Effect rendering method, electronic device, and medium

An electronic device, comprising:

• a memory and a processor, wherein the memory and the processor are in communication connection with each other, the memory stores computer instructions, and the processor executes the computer instructions to perform an effect rendering method, and the effect rendering method comprises:
• obtaining an image and a first effect rendering mode, wherein the first effect rendering mode is configured to specify a number of a base image and an identifier of the base image corresponding to first effect rendering, a number of a channel and a first channel identifier of each first rendering node of the first effect rendering, and a corresponding relationship between the first channel identifier and the identifier of the base image;
• generating a plurality of first base images based on the image and the number of the base image, and identifying the first base images in one-to-one correspondence through the identifiers of the base images;
• binding the channel of each first rendering node to a corresponding first base image according to the corresponding relationship between the first channel identifier and the identifier of the base image;
• performing effect rendering on the bound first base image based on a corresponding channel of the first rendering node to obtain a rendering result.

A non-transitory computer-readable storage medium, storing computer instructions, wherein the computer instructions are used to enable a computer to perform an effect rendering method, and the effect rendering method comprises:

• obtaining an image and a first effect rendering mode, wherein the first effect rendering mode is configured to specify a number of a base image and an identifier of the base image corresponding to first effect rendering, a number of a channel and a first channel identifier of each first rendering node of the first effect rendering, and a corresponding relationship between the first channel identifier and the identifier of the base image;
• generating a plurality of first base images based on the image and the number of the base image, and identifying the first base images in one-to-one correspondence through the identifiers of the base images;
• binding the channel of each first rendering node to a corresponding first base image according to the corresponding relationship between the first channel identifier and the identifier of the base image;
• performing effect rendering on the bound first base image based on a corresponding channel of the first rendering node to obtain a rendering result.