Installing SWMF make: Nothing to be done for `install'. VERSION 2.3 cd CON; make install make[1]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON' cd Control/src; cp show_git_info.h.orig show_git_info.h make[1]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON' Installing EE/BATSRUS/ Installing BATSRUS as EE component make[1]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/BATSRUS' make[1]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/BATSRUS' Installing GM/BATSRUS/ Installing BATSRUS as GM component make[1]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cp -f srcBATL/BATL_size_orig.f90 srcBATL/BATL_size.f90 cd src; make install make[2]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' cp ../srcEquation/ModEquationMhd.f90 ModEquation.f90 cp ModUserDefault.f90 ModUser.f90 cp show_git_info.h.orig show_git_info.h cp ModOptimizeParam_orig.f90 ModOptimizeParam.f90 cp -f ModHdf5_empty.f90 ModHdf5.f90 cp -f ModImplHypre_empty.f90 ModImplHypre.f90 make[2]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' make[1]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' Installing IE/Ridley_serial/ Installing Ridley_serial as IE component make[1]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial' cp -f src/ModSize_orig.f90 src/ModSize.f90 make[1]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial' Installing IH/BATSRUS/ Installing BATSRUS as IH component make[1]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/BATSRUS' make[1]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/BATSRUS' Installing IM/RCM2/ Installing RCM2 as IM component make[1]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2' make[1]: Nothing to be done for `install'. make[1]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2' Installing OH/BATSRUS/ Installing BATSRUS as OH component make[1]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/BATSRUS' make[1]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/BATSRUS' Installing RB/RBE/ Installing RBE as RB component make[1]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/RBE' make[1]: Nothing to be done for `install'. make[1]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/RBE' Installing SC/BATSRUS/ Installing BATSRUS as SC component make[1]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/BATSRUS' make[1]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/BATSRUS' Installation succeeded Setting maximum optimization flag to -O1 in Makefile.conf Disabling Hdf5 library in Makefile.conf set_hdf5_: cp GM/BATSRUS/src/ModHdf5_empty.f90 GM/BATSRUS/src/ModHdf5.f90 set_hdf5_: cp share/Library/src/ModHdf5Utils_empty.f90 share/Library/src/ModHdf5Utils.f90 set_spice_: cp share/Library/src/ModSpice_empty.f90 share/Library/src/ModSpice.f90 make[1]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make test_swpc_gpu_compile make[2]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' ./Config.pl -v=Empty,GM/BATSRUS,IE/Ridley_serial,IM/RCM2 Modifying versions in Makefile.def ./Config.pl -o=GM:u=Default,e=Mhd,ng=2,g=8,8,8,IE:g=91,181 ./Config.pl -o=GM:opt=../../Param/SWPC/PARAM.in_SWPC_gpu_init make[1]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make test_swpc_gpu_compile make[2]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' ./Config.pl -v=Empty,GM/BATSRUS,IE/Ridley_serial,IM/RCM2 ---------------------------------------------------------------------- Current optimization: ClightFactor = any DoLf = any IsCartesian = any IsCartesianGrid = any IsTimeAccurate = any LimiterBeta = any UseB0 = any UseBody = any UseBorisCorrection = any UseDivbSource = any UseDtFixed = any UseGravity = any UseHyperbolicDivB = any UseNonConservative = any UsePMin = any UseRhoMin = any UseRotatingFrame = any iStage = any nConservCrit = any nOrder = any nStage = any ---------------------------------------------------------------------- -opt=../../Param/SWPC/PARAM.in_SWPC_gpu_init ---------------------------------------------------------------------- New optimization: processing parameter file ../../Param/SWPC/PARAM.in_SWPC_gpu_init ClightFactor = any DoLf = any -> .false. IsCartesian = any -> .true. IsCartesianGrid = any -> .true. IsTimeAccurate = any LimiterBeta = any UseB0 = any -> UseB UseBody = any -> .true. UseBorisCorrection = any UseDivbSource = any -> UseB .and. nDim>1 UseDtFixed = any -> .false. UseGravity = any -> .false. UseHyperbolicDivB = any -> .false. UseNonConservative = any -> .true. UsePMin = any UseRhoMin = any -> .false. UseRotatingFrame = any -> .false. iStage = any nConservCrit = any -> 1 nOrder = any nStage = any Modifying src/ModOptimizeParam.f90 ./Config.pl -acc make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' rm -rf *~ doc/*~ Param/*~ TAGS for i in `ls -d [A-Z][A-Z]/*/`; \ do (echo Cleaning $i; cd $i; make clean); done Cleaning CZ/Empty/ make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CZ/Empty' cd src; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CZ/Empty/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CZ/Empty/src' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CZ/Empty' Cleaning EE/BATSRUS/ make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/BATSRUS' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/BATSRUS' Cleaning EE/Empty/ make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/Empty' cd src; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/Empty/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make: make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/Empty/src' make[2]: make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/Empty' *** [test_gpu] TerminatedCleaning GM/BATSRUS/ make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' *** [test_swpc_gpu_compile] Terminatedcd src; make clean make[1]: *** [test_swpc_gpu] Terminated make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex rm -rf Tmp_ make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' cd srcBATL; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' cd srcInterface; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcInterface' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcInterface' cd srcPostProc; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcPostProc' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcPostProc' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' Cleaning GM/Empty/ make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/Empty' cd src; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/Empty/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/Empty/src' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/Empty' Cleaning IE/Empty/ make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Empty' cd src; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Empty/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Empty/src' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Empty' Cleaning IE/Ridley_serial/ make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial' cd src; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial/src' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial' Cleaning IH/BATSRUS/ make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/BATSRUS' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/BATSRUS' Cleaning IH/Empty/ make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/Empty' cd src; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/Empty/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/Empty/src' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/Empty' Cleaning IM/Empty/ make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/Empty' cd src; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/Empty/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/Empty/src' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/Empty' Cleaning IM/RCM2/ make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2' cd src; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2/src' Makefile:75: warning: overriding recipe for target `.f90.o' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/Makefile.conf:157: warning: ignoring old recipe for target `.f90.o' Makefile:79: warning: overriding recipe for target `.f.o' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/Makefile.conf:163: warning: ignoring old recipe for target `.f.o' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2/src' cd src/claw; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2/src/claw' Makefile:36: warning: overriding recipe for target `.f.o' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/Makefile.conf:163: warning: ignoring old recipe for target `.f.o' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2/src/claw' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2' Cleaning OH/BATSRUS/ make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/BATSRUS' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/BATSRUS' Cleaning OH/Empty/ make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/Empty' cd src; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/Empty/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/Empty/src' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/Empty' Cleaning PC/Empty/ make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PC/Empty' cd src; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PC/Empty/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PC/Empty/src' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PC/Empty' Cleaning PS/Empty/ make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PS/Empty' cd src; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PS/Empty/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PS/Empty/src' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PS/Empty' Cleaning PT/Empty/ make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PT/Empty' cd src; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PT/Empty/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PT/Empty/src' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PT/Empty' Cleaning PW/Empty/ make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PW/Empty' cd src; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PW/Empty/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PW/Empty/src' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PW/Empty' Cleaning RB/Empty/ make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/Empty' cd src; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/Empty/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/Empty/src' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/Empty' Cleaning RB/RBE/ make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/RBE' make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/RBE/src' Makefile:31: warning: overriding recipe for target `.f.o' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/Makefile.conf:163: warning: ignoring old recipe for target `.f.o' Makefile:34: warning: overriding recipe for target `.f90.o' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/Makefile.conf:157: warning: ignoring old recipe for target `.f90.o' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/RBE/src' make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/RBE/srcInterface' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/RBE/srcInterface' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/RBE' Cleaning SC/BATSRUS/ make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/BATSRUS' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/BATSRUS' Cleaning SC/Empty/ make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/Empty' cd src; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/Empty/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/Empty/src' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/Empty' Cleaning SP/Empty/ make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SP/Empty' cd src; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SP/Empty/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SP/Empty/src' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SP/Empty' Cleaning UA/Empty/ make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/UA/Empty' cd src; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/UA/Empty/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/UA/Empty/src' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/UA/Empty' cd CON; make clean make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON' cd Control/src; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Control/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex rm -rf Tmp_* make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Control/src' cd Library/src; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Library/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Library/src' cd Coupler/src; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Coupler/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Coupler/src' cd Interface/src; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Interface/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Interface/src' cd Stubs/src; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Stubs/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Stubs/src' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON' cd share; make clean make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share' cd Library/src; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' cd Library/test;make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/test' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/test' cd Prologs; make clean make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Prologs' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Prologs' rm -f include/*.mod make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share' cd util; make clean make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util' make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/NOMPI/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/NOMPI/src' make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/src' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/srcEmpty' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/srcEmpty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/doc' /bin/rm -f *.log *.aux *.dvi *~ make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/doc' make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING' make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcIndices' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcIndices' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD' make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcIE' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcIE' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcGM' Makefile:15: warning: overriding recipe for target `.f.o' ../../../Makefile.conf:163: warning: ignoring old recipe for target `.f.o' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcGM' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcUA' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcUA' make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL' make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/CRASH' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/CRASH/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/CRASH/src' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/CRASH/doc/Tex' rm -f *.log *.aux *~ make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/CRASH/doc/Tex' make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/CRASH' make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/FISHPAK/src' rm -f *~ core *.o *.mod fort.* a.out *.exe *.a *.so *.protex make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/FISHPAK/src' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util' cd doc/Tex; make clean make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/doc/Tex' rm -f *.out *.aux *.log *.toc *.ind *.idx *.ilg *.dvi *.ps *~ *.protex rm -f SWMFREF.tex SWMFXML.tex SWPC.XML SWPCXML.tex BATSRUS_SCRIPTS.tex rm -f SWMFREF SWMFXML SWPCXML BATSRUS_SCRIPTS make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/doc/Tex' cd bin; rm -f *.exe cd lib; rm -f *.a *.so Clean succeeded make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' Setting OpenACC flags to 'yes' in Makefile.conf make SWMF make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Control/src' make TMP_DIRS make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Control/src' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 -Mextend lapack.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 -Mextend blas.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBlasLapack.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModKind.f90 mpif90 -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O0 ModMpiOrig.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIoUnit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHdf5Utils.f90 mpicxx -c -O1 -std=c++11 linear_solver_wrapper_c.cpp -o linear_solver_wrapper_c.o mpicxx -c -O1 -std=c++11 FluidPicInterface.cpp -o FluidPicInterface.o mpicxx -c -O1 -std=c++11 Writer.cpp -o Writer.o mpicxx -c -O1 -std=c++11 PlotFileIO.cpp -o PlotFileIO.o nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRandomNumber.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSort.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModGridInfo.f90 mpicxx -c -O1 -std=c++11 GridInfo.cpp -o GridInfo.o nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModNumConst.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMpiInterfaces.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMpi.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUtility.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModConst.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCoordTransform.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCubicEquation.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModExactRS.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFreq.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHyperGeometric.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModInterpolate.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModInterpolateAMR.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModLinearAdvection.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModLinearSolver.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPoissonBracket.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModProcessVarName.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModTriangulate.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_line_extract.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_ray_trace.f90 NVFORTRAN-W-0155-The type of FLOAT is now double precision with -r8 (ModLinearSolver.f90: 2347) 0 inform, 1 warnings, 0 severes, 0 fatal for save_plot nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModTimeConvert.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPlanetConst.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 linear_solver_wrapper.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModReadParam.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPlotFile.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModTriangulateSpherical.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_geopack.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_planet.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModInitialState.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModLookupTable.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_axes.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_planet_field.f90 rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a lapack.o blas.o ModBlasLapack.o ModConst.o ModCoordTransform.o ModCubicEquation.o ModExactRS.o ModFreq.o ModHyperGeometric.o ModInitialState.o ModInterpolate.o ModInterpolateAMR.o ModIoUnit.o ModHdf5Utils.o ModKind.o ModLinearAdvection.o ModLinearSolver.o linear_solver_wrapper.o linear_solver_wrapper_c.o FluidPicInterface.o Writer.o PlotFileIO.o ModLookupTable.o ModMpiInterfaces.o ModMpi.o ModMpiOrig.o ModNumConst.o ModPlanetConst.o ModPlotFile.o ModPoissonBracket.o ModProcessVarName.o ModRandomNumber.o ModReadParam.o ModSort.o ModTimeConvert.o ModTriangulate.o ModTriangulateSpherical.o ModUtility.o ModGridInfo.o GridInfo.o CON_axes.o CON_geopack.o CON_line_extract.o CON_planet.o CON_planet_field.o CON_ray_trace.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModTiming.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 timing_cpu.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 timing.f90 ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a ModTiming.o timing_cpu.o timing.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/src' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcIndices' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libINDICES.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcIndices' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIndicesInterfaces.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIndices.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 read_NGDC_indices.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 read_SWPC_indices.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 read_NOAAHPI_indices.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 read_MHDIMF_indices.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 insert_into_indices_array.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 indices_set_inputs.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 indices_library.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 IO_library.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 IO_set_inputs.f90 rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libINDICES.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libINDICES.a ModIndicesInterfaces.o ModIndices.o read_NGDC_indices.o read_SWPC_indices.o read_NOAAHPI_indices.o read_MHDIMF_indices.o insert_into_indices_array.o indices_set_inputs.o indices_library.o IO_library.o IO_set_inputs.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libINDICES.a make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcIndices' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libINDICES.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcIndices' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMagnetogram.f90 rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a ModMagnetogram.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModLdem.f90 rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a ModLdem.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 EEE_ModCommonVariables.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 EEE_ModArch.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 EEE_ModTD99.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 EEE_ModGL98.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 EEE_ModCms.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 EEE_ModGetB0.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 EEE_ModShearFlow.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 EEE_ModMain.f90 rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a EEE_ModCommonVariables.o EEE_ModMain.o EEE_ModTD99.o EEE_ModGL98.o EEE_ModArch.o EEE_ModGetB0.o EEE_ModShearFlow.o EEE_ModCms.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcGM' Makefile:15: warning: overriding recipe for target `.f.o' ../../../Makefile.conf:163: warning: ignoring old recipe for target `.f.o' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALGM.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcGM' Makefile:15: warning: overriding recipe for target `.f.o' ../../../Makefile.conf:163: warning: ignoring old recipe for target `.f.o' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 ModTsyganenko.f rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALGM.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALGM.a ModTsyganenko.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALGM.a make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcGM' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALGM.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcGM' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcIE' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALIE.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcIE' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModEIEConductance.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAMIE_Interface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModErrors.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModEIE_Interface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMHD_Interface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModExtras.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModEIEFiles.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ED_ModInterface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ED_ModIons.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWeimer05.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 -Mextend ModWeimer.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 -Mextend mh86.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 -Mextend hmr89.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 -Mextend iz94.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 merge_str.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ED_Interface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 -Mextend ED_r_elec_ed_lup_subs.f NVFORTRAN-W-0155-The type of FLOAT is now double precision with -r8 (hmr89.f: 360) 0 inform, 1 warnings, 0 severes, 0 fatal for gethmr NVFORTRAN-W-0093-Type conversion of expression performed (hmr89.f: 482) 0 inform, 1 warnings, 0 severes, 0 fatal for hmrmod NVFORTRAN-W-0155-The type of FLOAT is now double precision with -r8 (mh86.f: 660) 0 inform, 1 warnings, 0 severes, 0 fatal for bsplvd nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 readAMIEoutput.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ED_ReadIonHeat.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 readMHDoutput.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 AMIE_Library.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 EIE_End.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 EIE_Library.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 EIE_set_inputs.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ihp.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 MHD_Library.f90 NVFORTRAN-W-0155-The type of FLOAT is now double precision with -r8 (ModWeimer05.f90: 476) 0 inform, 1 warnings, 0 severes, 0 fatal for scplm NVFORTRAN-W-0155-The type of FLOAT is now double precision with -r8 (ModWeimer.f: 1301) 0 inform, 1 warnings, 0 severes, 0 fatal for weiepot01 NVFORTRAN-W-0155-The type of FLOAT is now double precision with -r8 (ihp.f90: 197) 0 inform, 1 warnings, 0 severes, 0 fatal for read_conductance_model nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 EIE_Initialize.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 EIE_IoLibrary.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 EIE_UaLibrary.f90 NVFORTRAN-W-0155-The type of FLOAT is now double precision with -r8 (EIE_UaLibrary.f90: 347) 0 inform, 1 warnings, 0 severes, 0 fatal for ua_getnongridbasedpotential NVFORTRAN-W-0155-The type of FLOAT is now double precision with -r8 (EIE_IoLibrary.f90: 416) 0 inform, 1 warnings, 0 severes, 0 fatal for io_getnongridbasedpotential rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALIE.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALIE.a ModEIEConductance.o ModAMIE_Interface.o ModErrors.o ModEIE_Interface.o ModMHD_Interface.o ModExtras.o ModEIEFiles.o ED_ModInterface.o ED_ModIons.o ModWeimer05.o ModWeimer.o AMIE_Library.o EIE_End.o EIE_Initialize.o EIE_Library.o EIE_IoLibrary.o EIE_UaLibrary.o EIE_set_inputs.o readAMIEoutput.o readMHDoutput.o mh86.o hmr89.o iz94.o ihp.o merge_str.o MHD_Library.o ED_Interface.o ED_ReadIonHeat.o ED_r_elec_ed_lup_subs.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALIE.a make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcIE' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALIE.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcIE' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcUA' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALUA.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcUA' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 -Mextend ModIri90.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 -Mextend ModMsis90.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 -Mextend ModMsis00.f rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALUA.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALUA.a ModIri90.o ModMsis90.o ModMsis00.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALUA.a make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcUA' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALUA.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcUA' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Library/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libLIBRARY.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Library/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_comp_param.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_comp_info.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_time.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_physics.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_world.f90 rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libLIBRARY.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libLIBRARY.a CON_comp_info.o CON_comp_param.o CON_world.o CON_time.o CON_physics.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libLIBRARY.a make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Library/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libLIBRARY.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Library/src' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Coupler/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCOUPLER.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Coupler/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_domain_decomposition.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_transfer_data.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_grid_storage.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_grid_descriptor.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_router.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_global_message_pass.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_coupler.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_bline.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_points.f90 rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCOUPLER.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCOUPLER.a CON_domain_decomposition.o CON_grid_storage.o CON_grid_descriptor.o CON_router.o CON_global_message_pass.o CON_coupler.o CON_bline.o CON_couple_points.o CON_transfer_data.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCOUPLER.a make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Coupler/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCOUPLER.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Coupler/src' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEE.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/Empty/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 EE_wrapper.f90 rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEE.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEE.a EE_wrapper.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEE.a make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEE.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd srcBATL; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' make libBATL.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_size.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_mpi.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_geometry.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_tree.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_high_order.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_interpolate_amr.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_face_field.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_grid.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_amr.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_region.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_cell.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_face.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_node.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_particles.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_test.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_amr_criteria.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_lib.f90 rm -f libBATL.a ar -rs libBATL.a BATL_amr.o BATL_amr_criteria.o BATL_geometry.o BATL_grid.o BATL_high_order.o BATL_interpolate_amr.o BATL_lib.o BATL_mpi.o BATL_particles.o BATL_pass_cell.o BATL_pass_node.o BATL_pass_face.o BATL_pass_face_field.o BATL_region.o BATL_size.o BATL_test.o BATL_tree.o ar: creating libBATL.a make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' libBATL.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' perl /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Scripts/depend.pl -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src -I../srcBATL -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/CRASH/src ModAdvance.o ModAdvanceExplicit.o ModAdvectPoints.o ModAMR.o ModB0.o ModBatsrusMethods.o ModBatsrusUtility.o ModBatlInterface.o ModBlockData.o ModBorisCorrection.o ModBoundaryGeometry.o ModBuffer.o ModCalcSource.o ModCellBoundary.o ModCellGradient.o ModCharacteristic.o ModChGL.o ModChromosphere.o ModCleanDivB.o ModCoarseAxis.o ModConservative.o ModConserveFlux.o ModConstrainDivB.o ModCoronalHeating.o ModCurrent.o ModEnergy.o ModElectricField.o ModEquation.o ModExtraVariables.o ModFaceBoundary.o ModFaceFlux.o ModFaceGradient.o ModFaceValue.o ModFieldLineThread.o ModFieldTrace.o ModFieldTraceFast.o ModFixAxisCells.o ModGeometry.o ModGroundMagPerturb.o ModHallResist.o ModHdf5.o ModHeatConduction.o ModHeatFluxCollisionless.o ModIeCoupling.o ModImCoupling.o ModImplicit.o ModImplHypre.o ModIO.o ModIonElectron.o ModLaserHeating.o ModLoadBalance.o ModLocalTimeStep.o ModMain.o ModMessagePass.o ModMultiFluid.o ModMultiIon.o ModNodes.o ModOptimizeParam.o ModParallel.o ModParticleFieldLine.o ModParticleMover.o ModParticles.o ModPartImplicit.o ModPartSteady.o ModPhysics.o ModPIC.o ModPlotBox.o ModPlotShell.o ModPointImplicit.o ModProjectDivB.o ModRadDiffusion.o ModRadiativeCooling.o ModRadioWaveImage.o ModResistivity.o ModRestartFile.o ModSatelliteFile.o ModSemiImplicit.o ModSetInitialCondition.o ModSetParameters.o ModSingleFluid.o ModSize.o ModSolarwind.o ModTransitionRegion.o ModThreadedLC.o ModTimeStepControl.o ModUaCoupling.o ModUserEmpty.o ModUserInterface.o ModUser.o ModViscosity.o ModWaves.o ModWriteTecplot.o ModUpdateStateFast.o ModUpdateState.o ModWriteLogSatFile.o ModWritePlot.o ModWritePlotIdl.o ModWritePlotLos.o ModWritePlotRadioWave.o ModWriteProgress.o ModFaceFluxParameters.o user_interface.o make libBATSRUS.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSize.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSingleFluid.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModExtraVariables.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModTransitionRegion.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUaCoupling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModEquation.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParallel.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHdf5.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMain.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMultiFluid.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceFluxParameters.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIO.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBatsrusUtility.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModNodes.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAdvance.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModGeometry.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceGradient.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBlockData.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModImplHypre.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUserInterface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPhysics.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCoarseAxis.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModConserveFlux.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPartSteady.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFixAxisCells.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCleanDivB.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCellGradient.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModB0.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWaves.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBoundaryGeometry.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSolarwind.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHallResist.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModChromosphere.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPointImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModViscosity.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCharacteristic.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModConstrainDivB.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUserEmpty.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRadDiffusion.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUser.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIeCoupling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModChGL.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCurrent.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModConservative.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCoronalHeating.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlotIdl.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 user_interface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBorisCorrection.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModLaserHeating.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBuffer.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModEnergy.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHeatFluxCollisionless.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceValue.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMultiIon.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRadiativeCooling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFieldLineThread.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModResistivity.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIonElectron.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAdvectPoints.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPIC.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceBoundary.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModTimeStepControl.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModGroundMagPerturb.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHeatConduction.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModThreadedLC.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBatlInterface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPlotShell.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPlotBox.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWriteTecplot.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParticles.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParticleMover.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParticleFieldLine.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRadioWaveImage.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCellBoundary.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlotRadioWave.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModElectricField.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceFlux.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCalcSource.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModOptimizeParam.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWriteProgress.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUpdateStateFast.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMessagePass.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUpdateState.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFieldTrace.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModProjectDivB.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSemiImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAdvanceExplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModLocalTimeStep.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPartImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModLoadBalance.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSatelliteFile.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFieldTraceFast.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWriteLogSatFile.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAMR.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlot.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRestartFile.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlotLos.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSetInitialCondition.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O0 ModSetParameters.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModImCoupling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBatsrusMethods.f90 cp -f ../srcBATL/libBATL.a libBATSRUS.a ar -rs libBATSRUS.a ModAdvance.o ModAdvanceExplicit.o ModAdvectPoints.o ModAMR.o ModB0.o ModBatsrusMethods.o ModBatsrusUtility.o ModBatlInterface.o ModBlockData.o ModBorisCorrection.o ModBoundaryGeometry.o ModBuffer.o ModCalcSource.o ModCellBoundary.o ModCellGradient.o ModCharacteristic.o ModChGL.o ModChromosphere.o ModCleanDivB.o ModCoarseAxis.o ModConservative.o ModConserveFlux.o ModConstrainDivB.o ModCoronalHeating.o ModCurrent.o ModEnergy.o ModElectricField.o ModEquation.o ModExtraVariables.o ModFaceBoundary.o ModFaceFlux.o ModFaceGradient.o ModFaceValue.o ModFieldLineThread.o ModFieldTrace.o ModFieldTraceFast.o ModFixAxisCells.o ModGeometry.o ModGroundMagPerturb.o ModHallResist.o ModHdf5.o ModHeatConduction.o ModHeatFluxCollisionless.o ModIeCoupling.o ModImCoupling.o ModImplicit.o ModImplHypre.o ModIO.o ModIonElectron.o ModLaserHeating.o ModLoadBalance.o ModLocalTimeStep.o ModMain.o ModMessagePass.o ModMultiFluid.o ModMultiIon.o ModNodes.o ModOptimizeParam.o ModParallel.o ModParticleFieldLine.o ModParticleMover.o ModParticles.o ModPartImplicit.o ModPartSteady.o ModPhysics.o ModPIC.o ModPlotBox.o ModPlotShell.o ModPointImplicit.o ModProjectDivB.o ModRadDiffusion.o ModRadiativeCooling.o ModRadioWaveImage.o ModResistivity.o ModRestartFile.o ModSatelliteFile.o ModSemiImplicit.o ModSetInitialCondition.o ModSetParameters.o ModSingleFluid.o ModSize.o ModSolarwind.o ModTransitionRegion.o ModThreadedLC.o ModTimeStepControl.o ModUaCoupling.o ModUserEmpty.o ModUserInterface.o ModUser.o ModViscosity.o ModWaves.o ModWriteTecplot.o ModUpdateStateFast.o ModUpdateState.o ModWriteLogSatFile.o ModWritePlot.o ModWritePlotIdl.o ModWritePlotLos.o ModWritePlotRadioWave.o ModWriteProgress.o ModFaceFluxParameters.o user_interface.o make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' libBATSRUS.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' cd srcInterface; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcInterface' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libGM.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcInterface' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModGridDescriptor.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 GM_couple_pt.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 GM_couple_ie.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 GM_couple_im.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 GM_couple_ps.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 GM_couple_ih.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 GM_couple_rb.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 GM_couple_pw.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 GM_couple_pc.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 GM_couple_ua.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 read_pw_buffer.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 read_ih_buffer.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 GM_wrapper.f90 cp -f ../src/libBATSRUS.a /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libGM.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libGM.a ModGridDescriptor.o GM_wrapper.o GM_couple_ih.o read_ih_buffer.o GM_couple_im.o GM_couple_rb.o GM_couple_ie.o GM_couple_pt.o GM_couple_pw.o read_pw_buffer.o GM_couple_pc.o GM_couple_ps.o GM_couple_ua.o make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcInterface' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libGM.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcInterface' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIE.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSize.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 IE_ModMain.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 IE_ModIo.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModProcIE.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIE_Interface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFiles.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModConductance.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIonosphere.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 IE_Initialize.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIonoMagPerturb.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 IE_solve.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 IE_Library.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 IE_gather.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 create_auroral_oval.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 iono_conductances.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 iono_currents.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 iono_joule.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 iono_solver.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 Create_Region2_Currents.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ionosphere.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 IE_wrapper.f90 rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIE.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIE.a ModSize.o IE_ModMain.o IE_ModIo.o ModIonosphere.o ModProcIE.o ModIE_Interface.o ModFiles.o ModConductance.o ModIonoMagPerturb.o IE_solve.o IE_wrapper.o IE_Initialize.o IE_Library.o IE_gather.o create_auroral_oval.o iono_conductances.o iono_currents.o iono_joule.o iono_solver.o Create_Region2_Currents.o ionosphere.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIE.a make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIE.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIH.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/Empty/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 IH_wrapper.f90 rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIH.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIH.a IH_wrapper.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIH.a make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIH.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2/src' Makefile:75: warning: overriding recipe for target `.f90.o' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/Makefile.conf:157: warning: ignoring old recipe for target `.f90.o' Makefile:79: warning: overriding recipe for target `.f.o' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/Makefile.conf:163: warning: ignoring old recipe for target `.f.o' cd claw; make lib make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2/src/claw' Makefile:36: warning: overriding recipe for target `.f.o' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/Makefile.conf:163: warning: ignoring old recipe for target `.f.o' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 qinit.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 rpn2ad1.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 rpt2ad1.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 b4step2.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 setaux.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 psi.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 claw2ez.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 bc2.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 claw2.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 step2.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 step2ds.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 dimsp2.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 flux2.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 copyq2.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 limiter.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 philim.f nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 src2.f NVFORTRAN-W-0155-The type of FLOAT is now double precision with -r8 (claw2ez.f: 189) 0 inform, 1 warnings, 0 severes, 0 fatal for claw2ez make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2/src/claw' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIM.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2/src' Makefile:75: warning: overriding recipe for target `.f90.o' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/Makefile.conf:157: warning: ignoring old recipe for target `.f90.o' Makefile:79: warning: overriding recipe for target `.f.o' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/Makefile.conf:163: warning: ignoring old recipe for target `.f.o' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 rcm_variables.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 rcm_io.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 rcm_routines.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 rcm_gmresm.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 rcm_efield.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 rcm_advection.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -Msave -r8 IM_wrapper.f90 rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIM.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIM.a claw/qinit.o claw/rpn2ad1.o claw/rpt2ad1.o claw/b4step2.o claw/setaux.o claw/psi.o claw/claw2ez.o claw/bc2.o claw/claw2.o claw/step2.o claw/step2ds.o claw/dimsp2.o claw/flux2.o claw/copyq2.o claw/limiter.o claw/philim.o claw/src2.o rcm_variables.o rcm_io.o rcm_routines.o rcm_gmresm.o rcm_efield.o rcm_advection.o IM_wrapper.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIM.a make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIM.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PC/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PC/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPC.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PC/Empty/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 PC_wrapper.f90 rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPC.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPC.a PC_wrapper.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPC.a make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PC/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPC.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PC/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PC/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libOH.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/Empty/src' cp -f ../../../IH/Empty/src/IH_wrapper.f90 OH_wrapper.f90 perl -i -pe \ 's/IH/OH/g;s/_sc/_ih/;s/BATSRUS/OH_BATSRUS/;s/Inner/Outer/;'\ OH_wrapper.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 OH_wrapper.f90 rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libOH.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libOH.a OH_wrapper.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libOH.a make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libOH.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PS/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PS/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPS.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PS/Empty/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 PS_wrapper.f90 rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPS.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPS.a PS_wrapper.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPS.a make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PS/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPS.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PS/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PS/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PT/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PT/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPT.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PT/Empty/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 PT_wrapper.f90 rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPT.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPT.a PT_wrapper.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPT.a make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PT/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPT.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PT/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PT/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PW/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PW/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPW.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PW/Empty/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 PW_wrapper.f90 rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPW.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPW.a PW_wrapper.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPW.a make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PW/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPW.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PW/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PW/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libRB.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/Empty/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 RB_wrapper.f90 rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libRB.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libRB.a RB_wrapper.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libRB.a make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libRB.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSC.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/Empty/src' cp -f ../../../IH/Empty/src/IH_wrapper.f90 SC_wrapper.f90 perl -i -pe \ 's/IH/SC/g;s/BATSRUS/SC_BATSRUS/;s/Inner/Solar/;s/Heliosphere/Corona/'\ SC_wrapper.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 SC_wrapper.f90 rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSC.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSC.a SC_wrapper.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSC.a make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSC.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SP/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SP/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSP.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SP/Empty/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 SP_wrapper.f90 rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSP.