An abstract base class for the types of scene items or 'nodes' that make up the scene interaction tree. More...

#include <Rendering/SceneInteraction/sceneitemtype.h>

Inheritance diagram for SceneItemType:

Public Types
enum	Category { AllCategories , Scene , SceneItem , MeshData , Shader , Glypher , Texture , Overlay , LastCategory = 999 }

enum	Flags { UserCanAdd = (1 << 0) , UserCanRemove = (1 << 1) , UserCanFocus = (1 << 2) }

using	SceneInteractionWidgetItemList = QVector< SceneInteractionWidgetItem * >

Public Member Functions
virtual	~SceneItemType ()=default

virtual DataExecution::Operation *	addSingleItemToScene (DataExecution::Workspace &root, const QString &sceneIdPath) const

virtual DataExecution::Operation *	addToScene (DataExecution::Workspace &root, const QString &sceneIdPath) const =0

virtual bool	allowMultipleConnection (QString inputName) const

virtual SceneInteractionWidgetItem *	createSceneInteractionWidgetItem (QTreeWidgetItem *parent, const QStringList &text, DataExecution::Operation &op) const

virtual SceneInteractionWidgetItemList	createSceneInteractionWidgetItems (QTreeWidgetItem *parent, const QStringList &text, DataExecution::Operation &op) const

virtual unsigned int	getFlags () const

virtual QString	getIcon () const =0

virtual DataExecution::Input *	getInput (DataExecution::Operation &primaryOperation, const QString &inputName) const

virtual QStringList	getInputNameForType (unsigned int category) const

virtual QString	getMenuPath () const

virtual QString	getName () const =0

virtual QString	getOperationKey () const =0

virtual unsigned int	getOutputType () const

virtual QString	getSceneItemOutputName () const =0

virtual QString	getTooltipForWrongPositionInTree (const SceneInteractionWidgetItem *currentlySelectedItem) const

virtual bool	isValidUnderTreeItem (const SceneInteractionWidgetItem *currentlySelectedItem) const

virtual void	labelChanged (DataExecution::Workspace &root, const QString &sceneIdPath) const

virtual DataExecution::Operation *	promptAndAddToScene (DataExecution::Workspace &root, const QString &sceneIdPath) const

virtual void	removeFromScene (DataExecution::Workspace &root, const QString &sceneIdPath) const

virtual void	sceneItemTypeAdded (const SceneItemType &typeJustAddedToWorkflow, DataExecution::Operation *primaryOperationJustAdded, DataExecution::Workspace &rootWorkspace, const QString &parentIdPath) const

virtual void	sceneItemTypeRemoved (const SceneItemType &typeJustRemovedFromWorkflow, const SceneInteractionWidgetItem &treeItemRemoved, DataExecution::Operation *primaryOperationJustAdded, DataExecution::Workspace &rootWorkspace, const QString &parentIdPath) const
	Corresponding remove method.

Static Public Member Functions
static void	repositionOperation (DataExecution::Operation &op, DataExecution::Operation &anchor, QUndoStack &undoStack)
	‍**

template<typename T >
static void	setOperationInput (DataExecution::Operation &op, const QString &name, const T &value)

Protected Member Functions
	SceneItemType ()=default

DataExecution::Operation *	addExternalWorkspace (DataExecution::Workspace &rootWorkspace, const QString &workspaceUrl, const QString &opOutputStr, const QString &destOpIdPath) const

DataExecution::Operation *	addExternalWorkspace (DataExecution::Workspace &rootWorkspace, const QString &workspaceUrl, const QString &opOutputStr, DataExecution::Operation &destOp, const QString &destOpInputStr, const SceneItemType *itemType) const

DataExecution::Operation *	addOperation (DataExecution::Workspace &rootWorkspace, const QString &pluginStr, const QString &opStr, const QString &opOutputStr, const QString &destOpIdPath) const

