public TessellatedSolid ConvertToTessellatedSolidMarchingCubes(int approximateNumberOfTriangles = -1)
{
MarchingCubesCrossSectionSolid marchingCubesAlgorithm;
if (approximateNumberOfTriangles == -1)
{
marchingCubesAlgorithm = new MarchingCubesCrossSectionSolid(this);
}
else
{
var solidDimensions = Bounds[1].subtract(Bounds[0]);
var bbVolume = solidDimensions.Aggregate(1.0, (acc, val) => acc * val);
var biggestSideArea = bbVolume / solidDimensions.Min();
var areaPerTriangle = biggestSideArea / (MarchingCubesCrossSectionSolid.NumTrianglesOnSideFactor * approximateNumberOfTriangles);
var discretization = 2 * Math.Sqrt(areaPerTriangle);
marchingCubesAlgorithm = new MarchingCubesCrossSectionSolid(this, discretization);
}
return(marchingCubesAlgorithm.Generate());
}
public TessellatedSolid ConvertToTessellatedSolidMarchingCubes(int approximateNumberOfTriangles = -1)
{
MarchingCubesCrossSectionSolid marchingCubesAlgorithm;
if (approximateNumberOfTriangles == -1)
{
marchingCubesAlgorithm = new MarchingCubesCrossSectionSolid(this);
}
else
{
var solidDimensions = Bounds[1] - Bounds[0];
var bbVolume = solidDimensions.X * solidDimensions.Y * solidDimensions.Z;
var biggestSideArea = bbVolume / Math.Min(solidDimensions.X, Math.Min(solidDimensions.Y, solidDimensions.Z));
var areaPerTriangle = biggestSideArea / (MarchingCubesCrossSectionSolid.NumTrianglesOnSideFactor * approximateNumberOfTriangles);
var discretization = 2 * Math.Sqrt(areaPerTriangle);
marchingCubesAlgorithm = new MarchingCubesCrossSectionSolid(this, discretization);
}
return(marchingCubesAlgorithm.Generate());
}
public TessellatedSolid ConvertToTessellatedSolidMarchingCubes(double gridSize)
{
var marchingCubesAlgorithm = new MarchingCubesCrossSectionSolid(this, gridSize);
return(marchingCubesAlgorithm.Generate());
}