Inheritance diagram for PhysicsJoint:

Private Member Functions
proto external void	Destroy ()
	Destroys joint.
proto external void	Destroy ()
	Destroys joint.

Static Private Member Functions
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 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.
static proto Physics6DOFSpringJoint	Create6DOFSpring (notnull IEntity ent1, IEntity ent2, vector matrix1[4], vector matrix2[4], bool disableCollisions, float breakThreshold=-1)
	Creates DOF spring 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 PhysicsBallSocketJoint	CreateBallSocket (notnull IEntity ent1, IEntity ent2, vector point1, vector point2, bool disableCollisions, float breakThreshold=-1)
	Creates ball socket 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 PhysicsConeTwistJoint	CreateConeTwist (notnull IEntity ent1, IEntity ent2, vector matrix1[4], vector matrix2[4], bool disableCollisions, float breakThreshold=-1)
	Creates cone twist joint.
static proto PhysicsFixedJoint	CreateFixed (notnull IEntity ent1, IEntity ent2, vector point1, vector point2, bool disableCollisions, float breakThreshold=-1)
	Creates fixed joint.
static proto PhysicsFixedJoint	CreateFixed (notnull IEntity ent1, IEntity ent2, vector point1, vector point2, bool disableCollisions, float breakThreshold=-1)
	Creates fixed joint.
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	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 PhysicsHingeJoint	CreateHinge2 (notnull IEntity ent1, IEntity ent2, vector matrix1[4], vector matrix2[4], bool disableCollisions, float breakThreshold=-1)
	Creates hinge 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 PhysicsSliderJoint	CreateSlider (notnull IEntity ent1, IEntity ent2, vector matrix1[4], vector matrix2[4], bool disableCollisions, float breakThreshold=-1)
	Creates slider joint.

Detailed Description

Definition at line 22 of file physicsjoint.c.

Member Function Documentation

◆ Create6DOF() [1/2]

proto Physics6DOFJoint Create6DOF	(	notnull IEntity	ent1,
		IEntity	ent2,
		vector	matrix1[4],
		vector	matrix2[4],
		bool	disableCollisions,
		float	breakThreshold = -1 )

staticprivate

Creates 6 DOF joint.

Entities must be dynamic objects. Using only ent1 anchors it to the world.

IEntity entity1 = GetWorld().FindEntityByName("entity1");
IEntity entity2 = GetWorld().FindEntityByName("entity1");
vector mat1[4] = { vector.Right, vector.Up, vector.Forward, vector.Right };
vector mat2[4] = { vector.Right, vector.Up, vector.Forward, -vector.Right };
Physics6DOFJoint joint = PhysicsJoint.Create6DOF(entity1, entity2, mat1, mat2, false);
joint.SetLimit(0, -1, 1);
joint.SetAngularLimits(vector.Zero, vector.Zero);

Parameters

ent1	Entity that will be part of the joint, mandatory
ent2	Other entity that will be part of the joint, optional
matrix1	Joint transformation in reference frame of ent1
matrix2	Joint transformation in reference frame of ent2
disableCollisions	True to disable collisions between connected entities
breakThreshold	Maximum impulse to break the joint. Use -1 for unbreakable joint

◆ Create6DOF() [2/2]

proto Physics6DOFJoint Create6DOF	(	notnull IEntity	ent1,
		IEntity	ent2,
		vector	matrix1[4],
		vector	matrix2[4],
		bool	disableCollisions,
		float	breakThreshold = -1 )

staticprivate

Creates 6 DOF joint.

Entities must be dynamic objects. Using only ent1 anchors it to the world.

