INFO: Using directory: "1" INFO: Using existing c-file: ./Supermirror_thin_substrate.c INFO: Using existing binary: ./Supermirror_thin_substrate.out WARNING: Ignoring invalid parameter: "Supermirror_thin_substrate.instr" INFO: === Simulation 'Supermirror_thin_substrate' (Supermirror_thin_substrate.instr): running on 16 nodes (master is 'elearn1.fysik.dtu.dk', MPI version 3.1). src=(0.01, 0.09) det_m=(-0, 1) det_zoom_in=(0.01, 0.1) det=(0.06, 0.2) det_zoom_out=(0.3, 0.2) Rot_Angle_Third_In_Degree=0 -> 0 : det_1D=(300, 1) SupermirrorFlat.comp: INITIALIZE name=supermirror1 length = 4 m, thickness_in_mm = 0.5 mm side_edge normal,point = (0,1,0), (0,1,0) m mirror_coated_side = BothCoated mirror_spin_plus_material name,m = FeSiPlus, 3.5 mirror_spin_minus_material name,m = FeSiMinus, -1 substrate_material name = GlassNoAttenuation absorber_coated_side = BothNotCoated absorber_material name,thickness in micron = Empty, 0 initial_placement_at_origin = TopFrontEdgeCentre tilt_y_axis_location = TopMirrorCentre tilt_about_y_first_in_degree, translation_second, rot_about_z_third_in_degree = 0.64 deg, (0,0,0) m, 0 deg SupermirrorFlat.comp: INITIALIZE name=supermirror1 length = 4 m, thickness_in_mm = 0.5 mm side_edge normal,point = (0,1,0), (0,1,0) m mirror_coated_side = BothCoated mirror_spin_plus_material name,m = FeSiPlus, 3.5 mirror_spin_minus_material name,m = FeSiMinus, -1 substrate_material name = GlassNoAttenuation SupermirrorFlat.comp: INITIALIZE name=supermirror1 length = 4 m, thickness_in_mm = 0.5 mm absorber_coated_side = BothNotCoated absorber_material name,thickness in micron = Empty, 0 initial_placement_at_origin = TopFrontEdgeCentre tilt_y_axis_location = TopMirrorCentre SupermirrorFlat.comp: INITIALIZE name=supermirror1 length = 4 m, thickness_in_mm = 0.5 mm side_edge normal,point = (0,1,0), (0,1,0) m mirror_coated_side = BothCoated mirror_spin_plus_material name,m = FeSiPlus, 3.5 mirror_spin_minus_material name,m = FeSiMinus, -1 substrate_material name = GlassNoAttenuation SupermirrorFlat.comp: INITIALIZE name=supermirror1 length = 4 m, thickness_in_mm = 0.5 mm side_edge normal,point = (0,1,0), (0,1,0) m mirror_coated_side = BothCoated mirror_spin_plus_material name,m = FeSiPlus, 3.5 mirror_spin_minus_material name,m = FeSiMinus, -1 substrate_material name = GlassNoAttenuation SupermirrorFlat.comp: INITIALIZE name=supermirror1 length = 4 m, thickness_in_mm = 0.5 mm side_edge normal,point = (0,1,0), (0,1,0) m mirror_coated_side = BothCoated mirror_spin_plus_material name,m = FeSiPlus, 3.5 mirror_spin_minus_material name,m = FeSiMinus, -1 substrate_material name = GlassNoAttenuation absorber_coated_side = BothNotCoated absorber_material name,thickness in micron = Empty, 0 initial_placement_at_origin = TopFrontEdgeCentre tilt_y_axis_location = TopMirrorCentre tilt_about_y_first_in_degree, translation_second, rot_about_z_third_in_degree = 0.64 deg, (0,0,0) m, 0 deg absorber_coated_side = BothNotCoated absorber_material name,thickness in micron = Empty, 0 initial_placement_at_origin = TopFrontEdgeCentre tilt_y_axis_location = TopMirrorCentre tilt_about_y_first_in_degree, translation_second, rot_about_z_third_in_degree = 0.64 deg, (0,0,0) m, 0 deg tilt_about_y_first_in_degree, translation_second, rot_about_z_third_in_degree = 0.64 deg, (0,0,0) m, 0 deg side_edge normal,point = (0,1,0), (0,1,0) m mirror_coated_side = BothCoated mirror_spin_plus_material name,m = FeSiPlus, 3.5 mirror_spin_minus_material name,m = FeSiMinus, -1 substrate_material name = GlassNoAttenuation absorber_coated_side = BothNotCoated absorber_material name,thickness in micron = Empty, 0 initial_placement_at_origin = TopFrontEdgeCentre tilt_y_axis_location = TopMirrorCentre tilt_about_y_first_in_degree, translation_second, rot_about_z_third_in_degree = 0.64 deg, (0,0,0) m, 0 deg SupermirrorFlat.comp: INITIALIZE name=supermirror1 length = 4 m, thickness_in_mm = 0.5 mm side_edge normal,point = (0,1,0), (0,1,0) m mirror_coated_side = BothCoated mirror_spin_plus_material name,m = FeSiPlus, 3.5 mirror_spin_minus_material name,m = FeSiMinus, -1 substrate_material name = GlassNoAttenuation absorber_coated_side = BothNotCoated absorber_material name,thickness in micron = Empty, 0 initial_placement_at_origin = TopFrontEdgeCentre tilt_y_axis_location = TopMirrorCentre tilt_about_y_first_in_degree, translation_second, rot_about_z_third_in_degree = 0.64 deg, (0,0,0) m, 0 deg absorber_coated_side = BothNotCoated absorber_material name,thickness in micron = Empty, 0 initial_placement_at_origin = TopFrontEdgeCentre tilt_y_axis_location = TopMirrorCentre tilt_about_y_first_in_degree, translation_second, rot_about_z_third_in_degree = 0.64 deg, (0,0,0) m, 0 deg SupermirrorFlat.comp: INITIALIZE name=supermirror1 length = 4 m, thickness_in_mm = 0.5 mm side_edge normal,point = (0,1,0), (0,1,0) m mirror_coated_side = BothCoated mirror_spin_plus_material name,m = FeSiPlus, 3.5 mirror_spin_minus_material name,m = FeSiMinus, -1 SupermirrorFlat.comp: INITIALIZE name=supermirror1 length = 4 m, thickness_in_mm = 0.5 mm side_edge normal,point = (0,1,0), (0,1,0) m mirror_coated_side = BothCoated mirror_spin_plus_material name,m = FeSiPlus, 3.5 mirror_spin_minus_material name,m = FeSiMinus, -1 substrate_material name = GlassNoAttenuation absorber_coated_side = BothNotCoated absorber_material name,thickness in micron = Empty, 0 initial_placement_at_origin = TopFrontEdgeCentre tilt_y_axis_location = TopMirrorCentre tilt_about_y_first_in_degree, translation_second, rot_about_z_third_in_degree = 0.64 deg, (0,0,0) m, 0 deg SupermirrorFlat.comp: INITIALIZE name=supermirror1 length = 4 m, thickness_in_mm = 0.5 mm side_edge normal,point = (0,1,0), (0,1,0) m mirror_coated_side = BothCoated mirror_spin_plus_material name,m = FeSiPlus, 3.5 mirror_spin_minus_material name,m = FeSiMinus, -1 substrate_material name = GlassNoAttenuation absorber_coated_side = BothNotCoated absorber_material name,thickness in micron = Empty, 0 initial_placement_at_origin = TopFrontEdgeCentre tilt_y_axis_location = TopMirrorCentre tilt_about_y_first_in_degree, translation_second, rot_about_z_third_in_degree = 0.64 deg, (0,0,0) m, 0 deg SupermirrorFlat.comp: INITIALIZE name=supermirror1 length = 4 m, thickness_in_mm = 0.5 mm side_edge normal,point = (0,1,0), (0,1,0) m mirror_coated_side = BothCoated mirror_spin_plus_material name,m = FeSiPlus, 3.5 substrate_material name = GlassNoAttenuation absorber_coated_side = BothNotCoated absorber_material name,thickness in micron = Empty, 0 initial_placement_at_origin = TopFrontEdgeCentre tilt_y_axis_location = TopMirrorCentre tilt_about_y_first_in_degree, translation_second, rot_about_z_third_in_degree = 0.64 deg, (0,0,0) m, 0 deg SupermirrorFlat.comp: INITIALIZE name=supermirror1 length = 4 m, thickness_in_mm = 0.5 mm side_edge normal,point = (0,1,0), (0,1,0) m mirror_coated_side = BothCoated mirror_spin_plus_material name,m = FeSiPlus, 3.5 mirror_spin_minus_material name,m = FeSiMinus, -1 substrate_material name = GlassNoAttenuation absorber_coated_side = BothNotCoated absorber_material name,thickness in micron = Empty, 0 initial_placement_at_origin = TopFrontEdgeCentre tilt_y_axis_location = TopMirrorCentre tilt_about_y_first_in_degree, translation_second, rot_about_z_third_in_degree = 0.64 deg, (0,0,0) m, 0 deg mirror_spin_minus_material name,m = FeSiMinus, -1 substrate_material name = GlassNoAttenuation absorber_coated_side = BothNotCoated absorber_material name,thickness in micron = Empty, 0 initial_placement_at_origin = TopFrontEdgeCentre tilt_y_axis_location = TopMirrorCentre tilt_about_y_first_in_degree, translation_second, rot_about_z_third_in_degree = 0.64 deg, (0,0,0) m, 0 deg SupermirrorFlat.comp: INITIALIZE name=supermirror1 length = 4 m, thickness_in_mm = 0.5 mm side_edge normal,point = (0,1,0), (0,1,0) m mirror_coated_side = BothCoated mirror_spin_plus_material name,m = FeSiPlus, 3.5 SupermirrorFlat.comp: INITIALIZE name=supermirror1 length = 4 m, thickness_in_mm = 0.5 mm side_edge normal,point = (0,1,0), (0,1,0) m mirror_coated_side = BothCoated mirror_spin_plus_material name,m = FeSiPlus, 3.5 mirror_spin_minus_material name,m = FeSiMinus, -1 SupermirrorFlat.comp: INITIALIZE name=supermirror1 length = 4 m, thickness_in_mm = 0.5 mm side_edge normal,point = (0,1,0), (0,1,0) m mirror_coated_side = BothCoated mirror_spin_plus_material name,m = FeSiPlus, 3.5 mirror_spin_minus_material name,m = FeSiMinus, -1 substrate_material name = GlassNoAttenuation SupermirrorFlat.comp: INITIALIZE name=supermirror1 length = 4 m, thickness_in_mm = 0.5 mm side_edge normal,point = (0,1,0), (0,1,0) m mirror_coated_side = BothCoated mirror_spin_plus_material name,m = FeSiPlus, 3.5 mirror_spin_minus_material name,m = FeSiMinus, -1 substrate_material name = GlassNoAttenuation absorber_coated_side = BothNotCoated absorber_material name,thickness in micron = Empty, 0 initial_placement_at_origin = TopFrontEdgeCentre tilt_y_axis_location = TopMirrorCentre tilt_about_y_first_in_degree, translation_second, rot_about_z_third_in_degree = 0.64 deg, (0,0,0) m, 0 deg absorber_coated_side = BothNotCoated absorber_material name,thickness in micron = Empty, 0 initial_placement_at_origin = TopFrontEdgeCentre tilt_y_axis_location = TopMirrorCentre mirror_spin_minus_material name,m = FeSiMinus, -1 substrate_material name = GlassNoAttenuation absorber_coated_side = BothNotCoated absorber_material name,thickness in micron = Empty, 0 initial_placement_at_origin = TopFrontEdgeCentre tilt_y_axis_location = TopMirrorCentre tilt_about_y_first_in_degree, translation_second, rot_about_z_third_in_degree = 0.64 deg, (0,0,0) m, 0 deg substrate_material name = GlassNoAttenuation absorber_coated_side = BothNotCoated absorber_material name,thickness in micron = Empty, 0 initial_placement_at_origin = TopFrontEdgeCentre tilt_y_axis_location = TopMirrorCentre tilt_about_y_first_in_degree, translation_second, rot_about_z_third_in_degree = 0.64 deg, (0,0,0) m, 0 deg tilt_about_y_first_in_degree, translation_second, rot_about_z_third_in_degree = 0.64 deg, (0,0,0) m, 0 deg *** TRACE end *** Detector: PSD_after_supermirror_zoom_in_I=3.12505e-05 PSD_after_supermirror_zoom_in_ERR=5.06976e-09 PSD_after_supermirror_zoom_in_N=3.7996e+07 "PSD_after_supermirror_zoom_in.dat" Detector: PSD_after_supermirror_I=4.11234e-05 PSD_after_supermirror_ERR=5.81572e-09 PSD_after_supermirror_N=5e+07 "PSD_after_supermirror.dat" Detector: PSD_after_supermirror_zoom_out_I=4.11234e-05 PSD_after_supermirror_zoom_out_ERR=5.81572e-09 PSD_after_supermirror_zoom_out_N=5e+07 "PSD_after_supermirror_zoom_out.dat" Detector: spectrum_I=4.11234e-05 spectrum_ERR=5.81572e-09 spectrum_N=5e+07 "spectrum.dat" Detector: Pol_lambda_I=0 Pol_lambda_ERR=0 Pol_lambda_N=3.7996e+07 "pol_lambda.dat" Detector: Polmap_average_I=0 Polmap_average_ERR=0 Polmap_average_N=8e+08 "Polmap_average.dat" Detector: Polmap_zoom_in_I=0 Polmap_zoom_in_ERR=0 Polmap_zoom_in_N=6.07936e+08 "Polmap_zoom_in.dat" Detector: Polmap_I=0 Polmap_ERR=0 Polmap_N=8e+08 "Polmap.dat" Detector: Polmap_zoom_out_I=0 Polmap_zoom_out_ERR=0 Polmap_zoom_out_N=8e+08 "Polmap_zoom_out.dat" INFO: Placing instr file copy Supermirror_thin_substrate.instr in dataset 1 INFO: Placing generated c-code copy Supermirror_thin_substrate.c in dataset 1