INFO: Using directory: "1"
INFO: Using existing c-file: ./Test_TOFRes_sample.c
INFO: Using existing binary: ./Test_TOFRes_sample.out
INFO: ===
Simulation 'Test_TOFRes_sample' (Test_TOFRes_sample.instr): running on 16 nodes (master is 'elearn1.fysik.dtu.dk', MPI version 3.1).
*** TRACE end *** 
Detector: TOFL1_I=1.80232e+10 TOFL1_ERR=1.4973e+07 TOFL1_N=5.00147e+06 "TOFL1.dat"
Detector: TOFL2_I=9.25388e+09 TOFL2_ERR=1.52965e+07 TOFL2_N=685134 "TOFL2.dat"
Detector: PSD_I=1.50214e+08 PSD_ERR=1.8797e+06 PSD_N=16469 "PSD.dat"
Detector: TOFL3_I=1.50214e+08 TOFL3_ERR=1.8797e+06 TOFL3_N=16469 "TOFL3.dat"
Events:   "TOFres.dat"

** MPI master gathering slave node list data ** 
. MPI master writing data for slave node 1
Append:   "TOFres.dat"
Resolution matrix:
	  2.9323e+05   1.1065e+05  -6.9372e+02  -1.4975e+04
	  1.1065e+05   4.8103e+04  -4.8079e+02  -5.8406e+03
	 -6.9372e+02  -4.8079e+02   1.3082e+03   2.7766e+01
	 -1.4975e+04  -5.8406e+03   2.7766e+01   7.7114e+02
Resolution matrix:
	  2.9429e+05   1.0470e+05  -6.8404e+03  -1.4949e+04
	  1.0470e+05   4.1352e+04  -2.0548e+03  -5.4490e+03
	 -6.8404e+03  -2.0548e+03   1.2848e+03   3.3424e+02
	 -1.4949e+04  -5.4490e+03   3.3424e+02   7.6429e+02
Resolution matrix:
	  2.6642e+05   1.0294e+05   1.2442e+03  -1.3683e+04
	  1.0294e+05   4.8674e+04   1.4978e+03  -5.5568e+03
	  1.2442e+03   1.4978e+03   1.1957e+03  -9.0250e+01
	 -1.3683e+04  -5.5568e+03  -9.0250e+01   7.1167e+02
Resolution matrix:
	  3.6198e+05   1.5111e+05  -4.7133e+03  -1.8649e+04
	  1.5111e+05   6.7595e+04  -2.1939e+03  -7.9347e+03
	 -4.7133e+03  -2.1939e+03   1.3910e+03   2.4702e+02
	 -1.8649e+04  -7.9347e+03   2.4702e+02   9.6634e+02
Resolution matrix:
	  3.9898e+05   1.8023e+05   8.5714e+02  -2.1319e+04
	  1.8023e+05   8.5321e+04  -1.3762e+02  -9.7599e+03
	  8.5714e+02  -1.3762e+02   8.9348e+02  -2.2912e+01
	 -2.1319e+04  -9.7599e+03  -2.2912e+01   1.1442e+03
Resolution matrix:
	  2.2588e+05   9.8780e+04   4.3465e+02  -1.1797e+04
	  9.8780e+04   5.0760e+04  -4.6350e+02  -5.3856e+03
	  4.3465e+02  -4.6350e+02   1.5429e+03  -1.0870e+00
	 -1.1797e+04  -5.3856e+03  -1.0870e+00   6.2346e+02
Resolution matrix:
	  1.4828e+05   6.2197e+04   6.7814e+02  -7.8749e+03
	  6.2197e+04   3.1768e+04   1.3267e+03  -3.4833e+03
	  6.7814e+02   1.3267e+03   1.3056e+03  -6.2379e+01
	 -7.8749e+03  -3.4833e+03  -6.2379e+01   4.2487e+02
Resolution matrix:
	  1.6290e+05   6.0669e+04  -2.7152e+03  -8.2004e+03
	  6.0669e+04   2.8613e+04  -1.1720e+03  -3.2175e+03
	 -2.7152e+03  -1.1720e+03   1.3878e+03   1.3189e+02
	 -8.2004e+03  -3.2175e+03   1.3189e+02   4.1805e+02
Resolution matrix:
	  1.5081e+05   5.4626e+04   2.2072e+03  -7.6082e+03
	  5.4626e+04   2.2933e+04   5.7406e+02  -2.8421e+03
	  2.2072e+03   5.7406e+02   1.0139e+03  -1.0686e+02