Static Protected Member Functions
static bool	addConnection (DataExecution::Operation &sourceOp, const QString &sourceOutputStr, DataExecution::Operation &destOp, const QString &destInputStr)

static bool	connectMeshModelSource (DataExecution::Operation &op, const QString &opInputName, DataExecution::Operation &meshInstanceOp)

static DataExecution::Operation *	findOperationWithGlobalName (DataExecution::Workspace &parent, const QString &globalName)

static QPointF	getOperationPosition (DataExecution::Operation &op)

static DataExecution::Output *	traceBackToRealOperationOutput (DataExecution::InputScalar *input)

Detailed Description

Some items in the scene interaction tree may have a 1:1 relationship with an actual scene item. For example a camera 'node' in the tree may represent the concept of a Camera output and the CameraBuilder that creates it. However some items are more complex such as a mesh. A mesh node in the tree may actually represent the MeshModelSourceAndProxy as well as the MeshReader and perhaps even a SurfaceSpecifier. The user interacting with the tree doesn't need to be concerned with all the parts (Operations and Connections) that make up this concept of a mesh.

Note: New types should be deriving from SceneItemTypeSingleton below rather than directly from this.

Member Typedef Documentation

◆ SceneInteractionWidgetItemList

using SceneInteractionWidgetItemList = QVector<SceneInteractionWidgetItem*>

Member Enumeration Documentation

◆ Category

enum Category

Enumerator
AllCategories
Scene
SceneItem
MeshData
Shader
Glypher
Texture
Overlay
LastCategory

◆ Flags

enum Flags

Enumerator
UserCanAdd
UserCanRemove
UserCanFocus

Constructor & Destructor Documentation

◆ ~SceneItemType()

virtual ~SceneItemType ( )

virtualdefault

◆ SceneItemType()

SceneItemType ( )

protecteddefault

Member Function Documentation

◆ addConnection()

bool addConnection	(	DataExecution::Operation &	sourceOp,
		const QString &	sourceOutputStr,
		DataExecution::Operation &	destOp,
		const QString &	destInputStr
	)

staticprotected

Helper function to be used by derived classes to add a new connection between operations.

Parameters

sourceOp	The source operation for the connection.
sourceOutputStr	The name of the output on the source operation.
destOp	The destination operation for the connection.
destInputStr	The name of the input on the destination operation.

◆ addExternalWorkspace() [1/2]

Operation * addExternalWorkspace	(	DataExecution::Workspace &	rootWorkspace,
		const QString &	workspaceUrl,
		const QString &	opOutputStr,
		const QString &	destOpIdPath
	)		const

protected

Helper function to be used by derived classes to add a new external workspace operation.

Parameters

rootWorkspace	Root workspace of the hierarchy.
workspaceUrl	The workspace URL of the new external workspace we're adding.
opOutputStr	The id path of the output of the new operation we're connecting.
destOpIdPath	The id path of the existing operation we're connecting the new operation to.

◆ addExternalWorkspace() [2/2]

Operation * addExternalWorkspace	(	DataExecution::Workspace &	rootWorkspace,
		const QString &	workspaceUrl,
		const QString &	opOutputStr,
		DataExecution::Operation &	destOp,
		const QString &	destOpInputStr,
		const SceneItemType *	itemType
	)		const

protected

Helper function to be used by derived classes to add a new external workspace operation.

Parameters

rootWorkspace	Root workspace of the hierarchy.
workspaceUrl	The workspace URL of the new external workspace we're adding.
opOutputStr	The id path of the output of the new operation we're connecting.
destOp	The existing operation we're connecting the new operation to.
destOpInputStr	The input name of the dest Operation we're connecting the new operation to.
itemType	The itemtype of the existing operation or the downstream operation that we know.

◆ addOperation()

Operation * addOperation	(	DataExecution::Workspace &	rootWorkspace,
		const QString &	pluginStr,
		const QString &	opStr,
		const QString &	opOutputStr,
		const QString &	destOpIdPath
	)		const

protected

Helper function to be used by derived classes to add a new operation.

