Started by upstream project "ProjectX_Weekly" build number 4
originally caused by:
Started by user galbramc
Building remotely on reynolds in workspace /home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds
> git rev-parse --is-inside-work-tree
Fetching changes from the remote Git repository
> git config remote.acdl.url ssh://jenkins@acdl.mit.edu/home/svnroot/projectx.git
Pruning obsolete local branches
Fetching upstream changes from ssh://jenkins@acdl.mit.edu/home/svnroot/projectx.git
> git --version
using GIT_SSH to set credentials
> git fetch --tags --progress ssh://jenkins@acdl.mit.edu/home/svnroot/projectx.git +refs/heads/*:refs/remotes/acdl/* --prune
Merging Revision 6e11516ccf660879c84295d86f11a35fa6243a9f (refs/remotes/acdl/apprentice) onto acdl/master using default strategy
> git rev-parse acdl/master^{commit}
> git config core.sparsecheckout
> git checkout -f acdl/master
> git merge 6e11516ccf660879c84295d86f11a35fa6243a9f
> git rev-parse HEAD^{commit}
Seen branch in repository acdl/allmaras/develop
Seen branch in repository acdl/apprentice
Seen branch in repository acdl/develop
Seen branch in repository acdl/galbramc/develop
Seen branch in repository acdl/master
Seen branch in repository acdl/savithru/develop
Seen 6 remote branches
Checking out Revision 6e11516ccf660879c84295d86f11a35fa6243a9f (acdl/apprentice, acdl/develop)
> git config core.sparsecheckout
> git checkout -f 6e11516ccf660879c84295d86f11a35fa6243a9f
> git rev-list be27263714f7e5dfb4598d4dd789542006aa1a46
[reynolds] $ /bin/bash -xe /tmp/hudson210727233630089204.sh
+ ssh acdl.mit.edu rm -f ProjectX_Nightly_SUCCESS ProjectX_Weekly_FAILURE
[reynolds] $ /bin/bash -xe /tmp/hudson2822107183414684122.sh
+ /bin/bash -ex /home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds/utils/jenkins/ProjectX_Weekly.sh
++ uname -a
+ [[ Linux reynolds 3.2.0-29-generic #46-Ubuntu SMP Fri Jul 27 17:03:23 UTC 2012 x86_64 x86_64 x86_64 GNU/Linux == \D\a\r\w\i\n* ]]
++ hostname
+ [[ reynolds == \m\a\c\y\s\.\m\i\t\.\e\d\u ]]
+ export PX_DIR=/home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds
+ PX_DIR=/home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds
+ BUILD=/home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds/platforms/release_gnu
+ rm -rf /home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds/platforms/release_gnu
+ source /home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds/utils/jenkins/jenkins_env.sh
++ shopt -s nocasematch
+++ pwd
++ dir=/home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds
+++ basename /home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds
++ builddir=reynolds
+++ hostname
++ [[ reynolds == \r\e\y\n\o\l\d\s ]]
++ source /opt/intel/bin/iccvars.sh intel64
++ export LAPACK_DIR=/home/jenkins/util/lapack/lapack-3.5.0/install
++ LAPACK_DIR=/home/jenkins/util/lapack/lapack-3.5.0/install
++ export PATH=/home/jenkins/util/lcov/lcov-1.11/bin:/opt/intel/composer_xe_2013_sp1.1.106/bin/intel64:/opt/intel/composer_xe_2013_sp1.1.106/mpirt/bin/intel64:/opt/intel/composer_xe_2013_sp1.1.106/debugger/gdb/intel64_mic/py27/bin:/opt/intel/composer_xe_2013_sp1.1.106/debugger/gdb/intel64/py27/bin:/opt/intel/composer_xe_2013_sp1.1.106/bin/intel64:/opt/intel/composer_xe_2013_sp1.1.106/bin/intel64_mic:/opt/intel/composer_xe_2013_sp1.1.106/debugger/gui/intel64:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games
++ PATH=/home/jenkins/util/lcov/lcov-1.11/bin:/opt/intel/composer_xe_2013_sp1.1.106/bin/intel64:/opt/intel/composer_xe_2013_sp1.1.106/mpirt/bin/intel64:/opt/intel/composer_xe_2013_sp1.1.106/debugger/gdb/intel64_mic/py27/bin:/opt/intel/composer_xe_2013_sp1.1.106/debugger/gdb/intel64/py27/bin:/opt/intel/composer_xe_2013_sp1.1.106/bin/intel64:/opt/intel/composer_xe_2013_sp1.1.106/bin/intel64_mic:/opt/intel/composer_xe_2013_sp1.1.106/debugger/gui/intel64:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin:/usr/games
++ export MPI_DIR=/usr/local/openmpi-1.6.5
++ MPI_DIR=/usr/local/openmpi-1.6.5
++ export NLOPT_DIR=/home/jkudo/NLOPT/
++ NLOPT_DIR=/home/jkudo/NLOPT/
++ export LEDA_DIR=/usr/local/LEDA-6.3/
++ LEDA_DIR=/usr/local/LEDA-6.3/
++ export PARMETIS_DIR=/usr/local/ParMetis-4.0.3-openmpi-1.6.5
++ PARMETIS_DIR=/usr/local/ParMetis-4.0.3-openmpi-1.6.5
++ env
+ make cmake 'cmakeargs=-DVALGRIND_EXTRA_FLAGS="--track-origins=yes;--xml=yes;--xml-file=${BUILD}/valgrind.%p.memcheck.xml"'
-- The C compiler identification is GNU 4.6.4
-- The CXX compiler identification is GNU 4.6.4
-- The Fortran compiler identification is GNU
-- Check for working C compiler: /usr/bin/gcc
-- Check for working C compiler: /usr/bin/gcc -- works
-- Detecting C compiler ABI info
-- Detecting C compiler ABI info - done
-- Check for working CXX compiler: /usr/bin/g++
-- Check for working CXX compiler: /usr/bin/g++ -- works
-- Detecting CXX compiler ABI info
-- Detecting CXX compiler ABI info - done
-- Check for working Fortran compiler: /usr/bin/gfortran
-- Check for working Fortran compiler: /usr/bin/gfortran -- works
-- Detecting Fortran compiler ABI info
-- Detecting Fortran compiler ABI info - done
-- Checking whether /usr/bin/gfortran supports Fortran 90
-- Checking whether /usr/bin/gfortran supports Fortran 90 -- yes
git commit: 6e11516ccf660879c84295d86f11a35fa6243a9f
git branch: (no branch)
-- Looking for Fortran sgemm
-- Looking for Fortran sgemm - found
-- Looking for include file pthread.h
-- Looking for include file pthread.h - found
-- Looking for pthread_create
-- Looking for pthread_create - not found
-- Looking for pthread_create in pthreads
-- Looking for pthread_create in pthreads - not found
-- Looking for pthread_create in pthread
-- Looking for pthread_create in pthread - found
-- Found Threads: TRUE
-- A library with BLAS API found.
-- Looking for Fortran cheev
-- Looking for Fortran cheev - found
-- A library with LAPACK API found.
-- Looking for XOpenDisplay in /usr/lib/x86_64-linux-gnu/libX11.so;/usr/lib/x86_64-linux-gnu/libXext.so
-- Looking for XOpenDisplay in /usr/lib/x86_64-linux-gnu/libX11.so;/usr/lib/x86_64-linux-gnu/libXext.so - found
-- Looking for gethostbyname
-- Looking for gethostbyname - found
-- Looking for connect
-- Looking for connect - found
-- Looking for remove
-- Looking for remove - found
-- Looking for shmat
-- Looking for shmat - found
-- Found X11: /usr/lib/x86_64-linux-gnu/libX11.so
-- Found MPI_C: /usr/local/openmpi-1.6.5/lib/libmpi.so;/usr/lib/x86_64-linux-gnu/libdl.so;/usr/lib/x86_64-linux-gnu/libm.so;/usr/lib/x86_64-linux-gnu/librt.so;/usr/lib/x86_64-linux-gnu/libnsl.so;/usr/lib/x86_64-linux-gnu/libutil.so;/usr/lib/x86_64-linux-gnu/libm.so;/usr/lib/x86_64-linux-gnu/libdl.so
-- Found MPI_CXX: /usr/local/openmpi-1.6.5/lib/libmpi_cxx.so;/usr/local/openmpi-1.6.5/lib/libmpi.so;/usr/lib/x86_64-linux-gnu/libdl.so;/usr/lib/x86_64-linux-gnu/libm.so;/usr/lib/x86_64-linux-gnu/librt.so;/usr/lib/x86_64-linux-gnu/libnsl.so;/usr/lib/x86_64-linux-gnu/libutil.so;/usr/lib/x86_64-linux-gnu/libm.so;/usr/lib/x86_64-linux-gnu/libdl.so
-- Found MPI_Fortran: /usr/local/openmpi-1.6.5/lib/libmpi_f90.so;/usr/local/openmpi-1.6.5/lib/libmpi_f77.so;/usr/local/openmpi-1.6.5/lib/libmpi.so;/usr/lib/x86_64-linux-gnu/libdl.so;/usr/lib/x86_64-linux-gnu/libm.so;/usr/lib/x86_64-linux-gnu/librt.so;/usr/lib/x86_64-linux-gnu/libnsl.so;/usr/lib/x86_64-linux-gnu/libutil.so;/usr/lib/x86_64-linux-gnu/libm.so;/usr/lib/x86_64-linux-gnu/libdl.so
=================================
!!!! WARNING !!!!
The following unit tests are not compiled:
PXCVTAdaptMechanics2d_PXU
PXCVTBoundary1d_PXU
PXMoveMesh3d_PXU
PXQuadraticPatchKernel_PXU
PXCompressibleUtilsNew_PXU
---------------------------------
Could someone please fix or remove them?
The list can be modified in CMakeLists.txt in
the PX root directory
=================================
=================================
Setting MPIEXEC_MAX_NUMPROCS to the minimum required 4 processors.
=================================
-- Found OpenGL: /usr/lib/x86_64-linux-gnu/libGL.so
-- Configuring done
-- Generating done
-- Build files have been written to: /home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds/platforms/release_gnu
+ make bamg TetGen Qhull
+ make ProjectXExec
Scanning dependencies of target PX
[ 0%] Building C object src/CMakeFiles/PX.dir/PXAdapt.c.o
[ 0%] Building C object src/CMakeFiles/PX.dir/PXAdaptMetric.c.o
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[ 0%] Building C object src/CMakeFiles/PX.dir/PXAuxVariable.c.o
[ 0%] Building C object src/CMakeFiles/PX.dir/PXBC.c.o
[ 3%] Building C object src/CMakeFiles/PX.dir/PXCDAll.c.o
[ 3%] Building C object src/CMakeFiles/PX.dir/PXDGSolver.c.o
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Linking C static library ../lib/libPX.a
[ 13%] Built target PX
Scanning dependencies of target PXAdaptMechanics
[ 13%] Building C object src/Adaptation/CMakeFiles/PXAdaptMechanics.dir/PXMetricAdapt1d.c.o
[ 13%] Building C object src/Adaptation/CMakeFiles/PXAdaptMechanics.dir/PXMetricAdapt2d.c.o
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Linking C static library ../../lib/libPXAdaptMechanics.a
[ 13%] Built target PXAdaptMechanics
Scanning dependencies of target PXCutCell3d
[ 13%] Building CXX object src/Grid/CutCell3D/CMakeFiles/PXCutCell3d.dir/PXNumberType.cpp.o
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Linking CXX static library ../../../lib/libPXCutCell3d.a
[ 24%] Built target PXCutCell3d
Scanning dependencies of target PXGrid
[ 24%] Building C object src/Grid/CMakeFiles/PXGrid.dir/PXAttachmentMath.c.o
[ 24%] Building C object src/Grid/CMakeFiles/PXGrid.dir/PXBasis.c.o
[ 24%] Building C object src/Grid/CMakeFiles/PXGrid.dir/PXCoordinates.c.o
[ 24%] Building C object src/Grid/CMakeFiles/PXGrid.dir/PXCurvedMeshMaps.c.o
[ 27%] Building C object src/Grid/CMakeFiles/PXGrid.dir/PXCutCell.c.o
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[ 34%] Building C object src/Grid/CMakeFiles/PXGrid.dir/PXLinearElasticity.c.o
[ 34%] Building C object src/Grid/CMakeFiles/PXGrid.dir/PXLinearElasticityLocalStiffness.c.o
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[ 34%] Building C object src/Grid/CMakeFiles/PXGrid.dir/PXMesh.c.o
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[ 37%] Building C object src/Grid/CMakeFiles/PXGrid.dir/PXMoveMesh.c.o
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[ 41%] Building C object src/Grid/CMakeFiles/PXGrid.dir/PXReadWriteGrid.c.o
[ 44%] Building C object src/Grid/CMakeFiles/PXGrid.dir/PXReadWriteMesh.c.o
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[ 44%] Building C object src/Grid/CMakeFiles/PXGrid.dir/PXTriangulatePolygon.c.o
[ 44%] Building C object src/Grid/CMakeFiles/PXGrid.dir/PXUnitGrids.c.o
Linking C static library ../../lib/libPXGrid.a
[ 44%] Built target PXGrid
Scanning dependencies of target PXReference
[ 44%] Building C object src/Reference/CMakeFiles/PXReference.dir/PXCoordinatesReference.c.o
[ 44%] Building C object src/Reference/CMakeFiles/PXReference.dir/PXMasterPolynomial.c.o
[ 44%] Building C object src/Reference/CMakeFiles/PXReference.dir/PXMatrices1d.c.o
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[ 48%] Building C object src/Reference/CMakeFiles/PXReference.dir/PXNormalReference.c.o
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Linking C static library ../../lib/libPXReference.a
[ 51%] Built target PXReference
Scanning dependencies of target PXLinearSolver
[ 51%] Building C object src/LinearSolver/CMakeFiles/PXLinearSolver.dir/PXASM_DG.c.o
[ 51%] Building C object src/LinearSolver/CMakeFiles/PXLinearSolver.dir/PXASM.c.o
[ 51%] Building C object src/LinearSolver/CMakeFiles/PXLinearSolver.dir/PXBDDC.c.o
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[ 55%] Building C object src/LinearSolver/CMakeFiles/PXLinearSolver.dir/PXJacobi.c.o
[ 55%] Building C object src/LinearSolver/CMakeFiles/PXLinearSolver.dir/PXInPlaceILU.c.o
[ 55%] Building C object src/LinearSolver/CMakeFiles/PXLinearSolver.dir/PXLinearAlgebra.c.o
[ 55%] Building C object src/LinearSolver/CMakeFiles/PXLinearSolver.dir/PXLinearMG.c.o
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[ 58%] Building C object src/LinearSolver/CMakeFiles/PXLinearSolver.dir/PXLU.c.o
