tulipgui module API

Utility functions

tlpgui.getAvailableViews()

New in version 4.4.

Returns a list of the views names currently available in Tulip.

Return type:list of string
tlpgui.createView(viewName, graph, dataSet={}, show=True)

New in version 4.4.

Creates and adds a new Tulip view. If called through a Python Script editor in the main Tulip GUI, the view will be added in the Tulip workspace. If called through the classical Python shell, a dialog containing the view will be created and displayed. Returns an instance of the newly created view.

Parameters:
  • viewName (string) – the name of the view to create (use tlpgui.getAvailableViews() to know which ones are installed)
  • graph (tulip.tlp.Graph) – the graph to set on the new view
  • dataSet (tulip.tlp.DataSet) – the optional parameters of the view
  • show (boolean) – show the view if True
Return type:

tlpgui.View
tlpgui.createNodeLinkDiagramView(graph, dataSet={}, show=True)

New in version 4.4.

Convenient function for creating the principal view offered by Tulip : a node link diagram. Its call is equivalent to:

nodeLinkView = tlp.createView("Node Link Diagram view", graph)
Parameters:
  • graph (tulip.tlp.Graph) – the graph to visualize
  • dataSet (tulip.tlp.DataSet) – the optional parameters of the view
  • show (boolean) – show the view if True
Return type:

tlpgui.NodeLinkDiagramComponent
tlpgui.getOpenedViews()

New in version 4.4.

Returns a list of the views currently opened.

Return type:list of tlpgui.View
tlpgui.getViewsOfGraph(graph)

New in version 4.4.

Returns a list of views associated to a particular graph.

Parameters:graph (tulip.tlp.Graph) – the graph on which to find views
Return type:list of tlpgui.View
tlpgui.closeView(view)

New in version 4.4.

Closes and destroys an opened view.

Parameters:view (tlpgui.View) – the view to close
tlpgui.closeAllViews()

New in version 4.4.

Closes and destroys all opened views (except the Python Script ones).

tlpgui.closeViewsRelatedToGraph(graph)

New in version 4.4.

Closes and destroys all the views associated to a particular graph.

Parameters:graph (tulip.tlp.Graph) – the graph on which to close views
tlpgui.createInteractor(interactorName)

New in version 4.4.

Creates a Tulip interactor. An interactor enables to add user interaction (usually trough the use of mouse and keyboards) to a Tulip view. Use function tlpgui.getInteractorsCompatibleWithView() to get the names of the interactors compatible with a particular view. Use method tlpgui.View.setInteractors() to modify the default interactors associated to a view.

Parameters:interactorName (string) – the name of the interactor to create
Return type:tlpgui.Interactor
Throws:an exception if the interactor name does not exist
tlpgui.getInteractorsCompatibleWithView(viewName)

New in version 4.4.

Returns a list of interactors names compatible with a specific view.

Parameters:viewName (string) – the name of the view for which to retrieve the compatible interactors
Return type:list of string
Throws:an exception if the view name does not exist

tlpgui.ColorScalesManager

class tlpgui.ColorScalesManager

New in version 4.10.

That static class aims to facilitate working with Tulip color scales. It allows to easily retrieve Tulip predefined ones but also to register new ones in a persistent database for further reuse.

getColorScale(colorScaleName)

Returns the color scale registered with the provided name.

Warning

If there is no such colorscale, the returned one will be empty.

Return type:tulip.tlp.ColorScale
getColorScalesList()

Returns a list of the registered color scales names.

Return type:list of strings
registerColorScale(colorScaleName, colorScale)

Registers a color scale in the persistent database for further reuse.

Warning

If there is already a color scale registered with such a name, it will not be overwritten.

Parameters:
  • colorScaleName (string) – the name of the color scale to register
  • colorScale (a tlp.ColorScale instance, a list of tlp.Color or a dictionary with float keys (between 0.0 and 1.0) and tlp.Color values) – the color scale to set
removeColorScale(colorScaleName)

Removes the color scale registered with the provided name from the persistent database.

Parameters:colorScaleName (string) – the name of the color scale to remove

tlpgui.Interactor

class tlpgui.Interactor

New in version 4.4.

