Represents a physical 2D rigid body. More...

Inheritance diagram for TrueSync.TSRigidBody2D:

Public Types
enum	InterpolateMode { None, Interpolate, Extrapolate }

Public Member Functions
void	AddForce (TSVector2 force)
	Applies the provided force in the body. More...

void	AddForce (TSVector2 force, ForceMode mode)
	Applies the provided force in the body. More...

void	AddForceAtPosition (TSVector2 force, TSVector2 position)
	Applies the provided force in the body. More...

void	AddForceAtPosition (TSVector2 force, TSVector2 position, ForceMode mode)
	Applies the provided force in the body. More...

TSVector2	GetPointVelocity (TSVector2 worldPoint)
	Returns the velocity of the body at some position in world space.

void	AddTorque (TSVector2 torque)
	Simulates the provided tourque in the body. More...

void	MovePosition (TSVector2 position)
	Moves the body to a new position.

void	MoveRotation (FP rot)
	Rotates the body to a provided rotation.

Public Attributes
InterpolateMode	interpolation
	Interpolation mode that should be used.

bool	freezeZAxis
	If true it freezes Z rotation of the RigidBody (it only appears when in 2D Physics).

Properties
FP	mass `[get, set]`
	Mass of the body.

bool	useGravity `[get, set]`
	If true it uses gravity force.

bool	isKinematic `[get, set]`
	If true it doesn't get influences from external forces.

FP	drag `[get, set]`
	Linear drag coeficient.

FP	angularDrag `[get, set]`
	Angular drag coeficient.

TSCollider2D	tsCollider `[get]`

TSVector2	position `[get, set]`
	Position of the body.

FP	rotation `[get, set]`
	Orientation of the body.

TSVector2	velocity `[get, set]`
	LinearVelocity of the body.

FP	angularVelocity `[get, set]`
	AngularVelocity of the body (radians/s).

Detailed Description

Represents a physical 2D rigid body.

Definition at line 10 of file TSRigidBody2D.cs.

Member Function Documentation

void TrueSync.TSRigidBody2D.AddForce ( TSVector2 force )

Applies the provided force in the body.

Parameters

force A TSVector2 representing the force to be applied.

Definition at line 174 of file TSRigidBody2D.cs.

void TrueSync.TSRigidBody2D.AddForce	(	TSVector2	force,
		ForceMode	mode
	)

Applies the provided force in the body.

Parameters

force	A TSVector2 representing the force to be applied.
mode	Indicates how the force should be applied.

Definition at line 184 of file TSRigidBody2D.cs.

void TrueSync.TSRigidBody2D.AddForceAtPosition	(	TSVector2	force,
		TSVector2	position
	)

Applies the provided force in the body.

Parameters

force	A TSVector2 representing the force to be applied.
position	Indicates the location where the force should hit.

Definition at line 198 of file TSRigidBody2D.cs.

void TrueSync.TSRigidBody2D.AddForceAtPosition	(	TSVector2	force,
		TSVector2	position,
		ForceMode	mode
	)

Applies the provided force in the body.

Parameters

force	A TSVector2 representing the force to be applied.
position	Indicates the location where the force should hit.

Definition at line 208 of file TSRigidBody2D.cs.

void TrueSync.TSRigidBody2D.AddTorque ( TSVector2 torque )

Simulates the provided tourque in the body.

Parameters

torque A TSVector2 representing the torque to be applied.

Definition at line 229 of file TSRigidBody2D.cs.

The documentation for this class was generated from the following file: