GearNode

Class: GearNode

Represents a simple spur gear.

The gear geometry is specified by 3 parameters:

Radius is essentially the outer radius of the gear. The height of each gear tooth is defined by toothHeight. This means that the inner radius of the gear is radius - toothHeight. Finally the density of the gear teeth is specified by toothDensity.

Hierarchy

MultipartBodyNode
↳ GearNode

Constructors

constructor

• new GearNode(radius?, toothHeight?, toothDensity?): GearNode

Parameters

Name	Type	Default value
`radius`	`number`	`defaultRadius`
`toothHeight`	`number`	`defaultToothHeight`
`toothDensity`	`number`	`defaultToothDensity`

Returns

GearNode

Overrides

MultipartBodyNode.constructor

Properties

userData

• userData: Record\<string, unknown>

Inherited from

MultipartBodyNode.userData

EVT_CHILD_ADDED

▪ Static Readonly EVT_CHILD_ADDED: "childAdded"

The name of the event that is emitted whenever a child is added to this node.

The argument supplied is the child that was just added to this node.

Inherited from

MultipartBodyNode.EVT_CHILD_ADDED

EVT_CHILD_REMOVED

▪ Static Readonly EVT_CHILD_REMOVED: "childRemoved"

The name of the event that is emitted whenever a child is removed from this node.

The argument supplied is the child that was just removed from this node.

Inherited from

MultipartBodyNode.EVT_CHILD_REMOVED

EVT_CHILD_REORDERED

▪ Static Readonly EVT_CHILD_REORDERED: "childReordered"

The name of the event that is emitted whenever a child of this node is reordered.

The arguments supplied are: (1) The child that was just reordered (2) the old index of the child and (3) the new index of the child.

Inherited from

MultipartBodyNode.EVT_CHILD_REORDERED

EVT_NAME_CHANGED

▪ Static Readonly EVT_NAME_CHANGED: "nameChanged"

The name of the event that is emitted whenever the name of this object changes.

The argument suplied is the new CoreObject.name of the object.

Inherited from

MultipartBodyNode.EVT_NAME_CHANGED

EVT_PROPERTY_CHANGED

▪ Static Readonly EVT_PROPERTY_CHANGED: "propertyChanged"

The name of the event that is emitted whenever a property of this object changes.

The arguments supplied are: (1) The name of the property that has changed and (2) the new value of that property.

Inherited from

MultipartBodyNode.EVT_PROPERTY_CHANGED

EVT_TRANSFORM_CHANGED

▪ Static Readonly EVT_TRANSFORM_CHANGED: "transformChanged"

The name of the event that is emitted whenever the x, y or angle properties of this Node are changed.

Note that this event is not emitted when x, y or angle properties are changed as a result of an update().

Inherited from

MultipartBodyNode.EVT_TRANSFORM_CHANGED

MIN_RADIUS

▪ Static Readonly MIN_RADIUS: 0.2

MIN_TOOTH_DENSITY

▪ Static Readonly MIN_TOOTH_DENSITY: 1

MIN_TOOTH_HEIGHT

▪ Static Readonly MIN_TOOTH_HEIGHT: number = minToothHeight

Accessors

active

• get active(): boolean

Returns true if this body is active, otherwise returns false.

An inactive body will be visualized but it won't participate in the simulation.

Returns

boolean

Inherited from

MultipartBodyNode.active

• set active(v): void

Sets this body's active property

Parameters

Name	Type
`v`	`boolean`

Returns

void

Inherited from

MultipartBodyNode.active

allowSleep

• get allowSleep(): boolean

Returns true if this body is allowed to sleep, otherwise returns false.

By default, all bodies are allowed to sleep. This basically means that when a body has come to rest and it has no collisions then it will go to sleep. Setting a body to sleep reduces then number of object we have to simulated (thus increasing performance).