Bases: tulip.tlp.Plugin

An interactor enables to add user interaction (usually through the use of mouse and keyboards) to a Tulip view. Use function tlpgui.getInteractorsCompatibleWithView() to get the names of the interactors compatible with a particular view. Use function tlpgui.createInteractor() to instantiate a specific interactor. Use method tlpgui.View.setInteractors() to modify the default interactors associated to a view.

isCompatible(viewName)

Returns if the interactor is compatible with a specific view.

tlpgui.View

class tlpgui.View

New in version 4.4.

Bases: tulip.tlp.Plugin

This is the base class for Tulip data views. Use the following functions to get instances on such object :

currentInteractor()
Return type:tlpgui.Interactor
draw()

Draws/Updates the view.

graph()

Returns the graph currently attached to the view.

Return type:tulip.tlp.Graph
interactors()

Returns the interactors currently installed on the view.

Return type:list of tlpgui.Interactor
resize(width, height)

Resizes the view windows. That method only has an effect when working through the classical Python interpreter.

Parameters:
  • width (integer) – the new width of the view window
  • height (integer) – the new height of the view window
saveSnapshot(picturePath, width, height)

Takes a snapshot of the view and saves it to an image file on disk. The view is not required to be visible for that feature to work. Returns True if the operation succeeded.

Parameters:
  • picturePath (string) – the absolute path of the image file with extension (used to infer image type)
  • width (integer) – the image width
  • height (integer) – the image height
Return type:

boolean
setCurrentInteractor(interactor)

Set the current active interactor on the view.

Parameters:interactor (tlpgui.Interactor) – the interactor to set active
setGraph(graph)

Sets the graph for the view. The current parameters will be kept.

Parameters:graph (tulip.tlp.Graph) – the graph from which the view will be drawn.
setInteractors(interactors)

Installs a new set of interactors on the view.

Parameters:interactors (list of tlpgui.Interactor) – the new interactors to install
setPos(x, y)

Set the position on screen of the view windows. That method only has an effect when working through the classical Python interpreter.

Parameters:
  • x (integer) – the new x position of the view window
  • y (integer) – the new y position of the view window
setState(dataSet)

Sets the parameters for the view.

Parameters:dataSet (tulip.tlp.DataSet) – the view parameters
setVisible(visible)

Hides / Shows the view window. That method only has an effect when working through the classical Python interpreter.

Parameters:visible (boolean) – the state of the view window visibility
state()

Returns the current parameters of the view.

Return type:tulip.tlp.DataSet

tlpgui.GlMainView

class tlpgui.GlMainView

Bases: tlpgui.View

This is the based class of Tulip OpenGL views.

centerView()

Centers the OpenGL scene in the view window.

drawOverview()

Forces the redraw of the overview window.

getRGBImage()

Return a tuple of 3 elements. The first element is the image in RGB format (3 bytes per pixel) as a bytearray object; the second is the width of the image and the third is its height.

Return type:(bytearray, int ,int)
overviewVisible()

Returns the visibility state of the overview window.

Return type:boolean
pickNodeEdge(x, y, pickNode, pickEdge)

Returns a tuple of 3 elements. The first one is a bool indicating if a node/edge has been found found at the (x,y) position in the view, the second element is the node found, the third the edge found.

Parameters:
  • x (integer) – the x coordinate
  • y (integer) – the y coordinate
  • pickNode (boolean) – enable/disable the node picking
  • pickEdge – enable/disable the edge picking
Return type:

(boolean, tulip.tlp.node, tulip.tlp.edge)
quickAccessBarVisible()

Returns the visibility state of the quick access bar.

Return type:boolean
rotateCamera(x, y, z)

Rotate the view camera by (x, y, z)

Parameters:
  • x (integer) – the angle of the rotation around X axis in degree
  • y (integer) – the angle of the rotation around Y axis in degree
  • z (integer) – the angle of the rotation around Z axis in degree
setOverviewVisible(state)

Sets the visibility state of the overview window.

Parameters:state (boolean) – the visibility state of the overview window.
setQuickAccessBarVisible(state)

Allows to control the quiack access bar visibility.

