INFO: Using directory: "2" INFO: Using existing c-file: ./Test_Sqw_monitor.c INFO: Using existing binary: ./Test_Sqw_monitor.out INFO: === Simulation 'Test_Sqw_monitor' (Test_Sqw_monitor.instr): running on 16 nodes (master is 'elearn1.fysik.dtu.dk', MPI version 3.1). Test_Sqw_monitor: lambda=1.6 [Angs], k=3.92699 [Angs-1], v=2472.52 [m/s], E=31.9548 [meV]. Time=[0.00121334 0.00161778 0.00242667] Test_Sqw_monitor: sample is Rb_liq_coh.sqw, with hollow cylindrical geometry. Test_Sqw_monitor: detector is cylindrical with radius=4 [m] height=3 [m] and 468 tubes [1 inch] Test_Sqw_monitor: container is Al.laz (outer cylinder) Test_Sqw_monitor: external environment is Al.laz Test_Sqw_monitor: lambda=1.6 [Angs], k=3.92699 [Angs-1], v=2472.52 [m/s], E=31.9548 [meV]. Time=[0.00121334 0.00161778 0.00242667] Test_Sqw_monitor: sample is Rb_liq_coh.sqw, with hollow cylindrical geometry. Test_Sqw_monitor: detector is cylindrical with radius=4 [m] height=3 [m] and 468 tubes [1 inch] Test_Sqw_monitor: container is Al.laz (outer cylinder) Test_Sqw_monitor: external environment is Al.laz Test_Sqw_monitor: lambda=1.6 [Angs], k=3.92699 [Angs-1], v=2472.52 [m/s], E=31.9548 [meV]. Time=[0.00121334 0.00161778 0.00242667] Test_Sqw_monitor: sample is Rb_liq_coh.sqw, with hollow cylindrical geometry. Test_Sqw_monitor: detector is cylindrical with radius=4 [m] height=3 [m] and 468 tubes [1 inch] Test_Sqw_monitor: container is Al.laz (outer cylinder) Test_Sqw_monitor: external environment is Al.laz Test_Sqw_monitor: lambda=1.6 [Angs], k=3.92699 [Angs-1], v=2472.52 [m/s], E=31.9548 [meV]. Time=[0.00121334 0.00161778 0.00242667] Test_Sqw_monitor: sample is Rb_liq_coh.sqw, with hollow cylindrical geometry. Test_Sqw_monitor: detector is cylindrical with radius=4 [m] height=3 [m] and 468 tubes [1 inch] Test_Sqw_monitor: container is Al.laz (outer cylinder) Test_Sqw_monitor: external environment is Al.laz Test_Sqw_monitor: lambda=1.6 [Angs], k=3.92699 [Angs-1], v=2472.52 [m/s], E=31.9548 [meV]. Time=[0.00121334 0.00161778 0.00242667] Test_Sqw_monitor: sample is Rb_liq_coh.sqw, with hollow cylindrical geometry. Test_Sqw_monitor: detector is cylindrical with radius=4 [m] height=3 [m] and 468 tubes [1 inch] Test_Sqw_monitor: container is Al.laz (outer cylinder) Test_Sqw_monitor: external environment is Al.laz Test_Sqw_monitor: lambda=1.6 [Angs], k=3.92699 [Angs-1], v=2472.52 [m/s], E=31.9548 [meV]. Time=[0.00121334 0.00161778 0.00242667] Test_Sqw_monitor: sample is Rb_liq_coh.sqw, with hollow cylindrical geometry. Test_Sqw_monitor: detector is cylindrical with radius=4 [m] height=3 [m] and 468 tubes [1 inch] Test_Sqw_monitor: container is Al.laz (outer cylinder) Test_Sqw_monitor: external environment is Al.laz Test_Sqw_monitor: lambda=1.6 [Angs], k=3.92699 [Angs-1], v=2472.52 [m/s], E=31.9548 [meV]. Time=[0.00121334 0.00161778 0.00242667] Test_Sqw_monitor: sample is Rb_liq_coh.sqw, with hollow cylindrical geometry. Test_Sqw_monitor: detector is cylindrical with radius=4 [m] height=3 [m] and 468 tubes [1 inch] Test_Sqw_monitor: container is Al.laz (outer cylinder) Test_Sqw_monitor: external environment is Al.laz Test_Sqw_monitor: lambda=1.6 [Angs], k=3.92699 [Angs-1], v=2472.52 [m/s], E=31.9548 [meV]. Time=[0.00121334 0.00161778 0.00242667] Test_Sqw_monitor: sample is Rb_liq_coh.sqw, with hollow cylindrical geometry. Test_Sqw_monitor: detector is cylindrical with radius=4 [m] height=3 [m] and 