com.yworks.yfiles.layout.organic.SmartOrganicLayouter

	Property	Defined By
		automaticGroupNodeCompactionEnabled : Boolean Specifies whether or not to use the automatic group node compaction.	SmartOrganicLayouter
		clusteringQuality : Number Getter: Specifies the quality ratio of the clustering algorithm.	SmartOrganicLayouter
		clusterNodes : Boolean Getter: Returns whether or not a clustering algorithm should be applied.	SmartOrganicLayouter
		compactness : Number Getter: Returns the property for the compactness of the resulting layout.	SmartOrganicLayouter
		componentLayouter : LayoutStage Specifies the LayoutStage responsible for laying out the connected components of the graph.	CanonicMultiStageLayouter
		componentLayouterEnabled : Boolean Getter: Returns whether or not ComponentLayouter is enabled.	CanonicMultiStageLayouter
		considerNodeLabels : Boolean Specifies whether or not to consider node labels for the next layout run.	SmartOrganicLayouter
		deterministic : Boolean Getter: Returns whether the algorithm will behave deterministically in the next layout run.	SmartOrganicLayouter
		groupBoundsCalculator : GroupBoundsCalculator Specifies the com.yworks.yfiles.layout.grouping.GroupBoundsCalculator instance used for calculating the size of group nodes.	SmartOrganicLayouter
		groupNodeCompactness : Number Getter: Returns the group node compactness factor.	SmartOrganicLayouter
		groupNodeHider : LayoutStage Specifies the LayoutStage that is responsible for hiding away grouping information for the layout algorithm.	CanonicMultiStageLayouter
		hideGroupNodes : Boolean Specifies whether or not to hide away group nodes before the layout begins.	CanonicMultiStageLayouter
		labelLayouter : LayoutStage Getter: Returns the algorithm used for placing labels.	CanonicMultiStageLayouter
		labelLayouterEnabled : Boolean Getter: Returns whether or not LabelLayouter is enabled.	CanonicMultiStageLayouter
		layoutOrientation : int Specifies the main layout orientation.	CanonicMultiStageLayouter
		maximumDuration : uint Getter: Returns the maximum duration this algorithm is allowed to run.	SmartOrganicLayouter
		minimalNodeDistance : Number Getter: Returns the current minimal node distance this algorithm should enforce if the node overlaps allowance property is set to true.	SmartOrganicLayouter
		nodeEdgeOverlapAvoided : Boolean Specifies whether or not the layouter tries to avoid node/edge overlaps.	SmartOrganicLayouter
		nodeOverlapsAllowed : Boolean Getter: Returns whether node overlaps are allowed (but not encouraged) for the next run.	SmartOrganicLayouter
		nodeSizeAware : Boolean Getter: Determines whether the algorithm should consider the size of the nodes for the layout.	SmartOrganicLayouter
		orientationLayouter : LayoutStage Specifies the LayoutStage that is responsible for changing the orientation of the computed layout.	CanonicMultiStageLayouter
		orientationLayouterEnabled : Boolean Getter: Returns whether or not the OrientationLayouter is enabled.	CanonicMultiStageLayouter
		outputRestriction : OutputRestriction Getter: Returns the current OutputRestriction instance set for this instance.	SmartOrganicLayouter
		parallelEdgeLayouter : LayoutStage Getter: Returns the LayoutStage responsible for routing parallel edges.	CanonicMultiStageLayouter
		parallelEdgeLayouterEnabled : Boolean Getter: Returns whether or not the ParallelEdgeLayouter is enabled.	CanonicMultiStageLayouter
		preferredEdgeLength : Number Getter: Returns the currently set default preferred edge length.	SmartOrganicLayouter
		preferredMinimalNodeDistance : Number Getter: Returns the current preferred minimal node distance this algorithm should use for pairs of nodes that are not directly connected by adjacent edges.	SmartOrganicLayouter
		qualityTimeRatio : Number Specifies the quality to time ratio.	SmartOrganicLayouter
		scope : int Getter: Returns the scope of the layout.	SmartOrganicLayouter
		selfLoopLayouter : LayoutStage Getter: Returns the LayoutStage used for routing Self-loops.	CanonicMultiStageLayouter
		selfLoopLayouterEnabled : Boolean Getter: Returns whether or not the SelfLoopLayouter is enabled.	CanonicMultiStageLayouter
		smartComponentLayout : Boolean Determines whether this instance should configure the ComponentLayouter (componentLayouter) in such a way that it respects the scope's (scope) settings SCOPE_SUBSET and SCOPE_MAINLY_SUBSET by keeping other nodes pinned, even if they reside in different components.	SmartOrganicLayouter
		subgraphLayouter : LayoutStage Specifies the LayoutStage that is responsible for constraining the layout process to a subgraph of the target graph.	CanonicMultiStageLayouter
		subgraphLayouterEnabled : Boolean Getter: Returns whether or not the SubgraphLayouter is enabled.	CanonicMultiStageLayouter

