flare.physics.colliders.Collider

	Property	Defined By
		angularVelocity : Vector3D The world space aligned angular velocity (only rigid bodies).	Collider
		collectContacts : Boolean = false When set to true, the object stores the contact data objects after each physics.step() call.	Collider
		contactData : Vector.<ContactData> The contact datas information stored after each physics.step() call.	Collider
		contactGroups : uint Stores the groups in which this collider has been involved during the last physics.step() call.	Collider
		displacement : Vector3D The world space object displacement used for correcting the position of overlaping objects.	Collider
		enabled : Boolean = true Enable or disable the collider.	Collider
		friction : Number = 1.0 The friction of the collider from 0 - no friction, to 1 - full friction (only rigid bodies).	Collider
		gravity : Vector3D The gravity vector.	Collider
		groups : uint = 1 Sets or gets the collision groups for each collider.	Collider
		invInertia : Matrix3D The world space inverted inertia matrix.	Collider
		invLocalInertia : Matrix3D The inverted local inertia matrix.	Collider
		invMass : Number = 1 The inverse mass of the collider.	Collider
		invTransform : Matrix3D The inverse world transform matrix.	Collider
		isRigidBody : Boolean = false Sets or gets if the collider behaves as a rigid body.	Collider
		isStatic : Boolean = false Sets or gets if the collider behaves as a static object.	Collider
		isTrigger : Boolean = false Sets or gets if the collider behaves as a trigger.	Collider
		linearVelocity : Vector3D The world space aligned linear velocity (only rigid bodies).	Collider
		mass : Number = 1 The mass of the collider.	Collider
		maxX : Number = 0 The maximum position along the Z-Axis in world space.	Collider
		maxY : Number = 0 The maximum position along the Z-Axis in world space.	Collider
		maxZ : Number = 0 The maximum position along the Z-Axis in world space.	Collider
		minX : Number = 0 The minimum position along the X-Axis in world space.	Collider
		minY : Number = 0 The minimum position along the Y-Axis in world space.	Collider
		minZ : Number = 0 The minimum position along the Z-Axis in world space.	Collider
		neverSleep : Boolean = false Gets or sets if the colider is allowed to enter sleeping mode.	Collider
		numContacts : int The number of contact datas after each physics.step() call when collectContacts is set to true.	Collider
		orientation : Vector3D The orientation in world space in quaternion form.	Collider
		parent : Collider The parent collider.	Collider
		pivot : Pivot3D The pivot associated to this collider.	Collider
		position : Vector3D The position in world space.	Collider
		restitution : Number = 0.0 The restitution factor of the collider from 0 - no restitution to 1 - full bouncing (only rigid bodies).	Collider
		scaledPivot : Boolean = true When the collider pivot is scaled, set this property to true to properly calculate the collider transforms.	Collider
		shape : int The shape of the collider.	Collider
		sleeping : Boolean = false Gets or sets whatever the collider is in sleeping mode or not.	Collider
		sleepingFactor : Number = 0.9 A factor property which defines how fast the object will enter in sleeping mode, from 0 to 1.	Collider
		transform : Matrix3D The world space transform matrix.	Collider

	Method	Defined By
		Collider() Creates a new Collider object.	Collider
		applyImpulse(x:Number, y:Number, z:Number, position:Vector3D = null):void Applies an impulse force on the collider in world space (only rigid bodies).	Collider
		applyLocalImpulse(x:Number, y:Number, z:Number, position:Vector3D = null):void Applies an impulse force on the collider in local space (only rigid bodies).	Collider
		applyLocalTorque(x:Number, y:Number, z:Number):void Applies a torque force on the collider in local space (only rigid bodies).	Collider
		applyTorque(x:Number, y:Number, z:Number):void Applies a torque force on the collider in world space (only rigid bodies).	Collider
		awake():void Exit spleeing mode.	Collider
		clone():Collider Clone this collider.	Collider
		constrainLocalRotation(x:Number = 1, y:Number = 1, z:Number = 1):void Allows for constraining rotation angles (only rigid bodies).	Collider
		dispose():void Disposes all resources used by this collider.	Collider
		getSupportPoints(axis:Vector3D, out:Vector.<Vector3D>):int Get the support points along an arbitraty axis.	Collider
		project(axis:Vector3D, info:AxisInfo):void Projects the object along an arbitrary axis.	Collider
		resetVelocities():void Resets both, linear and angular velocities (only rigid bodies).	Collider
		setMass(mass:Number):void Sets the collider mass and inertia for collisions and physics.	Collider
		sleep():void Enters in sleeping mode.	Collider
		update(timeStep:Number):void Updates the state of the collider properties such as its position, orientation, matrices, boundings.	Collider
		updateInertia():void When multiple colliders are grouped to a parent collider, the parent collider must update its mass and intertia values.	Collider

	Constant	Defined By
		SHAPE_BOX : int [static]	Collider
		SHAPE_MESH : int [static]	Collider
		SHAPE_NULL : int [static]	Collider
		SHAPE_RAY : int [static]	Collider
		SHAPE_SPHERE : int [static]	Collider

