INFO: Using directory: "1" INFO: Using existing c-file: ./Test_TasReso.c INFO: Using existing binary: ./Test_TasReso.out INFO: === Simulation 'Test_TasReso' (/home/nexmap/pkwi/TESTS/2024-06-17/mcstas-3.x-dev_Linux/Test_TasReso/Test_TasReso.instr): running on 16 nodes (master is 'elearn1.fysik.dtu.dk', MPI version 3.1). -------------------------------------------------------------------------------- Source: lambda = 4.5000 A, k = 1.3963 1/A, E = 4.0397 meV Monochromator: ki = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Analyser: kf = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Sample: num = 2, theta = 26.7400, 2theta = 53.4800 -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- Source: lambda = 4.5000 A, k = 1.3963 1/A, E = 4.0397 meV Monochromator: ki = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Analyser: kf = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Sample: num = 2, theta = 26.7400, 2theta = 53.4800 -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- Source: lambda = 4.5000 A, k = 1.3963 1/A, E = 4.0397 meV Monochromator: ki = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Analyser: kf = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Sample: num = 2, theta = 26.7400, 2theta = 53.4800 -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- Source: lambda = 4.5000 A, k = 1.3963 1/A, E = 4.0397 meV Monochromator: ki = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Analyser: kf = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Sample: num = 2, theta = 26.7400, 2theta = 53.4800 -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- Source: lambda = 4.5000 A, k = 1.3963 1/A, E = 4.0397 meV Monochromator: ki = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Analyser: kf = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Sample: num = 2, theta = 26.7400, 2theta = 53.4800 -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- Source: lambda = 4.5000 A, k = 1.3963 1/A, E = 4.0397 meV Monochromator: ki = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Analyser: kf = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Sample: num = 2, theta = 26.7400, 2theta = 53.4800 -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- Source: lambda = 4.5000 A, k = 1.3963 1/A, E = 4.0397 meV Monochromator: ki = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Analyser: kf = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Sample: num = 2, theta = 26.7400, 2theta = 53.4800 -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- Source: lambda = 4.5000 A, k = 1.3963 1/A, E = 4.0397 meV Monochromator: ki = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Analyser: kf = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Sample: num = 2, theta = 26.7400, 2theta = 53.4800 -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- Source: lambda = 4.5000 A, k = 1.3963 1/A, E = 4.0397 meV Monochromator: ki = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Analyser: kf = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Sample: num = 2, theta = 26.7400, 2theta = 53.4800 -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- Source: lambda = 4.5000 A, k = 1.3963 1/A, E = 4.0397 meV Monochromator: ki = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Analyser: kf = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Sample: num = 2, theta = 26.7400, 2theta = 53.4800 -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- Source: lambda = 4.5000 A, k = 1.3963 1/A, E = 4.0397 meV Monochromator: ki = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Analyser: kf = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Sample: num = 2, theta = 26.7400, 2theta = 53.4800 -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- Source: lambda = 4.5000 A, k = 1.3963 1/A, E = 4.0397 meV Monochromator: ki = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Analyser: kf = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Sample: num = 2, theta = 26.7400, 2theta = 53.4800 -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- Source: lambda = 4.5000 A, k = 1.3963 1/A, E = 4.0397 meV Monochromator: ki = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Analyser: kf = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Sample: num = 2, theta = 26.7400, 2theta = 53.4800 -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- Source: lambda = 4.5000 A, k = 1.3963 1/A, E = 4.0397 meV Monochromator: ki = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Analyser: kf = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Sample: num = 2, theta = 26.7400, 2theta = 53.4800 -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- Source: lambda = 4.5000 A, k = 1.3963 1/A, E = 4.0397 meV Monochromator: ki = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Analyser: kf = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Sample: num = 2, theta = 26.7400, 2theta = 53.4800 -------------------------------------------------------------------------------- [Test_TasReso] Initialize [Test_TasReso] Initialize [Test_TasReso] Initialize [Test_TasReso] Initialize [Test_TasReso] Initialize [Test_TasReso] Initialize [Test_TasReso] Initialize [Test_TasReso] Initialize [Test_TasReso] Initialize [Test_TasReso] Initialize [Test_TasReso] Initialize [Test_TasReso] Initialize -------------------------------------------------------------------------------- Source: lambda = 4.5000 A, k = 1.3963 1/A, E = 4.0397 meV Monochromator: ki = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Analyser: kf = 1.3963, theta = 42.1165 deg, d = 3.3550, vfoc = 0.6706 m, hfoc = 1.4911 m Sample: num = 2, theta = 26.7400, 2theta = 53.4800 -------------------------------------------------------------------------------- [Test_TasReso] Initialize [Test_TasReso] Initialize [Test_TasReso] Initialize [Test_TasReso] Initialize Opening input file '/home/nexmap/pkwi/McStas/mcstas/3.x-dev/data/HOPG.rfl' (Table_Read_Offset) Opening input file '/home/nexmap/pkwi/McStas/mcstas/3.x-dev/data/HOPG.trm' (Table_Read_Offset) Incoherent: sample_Vana: Vc=13.827 [Angs] sigma_abs=5.08 [barn] sigma_inc=5.08 [barn] Opening input file '/home/nexmap/pkwi/McStas/mcstas/3.x-dev/data/TasResoTest_xtal.laz' (Table_Read_Offset) Mode: lengths and angles Single_crystal: TasResoTest_xtal.laz structure a=5 b=5 c=5 aa=90 bb=90 cc=90 V0=125 Single_crystal: sample_xtal: Read 6 reflections from file 'TasResoTest_xtal.laz' Single_crystal: sample_xtal: Vc=125 [Angs] sigma_abs=0 [barn] sigma_inc=0 [barn] reflections=TasResoTest_xtal.laz Direct space lattice orientation: a = [0 5 3.06162e-16] b = [0 