Automatic Layout Algorithm of Graphic Language in Visual Communication Design

Abstract

When the traditional algorithm is used to describe the graphics language, the result is not accurate enough because of the lack of a strict standard. It can not effectively determine the size and position of the graphic display, and it is difficult to effectively support the graphic language layout control. Therefore, this paper proposes a new automatic graphic language arrangement algorithm in visual communication design. Through the fixed value method to calculate the display size of buffer image in visual communication design, the minimum number of layout layout and the maximum surface utilization are taken as the layout objective function; the ant colony algorithm is used to solve the problem, and the optimal solution is obtained to obtain the best display position of the graphics in visual communication design. The description of graphic language is realized by syntax description based on rules and semantic description based on ASM (abstract state machine). This paper describes the parallel process and selection process of graphic language in visual communication design by using parallel and selection logo, and realizes automatic layout of graphic language by using parallel process and selection process. The algorithm is programmed and run by C language officer to achieve the purpose of automatic arrangement of graphic language.