public void TestAutomorphic()
{
int cRows = 10, cCols = 10;
Graph graph1 = new Graph();
graph1.InsertNodes(cRows * cCols);
for (int iRow = 0; iRow < cRows - 1; iRow++)
{
for (int iCol = 0; iCol < cCols - 1; iCol++)
{
int iNode = iCol * cRows + iRow;
int iNodeToCol = iNode + 1;
int iNodeToRow = iNode + cRows;
graph1.InsertEdge(iNode, iNodeToCol);
graph1.InsertEdge(iNode, iNodeToRow);
graph1.InsertEdge(iNodeToCol, iNode);
graph1.InsertEdge(iNodeToRow, iNode);
}
}
Graph graph2 = graph1.IsomorphicShuffling(new Random(102));
// Insert this and you'll wait a LONG time for this test to finish...
// Note - the above is no longer true now that we have Degree compatibility check
// graph1.InsertEdge(0, cRows * cCols - 1);
VfState vfs = new VfState(graph1, graph2, true);
Assert.IsTrue(vfs.FMatch());
}
public void TestAutomorphic()
{
const int cRows = 10;
const int cCols = 10;
var graph1 = new Graph();
graph1.InsertVertices(cRows * cCols);
for (var iRow = 0; iRow < cRows - 1; iRow++)
{
for (var iCol = 0; iCol < cCols - 1; iCol++)
{
var ivtx = iCol * cRows + iRow;
var iVertexToCol = ivtx + 1;
var iVertexToRow = ivtx + cRows;
graph1.AddEdge(ivtx, iVertexToCol);
graph1.AddEdge(ivtx, iVertexToRow);
graph1.AddEdge(iVertexToCol, ivtx);
graph1.AddEdge(iVertexToRow, ivtx);
}
}
var graph2 = graph1.IsomorphicShuffling(new Random(102));
// Insert this and you'll wait a LONG time for this test to finish...
// Note - the above is no longer true now that we have Degree compatibility check
// graph1.AddEdge(0, cRows * cCols - 1);
var vfs = new VfState(graph1, graph2, true);
var matches = vfs.Matches().ToArray();
Assert.AreNotEqual(0, matches.Length);
}
public void IsomorphicPair(int cnod, out Graph graph1, out Graph graph2)
{
graph1 = GetGraph(cnod);
graph2 = graph1.IsomorphicShuffling(_rnd);
}
