INFO: Using directory: "1" INFO: Using existing c-file: ./Test_FocalisationMirrors.c INFO: Using existing binary: ./Test_FocalisationMirrors.out INFO: === Simulation 'Test_FocalisationMirrors' (/home/nexmap/pkwi/TESTS/2024-12-06/ANTLR_mpi_x_16_1e7_Linux_1e7/Test_FocalisationMirrors/Test_FocalisationMirrors.instr): running on 16 nodes (master is 'elearn1.fysik.dtu.dk', MPI version 3.1). [Test_FocalisationMirrors] Initialize [Test_FocalisationMirrors] Initialize [Test_FocalisationMirrors] Initialize [Test_FocalisationMirrors] Initialize [Test_FocalisationMirrors] Initialize [Test_FocalisationMirrors] Initialize Opening input file '/home/nexmap/pkwi/McStas/mcstas/3.x-dev/data/supermirror_m3.rfl' (Table_Read_Offset) [Test_FocalisationMirrors] Initialize [Test_FocalisationMirrors] Initialize [Test_FocalisationMirrors] Initialize [Test_FocalisationMirrors] Initialize [Test_FocalisationMirrors] Initialize [Test_FocalisationMirrors] Initialize Mirror_Elliptic: mirelli: alpha=4.100660 alpha^2=16.815412 beta=0.073569 beta^2=0.005412 Mirror_Elliptic: mirelli: alpha=4.100660 alpha^2=16.815412 beta=0.073569 beta^2=0.005412 Mirror_Elliptic: mirelli: alpha=4.100660 alpha^2=16.815412 beta=0.073569 beta^2=0.005412 [Test_FocalisationMirrors] Initialize [Test_FocalisationMirrors] Initialize Mirror_Elliptic: mirelli: alpha=4.100660 alpha^2=16.815412 beta=0.073569 beta^2=0.005412 [Test_FocalisationMirrors] Initialize Reusing input file 'supermirror_m3.rfl' (Table_Read_Offset) Mirror_Elliptic: mirelli: alpha=4.100660 alpha^2=16.815412 beta=0.073569 beta^2=0.005412 Mirror_Elliptic: mirelli: alpha=4.100660 alpha^2=16.815412 beta=0.073569 beta^2=0.005412 Mirror_Elliptic: mirelli: alpha=4.100660 alpha^2=16.815412 beta=0.073569 beta^2=0.005412 Mirror_Elliptic: mirelli: alpha=4.100660 alpha^2=16.815412 beta=0.073569 beta^2=0.005412 [Test_FocalisationMirrors] Initialize Mirror_Elliptic: mirelli: alpha=4.100660 alpha^2=16.815412 beta=0.073569 beta^2=0.005412 Mirror_Elliptic: mirelli: alpha=4.100660 alpha^2=16.815412 beta=0.073569 beta^2=0.005412 Mirror_Elliptic: mirelli: alpha=4.100660 alpha^2=16.815412 beta=0.073569 beta^2=0.005412 Mirror_Elliptic: mirelli: alpha=4.100660 alpha^2=16.815412 beta=0.073569 beta^2=0.005412 Mirror_Elliptic: mirelli: alpha=4.100660 alpha^2=16.815412 beta=0.073569 beta^2=0.005412 Mirror_Elliptic: mirelli: alpha=4.100660 alpha^2=16.815412 beta=0.073569 beta^2=0.005412 Mirror_Elliptic: mirelli: alpha=4.100660 alpha^2=16.815412 beta=0.073569 beta^2=0.005412 Mirror_Elliptic: mirelli: alpha=4.100660 alpha^2=16.815412 beta=0.073569 beta^2=0.005412 *** TRACE end *** Save [Test_FocalisationMirrors] Test_FocalisationMirrors: end of simulation T=0.002747 X1B=0.962517 et Y1B=0.050409 X1H=3.818909 et Y1H=0.100409 a=4.100660 et b=0.073557 X2H=-2.603600 et X2B=-0.859381 Y2H=0.068480 et Y2B=0.045058 Delta=0.237877 rayon1=0.000146 Zmin=4.678290 Zmax=6.422509 BS=0.001247 xF=3.818249 Finally [Test_FocalisationMirrors: 1]. Time: 0 [s] Test_FocalisationMirrors: end of simulation T=0.002747 X1B=0.962517 et Y1B=0.050409 X1H=3.818909 et Y1H=0.100409 a=4.100660 et b=0.073557 X2H=-2.603600 et X2B=-0.859381 Y2H=0.068480 et Y2B=0.045058 Delta=0.237877 rayon1=0.000146 Zmin=4.678290 Zmax=6.422509 BS=0.001247 xF=3.818249 Finally [Test_FocalisationMirrors: 1]. Time: 0 [s] Test_FocalisationMirrors: end of simulation T=0.002747 X1B=0.962517 et Y1B=0.050409 X1H=3.818909 et Y1H=0.100409 a=4.100660 et b=0.073557 X2H=-2.603600 et X2B=-0.859381 Y2H=0.068480 et Y2B=0.045058 Delta=0.237877 rayon1=0.000146 Zmin=4.678290 Zmax=6.422509 BS=0.001247 xF=3.818249 Finally [Test_FocalisationMirrors: 1]. Time: 0 [s] Mirror_Parabolic: mirpara: 1 lost neutrons for inadapted divergence 0 for vz <0 neutrons absorbed inside the component. Mirror_Parabolic: mirpara: 2 lost neutrons for inadapted divergence 0 for vz <0 neutrons absorbed inside the component. Mirror_Parabolic: mirpara: 1 lost neutrons for inadapted divergence 0 for vz <0 neutrons absorbed inside the component. Mirror_Parabolic: mirpara: 2 lost neutrons for inadapted divergence 0 for vz <0 neutrons absorbed inside the component. Mirror_Parabolic: mirpara: 2 lost neutrons for inadapted divergence 0 for vz <0 neutrons absorbed inside the component. Mirror_Parabolic: mirpara: 2 lost neutrons for inadapted divergence 0 for vz <0 neutrons absorbed inside the component. Mirror_Parabolic: mirpara: 2 lost neutrons for inadapted divergence 0 for vz <0 neutrons absorbed inside the component. Mirror_Parabolic: mirpara: 3 lost neutrons for inadapted divergence 0 for vz <0 neutrons absorbed inside the component. Mirror_Parabolic: mirpara: 1 lost neutrons for inadapted divergence 0 for vz <0 neutrons absorbed inside the component. Test_FocalisationMirrors: end of simulation T=0.002747 X1B=0.962517 et Y1B=0.050409 X1H=3.818909 et Y1H=0.100409 a=4.100660 et b=0.073557 X2H=-2.603600 et X2B=-0.859381 Y2H=0.068480 et Y2B=0.045058 Delta=0.237877 rayon1=0.000146 Zmin=4.678290 Zmax=6.422509 BS=0.001247 xF=3.818249 Finally [Test_FocalisationMirrors: 1]. Time: 0 [s] Detector: monPSD_I=2.50615e-16 monPSD_ERR=2.69304e-19 monPSD_N=866246 "det.txt" Test_FocalisationMirrors: end of simulation T=0.002747 X1B=0.962517 et Y1B=0.050409 X1H=3.818909 et Y1H=0.100409 a=4.100660 et b=0.073557 X2H=-2.603600 et X2B=-0.859381 Y2H=0.068480 et Y2B=0.045058 Delta=0.237877 rayon1=0.000146 Zmin=4.678290 Zmax=6.422509 BS=0.001247 xF=3.818249 Finally [Test_FocalisationMirrors: 1]. Time: 0 [s] Test_FocalisationMirrors: end of simulation T=0.002747 X1B=0.962517 et Y1B=0.050409 X1H=3.818909 et Y1H=0.100409 a=4.100660 et b=0.073557 X2H=-2.603600 et X2B=-0.859381 Y2H=0.068480 et Y2B=0.045058 Delta=0.237877 rayon1=0.000146 Zmin=4.678290 Zmax=6.422509 BS=0.001247 xF=3.818249 Finally [Test_FocalisationMirrors: 1]. Time: 0 [s] Mirror_Parabolic: mirpara: 1 lost neutrons for inadapted divergence 0 for vz <0 neutrons absorbed inside the component. Mirror_Parabolic: mirpara: 1 lost neutrons for inadapted divergence 0 for vz <0 neutrons absorbed inside the component. Mirror_Parabolic: mirpara: 3 lost neutrons for inadapted divergence 0 for vz <0 neutrons absorbed inside the component. Mirror_Parabolic: mirpara: 3 lost neutrons for inadapted divergence 0 for vz <0 neutrons absorbed inside the component. Mirror_Parabolic: mirpara: 4 lost neutrons for inadapted divergence 0 for vz <0 neutrons absorbed inside the component. Test_FocalisationMirrors: end of simulation T=0.002747 X1B=0.962517 et Y1B=0.050409 X1H=3.818909 et Y1H=0.100409 a=4.100660 et b=0.073557 X2H=-2.603600 et X2B=-0.859381 Y2H=0.068480 et Y2B=0.045058 Delta=0.237877 rayon1=0.000146 Zmin=4.678290 Zmax=6.422509 BS=0.001247 