Method, apparatus, device and medium for fur rendering

An electronic device comprising:

• a processor and a memory;
• wherein the memory is configured for storing instructions or computer programs;
• and the processor is configured for executing the instructions or computer programs in the memory, so that the electronic device performs acts of fur rendering, the acts comprising:
• determining, for at least one fur rendering layer, vertices corresponding to the fur rendering layer;
• determining, for at least one vertex in the fur rendering layer, illumination rendering parameters corresponding to the vertex, the illumination rendering parameters comprising one or more illumination rendering sub-item parameters, and the one or more illumination rendering sub-item parameters being used for rendering illumination effects of different dimensions;
• and
• performing, according to the illumination rendering parameters corresponding to each vertex, fur rendering on the fur rendering layer,
• wherein determining the illumination rendering parameters corresponding to the vertex comprises:
• determining a distance between the vertex and a fur root in response to the illumination rendering sub-item parameters comprising an ambient light shading parameter,
• determining, based on the distance, a first parameter affecting an ambient light intensity, and
• determining the ambient light shading parameter based on an ambient light parameter, the first parameter, and a second parameter for brightening ambient light.

A non-transitory computer readable storage medium comprising instructions which, when run on a computer, cause the computer to perform acts of fur rendering, the acts comprising:

• determining, for at least one fur rendering layer, vertices corresponding to the fur rendering layer;
• determining, for at least one vertex in the fur rendering layer, illumination rendering parameters corresponding to the vertex, the illumination rendering parameters comprising one or more illumination rendering sub-item parameters, and the one or more illumination rendering sub-item parameters being used for rendering illumination effects of different dimensions;
• and
• performing, according to the illumination rendering parameters corresponding to each vertex, fur rendering on the fur rendering layer,
• wherein determining the illumination rendering parameters corresponding to the vertex comprises:
• determining a distance between the vertex and a fur root in response to the illumination rendering sub-item parameters comprising an ambient light shading parameter,
• determining, based on the distance, a first parameter affecting an ambient light intensity, and
• determining the ambient light shading parameter based on an ambient light parameter, the first parameter, and a second parameter for brightening ambient light.