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AbstractGraphLayoutControlPropertySection with
predefined configurations which depend on the current diagram.GraphicalEditPart that
contains children nodes and that detects link crossings.IMeasurementUnitConverter.EditDomain.IlvSDMEngine.
EditPart that contain nodes.GraphLayoutApplicationEvent.AbstractGraphLayoutControlPropertySection with
predefined configurations.events dispatched by the
graph layout to refresh the
AbstractGraphLayoutControlPropertySection.GraphicalEditPart which
are labels for the label layout.layout
change events.IGrapherEditPart) capable of providing
graph, link and
label layouts.graphlayout algorithms.Bendpoint interface.ilog.views.eclipse.graphlayout.source.IlayoutSourceIlvAnnealingLabelDescriptor is the abstract
base class of all label descriptors.IlvAnnealingPointLabelDescriptor can be used to
specify that the label should be placed close to specific point (the
point labeling problem).IlvAnnealingPointLabelDescriptor from an
IlvInputStream.
IlvAnnealingPolylineLabelDescriptor can be used
to specify that the label should be placed close to a polyline (the
polyline labeling problem).IlvAnnealingPolylineLabelDescriptor from
an IlvInputStream.
IlvClusterId.
IlvClusterName to identify a cluster using
a name.
IlvClusterName from an
IlvInputStream.
IlvClusterNumber to identify a cluster
using an integer value.
IlvClusterNumber from an
IlvInputStream.
IlvDefaultLabelingModel provides a default labeling
model for an IlvManager and provides a bridge between the API
of the IlvManager and the API of the IlvLabelingModel.IlvManager.
IlvLayoutProvider.IlvDefaultLayoutProvider.
IlvExtremityConstraint is a constraint that
forces the node to be placed at an extremal level, or at one of the
extremal sides of a level.IlvExtremityConstraint .
IlvExtremityConstraint by copying an
existing one.
IlvExtremityConstraint from an
IlvInputStream.
IlvGraphLayoutException with no specified
detail message.
IlvGraphLayoutException object with the
specified detail message.
IlvGraphLayoutGrapherProperty allows you to
store the global settings of an instance of
IlvGraphLayout as a named property in the grapher.IlvGraphLayoutGrapherProperty that stores
layout parameter settings of the layout.
IlvGraphLayoutGrapherProperty by copying an
existing one.
IlvGraphLayoutGrapherProperty from an
IlvInputStream.
IlvGraphLayoutLinkProperty allows you to store
the settings of an instance of IlvGraphLayout for an
individual link as a named property in the link.IlvGraphLayoutLinkProperty that stores
layout parameter settings of the layout for the
link.
IlvGraphLayoutLinkProperty by copying an
existing one.
IlvGraphLayoutLinkProperty from an
IlvInputStream.
IlvGraphLayoutNodeProperty allows you to store
the settings of an instance of IlvGraphLayout for an
individual node as a named property in the node.IlvGraphLayoutNodeProperty that stores
layout parameter settings of the layout for the
node.
IlvGraphLayoutNodeProperty by copying an
existing one.
IlvGraphLayoutNodeProperty from an
IlvInputStream.
IlvGraphModel defines a suitable generic API for graphs
that have to be laid out with graph layout algorithms.IlvGraphModel.
IlvGroupSpreadConstraint is a constraint that
forces a group of nodes to be placed no more than a specified number
of levels apart.IlvGroupSpreadConstraint .
IlvGroupSpreadConstraint by copying an
existing one.
IlvGroupSpreadConstraint from an
IlvInputStream.
IlvHierarchicalConstraint is the base
class for constraints of the Hierarchical Layout.IlvHierarchicalConstraint.
IlvHierarchicalConstraint by copying an
existing one.
IlvHierarchicalConstraint from an
IlvInputStream.
IlvInappropriateGraphException with no
specified detail message.
IlvInappropriateGraphException with a
specified detail message.
IlvInappropriateLinkException.
IlvInappropriateLinkException.
IlvLabelingModel defines a suitable generic API for labels
that have to be automatically positioned with label layout
algorithms.IlvLabelingModel.
IlvLabelingModelWithRotation is the extension of a
labeling model that supports automatic positioning of rotated labels.IlvLevelRangeConstraint is a constraint that
forces the node to be placed at a level with index within the
specified range.IlvLevelRangeConstraint .
IlvLevelRangeConstraint by copying an
existing one.
IlvLevelRangeConstraint from an
IlvInputStream.