Parameters

rootWorkspace	Root workspace of the hierarchy.
pluginStr	The name of the plug-in that contains the new operation.
opStr	The operation's name in the plug-ins operation catalog.
opOutputStr	The id path of the output of the new operation we're connecting.
destOpIdPath	The id path of the existing operation we're connecting the new operation to.

◆ addSingleItemToScene()

CSIRO::DataExecution::Operation * addSingleItemToScene	(	DataExecution::Workspace &	root,
		const QString &	sceneIdPath
	)		const

virtual

See also: addToScene. This is similar to addToScene except it should only add this single SceneItemType to the scene tree. addToScene can also add related items. This method should not do this. In most cases, only one item is added anyway, so the default implementation of this simply calls addToScene.

Reimplemented in MeshModelItemType.

◆ addToScene()

virtual DataExecution::Operation * addToScene	(	DataExecution::Workspace &	root,
		const QString &	sceneIdPath
	)		const

pure virtual

Adds this type to an existing scene, without requiring any user input. Depending on the type of SceneItem being created, all of the necessary inputs may not have been set on the operation, so it is up to the caller to assign values to these inputs before the returned operation is used.

Parameters

root	Root workspace of the hierarchy.
sceneIdPath	Workspace id path of the transform parent this type should be added to.

Returns: The newly added operation.

Implemented in AmbientLightItemType, AxesOverlayItemType, AxisModelItemType, AxisScaleItemType, BlinnPhongShaderItemType, CameraItemType, ClipPlaneItemType, ClipPlaneItemTypeDeprecated, ColorStateShaderItemType, ControlPointMeshItemType, DirectionalLightItemType, DynamicMeshModelItemType, ElementColoringShaderItemType, ElementToNodeColoringShaderItemType, GridScaleItemType, ImageOverlayItemType, LambertShaderItemType, MeshModelInstanceItemType, MeshModelItemType, MeshModelSequenceItemType, MultiModelNodeColoringShaderItemType, MultiModelNodeColoringShaderPreprocessItemType, NodeColoringShader2ItemType, NodeColoringShaderItemType, PointLightItemType, RadialGridItemType, RodGlypherItemType, SceneRootItemType, SphereGlypherItemType, SpotLightItemType, StreakGlypherItemType, SuperQuadGlypherItemType, TextOverlayItemType, Texture2dItemType, TransformItemType, and VectorGlypherItemType.

◆ allowMultipleConnection()

bool allowMultipleConnection ( QString inputName ) const

virtual

Returns: Whether an input accept multiple connections. For input types like ObjectArray It's possbile to connect multiple stuff under that with some special tricks.

Parameters

inputName The name of the input.

The base implementation returns false (ie. keep scalar input connect one child)

See also: getInputNameForType()

Reimplemented in MultiModelNodeColoringShaderPreprocessItemType.

◆ connectMeshModelSource()

bool connectMeshModelSource	(	DataExecution::Operation &	op,
		const QString &	opInputName,
		DataExecution::Operation &	meshInstanceOp
	)

staticprotected

Parameters

op	The op you want the MeshModelSource connected to.
opInputName	The name of the InputScalar on the operation you want the MeshModelSource connected to.
meshInstanceOp	The MeshModelInstance operation corresponding to the source

Helper function that, given a MeshModelInterface operation, will connect the corresponding operation that outputs the MeshModelInterface

The scene editor assumes the operation that outputs the MeshModelInterface also has an output call "Mesh" allowing it to get the source. This is the case for meshmodel.xml, meshmodelsequence.xml and meshmodelpassthrough.xml which is what the scene editor, or any workflow using the scene interaction widget, should be using.

