Abstract: Systems and methods for creating a 3D photorealistic model of a real-life object by applying a combined solution based on the analysis of photographic images combined with use of the data obtained from depth sensors, which are able to read the depth of and, thereby create maps of, the area sensed. Data arrives from two types of devices and is compared and combined. The developed matching algorithm captures the data and automatically creates a photorealistic 3D model of an object without the need for further manual processing. From this, photorealistic quality 3D models are created by building a polygon mesh and creating sets of textures, using the data coming from these two device types. The depth sensors make it possible to perform calculations of the depth maps generated from the real surrounding space of the object sensed.

Abstract: A flexible LED lighting material and a frame assembly for use with the light material. In addition, the invention comprises a lighting device that is comprised of a flexible substrate comprising at least one fastener; at least one flexible LED light strip having LED elements and being affixed to the flexible substrate; a collapsible frame assembly to which the at least one fastener removably attaches the flexible substrate; and an electric ballast electrically connected to the at least one flexible LED light strip and, when operated, supplying power to the at least one flexible LED light strip to light at least some of the LED elements.