Constrains the angle between two bodies. More...

Instance Methods
(id)	- initWithBodyA:bodyB:min:max:
	Create an autoreleased rotary limit joint between the two bodies and angular range in radians. More...

Class Methods
(ChipmunkRotaryLimitJoint *)	+ rotaryLimitJointWithBodyA:bodyB:min:max:
	Create an autoreleased rotary limit joint between the two bodies and angular range in radians. More...

Class Methods inherited from ChipmunkConstraint
(ChipmunkConstraint *)	+ constraintFromCPConstraint:
	Get the ChipmunkConstraint object associciated with a cpConstraint pointer. More...

Properties
cpFloat	min
	The minimum angular delta of the joint in radians.

cpFloat	max
	The maximum angular delta of the joint in radians.

Properties inherited from ChipmunkConstraint
cpConstraint *	constraint
	Returns a pointer to the underlying cpConstraint C struct.

ChipmunkBody *	bodyA
	The first ChipmunkBody the constraint controls.

ChipmunkBody *	bodyB
	The second ChipmunkBody the constraint controls.

cpFloat	maxForce
	Maximum force this constraint is allowed to use (defalts to infinity). More...

cpFloat	errorBias
	The rate at which joint error is corrected. More...

cpFloat	maxBias
	Maximum rate (speed) that a joint can be corrected at (defaults to infinity). More...

id	data
	An object that this constraint is associated with. More...

Detailed Description

Constrains the angle between two bodies.

This joint is often used in conjuction with a separate ChipmunkPivotJoint in order to limit the rotation around the pivot.

Method Documentation

Create an autoreleased rotary limit joint between the two bodies and angular range in radians.

Make sure you have the bodies in the right place as the joint will snap into shape as soon as you start simulating the space.

+ (ChipmunkRotaryLimitJoint *) rotaryLimitJointWithBodyA:	(ChipmunkBody *)	a
bodyB:	(ChipmunkBody *)	b
min:	(cpFloat)	min
max:	(cpFloat)	max

Create an autoreleased rotary limit joint between the two bodies and angular range in radians.

Make sure you have the bodies in the right place as the joint will snap into shape as soon as you start simulating the space.

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