IEntity entity1 = GetWorld().FindEntityByName("entity1");
IEntity entity2 = GetWorld().FindEntityByName("entity1");
vector mat1[4] = { vector.Right, vector.Up, vector.Forward, vector.Right };
vector mat2[4] = { vector.Right, vector.Up, vector.Forward, -vector.Right };
Physics6DOFJoint joint = PhysicsJoint.Create6DOF(entity1, entity2, mat1, mat2, false);
joint.SetLimit(0, -1, 1);
joint.SetAngularLimits(vector.Zero, vector.Zero);

Parameters

ent1	Entity that will be part of the joint, mandatory
ent2	Other entity that will be part of the joint, optional
matrix1	Joint transformation in reference frame of ent1
matrix2	Joint transformation in reference frame of ent2
disableCollisions	True to disable collisions between connected entities
breakThreshold	Maximum impulse to break the joint. Use -1 for unbreakable joint

◆ Create6DOFSpring() [1/2]

proto Physics6DOFSpringJoint Create6DOFSpring	(	notnull IEntity	ent1,
		IEntity	ent2,
		vector	matrix1[4],
		vector	matrix2[4],
		bool	disableCollisions,
		float	breakThreshold = -1 )

staticprivate

Creates DOF spring joint.

Entities must be dynamic objects. Using only ent1 anchors it to the world.

IEntity entity1 = GetWorld().FindEntityByName("entity1");
IEntity entity2 = GetWorld().FindEntityByName("entity1");
vector mat1[4] = { vector.Right, vector.Up, vector.Forward, vector.Right };
vector mat2[4] = { vector.Right, vector.Up, vector.Forward, -vector.Right };
Physics6DOFSpringJoint joint = PhysicsJoint.Create6DOF(entity1, entity2, mat1, mat2, false);
joint.SetLimit(0, -1, 1);
joint.SetAngularLimits(vector.Zero, vector.Zero);
joint.SetSpring(0, 1, 1);

Parameters

ent1	Entity that will be part of the joint, mandatory
ent2	Other entity that will be part of the joint, optional
matrix1	Joint transformation in reference frame of ent1
matrix2	Joint transformation in reference frame of ent2
disableCollisions	True to disable collisions between connected entities
breakThreshold	Maximum impulse to break the joint. Use -1 for unbreakable joint

◆ Create6DOFSpring() [2/2]

proto Physics6DOFSpringJoint Create6DOFSpring	(	notnull IEntity	ent1,
		IEntity	ent2,
		vector	matrix1[4],
		vector	matrix2[4],
		bool	disableCollisions,
		float	breakThreshold = -1 )

staticprivate

Creates DOF spring joint.

Entities must be dynamic objects. Using only ent1 anchors it to the world.

IEntity entity1 = GetWorld().FindEntityByName("entity1");
IEntity entity2 = GetWorld().FindEntityByName("entity1");
vector mat1[4] = { vector.Right, vector.Up, vector.Forward, vector.Right };
vector mat2[4] = { vector.Right, vector.Up, vector.Forward, -vector.Right };
Physics6DOFSpringJoint joint = PhysicsJoint.Create6DOF(entity1, entity2, mat1, mat2, false);
joint.SetLimit(0, -1, 1);
joint.SetAngularLimits(vector.Zero, vector.Zero);
joint.SetSpring(0, 1, 1);

Parameters

ent1	Entity that will be part of the joint, mandatory
ent2	Other entity that will be part of the joint, optional
matrix1	Joint transformation in reference frame of ent1
matrix2	Joint transformation in reference frame of ent2
disableCollisions	True to disable collisions between connected entities
breakThreshold	Maximum impulse to break the joint. Use -1 for unbreakable joint

◆ CreateBallSocket() [1/2]

proto PhysicsBallSocketJoint CreateBallSocket	(	notnull IEntity	ent1,
		IEntity	ent2,
		vector	point1,
		vector	point2,
		bool	disableCollisions,
		float	breakThreshold = -1 )

staticprivate

Creates ball socket joint.

Entities must be dynamic objects. Using only ent1 anchors it to the world.

IEntity entity1 = GetWorld().FindEntityByName("entity1");
IEntity entity2 = GetWorld().FindEntityByName("entity1");
PhysicsJoint.CreateBallSocket(entity1, entity2, vector.Right, -vector.Right, false);

Parameters

ent1	Entity that will be part of the joint, mandatory
ent2	Other entity that will be part of the joint, optional
point1	Joint position in reference frame of ent1
point2	Joint position in reference frame of ent2
disableCollisions	True to disable collisions between connected entities
breakThreshold	Maximum impulse to break the joint. Use -1 for unbreakable joint

◆ CreateBallSocket() [2/2]

proto PhysicsBallSocketJoint CreateBallSocket	(	notnull IEntity	ent1,
		IEntity	ent2,
		vector	point1,
		vector	point2,
		bool	disableCollisions,
		float	breakThreshold = -1 )

staticprivate

Creates ball socket joint.