0 5] c = [5 3.06162e-16 3.06162e-16] Reciprocal space lattice orientation: a* = [-7.69468e-17 1.25664 0] b* = [-7.69468e-17 -7.69468e-17 1.25664] c* = [1.25664 0 0] Mode: lengths and angles Single_crystal: TasResoTest_xtal.laz structure a=5 b=5 c=5 aa=90 bb=90 cc=90 V0=125 Single_crystal: sample_xtal: Read 6 reflections from file 'TasResoTest_xtal.laz' Single_crystal: sample_xtal: Vc=125 [Angs] sigma_abs=0 [barn] sigma_inc=0 [barn] reflections=TasResoTest_xtal.laz Direct space lattice orientation: a = [0 5 3.06162e-16] b = [0 0 5] c = [5 3.06162e-16 3.06162e-16] Reciprocal space lattice orientation: a* = [-7.69468e-17 1.25664 0] b* = [-7.69468e-17 -7.69468e-17 1.25664] c* = [1.25664 0 0] Mode: lengths and angles Single_crystal: TasResoTest_xtal.laz structure a=5 b=5 c=5 aa=90 bb=90 cc=90 V0=125 Single_crystal: sample_xtal: Read 6 reflections from file 'TasResoTest_xtal.laz' Single_crystal: sample_xtal: Vc=125 [Angs] sigma_abs=0 [barn] sigma_inc=0 [barn] reflections=TasResoTest_xtal.laz Direct space lattice orientation: a = [0 5 3.06162e-16] b = [0 0 5] c = [5 3.06162e-16 3.06162e-16] Reciprocal space lattice orientation: a* = [-7.69468e-17 1.25664 0] b* = [-7.69468e-17 -7.69468e-17 1.25664] c* = [1.25664 0 0] Mode: lengths and angles Single_crystal: TasResoTest_xtal.laz structure a=5 b=5 c=5 aa=90 bb=90 cc=90 V0=125 Single_crystal: sample_xtal: Read 6 reflections from file 'TasResoTest_xtal.laz' Single_crystal: sample_xtal: Vc=125 [Angs] sigma_abs=0 [barn] sigma_inc=0 [barn] reflections=TasResoTest_xtal.laz Direct space lattice orientation: a = [0 5 3.06162e-16] b = [0 0 5] c = [5 3.06162e-16 3.06162e-16] Reciprocal space lattice orientation: a* = [-7.69468e-17 1.25664 0] b* = [-7.69468e-17 -7.69468e-17 1.25664] c* = [1.25664 0 0] Mode: lengths and angles Single_crystal: TasResoTest_xtal.laz structure a=5 b=5 c=5 aa=90 bb=90 cc=90 V0=125 Single_crystal: sample_xtal: Read 6 reflections from file 'TasResoTest_xtal.laz' Single_crystal: sample_xtal: Vc=125 [Angs] sigma_abs=0 [barn] sigma_inc=0 [barn] reflections=TasResoTest_xtal.laz Direct space lattice orientation: a = [0 5 3.06162e-16] b = [0 0 5] c = [5 3.06162e-16 3.06162e-16] Reciprocal space lattice orientation: a* = [-7.69468e-17 1.25664 0] b* = [-7.69468e-17 -7.69468e-17 1.25664] c* = [1.25664 0 0] Mode: lengths and angles Single_crystal: TasResoTest_xtal.laz structure a=5 b=5 c=5 aa=90 bb=90 cc=90 V0=125 Single_crystal: sample_xtal: Read 6 reflections from file 'TasResoTest_xtal.laz' Single_crystal: sample_xtal: Vc=125 [Angs] sigma_abs=0 [barn] sigma_inc=0 [barn] reflections=TasResoTest_xtal.laz Direct space lattice orientation: a = [0 5 3.06162e-16] b = [0 0 5] c = [5 3.06162e-16 3.06162e-16] Reciprocal space lattice orientation: a* = [-7.69468e-17 1.25664 0] b* = [-7.69468e-17 -7.69468e-17 1.25664] c* = [1.25664 0 0] Mode: lengths and angles Single_crystal: TasResoTest_xtal.laz structure a=5 b=5 c=5 aa=90 bb=90 cc=90 V0=125 Single_crystal: sample_xtal: Read 6 reflections from file 'TasResoTest_xtal.laz' Single_crystal: sample_xtal: Vc=125 [Angs] sigma_abs=0 [barn] sigma_inc=0 [barn] reflections=TasResoTest_xtal.laz Direct space lattice orientation: a = [0 5 3.06162e-16] b = [0 0 5] c = [5 3.06162e-16 3.06162e-16] Reciprocal space lattice orientation: a* = [-7.69468e-17 1.25664 