2D game weather effect processing method and processing device thereof

Abstract

The invention relates to a 2D game weather effect processing method and a processing device thereof. The processing method comprises the following steps: according to the weather condition, color change processing is carried out on a map; and rendering is carried out on the map after color change processing, a scene and a user interface. The invention also provides another 2D game weather effect processing method. A step of weather particle processing is added to the above method steps, thereby realizing hierarchy of the particles. Meanwhile, the invention also provides a 2D game weather effect processing device in view of the above two methods.

Description

technical field [0001] The invention relates to a game weather system processing method, in particular to a 2D game weather effect processing method. The invention also relates to a 2D game weather effect processing device. Background technique [0002] In online games, the weather system has become a very important module. Through various weather effects, such as day, night, rain, wind, etc., the expressiveness of the scene is enhanced, allowing players to better immerse themselves in the atmosphere of the game. At the same time, it can also interact with players through the weather system to enhance the experience of the game. [0003] In general 2D game rendering frames, each frame needs to render modules such as maps, scene elements, and UI interfaces. 3D games can change the scene lighting to achieve weather effects such as night, cool colors, and warm colors in the game scene, but there is no concept of lighting in the 2D game scene, so it is difficult to achieve th...

AI Technical Summary

Problems solved by technology

3D games can achieve weather effects such as night, cool colors, and warm colors in the game scene by changing the scene lighting, but there is no concept of lighting in the 2D game scene, so it is difficult to achieve the above weather effects

[0004] At the same time, compared with the weather effects of 3D games, 2D games have no concept of depth, and all weather particle effects are rendered at the same level, which will make the weather particle effects of 2D games lack a sense of hierarchy

[0005] Moreover, players can move freely in the game scene. When the scene presents a certain weather, the real world is that the entire scene is covered with corresponding weather particles. However, considering the performance of game rendering, the usual practice is to Generate and destroy weather particles, but when the player moves, it will be observed that the weather particles show a "blowout" or intermittent phenomenon

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