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Provides access to members that control the Force Directed schematic algorithm.
The Force Directed algorithm uses a physical analogy to draw graphs by considering a graph a force system in which it tries to locally minimize the energy. It searches for an equilibrium state of the force system�a position for each schematic node where the total force on each node is zero
Name | Description | |
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AlgorithmCLSID | The CLSID of the algorithm. | |
Available | Indicates if the algorithm is currently available. | |
DegreeOfFreedom | Parameter value used to limit the area used to move the schematic nodes during each algorithm's iteration. | |
Enabled | Indicates if the algorithm is currently enabled. | |
Execute | Execute the schematic algorithm. | |
Label | The label of the algorithm. | |
NumberOfIterations | Number of Force Directed schematic algorithm iterations executed before the final result is shown. | |
Overridable | Indicates if the algorithm properties page is editable from ArcMap; that is, enabling the Layout Properties button in ArcMap. | |
PropertySet | The property set of the algorithm contains a collection of its parameters and their values. | |
RepelFactor | Parameter value used to quickly increase the schematic nodes displacement for nodes that are very close. | |
SchematicDiagramClassName | The diagram class object used to initialize the algorithm. | |
UseEndNode | Indicates if the algorithm use end nodes. | |
UseRootNode | Indicates if the algorithm use root nodes. | |
WithoutDegreeTwoNodes | Indicates if the nodes with degree 2 can be temporally out-of-the-way during the first phase of the algorithm execution so the computing time is decreased. |
Interfaces | Description |
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ISchematicAlgorithm | Provides access to members that control the schematic algorithm. |
CoClasses and Classes | Description |
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SchematicAlgoForceDirected | Force Directed schematic algorithm object. |