Graph picture mixed processing method in two-dimensional and three-dimensional environments

Abstract

The invention discloses a graph picture mixed processing method in two-dimensional and three-dimensional environments. The graph picture mixed processing method comprises obtaining respectively different graph picture mixed processing methods aiming at the two-dimensional and three-dimensional environments; enabling the respectively different graph picture mixed processing methods aiming at the two-dimensional and three-dimensional environments to generate different dynamic depots respectively; judging whether current image mixed processing application aims at the two-dimensional environment or the three-dimensional environment, invoking a graph picture mixed method in the corresponding dynamic depots and conducting mixed processing. By means of the method provided by an embodiment of the graph picture mixed processing method, graph picture mixing in the three-dimensional environment is solved, black edge situations produced by a peripheral edge are solved, graph picture mixing in the two-dimensional environment is solved, distortion situations such as content and shape changes are avoided, a scheduling problem between different methods of the graph picture mixing under two-dimensional and three-dimensional coexisting environments is effectively solved, and system overhead and program running time are greatly reduced.

Description

Technical field [0001] The present invention relates to the field of broadcast and television, in particular to a method for mixed processing of graphics and images in two-dimensional and three-dimensional environments. Background technique [0002] Under certain mixing rules, the source pixels and target pixels are mixed to make the resulting scene more realistic. For the mixing operation, the simple understanding is to regard the RGB component of the pixel as its color, and the Alpha component as its transparency. The opacity of transparent and translucent surfaces is lower than that of opaque surfaces, that is, their Alpha value is lower than that of opaque surfaces. For example, if you observe an object through green glass, part of the color we see comes from the green of the glass and part of it comes from the color of the object. The proportion of these two colors depends on the broadcast properties of the glass and the transparency of the object. [0003] In the process o...

AI Technical Summary

Problems solved by technology

[0005] The problem to be solved by the embodiments of the present invention is to provide a method for processing graphics and images in a two-dimensional and three-dimensional environment, which solves the problem of black borders appearing at the surrounding edges after the graphics and images in the three-dimensional environment are mixed, and the graphics and images in the two-dimensional environment Mixing will cause distortion problems such as changes in the shape of the content after the graphics and images are mixed; and ensure the normal work of graphics and images in a 3D and 2D coexistence environment, and avoid unnecessary system overhead and consumption

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