Automatic Orchestration Algorithm of Graphic Language in Visual Communication Design

Image language plays a key role in visual communication design and is the main expression form of visual communication design, and its automatic arrangement is of great significance. When the traditional algorithm describes the graphics language, the output results are inaccurate due to the inconsistent orchestration standards, and the graphic display size and position cannot be effectively determined, making it difficult to effectively support the graphic language orchestration control. Therefore, this paper proposes an ant colony algorithm for automatic orchestration analysis of combinatorial optimization graph language. Firstly, the regular syntax description is used to process the graphic language, and the indicators are divided according to the visual communication design requirements to reduce the interference factors in the graphic language. Then, according to the semantic description, the graphics language processing is realized, the graphics language orchestration control scheme is formed, and the automatic graphic language orchestration results are comprehensively analyzed. MATLAB simulation shows that under the condition of certain orchestration control standards, the program writing, and operation accuracy of ant colony algorithm meet the requirements of automatic orchestration of graphic language, and the orchestration effect is better, and the practical value is higher, which is significantly higher than that of traditional algorithms.