◆ createSceneInteractionWidgetItem()

CSIRO::Rendering::SceneInteractionWidgetItem * createSceneInteractionWidgetItem	(	QTreeWidgetItem *	parent,
		const QStringList &	text,
		DataExecution::Operation &	op
	)		const

virtual

◆ createSceneInteractionWidgetItems()

CSIRO::Rendering::SceneItemType::SceneInteractionWidgetItemList createSceneInteractionWidgetItems	(	QTreeWidgetItem *	parent,
		const QStringList &	text,
		DataExecution::Operation &	op
	)		const

virtual

◆ findOperationWithGlobalName()

Operation * findOperationWithGlobalName	(	DataExecution::Workspace &	parent,
		const QString &	globalName
	)

staticprotected

Helper function to find an operation from it's global name and parent.

◆ getFlags()

unsigned int getFlags ( ) const

virtual

Returns: The flags for this item.

The base implementation returns UserCanAdd | UserCanRemove | UserCanFocus.

Reimplemented in AxesOverlayItemType, BlinnPhongShaderItemType, ClipPlaneItemTypeDeprecated, ColorStateShaderItemType, DynamicMeshModelItemType, ElementColoringShaderItemType, ElementToNodeColoringShaderItemType, ImageOverlayItemType, LambertShaderItemType, MeshModelInstanceItemType, MeshModelItemType, MeshModelSequenceItemType, MultiModelNodeColoringShaderItemType, MultiModelNodeColoringShaderPreprocessItemType, NodeColoringShader2ItemType, NodeColoringShaderItemType, RodGlypherItemType, SceneRootItemType, SphereGlypherItemType, StreakGlypherItemType, SuperQuadGlypherItemType, TextOverlayItemType, Texture2dItemType, and VectorGlypherItemType.

◆ getIcon()

virtual QString getIcon ( ) const

pure virtual

Returns: The icon filename for this type.

Implemented in AmbientLightItemType, AxesOverlayItemType, AxisModelItemType, AxisScaleItemType, BlinnPhongShaderItemType, CameraItemType, ClipPlaneItemType, ClipPlaneItemTypeDeprecated, ColorStateShaderItemType, ControlPointMeshItemType, DirectionalLightItemType, DynamicMeshModelItemType, ElementColoringShaderItemType, ElementToNodeColoringShaderItemType, GridScaleItemType, ImageOverlayItemType, LambertShaderItemType, MeshModelInstanceItemType, MeshModelItemType, MeshModelSequenceItemType, MultiModelNodeColoringShaderItemType, MultiModelNodeColoringShaderPreprocessItemType, NodeColoringShader2ItemType, NodeColoringShaderItemType, PointLightItemType, RadialGridItemType, RodGlypherItemType, SceneRootItemType, SphereGlypherItemType, SpotLightItemType, StreakGlypherItemType, SuperQuadGlypherItemType, TextOverlayItemType, Texture2dItemType, TransformItemType, and VectorGlypherItemType.

◆ getInput()

CSIRO::DataExecution::Input * getInput	(	DataExecution::Operation &	primaryOperation,
		const QString &	inputName
	)		const

virtual

Return the input for the given inputName. Derived classes may need to return an Input not on the primary operation

Reimplemented in MultiModelNodeColoringShaderPreprocessItemType.

◆ getInputNameForType()

QStringList getInputNameForType ( unsigned int category ) const

virtual

Returns: The name of the input that accepts this category of types or empty QStringList if none exists.

Parameters

category The category to get the input for or AllCategories to return the input names of all supported categories names.

The base implementation returns an empty QStringList (ie. does not support any item types as inputs.)

See also: getOutputType()

Reimplemented in BlinnPhongShaderItemType, ControlPointMeshItemType, LambertShaderItemType, MeshModelInstanceItemType, MultiModelNodeColoringShaderPreprocessItemType, SceneRootItemType, and TransformItemType.

