internal ConstrainedOrdering(
GeometryGraph geomGraph,
BasicGraph<Node, IntEdge> basicIntGraph,
int[] layering,
Dictionary<Node, int> nodeIdToIndex,
Database database,
SugiyamaLayoutSettings settings) {
this.settings = settings;
horizontalConstraints = settings.HorizontalConstraints;
horizontalConstraints.PrepareForOrdering(nodeIdToIndex, layering);
geometryGraph = geomGraph;
this.database = database;
intGraph = basicIntGraph;
initialLayering = layering;
//this has to be changed only to insert layers that are needed
if (NeedToInsertLayers(layering)) {
for (int i = 0; i < layering.Length; i++)
layering[i] *= 2;
LayersAreDoubled = true;
numberOfLayers = -1;
}
PrepareProperLayeredGraphAndFillLayerInfos();
adjSwapper = new AdjacentSwapsWithConstraints(
LayerArrays,
HasCrossWeights(),
ProperLayeredGraph,
layerInfos);
}
internal ConstrainedOrdering(
GeometryGraph geomGraph,
BasicGraph <Node, IntEdge> basicIntGraph,
int[] layering,
Dictionary <Node, int> nodeIdToIndex,
Database database,
SugiyamaLayoutSettings settings)
{
this.settings = settings;
horizontalConstraints = settings.HorizontalConstraints;
horizontalConstraints.PrepareForOrdering(nodeIdToIndex, layering);
geometryGraph = geomGraph;
this.database = database;
intGraph = basicIntGraph;
initialLayering = layering;
//this has to be changed only to insert layers that are needed
if (NeedToInsertLayers(layering))
{
for (int i = 0; i < layering.Length; i++)
{
layering[i] *= 2;
}
LayersAreDoubled = true;
numberOfLayers = -1;
}
PrepareProperLayeredGraphAndFillLayerInfos();
adjSwapper = new AdjacentSwapsWithConstraints(
LayerArrays,
HasCrossWeights(),
ProperLayeredGraph,
layerInfos);
}
