TY - JOUR A2 - Sharma, Kapil AU - Li, Xiaoxia AU - Zhang, Chen AU - Wu, Yonghui PY - 2022 DA - 2022/08/13 TI - Deconstruction of Immersive Animation Image Interaction Design under Virtual Reality Technology SP - 2104633 VL - 2022 AB - With the increasing pressure of social life, people generally have different degrees of psychological problems, which brings serious troubles to people’s life and work. As one of the main forms of art, animation is a good medicine for breaking fantasy and returning to reality. Animation is one of the ways of art therapy, and animation art design is the soul of animation therapy. However, the art design of traditional animation cannot bring a strong sense of resonance and cannot arouse people’s inner emotions. Virtual reality can bring users an immersive experience, so it can really immerse the audience and release psychological pressure. The article firstly reoptimizes animation modeling technology and then combines it with art design, comprehensively uses art design and interactive technology to generate virtual space, and finally puts forward the concept of animation art design based on virtual reality technology. It aims to construct virtual animation from animation art design to help patients relieve psychological barriers. After repeated comparison experiments, it can be found that in the process of watching interactive animations on the virtual reality platform, if the overall style of the animation is more comfortable and warm, the user’s psychological perception will reach 78%, and the emotional fluctuation range will be less than 10%. When the animation style is relatively dark and depressing, the user’s psychological perception is only 45%, and the audience is very likely to think of a bad life experience, and the possibility of causing psychological disorders is 69.1%. This shows that the warm and comfortable animation art design can smooth people’s emotional fluctuations and relieve psychological obstacles. SN - 1530-8669 UR - https://doi.org/10.1155/2022/2104633 DO - 10.1155/2022/2104633 JF - Wireless Communications and Mobile Computing PB - Hindawi KW - ER -