Today, the application of high-tech image format technology in contemporary visual experience and film and television production has become infinitely mature. In the era of the combination of modern technology and the Internet, virtual numbers connect the past with the future, merge reality, and myth and even synchronize the world between primitive and modern. This article adopts experimental analysis and comparative analysis, setting the experimental group and the reference group aim to use high-tech image formats from the perspective of a full-frame sensor to basically realize a perspective screen and a three-dimensional screen for observers in indoor scenes. In addition, the process of reconstructing a 3D model using high-precision geometric information and realistic color information is also described. The experimental results show that the sharpness threshold cannot be too small; otherwise, part of the clear image is misjudged as a blurred image. If the threshold is too large, the missed detection of the blurred image will increase. Combined with the subjective evaluation of the image, when the threshold is 0.8, the experimental result is close subjective evaluation, and the missed detection rate is 2.41%. This shows that the ASODVS three-dimensional digital scene constructed in this article can meet the needs of real-time image processing; it can effectively evaluate the clarity of realistic analog images. It shows that controlling the size of the
y
coordinate value can affect the user’s visual experience. The smaller the
y
value in a certain range, the clearer the result can be.