Class Utilities

A collection of utility functions related to triangulation.

Inheritance

object

Utilities

Inherited Members

object.Equals(object)

object.Equals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

object.ReferenceEquals(object, object)

object.ToString()

Namespace: andywiecko.BurstTriangulator

Assembly: .dll

Syntax

public static class Utilities

Methods

Name	Description
BoundingBox(ReadOnlySpan<fp2>)	Returns corresponding bounding box for positions.
BoundingBox(ReadOnlySpan<double2>)	Returns corresponding bounding box for positions.
BoundingBox(ReadOnlySpan<float2>)	Returns corresponding bounding box for positions.
BoundingBox(ReadOnlySpan<int2>)	Returns corresponding bounding box for positions.
CenterOfMass(ReadOnlySpan<fp2>)	Returns corresponding center of mass (COM) for positions. Assumes equal weights for all positions.
CenterOfMass(ReadOnlySpan<double2>)	Returns corresponding center of mass (COM) for positions. Assumes equal weights for all positions.
CenterOfMass(ReadOnlySpan<float2>)	Returns corresponding center of mass (COM) for positions. Assumes equal weights for all positions.
CenterOfMass(ReadOnlySpan<int2>)	Returns corresponding center of mass (COM) for positions. Assumes equal weights for all positions.
GenerateHalfedges(Span<int>, ReadOnlySpan<int>, Allocator)	Generates halfedges using the provided triangles.
GeneratePointTriangleCount(Span<int>, ReadOnlySpan<int>)	Populates the pointTriangleCount buffer with the number of triangles each vertex index is part of, based on the provided triangles index buffer.
GenerateTriangleColors(Span<int>, ReadOnlySpan<int>, out int, Allocator)	Generates triangle colors using the provided halfedges. Triangles that share a common edge are assigned the same color index. The resulting colors contains values in the range [0, colorsCount). Check the documentation for further details.
InsertSubMesh<T>(NativeList<T>, NativeList<int>, ReadOnlySpan<T>, ReadOnlySpan<int>)	Inserts a sub-mesh, defined by (subpositions, subtriangles), into the main mesh represented by (positions, triangles). The subtriangles will be adjusted by the initial count of positions to ensure proper indexing before insertion.
NextHalfedge(int)	Returns the next halfedge index after he. Useful for iterating over a triangle mesh.