A 3D graphics data processing method, device and equipment
A technology of graphics data and processing methods, applied in image data processing, image memory management, instruments, etc., can solve the problems of low efficiency of 3D graphics rendering, and achieve the effect of improving rendering efficiency
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 figure 1 It shows the 3D graphics data processing implementation process of the present invention, which is described in detail as follows:
 In step S101, the basic graphics are classified according to the preset data structure of the basic graphics, and separate data storage blocks are allocated for different types of basic graphics.
 Specifically, according to the category of the data structure of the basic graphics of the administrative office, the basic graphics can be classified differently, so that the basic graphics of different categories can be managed uniformly. For example, a specific classification method can be based on the drawing method of the basic graphics Classify, such as point drawing, line drawing, triangle drawing, four-point drawing, etc.
 In step S102, calculate the vertex data of the basic graphics according to the preset texture and data structure of the basic graphics, and write the vertex data into the data storage bl...
 image 3 It shows the 3D graphics data processing implementation process of the present invention, which is described in detail as follows:
 In step S301, a basic graphics collection texture is created.
 The basic graphics collection texture referred to here refers to drawing multiple basic graphics on one screen to obtain the basic graphics collection texture. The materials of the basic graphic collection textures produced can come from rich network resources, and cameras can also be used to take photos of real materials. Of course, for technicians who have the ability to operate image processing software, image processing software can also be used Access to rich base graphics collection texture data. The basic graphics to be obtained can be represented by coordinates, and each basic graphics in a picture corresponds to different coordinate information.
 In the embodiment of the present invention, multiple basic graphics can be drawn with one...
 Figure 4 It shows the 3D graphics data processing implementation process of the present invention, which is described in detail as follows:
 In step S401, a two-dimensional coordinate system is established.
 In step S402, multiple textures are collected in the coordinate system to form an image, and different textures are identified by different coordinates.
 For general drawing processing, each graphic texture uses a separate image. For example, when drawing particle graphics, if the particles have various shapes such as stars, water droplets, and circles, you can use star textures, water drop textures, circle textures, and so on. In the drawing of large-scale particles or text, the number of textures used will become very large. At this time, unifying a large number of textures into one image can greatly optimize the generation and drawing efficiency of textures. Such as Figure 5 As shown, 16 cloud shapes are brought together into the sa...
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