Returns

boolean

Inherited from

MultipartBodyNode.allowSleep

• set allowSleep(v): void

Sets this body's allowSleep property

Parameters

Name	Type
`v`	`boolean`

Returns

void

Inherited from

MultipartBodyNode.allowSleep

alpha

• get alpha(): number

Node's alpha

This value is between 0 (transparent) and 1.0 (opaque). This property can be considered as the "master" opacity of the node. Defaults to 1 (fully opaque)

Returns

number

Inherited from

MultipartBodyNode.alpha

• set alpha(v): void

Parameters

Name	Type
`v`	`number`

Returns

void

Inherited from

MultipartBodyNode.alpha

angle

• get angle(): number

Returns the angle (in degrees) of this body

Returns

number

Inherited from

MultipartBodyNode.angle

• set angle(v): void

Sets the angle (in degrees) of this body

Parameters

Name	Type
`v`	`number`

Returns

void

Inherited from

MultipartBodyNode.angle

angularDamping

• get angularDamping(): number

Returns

number

Inherited from

MultipartBodyNode.angularDamping

• set angularDamping(v): void

Parameters

Name	Type
`v`	`number`

Returns

void

Inherited from

MultipartBodyNode.angularDamping

angularVelocity

• get angularVelocity(): number

Returns

number

Inherited from

MultipartBodyNode.angularVelocity

• set angularVelocity(v): void

Parameters

Name	Type
`v`	`number`

Returns

void

Inherited from

MultipartBodyNode.angularVelocity

blendMode

• get blendMode(): BLEND_MODES

Returns

BLEND_MODES

Inherited from

MultipartBodyNode.blendMode

• set blendMode(v): void

Parameters

Name	Type
`v`	`BLEND_MODES`

Returns

void

Inherited from

MultipartBodyNode.blendMode

body

• get body(): undefined | b2Body

Returns

undefined | b2Body

Inherited from

MultipartBodyNode.body

bodyType

• get bodyType(): BodyType

Returns the body type of this body.

Returns

BodyType

Inherited from

MultipartBodyNode.bodyType

• set bodyType(v): void

Sets this body's bodyType property

Parameters

Name	Type
`v`	`BodyType`

Returns

void

Inherited from

MultipartBodyNode.bodyType

bullet

• get bullet(): boolean

Returns true if this body is a bullet, otherwise returns false.

This property only affects dynamic bodies. If a dynamic body is set to be a bullet then continuous collision detection (CCD) will be used and scenarios where a fast moving object tunels through other bodies are avoided. Note that bullets are more computational expensive.

Returns

boolean

Inherited from

MultipartBodyNode.bullet

• set bullet(v): void

Sets this body's bullet property

Parameters

Name	Type
`v`	`boolean`

Returns

void

Inherited from

MultipartBodyNode.bullet

childCount

• get childCount(): number

Returns the number of children this node contains.

Returns

number

Inherited from

MultipartBodyNode.childCount

children

• get children(): Node[]

Returns the children of this node.

Returns

Node[]

Inherited from

MultipartBodyNode.children

density

• get density(): number

Returns

number

Inherited from

MultipartBodyNode.density

• set density(v): void

Parameters

Name	Type
`v`	`number`

Returns

void

Inherited from

MultipartBodyNode.density

drawPieces

• get drawPieces(): boolean

Returns

boolean

Inherited from

MultipartBodyNode.drawPieces

• set drawPieces(v): void

Parameters

Name	Type
`v`	`boolean`

Returns

void

Inherited from

MultipartBodyNode.drawPieces

fillAlpha

• get fillAlpha(): number

Returns

number

Inherited from

MultipartBodyNode.fillAlpha

• set fillAlpha(v): void

Parameters

Name	Type
`v`	`number`

Returns

void

Inherited from

MultipartBodyNode.fillAlpha

fillColor

• get fillColor(): number

Returns

number

Inherited from

MultipartBodyNode.fillColor

• set fillColor(v): void

Parameters

Name	Type
`v`	`number`

Returns

void

Inherited from

MultipartBodyNode.fillColor

fillMatrix

• get fillMatrix(): IMatrix

Returns

IMatrix

Inherited from

MultipartBodyNode.fillMatrix

• set fillMatrix(v): void

Parameters

Name	Type
`v`	`IMatrix`

Returns

void

Inherited from

MultipartBodyNode.fillMatrix

fillStyle

• get fillStyle(): FillStyle

Returns

FillStyle

Inherited from

MultipartBodyNode.fillStyle

fillTexture

• get fillTexture(): string

Returns

string

Inherited from

MultipartBodyNode.fillTexture

• set fillTexture(v): void

Parameters

Name	Type
`v`	`string`

Returns

void

Inherited from

MultipartBodyNode.fillTexture

filterCategoryBits

• get filterCategoryBits(): number

Returns

number

Inherited from

MultipartBodyNode.filterCategoryBits

• set filterCategoryBits(v): void

Parameters

Name	Type
`v`	`number`

Returns

void

Inherited from

MultipartBodyNode.filterCategoryBits

filterGroupIndex

• get filterGroupIndex(): number

Returns

number

Inherited from

MultipartBodyNode.filterGroupIndex

• set filterGroupIndex(v): void

Parameters

Name	Type
`v`	`number`

Returns

void

Inherited from

MultipartBodyNode.filterGroupIndex

filterMaskBits

• get filterMaskBits(): number

Returns

number

Inherited from

MultipartBodyNode.filterMaskBits

• set filterMaskBits(v): void

Parameters

Name	Type
`v`	`number`

Returns

void

Inherited from

MultipartBodyNode.filterMaskBits

fixedRotation

• get fixedRotation(): boolean

Returns true if this body has fixed rotation, otherwise returns false.

