private void Hint(bool perform)
{
Mesh hintMesh = new Mesh(loopDisplay1.Mesh);
hintMesh.ConsiderIntersectCellInteractsAsSimple = true;
hintMesh.ConsiderMultipleLoops = true;
hintMesh.IterativeSolverDepth = 0;
hintMesh.IterativeRecMaxDepth = 1;
hintMesh.UseColoring = false;
hintMesh.UseCellPairs = false;
hintMesh.UseCellPairsTopLevel = false;
hintMesh.UseEdgeRestricts = false;
hintMesh.UseCellColoring = false;
hintMesh.UseDerivedColoring = false;
hintMesh.UseMerging = false;
hintMesh.UseIntersectCellInteractsInSolver = true;
List<IAction> changes = new List<IAction>();
hintMesh.PerformStart(changes);
while (changes.Count == 0)
{
hintMesh.GetSomething(changes);
if (hintMesh.IterativeSolverDepth > 10)
break;
hintMesh.IterativeSolverDepth = hintMesh.IterativeSolverDepth + 1;
}
if (changes.Count > 0)
{
if (perform)
loopDisplay1.Perform(changes[0]);
else
loopDisplay1.Flash(changes[0]);
}
}
private static void AutoStart(Mesh newMesh)
{
newMesh.ColoringCheats = false;
newMesh.UseColoring = Settings.Default.UseColoringInAuto;
newMesh.UseCellPairs = Settings.Default.UseCellPairsInAuto;
newMesh.UseCellPairsTopLevel = false;
newMesh.UseEdgeRestricts = Settings.Default.UseEdgeRestrictsInAuto;
newMesh.ConsiderIntersectCellInteractsAsSimple = Settings.Default.UseICinAuto;
newMesh.ConsiderMultipleLoops = Settings.Default.ConsiderMultipleLoopsInAuto;
newMesh.UseCellColoring = Settings.Default.UseCellColoringInAuto;
// TODO: add 'in auto' settings.
newMesh.UseMerging = false;
newMesh.UseDerivedColoring = false;
List<IAction> backup = new List<IAction>();
newMesh.PerformStart(backup);
}
