INFO: Using directory: "1" INFO: Using existing c-file: ./ESS_BEER_MCPL.c INFO: Using existing binary: ./ESS_BEER_MCPL.out INFO: === Simulation 'ESS_BEER_MCPL' (/home/nexmap/pkwi/TESTS/2024-11-21/ANTLR_mpi_x_16_1e7_Linux_1e7/ESS_BEER_MCPL/ESS_BEER_MCPL.instr): running on 16 nodes (master is 'elearn1.fysik.dtu.dk', MPI version 3.1). Using the input file: BEER_MR.mcpl Using the sample file: duplex.laz INFO: Collimator radius=0.16, height=0.105744 -> 0.293308 Chopper delay = 3.36195, mod_period = 0.446429 [ms] Mean ToF [ms] = 80.8891 Selected energy range: 9.72702 to 67.6068 meV Using the input file: BEER_MR.mcpl Using the sample file: duplex.laz INFO: Collimator radius=0.16, height=0.105744 -> 0.293308 Chopper delay = 3.36195, mod_period = 0.446429 [ms] Mean ToF [ms] = 80.8891 Selected energy range: 9.72702 to 67.6068 meV [ESS_BEER_MCPL] Initialize Using the input file: BEER_MR.mcpl Using the sample file: duplex.laz INFO: Collimator radius=0.16, height=0.105744 -> 0.293308 Chopper delay = 3.36195, mod_period = 0.446429 [ms] Using the input file: BEER_MR.mcpl Using the sample file: duplex.laz INFO: Collimator radius=0.16, height=0.105744 -> 0.293308 Using the input file: BEER_MR.mcpl Using the sample file: duplex.laz Message(src): MCPL file (BEER_MR.mcpl) produced with SIMRES. Message(src): MCPL file (BEER_MR.mcpl) contains 10000 particles. Mean ToF [ms] = 80.8891 Selected energy range: 9.72702 to 67.6068 meV Chopper delay = 3.36195, mod_period = 0.446429 [ms] Mean ToF [ms] = 80.8891 Selected energy range: 9.72702 to 67.6068 meV INFO: Collimator radius=0.16, height=0.105744 -> 0.293308 Chopper delay = 3.36195, mod_period = 0.446429 [ms] Mean ToF [ms] = 80.8891 Using the input file: BEER_MR.mcpl Using the sample file: duplex.laz INFO: Collimator radius=0.16, height=0.105744 -> 0.293308 Selected energy range: 9.72702 to 67.6068 meV Using the input file: BEER_MR.mcpl Using the sample file: duplex.laz INFO: Collimator radius=0.16, height=0.105744 -> 0.293308 Chopper delay = 3.36195, mod_period = 0.446429 [ms] Mean ToF [ms] = 80.8891 Selected energy range: 9.72702 to 67.6068 meV Using the input file: BEER_MR.mcpl Using the sample file: duplex.laz INFO: Collimator radius=0.16, height=0.105744 -> 0.293308 Chopper delay = 3.36195, mod_period = 0.446429 [ms] Mean ToF [ms] = 80.8891 Selected energy range: 9.72702 to 67.6068 meV Using the input file: BEER_MR.mcpl Using the sample file: duplex.laz INFO: Collimator radius=0.16, height=0.105744 -> 0.293308 Chopper delay = 3.36195, mod_period = 0.446429 [ms] Mean ToF [ms] = 80.8891 Selected energy range: 9.72702 to 67.6068 meV Using the input file: BEER_MR.mcpl Using the sample file: duplex.laz INFO: Collimator radius=0.16, height=0.105744 -> 0.293308 Chopper delay = 3.36195, mod_period = 0.446429 [ms] Mean ToF [ms] = 80.8891 Using the input file: BEER_MR.mcpl Using the sample file: duplex.laz Chopper delay = 3.36195, mod_period = 0.446429 [ms] Mean ToF [ms] = 80.8891 Selected energy range: 9.72702 to 67.6068 meV Selected energy range: 9.72702 to 67.6068 meV Using the input file: BEER_MR.mcpl Using the sample file: duplex.laz Using the input file: BEER_MR.mcpl Using the sample file: duplex.laz Using the input file: BEER_MR.mcpl Using the sample file: duplex.laz INFO: Collimator