Abstract
This paper describes a composite light capturing and projection system that contains 16 light capturing and projection configurations where the default image projection of the scene will be structured into 16 sub image projections. The composite light capturing and projection system consists of 16 light capturing and projection configurations. The entire composite light capturing and projection system will consists of 5 main entity types. They are the generally utilized concave mirror section, the generally utilized beam splitter, the generally utilized primary reflector, the generally utilized short light projection sub configuration and the generally utilized long light projection sub configuration. The 16 light capturing and projection configurations will have the capability to project 16 image projections of the scene in front of the composite light capturing and projection system. Each light capturing and projection configuration will utilize a sensor that will collect a section of the total image projection of the scene. The composite light capturing and projection system, by collectively utilizing the containing 16 light capturing and projection configurations, will have the capability to structure the original image projection of the scene in front of it into 16 sub image projections.
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.
Recommended Citation
abeysekera, punarjeewa, "The Composite Light Capturing and Projection System that Contains 16 Light Capturing and Projection Systems where the Default Image Projection of the Scene will be structured into 16 sub Image Projections.", Technical Disclosure Commons, (January 12, 2025)
https://www.tdcommons.org/dpubs_series/7721