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSP.a SP_wrapper.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSP.a make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SP/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSP.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SP/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SP/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/UA/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/UA/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libUA.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/UA/Empty/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 UA_wrapper.f90 rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libUA.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libUA.a UA_wrapper.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libUA.a make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/UA/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libUA.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/UA/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/UA/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CZ/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CZ/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCZ.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CZ/Empty/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CZ_wrapper.f90 rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCZ.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCZ.a CZ_wrapper.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCZ.a make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CZ/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCZ.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CZ/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CZ/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Interface/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libINTERFACE.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Interface/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_gm_ie.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_ih_gm.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_gm_im.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_ie_im.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_ie_ua.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_ih_sc.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_mh_sp.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_gm_rb.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_ie_pw.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_gm_pw.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_ie_ps.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_ie_rb.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_ih_oh.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_ee_sc.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_gm_pt.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_gm_pc.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_oh_pt.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_ee_gm.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_gm_ps.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_ih_pt.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_sc_pt.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_sc_gm.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_wrapper.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_couple_all.f90 rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libINTERFACE.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libINTERFACE.a CON_couple_gm_ie.o CON_couple_ih_gm.o CON_couple_gm_im.o CON_couple_ie_im.o CON_couple_ie_ua.o CON_couple_ih_sc.o CON_couple_mh_sp.o CON_couple_gm_rb.o CON_couple_ie_pw.o CON_couple_gm_pw.o CON_couple_ie_ps.o CON_couple_ie_rb.o CON_couple_ih_oh.o CON_couple_ee_sc.o CON_couple_gm_pt.o CON_couple_gm_pc.o CON_couple_oh_pt.o CON_couple_ee_gm.o CON_couple_gm_ps.o CON_couple_ih_pt.o CON_couple_sc_pt.o CON_couple_sc_gm.o CON_wrapper.o CON_couple_all.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libINTERFACE.a make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Interface/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libINTERFACE.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Interface/src' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Control/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Control/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCONTROL.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Control/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_variables.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_io.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_session.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 CON_main.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 swmf_interface.f90 rm -f /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCONTROL.a ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCONTROL.a CON_main.o CON_variables.o CON_io.o CON_session.o swmf_interface.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCONTROL.a make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Control/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCONTROL.a has been brought up to date. rm -rf Tmp_* mkdir Tmp_SHARE; cd Tmp_SHARE; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a mkdir Tmp_TIMING; cd Tmp_TIMING; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a mkdir Tmp_INDICES; cd Tmp_INDICES; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libINDICES.a mkdir Tmp_MAGNETOGRAM; cd Tmp_MAGNETOGRAM; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a mkdir Tmp_DEMT; cd Tmp_DEMT; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a mkdir Tmp_EMPIRICALEE; cd Tmp_EMPIRICALEE; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a mkdir Tmp_EMPIRICALGM; cd Tmp_EMPIRICALGM; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALGM.a mkdir Tmp_EMPIRICALIE; cd Tmp_EMPIRICALIE; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALIE.a mkdir Tmp_EMPIRICALUA; cd Tmp_EMPIRICALUA; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALUA.a mkdir Tmp_LIBRARY; cd Tmp_LIBRARY; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libLIBRARY.a mkdir Tmp_COUPLER; cd Tmp_COUPLER; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCOUPLER.a mkdir Tmp_INTERFACE; cd Tmp_INTERFACE; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libINTERFACE.a mkdir Tmp_CONTROL; cd Tmp_CONTROL; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCONTROL.a mkdir Tmp_LIBEE; cd Tmp_LIBEE; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEE.a #^CMP IF EE mkdir Tmp_LIBGM; cd Tmp_LIBGM; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libGM.a #^CMP IF GM mkdir Tmp_LIBIE; cd Tmp_LIBIE; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIE.a #^CMP IF IE mkdir Tmp_LIBIH; cd Tmp_LIBIH; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIH.a #^CMP IF IH mkdir Tmp_LIBIM; cd Tmp_LIBIM; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIM.a #^CMP IF IM mkdir Tmp_LIBOH; cd Tmp_LIBOH; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libOH.a #^CMP IF OH mkdir Tmp_LIBPC; cd Tmp_LIBPC; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPC.a #^CMP IF PC mkdir Tmp_LIBPS; cd Tmp_LIBPS; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPS.a #^CMP IF PS mkdir Tmp_LIBPT; cd Tmp_LIBPT; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPT.a #^CMP IF PT mkdir Tmp_LIBPW; cd Tmp_LIBPW; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPW.a #^CMP IF PW mkdir Tmp_LIBRB; cd Tmp_LIBRB; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libRB.a #^CMP IF RB mkdir Tmp_LIBSC; cd Tmp_LIBSC; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSC.a #^CMP IF SC mkdir Tmp_LIBSP; cd Tmp_LIBSP; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSP.a #^CMP IF SP mkdir Tmp_LIBUA; cd Tmp_LIBUA; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libUA.a #^CMP IF UA mkdir Tmp_LIBCZ; cd Tmp_LIBCZ; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCZ.a #^CMP IF CZ make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Control/src' make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Control/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 swmf.f90 make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Control/src' mpif90 -o /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/SWMF.exe swmf.o Tmp_*/*.o -r8 -acc -gpu=cc70 -lstdc++ \ Program /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/SWMF.exe has been brought up to date. make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Control/src' make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make PIDL make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src; make PIDL make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/PostIDL.exe make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 PostIDL.f90 mpif90 -o /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/PostIDL.exe PostIDL.o -L/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib -lSHARE -r8 -acc -gpu=cc70 -lstdc++ make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[2]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make test_swpc_gpu_rundir make[2]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' rm -rf run_test_swpc_gpu make rundir RUNDIR=/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_gpu make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' mkdir -p /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_gpu/STDOUT cp share/Scripts/Restart.pl /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_gpu/Restart.pl cp share/Scripts/PostProc.pl /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_gpu/PostProc.pl touch /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_gpu/core chmod 444 /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_gpu/core cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_gpu; \ ln -s /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/SWMF.exe . ; \ ln -s /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/Param . ; \ ln -s /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF SWMFDIR make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CZ/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CZ/Empty' No run/CZ for CZ Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CZ/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/Empty' No run/EE for EE Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' mkdir -p /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_gpu/GM cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_gpu/GM; \ mkdir restartIN restartOUT IO2; \ ln -s IO2 plots; \ ln -s /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/PostIDL.exe .; \ cp /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Scripts/pIDL .; \ cp /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/Scripts/TEC/pTEC .; \ ln -s /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/Param .; \ ln -s /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/data/TRAJECTORY . make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial' mkdir -p /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_gpu/IE/ionosphere cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_gpu/IE; cp /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial/input/cond_hal_coeffs.dat . cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_gpu/IE; cp /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial/input/cond_ped_coeffs.dat . cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_gpu/IE; cp /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial/input/cmee_hal_coeffs.dat . cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_gpu/IE; cp /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial/input/cmee_ped_coeffs.dat . cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_gpu/IE; cp /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial/Scripts/pION . cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_gpu/IE; ln -s /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/PostIONO.exe . make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/Empty' No run/IH for IH Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2' mkdir /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_gpu/IM cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_gpu/IM; mkdir restartIN restartOUT input plots cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2/input; cp rcm* *.dat dktable /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_gpu/IM/ cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_gpu/IM; \ mv rcmpcp_inp rcmkp_inp input/; rm -f *_inp*; \ mv dktable trf.dat elecoef.dat rcmcond rcmcrd* rcmlas1 input/;\ touch rcm.printout rcm.index cp /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Scripts/Preplot.pl /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_gpu/IM/ make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/Empty' No run/OH for OH Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PC/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PC/Empty' No run/PC for PC Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PC/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PS/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PS/Empty' No run/PS for PS Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PS/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PT/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PT/Empty' No run/PC for PC Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PT/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PW/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PW/Empty' No run/PW for PW Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PW/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/Empty' No run/RB for RB Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/Empty' No run/SC for SC Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SP/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SP/Empty' No run/SP for SP Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SP/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/UA/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/UA/Empty' No run/UA for UA Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/UA/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cp share/JobScripts/job.*pfe* /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_gpu/ Creation of /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_gpu directory succeeded make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cp Param/SWPC/PARAM.in_*gpu* Param/SWPC/SATELLITES.in Param/SWPC/*.dat run_test_swpc_gpu/ Scripts/TestParam.pl -F run_test_swpc_gpu/PARAM.in_SWPC_gpu_init perl -pi -e 'if(/MaxIter|MaxBlock|Resolution/){s/700/70/; s/1500/200/; s/5000/350/; s/0\.125/2.0/}; s/#BORIS/BORIS/;' \ run_test_swpc_gpu/PARAM.in_SWPC_gpu_init cp run_test_swpc_gpu/PARAM.in_SWPC_gpu_init run_test_swpc_gpu/PARAM.in make[2]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make test_swpc_gpu_run NP=2 make[2]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd run_test_swpc_gpu; mpiexec -n 2 ./SWMF.exe | tee runlog Git repo=git@gitlab.umich.edu:swmf_software/SWMF GIT REFERENCES HAVE NOT BEEN OBTAINED! #=============================================================================# # ID Version nproc proc0 stride nthread# #-----------------------------------------------------------------------------# # CON SWMF by Univ. of Michigan version 2.40 2 0 1 1 # #-----------------------------------------------------------------------------# # GM BATSRUS (Univ. of Michigan) version 9.90 1 0 1 1 # # IE Serial Potential Solver (Ridley) version 1.10 2 0 1 1 # # IM RCM (De Zeeuw-Sazykin) version 2.00 1 1 1 1 # #=============================================================================# read_inputs: iSession= 1 read_file: read and broadcast nLine= 417 lines of text #COMPONENTMAP For up to 2 CPU cores + 1 GPU GM 0 0 1 CompMap root PE+GPU IE 0 1 1 CompMap PEs 0 and 1 IM 1 1 1 CompMap PE 1 #TIMING T UseTiming -1 DnTiming ! every session -1 nDepthTiming cumu TypeTimingReport #DESCRIPTION Param/SWPC/PARAM.in_SWPC_gpu_restart: start Geospace on GPU StringDescription #TIMEACCURATE F IsTimeAccurate #STARTTIME 2014 iYear 04 iMonth 10 iDay 00 iHour 00 iMinute 00 iSecond 0.0 FracSecond #COMPONENT IM NameComp F UseComp #COUPLE2 GM NameComp1 NameSource IE NameComp2 NameTarget 10 DnCouple -1.0 DtCouple #BEGIN_COMP GM --------------------------------------------------------------- GM_set_parameters: READ iSession = 1 iLine= 38 nLine = 210 GM: GM:#UPDATE GM:fast TypeUpdate GM: GM:#GRIDBLOCKALL GM:350 MaxBlock GM: GM:#GRID GM:1 nRootBlock1 nRootBlockX GM:1 nRootBlock2 nRootBlockY GM:1 nRootBlock3 nRootBlockZ GM:-224. xMin GM: 32. xMax GM:-128. yMin GM: 128. yMax GM:-128. zMin GM: 128. zMax GM: GM:#GRIDRESOLUTION GM:2.0 Resolution AreaResolution GM:initial StringShape GM: GM:#GRIDRESOLUTION GM:8.0 Resolution AreaResolution GM:all StringShape GM: GM:#GRIDRESOLUTION GM:1.0 Resolution AreaResolution GM:box StringShape GM:-100.0 xMinBox XyzMinBox GM: -16.0 yMinBox XyzMinBox GM: -16.0 zMinBox XyzMinBox GM: 22.0 xMaxBox XyzMaxBox GM: 16.0 yMaxBox XyzMaxBox GM: 16.0 zMaxBox XyzMaxBox GM: GM:#GRIDRESOLUTION GM:1/4 Resolution AreaResolution GM:box StringShape GM:-20.0 xMinBox XyzMinBox GM:-8.0 yMinBox XyzMinBox GM:-8.0 zMinBox XyzMinBox GM: 8.0 xMaxBox XyzMaxBox GM: 8.0 yMaxBox XyzMaxBox GM: 8.0 zMaxBox XyzMaxBox GM: GM:#GRIDRESOLUTION GM:1/2 Resolution AreaResolution GM:box StringShape GM:-32.0 xMinBox XyzMinBox GM:-22.0 yMinBox XyzMinBox GM:-10.0 zMinBox XyzMinBox GM: 20.0 xMaxBox XyzMaxBox GM: 22.0 yMaxBox XyzMaxBox GM: 10.0 zMaxBox XyzMaxBox GM: GM:#GRIDRESOLUTION GM:1/8 Resolution AreaResolution GM:shell0 StringShape GM:2.5 RadiusInner GM:3.5 Radius GM: GM:#BODY GM:T UseBody GM:2.5 rBody (in planet radius) GM:3.0 rCurrents (in planet radius) GM:28.0 BodyNDim (/cc) GM:25000.0 BodyTDim (K) GM: GM:#OUTERBOUNDARY GM:float TypeBc1 TypeCellBc GM:vary TypeBc2 TypeCellBc GM:float TypeBc3 TypeCellBc GM:float TypeBc4 TypeCellBc GM:float TypeBc5 TypeCellBc GM:float TypeBc6 TypeCellBc GM: GM:#INNERBOUNDARY GM:ionosphere TypeBcBody TypeBcInner GM: GM:#CPCPBOUNDARY GM:T UseCpcpBc (rest is read if true) GM:28.0 Rho0Cpcp [amu/cc] GM:0.1 RhoPerCpcp [amu/cc / keV] GM: GM:#SOLARWINDFILE GM:T UseSolarWindFile GM:IMF.dat NameSolarWindFile GM: GM:#REFRESHSOLARWINDFILE GM:T DoReadAgain GM: GM:#SCHEME GM:1 nOrder GM:Linde TypeFlux GM: GM:#NONCONSERVATIVE GM:T UseNonConservative GM: GM:#CONSERVATIVECRITERIA GM:1 nConservCrit GM:parabola TypeConservCrit GM: 5.0 xParabolaConserv GM:15.0 yParabolaConserv GM: GM:#SAVELOGNAME GM:F UseLogNameStep IsLogNameN GM:T UseLogNameDateTime IsLogNameE GM: GM:#SAVEPLOTNAME GM:F UsePlotNameStep IsPlotNameN GM:F UsePlotNameTime IsPlotNameT GM:T UsePlotNameDateTime IsPlotNameE GM: GM:#PLOTFILENAME GM:date NameMaxTimeUnit GM: GM:#SAVELOGFILE GM:T DoSaveLogfile GM:VAR step date StringLog GM:-1 DnSaveLogfile GM:5.0 DtSaveLogfile GM:dt rho mx my mz p bx by bz pmin pmax dst_sm dstflx NameLogVars StringLogVar GM:3.0 StringLogRadii StringLogRadius GM: GM:#SAVEPLOT GM:2 nPlotFile GM:y=0 MHD idl StringPlot GM:2500 DnSavePlot GM:-1. DtSavePlot GM:-1. DxSavePlot GM:z=0 MHD idl StringPlot GM:2500 DnSavePlot GM:-1. DtSavePlot GM:-1. DxSavePlot GM: GM:#SATELLITE GM:1 nSatellite GM:MHD time date StringSatellite GM:-1 DnOutput GM:30.0 DtOutput GM:sat01.dat NameTrajectoryFile GM: GM:#MAGNETOMETER GM:magin_GEM.dat NameMagInputFile GM:single TypeFileOut TypeMagFileOut GM:-1 DnOutput GM:1 min DtOutput DtOutput 6.00000000E+01 GM: GM:#GEOMAGINDICES GM:180 nSizeKpWindow [min] nKpWindow GM:1 min DtOutput [sec] DtOutput 6.00000000E+01 GM: GM:#MAGNETOMETERGRID GM:ascii TypeFileMagGrid GM:GEO TypeCoordMagGrid GM:72 nLonMagGrid GM:69 nLatMagGrid GM:0. LonMinMagGrid GM:360. LonMaxMagGrid GM:-85. LatMinMagGrid GM:85. LatMaxMagGrid GM:-1 DnSaveMagGrid GM:1 min DtSaveMagGrid DtSaveMagGrid 6.00000000E+01 #END_COMP GM ----------------------------------------------------------------- #BEGIN_COMP IE --------------------------------------------------------------- IE_set_param: READ iSession = 1 iLine= 213 nLine = 238 IE: IE:#IONOSPHERE IE:5 iConductanceModel IE:F UseFullCurrent IE:F UseFakeRegion2 IE:-1.0 F107Flux F10.7 Flux IE:1.0 StarLightPedConductance IE:0.25 PolarCapPedConductance IE: IE:#BOUNDARY IE:10.0 LatBoundary IE: IE:#AURORALOVAL IE:T UseOval (rest of parameters read if true) IE:T UseOvalShift IE:F UseSubOvalConductance IE:T UseAdvancedOval IE:F DoFitCircle (read if UseAdvancedOval is true) IE: IE:#SAVEPLOT IE:1 nPlotFile IE:min idl StringPlot IE:100 DnSavePlot IE:-1.0 DtSavePlot #END_COMP IE ----------------------------------------------------------------- #STOP 70 MaxIter -1. TimeMax #RUN ########################################################################## GM_set_parameters: CHECK iSession = 1 -------------------------------------------------------------------------- A process has executed an operation involving a call to the "fork()" system call to create a child process. Open MPI is currently operating in a condition that could result in memory corruption or other system errors; your job may hang, crash, or produce silent data corruption. The use of fork() (or system() or other calls that create child processes) is strongly discouraged. The process that invoked fork was: Local host: [[40083,1],0] (PID 70826) If you are *absolutely sure* that your application will successfully and correctly survive a call to fork(), you may disable this warning by setting the mpi_warn_on_fork MCA parameter to 0. -------------------------------------------------------------------------- The code is configured with nG= 2 ghost cell layers. The selected scheme requires nGUsed= 1 layers! GM:init_mod_advance allocated arrays GM:init_mod_geometry allocated arrays GM:init_mod_nodes allocated arrays GM:init_mod_field_trace allocated arrays GM: check_mag_input_file reading: magin_GEM.dat GM:Magnetometer Coordinates=GEO GM: read_mag_input_file reading: magin_GEM.dat GM: read_solar_wind_file reading IMF.dat GM: read_solar_wind_file read 8 points from IMF.dat GM: read_satellite_input_files reading: sat01.dat check_optimize_param checking parameters... IE_set_param: CHECK iSession = 1 ----- Starting Session 1 ------ GM: BATSRUS: Block Adaptive Tree Solar-Wind Roe Upwind Scheme GM: for 3D Heliospheric Flows GM: University of Michigan, 1995-2017 GM: EQUATIONS: MHD GM: EQUATION FILE: ModEquationMhd.f90 GM: USER MODULE: DEFAULT EMPTY ROUTINES 1.00 GM: USER FILE: src/ModUserDefault.f90 GM: BATS_setup starting initial refinement level, nBlockAll = 1 1 GM: BATS_setup starting initial refinement level, nBlockAll = 2 8 GM: BATS_setup starting initial refinement level, nBlockAll = 3 64 GM: BATS_setup starting initial refinement level, nBlockAll = 4 148 GM: total blocks = 288 GM: GM: Begin Numerical Simulation GM: -------------------------- GM: GM: GM: Planetary Parameters GM: -------------------- GM: GM: Name: EARTH GM: Radius: 6.37800E+06 GM: Mass: 5.97600E+24 GM: Rotation Period: 8.61641E+04 GM: Rot. Tilt [deg]: 2.35000E+01 GM: Orbit Period: 3.15569E+07 GM: Iono Height: 1.10000E+05 GM: GM: Physical Parameters GM: ------------------- GM: GM: I/O Unit type: PLANETARY Normalization: PLANETARY GM: GM: Gamma: 1.66666667 GM: GM: rBody: 2.50000E+00, rPlanet: 6.37800E+06 GM: BodyNDim: 2.80000E+01, BodyTDim: 2.50000E+04 GM: BdpDim: -2.98793E+04, Tilt [deg]: -4.59242E+00 GM: Corotation is used GM: GM: UseBody2: .false. GM: GM: ClightFactor: 1.00000E+00, Clight: 4.70038E+01 GM: GM: GM: SolarWindNDim []: 1.216000E+01, SolarWin 1.216000E+01 GM: SolarWindRhoDim []: 1.216000E+01, SolarWin 1.216000E+01 GM: SolarWindUxDim []: -1.284410E+03, SolarWi -2.013813E-01 GM: SolarWindUyDim []: -2.925000E+01, SolarWi -4.586077E-03 GM: SolarWindUzDim []: 4.281000E+01, SolarWi 6.712135E-03 GM: SolarWindPDim []: 5.618737E-01, SolarWi 8.258051E-03 GM: SolarWindBxDim []: 3.320000E+00, SolarWi 1.135410E-02 GM: SolarWindByDim []: -1.430000E+00, SolarWi -4.890469E-03 GM: SolarWindBzDim []: -4.800000E+00, SolarWi -1.641556E-02 GM: SolarWindTempDim ]: 3346615.200000 GM: GM: MHD Numerical Solution Parameters GM: --------------------------------- GM: GM: iTypeUpdate=3 GM: 1st-order scheme GM: Linde flux function GM: Steady state calculation GM: Explicit time stepping GM: nStage: 1 GM: Cfl: 0.80 GM: GM: Other Runtime Parameters GM: ------------------------ GM: GM: Available processors: nProc = 1 GM: Available threads : nThread = 1 GM: GM: After initial grid setup: GM: nBlockMax and MaxBlock = 288 350 GM: Total number of blocks used = 288 GM: Total number of cells = 147456 GM: Total number of true cells = 147448 GM: Min and max AMR levels = 2 4 GM: Min and max cell size in x/r= 2.000000000000000 8.000000000000000 GM: GM: root blocks: 1 1 1 GM: nIJK_D: 8 8 8 GM: x: -2.24000000E+02 3.20000000E+01 GM: y: -1.28000000E+02 1.28000000E+02 GM: z: -1.28000000E+02 1.28000000E+02 GM: IE0: IE0: Ionosphere Solution Parameters IE0: ------------------------------ IE0: IE0: Ionospheric grids : 91 x 181 IE0: Height of ionosphere: 110.0 km IE0: Conductance model : Realistic oval IE0: UseCMEEFitting : F IE0: NameHalFile : cond_hal_coeffs.dat IE0: NamePedFile : cond_ped_coeffs.dat IE0: ------------------------------ IE0: world_used finished with iProc0Used= 0 nProcUsed= 2 IE1: loading Param/f107.txt IE0: loading Param/f107.txt ------------------------------------------------------------------------------- SORTED TIMING at step 0 IE on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- SWMF 0.34 100.00 1 1 ------------------------------------------------------------------------------- SETUP 0.34 100.00 1 1 IE_GM_couple 0.09 27.66 1 1 exch_msgs 0.01 4.33 1 2 GM_IE_couple 0.01 4.27 1 1 sync_state 0.01 2.38 1 1 batl_pass 0.01 1.90 1 3 single_pass 0.01 1.83 1 6 sync_b0 0.00 1.03 1 1 nonconservative 0.00 0.99 1 5 ------------------------------------------------------------------------------- Resetting timing counters after setup. Progress: 10 steps, 0.000000E+00 s simulation time, 0.02 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 28.6764 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 23.9093 kV Progress: 20 steps, 0.000000E+00 s simulation time, 0.15 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 34.8430 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 43.3191 kV Progress: 30 steps, 0.000000E+00 s simulation time, 0.29 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 35.6776 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 44.3633 kV Progress: 40 steps, 0.000000E+00 s simulation time, 0.42 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 43.7230 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 35.2838 kV Progress: 50 steps, 0.000000E+00 s simulation time, 0.55 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 42.6784 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 34.5782 kV Progress: 60 steps, 0.000000E+00 s simulation time, 0.67 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 41.7080 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 33.8635 kV Progress: 70 steps, 0.000000E+00 s simulation time, 0.80 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 40.6864 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 33.0895 kV ----- End of Session 1 ------ ------------------------------------------------------------------------------- SORTED TIMING from step 0 to 70 IE on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- SWMF 0.90 100.00 1 1 ------------------------------------------------------------------------------- IE_GM_couple 0.73 80.39 7 7 iono_solve 0.60 66.85 7 7 GM_run 0.13 13.95 70 70 ------------------------------------------------------------------------------- advance 0.13 13.95 70 70 advance_explicit 0.07 7.51 70 70 exch_msgs 0.06 6.32 70 70 GM_IE_couple 0.05 5.61 7 7 batl_pass 0.05 5.61 70 70 single_pass 0.05 5.19 70 140 cell_bc 0.01 0.70 70 70 init_pass 0.00 0.41 70 70 ------------------------------------------------------------------------------- read_inputs: iSession= 2 #BEGIN_COMP GM --------------------------------------------------------------- GM_set_parameters: READ iSession = 2 iLine= 247 nLine = 258 GM: GM:#SCHEME GM:2 nOrder GM:Linde TypeFlux GM:mc3 TypeLimiter GM:1.2 LimiterBeta GM: GM:#TIMESTEPPING GM:2 nStage GM:0.6 CflExpl #END_COMP GM ----------------------------------------------------------------- #STOP 10000 MaxIter -1. TimeMax #RUN ########################################################################## GM_set_parameters: CHECK iSession = 2 check_optimize_param checking parameters... IE_set_param: CHECK iSession = 2 ----- Starting Session 2 ------ world_used finished with iProc0Used= 0 nProcUsed= 2 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 33.0895 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 40.6864 kV Progress: 80 steps, 0.000000E+00 s simulation time, 0.98 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 44.2578 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 36.1672 kV Progress: 90 steps, 0.000000E+00 s simulation time, 1.13 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.2576 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 37.5094 kV Progress: 100 steps, 0.000000E+00 s simulation time, 1.27 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 100 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 0.37 0.371 0.371 100.00 ------------------------------------------------------------------------------- GM_run 30 30 0.12 0.004 0.004 32.03 GM_IE_couple 3 3 0.02 0.007 0.007 5.85 IE_GM_couple 3 3 0.23 0.076 0.076 61.18 exch_msgs 1 1 0.00 0.001 0.001 0.23 ------------------------------------------------------------------------------- IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.0502 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 47.8225 kV Progress: 110 steps, 0.000000E+00 s simulation time, 1.42 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.2977 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 47.8525 kV Progress: 120 steps, 0.000000E+00 s simulation time, 1.57 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.2625 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 47.4585 kV Progress: 130 steps, 0.000000E+00 s simulation time, 1.72 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.9466 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.1033 kV Progress: 140 steps, 0.000000E+00 s simulation time, 1.87 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.6387 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 37.9592 kV Progress: 150 steps, 0.000000E+00 s simulation time, 2.01 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 37.8651 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.4997 kV Progress: 160 steps, 0.000000E+00 s simulation time, 2.15 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 37.9589 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 45.8728 kV Progress: 170 steps, 0.000000E+00 s simulation time, 2.29 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 45.8904 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 37.9755 kV Progress: 180 steps, 0.000000E+00 s simulation time, 2.42 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.0387 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 45.9302 kV Progress: 190 steps, 0.000000E+00 s simulation time, 2.56 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.1351 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 45.9825 kV Progress: 200 steps, 0.000000E+00 s simulation time, 2.70 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 200 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 1.79 1.795 1.795 100.00 ------------------------------------------------------------------------------- GM_run 130 130 0.51 0.004 0.004 28.64 GM_IE_couple 13 13 0.09 0.007 0.007 5.15 IE_GM_couple 13 13 1.18 0.091 0.091 65.99 exch_msgs 1 1 0.00 0.001 0.001 0.05 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.0368 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.3248 kV Progress: 210 steps, 0.000000E+00 s simulation time, 2.83 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.0843 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.3663 kV Progress: 220 steps, 0.000000E+00 s simulation time, 2.97 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.4554 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.1355 kV Progress: 230 steps, 0.000000E+00 s simulation time, 3.11 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.4884 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.1824 kV Progress: 240 steps, 0.000000E+00 s simulation time, 3.24 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5172 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.2227 kV Progress: 250 steps, 0.000000E+00 s simulation time, 3.38 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5410 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.2544 kV Progress: 260 steps, 0.000000E+00 s simulation time, 3.51 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5609 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.2790 kV Progress: 270 steps, 0.000000E+00 s simulation time, 3.64 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5763 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3001 kV Progress: 280 steps, 0.000000E+00 s simulation time, 3.77 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5894 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3167 kV Progress: 290 steps, 0.000000E+00 s simulation time, 3.89 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5995 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3298 kV Progress: 300 steps, 0.000000E+00 s simulation time, 4.03 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 300 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 3.12 3.124 3.124 100.00 ------------------------------------------------------------------------------- GM_run 230 230 0.90 0.004 0.004 28.68 GM_IE_couple 23 23 0.16 0.007 0.007 5.14 IE_GM_couple 23 23 2.06 0.090 0.090 66.04 exch_msgs 1 1 0.00 0.001 0.001 0.03 ------------------------------------------------------------------------------- IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.6071 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3397 kV Progress: 310 steps, 0.000000E+00 s simulation time, 4.15 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.6128 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3471 kV Progress: 320 steps, 0.000000E+00 s simulation time, 4.27 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.6171 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3528 kV Progress: 330 steps, 0.000000E+00 s simulation time, 4.39 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.6201 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3566 kV Progress: 340 steps, 0.000000E+00 s simulation time, 4.51 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.6219 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3596 kV Progress: 350 steps, 0.000000E+00 s simulation time, 4.62 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.6233 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3617 kV Progress: 360 steps, 0.000000E+00 s simulation time, 4.73 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.6242 kV Progress: 370 steps, 0.000000E+00 s simulation time, 4.85 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.6247 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3641 kV Progress: 380 steps, 0.000000E+00 s simulation time, 4.96 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.6250 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3646 kV Progress: 390 steps, 0.000000E+00 s simulation time, 5.07 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.6251 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3649 kV Progress: 400 steps, 0.000000E+00 s simulation time, 5.17 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 400 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 4.27 4.270 4.270 100.00 ------------------------------------------------------------------------------- GM_run 330 330 1.25 0.004 0.004 29.25 GM_IE_couple 33 33 0.22 0.007 0.007 5.27 IE_GM_couple 33 33 2.79 0.085 0.085 65.36 exch_msgs 1 1 0.00 0.001 0.001 0.02 ------------------------------------------------------------------------------- IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.6251 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3650 kV Progress: 410 steps, 0.000000E+00 s simulation time, 5.27 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.6248 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3650 kV Progress: 420 steps, 0.000000E+00 s simulation time, 5.37 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.6247 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3650 kV Progress: 430 steps, 0.000000E+00 s simulation time, 5.47 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3648 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5718 kV Progress: 440 steps, 0.000000E+00 s simulation time, 5.59 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3642 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5715 kV Progress: 450 steps, 0.000000E+00 s simulation time, 5.69 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5713 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3639 kV Progress: 460 steps, 0.000000E+00 s simulation time, 5.79 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3637 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5711 kV Progress: 470 steps, 0.000000E+00 s simulation time, 5.88 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5709 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3635 kV Progress: 480 steps, 0.000000E+00 s simulation time, 5.96 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3634 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5708 kV Progress: 490 steps, 0.000000E+00 s simulation time, 6.04 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5707 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3633 kV Progress: 500 steps, 0.000000E+00 s simulation time, 6.12 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 500 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 5.21 5.213 5.213 100.00 ------------------------------------------------------------------------------- GM_run 430 430 1.60 0.004 0.004 30.66 GM_IE_couple 43 43 0.29 0.007 0.007 5.51 IE_GM_couple 43 43 3.32 0.077 0.077 63.72 exch_msgs 1 1 0.00 0.001 0.001 0.02 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3632 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5707 kV Progress: 510 steps, 0.000000E+00 s simulation time, 6.19 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3632 kV Progress: 520 steps, 0.000000E+00 s simulation time, 6.27 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 530 steps, 0.000000E+00 s simulation time, 6.34 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 540 steps, 0.000000E+00 s simulation time, 6.41 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 550 steps, 0.000000E+00 s simulation time, 6.48 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5705 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 560 steps, 0.000000E+00 s simulation time, 6.55 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5705 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 570 steps, 0.000000E+00 s simulation time, 6.62 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5705 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 580 steps, 0.000000E+00 s simulation time, 6.69 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5705 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 590 steps, 0.000000E+00 s simulation time, 6.75 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5705 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 600 steps, 0.000000E+00 s simulation time, 6.82 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 600 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 5.92 5.917 5.917 100.00 ------------------------------------------------------------------------------- GM_run 530 530 1.95 0.004 0.004 32.91 GM_IE_couple 53 53 0.35 0.007 0.007 5.89 IE_GM_couple 53 53 3.62 0.068 0.068 61.09 exch_msgs 1 1 0.00 0.001 0.001 0.01 ------------------------------------------------------------------------------- IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5705 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 610 steps, 0.000000E+00 s simulation time, 6.89 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5705 kV Progress: 620 steps, 0.000000E+00 s simulation time, 6.97 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5705 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 630 steps, 0.000000E+00 s simulation time, 7.03 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5705 kV Progress: 640 steps, 0.000000E+00 s simulation time, 7.10 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5705 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 650 steps, 0.000000E+00 s simulation time, 7.17 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 660 steps, 0.000000E+00 s simulation time, 7.24 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 670 steps, 0.000000E+00 s simulation time, 7.30 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 680 steps, 0.000000E+00 s simulation time, 7.37 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 690 steps, 0.000000E+00 s simulation time, 7.44 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 700 steps, 0.000000E+00 s simulation time, 7.50 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 700 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 6.60 6.596 6.596 100.00 ------------------------------------------------------------------------------- GM_run 630 630 2.30 0.004 0.004 34.82 GM_IE_couple 63 63 0.41 0.007 0.007 6.21 IE_GM_couple 63 63 3.88 0.062 0.062 58.86 exch_msgs 1 1 0.00 0.001 0.001 0.01 ------------------------------------------------------------------------------- IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 710 steps, 0.000000E+00 s simulation time, 7.56 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 720 steps, 0.000000E+00 s simulation time, 7.63 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 730 steps, 0.000000E+00 s simulation time, 7.70 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 740 steps, 0.000000E+00 s simulation time, 7.76 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 750 steps, 0.000000E+00 s simulation time, 7.83 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 760 steps, 0.000000E+00 s simulation time, 7.89 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 770 steps, 0.000000E+00 s simulation time, 7.95 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 780 steps, 0.000000E+00 s simulation time, 8.02 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 790 steps, 0.000000E+00 s simulation time, 8.08 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 800 steps, 0.000000E+00 s simulation time, 8.14 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 800 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 7.24 7.239 7.239 100.00 ------------------------------------------------------------------------------- GM_run 730 730 2.65 0.004 0.004 36.55 GM_IE_couple 73 73 0.47 0.006 0.006 6.51 IE_GM_couple 73 73 4.11 0.056 0.056 56.84 exch_msgs 1 1 0.00 0.001 0.001 0.01 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 810 steps, 0.000000E+00 s simulation time, 8.21 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 820 steps, 0.000000E+00 s simulation time, 8.27 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 830 steps, 0.000000E+00 s simulation time, 8.34 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 840 steps, 0.000000E+00 s simulation time, 8.40 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 850 steps, 0.000000E+00 s simulation time, 8.46 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 860 steps, 0.000000E+00 s simulation time, 8.53 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 870 steps, 0.000000E+00 s simulation time, 8.59 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 880 steps, 0.000000E+00 s simulation time, 8.65 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 890 steps, 0.000000E+00 s simulation time, 8.72 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 900 steps, 0.000000E+00 s simulation time, 8.78 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 900 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 7.88 7.876 7.876 100.00 ------------------------------------------------------------------------------- GM_run 830 830 3.00 0.004 0.004 38.03 IE_run 830 830 0.00 0.000 0.000 0.01 GM_IE_couple 83 83 0.53 0.006 0.006 6.76 IE_GM_couple 83 83 4.34 0.052 0.052 55.12 exch_msgs 1 1 0.00 0.001 0.001 0.01 ------------------------------------------------------------------------------- IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 910 steps, 0.000000E+00 s simulation time, 8.84 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 920 steps, 0.000000E+00 s simulation time, 8.91 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 930 steps, 0.000000E+00 s simulation time, 8.97 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 940 steps, 0.000000E+00 s simulation time, 9.04 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 950 steps, 0.000000E+00 s simulation time, 9.10 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 960 steps, 0.000000E+00 s simulation time, 9.16 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 970 steps, 0.000000E+00 s simulation time, 9.23 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 980 steps, 0.000000E+00 s simulation time, 9.29 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 990 steps, 0.000000E+00 s simulation time, 9.37 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1000 steps, 0.000000E+00 s simulation time, 9.44 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 1000 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 8.53 8.533 8.533 100.00 ------------------------------------------------------------------------------- GM_run 930 930 3.34 0.004 0.004 39.20 IE_run 930 930 0.00 0.000 0.000 0.01 GM_IE_couple 93 93 0.60 0.006 0.006 6.98 IE_GM_couple 93 93 4.58 0.049 0.049 53.72 exch_msgs 1 1 0.00 0.001 0.001 0.01 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1010 steps, 0.000000E+00 s simulation time, 9.50 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1020 steps, 0.000000E+00 s simulation time, 9.56 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1030 steps, 0.000000E+00 s simulation time, 9.63 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1040 steps, 0.000000E+00 s simulation time, 9.69 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1050 steps, 0.000000E+00 s simulation time, 9.76 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1060 steps, 0.000000E+00 s simulation time, 9.82 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1070 steps, 0.000000E+00 s simulation time, 9.88 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1080 steps, 0.000000E+00 s simulation time, 9.95 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1090 steps, 0.000000E+00 s simulation time, 10.01 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1100 steps, 0.000000E+00 s simulation time, 10.08 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 1100 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 9.17 9.173 9.173 100.00 ------------------------------------------------------------------------------- GM_run 1030 1030 3.69 0.004 0.004 40.28 IE_run 1030 1030 0.00 0.000 0.000 0.01 GM_IE_couple 103 103 0.66 0.006 0.006 7.17 IE_GM_couple 103 103 4.81 0.047 0.047 52.46 exch_msgs 1 1 0.00 0.001 0.001 0.01 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1110 steps, 0.000000E+00 s simulation time, 10.14 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1120 steps, 0.000000E+00 s simulation time, 10.20 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1130 steps, 0.000000E+00 s simulation time, 10.27 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1140 steps, 0.000000E+00 s simulation time, 10.33 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1150 steps, 0.000000E+00 s simulation time, 10.40 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1160 steps, 0.000000E+00 s simulation time, 10.46 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1170 steps, 0.000000E+00 s simulation time, 10.52 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1180 steps, 0.000000E+00 s simulation time, 10.59 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1190 steps, 0.000000E+00 s simulation time, 10.65 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1200 steps, 0.000000E+00 s simulation time, 10.71 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 1200 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 9.81 9.811 9.811 100.00 ------------------------------------------------------------------------------- GM_run 1130 1130 4.04 0.004 0.004 41.22 IE_run 1130 1130 0.00 0.000 0.000 0.01 GM_IE_couple 113 113 0.72 0.006 0.006 7.33 IE_GM_couple 113 113 5.04 0.045 0.045 51.35 exch_msgs 1 1 0.00 0.001 0.001 0.01 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1210 steps, 0.000000E+00 s simulation time, 10.78 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1220 steps, 0.000000E+00 s simulation time, 10.84 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1230 steps, 0.000000E+00 s simulation time, 10.91 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1240 steps, 0.000000E+00 s simulation time, 10.97 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1250 steps, 0.000000E+00 s simulation time, 11.03 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1260 steps, 0.000000E+00 s simulation time, 11.10 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1270 steps, 0.000000E+00 s simulation time, 11.16 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1280 steps, 0.000000E+00 s simulation time, 11.23 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1290 steps, 0.000000E+00 s simulation time, 11.29 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1300 steps, 0.000000E+00 s simulation time, 11.35 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 1300 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 10.45 10.449 10.449 100.00 ------------------------------------------------------------------------------- GM_run 1230 1230 4.39 0.004 0.004 42.05 IE_run 1230 1230 0.00 0.000 0.000 0.01 GM_IE_couple 123 123 0.78 0.006 0.006 7.48 IE_GM_couple 123 123 5.26 0.043 0.043 50.38 exch_msgs 1 1 0.00 0.001 0.001 0.01 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1310 steps, 0.000000E+00 s simulation time, 11.42 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1320 steps, 0.000000E+00 s simulation time, 11.48 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1330 steps, 0.000000E+00 s simulation time, 11.55 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1340 steps, 0.000000E+00 s simulation time, 11.61 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1350 steps, 0.000000E+00 s simulation time, 11.68 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1360 steps, 0.000000E+00 s simulation time, 11.74 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1370 steps, 0.000000E+00 s simulation time, 11.80 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1380 steps, 0.000000E+00 s simulation time, 11.87 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1390 steps, 0.000000E+00 s simulation time, 11.93 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1400 steps, 0.000000E+00 s simulation time, 12.00 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 1400 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 11.10 11.095 11.095 100.00 ------------------------------------------------------------------------------- GM_run 1330 1330 4.74 0.004 0.004 42.76 IE_run 1330 1330 0.00 0.000 0.000 0.01 GM_IE_couple 133 133 0.84 0.006 0.006 7.61 IE_GM_couple 133 133 5.50 0.041 0.041 49.54 exch_msgs 1 1 0.00 0.001 0.001 0.01 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1410 steps, 0.000000E+00 s simulation time, 12.06 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1420 steps, 0.000000E+00 s simulation time, 12.13 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1430 steps, 0.000000E+00 s simulation time, 12.19 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1440 steps, 0.000000E+00 s simulation time, 12.26 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1450 steps, 0.000000E+00 s simulation time, 12.32 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1460 steps, 0.000000E+00 s simulation time, 12.39 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1470 steps, 0.000000E+00 s simulation time, 12.45 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1480 steps, 0.000000E+00 s simulation time, 12.52 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1490 steps, 0.000000E+00 s simulation time, 12.58 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1500 steps, 0.000000E+00 s simulation time, 12.64 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 1500 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 11.74 11.741 11.741 100.00 ------------------------------------------------------------------------------- GM_run 1430 1430 5.09 0.004 0.004 43.39 IE_run 1430 1430 0.00 0.000 0.000 0.01 GM_IE_couple 143 143 0.91 0.006 0.006 7.74 IE_GM_couple 143 143 5.73 0.040 0.040 48.78 exch_msgs 1 1 0.00 0.001 0.001 0.01 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1510 steps, 0.000000E+00 s simulation time, 12.71 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1520 steps, 0.000000E+00 s simulation time, 12.77 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1530 steps, 0.000000E+00 s simulation time, 12.84 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1540 steps, 0.000000E+00 s simulation time, 12.90 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1550 steps, 0.000000E+00 s simulation time, 12.97 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1560 steps, 0.000000E+00 s simulation time, 13.03 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1570 steps, 0.000000E+00 s simulation time, 13.10 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1580 steps, 0.000000E+00 s simulation time, 13.16 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1590 steps, 0.000000E+00 s simulation time, 13.23 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1600 steps, 0.000000E+00 s simulation time, 13.29 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 1600 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 12.38 12.385 12.385 100.00 ------------------------------------------------------------------------------- GM_run 1530 1530 5.44 0.004 0.004 43.96 IE_run 1530 1530 0.00 0.000 0.000 0.01 GM_IE_couple 153 153 0.97 0.006 0.006 7.85 IE_GM_couple 153 153 5.96 0.039 0.039 48.11 exch_msgs 1 1 0.00 0.001 0.001 0.01 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1610 steps, 0.000000E+00 s simulation time, 13.35 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1620 steps, 0.000000E+00 s simulation time, 13.42 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1630 steps, 0.000000E+00 s simulation time, 13.48 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1640 steps, 0.000000E+00 s simulation time, 13.54 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1650 steps, 0.000000E+00 s simulation time, 13.61 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1660 steps, 0.000000E+00 s simulation time, 13.67 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1670 steps, 0.000000E+00 s simulation time, 13.73 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1680 steps, 0.000000E+00 s simulation time, 13.79 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1690 steps, 0.000000E+00 s simulation time, 13.86 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1700 steps, 0.000000E+00 s simulation time, 13.92 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 1700 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 