	 -7.6082e+03  -2.8421e+03  -1.0686e+02   3.8676e+02
Resolution matrix:
	  3.4758e+05   1.5170e+05  -9.3482e+03  -1.8444e+04
	  1.5170e+05   7.1439e+04  -3.8234e+03  -8.2152e+03
	 -9.3482e+03  -3.8234e+03   1.3099e+03   4.7964e+02
	 -1.8444e+04  -8.2152e+03   4.7964e+02   9.8475e+02
Resolution matrix:
	  3.4574e+05   1.4620e+05  -8.1657e+02  -1.8039e+04
	  1.4620e+05   6.6908e+04   3.1983e+02  -7.7892e+03
	 -8.1657e+02   3.1983e+02   1.1962e+03   1.5237e+01
	 -1.8039e+04  -7.7892e+03   1.5237e+01   9.4706e+02
Resolution matrix:
	  3.3936e+05   1.4734e+05   1.2649e+03  -1.8027e+04
	  1.4734e+05   6.9794e+04   2.0828e+03  -8.0138e+03
	  1.2649e+03   2.0828e+03   1.4706e+03  -1.1120e+02
	 -1.8027e+04  -8.0138e+03  -1.1120e+02   9.6435e+02
. MPI master writing data for slave node 2
Resolution matrix:
	  3.5899e+05   1.4990e+05   4.5515e+03  -1.8905e+04
	  1.4990e+05   6.9866e+04   2.3001e+03  -8.1046e+03
	  4.5515e+03   2.3001e+03   1.6255e+03  -2.5868e+02
	 -1.8905e+04  -8.1046e+03  -2.5868e+02   1.0025e+03
Resolution matrix:
	  1.2649e+05   4.9912e+04   1.5215e+03  -6.5194e+03
	  4.9912e+04   2.5221e+04   1.5620e+02  -2.7333e+03
	  1.5215e+03   1.5620e+02   1.2862e+03  -6.1863e+01
	 -6.5194e+03  -2.7333e+03  -6.1863e+01   3.4151e+02
Resolution matrix:
	  2.4173e+05   8.9990e+04  -5.7269e+02  -1.2475e+04
	  8.9990e+04   3.6991e+04  -7.0725e+02  -4.7677e+03
	 -5.7269e+02  -7.0725e+02   2.0384e+03   5.6954e+01
	 -1.2475e+04  -4.7677e+03   5.6954e+01   6.4904e+02
Append:   "TOFres.dat"
. MPI master writing data for slave node 3
Append:   "TOFres.dat"
. MPI master writing data for slave node 4
Append:   "TOFres.dat"
. MPI master writing data for slave node 5
Append:   "TOFres.dat"
. MPI master writing data for slave node 6
Append:   "TOFres.dat"
. MPI master writing data for slave node 7
Append:   "TOFres.dat"
. MPI master writing data for slave node 8
Append:   "TOFres.dat"
. MPI master writing data for slave node 9
Append:   "TOFres.dat"
. MPI master writing data for slave node 10
Append:   "TOFres.dat"
. MPI master writing data for slave node 11
Append:   "TOFres.dat"
. MPI master writing data for slave node 12
Append:   "TOFres.dat"
. MPI master writing data for slave node 13
Append:   "TOFres.dat"
. MPI master writing data for slave node 14
Append:   "TOFres.dat"
. MPI master writing data for slave node 15
Append:   "TOFres.dat"

** Done ** 
Resolution matrix:
	  1.8057e+05   6.0253e+04  -8.8343e+02  -9.0109e+03
	  6.0253e+04   3.1160e+04  -1.0134e+03  -3.3876e+03
	 -8.8343e+02  -1.0134e+03   1.7833e+03   5.4702e+01
	 -9.0109e+03  -3.3876e+03   5.4702e+01   4.6371e+02
INFO: Placing instr file copy Test_TOFRes_sample.instr in dataset 1
INFO: Placing generated c-code copy Test_TOFRes_sample.c in dataset 1