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RENDERING IMAGES WITH RECONSTRUCTION OF FOVEATED RESOLUTION DISPLAYS

发明专利审中
20权利要求 · 3 独立
§ Ⅰ

卷宗概要

发明人

Misael Perez Martinez; Yongman Lee; Wonjae Choi; Dustin Wai

IPC 分类

G6F 3/1G6T 3/40G6T 11/

CPC 分类

G6F3/13G6T3/40G6T11/1G6T2210/21

Methods, systems, and storage media for rendering images are disclosed. Exemplary implementations may: receive object(s) in an area of interest of a mixed reality environment; identify a foveated region; generate a grid in proximity to the foveated region; determine coordinate(s), wherein each coordinate is defined based on a spatial orientation in the grid; assign the coordinate(s) to the object(s) in the area of interest; compress a portion of the grid external to the foveated region and data associated with the object(s) covered by the portion of the grid external to the foveated region; implement a chromatic aberration correction (CAC) protocol to the compressed coordinate data and compressed object data; transmit the foveated region, compressed coordinate data and object data; decompress the compressed coordinate data and object data; and render an environment associated with the area of interest using the foveated image and object data external to the foveated image.

原文(中文)

Methods, systems, and storage media for rendering images are disclosed. Exemplary implementations may: receive object(s) in an area of interest of a mixed reality environment; identify a foveated region; generate a grid in proximity to the foveated region; determine coordinate(s), wherein each coordinate is defined based on a spatial orientation in the grid; assign the coordinate(s) to the object(s) in the area of interest; compress a portion of the grid external to the foveated region and data associated with the object(s) covered by the portion of the grid external to the foveated region; implement a chromatic aberration correction (CAC) protocol to the compressed coordinate data and compressed object data; transmit the foveated region, compressed coordinate data and object data; decompress the compressed coordinate data and object data; and render an environment associated with the area of interest using the foveated image and object data external to the foveated image.