public void VarUpdate(GeoVariable geovar)
{
CurveVariable crvvar = (CurveVariable)geovar;
Point3d newpoint = Points[crvvar.u];
Point3d originalPoint = OriginalPoints[crvvar.u];
//Not used?
//int n = Curve.Points.Distinct<ControlPoint>().Count();
switch (crvvar.Dir)
{
case (int)Direction.X:
newpoint.X = originalPoint.X + crvvar.CurrentValue;
break;
case (int)Direction.Y:
newpoint.Y = originalPoint.Y + crvvar.CurrentValue;
break;
case (int)Direction.Z:
newpoint.Z = originalPoint.Z + crvvar.CurrentValue;
break;
}
Points[crvvar.u] = newpoint;
}
public void VarUpdate(GeoVariable geovar)
{
SurfaceVariable srfvar = (SurfaceVariable)geovar;
// the current surface point (newPoint) tracks the previous changes applied in the iteration at other coordinates
Point3d newPoint = this.Surface.Points.GetControlPoint(srfvar.u, srfvar.v).Location;
// we need to grab the originalPoint because coordinate updates have to be applied with respect
// to the original config (otherwise, the bounds are updated at every iteration and the alg. blows up)
Point3d originalPoint = this.OriginalSurface.Points.GetControlPoint(srfvar.u, srfvar.v).Location;
// update newPoint with respect to originalPoint
switch (srfvar.Dir)
{
case (int)Direction.X:
newPoint.X = originalPoint.X + srfvar.CurrentValue;
break;
case (int)Direction.Y:
newPoint.Y = originalPoint.Y + srfvar.CurrentValue;
break;
case (int)Direction.Z:
newPoint.Z = originalPoint.Z + srfvar.CurrentValue;
break;
}
this.Surface.Points.SetControlPoint(srfvar.u, srfvar.v, newPoint);
}
public void VarUpdate(GeoVariable geovar)
{
CurveVariable crvvar = (CurveVariable)geovar;
Point3d newpoint = Points[crvvar.u];
Point3d originalPoint = OriginalPoints[crvvar.u];
switch (crvvar.Dir)
{
case (int)Direction.X:
newpoint.X = originalPoint.X + crvvar.CurrentValue;
break;
case (int)Direction.Y:
newpoint.Y = originalPoint.Y + crvvar.CurrentValue;
break;
case (int)Direction.Z:
newpoint.Z = originalPoint.Z + crvvar.CurrentValue;
break;
}
Points[crvvar.u] = newpoint;
}