TracePro can be used in the display industry to mimic all types of display systems, from backlight systems to front light, light tubes, fiber optics, display panels and LCD projection systems. Applications include: lighting, light guides, backlight modules, thin film optics, optical machine design, projection systems, stray light. Commonly established models: lighting systems, lamps and fixtures, automotive lighting systems (headlights, taillights, interior and instrument lighting), telescopes, camera systems, infrared imaging systems, remote sensing systems, spectrometers, light guides, light spheres, projection systems, backlights. As the next generation of deviation ray analysis software, TracePro requires effective and accurate ray analysis. To achieve these goals, TracePro has the ability to process complex geometries to define and track millions of lights. Graphical display, visual operations, and databases that provide 3D entity models; Import and export data formats of mainstream CAD software and lens design software.
Therefore, optical designers generally design optical element models in 3D software and then import them into Tracepro software for analysis and simulation. This paper introduces a kind of "insert lens element" function in the "insert" menu provided by TracePro software to simply design a TV lens, in which more functions can be developed to further optimize the design results.