Three-dimensional user interface display system and method

Abstract

The invention discloses a three-dimensional user interface display system and a method. The system comprises an image type judgment module, an automatic three-dimensional module, a rendering module, a frame buffer module, a graph processor and a display module. The method comprises the steps that the image type judgment module judges whether each visual image is two-dimensional or three-dimensional; the automatic three-dimensional module conducts automatic three-dimensional processing on the two-dimensional image according to the mode adopted by the three-dimensional image; the rendering module renders the three-dimensional image or the two-dimensional image subjected to the automatic three-dimensional processing by the automatic three-dimensional module; the frame buffer module conducts frame buffer processing on the image rendered by the rendering module; the graph processor conducts odd-even field interweaving processing or interpolation processing on the image subjected to frame buffer processing; and the display module displays the final image. According to the system and the method, different operations are conducted on images with different attributes by judging whether each image is two-dimensional or three-dimensional, so that a three-dimensional user interface can be better displayed on electronic equipment.

Description

technical field [0001] The invention belongs to the technical field of interface display of electronic equipment, and relates to a user interface display system, in particular to a three-dimensional user interface display system; meanwhile, the invention also relates to a three-dimensional user interface display method. Background technique [0002] With the continuous development of smart terminals, the Android mobile phone operating system has become a mainstream operating system and gradually occupies a dominant position; at the same time, the continuous improvement of hardware performance also makes the design of more complex UI (User Interface, user interface) become possible. The limitation of 2D UI has made it difficult to make a great leap forward. Although the traditional "3D" UI has improved in sense, it is only the projection of 3D graphics on 2D space, which is essentially 2D UI. There is no real "three-dimensional" effect, and customers' needs for personalized ...

AI Technical Summary

Problems solved by technology

The limitation of 2D UI has made it difficult to make a great leap forward. Although the traditional "3D" UI has improved in sense, it is only the projection of 3D graphics on 2D space, which is essentially 2D UI. There is no real "three-dimensional" effect, and it is impossible to meet the needs of customers for personalized UI. Therefore, the design and implementation of 3D three-dimensional UI based on the AAdroid operating system has become the general trend

[0005] However, this processing has obvious disadvantages. Take the upper and lower TOP-BOTTOM mode and interlaced screen as examples: First, for a 3D stereoscopic UI, the upper and lower parts are complete graphics with binocular vision difference. If no processing is done, the final The output to the screen is still the upper and lower halves of the UI, so it is impossible for this process to support 3D stereoscopic UI; secondly, even if the Graphics Processor Display Engine can solve the above problem by interleaving the odd and even fields, but when the visible Surface also contains 3D Stereo UI and traditional UI, such as Figure 4 As shown, the traditional UI output to the screen will become abnormal due to the interleaving of odd and even fields: the UI of the odd field will be stretched, and the corresponding UI cannot be seen at all in the even field. stacked together unrecognizable

Images