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[ 58%] Building C object src/LinearSolver/CMakeFiles/PXLinearSolver.dir/PXUMFPACK.c.o
[ 58%] Building C object src/LinearSolver/CMakeFiles/PXLinearSolver.dir/PXVec.c.o
Linking C static library ../../lib/libPXLinearSolver.a
[ 58%] Built target PXLinearSolver
Scanning dependencies of target PXFundamentals
[ 58%] Building C object src/Fundamentals/CMakeFiles/PXFundamentals.dir/PX.c.o
[ 58%] Building C object src/Fundamentals/CMakeFiles/PXFundamentals.dir/PXBasicStructures.c.o
[ 58%] Building C object src/Fundamentals/CMakeFiles/PXFundamentals.dir/PXError.c.o
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[ 62%] Building C object src/Fundamentals/CMakeFiles/PXFundamentals.dir/PXLapack.c.o
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Linking C static library ../../lib/libPXFundamentals.a
[ 65%] Built target PXFundamentals
Scanning dependencies of target PXBurgers_objects
[ 65%] Building C object src/Burgers/CMakeFiles/PXBurgers_objects.dir/PXBurgers.c.o
[ 65%] Building C object src/Burgers/CMakeFiles/PXBurgers_objects.dir/PXBurgersInterface.c.o
[ 65%] Building C object src/Burgers/CMakeFiles/PXBurgers_objects.dir/PXBurgersBCs.c.o
[ 68%] Building C object src/Burgers/CMakeFiles/PXBurgers_objects.dir/PXBurgersFunction.c.o
[ 68%] Building C object src/Burgers/CMakeFiles/PXBurgers_objects.dir/PXBurgersShock.c.o
[ 68%] Building C object src/Burgers/CMakeFiles/PXBurgers_objects.dir/PXBurgersStateFunctional.c.o
[ 68%] Building C object src/Burgers/CMakeFiles/PXBurgers_objects.dir/PXBurgersInviscid.c.o
[ 68%] Building C object src/Burgers/CMakeFiles/PXBurgers_objects.dir/PXBurgersViscous.c.o
[ 68%] Built target PXBurgers_objects
Scanning dependencies of target PXBurgers_shared
Linking C shared library ../../lib/PXBurgers.so
[ 68%] Built target PXBurgers_shared
Scanning dependencies of target PXCompressible_objects
[ 72%] Building C object src/Compressible/CMakeFiles/PXCompressible_objects.dir/PXCompressible.c.o
[ 72%] Building C object src/Compressible/CMakeFiles/PXCompressible_objects.dir/PXCompressibleInterface.c.o
[ 72%] Building C object src/Compressible/CMakeFiles/PXCompressible_objects.dir/PXCompressibleBCs.c.o
[ 72%] Building C object src/Compressible/CMakeFiles/PXCompressible_objects.dir/PXCompressibleFunction.c.o
[ 72%] Building C object src/Compressible/CMakeFiles/PXCompressible_objects.dir/PXCompressibleShock.c.o
[ 72%] Building C object src/Compressible/CMakeFiles/PXCompressible_objects.dir/PXCompressibleStateFunctional.c.o
[ 72%] Building C object src/Compressible/CMakeFiles/PXCompressible_objects.dir/PXEulerFlux.c.o
[ 75%] Building C object src/Compressible/CMakeFiles/PXCompressible_objects.dir/PXKOmega.c.o
[ 75%] Building C object src/Compressible/CMakeFiles/PXCompressible_objects.dir/PXSpalartAllmaras.c.o
[ 75%] Building C object src/Compressible/CMakeFiles/PXCompressible_objects.dir/PXViscous.c.o
[ 75%] Built target PXCompressible_objects
Scanning dependencies of target PXCompressible_shared
Linking C shared library ../../lib/PXCompressible.so
[ 75%] Built target PXCompressible_shared
Scanning dependencies of target PXCompressibleOliver_objects
[ 75%] Building C object src/CompressibleOliver/CMakeFiles/PXCompressibleOliver_objects.dir/PXCompressible.c.o
[ 75%] Building C object src/CompressibleOliver/CMakeFiles/PXCompressibleOliver_objects.dir/PXCompressibleBCs.c.o
[ 75%] Building C object src/CompressibleOliver/CMakeFiles/PXCompressibleOliver_objects.dir/PXCompressibleFunction.c.o
[ 79%] Building C object src/CompressibleOliver/CMakeFiles/PXCompressibleOliver_objects.dir/PXCompressibleShock.c.o
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[ 79%] Building C object src/CompressibleOliver/CMakeFiles/PXCompressibleOliver_objects.dir/PXEulerFlux.c.o
[ 79%] Building C object src/CompressibleOliver/CMakeFiles/PXCompressibleOliver_objects.dir/PXKOmega.c.o
[ 79%] Building C object src/CompressibleOliver/CMakeFiles/PXCompressibleOliver_objects.dir/PXSpalartAllmaras.c.o
[ 79%] Building C object src/CompressibleOliver/CMakeFiles/PXCompressibleOliver_objects.dir/PXViscous.c.o
[ 79%] Built target PXCompressibleOliver_objects
Scanning dependencies of target PXCompressibleOliver_shared
Linking C shared library ../../lib/PXCompressibleOliver.so
[ 79%] Built target PXCompressibleOliver_shared
Scanning dependencies of target PXConjugateHeatTransfer_objects
[ 79%] Building C object src/ConjugateHeatTransfer/CMakeFiles/PXConjugateHeatTransfer_objects.dir/PXConjugateHeatTransfer.c.o
[ 79%] Building C object src/ConjugateHeatTransfer/CMakeFiles/PXConjugateHeatTransfer_objects.dir/__/Compressible/PXCompressible.c.o
[ 79%] Building C object src/ConjugateHeatTransfer/CMakeFiles/PXConjugateHeatTransfer_objects.dir/__/Compressible/PXCompressibleBCs.c.o
[ 79%] Building C object src/ConjugateHeatTransfer/CMakeFiles/PXConjugateHeatTransfer_objects.dir/__/Compressible/PXCompressibleFunction.c.o
[ 79%] Building C object src/ConjugateHeatTransfer/CMakeFiles/PXConjugateHeatTransfer_objects.dir/__/Compressible/PXCompressibleShock.c.o
[ 82%] Building C object src/ConjugateHeatTransfer/CMakeFiles/PXConjugateHeatTransfer_objects.dir/__/Compressible/PXCompressibleStateFunctional.c.o
[ 82%] Building C object src/ConjugateHeatTransfer/CMakeFiles/PXConjugateHeatTransfer_objects.dir/__/Compressible/PXEulerFlux.c.o
[ 82%] Building C object src/ConjugateHeatTransfer/CMakeFiles/PXConjugateHeatTransfer_objects.dir/__/Compressible/PXKOmega.c.o
[ 82%] Building C object src/ConjugateHeatTransfer/CMakeFiles/PXConjugateHeatTransfer_objects.dir/__/Compressible/PXSpalartAllmaras.c.o
[ 82%] Building C object src/ConjugateHeatTransfer/CMakeFiles/PXConjugateHeatTransfer_objects.dir/__/Compressible/PXViscous.c.o
[ 82%] Building C object src/ConjugateHeatTransfer/CMakeFiles/PXConjugateHeatTransfer_objects.dir/__/ScalarConvDiff/PXScalarConvDiff.c.o
[ 82%] Built target PXConjugateHeatTransfer_objects
Scanning dependencies of target PXConjugateHeatTransfer_shared
Linking C shared library ../../lib/PXConjugateHeatTransfer.so
[ 82%] Built target PXConjugateHeatTransfer_shared
Scanning dependencies of target PXCompressibleSpaceTime_objects
[ 82%] Building C object src/CompressibleSpaceTime/CMakeFiles/PXCompressibleSpaceTime_objects.dir/PXCompressibleSpaceTime.c.o
[ 82%] Built target PXCompressibleSpaceTime_objects
Scanning dependencies of target PXCompressibleSpaceTime_shared
Linking C shared library ../../lib/PXCompressibleSpaceTime.so
[ 82%] Built target PXCompressibleSpaceTime_shared
Scanning dependencies of target PXCompressibleNew_objects
[ 82%] Building C object src/NewCompressible/CMakeFiles/PXCompressibleNew_objects.dir/PXCompressible.c.o
[ 82%] Building C object src/NewCompressible/CMakeFiles/PXCompressibleNew_objects.dir/PXCompressibleBCs.c.o
[ 82%] Building C object src/NewCompressible/CMakeFiles/PXCompressibleNew_objects.dir/PXCompressibleFlux.c.o
[ 86%] Building C object src/NewCompressible/CMakeFiles/PXCompressibleNew_objects.dir/PXCompressibleShock.c.o
[ 86%] Building C object src/NewCompressible/CMakeFiles/PXCompressibleNew_objects.dir/PXCompressibleStateFunctional.c.o
[ 86%] Building C object src/NewCompressible/CMakeFiles/PXCompressibleNew_objects.dir/PXSpalartAllmaras.c.o
[ 86%] Built target PXCompressibleNew_objects
Scanning dependencies of target PXCompressibleNew_shared
Linking C shared library ../../lib/PXCompressibleNew.so
[ 86%] Built target PXCompressibleNew_shared
Scanning dependencies of target PXCauchyRiemann_objects
[ 86%] Building C object src/CauchyRiemann/CMakeFiles/PXCauchyRiemann_objects.dir/PXCauchyRiemann.c.o
[ 86%] Built target PXCauchyRiemann_objects
Scanning dependencies of target PXCauchyRiemann_shared
Linking C shared library ../../lib/PXCauchyRiemann.so
[ 86%] Built target PXCauchyRiemann_shared
Scanning dependencies of target PXLinearizedEuler_objects
[ 86%] Building C object src/LinearizedEuler/CMakeFiles/PXLinearizedEuler_objects.dir/PXLinearizedEuler.c.o
[ 86%] Built target PXLinearizedEuler_objects
Scanning dependencies of target PXLinearizedEuler_shared
Linking C shared library ../../lib/PXLinearizedEuler.so
[ 86%] Built target PXLinearizedEuler_shared
Scanning dependencies of target PXMultiComponentConvDiff_objects
[ 86%] Building C object src/MultiComponentConvDiff/CMakeFiles/PXMultiComponentConvDiff_objects.dir/PXMultiComponentConvDiff.c.o
[ 86%] Built target PXMultiComponentConvDiff_objects
Scanning dependencies of target PXMultiComponentConvDiff_shared
Linking C shared library ../../lib/PXMultiComponentConvDiff.so
[ 86%] Built target PXMultiComponentConvDiff_shared
Scanning dependencies of target PXMultiComponentConvDiffConj_objects
[ 89%] Building C object src/MultiComponentConvDiffConj/CMakeFiles/PXMultiComponentConvDiffConj_objects.dir/PXMultiComponentConvDiffConj.c.o
[ 89%] Built target PXMultiComponentConvDiffConj_objects
Scanning dependencies of target PXMultiComponentConvDiffConj_shared
Linking C shared library ../../lib/PXMultiComponentConvDiffConj.so
[ 89%] Built target PXMultiComponentConvDiffConj_shared
Scanning dependencies of target PXScalarConvDiff_objects
[ 89%] Building C object src/ScalarConvDiff/CMakeFiles/PXScalarConvDiff_objects.dir/PXScalarConvDiff.c.o
[ 93%] Building C object src/ScalarConvDiff/CMakeFiles/PXScalarConvDiff_objects.dir/PXScalarConvDiffInterface.c.o
[ 93%] Built target PXScalarConvDiff_objects
Scanning dependencies of target PXScalarConvDiff_shared
Linking C shared library ../../lib/PXScalarConvDiff.so
[ 93%] Built target PXScalarConvDiff_shared
Scanning dependencies of target PXNonEquilibrium_objects
[ 93%] Building C object src/NonEquilibrium/CMakeFiles/PXNonEquilibrium_objects.dir/PXAirModel.c.o
[ 96%] Building C object src/NonEquilibrium/CMakeFiles/PXNonEquilibrium_objects.dir/PXNonEquilibrium.c.o
[ 96%] Building C object src/NonEquilibrium/CMakeFiles/PXNonEquilibrium_objects.dir/PXNonEquilibriumBCs.c.o
[ 96%] Building C object src/NonEquilibrium/CMakeFiles/PXNonEquilibrium_objects.dir/PXNonEquilibriumFlux.c.o
[ 96%] Building C object src/NonEquilibrium/CMakeFiles/PXNonEquilibrium_objects.dir/PXNonEquilibriumOutput.c.o
[ 96%] Building C object src/NonEquilibrium/CMakeFiles/PXNonEquilibrium_objects.dir/PXNonEquilibriumShock.c.o
[ 96%] Building C object src/NonEquilibrium/CMakeFiles/PXNonEquilibrium_objects.dir/PXNonEquilibriumStateFunctional.c.o
[100%] Building C object src/NonEquilibrium/CMakeFiles/PXNonEquilibrium_objects.dir/PXNonEquilibriumUtils.c.o
[100%] Building C object src/NonEquilibrium/CMakeFiles/PXNonEquilibrium_objects.dir/PXReactions.c.o
[100%] Built target PXNonEquilibrium_objects
Scanning dependencies of target PXNonEquilibrium_shared
Linking C shared library ../../lib/PXNonEquilibrium.so
[100%] Built target PXNonEquilibrium_shared
Scanning dependencies of target PXWaveSpaceTime_objects
[100%] Building C object src/WaveSpaceTime/CMakeFiles/PXWaveSpaceTime_objects.dir/PXWaveSpaceTime.c.o
[100%] Built target PXWaveSpaceTime_objects
Scanning dependencies of target PXWaveSpaceTime_shared
Linking C shared library ../../lib/PXWaveSpaceTime.so
[100%] Built target PXWaveSpaceTime_shared
Scanning dependencies of target PXEquationSet
[100%] Building C object src/CMakeFiles/PXEquationSet.dir/PXEquationSet.c.o
Linking C static library ../lib/libPXEquationSet.a
[100%] Built target PXEquationSet
Scanning dependencies of target ProjectXExec
[100%] Building C object src/CMakeFiles/ProjectXExec.dir/PXRunSolver.c.o
[100%] Building C object src/CMakeFiles/ProjectXExec.dir/PXEquationSet.c.o
Linking C executable ../bin/ProjectXExec
[100%] Built target ProjectXExec
+ make regtest_memcheck 'CTESTARGS=-T Test -j 6'
[ 2%] Built target Qhull
Scanning dependencies of target qdelaunay_link
[ 2%] Built target qdelaunay_link
[ 14%] Built target PX
[ 14%] Built target PXAdaptMechanics
[ 23%] Built target PXCutCell3d
[ 41%] Built target PXGrid
[ 47%] Built target PXReference
[ 52%] Built target PXLinearSolver
[ 58%] Built target PXFundamentals
[ 61%] Built target PXBurgers_objects
[ 61%] Built target PXBurgers_shared
[ 67%] Built target PXCompressible_objects
