ConstantRemoteModel

class cee.cug.ConstantRemoteModel()

A constant remote model designed for viewing CAE models with a stateless, scalable server.

The ConstantRemoteModel supports an efficient and scalable streaming of pre-defined CAE model configurations. The server is a stateless REST API based server that has very low resource usage on the server side and is easy to load balance. The streaming also starts immediately when a model is opened, no matter the size of the model. Similar to RemoteModel, it utilizes 3D Progressive Object Streaming to the client. The model needs to be converted into a CUG database format before it can be streamed. This is done with the included CugComposer command line utility.

The ConstantRemoteModel is used in the viewer on Ceetron Cloud.

See the example in Examples/BuildYourFirstApp/2-Viewer for how to use the ConstantRemoteModel.

Constructors

constructor

Accessors

animation
currentFrameIndex
cuttingPlaneCount
frameCount
isosurfaceCount
isovolumeCount
meshColor
modelSpec
name
partCount
particleTraceGroup
simulationInfo

Constructors

ConstantRemoteModel.constructor()

Creates a ConstantRemoteModel.

Return type:: ConstantRemoteModel

Accessors

cee.cug.animation()

The animation control for this ConstantRemoteModel

Return type:: Animation

cee.cug.currentFrameIndex()

The frame to show

The given zero-based index must be between 0 and frameCount - 1.

Return type:: number

cee.cug.currentFrameIndex(frameIndex)

Arguments:

frameIndex (number) – None

Return type:

void

cee.cug.cuttingPlaneCount()

Return type:: number

cee.cug.frameCount()

Return type:: number

cee.cug.isosurfaceCount()

Return type:: number

cee.cug.isovolumeCount()

Return type:: number

cee.cug.meshColor()

The color of the element mesh on the surface of the part

Return type:: Color3Like

cee.cug.meshColor(color)

Arguments:

color (Color3Like) – None

Return type:

void

cee.cug.modelSpec()

Returns the ModelSpec describing the result used in this model

Might return null if model is not streamed yet or the model does not have result info.

Return type:: ModelSpec

cee.cug.name()

Name of the model.

Mainly used for debugging.

Return type:: string

cee.cug.name(name)

Arguments:

name (string) – None

Name of the model.

Mainly used for debugging.

Return type:: void

cee.cug.partCount()

Returns the number of parts in this model

Return type:: number

cee.cug.particleTraceGroup()

Return type:: number

cee.cug.simulationInfo()

Returns the SimulationInfo describing the simulation that is the source for this model.

Might return null if model is not streamed yet or the model does not have simulation info

Return type:: SimulationInfo

Methods

closeModel

ConstantRemoteModel.closeModel()

Return type:: void

enablePreLoading

ConstantRemoteModel.enablePreLoading(enable)

Arguments:

enable (boolean) – None

Return type:

void

getBoundingBox

ConstantRemoteModel.getBoundingBox([_options])

Arguments:

_options (ModelBoundingBoxOptions) – optional None

Returns the BoundingBox (in world coordinates) of the current contents of the model

Note that currently this method does not support any ModelBoundingBoxOptions

Return type:: BoundingBox

getBoundingBoxForPart

ConstantRemoteModel.getBoundingBoxForPart(partIndex)

Arguments:

partIndex (number) – None

Returns the BoundingBox (in world coordinates) of the part at the given index.

Return type:: BoundingBox

getCurrentParticleTraceTime

ConstantRemoteModel.getCurrentParticleTraceTime()

Return type:: number

getCuttingPlaneArray

ConstantRemoteModel.getCuttingPlaneArray()

Return type:: unknown

getCuttingPlaneAt

ConstantRemoteModel.getCuttingPlaneAt(index)

Arguments:

index (number) – None

Return type:

CuttingPlane

getDefaultCameraConfig

ConstantRemoteModel.getDefaultCameraConfig()

Returns default camera configuration for this model if there is one.

