Data processing method and apparatus, device, and storage medium

A non-transitory computer-readable storage medium, comprising:

• a computer program, which when executed by a processor, cause the processor to perform operations comprising:
• obtaining a first real image frame and a second real image frame;
• processing, when a frame interpolation condition is satisfied between the first real image frame and the second real image frame, the first real image frame to obtain a first image from the first real image frame and a mask image of the first image, wherein the mask image is used for marking to-be-filled pixels and effective pixels in the first image, wherein the frame interpolation condition comprises that a moving distance between the first real image frame and the second real image frame is less than a distance threshold and there is no translucent object in the first real image frame;
• sampling mask data of the mask image pixel by pixel to determine whether pixels in the first image are to-be-filled pixels;
• and
• reading, for any one of the to-be-filled pixels in the first image, color data of the first real image frame from an internal memory, and using the color data to perform color filling on the to-be-filled pixel in the first image, to generate a predicted image frame displayed between the first real image frame and the second real image frame, wherein color data of the effective pixels in the first image is retained.

A data processing method, comprising:

• obtaining a first real image frame and a second real image frame;
• processing, when a frame interpolation condition is satisfied between the first real image frame and the second real image frame, the first real image frame to obtain a first image from the first real image frame and a mask image of the first image, wherein the mask image is used for marking to-be-filled pixels and effective pixels in the first image, wherein the frame interpolation condition comprises that a moving distance between the first real image frame and the second real image frame is less than a distance threshold and there is no translucent object in the first real image frame;
• sampling mask data of the mask image pixel by pixel to determine whether pixels in the first image are to-be-filled pixels;
• and
• reading, for any one of the to-be-filled pixels in the first image, color data of the first real image frame from an internal memory, and using the color data to perform color filling on the to-be-filled pixel in the first image, to generate a predicted image frame displayed between the first real image frame and the second real image frame, wherein color data of the effective pixels in the first image is retained.