Entities must be dynamic objects. Using only ent1 anchors it to the world.

IEntity entity1 = GetWorld().FindEntityByName("entity1");
IEntity entity2 = GetWorld().FindEntityByName("entity1");
PhysicsJoint.CreateBallSocket(entity1, entity2, vector.Right, -vector.Right, false);

Parameters

ent1	Entity that will be part of the joint, mandatory
ent2	Other entity that will be part of the joint, optional
point1	Joint position in reference frame of ent1
point2	Joint position in reference frame of ent2
disableCollisions	True to disable collisions between connected entities
breakThreshold	Maximum impulse to break the joint. Use -1 for unbreakable joint

◆ CreateConeTwist() [1/2]

proto PhysicsConeTwistJoint CreateConeTwist	(	notnull IEntity	ent1,
		IEntity	ent2,
		vector	matrix1[4],
		vector	matrix2[4],
		bool	disableCollisions,
		float	breakThreshold = -1 )

staticprivate

Creates cone twist joint.

Entities must be dynamic objects. Using only ent1 anchors it to the world.

IEntity entity1 = GetWorld().FindEntityByName("entity1");
IEntity entity2 = GetWorld().FindEntityByName("entity1");
vector mat1[4] = { vector.Right, vector.Up, vector.Forward, vector.Right };
vector mat2[4] = { vector.Right, vector.Up, vector.Forward, -vector.Right };
PhysicsJoint.CreateConeTwist(entity1, entity2, mat1, mat2, false);

Parameters

ent1	Entity that will be part of the joint, mandatory
ent2	Other entity that will be part of the joint, optional
matrix1	Joint transformation in reference frame of ent1 (twist is x-axis, swings are z and y axes)
matrix2	Joint transformation in reference frame of ent2 (twist is x-axis, swings are z and y axes)
disableCollisions	True to disable collisions between connected entities
breakThreshold	Maximum impulse to break the joint. Use -1 for unbreakable joint

◆ CreateConeTwist() [2/2]

proto PhysicsConeTwistJoint CreateConeTwist	(	notnull IEntity	ent1,
		IEntity	ent2,
		vector	matrix1[4],
		vector	matrix2[4],
		bool	disableCollisions,
		float	breakThreshold = -1 )

staticprivate

Creates cone twist joint.

Entities must be dynamic objects. Using only ent1 anchors it to the world.

IEntity entity1 = GetWorld().FindEntityByName("entity1");
IEntity entity2 = GetWorld().FindEntityByName("entity1");
vector mat1[4] = { vector.Right, vector.Up, vector.Forward, vector.Right };
vector mat2[4] = { vector.Right, vector.Up, vector.Forward, -vector.Right };
PhysicsJoint.CreateConeTwist(entity1, entity2, mat1, mat2, false);

Parameters

ent1	Entity that will be part of the joint, mandatory
ent2	Other entity that will be part of the joint, optional
matrix1	Joint transformation in reference frame of ent1 (twist is x-axis, swings are z and y axes)
matrix2	Joint transformation in reference frame of ent2 (twist is x-axis, swings are z and y axes)
disableCollisions	True to disable collisions between connected entities
breakThreshold	Maximum impulse to break the joint. Use -1 for unbreakable joint

◆ CreateFixed() [1/2]

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

staticprivate

Creates fixed joint.

Entities must be dynamic objects. Using only ent1 anchors it to the world.

IEntity entity1 = GetWorld().FindEntityByName("entity1");
IEntity entity2 = GetWorld().FindEntityByName("entity1");
PhysicsJoint.CreateFixed(entity1, entity2, vector.Right, -vector.Right, false);

Parameters

ent1	Entity that will be part of the joint, mandatory
ent2	Other entity that will be part of the joint, optional
point1	Joint position in reference frame of ent1
point2	Joint position in reference frame of ent2
disableCollisions	True to disable collisions between connected entities
breakThreshold	Maximum impulse to break the joint. Use -1 for unbreakable joint

◆ CreateFixed() [2/2]

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

staticprivate

Creates fixed joint.