	Method	Defined By
		SmartOrganicLayouter(init:Boolean = true) Creates a new SmartOrganicLayouter instance	SmartOrganicLayouter
		appendStage(stage:LayoutStage):void Appends a stage to the layout pipeline.	CanonicMultiStageLayouter
		calcLayout(layoutGraph:LayoutGraph):GraphLayout Returns a layout for the given layout graph.	CanonicMultiStageLayouter
		calcLayout2(graph:GraphInterface, layout:GraphLayout):GraphLayout Returns a layout for the given graph interface and layout.	CanonicMultiStageLayouter
		canLayout(graph:LayoutGraph):Boolean Tests whether or not the given graph can be laid out by this layouter.	CanonicMultiStageLayouter
		canLayoutCore(graph:LayoutGraph):Boolean [override]	SmartOrganicLayouter
		doLayout(layoutGraph:LayoutGraph):void [override]	SmartOrganicLayouter
		doLayout2(graph:GraphInterface, layout:GraphLayout):void Calculates a layout for the given graph interface and layout.	CanonicMultiStageLayouter
		doLayoutCore(graph:LayoutGraph):void [override]	SmartOrganicLayouter
		enableOnlyCore():void Disables all layout stages and performs only the core layouter.	CanonicMultiStageLayouter
		equals(o:Object):Boolean	YObject
		getClass():Class [override]	SmartOrganicLayouter
		hashCode():int	YObject
		newSmartOrganicLayouter():SmartOrganicLayouter [static] Creates a new SmartOrganicLayouter instance	SmartOrganicLayouter
		prependStage(stage:LayoutStage):void Prepends a stage to the layout pipeline.	CanonicMultiStageLayouter
		removeStage(stage:LayoutStage):void Removes a LayoutStage that has been previously added by the methods appendStage() or prependStage().	CanonicMultiStageLayouter

	Method	Defined By
		checkGroupNodeSize(layout:GraphLayout, node:Object):void This method throws an com.yworks.bridge.util.IllegalArgumentException if the width/height of the given group node object is zero.	CanonicMultiStageLayouter
		checkNodeSize(layout:GraphLayout, node:Object):void This method throws an com.yworks.bridge.util.IllegalArgumentException if the width/height of the given node object is zero.	CanonicMultiStageLayouter
		configureComponentLayouter(graph:LayoutGraph, layouter:ComponentLayouter):void Configures the ComponentLayouter (componentLayouter) and graph instance to adhere to the NODE_SUBSET_DATA in case SCOPE_ALL is not set, and to use minimalNodeDistance also for distances between components.	SmartOrganicLayouter
		initCanonicMultiStageLayouter():void	CanonicMultiStageLayouter
		initSmartOrganicLayouter():void Initializes this object.	SmartOrganicLayouter
		unconfigureComponentLayouter(graph:LayoutGraph, layouter:ComponentLayouter):void Resets the ComponentLayouter (componentLayouter) from the previous configureComponentLayouter() call.	SmartOrganicLayouter