[ 67%] Built target PXCompressible_shared
[ 70%] Built target PXCompressibleOliver_objects
[ 70%] Built target PXCompressibleOliver_shared
[ 73%] Built target PXConjugateHeatTransfer_objects
[ 73%] Built target PXConjugateHeatTransfer_shared
[ 73%] Built target PXCompressibleSpaceTime_objects
[ 73%] Built target PXCompressibleSpaceTime_shared
[ 76%] Built target PXCompressibleNew_objects
[ 76%] Built target PXCompressibleNew_shared
[ 76%] Built target PXCauchyRiemann_objects
[ 76%] Built target PXCauchyRiemann_shared
[ 76%] Built target PXLinearizedEuler_objects
[ 76%] Built target PXLinearizedEuler_shared
[ 76%] Built target PXMultiComponentConvDiff_objects
[ 76%] Built target PXMultiComponentConvDiff_shared
[ 79%] Built target PXMultiComponentConvDiffConj_objects
[ 79%] Built target PXMultiComponentConvDiffConj_shared
[ 82%] Built target PXScalarConvDiff_objects
[ 82%] Built target PXScalarConvDiff_shared
[ 88%] Built target PXNonEquilibrium_objects
[ 88%] Built target PXNonEquilibrium_shared
[ 88%] Built target PXWaveSpaceTime_objects
[ 88%] Built target PXWaveSpaceTime_shared
[ 88%] Built target PXEquationSet
[ 88%] Built target ProjectXExec
[ 94%] Built target bamg
Scanning dependencies of target bamg_link
[ 94%] Built target bamg_link
[ 97%] Built target TetGen
Scanning dependencies of target tetgen_link
[100%] Built target tetgen_link
Scanning dependencies of target regtest_memcheck
Site: reynolds
Build name: Linux-g++
Create new tag: 20140722-1136 - Experimental
Test project /home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds/platforms/release_gnu
Start 518: make_naca_Euler2d_TEST_memcheck
Start 521: naca_Euler2d_Newton_Jacobi_Right_TEST_memcheck
Start 524: naca_Euler2d_Newton_Jacobi_TEST_memcheck
Start 527: naca_Euler2d_Newton_ILU_TEST_memcheck
Start 530: naca_Euler2d_Newton_ILUK_TEST_memcheck
Start 533: naca_Euler2d_Newton_ILUT_TEST_memcheck
1/146 Test #527: naca_Euler2d_Newton_ILU_TEST_memcheck ............................ Passed 31.74 sec
Start 536: naca_Euler2d_Newton_UMFPACK_TEST_memcheck
2/146 Test #530: naca_Euler2d_Newton_ILUK_TEST_memcheck ........................... Passed 35.15 sec
Start 539: naca_Euler2d_Newton_ILU_MG_TEST_memcheck
3/146 Test #533: naca_Euler2d_Newton_ILUT_TEST_memcheck ........................... Passed 40.95 sec
Start 542: naca_Euler2d_LeanJacobi_TEST_memcheck
4/146 Test #536: naca_Euler2d_Newton_UMFPACK_TEST_memcheck ........................ Passed 72.78 sec
5/146 Test #539: naca_Euler2d_Newton_ILU_MG_TEST_memcheck ......................... Passed 72.37 sec
Start 545: line_Scalar1d_SinCos_memcheck
Start 548: line_Scalar1d_Poly_memcheck
6/146 Test #518: make_naca_Euler2d_TEST_memcheck .................................. Passed 107.82 sec
Start 551: square_Scalar2d_GMRES_Jacobi_TEST_memcheck
7/146 Test #548: line_Scalar1d_Poly_memcheck ...................................... Passed 7.11 sec
8/146 Test #545: line_Scalar1d_SinCos_memcheck .................................... Passed 7.21 sec
Start 554: square_Scalar2d_GMRES_ILU_TEST_memcheck
Start 557: Scalar2d_CircleBoundaryLayer_TEST_memcheck
9/146 Test #551: square_Scalar2d_GMRES_Jacobi_TEST_memcheck ....................... Passed 12.22 sec
Start 560: MixedMesh_Scalar2d_Newton_GMRES_Jacobi_TEST_memcheck
10/146 Test #554: square_Scalar2d_GMRES_ILU_TEST_memcheck .......................... Passed 19.93 sec
Start 563: MixedMesh_Scalar2d_Newton_GMRES_ILU_TEST_memcheck
11/146 Test #524: naca_Euler2d_Newton_Jacobi_TEST_memcheck ......................... Passed 195.27 sec
Start 566: MixedMesh_Scalar2d_Direct_TEST_memcheck
12/146 Test #521: naca_Euler2d_Newton_Jacobi_Right_TEST_memcheck ................... Passed 196.42 sec
Start 569: AdDiffBL2_TEST_memcheck
13/146 Test #557: Scalar2d_CircleBoundaryLayer_TEST_memcheck ....................... Passed 105.01 sec
Start 572: QuarticPolySoln_Scalar3D_TEST_memcheck
14/146 Test #560: MixedMesh_Scalar2d_Newton_GMRES_Jacobi_TEST_memcheck ............. Passed 177.50 sec
Start 575: QuarticPolySoln_Scalar3D_exact_TEST_memcheck
15/146 Test #566: MixedMesh_Scalar2d_Direct_TEST_memcheck .......................... Passed 303.29 sec
Start 578: BoundaryLayer_Scalar3D_TEST_memcheck
16/146 Test #542: naca_Euler2d_LeanJacobi_TEST_memcheck ............................ Passed 466.39 sec
Start 581: naca_Euler2d_Newton_Osher_TEST_memcheck
17/146 Test #569: AdDiffBL2_TEST_memcheck .......................................... Passed 316.13 sec
Start 584: make_naca_NavierStokes2d_TEST_memcheck
18/146 Test #563: MixedMesh_Scalar2d_Newton_GMRES_ILU_TEST_memcheck ................ Passed 396.62 sec
Start 587: naca_NavierStokes2d_Newton_GMRES_ILU_TEST_memcheck
19/146 Test #572: QuarticPolySoln_Scalar3D_TEST_memcheck ........................... Passed 366.75 sec
Start 590: naca_NavierStokes2d_Newton_GMRES_ILUT_TEST_memcheck
20/146 Test #587: naca_NavierStokes2d_Newton_GMRES_ILU_TEST_memcheck ............... Passed 58.89 sec
Start 593: FlatPlate_RANS_SA2d_DIC_TEST_memcheck
21/146 Test #590: naca_NavierStokes2d_Newton_GMRES_ILUT_TEST_memcheck .............. Passed 58.44 sec
Start 596: FlatPlate_RANS_SA2d_ADC_TEST_memcheck
22/146 Test #581: naca_Euler2d_Newton_Osher_TEST_memcheck .......................... Passed 197.41 sec
Start 599: FlatPlate_RANS_SA2d_DC_TEST_memcheck
23/146 Test #584: make_naca_NavierStokes2d_TEST_memcheck ........................... Passed 216.94 sec
Start 602: RAE2822_A28_RANS_M0p3_AA2p31_RE6p5e6_TEST_memcheck
24/146 Test #575: QuarticPolySoln_Scalar3D_exact_TEST_memcheck ..................... Passed 642.58 sec
Start 605: bump_Euler3d_GMRES_TEST_memcheck
25/146 Test #596: FlatPlate_RANS_SA2d_ADC_TEST_memcheck ............................ Passed 426.49 sec
Start 608: Sphere_Q23D_TEST_memcheck
26/146 Test #599: FlatPlate_RANS_SA2d_DC_TEST_memcheck ............................. Passed 543.57 sec
Start 611: channel_NavierStokes3d_TEST_memcheck
27/146 Test #578: BoundaryLayer_Scalar3D_TEST_memcheck ............................. Passed 933.59 sec
Start 614: channel_NavierStokes3d_exact_TEST_memcheck
28/146 Test #611: channel_NavierStokes3d_TEST_memcheck ............................. Passed 705.87 sec
Start 617: BoundaryLayer_NS3D_TEST_memcheck
29/146 Test #608: Sphere_Q23D_TEST_memcheck ........................................ Passed 956.66 sec
Start 620: naca_InviscidNE2d_PerfectGas_TEST_memcheck
30/146 Test #605: bump_Euler3d_GMRES_TEST_memcheck ................................. Passed 1204.51 sec
Start 623: naca_InviscidNE2d_RealGas_TEST_memcheck
31/146 Test #623: naca_InviscidNE2d_RealGas_TEST_memcheck .......................... Passed 219.65 sec
Start 626: naca_ViscousNE2d_PerfectGas_TEST_memcheck
32/146 Test #620: naca_InviscidNE2d_PerfectGas_TEST_memcheck ....................... Passed 516.44 sec
Start 629: naca_ViscousNE2d_PerfectGas_Matches_Compressible_TEST_memcheck
33/146 Test #593: FlatPlate_RANS_SA2d_DIC_TEST_memcheck ............................ Passed 2704.70 sec
Start 632: diamond_Euler2d_Shock_TEST_memcheck
34/146 Test #632: diamond_Euler2d_Shock_TEST_memcheck .............................. Passed 543.24 sec
Start 635: diamond_Euler2d_PDEShock_TEST_memcheck
35/146 Test #635: diamond_Euler2d_PDEShock_TEST_memcheck ........................... Passed 933.79 sec
Start 638: diamond_Euler2d_PDEShock_Jump_TEST_memcheck
36/146 Test #602: RAE2822_A28_RANS_M0p3_AA2p31_RE6p5e6_TEST_memcheck ............... Passed 4465.01 sec
Start 641: diamond_CutCell_Euler2d_PDEShock_TEST_memcheck
37/146 Test #629: naca_ViscousNE2d_PerfectGas_Matches_Compressible_TEST_memcheck ... Passed 2877.03 sec
Start 644: diamond_InviscidNonEquilibrium2d_Shock_TEST_memcheck
38/146 Test #626: naca_ViscousNE2d_PerfectGas_TEST_memcheck ........................ Passed 3115.81 sec
Start 647: Wedge_PDEShock_Adapt_TEST_memcheck
39/146 Test #638: diamond_Euler2d_PDEShock_Jump_TEST_memcheck ...................... Passed 957.31 sec
Start 650: naca_NavierStokes2d_AuxVariable_FluxCoeff_TEST_memcheck
40/146 Test #617: BoundaryLayer_NS3D_TEST_memcheck ................................. Passed 3915.78 sec
Start 653: naca_NavierStokes2d_AuxVariable_Gradient_TEST_memcheck
41/146 Test #650: naca_NavierStokes2d_AuxVariable_FluxCoeff_TEST_memcheck .......... Passed 145.37 sec
Start 656: CutCell_rae2822_NS_M0p3_Re1p0e3_Gradient_TEST_memcheck
42/146 Test #653: naca_NavierStokes2d_AuxVariable_Gradient_TEST_memcheck ........... Passed 69.00 sec
Start 659: CutCell_rae2822_NS_M0p3_Re1p0e3_Hybrid_TEST_memcheck
43/146 Test #641: diamond_CutCell_Euler2d_PDEShock_TEST_memcheck ................... Passed 1021.11 sec
Start 662: CutCell_rae2822_NS_M0p3_Re1p0e3_Flux_TEST_memcheck
44/146 Test #614: channel_NavierStokes3d_exact_TEST_memcheck ....................... Passed 5190.60 sec
Start 665: CutCell_rae2822_NS_M0p3_Re1p0e3_FluxCoeff_TEST_memcheck
45/146 Test #659: CutCell_rae2822_NS_M0p3_Re1p0e3_Hybrid_TEST_memcheck ............. Passed 1223.47 sec
Start 668: ScalarBoundaryLayer_HDG_memcheck
46/146 Test #668: ScalarBoundaryLayer_HDG_memcheck ................................. Passed 161.19 sec
Start 671: naca_InviscidNE2d_PerfectGas_HDG_TEST_memcheck
47/146 Test #656: CutCell_rae2822_NS_M0p3_Re1p0e3_Gradient_TEST_memcheck ........... Passed 1453.88 sec
Start 674: naca_ViscousNE2d_PerfectGas_HDG_TEST_memcheck
48/146 Test #671: naca_InviscidNE2d_PerfectGas_HDG_TEST_memcheck ................... Passed 184.74 sec
Start 677: 2d_Periodic_TEST1_memcheck
49/146 Test #677: 2d_Periodic_TEST1_memcheck ....................................... Passed 9.61 sec
Start 680: 2d_Periodic_TEST2_memcheck
50/146 Test #680: 2d_Periodic_TEST2_memcheck ....................................... Passed 10.31 sec
Start 683: turbineblade_Periodic_TEST_memcheck
51/146 Test #662: CutCell_rae2822_NS_M0p3_Re1p0e3_Flux_TEST_memcheck ............... Passed 1317.21 sec
Start 686: 3d_Periodic_TEST_memcheck
52/146 Test #686: 3d_Periodic_TEST_memcheck ........................................ Passed 74.39 sec
Start 689: 3d_Periodic_P2_TEST_memcheck
53/146 Test #689: 3d_Periodic_P2_TEST_memcheck ..................................... Passed 25.77 sec
Start 692: naca_Euler2d_Adjoint_TEST_memcheck
54/146 Test #692: naca_Euler2d_Adjoint_TEST_memcheck ............................... Passed 33.60 sec
Start 695: ConvectingVortex_Euler2d_IRK2_TEST_memcheck
55/146 Test #674: naca_ViscousNE2d_PerfectGas_HDG_TEST_memcheck .................... Passed 695.02 sec
Start 698: ConvectingVortex_Euler2d_IRK4_TEST_memcheck
56/146 Test #683: turbineblade_Periodic_TEST_memcheck .............................. Passed 545.92 sec
Start 701: naca_Euler2d_Adapt_TEST_memcheck
57/146 Test #665: CutCell_rae2822_NS_M0p3_Re1p0e3_FluxCoeff_TEST_memcheck .......... Passed 1525.63 sec
Start 704: naca_Euler2d_AdaptNLOPTVert_TEST_memcheck
58/146 Test #701: naca_Euler2d_Adapt_TEST_memcheck ................................. Passed 211.35 sec
Start 707: naca_Euler2d_AdaptNLOPTVertWPenalty_TEST_memcheck
59/146 Test #707: naca_Euler2d_AdaptNLOPTVertWPenalty_TEST_memcheck ................ Passed 406.47 sec
Start 710: naca_Euler2d_CurvedAdapt_TEST_memcheck
60/146 Test #695: ConvectingVortex_Euler2d_IRK2_TEST_memcheck ...................... Passed 1062.11 sec
Start 713: Scalar2d_Adapt_TEST_memcheck
61/146 Test #704: naca_Euler2d_AdaptNLOPTVert_TEST_memcheck ........................ Passed 672.08 sec
Start 716: Scalar2d_CircleBoundaryLayer_Adapt_TEST_memcheck
62/146 Test #710: naca_Euler2d_CurvedAdapt_TEST_memcheck ........................... Passed 385.45 sec
Start 719: poissonLshape_TEST_memcheck
63/146 Test #716: Scalar2d_CircleBoundaryLayer_Adapt_TEST_memcheck .................***Failed 267.91 sec
-----------------------------------------------------------
Project-X: A Discontinuous Galerkin Solver for PDEs
-----------------------------------------------------------
git commit: 6e11516ccf660879c84295d86f11a35fa6243a9f
git branch: (no branch)
Using Equation Set = Scalar2d
Using EquationSetLibrary = PXScalarConvDiff.so
WARNING: Ignoring Gold Standard Parameters
Knob File Detected -> Overriding Default Parameters
Using AdaptMethod = FixedFraction
Anisotropic adaptation with determination method = Hessian
Calling PXCheckBoundaryQ for CurvedAdapt!
