make[2]: Entering directory `/home/anwesha/amber14/AmberTools/test'
./test_at_clean.sh
cd mmpbsa_py && make -k clean
make[3]: Entering directory `/home/anwesha/amber14/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
make[3]: Leaving directory `/home/anwesha/amber14/AmberTools/test/mmpbsa_py'
cd ../src/mm_pbsa/Examples && ./Run.mmpbsa.clean
cd ../src/FEW/examples/test && ./Run.few.clean
cd cpptraj && make -k clean
make[3]: Entering directory `/home/anwesha/amber14/AmberTools/test/cpptraj'
Cleaning all test directories:
(find . -name 'test.out' -o -name 'valgrind.out' -o -name 'Thread.*' \
        -o -name 'Test_Results.dat' -o -name 'Test_Error.dat' | \
        while read dif ;\
        do \
            rm -f $dif ;\
        done ;\
        )
make test.complete OPT=clean
make[4]: Entering directory `/home/anwesha/amber14/AmberTools/test/cpptraj'
make[4]: Leaving directory `/home/anwesha/amber14/AmberTools/test/cpptraj'
make[3]: Leaving directory `/home/anwesha/amber14/AmberTools/test/cpptraj'
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 `/home/anwesha/amber14/AmberTools/test/nab'
Running test to make dna duplex:

diffing d01.pdb.check with d01.pdb
PASSED
==============================================================
Running test to computed 3DNA deformation energies:

diffing deform.out.check with deform.out
PASSED
==============================================================
Running Reflexive test:

diffing ref.out.check with ref.out
PASSED
==============================================================
Running test of sub() and gsub()

diffing gsub_test.out.check with gsub_test.out
PASSED
==============================================================
Running test of hashed arrays:

diffing hash.out.check with hash.out
PASSED
==============================================================
Running test to compute chemical shifts
(this tests many parts of the compiler and libraries)

diffing 5pti.shifts.check with 5pti.shifts
PASSED
==============================================================
Running test to do simple minimization
(this tests the molecular mechanics interface)

diffing ltest.out.check with ltest.out
PASSED
==============================================================
Running test to do simple minimization with shake
(this tests the molecular mechanics interface)

diffing rattle_min.out.check with rattle_min.out
PASSED
==============================================================
Running test of fibre-diffraction module

diffing fd.pdb.check with fd.pdb
PASSED
==============================================================
Running test to do simple minimization
(this tests the generalized Born implementation)

diffing gbrna.out.check with gbrna.out
PASSED
==============================================================
Running test to do simple minimization
(this tests the generalized Born implementation)

diffing xfin_sa.out.check with xfin_sa.out
PASSED
==============================================================
Running test to do simple minimization
(this tests the LCPO surface area)