Collision detection method in virtual scene and related equipment

Abstract

The invention provides a collision detection method in a virtual scene and related equipment. The method comprises the steps that in response to movement of a target object in a virtual scene, whether a collision body of the target object makes contact with a virtual object in the virtual scene or not is detected; wherein the collision body of the target object wraps the target object or a specified part of the target object; in response to contact between a collision body of the target object and a detection surface patch in the virtual object, determining that the target object collides with the virtual object; wherein the detection surface patch is located at a specified height in the virtual object, and the width and the length of the detection surface patch are matched with the size of the virtual object at the specified height. According to the method, through altitude line detection, the collision detection accuracy of the mobile terminal is improved, and meanwhile, the performance overhead of collision detection is reduced.

Description

technical field [0001] The invention relates to the technical field of games, in particular to a collision detection method and related equipment in a virtual scene. Background technique [0002] Collision detection in mobile game collision detection can be used as a standard to measure whether the game engine is perfect. In addition to the collision detection of the game through the game engine on the computer side, the collision detection of the game will also be carried out through the mobile terminal, and the detection of the vertex collision or high-precision collision of the object plays an important role in the accuracy and stability of the highly detected collision. However, due to the computational limitations of the mobile terminal, the cost of detecting object vertex collisions or high-precision collisions cannot be loaded. The collision detection of the mobile terminal has the problem of script logic discontinuity and collision detection may be missed. The collis...

AI Technical Summary

Problems solved by technology

In addition to the collision detection of the game through the game engine on the computer side, the collision detection of the game will also be carried out through the mobile terminal, and the detection of the vertex collision or high-precision collision of the object plays an important role in the accuracy and stability of the highly detected collision. However, due to the computational limitations of the mobile terminal, the cost of detecting object vertex collisions or high-precision collisions cannot be loaded. The collision detection of the mobile terminal has the problem of script logic discontinuity and collision detection may be missed. The collision detection of the mobile terminal The accuracy is low, so in order to obtain the correct result, multiple collision detections are required, which leads to high performance overhead of collision detection

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