Input mesh Q >= requested Q. Not doing anything.
Reading FuncFile/Scalar2d_CircleBoundaryLayer.func
output[0] : Name = Heat, Type = HeatFlux
output[1] : Name = L2Error, Type = ExactError
output[2] : Name = HeatFluxError, Type = ExactHeatFluxError
output[3] : Name = Linf_HeatFluxError, Type = ExactHeatFluxError
Adjoint Run, NAdjOutput = 1 (Heat )
Creating Embedded Lines
Domain Size is : 4.562376580768527e+00
Min Volume Ratio is : 9.877483821631280e-01
Writing out OUT/Scalar2d_CircleBoundaryLayer_Adapt_TEST_InitialCondition.pxa . . .Done.
****************************************************************
PSequencing: Solution Order 1
****************************************************************
***************
Primal Solver
***************
%(P) (Iter) ( CFL) (UpdateFrac) ( Residual Norm) ( Heat) ( L2Error) ( HeatFluxError) (Linf_HeatFluxError)
1 0 1.00E+30 1.00 4.8368998553E+00 2.88623573939762E+01 1.57933554221985E-01 2.66744665254594E+02 8.90865297967455E+01
1 1 1.00E+30 1.00 1.1330393638E-14 3.80076392384242E-01 2.98711883900085E-06 7.93345046603222E-05 1.30147596870148E-03
Writing out OUT/Scalar2d_CircleBoundaryLayer_Adapt_TEST_P1_a00_Primal_0.pxa . . .Done.
*************
Dual Solver
*************
%(P) (Iter) ( Heat AdjRes)
1 0 4.84255490971615E+00
1 1 1.55053925430232E-14
-------------------------------------------------------------------
Smoothing primal and/or adjoint solutions using nonlinear solver.
-------------------------------------------------------------------
%(P) (Iter) ( CFL) (UpdateFrac) ( Residual Norm) ( Heat) ( L2Error) ( HeatFluxError) (Linf_HeatFluxError)
2 0 1.00E+30 1.00 2.1552353464E-02 4.35520422205239E-01 2.98711883900085E-06 5.06849795113700E-03 5.67663974869716E-02
2 1 1.00E+30 1.00 6.4780020619E-15 3.79372765192533E-01 1.00342686859468E-07 3.26775520226557E-06 1.05910402376086E-04
%(P) (Iter) ( Heat AdjRes)
2 0 3.54979811247999E-02
2 1 5.94580806200720E-15
------------------------
Compute Error Estimate
------------------------
Conservative output error = 1.8065830236E-03
Unconservative output error = 1.2592309515E-03
Writing out OUT/Scalar2d_CircleBoundaryLayer_Adapt_TEST_P1_a00_Dual_0.pxa . . .Done.
**************************
* Adaptation Iteration 0 *
**************************
Incoming DOF = 5088
Warning : Running HP-Adaptation (Not Well Tested)
Adaptation Mode : DWR
Adapting on Heat:
AdaptTargetError = 0.000000E+00, GlobalError = 1.806583E-03
PXCreateSpline: Splining Face Group 1.
Number of corners = 0
Done splining.
PXCreateSpline: Splining Face Group 2.
Number of corners = 0
Done splining.
PXCreateSpline: Splining Face Group 3.
Number of corners = 0
Done splining.
PXCreateSpline: Splining Face Group 4.
Number of corners = 0
Done splining.
AnisotropyMethod = Hessian
MetricTransferMode = Average
meshDofReq = 10000.000000, meshDofCurr = 4224.980358
ratio = 2.366874909074463e+00
Scaling the continuous metric
Scaling the element metric
Found spline for face group 1...
Found spline for face group 2...
Found spline for face group 3...
Found spline for face group 4...
****************************************************************************************
****************************************************************************************
CHECKING Truth Metric File: TrueMetric/Scalar2d_CircleBoundaryLayer_Adapt_TEST_Metric_a00.attach
Calling BAMG with the command:
./bamg -b pxbamg.msh -M pxbamg.metric -splitpbedge -anisomax 1e+06 -hmin 4.904018665452E-03 -hmax 4.659165783256E-01 -ratio 0 -nbv 500000 -NbSmooth 3 -noKeepBackVertices -o pxbamg_out.msh
----------------------------------------------------
Bamg v0.68 : Construction of a adpated mesh from the background mesh: pxbamg.msh with less than 500000 vertices
WARNING: This BAMG is hacked to use longlong for coordinate and __int128_t for area
-- ReadMesh pxbamg.msh Version = 0
-- ReadGeometry pxbamg_g.msh
-- ReadGeometry pxbamg_g.msh
metrix: open pxbamg.metric, le coef = 1, hmin = 0.00490402, hmax = 0.465917 AnIso
j = 3
-- IntersectGeomMetric geometric err=0.1 aniso
-- Limit the subdivision of a edges in the new mesh by 10
-- BoundAnisotropy by 1e+06
Cpu time for meshing : 0.05s Nb Vertices/s = 32580
-- Writing the file pxbamg_out.msh of type BD Mesh NbOfTria = 2883 NbOfRefEdge = 373
end write
Cpu time for meshing with io : 0.1s Nb Vertices/s = 16290
Nb vertices = 1629 Nb Triangles = 2883
----------------------------------------------------
BAMG finished.
EMetricData->rank[0] = 3
EMetricData->rank[1] = 3
Calling BAMG with the command:
./bamg -b pxbamg.msh -M pxbamg.metric -splitpbedge -anisomax 1e+06 -hmin 1.763873379317E-03 -hmax 2.574441041129E-01 -ratio 0 -nbv 500000 -NbSmooth 3 -noKeepBackVertices -o pxbamg_out.msh
----------------------------------------------------
Bamg v0.68 : Construction of a adpated mesh from the background mesh: pxbamg.msh with less than 500000 vertices
WARNING: This BAMG is hacked to use longlong for coordinate and __int128_t for area
-- ReadMesh pxbamg.msh Version = 0
-- ReadGeometry pxbamg_g.msh
-- ReadGeometry pxbamg_g.msh
metrix: open pxbamg.metric, le coef = 1, hmin = 0.00176387, hmax = 0.257444 AnIso
j = 3
-- IntersectGeomMetric geometric err=0.1 aniso
-- Limit the subdivision of a edges in the new mesh by 10
-- BoundAnisotropy by 1e+06
Cpu time for meshing : 0.05s Nb Vertices/s = 37920
-- Writing the file pxbamg_out.msh of type BD Mesh NbOfTria = 3399 NbOfRefEdge = 391
end write
Cpu time for meshing with io : 0.1s Nb Vertices/s = 18960
Nb vertices = 1896 Nb Triangles = 3399
----------------------------------------------------
BAMG finished.
Error -4 (Read/Write) has occured.
File : /home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds/src/Grid/PXReadWriteGrid.c Line : 3373
Call : PX_READWRITE_ERROR
Error -4 (Read/Write) has occured.
File : /home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds/src/Adaptation/PXWriteMesherFiles.c Line : 618
Call : PXReadMshFile(pg_new,outfile)
Error -4 (Read/Write) has occured.
File : /home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds/src/Adaptation/PXWriteMesherFiles.c Line : 642
Call : ierr
Error -4 (Read/Write) has occured.
File : /home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds/src/PXHPAdapt.c Line : 2371
Call : PXCallBamg2(pg_meshing, Parameter, ppg_new, PXE_True)
Error -4 (Read/Write) has occured.
File : /home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds/src/PXHPAdapt.c Line : 2888
Call : PXCallMesher(pg_meshing, Parameter, &pg1)
Error -4 (Read/Write) has occured.
File : /home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds/src/PXHPAdapt.c Line : 3292
Call : PXAdjustGridH(pg0,pxa->Parameter,&pgH, aiter, &EfficiencyIndex)
Error -4 (Read/Write) has occured.
File : /home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds/src/PXHPAdapt.c Line : 3767
Call : PXAdjustGridHP(pxa, &pg1, aiter)
Error -4 (Read/Write) has occured.
File : /home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds/src/PXRunSolver.c Line : 790
Call : PXAdaptHP(pxa, aiter, PrimalSolveConvergedFlag, DoneAdapt)
Error -4 (Read/Write) has occured.
File : /home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds/src/PXRunSolver.c Line : 1024
Call : PXAdaptIteration( pxa, aiter, ConvergedFlag, &DoneAdapt )
Start 722: PoissonLshape_CutCell_Adapt_TEST_memcheck
64/146 Test #719: poissonLshape_TEST_memcheck ...................................... Passed 23.53 sec
Start 725: AdDiffBL2_DofControl_TEST_memcheck
65/146 Test #725: AdDiffBL2_DofControl_TEST_memcheck ............................... Passed 58.88 sec
Start 728: hemisphere_Euler3d_Adapt_TEST_memcheck
66/146 Test #713: Scalar2d_Adapt_TEST_memcheck ..................................... Passed 439.72 sec
Start 731: bumpQ2_Euler3d_Jacobi_TEST_memcheck
67/146 Test #722: PoissonLshape_CutCell_Adapt_TEST_memcheck ........................ Passed 136.77 sec
Start 734: box_Euler2d_TEST_memcheck
68/146 Test #731: bumpQ2_Euler3d_Jacobi_TEST_memcheck .............................. Passed 117.54 sec
Start 737: Scalar2d_UniAdapt_TEST_memcheck
69/146 Test #698: ConvectingVortex_Euler2d_IRK4_TEST_memcheck ...................... Passed 1418.24 sec
Start 740: Scalar2d_UniAdapt_Unsteady1_TEST_memcheck
70/146 Test #737: Scalar2d_UniAdapt_TEST_memcheck ..................................***Failed 255.10 sec
-----------------------------------------------------------
Project-X: A Discontinuous Galerkin Solver for PDEs
-----------------------------------------------------------
git commit: 6e11516ccf660879c84295d86f11a35fa6243a9f
git branch: (no branch)
Using Equation Set = Scalar2d
Using EquationSetLibrary = PXScalarConvDiff.so
WARNING: Ignoring Gold Standard Parameters
Knob File Detected -> Overriding Default Parameters
Using AdaptMethod = Direct
Isotropic adaptation
Reading FuncFile/Scalar2d_Adapt.func
output[0] : Name = Heat, Type = HeatFlux
Adjoint Run, NAdjOutput = 1 (Heat )
Creating Embedded Lines
Domain Size is : 3.000000000000000e+00
Min Volume Ratio is : 1.000000000000000e+00
Writing out OUT/Scalar2d_UniAdapt_TEST_InitialCondition.pxa . . .Done.
****************************************************************
PSequencing: Solution Order 3
****************************************************************
***************
Primal Solver
***************
%(P) (Iter) ( CFL) (UpdateFrac) ( Residual Norm) ( Heat)
3 0 1.00E+30 1.00 4.1993422104E-01 -4.73940581726677E-19
3 1 1.00E+30 1.00 7.0236230538E-16 -6.37210267769035E-02
Writing out OUT/Scalar2d_UniAdapt_TEST_P3_a00_Primal_0.pxa . . .Done.
*************
Dual Solver
*************
%(P) (Iter) ( Heat AdjRes)
3 0 1.31461971687633E-01
3 1 4.31526539002536E-17
-------------------------------------------------------------------
Smoothing primal and/or adjoint solutions using nonlinear solver.
-------------------------------------------------------------------
%(P) (Iter) ( Heat AdjRes)
4 0 2.92267150343754E-02
4 1 6.24064926072049E-17
------------------------
Compute Error Estimate
------------------------
Conservative output error = 3.2266673137E-03
Unconservative output error = -2.2596124571E-03
Performing local solves:
$$$$$$$$$$$$$$$$$$$$$$$
$ $
$ ****** * * $
$ * * * * $
$ * * * * $
$ ****** * $
$ * * * $
$ * * * $
$ * * * $
$ $
$$$$$$$$$$$$$$$$$$$$$$$
Done.