When a body has fixed rotation then it will maintain its original rotation.

Returns

boolean

Inherited from

MultipartBodyNode.fixedRotation

• set fixedRotation(v): void

Sets this body's fixedRotation property

Parameters

Name	Type
`v`	`boolean`

Returns

void

Inherited from

MultipartBodyNode.fixedRotation

fixtures

• get fixtures(): b2Fixture[]

Returns

b2Fixture[]

Inherited from

MultipartBodyNode.fixtures

flags

• get flags(): CoreObjectFlags

Returns

CoreObjectFlags

Inherited from

MultipartBodyNode.flags

friction

• get friction(): number

Returns

number

Inherited from

MultipartBodyNode.friction

• set friction(v): void

Parameters

Name	Type
`v`	`number`

Returns

void

Inherited from

MultipartBodyNode.friction

graphics

• get graphics(): Graphics

Returns

Graphics

Inherited from

MultipartBodyNode.graphics

gravityScale

• get gravityScale(): number

Returns

number

Inherited from

MultipartBodyNode.gravityScale

• set gravityScale(v): void

Parameters

Name	Type
`v`	`number`

Returns

void

Inherited from

MultipartBodyNode.gravityScale

id

• get id(): string

Object's (unique) id

Note that the id of the object cannot be set (it is automatically assigned upon construction)

Returns

string

Inherited from

MultipartBodyNode.id

lineAlignment

• get lineAlignment(): number

Returns

number

Inherited from

MultipartBodyNode.lineAlignment

• set lineAlignment(v): void

Parameters

Name	Type
`v`	`number`

Returns

void

Inherited from

MultipartBodyNode.lineAlignment

lineAlpha

• get lineAlpha(): number

The line alpha used when drawing the graphics.

Returns

number

Inherited from

MultipartBodyNode.lineAlpha

• set lineAlpha(v): void

Parameters

Name	Type
`v`	`number`

Returns

void

Inherited from

MultipartBodyNode.lineAlpha

lineColor

• get lineColor(): number

The line color used when drawing the graphics.

Returns

number

Inherited from

MultipartBodyNode.lineColor

• set lineColor(v): void

Parameters

Name	Type
`v`	`number`

Returns

void

Inherited from

MultipartBodyNode.lineColor

lineNative

• get lineNative(): boolean

Returns

boolean

Inherited from

MultipartBodyNode.lineNative

• set lineNative(v): void

Parameters

Name	Type
`v`	`boolean`

Returns

void

Inherited from

MultipartBodyNode.lineNative

lineStyle

• get lineStyle(): LineStyle

Returns

LineStyle

Inherited from

MultipartBodyNode.lineStyle

lineWidth

• get lineWidth(): number

The line width used when drawing the graphics.

Returns

number

Inherited from

MultipartBodyNode.lineWidth

• set lineWidth(v): void

Parameters

Name	Type
`v`	`number`

Returns

void

Inherited from

MultipartBodyNode.lineWidth

linearDamping

• get linearDamping(): number

Returns

number

Inherited from

MultipartBodyNode.linearDamping

• set linearDamping(v): void

Parameters

Name	Type
`v`	`number`

Returns

void

Inherited from

MultipartBodyNode.linearDamping

linearVelocity

• get linearVelocity(): number

Returns

number

Inherited from

MultipartBodyNode.linearVelocity

linearVelocityX

• get linearVelocityX(): number

Returns

number

Inherited from

MultipartBodyNode.linearVelocityX

• set linearVelocityX(v): void

Parameters

Name	Type
`v`	`number`

Returns

void

Inherited from

MultipartBodyNode.linearVelocityX

linearVelocityY

• get linearVelocityY(): number

Returns

number

Inherited from

MultipartBodyNode.linearVelocityY

• set linearVelocityY(v): void

Parameters

Name	Type
`v`	`number`

Returns

void

Inherited from

MultipartBodyNode.linearVelocityY

mass

• get mass(): undefined | number

Returns

undefined | number

Inherited from

MultipartBodyNode.mass

metaObject

• get metaObject(): MetaObject

Returns the MetaObject that describes this class

Returns

MetaObject

Overrides

MultipartBodyNode.metaObject

name

• get name(): string

The object's name

The object's name is a free text value which defaults to an empty string.

