(cd AmberTools/test && make test.parallel)
make[1]: Entering directory '/apps/ambertoolsinstall/amber20/AmberTools/test'
./test_at_parallel.sh

Tests being run with DO_PARALLEL="mpirun -np 2".

make[2]: Entering directory '/apps/ambertoolsinstall/amber20/AmberTools/test'
./test_at_clean.sh
cd antechamber && make -k clean
make[3]: Entering directory '/apps/ambertoolsinstall/amber20/AmberTools/test/antechamber'
Cleaning all antechamber test subdirectories:
find . -name "*.dif" -print0 | xargs -0 /bin/rm -f
/bin/rm -f \
	ash/antechamber.out \
	ash/sqm.in \
	ash/sqm.out \
	ash/sqm.pdb \
	bondtype/antechamber.out \
	c60/antechamber.out \
	charmm/antechamber.out \
	fluorescein/antechamber.out \
	fluorescein/sqm.in \
	fluorescein/sqm.out \
	fpph/antechamber.out \
	guanine_amber/antechamber.out \
	guanine_amber/sqm.in \
	guanine_amber/sqm.out \
	guanine_amber/sqm.pdb \
	residuegen/ala_conf1.esp \
	residuegen/ala_conf2.esp \
	residuegen/ANTECHAMBER_AC.AC \
	residuegen/ANTECHAMBER_AC.AC0 \
	residuegen/ANTECHAMBER_BOND_TYPE.AC \
	residuegen/ANTECHAMBER_BOND_TYPE.AC0 \
	residuegen/antechamber.out \
	residuegen/ATOMTYPE.INF \
	residuegen/esout \
	residuegen/espgen.out \
	residuegen/NEWPDB.PDB \
	residuegen/PREP.INF \
	residuegen/punch \
	residuegen/QIN \
	residuegen/qout \
	residuegen/RESIDUE_GEN_MAINCHAIN.DAT \
	residuegen/RESIDUE_GEN_RESP.INPUT1 \
	residuegen/RESIDUE_GEN_RESP.INPUT2 \
	residuegen/RESIDUE_GEN_RESP.OUTPUT1 \
	residuegen/RESIDUE_GEN_RESP.OUTPUT2 \
	residuegen/RESIDUE_GEN_RESPGEN.DAT \
	residuegen/RESIDUE_GEN.AC \
	residuegen/residuegen.out \
	sustiva/antechamber.out \
	sustiva/leap.log \
	sustiva/prmtop \
	sustiva/sqm.in \
	sustiva/sqm.out \
	tp/antechamber.out \
	tp/sqm.out
make[3]: Leaving directory '/apps/ambertoolsinstall/amber20/AmberTools/test/antechamber'
cd mmpbsa_py && make -k clean
make[3]: Entering directory '/apps/ambertoolsinstall/amber20/AmberTools/test/mmpbsa_py'
cd EstRAL_Files && /bin/rm -f ?.top _AnteMMPBSA_* *.dif
cd 01_Generalized_Born && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA.dat *.dif *.csv
cd 02_Poisson_Boltzmann && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA.dat *.dif *.csv
cd 03_Alanine_Scanning && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA.dat *.dif *.csv
cd 04_Per_Residue_Decomp && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA.dat *.dif *.csv
cd 05_Pairwise_Decomp && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA.dat *.dif *.csv
cd 06_NAB_Nmode && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA.dat *.dif *.csv
cd 07_Comprehensive && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA*.dat *.dif *.csv
cd 08_Stability && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA*.dat *.dif *.csv
cd 09_APBS_Poisson_Boltzmann && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA.dat *.dif *.csv
cd 10_QM_MMGBSA && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA.dat *.dif *.csv
cd 11_3D-RISM && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA.dat *.dif *.csv
cd 12_Membrane_Channel && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA.dat *.dif *.csv
make[3]: Leaving directory '/apps/ambertoolsinstall/amber20/AmberTools/test/mmpbsa_py'
cd ../src/mm_pbsa/Examples && ./Run.mmpbsa.clean
cd ../src/FEW/examples/test && ./Run.few.clean
cd ../src/cpptraj/test && make -k clean
make[3]: Entering directory '/apps/ambertoolsinstall/amber20/AmberTools/src/cpptraj/test'
Cleaning all test directories:
make test.complete test.libcpptraj OPT=clean
make[4]: Entering directory '/apps/ambertoolsinstall/amber20/AmberTools/src/cpptraj/test'
make[5]: Entering directory '/apps/ambertoolsinstall/amber20/AmberTools/src/cpptraj/test'
make[5]: Leaving directory '/apps/ambertoolsinstall/amber20/AmberTools/src/cpptraj/test'
make[4]: Leaving directory '/apps/ambertoolsinstall/amber20/AmberTools/src/cpptraj/test'
make[3]: Leaving directory '/apps/ambertoolsinstall/amber20/AmberTools/src/cpptraj/test'
cd leap && make -k clean
make[3]: Entering directory '/apps/ambertoolsinstall/amber20/AmberTools/test/leap'
Cleaning all test directories:
(find . -name "*.dif" -o -name 'leap.log' -o -name 'leap.out' | \
 while read dif ;\
 do \
     rm -f $dif ;\
 done ;\
)
/bin/rm -f x.lib lib94.out ions94.log ff94_prm.out ff94_prm.log ff94.log
make test.params OPT=clean
make[4]: Entering directory '/apps/ambertoolsinstall/amber20/AmberTools/test/leap'
make[4]: Leaving directory '/apps/ambertoolsinstall/amber20/AmberTools/test/leap'
make[3]: Leaving directory '/apps/ambertoolsinstall/amber20/AmberTools/test/leap'
cd leap/glycam/06j && ./Run.glycam clean
cd leap/glycam/06EPb && ./Run.glycam clean
cd leap/glycam/06j_10 && ./Run.glycam clean
cd leap/glycam/06j_12SB && ./Run.glycam clean
cd nab && make -k test testrism
make[3]: Entering directory '/apps/ambertoolsinstall/amber20/AmberTools/test/nab'
Running test to do simple minimization
(this tests the molecular mechanics interface)