	Constant	Defined By
		GROUP_NODE_MODE_DATA : Object = y.layout.organic.SmartOrganicLayouter.GROUP_NODE_MODE_DATA [static] The data provider key for specifying how to handle group nodes.	SmartOrganicLayouter
		GROUP_NODE_MODE_FIX_BOUNDS : Object = GROUP_NODE_MODE_FIX_BOUNDS [static] Group node mode constant that can be used to tag a group node.	SmartOrganicLayouter
		GROUP_NODE_MODE_FIX_CONTENTS : Object = GROUP_NODE_MODE_FIX_CONTENTS [static] Group node mode constant that can be used to tag a group node.	SmartOrganicLayouter
		GROUP_NODE_MODE_NORMAL : Object = GROUP_NODE_MODE_NORMAL [static] Group node mode constant that can be used to tag a group node.	SmartOrganicLayouter
		NODE_SUBSET_DATA : Object = SPHERE_OF_ACTION_NODES [static] The data provider key for specifying the node subset to be laid out.	SmartOrganicLayouter
		PREFERRED_EDGE_LENGTH_DATA : Object = OrganicLayouter.EDGE_LENGTH_DATA [static] The data provider key for specifying the preferred edge lengths for each edge The algorithm expects to find com.yworks.yfiles.base.DataProvider.getInt() integer values associated with each edge.	SmartOrganicLayouter
		SCOPE_ALL : int = 0 [static] Scope constant - used for laying out all nodes.	SmartOrganicLayouter
		SCOPE_MAINLY_SUBSET : int = 1 [static] Scope constant - used for laying out mainly the subset of the nodes.	SmartOrganicLayouter
		SCOPE_SUBSET : int = 2 [static] Scope constant - used for laying out the subset of nodes only.	SmartOrganicLayouter

Property Detail

automaticGroupNodeCompactionEnabled

property

automaticGroupNodeCompactionEnabled:Boolean

Specifies whether or not to use the automatic group node compaction. If this option is enabled the group node compactness is determined automatically, i.e., it only depends on the general compactness specified by option compactness). The value specified by option groupNodeCompactness is ignored.

By default this option is enabled.

Implementation
public function get automaticGroupNodeCompactionEnabled():Boolean
public function set automaticGroupNodeCompactionEnabled(value:Boolean):void

See also

groupNodeCompactness
compactness

clusteringQuality

property

clusteringQuality:Number

Getter: Specifies the quality ratio of the clustering algorithm.

Setter: Specifies the quality measure of the clustering algorithm, if option clusterNodes is enabled, Possible values are all doubles d with 0 <= d <= 1. The higher d the higher the clustering quality. Default value is 1.

Note: the expected runtime of the clustering algorithm increases with d. The runtime does not depend on the specified maximal duration (see method maximumDuration).

Implementation
public function get clusteringQuality():Number
public function set clusteringQuality(value:Number):void

See also

clusterNodes
maximumDuration

clusterNodes

property

clusterNodes:Boolean

Getter: Returns whether or not a clustering algorithm should be applied.

By default, automatic clustering is not enabled.

Setter: Specifies whether or not a clustering algorithm should be applied to the input graph. If this option is enabled, the following steps are performed during the layout:

a clustering algorithm is applied to the input graph.
all nodes of the same cluster are put into a new group node.
the common layout is applied to the modified graph.
group nodes denoting clusters (inserted during step 2) are removed.

The user can also specify customized clusters by defining appropriate groups.

By default, automatic clustering is not enabled.

Note: the runtime of the clustering algorithm does not depend on the specified maximal duration (see method maximumDuration).

Implementation
public function get clusterNodes():Boolean
public function set clusterNodes(value:Boolean):void

See also

maximumDuration

compactness

property

compactness:Number

Getter: Returns the property for the compactness of the resulting layout. Lower values result in less compact drawings.

The default value is 0.5.

Setter: Sets the compactness property for the next layout run. Smaller values result in less compact drawings, greater values result in more compact drawings with 0.5d being a "normal" compactness.

The default value is 0.5.

Implementation
public function get compactness():Number
public function set compactness(value:Number):void

Throws

IllegalArgumentException — if the specified value is less than 0 or greater than 1.

considerNodeLabels

property

considerNodeLabels:Boolean

Specifies whether or not to consider node labels for the next layout run. Enabling this setting overrides the value of nodeSizeAware, i.e. node sizes are always considered.

Default value is false.

Note that this option only works correctly if the layout orientation (layoutOrientation) is set to com.yworks.yfiles.layout.LayoutOrientation.TOP_TO_BOTTOM (which is the default). Changing the layout orientation for an undirected layout algorithm like the com.yworks.yfiles.layout.organic.SmartOrganicLayouter doesn't make sense.

Implementation
public function get considerNodeLabels():Boolean
public function set considerNodeLabels(value:Boolean):void

deterministic

property

deterministic:Boolean

Getter: Returns whether the algorithm will behave deterministically in the next layout run.

Setter: Sets this algorithm to deterministic mode. If set to true, the algorithm will yield the same results if given the exact same input and same settings.