Note that when the name of the object changes, the CoreObject.EVT_NAME_CHANGED signal will be emitted.

Returns

string

Inherited from

MultipartBodyNode.name

• set name(v): void

Parameters

Name	Type
`v`	`string`

Returns

void

Inherited from

MultipartBodyNode.name

parent

• get parent(): undefined | Node

Returns the parent of this node (or undefined if this node has no parent).

Returns

undefined | Node

Inherited from

MultipartBodyNode.parent

parts

• get parts(): PolygonPart[]

Returns

PolygonPart[]

Inherited from

MultipartBodyNode.parts

radius

• get radius(): number

The (outer) radius of the gear

Returns

number

• set radius(v): void

Parameters

Name	Type
`v`	`number`

Returns

void

restitution

• get restitution(): number

Returns

number

Inherited from

MultipartBodyNode.restitution

• set restitution(v): void

Parameters

Name	Type
`v`	`number`

Returns

void

Inherited from

MultipartBodyNode.restitution

scripts

• get scripts(): string[]

Returns

string[]

Inherited from

MultipartBodyNode.scripts

• set scripts(v): void

Parameters

Name	Type
`v`	`string`[]

Returns

void

Inherited from

MultipartBodyNode.scripts

sensor

• get sensor(): boolean

Returns

boolean

Inherited from

MultipartBodyNode.sensor

• set sensor(v): void

Parameters

Name	Type
`v`	`boolean`

Returns

void

Inherited from

MultipartBodyNode.sensor

toothDensity

• get toothDensity(): number

The tooth density. The higher this value is the more teeth the gear will have.

Returns

number

• set toothDensity(v): void

Parameters

Name	Type
`v`	`number`

Returns

void

toothHeight

• get toothHeight(): number

The height of each gear tooth

Returns

number

• set toothHeight(v): void

Parameters

Name	Type
`v`	`number`

Returns

void

x

• get x(): number

Returns the x position of this body

Returns

number

Inherited from

MultipartBodyNode.x

• set x(v): void

Sets the x position of this body

Parameters

Name	Type
`v`	`number`

Returns

void

Inherited from

MultipartBodyNode.x

y

• get y(): number

Returns the y position of this body

Returns

number

Inherited from

MultipartBodyNode.y

• set y(v): void

Sets the y position of this body

Parameters

Name	Type
`v`	`number`

Returns

void

Inherited from

MultipartBodyNode.y

Methods

addChild

▸ addChild(child): boolean

Adds the given child to this node.

If the given child is already contained in this node or it already has a Node.parent then this method will fail (false will be returned).

Otherwise the child will be added to this node and the Node.EVT_CHILD_ADDED signal will be emitted.

Parameters

Name	Type	Description
`child`	`Node`	The child to be added to this node.

Returns

boolean

True on success otherwise false.

Inherited from

MultipartBodyNode.addChild

addChildren

▸ addChildren(children): void

Convenience method for adding multiple children to this node.

Parameters

Name	Type
`children`	`Node`[]

Returns

void

Inherited from

MultipartBodyNode.addChildren

applyAngularImpulse

▸ applyAngularImpulse(impulse, wake?): void

Parameters

Name	Type
`impulse`	`number`
`wake?`	`boolean`

Returns

void

Inherited from

MultipartBodyNode.applyAngularImpulse

applyForce

▸ applyForce(force, point?, wake?): void

Parameters

Name	Type
`force`	`IPoint`
`point?`	`IPoint`
`wake?`	`boolean`

Returns

void

Inherited from

MultipartBodyNode.applyForce

applyLinearImpulse

▸ applyLinearImpulse(impulse, point?, wake?): void

Parameters

Name	Type
`impulse`	`IPoint`
`point?`	`IPoint`
`wake?`	`boolean`

Returns

void

Inherited from

MultipartBodyNode.applyLinearImpulse

autoAdjustFillTexture

▸ autoAdjustFillTexture(): void

Returns

void

Inherited from

MultipartBodyNode.autoAdjustFillTexture

canAddChild

▸ canAddChild(child): boolean

Returns true if the given child can be added to this node

Parameters

Name	Type
`child`	`Node`

Returns

boolean

Inherited from

MultipartBodyNode.canAddChild

canRemoveChild

▸ canRemoveChild(child): boolean

Returns true if the given child can be removed from this node

Parameters

Name	Type
`child`	`Node`

Returns

boolean

Inherited from

MultipartBodyNode.canRemoveChild

childIndex

▸ childIndex(child): number

Returns the index of the given child (or -1 if child is not contained in thie node).

