Virtual scene-based rendering method and apparatus, electronic device, computer-readable storage medium, and computer program product

A virtual scene-based rendering apparatus, comprising:

• a graphics processing unit (GPU) configured to:
• divide, by a graphics processing unit (GPU), a set of vertices to be rendered corresponding to a model to be rendered based on a division unit to obtain a plurality of meshes to be rendered, the division unit comprising a specified number of vertices to be rendered;
• create, by the GPU, a first fluctuation data resolving task for each vertex to be rendered in each of the plurality of meshes to be rendered to obtain a first fluctuation data resolving task group corresponding to the plurality of meshes to be rendered, the plurality of meshes to be rendered corresponding to a plurality of first fluctuation data resolving task groups, and the first fluctuation data resolving task being used to resolve vertex fluctuation data corresponding to each vertex to be rendered;
• perform, by the GPU, the plurality of first fluctuation data resolving task groups to obtain a vertex fluctuation data set corresponding to the model to be rendered;
• and
• render a liquid surface to be rendered in a virtual scene-based on the vertex fluctuation data set;
• and
• a central processing unit (CPU) configured to:
• divide the model to be rendered into a plurality of grids to be rendered, and resolve grid fluctuation data corresponding to each of the plurality of grids to be rendered to obtain a grid fluctuation data set corresponding to the plurality of grids to be rendered;
• and
• render a virtual object for interacting with the liquid surface to be rendered based on the grid fluctuation data set, wherein the grid fluctuation data set is used for determining motion information of the virtual object interacting with the liquid surface to be rendered.

A non-transitory computer-readable storage medium storing a plurality of instructions executable by a graphics processing unit (GPU) and a central processing unit (CPU), wherein upon execution, the plurality of instructions is configured to cause the GPU to:

• divide, by a graphics processing unit (GPU), a set of vertices to be rendered corresponding to a model to be rendered based on a division unit to obtain a plurality of meshes to be rendered, the division unit comprising a specified number of vertices to be rendered;
• create, by the GPU, a first fluctuation data resolving task for each vertex to be rendered in each of the plurality of meshes to be rendered to obtain a first fluctuation data resolving task group corresponding to the plurality of meshes to be rendered, the plurality of meshes to be rendered corresponding to a plurality of first fluctuation data resolving task groups, and the first fluctuation data resolving task being used to resolve vertex fluctuation data corresponding to each vertex to be rendered;
• perform, by the GPU, the plurality of first fluctuation data resolving task groups to obtain a vertex fluctuation data set corresponding to the model to be rendered;
• and
• render a liquid surface to be rendered in a virtual scene-based on the vertex fluctuation data set;
• and
• the plurality of instructions is configured to cause the CPU to:
• divide the model to be rendered into a plurality of grids to be rendered, and resolve grid fluctuation data corresponding to each of the plurality of grids to be rendered to obtain a grid fluctuation data set corresponding to the plurality of grids to be rendered;
• and
• render a virtual object for interacting with the liquid surface to be rendered based on the grid fluctuation data set, wherein the grid fluctuation data set is used for determining motion information of the virtual object interacting with the liquid surface to be rendered.