Rigidbody2D

Class	Type	Name	Interface Description
RigidBody2D Dynamic Component	Variables	position : Vector2f	Rigid Body Position
		rotation : number (degree)	Rotation angle of rigid body
		velocity : Vector2f	Rigid body linear velocity
		angularVelocity : number	Angular Velocity
		force : Vector2f	External force value (external forces acting on the rigid body other than gravity)
		torque : number	External torque (the external force acting on a rigid body that causes it to rotate)
		mass : number	Rigid Body Mass
		damping : number	Damping value, linear motion damping
		angularDamping : number	Damping value, rotational motion damping
		useGravity : boolean	Whether it is affected by gravity
		gravityScale	Gravitational Coefficient
		static : boolean	Whether it is a static rigid body
		freezeX : boolean	Whether it is locked in the X-direction
		freezeY : boolean	Whether it is locked in the Y-direction
		freezeZ : boolean	Whether it is locked in the Z-direction (rotation)
	Functions	addForce(force : Vector2f) : void	Add External Force
		addTorque(torque : number) : void	Add Torque

Examples

position : Vector2f

rb.position = new APJS.Vector2f(1, 2);

rotation : number（degree）

rb.rotation = 45.0;

velocity : Vector2f

rb.velocity = new APJS.Vector2f(2, 0);

angularVelocity : number

rb.angularVelocity = 3.14;

force : Vector2f

rb.force = new APJS.Vector2f(0, 10);

torque: number

rb.torque = 5.0;

mass : number

rb.mass = 3.0;

damping : number

rb.damping = 0.5;

angularDamping : number

rb.angularDamping = 0.5;

useGravity : boolean

rb.useGravity = !prev;

gravityScale

rb.gravityScale = 1.2;

static : boolean

rb.static = false;

freezeX : boolean

rb.freezeX = false;

freezeY : boolean

rb.freezeY = false;

freezeZ : boolean

rb.freezeZ = false;

addForce(force : Vector2f) : void

rb.addForce(new APJS.Vector2f(0, 15));

addTorque(torque : number) : void

rb.addTorque(10);