Performances Analysis
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Start date 12/30/2024 5:09:55 PM
   System initialization 1 sec
   Simulation initialization 0 sec
   Simulation 1 hour 47 min 57 sec
   Result generation 1 sec
End date 12/30/2024 6:57:54 PM
Total duration 1 hour 47 min 59 sec

Computer details

Total number of available logical cores 28
Total number of available physical cores 20
Total number of simulation threads 28
Total number of logical core.h 50
Total number of physical core.h 25
Total CPU time 1 day 16 hours 22 min 35 sec

Error Report
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Total number of errors 226,978,084 (2.15554%)

Details

2D tangency 207,363,725 (1.96927%)
Volume body not closed 870 (8.26211e-06%)
Volume conflict 19,613,489 (0.186263%)

Results
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Irradiance:8

  • File: Inverse.narcissus.Irradiance.xmp
  • Wavelength range: 1,500 nm - 10,000 nm
  • Wavelength number: 13
  • Resolution: 900 x 600
  • Size: 5.3 mm x 3.6 mm
  • Light Path Analysis is activated
    • IR-CAMERA_MOUNT: 13,469.7
    • IR-CAMERA_BAFFLE: 114,675
    • IR-CAMERA_BAFFLE2: 126,924
    • IR-CAMERA_LENS4: 64,676.4
  • Number of passes: 1,500
  • Preview:

Geometry Report
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Number of bodies 33
Number of faces 224
Ray caster engine Embree3
Ambient material Optic (Index 1, Absorption 0)
Number of triangles 33,182

