unity-physics

To perform a Unity raycast, provide explicit world-space coordinates, direction vectors, layer masks, and max distance. The query returns structured hit data including point, normal, distance, and object metadata for deterministic collision detection.

Yes, Unity physics overlap checks support sphere and box queries to detect nearby colliders. These overlap checks return collider metadata useful for AI logic, dynamic spawning, and trigger volume verification without manual scene inspection.

The best way to configure Unity gravity and PhysicMaterial is through physics configuration operations. You can get and set global gravity, create and assign PhysicMaterial assets via specified asset paths, and read or modify the layer collision matrix.

Unity character collision failures can be debugged by performing targeted raycasts, checking overlap volumes around the character, and verifying the layer collision matrix settings to ensure the appropriate layer masks are enabled for interaction.

Yes, Unity physics supports single and multi-hit raycasts, spherecasts, and boxcasts. These casts return structured hit data including distance and normal vectors, enabling deterministic tooling and editor automation for scene inspection.

You can manage the Unity layer collision matrix by reading or modifying it through physics configuration operations. This allows you to verify layer mask settings and control which layers interact, enabling precise trigger logic and gameplay tuning.