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See:
Description
Interface Summary | |
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CyNetwork | CyNetwork is the primary class for algorithm writing. All algorithms
should take a CyNetwork as input, and do their best to only use the API of
CyNetwork. Plugins that want to affect the display of a graph can look
into using CyNetworkView as well. A CyNetwork can create Nodes or Edges. Any Nodes or Edges that wish to be added to a CyNetwork firt need to be created in Cytoscape. The methods that are defined by CyNetwork mostly deal with data integration and flagging of nodes/edges. All methods that deal with graph traversal are part of the inherited API of the GraphPerspective class. Links to which can be found at the bottom of the methods list. In general, all methods are supported for working with Nodes/Edges as objects, and as indices. |
CyNetworkData | This will be the interface where things like multi-dimensional data are accessed. |
CyNetworkListener | Interface for listeners that respond to CyNetwork events. |
Class Summary | |
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CyEdge | |
CyMain | This is the main startup class for Cytoscape. |
CyNetworkAdapter | Empty implementation of the CyNetworkListener interface, following the adapter pattern useful for defining anonymous inner classes. |
CyNetworkEvent | Events of this class are fired from a CyNetwork object when something happens to the network. |
CyNode | |
CyProject | Deprecated. Will be removed October 2006. |
Cytoscape | This class, Cytoscape is the primary class in the API. |
CytoscapeConfig | Deprecated. Will be removed October 2006. |
CytoscapeInit | Cytoscape Init is responsible for starting Cytoscape in a way that makes sense. |
CytoscapeModifiedNetworkManager | CytoscapeModifiedNetworkManager manages the modified state settings for the networks and listens for PropertyChangeEvents. |
CytoscapeObj | Deprecated. Will be removed October 2006. |
CytoscapeVersion |
Core Cytoscape Classes.
Cytoscape is a software pacakge designed to enable the vizualization and analysis of networks. While commonly used for biological networks, it is designed to be able to accomodate any field which requires a junction between graph theory and associated data.
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