void Rotate(SpaceCoordinate p, ref SpaceCoordinate dp, double rad)
{
double mysin = Math.Sin(rad);
double mycos = Math.Cos(rad);
dp.X = (decimal) ((double) p.X.Value * mycos + (double) p.Y.Value * mysin);
dp.Y = (decimal) ((double) p.Y.Value * mycos - (double) p.X.Value * mysin);
}
public override string[] GetGCodeCommands(SpaceCoordinate startfrom)
{
if (startfrom == null) startfrom = new SpaceCoordinate(0, 0, 70);
List<string> gcode = new List<string>();
decimal width = Math.Abs(startfrom.X.Value - CalculatedEndPosition.X.Value);
decimal height = Math.Abs(startfrom.Y.Value - CalculatedEndPosition.Y.Value);
SpaceCoordinate center = new SpaceCoordinate(startfrom.X.Value + width / 2m, startfrom.Y.Value + height / 2m,0m);
Circle(center, width/2m, gcode);
return gcode.ToArray();
}
void Polygon(SpaceCoordinate center, decimal radius, int n, int grad, List<string> gcode)
{
// mittelpunkt!
if (n>1)
{
int i;
SpaceCoordinate dp = new SpaceCoordinate();
SpaceCoordinate pt = new SpaceCoordinate(radius, 0, 0);
for (i=0;i<=n;i++)
{
double rad = ((360.0/n*i)+grad) / 180.0 * Math.PI;
Rotate(pt, ref dp, rad);
dp.Offset(center);
//gcode.Add(GCodeHelper(i == 0 ? "g00" : "g01", dp, dp));
}
}
}
void Circle(SpaceCoordinate center, decimal r, List<string> gcode)
{
Polygon(center,r,(int) (20 + r*100m),0,gcode);
}
