public BoundaryConverter(VoronoiBoundary boundary, PeriodicMap periodicMap = null)
{
if (periodicMap != null)
{
this.periodicBoundaryConverter = new PeriodicBoundaryConverter(boundary, periodicMap);
}
this.boundary = boundary;
}
static byte[] ExtractEdgeTags(VoronoiBoundary boundary, PeriodicMap map)
{
byte[] voronoiEdgeTags = boundary.EdgeTags;
byte[] periodicCornerEdgeTags = GetPeriodicCornerEdgeTags(
map.PeriodicCornerCorrelation,
map.PeriodicBoundaryCorrelation);
byte[] edgeTags = Concat(voronoiEdgeTags, periodicCornerEdgeTags);
return(edgeTags);
}
public PeriodicBoundaryConverter(
VoronoiBoundary boundary,
PeriodicMap map)
{
edgePairer = new EdgePairer();
edgeTags = ExtractEdgeTags(boundary, map);
this.boundaryMap =
CreatePeriodicBoundaryMap <SortedList <byte, AffineTrafo>, LinkedListDictionary <int, bool> >(
edgeTags,
map);
}
public PeriodicBoundaryHandler(
PeriodicMap map = null)
{
if (map != null)
{
ContainsPeriodicBoundaries = true;
periodicTrafoMap = map.PeriodicBoundaryTransformations;
nodeCloner = new BoundaryNodeMirrorer <T>(map);
recomposer = new BoundaryRecomposer <T>(map);
}
else
{
ContainsPeriodicBoundaries = false;
}
}
static PeriodicBoundaryConverterMap CreatePeriodicBoundaryMap <TtrafoDictionary, TinverseDictionary>(
byte[] edgeTags,
PeriodicMap map)
where TtrafoDictionary : IDictionary <byte, AffineTrafo>, new()
where TinverseDictionary : IDictionary <int, bool>, new()
{
var periodicInverseMap = ExtractPeriodicInverseMap <TinverseDictionary>(map.PeriodicBoundaryCorrelation);
var periodicTrafos = ExtractPeriodicTrafos <TtrafoDictionary>(
edgeTags,
periodicInverseMap,
map.PeriodicBoundaryTransformations);
var boundaryMap = new PeriodicBoundaryConverterMap()
{
PeriodicInverseMap = periodicInverseMap,
PeriodicTrafos = periodicTrafos
};
return(boundaryMap);
}
public CellPairCollecter(PeriodicMap map)
{
this.map = map;
}
public BoundaryRecomposer(PeriodicMap map)
{
this.map = map;
}
public GridConverter(VoronoiBoundary boundary, PeriodicMap periodicMap = null)
{
this.boundary = boundary;
boundaryConverter = new BoundaryConverter(boundary, periodicMap);
}
public PeriodicCornerBoundaryIdentifier(PeriodicMap map)
{
CrossingFinder.map = map;
}
public PeriodicCornerBoundaryAssigner(PeriodicMap map)
{
this.map = map;
}
public BoundaryNodeMirrorer(
PeriodicMap map)
{
this.map = map;
}
