public void Merge(NodeLayers layers)
{
for (int i = 0; i < LayerCount(); ++i)
{
Layer(i).Merge(layers.Layer(i));
}
}
public static void MainAlgorithm(List <List <Node> > data)
{
NodeLayers layers = new NodeLayers(data);
// var layerss = new List<NodeLayers>();
// layerss.Add(layers);
List <NodeLayers> modsSplit = null;
if (Settings.placeModTechSeparately)
{
modsSplit = layers.SplitLargeMods();
}
else
{
modsSplit = new List <NodeLayers>();
modsSplit.Add(layers);
}
var allLayers = modsSplit
.OrderBy(l => l.NodeCount())
.SelectMany(
ls => ls
.SplitConnectiveComponents()
.OrderBy(l => l.NodeCount()))
.ToList();
allLayers.ForEach(l => OrgainzeLayers(l));
PositionAllLayers(allLayers);
}
public NodeLayer(int layer, List <Node> nodes, NodeLayers layers)
{
_layer = layer;
_layers = layers;
_nodes = nodes;
foreach (var n in _nodes)
{
n.layer = this;
n.lx = layer;
}
AdjustY();
}
private static void FitLayersInBounds(NodeLayers layers, float[] topBounds)
{
float dy = -99999;
for (int i = 0; i < layers.LayerCount(); ++i)
{
dy = Math.Max(dy, topBounds[i] - layers.TopPosition(i));
}
layers.MoveVertically(dy);
for (int i = 0; i < layers.LayerCount(); ++i)
{
topBounds[i] = Math.Max(topBounds[i], layers.BottomPosition(i) + 1);
}
}
public static void OrgainzeLayers(NodeLayers layers)
{
layers.MinimizeCrossings();
layers.ApplyGridCoordinates();
layers.ImproveNodePositionsInLayers();
}
