| NON-SEQUENTIAL FEATURE SUMMARY (ZEMAX-EE ONLY) |
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EE |
| GENERAL |
3D optics placement in a global coordinate system, with optional linking of object positions |
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| Unlimited number of sources, objects, detectors, rays, etc. |
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| SOURCE TYPES |
Point, diode, elliptical, rectangular, filament, volume, surface, Radiant SourceTM, user defined |
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| OBJECT TYPES |
Triangles, rectangles, ellipses, cones, cylinders, pipes, torus, surfaces, prisms |
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| Fresnel lenses, conventional lenses, aspheres, toroids, cylinders, MEMS, CPC |
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| Diffractive optics, holograms, gratings, user defined objects and prisms |
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| Objects imported from CAD programs in IGES, STEP, SAT, or STL format |
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| Objects may be multiply nested, or in contact (glued) |
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| Media may be arbitrary glass, gradient index, absorbing, reflecting, scattering, or diffracting |
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| Thin film coatings may be placed on any face of any object, or between any objects |
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| TOOLS |
Export IGES, STEP, SAT, and STL solid model data for CAD programs |
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| Detected energy may be viewed at any position anywhere in the model |
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| Coherent and incoherent irradiance, intensity plots (power/solid angle) |
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| ANALYSIS |
Rays may split at any boundary into an arbitrary number of child rays |
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| Bulk and/or surface scattering on any object |
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| Rays for multiple orders of diffractive optics may be simultaneously traced |
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| Rays may be traced once and saved to a database for subsequent analysis |
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| Radiometric or photometric units and analysis |
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