void Order()
{
CreateInitialOrderInLayers();
TryPushingOutStrangersFromHorizontalBlocks();
int n = 5;
ConstrainedOrderMeasure measure = null;
while (n-- > 0 && noGainSteps <= MaxNumberOfNoGainSteps)
{
SetXPositions();
ConstrainedOrderMeasure newMeasure = CreateMeasure();
if (measure == null || newMeasure < measure)
{
noGainSteps = 0;
Ordering.CloneLayers(LayerArrays.Layers, ref yetBestLayers);
measure = newMeasure;
}
else
{
noGainSteps++;
RestoreState();
}
}
}
void Order()
{
CreateInitialOrderInLayers();
TryPushingOutStrangersFromHorizontalBlocks();
int n = 5;
ConstrainedOrderMeasure measure = null;
while (n-- > 0 && noGainSteps <= MaxNumberOfNoGainSteps)
{
SetXPositions();
ConstrainedOrderMeasure newMeasure = CreateMeasure();
if (measure == null || newMeasure < measure)
{
noGainSteps = 0;
Ordering.CloneLayers(LayerArrays.Layers, ref yetBestLayers);
measure = newMeasure;
}
else
{
noGainSteps++;
RestoreState();
}
}
#region old code
/*
* int noGainSteps = 0;
* for (int i = 0; i < NumberOfSweeps && noGainSteps <= MaxNumberOfNoGainSteps && !measure.Perfect(); i++) {
* SweepDown(false);
* SweepUp(false);
* ConstrainedOrderMeasure newMeasure = CreateMeasure();
* if (newMeasure < measure) {
* noGainSteps = 0;
* Ordering.CloneLayers(LayerArrays.Layers, ref yetBestLayers);
* measure = newMeasure;
* } else {
* noGainSteps++;
* RestoreState();
* }
* }
*
* SwitchXPositions();
* SweepUpWithoutChangingLayerOrder(true);
*
* SwitchXPositions();
* SweepDownWithoutChangingLayerOrder(true);
* AverageXPositions();
*/
#endregion
}
