AbstractPhysicsBody Class Reference

Abstraction for handling both 2D and 3D Rigidbodies. More...

Inherited by PhysicsBody2D, and PhysicsBody3D.

Public Types
enum	BodyInterpolation
	Abstraction to handle interpolation settings from both 2D and 3D bodies. Values are Asserted to be correct in the constructors of the appropriate concrete class. More...

Public Member Functions
void	AddForce (Vector3 force)
	Method to apply force on the rigidbody.
void	AddTorque (Vector3 torque)
	Method to apply torque on the rigidbody. For 2D the Z axis is used.

Public Attributes
bool	WasColliding
	Indicate if the rigidbody was colliding on the previous physics step.

Properties
float	AngularDrag [get, set]
	Coefficient of angular drag.
Vector3	AngularVelocity [get, set]
	Angular velocity of the rigidbody.
Component	Component [get]
	The Component component of the rigidbody.
float	Drag [get, set]
	Coefficient of drag.
int	EncodedConstraints [get, set]
	Rigidbody constraints encoded into an int32 field.
NetworkRigidbodyFlags	Flags [get]
	Networked flags representing a 2D or 3D rigid body state and characteristics.
Vector3	Gravity [get]
	Gravity value from the respective 2D or 3D project physics settings.
Vector3	InertiaTensor [get, set]
	The Inertia tensor of the physics body. For 2D the Z axis is used.
BodyInterpolation	Interpolation [get, set]
	The interpolation setting of the physics body.
bool	Kinematic [get, set]
	Define if the rigidbody is kinematic.
Vector3	LinearVelocity [get, set]
	Linear velocity of the rigidbody.
float	Mass [get, set]
	Mass of the Rigidbody.
Vector3	Position [get, set]
	Rigidbody position.
Quaternion	Rotation [get, set]
	Rigidbody rotation.
bool	Sleeping [get, set]
	Define if the rigidbody is sleeping.
Transform	Transform [get]
	The Transform component of the rigidbody.
bool	Valid [get]
	True if this AbstractPhysicsBody has a valid rigidbody reference.

Detailed Description

Abstraction for handling both 2D and 3D Rigidbodies.

Member Enumeration Documentation

BodyInterpolation

enum BodyInterpolation

Abstraction to handle interpolation settings from both 2D and 3D bodies. Values are Asserted to be correct in the constructors of the appropriate concrete class.

Enumerator
None	Do not smooth the object's movement.
Interpolate	Smooth movement between existing frames.
Extrapolate	Smooth movement based on extrapolation from it's current position.