In order to solve the bottleneck problem of public service advertising, an analysis method of creative design and design and production technology of animation public service advertising based on the ant colony optimization algorithm was proposed. In the current creative design process of animation public service advertising, along with the improvement of people’s aesthetic requirements, it is necessary to carry out a comprehensive innovative design of its design methods and content. This paper mainly describes how to use the ant colony optimization algorithm in the actual design process to carry out the corresponding design and analysis and then improve the overall communication of advertising. The research results show that under the ant colony algorithm, the customer satisfaction rate of public service advertising design is 89%, the general rate is 10%, and the dissatisfaction rate is 1%, which is superior to the traditional algorithm. Using Flash, 3DS Max, Premiere, and other software as well as “3D simulation,” Easy Mocap motion capture, and other technologies, the production quality of animation public service advertising films has been effectively improved.
This study aimed to further enhance and enrich users’ visual experience, provide users with a more infectious image sense, and further promote the development of multidimensional, virtualized, and interactive graphic advertising design applications. This study presents a design idea of print advertisement based on computer image interactive virtual technology. Based on the in-depth analysis of the multidimensional expression of plane image interactive virtualization, this idea carries out interactive virtual design with the help of interactive virtual image segmentation algorithm and plane advertising image element optimization technology. Through the test of image interactive edge extraction function on MATLAB platform, the simulation results show that the edge width of single side extraction results with different gray levels of the same width and different widths of the same gray level are 9 pixels, the gray values are 5a0, 110, and 200, respectively, and the edge width corresponds to 3, 9, and 15 pixels, respectively. The results show that the system can effectively enhance the image definition and obtain better print advertising design effect.
In order to solve the problem in the application and optimization method of fractal art pattern generation, on the basis of the integration of the fractal theory and genetic algorithm, a generation method based on genetic algorithm and composition generation was proposed. The method provided a more stable and convenient supporting environment for the innovative design of artistic patterns, which met the needs of different users for the design of artistic patterns. The experimental results showed that the simplified genetic programming algorithm was optimized in both individual coding complexity and algorithm complexity. The search space was 1023-1026 times larger than the traditional algorithm, and the evaluation times were 2-3 times larger than the traditional algorithm. The results showed that the method could solve the problem that fitness function could not express well and ensure the optimal genetic population.
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