Bullet screen sharing rendering method, apparatus, equipment, and medium

Abstract

This application relates to a shared rendering method, apparatus, and medium for bullet screen effects. In response to a request to generate a target bullet screen effect, the method obtains the corresponding slot area and a shared rendering instance; if the instance does not exist, it creates and binds it. Slots are allocated; if insufficient, the capacity is expanded. Initial transformation information is stored and made visible, and the shared instance is invoked for rendering. In response to space updates, the corresponding slot transformation information is updated, and the shared instance is invoked for rendering. In response to a hit event, the hit position is written to an associated loop queue, and the hit shared instance is invoked to render the hit effect. In response to a destruction event, the corresponding slot is made invisible and recycled for reuse. This application decouples the number of rendering calls from the number of effect objects by reusing slots and using shared rendering instances, reducing rendering overhead in large-scale bullet screen scenes.

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