Development and Implementation of Large Transparent Touch Screen Interactive Application System

With the increasing application of augmented reality technology, there are many mobile application devices on the market that have developed related applications, but currently there is a lack of application of this technology in large transparent display touch screens for large-scale display interactive system development. In view of this situation, this paper proposes a method of real-time positioning in a scanning mode by using a transparent touch screen mounted on a servo motor to realize real-time scene reproduction of a three-dimensional model of a simple model. Through this method, it is now possible to realize the reproduction of a three-dimensional scene by drawing a simple line drawing of an ancient building in a museum, and simultaneously combining a series of shader technologies to realize optimization of a three-dimensional scene and various special effects functions. In this paper, the method of transparent display screen scanning motion positioning is analyzed in detail, and how to implement interactive application effects through the related shader technology based on edge detection technology and deep normal texture.