Property Detail

angularVelocity

property

public var angularVelocity:Vector3D

The world space aligned angular velocity (only rigid bodies).

collectContacts

property

public var collectContacts:Boolean = false

When set to true, the object stores the contact data objects after each physics.step() call. The contacts are stored in the contactData vector.

contactData

property

public var contactData:Vector.<ContactData>

The contact datas information stored after each physics.step() call. Because ContactData objects are reused all the time for this or other objects, use the numContacts property to know how many contacts are stored in the vector. Accessing invalid contacts may contain dirty information from previous frames or even other objects, thus, do not store these references between step() calls.

contactGroups

property

public var contactGroups:uint

Stores the groups in which this collider has been involved during the last physics.step() call. It is a more lightly way to know against what kind of objects this collider has collided than using collectContacts.

displacement

property

public var displacement:Vector3D

The world space object displacement used for correcting the position of overlaping objects.

enabled

property

public var enabled:Boolean = true

Enable or disable the collider.

friction

property

public var friction:Number = 1.0

The friction of the collider from 0 - no friction, to 1 - full friction (only rigid bodies).

gravity

property

public var gravity:Vector3D

The gravity vector. By default it is set to a physics.gravity reference. To change this value, set it to a new Vector3D. changing the vector directly, will affect the gravity of all other objects using the same reference.

groups

property

public var groups:uint = 1

Sets or gets the collision groups for each collider.

There are 32 groups available. Colliders can be set to one or multiple groups.

Only objects within the same groups will be afected each other. If two objects do not have any group in common, all collisions will be ignored between them.

Valid group numbers are 1, 2, 4, 8, 16, 32, etc.. and the sum between them to assing multiple groups (1 + 2), (1 + 4), (2 + 8), (1 + 8 + 16), etc... A value of 0 means it is not within any collision group.

By default all colliders are set to group 1.

invInertia

property

public var invInertia:Matrix3D

The world space inverted inertia matrix.

invLocalInertia

property

public var invLocalInertia:Matrix3D

The inverted local inertia matrix.

invMass

property

public var invMass:Number = 1

The inverse mass of the collider. This value is used for kinematic and rigid bodies. To change the mass use setMass() method, do not change this value directly!.

See also

setMass()

invTransform

property

public var invTransform:Matrix3D

The inverse world transform matrix.

isRigidBody

property

public var isRigidBody:Boolean = false

Sets or gets if the collider behaves as a rigid body. Rigid bodies act and react againts different forces like gravity, torque and impulses.

See also

isStatic
isTrigger

isStatic

property

public var isStatic:Boolean = false

Sets or gets if the collider behaves as a static object. Static objects can not be move by any rigid body or kinematic objects, but they can still be moved manually through its pivot or position / orientation.

See also

isTrigger
isRigidBody

isTrigger

property

public var isTrigger:Boolean = false

Sets or gets if the collider behaves as a trigger. Trigger objects does not have any reaction to collisions, but can report contacts. They are commonly used to trigger events.

See also

isStatic
isRigidBody

linearVelocity

property

public var linearVelocity:Vector3D

The world space aligned linear velocity (only rigid bodies).

mass

property

public var mass:Number = 1

The mass of the collider. This value is used for kinematic and rigid bodies. To change the mass use setMass() method, do not change this value directly!.

See also

setMass()

maxX

property

public var maxX:Number = 0

The maximum position along the Z-Axis in world space.

maxY

property

public var maxY:Number = 0

The maximum position along the Z-Axis in world space.

maxZ

property

public var maxZ:Number = 0

The maximum position along the Z-Axis in world space.

minX

property

public var minX:Number = 0

The minimum position along the X-Axis in world space.

minY

property

public var minY:Number = 0

The minimum position along the Y-Axis in world space.

minZ

property

public var minZ:Number = 0

The minimum position along the Z-Axis in world space.

neverSleep

property

public var neverSleep:Boolean = false

Gets or sets if the colider is allowed to enter sleeping mode.

See also

sleep()
awake()
sleepingFactor
sleeping

numContacts

property

public var numContacts:int

The number of contact datas after each physics.step() call when collectContacts is set to true.

orientation

property

public var orientation:Vector3D

The orientation in world space in quaternion form.

parent

property

public var parent:Collider

The parent collider. Child colliders are not affected directly by other objects, they just throw their changes (impulses, forces, displacement) to their parents colliders.

pivot

property

public var pivot:Pivot3D

The pivot associated to this collider.

position

property

public var position:Vector3D

The position in world space.

restitution

property

public var restitution:Number = 0.0

The restitution factor of the collider from 0 - no restitution to 1 - full bouncing (only rigid bodies).

scaledPivot

property

public var scaledPivot:Boolean = true

When the collider pivot is scaled, set this property to true to properly calculate the collider transforms.

shape

property

public var shape:int

The shape of the collider.

sleeping

property

public var sleeping:Boolean = false

Gets or sets whatever the collider is in sleeping mode or not.

sleepingFactor

property

public var sleepingFactor:Number = 0.9

A factor property which defines how fast the object will enter in sleeping mode, from 0 to 1. Smaller values means the collider will enter in sleep mode more quickly.