13.02 13.017 13.017 100.00 ------------------------------------------------------------------------------- GM_run 1630 1630 5.79 0.004 0.004 44.50 IE_run 1630 1630 0.00 0.000 0.000 0.01 GM_IE_couple 163 163 1.03 0.006 0.006 7.94 IE_GM_couple 163 163 6.18 0.038 0.038 47.47 exch_msgs 1 1 0.00 0.001 0.001 0.01 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1710 steps, 0.000000E+00 s simulation time, 13.98 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1720 steps, 0.000000E+00 s simulation time, 14.05 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1730 steps, 0.000000E+00 s simulation time, 14.11 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1740 steps, 0.000000E+00 s simulation time, 14.17 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1750 steps, 0.000000E+00 s simulation time, 14.24 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1760 steps, 0.000000E+00 s simulation time, 14.30 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1770 steps, 0.000000E+00 s simulation time, 14.36 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1780 steps, 0.000000E+00 s simulation time, 14.43 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1790 steps, 0.000000E+00 s simulation time, 14.49 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1800 steps, 0.000000E+00 s simulation time, 14.55 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 1800 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 13.65 13.650 13.650 100.00 ------------------------------------------------------------------------------- GM_run 1730 1730 6.14 0.004 0.004 45.00 IE_run 1730 1730 0.00 0.000 0.000 0.01 GM_IE_couple 173 173 1.09 0.006 0.006 8.02 IE_GM_couple 173 173 6.40 0.037 0.037 46.89 exch_msgs 1 1 0.00 0.001 0.001 0.01 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1810 steps, 0.000000E+00 s simulation time, 14.62 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1820 steps, 0.000000E+00 s simulation time, 14.68 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1830 steps, 0.000000E+00 s simulation time, 14.74 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1840 steps, 0.000000E+00 s simulation time, 14.81 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1850 steps, 0.000000E+00 s simulation time, 14.87 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1860 steps, 0.000000E+00 s simulation time, 14.93 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1870 steps, 0.000000E+00 s simulation time, 15.00 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1880 steps, 0.000000E+00 s simulation time, 15.06 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1890 steps, 0.000000E+00 s simulation time, 15.12 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1900 steps, 0.000000E+00 s simulation time, 15.19 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 1900 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 14.28 14.283 14.283 100.00 ------------------------------------------------------------------------------- GM_run 1830 1830 6.49 0.004 0.004 45.45 IE_run 1830 1830 0.00 0.000 0.000 0.01 GM_IE_couple 183 183 1.16 0.006 0.006 8.09 IE_GM_couple 183 183 6.62 0.036 0.036 46.36 exch_msgs 1 1 0.00 0.001 0.001 0.01 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1910 steps, 0.000000E+00 s simulation time, 15.25 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1920 steps, 0.000000E+00 s simulation time, 15.31 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1930 steps, 0.000000E+00 s simulation time, 15.38 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1940 steps, 0.000000E+00 s simulation time, 15.44 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1950 steps, 0.000000E+00 s simulation time, 15.50 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1960 steps, 0.000000E+00 s simulation time, 15.57 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 1970 steps, 0.000000E+00 s simulation time, 15.63 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1980 steps, 0.000000E+00 s simulation time, 15.69 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 1990 steps, 0.000000E+00 s simulation time, 15.77 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2000 steps, 0.000000E+00 s simulation time, 15.84 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 2000 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 14.93 14.932 14.932 100.00 ------------------------------------------------------------------------------- GM_run 1930 1930 6.84 0.004 0.004 45.82 IE_run 1930 1930 0.00 0.000 0.000 0.01 GM_IE_couple 193 193 1.22 0.006 0.006 8.15 IE_GM_couple 193 193 6.86 0.036 0.036 45.94 exch_msgs 1 1 0.00 0.001 0.001 0.01 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2010 steps, 0.000000E+00 s simulation time, 15.90 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2020 steps, 0.000000E+00 s simulation time, 15.96 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2030 steps, 0.000000E+00 s simulation time, 16.03 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2040 steps, 0.000000E+00 s simulation time, 16.09 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2050 steps, 0.000000E+00 s simulation time, 16.15 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2060 steps, 0.000000E+00 s simulation time, 16.22 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2070 steps, 0.000000E+00 s simulation time, 16.28 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2080 steps, 0.000000E+00 s simulation time, 16.34 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2090 steps, 0.000000E+00 s simulation time, 16.41 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2100 steps, 0.000000E+00 s simulation time, 16.47 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 2100 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 15.57 15.565 15.565 100.00 ------------------------------------------------------------------------------- GM_run 2030 2030 7.19 0.004 0.004 46.20 IE_run 2030 2030 0.00 0.000 0.000 0.01 GM_IE_couple 203 203 1.28 0.006 0.006 8.21 IE_GM_couple 203 203 7.08 0.035 0.035 45.50 exch_msgs 1 1 0.00 0.001 0.001 0.01 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2110 steps, 0.000000E+00 s simulation time, 16.53 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2120 steps, 0.000000E+00 s simulation time, 16.60 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2130 steps, 0.000000E+00 s simulation time, 16.66 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2140 steps, 0.000000E+00 s simulation time, 16.72 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2150 steps, 0.000000E+00 s simulation time, 16.79 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2160 steps, 0.000000E+00 s simulation time, 16.85 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2170 steps, 0.000000E+00 s simulation time, 16.92 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2180 steps, 0.000000E+00 s simulation time, 16.98 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2190 steps, 0.000000E+00 s simulation time, 17.04 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2200 steps, 0.000000E+00 s simulation time, 17.11 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 2200 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 16.21 16.205 16.205 100.00 ------------------------------------------------------------------------------- GM_run 2130 2130 7.54 0.004 0.004 46.53 IE_run 2130 2130 0.00 0.000 0.000 0.01 GM_IE_couple 213 213 1.34 0.006 0.006 8.28 IE_GM_couple 213 213 7.31 0.034 0.034 45.10 exch_msgs 1 1 0.00 0.001 0.001 0.01 ------------------------------------------------------------------------------- IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2210 steps, 0.000000E+00 s simulation time, 17.17 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2220 steps, 0.000000E+00 s simulation time, 17.24 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2230 steps, 0.000000E+00 s simulation time, 17.30 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2240 steps, 0.000000E+00 s simulation time, 17.36 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2250 steps, 0.000000E+00 s simulation time, 17.43 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2260 steps, 0.000000E+00 s simulation time, 17.49 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2270 steps, 0.000000E+00 s simulation time, 17.56 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2280 steps, 0.000000E+00 s simulation time, 17.62 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2290 steps, 0.000000E+00 s simulation time, 17.68 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2300 steps, 0.000000E+00 s simulation time, 17.75 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 2300 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 16.84 16.842 16.842 100.00 ------------------------------------------------------------------------------- GM_run 2230 2230 7.89 0.004 0.004 46.85 IE_run 2230 2230 0.00 0.000 0.000 0.01 GM_IE_couple 223 223 1.40 0.006 0.006 8.34 IE_GM_couple 223 223 7.53 0.034 0.034 44.73 exch_msgs 1 1 0.00 0.001 0.001 0.01 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2310 steps, 0.000000E+00 s simulation time, 17.81 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2320 steps, 0.000000E+00 s simulation time, 17.87 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2330 steps, 0.000000E+00 s simulation time, 17.94 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2340 steps, 0.000000E+00 s simulation time, 18.00 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2350 steps, 0.000000E+00 s simulation time, 18.06 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2360 steps, 0.000000E+00 s simulation time, 18.13 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2370 steps, 0.000000E+00 s simulation time, 18.19 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2380 steps, 0.000000E+00 s simulation time, 18.25 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2390 steps, 0.000000E+00 s simulation time, 18.31 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2400 steps, 0.000000E+00 s simulation time, 18.38 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 2400 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 17.47 17.474 17.474 100.00 ------------------------------------------------------------------------------- GM_run 2330 2330 8.24 0.004 0.004 47.15 IE_run 2330 2330 0.00 0.000 0.000 0.01 GM_IE_couple 233 233 1.47 0.006 0.006 8.38 IE_GM_couple 233 233 7.75 0.033 0.033 44.38 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2410 steps, 0.000000E+00 s simulation time, 18.44 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2420 steps, 0.000000E+00 s simulation time, 18.51 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2430 steps, 0.000000E+00 s simulation time, 18.57 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2440 steps, 0.000000E+00 s simulation time, 18.63 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2450 steps, 0.000000E+00 s simulation time, 18.70 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2460 steps, 0.000000E+00 s simulation time, 18.76 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2470 steps, 0.000000E+00 s simulation time, 18.82 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2480 steps, 0.000000E+00 s simulation time, 18.89 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2490 steps, 0.000000E+00 s simulation time, 18.95 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV GM:saved iFile= 6 type=y=0_mhd at nStep= 2500 GM:saved iFile= 7 type=z=0_mhd at nStep= 2500 Progress: 2500 steps, 0.000000E+00 s simulation time, 19.14 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 2500 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 18.23 18.233 18.233 100.00 ------------------------------------------------------------------------------- GM_run 2430 2430 8.71 0.004 0.004 47.79 IE_run 2430 2430 0.00 0.000 0.000 0.01 GM_IE_couple 243 243 1.53 0.006 0.006 8.37 IE_GM_couple 243 243 7.98 0.033 0.033 43.75 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2510 steps, 0.000000E+00 s simulation time, 19.20 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2520 steps, 0.000000E+00 s simulation time, 19.27 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2530 steps, 0.000000E+00 s simulation time, 19.33 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2540 steps, 0.000000E+00 s simulation time, 19.39 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2550 steps, 0.000000E+00 s simulation time, 19.46 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2560 steps, 0.000000E+00 s simulation time, 19.52 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2570 steps, 0.000000E+00 s simulation time, 19.59 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2580 steps, 0.000000E+00 s simulation time, 19.65 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2590 steps, 0.000000E+00 s simulation time, 19.71 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2600 steps, 0.000000E+00 s simulation time, 19.78 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 2600 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 18.87 18.873 18.873 100.00 ------------------------------------------------------------------------------- GM_run 2530 2530 9.06 0.004 0.004 48.02 IE_run 2530 2530 0.00 0.000 0.000 0.01 GM_IE_couple 253 253 1.59 0.006 0.006 8.42 IE_GM_couple 253 253 8.20 0.032 0.032 43.47 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2610 steps, 0.000000E+00 s simulation time, 19.84 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2620 steps, 0.000000E+00 s simulation time, 19.91 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2630 steps, 0.000000E+00 s simulation time, 19.97 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2640 steps, 0.000000E+00 s simulation time, 20.03 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2650 steps, 0.000000E+00 s simulation time, 20.10 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2660 steps, 0.000000E+00 s simulation time, 20.16 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2670 steps, 0.000000E+00 s simulation time, 20.23 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2680 steps, 0.000000E+00 s simulation time, 20.29 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2690 steps, 0.000000E+00 s simulation time, 20.35 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2700 steps, 0.000000E+00 s simulation time, 20.42 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 2700 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 19.51 19.513 19.513 100.00 ------------------------------------------------------------------------------- GM_run 2630 2630 9.41 0.004 0.004 48.24 IE_run 2630 2630 0.00 0.000 0.000 0.01 GM_IE_couple 263 263 1.65 0.006 0.006 8.47 IE_GM_couple 263 263 8.43 0.032 0.032 43.20 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2710 steps, 0.000000E+00 s simulation time, 20.48 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2720 steps, 0.000000E+00 s simulation time, 20.54 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2730 steps, 0.000000E+00 s simulation time, 20.61 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2740 steps, 0.000000E+00 s simulation time, 20.67 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2750 steps, 0.000000E+00 s simulation time, 20.74 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2760 steps, 0.000000E+00 s simulation time, 20.80 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2770 steps, 0.000000E+00 s simulation time, 20.87 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2780 steps, 0.000000E+00 s simulation time, 20.93 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2790 steps, 0.000000E+00 s simulation time, 21.00 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2800 steps, 0.000000E+00 s simulation time, 21.06 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 2800 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 20.16 20.156 20.156 100.00 ------------------------------------------------------------------------------- GM_run 2730 2730 9.76 0.004 0.004 48.43 IE_run 2730 2730 0.00 0.000 0.000 0.01 GM_IE_couple 273 273 1.72 0.006 0.006 8.52 IE_GM_couple 273 273 8.66 0.032 0.032 42.96 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2810 steps, 0.000000E+00 s simulation time, 21.12 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2820 steps, 0.000000E+00 s simulation time, 21.19 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2830 steps, 0.000000E+00 s simulation time, 21.25 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2840 steps, 0.000000E+00 s simulation time, 21.31 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2850 steps, 0.000000E+00 s simulation time, 21.38 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2860 steps, 0.000000E+00 s simulation time, 21.44 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2870 steps, 0.000000E+00 s simulation time, 21.50 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2880 steps, 0.000000E+00 s simulation time, 21.57 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2890 steps, 0.000000E+00 s simulation time, 21.63 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2900 steps, 0.000000E+00 s simulation time, 21.69 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 2900 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 20.79 20.789 20.789 100.00 ------------------------------------------------------------------------------- GM_run 2830 2830 10.11 0.004 0.004 48.64 IE_run 2830 2830 0.00 0.000 0.000 0.01 GM_IE_couple 283 283 1.78 0.006 0.006 8.55 IE_GM_couple 283 283 8.88 0.031 0.031 42.72 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2910 steps, 0.000000E+00 s simulation time, 21.76 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2920 steps, 0.000000E+00 s simulation time, 21.82 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2930 steps, 0.000000E+00 s simulation time, 21.88 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2940 steps, 0.000000E+00 s simulation time, 21.95 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2950 steps, 0.000000E+00 s simulation time, 22.01 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2960 steps, 0.000000E+00 s simulation time, 22.07 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2970 steps, 0.000000E+00 s simulation time, 22.14 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 2980 steps, 0.000000E+00 s simulation time, 22.20 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 2990 steps, 0.000000E+00 s simulation time, 22.28 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3000 steps, 0.000000E+00 s simulation time, 22.34 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 3000 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 21.44 21.438 21.438 100.00 ------------------------------------------------------------------------------- GM_run 2930 2930 10.46 0.004 0.004 48.80 IE_run 2930 2930 0.00 0.000 0.000 0.01 GM_IE_couple 293 293 1.84 0.006 0.006 8.58 IE_GM_couple 293 293 9.12 0.031 0.031 42.54 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3010 steps, 0.000000E+00 s simulation time, 22.40 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3020 steps, 0.000000E+00 s simulation time, 22.47 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3030 steps, 0.000000E+00 s simulation time, 22.53 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3040 steps, 0.000000E+00 s simulation time, 22.59 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3050 steps, 0.000000E+00 s simulation time, 22.66 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3060 steps, 0.000000E+00 s simulation time, 22.72 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3070 steps, 0.000000E+00 s simulation time, 22.78 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3080 steps, 0.000000E+00 s simulation time, 22.85 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3090 steps, 0.000000E+00 s simulation time, 22.91 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3100 steps, 0.000000E+00 s simulation time, 22.97 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 3100 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 22.07 22.071 22.071 100.00 ------------------------------------------------------------------------------- GM_run 3030 3030 10.81 0.004 0.004 48.98 IE_run 3030 3030 0.00 0.000 0.000 0.01 GM_IE_couple 303 303 1.90 0.006 0.006 8.61 IE_GM_couple 303 303 9.34 0.031 0.031 42.32 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3110 steps, 0.000000E+00 s simulation time, 23.04 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3120 steps, 0.000000E+00 s simulation time, 23.10 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3130 steps, 0.000000E+00 s simulation time, 23.16 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3140 steps, 0.000000E+00 s simulation time, 23.23 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3150 steps, 0.000000E+00 s simulation time, 23.29 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3160 steps, 0.000000E+00 s simulation time, 23.35 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3170 steps, 0.000000E+00 s simulation time, 23.42 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3180 steps, 0.000000E+00 s simulation time, 23.48 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3190 steps, 0.000000E+00 s simulation time, 23.54 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3200 steps, 0.000000E+00 s simulation time, 23.61 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 3200 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 22.70 22.703 22.703 100.00 ------------------------------------------------------------------------------- GM_run 3130 3130 11.16 0.004 0.004 49.15 IE_run 3130 3130 0.00 0.000 0.000 0.01 GM_IE_couple 313 313 1.96 0.006 0.006 8.64 IE_GM_couple 313 313 9.56 0.031 0.031 42.12 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3210 steps, 0.000000E+00 s simulation time, 23.67 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3220 steps, 0.000000E+00 s simulation time, 23.73 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3230 steps, 0.000000E+00 s simulation time, 23.80 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3240 steps, 0.000000E+00 s simulation time, 23.86 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3250 steps, 0.000000E+00 s simulation time, 23.92 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3260 steps, 0.000000E+00 s simulation time, 23.99 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3270 steps, 0.000000E+00 s simulation time, 24.05 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3280 steps, 0.000000E+00 s simulation time, 24.11 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3290 steps, 0.000000E+00 s simulation time, 24.18 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3300 steps, 0.000000E+00 s simulation time, 24.24 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 3300 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 23.34 23.336 23.336 100.00 ------------------------------------------------------------------------------- GM_run 3230 3230 11.51 0.004 0.004 49.32 IE_run 3230 3230 0.00 0.000 0.000 0.01 GM_IE_couple 323 323 2.02 0.006 0.006 8.67 IE_GM_couple 323 323 9.78 0.030 0.030 41.92 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3310 steps, 0.000000E+00 s simulation time, 24.30 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3320 steps, 0.000000E+00 s simulation time, 24.37 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3330 steps, 0.000000E+00 s simulation time, 24.43 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3340 steps, 0.000000E+00 s simulation time, 24.49 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3350 steps, 0.000000E+00 s simulation time, 24.56 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3360 steps, 0.000000E+00 s simulation time, 24.62 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3370 steps, 0.000000E+00 s simulation time, 24.68 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3380 steps, 0.000000E+00 s simulation time, 24.75 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3390 steps, 0.000000E+00 s simulation time, 24.81 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3400 steps, 0.000000E+00 s simulation time, 24.87 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 3400 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 23.97 23.971 23.971 100.00 ------------------------------------------------------------------------------- GM_run 3330 3330 11.86 0.004 0.004 49.47 IE_run 3330 3330 0.00 0.000 0.000 0.01 GM_IE_couple 333 333 2.09 0.006 0.006 8.70 IE_GM_couple 333 333 10.01 0.030 0.030 41.74 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3410 steps, 0.000000E+00 s simulation time, 24.94 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3420 steps, 0.000000E+00 s simulation time, 25.00 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3430 steps, 0.000000E+00 s simulation time, 25.07 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3440 steps, 0.000000E+00 s simulation time, 25.13 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3450 steps, 0.000000E+00 s simulation time, 25.20 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3460 steps, 0.000000E+00 s simulation time, 25.26 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3470 steps, 0.000000E+00 s simulation time, 25.32 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3480 steps, 0.000000E+00 s simulation time, 25.39 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3490 steps, 0.000000E+00 s simulation time, 25.45 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3500 steps, 0.000000E+00 s simulation time, 25.51 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 3500 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 24.61 24.611 24.611 100.00 ------------------------------------------------------------------------------- GM_run 3430 3430 12.21 0.004 0.004 49.61 IE_run 3430 3430 0.00 0.000 0.000 0.01 GM_IE_couple 343 343 2.15 0.006 0.006 8.73 IE_GM_couple 343 343 10.23 0.030 0.030 41.58 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3510 steps, 0.000000E+00 s simulation time, 25.58 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3520 steps, 0.000000E+00 s simulation time, 25.64 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3530 steps, 0.000000E+00 s simulation time, 25.71 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3540 steps, 0.000000E+00 s simulation time, 25.77 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3550 steps, 0.000000E+00 s simulation time, 25.83 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3560 steps, 0.000000E+00 s simulation time, 25.90 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3570 steps, 0.000000E+00 s simulation time, 25.96 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3580 steps, 0.000000E+00 s simulation time, 26.02 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3590 steps, 0.000000E+00 s simulation time, 26.09 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3600 steps, 0.000000E+00 s simulation time, 26.15 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 3600 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 25.25 25.248 25.248 100.00 ------------------------------------------------------------------------------- GM_run 3530 3530 12.56 0.004 0.004 49.74 IE_run 3530 3530 0.00 0.000 0.000 0.01 GM_IE_couple 353 353 2.21 0.006 0.006 8.76 IE_GM_couple 353 353 10.46 0.030 0.030 41.42 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3610 steps, 0.000000E+00 s simulation time, 26.21 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3620 steps, 0.000000E+00 s simulation time, 26.28 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3630 steps, 0.000000E+00 s simulation time, 26.34 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3640 steps, 0.000000E+00 s simulation time, 26.40 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3650 steps, 0.000000E+00 s simulation time, 26.47 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3660 steps, 0.000000E+00 s simulation time, 26.53 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3670 steps, 0.000000E+00 s simulation time, 26.59 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3680 steps, 0.000000E+00 s simulation time, 26.66 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3690 steps, 0.000000E+00 s simulation time, 26.72 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3700 steps, 0.000000E+00 s simulation time, 26.78 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 3700 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 25.88 25.880 25.880 100.00 ------------------------------------------------------------------------------- GM_run 3630 3630 12.91 0.004 0.004 49.87 IE_run 3630 3630 0.00 0.000 0.000 0.01 GM_IE_couple 363 363 2.27 0.006 0.006 8.78 IE_GM_couple 363 363 10.68 0.029 0.029 41.26 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3710 steps, 0.000000E+00 s simulation time, 26.85 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3720 steps, 0.000000E+00 s simulation time, 26.91 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3730 steps, 0.000000E+00 s simulation time, 26.97 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3740 steps, 0.000000E+00 s simulation time, 27.04 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3750 steps, 0.000000E+00 s simulation time, 27.10 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3760 steps, 0.000000E+00 s simulation time, 27.16 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3770 steps, 0.000000E+00 s simulation time, 27.23 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3780 steps, 0.000000E+00 s simulation time, 27.29 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3790 steps, 0.000000E+00 s simulation time, 27.35 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3800 steps, 0.000000E+00 s simulation time, 27.42 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 3800 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 26.51 26.513 26.513 100.00 ------------------------------------------------------------------------------- GM_run 3730 3730 13.26 0.004 0.004 50.00 IE_run 3730 3730 0.00 0.000 0.000 0.01 GM_IE_couple 373 373 2.33 0.006 0.006 8.80 IE_GM_couple 373 373 10.90 0.029 0.029 41.12 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3810 steps, 0.000000E+00 s simulation time, 27.48 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3820 steps, 0.000000E+00 s simulation time, 27.54 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3830 steps, 0.000000E+00 s simulation time, 27.61 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3840 steps, 0.000000E+00 s simulation time, 27.67 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3850 steps, 0.000000E+00 s simulation time, 27.74 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3860 steps, 0.000000E+00 s simulation time, 27.80 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3870 steps, 0.000000E+00 s simulation time, 27.87 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3880 steps, 0.000000E+00 s simulation time, 27.93 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3890 steps, 0.000000E+00 s simulation time, 27.99 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3900 steps, 0.000000E+00 s simulation time, 28.06 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 3900 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 27.15 27.154 27.154 100.00 ------------------------------------------------------------------------------- GM_run 3830 3830 13.61 0.004 0.004 50.11 IE_run 3830 3830 0.00 0.000 0.000 0.01 GM_IE_couple 383 383 2.40 0.006 0.006 8.82 IE_GM_couple 383 383 11.13 0.029 0.029 40.98 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3910 steps, 0.000000E+00 s simulation time, 28.12 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3920 steps, 0.000000E+00 s simulation time, 28.19 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3930 steps, 0.000000E+00 s simulation time, 28.25 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3940 steps, 0.000000E+00 s simulation time, 28.31 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3950 steps, 0.000000E+00 s simulation time, 28.38 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 3960 steps, 0.000000E+00 s simulation time, 28.44 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3970 steps, 0.000000E+00 s simulation time, 28.51 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3980 steps, 0.000000E+00 s simulation time, 28.57 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 3990 steps, 0.000000E+00 s simulation time, 28.65 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4000 steps, 0.000000E+00 s simulation time, 28.71 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 4000 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 27.81 27.811 27.811 100.00 ------------------------------------------------------------------------------- GM_run 3930 3930 13.96 0.004 0.004 50.19 IE_run 3930 3930 0.00 0.000 0.000 0.01 GM_IE_couple 393 393 2.46 0.006 0.006 8.84 IE_GM_couple 393 393 11.37 0.029 0.029 40.89 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4010 steps, 0.000000E+00 s simulation time, 28.78 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4020 steps, 0.000000E+00 s simulation time, 28.84 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4030 steps, 0.000000E+00 s simulation time, 28.91 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 4040 steps, 0.000000E+00 s simulation time, 28.97 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 4050 steps, 0.000000E+00 s simulation time, 29.03 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4060 steps, 0.000000E+00 s simulation time, 29.10 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4070 steps, 0.000000E+00 s simulation time, 29.16 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 4080 steps, 0.000000E+00 s simulation time, 29.23 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4090 steps, 0.000000E+00 s simulation time, 29.29 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4100 steps, 0.000000E+00 s simulation time, 29.36 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 4100 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 28.45 28.453 28.453 100.00 ------------------------------------------------------------------------------- GM_run 4030 4030 14.31 0.004 0.004 50.28 IE_run 4030 4030 0.00 0.000 0.000 0.01 GM_IE_couple 403 403 2.52 0.006 0.006 8.87 IE_GM_couple 403 403 11.60 0.029 0.029 40.77 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4110 steps, 0.000000E+00 s simulation time, 29.42 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4120 steps, 0.000000E+00 s simulation time, 29.48 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4130 steps, 0.000000E+00 s simulation time, 29.55 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4140 steps, 0.000000E+00 s simulation time, 29.61 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4150 steps, 0.000000E+00 s simulation time, 29.67 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4160 steps, 0.000000E+00 s simulation time, 29.74 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 4170 steps, 0.000000E+00 s simulation time, 29.80 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4180 steps, 0.000000E+00 s simulation time, 29.86 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4190 steps, 0.000000E+00 s simulation time, 29.93 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4200 steps, 0.000000E+00 s simulation time, 29.99 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 4200 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 29.09 29.087 29.087 100.00 ------------------------------------------------------------------------------- GM_run 4130 4130 14.66 0.004 0.004 50.39 IE_run 4130 4130 0.00 0.000 0.000 0.01 GM_IE_couple 413 413 2.58 0.006 0.006 8.89 IE_GM_couple 413 413 11.82 0.029 0.029 40.64 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4210 steps, 0.000000E+00 s simulation time, 30.05 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4220 steps, 0.000000E+00 s simulation time, 30.12 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4230 steps, 0.000000E+00 s simulation time, 30.18 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4240 steps, 0.000000E+00 s simulation time, 30.24 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4250 steps, 0.000000E+00 s simulation time, 30.31 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4260 steps, 0.000000E+00 s simulation time, 30.37 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4270 steps, 0.000000E+00 s simulation time, 30.43 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4280 steps, 0.000000E+00 s simulation time, 30.50 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4290 steps, 0.000000E+00 s simulation time, 30.56 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4300 steps, 0.000000E+00 s simulation time, 30.62 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 4300 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 29.72 29.719 29.719 100.00 ------------------------------------------------------------------------------- GM_run 4230 4230 15.01 0.004 0.004 50.49 IE_run 4230 4230 0.00 0.000 0.000 0.01 GM_IE_couple 423 423 2.65 0.006 0.006 8.90 IE_GM_couple 423 423 12.04 0.028 0.028 40.52 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4310 steps, 0.000000E+00 s simulation time, 30.69 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4320 steps, 0.000000E+00 s simulation time, 30.75 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4330 steps, 0.000000E+00 s simulation time, 30.81 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4340 steps, 0.000000E+00 s simulation time, 30.88 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4350 steps, 0.000000E+00 s simulation time, 30.94 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4360 steps, 0.000000E+00 s simulation time, 31.00 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4370 steps, 0.000000E+00 s simulation time, 31.07 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 4380 steps, 0.000000E+00 s simulation time, 31.13 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4390 steps, 0.000000E+00 s simulation time, 31.19 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4400 steps, 0.000000E+00 s simulation time, 31.25 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 4400 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 30.35 30.351 30.351 100.00 ------------------------------------------------------------------------------- GM_run 4330 4330 15.35 0.004 0.004 50.59 IE_run 4330 4330 0.00 0.000 0.000 0.01 GM_IE_couple 433 433 2.71 0.006 0.006 8.92 IE_GM_couple 433 433 12.26 0.028 0.028 40.41 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4410 steps, 0.000000E+00 s simulation time, 31.32 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4420 steps, 0.000000E+00 s simulation time, 31.38 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4430 steps, 0.000000E+00 s simulation time, 31.44 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4440 steps, 0.000000E+00 s simulation time, 31.51 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4450 steps, 0.000000E+00 s simulation time, 31.57 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4460 steps, 0.000000E+00 s simulation time, 31.63 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 4470 steps, 0.000000E+00 s simulation time, 31.70 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4480 steps, 0.000000E+00 s simulation time, 31.76 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4490 steps, 0.000000E+00 s simulation time, 31.82 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4500 steps, 0.000000E+00 s simulation time, 31.89 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 4500 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 30.98 30.983 30.983 100.00 ------------------------------------------------------------------------------- GM_run 4430 4430 15.70 0.004 0.004 50.69 IE_run 4430 4430 0.00 0.000 0.000 0.01 GM_IE_couple 443 443 2.77 0.006 0.006 8.94 IE_GM_couple 443 443 12.48 0.028 0.028 40.30 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4510 steps, 0.000000E+00 s simulation time, 31.95 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4520 steps, 0.000000E+00 s simulation time, 32.01 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 4530 steps, 0.000000E+00 s simulation time, 32.08 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4540 steps, 0.000000E+00 s simulation time, 32.14 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 4550 steps, 0.000000E+00 s simulation time, 32.20 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4560 steps, 0.000000E+00 s simulation time, 32.27 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 4570 steps, 0.000000E+00 s simulation time, 32.33 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4580 steps, 0.000000E+00 s simulation time, 32.39 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4590 steps, 0.000000E+00 s simulation time, 32.46 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4600 steps, 0.000000E+00 s simulation time, 32.52 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 4600 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 31.62 31.617 31.617 100.00 ------------------------------------------------------------------------------- GM_run 4530 4530 16.05 0.004 0.004 50.78 IE_run 4530 4530 0.00 0.000 0.000 0.01 GM_IE_couple 453 453 2.83 0.006 0.006 8.95 IE_GM_couple 453 453 12.71 0.028 0.028 40.19 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 4610 steps, 0.000000E+00 s simulation time, 32.58 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4620 steps, 0.000000E+00 s simulation time, 32.65 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4630 steps, 0.000000E+00 s simulation time, 32.71 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4640 steps, 0.000000E+00 s simulation time, 32.77 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 4650 steps, 0.000000E+00 s simulation time, 32.84 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4660 steps, 0.000000E+00 s simulation time, 32.90 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4670 steps, 0.000000E+00 s simulation time, 32.97 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4680 steps, 0.000000E+00 s simulation time, 33.03 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4690 steps, 0.000000E+00 s simulation time, 33.10 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 4700 steps, 0.000000E+00 s simulation time, 33.16 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 4700 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 32.26 32.255 32.255 100.00 ------------------------------------------------------------------------------- GM_run 4630 4630 16.40 0.004 0.004 50.85 IE_run 4630 4630 0.00 0.000 0.000 0.01 GM_IE_couple 463 463 2.89 0.006 0.006 8.97 IE_GM_couple 463 463 12.93 0.028 0.028 40.09 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 4710 steps, 0.000000E+00 s simulation time, 33.22 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4720 steps, 0.000000E+00 s simulation time, 33.29 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4730 steps, 0.000000E+00 s simulation time, 33.35 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 4740 steps, 0.000000E+00 s simulation time, 33.41 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 4750 steps, 0.000000E+00 s simulation time, 33.48 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4760 steps, 0.000000E+00 s simulation time, 33.54 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4770 steps, 0.000000E+00 s simulation time, 33.61 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4780 steps, 0.000000E+00 s simulation time, 33.67 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 4790 steps, 0.000000E+00 s simulation time, 33.73 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4800 steps, 0.000000E+00 s simulation time, 33.80 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 4800 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 32.89 32.894 32.894 100.00 ------------------------------------------------------------------------------- GM_run 4730 4730 16.75 0.004 0.004 50.93 IE_run 4730 4730 0.00 0.000 0.000 0.01 GM_IE_couple 473 473 2.95 0.006 0.006 8.98 IE_GM_couple 473 473 13.16 0.028 0.028 40.00 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4810 steps, 0.000000E+00 s simulation time, 33.86 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4820 steps, 0.000000E+00 s simulation time, 33.92 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4830 steps, 0.000000E+00 s simulation time, 33.99 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4840 steps, 0.000000E+00 s simulation time, 34.05 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 4850 steps, 0.000000E+00 s simulation time, 34.11 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4860 steps, 0.000000E+00 s simulation time, 34.18 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4870 steps, 0.000000E+00 s simulation time, 34.24 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4880 steps, 0.000000E+00 s simulation time, 34.30 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4890 steps, 0.000000E+00 s simulation time, 34.37 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 4900 steps, 0.000000E+00 s simulation time, 34.43 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 4900 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 33.53 33.527 33.527 100.00 ------------------------------------------------------------------------------- GM_run 4830 4830 17.10 0.004 0.004 51.01 IE_run 4830 4830 0.00 0.000 0.000 0.01 GM_IE_couple 483 483 3.02 0.006 0.006 9.00 IE_GM_couple 483 483 13.38 0.028 0.028 39.91 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4910 steps, 0.000000E+00 s simulation time, 34.49 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4920 steps, 0.000000E+00 s simulation time, 34.56 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 4930 steps, 0.000000E+00 s simulation time, 34.62 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4940 steps, 0.000000E+00 s simulation time, 34.68 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4950 steps, 0.000000E+00 s simulation time, 34.75 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4960 steps, 0.000000E+00 s simulation time, 34.81 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 4970 steps, 0.000000E+00 s simulation time, 34.87 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4980 steps, 0.000000E+00 s simulation time, 34.94 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 4990 steps, 0.000000E+00 s simulation time, 35.02 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV GM:saved iFile= 6 type=y=0_mhd at nStep= 5000 GM:saved iFile= 7 type=z=0_mhd at nStep= 5000 Progress: 5000 steps, 0.000000E+00 s simulation time, 35.20 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 5000 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 34.30 34.299 34.299 100.00 ------------------------------------------------------------------------------- GM_run 4930 4930 17.57 0.004 0.004 51.24 IE_run 4930 4930 0.00 0.000 0.000 0.01 GM_IE_couple 493 493 3.08 0.006 0.006 8.97 IE_GM_couple 493 493 13.62 0.028 0.028 39.70 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5010 steps, 0.000000E+00 s simulation time, 35.27 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5020 steps, 0.000000E+00 s simulation time, 35.33 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5030 steps, 0.000000E+00 s simulation time, 35.39 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5040 steps, 0.000000E+00 s simulation time, 35.46 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5050 steps, 0.000000E+00 s simulation time, 35.52 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5060 steps, 0.000000E+00 s simulation time, 35.59 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5070 steps, 0.000000E+00 s simulation time, 35.65 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5080 steps, 0.000000E+00 s simulation time, 35.72 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5090 steps, 0.000000E+00 s simulation time, 35.78 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5100 steps, 0.000000E+00 s simulation time, 35.84 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 5100 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 34.94 34.940 34.940 100.00 ------------------------------------------------------------------------------- GM_run 5030 5030 17.92 0.004 0.004 51.30 IE_run 5030 5030 0.00 0.000 0.000 0.01 GM_IE_couple 503 503 3.14 0.006 0.006 8.99 IE_GM_couple 503 503 13.85 0.028 0.028 39.63 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5110 steps, 0.000000E+00 s simulation time, 35.91 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5120 steps, 0.000000E+00 s simulation time, 35.97 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5130 steps, 0.000000E+00 s simulation time, 36.03 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5140 steps, 0.000000E+00 s simulation time, 36.10 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5150 steps, 0.000000E+00 s simulation time, 36.16 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5160 steps, 0.000000E+00 s simulation time, 36.23 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5170 steps, 0.000000E+00 s simulation time, 36.29 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5180 steps, 0.000000E+00 s simulation time, 36.35 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5190 steps, 0.000000E+00 s simulation time, 36.42 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5200 steps, 0.000000E+00 s simulation time, 36.48 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 5200 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 35.58 35.579 35.579 100.00 ------------------------------------------------------------------------------- GM_run 5130 5130 18.27 0.004 0.004 51.36 IE_run 5130 5130 0.00 0.000 0.000 0.01 GM_IE_couple 513 513 3.20 0.006 0.006 9.01 IE_GM_couple 513 513 14.07 0.027 0.027 39.55 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5210 steps, 0.000000E+00 s simulation time, 36.55 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5220 steps, 0.000000E+00 s simulation time, 36.61 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5230 steps, 0.000000E+00 s simulation time, 36.67 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5240 steps, 0.000000E+00 s simulation time, 36.74 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5250 steps, 0.000000E+00 s simulation time, 36.80 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5260 steps, 0.000000E+00 s simulation time, 36.87 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5270 steps, 0.000000E+00 s simulation time, 36.93 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5280 steps, 0.000000E+00 s simulation time, 36.99 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5290 steps, 0.000000E+00 s simulation time, 37.06 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5300 steps, 0.000000E+00 s simulation time, 37.12 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 5300 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 36.22 36.219 36.219 100.00 ------------------------------------------------------------------------------- GM_run 5230 5230 18.62 0.004 0.004 51.42 IE_run 5230 5230 0.00 0.000 0.000 0.01 GM_IE_couple 523 523 3.27 0.006 0.006 9.02 IE_GM_couple 523 523 14.30 0.027 0.027 39.48 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5310 steps, 0.000000E+00 s simulation time, 37.19 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5320 steps, 0.000000E+00 s simulation time, 37.25 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5330 steps, 0.000000E+00 s simulation time, 37.31 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5340 steps, 0.000000E+00 s simulation time, 37.38 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5350 steps, 0.000000E+00 s simulation time, 37.44 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5360 steps, 0.000000E+00 s simulation time, 37.51 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5370 steps, 0.000000E+00 s simulation time, 37.57 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5380 steps, 0.000000E+00 s simulation time, 37.64 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5390 steps, 0.000000E+00 s simulation time, 37.70 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5400 steps, 0.000000E+00 s simulation time, 37.76 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 5400 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 36.86 36.859 36.859 100.00 ------------------------------------------------------------------------------- GM_run 5330 5330 18.97 0.004 0.004 51.48 IE_run 5330 5330 0.00 0.000 0.000 0.01 GM_IE_couple 533 533 3.33 0.006 0.006 9.04 IE_GM_couple 533 533 14.52 0.027 0.027 39.41 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5410 steps, 0.000000E+00 s simulation time, 37.83 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5420 steps, 0.000000E+00 s simulation time, 37.89 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5430 steps, 0.000000E+00 s simulation time, 37.95 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5440 steps, 0.000000E+00 s simulation time, 38.02 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5450 steps, 0.000000E+00 s simulation time, 38.08 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5460 steps, 0.000000E+00 s simulation time, 38.14 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5470 steps, 0.000000E+00 s simulation time, 38.21 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5480 steps, 0.000000E+00 s simulation time, 38.27 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5490 steps, 0.000000E+00 s simulation time, 38.33 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5500 steps, 0.000000E+00 s simulation time, 38.40 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 5500 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 37.49 37.492 37.492 100.00 ------------------------------------------------------------------------------- GM_run 5430 5430 19.32 0.004 0.004 51.54 IE_run 5430 5430 0.00 0.000 0.000 0.01 GM_IE_couple 543 543 3.39 0.006 0.006 9.05 IE_GM_couple 543 543 14.75 0.027 0.027 39.33 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5510 steps, 0.000000E+00 s simulation time, 38.46 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5520 steps, 0.000000E+00 s simulation time, 38.52 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5530 steps, 0.000000E+00 s simulation time, 38.59 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5540 steps, 0.000000E+00 s simulation time, 38.65 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5550 steps, 0.000000E+00 s simulation time, 38.71 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5560 steps, 0.000000E+00 s simulation time, 38.78 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5570 steps, 0.000000E+00 s simulation time, 38.84 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5580 steps, 0.000000E+00 s simulation time, 38.90 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5590 steps, 0.000000E+00 s simulation time, 38.96 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5600 steps, 0.000000E+00 s simulation time, 39.03 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 5600 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 38.12 38.124 38.124 100.00 ------------------------------------------------------------------------------- GM_run 5530 5530 19.67 0.004 0.004 51.60 IE_run 5530 5530 0.00 0.000 0.000 0.01 GM_IE_couple 553 553 3.45 0.006 0.006 9.06 IE_GM_couple 553 553 14.97 0.027 0.027 39.26 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5610 