radius=0.16, height=0.105744 -> 0.293308 Using the input file: BEER_MR.mcpl Using the sample file: duplex.laz INFO: Collimator radius=0.16, height=0.105744 -> 0.293308 Chopper delay = 3.36195, mod_period = 0.446429 [ms] Mean ToF [ms] = 80.8891 Selected energy range: 9.72702 to 67.6068 meV [ESS_BEER_MCPL] Initialize INFO: Collimator radius=0.16, height=0.105744 -> 0.293308 Chopper delay = 3.36195, mod_period = 0.446429 [ms] Mean ToF [ms] = 80.8891 Selected energy range: 9.72702 to 67.6068 meV INFO: Collimator radius=0.16, height=0.105744 -> 0.293308 Chopper delay = 3.36195, mod_period = 0.446429 [ms] Mean ToF [ms] = 80.8891 Selected energy range: 9.72702 to 67.6068 meV Chopper delay = 3.36195, mod_period = 0.446429 [ms] Mean ToF [ms] = 80.8891 Selected energy range: 9.72702 to 67.6068 meV [ESS_BEER_MCPL] Initialize INFO: Collimator radius=0.16, height=0.105744 -> 0.293308 Chopper delay = 3.36195, mod_period = 0.446429 [ms] Mean ToF [ms] = 80.8891 Selected energy range: 9.72702 to 67.6068 meV [ESS_BEER_MCPL] Initialize Message(src): MCPL file (BEER_MR.mcpl) produced with SIMRES. Message(src): MCPL file (BEER_MR.mcpl) contains 10000 particles. Warning: You are using MCPL_input with a repeat_count of 50: - Minimum neutron count requested is 10000 x 50 <= 40000 x 16 MPI nodes = 640000 neutrons total Using the input file: BEER_MR.mcpl Using the sample file: duplex.laz INFO: Collimator radius=0.16, height=0.105744 -> 0.293308 Chopper delay = 3.36195, mod_period = 0.446429 [ms] Mean ToF [ms] = 80.8891 Message(src): MCPL file (BEER_MR.mcpl) produced with SIMRES. Message(src): MCPL file (BEER_MR.mcpl) contains 10000 particles. Message(src): MCPL file (BEER_MR.mcpl) produced with SIMRES. Message(src): MCPL file (BEER_MR.mcpl) contains 10000 particles. Selected energy range: 9.72702 to 67.6068 meV [ESS_BEER_MCPL] Initialize Message(src): MCPL file (BEER_MR.mcpl) produced with SIMRES. Message(src): MCPL file (BEER_MR.mcpl) contains 10000 particles. [ESS_BEER_MCPL] Initialize Message(src): MCPL file (BEER_MR.mcpl) produced with SIMRES. Message(src): MCPL file (BEER_MR.mcpl) contains 10000 particles. [ESS_BEER_MCPL] Initialize [ESS_BEER_MCPL] Initialize [ESS_BEER_MCPL] Initialize [ESS_BEER_MCPL] Initialize Message(src): MCPL file (BEER_MR.mcpl) produced with SIMRES. Message(src): MCPL file (BEER_MR.mcpl) contains 10000 particles. Message(src): MCPL file (BEER_MR.mcpl) produced with SIMRES. Message(src): MCPL file (BEER_MR.mcpl) contains 10000 particles. Message(src): MCPL file (BEER_MR.mcpl) produced with SIMRES. Message(src): MCPL file (BEER_MR.mcpl) contains 10000 particles. Message(src): MCPL file (BEER_MR.mcpl) produced with SIMRES. Message(src): MCPL file (BEER_MR.mcpl) contains 10000 particles. [ESS_BEER_MCPL] Initialize [ESS_BEER_MCPL] Initialize [ESS_BEER_MCPL] Initialize [ESS_BEER_MCPL] Initialize Message(src): MCPL file (BEER_MR.mcpl) produced with SIMRES. Message(src): MCPL file (BEER_MR.mcpl) contains 10000 particles. [ESS_BEER_MCPL] Initialize Message(src): MCPL file (BEER_MR.mcpl) produced with SIMRES. Message(src): MCPL file (BEER_MR.mcpl) contains 10000 particles. [ESS_BEER_MCPL] Initialize Message(src): MCPL file (BEER_MR.mcpl) produced with SIMRES. Message(src): MCPL file (BEER_MR.mcpl) contains 10000 particles. Message(src): MCPL