468 tubes [1 inch] Test_Sqw_monitor: container is Al.laz (outer cylinder) Test_Sqw_monitor: external environment is Al.laz Test_Sqw_monitor: lambda=1.6 [Angs], k=3.92699 [Angs-1], v=2472.52 [m/s], E=31.9548 [meV]. Time=[0.00121334 0.00161778 0.00242667] Test_Sqw_monitor: sample is Rb_liq_coh.sqw, with hollow cylindrical geometry. Test_Sqw_monitor: detector is cylindrical with radius=4 [m] height=3 [m] and 468 tubes [1 inch] Test_Sqw_monitor: container is Al.laz (outer cylinder) Test_Sqw_monitor: external environment is Al.laz Test_Sqw_monitor: lambda=1.6 [Angs], k=3.92699 [Angs-1], v=2472.52 [m/s], E=31.9548 [meV]. Time=[0.00121334 0.00161778 0.00242667] Test_Sqw_monitor: sample is Rb_liq_coh.sqw, with hollow cylindrical geometry. Test_Sqw_monitor: detector is cylindrical with radius=4 [m] height=3 [m] and 468 tubes [1 inch] Test_Sqw_monitor: container is Al.laz (outer cylinder) Test_Sqw_monitor: external environment is Al.laz Test_Sqw_monitor: lambda=1.6 [Angs], k=3.92699 [Angs-1], v=2472.52 [m/s], E=31.9548 [meV]. Time=[0.00121334 0.00161778 0.00242667] Test_Sqw_monitor: sample is Rb_liq_coh.sqw, with hollow cylindrical geometry. Test_Sqw_monitor: detector is cylindrical with radius=4 [m] height=3 [m] and 468 tubes [1 inch] Test_Sqw_monitor: container is Al.laz (outer cylinder) Test_Sqw_monitor: external environment is Al.laz Test_Sqw_monitor: lambda=1.6 [Angs], k=3.92699 [Angs-1], v=2472.52 [m/s], E=31.9548 [meV]. Time=[0.00121334 0.00161778 0.00242667] Test_Sqw_monitor: sample is Rb_liq_coh.sqw, with hollow cylindrical geometry. Test_Sqw_monitor: detector is cylindrical with radius=4 [m] height=3 [m] and 468 tubes [1 inch] Test_Sqw_monitor: container is Al.laz (outer cylinder) Test_Sqw_monitor: external environment is Al.laz Test_Sqw_monitor: lambda=1.6 [Angs], k=3.92699 [Angs-1], v=2472.52 [m/s], E=31.9548 [meV]. Time=[0.00121334 0.00161778 0.00242667] Test_Sqw_monitor: sample is Rb_liq_coh.sqw, with hollow cylindrical geometry. Test_Sqw_monitor: detector is cylindrical with radius=4 [m] height=3 [m] and 468 tubes [1 inch] Test_Sqw_monitor: container is Al.laz (outer cylinder) Test_Sqw_monitor: external environment is Al.laz Test_Sqw_monitor: lambda=1.6 [Angs], k=3.92699 [Angs-1], v=2472.52 [m/s], E=31.9548 [meV]. Time=[0.00121334 0.00161778 0.00242667] Test_Sqw_monitor: sample is Rb_liq_coh.sqw, with hollow cylindrical geometry. Test_Sqw_monitor: detector is cylindrical with radius=4 [m] height=3 [m] and 468 tubes [1 inch] Test_Sqw_monitor: container is Al.laz (outer cylinder) Test_Sqw_monitor: external environment is Al.laz Test_Sqw_monitor: lambda=1.6 [Angs], k=3.92699 [Angs-1], v=2472.52 [m/s], E=31.9548 [meV]. Time=[0.00121334 0.00161778 0.00242667] Test_Sqw_monitor: sample is Rb_liq_coh.sqw, with hollow cylindrical geometry. Test_Sqw_monitor: detector is cylindrical with radius=4 [m] height=3 [m] and 468 tubes [1 inch] Test_Sqw_monitor: container is Al.laz (outer cylinder) Test_Sqw_monitor: external environment is Al.laz Test_Sqw_monitor: lambda=1.6 [Angs], k=3.92699 [Angs-1], v=2472.52 [m/s], E=31.9548 [meV]. Time=[0.00121334 0.00161778 0.00242667] Test_Sqw_monitor: sample is Rb_liq_coh.sqw, with hollow cylindrical geometry. Test_Sqw_monitor: detector is cylindrical with radius=4 [m] height=3 [m] and 468 tubes [1 inch] Test_Sqw_monitor: container is Al.laz (outer cylinder) Test_Sqw_monitor: external environment is Al.laz [Test_Sqw_monitor] Initialize [Test_Sqw_monitor] Initialize [Test_Sqw_monitor] Initialize [Test_Sqw_monitor] Initialize [Test_Sqw_monitor] Initialize [Test_Sqw_monitor] Initialize [Test_Sqw_monitor] Initialize [Test_Sqw_monitor] Initialize [Test_Sqw_monitor] Initialize [Test_Sqw_monitor] Initialize [Test_Sqw_monitor] Initialize [Test_Sqw_monitor] Initialize Opening input file '/home/nexmap/pkwi/McStas/mcstas/3.x-dev/data/Al.laz' (Table_Read_Offset) [Test_Sqw_monitor] Initialize [Test_Sqw_monitor] Initialize [Test_Sqw_monitor] Initialize [Test_Sqw_monitor] Initialize Opening input file '/home/nexmap/pkwi/McStas/mcstas/3.x-dev/data/Al.laz' (Table_Read_Offset) Opening input file '/home/nexmap/pkwi/McStas/mcstas/3.x-dev/data/Al.laz' (Table_Read_Offset) Opening input file '/home/nexmap/pkwi/McStas/mcstas/3.x-dev/data/Al.laz' (Table_Read_Offset) Isotropic_Sqw: Sample_in: is a hollow cylinder: radius=0.005000 thickness=0.001000 height=0.030000 [J Comp Phys 228 (2009) 5251] Opening input file '/home/nexmap/pkwi/McStas/mcstas/3.x-dev/data/Rb_liq_inc.sqw' (Table_Read_Offset) Opening input file '/home/nexmap/pkwi/McStas/mcstas/3.x-dev/data/Rb_liq_inc.sqw' (Table_Read_Offset) Opening input file '/home/nexmap/pkwi/McStas/mcstas/3.x-dev/data/Rb_liq_inc.sqw' (Table_Read_Offset) Opening input file '/home/nexmap/pkwi/McStas/mcstas/3.x-dev/data/Rb_liq_inc.sqw' (Table_Read_Offset) Isotropic_Sqw: Sample_in: Temperature set to T=350 [K] Isotropic_Sqw: Sample_in: S(q,w) data from Rb_liq_inc.sqw (inc) assumed to be classical (symmetrised in energy). Isotropic_Sqw: Sample_in: Applying exp(hw/2kT) factor with T=350 [K] on Rb_liq_inc.sqw file (classical/symmetric) using 'Frommhold' quantum correction Isotropic_Sqw: Sample_in: Generated Rb_liq_inc.sqw incoherent Sqw q=[0.1:10 Angs-1] w=[0:101.849 meV] |S|=0.985192 size=[101x10185] sigma=0.5 [barns] normalization factor S(q,w)*0.492586 (auto) \int q^2 S(q) dq=676.701 Opening input file '/home/nexmap/pkwi/McStas/mcstas/3.x-dev/data/Rb_liq_coh.sqw' (Table_Read_Offset) Opening input file '/home/nexmap/pkwi/McStas/mcstas/3.x-dev/data/Rb_liq_coh.sqw' (Table_Read_Offset) Opening input file '/home/nexmap/pkwi/McStas/mcstas/3.x-dev/data/Rb_liq_coh.sqw' (Table_Read_Offset) Opening input file '/home/nexmap/pkwi/McStas/mcstas/3.x-dev/data/Rb_liq_coh.sqw' (Table_Read_Offset) Isotropic_Sqw: Sample_in: Temperature set to T=350 [K] Isotropic_Sqw: Sample_in: S(q,w) data from Rb_liq_coh.sqw (coh) assumed to be classical (symmetrised in energy). Isotropic_Sqw: Sample_in: Applying exp(hw/2kT) factor with T=350 [K] on Rb_liq_coh.sqw file (classical/symmetric) using 'Frommhold' quantum correction Isotropic_Sqw: Sample_in: Generated Rb_liq_coh.sqw coherent Sqw q=[0.1:10 Angs-1] w=[0:101.849 meV] |S|=0.887933 size=[101x10185] sigma=6.32 [barns] normalization factor S(q,w)*0.477012 (auto) \int q^2 S(q) dq=698.369 Opening input file '/home/nexmap/pkwi/McStas/mcstas/3.x-dev/data/Al.laz' (Table_Read_Offset) Opening input file '/home/nexmap/pkwi/McStas/mcstas/3.x-dev/data/Al.laz' (Table_Read_Offset) Opening input file '/home/nexmap/pkwi/McStas/mcstas/3.x-dev/data/Al.laz' (Table_Read_Offset) Opening input file '/home/nexmap/pkwi/McStas/mcstas/3.x-dev/data/Al.laz' (Table_Read_Offset) *** TRACE end *** Save [Test_Sqw_monitor] Detector: SampleIn_I=1.14064e-06 SampleIn_ERR=1.61499e-10 SampleIn_N=4.98906e+07 "SampleIn_1727573805.x_y" Detector: Detector_nM_I=1.32629e-08 Detector_nM_ERR=1.11866e-11 