void eliminateLVPToolStripMenuItem_Click(object sender, EventArgs e)
{
lock (State.ImprovementLock) {
ShapeEvaluation[] polys = PolygonValueEvaluator.SortShapes(State);
int i = 0;
Random rand = new Random();
ClearOutlines();
while (polys[polys.Length - 1 - i].Divergence <= DivergenceEliminationThreshold)
{
State.BestMatch.DivideShape(rand,
Array.IndexOf(State.BestMatch.Shapes, polys[i + 1].Shape),
Array.IndexOf(State.BestMatch.Shapes, polys[polys.Length - 1 - i].Shape));
i++;
}
picBestMatch.Invalidate();
State.SetEvaluator(State.Evaluator);
UpdateTick();
MessageBox.Show("Redistributed " + i + " shapes.", "Least Valuable Polygon elimination");
}
}
void evaluatePolygonValueToolStripMenuItem_Click(object sender, EventArgs e)
{
lock (State.ImprovementLock) {
ShapeEvaluation[] polys = PolygonValueEvaluator.SortShapes(State);
int polysToShow = polys.Count(shape => shape.Divergence <= DivergenceEliminationThreshold);
var sb = new StringBuilder();
ClearOutlines();
foreach (var kvp in polys.Skip(1).Take(polysToShow))
{
sb.AppendLine("MVP: " + kvp.Divergence);
State.BestMatch.Shapes[kvp.Ordinal].OutlineColor = Color.Green;
}
sb.AppendLine();
foreach (var kvp in polys.Reverse().Take(polysToShow))
{
sb.AppendLine("LVP: " + kvp.Divergence);
State.BestMatch.Shapes[kvp.Ordinal].OutlineColor = Color.Red;
}
picBestMatch.Invalidate();
MessageBox.Show(sb.ToString(), "Polygon evaluation");
}
}