steps, 0.000000E+00 s simulation time, 39.09 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5620 steps, 0.000000E+00 s simulation time, 39.15 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5630 steps, 0.000000E+00 s simulation time, 39.22 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5640 steps, 0.000000E+00 s simulation time, 39.28 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5650 steps, 0.000000E+00 s simulation time, 39.35 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5660 steps, 0.000000E+00 s simulation time, 39.41 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5670 steps, 0.000000E+00 s simulation time, 39.47 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5680 steps, 0.000000E+00 s simulation time, 39.54 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5690 steps, 0.000000E+00 s simulation time, 39.60 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5700 steps, 0.000000E+00 s simulation time, 39.66 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 5700 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 38.76 38.761 38.761 100.00 ------------------------------------------------------------------------------- GM_run 5630 5630 20.02 0.004 0.004 51.65 IE_run 5630 5630 0.00 0.000 0.000 0.01 GM_IE_couple 563 563 3.51 0.006 0.006 9.07 IE_GM_couple 563 563 15.19 0.027 0.027 39.19 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5710 steps, 0.000000E+00 s simulation time, 39.73 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5720 steps, 0.000000E+00 s simulation time, 39.79 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5730 steps, 0.000000E+00 s simulation time, 39.85 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5740 steps, 0.000000E+00 s simulation time, 39.92 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5750 steps, 0.000000E+00 s simulation time, 39.98 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5760 steps, 0.000000E+00 s simulation time, 40.04 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5770 steps, 0.000000E+00 s simulation time, 40.11 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5780 steps, 0.000000E+00 s simulation time, 40.17 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5790 steps, 0.000000E+00 s simulation time, 40.23 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5800 steps, 0.000000E+00 s simulation time, 40.30 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 5800 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 39.39 39.393 39.393 100.00 ------------------------------------------------------------------------------- GM_run 5730 5730 20.37 0.004 0.004 51.71 IE_run 5730 5730 0.00 0.000 0.000 0.01 GM_IE_couple 573 573 3.58 0.006 0.006 9.08 IE_GM_couple 573 573 15.41 0.027 0.027 39.13 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5810 steps, 0.000000E+00 s simulation time, 40.36 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5820 steps, 0.000000E+00 s simulation time, 40.42 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5830 steps, 0.000000E+00 s simulation time, 40.49 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5840 steps, 0.000000E+00 s simulation time, 40.55 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5850 steps, 0.000000E+00 s simulation time, 40.61 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5860 steps, 0.000000E+00 s simulation time, 40.68 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5870 steps, 0.000000E+00 s simulation time, 40.74 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5880 steps, 0.000000E+00 s simulation time, 40.80 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5890 steps, 0.000000E+00 s simulation time, 40.87 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5900 steps, 0.000000E+00 s simulation time, 40.93 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 5900 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 40.03 40.027 40.027 100.00 ------------------------------------------------------------------------------- GM_run 5830 5830 20.72 0.004 0.004 51.77 IE_run 5830 5830 0.00 0.000 0.000 0.01 GM_IE_couple 583 583 3.64 0.006 0.006 9.09 IE_GM_couple 583 583 15.64 0.027 0.027 39.06 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5910 steps, 0.000000E+00 s simulation time, 40.99 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5920 steps, 0.000000E+00 s simulation time, 41.06 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5930 steps, 0.000000E+00 s simulation time, 41.12 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5940 steps, 0.000000E+00 s simulation time, 41.18 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 5950 steps, 0.000000E+00 s simulation time, 41.25 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5960 steps, 0.000000E+00 s simulation time, 41.31 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5970 steps, 0.000000E+00 s simulation time, 41.38 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5980 steps, 0.000000E+00 s simulation time, 41.44 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 5990 steps, 0.000000E+00 s simulation time, 41.52 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6000 steps, 0.000000E+00 s simulation time, 41.59 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 6000 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 40.68 40.682 40.682 100.00 ------------------------------------------------------------------------------- GM_run 5930 5930 21.07 0.004 0.004 51.79 IE_run 5930 5930 0.00 0.000 0.000 0.01 GM_IE_couple 593 593 3.70 0.006 0.006 9.10 IE_GM_couple 593 593 15.88 0.027 0.027 39.03 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6010 steps, 0.000000E+00 s simulation time, 41.65 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6020 steps, 0.000000E+00 s simulation time, 41.71 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6030 steps, 0.000000E+00 s simulation time, 41.78 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6040 steps, 0.000000E+00 s simulation time, 41.84 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6050 steps, 0.000000E+00 s simulation time, 41.91 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6060 steps, 0.000000E+00 s simulation time, 41.97 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6070 steps, 0.000000E+00 s simulation time, 42.03 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 6080 steps, 0.000000E+00 s simulation time, 42.10 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6090 steps, 0.000000E+00 s simulation time, 42.16 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6100 steps, 0.000000E+00 s simulation time, 42.22 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 6100 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 41.32 41.321 41.321 100.00 ------------------------------------------------------------------------------- GM_run 6030 6030 21.42 0.004 0.004 51.84 IE_run 6030 6030 0.00 0.000 0.000 0.01 GM_IE_couple 603 603 3.76 0.006 0.006 9.11 IE_GM_couple 603 603 16.10 0.027 0.027 38.97 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 6110 steps, 0.000000E+00 s simulation time, 42.29 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6120 steps, 0.000000E+00 s simulation time, 42.35 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6130 steps, 0.000000E+00 s simulation time, 42.41 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6140 steps, 0.000000E+00 s simulation time, 42.48 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6150 steps, 0.000000E+00 s simulation time, 42.54 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6160 steps, 0.000000E+00 s simulation time, 42.60 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 6170 steps, 0.000000E+00 s simulation time, 42.67 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6180 steps, 0.000000E+00 s simulation time, 42.73 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6190 steps, 0.000000E+00 s simulation time, 42.79 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6200 steps, 0.000000E+00 s simulation time, 42.86 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 6200 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 41.95 41.954 41.954 100.00 ------------------------------------------------------------------------------- GM_run 6130 6130 21.77 0.004 0.004 51.89 IE_run 6130 6130 0.00 0.000 0.000 0.01 GM_IE_couple 613 613 3.82 0.006 0.006 9.12 IE_GM_couple 613 613 16.33 0.027 0.027 38.91 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6210 steps, 0.000000E+00 s simulation time, 42.92 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6220 steps, 0.000000E+00 s simulation time, 42.98 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6230 steps, 0.000000E+00 s simulation time, 43.05 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6240 steps, 0.000000E+00 s simulation time, 43.11 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6250 steps, 0.000000E+00 s simulation time, 43.17 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6260 steps, 0.000000E+00 s simulation time, 43.24 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6270 steps, 0.000000E+00 s simulation time, 43.30 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6280 steps, 0.000000E+00 s simulation time, 43.36 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6290 steps, 0.000000E+00 s simulation time, 43.43 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6300 steps, 0.000000E+00 s simulation time, 43.49 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 6300 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 42.59 42.587 42.587 100.00 ------------------------------------------------------------------------------- GM_run 6230 6230 22.12 0.004 0.004 51.94 IE_run 6230 6230 0.00 0.000 0.000 0.01 GM_IE_couple 623 623 3.89 0.006 0.006 9.12 IE_GM_couple 623 623 16.55 0.027 0.027 38.85 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6310 steps, 0.000000E+00 s simulation time, 43.55 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 6320 steps, 0.000000E+00 s simulation time, 43.62 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6330 steps, 0.000000E+00 s simulation time, 43.68 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6340 steps, 0.000000E+00 s simulation time, 43.75 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6350 steps, 0.000000E+00 s simulation time, 43.81 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6360 steps, 0.000000E+00 s simulation time, 43.87 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6370 steps, 0.000000E+00 s simulation time, 43.94 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6380 steps, 0.000000E+00 s simulation time, 44.00 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6390 steps, 0.000000E+00 s simulation time, 44.07 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 6400 steps, 0.000000E+00 s simulation time, 44.13 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 6400 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 43.23 43.226 43.226 100.00 ------------------------------------------------------------------------------- GM_run 6330 6330 22.47 0.004 0.004 51.98 IE_run 6330 6330 0.00 0.000 0.000 0.01 GM_IE_couple 633 633 3.95 0.006 0.006 9.13 IE_GM_couple 633 633 16.77 0.026 0.026 38.80 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 6410 steps, 0.000000E+00 s simulation time, 44.19 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6420 steps, 0.000000E+00 s simulation time, 44.26 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 6430 steps, 0.000000E+00 s simulation time, 44.32 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6440 steps, 0.000000E+00 s simulation time, 44.39 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6450 steps, 0.000000E+00 s simulation time, 44.45 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6460 steps, 0.000000E+00 s simulation time, 44.51 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6470 steps, 0.000000E+00 s simulation time, 44.58 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6480 steps, 0.000000E+00 s simulation time, 44.64 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6490 steps, 0.000000E+00 s simulation time, 44.71 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6500 steps, 0.000000E+00 s simulation time, 44.77 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 6500 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 43.87 43.867 43.867 100.00 ------------------------------------------------------------------------------- GM_run 6430 6430 22.82 0.004 0.004 52.02 IE_run 6430 6430 0.00 0.000 0.000 0.01 GM_IE_couple 643 643 4.01 0.006 0.006 9.15 IE_GM_couple 643 643 17.00 0.026 0.026 38.75 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6510 steps, 0.000000E+00 s simulation time, 44.83 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6520 steps, 0.000000E+00 s simulation time, 44.90 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6530 steps, 0.000000E+00 s simulation time, 44.96 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 6540 steps, 0.000000E+00 s simulation time, 45.03 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 6550 steps, 0.000000E+00 s simulation time, 45.09 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6560 steps, 0.000000E+00 s simulation time, 45.15 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6570 steps, 0.000000E+00 s simulation time, 45.22 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6580 steps, 0.000000E+00 s simulation time, 45.28 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6590 steps, 0.000000E+00 s simulation time, 45.35 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6600 steps, 0.000000E+00 s simulation time, 45.41 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 6600 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 44.51 44.510 44.510 100.00 ------------------------------------------------------------------------------- GM_run 6530 6530 23.17 0.004 0.004 52.05 IE_run 6530 6530 0.00 0.000 0.000 0.01 GM_IE_couple 653 653 4.08 0.006 0.006 9.16 IE_GM_couple 653 653 17.23 0.026 0.026 38.71 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6610 steps, 0.000000E+00 s simulation time, 45.48 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 6620 steps, 0.000000E+00 s simulation time, 45.54 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6630 steps, 0.000000E+00 s simulation time, 45.61 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6640 steps, 0.000000E+00 s simulation time, 45.67 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6650 steps, 0.000000E+00 s simulation time, 45.73 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 6660 steps, 0.000000E+00 s simulation time, 45.80 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6670 steps, 0.000000E+00 s simulation time, 45.86 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6680 steps, 0.000000E+00 s simulation time, 45.92 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 6690 steps, 0.000000E+00 s simulation time, 45.99 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6700 steps, 0.000000E+00 s simulation time, 46.05 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 6700 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 45.15 45.145 45.145 100.00 ------------------------------------------------------------------------------- GM_run 6630 6630 23.52 0.004 0.004 52.10 IE_run 6630 6630 0.00 0.000 0.000 0.01 GM_IE_couple 663 663 4.14 0.006 0.006 9.16 IE_GM_couple 663 663 17.45 0.026 0.026 38.66 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6710 steps, 0.000000E+00 s simulation time, 46.11 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6720 steps, 0.000000E+00 s simulation time, 46.18 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 6730 steps, 0.000000E+00 s simulation time, 46.24 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6740 steps, 0.000000E+00 s simulation time, 46.30 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6750 steps, 0.000000E+00 s simulation time, 46.36 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6760 steps, 0.000000E+00 s simulation time, 46.43 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6770 steps, 0.000000E+00 s simulation time, 46.49 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 6780 steps, 0.000000E+00 s simulation time, 46.55 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6790 steps, 0.000000E+00 s simulation time, 46.62 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6800 steps, 0.000000E+00 s simulation time, 46.68 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 6800 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 45.78 45.778 45.778 100.00 ------------------------------------------------------------------------------- GM_run 6730 6730 23.87 0.004 0.004 52.14 IE_run 6730 6730 0.00 0.000 0.000 0.01 GM_IE_couple 673 673 4.20 0.006 0.006 9.17 IE_GM_couple 673 673 17.67 0.026 0.026 38.61 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 6810 steps, 0.000000E+00 s simulation time, 46.74 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6820 steps, 0.000000E+00 s simulation time, 46.81 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6830 steps, 0.000000E+00 s simulation time, 46.87 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6840 steps, 0.000000E+00 s simulation time, 46.93 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 6850 steps, 0.000000E+00 s simulation time, 47.00 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6860 steps, 0.000000E+00 s simulation time, 47.06 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6870 steps, 0.000000E+00 s simulation time, 47.12 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 6880 steps, 0.000000E+00 s simulation time, 47.19 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6890 steps, 0.000000E+00 s simulation time, 47.25 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6900 steps, 0.000000E+00 s simulation time, 47.31 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 6900 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 46.41 46.411 46.411 100.00 ------------------------------------------------------------------------------- GM_run 6830 6830 24.22 0.004 0.004 52.18 IE_run 6830 6830 0.00 0.000 0.000 0.01 GM_IE_couple 683 683 4.26 0.006 0.006 9.18 IE_GM_couple 683 683 17.89 0.026 0.026 38.56 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6910 steps, 0.000000E+00 s simulation time, 47.38 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 6920 steps, 0.000000E+00 s simulation time, 47.44 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6930 steps, 0.000000E+00 s simulation time, 47.50 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6940 steps, 0.000000E+00 s simulation time, 47.57 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6950 steps, 0.000000E+00 s simulation time, 47.63 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6960 steps, 0.000000E+00 s simulation time, 47.69 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6970 steps, 0.000000E+00 s simulation time, 47.76 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6980 steps, 0.000000E+00 s simulation time, 47.82 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 6990 steps, 0.000000E+00 s simulation time, 47.90 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7000 steps, 0.000000E+00 s simulation time, 47.96 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 7000 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 47.06 47.061 47.061 100.00 ------------------------------------------------------------------------------- GM_run 6930 6930 24.57 0.004 0.004 52.20 IE_run 6930 6930 0.00 0.000 0.000 0.01 GM_IE_couple 693 693 4.32 0.006 0.006 9.18 IE_GM_couple 693 693 18.13 0.026 0.026 38.53 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7010 steps, 0.000000E+00 s simulation time, 48.03 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 7020 steps, 0.000000E+00 s simulation time, 48.09 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7030 steps, 0.000000E+00 s simulation time, 48.16 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7040 steps, 0.000000E+00 s simulation time, 48.22 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 7050 steps, 0.000000E+00 s simulation time, 48.28 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7060 steps, 0.000000E+00 s simulation time, 48.35 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7070 steps, 0.000000E+00 s simulation time, 48.41 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 7080 steps, 0.000000E+00 s simulation time, 48.47 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7090 steps, 0.000000E+00 s simulation time, 48.53 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7100 steps, 0.000000E+00 s simulation time, 48.60 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 7100 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 47.69 47.695 47.695 100.00 ------------------------------------------------------------------------------- GM_run 7030 7030 24.92 0.004 0.004 52.24 IE_run 7030 7030 0.00 0.000 0.000 0.01 GM_IE_couple 703 703 4.38 0.006 0.006 9.19 IE_GM_couple 703 703 18.36 0.026 0.026 38.48 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7110 steps, 0.000000E+00 s simulation time, 48.66 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7120 steps, 0.000000E+00 s simulation time, 48.73 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7130 steps, 0.000000E+00 s simulation time, 48.79 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 7140 steps, 0.000000E+00 s simulation time, 48.85 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7150 steps, 0.000000E+00 s simulation time, 48.92 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7160 steps, 0.000000E+00 s simulation time, 48.98 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7170 steps, 0.000000E+00 s simulation time, 49.04 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 7180 steps, 0.000000E+00 s simulation time, 49.11 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7190 steps, 0.000000E+00 s simulation time, 49.17 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7200 steps, 0.000000E+00 s simulation time, 49.24 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 7200 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 48.33 48.334 48.334 100.00 ------------------------------------------------------------------------------- GM_run 7130 7130 25.27 0.004 0.004 52.28 IE_run 7130 7130 0.00 0.000 0.000 0.01 GM_IE_couple 713 713 4.45 0.006 0.006 9.20 IE_GM_couple 713 713 18.58 0.026 0.026 38.44 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7210 steps, 0.000000E+00 s simulation time, 49.30 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7220 steps, 0.000000E+00 s simulation time, 49.37 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 7230 steps, 0.000000E+00 s simulation time, 49.43 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 7240 steps, 0.000000E+00 s simulation time, 49.49 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7250 steps, 0.000000E+00 s simulation time, 49.56 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7260 steps, 0.000000E+00 s simulation time, 49.62 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7270 steps, 0.000000E+00 s simulation time, 49.69 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7280 steps, 0.000000E+00 s simulation time, 49.75 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7290 steps, 0.000000E+00 s simulation time, 49.81 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7300 steps, 0.000000E+00 s simulation time, 49.88 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 7300 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 48.97 48.974 48.974 100.00 ------------------------------------------------------------------------------- GM_run 7230 7230 25.62 0.004 0.004 52.31 IE_run 7230 7230 0.00 0.000 0.000 0.01 GM_IE_couple 723 723 4.51 0.006 0.006 9.21 IE_GM_couple 723 723 18.81 0.026 0.026 38.40 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7310 steps, 0.000000E+00 s simulation time, 49.94 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7320 steps, 0.000000E+00 s simulation time, 50.00 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7330 steps, 0.000000E+00 s simulation time, 50.07 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7340 steps, 0.000000E+00 s simulation time, 50.13 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7350 steps, 0.000000E+00 s simulation time, 50.19 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7360 steps, 0.000000E+00 s simulation time, 50.26 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7370 steps, 0.000000E+00 s simulation time, 50.32 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7380 steps, 0.000000E+00 s simulation time, 50.38 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7390 steps, 0.000000E+00 s simulation time, 50.45 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 7400 steps, 0.000000E+00 s simulation time, 50.51 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 7400 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 49.61 49.607 49.607 100.00 ------------------------------------------------------------------------------- GM_run 7330 7330 25.97 0.004 0.004 52.35 IE_run 7330 7330 0.00 0.000 0.000 0.01 GM_IE_couple 733 733 4.57 0.006 0.006 9.21 IE_GM_couple 733 733 19.03 0.026 0.026 38.36 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7410 steps, 0.000000E+00 s simulation time, 50.57 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7420 steps, 0.000000E+00 s simulation time, 50.64 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7430 steps, 0.000000E+00 s simulation time, 50.70 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 7440 steps, 0.000000E+00 s simulation time, 50.77 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7450 steps, 0.000000E+00 s simulation time, 50.83 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 7460 steps, 0.000000E+00 s simulation time, 50.89 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7470 steps, 0.000000E+00 s simulation time, 50.96 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7480 steps, 0.000000E+00 s simulation time, 51.02 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7490 steps, 0.000000E+00 s simulation time, 51.08 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV GM:saved iFile= 6 type=y=0_mhd at nStep= 7500 GM:saved iFile= 7 type=z=0_mhd at nStep= 7500 Progress: 7500 steps, 0.000000E+00 s simulation time, 51.27 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 7500 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 50.36 50.364 50.364 100.00 ------------------------------------------------------------------------------- GM_run 7430 7430 26.44 0.004 0.004 52.50 IE_run 7430 7430 0.00 0.000 0.000 0.01 GM_IE_couple 743 743 4.63 0.006 0.006 9.20 IE_GM_couple 743 743 19.25 0.026 0.026 38.23 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7510 steps, 0.000000E+00 s simulation time, 51.33 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7520 steps, 0.000000E+00 s simulation time, 51.40 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 7530 steps, 0.000000E+00 s simulation time, 51.46 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 7540 steps, 0.000000E+00 s simulation time, 51.52 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7550 steps, 0.000000E+00 s simulation time, 51.59 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7560 steps, 0.000000E+00 s simulation time, 51.65 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7570 steps, 0.000000E+00 s simulation time, 51.72 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7580 steps, 0.000000E+00 s simulation time, 51.78 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 7590 steps, 0.000000E+00 s simulation time, 51.85 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 7600 steps, 0.000000E+00 s simulation time, 51.91 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 7600 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 51.01 51.005 51.005 100.00 ------------------------------------------------------------------------------- GM_run 7530 7530 26.79 0.004 0.004 52.52 IE_run 7530 7530 0.01 0.000 0.000 0.01 GM_IE_couple 753 753 4.69 0.006 0.006 9.20 IE_GM_couple 753 753 19.48 0.026 0.026 38.19 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7610 steps, 0.000000E+00 s simulation time, 51.97 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7620 steps, 0.000000E+00 s simulation time, 52.04 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7630 steps, 0.000000E+00 s simulation time, 52.10 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7640 steps, 0.000000E+00 s simulation time, 52.17 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7650 steps, 0.000000E+00 s simulation time, 52.23 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7660 steps, 0.000000E+00 s simulation time, 52.29 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7670 steps, 0.000000E+00 s simulation time, 52.36 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7680 steps, 0.000000E+00 s simulation time, 52.42 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 7690 steps, 0.000000E+00 s simulation time, 52.49 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 7700 steps, 0.000000E+00 s simulation time, 52.55 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 7700 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 51.65 51.645 51.645 100.00 ------------------------------------------------------------------------------- GM_run 7630 7630 27.14 0.004 0.004 52.55 IE_run 7630 7630 0.01 0.000 0.000 0.01 GM_IE_couple 763 763 4.76 0.006 0.006 9.21 IE_GM_couple 763 763 19.71 0.026 0.026 38.16 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7710 steps, 0.000000E+00 s simulation time, 52.61 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7720 steps, 0.000000E+00 s simulation time, 52.68 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7730 steps, 0.000000E+00 s simulation time, 52.74 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 7740 steps, 0.000000E+00 s simulation time, 52.81 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7750 steps, 0.000000E+00 s simulation time, 52.87 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7760 steps, 0.000000E+00 s simulation time, 52.93 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7770 steps, 0.000000E+00 s simulation time, 53.00 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7780 steps, 0.000000E+00 s simulation time, 53.06 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7790 steps, 0.000000E+00 s simulation time, 53.13 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 7800 steps, 0.000000E+00 s simulation time, 53.19 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 7800 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 52.29 52.290 52.290 100.00 ------------------------------------------------------------------------------- GM_run 7730 7730 27.49 0.004 0.004 52.57 IE_run 7730 7730 0.01 0.000 0.000 0.01 GM_IE_couple 773 773 4.82 0.006 0.006 9.22 IE_GM_couple 773 773 19.94 0.026 0.026 38.13 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7810 steps, 0.000000E+00 s simulation time, 53.26 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 7820 steps, 0.000000E+00 s simulation time, 53.32 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7830 steps, 0.000000E+00 s simulation time, 53.39 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7840 steps, 0.000000E+00 s simulation time, 53.45 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7850 steps, 0.000000E+00 s simulation time, 53.51 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7860 steps, 0.000000E+00 s simulation time, 53.58 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7870 steps, 0.000000E+00 s simulation time, 53.64 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7880 steps, 0.000000E+00 s simulation time, 53.70 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7890 steps, 0.000000E+00 s simulation time, 53.77 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7900 steps, 0.000000E+00 s simulation time, 53.83 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 7900 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 52.92 52.925 52.925 100.00 ------------------------------------------------------------------------------- GM_run 7830 7830 27.84 0.004 0.004 52.60 IE_run 7830 7830 0.01 0.000 0.000 0.01 GM_IE_couple 783 783 4.88 0.006 0.006 9.23 IE_GM_couple 783 783 20.16 0.026 0.026 38.09 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7910 steps, 0.000000E+00 s simulation time, 53.89 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7920 steps, 0.000000E+00 s simulation time, 53.96 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7930 steps, 0.000000E+00 s simulation time, 54.02 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 7940 steps, 0.000000E+00 s simulation time, 54.08 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7950 steps, 0.000000E+00 s simulation time, 54.14 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7960 steps, 0.000000E+00 s simulation time, 54.21 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7970 steps, 0.000000E+00 s simulation time, 54.27 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 7980 steps, 0.000000E+00 s simulation time, 54.33 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 7990 steps, 0.000000E+00 s simulation time, 54.41 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8000 steps, 0.000000E+00 s simulation time, 54.48 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 8000 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 53.57 53.573 53.573 100.00 ------------------------------------------------------------------------------- GM_run 7930 7930 28.19 0.004 0.004 52.62 IE_run 7930 7930 0.01 0.000 0.000 0.01 GM_IE_couple 793 793 4.94 0.006 0.006 9.23 IE_GM_couple 793 793 20.40 0.026 0.026 38.07 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8010 steps, 0.000000E+00 s simulation time, 54.54 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8020 steps, 0.000000E+00 s simulation time, 54.60 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8030 steps, 0.000000E+00 s simulation time, 54.67 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8040 steps, 0.000000E+00 s simulation time, 54.73 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8050 steps, 0.000000E+00 s simulation time, 54.79 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8060 steps, 0.000000E+00 s simulation time, 54.86 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8070 steps, 0.000000E+00 s simulation time, 54.92 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8080 steps, 0.000000E+00 s simulation time, 54.98 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8090 steps, 0.000000E+00 s simulation time, 55.05 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8100 steps, 0.000000E+00 s simulation time, 55.11 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 8100 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 54.21 54.207 54.207 100.00 ------------------------------------------------------------------------------- GM_run 8030 8030 28.54 0.004 0.004 52.65 IE_run 8030 8030 0.01 0.000 0.000 0.01 GM_IE_couple 803 803 5.01 0.006 0.006 9.23 IE_GM_couple 803 803 20.62 0.026 0.026 38.04 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8110 steps, 0.000000E+00 s simulation time, 55.17 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8120 steps, 0.000000E+00 s simulation time, 55.24 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8130 steps, 0.000000E+00 s simulation time, 55.30 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8140 steps, 0.000000E+00 s simulation time, 55.36 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8150 steps, 0.000000E+00 s simulation time, 55.43 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8160 steps, 0.000000E+00 s simulation time, 55.49 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8170 steps, 0.000000E+00 s simulation time, 55.55 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8180 steps, 0.000000E+00 s simulation time, 55.62 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8190 steps, 0.000000E+00 s simulation time, 55.68 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8200 steps, 0.000000E+00 s simulation time, 55.74 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 8200 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 54.84 54.840 54.840 100.00 ------------------------------------------------------------------------------- GM_run 8130 8130 28.89 0.004 0.004 52.68 IE_run 8130 8130 0.01 0.000 0.000 0.01 GM_IE_couple 813 813 5.07 0.006 0.006 9.24 IE_GM_couple 813 813 20.84 0.026 0.026 38.00 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8210 steps, 0.000000E+00 s simulation time, 55.81 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8220 steps, 0.000000E+00 s simulation time, 55.87 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8230 steps, 0.000000E+00 s simulation time, 55.93 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8240 steps, 0.000000E+00 s simulation time, 56.00 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8250 steps, 0.000000E+00 s simulation time, 56.06 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8260 steps, 0.000000E+00 s simulation time, 56.12 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8270 steps, 0.000000E+00 s simulation time, 56.19 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8280 steps, 0.000000E+00 s simulation time, 56.25 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8290 steps, 0.000000E+00 s simulation time, 56.31 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8300 steps, 0.000000E+00 s simulation time, 56.38 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 8300 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 55.47 55.473 55.473 100.00 ------------------------------------------------------------------------------- GM_run 8230 8230 29.24 0.004 0.004 52.70 IE_run 8230 8230 0.01 0.000 0.000 0.01 GM_IE_couple 823 823 5.13 0.006 0.006 9.25 IE_GM_couple 823 823 21.06 0.026 0.026 37.97 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8310 steps, 0.000000E+00 s simulation time, 56.44 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8320 steps, 0.000000E+00 s simulation time, 56.50 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8330 steps, 0.000000E+00 s simulation time, 56.57 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8340 steps, 0.000000E+00 s simulation time, 56.63 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8350 steps, 0.000000E+00 s simulation time, 56.70 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8360 steps, 0.000000E+00 s simulation time, 56.76 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8370 steps, 0.000000E+00 s simulation time, 56.82 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8380 steps, 0.000000E+00 s simulation time, 56.89 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8390 steps, 0.000000E+00 s simulation time, 56.95 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8400 steps, 0.000000E+00 s simulation time, 57.02 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 8400 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 56.11 56.112 56.112 100.00 ------------------------------------------------------------------------------- GM_run 8330 8330 29.59 0.004 0.004 52.73 IE_run 8330 8330 0.01 0.000 0.000 0.01 GM_IE_couple 833 833 5.19 0.006 0.006 9.25 IE_GM_couple 833 833 21.29 0.026 0.026 37.94 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8410 steps, 0.000000E+00 s simulation time, 57.08 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8420 steps, 0.000000E+00 s simulation time, 57.14 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8430 steps, 0.000000E+00 s simulation time, 57.21 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8440 steps, 0.000000E+00 s simulation time, 57.27 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8450 steps, 0.000000E+00 s simulation time, 57.34 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8460 steps, 0.000000E+00 s simulation time, 57.40 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8470 steps, 0.000000E+00 s simulation time, 57.46 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8480 steps, 0.000000E+00 s simulation time, 57.53 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8490 steps, 0.000000E+00 s simulation time, 57.59 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8500 steps, 0.000000E+00 s simulation time, 57.66 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 8500 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 56.75 56.753 56.753 100.00 ------------------------------------------------------------------------------- GM_run 8430 8430 29.94 0.004 0.004 52.75 IE_run 8430 8430 0.01 0.000 0.000 0.01 GM_IE_couple 843 843 5.25 0.006 0.006 9.26 IE_GM_couple 843 843 21.52 0.026 0.026 37.91 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8510 steps, 0.000000E+00 s simulation time, 57.72 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8520 steps, 0.000000E+00 s simulation time, 57.78 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8530 steps, 0.000000E+00 s simulation time, 57.85 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8540 steps, 0.000000E+00 s simulation time, 57.91 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8550 steps, 0.000000E+00 s simulation time, 57.98 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8560 steps, 0.000000E+00 s simulation time, 58.04 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8570 steps, 0.000000E+00 s simulation time, 58.10 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8580 steps, 0.000000E+00 s simulation time, 58.17 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8590 steps, 0.000000E+00 s simulation time, 58.23 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8600 steps, 0.000000E+00 s simulation time, 58.29 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 8600 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 57.39 57.390 57.390 100.00 ------------------------------------------------------------------------------- GM_run 8530 8530 30.29 0.004 0.004 52.77 IE_run 8530 8530 0.01 0.000 0.000 0.01 GM_IE_couple 853 853 5.32 0.006 0.006 9.26 IE_GM_couple 853 853 21.74 0.025 0.025 37.88 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8610 steps, 0.000000E+00 s simulation time, 58.36 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8620 steps, 0.000000E+00 s simulation time, 58.42 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8630 steps, 0.000000E+00 s simulation time, 58.48 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8640 steps, 0.000000E+00 s simulation time, 58.55 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8650 steps, 0.000000E+00 s simulation time, 58.61 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8660 steps, 0.000000E+00 s simulation time, 58.68 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8670 steps, 0.000000E+00 s simulation time, 58.74 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8680 steps, 0.000000E+00 s simulation time, 58.81 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8690 steps, 0.000000E+00 s simulation time, 58.87 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8700 steps, 0.000000E+00 s simulation time, 58.93 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 8700 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 58.03 58.030 58.030 100.00 ------------------------------------------------------------------------------- GM_run 8630 8630 30.64 0.004 0.004 52.79 IE_run 8630 8630 0.01 0.000 0.000 0.01 GM_IE_couple 863 863 5.38 0.006 0.006 9.27 IE_GM_couple 863 863 21.97 0.025 0.025 37.86 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8710 steps, 0.000000E+00 s simulation time, 59.00 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8720 steps, 0.000000E+00 s simulation time, 59.06 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8730 steps, 0.000000E+00 s simulation time, 59.13 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8740 steps, 0.000000E+00 s simulation time, 59.19 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8750 steps, 0.000000E+00 s simulation time, 59.26 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8760 steps, 0.000000E+00 s simulation time, 59.32 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8770 steps, 0.000000E+00 s simulation time, 59.39 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8780 steps, 0.000000E+00 s simulation time, 59.45 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8790 steps, 0.000000E+00 s simulation time, 59.52 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8800 steps, 0.000000E+00 s simulation time, 59.58 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 8800 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 58.68 58.675 58.675 100.00 ------------------------------------------------------------------------------- GM_run 8730 8730 30.99 0.004 0.004 52.81 IE_run 8730 8730 0.01 0.000 0.000 0.01 GM_IE_couple 873 873 5.44 0.006 0.006 9.27 IE_GM_couple 873 873 22.20 0.025 0.025 37.84 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8810 steps, 0.000000E+00 s simulation time, 59.64 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8820 steps, 0.000000E+00 s simulation time, 59.71 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8830 steps, 0.000000E+00 s simulation time, 59.77 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8840 steps, 0.000000E+00 s simulation time, 59.84 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8850 steps, 0.000000E+00 s simulation time, 59.90 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8860 steps, 0.000000E+00 s simulation time, 59.96 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8870 steps, 0.000000E+00 s simulation time, 60.03 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8880 steps, 0.000000E+00 s simulation time, 60.09 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8890 steps, 0.000000E+00 s simulation time, 60.16 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8900 steps, 0.000000E+00 s simulation time, 60.22 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 8900 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 59.32 59.318 59.318 100.00 ------------------------------------------------------------------------------- GM_run 8830 8830 31.33 0.004 0.004 52.83 IE_run 8830 8830 0.01 0.000 0.000 0.01 GM_IE_couple 883 883 5.50 0.006 0.006 9.28 IE_GM_couple 883 883 22.43 0.025 0.025 37.81 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8910 steps, 0.000000E+00 s simulation time, 60.29 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8920 steps, 0.000000E+00 s simulation time, 60.35 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8930 steps, 0.000000E+00 s simulation time, 60.41 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8940 steps, 0.000000E+00 s simulation time, 60.48 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8950 steps, 0.000000E+00 s simulation time, 60.54 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8960 steps, 0.000000E+00 s simulation time, 60.61 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 8970 steps, 0.000000E+00 s simulation time, 60.67 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8980 steps, 0.000000E+00 s simulation time, 60.74 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 8990 steps, 0.000000E+00 s simulation time, 60.82 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9000 steps, 0.000000E+00 s simulation time, 60.88 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 9000 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 59.98 59.981 59.981 100.00 ------------------------------------------------------------------------------- GM_run 8930 8930 31.69 0.004 0.004 52.83 IE_run 8930 8930 0.01 0.000 0.000 0.01 GM_IE_couple 893 893 5.57 0.006 0.006 9.28 IE_GM_couple 893 893 22.68 0.025 0.025 37.81 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9010 steps, 0.000000E+00 s simulation time, 60.95 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9020 steps, 0.000000E+00 s simulation time, 61.01 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9030 steps, 0.000000E+00 s simulation time, 61.08 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9040 steps, 0.000000E+00 s simulation time, 61.14 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9050 steps, 0.000000E+00 s simulation time, 61.21 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9060 steps, 0.000000E+00 s simulation time, 61.27 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9070 steps, 0.000000E+00 s simulation time, 61.33 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9080 steps, 0.000000E+00 s simulation time, 61.40 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9090 steps, 0.000000E+00 s simulation time, 61.46 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9100 steps, 0.000000E+00 s simulation time, 61.53 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 9100 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 60.62 60.622 60.622 100.00 ------------------------------------------------------------------------------- GM_run 9030 9030 32.04 0.004 0.004 52.84 IE_run 9030 9030 0.01 0.000 0.000 0.01 GM_IE_couple 903 903 5.63 0.006 0.006 9.29 IE_GM_couple 903 903 22.91 0.025 0.025 37.79 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9110 steps, 0.000000E+00 s simulation time, 61.59 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9120 steps, 0.000000E+00 s simulation time, 61.65 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9130 steps, 0.000000E+00 s simulation time, 61.72 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9140 steps, 0.000000E+00 s simulation time, 61.78 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9150 steps, 0.000000E+00 s simulation time, 61.85 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9160 steps, 0.000000E+00 s simulation time, 61.91 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9170 steps, 0.000000E+00 s simulation time, 61.97 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9180 steps, 0.000000E+00 s simulation time, 62.04 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9190 steps, 0.000000E+00 s simulation time, 62.10 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9200 steps, 0.000000E+00 s simulation time, 62.16 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 9200 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 61.26 61.261 61.261 100.00 ------------------------------------------------------------------------------- GM_run 9130 9130 32.39 0.004 0.004 52.87 IE_run 9130 9130 0.01 0.000 0.000 0.01 GM_IE_couple 913 913 5.69 0.006 0.006 9.29 IE_GM_couple 913 913 23.13 0.025 0.025 37.76 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9210 steps, 0.000000E+00 s simulation time, 62.23 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9220 steps, 0.000000E+00 s simulation time, 62.29 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9230 steps, 0.000000E+00 s simulation time, 62.36 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9240 steps, 0.000000E+00 s simulation time, 62.42 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9250 steps, 0.000000E+00 s simulation time, 62.48 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9260 steps, 0.000000E+00 s simulation time, 62.55 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 9270 steps, 0.000000E+00 s simulation time, 62.61 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9280 steps, 0.000000E+00 s simulation time, 62.68 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9290 steps, 0.000000E+00 s simulation time, 62.74 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9300 steps, 0.000000E+00 s simulation time, 62.80 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 9300 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 61.90 61.900 61.900 100.00 ------------------------------------------------------------------------------- GM_run 9230 9230 32.74 0.004 0.004 52.89 IE_run 9230 9230 0.01 0.000 0.000 0.01 GM_IE_couple 923 923 5.75 0.006 0.006 9.29 IE_GM_couple 923 923 23.36 0.025 0.025 37.74 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9310 steps, 0.000000E+00 s simulation time, 62.87 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9320 steps, 0.000000E+00 s simulation time, 62.93 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9330 steps, 0.000000E+00 s simulation time, 63.00 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9340 steps, 0.000000E+00 s simulation time, 63.06 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9350 steps, 0.000000E+00 s simulation time, 63.12 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9360 steps, 0.000000E+00 s simulation time, 63.19 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9370 steps, 0.000000E+00 s simulation time, 63.25 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 9380 steps, 0.000000E+00 s simulation time, 63.32 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9390 steps, 0.000000E+00 s simulation time, 63.38 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9400 steps, 0.000000E+00 s simulation time, 63.44 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 9400 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 62.54 62.539 62.539 100.00 ------------------------------------------------------------------------------- GM_run 9330 9330 33.09 0.004 0.004 52.91 IE_run 9330 9330 0.01 0.000 0.000 0.01 GM_IE_couple 933 933 5.81 0.006 0.006 9.30 IE_GM_couple 933 933 23.59 0.025 0.025 37.72 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9410 steps, 0.000000E+00 s simulation time, 63.51 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9420 steps, 0.000000E+00 s simulation time, 63.57 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9430 steps, 0.000000E+00 s simulation time, 63.63 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9440 steps, 0.000000E+00 s simulation time, 63.70 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9450 steps, 0.000000E+00 s simulation time, 63.76 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9460 steps, 0.000000E+00 s simulation time, 63.83 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9470 steps, 0.000000E+00 s simulation time, 63.89 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9480 steps, 0.000000E+00 s simulation time, 63.95 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9490 steps, 0.000000E+00 s simulation time, 64.02 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9500 steps, 0.000000E+00 s simulation time, 64.08 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 9500 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 63.18 63.178 63.178 100.00 ------------------------------------------------------------------------------- GM_run 9430 9430 33.44 0.004 0.004 52.92 IE_run 9430 9430 0.01 0.000 0.000 0.01 GM_IE_couple 943 943 5.88 0.006 0.006 9.30 IE_GM_couple 943 943 23.81 0.025 0.025 37.69 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9510 steps, 0.000000E+00 s simulation time, 64.15 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9520 steps, 0.000000E+00 s simulation time, 64.21 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9530 steps, 0.000000E+00 s simulation time, 64.27 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9540 steps, 0.000000E+00 s simulation time, 64.34 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9550 steps, 0.000000E+00 s simulation time, 64.40 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9560 steps, 0.000000E+00 s simulation time, 64.47 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9570 steps, 0.000000E+00 s simulation time, 64.53 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9580 