A method and device for displaying images in a game interface

Abstract

The invention discloses a method and device for displaying images in a game interface. The display method comprises the following steps: 1) blurring the image to be displayed to obtain a blurred image; 2) blurring the blurred image obtained in step 1) The pixel value of each pixel point and the pixel value corresponding to the target color are subjected to a dot product operation, and the value obtained after the dot product operation of each pixel point is normalized to the range of 0 to 255 to obtain a coloring effect map; 3) Overlay display Step: Superimpose the coloring effect image on the bottom of the original image of the image to be displayed for superimposed display, and display an image with rendering effect. The display method and device of the present invention consume less resources, have low processing efficiency, and have wide applicability when displaying different levels of content in an image.

Description

【Technical field】 [0001] The invention relates to a method and device for displaying images in a game interface. 【Background technique】 [0002] With the wide application of mobile terminals, the demand for developing games on mobile terminals is also increasing. Currently, in games on mobile platforms, as the player user deepens the game and the player level increases, the player's avatar, items and equipment, skills, etc. will be upgraded. In existing games, quality boxes are generally added outside image icons to express the level of avatars, equipment, skills, etc., and quality boxes of different colors, such as gray, green, blue, purple, and orange, respectively represent different levels. Methods for generating effect images, such as figure 1 As shown, it is mostly realized by superimposing the first layer of quality frame image resources 100 on the second layer of item image resources 200 and then superimposing the third layer of bottom background color image resour...

AI Technical Summary

Problems solved by technology

[0003] 1. High resource consumption: A large number of quality boxes and individual items with different levels of performance occupy a large amount of game development resources. Once abandoned, resources will be wasted

[0004] 2. The display processing efficiency is low: the image display is a process of reading and outputting. For an icon that looks like an image, it needs to read and output at least 3 image resources when displaying, which is not conducive to fast performance.

Especially for mobile terminals such as mobile phones, the graphics processing capability is weaker than that of the computer terminal, and it is necessary to strictly control the display processing cost of the image

[0005] 3. Large limitations: the repeated call of the quality box is limited to image icons that are relatively regular in appearance and easy to display, such as avatars, clothing, and skill image icons in games. For images that are not easy to display (scenes in the game interface , houses, trees, rivers, etc.) cannot express their level by adding quality boxes

Importing a large number of generated image resources into the game program will also increase the size of the entire game program

[0006] 4. Poor intuitive effect: When different levels of virtual items such as equipment and skills are displayed, the different levels of virtual items can only be judged through the quality box in the package or equipment bar. When the item image is out of the quality box and directly equipped on the player, It is not very intuitive to judge the level of the item equipped by the character

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