Performances Analysis
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System Generation

Start date 1/9/2025 5:06:21 PM
   System initialization 0 sec
End date 1/9/2025 5:06:21 PM

Simulation

Start date 2/1/2025 11:31:28 PM
   Simulation initialization 0 sec
   Simulation 3 sec
   Result generation 0 sec
End date 2/1/2025 11:31:31 PM
Total duration 3 sec

Computer details

Total number of available logical cores 64
Total number of available physical cores 40
Total number of simulation threads 64
Total number of logical core.h 1
Total number of physical core.h 1
Total CPU time 4 sec

Power Report
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Number of emitted rays 200064
Stopped by max impacts 0

Radiometry

Absorbed power 0.0440691 Watt
Error power 0.00439 Watt
Generated power 1 Watt
Power emitted by the sources 1 Watt
Power of stopped rays 0 Watt
Radiated power 0.951541 Watt

Photometry

Absorbed power 8.49237 Lumen
Error power 0.824659 Lumen
Generated power 182.252 Lumen
Power emitted by the sources 182.457 Lumen
Power of stopped rays 0 Lumen
Radiated power 172.935 Lumen

Error Report
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Total number of errors 878 (0.43886%)

Details

Volume body not closed 878 (0.43886%)

Results
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Intensity.1:22

  • File: Direct.1.Intensity.1.xmp
  • Resolution: 18 x 18
  • Size: 180 ° x 180 °
  • Measure template file: D:\tdannenb\PySpeos_PyoptiSLang_usecases\02_Material_Modelling\speos_project\SPEOS isolated files\Design1\Direct.1.speos\Direct.1.Intensity.1.xml
  • Display template file: D:\tdannenb\PySpeos_PyoptiSLang_usecases\02_Material_Modelling\speos_project\SPEOS isolated files\Design1\Direct.1.speos\Direct.1.Intensity.1.xml
  • Flux: 0.951451 W
  • 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 Rectangle (0 ; 0) (180 ; 180) radiant_intensity None Flux 0.951451 W
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Source Report
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Number of sources 1

Source List

Surface source Surface.1:2393
   Flux value1 W; 182.457 lm
   ExitanceConstant
   Intensity typeLambertian
   Total angle180 °
   Spectrum typeLibrary
   File nameflat100_bc10-6ab9-d886-4429..spectrum

Geometry Report
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Number of bodies 2
Number of faces 12
Ray caster engine SmartEngine
Ambient material Optic (Index 1, Absorption 0)
Number of triangles 24

Body List

Solid Context: Solid:767
VOP: Optic (Index 1, Absorption 0)
Faces (×6) SOP: Optical Polished
face.1 Source: Surface.1:2393
Solid Context: Solid:695
VOP: mirror_x_10c3-506f-c6a1-0299..material
Faces (×6) SOP: Optical Polished

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 step mode Proportional to Body size
Meshing angle 15 °
Texture ✖
Meshing sag value 500
Meshing step value 1
VOP on surface ✖
Specific parameters for facet edges ✖

Simulation

Geometrical distance tolerance 5e-05 m
Maximum number of surface interactions 100
Smart Engine 11
Weight ✔
Minimum energy percentage 0.5 %
Colorimetric standard CIE 1931
Ray tracer precision Double