HandleOperator

class Communicator.Operator.HandleOperator(): Handles are added scene elements that can update the position of your parts through user interaction. Find more information here.

Constructors

constructor()

Methods

Constructors

constructor

Communicator.Operator.HandleOperator.constructor(viewer)

Arguments

viewer (Communicator.WebViewer()) –

Return type

Communicator.Operator.HandleOperator

Methods

addAxisRotationHandle

Communicator.Operator.HandleOperator.addAxisRotationHandle(position, axis, color, positionNormal, groupId)

Adds a handle that rotates around an axis

Arguments

position (Communicator.Point3()) – center of the handle.
axis (Communicator.Point3()) – axis to rotate around
color (Communicator.Color()) – color of the handle geometry
positionNormal ({ }()) – optional vector to control the orientation of the handle geometry.
groupId ({ }()) – optional parameter to associate this handle with a group of NodeIds

Return type

Promise[Communicator.NodeId]

addAxisTranslationHandle

Communicator.Operator.HandleOperator.addAxisTranslationHandle(position, axis, color, positionNormal, groupId)

Adds a handle that moves along an axis.

Arguments

position (Communicator.Point3()) – center of the handle.
axis (Communicator.Point3()) – axis to move along
color (Communicator.Color()) – color of the handle geometry
positionNormal ({ }()) – optional vector to control the orientation of the handle geometry.
groupId ({ }()) – optional parameter to associate this handle with a group of NodeIds

Return type

Promise[Communicator.NodeId]

addHandles

Communicator.Operator.HandleOperator.addHandles(nodeIds, position, groupId)

Adds all handles into the scene, oriented along the primary axes

Arguments

nodeIds ([Communicator.NodeId]()) – corresponding to the parts that will move with the handles
position ({ }()) – world space coordinates the the handle position
groupId ({ }()) –

Return type

Promise[void]

addMapping

Communicator.Operator.HandleOperator.addMapping(button, modifier)

Adds a button and key modifier mapping for the operator. If no mapping is provided, all combinations are considered valid. All mappings require a mouse button, but a key modifier is optional.

Arguments

button (Communicator.Button()) –
modifier (Communicator.KeyModifiers()) –

Return type

void

addPlaneTranslationHandle

Communicator.Operator.HandleOperator.addPlaneTranslationHandle(position, normal, faceColor, lineColor, positionNormal, groupId)

Adds a handle that restricts movement to a plane.

Arguments

position (Communicator.Point3()) – center of the handle.
normal (Communicator.Point3()) – normal of the plane
faceColor (Communicator.Color()) – face color of the handle geometry
lineColor (Communicator.Color()) – outline color of the handle geometry
positionNormal ({ }()) – optional vector to control the orientation of the handle geometry.
groupId ({ }()) – optional parameter to associate this handle with a group of NodeIds

Return type

Promise[Communicator.NodeId]

addTrackedPoint

Communicator.Operator.HandleOperator.addTrackedPoint(point)

Add a point to the tracked points list. When the handle moves, these points will update in world space.

Arguments

point (Communicator.Point3()) –

Return type

number

Returns

point index

addViewPlaneTranslationHandle

Communicator.Operator.HandleOperator.addViewPlaneTranslationHandle(position, color, groupId)

Adds a handle that restricts movement to the viewplane.

Arguments

position (Communicator.Point3()) – center of the handle
color (Communicator.Color()) – geometry color
groupId ({ }()) – optional parameter to associate this handle with a group of NodeIds

Return type

Promise[Communicator.NodeId]

clearMapping

Communicator.Operator.HandleOperator.clearMapping()

Clears any button and key modifier mappings for the operator.

Return type: void

clearTrackedPoints

Communicator.Operator.HandleOperator.clearTrackedPoints()

Clear the list of tracked points.

Return type: void

generateGroupId

Communicator.Operator.HandleOperator.generateGroupId()

This will generate a unique id to associate a group of handles with a group of NodeIds.

