public static SphereMeshData GenerateSphere(float density, float planetRadius)
{
List <Vector3> points = GeneratePoints(density, planetRadius);
//triangulate the projection of the points
DelaunayCalculator delaunayCalculator = new DelaunayCalculator();
DelaunayTriangulation triangulation = new DelaunayTriangulation();
delaunayCalculator.CalculateTriangulation(StereographicProjection(points), ref triangulation);
return(GenerateMesh(triangulation, points, planetRadius));
}
public FibonacciPoints3D(int numPoints, float radius)
{
Points3D = new List <Vector3>();
Points2D = new List <Vector2>();
PointsM = new List <Vector3>();
PointsU = new List <Vector3>();
Triangles = new int[Points3D.Count * 3];
Dc = new DelaunayCalculator();
Dt = null;
Update_Points(numPoints, radius);
}
public FibonacciPoints3D()
{
Points3D = new List <Vector3>();
Points2D = new List <Vector2>();
PointsM = new List <Vector3>();
PointsU = new List <Vector3>();
Triangles = new int[Points3D.Count * 3];
Vertices = new Vector3[Points3D.Count];
Dc = new DelaunayCalculator();
Dt = null;
Update_Points(50, 0.5f);
}
public static DelaunayTriangulation GetDelaunayIndexes(List <float[]> points)
{
var delaunay = new DelaunayCalculator();
return(delaunay.CalculateTriangulation(points));
}