file (BEER_MR.mcpl) produced with SIMRES. Message(src): MCPL file (BEER_MR.mcpl) contains 10000 particles. Message(src): MCPL file (BEER_MR.mcpl) produced with SIMRES. Message(src): MCPL file (BEER_MR.mcpl) contains 10000 particles. Message(src): MCPL file (BEER_MR.mcpl) produced with SIMRES. Message(src): MCPL file (BEER_MR.mcpl) contains 10000 particles. WARNING(sample): p_transmit=0, adjusting to 0.01, to avoid algorithm instability WARNING(sample): p_transmit=0, adjusting to 0.01, to avoid algorithm instability WARNING(sample): p_transmit=0, adjusting to 0.01, to avoid algorithm instability WARNING(sample): p_transmit=0, adjusting to 0.01, to avoid algorithm instability WARNING(sample): p_transmit=0, adjusting to 0.01, to avoid algorithm instability WARNING(sample): p_transmit=0, adjusting to 0.01, to avoid algorithm instability WARNING(sample): p_transmit=0, adjusting to 0.01, to avoid algorithm instability WARNING(sample): p_transmit=0, adjusting to 0.01, to avoid algorithm instability WARNING(sample): p_transmit=0, adjusting to 0.01, to avoid algorithm instability WARNING(sample): p_transmit=0, adjusting to 0.01, to avoid algorithm instability Opening input file 'duplex.laz' (Table_Read_Offset) WARNING(sample): p_transmit=0, adjusting to 0.01, to avoid algorithm instability WARNING(sample): p_transmit=0, adjusting to 0.01, to avoid algorithm instability WARNING(sample): p_transmit=0, adjusting to 0.01, to avoid algorithm instability WARNING(sample): p_transmit=0, adjusting to 0.01, to avoid algorithm instability WARNING(sample): p_transmit=0, adjusting to 0.01, to avoid algorithm instability WARNING(sample): p_transmit=0, adjusting to 0.01, to avoid algorithm instability PowderN: Target direction = (4.32978e-17 -0.707107 0.707107) Exact_radial_coll: rad2: foil thickness is 0.1 [millimeter] opening each input slit [0.424:106] [millimeter] opening each output slit [1.57:293] [millimeter] divergence per channel is 9.78565 [min] PowderN: Target direction = (4.32978e-17 -0.707107 0.707107) Exact_radial_coll: rad2: foil thickness is 0.1 [millimeter] opening each input slit [0.424:106] [millimeter] opening each output slit [1.57:293] [millimeter] divergence per channel is 9.78565 [min] Table from file 'duplex.laz' (block 1) is 39 x 18 (x=1:7), constant step. interpolation: linear '# Duplex steel 0.5-alpha, 0.5-gamma, fake structure file normalized on alph ...' PowderN: sample: Reading 39 rows from duplex.laz PowderN: sample: Read 39 reflections from file 'duplex.laz' PowderN: sample: Vc=24.04 [Angs] sigma_abs=5.12 [barn] sigma_inc=0.8 [barn] reflections=duplex.laz PowderN: Target direction = (4.32978e-17 -0.707107 0.707107) Exact_radial_coll: rad2: foil thickness is 0.1 [millimeter] opening each input slit [0.424:106] [millimeter] PowderN: Target direction = (4.32978e-17 -0.707107 0.707107) Exact_radial_coll: rad2: foil thickness is 0.1 [millimeter] opening each input slit [0.424:106] [millimeter] opening each output slit [1.57:293] [millimeter] divergence per channel is 9.78565 [min] opening each output slit [1.57:293] [millimeter] divergence per channel is 9.78565 [min] PowderN: Target direction = (4.32978e-17 -0.707107 0.707107) PowderN: Target direction = (4.32978e-17 -0.707107 0.707107) Exact_radial_coll: rad2: foil thickness is 0.1 [millimeter] PowderN: Target direction = (4.32978e-17 -0.707107 0.707107) Exact_radial_coll: rad2: foil thickness is 0.1 [millimeter] opening each input slit [0.424:106] [millimeter] opening each input slit [0.424:106] [millimeter] opening each output slit [1.57:293] [millimeter] divergence per channel is 9.78565 [min] opening each output slit [1.57:293] [millimeter] divergence per channel is 9.78565 [min] Exact_radial_coll: rad2: foil thickness is 0.1 [millimeter] opening each input slit [0.424:106] [millimeter] opening each output slit [1.57:293] [millimeter] divergence per channel is 9.78565 [min] PowderN: Target direction = (4.32978e-17 -0.707107 0.707107) Exact_radial_coll: rad2: foil thickness is 0.1 [millimeter] opening each input slit [0.424:106] [millimeter] opening each output slit [1.57:293] [millimeter] divergence per channel is 9.78565 [min] PowderN: Target direction = (4.32978e-17 -0.707107 0.707107) Exact_radial_coll: rad2: foil thickness is 0.1 [millimeter] opening each input slit [0.424:106] [millimeter] opening each output slit [1.57:293] [millimeter] divergence per channel is 9.78565 [min] PowderN: Target direction = (4.32978e-17 -0.707107 0.707107) Exact_radial_coll: rad2: foil thickness is 0.1 [millimeter] opening each input slit [0.424:106] [millimeter] opening each output slit [1.57:293] [millimeter] divergence per channel is 9.78565 [min] PowderN: Target direction = (4.32978e-17 -0.707107 0.707107) Exact_radial_coll: rad2: foil thickness is 0.1 [millimeter] opening each input slit [0.424:106] [millimeter] opening each output slit [1.57:293] [millimeter] divergence per channel is 9.78565 [min] PowderN: Target direction = (4.32978e-17 -0.707107 0.707107) Exact_radial_coll: rad2: foil thickness is 0.1 [millimeter] opening each input slit [0.424:106] [millimeter] opening each output slit [1.57:293] [millimeter] divergence per channel is 9.78565 [min] PowderN: Target direction = (4.32978e-17 -0.707107 0.707107) Exact_radial_coll: rad2: foil thickness is 0.1 [millimeter] opening each input slit [0.424:106] [millimeter] opening each output slit [1.57:293] [millimeter] divergence per channel is 9.78565 [min] PowderN: Target direction = (4.32978e-17 -0.707107 0.707107) Exact_radial_coll: rad2: foil thickness is 0.1 [millimeter] opening each input slit [0.424:106] [millimeter] opening each output slit [1.57:293] [millimeter] PowderN: Target direction = (4.32978e-17 -0.707107 0.707107) Exact_radial_coll: rad2: foil thickness is 0.1 [millimeter] opening each input slit [0.424:106] [millimeter] opening each output slit [1.57:293] [millimeter] divergence per channel is 9.78565 [min] PowderN: Target direction = (4.32978e-17 -0.707107 0.707107) Exact_radial_coll: rad2: foil thickness is 0.1 [millimeter] opening each input slit [0.424:106] [millimeter] opening each output slit [1.57:293] [millimeter] divergence per channel is 9.78565 [min] divergence per channel is 9.78565 [min] dhklmon: Modulation off MCPL inputfile BEER_MR.mcpl rewound 1 time(s) MCPL inputfile BEER_MR.mcpl rewound 2 time(s) MCPL inputfile BEER_MR.mcpl rewound 3 time(s) *** TRACE end *** Save [ESS_BEER_MCPL] Detector: xymon_I=305244 xymon_ERR=488.561 xymon_N=611648 "xymon.dat" Detector: lmon_I=305244 