Writing out OUT/Scalar2d_UniAdapt_TEST_P3_a00_Dual_0.pxa . . .Done.
**************************
* Adaptation Iteration 0 *
**************************
meshDofReq = 1000.000000, meshDofCurr = 235.383951
ratio = 4.248378004824616e+00
Scaling the continuous metric
Scaling the element metric
Writing out OUT/Scalar2d_UniAdapt_TEST_a00_AdaptInfo_0.pxa . . .Done.
****************************************************************************************
****************************************************************************************
CHECKING Truth Metric File: TrueMetric/Scalar2d_UniAdapt_TEST_Metric_a00.attach
Calling BAMG with the command:
./bamg -b pxbamg.msh -M pxbamg.metric -splitpbedge -anisomax 1e+06 -hmin 1.470479608483E-01 -hmax 4.887168174693E-01 -ratio 6 -nbv 500000 -NbSmooth 3 -noKeepBackVertices -o pxbamg_out.msh
----------------------------------------------------
Bamg v0.68 : Construction of a adpated mesh from the background mesh: pxbamg.msh with less than 500000 vertices
WARNING: This BAMG is hacked to use longlong for coordinate and __int128_t for area
-- ReadMesh pxbamg.msh Version = 0
-- ReadGeometry pxbamg_g.msh
-- ReadGeometry pxbamg_g.msh
metrix: open pxbamg.metric, le coef = 1, hmin = 0.147048, hmax = 0.488717 AnIso
j = 3
-- IntersectGeomMetric geometric err=0.1 aniso
-- Triangles::SmoothMetric raisonmax = 6 9
-- Limit the subdivision of a edges in the new mesh by 10
-- BoundAnisotropy by 1e+06
Cpu time for meshing : 0s Nb Vertices/s = inf
-- Writing the file pxbamg_out.msh of type BD Mesh NbOfTria = 101 NbOfRefEdge = 27
end write
Cpu time for meshing with io : 0s Nb Vertices/s = inf
Nb vertices = 65 Nb Triangles = 101
----------------------------------------------------
BAMG finished.
EMetricData->rank[0] = 3
EMetricData->rank[1] = 3
Calling BAMG with the command:
./bamg -b pxbamg.msh -M pxbamg.metric -splitpbedge -anisomax 1e+06 -hmin 1.027366151939E-01 -hmax 5.179548431074E-01 -ratio 6 -nbv 500000 -NbSmooth 3 -noKeepBackVertices -o pxbamg_out.msh
----------------------------------------------------
Bamg v0.68 : Construction of a adpated mesh from the background mesh: pxbamg.msh with less than 500000 vertices
WARNING: This BAMG is hacked to use longlong for coordinate and __int128_t for area
-- ReadMesh pxbamg.msh Version = 0
-- ReadGeometry pxbamg_g.msh
-- ReadGeometry pxbamg_g.msh
metrix: open pxbamg.metric, le coef = 1, hmin = 0.102737, hmax = 0.517955 AnIso
j = 3
-- IntersectGeomMetric geometric err=0.1 aniso
-- Triangles::SmoothMetric raisonmax = 6 65
-- Limit the subdivision of a edges in the new mesh by 10
-- BoundAnisotropy by 1e+06
Cpu time for meshing : 0.01s Nb Vertices/s = 7000
-- Writing the file pxbamg_out.msh of type BD Mesh NbOfTria = 109 NbOfRefEdge = 29
end write
Cpu time for meshing with io : 0.01s Nb Vertices/s = 7000
Nb vertices = 70 Nb Triangles = 109
----------------------------------------------------
BAMG finished.
(*pEfficiencyIndex) = 1.103213
Domain Size is : 2.999999957070848e+00
Min Volume Ratio is : 5.005533758637069e-01
Writing out OUT/Scalar2d_UniAdapt_TEST_P3_a00_Mesh_0.pxa . . .Done.
State = 0x85c7030
StateRank = 1
Creating Embedded Lines
Domain Size is : 2.999999957070848e+00
Min Volume Ratio is : 5.005533758637069e-01
Interpolating previous solution to new grid...
Destroying old grid...
Attachments in new grid:
an = 0, title = State_0, type = PXE_AttachmentGlobRealElem
an = 1, title = ElementPReal, type = PXE_AttachmentGlobRealElem
an = 2, title = GridData, type = PXE_AttachmentGlobRealElem
an = 3, title = ElementMetric, type = PXE_AttachmentGlobRealElem
an = 4, title = GeneralizedH, type = PXE_AttachmentGlobRealElem
Writing out OUT/Scalar2d_UniAdapt_TEST_P3_a01_NewGrid_0.pxa . . .Done.
****************************************************************
PSequencing: Solution Order 3
****************************************************************
***************
Primal Solver
***************
%(P) (Iter) ( CFL) (UpdateFrac) ( Residual Norm) ( Heat)
3 0 1.00E+30 1.00 1.4091804619E-01 -3.84594271542519E-01
3 1 1.00E+30 1.00 1.5642223251E-16 -6.17139420346781E-02
Writing out OUT/Scalar2d_UniAdapt_TEST_P3_a01_Primal_0.pxa . . .Done.
*************
Dual Solver
*************
%(P) (Iter) ( Heat AdjRes)
3 0 2.70963591038803E-01
3 1 7.75730104825915E-17
-------------------------------------------------------------------
Smoothing primal and/or adjoint solutions using nonlinear solver.
-------------------------------------------------------------------
%(P) (Iter) ( Heat AdjRes)
4 0 9.46505858042755E-03
4 1 1.43002326388525E-16
------------------------
Compute Error Estimate
------------------------
Conservative output error = 1.5443159045E-04
Unconservative output error = 8.4124982483E-05
Performing local solves:
$$$$$$$$$$$$$$$$$$$$$$$
$ $
$ ****** * * $
$ * * * * $
$ * * * * $
$ ****** * $
$ * * * $
$ * * * $
$ * * * $
$ $
$$$$$$$$$$$$$$$$$$$$$$$
Done.
Writing out OUT/Scalar2d_UniAdapt_TEST_P3_a01_Dual_0.pxa . . .Done.
**************************
* Adaptation Iteration 1 *
**************************
meshDofReq = 1000.000000, meshDofCurr = 417.909103
ratio = 2.392864841962105e+00
Scaling the continuous metric
Scaling the element metric
Writing out OUT/Scalar2d_UniAdapt_TEST_a01_AdaptInfo_0.pxa . . .Done.
****************************************************************************************
****************************************************************************************
CHECKING Truth Metric File: TrueMetric/Scalar2d_UniAdapt_TEST_Metric_a01.attach
Calling BAMG with the command:
./bamg -b pxbamg.msh -M pxbamg.metric -splitpbedge -anisomax 1e+06 -hmin 5.574457176167E-02 -hmax 6.291959753597E-01 -ratio 6 -nbv 500000 -NbSmooth 3 -noKeepBackVertices -o pxbamg_out.msh
----------------------------------------------------
Bamg v0.68 : Construction of a adpated mesh from the background mesh: pxbamg.msh with less than 500000 vertices
WARNING: This BAMG is hacked to use longlong for coordinate and __int128_t for area
-- ReadMesh pxbamg.msh Version = 0
-- ReadGeometry pxbamg_g.msh
-- ReadGeometry pxbamg_g.msh
metrix: open pxbamg.metric, le coef = 1, hmin = 0.0557446, hmax = 0.629196 AnIso
j = 3
-- IntersectGeomMetric geometric err=0.1 aniso
-- Triangles::SmoothMetric raisonmax = 6 65
-- Limit the subdivision of a edges in the new mesh by 10
-- BoundAnisotropy by 1e+06
Cpu time for meshing : 0.01s Nb Vertices/s = 6700
-- Writing the file pxbamg_out.msh of type BD Mesh NbOfTria = 103 NbOfRefEdge = 29
end write
Cpu time for meshing with io : 0.01s Nb Vertices/s = 6700
Nb vertices = 67 Nb Triangles = 103
----------------------------------------------------
BAMG finished.
EMetricData->rank[0] = 3
EMetricData->rank[1] = 3
Calling BAMG with the command:
./bamg -b pxbamg.msh -M pxbamg.metric -splitpbedge -anisomax 1e+06 -hmin 4.507701435148E-02 -hmax 5.865042516151E-01 -ratio 6 -nbv 500000 -NbSmooth 3 -noKeepBackVertices -o pxbamg_out.msh
----------------------------------------------------
Bamg v0.68 : Construction of a adpated mesh from the background mesh: pxbamg.msh with less than 500000 vertices
WARNING: This BAMG is hacked to use longlong for coordinate and __int128_t for area
-- ReadMesh pxbamg.msh Version = 0
-- ReadGeometry pxbamg_g.msh
-- ReadGeometry pxbamg_g.msh
metrix: open pxbamg.metric, le coef = 1, hmin = 0.045077, hmax = 0.586504 AnIso
j = 3
-- IntersectGeomMetric geometric err=0.1 aniso
-- Triangles::SmoothMetric raisonmax = 6 67
-- Limit the subdivision of a edges in the new mesh by 10
-- BoundAnisotropy by 1e+06
Cpu time for meshing : 0.01s Nb Vertices/s = 7400
-- Writing the file pxbamg_out.msh of type BD Mesh NbOfTria = 115 NbOfRefEdge = 31
end write
Cpu time for meshing with io : 0.01s Nb Vertices/s = 7400
Nb vertices = 74 Nb Triangles = 115
----------------------------------------------------
BAMG finished.
(*pEfficiencyIndex) = 1.102261
Domain Size is : 2.999999923028903e+00
Min Volume Ratio is : 3.462644965679677e-01
Writing out OUT/Scalar2d_UniAdapt_TEST_P3_a01_Mesh_0.pxa . . .Done.
State = 0xe7c2100
StateRank = 1
Creating Embedded Lines
Domain Size is : 2.999999923028903e+00
Min Volume Ratio is : 3.462644965679677e-01
Interpolating previous solution to new grid...
Destroying old grid...
Attachments in new grid:
an = 0, title = State_0, type = PXE_AttachmentGlobRealElem
an = 1, title = ElementPReal, type = PXE_AttachmentGlobRealElem
an = 2, title = GridData, type = PXE_AttachmentGlobRealElem
an = 3, title = ElementMetric, type = PXE_AttachmentGlobRealElem
an = 4, title = GeneralizedH, type = PXE_AttachmentGlobRealElem
Writing out OUT/Scalar2d_UniAdapt_TEST_P3_a02_NewGrid_0.pxa . . .Done.
****************************************************************
PSequencing: Solution Order 3
****************************************************************
***************
Primal Solver
***************
%(P) (Iter) ( CFL) (UpdateFrac) ( Residual Norm) ( Heat)
3 0 1.00E+30 1.00 5.1380855189E-02 -1.96068764382790E-01
3 1 1.00E+30 1.00 1.1860991874E-16 -6.18008996165865E-02
Writing out OUT/Scalar2d_UniAdapt_TEST_P3_a02_Primal_0.pxa . . .Done.
*************
Dual Solver
*************
%(P) (Iter) ( Heat AdjRes)
3 0 4.07856055693272E-01
3 1 1.05044262358168E-16
-------------------------------------------------------------------
Smoothing primal and/or adjoint solutions using nonlinear solver.
-------------------------------------------------------------------
%(P) (Iter) ( Heat AdjRes)
4 0 7.25937161010737E-03
4 1 1.57893306755624E-16
------------------------
Compute Error Estimate
------------------------
Conservative output error = 1.2165452797E-05
Unconservative output error = -2.3310554075E-06
Performing local solves:
$$$$$$$$$$$$$$$$$$$$$$$
$ $
$ ****** * * $
$ * * * * $
$ * * * * $
$ ****** * $
$ * * * $
$ * * * $
$ * * * $
$ $
$$$$$$$$$$$$$$$$$$$$$$$
Done.
Writing out OUT/Scalar2d_UniAdapt_TEST_P3_a02_Dual_0.pxa . . .Done.
**************************
* Adaptation Iteration 2 *
**************************
meshDofReq = 1000.000000, meshDofCurr = 557.305301
ratio = 1.794348625242184e+00
Scaling the continuous metric
Scaling the element metric
Writing out OUT/Scalar2d_UniAdapt_TEST_a02_AdaptInfo_0.pxa . . .Done.
****************************************************************************************
****************************************************************************************
CHECKING Truth Metric File: TrueMetric/Scalar2d_UniAdapt_TEST_Metric_a02.attach
Calling BAMG with the command:
./bamg -b pxbamg.msh -M pxbamg.metric -splitpbedge -anisomax 1e+06 -hmin 3.725452827868E-02 -hmax 7.184785438161E-01 -ratio 6 -nbv 500000 -NbSmooth 3 -noKeepBackVertices -o pxbamg_out.msh
----------------------------------------------------
Bamg v0.68 : Construction of a adpated mesh from the background mesh: pxbamg.msh with less than 500000 vertices
WARNING: This BAMG is hacked to use longlong for coordinate and __int128_t for area
-- ReadMesh pxbamg.msh Version = 0
-- ReadGeometry pxbamg_g.msh
-- ReadGeometry pxbamg_g.msh
----------------------------------------------------
BAMG finished.
The bamg call could not be executed. Make sure bamg is in working directory.
Bamg try = 2
Calling BAMG with the command:
./bamg -b pxbamg.msh -M pxbamg.metric -splitpbedge -anisomax 1e+06 -hmin 3.725452809468E-02 -hmax 7.184785395919E-01 -ratio 6 -nbv 500000 -NbSmooth 3 -noKeepBackVertices -o pxbamg_out.msh
----------------------------------------------------
Bamg v0.68 : Construction of a adpated mesh from the background mesh: pxbamg.msh with less than 500000 vertices
WARNING: This BAMG is hacked to use longlong for coordinate and __int128_t for area
-- ReadMesh pxbamg.msh Version = 0
-- ReadGeometry pxbamg_g.msh
-- ReadGeometry pxbamg_g.msh
metrix: open pxbamg.metric, le coef = 1, hmin = 0.0372545, hmax = 0.718479 AnIso
j = 3
-- IntersectGeomMetric geometric err=0.1 aniso
-- Triangles::SmoothMetric raisonmax = 6 9
-- Limit the subdivision of a edges in the new mesh by 10
-- BoundAnisotropy by 1e+06
Segmentation fault (core dumped)
Cpu time for meshing : 0.01s Nb Vertices/s = 6500
-- Writing the file pxbamg_out.msh of type BD Mesh NbOfTria = 101 NbOfRefEdge = 27
end write
Cpu time for meshing with io : 0.01s Nb Vertices/s = 6500
Nb vertices = 65 Nb Triangles = 101
----------------------------------------------------
BAMG finished.
