Performances Analysis
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Start date 17/09/2026 10:08:46
   System initialization 32 sec
   Simulation initialization 1 sec
   Simulation 20 min 2 sec
   Result generation 9 sec
End date 17/09/2026 10:29:30
Total duration 20 min 44 sec

Computer details

Total number of available logical cores 20
Total number of available physical cores 20
Total number of simulation threads 20
Total number of logical core.h 6
Total number of physical core.h 3
Total CPU time 5 hours 57 min 11 sec

Power Report
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Number of emitted rays 730052297
Stopped by max impacts 59237

Radiometry

Absorbed power 0,966831 Watt
Error power 0,00313861 Watt
Generated power 1 Watt
Power emitted by the sources 1 Watt
Power of stopped rays 4,72665e-09 Watt
Radiated power 0,0300305 Watt

Photometry

Absorbed power 90,8912 Lumen
Error power 0,306197 Lumen
Generated power 94,1761 Lumen
Power emitted by the sources 94,1727 Lumen
Power of stopped rays 4,05618e-07 Lumen
Radiated power 2,97871 Lumen

Error Report
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Total number of errors 8.694.967 (1,19101%)

Details

2D tangency 554.067 (0,0758942%)
Volume body not closed 1.432 (0,00019615%)
Volume conflict 8.139.468 (1,11492%)

Results
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Intensity:1

  • File: Detector FOV Analysis.Intensity.xmp
  • Resolution: 900 x 900
  • Size: 90 ° (conoscopic)
  • Light Path Analysis is activated
  • Measure template file: C:\Users\tlauinge\OneDrive - Synopsys, Inc\04_Internal\R&D\ODX KBA\Data\Data\Start\Speos\SPEOS input files\Detector FOV Analysis.Intensity.xml
  • Display template file: C:\Users\tlauinge\OneDrive - Synopsys, Inc\04_Internal\R&D\ODX KBA\Data\Data\Start\Speos\SPEOS input files\Detector FOV Analysis.Intensity.xml
  • Flux: 0.0212589 W
  • Measures:
    Row Area Shape Parameters Magnitude Operator Measure 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 Complete_Area Corona (0 ; 90) (0 ; 359.99) radiant_intensity None Average 0.00338344 W/sr
    2 Area_1 Corona (0 ; 26) (0 ; 359.99) radiant_intensity None Average 0.0162468 W/sr
    3 Area_2 Corona (48.5 ; 53) (144 ; 158.137) radiant_intensity None Average 0.00353881 W/sr
    4 Area_3 Corona (60 ; 90) (144 ; 156.701) radiant_intensity None Average 4.82039e-05 W/sr
    5 Radial_Line User line (0 ; 0) (90 ; 150.642) radiant_intensity None Average 0.008364 W/sr
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Source Report
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Number of sources 1

Source List

Surface source Imager Source:109
   Flux value1 W; 94,1727 lm
   ExitanceConstant
   Intensity typeLambertian
   Total angle180 °
   Spectrum typeBlackbody
   Temperature6.000 K

Geometry Report
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Number of bodies 16
Number of faces 202
Ray caster engine Embree3
Ambient material Optic (Index 1, Absorption 0)
Number of triangles 3.513.810