Parameters

Name	Type
`child`	`Node`

Returns

number

Inherited from

MultipartBodyNode.childIndex

clone

▸ clone(): Node

Creates and returns a clone of this node.

The clone returned will have the same property values as this node except from its CoreObject.id.

Returns

Node

A clone of this node.

Inherited from

MultipartBodyNode.clone

containsChild

▸ containsChild(child): boolean

Returns true if this node contains the given child

Parameters

Name	Type
`child`	`Node`

Returns

boolean

Inherited from

MultipartBodyNode.containsChild

destroy

▸ destroy(): void

Returns

void

Inherited from

MultipartBodyNode.destroy

findAncestorByClassName

▸ findAncestorByClassName(className): undefined | Node

Parameters

Name	Type
`className`	`string`

Returns

undefined | Node

Inherited from

MultipartBodyNode.findAncestorByClassName

findChildById

▸ findChildById(id): undefined | Node

Finds and returns the child with the given id.

Parameters

Name	Type	Description
`id`	`string`	The CoreObject.id of the child to search for.

Returns

undefined | Node

The child with the given id or undefined if no such child exists.

Inherited from

MultipartBodyNode.findChildById

findChildByName

▸ findChildByName(name): undefined | Node

Finds and returns the first child node with the given name.

Parameters

Name	Type	Description
`name`	`string`	The CoreObject.name of the child to search for.

Returns

undefined | Node

The first child with the given name or undefined if no such child exists.

Inherited from

MultipartBodyNode.findChildByName

findDescendantById

▸ findDescendantById(id): undefined | Node

Finds and returns the descendant with the given id.

Parameters

Name	Type	Description
`id`	`string`	The CoreObject.id of the descendant to search for.

Returns

undefined | Node

The descendant with the given id or undefined if no such descendant exists.

Inherited from

MultipartBodyNode.findDescendantById

findSceneAssetById

▸ findSceneAssetById(id): undefined | Asset

Finds and returns the asset specified by the given id. Note that the node needs to be parented to a Scene for this method to work.

Parameters

Name	Type	Description
`id`	`string`	The id of the asset to search for.

Returns

undefined | Asset

The matched Asset of undefined if no such asset exists in the scene.

Inherited from

MultipartBodyNode.findSceneAssetById

findSceneNode

▸ findSceneNode(): undefined | Node

Uses the Node.findAncestorByClassName to find the Scene that this node is added to. If this node has not yet been added to a scene then this method will return undefined.

Returns

undefined | Node

Inherited from

MultipartBodyNode.findSceneNode

fromScreen

▸ fromScreen(position, from?, skipUpdate?): IPointData

Parameters

Name	Type
`position`	`IPoint`
`from?`	`Node`
`skipUpdate?`	`boolean`

Returns

IPointData

Inherited from

MultipartBodyNode.fromScreen

getAncestors

▸ getAncestors(): Node[]

Returns the ancestors of this node

Returns

Node[]

Inherited from

MultipartBodyNode.getAncestors

getAssetIds

▸ getAssetIds(): string[]

Returns the ids of the assets that are used by this Node.

Returns

string[]

The ids of the assets that are used by this Node.

Inherited from

MultipartBodyNode.getAssetIds

getBoundingRect

▸ getBoundingRect(): Rectangle

Returns the bounding rectangle of this node in local coordinates.

The default implementation returns the local bounds of the underlying PIXI container but subclasses can re-implement this method to return their custom bounding rectangle.

Returns

Rectangle

Inherited from

MultipartBodyNode.getBoundingRect

getDescendants

▸ getDescendants(reversed?): Node[]

Returns the descendants of this node.

A descendant is node that has this node as an ancestor. Consider for example the following tree of nodes:

NodeA
- NodeB
  - NodeD
  - NodeE
- NodeC

If we ask for the descendants of NodeA we'll get back: [NodeB, NodeD, NodeE, NodeC]

If reversed is set to true then this method will return the reversed descendants. For the example above, that would be: [NodeC, NodeE, NodeD, NodeB, NodeA]. Note that the first item of the reversed descendants has the highest z-index.