IlvNodeGroup allows to create a group of nodes
that is subject to a constraint.IlvNodeGroup.
IlvNodeGroup .
IlvNodeGroup by copying an existing one.
IlvNodeGroup from an
IlvInputStream.
IlvPoint class defines a point specified in float
precision representing a location
in (x, y) coordinate space.IlvPoint with coordinates (0, 0).
IlvPoint with the specified
coordinates.
IlvPoint by copying the specified point.
IlvRect class describes a rectangle
defined by a location (x, y) and dimension
(width x height).IlvRect, initialized to
location (0.0, 0.0) and size (0.0, 0.0).
IlvRect
from the specified coordinates.
IlvRect by copying the specified one.
IlvRecursiveLayoutProvider.
IlvRelativeConstraint is the base class of
IlvRelativeLevelConstraint and
IlvRelativePositionConstraint.IlvRelativeConstraint .
IlvRelativeConstraint by copying an
existing one.
IlvRelativeConstraint from an
IlvInputStream.
IlvRelativeLevelConstraint is a constraint to
place a node relative to another node.IlvRelativeLevelConstraint .
IlvRelativeLevelConstraint by copying an
existing one.
IlvRelativeLevelConstraint from an
IlvInputStream.
IlvRelativePositionConstraint is a constraint
to place a node relative to another node that belongs to the same
level.IlvRelativePositionConstraint .
IlvRelativePositionConstraint by copying an
existing one.
IlvRelativePositionConstraint from an
IlvInputStream.
IlvSameLevelConstraint is a constraint that
forces two nodes to be placed at the same level.IlvSameLevelConstraint .
IlvSameLevelConstraint by copying an
existing one.
IlvSameLevelConstraint from an
IlvInputStream.
IlvSideBySideConstraint is a constraint that
forces a group of nodes that belong to the same level to be placed
side by side.IlvSideBySideConstraint .
IlvSideBySideConstraint by copying an
existing one.
IlvSideBySideConstraint from an
IlvInputStream.
IlvSplineLinkFilter is used by the layout algorithms that
support optimized spline routing.IlvSplineLinkFilter.
IlvSubgraphCorrectionBarycenterFixed.
IlvSubgraphCorrectionBarycenterFixed from
an IlvInputStream.
IlvSubgraphCorrectionBoundsFixed.
IlvSubgraphCorrectionBoundsFixed from an
IlvInputStream.
IlvSwimLaneConstraint is a constraint that
forces a group of nodes to be placed in the same column or row.IlvSwimLaneConstraint.
IlvSwimLaneConstraint.
IlvSwimLaneConstraint .
IlvSwimLaneConstraint .
IlvSwimLaneConstraint by copying an
existing one.
IlvSwimLaneConstraint from an
IlvInputStream.
IlvTransformer class is a two dimensional
affine transform that performs a linear mapping from 2D
coordinates to other 2D coordinates.IlvTransformer representing
the identity transformation.
IlvTransformer by copying the specified transformer.
IlvTransformer from the
6 double precision values representing the 6 entries
of the transformation matrix.
IlvTransformer
that corresponds to a rotation
around a point.
IlvTransformer that corresponds
to a scaling operation,
meaning a transformation that applies itself without changing the
definition axis of the operands.
IlvTransformer that corresponds to a translation.
IlvUniformLengthEdgesLayout.ILayoutSource when it is initialized.LayoutSourceInitializationEvent.
InvalidLayoutConfigurationException.
InvalidLayoutConfigurationException.
GraphicalEditPart which are
obstacles for the label layout.PerformLayoutCommand
commands.true means that we are about to start an adjusting session
Returns false means that the adjusting session is finished
true if this event is part of a series of
modifications.
true if this event is part of a series of
modifications.
true if this event is the end of a series of
modifications.
true if this event is the end of a series of
modifications.
true if at all levels, nodes are forced into
alternating circular layers.
true if the layout can perform a redraw of the
graph model after each iteration or step of the layout algorithm.
true if the auto layout mode is enabled.
true if the automatic update of labels on
geometry changes is enabled.
true if the backtrack mechanism of the link
crossing reduction phase is enabled.
true if the transformer is not reversible.
true if two objects overlap only if their
bounding boxes overlap.
true if two objects overlap only if their
bounding boxes overlap.
true if the adjustment of the extremity points of
the bus line is enabled.
true if the adjustment of the bus width to the
total width of the nodes is enabled.
true if the input node was used as root during
layout.