EMetricData->rank[0] = 3
EMetricData->rank[1] = 3
Calling BAMG with the command:
./bamg -b pxbamg.msh -M pxbamg.metric -splitpbedge -anisomax 1e+06 -hmin 1.027366150762E-01 -hmax 5.179548393322E-01 -ratio 6 -nbv 500000 -NbSmooth 3 -noKeepBackVertices -o pxbamg_out.msh
----------------------------------------------------
Bamg v0.68 : Construction of a adpated mesh from the background mesh: pxbamg.msh with less than 500000 vertices
WARNING: This BAMG is hacked to use longlong for coordinate and __int128_t for area
-- ReadMesh pxbamg.msh Version = 0
-- ReadGeometry pxbamg_g.msh
-- ReadGeometry pxbamg_g.msh
metrix: open pxbamg.metric, le coef = 1, hmin = 0.102737, hmax = 0.517955 AnIso
j = 3
-- IntersectGeomMetric geometric err=0.1 aniso
-- Triangles::SmoothMetric raisonmax = 6 65
-- Limit the subdivision of a edges in the new mesh by 10
-- BoundAnisotropy by 1e+06
Cpu time for meshing : 0.01s Nb Vertices/s = 6900
-- Writing the file pxbamg_out.msh of type BD Mesh NbOfTria = 107 NbOfRefEdge = 29
end write
Cpu time for meshing with io : 0.01s Nb Vertices/s = 6900
Nb vertices = 69 Nb Triangles = 107
----------------------------------------------------
BAMG finished.
(*pEfficiencyIndex) = 1.673024
Domain Size is : 2.999999957070848e+00
Min Volume Ratio is : 5.005533772589171e-01
Writing out OUT/Scalar2d_UniAdapt_TEST_P3_a02_Mesh_0.pxa . . .Done.
State = 0x87b9760
StateRank = 1
Creating Embedded Lines
Domain Size is : 2.999999957070848e+00
Min Volume Ratio is : 5.005533772589171e-01
Interpolating previous solution to new grid...
Destroying old grid...
Attachments in new grid:
an = 0, title = State_0, type = PXE_AttachmentGlobRealElem
an = 1, title = ElementPReal, type = PXE_AttachmentGlobRealElem
an = 2, title = GridData, type = PXE_AttachmentGlobRealElem
an = 3, title = ElementMetric, type = PXE_AttachmentGlobRealElem
an = 4, title = GeneralizedH, type = PXE_AttachmentGlobRealElem
Writing out OUT/Scalar2d_UniAdapt_TEST_P3_a03_NewGrid_0.pxa . . .Done.
****************************************************************
PSequencing: Solution Order 3
****************************************************************
***************
Primal Solver
***************
%(P) (Iter) ( CFL) (UpdateFrac) ( Residual Norm) ( Heat)
3 0 1.00E+30 1.00 2.6641721753E-02 -8.35401431301099E-02
3 1 1.00E+30 1.00 1.0359965041E-16 -6.17139420367607E-02
Writing out OUT/Scalar2d_UniAdapt_TEST_P3_a03_Primal_0.pxa . . .Done.
*************
Dual Solver
*************
%(P) (Iter) ( Heat AdjRes)
3 0 2.70963593176900E-01
3 1 7.61193537795978E-17
-------------------------------------------------------------------
Smoothing primal and/or adjoint solutions using nonlinear solver.
-------------------------------------------------------------------
%(P) (Iter) ( Heat AdjRes)
4 0 9.46505856195619E-03
4 1 1.43015139959909E-16
------------------------
Compute Error Estimate
------------------------
Conservative output error = 1.5443158874E-04
Unconservative output error = 8.4124981005E-05
Performing local solves:
$$$$$$$$$$$$$$$$$$$$$$$
$ $
$ ****** * * $
$ * * * * $
$ * * * * $
$ ****** * $
$ * * * $
$ * * * $
$ * * * $
$ $
$$$$$$$$$$$$$$$$$$$$$$$
Done.
Writing out OUT/Scalar2d_UniAdapt_TEST_P3_a03_Dual_0.pxa . . .Done.
**************************
* Adaptation Iteration 3 *
**************************
meshDofReq = 1000.000000, meshDofCurr = 417.909103
ratio = 2.392864844854721e+00
Scaling the continuous metric
Scaling the element metric
Writing out OUT/Scalar2d_UniAdapt_TEST_a03_AdaptInfo_0.pxa . . .Done.
****************************************************************************************
****************************************************************************************
CHECKING Truth Metric File: TrueMetric/Scalar2d_UniAdapt_TEST_Metric_a03.attach
Metric Check mismatch on component 0 of node 0.
truth = 5.071665806847974522E+01, test = 1.274813607845011099E+01, relerror = 7.486400609985570664E-01
Metric Check mismatch on component 1 of node 0.
truth = -1.008046654858581803E+02, test = -2.461063755414271803E+00, relerror = 9.755858149664755619E-01
Metric Check mismatch on component 2 of node 0.
truth = 6.113866727889820822E+02, test = 1.056972099981942677E+02, relerror = 8.271188844924736161E-01
Metric Check mismatch on component 0 of node 1.
truth = 1.021038924731459048E+02, test = 1.607243233280613381E+01, relerror = 8.425874671033398711E-01
Metric Check mismatch on component 1 of node 1.
truth = 2.257115125052933990E+02, test = 1.219136103203534738E+01, relerror = 9.459869773733874387E-01
Metric Check mismatch on component 2 of node 1.
truth = 1.006425229591562129E+03, test = 3.213203869055395216E+02, relerror = 6.807309897865526649E-01
Metric Check mismatch on component 0 of node 2.
truth = 2.522502785870674114E+00, test = 3.500472244572121472E+00, relerror = 3.876980688304328959E-01
Metric Check mismatch on component 1 of node 2.
truth = -5.379339723976250820E-01, test = -3.580204641688375489E+00, relerror = 3.042270669290750185E+00
Metric Check mismatch on component 2 of node 2.
truth = 3.060283988147209033E+00, test = 2.325748031315558961E+01, relerror = 6.599778452991348132E+00
Metric Check mismatch on component 0 of node 3.
truth = 1.975191281421543987E+00, test = 2.788837586411544223E+00, relerror = 4.119329163929983939E-01
Metric Check mismatch on component 1 of node 3.
truth = -4.535514438679114635E-01, test = -5.274005313687528673E-01, relerror = 7.384908750084140383E-02
Metric Check mismatch on component 2 of node 3.
truth = 4.448471693949556105E+00, test = 1.501646657297926879E+01, relerror = 2.375646200784738316E+00
Metric Check mismatch on component 0 of node 4.
truth = 2.422011597567338015E+01, test = 1.596040159024795102E+01, relerror = 3.410270369358042730E-01
Metric Check mismatch on component 1 of node 4.
truth = -5.196500178099375944E+01, test = -1.865188402287274982E+01, relerror = 6.410683463173729724E-01
Metric Check mismatch on component 2 of node 4.
truth = 5.304854947159694802E+02, test = 1.401830156712994437E+02, relerror = 7.357458081933876404E-01
Metric Check mismatch on component 0 of node 5.
truth = 1.773660275879992909E+01, test = 1.291024740841297991E+01, relerror = 2.721127273368276200E-01
Metric Check mismatch on component 1 of node 5.
truth = -1.170505333865981328E+02, test = -2.125268668298538799E+01, relerror = 8.184315263836402510E-01
Metric Check mismatch on component 2 of node 5.
truth = 1.339383942645150682E+03, test = 1.673700890267871841E+02, relerror = 8.750394986098999350E-01
Metric Check mismatch on component 0 of node 6.
truth = 1.275390303870868003E+01, test = 9.982901324685688138E+00, relerror = 2.172669578569693394E-01
Metric Check mismatch on component 1 of node 6.
truth = -6.115183679490605329E+01, test = -5.127995103190579940E+00, relerror = 9.161432367045801994E-01
Metric Check mismatch on component 2 of node 6.
truth = 1.000039295139044270E+03, test = 1.065637587243126774E+02, relerror = 8.934404285488639630E-01
Metric Check mismatch on component 0 of node 7.
truth = 1.369863675149570348E+01, test = 1.336816188712935727E+01, relerror = 2.412465344993273628E-02
Metric Check mismatch on component 1 of node 7.
truth = -2.189609019227208719E+01, test = -1.959531416077412302E+01, relerror = 1.050770256833336580E-01
Metric Check mismatch on component 2 of node 7.
truth = 5.770975069647913642E+02, test = 1.978619676428747880E+02, relerror = 6.571429173494136577E-01
Metric Check mismatch on component 0 of node 8.
truth = 1.425958769565835027E+01, test = 1.321120924300000610E+01, relerror = 7.352095130896010855E-02
Metric Check mismatch on component 1 of node 8.
truth = -4.411506359882446304E+01, test = -1.182348626136836423E+01, relerror = 7.319852835555374915E-01
Metric Check mismatch on component 2 of node 8.
truth = 6.442249689593580797E+02, test = 1.667308905320758470E+02, relerror = 7.411915114041562891E-01
Metric Check mismatch on component 0 of node 9.
truth = 1.509098207664854030E+01, test = 1.309668323901061093E+01, relerror = 1.321516934755269657E-01
Metric Check mismatch on component 1 of node 9.
truth = -4.762039646199057330E+01, test = -2.606091816996022548E+00, relerror = 9.452736220061472849E-01
Metric Check mismatch on component 2 of node 9.
truth = 6.759890867797856799E+02, test = 1.164254251099490034E+02, relerror = 8.277702593327863623E-01
Metric Check mismatch on component 0 of node 10.
truth = 1.686249095698535427E+01, test = 1.621521798819622262E+01, relerror = 3.838537084706315078E-02
Metric Check mismatch on component 1 of node 10.
truth = -4.161527439530788541E+01, test = -5.765632995595528776E-01, relerror = 9.861453923364119634E-01
Metric Check mismatch on component 2 of node 10.
truth = 6.255456139997038463E+02, test = 1.337630627342684022E+02, relerror = 7.861657731416342720E-01
Metric Check mismatch on component 0 of node 11.
truth = 1.447269272719846533E+01, test = 1.198626609242716334E+01, relerror = 1.718012453963436714E-01
Metric Check mismatch on component 1 of node 11.
truth = -4.421595339975068839E+01, test = -6.136838739495526163E+00, relerror = 8.612075898485517245E-01
Metric Check mismatch on component 2 of node 11.
truth = 6.901959704831459703E+02, test = 2.142363974293527633E+02, relerror = 6.896006256318990557E-01
Metric Check mismatch on component 0 of node 12.
truth = 8.887459702344562729E+00, test = 5.697264829363465566E+00, relerror = 3.589546371883414189E-01
Metric Check mismatch on component 1 of node 12.
truth = -3.961141716971086169E+01, test = -4.519976599741736045E+00, relerror = 8.858920754999402014E-01
Metric Check mismatch on component 2 of node 12.
truth = 7.092183032743140529E+02, test = 5.948235137734568667E+01, relerror = 9.161297006821058631E-01
Metric Check mismatch on component 0 of node 13.
truth = 6.419139062129778139E+00, test = 3.773309314836434947E+00, relerror = 4.121782877243813648E-01
Metric Check mismatch on component 1 of node 13.
truth = -2.205095839041633976E+00, test = 8.413543708145604372E-01, relerror = 1.381550024229434293E+00
Metric Check mismatch on component 2 of node 13.
truth = 4.289444503124170751E+02, test = 4.713771630981916161E+01, relerror = 8.901076438324662110E-01
Metric Check mismatch on component 0 of node 14.
truth = 1.540087741774430796E+01, test = 3.436465762456446082E+00, relerror = 7.768655856907814572E-01
Metric Check mismatch on component 1 of node 14.
truth = 3.844965233789280035E+01, test = -2.873274789713100130E+00, relerror = 1.074728238488685594E+00
Metric Check mismatch on component 2 of node 14.
truth = 6.643253660253094495E+02, test = 3.787127971679502991E+01, relerror = 9.429928741944919590E-01
Metric Check mismatch on component 0 of node 15.
truth = 6.060530099232710199E+01, test = 3.387285294183787876E+00, relerror = 9.441090921301976691E-01
Metric Check mismatch on component 1 of node 15.
truth = 1.501556243024434991E+02, test = -3.822292552911674690E+00, relerror = 1.025455540348011230E+00
Metric Check mismatch on component 2 of node 15.
truth = 7.747077557206147276E+02, test = 2.911187249985265169E+01, relerror = 9.624221233298826395E-01
Metric Check mismatch on component 0 of node 16.
truth = 7.454176256991398475E+01, test = 3.320964222782968100E+00, relerror = 9.554482734471407834E-01
Metric Check mismatch on component 1 of node 16.
truth = 1.467502380193635148E+01, test = -3.147864509965414115E+00, relerror = 1.214504899784220715E+00
Metric Check mismatch on component 2 of node 16.
truth = 6.740041374898306685E+02, test = 1.930510196071294615E+01, relerror = 9.713575913159669950E-01
Metric Check mismatch on component 0 of node 17.
truth = 1.135394847217835590E+01, test = 3.549046333973847833E+00, relerror = 6.874174352058749493E-01
Metric Check mismatch on component 1 of node 17.
truth = -5.124825684316901331E+00, test = -2.144144408336317920E+00, relerror = 5.816161289352975716E-01
Metric Check mismatch on component 2 of node 17.
truth = 1.934271441403162726E+02, test = 1.630123060992812967E+01, relerror = 9.157241829610902606E-01
Metric Check mismatch on component 0 of node 18.
truth = 2.784976898507313336E+00, test = 2.942808468004687317E+00, relerror = 5.667248786945710409E-02
Metric Check mismatch on component 1 of node 18.
