void LoadWindToNative(ETABSWindLoadingFace windLoadingFace)
{
foreach (Element2D element in windLoadingFace.elements)
{
switch (windLoadingFace.WindPressureType)
{
case Structural.ETABS.Analysis.WindPressureType.Windward:
Model.AreaObj.SetLoadWindPressure(element.name, windLoadingFace.loadCase.name, 1, windLoadingFace.Cp);
break;
case Structural.ETABS.Analysis.WindPressureType.other:
Model.AreaObj.SetLoadWindPressure(element.name, windLoadingFace.loadCase.name, 2, windLoadingFace.Cp);
break;
}
}
}
Base LoadFaceToSpeckle(string name, int areaNumber)
{
int numberItems = 0;
string[] areaName = null;
string[] loadPat = null;
string[] csys = null;
int[] dir = null;
double[] value = null;
int s = Model.AreaObj.GetLoadUniform(name, ref numberItems, ref areaName, ref loadPat, ref csys, ref dir, ref value);
if (s == 0)
{
foreach (int index in Enumerable.Range(0, numberItems))
{
var speckleLoadFace = new LoadFace();
var element = AreaToSpeckle(areaName[index]);
var loadID = string.Concat(loadPat[index], csys[index], dir[index], value[index]);
AreaStoring.TryGetValue(loadID, out var element2Dlist);
if (element2Dlist == null)
{
element2Dlist = new List <Base> {
};
}
element2Dlist.Add(element);
AreaStoring[loadID] = element2Dlist;
switch (dir[index])
{
case 1:
speckleLoadFace.direction = LoadDirection2D.X;
speckleLoadFace.loadAxisType = Structural.LoadAxisType.Local;
break;
case 2:
speckleLoadFace.direction = LoadDirection2D.Y;
speckleLoadFace.loadAxisType = Structural.LoadAxisType.Local;
break;
case 3:
speckleLoadFace.direction = LoadDirection2D.Z;
speckleLoadFace.loadAxisType = Structural.LoadAxisType.Local;
break;
case 4:
speckleLoadFace.direction = LoadDirection2D.X;
speckleLoadFace.loadAxisType = Structural.LoadAxisType.Global;
break;
case 5:
speckleLoadFace.direction = LoadDirection2D.Y;
speckleLoadFace.loadAxisType = Structural.LoadAxisType.Global;
break;
case 6:
speckleLoadFace.direction = LoadDirection2D.Z;
speckleLoadFace.loadAxisType = Structural.LoadAxisType.Global;
break;
case 7:
speckleLoadFace.direction = LoadDirection2D.X;
speckleLoadFace.isProjected = true;
speckleLoadFace.loadAxisType = Structural.LoadAxisType.Global;
break;
case 8:
speckleLoadFace.direction = LoadDirection2D.Y;
speckleLoadFace.isProjected = true;
speckleLoadFace.loadAxisType = Structural.LoadAxisType.Global;
break;
case 9:
speckleLoadFace.direction = LoadDirection2D.Z;
speckleLoadFace.isProjected = true;
speckleLoadFace.loadAxisType = Structural.LoadAxisType.Global;
break;
case 10:
speckleLoadFace.direction = LoadDirection2D.Z;
speckleLoadFace.loadAxisType = Structural.LoadAxisType.Global;
break;
case 11:
speckleLoadFace.direction = LoadDirection2D.Z;
speckleLoadFace.loadAxisType = Structural.LoadAxisType.Global;
break;
}
if (speckleLoadFace.values == null)
{
speckleLoadFace.values = new List <double> {
};
}
speckleLoadFace.values.Add(value[index]);
speckleLoadFace.loadCase = LoadPatternCaseToSpeckle(loadPat[index]);
LoadStoringArea[loadID] = speckleLoadFace;
speckleLoadFace.loadType = FaceLoadType.Constant;
}
counterAreaLoadUniform += 1;
if (counterAreaLoadUniform == areaNumber)
{
foreach (var entry in LoadStoringArea.Keys)
{
LoadStoringArea.TryGetValue(entry, out var loadFace);
AreaStoring.TryGetValue(entry, out var areas);
loadFace.elements = areas;
SpeckleModel.loads.Add(loadFace);
}
counterAreaLoadUniform = 0;
}
}
int[] myType = null;
double[] cp = null;
s = Model.AreaObj.GetLoadWindPressure(name, ref numberItems, ref areaName, ref loadPat, ref myType, ref cp);
if (s == 0)
{
foreach (int index in Enumerable.Range(0, numberItems))
{
var speckleLoadFace = new ETABSWindLoadingFace();
var element = AreaToSpeckle(areaName[index]);
var loadID = string.Concat(loadPat[index], myType[index], cp[index]);
AreaStoring.TryGetValue(loadID, out var element2Dlist);
if (element2Dlist == null)
{
element2Dlist = new List <Base> {
};
}
element2Dlist.Add(element);
AreaStoring[loadID] = element2Dlist;
if (speckleLoadFace.values == null)
{
speckleLoadFace.values = new List <double> {
};
}
speckleLoadFace.Cp = cp[index];
switch (myType[index])
{
case 1:
speckleLoadFace.WindPressureType = Structural.ETABS.Analysis.WindPressureType.Windward;
break;
case 2:
speckleLoadFace.WindPressureType = Structural.ETABS.Analysis.WindPressureType.other;
break;
}
//speckleLoadFace.loadCase = LoadPatternCaseToSpeckle(loadPat[index]);
LoadStoringArea[loadID] = speckleLoadFace;
}
counterAreaLoadWind += 1;
if (counterAreaLoadWind == areaNumber)
{
foreach (var entry in LoadStoringArea.Keys)
{
LoadStoringArea.TryGetValue(entry, out var loadFace);
AreaStoring.TryGetValue(entry, out var areas);
loadFace.elements = areas;
SpeckleModel.loads.Add(loadFace);
}
counterAreaLoadWind = 0;
}
}
var speckleBase = new Base();
return(speckleBase);
}