lmon_ERR=488.561 lmon_N=611648 "lmon.dat" Detector: hdiv_mon_I=305244 hdiv_mon_ERR=488.561 hdiv_mon_N=611648 "hdiv.dat" Detector: toflam_I=23793.3 toflam_ERR=106.622 toflam_N=62656 "toflam.dat" Detector: MonNDXZ_I=161.289 MonNDXZ_ERR=1.92837 MonNDXZ_N=17280 "SGV_xz.dat" Detector: MonNDX_I=161.289 MonNDX_ERR=1.92837 MonNDX_N=17280 "SGV_x.dat" Detector: MonNDY_I=161.289 MonNDY_ERR=1.92837 MonNDY_N=17280 "SGV_y.dat" Detector: MonNDZ_I=161.289 MonNDZ_ERR=1.92837 MonNDZ_N=17280 "SGV_z.dat" Detector: dhklmon_I=133.709 dhklmon_ERR=1.66144 dhklmon_N=16077 "dhkl.dat" Detector: psdtof_I=150.457 psdtof_ERR=1.85719 psdtof_N=16166 "tof_theta.dat" Finally [ESS_BEER_MCPL: 1]. Time: 0 [s] Message(src): You have used 38228 of 40000 neutrons available in the MCPL file. Finally [ESS_BEER_MCPL: 1]. Time: 0 [s] Message(src): You have used 38228 of 40000 neutrons available in the MCPL file. Finally [ESS_BEER_MCPL: 1]. Time: 0 [s] Message(src): You have used 38228 of 40000 neutrons available in the MCPL file. Finally [ESS_BEER_MCPL: 1]. Time: 0 [s] Message(src): You have used 38228 of 40000 neutrons available in the MCPL file. Finally [ESS_BEER_MCPL: 1]. Time: 0 [s] Message(src): You have used 38228 of 40000 neutrons available in the MCPL file. Finally [ESS_BEER_MCPL: 1]. Time: 0 [s] Message(src): You have used 38228 of 40000 neutrons available in the MCPL file. Finally [ESS_BEER_MCPL: 1]. Time: 0 [s] Message(src): You have used 38228 of 40000 neutrons available in the MCPL file. Finally [ESS_BEER_MCPL: 1]. Time: 0 [s] Message(src): You have used 38228 of 40000 neutrons available in the MCPL file. Finally [ESS_BEER_MCPL: 1]. Time: 0 [s] Message(src): You have used 38228 of 40000 neutrons available in the MCPL file. Warning (src): You requested 40000 neutrons from a file which contains 10000 particles in general, of which only 38228 are neutrons (within the wanted energy interval). Please examine the recorded intensities carefully. Warning (src): You requested 40000 neutrons from a file which contains 10000 particles in general, of which only 38228 are neutrons (within the wanted energy interval). Please examine the recorded intensities carefully. Warning (src): You requested 40000 neutrons from a file which contains 10000 particles in general, of which only 38228 are neutrons (within the wanted energy interval). Please examine the recorded intensities carefully. Warning (src): You requested 40000 neutrons from a file which contains 10000 particles in general, of which only 38228 are neutrons (within the wanted energy interval). Please examine the recorded intensities carefully. Warning (src): You requested 40000 neutrons from a file which contains 10000 particles in general, of which only 38228 are neutrons (within the wanted energy interval). Please examine the recorded intensities carefully. Finally [ESS_BEER_MCPL: 1]. Time: 0 [s] Message(src): You have used 38228 of 40000 neutrons available in the MCPL file. Finally [ESS_BEER_MCPL: 1]. Time: 0 [s] Message(src): You have used 38228 of 40000 neutrons available in the MCPL file. Finally [ESS_BEER_MCPL: 1]. Time: 0 [s] Message(src): You have used 38228 of 40000 neutrons available in the MCPL file. Finally [ESS_BEER_MCPL: 1]. Time: 0 [s] Message(src): You have used 38228 of 40000 neutrons available