public class Sandbox.Physics.PhysicsJoint

public static Sandbox.Physics.ControlJoint CreateControl(Sandbox.Physics.PhysicsPoint a, Sandbox.Physics.PhysicsPoint b)

public static Sandbox.Physics.FixedJoint CreateFixed(Sandbox.Physics.PhysicsPoint a, Sandbox.Physics.PhysicsPoint b)

Creates an almost solid constraint between two physics bodies.

public static Sandbox.Physics.SpringJoint CreateLength(Sandbox.Physics.PhysicsPoint a, Sandbox.Physics.PhysicsPoint b, float maxLength)

Creates a constraint like a rope, where it has no minimum length but its max length is restrained.

public static Sandbox.Physics.PulleyJoint CreatePulley(Sandbox.PhysicsBody body1, Sandbox.PhysicsBody body2, Vector3 anchor1, Vector3 ground1, Vector3 anchor2, Vector3 ground2)Obsolete

Obsolete: This API member is obsolete.

public static Sandbox.Physics.SpringJoint CreateSpring(Sandbox.Physics.PhysicsPoint a, Sandbox.Physics.PhysicsPoint b, float minLength, float maxLength)

Creates a constraint that will try to stay the same length, like a spring, or a rod.

public static Sandbox.Physics.UprightJoint CreateUpright(Sandbox.Physics.PhysicsPoint a, Sandbox.Physics.PhysicsPoint b)

public void Remove()

Removes this joint.

public float Sandbox.Physics.PhysicsJoint.AngularStrength { get; set; }

Strength of the angular constraint. If it takes any more energy than this, it'll break.

public Sandbox.PhysicsBody Sandbox.Physics.PhysicsJoint.Body1 { get; set; }

The source physics body this joint is attached to.

public Sandbox.PhysicsBody Sandbox.Physics.PhysicsJoint.Body2 { get; set; }

The target physics body this joint is constraining.

public bool Sandbox.Physics.PhysicsJoint.Collisions { get; set; }

Enables or disables collisions between the 2 constrained physics bodies.

public bool Sandbox.Physics.PhysicsJoint.IsActive { get; set; }Obsolete

Obsolete: This API member is obsolete.

public Sandbox.Physics.PhysicsPoint Sandbox.Physics.PhysicsJoint.Point1 { get; set; }

A specific point this joint is attached at on `Sandbox.Physics.PhysicsJoint.Body1`

public Sandbox.Physics.PhysicsPoint Sandbox.Physics.PhysicsJoint.Point2 { get; set; }

A specific point this joint is attached at on `Sandbox.Physics.PhysicsJoint.Body2`

public float Sandbox.Physics.PhysicsJoint.Strength { get; set; }

Strength of the linear constraint. If it takes any more energy than this, it'll break.

public Sandbox.PhysicsWorld Sandbox.Physics.PhysicsJoint.World { get; set; }

The `Sandbox.PhysicsWorld` this joint belongs to.