With the continuous development of China's social economy and information science and technology, people's living standards have been further improved, and they have gradually entered a new era of network and informationization. More and more people are beginning to pursue the joy of spiritual life. People's work and study are inextricably linked to computers, especially in digital entertainment, which has developed rapidly in recent years. Under such circumstances, the Internet and computers have effectively promoted the further development of the animation industry to a certain extent. Animation design is no longer limited to traditional pen-based painting. Instead, the design of the animation is implemented by a computer device. Moreover, people's requirements for animation are no longer limited to traditional 2D animation, but more favored by the vivid 3D animation. The design of 3D animation is a fast-growing emerging industry. With the crazy launch of 3D animation and the popularity of 3D online games, people are fully aware of the huge cultural value and market value of the animation industry. Therefore, many countries and regions have positioned the 3D animation industry as a new economic growth point. The Chinese government has also begun to vigorously support and develop the 3D animation industry, and listed related research as an important part of the national science and technology development plan. Although the design and production technology of 3D animation is becoming more and more mature, there is still much room for improvement in the automation, fidelity and flexibility of animation design. Therefore, the theory and algorithm related to 3D animation design has become a research hotspot in the field of computer image processing in recent years. In view of this, this paper analyzes and studies the image processing based on 3D animation design. Through the 3D animation design and production process, Canny edge detection and image effect enhancement processing are proposed, and the quality of the obtained enhancement effect map is evaluated. The interpolation of the intermediate frame of the animation is discussed. The influence of the motion key frame in the model reconstruction and the performance of the intermediate frame generation are analyzed. The results show that the combination of 3D animation design and image processing can make the image achieve good results.

Cong Xie. Image Processing Analysis and Research Based on 3D Animation Design. International Journal of Art Innovation and Development (2022), Vol. 3, Issue 3: 19-34. https://doi.org/10.38007/IJAID.2022.030302.

[1] Geng Guangtao. Research on Digital Image Processing Technology Based on Visual Quality Optimization. Shanghai Jiaotong University, 2011.

[2] Xie Yonghua, Fu Desheng, Ren Weihua. A Research on Image Fractal Coding and Compression Algorithm Based on Wavelet Transform. Journal of Image and Graphics, 2003, 8(7): 839-842.

[3] Xue Yarui. Image denoising algorithm based on particle swarm optimization. Xidian University, 2013.

[4] Tan Jin. Application and Practice of Digital Image Processing in Digital Photogrammetry Technology. Urban Construction Theory Research: Electronic Edition, 2012(13).

[5] Zhang Yuxiong, Liu Jianxia. The development status and trend of digital image processing technology. Friends of Science, 2012 (3): 153

[6] Tang Yuxiang, Liu Dongfeng. S-57 Electronic Chart Data Reading and Automatic Multi-Mode Hierarchical Display. Microcomputer Information, 2012(2): 105-106.

[7] Wang Jia. Research and application of finite-length signal boundary processing in Mallat algorithm. Beijing Jiaotong University, 2010.

[8] Liu Zhonghe, Wang Ruixue, Wang Fengde, et al. Status and prospects of digital image processing technology. Computer Age, 2005 (9): 6-8

[9] Wang Yushi. Research on chaotic attractors of images. Jilin University, 2015.

[10] Chen Zhiguo Xu Chunhuan. Research and Application of Image Coding Technology. Journal of Mudanjiang Medical College, 2004, 25(6): 34-37.

[11] Yan Juan. Research on Smoothing Method of Digital Image. Software Guide, 2009(1): 182-184.

[12] LI Quanli, CHEN Yinyan, LIU Changliang. Application of histogram modification technology in license plate recognition preprocessing. Automation Technology and Application, 2007, 26(12): 73-75.

[13] He Lei. Research on Digital Image Restoration Technology. Hefei University of Technology, 2007.

[14] Lin Xiao, Qiu Xiaojia. Application of Image Analysis Technology in Medicine. Journal of Baotou Medical College, 2005, 21(3):311-314.

[15] Zhang Junlan, Ai Ruibo. Analysis of Digital Image Processing Technology. Journal of Yan'an University: Natural Science Edition, 2009, 28(4): 22-26.

[16] Zhang Yuxiong, Liu Jianxia. Development Status and Trend of Digital Image Processing Technology. Friends of Science, 2012(6): 153-153.

[17] Zheng Huaicui. Discussion on the Application and Development of Digital Image Processing Technology. Science and Fortune, 2016(7).

[18] Ji Wenshuai. Application Research of Computer Image Processing Technology. Digital World, 2017(8): 42-42.

[19] Huang Liang. On the development of 3D animation technology in film and television art. Contemporary TV, 2017(1): 82-82.

[20] Jiao Xiang. On Model Data Balance of 3D Online Game Character Design.Yihai, 2011(6):75-76.

[21] Gao Mei. A Brief Discussion on Several Relations that Should Be Grasped in Computer Teaching in Middle Schools. Kehai Story Expo: Science and Education Innovation, 2011(5): 75-75.

[22] Zhou Liang. Research on 3D Animation Expressions of Sichuan Opera Science Project. Intelligence, 2017(19): 272-272.

[23] Li Longsheng, Zhou Jingye, Chen Yiqiang, et al. Mobile Face Cartoon Generation System. Computer Science, 2007, 34(1): 179-182.

[24] Wang Yongzhen, Cui Xiaomin. Application Research of CG Software Technology in Movie and TV Animation. Digital Technology and Applications, 2015(3): 94-94.

[25] Li Teng, Zhang Feng. Characteristics of Digital Art Design and Application of 3D Animation. Modern Decoration (Theory), 2016(5): 112-113.