s&box docs
API ReferenceSandbox.Physics

HingeJointclass

A hinge-like constraint.

object→PhysicsJoint→HingeJoint
Namespace
Sandbox.Physics
Assembly
Sandbox.Engine
Declaration
public class Sandbox.Physics.HingeJoint : Sandbox.Physics.PhysicsJoint

Methods2

Showing 2 methods

public void SetAngularMotor(float targetVelocity, float maxTorque)PUBLIC

Set the angular motor (target velocity in radians/sec, max torque).

ParameterTypeDescription
targetVelocityfloat—
maxTorquefloat—
Returns:void—

public void SetAngularSpring(Vector3 parameters)PUBLIC

Set the angular spring parameters (target angle in radians, frequency, damping ratio).

ParameterTypeDescription
parametersVector3—
Returns:void—

Properties6

Showing 6 properties

public float Sandbox.Physics.HingeJoint.Angle { get; set; }PUBLICGETSET

Returns:float—

public Vector3 Sandbox.Physics.HingeJoint.Axis { get; set; }PUBLICGETSET

Returns:Vector3—

public float Sandbox.Physics.HingeJoint.Friction { get; set; }PUBLICGETSET

Hinge friction.

Returns:float—

public float Sandbox.Physics.HingeJoint.MaxAngle { get; set; }PUBLICGETSET

Maximum angle it should be allowed to go

Returns:float—

public float Sandbox.Physics.HingeJoint.MinAngle { get; set; }PUBLICGETSET

Minimum angle it should be allowed to go

Returns:float—

public float Sandbox.Physics.HingeJoint.Speed { get; set; }PUBLICGETSET

Returns:float—

SpringLinear

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Methodspublic System.Void SetAngularMotor(System.Single targetVelocity, System.Single maxTorque)public System.Void SetAngularSpring(Vector3 parameters)Propertiespublic System.Single Sandbox.Physics.HingeJoint.Angle { get; set; }public Vector3 Sandbox.Physics.HingeJoint.Axis { get; set; }public System.Single Sandbox.Physics.HingeJoint.Friction { get; set; }public System.Single Sandbox.Physics.HingeJoint.MaxAngle { get; set; }public System.Single Sandbox.Physics.HingeJoint.MinAngle { get; set; }public System.Single Sandbox.Physics.HingeJoint.Speed { get; set; }Metadata