private void button_run_Click(object sender, EventArgs e)
{
var adjMatrix = GraphReaderWriter.getAdjacancyMatrix(dGV_adjacMatrix);
if (rbtn_ant.Checked)
{
string[] algParams = tb_antAlg.Text.Split(';');
MessageBox.Show(GraphReaderWriter.vertSeqToReadableForm(
dGV_adjacMatrix,
new ACOAlgorithm(
adjMatrix,
double.Parse(algParams[0]),
double.Parse(algParams[1]),
double.Parse(algParams[2]),
double.Parse(algParams[3]))
.findHamiltoneCycle()));
}
if (rbtn_annealingAlg.Checked)
{
string[] algParams = tB_annealingAlg.Text.Split(';');
MessageBox.Show(GraphReaderWriter.vertSeqToReadableForm(
dGV_adjacMatrix,
new AnnealingAlgorithm(
adjMatrix,
double.Parse(algParams[0]),
double.Parse(algParams[1]),
GraphReaderWriter.convertPath(algParams[2], dGV_adjacMatrix),
int.Parse(algParams[3]))
.findHamiltoneCycle()));
}
if (rbtn_nearestNeighbourAlg.Checked)
{
MessageBox.Show(
GraphReaderWriter.vertSeqToReadableForm(
dGV_adjacMatrix,
new NearestNeightbourAlgorithm(adjMatrix).findHamiltoneCycle()));
}
}
private void button_loadExample_Click(object sender, EventArgs e)
{
GraphReaderWriter.loadExample(dGV_adjacMatrix);
}
private void button_addVertex_Click(object sender, EventArgs e)
{
GraphReaderWriter.addVertex(dGV_adjacMatrix);
}