Parameters

Name	Type	Default value
`reversed`	`boolean`	`false`

Returns

Node[]

A list of this node's descendants

Inherited from

MultipartBodyNode.getDescendants

getExtras

▸ getExtras(): any

Returns any extra data that this object needs to save during serialization.

In some cases an object might need to save some extra data without necessarily this extra data being part of its state (e.g. the AssetsLibrary of a Scene). In these cases subclasses can re-implement this method and return the data required.

The default implementation returns undefined meaning that no extra data needs to be saved during serialization.

Returns

any

Inherited from

MultipartBodyNode.getExtras

getFilteredDescendants

▸ getFilteredDescendants\<T>(cls): T[]

Returns the descendants of this node that are instances of the class cls

Type parameters

Name	Type
`T`	extends `Node`

Parameters

Name	Type
`cls`	`Constructor`\<`T`>

Returns

T[]

Inherited from

MultipartBodyNode.getFilteredDescendants

getFilteredDescendantsByClassName

▸ getFilteredDescendantsByClassName(className): Node[]

Returns the descendants of this node that are instances of the class className

Parameters

Name	Type
`className`	`string`

Returns

Node[]

Inherited from

MultipartBodyNode.getFilteredDescendantsByClassName

getLinearVelocity

▸ getLinearVelocity(): IPoint

Convenience method which returns the node's linear velocity as a x,y object

Returns

IPoint

Inherited from

MultipartBodyNode.getLinearVelocity

getLocalTransform

▸ getLocalTransform(): Matrix

Returns a copy of this node's (local) transformation matrix.

Returns

Matrix

Inherited from

MultipartBodyNode.getLocalTransform

getNodeScript

▸ getNodeScript(assetId): undefined | NodeScript

Returns the NodeScript that corresponds to the given asset id.

Parameters

Name	Type
`assetId`	`string`

Returns

undefined | NodeScript

Inherited from

MultipartBodyNode.getNodeScript

getNodeScriptByClassName

▸ getNodeScriptByClassName(className): undefined | NodeScript

Returns the NodeScript that corresponds to the given class name.

Parameters

Name	Type
`className`	`string`

Returns

undefined | NodeScript

Inherited from

MultipartBodyNode.getNodeScriptByClassName

getNodeScripts

▸ getNodeScripts(): NodeScript[]

Returns all NodeScripts of this Node.

Returns

NodeScript[]

Inherited from

MultipartBodyNode.getNodeScripts

getPosition

▸ getPosition(): IPoint

Convenience method which returns the node's position as a x,y object

Returns

IPoint

Inherited from

MultipartBodyNode.getPosition

getSceneBoundingRect

▸ getSceneBoundingRect(): Rectangle

Returns the bounding rect of this node in scene coordinates.

Returns

Rectangle

Inherited from

MultipartBodyNode.getSceneBoundingRect

getScenePosition

▸ getScenePosition(): IPoint

Returns the Node's position in Scene coordinates.

Returns

IPoint

Inherited from

MultipartBodyNode.getScenePosition

getSceneTransform

▸ getSceneTransform(): Matrix

Returns a copy of this node's scene transformation matrix. Use this matrix to map coordinates from this node's local coordinate system to the scene's coordinate system. To map coordinates from the scene, you must first invert the returned matrix.

Unlike getLocalTransform(), which returns only the local transformation, this function includes the node's (and any parents') position, and all the transfomation properties.

Returns

Matrix

Inherited from

MultipartBodyNode.getSceneTransform

getShape

▸ getShape(): Polygon

Returns the shape of this Node in local coordinates.

Note that the returned shape might be empty.

The shape of a Node is used for many things, including boolean operations and selection.

The default implementation calls getBoundingRect() to return a simple rectangular shape, but subclasses can reimplement this function to return a more accurate shape for non-rectangular items.

Returns

Polygon

Inherited from

MultipartBodyNode.getShape

getSnapPoints

▸ getSnapPoints(snapMode): ISnapPoint[]

Snap Points

Parameters

Name	Type
`snapMode`	`number`

Returns

ISnapPoint[]

Inherited from

MultipartBodyNode.getSnapPoints

getState

▸ getState(minified?): any

Returns this object's state

The object's state is an object containing key/value pairs corresponding to this object's properties. For example:

{
    id: "Ssba4ch5ruok",
    name: "Circle",
    radius: 2,
   // ...
}

To avoid including properties that are currently in their default value you can set minified = true when calling getState.

