Method, terminal and storage medium for processing game character walking animation

Abstract

A method, terminal, and storage medium of the present invention for processing a game character's walking animation. The location coordinates are set based on the map in the game. The location coordinates are divided into space coordinates and ground coordinates, and the physical attribute information corresponding to the ground coordinates is set. The feedback effect corresponding to the attribute information; obtain the position coordinates of the target model in the game. When the position coordinates are ground coordinates, read the physical attribute information corresponding to the ground coordinates, and show the feedback effect corresponding to the physical attribute information. When the target model moves On the ground of different materials, different interactive effects will be shown, such as footsteps on snow, skidding on ice, slowing down of movement speed on desert, etc., which enhance the realistic sense of the scene and improve the game experience. experience and vividness.

Description

technical field [0001] The present application relates to the technical field of image processing, and in particular to a method, terminal and storage medium for processing game character walking animation. Background technique [0002] With the upgrading of electronic equipment, the performance and graphics processing capabilities of the equipment continue to improve, and players have higher and higher requirements for the fidelity of game screens, sound effects, and interactions. At the same time, the scenes of 3D games are also becoming more and more diverse. The ground of different game scenes has different materials such as grass, stone, wood, ice, snow, desert, etc., but when the game character moves on the ground of different materials, the ground material only shows a static image effect, not Feedback effects corresponding to dynamic physical properties, such as slippage, footprints, and footsteps caused by different materials, cannot reflect the realism of the scene...

AI Technical Summary

Problems solved by technology

[0002] With the upgrading of electronic equipment, the performance and graphics processing capabilities of the equipment continue to improve, and players have higher and higher requirements for the fidelity of game screens, sound effects, and interactions. At the same time, the scenes of 3D games are also becoming more and more diverse. The ground of different game scenes has different materials such as grass, stone, wood, ice, snow, desert, etc., but when the game character moves on the ground of different materials, the ground material only shows a static image effect, not Feedback effects corresponding to dynamic physical properties, such as slippage, footprints, and footsteps caused by different materials, cannot reflect the realism of the scene and reduce the experience and vividness of the game. Therefore, it is necessary to design a game character movement The technical solutions that will produce corresponding feedback effects on different ground materials are issues that need to be studied by those skilled in the art

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