Shader code debugging method and device, electronic device and storage medium

Abstract

The invention relates to a shader code debugging method and device, an electronic device and a storage medium. The method comprises the following steps of inputting a received shader code into a preset compiler; receiving a compiling result outputted by the preset compiler; according to the compiling result, determining whether the shader code has at least one abnormal code line or not; importing the shader code and the at least one abnormal code line into a second terminal under the condition that the at least one abnormal code line exists in the shader code; rendering and displaying the shader code and the at least one abnormal code line by the second terminal; determining a to-be-debugged code line in the at least one abnormal code line according to a rendering display result; and using the second terminal to debug the shader code according to the to-be-debugged code line. According to the present invention, the processing load of the second terminal can be reduced, the errors or problems in the shader codes can be detected, and the shader codes can be debugged.

Description

technical field [0001] The present disclosure relates to the technical field of shader debugging, and in particular to a shader code debugging method, device, electronic equipment, and storage medium. Background technique [0002] Shader (shader) is a program that can operate on 3D objects and is executed by the GPU. Through these programs, programmers can obtain most of the desired 3D graphics effects. [0003] When implementing 3D graphics effects, the code supported by the shader (that is, the shader code) is usually used, and the shader code needs to be written in a string, and these codes will be loaded into the GPU (Graphics Processing Unit) during the development process. However, since the developer does not provide a debugging tool for the shader code in the GPU during the production process, the shader code cannot be directly debugged in the GPU. [0004] Obviously, during the development process, the shader code in the job cannot be debugged, which reduces the d...

AI Technical Summary

Problems solved by technology

[0003] When implementing 3D graphics effects, the code supported by the shader (that is, the shader code) is usually used, and the shader code needs to be written in a string. These codes will be loaded into the GPU (Graphics Processing Unit) during the development process. Execute in , and because the developer does not provide a debugging tool for the shader code in the GPU during the production process, the shader code cannot be directly debugged in the GPU

[0004] Obviously, during the development process, the shader code in the job cannot be debugged, which reduces the development efficiency

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