See also

sleep()
awake()
neverSleep
sleeping

transform

property

public var transform:Matrix3D

The world space transform matrix.

Constructor Detail

Collider

()

Constructor

public function Collider()

Creates a new Collider object. Empty colliders can be used as a parent for other colliders.

Method Detail

applyImpulse

()

method

public function applyImpulse(x:Number, y:Number, z:Number, position:Vector3D = null):void

Applies an impulse force on the collider in world space (only rigid bodies).

Parameters

	`x:Number` — X-Axis impulse in world space.

	`y:Number` — Y-Axis impulse in world space.

	`z:Number` — Z-Axis impulse in world space.

	`position:Vector3D` (default = `null`) — Position of the impulse in world space. If null, only linear velocity will be affected.

applyLocalImpulse

()

method

public function applyLocalImpulse(x:Number, y:Number, z:Number, position:Vector3D = null):void

Applies an impulse force on the collider in local space (only rigid bodies).

Parameters

	`x:Number` — X-Axis impulse in local space.

	`y:Number` — Y-Axis impulse in local space.

	`z:Number` — Z-Axis impulse in local space.

	`position:Vector3D` (default = `null`) — Position of the impulse in local space. If null, only linear velocity will be affected.

applyLocalTorque

()

method

public function applyLocalTorque(x:Number, y:Number, z:Number):void

Applies a torque force on the collider in local space (only rigid bodies).

Parameters

	`x:Number` — X-Axis force in local space.

	`y:Number` — Y-Axis force in local space.

	`z:Number` — Z-Axis force in local space.

applyTorque

()

method

public function applyTorque(x:Number, y:Number, z:Number):void

Applies a torque force on the collider in world space (only rigid bodies).

Parameters

	`x:Number` — X-Axis force in world space.

	`y:Number` — Y-Axis force in world space.

	`z:Number` — Z-Axis force in world space.

awake

()

method

public function awake():void

Exit spleeing mode.

clone

()

method

public function clone():Collider

Clone this collider.

Returns

Collider — A new cloned collider.

constrainLocalRotation

()

method

public function constrainLocalRotation(x:Number = 1, y:Number = 1, z:Number = 1):void

Allows for constraining rotation angles (only rigid bodies). Values from 0 to infinity. A value of 0 means it can not rotate on certaing angle. A value of 1 menas, it rotates normally, and a higher value than 1 menas it will rotate more slowly.

Parameters

	`x:Number` (default = `1`) — The X-Axis constraint value.

	`y:Number` (default = `1`) — The Y-Axis constraint value.

	`z:Number` (default = `1`) — The Z-Axis constraint value.

dispose

()

method

public function dispose():void

Disposes all resources used by this collider.

getSupportPoints

()

method

public function getSupportPoints(axis:Vector3D, out:Vector.<Vector3D>):int

Get the support points along an arbitraty axis.

Parameters

	`axis:Vector3D` — The source axis.

	`out:Vector.<Vector3D>` — The result points.

Returns

int — The number of points.

project

()

method

public function project(axis:Vector3D, info:AxisInfo):void

Projects the object along an arbitrary axis.

Parameters

	`axis:Vector3D` — The axis to project.

	`info:AxisInfo` — The result information.

resetVelocities

()

method

public function resetVelocities():void

Resets both, linear and angular velocities (only rigid bodies).

setMass

()

method

public function setMass(mass:Number):void

Sets the collider mass and inertia for collisions and physics. invMass will also be calculated.

Parameters

mass:Number — The mass of the collider.

sleep

()

method

public function sleep():void

Enters in sleeping mode.

update

()

method

public function update(timeStep:Number):void

Updates the state of the collider properties such as its position, orientation, matrices, boundings. If the timeStep is greater than 0, the collider position and orientation will be incremented by its linearVelocity and angularVelocity.

Parameters

timeStep:Number

updateInertia

()

method

public function updateInertia():void

When multiple colliders are grouped to a parent collider, the parent collider must update its mass and intertia values.

Constant Detail

SHAPE_BOX

Constant

public static const SHAPE_BOX:int

SHAPE_MESH

Constant

public static const SHAPE_MESH:int

SHAPE_NULL

Constant

public static const SHAPE_NULL:int

SHAPE_RAY

Constant

public static const SHAPE_RAY:int

SHAPE_SPHERE

Constant

public static const SHAPE_SPHERE:int

Wed Feb 12 2014, 05:16 AM -03:00

Flare3D 2.5	All Packages \| All Classes \| Index \| Frames No Frames
Collider	Properties \| Methods \| Constants

Package	flare.physics.colliders
Class	public class Collider
Inheritance	Collider Object
Implements	flare.physics.IShape
Subclasses	BoxCollider, MeshCollider, RayCollider, SphereCollider