public Tuple <float, float> convertFromTo(ObjFigure objFigureData, string[] vertecData,
float[] scaleData, float[] translateData)
{
StlWriter stlObjWriter = new StlWriter();
float area = 0;
float volume = 0;
List <int> elements = stringProcessing(vertecData);
int triangleCount = elements.Count() - 2;
for (int i = 0; i < triangleCount; i++)
{
StlFigure stlFigure = new StlFigure();
StlFigure newStlFigure = new StlFigure();
stlFigure.Verteces.Add(objFigureData.Verteces.ElementAt(elements.ElementAt(0) - 1));
stlFigure.Verteces.Add(objFigureData.Verteces.ElementAt(elements.ElementAt(i + 1) - 1));
stlFigure.Verteces.Add(objFigureData.Verteces.ElementAt(elements.ElementAt(i + 2) - 1));
stlObjWriter.stlFormatWrite(stlFigure);
area += stlFigure.calculateFacetArea();
volume += stlFigure.calculateFacetVolume();
}
return(Tuple.Create(area, volume));
}
public void stlFormatWrite(StlFigure stlFigure)
{
string path = Environment.GetFolderPath(Environment.SpecialFolder.Desktop) + "\\figureBin.stl";
UInt16 attributeByte = 0;
using (BinaryWriter writer = new BinaryWriter(File.Open(path, FileMode.Append))){
writer.Write((float)0);
writer.Write((float)0);
writer.Write((float)0);
writer.Write(stlFigure.Verteces.ElementAt(0).X);
writer.Write(stlFigure.Verteces.ElementAt(0).Y);
writer.Write(stlFigure.Verteces.ElementAt(0).Z);
writer.Write(stlFigure.Verteces.ElementAt(1).X);
writer.Write(stlFigure.Verteces.ElementAt(1).Y);
writer.Write(stlFigure.Verteces.ElementAt(1).Z);
writer.Write(stlFigure.Verteces.ElementAt(2).X);
writer.Write(stlFigure.Verteces.ElementAt(2).Y);
writer.Write(stlFigure.Verteces.ElementAt(2).Z);
writer.Write(attributeByte);
}
}
