public Vector2(PointCyl ptIn)
{
x = (double)(ptIn.R * Math.Cos(ptIn.ThetaRad));
y = (double)(ptIn.R * Math.Sin(ptIn.ThetaRad));
Col = ptIn.Col;
}
public void ParseArcDxf(List <string> fileSection)
{
try
{
double startDeg = 0;
double endDeg = 0;
ParseCircleDxf(fileSection);
for (int i = 0; i < fileSection.Count - 1; i++)
{
var line = fileSection[i].Trim();
if (line == "50")
{
startDeg = Convert.ToDouble(fileSection[i + 1]);
}
if (line == "51")
{
endDeg = Convert.ToDouble(fileSection[i + 1]);
}
}
StartAngleRad = PointCyl.ToRadians(startDeg);
EndAngleRad = PointCyl.ToRadians(endDeg);
ClosedArc = false;
}
catch (Exception)
{
throw;
}
}
public IPointCyl RotateZ(IVector3 rotationPt, double angleRad)
{
IVector3 ptXYZ = new Vector3(this);
IVector3 ptRot = ptXYZ.RotateZ(rotationPt, angleRad);
IPointCyl ptCylRot = new PointCyl(ptRot);
ptCylRot.Col = Col;
return(ptCylRot);
}
public IPointCyl Translate(IVector3 translation)
{
IVector3 ptXYZ = new Vector3(this);
IVector3 ptTrans = ptXYZ.Translate(translation);
PointCyl ptCylTrans = new PointCyl(ptTrans);
ptCylTrans.Col = Col;
return(ptCylTrans);
}