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Interface Summary |
| Invariant |
A graph invariant is a function calculated on a graph. |
| InvariantBoolean |
The invariants which return a boolean value must implement this interface. |
| InvariantDouble |
The invariants which return a double value must implement this interface. |
| InvariantDoubleArray |
The invariants which return an array of double must implement this interface. |
| InvariantDoubleEdge |
The invariants which assign a double value to each of the graph edges
must implement this interface. |
| InvariantDoubleMatrix |
The invariants which return a two dimensional matrix of double
must implement this interface. |
| InvariantDoubleVertex |
The invariants which assign a double value to each of the graph vertices
must implement this interface. |
| InvariantEdge |
The invariants which return an edge if the graph as a value
must implement this interface. |
| InvariantEdgeArray |
The invariants which return an array of graph edges must implement this interface. |
| InvariantInt |
The invariants which return an int value must implement this interface. |
| InvariantIntArray |
The invariants which return an array of int values must implement this interface. |
| InvariantIntEdge |
The invariants which assign an int value to each of the graph edges
must implement this interface. |
| InvariantIntMatrix |
The invariants which return a two dimensional matrix of int values
must implement this interface. |
| InvariantIntVertex |
The invariants which assign an int value to each of the graph vertices
must implement this interface. |
| InvariantString |
The invariants which return a string value must implement this interface. |
| InvariantVertex |
The invariants which return a graph vertex as its value must implement this interface. |
| InvariantVertexArray |
The invariants which return an array of graph vertices as the value
must implement this interface. |