private void mnRunVisualization_Click(object sender, EventArgs e)
{
if (Runtime.currentAlgorithm == null)
{
Log.Write("Can't determine selected algorithm.");
return;
}
if (Runtime.currentGraph == null)
{
Log.Write("Please, load graph first.");
return;
}
if (Runtime.currentAlgorithm.Instance is BaseMaxFlowAlgorithm)
{
//Clone selected algorithm. Won't write algorithm reset method
BaseMaxFlowAlgorithm algorithm = Runtime.currentAlgorithm.Instance.Clone();
Animator algorithmAnimator = new Animator();
algorithmAnimator.OnAnimationTick += Visualizer.GetAnimation;
algorithmAnimator.OnAnimationStarted += animator =>
{
mnStopAnimation.Visible = true;
};
algorithmAnimator.OnAnimationFinished += animator =>
{
mnStopAnimation.Visible = false;
OnAlgorithmFinished(algorithm);
};
algorithmAnimator.Run();
//Subscribe for events for visualization needs
algorithm.OnEdgeFlowChanged += algorithmAnimator.EdgeFlowChanged;
algorithm.OnEdgeMarked += algorithmAnimator.EdgeMarked;
algorithm.OnEdgeUnmarked += algorithmAnimator.EdgeUnmarked;
algorithm.OnFinish += flowAlgorithm =>
{
algorithmAnimator.AlgorithmFinished = true;
};
algorithm.SetGraph(Runtime.currentGraph);
algorithm.RunAsync();
}
}
private void runWithoutVisualizationToolStripMenuItem_Click(object sender, EventArgs e)
{
if (Runtime.currentAlgorithm == null)
{
Log.Write("Can't determine selected algorithm.");
return;
}
if (Runtime.currentGraph == null)
{
Log.Write("Please, load graph first.");
return;
}
if (Runtime.currentAlgorithm.Instance is BaseMaxFlowAlgorithm)
{
BaseMaxFlowAlgorithm algorithm = Runtime.currentAlgorithm.Instance.Clone();
algorithm.OnFinish += OnAlgorithmFinished;
algorithm.SetGraph(Runtime.currentGraph);
algorithm.RunAsync();
}
}
