Execution Time0.68s

Test: UNRES_MIN_prota (Passed)
Build: Linux-gfortan-MPI E0LL2Y (m10) on 2023-05-29 03:08:10
Repository revision: cfd3f3ea9ccac7a6b9cb0e802b4c9e5927a506f6

Processors[Graph]1

Show Command Line
Show Test Time Graph
Show Failing/Passing Graph

Test output
CTEST_FULL_OUTPUT
CTEST_FULL_OUTPUT
 Processor           0  out of           2  rank in CG_COMM           0  size of CG_COMM           1  size of FG_COMM           2  rank in FG_COMM1           0  size of FG_COMM1           2
Inside initialize Processor           1  out of           2  rank in FG_COMM           1  size of FG_COMM           2  rank in FG_COMM1           1  size of FG_COMM1           2
Inside initialize MPI: node=            0  iseed=              -3059742
 indpdb=          25  pdbref= T
 ns=           0
 Processor           1           1           1  ivec_start          24  ivec_end          47
 Call Read_Bridge.
 ns=           0
 Processor           0           0           0  ivec_start           1  ivec_end          23
 after etotal
 Calling MINIM_DC
 check_ecart before sumsl
 check_ecart
 SUMSL return code is           4  eval          809
 # eval/s   1807.3686914123150     
 refstr= T
 Total wall clock time  0.47961997985839844       sec
 Processor           0  BROADCAST time   1.1358261108398438E-003  REDUCE time   4.6796798706054688E-003  GATHER time   0.0000000000000000       SCATTER time   0.0000000000000000       SENDRECV   0.0000000000000000       BARRIER ene   6.2394142150878906E-004  BARRIER grad   5.3954124450683594E-004
CG processor   0 is finishing work.
 Processor           1  CG group           0  absolute rank           1  leves ERGASTULUM.
 Processor           1  wait times for respective orders order[           0 ]   3.4801959991455078E-003  order[           1 ]   3.5105228424072266E-002  order[           2 ]   0.0000000000000000       order[           3 ]   0.0000000000000000       order[           4 ]   0.0000000000000000       order[           5 ]   0.0000000000000000       order[           6 ]   0.0000000000000000       order[           7 ]  0.16185450553894043       order[           8 ]   4.6657450640686643E-310  order[           9 ]   0.0000000000000000       order[          10 ]   0.0000000000000000     
Note: The following floating-point exceptions are signalling: IEEE_INVALID_FLAG IEEE_DIVIDE_BY_ZERO IEEE_DENORMAL
STOP Bye Bye...
Note: The following floating-point exceptions are signalling: IEEE_INVALID_FLAG IEEE_DIVIDE_BY_ZERO
STOP Bye Bye...
SUMSL return code 4
SUMSL return code 4
OK: absdiff= .000700, ene= -154.962900
OK: absdiff= .000700, ene= -154.962900