Parameters:state (boolean) – the visibility state of the quick access bar.
setViewOrtho(state)

enable/disable the orthogonal projection for OpenGL rendering. Perspective projection is used when orthogonal one is disabled.

Parameters:state (boolean) – the state of the orthogonal projection
translateCamera(x, y, z)

Translate the view camera by (x, y, z)

Parameters:
  • x (integer) – the translation offset along the X axis
  • y (integer) – the translation offset along the Y axis
  • z (integer) – the translation offset along the Z axis
viewToWorld(vpos)

Return the 3D world position for the given view position

Parameters:vpos (tlp.Coord) – the view position
worldToView()

Return the view position for the given 3D position

Parameters:wpos (tlp.Coord) – the world position
zoom(step)

Zoom by step

Parameters:step (integer) – the zoom step
zoomAndPanAnimation(bb, duration)

Do a zoom and pan animation during a specific duration. At the end of the animation, the view will be zoomed and centered on the content of the given bounding box.

Parameters:
  • bb – the bounding box in scene coordinates on which the view has to be zoomed and panned. If it is not valid, the scene bounding box will be used.
  • duration (float) – the animation duration in msecs
zoomFactor()

Zoom by factor

Parameters:factor (float) – the zoom factor
zoomXY(step, x, y)

Zoom by step to the given (x,y) view position

Parameters:
  • step (integer) – the zoom step
  • x (integer) – the x coordinate of the view position
  • y (integer) – the y coordinate of the view position

tlpgui.NodeLinkDiagramComponent

class tlpgui.NodeLinkDiagramComponent

New in version 4.4.

Bases: tlpgui.GlMainView

That class represents the main type of view offered by Tulip : a node link diagram.

getInputData()

Returns the current rendering input data for the node link diagram view.

Return type:tlpgui.GlGraphInputData
getRenderingParameters()

Returns a copy of the current rendering parameters for the node link diagram view.

Return type:tlpgui.GlGraphRenderingParameters
quickAccessBarVisible()

Returns the visibility state of the quick access bar.

Return type:boolean
setQuickAccessBarVisible(state)

Sets the visibility state of the quick access bar.

Parameters:state (boolean) – the visibility state of the quick access bar
setRenderingParameters(parameters)

Sets the rendering parameters for the node link diagram view.

Parameters:parameters (tlpgui.GlGraphRenderingParameters) – the new rendering parameters

tlpgui.GlGraphRenderingParameters

class tlpgui.GlGraphRenderingParameters

New in version 4.4.

That class holds all the rendering parameters for a Tulip OpenGL graph drawing. Use tulipgui.tlpgui.NodeLinkDiagramComponent.getRenderingParameters() to get an instance on a such object.

getDisplayFilteringProperty()

Returns the boolean property used to filter the rendering of graph elements.

Return type:tulip.tlp.BooleanProperty
getEdgesLabelStencil()

Returns the stencil value for edges labels.

Return type:integer
getEdgesStencil()

Returns the stencil value for edges.

Return type:integer
getElementOrderingProperty()

Returns the double property used for the ordered rendering of graph elements.

Return type:tulip.tlp.NumericProperty
getFontsPath()

Returns the absolute path used for fonts loading (.ttf files).

Return type:string
getLabelsAreBillboarded()

Returns the state of the labels billboarding (always facing the camera).

Return type:boolean
getLabelsDensity()

Returns the labels density value.

Return type:integer
getMaxSizeOfLabel()

Returns the maximum size of labels. That value is only used if the labels are not scaled to nodes sizes.

Return type:integer
getMetaNodesLabelStencil()

Returns the stencil value for meta-nodes labels.

Return type:integer
getMetaNodesStencil()

Returns the stencil value for meta-nodes.

Return type:integer
getMinSizeOfLabel()

Returns the minimum size of labels. That value is only used if the labels are not scaled to nodes sizes.

Return type:integer
getNodesLabelStencil()

Returns the stencil value for nodes labels.

Return type:integer
getNodesStencil()

Returns the stencil value for nodes.

Return type:integer
getSelectedEdgesStencil()

Returns the stencil value for selected edges.

Return type:integer
getSelectedMetaNodesStencil()

Returns the stencil value for selected meta-nodes.