◆ getMenuPath()

virtual QString getMenuPath ( ) const

inlinevirtual

Returns: The menu path for this item

Reimplemented in AmbientLightItemType, AxesOverlayItemType, AxisModelItemType, AxisScaleItemType, BlinnPhongShaderItemType, ClipPlaneItemType, ClipPlaneItemTypeDeprecated, ColorStateShaderItemType, ControlPointMeshItemType, DirectionalLightItemType, DynamicMeshModelItemType, ElementColoringShaderItemType, ElementToNodeColoringShaderItemType, GridScaleItemType, ImageOverlayItemType, LambertShaderItemType, MeshModelItemType, MeshModelSequenceItemType, MultiModelNodeColoringShaderItemType, MultiModelNodeColoringShaderPreprocessItemType, NodeColoringShader2ItemType, NodeColoringShaderItemType, PointLightItemType, RadialGridItemType, RodGlypherItemType, SphereGlypherItemType, SpotLightItemType, StreakGlypherItemType, SuperQuadGlypherItemType, TextOverlayItemType, Texture2dItemType, and VectorGlypherItemType.

◆ getName()

virtual QString getName ( ) const

pure virtual

Returns: The name for this type.

Implemented in AmbientLightItemType, AxesOverlayItemType, AxisModelItemType, AxisScaleItemType, BlinnPhongShaderItemType, CameraItemType, ClipPlaneItemType, ClipPlaneItemTypeDeprecated, ColorStateShaderItemType, ControlPointMeshItemType, DirectionalLightItemType, DynamicMeshModelItemType, ElementColoringShaderItemType, ElementToNodeColoringShaderItemType, GridScaleItemType, ImageOverlayItemType, LambertShaderItemType, MeshModelInstanceItemType, MeshModelItemType, MeshModelSequenceItemType, MultiModelNodeColoringShaderItemType, MultiModelNodeColoringShaderPreprocessItemType, NodeColoringShader2ItemType, NodeColoringShaderItemType, PointLightItemType, RadialGridItemType, RodGlypherItemType, SceneRootItemType, SphereGlypherItemType, SpotLightItemType, StreakGlypherItemType, SuperQuadGlypherItemType, TextOverlayItemType, Texture2dItemType, TransformItemType, and VectorGlypherItemType.

◆ getOperationKey()

virtual QString getOperationKey ( ) const

pure virtual

Returns: If this scene item type represents a single operation then this key is the the name of the operation otherwise if this scene item type represents a complex workspace then this key will be the external URL of that workspace.

Implemented in AmbientLightItemType, AxesOverlayItemType, AxisModelItemType, AxisScaleItemType, BlinnPhongShaderItemType, CameraItemType, ClipPlaneItemType, ClipPlaneItemTypeDeprecated, ColorStateShaderItemType, ControlPointMeshItemType, DirectionalLightItemType, DynamicMeshModelItemType, ElementColoringShaderItemType, ElementToNodeColoringShaderItemType, GridScaleItemType, ImageOverlayItemType, LambertShaderItemType, MeshModelInstanceItemType, MeshModelItemType, MeshModelSequenceItemType, MultiModelNodeColoringShaderItemType, MultiModelNodeColoringShaderPreprocessItemType, NodeColoringShader2ItemType, NodeColoringShaderItemType, PointLightItemType, RadialGridItemType, RodGlypherItemType, SceneRootItemType, SphereGlypherItemType, SpotLightItemType, StreakGlypherItemType, SuperQuadGlypherItemType, TextOverlayItemType, Texture2dItemType, TransformItemType, and VectorGlypherItemType.

◆ getOperationPosition()

QPointF getOperationPosition ( DataExecution::Operation & op )

staticprotected

Helper function to get the bounding box of an operation on the workspace canvas.

◆ getOutputType()

unsigned int getOutputType ( ) const

virtual

Returns: The Category type this item produces. Will be a SceneItem::Category or some user defined type > SceneItem::LastCategory

The scene interaction code uses the category returned by this function when calling getInputNameForType() to determine if some exising item accepts this item as an input.

Clients may return other types of their own as long as they don't clash with the names of the above types. If this is done it is expected that a client has also defined one or more types that return a valid input when the new type is passed to getInputNameForType().

The base implementation returns SceneItem.

