Performances Analysis
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Start date 7/9/2025 7:14:48 PM
   System initialization 0 sec
   Simulation initialization 0 sec
   Simulation 3 sec
   Result generation 8 sec
End date 7/9/2025 7:14:59 PM
Total duration 11 sec

Computer details

Total number of available logical cores 20
Total number of available physical cores 14
Total number of simulation threads 20
Total number of logical core.h 1
Total number of physical core.h 1
Total CPU time 30 sec

Power Report
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Number of emitted rays 200020
Stopped by max impacts 0

Radiometry

Absorbed power 0.0314446 Watt
Error power 0.00015 Watt
Generated power 1 Watt
Power emitted by the sources 1 Watt
Power of stopped rays 0 Watt
Radiated power 0.968405 Watt

Photometry

Absorbed power 21.4767 Lumen
Error power 0.10245 Lumen
Generated power 683 Lumen
Power emitted by the sources 683 Lumen
Power of stopped rays 0 Lumen
Radiated power 661.421 Lumen

Error Report
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Total number of errors 30 (0.0149985%)

Details

Volume body not closed 21 (0.010499%)
Volume conflict 9 (0.00449955%)

Results
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Optical Design Exchange.1/Irradiance.1:2585

  • File: Direct.1.Irradiance.1.Optical Design Exchange.1.56.xmp
  • Resolution: 1,000 x 1,000
  • Size: 2.86684 mm x 2.86684 mm
  • Flux: 389.216 lm
  • Measures:
    Row Area Shape Parameters Magnitude Operator Measure Thresholds Value Standard Deviation Rule Formula Minimum % of Min Maximum % of Max Confidence Level Minimum Specification % of Min Spec Maximum Specification % of Max Spec Confidence Level Specification
    1 Area_copy1 Ellipse (0 ; 0) (0.1 ; 0.1) illuminance None Barycenter_X 5.59941e-05 mm
    2 illuminance None Flux 387.958 lm
    3 Area_copy2 Ellipse (0 ; 0) (0.1 ; 0.1) illuminance None Barycenter_Y -1.84322e-06 mm
    4 illuminance None Flux 387.958 lm
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Geometry Report
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Number of bodies 7
Number of faces 24
Ray caster engine Embree3
Ambient material Optic (Index 1, Absorption 0)
Number of triangles 4,495

Body List

Surface Context: Surface:10465 (Surface body)
face.1 SOP: Mirror Reflectance 100 %
face.1 Source: Surface.1:2448
Lens_9-10 Context: Optical Design Exchange.1/Lens_9-10:2318
VOP: OHARA S-BAH10
Faces (×4) SOP: Optical Polished
Faces (×4) LOCAL MESHING: Sag Proportional to Face size 500, Step Proportional to Face size 1, Angle 15°
Lens_8-9 Context: Optical Design Exchange.1/Lens_8-9:2363
VOP: OHARA S-TIH11
Faces (×4) SOP: Optical Polished
Faces (×4) LOCAL MESHING: Sag Proportional to Face size 500, Step Proportional to Face size 1, Angle 15°
Lens_6-7 Context: Optical Design Exchange.1/Lens_6-7:2408
VOP: OHARA S-LAL9
Faces (×4) SOP: Optical Polished
Faces (×4) LOCAL MESHING: Sag Proportional to Face size 500, Step Proportional to Face size 1, Angle 15°
Stop_5 Context: Optical Design Exchange.1/Stop_5:2453 (Surface body)
face.1 SOP: Mirror Reflectance 0 %
face.1 LOCAL MESHING: Sag Proportional to Face size 500, Step Proportional to Face size 1, Angle 15°
Lens_3-4 Context: Optical Design Exchange.1/Lens_3-4:2479
VOP: OHARA S-TIM25
Faces (×5) SOP: Optical Polished
Faces (×5) LOCAL MESHING: Sag Proportional to Face size 500, Step Proportional to Face size 1, Angle 15°
Lens_1-2 Context: Optical Design Exchange.1/Lens_1-2:2532
VOP: OHARA S-LAL9
Faces (×5) SOP: Optical Polished
Faces (×5) LOCAL MESHING: Sag Proportional to Face size 500, Step Proportional to Face size 1, Angle 15°

Simulation Parameters
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Direct simulation

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

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