Interface rendering method and device

Abstract

The application discloses an interface rendering method and device. According to the scheme, the method comprises the following steps: when detecting that a window interface is displayed, rendering and outputting a first screen image that needs to be currently displayed to the window interface based on a preset low-rendering frame number; when monitoring that a target trigger event that meets the condition of increasing the rendering frame number exists in the window interface, rendering and outputting a second screen image that needs to be currently displayed to the window interface based on a preset high-rendering frame number and continuous animation events triggered by the target trigger event; and when monitoring that the continuous animation events that have not ended do not exist in the window interface, rendering and outputting a third screen image that needs to be currently displayed to the window interface based on the preset low-rendering frame number. According to the scheme disclosed by the application, under the premise that users cannot be affected to normally view the screen images on the window interface, computing resources required to render the screen image on the window interface can be reduced, the energy consumption of terminals can be reduced, and the heat production of the terminals can be reduced.

Description

technical field [0001] The present application relates to the technical field of image processing, and in particular to an interface rendering method and device. Background technique [0002] With the continuous development of image technology, the terminal will inevitably involve the rendering processing of dynamic images. For example, during the running of the game, the terminal needs to render the constantly changing game screen and output it to the display interface of the terminal for display. For another example, when the terminal displays a webpage, if there is continuous animation in the webpage, the terminal also needs to render and present each frame of animation one by one. [0003] However, each frame rendered by the terminal will occupy part of the processor resources. In this way, if the terminal needs to render images continuously for a long time, if the number of frames rendered by the terminal per second is too large, more computing resources will be occupi...

AI Technical Summary

Problems solved by technology

[0003] However, each frame rendered by the terminal will occupy part of the processor resources. In this way, if the terminal needs to render images continuously for a long time, if the number of frames rendered by the terminal per second is too large, more computing resources will be occupied. The terminal consumes too much energy and generates too much heat; and if the number of frames rendered by the terminal per second is too small, it may cause animation freezes, which will affect the user's normal viewing of the screen.

Still take running the game on the terminal as an example. During the process of running the game on the terminal, if the terminal renders the picture at a high rendering frame rate for a long time, the energy consumption of the terminal will be too large, resulting in high power consumption and heat generation of the device. Obviously; and if the terminal renders the picture at a lower rendering frame rate, it may cause the game picture to be unsmooth, affecting the user's game operation and normal game interaction

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