Return type:integer
getSelectedNodesStencil()

Returns the stencil value for selected nodes.

Return type:integer
getSelectionColor()

Returns the color of selection.

Return type:tulip.tlp.Color
getTexturePath()

Returns the absolute path used for texture loading.

Return type:string
isAntialiased()

Returns if antialiasing rendering is activated.

Return type:boolean
isDisplayEdges()

Returns the state of the display of edges.

Return type:boolean
isDisplayMetaNodes()

Returns the state of the display of meta-nodes.

Return type:boolean
isDisplayNodes()

Returns the state of the display of nodes.

Return type:boolean
isEdge3D()

Returns the state of the 3d edge rendering.

Return type:boolean
isEdgeColorInterpolate()

Returns the state of the edge color interpolation.

Return type:boolean
isEdgeSizeInterpolate()

Returns the state of the edge size interpolation.

Return type:boolean
isElementOrdered()

Returns the state of the ordered rendering of graph elements.

Return type:boolean
isElementOrderedDescending()

New in version 4.8.

Returns if the graph elements are sorted in descending order when the element ordering is activated

Return type:boolean
isElementZOrdered()

Returns the state of the z-ordered rendering.

Return type:boolean
isLabelFixedFontSize()
Return type:boolean
isLabelScaled()

Returns the state of the scaling of labels to nodes sizes.

Return type:boolean
isViewArrow()

Returns the state of the display of arrows along the graph edges.

Return type:boolean
isViewEdgeLabel()

Returns the state of the display of edges labels.

Return type:boolean
isViewMetaLabel()

Returns the state of the display of labels inside meta-nodes.

Return type:boolean
isViewNodeLabel()

Returns the state of the display of nodes labels.

Return type:boolean
isViewOutScreenLabel()

Returns the state of the display of labels for elements outside the screen.

Return type:boolean
setAntialiasing()

enable/disable antialiasing.

Parameters:antialiasing (boolean) – the antialiasing state
setDisplayEdges(displayEdges)

enable/disable the display of edges.

Parameters:displayEdges (boolean) – the state of the display of edges.
setDisplayFilteringProperty(property)

Sets the boolean property used to filter the rendering of graph elements. If sets to None, the filtering is deactivated. If the value for a node/edge is False, then it will be displayed.

Parameters:property (tulip.tlp.BooleanProperty) – the boolean property used to filter the rendering of graph elements
setDisplayMetaNodes(displayMetaNodes)

enable/disable the display of nodes.

Parameters:displayMetaNodes (boolean) – the state of the display of meta-nodes.
setDisplayNodes(displayNodes)

enable/disable the display of nodes.

Parameters:displayNodes (boolean) – the state of the display of nodes.
setEdge3D(edge3d)

enable/disable the 3d display of edges instead of 2d lines.

Parameters:edge3d (boolean) – the state of the 3d edge rendering
setEdgeColorInterpolate(interpolate)

enable/disable the interpolation of nodes colors along edges.

Parameters:interpolate (boolean) – the state of the edge color interpolation
setEdgeSizeInterpolate(interpolate)

enable/disable the interpolation of nodes sizes along edges.

Parameters:interpolate (boolean) – the state of the edge size interpolation
setEdgesLabelStencil(stencil)

Sets the stencil value for edges labels. The lower the value is, the more the objects will be drawn on top of other ones. The default value is 255.

Parameters:stencil (integer) – a value in the range [0, 255]
setEdgesStencil(stencil)

Sets the stencil value for edges. The lower the value is, the more the objects will be drawn on top of other ones. The default value is 255.

Parameters:stencil (integer) – a value in the range [0, 255]
setElementOrdered(elementOrdered)

enable/disable the ordered rendering of graph elements according to the values in the element ordering property.

Parameters:elementsOrdered – the state of the ordered rendering
setElementOrderedDescending(elementOrderedDescending)

New in version 4.8.

Defines if the graph elements are sorted in descending order when the element ordering is activated.

Parameters:elementsOrderedDescending – whether graph elements have to be sorted in descending order
setElementOrderingProperty(property)

Defines which property should be used for the ordered rendering of graph elements. Setting it to None will use the “viewMetric” property if the ordering is enabled.

