Research on Archimedes' Spiral Motion Based on Computer Simulation Technology

Computer simulation technology can model complex systems in the real world, map various parameter variables and corresponding relationships to the computer and use computing power to analyze and solve them. To expand its application scope, this paper attempts to apply it to the research of the trajectory of the Archimedes spiral formed by the Bench dragon in folk activities. Firstly, by accurately inputting various parameters, the computer simulation technology is used to depict the movement trajectory of the dragon dance team with Archimedes spiral, and the position and state of each node at every moment are accurately simulated. Then, by introducing the collision detection model, this paper ensures that the spiral does not collide physically during the movement. Finally, through the binary search algorithm, the minimum pitch of the spiral turn is found in the pitch optimization model. This research not only applies computer simulation technology to a new field, which has strong practical significance, but also provides a reference for similar spiral path planning problems.