Scheme and system for controlling game role state by using terrain mask

Abstract

The invention provides a scheme for controlling the state of a game role by using terrain masks, which is characterized by comprising the following steps of: S1, performing grid drawing on the terrain masks of the game, and enabling each grid to correspond to a single mask; s2, marking various masks according to grid coordinates; s3, storing the masks in a file and outputting the masks; s4, reading out the mask value in the file when the game end loads the game, and setting a trigger event so as to realize the change of the behavior and the state of the game role; according to the method, the behavior and state change of the game role can be triggered under the action of the terrain mask.

Description

technical field [0001] The invention relates to the field of computer technology, in particular to a scheme and system for controlling the state of game characters by using terrain masks. Background technique [0002] In game design, in order to enrich the gameplay, the real world environment is often used to affect the role played by the player. In the real world, if you encounter a river or a lake, you will enter the state of swimming when you walk in. If you encounter a large area of ​​grass, there is a high probability that you will make it difficult for others to find people hiding in the grass, and so on. Objects such as rivers and bushes are also placed in the scenes in the game, but these objects are virtual and do not have the specificity of real-world objects. The character played by the player walks into these virtual objects and cannot trigger a real-world response. Therefore, to achieve this goal, it is necessary to assign characteristics to these virtual obje...

AI Technical Summary

Problems solved by technology

However, the objects in the 3D game scene are all composed of vertices. This kind of 3D game scene is obviously not suitable for simulating an ecosystem, which is too expensive

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