public void CreateVoxMatrixTerrain(Point3d[] terrainPoints, Grid grid)
{
TerrainflagMatrix = String.Empty;
List <string> tempTerrainFlag = new List <string>();
int numberZpoint = (grid.CombineGridType && grid.Telescope > 0) ? grid.NumZ + Grid.FIRST_CELL_COMBINED_GRID : grid.NumZ;
foreach (Point3d pt in terrainPoints)
{
try
{
int valX = (int)Math.Round(((pt.X - grid.MinX) / grid.DimX), 0);
int valY = (int)Math.Round(((pt.Y - grid.MinY) / grid.DimY), 0);
int valZ = (int)Math.Round(grid.CastingPrecision(pt.Z), 0);
tempTerrainFlag.Add(String.Format("{0},{1},{2},1.00000", valX, valY, valZ));
}
catch (IndexOutOfRangeException)
{
// terrain is bigger than grid
continue;
}
}
TerrainflagMatrix = String.Join("\n", tempTerrainFlag) + "\n";
}
public void CreateVoxMatrixBuilding(Point3d[] buildingPoints, Point3d[] terrainPoints, Grid grid, int index)
{
BuildingFlagAndNr = String.Empty;
List <string> tempBuildingFlag = new List <string>();
//int numberZpoint = (grid.CombineGridType && grid.Telescope > 0) ? grid.NumZ + Grid.FIRST_CELL_COMBINED_GRID : grid.NumZ;
_matrix = new Matrix3d(grid.NumX, grid.NumY, grid.NumZ);
foreach (Point3d pt in buildingPoints)
{
int valX = (int)Math.Round(((pt.X - grid.MinX) / grid.DimX), 0);
int valY = (int)Math.Round(((pt.Y - grid.MinY) / grid.DimY), 0);
if (!terrainPoints.Contains(pt))
{
int valZ = (int)Math.Round(grid.CastingPrecision(pt.Z), 0);
_matrix[valX, valY, valZ] = index;
tempBuildingFlag.Add(String.Format("{0},{1},{2},{3},{4}", valX, valY, valZ, 1, index));
}
}
BuildingFlagAndNr = String.Join("\n", tempBuildingFlag) + "\n";
}