0] b* = [-7.69468e-17 -7.69468e-17 1.25664] c* = [1.25664 0 0] Mode: lengths and angles Single_crystal: TasResoTest_xtal.laz structure a=5 b=5 c=5 aa=90 bb=90 cc=90 V0=125 Single_crystal: sample_xtal: Read 6 reflections from file 'TasResoTest_xtal.laz' Single_crystal: sample_xtal: Vc=125 [Angs] sigma_abs=0 [barn] sigma_inc=0 [barn] reflections=TasResoTest_xtal.laz Direct space lattice orientation: a = [0 5 3.06162e-16] b = [0 0 5] c = [5 3.06162e-16 3.06162e-16] Reciprocal space lattice orientation: a* = [-7.69468e-17 1.25664 0] b* = [-7.69468e-17 -7.69468e-17 1.25664] c* = [1.25664 0 0] Mode: lengths and angles Single_crystal: TasResoTest_xtal.laz structure a=5 b=5 c=5 aa=90 bb=90 cc=90 V0=125 Single_crystal: sample_xtal: Read 6 reflections from file 'TasResoTest_xtal.laz' Single_crystal: sample_xtal: Vc=125 [Angs] sigma_abs=0 [barn] sigma_inc=0 [barn] reflections=TasResoTest_xtal.laz Direct space lattice orientation: a = [0 5 3.06162e-16] b = [0 0 5] c = [5 3.06162e-16 3.06162e-16] Reciprocal space lattice orientation: a* = [-7.69468e-17 1.25664 0] b* = [-7.69468e-17 -7.69468e-17 1.25664] c* = [1.25664 0 0] Mode: lengths and angles Single_crystal: TasResoTest_xtal.laz structure a=5 b=5 c=5 aa=90 bb=90 cc=90 V0=125 Single_crystal: sample_xtal: Read 6 reflections from file 'TasResoTest_xtal.laz' Single_crystal: sample_xtal: Vc=125 [Angs] sigma_abs=0 [barn] sigma_inc=0 [barn] reflections=TasResoTest_xtal.laz Direct space lattice orientation: a = [0 5 3.06162e-16] b = [0 0 5] c = [5 3.06162e-16 3.06162e-16] Reciprocal space lattice orientation: a* = [-7.69468e-17 1.25664 0] b* = [-7.69468e-17 -7.69468e-17 1.25664] c* = [1.25664 0 0] Mode: lengths and angles Single_crystal: TasResoTest_xtal.laz structure a=5 b=5 c=5 aa=90 bb=90 cc=90 V0=125 Single_crystal: sample_xtal: Read 6 reflections from file 'TasResoTest_xtal.laz' Single_crystal: sample_xtal: Vc=125 [Angs] sigma_abs=0 [barn] sigma_inc=0 [barn] reflections=TasResoTest_xtal.laz Direct space lattice orientation: a = [0 5 3.06162e-16] b = [0 0 5] c = [5 3.06162e-16 3.06162e-16] Reciprocal space lattice orientation: a* = [-7.69468e-17 1.25664 0] b* = [-7.69468e-17 -7.69468e-17 1.25664] c* = [1.25664 0 0] Mode: lengths and angles Single_crystal: TasResoTest_xtal.laz structure a=5 b=5 c=5 aa=90 bb=90 cc=90 V0=125 Single_crystal: sample_xtal: Read 6 reflections from file 'TasResoTest_xtal.laz' Single_crystal: sample_xtal: Vc=125 [Angs] sigma_abs=0 [barn] sigma_inc=0 [barn] reflections=TasResoTest_xtal.laz Direct space lattice orientation: a = [0 5 3.06162e-16] b = [0 0 5] c = [5 3.06162e-16 3.06162e-16] Reciprocal space lattice orientation: a* = [-7.69468e-17 1.25664 0] b* = [-7.69468e-17 -7.69468e-17 1.25664] c* = [1.25664 0 0] Mode: lengths and angles Single_crystal: TasResoTest_xtal.laz structure a=5 b=5 c=5 aa=90 bb=90 cc=90 V0=125 Single_crystal: sample_xtal: Read 6 reflections from file 'TasResoTest_xtal.laz' Single_crystal: sample_xtal: Vc=125 [Angs] sigma_abs=0 [barn] sigma_inc=0 [barn] reflections=TasResoTest_xtal.laz Direct space lattice orientation: a = [0 5 3.06162e-16] b = [0 0 5] c = [5 3.06162e-16 3.06162e-16] Reciprocal space lattice orientation: a* = [-7.69468e-17 1.25664 0] b* = [-7.69468e-17 -7.69468e-17 1.25664] c* = [1.25664 0 0] Mode: lengths and angles Single_crystal: TasResoTest_xtal.laz structure a=5 b=5 c=5 aa=90 bb=90 cc=90 V0=125 Single_crystal: sample_xtal: Read 6 reflections from file 'TasResoTest_xtal.laz' Single_crystal: sample_xtal: Vc=125 [Angs] sigma_abs=0 [barn] sigma_inc=0 [barn] reflections=TasResoTest_xtal.laz Direct space lattice orientation: a = [0 5 3.06162e-16] b = [0 0 5] c = [5 3.06162e-16 3.06162e-16] Reciprocal space lattice orientation: a* = [-7.69468e-17 1.25664 0] b* = [-7.69468e-17 -7.69468e-17 1.25664] c* = [1.25664 0 0] Reusing input file 'HOPG.rfl' (Table_Read_Offset) Reusing input file 'HOPG.trm' (Table_Read_Offset) Mode: lengths and angles Single_crystal: TasResoTest_xtal.laz structure a=5 b=5 c=5 aa=90 bb=90 cc=90 V0=125 Single_crystal: sample_xtal: Read 6 reflections from file 'TasResoTest_xtal.laz' Single_crystal: sample_xtal: Vc=125 [Angs] sigma_abs=0 [barn] sigma_inc=0 [barn] reflections=TasResoTest_xtal.laz Direct space lattice orientation: a = [0 5 3.06162e-16] b = [0 0 5] c = [5 3.06162e-16 3.06162e-16] Reciprocal space lattice orientation: a* = [-7.69468e-17 1.25664 0] b* = [-7.69468e-17 -7.69468e-17 1.25664] c* = [1.25664 0 0] Mode: lengths and angles Single_crystal: TasResoTest_xtal.laz structure a=5 b=5 c=5 aa=90 bb=90 cc=90 V0=125 Single_crystal: sample_xtal: Read 6 reflections from file 'TasResoTest_xtal.laz' Single_crystal: sample_xtal: Vc=125 [Angs] sigma_abs=0 [barn] sigma_inc=0 [barn] reflections=TasResoTest_xtal.laz Direct space lattice orientation: a = [0 5 3.06162e-16] b = [0 0 5] c = [5 3.06162e-16 3.06162e-16] Reciprocal space lattice orientation: a* = [-7.69468e-17 1.25664 0] b* = [-7.69468e-17 -7.69468e-17 1.25664] c* = [1.25664 0 0] *** TRACE end *** Save [Test_TasReso] Detector: psdmon_I=1000.47 psdmon_ERR=57.6134 psdmon_N=595 "psd.dat" Detector: divmon_I=968.512 divmon_ERR=56.8924 divmon_N=570 "div.dat" Detector: lmon_I=1000.47 lmon_ERR=57.6134 lmon_N=595 "lam.dat" : 4.01596 meV , E-width : 0.0504458 meV : 4.04985 meV , E-width : 0.0729478 meV : 4.02704 meV , E-width : 0.0595706 meV : 4.05023 meV , E-width : 0.0458266 meV : 4.02837 meV , E-width : 0.0543272 meV : 4.0528 meV , E-width : 0.0695828 meV : 4.02847 meV , E-width : 0.0455705 meV : 4.06208 meV , E-width : 0.0507364 meV Detector: emon_I=1000.47 emon_ERR=57.6134 emon_N=595 "E.dat" : 4.02884 meV , E-width : 0.0495734 meV : 4.02689 meV , E-width : 0.0537526 meV : 4.0356 meV , E-width : 0.0408581 meV : 4.04106 meV , E-width : 0.0572973 meV : 4.04259 meV , E-width : 0.0578467 meV : 4.04008 meV , E-width : 0.0532579 meV : 4.05895 meV , E-width : 0.0532556 meV : 4.02836 meV , E-width : 0.0501273 meV Events: "reso.dat" Resolution matrix: 1.3975e+04 1.0099e+03 5.5173e+02 -1.8519e+02 1.0099e+03 1.1318e+05 -1.9316e+02 -1.7645e+04 5.5173e+02 -1.9316e+02 3.2274e+02 -1.6369e+01 -1.8519e+02 -1.7645e+04 -1.6369e+01 3.1347e+03 Finally [Test_TasReso: 1]. Time: 5 [s] Resolution matrix: 1.4201e+04 1.9435e+03 -4.5035e+01 1.9481e+02 1.9435e+03 9.2928e+04 -1.4478e+03 -1.2996e+04 -4.5035e+01 -1.4478e+03 2.1853e+02 2.1978e+02 1.9481e+02 -1.2996e+04 2.1978e+02 2.3021e+03 Finally [Test_TasReso: 1]. Time: 5 [s] Resolution matrix: 2.3328e+04 4.9079e+01 4.6343e+02 2.1065e+02 4.9079e+01 8.5423e+04 -1.3229e+03 -1.3697e+04 4.6343e+02 -1.3229e+03 6.3583e+02 2.3646e+02 2.1065e+02 -1.3697e+04 2.3646e+02 