List of all members.
Public Member Functions |
| | TutteLayout () |
| | ~TutteLayout () |
| DRect | bbox () const |
| void | bbox (const DRect &bb) |
| void | call (GraphAttributes &AG) |
| | Computes a layout of graph GA.
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| void | call (GraphAttributes &AG, const List< node > &givenNodes) |
Private Member Functions |
| void | setFixedNodes (const Graph &G, List< node > &nodes, List< DPoint > &pos, double radius=1.0) |
| void | setFixedNodes (const Graph &G, List< node > &nodes, const List< node > &givenNodes, List< DPoint > &pos, double radius=1.0) |
| bool | doCall (GraphAttributes &AG, const List< node > &fixedNodes, List< DPoint > &fixedPositions) |
Private Attributes |
| DRect | m_bbox |
Detailed Description
Definition at line 77 of file CoinTutteLayout.h.
Constructor & Destructor Documentation
| ogdf::TutteLayout::TutteLayout |
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| ogdf::TutteLayout::~TutteLayout |
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[inline] |
Member Function Documentation
| DRect ogdf::TutteLayout::bbox |
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const [inline] |
| void ogdf::TutteLayout::bbox |
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const DRect & |
bb |
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[inline] |
Computes a layout of graph GA.
This method is the actual algorithm call and must be implemented by derived classes.
- Parameters:
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| GA | is the input graph and will also be assigned the layout information. |
Implements ogdf::LayoutModule.
the method is overloaded for a given set of nodes.
| void ogdf::TutteLayout::setFixedNodes |
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const Graph & |
G, |
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List< node > & |
nodes, |
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List< DPoint > & |
pos, |
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double |
radius = 1.0 | |
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| void ogdf::TutteLayout::setFixedNodes |
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const Graph & |
G, |
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List< node > & |
nodes, |
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const List< node > & |
givenNodes, |
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List< DPoint > & |
pos, |
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double |
radius = 1.0 | |
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sets the positions of the nodes in a largest face of $G$ in the form of a regular $k$-gon with the prescribed radius. The corresponding nodes and their positions are stored in nodes and pos, respectively. $G$ does not have to be planar!
Member Data Documentation
The documentation for this class was generated from the following file:
