static public List <Fiber> GenerateFibers(List <Pin> pinsA, List <Pin> pinsB, Surface srf, string fiberGenerationType)
{
List <Fiber> fibers = new List <Fiber>();
List <Curve> fiberCrvs = new List <Curve>();
for (int i = 0; i < pinsA.Count; i++) //A
{
for (int j = 0; j < pinsB.Count; j++) //B
{
if (fiberGenerationType == "Intersaction")
{
// intersection
Curve[] IntersactionCrv = IntersectionCrv(srf, pinsA[i].Position, pinsB[j].Position); // out IntersectionCrvResult
Curve fiberCrv = null;
if (IntersactionCrv == null || IntersactionCrv.Length == 0)
{
break;
}
else
{
fiberCrv = IntersactionCrv.Where(o => o != null).ToList().First();
}
if ((fiberCrv.PointAtStart.DistanceTo(pinsA[i].Position) < 0.01 && fiberCrv.PointAtEnd.DistanceTo(pinsB[j].Position) < 0.01))
{
fiberCrvs.Add(fiberCrv);
Fiber ifiber = new Fiber(fiberCrv, -1, "AB", "MAT");
ifiber.StartPinID = pinsA[i].PinID;
ifiber.EndPinID = pinsB[j].PinID; // always starts from A to B
ifiber.PinA = pinsA[i];
ifiber.PinB = pinsB[j];
//ifiber.StartPin = pinsA[i];
//ifiber.EndPin = pinsB[i];
pinsA[i].VisibleFibers.Add(ifiber);
pinsB[j].VisibleFibers.Add(ifiber);
fibers.Add(ifiber);
}
// (fiberCrv.PointAtStart.DistanceTo(pinsB[j].Position) < 0.01 && fiberCrv.PointAtEnd.DistanceTo(pinsA[i].Position) < 0.01))
//{
// }
//else
// break;
}
if (fiberGenerationType == "Geodesic") // geodesic
{
Curve fiberCrv = GeodesicLine(srf, pinsA[i].Position, pinsB[j].Position);
fiberCrvs.Add(fiberCrv);
Fiber ifiber = new Fiber(fiberCrv, -1, "AB", "MAT");
ifiber.StartPinID = pinsA[i].PinID;
ifiber.EndPinID = pinsB[j].PinID; // always starts from A to B
ifiber.PinA = pinsA[i];
ifiber.PinB = pinsB[j];
pinsA[i].VisibleFibers.Add(ifiber);
pinsB[j].VisibleFibers.Add(ifiber);
fibers.Add(ifiber);
}
}
}
return(fibers);
}