2.4378e+03 Finally [Test_TasReso: 1]. Time: 5 [s] Resolution matrix: 1.4297e+04 5.6538e+03 2.9790e+02 -6.9833e+02 5.6538e+03 9.1557e+04 1.0631e+03 -1.3544e+04 2.9790e+02 1.0631e+03 2.3850e+02 -2.0836e+02 -6.9833e+02 -1.3544e+04 -2.0836e+02 2.3703e+03 Finally [Test_TasReso: 1]. Time: 5 [s] Resolution matrix: 2.0725e+04 -1.5669e+04 1.6952e+02 2.0941e+03 -1.5669e+04 1.0722e+05 1.5290e+03 -1.5980e+04 1.6952e+02 1.5290e+03 4.7795e+02 -2.1965e+02 2.0941e+03 -1.5980e+04 -2.1965e+02 2.7126e+03 Finally [Test_TasReso: 1]. Time: 5 [s] Resolution matrix: 1.5314e+04 -1.4455e+04 4.4739e+02 2.6086e+03 -1.4455e+04 1.1666e+05 -2.8219e+02 -2.0273e+04 4.4739e+02 -2.8219e+02 2.3724e+02 2.7307e+01 2.6086e+03 -2.0273e+04 2.7307e+01 3.8952e+03 Finally [Test_TasReso: 1]. Time: 5 [s] Resolution matrix: 2.3041e+04 -2.8249e+03 7.1948e+02 2.0080e+03 -2.8249e+03 1.0281e+05 -1.7200e+03 -1.6196e+04 7.1948e+02 -1.7200e+03 4.4731e+02 2.6172e+02 2.0080e+03 -1.6196e+04 2.6172e+02 3.0738e+03 Finally [Test_TasReso: 1]. Time: 5 [s] Resolution matrix: 2.5312e+04 -6.3356e+03 -8.7644e+02 1.7908e+03 -6.3356e+03 1.0544e+05 1.2837e+03 -1.6837e+04 -8.7644e+02 1.2837e+03 4.0322e+02 -3.6635e+02 1.7908e+03 -1.6837e+04 -3.6635e+02 2.9907e+03 Finally [Test_TasReso: 1]. Time: 5 [s] Resolution matrix: 2.0874e+04 8.3065e+03 1.0285e+02 2.9383e+03 8.3065e+03 1.2539e+05 2.9764e+02 -1.8839e+04 1.0285e+02 2.9764e+02 2.8221e+02 -7.0662e+01 2.9383e+03 -1.8839e+04 -7.0662e+01 4.0601e+03 Finally [Test_TasReso: 1]. Time: 5 [s] Resolution matrix: 2.4178e+04 -1.2673e+03 4.0725e+02 2.1783e+03 -1.2673e+03 6.0012e+04 -1.7030e+03 -1.0991e+04 4.0725e+02 -1.7030e+03 6.2764e+02 9.5116e+02 2.1783e+03 -1.0991e+04 9.5116e+02 3.2681e+03 Finally [Test_TasReso: 1]. Time: 5 [s] Resolution matrix: 2.9041e+04 4.7518e+03 -5.5037e+02 1.0845e+03 4.7518e+03 1.1690e+05 -3.4731e+01 -1.9205e+04 -5.5037e+02 -3.4731e+01 2.9095e+02 2.3968e+01 1.0845e+03 -1.9205e+04 2.3968e+01 3.7598e+03 Finally [Test_TasReso: 1]. Time: 5 [s] Resolution matrix: 2.6896e+04 -6.0523e+02 1.9437e+02 -3.2323e+01 -6.0523e+02 1.4117e+05 2.2668e+03 -2.1347e+04 1.9437e+02 2.2668e+03 2.5153e+02 -3.4378e+02 -3.2323e+01 -2.1347e+04 -3.4378e+02 3.4509e+03 Finally [Test_TasReso: 1]. Time: 5 [s] Resolution matrix: 1.2799e+04 -1.6927e+03 9.8180e+01 4.4392e+02 -1.6927e+03 7.3272e+04 -3.0072e+02 -1.0626e+04 9.8180e+01 -3.0072e+02 2.6345e+02 7.7592e+01 4.4392e+02 -1.0626e+04 7.7592e+01 2.0012e+03 Finally [Test_TasReso: 1]. Time: 5 [s] Resolution matrix: 2.1665e+04 1.4627e+03 -2.1656e+02 1.6054e+03 1.4627e+03 1.1401e+05 1.6815e+03 -1.5237e+04 -2.1656e+02 1.6815e+03 6.3557e+02 1.2413e+01 1.6054e+03 -1.5237e+04 1.2413e+01 2.7211e+03 Finally [Test_TasReso: 1]. Time: 5 [s] Resolution matrix: 2.0632e+04 8.1892e+02 4.4217e+02 1.7329e+02 8.1892e+02 9.7899e+04 1.3521e+03 -1.3096e+04 4.4217e+02 1.3521e+03 4.5762e+02 -1.3301e+02 1.7329e+02 -1.3096e+04 -1.3301e+02 2.1342e+03 Finally [Test_TasReso: 1]. Time: 5 [s] Resolution matrix: 1.9677e+04 9.8473e+03 1.7360e+02 -7.2025e+02 9.8473e+03 1.0614e+05 3.9878e+02 -1.5874e+04 1.7360e+02 3.9878e+02 3.9175e+02 -1.2782e+02 -7.2025e+02 -1.5874e+04 -1.2782e+02 2.8917e+03 Finally [Test_TasReso: 1]. Time: 5 [s] INFO: Placing instr file copy /home/nexmap/pkwi/TESTS/2024-06-17/mcstas-3.x-dev_Linux/Test_TasReso/Test_TasReso.instr in dataset 1