Research on Algorithm Design and Code Automatic Generation for Satellite Attitude Planning

This article proposes a satellite attitude planning algorithm based on potential function to meet the requirements of satellite attitude constraints on ground stations. The algorithm dynamically adjusts the satellite attitude by designing attractive and repulsive potential functions and adjusting their corresponding weight values, enabling the satellite to avoid optical and radar stations in the same area. In addition, a design approach based on Model-Based Design (MBD) was adopted, combining MBD technology with practical engineering. Through soft-ware digital design processes such as model rule checking, model coverage testing, automatic code generation, code checking, and semi physical simulation testing, algorithm design, modeling and simulation, and automatic code generation were integrated, greatly improving development efficiency, Promoted the process of project development from the traditional document centered development model to the digital development model.