Performances Analysis
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Start date 20/01/2025 09:55:15
   System initialization 2 min 15 sec
   Simulation initialization 1 min 50 sec
   Simulation 1 min 49 sec
   Result generation 1 sec
End date 20/01/2025 10:01:10
Total duration 5 min 55 sec

Computer details

Total number of available logical cores 16
Total number of available physical cores 8
Total number of simulation threads 16
Total number of logical core.h 1
Total number of physical core.h 1
Total CPU time 26 min 8 sec

Power Report
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Number of emitted rays 200000016
Stopped by max impacts 1944

Radiometry

Absorbed power 0.00206268 Watt
Error power 6.38528e-05 Watt
Generated power 0.00475229 Watt
Power emitted by the sources 0.00475229 Watt
Power of stopped rays 4.59002e-10 Watt
Radiated power 0.00262576 Watt

Photometry

Absorbed power 0.190881 Lumen
Error power 0.00601113 Lumen
Generated power 0.440123 Lumen
Power emitted by the sources 0.44 Lumen
Power of stopped rays 5.92167e-08 Lumen
Radiated power 0.24323 Lumen

Error Report
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Total number of errors 2,687,241 (1.34362%)

Details

2D tangency 2,676,890 (1.33844%)
Volume body not closed 4,675 (0.0023375%)
Volume conflict 5,676 (0.002838%)

Results
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Optical Design Exchange.1/Irradiance.1:738

Geometry Report
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Number of bodies 15
Number of faces 227
Ray caster engine Embree3
Ambient material Optic (Index 1, Absorption 0)
Number of triangles 11,098,965

Body List

Surface Context: Sun/Sun Pattern/S_Field/Surface:745
VOP: Optic (Index 1, Absorption 0)
face.1 SOP: Optical Polished
face.1 Source: Sun/Sun Pattern/S_Field/Sun:233
Solid Context: Solid:8972 (Surface body)
Faces (×6) SOP: Mirror Reflectance 0 %
spacer_l1_.prt Context: spacer_l1_.prt/spacer_l1_.prt:10260 (Surface body)
Faces (×16) SOP: black anodized.anisotropicbsdf
spacer_l2_.prt Context: spacer_l2_.prt/spacer_l2_.prt:10710 (Surface body)
Faces (×25) SOP: black anodized.anisotropicbsdf
spacer_l3_.prt Context: spacer_l3_.prt/spacer_l3_.prt:11043 (Surface body)
Faces (×15) SOP: black anodized.anisotropicbsdf
spacer_l4_.prt Context: spacer_l4_.prt/spacer_l4_.prt:11392 (Surface body)
Faces (×19) SOP: black anodized.anisotropicbsdf
lensmount__.prt Context: lensmount__.prt/lensmount__.prt:9411 (Surface body)
Faces (×55) SOP: black anodized.anisotropicbsdf
sunshield__.prt Context: sunshield__.prt/sunshield__.prt:713 (Surface body)
Faces (×57) SOP: black anodized.anisotropicbsdf
Lens_10-11 Context: Optical Design Exchange.1/Lens_10-11:359
VOP: SCHOTT N-LAK34
Faces (×5) SOP: Optical Polished
Faces (×5) LOCAL MESHING: Sag Fixed 0.0001mm, Step Fixed 0.1mm, Angle 12°
Lens_8-9 Context: Optical Design Exchange.1/Lens_8-9:415
VOP: SCHOTT N-LAK34
Faces (×5) SOP: Optical Polished
Faces (×5) LOCAL MESHING: Sag Fixed 0.0001mm, Step Fixed 0.1mm, Angle 12°
Lens_7-8 Context: Optical Design Exchange.1/Lens_7-8:471
VOP: SCHOTT F2
Faces (×6) SOP: Optical Polished
Faces (×6) LOCAL MESHING: Sag Fixed 0.0001mm, Step Fixed 0.1mm, Angle 12°
Stop_6 Context: Optical Design Exchange.1/Stop_6:535 (Surface body)
face.1 SOP: Mirror Reflectance 0 %
face.1 LOCAL MESHING: Sag Fixed 0.0001mm, Step Fixed 0.1mm, Angle 12°
Lens_4-5 Context: Optical Design Exchange.1/Lens_4-5:562
VOP: SCHOTT SF2
Faces (×6) SOP: Optical Polished
Faces (×6) LOCAL MESHING: Sag Fixed 0.0001mm, Step Fixed 0.1mm, Angle 12°
Lens_3-4 Context: Optical Design Exchange.1/Lens_3-4:626
VOP: SCHOTT N-PSK53A
Faces (×5) SOP: Optical Polished
Faces (×5) LOCAL MESHING: Sag Fixed 0.0001mm, Step Fixed 0.1mm, Angle 12°
Lens_1-2 Context: Optical Design Exchange.1/Lens_1-2:682
VOP: SCHOTT N-LAK34
Faces (×5) SOP: Optical Polished
Faces (×5) LOCAL MESHING: Sag Fixed 0.0001mm, Step Fixed 0.1mm, Angle 12°

Simulation Parameters
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Direct simulation

Automatic save frequency 1,800 s
Fast transmission gathering ✖
Dispersion ✔
Propagation error analysis ✖

Geometry

Meshing sag mode Proportional to Face size
Meshing sag value 500
Meshing step mode Proportional to Face size
Meshing step value 1
Meshing angle 15 °
Texture ✔
Texture normalization None
Normal Map ✔
VOP on surface ✖
Specific parameters for facet edges ✖

Simulation

Geometrical distance tolerance 5e-05 m
Maximum number of surface interactions 100
Weight ✔
Minimum energy percentage 0.5 %
Colorimetric standard CIE 1931
Ray tracer precision Automatic