in the MCPL file. Finally [ESS_BEER_MCPL: 1]. Time: 0 [s] Message(src): You have used 38228 of 40000 neutrons available in the MCPL file. Detector: psdtofDetail_I=32.8386 psdtofDetail_ERR=1.0766 psdtofDetail_N=1729 "tof_theta_detail.dat" Finally [ESS_BEER_MCPL: 1]. Time: 0 [s] Message(src): You have used 38228 of 40000 neutrons available in the MCPL file. Warning (src): You requested 40000 neutrons from a file which contains 10000 particles in general, of which only 38228 are neutrons (within the wanted energy interval). Please examine the recorded intensities carefully. Warning (src): You requested 40000 neutrons from a file which contains 10000 particles in general, of which only 38228 are neutrons (within the wanted energy interval). Please examine the recorded intensities carefully. Warning (src): You requested 40000 neutrons from a file which contains 10000 particles in general, of which only 38228 are neutrons (within the wanted energy interval). Please examine the recorded intensities carefully. Warning (src): You requested 40000 neutrons from a file which contains 10000 particles in general, of which only 38228 are neutrons (within the wanted energy interval). Please examine the recorded intensities carefully. Warning (src): You requested 40000 neutrons from a file which contains 10000 particles in general, of which only 38228 are neutrons (within the wanted energy interval). Please examine the recorded intensities carefully. Warning (src): You requested 40000 neutrons from a file which contains 10000 particles in general, of which only 38228 are neutrons (within the wanted energy interval). Please examine the recorded intensities carefully. Warning (src): You requested 40000 neutrons from a file which contains 10000 particles in general, of which only 38228 are neutrons (within the wanted energy interval). Please examine the recorded intensities carefully. Warning (src): You requested 40000 neutrons from a file which contains 10000 particles in general, of which only 38228 are neutrons (within the wanted energy interval). Please examine the recorded intensities carefully. Warning (src): You requested 40000 neutrons from a file which contains 10000 particles in general, of which only 38228 are neutrons (within the wanted energy interval). Please examine the recorded intensities carefully. Warning (src): You requested 40000 neutrons from a file which contains 10000 particles in general, of which only 38228 are neutrons (within the wanted energy interval). Please examine the recorded intensities carefully. Warning (src): You requested 40000 neutrons from a file which contains 10000 particles in general, of which only 38228 are neutrons (within the wanted energy interval). Please examine the recorded intensities carefully. Finally [ESS_BEER_MCPL: 1]. Time: 1 [s] Message(src): You have used 38228 of 40000 neutrons available in the MCPL file. PowderN: sample: Info: you may highly improve the computation efficiency by using SPLIT 8 COMPONENT sample=PowderN(...) in the instrument description /home/nexmap/pkwi/TESTS/2024-11-21/ANTLR_mpi_x_16_1e7_Linux_1e7/ESS_BEER_MCPL/ESS_BEER_MCPL.instr. INFO: Placing instr file copy ESS_BEER_MCPL.instr in dataset 1 INFO: Placing generated c-code copy ESS_BEER_MCPL.c in dataset 1