Body List

IR-CAMERA_MOUNT Context: IR-CAMERA_MOUNT/IR-CAMERA_MOUNT:106 (Surface body)
Faces (×26) SOP: Mount.simplescattering
Faces (×26) Source: Thermic objective mount:123
IR-CAMERA_BAFFLE Context: IR-CAMERA_OCULTING_BAFFLE/IR-CAMERA_BAFFLE:286 (Surface body)
Faces (×6) SOP: Rings.simplescattering
Faces (×6) Source: Thermic occulting baffle:220
IR-CAMERA_BAFFLE2 Context: IR-CAMERA_SENSOR_BAFFLE/IR-CAMERA_BAFFLE2:289 (Surface body)
Faces (×5) SOP: Rings.simplescattering
Faces (×5) Source: Thermic sensor baffle:231
IR-CAMERA_SENSOR Context: IR-CAMERA_SENSOR/IR-CAMERA_SENSOR:232 (Surface body)
Faces (×142) SOP: sensor.simplescattering
Faces (×142) Source: Thermic sensor:242
Surface Context: IR-CAMERA_OBJECT_SOURCE/Surface:233 (Surface body)
face.1 SOP: Mount.simplescattering
face.1 Source: Thermic object:253
IR-CAMERA_RINGS Context: IR-CAMERA_RINGS/IR-CAMERA_RINGS:133 (Surface body)
Faces (×4) SOP: Rings.simplescattering
Faces (×4) Source: Thermic rings lenses:264
IR-CAMERA_RINGS Context: IR-CAMERA_RINGS/IR-CAMERA_RINGS:1141 (Surface body)
Faces (×4) SOP: Rings.simplescattering
Faces (×4) Source: Thermic rings lenses:264
IR-CAMERA_LENS4 Context: IR-CAMERA_LENS4/IR-CAMERA_LENS4:147
VOP: SF66.material
Faces (×3) SOP: Optical Polished
Faces (×2) LOCAL MESHING: Sag Fixed 0.01mm, Step Proportional to Face size 1, Angle 15°
IR-CAMERA_LENS3 Context: IR-CAMERA_LENS3/IR-CAMERA_LENS3:140
VOP: BaSF64A.material
Faces (×3) SOP: Optical Polished
Faces (×2) LOCAL MESHING: Sag Fixed 0.01mm, Step Proportional to Face size 1, Angle 15°
IR-CAMERA_LENS2 Context: IR-CAMERA_LENS2/IR-CAMERA_LENS2:120
VOP: BK7.material
Faces (×3) SOP: Optical Polished
Faces (×2) LOCAL MESHING: Sag Fixed 0.01mm, Step Proportional to Face size 1, Angle 15°
IR-CAMERA_LENS1 Context: IR-CAMERA_LENS1/IR-CAMERA_LENS1:113
VOP: SF5.material
Faces (×3) SOP: Optical Polished
Faces (×2) LOCAL MESHING: Sag Fixed 0.01mm, Step Proportional to Face size 1, Angle 15°
Surface Context: IR-CAMERA_OBJECT_SOURCE/Surface:235 (Surface body)
face.1 SOP: Mount.simplescattering
Surface Context: IR-CAMERA_OBJECT_SOURCE/Surface:237 (Surface body)
face.1 SOP: Mount.simplescattering
Surface Context: IR-CAMERA_OBJECT_SOURCE/Surface:238 (Surface body)
face.1 SOP: Mount.simplescattering
Surface Context: IR-CAMERA_OBJECT_SOURCE/Surface:240 (Surface body)
face.1 SOP: Mount.simplescattering
Surface Context: IR-CAMERA_OBJECT_SOURCE/Surface:242 (Surface body)
face.1 SOP: Mount.simplescattering
Surface Context: IR-CAMERA_OBJECT_SOURCE/Surface:244 (Surface body)
face.1 SOP: Mount.simplescattering
Surface Context: IR-CAMERA_OBJECT_SOURCE/Surface:246 (Surface body)
face.1 SOP: Mount.simplescattering
Surface Context: IR-CAMERA_OBJECT_SOURCE/Surface:248 (Surface body)
face.1 SOP: Mount.simplescattering
Surface Context: IR-CAMERA_OBJECT_SOURCE/Surface:250 (Surface body)
face.1 SOP: Mount.simplescattering
Surface Context: IR-CAMERA_OBJECT_SOURCE/Surface:252 (Surface body)
face.1 SOP: Mount.simplescattering
Surface Context: IR-CAMERA_OBJECT_SOURCE/Surface:253 (Surface body)
face.1 SOP: Mount.simplescattering
Surface Context: IR-CAMERA_OBJECT_SOURCE/Surface:255 (Surface body)
face.1 SOP: Mount.simplescattering
Surface Context: IR-CAMERA_OBJECT_SOURCE/Surface:257 (Surface body)
face.1 SOP: Mount.simplescattering
Surface Context: IR-CAMERA_OBJECT_SOURCE/Surface:259 (Surface body)
face.1 SOP: Mount.simplescattering
Surface Context: IR-CAMERA_OBJECT_SOURCE/Surface:261 (Surface body)
face.1 SOP: Mount.simplescattering
Surface Context: IR-CAMERA_OBJECT_SOURCE/Surface:263 (Surface body)
face.1 SOP: Mount.simplescattering
Surface Context: IR-CAMERA_OBJECT_SOURCE/Surface:265 (Surface body)
face.1 SOP: Mount.simplescattering
Surface Context: IR-CAMERA_OBJECT_SOURCE/Surface:267 (Surface body)
face.1 SOP: Mount.simplescattering
Surface Context: IR-CAMERA_OBJECT_SOURCE/Surface:269 (Surface body)
face.1 SOP: Mount.simplescattering
Surface Context: IR-CAMERA_OBJECT_SOURCE/Surface:271 (Surface body)
face.1 SOP: Mount.simplescattering
Surface Context: IR-CAMERA_OBJECT_SOURCE/Surface:273 (Surface body)
face.1 SOP: Mount.simplescattering
IR-CAMERA_PROTECT-GLASS Context: IR-CAMERA_PROTECT-GLASS/IR-CAMERA_PROTECT-GLASS:293 (Surface body)
Faces (×3) SOP: Optical Polished

Simulation Parameters
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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 ✖

Inverse simulation

Monte Carlo algorithm ✔
Number of gathering rays per source 1
Dispersion ✔
Splitting ✖
Maximum gathering error 0
Use rendering properties as optical properties ✖
Fast transmission gathering ✖
Optimized propagation None
Automatic save frequency 1,800 s
Propagation error analysis ✖

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