ta-clebedenko@ace-gromacs-apo:/apps/ambertoolsinstall/amber20$ htop
ta-clebedenko@ace-gromacs-apo:/apps/ambertoolsinstall/amber20$ ls
AmberTools   Makefile              amber.sh    config.h  lib       make_testcudaserial_output1  make_testparallel_output3  test
GNU_LGPL_v3  amber-interactive.sh  benchmarks  dat       licenses  make_testparallel_output1    miniconda
LICENSE      amber.csh             bin         include   logs      make_testparallel_output2    share
ta-clebedenko@ace-gromacs-apo:/apps/ambertoolsinstall/amber20$ cat make_testparallel_output3
(cd AmberTools/test && make test.parallel)
make[1]: Entering directory '/apps/ambertoolsinstall/amber20/AmberTools/test'
./test_at_parallel.sh

Tests being run with DO_PARALLEL="mpirun -np 2".

make[2]: Entering directory '/apps/ambertoolsinstall/amber20/AmberTools/test'
./test_at_clean.sh
cd antechamber && make -k clean
make[3]: Entering directory '/apps/ambertoolsinstall/amber20/AmberTools/test/antechamber'
Cleaning all antechamber test subdirectories:
find . -name "*.dif" -print0 | xargs -0 /bin/rm -f
/bin/rm -f \
	ash/antechamber.out \
	ash/sqm.in \
	ash/sqm.out \
	ash/sqm.pdb \
	bondtype/antechamber.out \
	c60/antechamber.out \
	charmm/antechamber.out \
	fluorescein/antechamber.out \
	fluorescein/sqm.in \
	fluorescein/sqm.out \
	fpph/antechamber.out \
	guanine_amber/antechamber.out \
	guanine_amber/sqm.in \
	guanine_amber/sqm.out \
	guanine_amber/sqm.pdb \
	residuegen/ala_conf1.esp \
	residuegen/ala_conf2.esp \
	residuegen/ANTECHAMBER_AC.AC \
	residuegen/ANTECHAMBER_AC.AC0 \
	residuegen/ANTECHAMBER_BOND_TYPE.AC \
	residuegen/ANTECHAMBER_BOND_TYPE.AC0 \
	residuegen/antechamber.out \
	residuegen/ATOMTYPE.INF \
	residuegen/esout \
	residuegen/espgen.out \
	residuegen/NEWPDB.PDB \
	residuegen/PREP.INF \
	residuegen/punch \
	residuegen/QIN \
	residuegen/qout \
	residuegen/RESIDUE_GEN_MAINCHAIN.DAT \
	residuegen/RESIDUE_GEN_RESP.INPUT1 \
	residuegen/RESIDUE_GEN_RESP.INPUT2 \
	residuegen/RESIDUE_GEN_RESP.OUTPUT1 \
	residuegen/RESIDUE_GEN_RESP.OUTPUT2 \
	residuegen/RESIDUE_GEN_RESPGEN.DAT \
	residuegen/RESIDUE_GEN.AC \
	residuegen/residuegen.out \
	sustiva/antechamber.out \
	sustiva/leap.log \
	sustiva/prmtop \
	sustiva/sqm.in \
	sustiva/sqm.out \
	tp/antechamber.out \
	tp/sqm.out
make[3]: Leaving directory '/apps/ambertoolsinstall/amber20/AmberTools/test/antechamber'
cd mmpbsa_py && make -k clean
make[3]: Entering directory '/apps/ambertoolsinstall/amber20/AmberTools/test/mmpbsa_py'
cd EstRAL_Files && /bin/rm -f ?.top _AnteMMPBSA_* *.dif
cd 01_Generalized_Born && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA.dat *.dif *.csv
cd 02_Poisson_Boltzmann && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA.dat *.dif *.csv