Return type:: CameraConfig

getFrameInfoArray

ConstantRemoteModel.getFrameInfoArray()

Return type:: unknown

getFrameInfoAt

ConstantRemoteModel.getFrameInfoAt(index)

Arguments:

index (number) – None

Return type:

FrameInfo

getIsosurfaceArray

ConstantRemoteModel.getIsosurfaceArray()

Return type:: unknown

getIsosurfaceAt

ConstantRemoteModel.getIsosurfaceAt(index)

Arguments:

index (number) – None

Return type:

Isosurface

getIsovolumeArray

ConstantRemoteModel.getIsovolumeArray()

Return type:: unknown

getIsovolumeAt

ConstantRemoteModel.getIsovolumeAt(index)

Arguments:

index (number) – None

Return type:

Isovolume

getPartArray

ConstantRemoteModel.getPartArray()

Return type:: unknown

getPartAt

ConstantRemoteModel.getPartAt(index)

Arguments:

index (number) – None

Return type:

Part

getParticleTraceGroupArray

ConstantRemoteModel.getParticleTraceGroupArray()

Return type:: unknown

getParticleTraceGroupAt

ConstantRemoteModel.getParticleTraceGroupAt(index)

Arguments:

index (number) – None

Return type:

ParticleTraceGroup

getResultInfo

ConstantRemoteModel.getResultInfo(resultType, resultId)

Arguments:

resultType (ResultType) – None
resultId (number) – None

Get the information about the result with the given type and id.

Returns null if the result was not found.

Return type:: ResultInfo

getResultInfoArray

ConstantRemoteModel.getResultInfoArray()

Get the array with all ResultInfos defined in this model

Return type:: unknown

isFirstParticleTraceCycle

ConstantRemoteModel.isFirstParticleTraceCycle()

Return type:: boolean

openLocalBundle

ConstantRemoteModel.openLocalBundle(modelBundle[, initializationCompleteCallback])

Arguments:

modelBundle (BinaryModelBundle) – None
initializationCompleteCallback (InitializationCompleteCallback) – optional None

Return type:

void

openModel

ConstantRemoteModel.openModel(serverUrl, modelKey[, options[, initializationCompleteCallback]])

Arguments:

serverUrl (string) – None
modelKey (string) – None
options (OpenModelOptions) – optional None
initializationCompleteCallback (InitializationCompleteCallback) – optional None

Return type:

void

openRemoteBundle

ConstantRemoteModel.openRemoteBundle(bundleUrl[, options[, initializationCompleteCallback]])

Arguments:

bundleUrl (string) – None
options (OpenRemoteBundleOptions) – optional None
initializationCompleteCallback (InitializationCompleteCallback) – optional None

Return type:

void

rayIntersect

ConstantRemoteModel.rayIntersect(ray)

Arguments:

ray (Ray) – None

Performs picking on the model using the current frame.

If something was hit, returns a HitItem containing information about the object that was hit. Returns null if nothing was hit.

Return type:: HitItem

rayIntersectServerInfo

ConstantRemoteModel.rayIntersectServerInfo(ray, rayIntersectCallback)

Arguments:

ray (Ray) – None
rayIntersectCallback (RayIntersectCallback) – None

Performs picking on the model using the current frame, querying the server for additional info

If something was hit, returns a HitItem containing information about the object that was hit. Returns null if nothing was hit.

This method will query the CUG server for additional info on the selected item

Return type:: void

setColorLegendTitle

ConstantRemoteModel.setColorLegendTitle(resultId, title)

Arguments:

resultId (number) – None
title (string) – None

Set the title of the color legend with the given result Id

This will update any current legends, and also be used as the title whenever the legend is later created.

Return type:: void

setCurrentParticleTraceTime

ConstantRemoteModel.setCurrentParticleTraceTime(time, isFirstParticleTraceCycle)

Arguments:

time (number) – None
isFirstParticleTraceCycle (boolean) – None

Return type:

void

setGuidingCamera

ConstantRemoteModel.setGuidingCamera(camera)

Arguments:

camera (Camera) – None

Return type:

void

setMasterModelForSyncAnimation

ConstantRemoteModel.setMasterModelForSyncAnimation(masterModel)

Arguments:

masterModel (ConstantRemoteModel) – None

Set a master model to which animation in this model will be synchronized.

Calling this function will make this model a slave of masterModel with regards to animations. This means that animations will be controlled via the master model’s animation control and that this model’s animation control become invalid. To set this model back to normal operation, pass null to this function.

Return type:: void

setOneShotDataStreamingCompleteCallback

ConstantRemoteModel.setOneShotDataStreamingCompleteCallback(dataStreamingCompleteCallback)

Arguments:

dataStreamingCompleteCallback (DataStreamingCompleteCallback) – None

Sets a one- shot callback that will be called the next time we observe that data streaming is complete

Return type:: void

setProgressHandler

ConstantRemoteModel.setProgressHandler(progressHandler)

Arguments:

progressHandler (ProgressHandler) – None

Sets a handler function that will be called whenever when new progress data is available

Return type:: void