protected override void SolveInstance(IGH_DataAccess da)
{
var breps = da.GetDataList <Brep>(0);
var ids = da.GetDataList <int>(1);
var groups = da.GetDataList <int>(2);
var thicknss = da.GetDataList <double>(3);
var materials = da.GetDataList <int>(4);
var matreinfs = da.GetDataList <int>(5);
var xdirs = da.GetDataList <Vector3d>(6);
var zflip = da.GetDataList <bool>(7);
var alignment = da.GetDataList <string>(8);
var meshOptions = da.GetDataList <string>(9);
var elementSize = da.GetDataList <double>(10);
var userText = da.GetDataList <string>(11);
var gh_structural_areas = new List <GS_StructuralArea>();
for (int i = 0; i < breps.Count; ++i)
{
var b = breps[i];
if (!(b is null))
{
var ga = new GS_StructuralArea()
{
Value = b,
Id = ids.GetItemOrCountUp(i),
GroupId = groups.GetItemOrLast(i),
MaterialId = materials.GetItemOrLast(i),
ReinforcementId = matreinfs.GetItemOrLast(i),
Thickness = thicknss.GetItemOrLast(i),
DirectionLocalX = xdirs.GetItemOrLast(i),
FlipZ = zflip.GetItemOrLast(i),
Alignment = parseAlignmentString(alignment.GetItemOrLast(i)),
MeshOptions = parseMeshOptionsString(meshOptions.GetItemOrLast(i)),
ElementSize = elementSize.GetItemOrLast(i),
UserText = userText.GetItemOrLast(i)
};
gh_structural_areas.Add(ga);
}
}
da.SetDataList(0, gh_structural_areas);
}
protected override void SolveInstance(IGH_DataAccess da)
{
var breps = da.GetDataList <GH_Brep>(0);
var ids = da.GetDataList <int>(1);
var groups = da.GetDataList <int>(2);
var thicknss = da.GetDataList <double>(3);
var materials = da.GetDataList <int>(4);
var matreinfs = da.GetDataList <int>(5);
var xdirs = da.GetDataList <Vector3d>(6);
var zflip = da.GetDataList <bool>(7);
var alignment = da.GetDataList <string>(8);
var meshOptions = da.GetDataList <string>(9);
var elementSize = da.GetDataList <double>(10);
var userText = da.GetDataList <string>(11);
var gh_structural_areas = new List <GS_StructuralArea>();
for (int i = 0; i < breps.Count; ++i)
{
var b = breps[i];
if (!(b is null))
{
var ga = new GS_StructuralArea()
{
Value = b.Value,
Id = ids.GetItemOrCountUp(i),
GroupId = groups.GetItemOrLast(i),
MaterialId = materials.GetItemOrLast(i),
ReinforcementId = matreinfs.GetItemOrLast(i),
Thickness = thicknss.GetItemOrLast(i),
DirectionLocalX = xdirs.GetItemOrLast(i),
FlipZ = zflip.GetItemOrLast(i),
Alignment = parseAlignmentString(alignment.GetItemOrLast(i)),
MeshOptions = parseMeshOptionsString(meshOptions.GetItemOrLast(i)),
ElementSize = elementSize.GetItemOrLast(i),
UserText = userText.GetItemOrLast(i)
};
// brep is of specific type generated along axis (with optional thickness information)
if (b is GH_AxisBrep)
{
var ba = b as GH_AxisBrep;
if (ba.EdgeThicknessLeft > 1.0E-4 || ba.EdgeThicknessRight > 1.0E-4)
{
var edgeThicknessList = new List <double> {
ba.EdgeThicknessLeft, 0.0, ba.EdgeThicknessRight, 0.0
};
// reverse when AxisBrep was created with Brep.CreateFromLoft, keep original order when it was created with NurbsSurface.CreateRuledSurface
edgeThicknessList.Reverse();
ga.ThickessAtEdges = edgeThicknessList;
}
}
gh_structural_areas.Add(ga);
}
}
da.SetDataList(0, gh_structural_areas);
}