truth = 1.055263689080189415E+00, test = -4.846624647641339934E-01, relerror = 1.459280907492027435E+00
Metric Check mismatch on component 2 of node 18.
truth = 1.351866732852382569E+01, test = 1.407829553837469660E+01, relerror = 4.139669956002827583E-02
Metric Check mismatch on component 0 of node 19.
truth = 2.069748408584431765E+00, test = 2.900657993750073160E+00, relerror = 4.014543901661591363E-01
Metric Check mismatch on component 1 of node 19.
truth = -3.585072251441386859E-01, test = -7.723207223615181638E-01, relerror = 4.138134972173794779E-01
Metric Check mismatch on component 2 of node 19.
truth = 4.281158259452807258E+00, test = 1.532642118602383796E+01, relerror = 2.579970712874971372E+00
Metric Check mismatch on component 0 of node 20.
truth = 1.961830948664564644E+00, test = 2.580800131721721957E+00, relerror = 3.155058714302040324E-01
Metric Check mismatch on component 1 of node 20.
truth = 4.637442551703538363E-02, test = -9.363321221691339735E-01, relerror = 9.827065476861693849E-01
Metric Check mismatch on component 2 of node 20.
truth = 3.791114180899479713E+00, test = 1.851549418847024242E+01, relerror = 3.883918896918387098E+00
Metric Check mismatch on component 0 of node 21.
truth = 1.793412324324970220E+00, test = 2.602950048051563492E+00, relerror = 4.513952049656503318E-01
Metric Check mismatch on component 1 of node 21.
truth = -3.673866178762210111E-01, test = 1.115082053501669890E+00, relerror = 1.482468671377890956E+00
Metric Check mismatch on component 2 of node 21.
truth = 4.922474502321758649E+00, test = 2.057497582908334621E+01, relerror = 3.179803434101863058E+00
Metric Check mismatch on component 0 of node 22.
truth = 2.198137211595462936E+00, test = 2.907724608291565094E+00, relerror = 3.228130586903016352E-01
Metric Check mismatch on component 1 of node 22.
truth = -5.963379753394035809E-01, test = 2.946087472007951139E-02, relerror = 6.257988500594831027E-01
Metric Check mismatch on component 2 of node 22.
truth = 3.782957326419205568E+00, test = 1.260043356457467212E+01, relerror = 2.330842110371287745E+00
Metric Check mismatch on component 0 of node 23.
truth = 1.951741371881984932E+00, test = 3.073502637181818375E+00, relerror = 5.747489300891155395E-01
Metric Check mismatch on component 1 of node 23.
truth = -4.020905144370088835E-01, test = -2.369090042379115690E+00, relerror = 1.966999527942106862E+00
Metric Check mismatch on component 2 of node 23.
truth = 4.755053376886133165E+00, test = 1.456935547461009151E+01, relerror = 2.063973066092245734E+00
Metric Check mismatch on component 0 of node 24.
truth = 2.186500699595817832E+00, test = 3.912272369996494970E+00, relerror = 7.892847556461756175E-01
Metric Check mismatch on component 1 of node 24.
truth = -2.156795993211302331E-02, test = -3.629961657770402361E+00, relerror = 3.608393697838289338E+00
Metric Check mismatch on component 2 of node 24.
truth = 3.525496697324678852E+00, test = 1.848674238620352739E+01, relerror = 4.243727047094436600E+00
Metric Check mismatch on component 0 of node 25.
truth = 2.341144361542986552E+00, test = 4.609196820464972255E+00, relerror = 9.687794124011951391E-01
Metric Check mismatch on component 1 of node 25.
truth = -7.499508591878097929E-01, test = -4.424789911121388641E+00, relerror = 3.674839051933578737E+00
Metric Check mismatch on component 2 of node 25.
truth = 1.273363705251006373E+01, test = 2.528683077209962349E+01, relerror = 9.858293956254285950E-01
Metric Check mismatch on component 0 of node 26.
truth = 2.992131754476794026E+00, test = 5.320232245276005578E+00, relerror = 7.780741898534159207E-01
Metric Check mismatch on component 1 of node 26.
truth = -7.312542414992195816E-01, test = -5.764247300566238685E+00, relerror = 5.032993059067019104E+00
Metric Check mismatch on component 2 of node 26.
truth = 4.846235325953518469E+01, test = 6.476230839578032317E+01, relerror = 3.363426255624111794E-01
Metric Check mismatch on component 0 of node 27.
truth = 8.987963325356540523E+00, test = 3.652684951316123918E+00, relerror = 5.936025972634655368E-01
Metric Check mismatch on component 1 of node 27.
truth = -2.099015515681118060E+01, test = -7.360859337678984371E-01, relerror = 9.649318488468131561E-01
Metric Check mismatch on component 2 of node 27.
truth = 1.706059360781863745E+02, test = 4.270685285831729061E+01, relerror = 7.496754577241361295E-01
Metric Check mismatch on component 0 of node 28.
truth = 3.180650481492807913E+01, test = 9.004809074696900950E+00, relerror = 7.168878150210776790E-01
Metric Check mismatch on component 1 of node 28.
truth = -7.021958276851943026E+01, test = -3.336840416019193789E+00, relerror = 9.524799167915996012E-01
Metric Check mismatch on component 2 of node 28.
truth = 4.653438842286491877E+02, test = 1.109915782769854502E+02, relerror = 7.614848243660399252E-01
Metric Check mismatch on component 0 of node 29.
truth = 9.796896923181535044E+00, test = 3.886175528534668189E+00, relerror = 6.033258735897125691E-01
Metric Check mismatch on component 1 of node 29.
truth = -1.450733488224967616E+01, test = -3.961661748584409004E+00, relerror = 7.269200869257064213E-01
Metric Check mismatch on component 2 of node 29.
truth = 4.616807625200422649E+02, test = 3.453063742468233954E+01, relerror = 9.252066790996446022E-01
Metric Check mismatch on component 0 of node 30.
truth = 3.655619820104206497E+00, test = 5.250581800405348609E+00, relerror = 4.363041177120208225E-01
Metric Check mismatch on component 1 of node 30.
truth = 2.110927404881661307E+00, test = -1.304613004452471747E+00, relerror = 1.618028361105865676E+00
Metric Check mismatch on component 2 of node 30.
truth = 1.168150530861480547E+02, test = 6.001124136559806033E+01, relerror = 4.862713342145952855E-01
Metric Check mismatch on component 0 of node 31.
truth = 1.308017611654259227E+01, test = 9.535042113660697538E+00, relerror = 2.710310603844499067E-01
Metric Check mismatch on component 1 of node 31.
truth = -1.822118388837449032E+01, test = -2.018094514252290139E+00, relerror = 8.892445997683016135E-01
Metric Check mismatch on component 2 of node 31.
truth = 3.906689380412047399E+02, test = 9.587464188228089768E+01, relerror = 7.545885210045319980E-01
Metric Check mismatch on component 0 of node 32.
truth = 2.010702664058868105E+00, test = 3.570574334734022859E+00, relerror = 7.757843556671618623E-01
Metric Check mismatch on component 1 of node 32.
truth = -4.868873175607485448E-01, test = -2.529556263031247365E+00, relerror = 2.042668945470498709E+00
Metric Check mismatch on component 2 of node 32.
truth = 6.493265762807318708E+00, test = 1.359864684393370560E+01, relerror = 1.094269253820657539E+00
Metric Check mismatch on component 0 of node 33.
truth = 7.243149547853523273E+00, test = 3.493153200043975559E+00, relerror = 5.177300735038451451E-01
Metric Check mismatch on component 1 of node 33.
truth = -7.902871085637464432E+00, test = -3.525657066117574345E+00, relerror = 5.538764294757332340E-01
Metric Check mismatch on component 2 of node 33.
truth = 1.790462678794885107E+02, test = 1.885776207403225868E+01, relerror = 8.946765978572369660E-01
Metric Check mismatch on component 0 of node 34.
truth = 5.812540552003286010E+00, test = 3.288407980211234261E+00, relerror = 4.342563375187313279E-01
Metric Check mismatch on component 1 of node 34.
truth = -1.689322841343121340E+01, test = -9.279206282135868955E-01, relerror = 9.450714448710212379E-01
Metric Check mismatch on component 2 of node 34.
truth = 5.172325946188332182E+02, test = 1.084437628855309654E+01, relerror = 9.790338497585506783E-01
Metric Check mismatch on component 0 of node 35.
truth = 2.050269532905731218E+00, test = 3.531126142949212454E+00, relerror = 7.222741138550435869E-01
Metric Check mismatch on component 1 of node 35.
truth = -5.135356180959376182E-01, test = -4.502079783804260771E+00, relerror = 3.988544165708323153E+00
Metric Check mismatch on component 2 of node 35.
truth = 4.278918345560634329E+00, test = 2.972098063367797138E+01, relerror = 5.945909744810485620E+00
Metric Check mismatch on component 0 of node 36.
truth = 1.300386318873471225E+01, test = 3.414914895276385032E+00, relerror = 7.373922775322077072E-01
Metric Check mismatch on component 1 of node 36.
truth = -2.184397942468304521E+01, test = -1.750300606608662379E+00, relerror = 9.198726306878465264E-01
Metric Check mismatch on component 2 of node 36.
truth = 3.237646670067640002E+02, test = 1.698057905054462324E+01, relerror = 9.475527110245482998E-01
Metric Check mismatch on component 0 of node 37.
truth = 1.092079070840545718E+01, test = 3.035149836647040189E+00, relerror = 7.220760000179325955E-01
Metric Check mismatch on component 1 of node 37.
truth = -2.566631174759235279E+01, test = -7.411917462868270468E-01, relerror = 9.711220001698781523E-01
Metric Check mismatch on component 2 of node 37.
truth = 5.097135167196398129E+02, test = 1.180627423089340766E+01, relerror = 9.768374315304114708E-01
Metric Check mismatch on component 0 of node 38.
truth = 1.662930667144700436E+01, test = 5.558226430580003097E+00, relerror = 6.657571755457708518E-01
Metric Check mismatch on component 1 of node 38.
truth = -4.371780378301194503E+01, test = -6.105273581276320805E+00, relerror = 8.603481178611095403E-01
Metric Check mismatch on component 2 of node 38.
truth = 5.552346454105780822E+02, test = 3.891043320682079099E+01, relerror = 9.299207397657114349E-01
Metric Check mismatch on component 0 of node 39.
truth = 1.472129286301948703E+01, test = 1.159232601141730967E+01, relerror = 2.125470147708476698E-01
Metric Check mismatch on component 1 of node 39.
truth = -3.385714790510917993E+01, test = -1.235998486112850436E+01, relerror = 6.349372104298445230E-01
Metric Check mismatch on component 2 of node 39.
truth = 3.164907409873728170E+02, test = 1.068678279654059509E+02, relerror = 6.623350571583712654E-01
Metric Check mismatch on component 0 of node 40.
truth = 9.872503784000969063E+00, test = 3.599606159182883847E+00, relerror = 6.353907541654957303E-01
Metric Check mismatch on component 1 of node 40.
truth = 1.835298643826951803E+01, test = -2.853376860893928502E+00, relerror = 1.155472073740766659E+00
Metric Check mismatch on component 2 of node 40.
truth = 6.819916650229042716E+02, test = 2.574875888159986914E+01, relerror = 9.622447601603237866E-01
Metric Check mismatch on component 0 of node 41.
truth = 9.471024875150630962E+00, test = 9.692855203066656600E+00, relerror = 2.342199823569754424E-02
Metric Check mismatch on component 1 of node 41.
truth = -2.492536579468915292E+01, test = -5.038929755824224976E+00, relerror = 7.978392855964477892E-01
Metric Check mismatch on component 2 of node 41.
truth = 2.938258923518164920E+02, test = 1.141184291113858080E+02, relerror = 6.116120734018072325E-01
Metric Check mismatch on component 0 of node 42.
truth = 1.996722127425690774E+00, test = 3.144865586426771387E+00, relerror = 5.750141410419209453E-01
Metric Check mismatch on component 1 of node 42.
truth = -8.415552833333808103E-01, test = -1.943814791598579728E+00, relerror = 1.102259508265198917E+00
Metric Check mismatch on component 2 of node 42.
truth = 5.024368761056648758E+00, test = 1.604050856998614805E+01, relerror = 2.192542055096439846E+00
Metric Check mismatch on component 0 of node 43.
truth = 1.244398977732826594E+01, test = 4.329082423891425613E+00, relerror = 6.521145949686819598E-01
Metric Check mismatch on component 1 of node 43.
truth = -2.312151421285875230E+01, test = -3.036539765436636173E+00, relerror = 8.686703761059082485E-01
Metric Check mismatch on component 2 of node 43.
truth = 3.218394765315229051E+02, test = 1.529384936737868905E+01, relerror = 9.524798836606337415E-01
Metric Check mismatch on component 0 of node 44.
truth = 6.176272121187104780E+00, test = 3.127291442973640478E+00, relerror = 4.936603534281189809E-01
Metric Check mismatch on component 1 of node 44.
truth = -5.971946639197015294E+00, test = -1.652947418511648170E+00, relerror = 7.232146369723921886E-01
Metric Check mismatch on component 2 of node 44.
truth = 6.588346922441661491E+02, test = 1.326063325301011631E+01, relerror = 9.798725941285196805E-01
Metric Check mismatch on component 0 of node 45.
truth = 5.026814878000334552E+00, test = 3.105101595492185229E+00, relerror = 3.822924315193015898E-01
Metric Check mismatch on component 1 of node 45.
truth = -9.706067853032267934E+00, test = -2.427488450022579958E+00, relerror = 7.498999093372081814E-01
Metric Check mismatch on component 2 of node 45.
truth = 1.185043973333867910E+02, test = 1.575726472047183435E+01, relerror = 8.670322361444348092E-01
Metric Check mismatch on component 0 of node 46.
truth = 2.417802115563647103E+00, test = 1.032897274034901258E+01, relerror = 3.272050501511404086E+00
Metric Check mismatch on component 1 of node 46.
truth = -2.176860072004009439E+00, test = -1.379229957459548572E+01, relerror = 5.335868690860936070E+00
Metric Check mismatch on component 2 of node 46.
truth = 1.093050780494482943E+01, test = 9.606768281537820542E+01, relerror = 7.788949656293036483E+00
Metric Check mismatch on component 0 of node 47.