Note that read-only properties are not part of the object's state (with the exception of the id)

Parameters

Name	Type	Default value	Description
`minified`	`boolean`	`false`	Whether to return a minified state or not

Returns

any

Inherited from

MultipartBodyNode.getState

getTransformedShape

▸ getTransformedShape(): Polygon

Returns the shape of this Node in scene coordinates.

Note that the returned shape might be empty.

Returns

Polygon

Inherited from

MultipartBodyNode.getTransformedShape

handleBeginContact

▸ handleBeginContact(contact): void

Parameters

Name	Type
`contact`	`b2Contact`

Returns

void

Inherited from

MultipartBodyNode.handleBeginContact

handleEndContact

▸ handleEndContact(contact): void

Parameters

Name	Type
`contact`	`b2Contact`

Returns

void

Inherited from

MultipartBodyNode.handleEndContact

index

▸ index(): number

Returns the index of this Node relatively to its parent. If this Node has no parent then -1 is returned.

Returns

number

Inherited from

MultipartBodyNode.index

initGraphicsNode

▸ initGraphicsNode(x, y, angle, lineStyle?, fillStyle?): void

Parameters

Name	Type
`x`	`number`
`y`	`number`
`angle`	`number`
`lineStyle?`	`LineStyle`
`fillStyle?`	`FillStyle`

Returns

void

Inherited from

MultipartBodyNode.initGraphicsNode

initNode

▸ initNode(x?, y?, angle?): void

Convenience method for setting node's Node.x, Node.y and Node.angle

Parameters

Name	Type	Default value
`x`	`number`	`0`
`y`	`number`	`0`
`angle`	`number`	`0`

Returns

void

Inherited from

MultipartBodyNode.initNode

insertChild

▸ insertChild(child, index): boolean

Parameters

Name	Type
`child`	`Node`
`index`	`number`

Returns

boolean

Inherited from

MultipartBodyNode.insertChild

isDestroyed

▸ isDestroyed(): boolean

Returns true if this node has been destroyed via destroy(). A destroyed Node should not be used.

Returns

boolean

Inherited from

MultipartBodyNode.isDestroyed

isSelected

▸ isSelected(): boolean

Returns true if this node is currently selected.

Returns

boolean

Inherited from

MultipartBodyNode.isSelected

move

▸ move(d): void

Moves this node by the given d.x, d.y

Parameters

Name	Type
`d`	`IPoint`

Returns

void

Inherited from

MultipartBodyNode.move

removeAllChildren

▸ removeAllChildren(): void

Convenience method which removes all children of this node

Returns

void

Inherited from

MultipartBodyNode.removeAllChildren

removeChild

▸ removeChild(child): boolean

Parameters

Name	Type
`child`	`Node`

Returns

boolean

Inherited from

MultipartBodyNode.removeChild

removeChildren

▸ removeChildren(children): void

Convenience method for removing multiple children from this node.

Parameters

Name	Type
`children`	`Node`[]

Returns

void

Inherited from

MultipartBodyNode.removeChildren

reorderChild

▸ reorderChild(child, newIndex): boolean

Moves a child node to a different position (order) among the other children If the operation is successul then the EVT_CHILD_REORDERED signal will be emitted

Parameters

Name	Type	Description
`child`	`Node`	The child node to be moved
`newIndex`	`number`	The new index where the child node will be moved

Returns

boolean

true on success otherwise false

Inherited from

MultipartBodyNode.reorderChild

setExtras

▸ setExtras(_x): boolean

Sets any extra data that this object needs during de-serialization.

Returns true on success, otherwise returns false.

The default implementation does nothing and returns true.

Parameters

Name	Type
`_x`	`any`

Returns

boolean

Inherited from

MultipartBodyNode.setExtras

setFlag

▸ setFlag(flag, on?): void

Parameters

Name	Type	Default value
`flag`	`CoreObjectFlags`	`undefined`
`on`	`boolean`	`true`

Returns

void

Inherited from

MultipartBodyNode.setFlag

setLinearVelocity

▸ setLinearVelocity(v): void

Convenience method for setting the node's linear velocity to the given x,y

Parameters

Name	Type
`v`	`IPoint`

Returns

void

Inherited from

MultipartBodyNode.setLinearVelocity

setPosition

▸ setPosition(v): void

Convenience method for setting the node's position to the given x,y

Parameters

Name	Type
`v`	`IPoint`

Returns

void

Inherited from

MultipartBodyNode.setPosition

setScenePosition

▸ setScenePosition(v): void

Sets the Node's scene position.