Body List

SENSOR Context: camerafinal.asm/SENSOR/SENSOR:50829
VOP: Opaque
Faces (×7) SOP: Mirror Reflectance 0 %
face.1 Source: Imager Source:109
MECH_BARREL Context: camerafinal.asm/MECH_BARREL/MECH_BARREL:27685
VOP: Opaque
Faces (×76) SOP: Black_anodized.simplescattering
MECH_BAFFLE1 Context: camerafinal.asm/MECH_BAFFLE1/MECH_BAFFLE1:1268
VOP: Opaque
Faces (×4) SOP: Black_anodized.simplescattering
MECH_BAFFLE2 Context: camerafinal.asm/MECH_BAFFLE2/MECH_BAFFLE2:1576
VOP: Opaque
Faces (×4) SOP: Black_anodized.simplescattering
MECH_BAFFLE3 Context: camerafinal.asm/MECH_BAFFLE3/MECH_BAFFLE3:529
VOP: Opaque
Faces (×4) SOP: Black_anodized.simplescattering
MECH_BAFFLE4 Context: camerafinal.asm/MECH_BAFFLE4/MECH_BAFFLE4:847
VOP: Opaque
Faces (×4) SOP: Black_anodized.simplescattering
MECH_BAFFLE5 Context: camerafinal.asm/MECH_BAFFLE5/MECH_BAFFLE5:27710
VOP: Opaque
Faces (×24) SOP: Black_anodized.simplescattering
SENSOR HOUSING Context: camerafinal.asm/SENSOR HOUSING/SENSOR HOUSING:3423
VOP: Opaque
Faces (×7) SOP: Black_anodized.simplescattering
Lens_1-2 Context: Optical Design Exchange.1/Lens_1-2:86
VOP: SCHOTT_N-BK7.zemaxMaterial
Faces (×3) SOP: Optical Polished
Faces (×3) LOCAL MESHING: Sag Fixed 1e-05mm, Step Fixed 0,1mm, Angle 12°
Faces (×2) Uses an analytic intersector
Stop_4 Context: Optical Design Exchange.1/Stop_4:122 (Surface body)
face.1 SOP: Mirror Reflectance 0 %
face.1 LOCAL MESHING: Sag Fixed 1e-05mm, Step Fixed 0,1mm, Angle 12°
Lens_5-6 Context: Optical Design Exchange.1/Lens_5-6:151
VOP: MOBILE_PHONE_MATERIALS_APL5014C.zemaxMaterial
Faces (×12) SOP: Optical Polished
Faces (×12) LOCAL MESHING: Sag Fixed 1e-05mm, Step Fixed 0,1mm, Angle 12°
Faces (×2) Uses an analytic intersector
Lens_7-8 Context: Optical Design Exchange.1/Lens_7-8:195
VOP: MOBILE_PHONE_MATERIALS_EP10000.zemaxMaterial
face.1 SOP: AR.bsdf180
Faces (×14) LOCAL MESHING: Sag Fixed 1e-05mm, Step Fixed 0,1mm, Angle 12°
Faces (×2) Uses an analytic intersector
Faces (×13) SOP: Optical Polished
Lens_9-10 Context: Optical Design Exchange.1/Lens_9-10:239
VOP: MOBILE_PHONE_MATERIALS_APL5014C.zemaxMaterial
Faces (×15) SOP: Optical Polished
Faces (×16) LOCAL MESHING: Sag Fixed 1e-05mm, Step Fixed 0,1mm, Angle 12°
Faces (×2) Uses an analytic intersector
face.1 SOP: AR.1.bsdf180
Lens_11-12 Context: Optical Design Exchange.1/Lens_11-12:275
VOP: MOBILE_PHONE_MATERIALS_EP10000.zemaxMaterial
face.1 SOP: AR.3.bsdf180
Faces (×12) LOCAL MESHING: Sag Fixed 1e-05mm, Step Fixed 0,1mm, Angle 12°
Faces (×2) Uses an analytic intersector
Faces (×9) SOP: Optical Polished
Faces (×2) SOP: AR.2.bsdf180
Lens_13-14 Context: Optical Design Exchange.1/Lens_13-14:319
VOP: MOBILE_PHONE_MATERIALS_APL5014C.zemaxMaterial
Faces (×11) SOP: Optical Polished
Faces (×11) LOCAL MESHING: Sag Fixed 1e-05mm, Step Fixed 0,1mm, Angle 12°
Faces (×2) Uses an analytic intersector
Lens_15-16 Context: Optical Design Exchange.1/Lens_15-16:363
VOP: SCHOTT_N-BK7.zemaxMaterial
Faces (×3) SOP: Optical Polished
Faces (×3) LOCAL MESHING: Sag Fixed 1e-05mm, Step Fixed 0,1mm, Angle 12°
Faces (×2) Uses an analytic intersector

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 Body size
Meshing sag value 5.000
Meshing step mode Proportional to Body size
Meshing step value 100
Meshing angle 15 °
Specific parameters for facet edges ✖
VOP on surface ✖
Texture ✖

Simulation

Ray tracer precision Single
Geometrical distance tolerance 1e-06 m
Maximum number of surface interactions 100
Weight ✔
Minimum energy percentage 0,5 %
Colorimetric standard CIE 1931