Rigidbody

Complete API reference for Rigidbody, including constructors, attributes, virtual attributes, and methods.

Package: JAVARuntime

Category: Physics

Component: no

public class Rigidbody extends PhysicsComponent

Constructors

Signature	Description
`Rigidbody(Rigidbody)`	Executes `Rigidbody` and returns after the underlying engine call finishes.
`Rigidbody()`	Executes `Rigidbody` and returns after the underlying engine call finishes.

Name	Type	Description
`instance`	`Rigidbody`	Represents the `instance` value stored on this instance. Read or assign to update the property.

Name	Type	Access	Description
`angularDamping`	`float`	`get/set`	Returns the angular damping of the Rigidbody.
`angularVelocity`	`Vector3`	`get/set`	Returns the current angular velocity of the Rigidbody.
`bounciness`	`float`	`get/set`	Returns the bounciness of the Rigidbody.
`freezePX`	`boolean`	`get/set`	Returns whether movement on the X axis is frozen.
`freezePY`	`boolean`	`get/set`	Returns whether movement on the Y axis is frozen.
`freezePZ`	`boolean`	`get/set`	Returns whether movement on the Z axis is frozen.
`freezeRX`	`boolean`	`get/set`	Returns whether rotation on the X axis is frozen.
`freezeRY`	`boolean`	`get/set`	Returns whether rotation on the Y axis is frozen.
`freezeRZ`	`boolean`	`get/set`	Returns whether rotation on the Z axis is frozen.
`friction`	`float`	`get/set`	Returns the friction of the Rigidbody.
`gravityEnabled`	`boolean`	`get/set`	Checks whether gravity is enabled for the Rigidbody.
`gravityMultiplier`	`Vector3`	`get/set`	Returns the gravity multiplier of the Rigidbody.
`linearDamping`	`float`	`get/set`	Returns the linear damping of the Rigidbody.
`mass`	`float`	`get/set`	Returns the mass of the Rigidbody.
`physicsLayer`	`PhysicsLayer`	`get/set`	Returns the PhysicsLayer of the Rigidbody.
`velocity`	`Vector3`	`get/set`	Returns the current velocity of the Rigidbody.

Signature	Returns	Description
`addForce(Vector3)`	`void`	Applies a force to the Rigidbody in the specified direction.
`addForce(float, float, float)`	`void`	Applies a force to the Rigidbody with the specified x, y and z values.
`addForce(Vector3, Vector3)`	`void`	Applies a force to the Rigidbody at a specific relative position.
`addVelocity(Vector3)`	`void`	Adds velocity to the Rigidbody in the specified direction.
`addVelocity(float, float, float)`	`void`	Adds velocity to the Rigidbody with the specified x, y and z values.
`addVelocityBySecond(Vector3)`	`void`	Adds velocity per second to the Rigidbody in the specified direction.
`addVelocityBySecond(float, float, float)`	`void`	Adds velocity per second to the Rigidbody with the specified x, y and z values.
`setVelocity(float, float, float)`	`void`	Sets the current velocity of the Rigidbody.