e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.353e-01 iter= 210 normf=8.7142e-04, maxf=7.2098e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.224e-01 iter= 220 normf=7.9144e-04, maxf=6.3496e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.107e-01 iter= 230 normf=7.1873e-04, maxf=6.1149e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.001e-01 iter= 240 normf=6.5271e-04, maxf=5.9012e-04 ACCEPTED, lambda= 1.000e-10, smooth= 9.053e-02 iter= 250 normf=5.9279e-04, maxf=5.7079e-04 ACCEPTED, lambda= 1.000e-10, smooth= 8.188e-02 iter= 260 normf=5.3848e-04, maxf=5.5342e-04 ACCEPTED, lambda= 1.000e-10, smooth= 7.405e-02 iter= 270 normf=4.8928e-04, maxf=5.3791e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.697e-02 iter= 280 normf=4.4476e-04, maxf=5.2417e-04 ACCEPTED, lambda= 1.000e-10, smooth= 6.056e-02 iter= 290 normf=4.0452e-04, maxf=5.1263e-04 ACCEPTED, lambda= 1.000e-10, smooth= 5.477e-02 iter= 300 normf=3.6820e-04, maxf=5.0448e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.954e-02 iter= 310 normf=3.3544e-04, maxf=4.9739e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.480e-02 iter= 320 normf=3.0594e-04, maxf=4.9124e-04 ACCEPTED, lambda= 1.000e-10, smooth= 4.052e-02 iter= 330 normf=2.7942e-04, maxf=4.8593e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.664e-02 iter= 340 normf=2.5562e-04, maxf=4.8136e-04 ACCEPTED, lambda= 1.000e-10, smooth= 3.314e-02 iter= 350 normf=2.3431e-04, maxf=4.7743e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.997e-02 iter= 360 normf=2.1526e-04, maxf=4.7406e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.710e-02 iter= 370 normf=1.9828e-04, maxf=4.7115e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.451e-02 iter= 380 normf=1.8318e-04, maxf=4.6864e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.217e-02 iter= 390 normf=1.6981e-04, maxf=4.6645e-04 ACCEPTED, lambda= 1.000e-10, smooth= 2.005e-02 iter= 400 normf=1.5799e-04, maxf=4.6454e-04 ACCEPTED, lambda= 1.000e-10, smooth= 1.813e-02 converged in 408 itertions final normf=1.4857e-04, maxf=4.6301e-04 fit1dCloud(npnt=53, ncp=9) -> status=0, numiter=409, normf= 4.1968e-04, dotmin=0.4047, nmin=4 enter fit1dCloud(bitflag=1, m=1025, n=9) initial normf=2.9685e-02, maxf=7.5042e-02 iter= 10 normf=3.0752e-05, maxf=5.5189e-06 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 converged in 13 itertions final normf=3.3094e-07, maxf=1.3436e-07 fit1dCloud(npnt=1025, ncp=9) -> status=0, numiter= 14, normf= 4.3780e-06, dotmin=1.0000, nmin=128 enter fit1dCloud(bitflag=1, m=257, n=9) initial normf=2.8914e-02, maxf=7.3936e-02 iter= 10 normf=5.4921e-06, maxf=6.1825e-07 ACCEPTED, lambda= 9.766e-04, smooth= 9.135e-01 converged in 12 itertions final normf=7.9357e-08, maxf=6.2318e-08 fit1dCloud(npnt=257, ncp=9) -> status=0, numiter= 13, normf= 1.0694e-06, dotmin=1.0000, nmin=32 generateFits(1D), CPU= 0.34 sec iface= 1 npnt = 543 ntrain= 177 ( 32%) iface= 2 npnt = 239 ntrain= 239 (100%) iface= 3 npnt = 37529 ntrain= 3727 ( 9%) non-planar (fitting) ipnt=7, prod= -0.00130 extracting south control points from iedge= -1 extracting east control points from iedge= 5 extracting north control points from iedge= -3 extracting west control points from iedge= 6 iface= 4 npnt = 39190 ntrain= 3905 ( 9%) non-planar (fitting) ipnt=1, prod= 0.00480 extracting south control points from iedge= -2 extracting east control points from iedge= -6 extracting north control points from iedge= -4 extracting west control points from iedge= -5 ID 358: is master ID 358: iface 4 has 3905 training points ID 2b70: start thread ID 2b70: iface 3 has 3727 training points ID 358: iface 4 complete with status=0, numiter= 15, normf= 2.5801e-04, nmin=13 ID 358: iface 1 has 177 training points ID 358: iface 1 skipped ID 358: iface 2 has 239 training points ID 358: iface 2 skipped ID 2b70: iface 3 complete with status=0, numiter= 16, normf= 1.0280e-04, nmin=13 ID 2b70: stop thread generateFits(2D), CPU= 3.72 sec EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 EG_makeGeometry(CURVE) -> status=0 planar iface= 1 is planar, so accuracy is not computed planar iface= 2 is planar, so accuracy is not computed non-planar iface=3, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 3 ntrain= 3727 rms= 1.739e-04 npnt = 37529 rms= 1.742e-04 non-planar iface=4, nedg=4, nlup=1 EG_makeGeometry(SURFACE) -> status=0 EG_makeGeometry(PCURVE 0) -> status=0 EG_makeGeometry(PCURVE 1) -> status=0 EG_makeGeometry(PCURVE 2) -> status=0 EG_makeGeometry(PCURVE 3) -> status=0 EG_makeTopology(LOOP) -> status=0 EG_makeTopology(FACE) -> status=0 iface= 4 ntrain= 3905 rms= 4.349e-04 npnt = 39190 rms= 4.349e-04 before makeTopology(SHELL, nfaces=4, closed=1) File "../../OpenCSM/trunk/data/Slugs/wing_1.egads" is being written ==> Closing input journal file real 1m3.292s user 0m0.015s sys 0m0.016s + set +x wing_0 passed (as expected) + 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\WIN64/bin/serveCSM' ../../OpenCSM/trunk/data/Slugs/wing_1 -outLevel 0 -batch -verify ERROR:: (egads_notfound) in Branch Brch_000001 at [[../../OpenCSM/trunk/data/Slugs/wing_1.csm:4]] EGADS status = -1 ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build() detected -1 (egads_notfound) real 0m0.109s user 0m0.000s sys 0m0.015s + set +x wing_1 failed (as NOT expected) -------------------------------------------------------------------------------------------------- ================================ Found errors ================================ ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build not completed because error -1 (egads_notfound) was detected ERROR:: build not completed because error -1 (egads_notfound) was detected ================================================================================================== C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>set err4=0 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>REM Check CAPS training examples C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>if data/Slugs == training2018 mkdir C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test\training2018 || exit /b 666 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>if data/Slugs == training2018 cd C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test\training2018 || exit /b 666 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>if data/Slugs == training2018 xcopy C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\training\2018\data\* /Q /Y || exit /b 666 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>if data/Slugs == training2018 bash.exe -x -e -c "for i in `ls wing*.csm | sort -f`; do time python runAll.py $i; done" || set err4=1 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>REM Don't run examples because matplotlib actually plots, but nobody is there to close the window C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>REM if data/Slugs==training2018 bash.exe -x -e -c "for i in `ls exercise*.py | sort -f`; do time python $i; done" || set err4=1 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>set err1=0 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>set err2=0 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>set err3=0 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>if OpenCSM == OpenCSM (if NOT data/Slugs == pyOCSM ( set /p err1= 0<err1_tmp.out set /p err2= 0<err2_tmp.out if "" == "" (set /p err3= 0<err3_tmp.out ) else (set err3=0 ) ) ) C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>echo off C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>echo on C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>set /a "err=0+0+0+0" C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\ESP\test>exit /b 0 C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017\CAPS\aim\skeleton>exit 0 [GNU C Compiler (gcc)] Sleeping for 5 seconds due to JENKINS-32191... [GNU C Compiler (gcc)] Parsing console log (workspace: 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017') [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] Sleeping for 5 seconds due to JENKINS-32191... [Clang] Parsing console log (workspace: 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017') [Clang] -> found 0 issues (skipped 0 duplicates) [Clang] Parsing console log (workspace: 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017') [Clang] -> found 0 issues (skipped 0 duplicates) [Clang] Successfully parsed console log [Clang] -> found 0 issues (skipped 0 duplicates) [Clang] Parsing console log (workspace: 'C:\Users\jenkins\workspace\ESP_QuickTestCaps\7.3\OpenCSM\data\Slugs\WIN64.2017') [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] Reference build recorder is not configured [Static Analysis] Obtaining reference build from same job (7.3,WIN64.2017,windows10x64) [Static Analysis] Using reference build 'ESP_QuickTestCaps/CASREV=7.3,ESP_ARCH=WIN64.2017,buildnode=windows10x64 #26' to compute new, fixed, and outstanding issues [Static Analysis] Issues delta (vs. reference build): outstanding: 0, new: 0, fixed: 0 [Static Analysis] Evaluating quality gates [Static Analysis] -> PASSED - Total (any severity): 0 - Quality QualityGate: 1 [Static Analysis] -> All quality gates have been passed [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_QuickTestCaps/CASREV=7.3,ESP_ARCH=WIN64.2017,buildnode=windows10x64 #30'. [Checks API] No suitable checks publisher found. Build step 'Console output (build log) parsing' changed build result to FAILURE [PostBuildScript] - [INFO] Executing post build scripts. [PostBuildScript] - [INFO] build step #0 should only be executed on MATRIX [WS-CLEANUP] Deleting project workspace... [WS-CLEANUP] Skipped based on build state FAILURE Finished: FAILURE