Detector_nM_N=1.64262e+07 "Sqw_map.dat" Detector: Detector_nM_coh_I=7.39455e-09 Detector_nM_coh_ERR=2.93327e-12 Detector_nM_coh_N=1.05189e+07 "Sqw_single.dat" Detector: Detector_nM_inc_I=6.10336e-10 Detector_nM_inc_ERR=8.42757e-13 Detector_nM_inc_N=863525 "Sqw_inc.dat" Detector: Detector_nM_multi_I=1.21634e-10 Detector_nM_multi_ERR=1.32397e-13 Detector_nM_multi_N=2.70132e+06 "Sqw_multi.dat" Detector: Detector_nM_env_I=5.21755e-09 Detector_nM_env_ERR=1.07618e-11 Detector_nM_env_N=5.69943e+06 "Sqw_env.dat" Detector: M_total_I=5.95443e-09 M_total_ERR=7.35386e-12 M_total_N=7.53534e+06 "M_total_1727573808.A_t" Detector: M_single_coh_I=3.41808e-09 M_single_coh_ERR=1.99532e-12 M_single_coh_N=4.8823e+06 "M_single_coh_1727573808.A_t" Detector: M_single_inc_I=2.91863e-10 M_single_inc_ERR=5.82751e-13 M_single_inc_N=411393 "M_single_inc_1727573808.A_t" Detector: M_multi_I=5.74384e-11 M_multi_ERR=9.10497e-14 M_multi_N=1.27309e+06 "M_multi_1727573808.A_t" Finally [Test_Sqw_monitor: 2]. Time: 13 [s] Finally [Test_Sqw_monitor: 2]. Time: 13 [s] Finally [Test_Sqw_monitor: 2]. Time: 13 [s] Detector: M_env_container_I=2.22567e-09 M_env_container_ERR=7.05365e-12 M_env_container_N=2.55664e+06 "M_env_container_1727573808.A_t" Finally [Test_Sqw_monitor: 2]. Time: 12 [s] Finally [Test_Sqw_monitor: 2]. Time: 12 [s] Finally [Test_Sqw_monitor: 2]. Time: 12 [s] Finally [Test_Sqw_monitor: 2]. Time: 13 [s] Finally [Test_Sqw_monitor: 2]. Time: 13 [s] Finally [Test_Sqw_monitor: 2]. Time: 12 [s] Finally [Test_Sqw_monitor: 2]. Time: 13 [s] Finally [Test_Sqw_monitor: 2]. Time: 12 [s] Finally [Test_Sqw_monitor: 2]. Time: 12 [s] Finally [Test_Sqw_monitor: 2]. Time: 12 [s] Finally [Test_Sqw_monitor: 2]. Time: 13 [s] Finally [Test_Sqw_monitor: 2]. Time: 13 [s] Finally [Test_Sqw_monitor: 2]. Time: 12 [s] Isotropic_Sqw: Environment_in: 20424 neutron events (out of 5067480) reached WARNING unrealistic weight. The S(q,w) norm might be too high. Isotropic_Sqw: Container_in: 13 neutron events (out of 4559154) reached WARNING unrealistic weight. The S(q,w) norm might be too high. Isotropic_Sqw: Sample_in: 129258 neutron events (out of 49649876) that should have scattered were transmitted because scattering conditions WARNING could not be satisfied after 100 tries. Isotropic_Sqw: Sample_in: 2231 neutron events (out of 49520618) reached WARNING unrealistic weight. The S(q,w) norm might be too high. Isotropic_Sqw: Sample_in: Scattering fraction=0.0209511 of incoming intensity Absorption fraction =0.0492318 Single scattering intensity =2.33085e-08 (coh=2.1573e-08 inc=1.73545e-09) Multiple scattering intensity =3.46682e-10 Isotropic_Sqw: Container_out: 1 neutron events (out of 4569454) that should have scattered were transmitted because scattering conditions WARNING could not be satisfied after 100 tries. Isotropic_Sqw: Container_out: 64 neutron events (out of 4569453) reached WARNING unrealistic weight. The S(q,w) norm might be too high. Isotropic_Sqw: Environment_out: 6 neutron events (out of 5019157) that should have scattered were transmitted because scattering conditions WARNING could not be satisfied after 100 tries. Isotropic_Sqw: Environment_out: 30956 neutron events (out of 5019151) reached WARNING unrealistic weight. The S(q,w) norm might be too high. INFO: Placing instr file copy Test_Sqw_monitor.instr in dataset 2 INFO: Placing generated c-code copy Test_Sqw_monitor.c in dataset 2