cd 03_Alanine_Scanning && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA.dat *.dif *.csv
cd 04_Per_Residue_Decomp && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA.dat *.dif *.csv
cd 05_Pairwise_Decomp && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA.dat *.dif *.csv
cd 06_NAB_Nmode && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA.dat *.dif *.csv
cd 07_Comprehensive && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA*.dat *.dif *.csv
cd 08_Stability && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA*.dat *.dif *.csv
cd 09_APBS_Poisson_Boltzmann && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA.dat *.dif *.csv
cd 10_QM_MMGBSA && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA.dat *.dif *.csv
cd 11_3D-RISM && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA.dat *.dif *.csv
cd 12_Membrane_Channel && /bin/rm -f _MMPBSA_* mmpbsa.* FINAL_*_MMPBSA.dat *.dif *.csv
make[3]: Leaving directory '/apps/ambertoolsinstall/amber20/AmberTools/test/mmpbsa_py'
cd ../src/mm_pbsa/Examples && ./Run.mmpbsa.clean
cd ../src/FEW/examples/test && ./Run.few.clean
cd ../src/cpptraj/test && make -k clean
make[3]: Entering directory '/apps/ambertoolsinstall/amber20/AmberTools/src/cpptraj/test'
Cleaning all test directories:
make test.complete test.libcpptraj OPT=clean
make[4]: Entering directory '/apps/ambertoolsinstall/amber20/AmberTools/src/cpptraj/test'
make[5]: Entering directory '/apps/ambertoolsinstall/amber20/AmberTools/src/cpptraj/test'
make[5]: Leaving directory '/apps/ambertoolsinstall/amber20/AmberTools/src/cpptraj/test'
make[4]: Leaving directory '/apps/ambertoolsinstall/amber20/AmberTools/src/cpptraj/test'
make[3]: Leaving directory '/apps/ambertoolsinstall/amber20/AmberTools/src/cpptraj/test'
cd leap && make -k clean
make[3]: Entering directory '/apps/ambertoolsinstall/amber20/AmberTools/test/leap'
Cleaning all test directories:
(find . -name "*.dif" -o -name 'leap.log' -o -name 'leap.out' | \
 while read dif ;\
 do \
     rm -f $dif ;\
 done ;\
)
/bin/rm -f x.lib lib94.out ions94.log ff94_prm.out ff94_prm.log ff94.log
make test.params OPT=clean
make[4]: Entering directory '/apps/ambertoolsinstall/amber20/AmberTools/test/leap'
make[4]: Leaving directory '/apps/ambertoolsinstall/amber20/AmberTools/test/leap'
make[3]: Leaving directory '/apps/ambertoolsinstall/amber20/AmberTools/test/leap'
cd leap/glycam/06j && ./Run.glycam clean
cd leap/glycam/06EPb && ./Run.glycam clean
cd leap/glycam/06j_10 && ./Run.glycam clean
cd leap/glycam/06j_12SB && ./Run.glycam clean
cd nab && make -k test testrism
make[3]: Entering directory '/apps/ambertoolsinstall/amber20/AmberTools/test/nab'
Running test to do simple minimization
(this tests the molecular mechanics interface)