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/2024-12-06/ANTLR_mpi_x_16_run_2_Linux_1e7/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 -------------------------------------------------------------------------------- [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 -------------------------------------------------------------------------------- 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 -------------------------------------------------------------------------------- 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 Opening input file '/home/nexmap/pkwi/McStas/mcstas/3.x-dev/data/HOPG.rfl' (Table_Read_Offset) -------------------------------------------------------------------------------- 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 Opening input file '/home/nexmap/pkwi/McStas/mcstas/3.x-dev/data/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: 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] Mode: lengths and angles Single_crystal: TasResoTest_xtal.laz structure a=5 b=5 c=5 aa=90 bb=90 cc=90 V0=125 Incoherent: sample_Vana: Vc=13.827 [Angs] sigma_abs=5.08 [barn] sigma_inc=5.08 [barn] 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] 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' 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] 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] 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' 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] 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] 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] 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] 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] b* = [-7.69468e-17 -7.69468e-17 1.25664] c* = [1.25664 0 0] 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: 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 = [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' 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] 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] a* = [-7.69468e-17 1.25664 0] b* = [-7.69468e-17 -7.69468e-17 1.25664] c* = [1.25664 0 0] 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] 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) *** TRACE end *** Save [Test_TasReso] Detector: psdmon_I=1004.17 psdmon_ERR=128.886 psdmon_N=118 "psd.dat" Detector: divmon_I=962.13 divmon_ERR=126.507 divmon_N=112 "div.dat" Detector: lmon_I=1004.17 lmon_ERR=128.886 lmon_N=118 "lam.dat" : 4.03561 meV , E-width : 0.0326945 meV : 4.03936 meV , E-width : 0.0464955 meV : 4.06535 meV , E-width : 0.045138 meV : 4.02229 meV , E-width : 0.0511426 meV : 4.04429 meV , E-width : 0.0412192 meV : 4.04025 meV , E-width : 0.049271 meV : 4.02464 meV , E-width : 0.062778 meV : 4.03307 meV , E-width : 0.0186597 meV : 4.09617 meV , E-width : 0.0409384 meV : 4.05022 meV , E-width : 0.0606548 meV : 3.98313 meV , E-width : 0.060643 meV Detector: emon_I=1004.17 emon_ERR=128.886 emon_N=118 "E.dat" : 4.02617 meV , E-width : 0.0505483 meV : 4.00372 meV , E-width : 0.0627622 meV : 4.07223 meV , E-width : 0.0568292 meV : 3.97008 meV , E-width : 0.058331 meV : 4.02037 meV , E-width : 0.0323564 meV Events: "reso.dat" Resolution matrix: 7.7251e+04 -4.8929e+04 5.2927e+03 1.1458e+04 -4.8929e+04 1.0542e+05 -4.0129e+03 -1.6078e+04 5.2927e+03 -4.0129e+03 1.3883e+03 5.6653e+02 1.1458e+04 -1.6078e+04 5.6653e+02 3.2605e+03 Finally [Test_TasReso: 1]. Time: 0 [s] Resolution matrix: 1.5324e+05 -1.5225e+05 1.1167e+04 1.9364e+04 -1.5225e+05 3.5499e+05 -1.7709e+04 -4.4941e+04 1.1167e+04 -1.7709e+04 1.3914e+03 2.2078e+03 1.9364e+04 -4.4941e+04 2.2078e+03 5.8453e+03 Finally [Test_TasReso: 1]. Time: 0 [s] Resolution matrix: 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 Finally [Test_TasReso: 1]. Time: 0 [s] Resolution matrix: 6.2556e+04 -3.2707e+04 4.3325e+03 1.5002e+04 -3.2707e+04 1.3976e+05 -9.2784e+02 -2.1353e+04 4.3325e+03 -9.2784e+02 1.5700e+03 1.5628e+03 1.5002e+04 -2.1353e+04 1.5628e+03 5.8585e+03 Finally [Test_TasReso: 1]. Time: 0 [s] Resolution matrix: 2.8162e+04 1.1980e+04 -1.6916e+03 -2.2973e+03 1.1980e+04 5.1917e+05 -1.2927e+04 -8.2879e+04 -1.6916e+03 -1.2927e+04 6.1431e+02 2.2250e+03 -2.2973e+03 -8.2879e+04 2.2250e+03 1.4302e+04 Finally [Test_TasReso: 1]. Time: 0 [s] Resolution matrix: 1.7882e+04 1.1830e+04 -7.4384e+02 -3.4242e+03 1.1830e+04 2.0197e+05 -1.9079e+03 -3.9716e+04 -7.4384e+02 -1.9079e+03 4.2754e+02 3.9924e+02 -3.4242e+03 -3.9716e+04 3.9924e+02 8.2866e+03 Finally [Test_TasReso: 1]. Time: 0 [s] Resolution matrix: 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 Finally [Test_TasReso: 1]. Time: 0 [s] Resolution matrix: 2.2481e+04 -9.8553e+03 4.1791e+03 1.7763e+03 -9.8553e+03 1.0785e+05 1.2393e+03 -2.2861e+04 4.1791e+03 1.2393e+03 2.3850e+03 -5.3410e+02 1.7763e+03 -2.2861e+04 -5.3410e+02 5.4195e+03 Finally [Test_TasReso: 1]. Time: 0 [s] Resolution matrix: 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 Finally [Test_TasReso: 1]. Time: 0 [s] Resolution matrix: 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 Finally [Test_TasReso: 1]. Time: 0 [s] Resolution matrix: 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 Finally [Test_TasReso: 1]. Time: 0 [s] Resolution matrix: 4.6165e+04 3.4116e+04 -1.6335e+03 5.5345e+03 3.4116e+04 2.2562e+05 -3.1945e+03 -2.0158e+04 -1.6335e+03 -3.1945e+03 5.0329e+02 2.2837e+02 5.5345e+03 -2.0158e+04 2.2837e+02 4.4338e+03 Finally [Test_TasReso: 1]. Time: 0 [s] Resolution matrix: 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 Finally [Test_TasReso: 1]. Time: 0 [s] Resolution matrix: 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 Finally [Test_TasReso: 1]. Time: 0 [s] Resolution matrix: 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 0.0000e+00 Finally [Test_TasReso: 1]. Time: 0 [s] Resolution matrix: 3.9678e+04 1.6146e+04 -2.1592e+03 -1.7869e+03 1.6146e+04 1.2948e+05 6.7871e+02 -1.7801e+04 -2.1592e+03 6.7871e+02 3.7132e+02 1.4924e+01 -1.7869e+03 -1.7801e+04 1.4924e+01 3.0250e+03 Finally [Test_TasReso: 1]. Time: 0 [s] INFO: Placing instr file copy Test_TasReso.instr in dataset 1 INFO: Placing generated c-code copy Test_TasReso.c in dataset 1