protected override void SolveInstance(IGH_DataAccess DA)
{
List <Fiber> SortedFibers = new List <Fiber>();
DA.GetDataList <Fiber>("Custom Sorted Fibers", SortedFibers);
//double fiberCount = 0.0;
//DA.GetData<double>("Fiber Count", ref fiberCount);
List <Fiber> ContinuousFibers = new List <Fiber>();
List <string> PinIDsNote = new List <string>();
//initialize
PathAgent PathAgent = new PathAgent(SortedFibers[0].PinA, SortedFibers[0], 0.0);
ContinuousFibers.Add(SortedFibers[0]);
PathAgent.MarkDownCurrentPin();
for (int i = 0; i < SortedFibers.Count; i++)
{
PathAgent.GoToTheOtherPin(); //currentPin is changed
PathAgent.MarkDownCurrentPin();
// updated fiber
PathAgent.SearchFiber(); //currentFiber & currentPin are changed
PathAgent.MarkDownCurrentPin();
ContinuousFibers.Add(PathAgent.CurrentFiber);
}
PinIDsNote = PathAgent.PinIDsNote;
DA.SetDataList("Custom Fibers", ContinuousFibers);
DA.SetDataList("Syntax Note", PinIDsNote);
List <Curve> ContinousFiberCrv = new List <Curve>();
ContinousFiberCrv = ContinuousFibers.Select(o => o.FiberCrv).ToList();
DA.SetDataList("Fiber Curves", ContinousFiberCrv);
List <double> FiberFabricationIndexs = PathAgent.FiberFabricationIndexes;
DA.SetDataList("Fiber Fabrication Indexes", FiberFabricationIndexs);
}
protected override void SolveInstance(IGH_DataAccess DA)
{
List <Fiber> SortedFibersBigList = new List <Fiber>();
DA.GetDataList <Fiber>("Sorted Custom Fibers", SortedFibersBigList);
//double tolerance = 0.0;
//DA.GetData<double>("Order Tolerance", ref tolerance);
double pinCapacity = 0.0;
DA.GetData <double>("Pin Capacity", ref pinCapacity);
//double duplicateMax = 0.0;
//DA.GetData<double>("Duplicate Maximum", ref duplicateMax);
double fiberAmount = 0.0;
DA.GetData <double>("Fiber Amount", ref fiberAmount);
double skipRatio = SortedFibersBigList.Count / fiberAmount;
int skipRatioInt = (int)skipRatio;
List <Fiber> SortedFibers = new List <Fiber>();
if (fiberAmount != 0)
{
for (int i = 0; i < SortedFibersBigList.Count; i++)
{
if (i % skipRatioInt == 0)
{
SortedFibers.Add(SortedFibersBigList[i]);
}
}
}
else
{
SortedFibers = SortedFibersBigList;
}
double RemoveEdge = 0.0;
DA.GetData <double>("Remove Edge", ref RemoveEdge);
// component output
List <Fiber> FiberSyntax = new List <Fiber>();
List <string> PinIDsNote = new List <string>();
// initialize
PathAgent PathAgent = new PathAgent(SortedFibers[0].PinA, SortedFibers[0], SortedFibers, RemoveEdge, pinCapacity); // the first pin is pinA of the first fiber on the list
FiberSyntax.Add(SortedFibers[0]);
SortedFibers[0].Direction = "AB";
SortedFibers[0].StartPinID = "A";
SortedFibers[0].EndPinID = "B";
PathAgent.MarkDownCurrentPin();
// add connected pins for first fiber, for duplicate check
PathAgent.CurrentPin.ConnectedPins.Add(SortedFibers[0].PinB);
SortedFibers[0].PinB.ConnectedPins.Add(SortedFibers[0].PinA);
// mark down first fab index
PathAgent.FiberFabricationIndexNote.Add(SortedFibers[0].FiberSortingIndex);
// Loop of searching fibers begin
for (int i = 0; i < SortedFibers.Count; i++)
{
PathAgent.GoToTheOtherPin(); // currentPin is changed according to current fiber
PathAgent.MarkDownCurrentPin();
// updated fiber
// !!!
PathAgent.SearchFiber(); // currentFiber & currentPin(may go to its neighbours) are changed
// !!!
if (PathAgent.CurrentPin.FrameID == "A")
{
PathAgent.CurrentFiber.Direction = "AB";
PathAgent.CurrentFiber.StartPinID = PathAgent.CurrentFiber.PinA.PinID;
PathAgent.CurrentFiber.EndPinID = PathAgent.CurrentFiber.PinB.PinID;
//PathAgent.CurrentFiber.StartPin = PathAgent.CurrentFiber.PinA;
//PathAgent.CurrentFiber.EndPin = PathAgent.CurrentFiber.PinB;
}
else
{
PathAgent.CurrentFiber.Direction = "BA";
PathAgent.CurrentFiber.StartPinID = PathAgent.CurrentFiber.PinB.PinID;
PathAgent.CurrentFiber.EndPinID = PathAgent.CurrentFiber.PinA.PinID;
//PathAgent.CurrentFiber.StartPin = PathAgent.CurrentFiber.PinB;
//PathAgent.CurrentFiber.EndPin = PathAgent.CurrentFiber.PinA;
}
PathAgent.MarkDownCurrentPin(); // because the current pin can go to its neighbours, mark down again
FiberSyntax.Add(PathAgent.CurrentFiber);
// evaluate
//if (PathAgent.CurrentFiber.FiberSortingIndex - i > 0) // && intersect with each other
// PathAgent.SyntaxEvaluation += PathAgent.CurrentFiber.FiberSortingIndex - i;
}
List <Curve> ContinousFiberCrv = new List <Curve>();
ContinousFiberCrv = FiberSyntax.Select(o => o.FiberCrv).ToList();
List <double> FiberFabricationIndexs = PathAgent.FiberFabricationIndexNote;
// Outputing
PinIDsNote = PathAgent.PinIDsNote;
DA.SetDataList("Custom Fibers", FiberSyntax);
DA.SetDataList("Syntax Note", PinIDsNote);
DA.SetDataList("Fiber Curves", ContinousFiberCrv);
DA.SetDataList("Fiber Sorting Indexes", FiberFabricationIndexs);
//DA.SetData("Syntax Evaluation", PathAgent.SyntaxEvaluation);
DA.SetDataList("Skipped Fiber Curves", PathAgent.SkippedFibers.Select(o => o.FiberCrv).ToList());
}