true if the layout algorithm stores the
categorization of links into forward, backward, and non-tree links.
true if the layout algorithm does not really
perform a full layout.
true if the routing of normal links in addition
to intergraph links is enabled.
true if the routing of normal links in addition
to intergraph links is enabled.
true if the routing of normal links in addition
to intergraph links is enabled; returns false otherwise.
true if the checks for the connection points of
the links are enabled, and false otherwise.
true if crossing reduction during incremental
layout is enabled.
true if crossing reduction is enabled.
true if the connection using this anchor
points to the center of the owner's center.
true if the class of the object is the default
labeling class.
true if the class of the object is the default
labeling class.
true if the class of the object is the default
obstacle class.
true if the class of the object is the default
obstacle class.
true if routing uses exhaustive searching.
true if a node belongs to the outer cycle, and
returns false otherwise.
true if the fallback routing algorithm is
enabled.
true if the nodes on the first circle must be
evenly spaced in radial mode.
true if the fork shape is enabled for links that
start at the same source point.
IlvLongLinkLayout.getGlobalOriginPointMode() instead.
true if adding or removing a layer sends a
separate event for each object contained in the layer.
false if at least one label or obstacle was moved
or resized since the last time the layout was successfully performed
on the same labeling model or if the layout has never been performed
successfully on the same labeling model.
false if at least one node, link, label or
obstacle was moved or reshaped since the last time the layout was
successfully performed on the same graph or if the layout has never
been performed successfully on the same graph.
false if at least one node, link, label, or
obstacle was moved or reshaped since the last time the layout was
successfully performed on the same graph or if the layout has never
been performed successfully on the same graph.
false if at least one node or link was moved or
reshaped since the last time the layout was successfully performed on
the same graph or if the layout has never been performed successfully
on the same graph.
true
if the transformer is the identity transformer, false
otherwise.
true if the algorithm tries to place the nodes
within the level to absolute positions that are close to the previous
positions during incremental layout.
true if the incremental mode preserves the side
and relative order of the link connection points.
true if the incremental mode is enabled.
true if the incremental mode is enabled, and
false otherwise.
true if the incremental mode is enabled.
true if the incremental mode is enabled.
true if the incremental mode is enabled.
true if the incremental mode is enabled.
true if the incremental mode is enabled.
true if the checks for the nodes and/or links are
enabled.
true if the checks for the labels and obstacles
are enabled.
true if the intergraph link connectivity is
considered for the partitioning of the layout into levels.
true if the intergraph link connectivity is
considered for the partitioning of the layout into subtrees.
true if the object is a valid intergraph link,
and false otherwise.
true if the object is a valid intergraph link,
and false otherwise.
true if the object is a valid intergraph link,
and false otherwise.
true if the routing of intergraph links is
enabled.
true if the routing of intergraph links is
enabled.
true if the routing of intergraph links is
enabled; returns false otherwise.
true if the extended checking of internally
created graph models is enabled.
true if an invisible root is used to combine
components that are disconnected from each other.
true if an object is a valid label and
false otherwise.
true if an object is a valid label and
false otherwise.
true if the recursive layout mode places also the
labels of the graph.
true if the manager layer is one of the layers to
be taken into account during the layout.
true if this event is sent at the end of the
label layout process of a manager, and false otherwise.
true if a given layout that has been already
applied to this graph is still valid.
true if a given layout that has been already
applied to this manager is still valid.
true if a given layout that has been already
applied to this manager is still valid.
true if the connected components layout mechanism
is enabled by default.
true.
ILayoutSource.
ILayoutSource.
true if this event is the first event at the
beginning of the label layout process of a manager, and
false otherwise.
true if, at the moment the method is called, the
allowed layout time is exceeded; returns false
otherwise.
true if, at the moment the method is called, the
allowed layout time is exceeded; returns false
otherwise.
true if the object is a valid normal link, and
false otherwise.
true if the object is a valid normal link, and
false otherwise.
true if the checks for the links are enabled, and
false otherwise.
true if the link crossing fine tuning phase is
enabled.
true if links should be line obstacles for the
link routes.
true if the overlap of links with nodes is
forbidden; returns false otherwise.
true if the link straightening phase is enabled.
true if the layout respects the width of links.
true if loading the parameters of this layout by
IlvGrapherAdapter.loadParametersFromNamedProperties(IlvGraphLayout)
modifies the layout mode of this instance.
true if the handling of long links by the
crossing reduction during incremental layout is enabled.