Return type: number

getNodeIds

Communicator.Operator.HandleOperator.getNodeIds(groupId)

Gets the NodeIds that the handles in the scene will move.

Arguments

groupId ({ }()) – optional paramater that specifies if the NodeIds to retrieve are part of a group.

Return type

[Communicator.NodeId]

getPosition

Communicator.Operator.HandleOperator.getPosition()

Return type: { }
Returns: the current handle position or null if not currently active.

getTrackedPoints

Communicator.Operator.HandleOperator.getTrackedPoints()

Gets the tracked point list.

Return type: [Communicator.Point3]

getTranslation

Communicator.Operator.HandleOperator.getTranslation()

Return type: Communicator.Point3
Returns: the total translation applied to the handles.

isEnabled

Communicator.Operator.HandleOperator.isEnabled()

Returns a boolean value indicating if handles are available to be added to the scene If there is an active explode, active measure, or the model is a 2d drawing. this will be false.

Return type: boolean

removeHandles

Communicator.Operator.HandleOperator.removeHandles()

Removes all handles from the scene.

Return type: Promise[void]

setAxisMeshData

Communicator.Operator.HandleOperator.setAxisMeshData(meshData)

Sets the mesh data for axis handles.

Arguments

meshData (Communicator.MeshData()) –

Return type

Promise[void]

setHandleSize

Communicator.Operator.HandleOperator.setHandleSize(size)

Takes a scale value to change the handle size with 1 representing the default size

Arguments

size (number()) –

Return type

void

setMapping

Communicator.Operator.HandleOperator.setMapping(button, modifier)

Sets the button and key modifier mapping for the operator.

Arguments

button (Communicator.Button()) –
modifier (Communicator.KeyModifiers()) –

Return type

void

setNodeIds

Communicator.Operator.HandleOperator.setNodeIds(nodeIds, groupId)

Sets the NodeIds that any handles in the scene will move.

Arguments

nodeIds ([Communicator.NodeId]()) –
groupId ({ }()) – optional parameter that associates a group of NodeIds with a group of handles.

Return type

void

setPlaneMeshData

Communicator.Operator.HandleOperator.setPlaneMeshData(meshData)

Sets the mesh data for plane handles.

Arguments

meshData (Communicator.MeshData()) –

Return type

Promise[void]

setRotateMeshData

Communicator.Operator.HandleOperator.setRotateMeshData(meshData)

Sets the mesh data for rotation handles.

Arguments

meshData (Communicator.MeshData()) –

Return type

Promise[void]

setViewPlaneMeshData

Communicator.Operator.HandleOperator.setViewPlaneMeshData(meshData)

Sets the mesh data for view plane handles.

Arguments

meshData (Communicator.MeshData()) –

Return type

Promise[void]

showHandles

Communicator.Operator.HandleOperator.showHandles()

Shows any handles that have been added to the scene.

Return type: void

updatePosition

Communicator.Operator.HandleOperator.updatePosition(translation, rotation, finalizePosition, groupId)

Updates the current handle position.

Arguments

translation (Communicator.Point3()) – additional translation
rotation (Communicator.Matrix()) – additional rotation
finalizePosition (boolean()) – keep translation and rotation. If true, added translation and rotation will not reset the next time the position is updated.
groupId ({ }()) –

Return type

Promise[void]

`addAxisRotationHandle()`
`addAxisTranslationHandle()`
`addHandles()`
`addMapping()`
`addPlaneTranslationHandle()`
`addTrackedPoint()`
`addViewPlaneTranslationHandle()`
`clearMapping()`
`clearTrackedPoints()`
`generateGroupId()`
`getNodeIds()`
`getPosition()`
`getTrackedPoints()`
`getTranslation()`
`isEnabled()`
`removeHandles()`
`setAxisMeshData()`
`setHandleSize()`
`setMapping()`
`setNodeIds()`
`setPlaneMeshData()`
`setRotateMeshData()`
`setViewPlaneMeshData()`
`showHandles()`
`updatePosition()`