Entities must be dynamic objects. Using only ent1 anchors it to the world.

IEntity entity1 = GetWorld().FindEntityByName("entity1");
IEntity entity2 = GetWorld().FindEntityByName("entity1");
PhysicsJoint.CreateFixed(entity1, entity2, vector.Right, -vector.Right, false);

Parameters

ent1	Entity that will be part of the joint, mandatory
ent2	Other entity that will be part of the joint, optional
point1	Joint position in reference frame of ent1
point2	Joint position in reference frame of ent2
disableCollisions	True to disable collisions between connected entities
breakThreshold	Maximum impulse to break the joint. Use -1 for unbreakable joint

◆ CreateHinge() [1/2]

proto PhysicsHingeJoint CreateHinge	(	notnull IEntity	ent1,
		IEntity	ent2,
		vector	point1,
		vector	axis1,
		vector	point2,
		vector	axis2,
		bool	disableCollisions,
		float	breakThreshold = -1 )

staticprivate

Creates hinge joint.

Entities must be dynamic objects. Using only ent1 anchors it to the world.

IEntity entity1 = GetWorld().FindEntityByName("entity1");
IEntity entity2 = GetWorld().FindEntityByName("entity1");
PhysicsJoint.CreateHinge(entity1, entity2, vector.Right, vector.Up, -vector.Right, vector.Up, false);

Parameters

ent1	Entity that will be part of the joint, mandatory
ent2	Other entity that will be part of the joint, optional
point1	Joint position in reference frame of ent1
axis1	Joint axis in reference frame of ent1
point2	Joint position in reference frame of ent2
axis2	Joint axis in reference frame of ent2
disableCollisions	True to disable collisions between connected entities
breakThreshold	Maximum impulse to break the joint. Use -1 for unbreakable joint

◆ CreateHinge() [2/2]

proto PhysicsHingeJoint CreateHinge	(	notnull IEntity	ent1,
		IEntity	ent2,
		vector	point1,
		vector	axis1,
		vector	point2,
		vector	axis2,
		bool	disableCollisions,
		float	breakThreshold = -1 )

staticprivate

Creates hinge joint.

Entities must be dynamic objects. Using only ent1 anchors it to the world.

IEntity entity1 = GetWorld().FindEntityByName("entity1");
IEntity entity2 = GetWorld().FindEntityByName("entity1");
PhysicsJoint.CreateHinge(entity1, entity2, vector.Right, vector.Up, -vector.Right, vector.Up, false);

Parameters

ent1	Entity that will be part of the joint, mandatory
ent2	Other entity that will be part of the joint, optional
point1	Joint position in reference frame of ent1
axis1	Joint axis in reference frame of ent1
point2	Joint position in reference frame of ent2
axis2	Joint axis in reference frame of ent2
disableCollisions	True to disable collisions between connected entities
breakThreshold	Maximum impulse to break the joint. Use -1 for unbreakable joint

◆ CreateHinge2() [1/2]

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

staticprivate

Creates hinge joint.

Entities must be dynamic objects. Using only ent1 anchors it to the world.

IEntity entity1 = GetWorld().FindEntityByName("entity1");
IEntity entity2 = GetWorld().FindEntityByName("entity1");
vector mat1[4] = { vector.Right, -vector.Forward, vector.Up, vector.Right };
vector mat2[4] = { vector.Right, -vector.Forward, vector.Up, -vector.Right };
PhysicsJoint.CreateHinge2(entity1, entity2, mat1, mat2, false);

Parameters

ent1	Entity that will be part of the joint, mandatory
ent2	Other entity that will be part of the joint, optional
matrix1	Joint transformation in reference frame of ent1 (hinge is z-axis)
matrix2	Joint transformation in reference frame of ent2 (hinge is z-axis)
disableCollisions	True to disable collisions between connected entities
breakThreshold	Maximum impulse to break the joint. Use -1 for unbreakable joint

◆ CreateHinge2() [2/2]

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

staticprivate

Creates hinge joint.