true if the median crossing value is used during
crossing reduction.
true if the optimization of overlapping multiple
links is enabled.
true if links between neighbor nodes of the same
level are aligned so that they are parallel.
true if an object is a valid node, and
false otherwise.
true if an object is a valid node, and
false otherwise.
true if nodes should be obstacles for the link
routes.
true if the bend elimination phase for
nonorthogonal links is enabled.
true if all non-tree links that
don't have the no-reshape link style and that are not fixed and are not incident to fixed nodes are reshaped to be straight.
true if an object is a valid obstacle and
false otherwise.
true if an object is a valid obstacle and
false otherwise.
true if the stair case elimination phase for
orthogonal links is enabled.
false if at least one parameter was modified
since last time the layout was successfully performed on the same
labeling model or if the layout has never been performed successfully
on the same labeling model.
true if IlvLabelLayout.setParametersUpToDate(boolean) was called with a
true argument.
false if at least one parameter was modified
since the last time the layout was successfully performed on the same
graph or if the layout has never been performed successfully on the
same graph.
false if at least one parameter was modified
since the last time the layout was successfully performed on the same
graph or if the layout has never been performed successfully on the
same graph.
false if at least one parameter was modified
since the last time the layout was successfully performed on the same
graph or if the layout has never been performed successfully on the
same graph.
true if the property must be saved to an
.ivl file.
true if the property must be saved to an
.ivl file.
true if the property must be saved to an
.ivl file.
true if the optimization of polyline links is
enabled to avoid links overlapping large neighbor nodes.
true if an object is a valid polyline obstacle and
false otherwise.
true if an object is a valid polyline obstacle
and false otherwise.
true if an object is a valid polyline obstacle
and false otherwise.
true if the layout is not allowed to reshape the
links indicated as fixed by the user.
true if the layout is not allowed to move the
nodes indicated as fixed by the user.
true if the layout instance of an ancestor graph
is in principle allowed to treat this subgraph in a recursive layout.
true if the layout instance of an ancestor graph
is in principle allowed to treat this subgraph in a recursive layout.
true if this layout instance handles all
subgraphs recursively that are nested into this graph.
true if the recursive layout of nested subgraphs
in leaves of the tree is enabled.
true if link can be reshaped, and
false otherwise.
true if the algorithm tries to respect the size
of the nodes, and false otherwise.
true if the algorithm tries to respect the size
of the nodes.
true if the specified position means the position
of the root node.
true if the algorithm that makes sure that
multiple links are reshaped in the same manner is enabled, and
false otherwise.
true if saving the parameters of this layout by
IlvGrapherAdapter.saveParametersToNamedProperties(IlvGraphLayout,
boolean) sets the preferred layout flags in the created named
properties.
true if the transformer
is a scaling transformer, false otherwise.
true if self links that attach the same side of a
node are nested.
true if the input node was specified as root.
true if the input object represents a spline
link.
true if node is the central node of
a star cluster, and false otherwise.
true if the method IlvGraphLayout.stopImmediately() was
called.
true if the method stopImmediately
was called.
true if the layout should stopped before
completion.
true if straight routing is enabled.
false if at least one modification occurred in
the structure of the labeling model (a label or obstacle was added or
removed) since the last time the layout was successfully performed on
the same labeling model using this layout instance or if the layout
has never been performed successfully on the same labeling model.
false if at least one modification occurred in
the structure of the graph since the last time the layout was
successfully performed on the same graph or if the layout has never
been performed successfully on the same graph.
false if at least one modification occurred in
the structure of the graph since the last time the layout was
successfully performed on the same graph or if the layout has never
been performed successfully on the same graph.
false if at least one modification occurred in
the structure of the graph since the last time the layout was
successfully performed on the same graph or if the layout has never
been performed successfully on the same graph.
true if the object is a valid subgraph, and
false otherwise.
true if the object is a valid subgraph, and
false otherwise.
true if the fork shape is enabled for links that
end at the same target point.
true if the given EditPart object is
the top level grapher.
IlvLongLinkLayout.getGlobalDestinationPointMode() instead.
true if the transformer
is a translation, false otherwise.
true if this GraphModel supports the
undo/redo.
true if this GraphModel supports the
undo/redo.
true if the quadtree is enabled.
true if the user-defined seed value is used for
the random generator and false otherwise.
true if the user-defined seed value is used for
the random generator and false otherwise.
true if the writing of the input node or link was
completed.
true if the writing of the input node or link was
completed.
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