How can I optimize physics in Godot?

How can I optimize physics in Godot?

To optimize physics in Godot, you can reduce the number of active physics bodies, use simpler collision shapes, and adjust the physics process frequency.

What are the best collision shapes to use for optimization?

Using primitive shapes like boxes and spheres is best for optimization. They require less processing power than complex shapes.

How does the physics process frequency affect performance?

The physics process frequency determines how often physics calculations are performed. Lowering it can improve performance but may affect accuracy.

Are there any specific settings I should adjust in the project settings?

Yes, you can adjust the 'Physics' settings in the project settings, such as the 'Physics FPS' and 'Max Substeps' to enhance performance.

Can I use multithreading for physics calculations?

Yes, Godot supports multithreading, which can help distribute physics calculations across multiple CPU cores for better performance.