Application of Collaborative Optimization Algorithm in Computer Graphic Design

The application of pipeline path planning algorithms in pipeline planar design rules and the development of auxiliary planar design systems are of great significance for reducing labor costs, shortening pipeline design cycles, and improving ship design efficiency. The purpose of this article is to study computer graphics design based on collaborative optimization algorithms. In order to serve the ship pipeline graphic design engineers, the graphic design functions to be completed by the system were analyzed in detail, the system framework was reasonably designed, and the development and operation environment of the system was reasonably selected. Firstly, the workflow and architecture of the pipeline layout system are introduced. The system includes three parts: extraction of spatial environment information, pipeline path planning, and pipeline layout based on collaborative optimization algorithms. Based on the pipeline plane design simulation system, the plane layout design of the generator fuel pipeline was carried out using the "M" virtual engine room as an application example. Obtaining layout results that meet engineering constraints through virtual simulation can help designers complete pipeline design. The layout design improves the efficiency of pipeline design.