STEREOSCOPIC DISPLAY OF ARCHITECTURAL EXTERIOR DESIGN IMAGES BASED ON VIRTUAL REALITY TECHNOLOGY

The current image stereoscopic display method mainly displays images stereoscopically from the perspective of human left and right eye visual imaging, which not only displays images with distortion and missing details, but also makes it difficult to realize interaction for complex image stereoscopic display. With the goal of improving the above defects, we propose a stereoscopic display method of architectural design images based on virtual reality technology. The images are drawn using DIBR technology and the depth images are processed using Gaussian filtering and so on. Convert the image to 3D virtual model in 3D MAX. After designing the virtual interaction of the image stereoscopic display scene, EON is used to analyze the lighting of the building exterior and realize the stereoscopic display of the image. The simulation experimental data of the stereoscopic display method show that the proposed image stereoscopic display method relatively improves the display effect by about 66.7% and has good adaptability for different gray value images.