Parameters:property (tulip.tlp.NumericProperty) – the property to use to order the rendering of graph elements
setElementZOrdered(zOrdering)

enable/disable the ordered rendering of elements according to their distance to the camera.

Parameters:zOrdering (boolean) – the state of the z-ordered rendering
setFontsPath(path)

Sets the absolute path for fonts loading (.ttf files).

Parameters:path (string) – the absolute path of a directory for fonts loading.
setLabelFixedFontSize(fixedFontSize)
Parameters:fixedFontSize (boolean) – the state of using fixed font size with labels
setLabelScaled(labelScaled)

enable/disable the scaling of labels to nodes sizes.

Parameters:labelScaled (boolean) – the state of the scaling of labels to nodes sizes.
setLabelsAreBillboarded(billboardLabels)

enable/disable labels billboarding (always facing the camera).

Parameters:billboardLabels (boolean) – the state of labels billboarding
setLabelsDensity(density)

Sets the labels density value. It must be in the range [-100, 100]. The labels are displayed according to that value :

  • -100 : no labels are displayed
  • 0 : only non overlapping labels are displayed
  • 100 : all labels are displayed
Parameters:density (integer) – a value in the range [-100, 100]
setMaxSizeOfLabel(size)

Sets the maximum size of labels. That value is only used if the labels are not scaled to nodes sizes.

Parameters:size – the maximum size of labels
Type:integer
setMetaNodesLabelStencil()

Sets the stencil value for meta-nodes labels. The lower the value is, the more the objects will be drawn on top of other ones. The default value is 255.

Parameters:stencil (integer) – a value in the range [0, 255]
setMetaNodesStencil(stencil)

Sets the stencil value for meta-nodes. The lower the value is, the more the objects will be drawn on top of other ones. The default value is 255.

Parameters:stencil (integer) – a value in the range [0, 255]
setMinSizeOfLabel(size)

Sets the minimum size of labels. That value is only used if the labels are not scaled to nodes sizes.

Parameters:size – the minimum size of labels
Type:integer
setNodesLabelStencil(stencil)

Sets the stencil value for nodes labels. The lower the value is, the more the objects will be drawn on top of other ones. The default value is 255.

Parameters:stencil (integer) – a value in the range [0, 255]
setNodesStencil(stencil)

Sets the stencil value for nodes. The lower the value is, the more the objects will be drawn on top of other ones. The default value is 255.

Parameters:stencil (integer) – a value in the range [0, 255]
setSelectedEdgesStencil(stencil)

Sets the stencil value for selected edges. The lower the value is, the more the objects will be drawn on top of other ones. The default value is 2.

Parameters:stencil (integer) – a value in the range [0, 255]
setSelectedMetaNodesStencil(stencil)

Sets the stencil value for selected meta-nodes. The lower the value is, the more the objects will be drawn on top of other ones. The default value is 2.

Parameters:stencil (integer) – a value in the range [0, 255]
setSelectedNodesStencil(stencil)

Sets the stencil value for selected nodes. The lower the value is, the more the objects will be drawn on top of other ones. The default value is 2.

Parameters:stencil (integer) – a value in the range [0, 255]
setSelectionColor(color)

Sets the color of selected elements.

Parameters:color (tulip.tlp.Color) – the selection color
setTexturePath(path)

Sets the absolute path for textures loading.

Parameters:path (string) – the absolute path of a directory for textures loading.
setViewArrow(arrow)

enable/disable the display of arrows along the graph edges.

Parameters:arrow (boolean) – the state of the arrows rendering
setViewEdgeLabel(edgeLabel)

enable/disable the display of edges labels.

Parameters:edgeLabel (boolean) – the state of the edges labels rendering
setViewMetaLabel(metaLabel)

enable/disable the display of labels inside meta-nodes.

Parameters:metaLabel – the state of the display of labels inside meta-nodes.
setViewNodeLabel(nodeLabel)

enable/disable the display of nodes labels.

Parameters:nodeLabel (boolean) – the state of the nodes labels rendering
setViewOutScreenLabel(outScreenLabel)

enable/disable the display of labels for elements outside the screen.

