High-Fidelity compression of 3D mesh animation data for humorous cartoon animation production

Humorous cartoon animation with its easy and pleasant style and colorful methods of expression, has become an important entertainment way for people to find relaxation and laughter in their busy lives. However, the data in the current humorous cartoon animation production is too complex. Therefore, the research proposes a new method based on high-fidelity compression algorithm, focusing on the special characteristics of 3D mesh animation data, and optimizing the compression from the two dimensions of time domain and space domain. The experimental results show that the proposed method exhibits higher compression ratio and rate, the average compression ratio reaches 2.55, and the compression rate reaches up to 65.34 Mb/s. It also exhibits lower mean squared deviation and high structural similarity index, the former is 1.56%, and the latter reaches up to 0.98. In the practical application, a compression effect of about 2:1 is achieved. Finally, in the volunteer rating of the produced humorous cartoon animation, the overall average score reaches 9.02. The study provides a new solution for the high-fidelity compression of 3D mesh animation data, which has the potential for practical application and is of great guiding significance for improving the efficiency and quality of animation production.