See also: getInputNameForType()

Reimplemented in AxesOverlayItemType, BlinnPhongShaderItemType, ColorStateShaderItemType, DynamicMeshModelItemType, ElementColoringShaderItemType, ElementToNodeColoringShaderItemType, ImageOverlayItemType, LambertShaderItemType, MeshModelItemType, MeshModelSequenceItemType, MultiModelNodeColoringShaderItemType, MultiModelNodeColoringShaderPreprocessItemType, NodeColoringShader2ItemType, NodeColoringShaderItemType, RodGlypherItemType, SceneRootItemType, SphereGlypherItemType, StreakGlypherItemType, SuperQuadGlypherItemType, TextOverlayItemType, Texture2dItemType, and VectorGlypherItemType.

◆ getSceneItemOutputName()

virtual QString getSceneItemOutputName ( ) const

pure virtual

Returns: The name of the operation output that contains the scene item for this type.

Implemented in AmbientLightItemType, AxesOverlayItemType, AxisModelItemType, AxisScaleItemType, BlinnPhongShaderItemType, CameraItemType, ClipPlaneItemType, ClipPlaneItemTypeDeprecated, ColorStateShaderItemType, ControlPointMeshItemType, DirectionalLightItemType, DynamicMeshModelItemType, ElementColoringShaderItemType, ElementToNodeColoringShaderItemType, GridScaleItemType, ImageOverlayItemType, LambertShaderItemType, MeshModelInstanceItemType, MeshModelItemType, MeshModelSequenceItemType, MultiModelNodeColoringShaderItemType, MultiModelNodeColoringShaderPreprocessItemType, NodeColoringShader2ItemType, NodeColoringShaderItemType, PointLightItemType, RadialGridItemType, RodGlypherItemType, SceneRootItemType, SphereGlypherItemType, SpotLightItemType, StreakGlypherItemType, SuperQuadGlypherItemType, TextOverlayItemType, Texture2dItemType, TransformItemType, and VectorGlypherItemType.

◆ getTooltipForWrongPositionInTree()

QString getTooltipForWrongPositionInTree ( const SceneInteractionWidgetItem * currentlySelectedItem ) const

virtual

Return a string to display as a tooltip when the item is not available to add to the scene tree. This will appear in the context menu, when hovering over an entry. This can provide the user some useful information as to why the entry is greyed-out.

◆ isValidUnderTreeItem()

bool isValidUnderTreeItem ( const SceneInteractionWidgetItem * currentlySelectedItem ) const

virtual

Allows the user to inform the caller that this item is valid to be placed under currentlySelectedItem For example, a user may want their derived SceneItemType to only be addable under a Transform if that Transform is under a specific scene tree item.

Parameters

currentlySelectedItem The item that is currently selected in the scene tree. See also SceneInteractionWidgetItem::acceptsItemTypeAsChild.

◆ labelChanged()

void labelChanged	(	DataExecution::Workspace &	root,
		const QString &	sceneIdPath
	)		const

virtual

The label of this item changed

Parameters

root	Root workspace of the hierarchy.
sceneIdPath	Workspace id path of the item we want to update.

Reimplemented in CameraItemType.

◆ promptAndAddToScene()

DataExecution::Operation * promptAndAddToScene	(	DataExecution::Workspace &	root,
		const QString &	sceneIdPath
	)		const

virtual

See also: addToScene. This method mirrors addToScene but will prompt the user for missing data (e.g. file name)

Parameters

root	Root workspace of the hierarchy.
sceneIdPath	Workspace id path of the transform parent this type should be added to.

Adds this type to an existing scene, prompting the user for any inputs it cannot automatically determine. Operations returned by this function are guaranteed to be ready to use after the function has returned.

Most subclasses will not need to override this function - its default implementation simply invokes addToScene. Only those operations that require user input in the form of dialogs will need to override this function.

E.g. Adding a MeshModel to a scene can be done in code using the addToScene function, but adding a MeshModel to a scene via the SceneInteractionWidget requires some user input for the fileName and fileType. This can be done with dialogs created in the version of this function overridden in a subclass.

Returns: The newly added operation.

