Slider joint simulation. More...

Inheritance diagram for PhysicsSliderJoint:

Public Member Functions
proto external void	SetLinearLimits (float lowerLimit, float upperLimit)
	Sets linear limits of the joint.

proto external float	GetLinearPos ()
	Returns value of the linear position.

proto external float	GetAngularPos ()
	Returns value of the angular position.

proto external void	SetAngularLimits (float lowerLimit, float upperLimit)
	Sets angular limits of the joint.

proto external void	SetDirLinear (float softness, float restitution, float damping)
	Sets parameters relevant for moving inside linear limits.

proto external void	SetDirAngular (float softness, float restitution, float damping)
	Sets parameters relevant for moving inside angular limits.

proto external void	SetLimLinear (float softness, float restitution, float damping)
	Sets parameters relevant for hitting linear limit.

proto external void	SetLimAngular (float softness, float restitution, float damping)
	Sets parameters relevant for hitting angular limit.

proto external void	SetOrthoLinear (float softness, float restitution, float damping)
	Sets parameters relevant for case (against constraint axis)

proto external void	SetOrthoAngular (float softness, float restitution, float damping)
	Sets parameters relevant for case (against constraint axis)

proto external void	SetLinearMotor (float velocity, float force)
	Allows motor to move slider at specific linear velocity.

proto external void	SetAngularMotor (float velocity, float force)
	Allows motor to move slider at specific angular velocity.

Public Member Functions inherited from PhysicsJoint
proto external void	Destroy ()
	Destroys joint.

Public Member Functions inherited from pointer
proto string	ToString ()

Additional Inherited Members
Static Public Member Functions inherited from PhysicsJoint
static proto PhysicsHingeJoint	CreateHinge (notnull IEntity ent1, IEntity ent2, vector point1, vector axis1, vector point2, vector axis2, bool disableCollisions, float breakThreshold=-1)
	Creates hinge joint.

static proto PhysicsHingeJoint	CreateHinge2 (notnull IEntity ent1, IEntity ent2, vector matrix1[4], vector matrix2[4], bool disableCollisions, float breakThreshold=-1)
	Creates hinge joint.

static proto PhysicsBallSocketJoint	CreateBallSocket (notnull IEntity ent1, IEntity ent2, vector point1, vector point2, bool disableCollisions, float breakThreshold=-1)
	Creates ball socket joint.

static proto PhysicsFixedJoint	CreateFixed (notnull IEntity ent1, IEntity ent2, vector point1, vector point2, bool disableCollisions, float breakThreshold=-1)
	Creates fixed joint.

static proto PhysicsConeTwistJoint	CreateConeTwist (notnull IEntity ent1, IEntity ent2, vector matrix1[4], vector matrix2[4], bool disableCollisions, float breakThreshold=-1)
	Creates cone twist joint.

static proto PhysicsSliderJoint	CreateSlider (notnull IEntity ent1, IEntity ent2, vector matrix1[4], vector matrix2[4], bool disableCollisions, float breakThreshold=-1)
	Creates slider joint.

static proto Physics6DOFJoint	Create6DOF (notnull IEntity ent1, IEntity ent2, vector matrix1[4], vector matrix2[4], bool disableCollisions, float breakThreshold=-1)
	Creates 6 DOF joint.

static proto Physics6DOFSpringJoint	Create6DOFSpring (notnull IEntity ent1, IEntity ent2, vector matrix1[4], vector matrix2[4], bool disableCollisions, float breakThreshold=-1)
	Creates DOF spring joint.

Detailed Description

Slider joint simulation.

Member Function Documentation

◆ GetAngularPos()

proto external float PhysicsSliderJoint.GetAngularPos ( )

Returns value of the angular position.

◆ GetLinearPos()

proto external float PhysicsSliderJoint.GetLinearPos ( )

Returns value of the linear position.

◆ SetAngularLimits()

proto external void PhysicsSliderJoint.SetAngularLimits	(	float	lowerLimit,
		float	upperLimit
	)

Sets angular limits of the joint.

Parameters

lowerLimit	Value of the lower angular limit
upperLimit	Value of the upper angular limit

◆ SetAngularMotor()

proto external void PhysicsSliderJoint.SetAngularMotor	(	float	velocity,
		float	force
	)

Allows motor to move slider at specific angular velocity.

Parameters

velocity	Target angular velocity motor tries to maintain
force	Maximum angular force motor can overcome. 0 to turn motor off.

◆ SetDirAngular()

proto external void PhysicsSliderJoint.SetDirAngular	(	float	softness,
		float	restitution,
		float	damping
	)

Sets parameters relevant for moving inside angular limits.

Parameters

softness
restitution
damping

◆ SetDirLinear()

proto external void PhysicsSliderJoint.SetDirLinear	(	float	softness,
		float	restitution,
		float	damping
	)

Sets parameters relevant for moving inside linear limits.

Parameters

softness
restitution
damping

◆ SetLimAngular()

proto external void PhysicsSliderJoint.SetLimAngular	(	float	softness,
		float	restitution,
		float	damping
	)

Sets parameters relevant for hitting angular limit.

Parameters

softness
restitution
damping

◆ SetLimLinear()

proto external void PhysicsSliderJoint.SetLimLinear	(	float	softness,
		float	restitution,
		float	damping
	)

Sets parameters relevant for hitting linear limit.

Parameters

softness
restitution
damping

◆ SetLinearLimits()

proto external void PhysicsSliderJoint.SetLinearLimits	(	float	lowerLimit,
		float	upperLimit
	)

Sets linear limits of the joint.

Parameters

lowerLimit	Value of the lower linear limit
upperLimit	value of the upper linear limit

◆ SetLinearMotor()

proto external void PhysicsSliderJoint.SetLinearMotor	(	float	velocity,
		float	force
	)

Allows motor to move slider at specific linear velocity.

Parameters

velocity	Target linear velocity motor tries to maintain
force	Maximum linear force motor can overcome. 0 to turn motor off.

◆ SetOrthoAngular()

proto external void PhysicsSliderJoint.SetOrthoAngular	(	float	softness,
		float	restitution,
		float	damping
	)

Sets parameters relevant for case (against constraint axis)

Parameters

softness
restitution
damping

◆ SetOrthoLinear()

proto external void PhysicsSliderJoint.SetOrthoLinear	(	float	softness,
		float	restitution,
		float	damping
	)

Sets parameters relevant for case (against constraint axis)

Parameters

softness
restitution
damping

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

Core/generated/Physics/PhysicsSliderJoint.c

Public Member Functions

Additional Inherited Members

Detailed Description

Member Function Documentation

◆ GetAngularPos()

◆ GetLinearPos()

◆ SetAngularLimits()

◆ SetAngularMotor()

◆ SetDirAngular()

◆ SetDirLinear()

◆ SetLimAngular()

◆ SetLimLinear()

◆ SetLinearLimits()

◆ SetLinearMotor()

◆ SetOrthoAngular()

◆ SetOrthoLinear()