Implementation
public function get deterministic():Boolean
public function set deterministic(value:Boolean):void

groupBoundsCalculator

property

groupBoundsCalculator:GroupBoundsCalculator

Specifies the com.yworks.yfiles.layout.grouping.GroupBoundsCalculator instance used for calculating the size of group nodes. The default is com.yworks.yfiles.layout.grouping.MinimumSizeGroupBoundsCalculator.

Implementation
public function get groupBoundsCalculator():GroupBoundsCalculator
public function set groupBoundsCalculator(value:GroupBoundsCalculator):void

Throws

ReferenceError — if the argument is null

groupNodeCompactness

property

groupNodeCompactness:Number

Getter: Returns the group node compactness factor. Note: the specified value is only considered if option automaticGroupNodeCompactionEnabled is disabled and if there is no partition grid structure.

By default this value is 0.4.

Setter: Sets the compactness of group nodes. Values should be in the range [0..1], where 0 results in group nodes not affecting the overall layout too much, whereas a value of 1 forces nodes in the same group to be clustered tightly. Note: the specified value is only considered if option automaticGroupNodeCompactionEnabled is disabled and if there is no partition grid structure.

By default this value is 0.4.

Implementation
public function get groupNodeCompactness():Number
public function set groupNodeCompactness(value:Number):void

Throws

IllegalArgumentException — if compactness value does not lie in [0..1]

See also

automaticGroupNodeCompactionEnabled

maximumDuration

property

maximumDuration:uint

Getter: Returns the maximum duration this algorithm is allowed to run. This is a soft limit

By default, the maximum duration is set to 30 seconds.

Setter: Sets the soft limit for the maximum duration this algorithm is allowed to execute.

By default, the maximum duration is set to 30 seconds.

Implementation
public function get maximumDuration():uint
public function set maximumDuration(value:uint):void

Throws

IllegalArgumentException — if the specified duration is less than 0.

minimalNodeDistance

property

minimalNodeDistance:Number

Getter: Returns the current minimal node distance this algorithm should enforce if the node overlaps allowance property is set to true.

The default value is 0.

Setter: Sets the minimal node distance this algorithm should enforce between all pairs of nodes for the next run.

The default value is 0.

Implementation
public function get minimalNodeDistance():Number
public function set minimalNodeDistance(value:Number):void

See also

nodeOverlapsAllowed

nodeEdgeOverlapAvoided

property

nodeEdgeOverlapAvoided:Boolean

Specifies whether or not the layouter tries to avoid node/edge overlaps. Note that the current implementation does not guarantee the non-existence of overlaps but tries to avoid them. Furthermore, the post-processing step that removes node overlaps ignores node/edge overlaps, i.e., the number of node/edge overlaps may increase if option nodeOverlapsAllowed is disabled.

By default, this option is not enabled.

Implementation
public function get nodeEdgeOverlapAvoided():Boolean
public function set nodeEdgeOverlapAvoided(value:Boolean):void

See also

nodeOverlapsAllowed

property

nodeOverlapsAllowed:Boolean

Getter: Returns whether node overlaps are allowed (but not encouraged) for the next run.

By default, node overlaps are not allowed.

Note: if scope is set to SCOPE_SUBSET or SCOPE_MAINLY_SUBSET, there might be some overlapping nodes even if this option is set to false.

Setter: Determines whether the next layout run should enforce non-overlapping nodes. The minimal distance between each pair of nodes is determined by the minimal node distance property.

By default, node overlaps are not allowed.

Note: if scope is set to SCOPE_SUBSET or SCOPE_MAINLY_SUBSET, there might be some overlapping nodes even if this option is set to false.

Implementation
public function get nodeOverlapsAllowed():Boolean
public function set nodeOverlapsAllowed(value:Boolean):void

See also

minimalNodeDistance
scope

nodeSizeAware

property

nodeSizeAware:Boolean

Getter: Determines whether the algorithm should consider the size of the nodes for the layout. If set to true the algorithm will take the node size into account for given preferred edge lengths.

Setter: Specifies whether or not to consider node sizes for the next layout run. These settings do not affect the hard minimal node distance property.

Implementation
public function get nodeSizeAware():Boolean
public function set nodeSizeAware(value:Boolean):void

outputRestriction

property

outputRestriction:OutputRestriction

Getter: Returns the current OutputRestriction instance set for this instance. The default is com.yworks.yfiles.layout.organic.OutputRestriction.NONE.

