physics_world.gd File Reference

Coordinates spatial state, forces, integration, collision, constraints, and queries. More...

Go to the source code of this file.

Namespaces
namespace	physics_world

Variables
	physics_world.SpatialState
	physics_world.MotionIntegrator
	physics_world.CollisionPipeline
	physics_world.ConstraintSolver
	physics_world.PhysicsQueries
	physics_world.spatial_state
	physics_world.motion_integrator
	physics_world.collision_pipeline
	physics_world.constraint_solver
	physics_world.queries
	physics_world.Dictionary
	Configure global simulation options.
	physics_world.gravity = options.get("gravity", gravity)
	Return broad-phase candidate pairs without resolving them.
	physics_world.damping = max(0.0, float(options.get("damping", damping)))
	physics_world.body
	Add force to one body.
	physics_world.int
	Add a reusable constraint such as { "type": "distance", "a": "p1", "b": "p2", "distance": 64 }.
	physics_world.pairs
	physics_world.last_contacts = collision_pipeline.narrow_phase(pairs)
	physics_world.resolved = constraint_solver.solve_constraints(resolved, constraints, solver_iterations)
	physics_world.bodies
	physics_world.constraints = state.get("constraints", []).duplicate(true)

Detailed Description

Coordinates spatial state, forces, integration, collision, constraints, and queries.

This is a lightweight framework layer for small games. It does not replace Godot physics for complex scenes; it gives reusable deterministic behavior for arcade prototypes, platformer helpers, board-piece motion, projectiles, and tests.

Definition in file physics_world.gd.