steps, 0.000000E+00 s simulation time, 64.60 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 9590 steps, 0.000000E+00 s simulation time, 64.66 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9600 steps, 0.000000E+00 s simulation time, 64.73 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 9600 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 63.82 63.823 63.823 100.00 ------------------------------------------------------------------------------- GM_run 9530 9530 33.79 0.004 0.004 52.94 IE_run 9530 9530 0.01 0.000 0.000 0.01 GM_IE_couple 953 953 5.94 0.006 0.006 9.31 IE_GM_couple 953 953 24.04 0.025 0.025 37.67 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9610 steps, 0.000000E+00 s simulation time, 64.79 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9620 steps, 0.000000E+00 s simulation time, 64.86 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9630 steps, 0.000000E+00 s simulation time, 64.92 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 9640 steps, 0.000000E+00 s simulation time, 64.98 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9650 steps, 0.000000E+00 s simulation time, 65.05 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9660 steps, 0.000000E+00 s simulation time, 65.11 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9670 steps, 0.000000E+00 s simulation time, 65.18 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9680 steps, 0.000000E+00 s simulation time, 65.24 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9690 steps, 0.000000E+00 s simulation time, 65.30 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9700 steps, 0.000000E+00 s simulation time, 65.37 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 9700 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 64.46 64.465 64.465 100.00 ------------------------------------------------------------------------------- GM_run 9630 9630 34.14 0.004 0.004 52.96 IE_run 9630 9630 0.01 0.000 0.000 0.01 GM_IE_couple 963 963 6.00 0.006 0.006 9.31 IE_GM_couple 963 963 24.27 0.025 0.025 37.65 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9710 steps, 0.000000E+00 s simulation time, 65.43 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9720 steps, 0.000000E+00 s simulation time, 65.50 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 9730 steps, 0.000000E+00 s simulation time, 65.56 s CPU time, Date: 20140410_000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV Progress: 9740 steps, 0.000000E+00 s simulation time, 65.62 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9750 steps, 0.000000E+00 s simulation time, 65.69 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9760 steps, 0.000000E+00 s simulation time, 65.75 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9770 steps, 0.000000E+00 s simulation time, 65.82 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9780 steps, 0.000000E+00 s simulation time, 65.88 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9790 steps, 0.000000E+00 s simulation time, 65.94 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9800 steps, 0.000000E+00 s simulation time, 66.01 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 9800 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 65.10 65.104 65.104 100.00 ------------------------------------------------------------------------------- GM_run 9730 9730 34.49 0.004 0.004 52.97 IE_run 9730 9730 0.01 0.000 0.000 0.01 GM_IE_couple 973 973 6.06 0.006 0.006 9.31 IE_GM_couple 973 973 24.50 0.025 0.025 37.63 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9810 steps, 0.000000E+00 s simulation time, 66.07 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9820 steps, 0.000000E+00 s simulation time, 66.13 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9830 steps, 0.000000E+00 s simulation time, 66.20 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9840 steps, 0.000000E+00 s simulation time, 66.26 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9850 steps, 0.000000E+00 s simulation time, 66.32 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9860 steps, 0.000000E+00 s simulation time, 66.39 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9870 steps, 0.000000E+00 s simulation time, 66.45 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9880 steps, 0.000000E+00 s simulation time, 66.51 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9890 steps, 0.000000E+00 s simulation time, 66.58 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9900 steps, 0.000000E+00 s simulation time, 66.64 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 9900 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 65.74 65.739 65.739 100.00 ------------------------------------------------------------------------------- GM_run 9830 9830 34.84 0.004 0.004 52.99 IE_run 9830 9830 0.01 0.000 0.000 0.01 GM_IE_couple 983 983 6.13 0.006 0.006 9.32 IE_GM_couple 983 983 24.72 0.025 0.025 37.61 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9910 steps, 0.000000E+00 s simulation time, 66.71 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9920 steps, 0.000000E+00 s simulation time, 66.77 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9930 steps, 0.000000E+00 s simulation time, 66.83 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9940 steps, 0.000000E+00 s simulation time, 66.90 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9950 steps, 0.000000E+00 s simulation time, 66.96 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9960 steps, 0.000000E+00 s simulation time, 67.02 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9970 steps, 0.000000E+00 s simulation time, 67.09 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9980 steps, 0.000000E+00 s simulation time, 67.15 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV Progress: 9990 steps, 0.000000E+00 s simulation time, 67.23 s CPU time, Date: 20140410_000000 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV GM:saved iFile= 6 type=y=0_mhd at nStep= 10000 GM:saved iFile= 7 type=z=0_mhd at nStep= 10000 Progress: 10000 steps, 0.000000E+00 s simulation time, 67.42 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 10000 IE on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 66.52 66.520 66.520 100.00 ------------------------------------------------------------------------------- GM_run 9930 9930 35.31 0.004 0.004 53.09 IE_run 9930 9930 0.01 0.000 0.000 0.01 GM_IE_couple 993 993 6.19 0.006 0.006 9.30 IE_GM_couple 993 993 24.96 0.025 0.025 37.53 exch_msgs 1 1 0.00 0.001 0.001 0.00 ------------------------------------------------------------------------------- IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IM_set_param: READ iSession = 3 iLine= 384 nLine = 396 IM: IM:#COMPOSITION IM:FIXED NameCompModel IM:0.8 FractionH IM:0.2 FractionO IM: IM:#DECAY IM:T UseDecay IM:10 hour DecayTimescale DecayTimescale 3.60000000E+04 ----- End of Session 2 ------ ------------------------------------------------------------------------------- SORTED TIMING from step 70 to 10000 IE on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- SWMF 66.55 100.00 1 1 ------------------------------------------------------------------------------- GM_run 35.31 53.06 9930 9930 ------------------------------------------------------------------------------- advance 35.30 53.05 9930 9930 advance_explicit 27.56 41.41 9930 9930 IE_GM_couple 24.99 37.55 994 994 exch_msgs 14.22 21.36 19861 19861 batl_pass 12.65 19.00 19861 19861 single_pass 11.63 17.48 19861 39722 iono_solve 7.99 12.01 994 994 GM_IE_couple 6.19 9.31 994 994 cell_bc 1.55 2.32 19861 19861 init_pass 1.01 1.51 19861 19861 save_plot 0.46 0.68 4 8 sync_state 0.04 0.06 4 4 advect_all_points 0.03 0.04 9930 9930 IE_run 0.01 0.01 9930 9930 barrier-expl1 0.00 0.01 9930 19860 barrier-expl2 0.00 0.01 9930 19860 ------------------------------------------------------------------------------- read_inputs: iSession= 3 #TIMEACCURATE T IsTimeAccurate #PROGRESS 100 DnProgressShort DnShowProgressShort 1000 DnProgressLong DnShowProgressLong #SAVERESTART T DoSaveRestart -1 DnSaveRestart 1 hour DtSaveRestart DtSaveRestart 3.60000000E+03 #CHECKKILL GM NameCompCheckKill #CHECKSTOP T DoCheckStop -1 DnCheckStop 1 min DtCheckStop DtCheckStop 6.00000000E+01 #CPUTIMEMAX 23.5 hour CpuTimeMax [sec] CpuTimeMax 8.46000000E+04 #COMPONENT IM NameComp T UseComp #COUPLEORDER 5 nCouple IE GM NameSourceTarget NameSource NameTarget IE IM NameSourceTarget NameSource NameTarget GM IE NameSourceTarget NameSource NameTarget GM IM NameSourceTarget NameSource NameTarget IM GM NameSourceTarget NameSource NameTarget #COUPLE2 GM NameComp1 NameSource IE NameComp2 NameTarget -1 DnCouple 5.0 DtCouple #COUPLE2 IM NameComp1 NameSource GM NameComp2 NameTarget -1 DnCouple 10.0 DtCouple #COUPLE1 IE NameSource IM NameTarget -1 DnCouple 10.0 DtCouple #COUPLETIME GM NameComp F DoCoupleOnTime #UPDATEB0 0.5 DtUpdateB0 #BEGIN_COMP GM --------------------------------------------------------------- GM_set_parameters: READ iSession = 3 iLine= 331 nLine = 381 GM: GM:#IMCOUPLING GM:20.0 TauCoupleIm GM:T DoImSatTrace GM:T DoCoupleImPressure GM:T DoCoupleImDensity GM:0.01 DensityCoupleFloor GM:F DoFixPolarRegion GM: GM:#MINIMUMPRESSURE GM:1e-5 pMinDim [nPa] GM: GM:#SAVEPLOT GM:2 nPlotFile GM:y=0 MHD idl StringPlot GM:-1 DnSavePlot GM:5 min DtSavePlot DtSavePlot 3.00000000E+02 GM:-1.0 DxSavePlot GM:z=0 MHD idl StringPlot GM:-1 DnSavePlot GM:5 min DtSavePlot DtSavePlot 3.00000000E+02 GM:-1.0 DxSavePlot GM: GM:#TIMESTEPPING GM:1 nStage GM:0.85 CflExpl #END_COMP GM ----------------------------------------------------------------- #BEGIN_COMP IM --------------------------------------------------------------- #END_COMP IM ----------------------------------------------------------------- #BEGIN_COMP IE --------------------------------------------------------------- IE_set_param: READ iSession = 3 iLine= 399 nLine = 406 IE: IE:#SAVEPLOT IE:1 nPlotFile IM_set_param: CHECK iSession = 3 IE:aur idl StringPlot IE:-1 DnSavePlot IE:1 min DtSavePlot DtSavePlot 6.00000000E+01 #END_COMP IE ----------------------------------------------------------------- #ENDTIME 2014 iYear 04 iMonth 10 iDay 00 iHour 02 iMinute 00 iSecond 0.0 FracSecond GM_set_parameters: CHECK iSession = 3 check_optimize_param checking parameters... IE_set_param: CHECK iSession = 3 ----- Starting Session 3 ------ ground_mag_perturb_fac allocated LineContrib_DII(3, 5029 , 32580 ) ground_mag_perturb_fac allocated InvDist2_DII(3, 5029 , 32580 ) ground_mag_perturb_fac: kp UseFastFacIntegral= T ground_mag_perturb_fac: ae UseFastFacIntegral= T GM:saved iFile= 6 type=y=0_mhd at nStep= 10000 time= 0:00:00 h:m:s GM:saved iFile= 7 type=z=0_mhd at nStep= 10000 time= 0:00:00 h:m:s --------------------------------------------- set_couple_var_info: Coupling GM to IM nDensity(Source/Target/Couple): 1 3 1 nSpeed(Source/Target/Couple): 1 0 0 nP(Source/Target/Couple): 1 3 1 nPpar(Source/Target/Couple): 0 0 0 --------------------------------------------- Coupling flags: Magnetic field: F Pe: F Ppar: F Ehot: F Waves: F ChargeStates: F Fluids: F Species: F SignB: F --------------------------------------------- world_used finished with iProc0Used= 0 nProcUsed= 2 IM: Ellipse size adjusted 8 times. size= 7.207774005860106 6.983372960937499 ground_mag_perturb_fac: stat UseFastFacIntegral= T IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3631 kV ground_mag_perturb_fac: grid UseFastFacIntegral= T GM: First error for Trace_DSNB tracing, nIterTrace= (PE= 0 ) at iter= 10001 with value= 29.00000000000000 IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5706 kV IM: Ellipse size adjusted 8 times. size= 7.207774005860106 6.983372960937499 IM: Time 0 - 5 completed. IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3774 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5629 kV IM: Ellipse size adjusted 8 times. size= 7.207774005860106 6.983372960937499 IM: Time 5 - 10 completed. IE1:iono_solver: Southern Cross Polar Cap Potential= 46.4011 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.5234 kV IM: Ellipse size adjusted 8 times. size= 7.201162311810898 6.983372960937499 IM: Time 10 - 15 completed. IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3998 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.4494 kV IM: Ellipse size adjusted 8 times. size= 7.201162311810898 6.983372960937499 IM: Time 15 - 20 completed. IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3545 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.3006 kV IM: Ellipse size adjusted 8 times. size= 7.190427803886129 6.983372960937499 IM: Time 20 - 25 completed. IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.3348 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 46.3019 kV IM: Ellipse size adjusted 8 times. size= 7.190427803886129 6.983372960937499 IM: Time 25 - 30 completed. IE1:iono_solver: Southern Cross Polar Cap Potential= 46.2139 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.3439 kV IM: Ellipse size adjusted 8 times. size= 7.178630410086964 6.983372960937499 IM: Time 30 - 35 completed. Progress: 10100 steps, 3.435842E+01 s simulation time, 87.62 s CPU time, Date: 20140410_000034 IE1:iono_solver: Southern Cross Polar Cap Potential= 46.1297 kV IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.3150 kV IM: Ellipse size adjusted 8 times. size= 7.178630410086964 6.983372960937499 IM: Time 35 - 40 completed. IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.4332 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 45.9939 kV IM: Ellipse size adjusted 8 times. size= 7.170162175737786 6.983372960937499 IM: Time 40 - 45 completed. IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.4807 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 45.8622 kV IM: Ellipse size adjusted 8 times. size= 7.170162175737786 6.983372960937499 IM: Time 45 - 50 completed. IE0:iono_solver: F10.7= 131.87 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.3830 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 45.7413 kV IM: Ellipse size adjusted 7 times. size= 7.160411551405269 7.350918906250000 IM: Time 50 - 55 completed. IE1:iono_solver: Southern Cross Polar Cap Potential= 45.6214 kV IE0:iono_solver: F10.7= 131.88 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.2630 kV IM: Ellipse size adjusted 7 times. size= 7.160411551405269 7.350918906250000 IM: Time 55 - 60 completed. IE1:iono_solver: Southern Cross Polar Cap Potential= 45.6140 kV IE0:iono_solver: F10.7= 131.88 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.1905 kV IM: Ellipse size adjusted 7 times. size= 7.151787068383953 7.350918906250000 IM: Time 60 - 65 completed. IE1:iono_solver: Southern Cross Polar Cap Potential= 45.5350 kV IE0:iono_solver: F10.7= 131.88 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.1123 kV IM: Ellipse size adjusted 7 times. size= 7.151787068383953 7.350918906250000 Progress: 10200 steps, 6.840526E+01 s simulation time, 90.66 s CPU time, Date: 20140410_000108 IM: Time 65 - 70 completed. IE0:iono_solver: F10.7= 131.88 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.0551 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 45.4571 kV IM: Ellipse size adjusted 7 times. size= 7.150918555137531 7.350918906250000 IM: Time 70 - 75 completed. IE1:iono_solver: Southern Cross Polar Cap Potential= 45.3956 kV IE0:iono_solver: F10.7= 131.88 IE0:iono_solver: Northern Cross Polar Cap Potential= 38.0074 kV IM: Ellipse size adjusted 7 times. size= 7.150918555137531 7.350918906250000 IM: Time 75 - 80 completed. IE0:iono_solver: F10.7= 131.88 IE0:iono_solver: Northern Cross Polar Cap Potential= 37.9654 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 45.3356 kV IM: Ellipse size adjusted 7 times. size= 7.148813260271947 7.350918906250000 IM: Time 80 - 85 completed. IE0:iono_solver: F10.7= 131.88 IE0:iono_solver: Northern Cross Polar Cap Potential= 37.9239 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 45.2748 kV IM: Ellipse size adjusted 7 times. size= 7.148813260271947 7.350918906250000 IM: Time 85 - 90 completed. IE0:iono_solver: F10.7= 131.88 IE0:iono_solver: Northern Cross Polar Cap Potential= 37.8884 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 45.2161 kV IM: Ellipse size adjusted 7 times. size= 7.141855096263279 7.350918906250000 IM: Time 90 - 95 completed. IE0:iono_solver: F10.7= 131.88 IE0:iono_solver: Northern Cross Polar Cap Potential= 37.8553 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 45.1649 kV IM: Ellipse size adjusted 7 times. size= 7.141855096263279 7.350918906250000 IM: Time 95 - 100 completed. IE0:iono_solver: F10.7= 131.88 IE0:iono_solver: Northern Cross Polar Cap Potential= 37.8220 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 45.1100 kV IM: Ellipse size adjusted 7 times. size= 7.134375326791891 7.350918906250000 IM: Time 100 - 105 completed. Progress: 10300 steps, 1.023838E+02 s simulation time, 93.47 s CPU time, Date: 20140410_000142 IE0:iono_solver: F10.7= 131.88 IE0:iono_solver: Northern Cross Polar Cap Potential= 37.7908 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 45.0525 kV IM: Ellipse size adjusted 7 times. size= 7.134375326791891 7.350918906250000 IM: Time 105 - 110 completed. IE0:iono_solver: F10.7= 131.88 IE0:iono_solver: Northern Cross Polar Cap Potential= 37.7612 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 45.0016 kV IM: Ellipse size adjusted 6 times. size= 7.125757269752715 7.737809374999999 IM: Time 110 - 115 completed. IE0:iono_solver: F10.7= 131.88 IE0:iono_solver: Northern Cross Polar Cap Potential= 37.7266 kV IE1:iono_solver: Southern Cross Polar Cap Potential= 44.9467 kV IM: Ellipse size adjusted 6 times. size= 7.125757269752715 7.737809374999999 IM: Time 115 - 120 completed. Finished Numerical Simulation ----------------------------- Simulated time = 1.20000E+02 s Simulated time = 2.000000 mins ------------------------------------------------------------------------------- SORTED TIMING from step 10000 to 10352 IE on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- SWMF 27.36 100.00 1 1 ------------------------------------------------------------------------------- ground_db_fac 16.92 61.84 10 10 GM_run 12.64 46.19 330 330 ------------------------------------------------------------------------------- advance 12.64 46.19 330 330 ground_slow_int 12.63 46.17 4 4 calc_kp 7.25 26.51 3 3 grid_magnetometer 3.85 14.07 2 2 calc_ae 3.37 12.32 3 3 save_magnetometer 3.22 11.77 2 2 apply_im_pressure 3.14 11.47 330 330 trace_field_grid 3.00 10.96 12 12 trace_grid_fast 3.00 10.96 12 12 IE_run 2.02 7.40 24 24 trace_grid_fast2 1.97 7.20 12 12 iono_solve 1.55 5.67 24 24 GM_IM_couple 1.19 4.36 13 13 integrate_field_from 1.15 4.20 13 13 trace_iter 0.86 3.15 12 12 DoSaveLogfile 0.77 2.80 25 25 calc_ie_mag_perturb 0.73 2.68 10 10 batl_pass 0.61 2.21 369 609 single_pass 0.57 2.10 369 1205 IE_IM_couple 0.50 1.85 13 13 trace_pass 0.43 1.56 12 367 trace_iter1 0.40 1.47 12 367 ground_fast_int 0.40 1.47 5 6 exch_msgs 0.38 1.38 344 584 sync_state 0.35 1.30 39 39 advance_explicit 0.34 1.25 330 330 IM_GM_couple 0.29 1.06 13 13 GM_IE_couple 0.26 0.94 25 25 calc_sphere_integrat 0.23 0.83 25 25 trace_grid_fast1 0.16 0.60 12 12 integrate_domain 0.13 0.48 25 25 save_plot 0.11 0.42 1 2 pass_node 0.11 0.40 12 12 sync_b0 0.08 0.30 24 24 update_b0_fast 0.08 0.28 240 240 sync_trace 0.04 0.13 12 12 init_pass 0.03 0.11 369 609 trace_check 0.03 0.11 12 367 cell_bc 0.03 0.11 344 344 IE_GM_couple 0.03 0.11 25 25 ground_calc_fac 0.02 0.08 3 3 save_satellite 0.01 0.04 5 5 ------------------------------------------------------------------------------- save_restart is called at nStep,tSimulation= 0 0.000000000000000 ------------------------------------------------------------------------------- SORTED TIMING at step 10024 IM on PE 1 name sec percent #iter #calls ------------------------------------------------------------------------------- IE_run 9.64 100.00 24 24 ------------------------------------------------------------------------------- IM_run 3.11 32.26 24 24 ------------------------------------------------------------------------------- GM_IE_couple 2.24 23.29 25 25 ------------------------------------------------------------------------------- iono_solve 1.58 16.37 24 24 GM_IM_couple 1.19 12.37 13 13 ------------------------------------------------------------------------------- IE_IM_couple 0.46 4.76 13 13 ------------------------------------------------------------------------------- IM_GM_couple 0.29 2.98 13 13 ------------------------------------------------------------------------------- IE_GM_couple 0.01 0.07 25 25 ------------------------------------------------------------------------------- ------------------------------------------------------------------------------- GM:saved iFile= 1 type=restart at nStep= 10330 time= 0:02:00 h:m:s => Writing restart file for ionosphere. IM: IM_save_restart at TimeSimulation= 0.000000000000000 IM: Saving Restart at T=00120s (00:02:00) IM: IM_finalize at TimeSimulation= 0.000000000000000 WARNING in timing_stop: name=SWMF is different from last name=IE_GM_couple ------------------------------------------------------------------------------- SORTED TIMING at step 10024 IM on PE 1 name sec percent #iter #calls ------------------------------------------------------------------------------- IE_GM_couple 17.11 100.00 25 25 ------------------------------------------------------------------------------- IE_run 9.64 56.34 24 24 ------------------------------------------------------------------------------- IM_run 3.11 18.17 24 24 ------------------------------------------------------------------------------- GM_IE_couple 2.24 13.12 25 25 ------------------------------------------------------------------------------- iono_solve 1.58 9.22 24 24 GM_IM_couple 1.19 6.97 13 13 ------------------------------------------------------------------------------- IE_IM_couple 0.46 2.68 13 13 ------------------------------------------------------------------------------- IM_GM_couple 0.29 1.68 13 13 ------------------------------------------------------------------------------- ------------------------------------------------------------------------------- GM:saved iFile= 6 type=y=0_mhd at nStep= 10330 time= 0:02:00 h:m:s GM:saved iFile= 7 type=z=0_mhd at nStep= 10330 time= 0:02:00 h:m:s GM:clean_mod_advance deallocated arrays GM:clean_mod_raytrace deallocated arrays GM:clean_mod_geometry deallocated arrays GM:clean_mod_nodes deallocated arrays GM:Error report for Trace_DSNB tracing, nIterTrace= GM: OCCURED nIterFirst= 10001 Last= 10303 MaxError= 12 nErrorSum= 12 GM: VALUES Min= 29.00000000000000 Max= 47.00000000000000 Mean= 30.58333333333333 Last= 29.00000000000000 LastSum= 0.000000000000000 GM: Finished Finalizing SWMF ------------------------ ------------------------------------------------------------------------------- SORTED TIMING from step 0 to 10352 IE on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- SWMF 95.56 100.00 1 1 ------------------------------------------------------------------------------- GM_run 48.08 50.31 10330 10330 ------------------------------------------------------------------------------- advance 48.07 50.30 10330 10330 advance_explicit 27.97 29.27 10330 10330 IE_GM_couple 25.74 26.94 1026 1026 ground_db_fac 17.06 17.85 12 12 exch_msgs 14.65 15.33 20275 20515 batl_pass 13.30 13.92 20300 20540 ground_slow_int 12.63 13.22 4 4 single_pass 12.25 12.82 20300 41067 iono_solve 10.15 10.62 1025 1025 calc_kp 7.25 7.59 3 3 GM_IE_couple 6.50 6.80 1026 1026 grid_magnetometer 4.03 4.22 3 3 calc_ae 3.37 3.53 3 3 save_magnetometer 3.35 3.51 3 3 apply_im_pressure 3.14 3.28 330 330 trace_field_grid 3.00 3.14 12 12 trace_grid_fast 3.00 3.14 12 12 IE_run 2.03 2.13 10024 10024 trace_grid_fast2 1.97 2.06 12 12 cell_bc 1.58 1.66 20275 20275 GM_IM_couple 1.19 1.25 13 13 integrate_field_from 1.15 1.20 13 13 init_pass 1.04 1.09 20300 20540 calc_ie_mag_perturb 0.88 0.92 12 12 trace_iter 0.86 0.90 12 12 DoSaveLogfile 0.77 0.80 25 25 save_plot 0.68 0.71 6 12 ground_fast_int 0.55 0.57 7 8 IE_IM_couple 0.50 0.53 13 13 trace_pass 0.43 0.45 12 367 trace_iter1 0.40 0.42 12 367 sync_state 0.40 0.42 44 44 IM_GM_couple 0.29 0.30 13 13 calc_sphere_integrat 0.23 0.24 25 25 trace_grid_fast1 0.16 0.17 12 12 integrate_domain 0.13 0.14 25 25 pass_node 0.11 0.12 12 12 sync_b0 0.08 0.09 24 24 update_b0_fast 0.08 0.08 240 240 write_restart_files 0.04 0.04 1 1 sync_trace 0.04 0.04 12 12 trace_check 0.03 0.03 12 367 advect_all_points 0.03 0.03 10330 10330 ground_calc_fac 0.02 0.02 3 3 save_satellite 0.01 0.01 5 5 barrier-expl1 0.01 0.01 10330 20260 barrier-expl2 0.00 0.00 10330 20260 ------------------------------------------------------------------------------- cd run_test_swpc_gpu; ./Restart.pl -i SWMF_RESTART.20140410_000200 ERROR in Restart.pl: restart tree SWMF_RESTART.20140410_000200 is missing! make[2]: *** [test_swpc_gpu_run] Error 2 make[2]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[1]: *** [test_swpc_gpu] Error 2 make[1]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make: [test_gpu] Error 2 (ignored) make[1]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make test_swpc_large_gpu_compile make[2]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' ./Config.pl -v=Empty,GM/BATSRUS,IE/Ridley_serial,IM/RCM2 ./Config.pl -o=GM:u=Default,e=Mhd,ng=2,g=8,8,8,IE:g=91,181 ./Config.pl -o=GM:opt=../../Param/SWPC/PARAM.in_SWPC_large_gpu ---------------------------------------------------------------------- Current optimization: ClightFactor = any DoLf = .false. IsCartesian = .true. IsCartesianGrid = .true. IsTimeAccurate = any LimiterBeta = any UseB0 = UseB UseBody = .true. UseBorisCorrection = any UseDivbSource = UseB .and. nDim>1 UseDtFixed = .false. UseGravity = .false. UseHyperbolicDivB = .false. UseNonConservative = .true. UsePMin = any UseRhoMin = .false. UseRotatingFrame = .false. iStage = any nConservCrit = 1 nOrder = any nStage = any ---------------------------------------------------------------------- -opt=../../Param/SWPC/PARAM.in_SWPC_large_gpu ---------------------------------------------------------------------- New optimization: processing parameter file ../../Param/SWPC/PARAM.in_SWPC_large_gpu No changes in src/ModOptimizeParam.f90 ./Config.pl -acc make SWMF make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Control/src' make TMP_DIRS make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Control/src' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make[7]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a' is up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/src' ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a ModTiming.o timing_cpu.o timing.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/src' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcIndices' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libINDICES.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcIndices' make[7]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libINDICES.a' is up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcIndices' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libINDICES.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcIndices' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' make[7]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a' is up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' make[7]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a' is up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' make[7]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a' is up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcGM' Makefile:15: warning: overriding recipe for target `.f.o' ../../../Makefile.conf:163: warning: ignoring old recipe for target `.f.o' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALGM.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcGM' Makefile:15: warning: overriding recipe for target `.f.o' ../../../Makefile.conf:163: warning: ignoring old recipe for target `.f.o' make[7]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALGM.a' is up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcGM' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALGM.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcGM' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcIE' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALIE.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcIE' make[7]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALIE.a' is up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcIE' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALIE.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcIE' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcUA' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALUA.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcUA' make[7]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALUA.a' is up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcUA' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALUA.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcUA' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Library/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libLIBRARY.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Library/src' make[7]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libLIBRARY.a' is up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Library/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libLIBRARY.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Library/src' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Coupler/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCOUPLER.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Coupler/src' make[7]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCOUPLER.a' is up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Coupler/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCOUPLER.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Coupler/src' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEE.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/Empty/src' make[8]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEE.a' is up to date. make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEE.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd srcBATL; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' make libBATL.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' make[8]: `libBATL.a' is up to date. make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' libBATL.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' perl /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Scripts/depend.pl -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src -I../srcBATL -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/CRASH/src ModAdvance.o ModAdvanceExplicit.o ModAdvectPoints.o ModAMR.o ModB0.o ModBatsrusMethods.o ModBatsrusUtility.o ModBatlInterface.o ModBlockData.o ModBorisCorrection.o ModBoundaryGeometry.o ModBuffer.o ModCalcSource.o ModCellBoundary.o ModCellGradient.o ModCharacteristic.o ModChGL.o ModChromosphere.o ModCleanDivB.o ModCoarseAxis.o ModConservative.o ModConserveFlux.o ModConstrainDivB.o ModCoronalHeating.o ModCurrent.o ModEnergy.o ModElectricField.o ModEquation.o ModExtraVariables.o ModFaceBoundary.o ModFaceFlux.o ModFaceGradient.o ModFaceValue.o ModFieldLineThread.o ModFieldTrace.o ModFieldTraceFast.o ModFixAxisCells.o ModGeometry.o ModGroundMagPerturb.o ModHallResist.o ModHdf5.o ModHeatConduction.o ModHeatFluxCollisionless.o ModIeCoupling.o ModImCoupling.o ModImplicit.o ModImplHypre.o ModIO.o ModIonElectron.o ModLaserHeating.o ModLoadBalance.o ModLocalTimeStep.o ModMain.o ModMessagePass.o ModMultiFluid.o ModMultiIon.o ModNodes.o ModOptimizeParam.o ModParallel.o ModParticleFieldLine.o ModParticleMover.o ModParticles.o ModPartImplicit.o ModPartSteady.o ModPhysics.o ModPIC.o ModPlotBox.o ModPlotShell.o ModPointImplicit.o ModProjectDivB.o ModRadDiffusion.o ModRadiativeCooling.o ModRadioWaveImage.o ModResistivity.o ModRestartFile.o ModSatelliteFile.o ModSemiImplicit.o ModSetInitialCondition.o ModSetParameters.o ModSingleFluid.o ModSize.o ModSolarwind.o ModTransitionRegion.o ModThreadedLC.o ModTimeStepControl.o ModUaCoupling.o ModUserEmpty.o ModUserInterface.o ModUser.o ModViscosity.o ModWaves.o ModWriteTecplot.o ModUpdateStateFast.o ModUpdateState.o ModWriteLogSatFile.o ModWritePlot.o ModWritePlotIdl.o ModWritePlotLos.o ModWritePlotRadioWave.o ModWriteProgress.o ModFaceFluxParameters.o user_interface.o make libBATSRUS.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' make[8]: `libBATSRUS.a' is up to date. make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' libBATSRUS.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' cd srcInterface; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcInterface' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libGM.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcInterface' make[8]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libGM.a' is up to date. make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcInterface' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libGM.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcInterface' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIE.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial/src' make[8]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIE.a' is up to date. make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIE.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIH.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/Empty/src' make[8]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIH.a' is up to date. make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIH.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2/src' Makefile:75: warning: overriding recipe for target `.f90.o' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/Makefile.conf:157: warning: ignoring old recipe for target `.f90.o' Makefile:79: warning: overriding recipe for target `.f.o' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/Makefile.conf:163: warning: ignoring old recipe for target `.f.o' cd claw; make lib make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2/src/claw' Makefile:36: warning: overriding recipe for target `.f.o' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/Makefile.conf:163: warning: ignoring old recipe for target `.f.o' make[8]: Nothing to be done for `lib'. make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2/src/claw' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIM.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2/src' Makefile:75: warning: overriding recipe for target `.f90.o' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/Makefile.conf:157: warning: ignoring old recipe for target `.f90.o' Makefile:79: warning: overriding recipe for target `.f.o' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/Makefile.conf:163: warning: ignoring old recipe for target `.f.o' make[8]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIM.a' is up to date. make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIM.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PC/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PC/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPC.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PC/Empty/src' make[8]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPC.a' is up to date. make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PC/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPC.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PC/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PC/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libOH.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/Empty/src' make[8]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libOH.a' is up to date. make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libOH.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PS/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PS/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPS.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PS/Empty/src' make[8]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPS.a' is up to date. make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PS/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPS.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PS/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PS/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PT/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PT/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPT.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PT/Empty/src' make[8]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPT.a' is up to date. make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PT/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPT.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PT/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PT/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PW/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PW/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPW.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PW/Empty/src' make[8]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPW.a' is up to date. make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PW/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPW.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PW/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PW/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libRB.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/Empty/src' make[8]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libRB.a' is up to date. make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libRB.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSC.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/Empty/src' make[8]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSC.a' is up to date. make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSC.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SP/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SP/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSP.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SP/Empty/src' make[8]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSP.a' is up to date. make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SP/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSP.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SP/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SP/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/UA/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/UA/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libUA.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/UA/Empty/src' make[8]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libUA.a' is up to date. make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/UA/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libUA.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/UA/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/UA/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CZ/Empty' cd src; make LIB make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CZ/Empty/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCZ.a make[8]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CZ/Empty/src' make[8]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCZ.a' is up to date. make[8]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CZ/Empty/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCZ.a has been brought up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CZ/Empty/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CZ/Empty' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Interface/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libINTERFACE.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Interface/src' make[7]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libINTERFACE.a' is up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Interface/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libINTERFACE.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Interface/src' make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Control/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Control/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCONTROL.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Control/src' make[6]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCONTROL.a' is up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Control/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCONTROL.a has been brought up to date. rm -rf Tmp_* mkdir Tmp_SHARE; cd Tmp_SHARE; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a mkdir Tmp_TIMING; cd Tmp_TIMING; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a mkdir Tmp_INDICES; cd Tmp_INDICES; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libINDICES.a mkdir Tmp_MAGNETOGRAM; cd Tmp_MAGNETOGRAM; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a mkdir Tmp_DEMT; cd Tmp_DEMT; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a mkdir Tmp_EMPIRICALEE; cd Tmp_EMPIRICALEE; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a mkdir Tmp_EMPIRICALGM; cd Tmp_EMPIRICALGM; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALGM.a mkdir Tmp_EMPIRICALIE; cd Tmp_EMPIRICALIE; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALIE.a mkdir Tmp_EMPIRICALUA; cd Tmp_EMPIRICALUA; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALUA.a mkdir Tmp_LIBRARY; cd Tmp_LIBRARY; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libLIBRARY.a mkdir Tmp_COUPLER; cd Tmp_COUPLER; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCOUPLER.a mkdir Tmp_INTERFACE; cd Tmp_INTERFACE; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libINTERFACE.a mkdir Tmp_CONTROL; cd Tmp_CONTROL; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCONTROL.a mkdir Tmp_LIBEE; cd Tmp_LIBEE; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEE.a #^CMP IF EE mkdir Tmp_LIBGM; cd Tmp_LIBGM; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libGM.a #^CMP IF GM mkdir Tmp_LIBIE; cd Tmp_LIBIE; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIE.a #^CMP IF IE mkdir Tmp_LIBIH; cd Tmp_LIBIH; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIH.a #^CMP IF IH mkdir Tmp_LIBIM; cd Tmp_LIBIM; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libIM.a #^CMP IF IM mkdir Tmp_LIBOH; cd Tmp_LIBOH; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libOH.a #^CMP IF OH mkdir Tmp_LIBPC; cd Tmp_LIBPC; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPC.a #^CMP IF PC mkdir Tmp_LIBPS; cd Tmp_LIBPS; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPS.a #^CMP IF PS mkdir Tmp_LIBPT; cd Tmp_LIBPT; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPT.a #^CMP IF PT mkdir Tmp_LIBPW; cd Tmp_LIBPW; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libPW.a #^CMP IF PW mkdir Tmp_LIBRB; cd Tmp_LIBRB; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libRB.a #^CMP IF RB mkdir Tmp_LIBSC; cd Tmp_LIBSC; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSC.a #^CMP IF SC mkdir Tmp_LIBSP; cd Tmp_LIBSP; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSP.a #^CMP IF SP mkdir Tmp_LIBUA; cd Tmp_LIBUA; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libUA.a #^CMP IF UA mkdir Tmp_LIBCZ; cd Tmp_LIBCZ; ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libCZ.a #^CMP IF CZ make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Control/src' make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Control/src' make[5]: `swmf.o' is up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Control/src' mpif90 -o /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/SWMF.exe swmf.o Tmp_*/*.o -r8 -acc -gpu=cc70 -lstdc++ \ Program /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/SWMF.exe has been brought up to date. make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CON/Control/src' make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make PIDL make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src; make PIDL make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/PostIDL.exe make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make[5]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/PostIDL.exe' is up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[2]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make test_swpc_large_gpu_rundir make[2]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' rm -rf run_test_swpc_large_gpu make rundir RUNDIR=/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_large_gpu make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' mkdir -p /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_large_gpu/STDOUT cp share/Scripts/Restart.pl /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_large_gpu/Restart.pl cp share/Scripts/PostProc.pl /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_large_gpu/PostProc.pl touch /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_large_gpu/core chmod 444 /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_large_gpu/core cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_large_gpu; \ ln -s /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/SWMF.exe . ; \ ln -s /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/Param . ; \ ln -s /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF SWMFDIR make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CZ/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CZ/Empty' No run/CZ for CZ Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/CZ/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/Empty' No run/EE for EE Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/EE/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' mkdir -p /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_large_gpu/GM cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_large_gpu/GM; \ mkdir restartIN restartOUT IO2; \ ln -s IO2 plots; \ ln -s /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/PostIDL.exe .; \ cp /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Scripts/pIDL .; \ cp /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/Scripts/TEC/pTEC .; \ ln -s /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/Param .; \ ln -s /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/data/TRAJECTORY . make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial' mkdir -p /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_large_gpu/IE/ionosphere cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_large_gpu/IE; cp /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial/input/cond_hal_coeffs.dat . cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_large_gpu/IE; cp /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial/input/cond_ped_coeffs.dat . cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_large_gpu/IE; cp /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial/input/cmee_hal_coeffs.dat . cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_large_gpu/IE; cp /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial/input/cmee_ped_coeffs.dat . cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_large_gpu/IE; cp /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial/Scripts/pION . cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_large_gpu/IE; ln -s /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/PostIONO.exe . make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IE/Ridley_serial' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/Empty' No run/IH for IH Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IH/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2' mkdir /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_large_gpu/IM cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_large_gpu/IM; mkdir restartIN restartOUT input plots cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2/input; cp rcm* *.dat dktable /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_large_gpu/IM/ cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_large_gpu/IM; \ mv rcmpcp_inp rcmkp_inp input/; rm -f *_inp*; \ mv dktable trf.dat elecoef.dat rcmcond rcmcrd* rcmlas1 input/;\ touch rcm.printout rcm.index cp /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Scripts/Preplot.pl /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_large_gpu/IM/ make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/IM/RCM2' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/Empty' No run/OH for OH Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/OH/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PC/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PC/Empty' No run/PC for PC Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PC/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PS/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PS/Empty' No run/PS for PS Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PS/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PT/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PT/Empty' No run/PC for PC Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PT/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PW/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PW/Empty' No run/PW for PW Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/PW/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/Empty' No run/RB for RB Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/RB/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/Empty' No run/SC for SC Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SC/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SP/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SP/Empty' No run/SP for SP Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/SP/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/UA/Empty; make rundir make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/UA/Empty' No run/UA for UA Empty make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/UA/Empty' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cp share/JobScripts/job.