Setter: Sets a restriction on the output generated by this layouter

Implementation
public function get outputRestriction():OutputRestriction
public function set outputRestriction(value:OutputRestriction):void

preferredEdgeLength

property

preferredEdgeLength:Number

Getter: Returns the currently set default preferred edge length. The algorithm will try to find a drawing where most of the edges have this length. This default is applied to all edges where there is no specific edge length given using the double DataProvider instance bound to the graph using the PREFERRED_EDGE_LENGTH_DATA key.

Setter: Sets the default preferred edge length for the next algorithm run.

Implementation
public function get preferredEdgeLength():Number
public function set preferredEdgeLength(value:Number):void

See also

PREFERRED_EDGE_LENGTH_DATA

preferredMinimalNodeDistance

property

preferredMinimalNodeDistance:Number

Getter: Returns the current preferred minimal node distance this algorithm should use for pairs of nodes that are not directly connected by adjacent edges.

Setter: Sets the minimal node distance this algorithm should try to obey for the next run.

Implementation
public function get preferredMinimalNodeDistance():Number
public function set preferredMinimalNodeDistance(value:Number):void

qualityTimeRatio

property

qualityTimeRatio:Number

Specifies the quality to time ratio. This setting determines the ratio of layout quality versus time consumption. The higher the ratio, the better the quality of the resulting layout but the longer it may take to perform the layout.

The default value is 0.6.

Implementation
public function get qualityTimeRatio():Number
public function set qualityTimeRatio(value:Number):void

Throws

IllegalArgumentException — if the specified ratio is less than 0 or greater than 1.

scope

property

scope:int

Getter: Returns the scope of the layout.

Setter: Sets the scope for the next layout run. The scope determines which of the nodes should be affected and how they should be affected by the layout run.

Defaults to SCOPE_ALL.

Note: For all scopes but SCOPE_ALL, a data provider for key NODE_SUBSET_DATA has to be registered.

Implementation
public function get scope():int
public function set scope(value:int):void

smartComponentLayout

property

smartComponentLayout:Boolean

Determines whether this instance should configure the ComponentLayouter (componentLayouter) in such a way that it respects the scope's (scope) settings SCOPE_SUBSET and SCOPE_MAINLY_SUBSET by keeping other nodes pinned, even if they reside in different components.

The default is false.

Implementation
public function get smartComponentLayout():Boolean
public function set smartComponentLayout(value:Boolean):void

Constructor Detail

SmartOrganicLayouter

()

Constructor

public function SmartOrganicLayouter(init:Boolean = true)

Creates a new SmartOrganicLayouter instance

Parameters

init:Boolean (default = true) — An internally used switch to help handle proper instance initialization in inheritance chains where classes can have multiple constructor-like factory methods. This parameter can safely be ignored/omitted when calling the constructor.

Method Detail

canLayoutCore

()

method

override public function canLayoutCore(graph:LayoutGraph):Boolean

Parameters

graph:LayoutGraph

Returns

Boolean

configureComponentLayouter

()

method

protected function configureComponentLayouter(graph:LayoutGraph, layouter:ComponentLayouter):void

Configures the ComponentLayouter (componentLayouter) and graph instance to adhere to the NODE_SUBSET_DATA in case SCOPE_ALL is not set, and to use minimalNodeDistance also for distances between components. This will result in the component layouter not rearranging components if they contain pinned-down nodes.

Parameters

	`graph:LayoutGraph` — the graph that will be arranged

	`layouter:ComponentLayouter` — the layouter to reconfigure

doLayout

()

method

override public function doLayout(layoutGraph:LayoutGraph):void

Parameters

layoutGraph:LayoutGraph

doLayoutCore

()

method

override public function doLayoutCore(graph:LayoutGraph):void

Parameters

graph:LayoutGraph

getClass

()

method

override public function getClass():Class

Returns

Class

initSmartOrganicLayouter

()

method

protected final function initSmartOrganicLayouter():void

Initializes this object. See the documentation of the corresponding factory method newSmartOrganicLayouter() for details.

