Method for controlling three-dimensional switching of display interface

Abstract

The invention discloses a method for controlling the three-dimensional switching of a display interface, which can be applied in middle and low-grade hardware platforms. The method comprises the following steps: determining the horizontal and vertical coordinates of a first boundary point (F) according to the expressions shown in the specification, wherein when theta is greater than or equal to pi and less than 3pi/2, x is a negative value, when theta is greater than 3pi/2 and less than or equal to 2pi, x is a positive value, when theta is equal to 3pi/2, x is zero, y is minus b, a is L1/2, b is a value in the interval of (0, L2/2), and L1and L2 are respectively the pixel per inch (along the width direction) of an effective display area (ABCD) of a display screen and the pixel per inch (along the height direction) of the effective display area (ABCD); defining the horizontal and vertical coordinates (x, y') of a second boundary point (E), wherein x is the horizontal coordinate of the first boundary point (F), the vertical coordinate y' of the second boundary point (E) is a value in an interval of (0, L2-b); displaying a new display interface in a first tetragonum (JFEI), and displaying the original display interface in a second tetragonum (FKLE) by using an image compression method; and dereferencing pi in the interval of (pi, 2pi), determining one display status by one theta value, and sequentially displaying the display statuses in the effective display area (ABCD) of the display screen so as to realize the three-dimensional switching of the display interface.

Description

technical field [0001] The invention relates to the technical field of display interface switching control, in particular to a three-dimensional switching control method of a display interface. Background technique [0002] The rich and varied three-dimensional switching methods of the display interface overcome the shortcomings of the rigid effect brought to users by the traditional two-dimensional switching method, and make the switching process of the display interface more natural and friendly, thereby achieving satisfactory visual effects. The three-dimensional switching mode of the display interface refers to replacing the old display interface with a new display interface in a three-dimensional dynamic change mode (such as inversion, valgus, twisting, etc.). However, the existing three-dimensional switching mode of the display interface is generally based on a complex three-dimensional switching control method of the display interface. In this way, the existing three-...

AI Technical Summary

Problems solved by technology

However, the existing three-dimensional switching mode of the display interface is generally based on a complex three-dimensional switching control method of the display interface. In this way, the existing three-dimensional switching mode of the display interface needs a high-speed processor while bringing gorgeous visual experience to the user. And hardware such as high-capacity memory is used as its underlying support, such as smart phones, personal computers, etc. Therefore, the cost of equipment with a three-dimensional switching method of the display interface is relatively high, and the high cost hinders the three-dimensional switching method of the display interface. Applications on low-end hardware platforms with low hardware support capabilities (processors with low computing power and low-capacity memory, etc.), in order to enable low-end users to have an extraordinary experience in the three-dimensional switching mode of the display interface, a A simple and feasible 3D switching control method for the display interface is essential

At present, in the prior art, there is no 3D switching control method of the display interface that can be applied to the middle and low-end hardware platforms

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