Entities must be dynamic objects. Using only ent1 anchors it to the world.

IEntity entity1 = GetWorld().FindEntityByName("entity1");
IEntity entity2 = GetWorld().FindEntityByName("entity1");
vector mat1[4] = { vector.Right, -vector.Forward, vector.Up, vector.Right };
vector mat2[4] = { vector.Right, -vector.Forward, vector.Up, -vector.Right };
PhysicsJoint.CreateHinge2(entity1, entity2, mat1, mat2, false);

Parameters

ent1	Entity that will be part of the joint, mandatory
ent2	Other entity that will be part of the joint, optional
matrix1	Joint transformation in reference frame of ent1 (hinge is z-axis)
matrix2	Joint transformation in reference frame of ent2 (hinge is z-axis)
disableCollisions	True to disable collisions between connected entities
breakThreshold	Maximum impulse to break the joint. Use -1 for unbreakable joint

◆ CreateSlider() [1/2]

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

staticprivate

Creates slider joint.

Entities must be dynamic objects. Using only ent1 anchors it to the world.

IEntity entity1 = GetWorld().FindEntityByName("entity1");
IEntity entity2 = GetWorld().FindEntityByName("entity1");
vector mat1[4] = { vector.Right, vector.Up, vector.Forward, vector.Right };
vector mat2[4] = { vector.Right, vector.Up, vector.Forward, -vector.Right };
PhysicsJoint.CreateSlider(entity1, entity2, mat1, mat2, false);

Parameters

ent1	Entity that will be part of the joint, mandatory
ent2	Other entity that will be part of the joint, optional
matrix1	Joint transformation in reference frame of ent1 (slide is x-axis)
matrix2	Joint transformation in reference frame of ent2 (slide is x-axis)
disableCollisions	True to disable collisions between connected entities
breakThreshold	Maximum impulse to break the joint. Use -1 for unbreakable joint

◆ CreateSlider() [2/2]

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

staticprivate

Creates slider joint.

Entities must be dynamic objects. Using only ent1 anchors it to the world.

IEntity entity1 = GetWorld().FindEntityByName("entity1");
IEntity entity2 = GetWorld().FindEntityByName("entity1");
vector mat1[4] = { vector.Right, vector.Up, vector.Forward, vector.Right };
vector mat2[4] = { vector.Right, vector.Up, vector.Forward, -vector.Right };
PhysicsJoint.CreateSlider(entity1, entity2, mat1, mat2, false);

Parameters

ent1	Entity that will be part of the joint, mandatory
ent2	Other entity that will be part of the joint, optional
matrix1	Joint transformation in reference frame of ent1 (slide is x-axis)
matrix2	Joint transformation in reference frame of ent2 (slide is x-axis)
disableCollisions	True to disable collisions between connected entities
breakThreshold	Maximum impulse to break the joint. Use -1 for unbreakable joint

◆ Destroy() [1/2]

proto external void Destroy ( )

private

Destroys joint.

◆ Destroy() [2/2]

proto external void Destroy ( )

private

Destroys joint.

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

F:/Games/Dayz/scripts/1_core/physics/physicsjoint.c

Private Member Functions

Static Private Member Functions

Detailed Description

Member Function Documentation

◆ Create6DOF() [1/2]

◆ Create6DOF() [2/2]

◆ Create6DOFSpring() [1/2]

◆ Create6DOFSpring() [2/2]

◆ CreateBallSocket() [1/2]

◆ CreateBallSocket() [2/2]

◆ CreateConeTwist() [1/2]

◆ CreateConeTwist() [2/2]

◆ CreateFixed() [1/2]

◆ CreateFixed() [2/2]

◆ CreateHinge() [1/2]

◆ CreateHinge() [2/2]

◆ CreateHinge2() [1/2]

◆ CreateHinge2() [2/2]

◆ CreateSlider() [1/2]

◆ CreateSlider() [2/2]

◆ Destroy() [1/2]

◆ Destroy() [2/2]