Three-dimensional effect enhancement visualization method based on grids

Abstract

The invention belongs to the technical field of image display, and discloses a three-dimensional effect enhancement visualization method based on grids. On the basis of an existing airplane structureand system three-dimensional digital analogy, a perspective grid definition method used for generating a perspective effect is firstly provided, and then a method used for expressing the position andpicture size of an airplane body structure, system equipment and a pipe network two-dimensional vector diagram of an airplane internal space in a grid is defined. And finally, a shielding principle ofthe structure, the pipe network and the equipment graph in the grid is defined, and finally grid-based three-dimensional effect enhanced display of the electromechanical system equipment and the pipenetwork is achieved.

Description

technical field [0001] The invention belongs to the technical field of image display, in particular to a grid-based three-dimensional effect enhanced visualization method. Background technique [0002] The 3D visualization software has powerful spatial expression capabilities, relies on a powerful 3D rendering engine, and its size and position accuracy is high, which can provide designers with almost what you see is what you get rendering effect. The design of aircraft mechanical and electrical systems includes a large number of aircraft pipe networks and finished products. A software for the design of aircraft electromechanical systems focuses on the design of system architecture and logical relationships. The visualization method of visual expression. This application scenario has low requirements on the size, position and rendering accuracy of light and shadow. The traditional 3D rendering engine technology is directly used, which requires a large amount of calculation, s...

AI Technical Summary

Problems solved by technology

The design of aircraft mechanical and electrical systems includes a large number of aircraft pipe networks and finished products. A software for the design of aircraft electromechanical systems focuses on the design of system architecture and logical relationships. A visualization method for visual expression. This application scenario has low requirements for size, position, and light and shadow rendering accuracy. Traditional 3D rendering engine technology is directly used, which requires a large amount of calculation, slow operation response, and high difficulty in secondary development.

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