xF=3.818249 Finally [Test_FocalisationMirrors: 1]. Time: 0 [s] Test_FocalisationMirrors: end of simulation T=0.002747 X1B=0.962517 et Y1B=0.050409 X1H=3.818909 et Y1H=0.100409 a=4.100660 et b=0.073557 X2H=-2.603600 et X2B=-0.859381 Y2H=0.068480 et Y2B=0.045058 Delta=0.237877 rayon1=0.000146 Zmin=4.678290 Zmax=6.422509 BS=0.001247 xF=3.818249 Finally [Test_FocalisationMirrors: 1]. Time: 0 [s] Test_FocalisationMirrors: end of simulation T=0.002747 X1B=0.962517 et Y1B=0.050409 X1H=3.818909 et Y1H=0.100409 a=4.100660 et b=0.073557 X2H=-2.603600 et X2B=-0.859381 Y2H=0.068480 et Y2B=0.045058 Delta=0.237877 rayon1=0.000146 Zmin=4.678290 Zmax=6.422509 BS=0.001247 xF=3.818249 Finally [Test_FocalisationMirrors: 1]. Time: 0 [s] Test_FocalisationMirrors: end of simulation T=0.002747 X1B=0.962517 et Y1B=0.050409 X1H=3.818909 et Y1H=0.100409 a=4.100660 et b=0.073557 X2H=-2.603600 et X2B=-0.859381 Y2H=0.068480 et Y2B=0.045058 Delta=0.237877 rayon1=0.000146 Zmin=4.678290 Zmax=6.422509 BS=0.001247 xF=3.818249 Finally [Test_FocalisationMirrors: 1]. Time: 0 [s] Test_FocalisationMirrors: end of simulation T=0.002747 X1B=0.962517 et Y1B=0.050409 X1H=3.818909 et Y1H=0.100409 a=4.100660 et b=0.073557 X2H=-2.603600 et X2B=-0.859381 Y2H=0.068480 et Y2B=0.045058 Delta=0.237877 rayon1=0.000146 Zmin=4.678290 Zmax=6.422509 BS=0.001247 xF=3.818249 Finally [Test_FocalisationMirrors: 1]. Time: 0 [s] Test_FocalisationMirrors: end of simulation T=0.002747 X1B=0.962517 et Y1B=0.050409 X1H=3.818909 et Y1H=0.100409 a=4.100660 et b=0.073557 X2H=-2.603600 et X2B=-0.859381 Y2H=0.068480 et Y2B=0.045058 Delta=0.237877 rayon1=0.000146 Zmin=4.678290 Zmax=6.422509 BS=0.001247 xF=3.818249 Finally [Test_FocalisationMirrors: 1]. Time: 0 [s] Mirror_Parabolic: mirpara: 1 lost neutrons for inadapted divergence 0 for vz <0 neutrons absorbed inside the component. Test_FocalisationMirrors: end of simulation T=0.002747 X1B=0.962517 et Y1B=0.050409 X1H=3.818909 et Y1H=0.100409 a=4.100660 et b=0.073557 X2H=-2.603600 et X2B=-0.859381 Y2H=0.068480 et Y2B=0.045058 Delta=0.237877 rayon1=0.000146 Zmin=4.678290 Zmax=6.422509 BS=0.001247 xF=3.818249 Finally [Test_FocalisationMirrors: 1]. Time: 0 [s] Test_FocalisationMirrors: end of simulation T=0.002747 X1B=0.962517 et Y1B=0.050409 X1H=3.818909 et Y1H=0.100409 a=4.100660 et b=0.073557 X2H=-2.603600 et X2B=-0.859381 Y2H=0.068480 et Y2B=0.045058 Delta=0.237877 rayon1=0.000146 Zmin=4.678290 Zmax=6.422509 BS=0.001247 xF=3.818249 Finally [Test_FocalisationMirrors: 1]. Time: 0 [s] Test_FocalisationMirrors: end of simulation T=0.002747 X1B=0.962517 et Y1B=0.050409 X1H=3.818909 et Y1H=0.100409 a=4.100660 et b=0.073557 X2H=-2.603600 et X2B=-0.859381 Y2H=0.068480 et Y2B=0.045058 Delta=0.237877 rayon1=0.000146 Zmin=4.678290 Zmax=6.422509 BS=0.001247 xF=3.818249 Finally [Test_FocalisationMirrors: 1]. Time: 0 [s] Test_FocalisationMirrors: end of simulation T=0.002747 X1B=0.962517 et Y1B=0.050409 X1H=3.818909 et Y1H=0.100409 a=4.100660 et b=0.073557 X2H=-2.603600 et X2B=-0.859381 Y2H=0.068480 et Y2B=0.045058 Delta=0.237877 rayon1=0.000146 Zmin=4.678290 Zmax=6.422509 BS=0.001247 xF=3.818249 Finally [Test_FocalisationMirrors: 1]. Time: 0 [s] INFO: Placing instr file copy Test_FocalisationMirrors.instr in dataset 1 INFO: Placing generated c-code copy Test_FocalisationMirrors.c in dataset 1