Reimplemented in MeshModelItemType, MeshModelSequenceItemType, and Texture2dItemType.

◆ removeFromScene()

void removeFromScene	(	DataExecution::Workspace &	root,
		const QString &	sceneIdPath
	)		const

virtual

Remove this type from an existing scene.

Parameters

root	Root workspace of the hierarchy.
sceneIdPath	Workspace id path of the item that should be removed.

Reimplemented in MeshModelInstanceItemType.

◆ repositionOperation()

void repositionOperation	(	DataExecution::Operation &	op,
		DataExecution::Operation &	anchor,
		QUndoStack &	undoStack
	)

static

Helper function to move a newly added operation to a nice offset from an existing operation it's connected to.

For now we just look at each operation that is connected as an input to the operation we're connecting to. We then select the lowest of these and offset ourselves from there.

◆ sceneItemTypeAdded()

void sceneItemTypeAdded	(	const SceneItemType &	typeJustAddedToWorkflow,
		DataExecution::Operation *	primaryOperationJustAdded,
		DataExecution::Workspace &	rootWorkspace,
		const QString &	parentIdPath
	)		const

virtual

Called when the workflow under

See also: rootWorkspace has been modified due to the addition of a tree item corresponding to a SceneItemType; typeJustAddedToWorkflow. The; typeJustAddedToWorkflow has just been added to a SceneItemType of this type The default implementation does nothing.

Parameters

typeJustAddedToWorkflow	The type that has just been added
primaryOperationJustAdded	The operation that was just added as a result of adding typeJustAddedToWorkflow scene item
rootWorkspace	The root workspace
parentIdPath	The id path of the (primary) operation that represents typeJustAddedToWorkflow

◆ sceneItemTypeRemoved()

void sceneItemTypeRemoved	(	const SceneItemType &	typeJustRemovedFromWorkflow,
		const SceneInteractionWidgetItem &	treeItemRemoved,
		DataExecution::Operation *	primaryOperationJustAdded,
		DataExecution::Workspace &	rootWorkspace,
		const QString &	parentIdPath
	)		const

virtual

◆ setOperationInput()

static void setOperationInput	(	DataExecution::Operation &	op,
		const QString &	name,
		const T &	value
	)

inlinestatic

Helper function to set the value of an operation input

◆ traceBackToRealOperationOutput()

Output * traceBackToRealOperationOutput ( DataExecution::InputScalar * input )

staticprotected

Returns: The source output connected to this input or NULL if the trace back failed.

Helper function the finds the input connected to a source. It traces back up WorkspaceInputs to find the real output, not just the output of the first WorkspaceInput.

Public Types

Public Member Functions

Static Public Member Functions

Protected Member Functions

Static Protected Member Functions

Detailed Description

Member Typedef Documentation

◆ SceneInteractionWidgetItemList

Member Enumeration Documentation

◆ Category

◆ Flags

Constructor & Destructor Documentation

◆ ~SceneItemType()

◆ SceneItemType()

Member Function Documentation

◆ addConnection()

◆ addExternalWorkspace() [1/2]

◆ addExternalWorkspace() [2/2]

◆ addOperation()

◆ addSingleItemToScene()

◆ addToScene()

◆ allowMultipleConnection()

◆ connectMeshModelSource()

◆ createSceneInteractionWidgetItem()

◆ createSceneInteractionWidgetItems()

◆ findOperationWithGlobalName()

◆ getFlags()

◆ getIcon()

◆ getInput()

◆ getInputNameForType()

◆ getMenuPath()

◆ getName()

◆ getOperationKey()

◆ getOperationPosition()

◆ getOutputType()

◆ getSceneItemOutputName()

◆ getTooltipForWrongPositionInTree()

◆ isValidUnderTreeItem()

◆ labelChanged()

◆ promptAndAddToScene()

◆ removeFromScene()

◆ repositionOperation()

◆ sceneItemTypeAdded()

◆ sceneItemTypeRemoved()

◆ setOperationInput()

◆ traceBackToRealOperationOutput()