void InitSolverVars(ISolverShell solver)
{
for (int i = 0; i < LayerArrays.Y.Length; i++)
{
solver.AddVariableWithIdealPosition(i, 0);
}
}
void CalculateLabelsX()
{
int i;
ISolverShell solver = ConstrainedOrdering.CreateSolver();
for (i = 0; i < pairArray.Length; i++)
{
solver.AddVariableWithIdealPosition(i, labelCenters[i], GetLabelWeight(pairArray[i]));
}
//add non overlapping constraints between to neighbor labels
double prevLabelWidth = GetMaxLabelWidth(pairArray[0]);
for (i = 0; i < pairArray.Length - 1; i++)
{
solver.AddLeftRightSeparationConstraint(i, i + 1,
(prevLabelWidth +
(prevLabelWidth = GetMaxLabelWidth(pairArray[i + 1]))) / 2 +
settings.NodeSeparation);
}
for (i = 0; i < labelCenters.Length; i++)
{
double x = labelCenters[i] = solver.GetVariableResolvedPosition(i);
foreach (Label label in PairLabels(pairArray[i]))
{
label.Center = new Point(x, label.Center.Y);
}
}
}
//at the moment we only are looking for the order of nodes in the layer
void FillSolverWithoutKnowingLayerOrder(IEnumerable <int> layer, LayerInfo layerInfo, ISolverShell solver,
SweepMode sweepMode)
{
foreach (int v in layer)
{
if (layerInfo.neigBlocks.ContainsKey(v))
{
//v is a block root
int blockNode = GetFixedBlockNode(v, layerInfo, sweepMode);
if (blockNode != -1)
{
solver.AddVariableWithIdealPosition(v, FixedNodePosition(blockNode, sweepMode),
ConstrainedVarWeight);
}
else
{
IEnumerable <int> t = from u in layerInfo.neigBlocks[v].Concat(new[] { v })
where IsConnectedToPrevLayer(u, sweepMode)
select u;
if (t.Any())
{
blockNode = t.First();
solver.AddVariableWithIdealPosition(v, GetBaricenterOnPrevLayer(blockNode, sweepMode));
}
}
}
else if (!BelongsToNeighbBlock(v, layerInfo))
{
if (NodeIsConstrained(v, sweepMode, layerInfo))
{
solver.AddVariableWithIdealPosition(v, FixedNodePosition(v, sweepMode), ConstrainedVarWeight);
}
else if (IsConnectedToPrevLayer(v, sweepMode))
{
solver.AddVariableWithIdealPosition(v, GetBaricenterOnPrevLayer(v, sweepMode));
}
}
}
AddGoalToKeepFlatEdgesShortOnBlockLevel(layerInfo, solver);
foreach (var p in layerInfo.leftRight)
{
solver.AddLeftRightSeparationConstraint(p.Item1, p.Item2, GetGapBetweenBlockRoots(p.Item1, p.Item2));
}
}
//at the moment we only are looking for the order of nodes in the layer
void FillSolverWithoutKnowingLayerOrder(IEnumerable<int> layer, LayerInfo layerInfo, ISolverShell solver,
SweepMode sweepMode) {
foreach (int v in layer)
if (layerInfo.neigBlocks.ContainsKey(v)) {
//v is a block root
int blockNode = GetFixedBlockNode(v, layerInfo, sweepMode);
if (blockNode != -1)
solver.AddVariableWithIdealPosition(v, FixedNodePosition(blockNode, sweepMode),
ConstrainedVarWeight);
else {
IEnumerable<int> t = from u in layerInfo.neigBlocks[v].Concat(new[] { v })
where IsConnectedToPrevLayer(u, sweepMode)
select u;
if (t.Any()) {
blockNode = t.First();
solver.AddVariableWithIdealPosition(v, GetBaricenterOnPrevLayer(blockNode, sweepMode));
}
}
} else if (!BelongsToNeighbBlock(v, layerInfo)) {
if (NodeIsConstrained(v, sweepMode, layerInfo))
solver.AddVariableWithIdealPosition(v, FixedNodePosition(v, sweepMode), ConstrainedVarWeight);
else if (IsConnectedToPrevLayer(v, sweepMode))
solver.AddVariableWithIdealPosition(v, GetBaricenterOnPrevLayer(v, sweepMode));
}
AddGoalToKeepFlatEdgesShortOnBlockLevel(layerInfo, solver);
foreach (var p in layerInfo.leftRight)
solver.AddLeftRightSeparationConstraint(p.Item1, p.Item2, GetGapBetweenBlockRoots(p.Item1, p.Item2));
}
void InitSolverVars(ISolverShell solver) {
for (int i = 0; i < LayerArrays.Y.Length; i++)
solver.AddVariableWithIdealPosition(i, 0);
}
