public static NodalStructureInfo MergeDuplicate(NodalStructureInfo infoA, NodalStructureInfo infoB)
{
NodalStructureInfo mergedInfo = new NodalStructureInfo(infoA.NodeNum,
(infoA.StressTen + infoB.StressTen) / 2,
(infoA.StressCom + infoB.StressCom) / 2,
(infoA.Nx + infoB.Nx) / 2,
(infoA.Ny + infoB.Ny) / 2
);
return(mergedInfo);
}
static public List <NodalStructureInfo> CheckDuplicate(List <NodalStructureInfo> nodalInfo)
{
List <NodalStructureInfo> CondensedNodalStructureInfo = new List <NodalStructureInfo>();
for (int i = 0; i < nodalInfo.Count; i++)
{
if ((i + 1 < nodalInfo.Count) && (nodalInfo[i].NodeNum == nodalInfo[i + 1].NodeNum))
{
NodalStructureInfo mergedNodalIndo = NodalStructureInfo.MergeDuplicate(nodalInfo[i], nodalInfo[i + 1]);
CondensedNodalStructureInfo.Add(mergedNodalIndo);
i += 1;
}
else
{
CondensedNodalStructureInfo.Add(nodalInfo[i]);
}
}
return(CondensedNodalStructureInfo);
}
protected override void SolveInstance(IGH_DataAccess DA)
{
List <double> node = new List <double>();
List <double> nodeX = new List <double>();
List <double> nodeY = new List <double>();
List <double> nodeZ = new List <double>();
List <double> nodeNum = new List <double>();
List <double> stressesTen = new List <double>();
List <double> stressesCom = new List <double>();
List <double> nx = new List <double>();
List <double> ny = new List <double>();
List <Fiber> Fibers = new List <Fiber>();
Surface Srf4Nodes = null;
DA.GetDataList("X", nodeX);
DA.GetDataList("Y", nodeY);
DA.GetDataList("Z", nodeZ);
DA.GetDataList("Node", node); // small
DA.GetDataList("Node Number", nodeNum); // big (duplicate)
DA.GetDataList("Nodal Tension Stress", stressesTen);
DA.GetDataList("Nodal Compression Stress", stressesCom);
DA.GetDataList("Nodal Force Nx", nx);
DA.GetDataList("Nodal Force Ny", ny);
DA.GetDataList("Custom Fibers", Fibers);
DA.GetData("Surface", ref Srf4Nodes);
// SoFiNode: structure info assambly
List <SoFiNode> SoFiNodesOnSrf = new List <SoFiNode>();
for (int i = 0; i < nodeX.Count; i++)
{
SoFiNode inode = new SoFiNode(node[i], nodeX[i], nodeY[i], nodeZ[i]);
double u;
double v;
Srf4Nodes.ClosestPoint(inode.Node, out u, out v);
Point3d closestPt = Srf4Nodes.PointAt(u, v);
if (closestPt.DistanceTo(inode.Node) < 0.01) // on surface
{
SoFiNodesOnSrf.Add(inode);
}
}
// so far the sofiNodes have no structure info
// ====================== structure info big list ===================================
// node number, compression stress, tension stress, force in local x, force in local y
List <NodalStructureInfo> NodalStructureInfo = new List <NodalStructureInfo>();
for (int i = 0; i < nodeNum.Count; i++)
{
NodalStructureInfo inodal = new NodalStructureInfo(nodeNum[i], stressesTen[i], stressesCom[i], nx[i], ny[i]);
NodalStructureInfo.Add(inodal);
}
// ==================================================================================
// abandom the nodes not on the srf
// list.RemoveAll(item => !list2.Contains(item))
List <double> nodeNumOnSrf = SoFiNodesOnSrf.Select(o => o.NodeNum).ToList();
NodalStructureInfo.RemoveAll(o => !nodeNumOnSrf.Contains(o.NodeNum)); // remove structure info not on srf
List <NodalStructureInfo> CondensedNodalStructureInfo = new List <RP1516.NodalStructureInfo>();
for (int i = 0; i < SoFiNodesOnSrf.Count; i++)
{
double iNodeNumber = SoFiNodesOnSrf[i].NodeNum;
List <NodalStructureInfo> iNodalinfo = NodalStructureInfo.Where(o => o.NodeNum == iNodeNumber).ToList();
double iNodeCount = iNodalinfo.Count();
// Com
double iComStress = iNodalinfo
.Select(o => o.StressCom).ToList().Sum()
/ iNodeCount;
// Ten
double iTenStress = iNodalinfo
.Select(o => o.StressTen).ToList().Sum()
/ iNodeCount;
// NX
double iNX = iNodalinfo
.Select(o => o.Nx).ToList().Sum()
/ iNodeCount;
// NY
double iNY = iNodalinfo
.Select(o => o.Ny).ToList().Sum()
/ iNodeCount;
NodalStructureInfo.Except(iNodalinfo);
SoFiNodesOnSrf[i].StressCom = iComStress;
SoFiNodesOnSrf[i].StressTen = iTenStress;
SoFiNodesOnSrf[i].Nx = iNX;
SoFiNodesOnSrf[i].Ny = iNY;
}
//List<NodalStructureInfo> CondensedNodalStructureInfo = Utils.CheckDuplicate(NodalStructureInfo);
// SoFiNode.InfoRead(SoFiNodesOnSrf, CondensedNodalStructureInfo);
// calculate structure significance
Fibers.ForEach(o => o.StrutureValue(SoFiNodesOnSrf));
List <Fiber> CriticleFibers = Fibers
.OrderByDescending(o => o.StructureFactor)
//.Take((int)(Fibers.Count * 0.2))
.ToList();
// Output
DA.SetDataList("SoFiNodes", SoFiNodesOnSrf);
DA.SetDataList("Node Positions", SoFiNodesOnSrf.Select(o => o.Node).ToList());
DA.SetDataList("Node Number", SoFiNodesOnSrf.Select(o => o.NodeNum).ToList());
DA.SetDataList("Info Number", CondensedNodalStructureInfo.Select(o => o.NodeNum).ToList());
DA.SetDataList("Criticle Fibers", CriticleFibers.Select(o => o.FiberCrv).ToList());
DA.SetDataList("Value", SoFiNodesOnSrf.Select(o => o.StressCom).ToList());
}