*pfe* /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_large_gpu/ Creation of /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/run_test_swpc_large_gpu directory succeeded make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cp Param/SWPC/PARAM.in_SWPC_large_gpu Param/SWPC/SATELLITES.in Param/SWPC/*.dat run_test_swpc_large_gpu/ Scripts/TestParam.pl -F run_test_swpc_large_gpu/PARAM.in_SWPC_large_gpu perl -pi -e 'if(/MaxIter|MaxBlock/){s/700/70/; s/1500/200/}' \ run_test_swpc_large_gpu/PARAM.in_SWPC_large_gpu cp run_test_swpc_large_gpu/PARAM.in_SWPC_large_gpu run_test_swpc_large_gpu/PARAM.in make[2]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make test_swpc_large_gpu_run NP=2 make[2]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cd run_test_swpc_large_gpu; mpiexec -n 2 ./SWMF.exe | tee runlog Git repo=git@gitlab.umich.edu:swmf_software/SWMF GIT REFERENCES HAVE NOT BEEN OBTAINED! #=============================================================================# # ID Version nproc proc0 stride nthread# #-----------------------------------------------------------------------------# # CON SWMF by Univ. of Michigan version 2.40 2 0 1 1 # #-----------------------------------------------------------------------------# # GM BATSRUS (Univ. of Michigan) version 9.90 1 0 1 1 # # IE Serial Potential Solver (Ridley) version 1.10 1 1 1 1 # # IM RCM (De Zeeuw-Sazykin) version 2.00 1 1 1 1 # #=============================================================================# read_inputs: iSession= 1 IE_set_param: READ iSession = 1 iLine= 209 nLine = 234 IE: IE:#IONOSPHERE IE:5 iConductanceModel IE:F UseFullCurrent IE:F UseFakeRegion2 IE:-1.0 F107Flux F10.7 Flux IE:1.0 StarLightPedConductance IE:0.25 PolarCapPedConductance IE: IE:#BOUNDARY IE:10.0 LatBoundary IE: IE:#AURORALOVAL IE:T UseOval (rest of parameters read if true) IE:T UseOvalShift IE:F UseSubOvalConductance IE:T UseAdvancedOval IE:F DoFitCircle (read if UseAdvancedOval is true) IE: IE:#SAVEPLOT IE:1 nPlotFile IE:min idl StringPlot read_file: read and broadcast nLine= 401 lines of text #COMPONENTMAP GM 0 -2 1 CompMap root PE+GPU or 0..last-1 PEs IE -1 -1 1 CompMap last PE IM -1 -1 1 CompMap last PE #TIMING T UseTiming -1 DnTiming ! every session -1 nDepthTiming cumu TypeTimingReport #DESCRIPTION Param/SWPC/PARAM.in_SWPC_large_gpu: run Geospace on GPU StringDescription #TIMEACCURATE F IsTimeAccurate #STARTTIME 2014 iYear 04 iMonth 10 iDay 00 iHour 00 iMinute 00 iSecond 0.0 FracSecond #COMPONENT IM NameComp F UseComp #COUPLE2 GM NameComp1 NameSource IE NameComp2 NameTarget 10 DnCouple -1.0 DtCouple #BEGIN_COMP GM --------------------------------------------------------------- GM_set_parameters: READ iSession = 1 iLine= 38 nLine = 206 GM: GM:#UPDATE GM:fast TypeUpdate GM: GM:#GRIDBLOCKALL GM:5000 MaxBlock GM: GM:#GRID GM:1 nRootBlock1 nRootBlockX GM:1 nRootBlock2 nRootBlockY GM:1 nRootBlock3 nRootBlockZ GM:-224. xMin GM: 32. xMax GM:-128. yMin GM: 128. yMax GM:-128. zMin GM: 128. zMax GM: GM:#GRIDRESOLUTION GM:1/8 Resolution AreaResolution GM:initial StringShape GM: GM:#GRIDRESOLUTION GM:8.0 Resolution AreaResolution GM:all StringShape GM: GM:#GRIDRESOLUTION GM:1.0 Resolution AreaResolution GM:box StringShape GM:-100.0 xMinBox XyzMinBox GM: -16.0 yMinBox XyzMinBox GM: -16.0 zMinBox XyzMinBox GM: 22.0 xMaxBox XyzMaxBox GM: 16.0 yMaxBox XyzMaxBox GM: 16.0 zMaxBox XyzMaxBox GM: GM:#GRIDRESOLUTION GM:1/4 Resolution AreaResolution GM:box StringShape GM:-20.0 xMinBox XyzMinBox GM:-8.0 yMinBox XyzMinBox GM:-8.0 zMinBox XyzMinBox GM: 8.0 xMaxBox XyzMaxBox GM: 8.0 yMaxBox XyzMaxBox GM: 8.0 zMaxBox XyzMaxBox GM: GM:#GRIDRESOLUTION GM:1/2 Resolution AreaResolution GM:box StringShape GM:-32.0 xMinBox XyzMinBox GM:-22.0 yMinBox XyzMinBox GM:-10.0 zMinBox XyzMinBox GM: 20.0 xMaxBox XyzMaxBox GM: 22.0 yMaxBox XyzMaxBox GM: 10.0 zMaxBox XyzMaxBox GM: GM:#GRIDRESOLUTION GM:1/8 Resolution AreaResolution GM:shell0 StringShape GM:2.5 RadiusInner GM:3.5 Radius GM: GM:#BODY GM:T UseBody GM:2.5 rBody (in planet radius) GM:3.0 rCurrents (in planet radius) GM:28.0 BodyNDim (/cc) GM:25000.0 BodyTDim (K) GM: GM:#OUTERBOUNDARY GM:float TypeBc1 TypeCellBc GM:vary TypeBc2 TypeCellBc GM:float TypeBc3 TypeCellBc GM:float TypeBc4 TypeCellBc GM:float TypeBc5 TypeCellBc GM:float TypeBc6 TypeCellBc GM: GM:#INNERBOUNDARY GM:ionosphere TypeBcBody TypeBcInner GM: GM:#CPCPBOUNDARY GM:T UseCpcpBc (rest is read if true) GM:28.0 Rho0Cpcp [amu/cc] GM:0.1 RhoPerCpcp [amu/cc / keV] GM: GM:#SOLARWINDFILE GM:T UseSolarWindFile GM:IMF.dat NameSolarWindFile GM: GM:#SCHEME GM:1 nOrder GM:Linde TypeFlux GM: GM:#NONCONSERVATIVE GM:T UseNonConservative GM: GM:#CONSERVATIVECRITERIA GM:1 nConservCrit GM:parabola TypeConservCrit GM: 5.0 xParabolaConserv GM:15.0 yParabolaConserv GM: GM:#SAVELOGNAME GM:F UseLogNameStep IsLogNameN GM:T UseLogNameDateTime IsLogNameE GM: GM:#SAVEPLOTNAME GM:F UsePlotNameStep IsPlotNameN GM:F UsePlotNameTime IsPlotNameT GM:T UsePlotNameDateTime IsPlotNameE GM: GM:#PLOTFILENAME GM:date NameMaxTimeUnit GM: GM:#SAVELOGFILE GM:T DoSaveLogfile GM:VAR step date StringLog GM:-1 DnSaveLogfile GM:30.0 DtSaveLogfile GM:dt rho mx my mz p bx by bz pmin pmax dst_sm dstflx NameLogVars StringLogVar GM:3.0 StringLogRadii StringLogRadius GM: GM:#SAVEPLOT GM:2 nPlotFile GM:y=0 MHD idl StringPlot GM:2500 DnSavePlot GM:-1. DtSavePlot GM:-1. DxSavePlot GM:z=0 MHD idl StringPlot GM:2500 DnSavePlot GM:-1. DtSavePlot GM:-1. DxSavePlot GM: GM:#SATELLITE GM:1 nSatellite -------------------------------------------------------------------------- A process has executed an operation involving a call to the "fork()" system call to create a child process. Open MPI is currently operating in a condition that could result in memory corruption or other system errors; your job may hang, crash, or produce silent data corruption. The use of fork() (or system() or other calls that create child processes) is strongly discouraged. The process that invoked fork was: Local host: [[37093,1],0] (PID 71892) If you are *absolutely sure* that your application will successfully and correctly survive a call to fork(), you may disable this warning by setting the mpi_warn_on_fork MCA parameter to 0. -------------------------------------------------------------------------- IE:100 DnSavePlot IE:-1.0 DtSavePlot IE_set_param: CHECK iSession = 1 GM:MHD time date StringSatellite GM:-1 DnOutput GM:30.0 DtOutput GM:sat01.dat NameTrajectoryFile GM: GM:#MAGNETOMETER GM:magin_GEM.dat NameMagInputFile GM:single TypeFileOut TypeMagFileOut GM:-1 DnOutput GM:1 min DtOutput DtOutput 6.00000000E+01 GM: GM:#GEOMAGINDICES GM:180 nSizeKpWindow [min] nKpWindow GM:1 min DtOutput [sec] DtOutput 6.00000000E+01 GM: GM:#MAGNETOMETERGRID GM:ascii TypeFileMagGrid GM:GEO TypeCoordMagGrid GM:144 nLonMagGrid GM:171 nLatMagGrid GM:0. LonMinMagGrid GM:360. LonMaxMagGrid GM:-85. LatMinMagGrid GM:85. LatMaxMagGrid GM:-1 DnSaveMagGrid GM:1 min DtSaveMagGrid DtSaveMagGrid 6.00000000E+01 #END_COMP GM ----------------------------------------------------------------- #BEGIN_COMP IE --------------------------------------------------------------- #END_COMP IE ----------------------------------------------------------------- #STOP 70 MaxIter -1. TimeMax #RUN ########################################################################## GM_set_parameters: CHECK iSession = 1 IE: IE: Ionosphere Solution Parameters IE: ------------------------------ IE: IE: Ionospheric grids : 91 x 181 IE: Height of ionosphere: 110.0 km IE: Conductance model : Realistic oval IE: UseCMEEFitting : F IE: NameHalFile : cond_hal_coeffs.dat IE: NamePedFile : cond_ped_coeffs.dat IE: ------------------------------ IE: The code is configured with nG= 2 ghost cell layers. The selected scheme requires nGUsed= 1 layers! GM:init_mod_advance allocated arrays GM:init_mod_geometry allocated arrays GM:init_mod_nodes allocated arrays GM:init_mod_field_trace allocated arrays GM: check_mag_input_file reading: magin_GEM.dat GM:Magnetometer Coordinates=GEO GM: read_mag_input_file reading: magin_GEM.dat GM: read_solar_wind_file reading IMF.dat GM: read_solar_wind_file read 8 points from IMF.dat GM: read_satellite_input_files reading: sat01.dat check_optimize_param checking parameters... ----- Starting Session 1 ------ GM: BATSRUS: Block Adaptive Tree Solar-Wind Roe Upwind Scheme GM: for 3D Heliospheric Flows GM: University of Michigan, 1995-2017 GM: EQUATIONS: MHD GM: EQUATION FILE: ModEquationMhd.f90 GM: USER MODULE: DEFAULT EMPTY ROUTINES 1.00 GM: USER FILE: src/ModUserDefault.f90 GM: BATS_setup starting initial refinement level, nBlockAll = 1 1 GM: BATS_setup starting initial refinement level, nBlockAll = 2 8 GM: BATS_setup starting initial refinement level, nBlockAll = 3 64 GM: BATS_setup starting initial refinement level, nBlockAll = 4 148 GM: BATS_setup starting initial refinement level, nBlockAll = 5 288 GM: BATS_setup starting initial refinement level, nBlockAll = 6 792 GM: BATS_setup starting initial refinement level, nBlockAll = 7 2556 GM: BATS_setup starting initial refinement level, nBlockAll = 8 3340 GM: total blocks = 3788 GM: GM: Begin Numerical Simulation GM: -------------------------- GM: GM: GM: Planetary Parameters GM: -------------------- GM: GM: Name: EARTH GM: Radius: 6.37800E+06 GM: Mass: 5.97600E+24 GM: Rotation Period: 8.61641E+04 GM: Rot. Tilt [deg]: 2.35000E+01 GM: Orbit Period: 3.15569E+07 GM: Iono Height: 1.10000E+05 GM: GM: Physical Parameters GM: ------------------- GM: GM: I/O Unit type: PLANETARY Normalization: PLANETARY GM: GM: Gamma: 1.66666667 GM: GM: rBody: 2.50000E+00, rPlanet: 6.37800E+06 GM: BodyNDim: 2.80000E+01, BodyTDim: 2.50000E+04 GM: BdpDim: -2.98793E+04, Tilt [deg]: -4.59242E+00 GM: Corotation is used GM: GM: UseBody2: .false. GM: GM: ClightFactor: 1.00000E+00, Clight: 4.70038E+01 GM: GM: GM: SolarWindNDim []: 1.216000E+01, SolarWin 1.216000E+01 GM: SolarWindRhoDim []: 1.216000E+01, SolarWin 1.216000E+01 GM: SolarWindUxDim []: -1.284410E+03, SolarWi -2.013813E-01 GM: SolarWindUyDim []: -2.925000E+01, SolarWi -4.586077E-03 GM: SolarWindUzDim []: 4.281000E+01, SolarWi 6.712135E-03 GM: SolarWindPDim []: 5.618737E-01, SolarWi 8.258051E-03 GM: SolarWindBxDim []: 3.320000E+00, SolarWi 1.135410E-02 GM: SolarWindByDim []: -1.430000E+00, SolarWi -4.890469E-03 GM: SolarWindBzDim []: -4.800000E+00, SolarWi -1.641556E-02 GM: SolarWindTempDim ]: 3346615.200000 GM: GM: MHD Numerical Solution Parameters GM: --------------------------------- GM: GM: iTypeUpdate=3 GM: 1st-order scheme GM: Linde flux function GM: Steady state calculation GM: Explicit time stepping GM: nStage: 1 GM: Cfl: 0.80 GM: GM: Other Runtime Parameters GM: ------------------------ GM: GM: Available processors: nProc = 1 GM: Available threads : nThread = 1 GM: GM: After initial grid setup: GM: nBlockMax and MaxBlock = 3788 5000 GM: Total number of blocks used = 3788 GM: Total number of cells = 1939456 GM: Total number of true cells = 1905904 GM: Min and max AMR levels = 2 8 GM: Min and max cell size in x/r= 0.1250000000000000 8.000000000000000 GM: GM: root blocks: 1 1 1 GM: nIJK_D: 8 8 8 GM: x: -2.24000000E+02 3.20000000E+01 GM: y: -1.28000000E+02 1.28000000E+02 GM: z: -1.28000000E+02 1.28000000E+02 GM: world_used finished with iProc0Used= 0 nProcUsed= 2 IE: loading Param/f107.txt ------------------------------------------------------------------------------- SORTED TIMING at step 0 GM on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- SWMF 3.60 100.00 1 1 ------------------------------------------------------------------------------- SETUP 3.60 100.00 1 1 exch_msgs 0.19 5.23 1 2 IE_GM_couple 0.09 2.63 1 1 sync_state 0.09 2.55 1 1 nonconservative 0.09 2.40 1 9 batl_pass 0.08 2.22 1 3 single_pass 0.08 2.21 1 6 sync_b0 0.03 0.83 1 1 GM_IE_couple 0.02 0.47 1 1 ------------------------------------------------------------------------------- Resetting timing counters after setup. ------------------------------------------------------------------------------- SORTED TIMING at step 0 IE on PE 1 name sec percent #iter #calls ------------------------------------------------------------------------------- SWMF 4.82 100.00 1 1 ------------------------------------------------------------------------------- SETUP 4.82 100.00 1 1 IE_GM_couple 0.09 1.91 1 1 GM_IE_couple 0.02 0.37 1 1 ------------------------------------------------------------------------------- Progress: 10 steps, 0.000000E+00 s simulation time, 0.14 s CPU time, Date: 20140410_000000 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 277.139 kV IE:iono_solver: Southern Cross Polar Cap Potential= 305.206 kV Progress: 20 steps, 0.000000E+00 s simulation time, 0.52 s CPU time, Date: 20140410_000000 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 347.108 kV IE:iono_solver: Southern Cross Polar Cap Potential= 392.899 kV Progress: 30 steps, 0.000000E+00 s simulation time, 0.90 s CPU time, Date: 20140410_000000 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 219.639 kV IE:iono_solver: Southern Cross Polar Cap Potential= 256.207 kV Progress: 40 steps, 0.000000E+00 s simulation time, 1.27 s CPU time, Date: 20140410_000000 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 121.427 kV IE:iono_solver: Southern Cross Polar Cap Potential= 143.132 kV Progress: 50 steps, 0.000000E+00 s simulation time, 1.65 s CPU time, Date: 20140410_000000 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 78.6759 kV IE:iono_solver: Southern Cross Polar Cap Potential= 93.1766 kV Progress: 60 steps, 0.000000E+00 s simulation time, 2.04 s CPU time, Date: 20140410_000000 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 58.7345 kV IE:iono_solver: Southern Cross Polar Cap Potential= 66.3422 kV Progress: 70 steps, 0.000000E+00 s simulation time, 2.43 s CPU time, Date: 20140410_000000 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 50.1179 kV IE:iono_solver: Southern Cross Polar Cap Potential= 57.4480 kV ------------------------------------------------------------------------------- SORTED TIMING from step 0 to 70 IE on PE 1 name sec percent #iter #calls ------------------------------------------------------------------------------- SWMF 2.68 100.00 1 1 ------------------------------------------------------------------------------- IE_GM_couple 1.71 63.86 7 7 iono_solve 1.50 56.12 7 14 GM_IE_couple 0.97 36.13 7 7 ------------------------------------------------------------------------------- IE_set_param: CHECK iSession = 2 ----- End of Session 1 ------ ------------------------------------------------------------------------------- SORTED TIMING from step 0 to 70 GM on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- SWMF 2.68 100.00 1 1 ------------------------------------------------------------------------------- IE_GM_couple 1.72 64.26 7 7 GM_run 0.90 33.50 70 70 ------------------------------------------------------------------------------- advance 0.90 33.50 70 70 advance_explicit 0.62 23.25 70 70 exch_msgs 0.27 10.21 70 70 batl_pass 0.27 9.95 70 70 single_pass 0.26 9.81 70 140 GM_IE_couple 0.06 2.23 7 7 cell_bc 0.01 0.26 70 70 init_pass 0.00 0.14 70 70 ------------------------------------------------------------------------------- read_inputs: iSession= 2 #BEGIN_COMP GM --------------------------------------------------------------- GM_set_parameters: READ iSession = 2 iLine= 243 nLine = 254 GM: GM:#SCHEME GM:2 nOrder GM:Linde TypeFlux GM:mc3 TypeLimiter GM:1.2 LimiterBeta GM: GM:#TIMESTEPPING GM:2 nStage GM:0.6 CflExpl #END_COMP GM ----------------------------------------------------------------- #STOP 200 MaxIter -1. TimeMax #RUN ########################################################################## GM_set_parameters: CHECK iSession = 2 check_optimize_param checking parameters... ----- Starting Session 2 ------ world_used finished with iProc0Used= 0 nProcUsed= 2 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 50.1179 kV IE:iono_solver: Southern Cross Polar Cap Potential= 57.4480 kV Progress: 80 steps, 0.000000E+00 s simulation time, 3.01 s CPU time, Date: 20140410_000000 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 61.0544 kV IE:iono_solver: Southern Cross Polar Cap Potential= 68.3903 kV Progress: 90 steps, 0.000000E+00 s simulation time, 3.53 s CPU time, Date: 20140410_000000 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 76.5372 kV IE:iono_solver: Southern Cross Polar Cap Potential= 89.6404 kV Progress: 100 steps, 0.000000E+00 s simulation time, 4.05 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 100 GM on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 1.38 1.379 1.379 100.00 ------------------------------------------------------------------------------- GM_run 30 30 0.84 0.028 0.028 60.59 GM_IE_couple 3 3 0.02 0.008 0.008 1.78 IE_GM_couple 3 3 0.51 0.171 0.171 37.10 exch_msgs 1 1 0.00 0.004 0.004 0.28 ------------------------------------------------------------------------------- IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 108.504 kV IE:iono_solver: Southern Cross Polar Cap Potential= 125.901 kV Progress: 110 steps, 0.000000E+00 s simulation time, 4.58 s CPU time, Date: 20140410_000000 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 145.641 kV IE:iono_solver: Southern Cross Polar Cap Potential= 166.274 kV Progress: 120 steps, 0.000000E+00 s simulation time, 5.11 s CPU time, Date: 20140410_000000 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 180.658 kV IE:iono_solver: Southern Cross Polar Cap Potential= 206.513 kV Progress: 130 steps, 0.000000E+00 s simulation time, 5.63 s CPU time, Date: 20140410_000000 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 212.373 kV IE:iono_solver: Southern Cross Polar Cap Potential= 245.668 kV Progress: 140 steps, 0.000000E+00 s simulation time, 6.15 s CPU time, Date: 20140410_000000 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 249.795 kV IE:iono_solver: Southern Cross Polar Cap Potential= 296.062 kV Progress: 150 steps, 0.000000E+00 s simulation time, 6.68 s CPU time, Date: 20140410_000000 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 280.689 kV IE:iono_solver: Southern Cross Polar Cap Potential= 319.389 kV Progress: 160 steps, 0.000000E+00 s simulation time, 7.20 s CPU time, Date: 20140410_000000 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 285.080 kV IE:iono_solver: Southern Cross Polar Cap Potential= 328.917 kV Progress: 170 steps, 0.000000E+00 s simulation time, 7.73 s CPU time, Date: 20140410_000000 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 277.113 kV IE:iono_solver: Southern Cross Polar Cap Potential= 314.432 kV Progress: 180 steps, 0.000000E+00 s simulation time, 8.25 s CPU time, Date: 20140410_000000 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 268.647 kV IE:iono_solver: Southern Cross Polar Cap Potential= 307.806 kV Progress: 190 steps, 0.000000E+00 s simulation time, 8.77 s CPU time, Date: 20140410_000000 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 262.224 kV IE:iono_solver: Southern Cross Polar Cap Potential= 296.264 kV Progress: 200 steps, 0.000000E+00 s simulation time, 9.29 s CPU time, Date: 20140410_000000 ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 70 to 200 GM on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- SWMF 1 1 6.62 6.617 6.617 100.00 ------------------------------------------------------------------------------- GM_run 130 130 3.62 0.028 0.028 54.75 GM_IE_couple 13 13 0.11 0.008 0.008 1.60 IE_GM_couple 13 13 2.88 0.222 0.222 43.53 exch_msgs 1 1 0.00 0.004 0.004 0.06 ------------------------------------------------------------------------------- IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 261.111 kV IE:iono_solver: Southern Cross Polar Cap Potential= 295.209 kV ------------------------------------------------------------------------------- SORTED TIMING from step 70 to 200 IE on PE 1 name sec percent #iter #calls ------------------------------------------------------------------------------- SWMF 6.87 100.00 1 1 ------------------------------------------------------------------------------- GM_IE_couple 3.76 54.72 14 14 IE_GM_couple 3.10 45.16 14 14 iono_solve 2.69 39.17 14 28 ------------------------------------------------------------------------------- IM_set_param: READ iSession = 3 iLine= 362 nLine = 374 IM: IM:#COMPOSITION IM:FIXED NameCompModel IM:0.8 FractionH IM:0.2 FractionO IM: IM:#DECAY IM:T UseDecay IM:10 hour DecayTimescale DecayTimescale 3.60000000E+04 IE_set_param: READ iSession = 3 iLine= 377 nLine = 384 IE: IE:#SAVEPLOT IE:1 nPlotFile ----- End of Session 2 ------ ------------------------------------------------------------------------------- SORTED TIMING from step 70 to 200 GM on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- SWMF 6.87 100.00 1 1 ------------------------------------------------------------------------------- GM_run 3.62 52.76 130 130 ------------------------------------------------------------------------------- advance 3.62 52.76 130 130 advance_explicit 3.12 45.48 130 130 IE_GM_couple 3.12 45.46 14 14 exch_msgs 1.00 14.56 261 261 batl_pass 0.97 14.19 261 261 single_pass 0.96 14.00 261 522 GM_IE_couple 0.11 1.66 14 14 cell_bc 0.02 0.36 261 261 init_pass 0.01 0.20 261 261 ------------------------------------------------------------------------------- read_inputs: iSession= 3 #TIMEACCURATE T IsTimeAccurate #PROGRESS 100 DnProgressShort DnShowProgressShort 1000 DnProgressLong DnShowProgressLong #SAVERESTART T DoSaveRestart -1 DnSaveRestart 10 min DtSaveRestart DtSaveRestart 6.00000000E+02 #COMPONENT IM NameComp T UseComp #COUPLEORDER 5 nCouple IE GM NameSourceTarget NameSource NameTarget IE IM NameSourceTarget NameSource NameTarget GM IE NameSourceTarget NameSource NameTarget GM IM NameSourceTarget NameSource NameTarget IM GM NameSourceTarget NameSource NameTarget #COUPLE2 GM NameComp1 NameSource IE NameComp2 NameTarget -1 DnCouple 5.0 DtCouple #COUPLE2 IM NameComp1 NameSource GM NameComp2 NameTarget -1 DnCouple 10.0 DtCouple #COUPLE1 IE NameSource IM NameTarget -1 DnCouple 10.0 DtCouple #COUPLETIME GM NameComp F DoCoupleOnTime #UPDATEB0 0.5 DtUpdateB0 #BEGIN_COMP GM --------------------------------------------------------------- GM_set_parameters: READ iSession = 3 iLine= 316 nLine = 359 GM: GM:#IMCOUPLING GM:20.0 TauCoupleIm GM:T DoImSatTrace GM:T DoCoupleImPressure GM:T DoCoupleImDensity GM:0.01 DensityCoupleFloor GM:F DoFixPolarRegion GM: GM:#MINIMUMPRESSURE GM:1e-5 pMinDim [nPa] GM: GM:#SAVEPLOT GM:3 nPlotFile GM:y=0 MHD idl StringPlot GM:-1 DnSavePlot GM:5 min DtSavePlot DtSavePlot 3.00000000E+02 GM:-1.0 DxSavePlot GM:z=0 MHD idl StringPlot GM:-1 DnSavePlot GM:5 min DtSavePlot DtSavePlot 3.00000000E+02 GM:-1.0 DxSavePlot GM:shl MHD idl_ascii StringPlot GM:-1 DnSavePlot GM:1 min DtSavePlot DtSavePlot 6.00000000E+01 GM:GEO TypeCoordPlot GM:6.6 rMin GM:6.6 rMax GM:0. LonMin GM:360. LonMax GM:10. dLon GM:0. LatMin GM:0. LatMax GM: GM:#BORIS GM:T UseBorisCorrection GM:0.01 BorisClightFactor GM: GM:#TIMESTEPPING GM:1 nStage GM:0.85 CflExpl #END_COMP GM ----------------------------------------------------------------- #BEGIN_COMP IM --------------------------------------------------------------- #END_COMP IM ----------------------------------------------------------------- #BEGIN_COMP IE --------------------------------------------------------------- #END_COMP IE ----------------------------------------------------------------- #STOP -1 MaxIter 60.0 TimeMax #RUN ########################################################################## GM_set_parameters: CHECK iSession = 3 IE:aur idl StringPlot IE:-1 DnSavePlot IE:1 min DtSavePlot DtSavePlot 6.00000000E+01 IE_set_param: CHECK iSession = 3 IM_set_param: CHECK iSession = 3 GM_set_parameters: setting DoLimitMomentum=F check_optimize_param checking parameters... ----- Starting Session 3 ------ ground_mag_perturb_fac allocated LineContrib_DII(3, 24685 , 32580 ) ground_mag_perturb_fac allocated InvDist2_DII(3, 24685 , 32580 ) ground_mag_perturb_fac: kp UseFastFacIntegral= T ground_mag_perturb_fac: ae UseFastFacIntegral= T GM:saved iFile= 6 type=y=0_mhd at nStep= 200 time= 0:00:00 h:m:s GM:saved iFile= 7 type=z=0_mhd at nStep= 200 time= 0:00:00 h:m:s GM:saved iFile= 8 type=shl_mhd at nStep= 200 time= 0:00:00 h:m:s --------------------------------------------- set_couple_var_info: Coupling GM to IM nDensity(Source/Target/Couple): 1 3 1 nSpeed(Source/Target/Couple): 1 0 0 nP(Source/Target/Couple): 1 3 1 nPpar(Source/Target/Couple): 0 0 0 --------------------------------------------- Coupling flags: Magnetic field: F Pe: F Ppar: F Ehot: F Waves: F ChargeStates: F Fluids: F Species: F SignB: F --------------------------------------------- world_used finished with iProc0Used= 0 nProcUsed= 2 IM: Ellipse size adjusted 1 times. size= 5.630725127040584 10.00000000000000 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 261.111 kV IE:iono_solver: Southern Cross Polar Cap Potential= 295.209 kV IM: Ellipse size adjusted 1 times. size= 5.630725127040584 10.00000000000000 ground_mag_perturb_fac: stat UseFastFacIntegral= T IM: Time 0 - 5 completed. ground_mag_perturb_fac: grid UseFastFacIntegral= T GM: First error for Trace_DSNB tracing, nIterTrace= (PE= 0 ) at iter= 201 with value= 69.00000000000000 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 229.977 kV IE:iono_solver: Southern Cross Polar Cap Potential= 255.643 kV IM: Ellipse size adjusted 1 times. size= 5.630725127040584 10.00000000000000 IM: Time 5 - 10 completed. Progress: 300 steps, 7.594349E+00 s simulation time, 51.63 s CPU time, Date: 20140410_000007 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 168.864 kV IE:iono_solver: Southern Cross Polar Cap Potential= 196.075 kV IM: Ellipse size adjusted 1 times. size= 5.758909949686358 10.00000000000000 IM: Time 10 - 15 completed. Progress: 400 steps, 1.511772E+01 s simulation time, 56.86 s CPU time, Date: 20140410_000015 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 128.269 kV IE:iono_solver: Southern Cross Polar Cap Potential= 148.557 kV IM: Ellipse size adjusted 1 times. size= 5.758909949686358 10.00000000000000 IM: Time 15 - 20 completed. IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 127.769 kV IE:iono_solver: Southern Cross Polar Cap Potential= 145.587 kV IM: Ellipse size adjusted 1 times. size= 5.748649500688734 10.00000000000000 IM: Time 20 - 25 completed. Progress: 500 steps, 2.269571E+01 s simulation time, 61.37 s CPU time, Date: 20140410_000022 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 134.498 kV IE:iono_solver: Southern Cross Polar Cap Potential= 147.689 kV IM: Ellipse size adjusted 1 times. size= 5.748649500688734 10.00000000000000 IM: Time 25 - 30 completed. IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 129.502 kV IE:iono_solver: Southern Cross Polar Cap Potential= 147.472 kV IM: Ellipse size adjusted 1 times. size= 5.730399388465917 10.00000000000000 IM: Time 30 - 35 completed. Progress: 600 steps, 3.018962E+01 s simulation time, 66.48 s CPU time, Date: 20140410_000030 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 134.204 kV IE:iono_solver: Southern Cross Polar Cap Potential= 149.446 kV IM: Ellipse size adjusted 1 times. size= 5.730399388465917 10.00000000000000 IM: Time 35 - 40 completed. Progress: 700 steps, 3.775692E+01 s simulation time, 68.15 s CPU time, Date: 20140410_000037 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 138.024 kV IE:iono_solver: Southern Cross Polar Cap Potential= 154.490 kV IM: Ellipse size adjusted 1 times. size= 5.680613765879106 10.00000000000000 IM: Time 40 - 45 completed. Progress: 800 steps, 4.524745E+01 s simulation time, 72.85 s CPU time, Date: 20140410_000045 IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 139.418 kV IE:iono_solver: Southern Cross Polar Cap Potential= 159.819 kV IM: Ellipse size adjusted 1 times. size= 5.680613765879106 10.00000000000000 IM: Time 45 - 50 completed. IE:iono_solver: F10.7= 131.87 IE:iono_solver: Northern Cross Polar Cap Potential= 140.498 kV IE:iono_solver: Southern Cross Polar Cap Potential= 168.712 kV IM: Ellipse size adjusted 1 times. size= 5.654719674123074 10.00000000000000 IM: Time 50 - 55 completed. Progress: 900 steps, 5.281710E+01 s simulation time, 77.18 s CPU time, Date: 20140410_000052 IE:iono_solver: F10.7= 131.88 IE:iono_solver: Northern Cross Polar Cap Potential= 139.175 kV IE:iono_solver: Southern Cross Polar Cap Potential= 169.034 kV IM: Ellipse size adjusted 1 times. size= 5.654719674123074 10.00000000000000 IM: Time 55 - 60 completed. GM:saved iFile= 8 type=shl_mhd at nStep= 984 time= 0:01:00 h:m:s ------------------------------------------------------------------------------- SORTED TIMING from step 200 to 212 IM on PE 1 name sec percent #iter #calls ------------------------------------------------------------------------------- SWMF 72.68 100.00 1 1 ------------------------------------------------------------------------------- IE_GM_couple 33.16 45.63 13 13 GM_IM_couple 6.01 8.28 7 7 IE_run 2.57 3.53 12 12 ------------------------------------------------------------------------------- iono_solve 2.13 2.93 12 24 IM_run 1.14 1.57 12 12 IM_GM_couple 0.66 0.90 7 7 GM_IE_couple 0.12 0.17 13 13 IE_IM_couple 0.00 0.00 7 7 ------------------------------------------------------------------------------- ----- End of Session 3 ------ ------------------------------------------------------------------------------- SORTED TIMING from step 200 to 995 GM on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- SWMF 72.68 100.00 1 1 ------------------------------------------------------------------------------- GM_run 36.87 50.73 784 784 ------------------------------------------------------------------------------- advance 36.87 50.73 784 784 ground_db_fac 32.46 44.67 6 6 calc_kp 22.01 30.29 2 2 ground_slow_int 13.57 18.67 4 4 apply_im_pressure 12.55 17.27 784 784 trace_field_grid 11.60 15.96 6 6 trace_grid_fast 11.60 15.96 6 6 advance_explicit 9.16 12.61 784 784 batl_pass 6.09 8.38 807 927 single_pass 6.04 8.31 807 1847 GM_IM_couple 6.02 8.28 7 7 trace_grid_fast2 5.78 7.96 6 6 integrate_field_from 5.77 7.94 7 7 save_plot 5.10 7.02 2 4 grid_magnetometer 4.86 6.69 1 1 trace_iter 4.59 6.32 6 6 exch_msgs 3.28 4.52 792 912 calc_ae 3.23 4.44 2 2 save_magnetometer 3.10 4.26 1 1 trace_pass 2.97 4.09 6 462 sync_state 1.87 2.57 14 14 trace_iter1 1.44 1.98 6 462 trace_grid_fast1 1.22 1.68 6 6 DoSaveLogfile 0.98 1.35 3 3 pass_node 0.89 1.23 6 6 IM_GM_couple 0.66 0.91 7 7 calc_ie_mag_perturb 0.64 0.88 6 6 update_b0_fast 0.51 0.70 120 120 sync_b0 0.29 0.40 6 6 sync_trace 0.25 0.34 6 6 integrate_domain 0.22 0.31 3 3 trace_check 0.18 0.24 6 462 ground_fast_int 0.13 0.18 2 2 GM_IE_couple 0.11 0.15 13 13 save_satellite 0.09 0.13 3 3 cell_bc 0.08 0.11 792 792 calc_sphere_integrat 0.07 0.09 3 3 init_pass 0.05 0.06 807 927 ground_calc_fac 0.02 0.03 2 2 IE_GM_couple 0.01 0.02 13 13 trace_grid_fast3 0.00 0.00 6 6 advect_all_points 0.00 0.00 784 784 ------------------------------------------------------------------------------- read_inputs: iSession= 4 #ENDTIME 2014 iYear 04 iMonth 10 iDay 00 iHour 01 iMinute 00 iSecond 0.0 FracSecond IE_set_param: CHECK iSession = 4 IM_set_param: CHECK iSession = 4 GM_set_parameters: CHECK iSession = 4 GM_set_parameters: setting DoLimitMomentum=F check_optimize_param checking parameters... ----- Starting Session 4 ------ world_used finished with iProc0Used= 0 nProcUsed= 2 IE:iono_solver: F10.7= 131.88 IE:iono_solver: Northern Cross Polar Cap Potential= 138.510 kV IE:iono_solver: Southern Cross Polar Cap Potential= 171.539 kV [r101i2n8:71888] 1 more process has sent help message help-opal-runtime.txt / opal_init:warn-fork [r101i2n8:71888] Set MCA parameter "orte_base_help_aggregate" to 0 to see all help / error messages Finished Numerical Simulation ----------------------------- Simulated time = 6.00000E+01 s ------------------------------------------------------------------------------- SORTED TIMING from step 995 to 995 GM on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- SWMF 1.06 100.00 1 1 ------------------------------------------------------------------------------- GM_IM_couple 0.84 78.78 1 1 integrate_field_from 0.84 78.72 1 1 batl_pass 0.28 26.72 3 3 single_pass 0.28 26.71 3 5 IE_GM_couple 0.21 19.36 1 1 sync_state 0.13 12.23 1 1 GM_IE_couple 0.01 0.87 1 1 exch_msgs 0.01 0.80 2 2 IM_GM_couple 0.00 0.20 1 1 ------------------------------------------------------------------------------- save_restart is called at nStep,tSimulation= 0 0.000000000000000 ------------------------------------------------------------------------------- SORTED TIMING from step 212 to 212 IM on PE 1 name sec percent #iter #calls ------------------------------------------------------------------------------- SWMF 1.06 100.00 1 1 ------------------------------------------------------------------------------- GM_IM_couple 0.84 78.72 1 1 IE_GM_couple 0.20 19.28 1 1 iono_solve 0.18 16.49 1 2 GM_IE_couple 0.01 0.99 1 1 IM_GM_couple 0.00 0.18 1 1 ------------------------------------------------------------------------------- => Writing restart file for ionosphere. IM: IM_save_restart at TimeSimulation= 0.000000000000000 IM: Saving Restart at T=00060s (00:01:00) IM: IM_finalize at TimeSimulation= 0.000000000000000 ------------------------------------------------------------------------------- SORTED TIMING from step 0 to 212 IM on PE 1 name sec percent #iter #calls ------------------------------------------------------------------------------- SWMF 83.38 100.00 1 1 ------------------------------------------------------------------------------- IE_GM_couple 38.17 45.79 35 35 GM_IM_couple 6.85 8.22 8 8 iono_solve 6.50 7.79 34 68 GM_IE_couple 4.86 5.83 35 35 IE_run 2.57 3.08 212 212 ------------------------------------------------------------------------------- IM_run 1.14 1.37 12 12 IM_GM_couple 0.66 0.79 8 8 IE_IM_couple 0.00 0.00 8 8 ------------------------------------------------------------------------------- GM:clean_mod_advance deallocated arrays GM:clean_mod_raytrace deallocated arrays GM:clean_mod_geometry deallocated arrays GM:clean_mod_nodes deallocated arrays GM:Error report for Trace_DSNB tracing, nIterTrace= GM: OCCURED nIterFirst= 201 Last= 724 MaxError= 5 nErrorSum= 5 GM: VALUES Min= 66.00000000000000 Max= 95.00000000000000 Mean= 79.20000000000000 Last= 95.00000000000000 LastSum= 0.000000000000000 GM: Finished Finalizing SWMF ------------------------ ------------------------------------------------------------------------------- SORTED TIMING from step 0 to 995 GM on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- SWMF 84.20 100.00 1 1 ------------------------------------------------------------------------------- GM_run 41.39 49.15 984 984 ------------------------------------------------------------------------------- advance 41.39 49.15 984 984 ground_db_fac 32.46 38.55 6 6 calc_kp 22.01 26.14 2 2 ground_slow_int 13.57 16.12 4 4 advance_explicit 12.91 15.33 984 984 apply_im_pressure 12.55 14.91 784 784 trace_field_grid 11.60 13.78 6 6 trace_grid_fast 11.60 13.78 6 6 batl_pass 7.61 9.04 1141 1261 single_pass 7.55 8.96 1141 2514 GM_IM_couple 6.86 8.14 8 8 integrate_field_from 6.60 7.84 8 8 trace_grid_fast2 5.78 6.87 6 6 save_plot 5.10 6.06 2 4 IE_GM_couple 5.06 6.01 35 35 grid_magnetometer 4.86 5.78 1 1 trace_iter 4.59 5.45 6 6 exch_msgs 4.56 5.42 1125 1245 calc_ae 3.23 3.83 2 2 save_magnetometer 3.10 3.68 1 1 trace_pass 2.97 3.53 6 462 sync_state 2.00 2.37 15 15 trace_iter1 1.44 1.71 6 462 trace_grid_fast1 1.22 1.45 6 6 DoSaveLogfile 0.98 1.16 3 3 pass_node 0.89 1.06 6 6 IM_GM_couple 0.66 0.78 8 8 calc_ie_mag_perturb 0.64 0.76 6 6 update_b0_fast 0.51 0.60 120 120 GM_IE_couple 0.29 0.35 35 35 sync_b0 0.29 0.34 6 6 sync_trace 0.25 0.29 6 6 integrate_domain 0.22 0.26 3 3 trace_check 0.18 0.21 6 462 ground_fast_int 0.13 0.16 2 2 cell_bc 0.11 0.13 1125 1125 save_satellite 0.09 0.11 3 3 calc_sphere_integrat 0.07 0.08 3 3 init_pass 0.06 0.08 1141 1261 ground_calc_fac 0.02 0.02 2 2 trace_grid_fast3 0.00 0.00 6 6 advect_all_points 0.00 0.00 984 984 ------------------------------------------------------------------------------- cd run_test_swpc_large_gpu; ./PostProc.pl -noptec PostProc.pl: TIMINGS from runlog (init, run) 3.60 84.20 make[2]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make test_swpc_large_gpu_check make[2]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' ERROR in DiffNum.pl make[2]: [test_swpc_large_gpu_check] Error 255 (ignored) ls -l test_swpc_large_gpu_??.diff -rw-rw-r-- 1 gtoth1 s6176 18372 Feb 14 16:09 test_swpc_large_gpu_gm.diff -rw-rw-r-- 1 gtoth1 s6176 0 Feb 14 16:09 test_swpc_large_gpu_ie.diff make[2]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[1]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' make[1]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make[2]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make test_shocktube_1d_compile make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF; ./Config.pl -noopenmp -acc ./Config.pl -u=Default -e=MhdHyp -ng=2 -g=1024,1,1 Writing new grid size 1024,1,1 and 2 ghost cells into srcBATL/BATL_size.f90... ./Config.pl -opt=Param/SHOCKTUBE/PARAM.in.hyp.1d ---------------------------------------------------------------------- Current optimization: ClightFactor = any DoLf = .false. IsCartesian = .true. IsCartesianGrid = .true. IsTimeAccurate = any LimiterBeta = any UseB0 = UseB UseBody = .true. UseBorisCorrection = any UseDivbSource = UseB .and. nDim>1 UseDtFixed = .false. UseGravity = .false. UseHyperbolicDivB = .false. UseNonConservative = .true. UsePMin = any UseRhoMin = .false. UseRotatingFrame = .false. iStage = any nConservCrit = 1 nOrder = any nStage = any ---------------------------------------------------------------------- -opt=Param/SHOCKTUBE/PARAM.in.hyp.1d ---------------------------------------------------------------------- New optimization: processing parameter file Param/SHOCKTUBE/PARAM.in.hyp.1d ClightFactor = any -> 1 DoLf = .false. -> .true. IsCartesian = .true. IsCartesianGrid = .true. IsTimeAccurate = any -> .true. LimiterBeta = any -> 1 UseB0 = UseB -> .false. UseBody = .true. -> .false. UseBorisCorrection = any -> .false. UseDivbSource = UseB .and. nDim>1 UseDtFixed = .false. -> .true. UseGravity = .false. UseHyperbolicDivB = .false. UseNonConservative = .true. -> .false. UsePMin = any -> .false. UseRhoMin = .false. UseRotatingFrame = .false. iStage = any -> 1 nConservCrit = 1 -> 0 nOrder = any -> 1 nStage = any -> 1 Modifying src/ModOptimizeParam.f90 make BATSRUS make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make[6]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a' is up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/src; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/src' ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a ModTiming.o timing_cpu.o timing.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/src' if [[ "" == *lNOMPI* ]]; then make NOMPI; fi cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' make[6]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a' is up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' make[6]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a' is up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' make[6]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a' is up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' cd srcBATL; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' make libBATL.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_size.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_geometry.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_tree.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_high_order.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_interpolate_amr.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_face_field.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_grid.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_amr.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_region.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_cell.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_face.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_node.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_particles.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_test.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_amr_criteria.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_lib.f90 rm -f libBATL.a ar -rs libBATL.a BATL_amr.o BATL_amr_criteria.o BATL_geometry.o BATL_grid.o BATL_high_order.o BATL_interpolate_amr.o BATL_lib.o BATL_mpi.o BATL_particles.o BATL_pass_cell.o BATL_pass_node.o BATL_pass_face.o BATL_pass_face_field.o BATL_region.o BATL_size.o BATL_test.o BATL_tree.o ar: creating libBATL.a make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' libBATL.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' cd src; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' perl /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Scripts/depend.pl -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src -I../srcBATL -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/CRASH/src ModAdvance.o ModAdvanceExplicit.o ModAdvectPoints.o ModAMR.o ModB0.o ModBatsrusMethods.o ModBatsrusUtility.o ModBatlInterface.o ModBlockData.o ModBorisCorrection.o ModBoundaryGeometry.o ModBuffer.o ModCalcSource.o ModCellBoundary.o ModCellGradient.o ModCharacteristic.o ModChGL.o ModChromosphere.o ModCleanDivB.o ModCoarseAxis.o ModConservative.o ModConserveFlux.o ModConstrainDivB.o ModCoronalHeating.o ModCurrent.o ModEnergy.o ModElectricField.o ModEquation.o ModExtraVariables.o ModFaceBoundary.o ModFaceFlux.o ModFaceGradient.o ModFaceValue.o ModFieldLineThread.o ModFieldTrace.o ModFieldTraceFast.o ModFixAxisCells.o ModGeometry.o ModGroundMagPerturb.o ModHallResist.o ModHdf5.o ModHeatConduction.o ModHeatFluxCollisionless.o ModIeCoupling.o ModImCoupling.o ModImplicit.o ModImplHypre.o ModIO.o ModIonElectron.o ModLaserHeating.o ModLoadBalance.o ModLocalTimeStep.o ModMain.o ModMessagePass.o ModMultiFluid.o ModMultiIon.o ModNodes.o ModOptimizeParam.o ModParallel.o ModParticleFieldLine.o ModParticleMover.o ModParticles.o ModPartImplicit.o ModPartSteady.o ModPhysics.o ModPIC.o ModPlotBox.o ModPlotShell.o ModPointImplicit.o ModProjectDivB.o ModRadDiffusion.o ModRadiativeCooling.o ModRadioWaveImage.o ModResistivity.o ModRestartFile.o ModSatelliteFile.o ModSemiImplicit.o ModSetInitialCondition.o ModSetParameters.o ModSingleFluid.o ModSize.o ModSolarwind.o ModTransitionRegion.o ModThreadedLC.o ModTimeStepControl.o ModUaCoupling.o ModUserEmpty.o ModUserInterface.o ModUser.o ModViscosity.o ModWaves.o ModWriteTecplot.o ModUpdateStateFast.o ModUpdateState.o ModWriteLogSatFile.o ModWritePlot.o ModWritePlotIdl.o ModWritePlotLos.o ModWritePlotRadioWave.o ModWriteProgress.o ModFaceFluxParameters.o user_interface.o make libBATSRUS.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSize.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModEquation.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModTransitionRegion.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUaCoupling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMultiFluid.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMain.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceFluxParameters.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParallel.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHdf5.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIO.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBatsrusUtility.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModNodes.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAdvance.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModGeometry.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceGradient.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBlockData.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModImplHypre.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUserInterface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPhysics.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCoarseAxis.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModConserveFlux.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPartSteady.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFixAxisCells.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCleanDivB.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCellGradient.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModB0.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWaves.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBoundaryGeometry.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSolarwind.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHallResist.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModChromosphere.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPointImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModViscosity.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCharacteristic.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModConstrainDivB.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUserEmpty.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRadDiffusion.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUser.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIeCoupling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModChGL.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCurrent.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModConservative.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCoronalHeating.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlotIdl.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 user_interface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBorisCorrection.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModLaserHeating.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBuffer.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModEnergy.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModResistivity.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIonElectron.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAdvectPoints.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPIC.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHeatFluxCollisionless.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceValue.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMultiIon.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRadiativeCooling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFieldLineThread.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceBoundary.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModTimeStepControl.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModGroundMagPerturb.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHeatConduction.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModThreadedLC.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBatlInterface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPlotShell.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPlotBox.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWriteTecplot.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParticles.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParticleMover.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParticleFieldLine.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRadioWaveImage.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCellBoundary.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlotRadioWave.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModElectricField.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceFlux.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCalcSource.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModOptimizeParam.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWriteProgress.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUpdateStateFast.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMessagePass.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUpdateState.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFieldTrace.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModProjectDivB.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSemiImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAdvanceExplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModLocalTimeStep.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPartImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModLoadBalance.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSatelliteFile.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFieldTraceFast.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWriteLogSatFile.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAMR.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlot.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRestartFile.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlotLos.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSetInitialCondition.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O0 ModSetParameters.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModImCoupling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBatsrusMethods.f90 cp -f ../srcBATL/libBATL.a libBATSRUS.a ar -rs libBATSRUS.a ModAdvance.o ModAdvanceExplicit.o ModAdvectPoints.o ModAMR.o ModB0.o ModBatsrusMethods.o ModBatsrusUtility.o ModBatlInterface.o ModBlockData.o ModBorisCorrection.o ModBoundaryGeometry.o ModBuffer.o ModCalcSource.o ModCellBoundary.o ModCellGradient.o ModCharacteristic.o ModChGL.o ModChromosphere.o ModCleanDivB.o ModCoarseAxis.o ModConservative.o ModConserveFlux.o ModConstrainDivB.o ModCoronalHeating.o ModCurrent.o ModEnergy.o ModElectricField.o ModEquation.o ModExtraVariables.o ModFaceBoundary.o ModFaceFlux.o ModFaceGradient.o ModFaceValue.o ModFieldLineThread.o ModFieldTrace.o ModFieldTraceFast.o ModFixAxisCells.o ModGeometry.o ModGroundMagPerturb.o ModHallResist.o ModHdf5.o ModHeatConduction.o ModHeatFluxCollisionless.o ModIeCoupling.o ModImCoupling.o ModImplicit.o ModImplHypre.o ModIO.o ModIonElectron.o ModLaserHeating.o ModLoadBalance.o ModLocalTimeStep.o ModMain.o ModMessagePass.o ModMultiFluid.o ModMultiIon.o ModNodes.o ModOptimizeParam.o ModParallel.o ModParticleFieldLine.o ModParticleMover.o ModParticles.o ModPartImplicit.o ModPartSteady.o ModPhysics.o ModPIC.o ModPlotBox.o ModPlotShell.o ModPointImplicit.o ModProjectDivB.o ModRadDiffusion.o ModRadiativeCooling.o ModRadioWaveImage.o ModResistivity.o ModRestartFile.o ModSatelliteFile.o ModSemiImplicit.o ModSetInitialCondition.o ModSetParameters.o ModSingleFluid.o ModSize.o ModSolarwind.o ModTransitionRegion.o ModThreadedLC.o ModTimeStepControl.o ModUaCoupling.o ModUserEmpty.o ModUserInterface.o ModUser.o ModViscosity.o ModWaves.o ModWriteTecplot.o ModUpdateStateFast.o ModUpdateState.o ModWriteLogSatFile.o ModWritePlot.o ModWritePlotIdl.o ModWritePlotLos.o ModWritePlotRadioWave.o ModWriteProgress.o ModFaceFluxParameters.o user_interface.o make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' libBATSRUS.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' cd src; make BATSRUS make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/BATSRUS.exe make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 main.f90 rm -rf Tmp_; mkdir Tmp_ cd Tmp_; \ ar -x ../libBATSRUS.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a mpif90 -o /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/BATSRUS.exe main.o Tmp_/*.o \ -r8 -acc -gpu=cc70 -lstdc++ make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' Program BATSRUS has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make PIDL make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src; make PIDL make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/PostIDL.exe make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make[6]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/PostIDL.exe' is up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' Program PostIDL has been brought up to date. make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make test_shocktube_1d_rundir make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' rm -rf run_test_shocktube_1d make rundir RUNDIR=run_test_shocktube_1d STANDALONE=YES GMDIR=`pwd` make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' mkdir -p run_test_shocktube_1d/GM cd run_test_shocktube_1d/GM; \ mkdir restartIN restartOUT IO2; \ ln -s IO2 plots; \ ln -s /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/PostIDL.exe .; \ cp /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Scripts/pIDL .; \ cp /home5/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/Scripts/TEC/pTEC .; \ ln -s /home5/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/Param .; \ ln -s /home5/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/data/TRAJECTORY . make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd run_test_shocktube_1d; cp Param/SHOCKTUBE/PARAM.in.hyp.1d PARAM.in ./TestParam.pl -F run_test_shocktube_1d/PARAM.in make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make test_shocktube_1d_run make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd run_test_shocktube_1d; mpiexec -n 1 ./BATSRUS.exe > runlog -------------------------------------------------------------------------- A process has executed an operation involving a call to the "fork()" system call to create a child process. Open MPI is currently operating in a condition that could result in memory corruption or other system errors; your job may hang, crash, or produce silent data corruption. The use of fork() (or system() or other calls that create child processes) is strongly discouraged. The process that invoked fork was: Local host: [[43037,1],0] (PID 73772) If you are *absolutely sure* that your application will successfully and correctly survive a call to fork(), you may disable this warning by setting the mpi_warn_on_fork MCA parameter to 0. -------------------------------------------------------------------------- cd run_test_shocktube_1d; ./PostProc.pl -m RESULT PostProc.pl: TIMINGS from runlog (init, run) 0.03 3.94 PostProc.pl: mv GM/IO2 RESULT/GM with 4 files PostProc.pl: cp PARAM.in RESULT PostProc.pl: mv runlog RESULT PostProc.pl: ./Restart.pl -o -W -l= RESULT/RESTART make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make test_shocktube_1d_check make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' ls -l test_shocktube_1d_gpu.diff -rw-rw-r-- 1 gtoth1 s6176 0 Feb 14 16:10 test_shocktube_1d_gpu.diff make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make[2]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make[2]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make test_fastwave_compile make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF; ./Config.pl -noopenmp -acc ./Config.pl -u=Waves -e=Mhd -ng=2 -g=10,10,10 Writing new grid size 10,10,10 and 2 ghost cells into srcBATL/BATL_size.f90... ./Config.pl -opt=Param/SHOCKTUBE/PARAM.in.fast_wave ---------------------------------------------------------------------- Current optimization: ClightFactor = 1 DoLf = .true. IsCartesian = .true. IsCartesianGrid = .true. IsTimeAccurate = .true. LimiterBeta = 1 UseB0 = .false. UseBody = .false. UseBorisCorrection = .false. UseDivbSource = UseB .and. nDim>1 UseDtFixed = .true. UseGravity = .false. UseHyperbolicDivB = .false. UseNonConservative = .false. UsePMin = .false. UseRhoMin = .false. UseRotatingFrame = .false. iStage = 1 nConservCrit = 0 nOrder = 1 nStage = 1 ---------------------------------------------------------------------- -opt=Param/SHOCKTUBE/PARAM.in.fast_wave ---------------------------------------------------------------------- New optimization: processing parameter file Param/SHOCKTUBE/PARAM.in.fast_wave ClightFactor = 1 DoLf = .true. -> any IsCartesian = .true. IsCartesianGrid = .true. IsTimeAccurate = .true. LimiterBeta = 1 -> any UseB0 = .false. UseBody = .false. UseBorisCorrection = .false. UseDivbSource = UseB .and. nDim>1 UseDtFixed = .true. UseGravity = .false. UseHyperbolicDivB = .false. UseNonConservative = .false. -> .true. UsePMin = .false. UseRhoMin = .false. UseRotatingFrame = .false. iStage = 1 -> any nConservCrit = 0 nOrder = 1 -> any nStage = 1 -> any Modifying src/ModOptimizeParam.f90 make BATSRUS make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make[6]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a' is up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/src; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/src' ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a ModTiming.o timing_cpu.o timing.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/src' if [[ "" == *lNOMPI* ]]; then make NOMPI; fi cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' make[6]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a' is up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' make[6]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a' is up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' make[6]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a' is up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' cd srcBATL; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' make libBATL.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_size.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_geometry.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_tree.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_high_order.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_interpolate_amr.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_face_field.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_grid.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_amr.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_region.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_cell.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_face.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_node.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_particles.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_test.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_amr_criteria.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_lib.f90 rm -f libBATL.a ar -rs libBATL.a BATL_amr.o BATL_amr_criteria.o BATL_geometry.o BATL_grid.o BATL_high_order.o BATL_interpolate_amr.o BATL_lib.o BATL_mpi.o BATL_particles.o BATL_pass_cell.o BATL_pass_node.o BATL_pass_face.o BATL_pass_face_field.o BATL_region.o BATL_size.o BATL_test.o BATL_tree.o ar: creating libBATL.a make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' libBATL.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' cd src; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' perl /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Scripts/depend.pl -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src -I../srcBATL -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/CRASH/src ModAdvance.o ModAdvanceExplicit.o ModAdvectPoints.o ModAMR.o ModB0.o ModBatsrusMethods.o ModBatsrusUtility.o ModBatlInterface.o ModBlockData.o ModBorisCorrection.o ModBoundaryGeometry.o ModBuffer.o ModCalcSource.o ModCellBoundary.o ModCellGradient.o ModCharacteristic.o ModChGL.o ModChromosphere.o ModCleanDivB.o ModCoarseAxis.o ModConservative.o ModConserveFlux.o ModConstrainDivB.o ModCoronalHeating.o ModCurrent.o ModEnergy.o ModElectricField.o ModEquation.o ModExtraVariables.o ModFaceBoundary.o ModFaceFlux.o ModFaceGradient.o ModFaceValue.o ModFieldLineThread.o ModFieldTrace.o ModFieldTraceFast.o ModFixAxisCells.o ModGeometry.o ModGroundMagPerturb.o ModHallResist.o ModHdf5.o ModHeatConduction.o ModHeatFluxCollisionless.o ModIeCoupling.o ModImCoupling.o ModImplicit.o ModImplHypre.o ModIO.o ModIonElectron.o ModLaserHeating.o ModLoadBalance.o ModLocalTimeStep.o ModMain.o ModMessagePass.o ModMultiFluid.o ModMultiIon.o ModNodes.o ModOptimizeParam.o ModParallel.o ModParticleFieldLine.o ModParticleMover.o ModParticles.o ModPartImplicit.o ModPartSteady.o ModPhysics.o ModPIC.o ModPlotBox.o ModPlotShell.o ModPointImplicit.o ModProjectDivB.o ModRadDiffusion.o ModRadiativeCooling.o ModRadioWaveImage.o ModResistivity.o ModRestartFile.o ModSatelliteFile.o ModSemiImplicit.o ModSetInitialCondition.o ModSetParameters.o ModSingleFluid.o ModSize.o ModSolarwind.o ModTransitionRegion.o ModThreadedLC.o ModTimeStepControl.o ModUaCoupling.o ModUserEmpty.o ModUserInterface.o ModUser.o ModViscosity.o ModWaves.o ModWriteTecplot.o ModUpdateStateFast.o ModUpdateState.o ModWriteLogSatFile.o ModWritePlot.o ModWritePlotIdl.o ModWritePlotLos.o ModWritePlotRadioWave.o ModWriteProgress.o ModFaceFluxParameters.o user_interface.o make libBATSRUS.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSize.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModEquation.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModTransitionRegion.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUaCoupling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMultiFluid.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMain.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceFluxParameters.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParallel.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHdf5.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIO.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBatsrusUtility.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModNodes.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAdvance.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModGeometry.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceGradient.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBlockData.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModImplHypre.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUserInterface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPhysics.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCoarseAxis.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModConserveFlux.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPartSteady.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFixAxisCells.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCleanDivB.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCellGradient.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModB0.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWaves.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBoundaryGeometry.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSolarwind.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHallResist.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModChromosphere.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPointImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModViscosity.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCharacteristic.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModConstrainDivB.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUserEmpty.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRadDiffusion.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIeCoupling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModChGL.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCurrent.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModConservative.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCoronalHeating.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlotIdl.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBorisCorrection.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModLaserHeating.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBuffer.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModEnergy.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHeatFluxCollisionless.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceValue.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMultiIon.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRadiativeCooling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFieldLineThread.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModResistivity.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIonElectron.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAdvectPoints.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPIC.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceBoundary.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModTimeStepControl.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModGroundMagPerturb.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHeatConduction.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModThreadedLC.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBatlInterface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPlotShell.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPlotBox.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWriteTecplot.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParticles.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParticleMover.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParticleFieldLine.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRadioWaveImage.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCellBoundary.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlotRadioWave.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModElectricField.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceFlux.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCalcSource.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModOptimizeParam.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWriteProgress.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUpdateStateFast.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMessagePass.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUpdateState.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFieldTrace.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModProjectDivB.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSemiImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAdvanceExplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModLocalTimeStep.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUser.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPartImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 user_interface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModLoadBalance.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSatelliteFile.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFieldTraceFast.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWriteLogSatFile.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAMR.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlot.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRestartFile.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlotLos.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSetInitialCondition.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O0 ModSetParameters.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModImCoupling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBatsrusMethods.f90 cp -f ../srcBATL/libBATL.a libBATSRUS.a ar -rs libBATSRUS.a ModAdvance.o ModAdvanceExplicit.o ModAdvectPoints.o ModAMR.o ModB0.o ModBatsrusMethods.o ModBatsrusUtility.o ModBatlInterface.o ModBlockData.o ModBorisCorrection.o ModBoundaryGeometry.o ModBuffer.o ModCalcSource.o ModCellBoundary.o ModCellGradient.o ModCharacteristic.o ModChGL.o ModChromosphere.o ModCleanDivB.o ModCoarseAxis.o ModConservative.o ModConserveFlux.o ModConstrainDivB.o ModCoronalHeating.o ModCurrent.o ModEnergy.o ModElectricField.o ModEquation.o ModExtraVariables.o ModFaceBoundary.o ModFaceFlux.o ModFaceGradient.o ModFaceValue.o ModFieldLineThread.o ModFieldTrace.o ModFieldTraceFast.o ModFixAxisCells.o ModGeometry.o ModGroundMagPerturb.o ModHallResist.o ModHdf5.o ModHeatConduction.o ModHeatFluxCollisionless.o ModIeCoupling.o ModImCoupling.o ModImplicit.o ModImplHypre.o ModIO.o ModIonElectron.o ModLaserHeating.o ModLoadBalance.o ModLocalTimeStep.o ModMain.o ModMessagePass.o ModMultiFluid.o ModMultiIon.o ModNodes.o ModOptimizeParam.o ModParallel.o ModParticleFieldLine.o ModParticleMover.o ModParticles.o ModPartImplicit.o ModPartSteady.o ModPhysics.o ModPIC.o ModPlotBox.o ModPlotShell.o ModPointImplicit.o ModProjectDivB.o ModRadDiffusion.o ModRadiativeCooling.o ModRadioWaveImage.o ModResistivity.o ModRestartFile.o ModSatelliteFile.o ModSemiImplicit.o ModSetInitialCondition.o ModSetParameters.o ModSingleFluid.o ModSize.o ModSolarwind.o ModTransitionRegion.o ModThreadedLC.o ModTimeStepControl.o ModUaCoupling.o ModUserEmpty.o ModUserInterface.o ModUser.o ModViscosity.o ModWaves.o ModWriteTecplot.o ModUpdateStateFast.o ModUpdateState.o ModWriteLogSatFile.o ModWritePlot.o ModWritePlotIdl.o ModWritePlotLos.o ModWritePlotRadioWave.o ModWriteProgress.o ModFaceFluxParameters.o user_interface.o make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' libBATSRUS.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' cd src; make BATSRUS make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/BATSRUS.exe make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 main.f90 rm -rf Tmp_; mkdir Tmp_ cd Tmp_; \ ar -x ../libBATSRUS.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a mpif90 -o /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/BATSRUS.exe main.o Tmp_/*.o \ -r8 -acc -gpu=cc70 -lstdc++ make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' Program BATSRUS has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make PIDL make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src; make PIDL make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/PostIDL.exe make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make[6]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/PostIDL.exe' is up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' Program PostIDL has been brought up to date. make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make test_fastwave_rundir make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' rm -rf run_test_fastwave make rundir RUNDIR=run_test_fastwave STANDALONE=YES GMDIR=`pwd` make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' mkdir -p run_test_fastwave/GM cd run_test_fastwave/GM; \ mkdir restartIN restartOUT IO2; \ ln -s IO2 plots; \ ln -s /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/PostIDL.exe .; \ cp /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Scripts/pIDL .; \ cp /home5/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/Scripts/TEC/pTEC .; \ ln -s /home5/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/Param .; \ ln -s /home5/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/data/TRAJECTORY . make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd run_test_fastwave; cp Param/SHOCKTUBE/PARAM.in.fast_wave PARAM.in ./TestParam.pl -F run_test_fastwave/PARAM.in make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make test_fastwave_run make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd run_test_fastwave; mpiexec -n 1 ./BATSRUS.exe | tee runlog Git repo=git@gitlab.umich.edu:swmf_software/BATSRUS GIT REFERENCES HAVE NOT BEEN OBTAINED! BATSRUS: Block Adaptive Tree Solar-Wind Roe Upwind Scheme for 3D Heliospheric Flows University of Michigan, 1995-2017 BATSRUS version 9.90 is running as GM on 1 PE(s) with up to 1 threads/PE EQUATIONS: MHD EQUATION FILE: ModEquationMhd.f90 USER MODULE: ???-1.00 USER FILE: ??? read_file: read and broadcast nLine= 297 lines of text ----- Starting Session 1 ------ GM_set_parameters: READ iSession = 1 iLine= 0 nLine = 2000 #DESCRIPTION #UPDATE GPUUPDATE TypeUpdate #TIMING T UseTiming -1 DnTiming ! every session -1 nDepthTiming cumu TypeTimingReport #PLANET NONE NamePlanet #IOUNITS NONE TypeIoUnit #NORMALIZATION NONE TypeNormalization #CONSERVEFLUX F DoConserveFlux #GRID 5 nRootBlock1 nRootBlockX 5 nRootBlock2 nRootBlockY 20 nRootBlock3 nRootBlockZ -45.255 xMin 45.255 xMax -45.255 yMin 45.255 yMax -181.02 zMin 181.02 zMax #GRIDLEVEL 1 nLevel nLevelArea initial StringShape #GRIDLEVEL 1 nLevel nLevelArea box StringShape -1.0 xMinBox XyzMinBox 1.0 yMinBox XyzMinBox -1.0 zMinBox XyzMinBox 1.0 xMaxBox XyzMaxBox -1.0 yMaxBox XyzMaxBox 1.0 zMaxBox XyzMaxBox #GRIDBLOCKALL 520 MaxBlock #SHOCKPOSITION 0.0 ShockPosition 1.0 ShockSlope #UNIFORMSTATE 1.0 StateVar Rho 0.0 StateVar Ux 0.0 StateVar Uy 0.005 StateVar Uz 0.0 StateVar Bx 0.04 StateVar By 0.0 StateVar Bz 4.5e-4 StateVar p P #USERINPUTBEGIN ----------------------------------- #WAVE 1 Rho_ NameVar 1000.0 Width 0.1 Amplitude 32.0 LambdaX -1.0 LambdaY -1.0 LambdaZ 0.0 Phase Setting wave for iVar = 1 , NameVar =Rho #WAVE 2 Ux_ NameVar 1000.0 Width 0.005 Amplitude (rho1/rho0)*cF 32.0 LambdaX -1.0 LambdaY -1.0 LambdaZ 0.0 Phase Setting wave for iVar = 2 , NameVar =Mx #WAVE 4 Uz_ NameVar 1000.0 Width 0.0001 Amplitude (rho1/rho0)*cF -1.0 LambdaX -1.0 LambdaY 32.0 LambdaZ 0.0 Phase Setting wave for iVar = 4 , NameVar =Mz #WAVE 5 Bx_ NameVar 1000.0 Width 0.0004 Amplitude 32.0 LambdaX -1.0 LambdaY -1.0 LambdaZ 0.0 Phase Setting wave for iVar = 5 , NameVar =Bx #WAVE 6 By_ NameVar 1000.0 Width 0.004 Amplitude (rho1/rho0)*b0 32.0 LambdaX -1.0 LambdaY -1.0 LambdaZ 0.0 Phase Setting wave for iVar = 6 , NameVar =By #WAVE 8 p_ NameVar 10000.0 Width 7.5e-5 Amplitude (rho1/rho0)*5/3*p0 32.0 LambdaX -1.0 LambdaY -1.0 LambdaZ 0.0 Phase Setting wave for iVar = 8 , NameVar =p #USERINPUTEND ------------------------------------- USERINPUTEND #OUTERBOUNDARY periodic TypeBc1 TypeCellBc periodic TypeBc2 TypeCellBc periodic TypeBc3 TypeCellBc periodic TypeBc4 TypeCellBc periodic TypeBc5 TypeCellBc periodic TypeBc6 TypeCellBc #SCHEME 1 nOrder Rusanov TypeFlux #NONCONSERVATIVE T UseNonConservative #FIXEDTIMESTEP T UseDtFixed 0.5 DtFixedDim [sec] (read if UseDtFixed is true) #SAVELOGFILE T DoSaveLogfile raw StringLog -1 DnSaveLogfile 100.0 DtSaveLogfile #SAVERESTART F DoSaveRestart #SAVEPLOT 1 nPlotFile z=0 mhd idl_ascii StringPlot -1 DnSavePlot 100.0 DtSavePlot -1.0 DxSavePlot #STOP -1 MaxIteration 25.0 tSimulationMax #RUN ########################################################################## GM_set_parameters: CHECK iSession = 1 -------------------------------------------------------------------------- A process has executed an operation involving a call to the "fork()" system call to create a child process. Open MPI is currently operating in a condition that could result in memory corruption or other system errors; your job may hang, crash, or produce silent data corruption. The use of fork() (or system() or other calls that create child processes) is strongly discouraged. The process that invoked fork was: Local host: [[44847,1],0] (PID 75550) If you are *absolutely sure* that your application will successfully and correctly survive a call to fork(), you may disable this warning by setting the mpi_warn_on_fork MCA parameter to 0. -------------------------------------------------------------------------- The code is configured with nG= 2 ghost cell layers. The selected scheme requires nGUsed= 1 layers! init_mod_advance allocated arrays init_mod_geometry allocated arrays init_mod_nodes allocated arrays init_mod_field_trace allocated arrays check_optimize_param checking parameters... BATS_setup starting initial refinement level, nBlockAll = 1 500 total blocks = 514 Begin Numerical Simulation -------------------------- Physical Parameters ------------------- I/O Unit type: NONE Normalization: NONE Gamma: 1.66666667 UseBody1: .false. UseBody2: .false. ClightFactor: 1.00000E+00, Clight: 2.99790E+08 MHD Numerical Solution Parameters --------------------------------- iTypeUpdate=4 1st-order scheme Rusanov flux function Time accurate calculation Explicit time stepping nStage: 1 Dt: 0.5000000000000000 Other Runtime Parameters ------------------------ Available processors: nProc = 1 Available threads : nThread = 1 After initial grid setup: nBlockMax and MaxBlock = 514 520 Total number of blocks used = 514 Total number of cells = 514000 Total number of true cells = 514000 Min and max AMR levels = 0 1 Min and max cell size in x/r= 0.9051000000000000 1.810200000000000 root blocks: 5 5 20 nIJK_D: 10 10 10 x: -4.52550000E+01 4.52550000E+01 y: -4.52550000E+01 4.52550000E+01 z: -1.81020000E+02 1.81020000E+02 saved iFile= 6 type=z=0_mhd at nStep= 0 time= 0:00:00 h:m:s ------------------------------------------------------------------------------- SORTED TIMING at step 0 on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- BATSRUS 1.53 100.00 1 1 ------------------------------------------------------------------------------- setup 1.53 100.00 1 1 save_plot 0.11 7.35 1 1 DoSaveLogfile 0.05 3.49 1 1 sync_state 0.04 2.50 1 2 exch_msgs 0.03 2.27 1 2 integrate_domain 0.02 1.38 1 1 batl_pass 0.01 0.66 1 3 single_pass 0.01 0.65 1 6 ------------------------------------------------------------------------------- Resetting timing counters after setup. Speed is 263819765.0 c/s/p after 0.0 s at N = 10 ( 5.0000E+00 s) Speed is 264022580.5 c/s/p after 0.0 s at N = 20 ( 1.0000E+01 s) Speed is 261469258.7 c/s/p after 0.1 s at N = 30 ( 1.5000E+01 s) Speed is 265046827.2 c/s/p after 0.1 s at N = 40 ( 2.0000E+01 s) Speed is 281166729.3 c/s/p after 0.1 s at N = 50 ( 2.5000E+01 s) ----- End of Session 1 ------ ------------------------------------------------------------------------------- SORTED TIMING from step 0 to 50 on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- BATSRUS 0.10 100.00 1 1 ------------------------------------------------------------------------------- advance 0.10 99.71 50 50 exch_msgs 0.05 49.42 50 50 batl_pass 0.05 48.77 50 50 advance_explicit 0.05 47.95 50 50 single_pass 0.04 45.93 50 100 init_pass 0.00 2.81 50 50 ------------------------------------------------------------------------------- ----- Starting Session 2 ------ GM_set_parameters: READ iSession = 2 iLine= 187 nLine = 2000 #UPDATE CPUUPDATE TypeUpdate #STOP -1 MaxIteration 50.0 tSimulationMax #RUN ########################################################################## GM_set_parameters: CHECK iSession = 2 The code is configured with nG= 2 ghost cell layers. The selected scheme requires nGUsed= 1 layers! check_optimize_param checking parameters... Begin Numerical Simulation -------------------------- Physical Parameters ------------------- I/O Unit type: NONE Normalization: NONE Gamma: 1.66666667 UseBody1: .false. UseBody2: .false. ClightFactor: 1.00000E+00, Clight: 2.99790E+08 MHD Numerical Solution Parameters --------------------------------- iTypeUpdate=3 1st-order scheme Rusanov flux function Time accurate calculation Explicit time stepping nStage: 1 Dt: 0.5000000000000000 Other Runtime Parameters ------------------------ Available processors: nProc = 1 Available threads : nThread = 1 After initial grid setup: nBlockMax and MaxBlock = 514 520 Total number of blocks used = 514 Total number of cells = 514000 Total number of true cells = 514000 Min and max AMR levels = 0 1 Min and max cell size in x/r= 0.9051000000000000 1.810200000000000 root blocks: 5 5 20 nIJK_D: 10 10 10 x: -4.52550000E+01 4.52550000E+01 y: -4.52550000E+01 4.52550000E+01 z: -1.81020000E+02 1.81020000E+02 Speed is 190058442.0 c/s/p after 0.1 s at N = 60 ( 3.0000E+01 s) Speed is 189386947.1 c/s/p after 0.2 s at N = 70 ( 3.5000E+01 s) Speed is 189851517.5 c/s/p after 0.2 s at N = 80 ( 4.0000E+01 s) Speed is 190731749.5 c/s/p after 0.2 s at N = 90 ( 4.5000E+01 s) Speed is 188694500.2 c/s/p after 0.2 s at N = 100 ( 5.0000E+01 s) ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 50 to 100 on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- BATSRUS 1 1 0.14 0.140 0.140 100.00 ------------------------------------------------------------------------------- advance 50 50 0.14 0.003 0.003 96.83 exch_msgs 1 1 0.00 0.001 0.001 0.67 ------------------------------------------------------------------------------- 100 of 100 iterations completed. Expected time to completion: 0.00 ----- End of Session 2 ------ ------------------------------------------------------------------------------- SORTED TIMING from step 50 to 100 on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- BATSRUS 0.14 100.00 1 1 ------------------------------------------------------------------------------- advance 0.14 96.80 50 50 advance_explicit 0.09 62.65 50 50 exch_msgs 0.05 33.35 51 51 batl_pass 0.05 32.92 51 51 single_pass 0.04 31.02 51 102 init_pass 0.00 1.89 51 51 ------------------------------------------------------------------------------- ----- Starting Session 3 ------ GM_set_parameters: READ iSession = 3 iLine= 196 nLine = 2000 #UPDATE GPUPRIM TypeUpdate #STOP -1 MaxIteration 75.0 tSimulationMax #RUN ########################################################################## GM_set_parameters: CHECK iSession = 3 The code is configured with nG= 2 ghost cell layers. The selected scheme requires nGUsed= 1 layers! check_optimize_param checking parameters... Begin Numerical Simulation -------------------------- Physical Parameters ------------------- I/O Unit type: NONE Normalization: NONE Gamma: 1.66666667 UseBody1: .false. UseBody2: .false. ClightFactor: 1.00000E+00, Clight: 2.99790E+08 MHD Numerical Solution Parameters --------------------------------- iTypeUpdate=6 1st-order scheme Rusanov flux function Time accurate calculation Explicit time stepping nStage: 1 Dt: 0.5000000000000000 Other Runtime Parameters ------------------------ Available processors: nProc = 1 Available threads : nThread = 1 After initial grid setup: nBlockMax and MaxBlock = 514 520 Total number of blocks used = 514 Total number of cells = 514000 Total number of true cells = 514000 Min and max AMR levels = 0 1 Min and max cell size in x/r= 0.9051000000000000 1.810200000000000 root blocks: 5 5 20 nIJK_D: 10 10 10 x: -4.52550000E+01 4.52550000E+01 y: -4.52550000E+01 4.52550000E+01 z: -1.81020000E+02 1.81020000E+02 Speed is 250006816.4 c/s/p after 0.3 s at N = 110 ( 5.5000E+01 s) Speed is 250721881.9 c/s/p after 0.3 s at N = 120 ( 6.0000E+01 s) Speed is 251696764.2 c/s/p after 0.3 s at N = 130 ( 6.5000E+01 s) Speed is 250819531.7 c/s/p after 0.3 s at N = 140 ( 7.0000E+01 s) Speed is 250350778.2 c/s/p after 0.3 s at N = 150 ( 7.5000E+01 s) ----- End of Session 3 ------ ------------------------------------------------------------------------------- SORTED TIMING from step 100 to 150 on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- BATSRUS 0.11 100.00 1 1 ------------------------------------------------------------------------------- advance 0.10 96.07 50 50 advance_explicit 0.06 52.89 50 50 exch_msgs 0.05 42.13 51 51 batl_pass 0.04 41.59 51 51 single_pass 0.04 39.15 51 102 init_pass 0.00 2.42 51 51 ------------------------------------------------------------------------------- ----- Starting Session 4 ------ GM_set_parameters: READ iSession = 4 iLine= 205 nLine = 2000 #UPDATE CPUPRIM TypeUpdate #STOP -1 MaxIteration 100.0 tSimulationMax #RUN ########################################################################## GM_set_parameters: CHECK iSession = 4 The code is configured with nG= 2 ghost cell layers. The selected scheme requires nGUsed= 1 layers! check_optimize_param checking parameters... Begin Numerical Simulation -------------------------- Physical Parameters ------------------- I/O Unit type: NONE Normalization: NONE Gamma: 1.66666667 UseBody1: .false. UseBody2: .false. ClightFactor: 1.00000E+00, Clight: 2.99790E+08 MHD Numerical Solution Parameters --------------------------------- iTypeUpdate=5 1st-order scheme Rusanov flux function Time accurate calculation Explicit time stepping nStage: 1 Dt: 0.5000000000000000 Other Runtime Parameters ------------------------ Available processors: nProc = 1 Available threads : nThread = 1 After initial grid setup: nBlockMax and MaxBlock = 514 520 Total number of blocks used = 514 Total number of cells = 514000 Total number of true cells = 514000 Min and max AMR levels = 0 1 Min and max cell size in x/r= 0.9051000000000000 1.810200000000000 root blocks: 5 5 20 nIJK_D: 10 10 10 x: -4.52550000E+01 4.52550000E+01 y: -4.52550000E+01 4.52550000E+01 z: -1.81020000E+02 1.81020000E+02 Speed is 177703309.5 c/s/p after 0.4 s at N = 160 ( 8.0000E+01 s) Speed is 178078300.9 c/s/p after 0.4 s at N = 170 ( 8.5000E+01 s) Speed is 177644967.0 c/s/p after 0.4 s at N = 180 ( 9.0000E+01 s) Speed is 178532810.5 c/s/p after 0.5 s at N = 190 ( 9.5000E+01 s) saved iFile= 6 type=z=0_mhd at nStep= 200 time= 0:01:40 h:m:s Speed is 2801896.8 c/s/p after 0.7 s at N = 200 ( 1.0000E+02 s) ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 150 to 200 on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- BATSRUS 1 1 0.33 0.330 0.330 100.00 ------------------------------------------------------------------------------- advance 50 50 0.33 0.007 0.007 98.75 exch_msgs 1 1 0.00 0.001 0.001 0.27 ------------------------------------------------------------------------------- 200 of 200 iterations completed. Expected time to completion: 0.00 ----- End of Session 4 ------ ------------------------------------------------------------------------------- SORTED TIMING from step 150 to 200 on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- BATSRUS 0.33 100.00 1 1 ------------------------------------------------------------------------------- advance 0.33 98.75 50 50 save_plot 0.11 34.33 1 1 advance_explicit 0.10 30.01 50 50 DoSaveLogfile 0.05 13.90 1 1 exch_msgs 0.04 13.61 51 51 batl_pass 0.04 13.43 51 51 single_pass 0.04 12.64 51 102 sync_state 0.02 6.53 1 1 integrate_domain 0.02 5.48 1 1 init_pass 0.00 0.78 51 51 ------------------------------------------------------------------------------- ----- Starting Session 5 ------ GM_set_parameters: READ iSession = 5 iLine= 214 nLine = 2000 #SCHEME 2 nOrder Rusanov TypeFlux mc3 TypeLimiter 1.2 LimiterBeta #UPDATE GPUUPDATE TypeUpdate #STOP -1 MaxIteration 125.0 tSimulationMax #RUN ########################################################################## GM_set_parameters: CHECK iSession = 5 check_optimize_param checking parameters... Begin Numerical Simulation -------------------------- Physical Parameters ------------------- I/O Unit type: NONE Normalization: NONE Gamma: 1.66666667 UseBody1: .false. UseBody2: .false. ClightFactor: 1.00000E+00, Clight: 2.99790E+08 MHD Numerical Solution Parameters --------------------------------- iTypeUpdate=4 2nd-order scheme with mc3 limiter LimiterBeta = 1.20 Rusanov flux function Time accurate calculation Explicit time stepping nStage: 2 Dt: 0.5000000000000000 Other Runtime Parameters ------------------------ Available processors: nProc = 1 Available threads : nThread = 1 After initial grid setup: nBlockMax and MaxBlock = 514 520 Total number of blocks used = 514 Total number of cells = 514000 Total number of true cells = 514000 Min and max AMR levels = 0 1 Min and max cell size in x/r= 0.9051000000000000 1.810200000000000 root blocks: 5 5 20 nIJK_D: 10 10 10 x: -4.52550000E+01 4.52550000E+01 y: -4.52550000E+01 4.52550000E+01 z: -1.81020000E+02 1.81020000E+02 Speed is 102553147.0 c/s/p after 0.7 s at N = 210 ( 1.0500E+02 s) Speed is 102528170.5 c/s/p after 0.8 s at N = 220 ( 1.1000E+02 s) Speed is 101912523.7 c/s/p after 0.8 s at N = 230 ( 1.1500E+02 s) Speed is 102417741.6 c/s/p after 0.9 s at N = 240 ( 1.2000E+02 s) Speed is 102519124.0 c/s/p after 0.9 s at N = 250 ( 1.2500E+02 s) ----- End of Session 5 ------ ------------------------------------------------------------------------------- SORTED TIMING from step 200 to 250 on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- BATSRUS 0.26 100.00 1 1 ------------------------------------------------------------------------------- advance 0.25 98.45 50 50 advance_explicit 0.21 80.41 50 50 exch_msgs 0.09 34.87 101 101 batl_pass 0.09 34.42 101 101 single_pass 0.08 32.41 101 202 init_pass 0.01 2.00 101 101 cell_bc 0.00 0.40 101 101 ------------------------------------------------------------------------------- ----- Starting Session 6 ------ GM_set_parameters: READ iSession = 6 iLine= 229 nLine = 2000 #UPDATE CPUUPDATE TypeUpdate #STOP -1 MaxIteration 150.0 tSimulationMax #RUN ########################################################################## GM_set_parameters: CHECK iSession = 6 check_optimize_param checking parameters... Begin Numerical Simulation -------------------------- Physical Parameters ------------------- I/O Unit type: NONE Normalization: NONE Gamma: 1.66666667 UseBody1: .false. UseBody2: .false. ClightFactor: 1.00000E+00, Clight: 2.99790E+08 MHD Numerical Solution Parameters --------------------------------- iTypeUpdate=3 2nd-order scheme with mc3 limiter LimiterBeta = 1.20 Rusanov flux function Time accurate calculation Explicit time stepping nStage: 2 Dt: 0.5000000000000000 Other Runtime Parameters ------------------------ Available processors: nProc = 1 Available threads : nThread = 1 After initial grid setup: nBlockMax and MaxBlock = 514 520 Total number of blocks used = 514 Total number of cells = 514000 Total number of true cells = 514000 Min and max AMR levels = 0 1 Min and max cell size in x/r= 0.9051000000000000 1.810200000000000 root blocks: 5 5 20 nIJK_D: 10 10 10 x: -4.52550000E+01 4.52550000E+01 y: -4.52550000E+01 4.52550000E+01 z: -1.81020000E+02 1.81020000E+02 Speed is 86733949.3 c/s/p after 1.0 s at N = 260 ( 1.3000E+02 s) Speed is 86768503.0 c/s/p after 1.1 s at N = 270 ( 1.3500E+02 s) Speed is 86666693.5 c/s/p after 1.1 s at N = 280 ( 1.4000E+02 s) Speed is 86820754.0 c/s/p after 1.2 s at N = 290 ( 1.4500E+02 s) Speed is 86468273.5 c/s/p after 1.2 s at N = 300 ( 1.5000E+02 s) ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 250 to 300 on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- BATSRUS 1 1 0.30 0.301 0.301 100.00 ------------------------------------------------------------------------------- advance 50 50 0.30 0.006 0.006 98.70 exch_msgs 1 1 0.00 0.001 0.001 0.30 ------------------------------------------------------------------------------- 300 of 300 iterations completed. Expected time to completion: 0.00 ----- End of Session 6 ------ ------------------------------------------------------------------------------- SORTED TIMING from step 250 to 300 on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- BATSRUS 0.30 100.00 1 1 ------------------------------------------------------------------------------- advance 0.30 98.70 50 50 advance_explicit 0.25 83.42 50 50 exch_msgs 0.09 29.53 101 101 batl_pass 0.09 29.15 101 101 single_pass 0.08 27.44 101 202 init_pass 0.01 1.70 101 101 cell_bc 0.00 0.35 101 101 ------------------------------------------------------------------------------- ----- Starting Session 7 ------ GM_set_parameters: READ iSession = 7 iLine= 238 nLine = 2000 #UPDATE GPUPRIM TypeUpdate #STOP -1 MaxIteration 175.0 tSimulationMax #RUN ########################################################################## GM_set_parameters: CHECK iSession = 7 check_optimize_param checking parameters... Begin Numerical Simulation -------------------------- Physical Parameters ------------------- I/O Unit type: NONE Normalization: NONE Gamma: 1.66666667 UseBody1: .false. UseBody2: .false. ClightFactor: 1.00000E+00, Clight: 2.99790E+08 MHD Numerical Solution Parameters --------------------------------- iTypeUpdate=6 2nd-order scheme with mc3 limiter LimiterBeta = 1.20 Rusanov flux function Time accurate calculation Explicit time stepping nStage: 2 Dt: 0.5000000000000000 Other Runtime Parameters ------------------------ Available processors: nProc = 1 Available threads : nThread = 1 After initial grid setup: nBlockMax and MaxBlock = 514 520 Total number of blocks used = 514 Total number of cells = 514000 Total number of true cells = 514000 Min and max AMR levels = 0 1 Min and max cell size in x/r= 0.9051000000000000 1.810200000000000 root blocks: 5 5 20 nIJK_D: 10 10 10 x: -4.52550000E+01 4.52550000E+01 y: -4.52550000E+01 4.52550000E+01 z: -1.81020000E+02 1.81020000E+02 Speed is 97166313.0 c/s/p after 1.3 s at N = 310 ( 1.5500E+02 s) Speed is 97497737.5 c/s/p after 1.3 s at N = 320 ( 1.6000E+02 s) Speed is 96761090.9 c/s/p after 1.4 s at N = 330 ( 1.6500E+02 s) Speed is 96997352.8 c/s/p after 1.4 s at N = 340 ( 1.7000E+02 s) Speed is 96863970.5 c/s/p after 1.5 s at N = 350 ( 1.7500E+02 s) ----- End of Session 7 ------ ------------------------------------------------------------------------------- SORTED TIMING from step 300 to 350 on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- BATSRUS 0.27 100.00 1 1 ------------------------------------------------------------------------------- advance 0.26 98.54 50 50 advance_explicit 0.22 81.36 50 50 exch_msgs 0.09 33.14 101 101 batl_pass 0.09 32.71 101 101 single_pass 0.08 30.81 101 202 init_pass 0.01 1.89 101 101 cell_bc 0.00 0.38 101 101 ------------------------------------------------------------------------------- ----- Starting Session 8 ------ GM_set_parameters: READ iSession = 8 iLine= 247 nLine = 2000 #UPDATE CPUPRIM TypeUpdate #STOP -1 MaxIteration 200.0 tSimulationMax #RUN ########################################################################## GM_set_parameters: CHECK iSession = 8 check_optimize_param checking parameters... Begin Numerical Simulation -------------------------- Physical Parameters ------------------- I/O Unit type: NONE Normalization: NONE Gamma: 1.66666667 UseBody1: .false. UseBody2: .false. ClightFactor: 1.00000E+00, Clight: 2.99790E+08 MHD Numerical Solution Parameters --------------------------------- iTypeUpdate=5 2nd-order scheme with mc3 limiter LimiterBeta = 1.20 Rusanov flux function Time accurate calculation Explicit time stepping nStage: 2 Dt: 0.5000000000000000 Other Runtime Parameters ------------------------ Available processors: nProc = 1 Available threads : nThread = 1 After initial grid setup: nBlockMax and MaxBlock = 514 520 Total number of blocks used = 514 Total number of cells = 514000 Total number of true cells = 514000 Min and max AMR levels = 0 1 Min and max cell size in x/r= 0.9051000000000000 1.810200000000000 root blocks: 5 5 20 nIJK_D: 10 10 10 x: -4.52550000E+01 4.52550000E+01 y: -4.52550000E+01 4.52550000E+01 z: -1.81020000E+02 1.81020000E+02 Speed is 82948421.9 c/s/p after 1.6 s at N = 360 ( 1.8000E+02 s) Speed is 82937228.3 c/s/p after 1.6 s at N = 370 ( 1.8500E+02 s) Speed is 82770678.7 c/s/p after 1.7 s at N = 380 ( 1.9000E+02 s) Speed is 82805512.9 c/s/p after 1.8 s at N = 390 ( 1.9500E+02 s) saved iFile= 6 type=z=0_mhd at nStep= 400 time= 0:03:20 h:m:s Speed is 2761242.2 c/s/p after 2.0 s at N = 400 ( 2.0000E+02 s) ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 350 to 400 on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- BATSRUS 1 1 0.49 0.494 0.494 100.00 ------------------------------------------------------------------------------- advance 50 50 0.49 0.010 0.010 99.22 exch_msgs 1 1 0.00 0.001 0.001 0.18 ------------------------------------------------------------------------------- 400 of 400 iterations completed. Expected time to completion: 0.00 ----- End of Session 8 ------ ------------------------------------------------------------------------------- SORTED TIMING from step 350 to 400 on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- BATSRUS 0.49 100.00 1 1 ------------------------------------------------------------------------------- advance 0.49 99.22 50 50 advance_explicit 0.26 53.55 50 50 save_plot 0.11 22.82 1 1 exch_msgs 0.09 17.93 101 101 batl_pass 0.09 17.70 101 101 single_pass 0.08 16.66 101 202 DoSaveLogfile 0.05 9.22 1 1 sync_state 0.02 4.35 1 1 integrate_domain 0.02 3.64 1 1 init_pass 0.01 1.03 101 101 cell_bc 0.00 0.21 101 101 ------------------------------------------------------------------------------- ----- Starting Session 9 ------ GM_set_parameters: READ iSession = 9 iLine= 256 nLine = 2000 #SCHEME 2 nOrder Linde TypeFlux mc3 TypeLimiter 1.2 LimiterBeta #UPDATE GPUUPDATE TypeUpdate #STOP -1 MaxIteration 225.0 tSimulationMax #RUN ########################################################################## GM_set_parameters: CHECK iSession = 9 check_optimize_param checking parameters... Begin Numerical Simulation -------------------------- Physical Parameters ------------------- I/O Unit type: NONE Normalization: NONE Gamma: 1.66666667 UseBody1: .false. UseBody2: .false. ClightFactor: 1.00000E+00, Clight: 2.99790E+08 MHD Numerical Solution Parameters --------------------------------- iTypeUpdate=4 2nd-order scheme with mc3 limiter LimiterBeta = 1.20 Linde flux function Time accurate calculation Explicit time stepping nStage: 2 Dt: 0.5000000000000000 Other Runtime Parameters ------------------------ Available processors: nProc = 1 Available threads : nThread = 1 After initial grid setup: nBlockMax and MaxBlock = 514 520 Total number of blocks used = 514 Total number of cells = 514000 Total number of true cells = 514000 Min and max AMR levels = 0 1 Min and max cell size in x/r= 0.9051000000000000 1.810200000000000 root blocks: 5 5 20 nIJK_D: 10 10 10 x: -4.52550000E+01 4.52550000E+01 y: -4.52550000E+01 4.52550000E+01 z: -1.81020000E+02 1.81020000E+02 Speed is 69680615.9 c/s/p after 2.1 s at N = 410 ( 2.0500E+02 s) Speed is 69768676.0 c/s/p after 2.1 s at N = 420 ( 2.1000E+02 s) Speed is 69587153.3 c/s/p after 2.2 s at N = 430 ( 2.1500E+02 s) Speed is 70015574.5 c/s/p after 2.3 s at N = 440 ( 2.2000E+02 s) Speed is 70033583.6 c/s/p after 2.4 s at N = 450 ( 2.2500E+02 s) ----- End of Session 9 ------ ------------------------------------------------------------------------------- SORTED TIMING from step 400 to 450 on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- BATSRUS 0.37 100.00 1 1 ------------------------------------------------------------------------------- advance 0.37 98.96 50 50 advance_explicit 0.32 86.55 50 50 exch_msgs 0.09 23.96 101 101 batl_pass 0.09 23.65 101 101 single_pass 0.08 22.28 101 202 init_pass 0.01 1.36 101 101 cell_bc 0.00 0.28 101 101 ------------------------------------------------------------------------------- ----- Starting Session 10 ------ GM_set_parameters: READ iSession = 10 iLine= 271 nLine = 2000 #UPDATE CPUUPDATE TypeUpdate #STOP -1 MaxIteration 250.0 tSimulationMax #RUN ########################################################################## GM_set_parameters: CHECK iSession = 10 check_optimize_param checking parameters... Begin Numerical Simulation -------------------------- Physical Parameters ------------------- I/O Unit type: NONE Normalization: NONE Gamma: 1.66666667 UseBody1: .false. UseBody2: .false. ClightFactor: 1.00000E+00, Clight: 2.99790E+08 MHD Numerical Solution Parameters --------------------------------- iTypeUpdate=3 2nd-order scheme with mc3 limiter LimiterBeta = 1.20 Linde flux function Time accurate calculation Explicit time stepping nStage: 2 Dt: 0.5000000000000000 Other Runtime Parameters ------------------------ Available processors: nProc = 1 Available threads : nThread = 1 After initial grid setup: nBlockMax and MaxBlock = 514 520 Total number of blocks used = 514 Total number of cells = 514000 Total number of true cells = 514000 Min and max AMR levels = 0 1 Min and max cell size in x/r= 0.9051000000000000 1.810200000000000 root blocks: 5 5 20 nIJK_D: 10 10 10 x: -4.52550000E+01 4.52550000E+01 y: -4.52550000E+01 4.52550000E+01 z: -1.81020000E+02 1.81020000E+02 Speed is 85620629.1 c/s/p after 2.4 s at N = 460 ( 2.3000E+02 s) Speed is 85353957.4 c/s/p after 2.5 s at N = 470 ( 2.3500E+02 s) Speed is 85119544.9 c/s/p after 2.6 s at N = 480 ( 2.4000E+02 s) Speed is 85150840.2 c/s/p after 2.6 s at N = 490 ( 2.4500E+02 s) Speed is 85529750.9 c/s/p after 2.7 s at N = 500 ( 2.5000E+02 s) ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 450 to 500 on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- BATSRUS 1 1 0.31 0.305 0.305 100.00 ------------------------------------------------------------------------------- advance 50 50 0.30 0.006 0.006 98.72 exch_msgs 1 1 0.00 0.001 0.001 0.29 ------------------------------------------------------------------------------- 500 of 500 iterations completed. Expected time to completion: 0.00 ----- End of Session 10 ------ ------------------------------------------------------------------------------- SORTED TIMING from step 450 to 500 on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- BATSRUS 0.31 100.00 1 1 ------------------------------------------------------------------------------- advance 0.30 98.71 50 50 advance_explicit 0.26 83.67 50 50 exch_msgs 0.09 29.10 101 101 batl_pass 0.09 28.73 101 101 single_pass 0.08 27.05 101 202 init_pass 0.01 1.67 101 101 cell_bc 0.00 0.33 101 101 ------------------------------------------------------------------------------- ----- Starting Session 11 ------ GM_set_parameters: READ iSession = 11 iLine= 280 nLine = 2000 #UPDATE GPUPRIM TypeUpdate #STOP -1 MaxIteration 275.0 tSimulationMax #RUN ########################################################################## GM_set_parameters: CHECK iSession = 11 check_optimize_param checking parameters... Begin Numerical Simulation -------------------------- Physical Parameters ------------------- I/O Unit type: NONE Normalization: NONE Gamma: 1.66666667 UseBody1: .false. UseBody2: .false. ClightFactor: 1.00000E+00, Clight: 2.99790E+08 MHD Numerical Solution Parameters --------------------------------- iTypeUpdate=6 2nd-order scheme with mc3 limiter LimiterBeta = 1.20 Linde flux function Time accurate calculation Explicit time stepping nStage: 2 Dt: 0.5000000000000000 Other Runtime Parameters ------------------------ Available processors: nProc = 1 Available threads : nThread = 1 After initial grid setup: nBlockMax and MaxBlock = 514 520 Total number of blocks used = 514 Total number of cells = 514000 Total number of true cells = 514000 Min and max AMR levels = 0 1 Min and max cell size in x/r= 0.9051000000000000 1.810200000000000 root blocks: 5 5 20 nIJK_D: 10 10 10 x: -4.52550000E+01 4.52550000E+01 y: -4.52550000E+01 4.52550000E+01 z: -1.81020000E+02 1.81020000E+02 Speed is 89272931.8 c/s/p after 2.7 s at N = 510 ( 2.5500E+02 s) Speed is 89211818.9 c/s/p after 2.8 s at N = 520 ( 2.6000E+02 s) Speed is 89035401.4 c/s/p after 2.8 s at N = 530 ( 2.6500E+02 s) Speed is 89357458.7 c/s/p after 2.9 s at N = 540 ( 2.7000E+02 s) Speed is 89009568.8 c/s/p after 3.0 s at N = 550 ( 2.7500E+02 s) ----- End of Session 11 ------ ------------------------------------------------------------------------------- SORTED TIMING from step 500 to 550 on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- BATSRUS 0.29 100.00 1 1 ------------------------------------------------------------------------------- advance 0.29 98.58 50 50 advance_explicit 0.24 82.79 50 50 exch_msgs 0.09 30.51 101 101 batl_pass 0.09 30.12 101 101 single_pass 0.08 28.38 101 202 init_pass 0.01 1.73 101 101 cell_bc 0.00 0.35 101 101 ------------------------------------------------------------------------------- ----- Starting Session 12 ------ GM_set_parameters: READ iSession = 12 iLine= 289 nLine = 2000 #UPDATE CPUPRIM TypeUpdate #STOP -1 MaxIteration 300.0 tSimulationMax GM_set_parameters: CHECK iSession = 12 check_optimize_param checking parameters... Begin Numerical Simulation -------------------------- Physical Parameters ------------------- I/O Unit type: NONE Normalization: NONE Gamma: 1.66666667 UseBody1: .false. UseBody2: .false. ClightFactor: 1.00000E+00, Clight: 2.99790E+08 MHD Numerical Solution Parameters --------------------------------- iTypeUpdate=5 2nd-order scheme with mc3 limiter LimiterBeta = 1.20 Linde flux function Time accurate calculation Explicit time stepping nStage: 2 Dt: 0.5000000000000000 Other Runtime Parameters ------------------------ Available processors: nProc = 1 Available threads : nThread = 1 After initial grid setup: nBlockMax and MaxBlock = 514 520 Total number of blocks used = 514 Total number of cells = 514000 Total number of true cells = 514000 Min and max AMR levels = 0 1 Min and max cell size in x/r= 0.9051000000000000 1.810200000000000 root blocks: 5 5 20 nIJK_D: 10 10 10 x: -4.52550000E+01 4.52550000E+01 y: -4.52550000E+01 4.52550000E+01 z: -1.81020000E+02 1.81020000E+02 Speed is 81431476.5 c/s/p after 3.0 s at N = 560 ( 2.8000E+02 s) Speed is 81194882.8 c/s/p after 3.1 s at N = 570 ( 2.8500E+02 s) Speed is 81304101.4 c/s/p after 3.2 s at N = 580 ( 2.9000E+02 s) Speed is 81821720.7 c/s/p after 3.2 s at N = 590 ( 2.9500E+02 s) saved iFile= 6 type=z=0_mhd at nStep= 600 time= 0:05:00 h:m:s Speed is 2768258.3 c/s/p after 3.5 s at N = 600 ( 3.0000E+02 s) ------------------------------------------------------------------------------- TIMING TREE of depth 2 from step 550 to 600 on PE 0 name #iter #calls sec s/iter s/call percent ------------------------------------------------------------------------------- BATSRUS 1 1 0.50 0.500 0.500 100.00 ------------------------------------------------------------------------------- advance 50 50 0.50 0.010 0.010 98.98 exch_msgs 1 1 0.00 0.001 0.001 0.18 ------------------------------------------------------------------------------- 600 of 600 iterations completed. Expected time to completion: 0.00 Finished Numerical Simulation ----------------------------- Simulated time = 3.00000E+02 s Simulated time = 5.000000 mins ------------------------------------------------------------------------------- SORTED TIMING from step 550 to 600 on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- BATSRUS 0.50 100.00 1 1 ------------------------------------------------------------------------------- advance 0.50 98.97 50 50 advance_explicit 0.27 53.95 50 50 save_plot 0.11 22.50 1 1 exch_msgs 0.09 17.71 101 101 batl_pass 0.09 17.49 101 101 single_pass 0.08 16.47 101 202 DoSaveLogfile 0.05 9.03 1 1 sync_state 0.02 4.31 1 1 integrate_domain 0.02 3.53 1 1 init_pass 0.01 1.01 101 101 cell_bc 0.00 0.20 101 101 ------------------------------------------------------------------------------- Finished Saving Output Files ---------------------------- ------------------------------------------------------------------------------- SORTED TIMING from step 0 to 600 on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- BATSRUS 3.46 100.00 1 1 ------------------------------------------------------------------------------- advance 3.42 98.66 600 600 advance_explicit 2.32 66.94 600 600 exch_msgs 0.90 25.87 1011 1011 batl_pass 0.88 25.53 1011 1011 single_pass 0.83 24.05 1011 2022 save_plot 0.34 9.78 3 3 DoSaveLogfile 0.14 3.94 3 3 sync_state 0.06 1.87 3 3 integrate_domain 0.05 1.55 3 3 init_pass 0.05 1.48 1011 1011 cell_bc 0.01 0.30 1011 1011 ------------------------------------------------------------------------------- clean_mod_advance deallocated arrays clean_mod_raytrace deallocated arrays clean_mod_geometry deallocated arrays clean_mod_nodes deallocated arrays Error report: no errors... cd run_test_fastwave; rm -rf RESULT; ./PostProc.pl -m RESULT PostProc.pl: TIMINGS from runlog (init, run) 1.53 3.46 PostProc.pl: mv GM/IO2 RESULT/GM with 6 files PostProc.pl: cp PARAM.in RESULT PostProc.pl: mv runlog RESULT PostProc.pl: ./Restart.pl -o -W -l= RESULT/RESTART make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make test_fastwave_check make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' ls -l test_fastwave_gpu.diff -rw-rw-r-- 1 gtoth1 s6176 0 Feb 14 16:12 test_fastwave_gpu.diff make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make[2]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make[2]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make test_fastwave_2d_compile make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF; ./Config.pl -acc ./Config.pl -u=Waves -e=Mhd -ng=2 -g=6,6,1 Writing new grid size 6,6,1 and 2 ghost cells into srcBATL/BATL_size.f90... ./Config.pl -opt=Param/SHOCKTUBE/PARAM.in.fast_wave_2d ---------------------------------------------------------------------- Current optimization: ClightFactor = 1 DoLf = any IsCartesian = .true. IsCartesianGrid = .true. IsTimeAccurate = .true. LimiterBeta = any UseB0 = .false. UseBody = .false. UseBorisCorrection = .false. UseDivbSource = UseB .and. nDim>1 UseDtFixed = .true. UseGravity = .false. UseHyperbolicDivB = .false. UseNonConservative = .true. UsePMin = .false. UseRhoMin = .false. UseRotatingFrame = .false. iStage = any nConservCrit = 0 nOrder = any nStage = any ---------------------------------------------------------------------- -opt=Param/SHOCKTUBE/PARAM.in.fast_wave_2d ---------------------------------------------------------------------- New optimization: processing parameter file Param/SHOCKTUBE/PARAM.in.fast_wave_2d ClightFactor = 1 DoLf = any -> .true. IsCartesian = .true. -> .false. IsCartesianGrid = .true. -> .false. IsTimeAccurate = .true. LimiterBeta = any -> 1 UseB0 = .false. UseBody = .false. UseBorisCorrection = .false. UseDivbSource = UseB .and. nDim>1 UseDtFixed = .true. UseGravity = .false. UseHyperbolicDivB = .false. UseNonConservative = .true. -> .false. UsePMin = .false. UseRhoMin = .false. UseRotatingFrame = .false. iStage = any -> 1 nConservCrit = 0 nOrder = any -> 1 nStage = any -> 1 Modifying src/ModOptimizeParam.f90 make BATSRUS make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make[6]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a' is up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/src; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/src' ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a ModTiming.o timing_cpu.o timing.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/src' if [[ "" == *lNOMPI* ]]; then make NOMPI; fi cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' make[6]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a' is up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' make[6]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a' is up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' make[6]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a' is up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' cd srcBATL; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' make libBATL.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_size.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_geometry.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_tree.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_high_order.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_interpolate_amr.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_face_field.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_grid.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_amr.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_region.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_cell.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_face.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_node.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_particles.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_test.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_amr_criteria.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_lib.f90 rm -f libBATL.a ar -rs libBATL.a BATL_amr.o BATL_amr_criteria.o BATL_geometry.o BATL_grid.o BATL_high_order.o BATL_interpolate_amr.o BATL_lib.o BATL_mpi.o BATL_particles.o BATL_pass_cell.o BATL_pass_node.o BATL_pass_face.o BATL_pass_face_field.o BATL_region.o BATL_size.o BATL_test.o BATL_tree.o ar: creating libBATL.a make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' libBATL.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' cd src; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' perl /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Scripts/depend.pl -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src -I../srcBATL -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/CRASH/src ModAdvance.o ModAdvanceExplicit.o ModAdvectPoints.o ModAMR.o ModB0.o ModBatsrusMethods.o ModBatsrusUtility.o ModBatlInterface.o ModBlockData.o ModBorisCorrection.o ModBoundaryGeometry.o ModBuffer.o ModCalcSource.o ModCellBoundary.o ModCellGradient.o ModCharacteristic.o ModChGL.o ModChromosphere.o ModCleanDivB.o ModCoarseAxis.o ModConservative.o ModConserveFlux.o ModConstrainDivB.o ModCoronalHeating.o ModCurrent.o ModEnergy.o ModElectricField.o ModEquation.o ModExtraVariables.o ModFaceBoundary.o ModFaceFlux.o ModFaceGradient.o ModFaceValue.o ModFieldLineThread.o ModFieldTrace.o ModFieldTraceFast.o ModFixAxisCells.o ModGeometry.o ModGroundMagPerturb.o ModHallResist.o ModHdf5.o ModHeatConduction.o ModHeatFluxCollisionless.o ModIeCoupling.o ModImCoupling.o ModImplicit.o ModImplHypre.o ModIO.o ModIonElectron.o ModLaserHeating.o ModLoadBalance.o ModLocalTimeStep.o ModMain.o ModMessagePass.o ModMultiFluid.o ModMultiIon.o ModNodes.o ModOptimizeParam.o ModParallel.o ModParticleFieldLine.o ModParticleMover.o ModParticles.o ModPartImplicit.o ModPartSteady.o ModPhysics.o ModPIC.o ModPlotBox.o ModPlotShell.o ModPointImplicit.o ModProjectDivB.o ModRadDiffusion.o ModRadiativeCooling.o ModRadioWaveImage.o ModResistivity.o ModRestartFile.o ModSatelliteFile.o ModSemiImplicit.o ModSetInitialCondition.o ModSetParameters.o ModSingleFluid.o ModSize.o ModSolarwind.o ModTransitionRegion.o ModThreadedLC.o ModTimeStepControl.o ModUaCoupling.o ModUserEmpty.o ModUserInterface.o ModUser.o ModViscosity.o ModWaves.o ModWriteTecplot.o ModUpdateStateFast.o ModUpdateState.o ModWriteLogSatFile.o ModWritePlot.o ModWritePlotIdl.o ModWritePlotLos.o ModWritePlotRadioWave.o ModWriteProgress.o ModFaceFluxParameters.o user_interface.o make libBATSRUS.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSize.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMultiFluid.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModTransitionRegion.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUaCoupling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMain.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceFluxParameters.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParallel.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHdf5.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIO.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBatsrusUtility.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModNodes.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAdvance.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModGeometry.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceGradient.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBlockData.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModImplHypre.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUserInterface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPhysics.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCoarseAxis.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModConserveFlux.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPartSteady.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFixAxisCells.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCleanDivB.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCellGradient.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModB0.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWaves.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBoundaryGeometry.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSolarwind.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHallResist.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModChromosphere.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPointImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModViscosity.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCharacteristic.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModConstrainDivB.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUserEmpty.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRadDiffusion.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIeCoupling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModChGL.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCurrent.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModConservative.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCoronalHeating.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlotIdl.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBorisCorrection.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModLaserHeating.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBuffer.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModEnergy.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHeatFluxCollisionless.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceValue.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMultiIon.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModResistivity.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIonElectron.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAdvectPoints.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPIC.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRadiativeCooling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFieldLineThread.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceBoundary.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModTimeStepControl.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModGroundMagPerturb.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHeatConduction.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModThreadedLC.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBatlInterface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPlotShell.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPlotBox.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWriteTecplot.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParticles.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParticleMover.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParticleFieldLine.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRadioWaveImage.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCellBoundary.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlotRadioWave.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModElectricField.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceFlux.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCalcSource.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModOptimizeParam.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWriteProgress.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUpdateStateFast.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMessagePass.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUpdateState.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFieldTrace.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModProjectDivB.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSemiImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAdvanceExplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModLocalTimeStep.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUser.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPartImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 user_interface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModLoadBalance.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSatelliteFile.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFieldTraceFast.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWriteLogSatFile.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAMR.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlot.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRestartFile.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlotLos.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSetInitialCondition.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O0 ModSetParameters.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModImCoupling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBatsrusMethods.f90 cp -f ../srcBATL/libBATL.a libBATSRUS.a ar -rs libBATSRUS.a ModAdvance.o ModAdvanceExplicit.o ModAdvectPoints.o ModAMR.o ModB0.o ModBatsrusMethods.o ModBatsrusUtility.o ModBatlInterface.o ModBlockData.o ModBorisCorrection.o ModBoundaryGeometry.o ModBuffer.o ModCalcSource.o ModCellBoundary.o ModCellGradient.o ModCharacteristic.o ModChGL.o ModChromosphere.o ModCleanDivB.o ModCoarseAxis.o ModConservative.o ModConserveFlux.o ModConstrainDivB.o ModCoronalHeating.o ModCurrent.o ModEnergy.o ModElectricField.o ModEquation.o ModExtraVariables.o ModFaceBoundary.o ModFaceFlux.o ModFaceGradient.o ModFaceValue.o ModFieldLineThread.o ModFieldTrace.o ModFieldTraceFast.o ModFixAxisCells.o ModGeometry.o ModGroundMagPerturb.o ModHallResist.o ModHdf5.o ModHeatConduction.o ModHeatFluxCollisionless.o ModIeCoupling.o ModImCoupling.o ModImplicit.o ModImplHypre.o ModIO.o ModIonElectron.o ModLaserHeating.o ModLoadBalance.o ModLocalTimeStep.o ModMain.o ModMessagePass.o ModMultiFluid.o ModMultiIon.o ModNodes.o ModOptimizeParam.o ModParallel.o ModParticleFieldLine.o ModParticleMover.o ModParticles.o ModPartImplicit.o ModPartSteady.o ModPhysics.o ModPIC.o ModPlotBox.o ModPlotShell.o ModPointImplicit.o ModProjectDivB.o ModRadDiffusion.o ModRadiativeCooling.o ModRadioWaveImage.o ModResistivity.o ModRestartFile.o ModSatelliteFile.o ModSemiImplicit.o ModSetInitialCondition.o ModSetParameters.o ModSingleFluid.o ModSize.o ModSolarwind.o ModTransitionRegion.o ModThreadedLC.o ModTimeStepControl.o ModUaCoupling.o ModUserEmpty.o ModUserInterface.o ModUser.o ModViscosity.o ModWaves.o ModWriteTecplot.o ModUpdateStateFast.o ModUpdateState.o ModWriteLogSatFile.o ModWritePlot.o ModWritePlotIdl.o ModWritePlotLos.o ModWritePlotRadioWave.o ModWriteProgress.o ModFaceFluxParameters.o user_interface.o make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' libBATSRUS.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' cd src; make BATSRUS make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/BATSRUS.exe make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 main.f90 rm -rf Tmp_; mkdir Tmp_ cd Tmp_; \ ar -x ../libBATSRUS.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a mpif90 -o /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/BATSRUS.exe main.o Tmp_/*.o \ -r8 -acc -gpu=cc70 -lstdc++ make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' Program BATSRUS has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make PIDL make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src; make PIDL make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/PostIDL.exe make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make[6]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/PostIDL.exe' is up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' Program PostIDL has been brought up to date. make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make test_fastwave_2d_rundir make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' rm -rf run_test_fastwave_2d make rundir RUNDIR=run_test_fastwave_2d STANDALONE=YES GMDIR=`pwd` make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' mkdir -p run_test_fastwave_2d/GM cd run_test_fastwave_2d/GM; \ mkdir restartIN restartOUT IO2; \ ln -s IO2 plots; \ ln -s /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/PostIDL.exe .; \ cp /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Scripts/pIDL .; \ cp /home5/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/Scripts/TEC/pTEC .; \ ln -s /home5/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/Param .; \ ln -s /home5/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/data/TRAJECTORY . make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd run_test_fastwave_2d; cp Param/SHOCKTUBE/PARAM.in.fast_wave_2d PARAM.in ./TestParam.pl -F run_test_fastwave_2d/PARAM.in make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make test_fastwave_2d_run make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd run_test_fastwave_2d; mpiexec -n 1 ./BATSRUS.exe | tee runlog Git repo=git@gitlab.umich.edu:swmf_software/BATSRUS GIT REFERENCES HAVE NOT BEEN OBTAINED! BATSRUS: Block Adaptive Tree Solar-Wind Roe Upwind Scheme for 3D Heliospheric Flows University of Michigan, 1995-2017 BATSRUS version 9.90 is running as GM on 1 PE(s) with up to 1 threads/PE EQUATIONS: MHD EQUATION FILE: ModEquationMhd.f90 USER MODULE: ???-1.00 USER FILE: ??? read_file: read and broadcast nLine= 128 lines of text ----- Starting Session 1 ------ GM_set_parameters: READ iSession = 1 iLine= 0 nLine = 2000 #DESCRIPTION #UPDATE fast TypeUpdate #TIMING T UseTiming -1 DnTiming ! every session -1 nDepthTiming cumu TypeTimingReport #PLANET NONE NamePlanet #IOUNITS NONE TypeIoUnit #FIXEDTIMESTEP T UseDtFixed 5. DtFixedDim [sec] (read if UseDtFixed is true) #NORMALIZATION NONE TypeNormalization #GRID 5 nRootBlock1 nRootBlockX 5 nRootBlock2 nRootBlockY 1 nRootBlock3 nRootBlockZ -32. xMin 32. xMax -32. yMin 32. yMax -0.5 zMin 0.5 zMax #GRIDGEOMETRY rotatedcartesian TypeGeometry #SHOCKPOSITION 0.0 ShockPosition 0.75 ShockSlope #GRIDBLOCKALL 30 MaxBlock #UNIFORMSTATE 1.0 StateVar Rho 0.0 StateVar Ux 0.0 StateVar Uy 0.0 StateVar Uz 0.0 StateVar Bx 0.04 StateVar By 0.0 StateVar Bz 4.5e-4 StateVar p P #USERINPUTBEGIN ----------------------------------- #WAVE 1 Rho_ NameVar 1000.0 Width 0.1 Amplitude 32.0 LambdaX -1.0 LambdaY -1.0 LambdaZ 0.0 Phase Setting wave for iVar = 1 , NameVar =Rho #WAVE 2 Ux_ NameVar 1000.0 Width 0.005 Amplitude (rho1/rho0)*cF 32.0 LambdaX -1.0 LambdaY -1.0 LambdaZ 0.0 Phase Setting wave for iVar = 2 , NameVar =Mx #WAVE 6 By_ NameVar 1000.0 Width 0.004 Amplitude (rho1/rho0)*b0 32.0 LambdaX -1.0 LambdaY -1.0 LambdaZ 0.0 Phase Setting wave for iVar = 6 , NameVar =By #WAVE 8 p_ NameVar 10000.0 Width 7.5e-5 Amplitude (rho1/rho0)*5/3*p0 32.0 LambdaX -1.0 LambdaY -1.0 LambdaZ 0.0 Phase Setting wave for iVar = 8 , NameVar =p #USERINPUTEND ------------------------------------- USERINPUTEND #OUTERBOUNDARY periodic TypeBc1 TypeCellBc periodic TypeBc2 TypeCellBc periodic TypeBc3 TypeCellBc periodic TypeBc4 TypeCellBc #SCHEME 1 nOrder Rusanov TypeFlux #SAVELOGFILE T DoSaveLogfile raw StringLog -1 DnSaveLogfile 100.0 DtSaveLogfile #SAVERESTART F DoSaveRestart #SAVEINITIAL T DoSaveInitial #SAVEPLOT 1 nPlotFile z=0 mhd idl_ascii StringPlot -1 DnSavePlot 5.0 DtSavePlot 0.0 DxSavePlot #STOP -1 MaxIteration 300.0 tSimulationMax GM_set_parameters: CHECK iSession = 1 -------------------------------------------------------------------------- A process has executed an operation involving a call to the "fork()" system call to create a child process. Open MPI is currently operating in a condition that could result in memory corruption or other system errors; your job may hang, crash, or produce silent data corruption. The use of fork() (or system() or other calls that create child processes) is strongly discouraged. The process that invoked fork was: Local host: [[42550,1],0] (PID 77319) If you are *absolutely sure* that your application will successfully and correctly survive a call to fork(), you may disable this warning by setting the mpi_warn_on_fork MCA parameter to 0. -------------------------------------------------------------------------- The code is configured with nG= 2 ghost cell layers. The selected scheme requires nGUsed= 1 layers! init_mod_advance allocated arrays init_mod_geometry allocated arrays init_mod_nodes allocated arrays init_mod_field_trace allocated arrays check_optimize_param checking parameters... total blocks = 25 Begin Numerical Simulation -------------------------- Physical Parameters ------------------- I/O Unit type: NONE Normalization: NONE Gamma: 1.66666667 UseBody1: .false. UseBody2: .false. ClightFactor: 1.00000E+00, Clight: 2.99790E+08 MHD Numerical Solution Parameters --------------------------------- iTypeUpdate=3 1st-order scheme Rusanov flux function Time accurate calculation Explicit time stepping nStage: 1 Dt: 5.000000000000000 Other Runtime Parameters ------------------------ Available processors: nProc = 1 Available threads : nThread = 1 After initial grid setup: nBlockMax and MaxBlock = 25 30 Total number of blocks used = 25 Total number of cells = 900 Total number of true cells = 900 Min and max AMR levels = 0 0 Min and max cell size in x/r= 2.133333333333333 2.133333333333333 root blocks: 5 5 1 nIJK_D: 6 6 1 x: -1.29000000E+02 1.29000000E+02 y: -1.29000000E+02 1.29000000E+02 z: -5.00000000E-01 5.00000000E-01 saved iFile= 6 type=z=0_mhd at nStep= 0 time= 0:00:00 h:m:s ------------------------------------------------------------------------------- SORTED TIMING at step 0 on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- BATSRUS 0.01 100.00 1 1 ------------------------------------------------------------------------------- setup 0.01 99.93 1 1 save_plot 0.00 36.63 1 1 DoSaveLogfile 0.00 14.43 1 1 ------------------------------------------------------------------------------- Resetting timing counters after setup. saved iFile= 6 type=z=0_mhd at nStep= 1 time= 0:00:05 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 2 time= 0:00:10 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 3 time= 0:00:15 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 4 time= 0:00:20 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 5 time= 0:00:25 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 6 time= 0:00:30 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 7 time= 0:00:35 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 8 time= 0:00:40 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 9 time= 0:00:45 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 10 time= 0:00:50 h:m:s Speed is 333686.8 c/s/p after 0.0 s at N = 10 ( 5.0000E+01 s) saved iFile= 6 type=z=0_mhd at nStep= 11 time= 0:00:55 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 12 time= 0:01:00 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 13 time= 0:01:05 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 14 time= 0:01:10 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 15 time= 0:01:15 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 16 time= 0:01:20 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 17 time= 0:01:25 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 18 time= 0:01:30 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 19 time= 0:01:35 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 20 time= 0:01:40 h:m:s Speed is 316253.7 c/s/p after 0.1 s at N = 20 ( 1.0000E+02 s) saved iFile= 6 type=z=0_mhd at nStep= 21 time= 0:01:45 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 22 time= 0:01:50 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 23 time= 0:01:55 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 24 time= 0:02:00 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 25 time= 0:02:05 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 26 time= 0:02:10 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 27 time= 0:02:15 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 28 time= 0:02:20 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 29 time= 0:02:25 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 30 time= 0:02:30 h:m:s Speed is 335214.6 c/s/p after 0.1 s at N = 30 ( 1.5000E+02 s) saved iFile= 6 type=z=0_mhd at nStep= 31 time= 0:02:35 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 32 time= 0:02:40 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 33 time= 0:02:45 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 34 time= 0:02:50 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 35 time= 0:02:55 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 36 time= 0:03:00 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 37 time= 0:03:05 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 38 time= 0:03:10 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 39 time= 0:03:15 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 40 time= 0:03:20 h:m:s Speed is 299750.5 c/s/p after 0.1 s at N = 40 ( 2.0000E+02 s) saved iFile= 6 type=z=0_mhd at nStep= 41 time= 0:03:25 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 42 time= 0:03:30 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 43 time= 0:03:35 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 44 time= 0:03:40 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 45 time= 0:03:45 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 46 time= 0:03:50 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 47 time= 0:03:55 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 48 time= 0:04:00 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 49 time= 0:04:05 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 50 time= 0:04:10 h:m:s Speed is 321655.8 c/s/p after 0.1 s at N = 50 ( 2.5000E+02 s) saved iFile= 6 type=z=0_mhd at nStep= 51 time= 0:04:15 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 52 time= 0:04:20 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 53 time= 0:04:25 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 54 time= 0:04:30 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 55 time= 0:04:35 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 56 time= 0:04:40 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 57 time= 0:04:45 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 58 time= 0:04:50 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 59 time= 0:04:55 h:m:s saved iFile= 6 type=z=0_mhd at nStep= 60 time= 0:05:00 h:m:s Speed is 311691.4 c/s/p after 0.2 s at N = 60 ( 3.0000E+02 s) Finished Numerical Simulation ----------------------------- Simulated time = 3.00000E+02 s Simulated time = 5.000000 mins ------------------------------------------------------------------------------- SORTED TIMING from step 0 to 60 on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- BATSRUS 0.16 100.00 1 1 ------------------------------------------------------------------------------- advance 0.16 99.78 60 60 save_plot 0.14 87.50 60 60 exch_msgs 0.01 5.91 60 60 batl_pass 0.01 5.48 60 60 single_pass 0.01 3.41 60 120 advance_explicit 0.00 2.42 60 60 init_pass 0.00 2.04 60 60 sync_state 0.00 1.48 60 60 ------------------------------------------------------------------------------- Finished Saving Output Files ---------------------------- ------------------------------------------------------------------------------- SORTED TIMING from step 0 to 60 on PE 0 name sec percent #iter #calls ------------------------------------------------------------------------------- BATSRUS 0.16 100.00 1 1 ------------------------------------------------------------------------------- advance 0.16 99.71 60 60 save_plot 0.14 87.44 60 60 exch_msgs 0.01 5.90 60 60 batl_pass 0.01 5.47 60 60 single_pass 0.01 3.41 60 120 advance_explicit 0.00 2.42 60 60 init_pass 0.00 2.04 60 60 sync_state 0.00 1.48 60 60 ------------------------------------------------------------------------------- clean_mod_advance deallocated arrays clean_mod_raytrace deallocated arrays clean_mod_geometry deallocated arrays clean_mod_nodes deallocated arrays Error report: no errors... cd run_test_fastwave_2d; rm -rf RESULT; ./PostProc.pl -m RESULT PostProc.pl: TIMINGS from runlog (init, run) 0.01 0.16 PostProc.pl: mv GM/IO2 RESULT/GM with 63 files PostProc.pl: cp PARAM.in RESULT PostProc.pl: mv runlog RESULT PostProc.pl: ./Restart.pl -o -W -l= RESULT/RESTART make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make test_fastwave_2d_check make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' ls -l test_fastwave_2d_gpu.diff -rw-rw-r-- 1 gtoth1 s6176 0 Feb 14 16:14 test_fastwave_2d_gpu.diff make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make[2]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make[2]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make test_earth_compile make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF; ./Config.pl -noopenmp -acc ./Config.pl -e=Mhd -u=Default -ng=2 -g=10,10,10 Writing new grid size 10,10,10 and 2 ghost cells into srcBATL/BATL_size.f90... ./Config.pl -opt=Param/EARTH/PARAM.in.GPU.dev ---------------------------------------------------------------------- Current optimization: ClightFactor = 1 DoLf = .true. IsCartesian = .false. IsCartesianGrid = .false. IsTimeAccurate = .true. LimiterBeta = 1 UseB0 = .false. UseBody = .false. UseBorisCorrection = .false. UseDivbSource = UseB .and. nDim>1 UseDtFixed = .true. UseGravity = .false. UseHyperbolicDivB = .false. UseNonConservative = .false. UsePMin = .false. UseRhoMin = .false. UseRotatingFrame = .false. iStage = 1 nConservCrit = 0 nOrder = 1 nStage = 1 ---------------------------------------------------------------------- -opt=Param/EARTH/PARAM.in.GPU.dev ---------------------------------------------------------------------- New optimization: processing parameter file Param/EARTH/PARAM.in.GPU.dev ClightFactor = 1 -> 0.02 DoLf = .true. -> .false. IsCartesian = .false. -> .true. IsCartesianGrid = .false. -> .true. IsTimeAccurate = .true. LimiterBeta = 1 -> 1.2 UseB0 = .false. -> UseB UseBody = .false. -> .true. UseBorisCorrection = .false. -> .true. UseDivbSource = UseB .and. nDim>1 UseDtFixed = .true. -> .false. UseGravity = .false. UseHyperbolicDivB = .false. UseNonConservative = .false. -> .true. UsePMin = .false. -> .true. UseRhoMin = .false. -> .true. UseRotatingFrame = .false. iStage = 1 -> any nConservCrit = 0 -> 1 nOrder = 1 -> 2 nStage = 1 -> 2 Modifying src/ModOptimizeParam.f90 make BATSRUS make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src; make LIB make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make[7]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a' is up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/src; make LIB make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/src' ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a ModTiming.o timing_cpu.o timing.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/src' if [[ "" == *lNOMPI* ]]; then make NOMPI; fi cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram; make LIB make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' make[7]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a' is up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt; make LIB make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' make[7]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a' is up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE; make LIB make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' make[7]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a' is up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' cd srcBATL; make LIB make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' make libBATL.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_size.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_geometry.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_tree.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_high_order.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_interpolate_amr.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_face_field.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_grid.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_amr.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_region.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_cell.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_face.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_node.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_particles.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_test.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_amr_criteria.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_lib.f90 rm -f libBATL.a ar -rs libBATL.a BATL_amr.o BATL_amr_criteria.o BATL_geometry.o BATL_grid.o BATL_high_order.o BATL_interpolate_amr.o BATL_lib.o BATL_mpi.o BATL_particles.o BATL_pass_cell.o BATL_pass_node.o BATL_pass_face.o BATL_pass_face_field.o BATL_region.o BATL_size.o BATL_test.o BATL_tree.o ar: creating libBATL.a make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' libBATL.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' cd src; make LIB make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' perl /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Scripts/depend.pl -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src -I../srcBATL -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/CRASH/src ModAdvance.o ModAdvanceExplicit.o ModAdvectPoints.o ModAMR.o ModB0.o ModBatsrusMethods.o ModBatsrusUtility.o ModBatlInterface.o ModBlockData.o ModBorisCorrection.o ModBoundaryGeometry.o ModBuffer.o ModCalcSource.o ModCellBoundary.o ModCellGradient.o ModCharacteristic.o ModChGL.o ModChromosphere.o ModCleanDivB.o ModCoarseAxis.o ModConservative.o ModConserveFlux.o ModConstrainDivB.o ModCoronalHeating.o ModCurrent.o ModEnergy.o ModElectricField.o ModEquation.o ModExtraVariables.o ModFaceBoundary.o ModFaceFlux.o ModFaceGradient.o ModFaceValue.o ModFieldLineThread.o ModFieldTrace.o ModFieldTraceFast.o ModFixAxisCells.o ModGeometry.o ModGroundMagPerturb.o ModHallResist.o ModHdf5.o ModHeatConduction.o ModHeatFluxCollisionless.o ModIeCoupling.o ModImCoupling.o ModImplicit.o ModImplHypre.o ModIO.o ModIonElectron.o ModLaserHeating.o ModLoadBalance.o ModLocalTimeStep.o ModMain.o ModMessagePass.o ModMultiFluid.o ModMultiIon.o ModNodes.o ModOptimizeParam.o ModParallel.o ModParticleFieldLine.o ModParticleMover.o ModParticles.o ModPartImplicit.o ModPartSteady.o ModPhysics.o ModPIC.o ModPlotBox.o ModPlotShell.o ModPointImplicit.o ModProjectDivB.o ModRadDiffusion.o ModRadiativeCooling.o ModRadioWaveImage.o ModResistivity.o ModRestartFile.o ModSatelliteFile.o ModSemiImplicit.o ModSetInitialCondition.o ModSetParameters.o ModSingleFluid.o ModSize.o ModSolarwind.o ModTransitionRegion.o ModThreadedLC.o ModTimeStepControl.o ModUaCoupling.o ModUserEmpty.o ModUserInterface.o ModUser.o ModViscosity.o ModWaves.o ModWriteTecplot.o ModUpdateStateFast.o ModUpdateState.o ModWriteLogSatFile.o ModWritePlot.o ModWritePlotIdl.o ModWritePlotLos.o ModWritePlotRadioWave.o ModWriteProgress.o ModFaceFluxParameters.o user_interface.o make libBATSRUS.a make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSize.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMultiFluid.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModTransitionRegion.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUaCoupling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMain.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceFluxParameters.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParallel.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHdf5.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIO.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBatsrusUtility.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModNodes.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAdvance.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModGeometry.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceGradient.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBlockData.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModImplHypre.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUserInterface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPhysics.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCoarseAxis.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModConserveFlux.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPartSteady.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFixAxisCells.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCleanDivB.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCellGradient.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModB0.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWaves.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBoundaryGeometry.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSolarwind.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHallResist.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModChromosphere.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPointImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModViscosity.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCharacteristic.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModConstrainDivB.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUserEmpty.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRadDiffusion.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUser.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIeCoupling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModChGL.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCurrent.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModConservative.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCoronalHeating.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlotIdl.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 user_interface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBorisCorrection.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModLaserHeating.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBuffer.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModEnergy.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHeatFluxCollisionless.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceValue.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMultiIon.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRadiativeCooling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFieldLineThread.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModResistivity.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIonElectron.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAdvectPoints.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPIC.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceBoundary.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModTimeStepControl.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModGroundMagPerturb.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHeatConduction.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModThreadedLC.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBatlInterface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPlotShell.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPlotBox.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWriteTecplot.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParticles.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParticleMover.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParticleFieldLine.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRadioWaveImage.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCellBoundary.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlotRadioWave.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModElectricField.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceFlux.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCalcSource.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModOptimizeParam.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWriteProgress.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUpdateStateFast.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMessagePass.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUpdateState.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFieldTrace.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModProjectDivB.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSemiImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAdvanceExplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModLocalTimeStep.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPartImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModLoadBalance.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSatelliteFile.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFieldTraceFast.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWriteLogSatFile.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAMR.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlot.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRestartFile.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlotLos.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSetInitialCondition.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O0 ModSetParameters.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModImCoupling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBatsrusMethods.f90 cp -f ../srcBATL/libBATL.a libBATSRUS.a ar -rs libBATSRUS.a ModAdvance.o ModAdvanceExplicit.o ModAdvectPoints.o ModAMR.o ModB0.o ModBatsrusMethods.o ModBatsrusUtility.o ModBatlInterface.o ModBlockData.o ModBorisCorrection.o ModBoundaryGeometry.o ModBuffer.o ModCalcSource.o ModCellBoundary.o ModCellGradient.o ModCharacteristic.o ModChGL.o ModChromosphere.o ModCleanDivB.o ModCoarseAxis.o ModConservative.o ModConserveFlux.o ModConstrainDivB.o ModCoronalHeating.o ModCurrent.o ModEnergy.o ModElectricField.o ModEquation.o ModExtraVariables.o ModFaceBoundary.o ModFaceFlux.o ModFaceGradient.o ModFaceValue.o ModFieldLineThread.o ModFieldTrace.o ModFieldTraceFast.o ModFixAxisCells.o ModGeometry.o ModGroundMagPerturb.o ModHallResist.o ModHdf5.o ModHeatConduction.o ModHeatFluxCollisionless.o ModIeCoupling.o ModImCoupling.o ModImplicit.o ModImplHypre.o ModIO.o ModIonElectron.o ModLaserHeating.o ModLoadBalance.o ModLocalTimeStep.o ModMain.o ModMessagePass.o ModMultiFluid.o ModMultiIon.o ModNodes.o ModOptimizeParam.o ModParallel.o ModParticleFieldLine.o ModParticleMover.o ModParticles.o ModPartImplicit.o ModPartSteady.o ModPhysics.o ModPIC.o ModPlotBox.o ModPlotShell.o ModPointImplicit.o ModProjectDivB.o ModRadDiffusion.o ModRadiativeCooling.o ModRadioWaveImage.o ModResistivity.o ModRestartFile.o ModSatelliteFile.o ModSemiImplicit.o ModSetInitialCondition.o ModSetParameters.o ModSingleFluid.o ModSize.o ModSolarwind.o ModTransitionRegion.o ModThreadedLC.o ModTimeStepControl.o ModUaCoupling.o ModUserEmpty.o ModUserInterface.o ModUser.o ModViscosity.o ModWaves.o ModWriteTecplot.o ModUpdateStateFast.o ModUpdateState.o ModWriteLogSatFile.o ModWritePlot.o ModWritePlotIdl.o ModWritePlotLos.o ModWritePlotRadioWave.o ModWriteProgress.o ModFaceFluxParameters.o user_interface.o make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' libBATSRUS.a has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' cd src; make BATSRUS make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/BATSRUS.exe make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 main.f90 rm -rf Tmp_; mkdir Tmp_ cd Tmp_; \ ar -x ../libBATSRUS.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a mpif90 -o /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/BATSRUS.exe main.o Tmp_/*.o \ -r8 -acc -gpu=cc70 -lstdc++ make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' Program BATSRUS has been brought up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make PIDL make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src; make PIDL make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/PostIDL.exe make[7]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make[7]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/PostIDL.exe' is up to date. make[7]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' Program PostIDL has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make test_earth_rundir make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' rm -rf run_test_earth make rundir RUNDIR=run_test_earth STANDALONE=YES GMDIR=`pwd` make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' mkdir -p run_test_earth/GM cd run_test_earth/GM; \ mkdir restartIN restartOUT IO2; \ ln -s IO2 plots; \ ln -s /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/PostIDL.exe .; \ cp /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Scripts/pIDL .; \ cp /home5/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/Scripts/TEC/pTEC .; \ ln -s /home5/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/Param .; \ ln -s /home5/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/data/TRAJECTORY . make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd run_test_earth; \ cp Param/EARTH/PARAM.in.GPU.dev PARAM.in ./TestParam.pl -F run_test_earth/PARAM.in make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make test_earth_run make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd run_test_earth; mpiexec -n 1 ./BATSRUS.exe > runlog -------------------------------------------------------------------------- A process has executed an operation involving a call to the "fork()" system call to create a child process. Open MPI is currently operating in a condition that could result in memory corruption or other system errors; your job may hang, crash, or produce silent data corruption. The use of fork() (or system() or other calls that create child processes) is strongly discouraged. The process that invoked fork was: Local host: [[48460,1],0] (PID 79229) If you are *absolutely sure* that your application will successfully and correctly survive a call to fork(), you may disable this warning by setting the mpi_warn_on_fork MCA parameter to 0. -------------------------------------------------------------------------- cd run_test_earth; rm -rf RESULTS; ./PostProc.pl -m RESULTS PostProc.pl: TIMINGS from runlog (init, run) 1.59 6.01 PostProc.pl: mv GM/IO2 RESULTS/GM with 10 files PostProc.pl: cp PARAM.in RESULTS PostProc.pl: mv runlog RESULTS PostProc.pl: ./Restart.pl -o -W -l= RESULTS/RESTART make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make test_earth_check make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' ls -l test_earth_gpu.diff -rw-rw-r-- 1 gtoth1 s6176 0 Feb 14 16:16 test_earth_gpu.diff make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make[2]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make[2]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make test_awsom_gpu_compile make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF; ./Config.pl -noopenmp -acc ./Config.pl -u=Awsom -e=Mhd -ng=2 -g=6,4,4 Writing new grid size 6,4,4 and 2 ghost cells into srcBATL/BATL_size.f90... ./Config.pl -opt=Param/CORONA/PARAM.in.Awsom.GPU ---------------------------------------------------------------------- Current optimization: ClightFactor = 0.02 DoLf = .false. IsCartesian = .true. IsCartesianGrid = .true. IsTimeAccurate = .true. LimiterBeta = 1.2 UseB0 = UseB UseBody = .true. UseBorisCorrection = .true. UseDivbSource = UseB .and. nDim>1 UseDtFixed = .false. UseGravity = .false. UseHyperbolicDivB = .false. UseNonConservative = .true. UsePMin = .true. UseRhoMin = .true. UseRotatingFrame = .false. iStage = any nConservCrit = 1 nOrder = 2 nStage = 2 ---------------------------------------------------------------------- -opt=Param/CORONA/PARAM.in.Awsom.GPU ---------------------------------------------------------------------- New optimization: processing parameter file Param/CORONA/PARAM.in.Awsom.GPU ClightFactor = 0.02 -> 1 DoLf = .false. IsCartesian = .true. -> .false. IsCartesianGrid = .true. -> .false. IsTimeAccurate = .true. -> .false. LimiterBeta = 1.2 UseB0 = UseB UseBody = .true. -> .false. UseBorisCorrection = .true. -> .false. UseDivbSource = UseB .and. nDim>1 UseDtFixed = .false. UseGravity = .false. -> .true. UseHyperbolicDivB = .false. UseNonConservative = .true. UsePMin = .true. -> .false. UseRhoMin = .true. -> .false. UseRotatingFrame = .false. -> .true. iStage = any nConservCrit = 1 -> 0 nOrder = 2 nStage = 2 Modifying src/ModOptimizeParam.f90 make BATSRUS make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make[6]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a' is up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/src; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/src' ar -rs /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a ModTiming.o timing_cpu.o timing.o ar: creating /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/TIMING/src' if [[ "" == *lNOMPI* ]]; then make NOMPI; fi cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' make[6]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a' is up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' make[6]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a' is up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' make[6]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a' is up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE' cd srcBATL; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' make libBATL.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_size.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_geometry.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_tree.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_high_order.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_interpolate_amr.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_face_field.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_grid.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_amr.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_region.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_cell.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_face.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_pass_node.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_particles.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_test.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_amr_criteria.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 BATL_lib.f90 rm -f libBATL.a ar -rs libBATL.a BATL_amr.o BATL_amr_criteria.o BATL_geometry.o BATL_grid.o BATL_high_order.o BATL_interpolate_amr.o BATL_lib.o BATL_mpi.o BATL_particles.o BATL_pass_cell.o BATL_pass_node.o BATL_pass_face.o BATL_pass_face_field.o BATL_region.o BATL_size.o BATL_test.o BATL_tree.o ar: creating libBATL.a make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' libBATL.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/srcBATL' cd src; make LIB make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' perl /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Scripts/depend.pl -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src -I../srcBATL -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcMagnetogram -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/DATAREAD/srcDemt -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/EMPIRICAL/srcEE -I/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/util/CRASH/src ModAdvance.o ModAdvanceExplicit.o ModAdvectPoints.o ModAMR.o ModB0.o ModBatsrusMethods.o ModBatsrusUtility.o ModBatlInterface.o ModBlockData.o ModBorisCorrection.o ModBoundaryGeometry.o ModBuffer.o ModCalcSource.o ModCellBoundary.o ModCellGradient.o ModCharacteristic.o ModChGL.o ModChromosphere.o ModCleanDivB.o ModCoarseAxis.o ModConservative.o ModConserveFlux.o ModConstrainDivB.o ModCoronalHeating.o ModCurrent.o ModEnergy.o ModElectricField.o ModEquation.o ModExtraVariables.o ModFaceBoundary.o ModFaceFlux.o ModFaceGradient.o ModFaceValue.o ModFieldLineThread.o ModFieldTrace.o ModFieldTraceFast.o ModFixAxisCells.o ModGeometry.o ModGroundMagPerturb.o ModHallResist.o ModHdf5.o ModHeatConduction.o ModHeatFluxCollisionless.o ModIeCoupling.o ModImCoupling.o ModImplicit.o ModImplHypre.o ModIO.o ModIonElectron.o ModLaserHeating.o ModLoadBalance.o ModLocalTimeStep.o ModMain.o ModMessagePass.o ModMultiFluid.o ModMultiIon.o ModNodes.o ModOptimizeParam.o ModParallel.o ModParticleFieldLine.o ModParticleMover.o ModParticles.o ModPartImplicit.o ModPartSteady.o ModPhysics.o ModPIC.o ModPlotBox.o ModPlotShell.o ModPointImplicit.o ModProjectDivB.o ModRadDiffusion.o ModRadiativeCooling.o ModRadioWaveImage.o ModResistivity.o ModRestartFile.o ModSatelliteFile.o ModSemiImplicit.o ModSetInitialCondition.o ModSetParameters.o ModSingleFluid.o ModSize.o ModSolarwind.o ModTransitionRegion.o ModThreadedLC.o ModTimeStepControl.o ModUaCoupling.o ModUserEmpty.o ModUserInterface.o ModUser.o ModViscosity.o ModWaves.o ModWriteTecplot.o ModUpdateStateFast.o ModUpdateState.o ModWriteLogSatFile.o ModWritePlot.o ModWritePlotIdl.o ModWritePlotLos.o ModWritePlotRadioWave.o ModWriteProgress.o ModFaceFluxParameters.o user_interface.o make libBATSRUS.a make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSize.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMultiFluid.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModTransitionRegion.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUaCoupling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMain.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceFluxParameters.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParallel.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHdf5.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIO.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBatsrusUtility.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModNodes.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAdvance.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModGeometry.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceGradient.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBlockData.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModImplHypre.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUserInterface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPhysics.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCoarseAxis.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModConserveFlux.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPartSteady.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFixAxisCells.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCleanDivB.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCellGradient.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModB0.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWaves.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBoundaryGeometry.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSolarwind.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHallResist.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModChromosphere.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPointImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModViscosity.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCharacteristic.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModConstrainDivB.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUserEmpty.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRadDiffusion.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIeCoupling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModChGL.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCurrent.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModConservative.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCoronalHeating.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlotIdl.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBorisCorrection.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModLaserHeating.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBuffer.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModEnergy.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHeatFluxCollisionless.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceValue.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMultiIon.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRadiativeCooling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFieldLineThread.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModResistivity.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModIonElectron.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAdvectPoints.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPIC.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceBoundary.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModTimeStepControl.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModGroundMagPerturb.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModHeatConduction.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModThreadedLC.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBatlInterface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPlotShell.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPlotBox.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWriteTecplot.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParticles.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParticleMover.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModParticleFieldLine.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRadioWaveImage.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCellBoundary.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlotRadioWave.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModElectricField.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFaceFlux.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModCalcSource.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModOptimizeParam.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWriteProgress.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUpdateStateFast.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModMessagePass.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUpdateState.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFieldTrace.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModProjectDivB.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSemiImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAdvanceExplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModLocalTimeStep.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModPartImplicit.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModLoadBalance.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSatelliteFile.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModFieldTraceFast.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWriteLogSatFile.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModAMR.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlot.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModRestartFile.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModWritePlotLos.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModUser.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModSetInitialCondition.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O0 ModSetParameters.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 user_interface.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModImCoupling.f90 nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 ModBatsrusMethods.f90 cp -f ../srcBATL/libBATL.a libBATSRUS.a ar -rs libBATSRUS.a ModAdvance.o ModAdvanceExplicit.o ModAdvectPoints.o ModAMR.o ModB0.o ModBatsrusMethods.o ModBatsrusUtility.o ModBatlInterface.o ModBlockData.o ModBorisCorrection.o ModBoundaryGeometry.o ModBuffer.o ModCalcSource.o ModCellBoundary.o ModCellGradient.o ModCharacteristic.o ModChGL.o ModChromosphere.o ModCleanDivB.o ModCoarseAxis.o ModConservative.o ModConserveFlux.o ModConstrainDivB.o ModCoronalHeating.o ModCurrent.o ModEnergy.o ModElectricField.o ModEquation.o ModExtraVariables.o ModFaceBoundary.o ModFaceFlux.o ModFaceGradient.o ModFaceValue.o ModFieldLineThread.o ModFieldTrace.o ModFieldTraceFast.o ModFixAxisCells.o ModGeometry.o ModGroundMagPerturb.o ModHallResist.o ModHdf5.o ModHeatConduction.o ModHeatFluxCollisionless.o ModIeCoupling.o ModImCoupling.o ModImplicit.o ModImplHypre.o ModIO.o ModIonElectron.o ModLaserHeating.o ModLoadBalance.o ModLocalTimeStep.o ModMain.o ModMessagePass.o ModMultiFluid.o ModMultiIon.o ModNodes.o ModOptimizeParam.o ModParallel.o ModParticleFieldLine.o ModParticleMover.o ModParticles.o ModPartImplicit.o ModPartSteady.o ModPhysics.o ModPIC.o ModPlotBox.o ModPlotShell.o ModPointImplicit.o ModProjectDivB.o ModRadDiffusion.o ModRadiativeCooling.o ModRadioWaveImage.o ModResistivity.o ModRestartFile.o ModSatelliteFile.o ModSemiImplicit.o ModSetInitialCondition.o ModSetParameters.o ModSingleFluid.o ModSize.o ModSolarwind.o ModTransitionRegion.o ModThreadedLC.o ModTimeStepControl.o ModUaCoupling.o ModUserEmpty.o ModUserInterface.o ModUser.o ModViscosity.o ModWaves.o ModWriteTecplot.o ModUpdateStateFast.o ModUpdateState.o ModWriteLogSatFile.o ModWritePlot.o ModWritePlotIdl.o ModWritePlotLos.o ModWritePlotRadioWave.o ModWriteProgress.o ModFaceFluxParameters.o user_interface.o make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' libBATSRUS.a has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' cd src; make BATSRUS make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/BATSRUS.exe make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' nvfortran -module /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/include -c -Mpreprocess -acc -gpu=cc70 -r8 -O1 main.f90 rm -rf Tmp_; mkdir Tmp_ cd Tmp_; \ ar -x ../libBATSRUS.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libMAGNETOGRAM.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libDEMT.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libEMPIRICALEE.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libTIMING.a; \ ar -x /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/lib/libSHARE.a mpif90 -o /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/BATSRUS.exe main.o Tmp_/*.o \ -r8 -acc -gpu=cc70 -lstdc++ make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' Program BATSRUS has been brought up to date. make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/src' make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make PIDL make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src; make PIDL make[5]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/PostIDL.exe make[6]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make[6]: `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/PostIDL.exe' is up to date. make[6]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' make[5]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Library/src' Program PostIDL has been brought up to date. make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make test_awsom_gpu_rundir make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' rm -rf run_test_awsom_gpu make rundir RUNDIR=run_test_awsom_gpu COMPONENT=SC STANDALONE=YES GMDIR=`pwd` make[4]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' mkdir -p run_test_awsom_gpu/SC cd run_test_awsom_gpu/SC; \ mkdir restartIN restartOUT IO2; \ ln -s IO2 plots; \ ln -s /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/bin/PostIDL.exe .; \ cp /nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/share/Scripts/pIDL .; \ cp /home5/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/Scripts/TEC/pTEC .; \ ln -s /home5/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/Param .; \ ln -s /home5/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS/data/TRAJECTORY . make[4]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd run_test_awsom_gpu; cp Param/CORONA/PARAM.in.Awsom.GPU PARAM.in ./TestParam.pl -F run_test_awsom_gpu/PARAM.in make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make test_awsom_gpu_run make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' cd run_test_awsom_gpu; mpiexec -n 1 ./BATSRUS.exe > runlog -------------------------------------------------------------------------- A process has executed an operation involving a call to the "fork()" system call to create a child process. Open MPI is currently operating in a condition that could result in memory corruption or other system errors; your job may hang, crash, or produce silent data corruption. The use of fork() (or system() or other calls that create child processes) is strongly discouraged. The process that invoked fork was: Local host: [[46269,1],0] (PID 81036) If you are *absolutely sure* that your application will successfully and correctly survive a call to fork(), you may disable this warning by setting the mpi_warn_on_fork MCA parameter to 0. -------------------------------------------------------------------------- cd run_test_awsom_gpu; rm -rf RESULTS; ./PostProc.pl -M RESULTS PostProc.pl: TIMINGS from runlog (init, run) 1.83 1.04 PostProc.pl: mv SC/IO2 RESULTS/SC with 2 files PostProc.pl: cp PARAM.in RESULTS PostProc.pl: mv runlog RESULTS PostProc.pl: ./Restart.pl -o -W -l= RESULTS/RESTART make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make test_awsom_gpu_check make[3]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' ls -l test_awsom_gpu.diff -rw-rw-r-- 1 gtoth1 s6176 0 Feb 14 16:18 test_awsom_gpu.diff make[3]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make[2]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make[1]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF/GM/BATSRUS' make[1]: Entering directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF' cat: share/Library/test/*.diff: No such file or directory cat: util/*/src*/*.diff: No such file or directory make[1]: [test_check] Error 1 (ignored) ls: cannot access share/Library/test/*.diff: No such file or directory ls: cannot access util/*/src*/*.diff: No such file or directory make[1]: [test_check] Error 2 (ignored) -rw-rw-r-- 1 gtoth1 s6176 70 Feb 14 16:05 test_swpc_gpu_ie.diff -rw-rw-r-- 1 gtoth1 s6176 70 Feb 14 16:05 test_swpc_gpu_gm.diff -rw-rw-r-- 1 gtoth1 s6176 0 Feb 14 16:09 test_swpc_large_gpu_ie.diff -rw-rw-r-- 1 gtoth1 s6176 18372 Feb 14 16:09 test_swpc_large_gpu_gm.diff -rw-rw-r-- 1 gtoth1 s6176 0 Feb 14 16:10 GM/BATSRUS/test_shocktube_1d_gpu.diff -rw-rw-r-- 1 gtoth1 s6176 0 Feb 14 16:12 GM/BATSRUS/test_fastwave_gpu.diff -rw-rw-r-- 1 gtoth1 s6176 0 Feb 14 16:14 GM/BATSRUS/test_fastwave_2d_gpu.diff -rw-rw-r-- 1 gtoth1 s6176 0 Feb 14 16:16 GM/BATSRUS/test_earth_gpu.diff -rw-rw-r-- 1 gtoth1 s6176 0 Feb 14 16:18 GM/BATSRUS/test_awsom_gpu.diff head: cannot open 'share/Library/test/*.diff' for reading: No such file or directory head: cannot open 'util/*/src*/*.diff' for reading: No such file or directory make[1]: [test_check] Error 1 (ignored) See test_swmf.res and test_swmf.log for more detail... share/Scripts/test_speed.pl . >> test_swmf.res make[1]: Leaving directory `/nobackupp16/swbuild/gtoth1/Tmp_nvidia/SWMF'