For a list of all members of this type, see GoLayoutForceDirected members.
Public Methods
| Name | Description | |
|---|---|---|
 | CreateNetwork | Allocate a GoLayoutForceDirectedNetwork. |
| CreateObjRef | Creates an object that contains all the relevant information required to generate a proxy used to communicate with a remote object. (Inherited from System.MarshalByRefObject) |
| Dispose | Overloaded. (Inherited from System.ComponentModel.Component) |
| GetLifetimeService | Retrieves the current lifetime service object that controls the lifetime policy for this instance. (Inherited from System.MarshalByRefObject) |
| InitializeLifetimeService | Obtains a lifetime service object to control the lifetime policy for this instance. (Inherited from System.MarshalByRefObject) |
| LayoutNodesAndLinks | Updates the physical location of "real" nodes and links to reflect the layout. |
| PerformLayout | Overridden. Performs force-directed auto-layout. |
| RaiseProgress | Overloaded. Call OnProgress with an appropriate GoLayoutProgressEventArgs. (Inherited from Northwoods.Go.Layout.GoLayout) |
| ToString | (Inherited from System.ComponentModel.Component) |
Protected Methods
| Name | Description | |
|---|---|---|
 | AddComments | Find associated objects to be positioned along with the GoLayoutForceDirectedNode.GoLayoutGenericNetwork.Node<N,L,Y>.GoObject. |
| ArrangeConnectedGraphs | During a clustered layout, position each separate graph network so that they do not overlap each other. |
| ComputeClusterLayoutIterations | Determine how many additional force-directed layout iterations should occur for this clustered network. |
| ElectricalCharge | Returns the charge of the point representing the GoLayoutForceDirectedNode node. A node L and a node V are acted upon by a force of magnitude (ElectricalCharge(L) * ElectricalCharge(V)) / (GetNodeDistance(L,V) * GetNodeDistance(L,V)). A node L is acted upon by forces in the X and Y directions of magnitude ElectricalFieldX(L.position) * ElectricalCharge(L) and ElectricalFieldY(L.position) * ElectricalCharge(L). |
| ElectricalFieldX | Returns the electrical field in the X direction acting on a node at the logical point PointF xy. A node L is acted upon by a force in the X direction of magnitude ElectricalFieldX(L.position) * ElectricalCharge(L). |
| ElectricalFieldY | Returns the electrical field in the Y direction acting on a node at the logical point PointF xy. A node L is acted upon by a force in the Y direction of magnitude ElectricalFieldY(L.position) * ElectricalCharge(L). |
| Finalize | (Inherited from System.ComponentModel.Component) |
| GetNodeDistance | Returns the distance between two nodes. The default implementation considers the shortest distance between the two nodes. If the nodes correspond to top-level Go objects, the width and height of the GoObject is factored into the distance between the nodes. If the nodes do not correspond to top-level Go objects, then the nodes implicitly have a width and height of zero, and the distance is calculated. |
| GetService | (Inherited from System.ComponentModel.Component) |
| GravitationalFieldX | The function GravitationalFieldX returns the gravitational field in the X direction acting on a node at the logical point PointF xy. A node L is acted upon by a force in the X direction of magnitude GravitationalFieldX(L.position) * GravitationalMass(L). |
| GravitationalFieldY | The function GravitationalFieldY returns the gravitational field in the Y direction acting on a node at the logical point PointF xy. A node L is acted upon by a force in the Y direction of magnitude GravitationalFieldY(L.position) * GravitationalMass(L). |
| GravitationalMass | The function GravitationalMass returns the mass of the point representing the GoLayoutForceDirectedNode node. A node L is acted upon by forces in the X and Y directions of magnitude GravitationalFieldX(L.position) * GravitationalMass(L) and GravitationalFieldY(L.position) * GravitationalMass(L). |
| IsFixed | This predicate returns true if the node should not be moved by the layout algorithm but still have an effect on nearby and connected nodes. The default implementation returns GoLayoutForceDirectedNode.IsFixed. |
| MemberwiseClone | Overloaded. Creates a shallow copy of the current System.MarshalByRefObject object. (Inherited from System.MarshalByRefObject) |
| NeedsClusterLayout | Determines whether a clustering layout should be done before the regular force-directed layout. |
| OnProgress | Invoke all Progress event handlers. (Inherited from Northwoods.Go.Layout.GoLayout) |
| RemoveNetwork | Overridden. Set Network to null. |
| SpringLength | Returns the length of the spring representing the GoLayoutForceDirectedLink link. The to and from nodes of a link L are acted upon by a force of magnitude SpringStiffness(L) * (GetNodeDistance(L.from, L.to) - SpringLength(L)). |
| SpringStiffness | Returns the stiffness of the spring representing the GoLayoutForceDirectedLink link. The to and from nodes of link L are acted upon by a force of magnitude SpringStiffness(L) * (GetNodeDistance(L.from, L.to) - SpringLength(L)). |
| UpdatePositions | Peforms one iteration of the ForceDirected algorithm and updates the positions of the GoLayoutForceDirectedNodes (but not the document's nodes). |
See Also