See also

newSmartOrganicLayouter()

newSmartOrganicLayouter

()

method

public static function newSmartOrganicLayouter():SmartOrganicLayouter

Creates a new SmartOrganicLayouter instance

Returns

SmartOrganicLayouter

unconfigureComponentLayouter

()

method

protected function unconfigureComponentLayouter(graph:LayoutGraph, layouter:ComponentLayouter):void

Resets the ComponentLayouter (componentLayouter) from the previous configureComponentLayouter() call.

Parameters

	`graph:LayoutGraph` — the graph that has been arranged

	`layouter:ComponentLayouter` — the layouter to reset.

Constant Detail

GROUP_NODE_MODE_DATA

Constant

public static const GROUP_NODE_MODE_DATA:Object = y.layout.organic.SmartOrganicLayouter.GROUP_NODE_MODE_DATA

The data provider key for specifying how to handle group nodes. The algorithm expects for each node to find one of the following constants or null:

GROUP_NODE_MODE_NORMAL
GROUP_NODE_MODE_FIX_BOUNDS
GROUP_NODE_MODE_FIX_CONTENTS

null will be treated like GROUP_NODE_MODE_NORMAL.

GROUP_NODE_MODE_FIX_BOUNDS

Constant

public static const GROUP_NODE_MODE_FIX_BOUNDS:Object = GROUP_NODE_MODE_FIX_BOUNDS

Group node mode constant that can be used to tag a group node. Use the GROUP_NODE_MODE_DATA DataProvider key to associate this constant with a group node to indicate that its bounds should be treated as fixed an its contents should never exceed those bounds.

See also

GROUP_NODE_MODE_DATA

GROUP_NODE_MODE_FIX_CONTENTS

Constant

public static const GROUP_NODE_MODE_FIX_CONTENTS:Object = GROUP_NODE_MODE_FIX_CONTENTS

Group node mode constant that can be used to tag a group node. Use the GROUP_NODE_MODE_DATA DataProvider key to associate this constant with a group node to indicate that it can be moved like an ordinary group node however its contents should remain fixed relative to the position of the group node. Note that this implicitly fixes all descendants of the group node.

See also

GROUP_NODE_MODE_DATA

GROUP_NODE_MODE_NORMAL

Constant

public static const GROUP_NODE_MODE_NORMAL:Object = GROUP_NODE_MODE_NORMAL

Group node mode constant that can be used to tag a group node. Use the GROUP_NODE_MODE_DATA DataProvider key to associate this constant with a group node to indicate that it should be treated like an ordinary group node.

See also

GROUP_NODE_MODE_DATA

NODE_SUBSET_DATA

Constant

public static const NODE_SUBSET_DATA:Object = SPHERE_OF_ACTION_NODES

The data provider key for specifying the node subset to be laid out. The algorithm expects for each node in the graph to find a boolean (com.yworks.yfiles.base.DataProvider.getBool()) that indicates whether the node belongs to the "sphere of action".

See also

scope
boolean

PREFERRED_EDGE_LENGTH_DATA

Constant

public static const PREFERRED_EDGE_LENGTH_DATA:Object = OrganicLayouter.EDGE_LENGTH_DATA

The data provider key for specifying the preferred edge lengths for each edge The algorithm expects to find com.yworks.yfiles.base.DataProvider.getInt() integer values associated with each edge.

SCOPE_ALL

Constant

public static const SCOPE_ALL:int = 0

Scope constant - used for laying out all nodes.

See also

scope

SCOPE_MAINLY_SUBSET

Constant

public static const SCOPE_MAINLY_SUBSET:int = 1

Scope constant - used for laying out mainly the subset of the nodes. The above mentioned subset has to be specified by registering an appropriate com.yworks.yfiles.base.DataProvider for key NODE_SUBSET_DATA.

SCOPE_SUBSET

Constant

public static const SCOPE_SUBSET:int = 2

Scope constant - used for laying out the subset of nodes only. The above mentioned subset has to be specified by registering an appropriate com.yworks.yfiles.base.DataProvider for key NODE_SUBSET_DATA.

Wed Oct 7 2015, 04:43 PM +02:00

yFiles FLEX Client Layout Extension 1.5 API Documentation	All Packages \| All Classes \| Index \| Frames No Frames
SmartOrganicLayouter	Properties \| Methods \| Constants

Package	com.yworks.yfiles.layout.organic
Class	public class SmartOrganicLayouter
Inheritance	SmartOrganicLayouter CanonicMultiStageLayouter YObject Object