IGroup[] CreateInnerGirths()
{
CurveGroup outer = FindGroup("Outer") as CurveGroup;
if (outer == null)
outer = CreateOuterCurves() as CurveGroup;
IGroup[] girvir = new IGroup[2];
//SurfaceCurve gir = null;
for (int i = 0; i < 2; i++)
{
CurveGroup girths = new CurveGroup(i == 0 ? "Girths" : "Virths", this);
for (double dg = 0.0; dg < 1; dg += 0.1)
{
IFitPoint[] gir = new IFitPoint[2];
gir[1] = new CurvePoint(1, outer[2 * i + 1], dg);
//gir[1] = new FixedPoint(.3, .3);
if (i == 0)
gir[0] = new SlidePoint(0, outer[2 * i], dg);
else
gir[0] = new CurvePoint(0, outer[2 * i], dg);
MouldCurve girth = new MouldCurve(String.Format("{0}ir-{1:##0}%", i == 0 ? "G" : "V", dg * 100), this, null);
girth.Fit(gir);
girths.Add(girth);
}
Add(girths);
girvir[i] = girths;
}
return girvir;
}
void CreateSpokes()
{
const int NGIR = 5;
const int NANG = 5;
Vect2[] uv = new Vect2[2];
CurveGroup group;
//for (int nLu = 0; nLu < 1; nLu++)
for (int nGir = 0; nGir < NGIR; nGir++)
{
group = new CurveGroup(string.Format("Spokes[{0}]", nGir), this);
//group = new CurveGroup(string.Format("Spokes[{0}][{1}]", nLu, nGir), S);
uv[0] = new Vect2(-0.3, BLAS.interpolant(nGir, NGIR));
//uv[1-nLu] = new Vect2(1,0);
for (int nAng = 0; nAng < NANG; nAng++)
{
uv[1] = new Vect2(1.3, BLAS.interpolant(nAng, NANG));
MouldCurve g = new MouldCurve(string.Format(group.Label + "[{0}]", nAng), this, null);
g.Fit(uv[0], uv[1]);
group.Add(g);
}
Add(group);
}
}
IGroup[] CreateInnerCurves()
{
CurveGroup outer = FindGroup("Outer") as CurveGroup;
if (outer == null)
outer = CreateOuterCurves() as CurveGroup;
IGroup[] rets = new IGroup[2];
//SurfaceCurve gir = null;
for (int i = 0; i < 2; i++)
{
CurveGroup curves = new CurveGroup(i == 0 ? "Horiz" : "Verts", this);
for (double dg = 0.0; dg < 1; dg += 0.1)
{
IFitPoint[] gir = new IFitPoint[2];
gir[1] = new CurvePoint(1, outer[2 * i + 1], dg);
//gir[1] = new FixedPoint(.3, .3);
gir[0] = new CurvePoint(0, outer[2 * i], dg);
MouldCurve curve = new MouldCurve(String.Format("{0}ec-{1:##0}%", i == 0 ? "S" : "V", dg * 100), this, null);
curve.Fit(gir);
curves.Add(curve);
}
Add(curves);
rets[i] = curves;
}
return rets;
}