Inheritance diagram for jop::RopeJoint2D:

Public Member Functions
	RopeJoint2D (World2D &worldRef, RigidBody2D &bodyA, RigidBody2D &bodyB, const bool collide, const glm::vec2 &anchorA=glm::vec2(0.f, 0.f), const glm::vec2 &anchorB=glm::vec2(0.f, 0.f))
	RopeJoint2D constructor. More...

std::pair< float, float >	getDamping () const

RopeJoint2D &	setDamping (const float frequency, const float damping)

Public Member Functions inherited from jop::Joint2D
	Joint2D (World2D &worldRef, RigidBody2D &bodyA, RigidBody2D &bodyB, const bool collide)
	Joint2D constructor. More...

virtual	~Joint2D ()=0

unsigned int	getID () const
	Get joint ID. More...

Joint2D &	setID (const unsigned int id)
	Set new ID for the joint. More...

Additional Inherited Members
Public Attributes inherited from jop::Joint2D
World2D *	m_worldRef
	Pointer to the world. More...

RigidBody2D *	m_bodyA
	Pointer to bodyA. More...

RigidBody2D *	m_bodyB
	Pointer to bodyB. More...

Static Protected Member Functions inherited from jop::Joint2D
static b2Body *	getBody (RigidBody2D &body)
	Return engine internal pointer to body. More...

Protected Attributes inherited from jop::Joint2D
bool	m_collide
	Should the linked bodies collide. More...

b2Joint *	m_joint
	Pointer to Box2D joint. More...

unsigned int	m_ID
	Joint ID. More...

Detailed Description

Definition at line 38 of file RopeJoint2D.hpp.

Constructor & Destructor Documentation

RopeJoint2D constructor.

Creates a link / rope between the bodies. For longer ropes, ropes made from several rigidbodies and attached one after another should be used.

Parameters

anchorA	Anchor point in local coordinates. Please use values between -1.f - +1.f. Defaults to the center of the body.
anchorB	Anchor point in local coordinates. Please use values between -1.f - +1.f. Defaults to the center of the body.

std::pair<float, float> jop::RopeJoint2D::getDamping ( ) const

RopeJoint2D& jop::RopeJoint2D::setDamping	(	const float	frequency,
		const float	damping
	)

Parameters

frequency	Damping frequency in Hz.
damping	Damping ratio. Please use values between 0.f - 1.0f.

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