void HandleLastCell(List <BoundaryLine> lines)
{
//Handle last cell
//-----------------------------------------------------------
switch (state.Case)
{
case IntersectionCase.NotIntersecting:
lines.AddRange(firstCell.linesFirstCell);
meshIntersecter.CloseMesh(lines, firstCell.firstCellCutRidge, boundaryLines.LineIndex());
break;
case IntersectionCase.EndOfLine:
case IntersectionCase.EndOfEdgeAndLine:
if (firstCell.CutCase != IntersectionCase.StartOfLine)
{
CyclicInterval lineIndex = boundaryLines.LineIndex();
lineIndex.Previous();
meshIntersecter.CloseMesh(firstCell.firstCellCutRidge, lineIndex);
}
break;
case IntersectionCase.EndOfEdge:
case IntersectionCase.InMiddle:
default:
throw new Exception();
}
}
public static void CreateBoundaryEdge <T>(
Vertex[] vertices,
MeshCell <T> cell,
MeshCell <T> neighborCell,
out Edge <T>[] ridges,
out Edge <T>[] twinEdges,
CyclicInterval boundaryCount)
{
int count = vertices.Length - 1;
ridges = new Edge <T> [count];
twinEdges = new Edge <T> [count];
for (int i = 0; i < count; ++i)
{
Edge <T> ridge = new Edge <T>
{
Start = vertices[i],
End = vertices[i + 1],
Cell = cell,
IsBoundary = true,
BoundaryEdgeNumber = boundaryCount.Current(),
};
Edge <T> twinRidge = new Edge <T>
{
Start = vertices[i + 1],
End = vertices[i],
Twin = ridge,
Cell = neighborCell,
IsBoundary = true,
BoundaryEdgeNumber = boundaryCount.Current(),
};
ridge.Twin = twinRidge;
ridges[i] = ridge;
twinEdges[count - 1 - i] = twinRidge;
boundaryCount.Previous();
}
}