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C# Class R3.Geometry.Recurse

ファイルを表示 Open project: roice3/Honeycombs

Public Properties

Property	Type	Description
m_background	Vector3D

Public Methods

Method	Description
BranchAlongVerts ( Vector3D starting, Dictionary vertsToEdges, HashSet foundVertices ) : void
CalcCells ( Sphere mirrors, H3 cells ) : H3.Cell[]
CalcCells ( Sphere mirrors, H3 cells, Settings settings ) : H3.Cell[]
CalcCells2 ( Sphere mirrors, H3 cells ) : H3.Cell[]
CalcCells2 ( Sphere mirrors, H3 cells, Settings settings ) : H3.Cell[]
CalcEdges ( Sphere simplex, H3.Cell.Edge edges ) : R3.Math.Edge[]
CalcEdges ( Sphere simplex, H3.Cell.Edge edges, Settings settings ) : R3.Math.Edge[]
CalcEdgesSmart ( Sphere simplex, H3.Cell.Edge edges ) : R3.Math.Edge[]	Attempts to calculate approx 1.3M edges when the threshold is a distance from origin in the ball model. This works for honeycombs with finite cells.
CalcEdgesSmart2 ( Sphere simplex, H3.Cell.Edge edges ) : R3.Math.Edge[]	Attempts to calculate approx 1.3M edges when the threshold is a minimum edge length. This is required for honeycombs with ideal or ultra-ideal cells
GenPolyhedron ( Sphere mirrors, H3 facets, List completedFacets, HashSet completedFacetIds ) : void	This generates a polyhedron using recursion. It needs to be finite (There are not any other breakouts of the recursion, other than all facets having been generated.)

Private Methods

Method	Description
CellOk ( H3 cell, Settings s ) : bool
DefaultThresh ( ) : double
EdgeOk ( H3.Cell.Edge edge, Settings s ) : bool
ReflectCellsRecursive ( Sphere simplex, H3 cells, Settings settings, List completedCells, HashSet completedCellIds ) : void
ReflectCellsRecursive2 ( Sphere simplex, H3 cells, Settings settings, List completedCells, HashSet completedCellIds ) : void
ReflectEdgesRecursive ( Sphere simplex, H3.Cell.Edge edges, Settings settings, HashSet completedEdges ) : void

Method Details

Property Details