Parameters

Name	Type
`v`	`IPoint`

Returns

void

Inherited from

MultipartBodyNode.setScenePosition

setSelected

▸ setSelected(selected): void

Parameters

Name	Type
`selected`	`boolean`

Returns

void

Inherited from

MultipartBodyNode.setSelected

setState

▸ setState(state, updateId?): boolean

Sets the object's state

Parameters

Name	Type	Default value	Description
`state`	`any`	`undefined`	The state to be set
`updateId`	`boolean`	`true`	Whether to also update the id property

Returns

boolean

True on success otherwise false

Inherited from

MultipartBodyNode.setState

testFlag

▸ testFlag(flag): boolean

Parameters

Name	Type
`flag`	`CoreObjectFlags`

Returns

boolean

Inherited from

MultipartBodyNode.testFlag

toGlobal

▸ toGlobal(position): Point

Parameters

Name	Type
`position`	`IPoint`

Returns

Point

Inherited from

MultipartBodyNode.toGlobal

toLocal

▸ toLocal(position): Point

Parameters

Name	Type
`position`	`IPoint`

Returns

Point

Inherited from

MultipartBodyNode.toLocal

toScreen

▸ toScreen(position, skipUpdate?): IPointData

Parameters

Name	Type
`position`	`IPoint`
`skipUpdate?`	`boolean`

Returns

IPointData

Inherited from

MultipartBodyNode.toScreen

update

▸ update(delta): void

Updates this node.

The default update will do the following:

If this node has a script attached to it then it will call the script's update method
Call update for each child of this node.

Parameters

Name	Type	Description
`delta`	`number`	Not currently used

Returns

void

Inherited from

MultipartBodyNode.update

Class: GearNode

Hierarchy​

Constructors​

constructor​

Parameters​

Returns​

Overrides​

Properties​

userData​

Inherited from​

EVT_CHILD_ADDED​

Inherited from​

EVT_CHILD_REMOVED​

Inherited from​

EVT_CHILD_REORDERED​

Inherited from​

EVT_NAME_CHANGED​

Inherited from​

EVT_PROPERTY_CHANGED​

Inherited from​

EVT_TRANSFORM_CHANGED​

Inherited from​

MIN_RADIUS​

MIN_TOOTH_DENSITY​

MIN_TOOTH_HEIGHT​

Accessors​

active​

Returns​

Inherited from​

Parameters​

Returns​

Inherited from​

allowSleep​

Returns​

Inherited from​

Parameters​

Returns​

Inherited from​

alpha​

Returns​

Inherited from​

Parameters​

Returns​

Inherited from​

angle​

Returns​

Inherited from​

Parameters​

Returns​

Inherited from​

angularDamping​

Returns​

Inherited from​

Parameters​

Returns​

Inherited from​

angularVelocity​

Returns​

Inherited from​

Parameters​

Returns​

Inherited from​

blendMode​

Returns​

Inherited from​

Parameters​

Returns​

Inherited from​

body​

Returns​

Inherited from​

bodyType​

Returns​

Inherited from​

Parameters​

Returns​

Inherited from​

bullet​

Returns​

Inherited from​

Hierarchy

Constructors

constructor

Parameters

Returns

Overrides

Properties

userData

Inherited from

EVT_CHILD_ADDED

Inherited from

EVT_CHILD_REMOVED

Inherited from

EVT_CHILD_REORDERED

Inherited from

EVT_NAME_CHANGED

Inherited from

EVT_PROPERTY_CHANGED

Inherited from

EVT_TRANSFORM_CHANGED

Inherited from

MIN_RADIUS

MIN_TOOTH_DENSITY

MIN_TOOTH_HEIGHT

Accessors

active

Returns

Inherited from

Parameters

Returns

Inherited from

allowSleep

Returns

Inherited from

Parameters

Returns

Inherited from

alpha

Returns

Inherited from

Parameters

Returns

Inherited from

angle

Returns

Inherited from

Parameters

Returns

Inherited from

angularDamping

Returns

Inherited from

Parameters

Returns

Inherited from

angularVelocity

Returns

Inherited from

Parameters

Returns

Inherited from

blendMode

Returns

Inherited from

Parameters

Returns

Inherited from

body

Returns

Inherited from

bodyType

Returns

Inherited from

Parameters

Returns

Inherited from

bullet

Returns

Inherited from

Parameters