private void shortPathAlgSelectedValueChanged(object sender, EventArgs e)
{
ShortPathColorAlg spca
= this.shortPathAlgCMB.SelectedItem as ShortPathColorAlg;
if (spca != null)
{
this.shortPathDirectedCHK.Checked = spca.Directed;
this.shortPathReversedCHK.Checked = spca.Reversed;
spca.RefreshAlgorithm(this.mScene);
}
}
private void shortPathReversedCheckedChanged(object sender, EventArgs e)
{
ShortPathColorAlg spca
= this.shortPathAlgCMB.SelectedItem as ShortPathColorAlg;
if (spca != null && spca.Reversed != this.shortPathReversedCHK.Checked)
{
spca.Reversed = this.shortPathReversedCHK.Checked;
spca.IsDirty = true;
spca.RefreshAlgorithm(this.mScene);
}
}
private void sceneNodeMouseUp(CircleNode obj)
{
if (this.bShortPathOn)
{
// Force the selected shortest path algorithm
// to color the shortest path between last two nodes
// in the scene's MouseUpHistory
ShortPathColorAlg spca = this.shortPathAlgCMB.SelectedItem as ShortPathColorAlg;
if (spca != null)
{
spca.ColorShortestPath(this.mScene);
}
}
}
private void shortPathOnOffClick(object sender, EventArgs e)
{
this.bShortPathOn = !this.bShortPathOn;
this.shortPathOnOffBTN.Text = this.bShortPathOn ? "Off" : "On";
if (this.bShortPathOn)
{
ShortPathColorAlg spca
= this.shortPathAlgCMB.SelectedItem as ShortPathColorAlg;
if (spca != null)
{
spca.RefreshAlgorithm(this.mScene);
}
//this.shortPathAlgCMB.Enabled = false;
//this.shortPathDirectedCHK.Enabled = false;
//this.shortPathReversedCHK.Enabled = false;
}
else
{
//this.shortPathAlgCMB.Enabled = true;
//this.shortPathDirectedCHK.Enabled = true;
//this.shortPathReversedCHK.Enabled = true;
}
}
