Execution Time0.25s

Test: UNRES_M_ENE_prota (Passed)
Build: devel Linux-pgi-MPI-DFA E0LL2Y (dell15) on 2020-03-15 19:51:56
Repository revision: b6e44584752243911a717a94aa770b3c1f52f3b8


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Test output
CTEST_FULL_OUTPUT
CTEST_FULL_OUTPUT
--------------------------------------------------------------------------
WARNING: Linux kernel CMA support was requested via the
btl_vader_single_copy_mechanism MCA variable, but CMA support is
not available due to restrictive ptrace settings.

The vader shared memory BTL will fall back on another single-copy
mechanism if one is available. This may result in lower performance.

  Local host: dell15
--------------------------------------------------------------------------
 2  
 2  
    
    
 JESTEM
 JESTEM
 JESTEM
 JESTEM
 JESTEM
 JESTEM
 indpdb=           23  pdbref=  T
    0.000000000000000         0.000000000000000     
           45           46           47
    1.975000000000001        -2.016999999999999     
    0.000000000000000         0.000000000000000     
           45           46           47
    1.975000000000001        -2.016999999999999     
           45           46           47
  -0.8720000000000000        -3.216000000000000     
           45           46           47
    3.169000000000000        0.4340000000000002     
    0.000000000000000         0.000000000000000     
            2            3            4
   0.9150000000000000        -1.552000000000000     
            2            3            4
    3.316000000000000         2.116000000000000     
            2            3            4
   -1.558000000000000         2.759000000000000     
           45           46           47
  -0.8720000000000000        -3.216000000000000     
           45           46           47
    3.169000000000000        0.4340000000000002     
    0.000000000000000         0.000000000000000     
            2            3            4
   0.9150000000000000        -1.552000000000000     
            2            3            4
    3.316000000000000         2.116000000000000     
            2            3            4
   -1.558000000000000         2.759000000000000     
 Call Read_Bridge.
 ns=            0
 ns=            0
 Processor            1  CG Group            0  absolute rank            1 
  iatsc_s=           15  iatsc_e=           46
 Processor            0  CG Group            0  absolute rank            0 
  iatsc_s=            2  iatsc_e=           15
 Processor            0  CG group            0  absolute rank            0 
  nele_int_tot          861  my_ele_inds=            1  my_ele_inde 
          430
Processor





 CG group





 absolute rank





 Processor            1  CG group            0  absolute rank            1 
  nele_int_tot          861  my_ele_inds=          431  my_ele_inde 
          861
Processor
[NON-XML-CHAR-0x1]



 CG group





 absolute rank
[NON-XML-CHAR-0x1]



 Processor:            0  CG group            0  absolute rank            0 
  loc_start            2  loc_end           24  ithet_start            3 
  ithet_end           25  iphi_start            5  iphi_end           25 
  iphid_start            5  iphid_end           25  ibond_start            2 
  ibond_end           24  ibondp_start            3  ibondp_end           24 
  iturn3_start            2  iturn3_end           22  iturn4_start            2
   iturn4_end           22  ivec_start            1  ivec_end           23 
  iset_start            4  iset_end           26  idihconstr_start            1
   idihconstr_end            0  ithetaconstr_start            1 
  ithetaconstr_end            0
 Processor:            0            0  igrad_start            1  igrad_end 
           14  ngrad_start            1  ngrad_end          540
 Processor:            0            0            1            2           48
 Processor:            0            0            2            3           48
 Processor:            0            0            3            4           48
 Processor:            0            0            4            5           48
 Processor:            0            0            5            6           48
 Processor:            0            0            6            7           48
 Processor:            0            0            7            8           48
 Processor:            0            0            8            9           48
 Processor:            0            0            9           10           48
 Processor:            0            0           10           11           48
 Processor:            0            0           11           12           48
 Processor:            1  CG group            0  absolute rank            1 
  loc_start           25  loc_end           47  ithet_start           26 
 Processor:            0            0           12           13           48
 Processor:            0            0           13           14           48
 Processor:            0            0           14           15           34
  ithet_end           48  iphi_start           26  iphi_end           47 
  iphid_start           26  iphid_end           46  ibond_start           25 
  ibond_end           47  ibondp_start           25  ibondp_end           47 
  iturn3_start           23  iturn3_end           44  iturn4_start           23
   iturn4_end           43  ivec_start           24  ivec_end           47 
  iset_start           27  iset_end           49  idihconstr_start            1
   idihconstr_end            0  ithetaconstr_start            1 
  ithetaconstr_end            0
 Processor:            1            1  igrad_start           14  igrad_end 
           46  ngrad_start          541  ngrad_end         1081
 Processor:            1            1           14           35           48
 Processor:            1            1           15           16           48
 Processor:            1            1           16           17           48
 Processor:            1            1           17           18           48
 Processor:            1            1           18           19           48
 Processor:            1            1           19           20           48
 Processor:            1            1           20           21           48
 Processor:            1            1           21           22           48
 Processor:            1            1           22           23           48
 Processor:            1            1           23           24           48
 Processor:            1            1           24           25           48
 Processor:            1            1           25           26           48
 Processor:            1            1           26           27           48
 Processor:            1            1           27           28           48
 Processor:            1            1           28           29           48
 Processor:            1            1           29           30           48
 Processor:            1            1           30           31           48
 Processor:            1            1           31           32           48
 Processor:            1            1           32           33           48
 Processor:            1            1           33           34           48
 Processor:            1            1           34           35           48
 Processor:            1            1           35           36           48
 Processor:            1            1           36           37           48
 Processor:            1            1           37           38           48
 Processor:            1            1           38           39           48
 Processor:            1            1           39           40           48
 Processor:            1            1           40           41           48
 Processor:            1            1           41           42           48
 Processor:            1            1           42           43           48
 Processor:            1            1           43           44           48
 Processor:            1            1           44           45           48
 Processor:            1            1           45           46           48
 Processor:            1            1           46           47           47
 after etotal
 after hairpin
 after secondary
 refstr=  T
 Processor            1  CG group            0  absolute rank            1 
  leves ERGASTULUM.
 Total wall clock time   6.2720235437154770E-002  sec
 Processor            0  BROADCAST time   1.1578798294067383E-003  REDUCE time 
 Processor            1  wait times for respective orders order[            0 ]
   2.5715678930282593E-005  GATHER time    0.000000000000000       SCATTER time
     0.000000000000000       SENDRECV    0.000000000000000       BARRIER ene 
     0.000000000000000       order[            1 ]    0.000000000000000      
   7.2233378887176514E-006  BARRIER grad    0.000000000000000     
CG processor   0 is finishing work.
  order[            2 ]    0.000000000000000       order[            3 ] 
    0.000000000000000       order[            4 ]    0.000000000000000      
  order[            5 ]    0.000000000000000       order[            6 ] 
    0.000000000000000       order[            7 ]    0.000000000000000      
  order[            8 ]    0.000000000000000       order[            9 ] 
    0.000000000000000       order[           10 ]    0.000000000000000     
Warning: ieee_divide_by_zero is signaling
Warning: ieee_inexact is signaling
Bye Bye...
Warning: ieee_denorm is signaling
Warning: ieee_divide_by_zero is signaling
Warning: ieee_underflow is signaling
Warning: ieee_inexact is signaling
Bye Bye...
OK: absdiff= .001300, ene= -146.007800
OK: absdiff= .001300, ene= -146.007800
[dell15:60945] 1 more process has sent help message help-btl-vader.txt / cma-permission-denied
[dell15:60945] Set MCA parameter "orte_base_help_aggregate" to 0 to see all help / error messages