Parameters:outScreenLabel (boolean) – the state of the labels rendering for elements outside the screen.

tlpgui.GlGraphInputData

class tlpgui.GlGraphInputData

New in version 4.4.

That class defines all the visual properties used to render a graph (layout, colors, sizes, …). By default, Tulip creates a pool of default properties whose name is prefixed by “view”. Through the use of that class, you can set other properties as rendering input data.

Use tulipgui.tlpgui.NodeLinkDiagramComponent.getInputData() to get an instance on a such object.

getElementBorderColor()

Returns the color property that defines the current borders colors of graph elements (see Colors of graph elements and labels).

Return type:tulip.tlp.LayoutProperty
getElementBorderWidth()

Returns the double property that defines the current borders widths of graph elements (see Border width of graph elements and labels).

Return type:tulip.tlp.DoubleProperty
getElementColor()

Returns the color property that defines the current colors of graph elements (see Colors of graph elements and labels).

Return type:tulip.tlp.ColorProperty
getElementFont()

Returns the string property that defines the current font files used to render the labels of graph elements (see Labels of graph elements).

Return type:tulip.tlp.StringProperty
getElementFontSize()

Returns the integer property that defines the current font size for labels of graph elements (see Labels of graph elements).

Return type:tulip.tlp.IntegerProperty
getElementLabel()

Returns the string property that defines the current labels of graph elements (see Labels of graph elements).

Return type:tulip.tlp.StringProperty
getElementLabelBorderColor()

Returns the color property that defines the current labels border colors of graph elements (see Colors of graph elements and labels).

Return type:tulip.tlp.ColorProperty
getElementLabelBorderWidth()

Returns the double property that defines the current labels borders widths of graph elements (see Border width of graph elements and labels).

Return type:tulip.tlp.DoubleProperty
getElementLabelColor()

Returns the color property that defines the current labels colors of graph elements (see Colors of graph elements and labels).

Return type:tulip.tlp.ColorProperty
getElementLabelPosition()

Returns the integer property that defines the current labels positions of graph elements (see Labels of graph elements).

Return type:tulip.tlp.IntegerProperty
getElementLayout()

Returns the layout property that defines the current layout of graph elements (see Graph layout).

Return type:tulip.tlp.LayoutProperty
getElementRotation()

Returns the double property that defines the current rotations of graph nodes (see Rotations of the nodes).

Return type:tulip.tlp.DoubleProperty
getElementSelected()

Returns the boolean property that defines the current selection of graph elements (see Selection).

Return type:tulip.tlp.BooleanProperty
getElementShape()

Returns the integer property that defines the current shapes of graph elements (see Shapes of graph elements).

Return type:tulip.tlp.IntegerProperty
getElementSize()

Returns the size property that defines the current sizes of graph elements (see Sizes of graph elements).

Return type:tulip.tlp.SizeProperty
getElementSrcAnchorShape()

Returns the integer property that defines the current shapes of the source edges extremities (see Shapes of graph elements).

Return type:tulip.tlp.IntegerProperty
getElementSrcAnchorSize()

Returns the size property that defines the current sizes of the source edges extremities (see Sizes of graph elements).

Return type:tulip.tlp.SizeProperty
getElementTexture()

Returns the string property that defines the current image files used to texture the shapes of graph elements (see Applying a texture to nodes or edges).

Return type:tulip.tlp.StringProperty
getElementTgtAnchorShape()

Returns the integer property that defines the current shapes of the target edges extremities (see Shapes of graph elements).

Return type:tulip.tlp.IntegerProperty
getElementTgtAnchorSize()

Returns the size property that defines the current sizes of the target edges extremities (see Sizes of graph elements).

Return type:tulip.tlp.SizeProperty
getGraph()

Returns the graph associated to these data.

Return type:tulip.tlp.Graph
reloadGraphProperties()

Restores all default graph visual properties (whose name is prefixed by “view”) as rendering input data.

setElementBorderColor(property)

Sets the color property that defines the current borders colors of graph elements (see Colors of graph elements and labels).

