public override void RecomputeSolution()
{
// get best layers
List <ILayer2D> bestLayers = SolutionLayered.Solver.BuildLayers(Content, ContainerDimensions, Offset.Z, ConstraintSet, true);
List <LayerEncap> bestLayerDescs = bestLayers.ConvertAll(l => new LayerEncap(l.LayerDescriptor));
bool allFound = true;
foreach (LayerEncap l in SolutionLay.LayerEncaps)
{
if (null == bestLayerDescs.Find(bld => bld.Equals(l)))
{
allFound = false;
break;
}
}
if (allFound)
{
SolutionLay.RebuildLayers();
}
else // recomputes whole new solution
{
Solution = new SolutionLayered(this, bestLayerDescs);
}
}
public LayerSummary(SolutionLayered sol, int indexLayer, bool symetryX, bool symetryY)
{
Sol = sol;
IndexLayer = indexLayer;
SymetryX = symetryX;
SymetryY = symetryY;
}
public void AddSolution(List <KeyValuePair <LayerEncap, int> > listLayers)
{
Solution = new SolutionLayered(this, listLayers);
}
public void AddSolution(List <KeyValuePair <LayerDesc, int> > listLayers)
{
Solution = new SolutionLayered(this,
listLayers.ConvertAll(l => new KeyValuePair <LayerEncap, int>(new LayerEncap(l.Key), l.Value))
);
}
public void AddSolution(List <LayerEncap> layers)
{
Solution = new SolutionLayered(this, layers);
}
public void AddSolution(List <LayerDesc> layerDescs)
{
Solution = new SolutionLayered(this, layerDescs.ConvertAll(l => new LayerEncap(l)));
}
public void AddSolution(ILayer2D layer, bool alternateLayers = true)
{
Solution = new SolutionLayered(this, layer, alternateLayers);
}
public void AddSolution(LayerDesc layerDesc, bool alternateLayers = true)
{
Solution = new SolutionLayered(this, layerDesc, alternateLayers);
}
public void AddSolution(ILayer2D layer, bool mirrorLength = true, bool mirrorWidth = true)
{
Solution = new SolutionLayered(this, layer, mirrorLength, mirrorWidth);
}
public void AddSolution(LayerDesc layerDesc, bool mirrorLength = true, bool mirrorWidth = true)
{
Solution = new SolutionLayered(this, layerDesc, mirrorLength, mirrorWidth);
}