I'm developing a 2D game where multiple types of objects interact with each other through collisions. Currently, I'm using pygame.spritecollide()pygame.spritecollide() to detect collisions between the player and enemies, but as I add more elements (such as projectiles, obstacles, and collectible items), managing collisions is becoming harder to maintain and less efficient.
Some of my concerns are:
Performance: As more objects appear on screen, collision checks slow down the game.
Modularity: I’d like a flexible way to handle collisions without relying on too many if-else conditions.
Scalability: How can I organize collision detection so it's easy to expand without rewriting too much code?
Performance: As more objects appear on screen, collision checks slow down the game. Modularity: I’d like a flexible way to handle collisions without relying on too many if-else conditions. Scalability: How can I organize collision detection so it's easy to expand without rewriting too much code? I’veI’ve considered using a Quadtree to improve performance, but I’m not sure if it's the best solution for a pygamePygame-based game. I've also thought about handling collisions with an event-driven system instead of manually checking them in every game loop iteration.
What strategies have you used to manage collisions efficiently and in a scalable way for games with multiple object types?