Parameters:property (tulip.tlp.ColorProperty) – a color property attached to the graph associated to these data.
setElementBorderWidth(property)

Sets the double property that defines the current borders widths of graph elements (see Border width of graph elements and labels).

Parameters:property (tulip.tlp.DoubleProperty) – a double property attached to the graph associated to these data.
setElementColor(property)

Sets the color property that defines the current colors of graph elements (see Colors of graph elements and labels).

Parameters:property (tulip.tlp.ColorProperty) – a color property attached to the graph associated to these data.
setElementFont(property)

Sets the string property that defines the current font files used to render the labels of graph elements (see Labels of graph elements).

Parameters:property (tulip.tlp.StringProperty) – a string property attached to the graph associated to these data.
setElementFontSize(property)

Sets the integer property that defines the current font size for labels of graph elements (see Labels of graph elements).

Parameters:property (tulip.tlp.IntegerProperty) – an integer property attached to the graph associated to these data.
setElementLabel(property)

Sets the string property that defines the current labels of graph elements (see Labels of graph elements).

Parameters:property (tulip.tlp.StringProperty) – a string property attached to the graph associated to these data.
setElementLabelBorderColor()

Sets the color property that defines the current labels borders colors of graph elements (see Colors of graph elements and labels).

Parameters:property (tulip.tlp.ColorProperty) – a color property attached to the graph associated to these data.
setElementLabelBorderWidth(property)

Sets the double property that defines the current labels borders widths of graph elements (see Border width of graph elements and labels).

Parameters:property (tulip.tlp.DoubleProperty) – a double property attached to the graph associated to these data.
setElementLabelColor(property)

Sets the color property that defines the current labels colors of graph elements (see Colors of graph elements and labels).

Parameters:property (tulip.tlp.ColorProperty) – a color property attached to the graph associated to these data.
setElementLabelPosition(property)

Sets the integer property that defines the current labels positions of graph elements (see Labels of graph elements).

Parameters:property (tulip.tlp.IntegerProperty) – an integer property attached to the graph associated to these data.
setElementLayout(property)

Sets the layout property that defines the current layout of graph elements (see Graph layout).

Parameters:property (tulip.tlp.LayoutProperty) – a layout property attached to the graph associated to these data.
setElementRotation(property)

Sets the double property that defines the current rotations graph nodes (see Rotations of the nodes).

Parameters:property (tulip.tlp.DoubleProperty) – a double property attached to the graph associated to these data.
setElementSelected(property)

Sets the boolean property that defines the current selection of graph elements (see Selection).

Parameters:property (tulip.tlp.BooleanProperty) – a boolean property attached to the graph associated to these data.
setElementShape(property)

Sets the integer property that defines the current shapes of graph elements (see Shapes of graph elements).

Parameters:property (tulip.tlp.IntegerProperty) – an integer property attached to the graph associated to these data.
setElementSize(property)

Sets the size property that defines the current sizes of graph elements (see Sizes of graph elements).

Parameters:property (tulip.tlp.SizeProperty) – a size property attached to the graph associated to these data.
setElementSrcAnchorShape(property)

Sets the integer property that defines the current shapes of the source edges extremities (see Shapes of graph elements).

Parameters:property (tulip.tlp.IntegerProperty) – an integer property attached to the graph associated to these data.
setElementSrcAnchorSize(property)

Sets the size property that defines the current sizes of the source edges extremities (see Shapes of graph elements).

Parameters:property (tulip.tlp.SizeProperty) – a size property attached to the graph associated to these data.
setElementTexture(property)

Sets the string property that defines the current image files used to texture the shapes of graph elements (see Applying a texture to nodes or edges).

Parameters:property (tulip.tlp.StringProperty) – a string property attached to the graph associated to these data.
setElementTgtAnchorShape(property)

Sets the integer property that defines the current shapes of the target edges extremities (see Shapes of graph elements).

Parameters:property (tulip.tlp.IntegerProperty) – an integer property attached to the graph associated to these data.
setElementTgtAnchorSize(property)

Sets the size property that defines the current sizes of the target edges extremities (see Shapes of graph elements).

Parameters:property (tulip.tlp.SizeProperty) – a size property attached to the graph associated to these data.