truth = 1.110904237265670425E+01, test = 5.210386040288971898E+00, relerror = 5.309779308148485644E-01
Metric Check mismatch on component 1 of node 47.
truth = -2.573362458650579399E+01, test = -3.844756946682656551E+00, relerror = 8.505940376273782855E-01
Metric Check mismatch on component 2 of node 47.
truth = 6.208711123929986115E+02, test = 6.246671594346090473E+01, relerror = 8.993885933866403448E-01
Metric Check mismatch on component 0 of node 48.
truth = 2.837292048655613019E+00, test = 5.061831528044190343E+00, relerror = 7.840361306629063387E-01
Metric Check mismatch on component 1 of node 48.
truth = -2.541796610431672931E+00, test = -2.507182941345612370E+00, relerror = 1.361779653966181322E-02
Metric Check mismatch on component 2 of node 48.
truth = 7.235068038357812270E+01, test = 5.438857940851239192E+01, relerror = 2.482644375952917648E-01
Metric Check mismatch on component 0 of node 49.
truth = 3.109995790062360932E+00, test = 1.087730031626462690E+01, relerror = 2.497528951975371392E+00
Metric Check mismatch on component 1 of node 49.
truth = -4.202718172009412001E+00, test = -2.291291448820274912E+00, relerror = 4.548072568652020697E-01
Metric Check mismatch on component 2 of node 49.
truth = 4.261495987441958277E+01, test = 1.012503324969234626E+02, relerror = 1.375934009917978207E+00
Metric Check mismatch on component 0 of node 50.
truth = 2.020071722600444541E+00, test = 3.066682985628852443E+00, relerror = 5.181059916432581014E-01
Metric Check mismatch on component 1 of node 50.
truth = 1.103565466197002076E-01, test = -2.074506077381421676E+00, relerror = 2.184862624001121745E+00
Metric Check mismatch on component 2 of node 50.
truth = 1.279371606928784821E+01, test = 1.567253074655979361E+01, relerror = 2.250178651519966211E-01
Metric Check mismatch on component 0 of node 51.
truth = 4.420876732619953486E+01, test = 2.912320032804253778E+00, relerror = 9.341234734885195401E-01
Metric Check mismatch on component 1 of node 51.
truth = 6.875991007998209170E+01, test = -1.203118267152100268E-01, relerror = 1.001749737987953415E+00
Metric Check mismatch on component 2 of node 51.
truth = 7.564274309393424573E+02, test = 1.684863830296082554E+01, relerror = 9.777260347604820323E-01
Metric Check mismatch on component 0 of node 52.
truth = 9.082577260075417769E+00, test = 6.009863798923529288E+00, relerror = 3.383085409753369688E-01
Metric Check mismatch on component 1 of node 52.
truth = -2.631211402082046291E+01, test = -2.610934055162114298E+00, relerror = 9.007706468170473268E-01
Metric Check mismatch on component 2 of node 52.
truth = 6.207463505914211055E+02, test = 5.041842088891952756E+01, relerror = 9.187777409550890173E-01
Metric Check mismatch on component 0 of node 53.
truth = 8.980361054681029742E+00, test = 4.052141697574128010E+00, relerror = 5.487774185357567891E-01
Metric Check mismatch on component 1 of node 53.
truth = -1.448418218528887458E+01, test = -4.316023904663906841E+00, relerror = 7.020181153860688417E-01
Metric Check mismatch on component 2 of node 53.
truth = 3.534405499673537747E+02, test = 2.563093330597218866E+01, relerror = 9.274816279333550906E-01
Metric Check mismatch on component 0 of node 54.
truth = 1.245957320909625921E+01, test = 3.515316647723437882E+00, relerror = 7.178621940952969460E-01
Metric Check mismatch on component 1 of node 54.
truth = -3.103293984933766225E+01, test = -2.230255325256931265E+00, relerror = 9.281326443422815986E-01
Metric Check mismatch on component 2 of node 54.
truth = 2.256698398295923766E+02, test = 1.180924700292685969E+01, relerror = 9.476702468887988617E-01
Metric Check mismatch on component 0 of node 55.
truth = 3.907820600613988837E+00, test = 3.914150543320658926E+00, relerror = 1.619814048187253252E-03
Metric Check mismatch on component 1 of node 55.
truth = -2.927979052451176400E+00, test = -4.552645910966018228E+00, relerror = 5.548765306755666371E-01
Metric Check mismatch on component 2 of node 55.
truth = 8.428826965651579428E+01, test = 3.674225332691018764E+01, relerror = 5.640881764848297841E-01
Metric Check mismatch on component 0 of node 56.
truth = 2.034237045831527091E+00, test = 3.373665216196786609E+00, relerror = 6.584425217847444944E-01
Metric Check mismatch on component 1 of node 56.
truth = -8.577997687097269619E-01, test = -1.619027734925010176E+00, relerror = 7.612279662152832138E-01
Metric Check mismatch on component 2 of node 56.
truth = 4.883182437245116247E+00, test = 1.228829720691250138E+01, relerror = 1.516452613604384547E+00
Metric Check mismatch on component 0 of node 57.
truth = 2.032981780609782518E+00, test = 1.031693998426746539E+01, relerror = 4.074782313677672185E+00
Metric Check mismatch on component 1 of node 57.
truth = -1.043860682282981678E+00, test = -1.391131394860428827E+01, relerror = 1.232679176897386952E+01
Metric Check mismatch on component 2 of node 57.
truth = 1.199586305745068948E+01, test = 6.047023518376623485E+01, relerror = 4.040924099763532062E+00
Metric Check mismatch on component 0 of node 58.
truth = 6.023047354354781113E+00, test = 5.254866611913826979E+00, relerror = 1.275402129929369410E-01
Metric Check mismatch on component 1 of node 58.
truth = -1.065659121351018790E+01, test = -7.859460916183128809E+00, relerror = 2.624788960451931441E-01
Metric Check mismatch on component 2 of node 58.
truth = 3.444019656944990970E+02, test = 4.605542972999035101E+01, relerror = 8.662741960920057327E-01
Metric Check mismatch on component 0 of node 59.
truth = 4.768347286530254969E+00, test = 3.559399294128123614E+00, relerror = 2.535360618168893687E-01
Metric Check mismatch on component 1 of node 59.
truth = -8.055282479211948399E+00, test = -4.040020501501803807E+00, relerror = 4.984632119447360843E-01
Metric Check mismatch on component 2 of node 59.
truth = 1.136760415626146852E+02, test = 2.272783860908405273E+01, relerror = 8.000648307535833670E-01
Metric Check mismatch on component 0 of node 60.
truth = 2.223482830313114444E+00, test = 3.062419372544730845E+00, relerror = 3.773074074574598868E-01
Metric Check mismatch on component 1 of node 60.
truth = -6.011862027161246624E-01, test = -2.226748230377056270E+00, relerror = 1.625562027660931719E+00
Metric Check mismatch on component 2 of node 60.
truth = 4.503919740917037728E+00, test = 1.770714098839835415E+01, relerror = 2.931495676428955477E+00
Metric Check mismatch on component 0 of node 61.
truth = 2.795058279427436077E+01, test = 4.578722123368955899E+00, relerror = 8.361850929166707580E-01
Metric Check mismatch on component 1 of node 61.
truth = -5.121895107543879533E+01, test = -4.358343338702611369E+00, relerror = 9.149076026121006899E-01
Metric Check mismatch on component 2 of node 61.
truth = 3.901019923135050931E+02, test = 2.529718451972980731E+01, relerror = 9.351523831762444949E-01
Metric Check mismatch on component 0 of node 62.
truth = 1.188803959720233827E+01, test = 3.693721527725261300E+00, relerror = 6.892909467937404777E-01
Metric Check mismatch on component 1 of node 62.
truth = -3.870784686535774455E+01, test = -2.139870096787309439E+00, relerror = 9.447174082239530035E-01
Metric Check mismatch on component 2 of node 62.
truth = 5.317275315178547999E+02, test = 1.231181966650552795E+01, relerror = 9.768456231119713173E-01
Metric Check mismatch on component 0 of node 63.
truth = 2.493673623022800268E+00, test = 2.603811007581214199E+00, relerror = 4.416671995146933399E-02
Metric Check mismatch on component 1 of node 63.
truth = -2.093883158061331962E+00, test = 9.051495193618558366E-01, relerror = 1.432282725937730206E+00
Metric Check mismatch on component 2 of node 63.
truth = 1.196193925247337830E+01, test = 1.921067544335776134E+01, relerror = 6.059833642262943965E-01
Metric Check mismatch on component 0 of node 64.
truth = 2.021441364546142427E+00, test = 1.686670285887585052E+01, relerror = 7.343899137862350379E+00
Metric Check mismatch on component 1 of node 64.
truth = -7.279760355299589800E-03, test = 6.888410295255657623E+00, relerror = 6.895690055610956826E+00
Metric Check mismatch on component 2 of node 64.
truth = 4.200413161457940525E+00, test = 2.523243770187877431E+02, relerror = 5.907132330077914162E+01
Error -9 (Code Flow) has occured.
File : /home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds/src/Grid/PXMeshMetric.c Line : 250
Call : PX_CODE_FLOW_ERROR
Error -9 (Code Flow) has occured.
File : /home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds/src/PXHPAdapt.c Line : 2884
Call : PXCheckTruthMetricFile(pg_meshing, CheckTruthMetricFileRoot, aiter)
Error -9 (Code Flow) has occured.
File : /home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds/src/PXHPAdapt.c Line : 3292
Call : PXAdjustGridH(pg0,pxa->Parameter,&pgH, aiter, &EfficiencyIndex)
Error -9 (Code Flow) has occured.
File : /home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds/src/PXHPAdaptDirect.c Line : 7323
Call : PXAdjustGridHP(pxa, pg1,aiter)
Error -9 (Code Flow) has occured.
File : /home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds/src/PXHPAdapt.c Line : 3686
Call : PXAdaptHPDirect(pxa,aiter,DoneAdapt, &pg1, adaptModeHP)
Error -9 (Code Flow) has occured.
File : /home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds/src/PXRunSolver.c Line : 790
Call : PXAdaptHP(pxa, aiter, PrimalSolveConvergedFlag, DoneAdapt)
Error -9 (Code Flow) has occured.
File : /home/jenkins/workspace/ProjectX_Weekly/PX_ARC/release_gnu/buildnode/reynolds/src/PXRunSolver.c Line : 1024
Call : PXAdaptIteration( pxa, aiter, ConvergedFlag, &DoneAdapt )
Start 743: Scalar2d_UniAdapt_Unsteady2_TEST_memcheck
71/146 Test #740: Scalar2d_UniAdapt_Unsteady1_TEST_memcheck ........................ Passed 106.83 sec
Start 746: naca_Euler2d_UniAdapt_TEST_memcheck
72/146 Test #743: Scalar2d_UniAdapt_Unsteady2_TEST_memcheck ........................ Passed 413.08 sec
Start 749: naca_NavierStokes2d_UniAdapt_TEST_memcheck
73/146 Test #734: box_Euler2d_TEST_memcheck ........................................ Passed 815.95 sec
Start 752: diamond_Euler2d_UniAdapt_TEST_memcheck
74/146 Test #746: naca_Euler2d_UniAdapt_TEST_memcheck .............................. Passed 694.21 sec
Start 755: RAE2822_RANS_Subsonic_UniAdapt_TEST_memcheck
75/146 Test #728: hemisphere_Euler3d_Adapt_TEST_memcheck ........................... Passed 1590.16 sec
Start 758: RAE2822_RANS_Transonic_UniAdapt_TEST_memcheck
76/146 Test #647: Wedge_PDEShock_Adapt_TEST_memcheck ............................... Passed 5276.45 sec
Start 761: CutCell_rae2822_RANS_M0p3_Re6p5e6_UniAdapt_Test_memcheck
Build was aborted
Aborted by anonymous
[WARNINGS] Skipping publisher since build result is ABORTED
ERROR: Publisher org.jenkinsci.plugins.valgrind.ValgrindPublisher aborted due to exception
java.lang.NullPointerException
at org.jenkinsci.plugins.valgrind.ValgrindPublisher.perform(ValgrindPublisher.java:115)
at hudson.tasks.BuildStepMonitor$3.perform(BuildStepMonitor.java:45)
at hudson.model.AbstractBuild$AbstractBuildExecution.perform(AbstractBuild.java:772)
at hudson.model.AbstractBuild$AbstractBuildExecution.performAllBuildSteps(AbstractBuild.java:736)
at hudson.model.Build$BuildExecution.post2(Build.java:183)
at hudson.model.AbstractBuild$AbstractBuildExecution.post(AbstractBuild.java:685)
at hudson.model.Run.execute(Run.java:1757)
at hudson.matrix.MatrixRun.run(MatrixRun.java:146)
at hudson.model.ResourceController.execute(ResourceController.java:88)
at hudson.model.Executor.run(Executor.java:234)
[xUnit] [INFO] - Starting to record.
[xUnit] [INFO] - Processing CTest-Version N/A (default)
ERROR: Publisher org.jenkinsci.plugins.xunit.XUnitPublisher aborted due to exception
java.lang.NullPointerException
at org.jenkinsci.plugins.xunit.XUnitProcessor.performTests(XUnitProcessor.java:114)
at org.jenkinsci.plugins.xunit.XUnitProcessor.performXUnit(XUnitProcessor.java:57)
at org.jenkinsci.plugins.xunit.XUnitPublisher.perform(XUnitPublisher.java:88)
at hudson.tasks.BuildStepMonitor$1.perform(BuildStepMonitor.java:20)
at hudson.model.AbstractBuild$AbstractBuildExecution.perform(AbstractBuild.java:772)
at hudson.model.AbstractBuild$AbstractBuildExecution.performAllBuildSteps(AbstractBuild.java:736)
at hudson.model.Build$BuildExecution.post2(Build.java:183)
at hudson.model.AbstractBuild$AbstractBuildExecution.post(AbstractBuild.java:685)
at hudson.model.Run.execute(Run.java:1757)
at hudson.matrix.MatrixRun.run(MatrixRun.java:146)
at hudson.model.ResourceController.execute(ResourceController.java:88)
at hudson.model.Executor.run(Executor.java:234)
Finished: ABORTED
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