public FrameEnvelopeForceResult GetFrameForcesAtStationRatio(List <string> FrameNames, string ComboName, ModelUnits ModelUnits, double StationRatio)
{
//Set Units
switch (ModelUnits)
{
case ModelUnits.kip_in:
EtabsModel.SetPresentUnits(eUnits.kip_in_F);
break;
case ModelUnits.kip_ft:
EtabsModel.SetPresentUnits(eUnits.kip_ft_F);
break;
default:
EtabsModel.SetPresentUnits(eUnits.kip_in_F);
break;
}
FrameForceResult thisSelectionResult = GetEnvelopeForceResultForMultipleFrames(FrameNames, ComboName, StationRatio);
FrameEnvelopeForceResult thisSelectionEnvelopeResult = new FrameEnvelopeForceResult(null, thisSelectionResult);
return(thisSelectionEnvelopeResult);
}
public FrameEnvelopeForceResult GetFrameForces(string GroupName, string ComboName, ModelUnits ModelUnits)
{
//Set Units
switch (ModelUnits)
{
case ModelUnits.kip_in:
EtabsModel.SetPresentUnits(eUnits.kip_in_F);
break;
case ModelUnits.kip_ft:
EtabsModel.SetPresentUnits(eUnits.kip_ft_F);
break;
default:
EtabsModel.SetPresentUnits(eUnits.kip_in_F);
break;
}
List <FrameEnvelopeReactionResult> frameForceResult = new List <FrameEnvelopeReactionResult>();
GroupManager gm = new GroupManager(EtabsModel);
GroupData d = gm.GetGroupDataForFrames(GroupName);
FrameForceResult thisSelectionResult = GetEnvelopeForceResultForMultipleFrames(d.Elements, ComboName);
FrameEnvelopeForceResult thisSelectionEnvelopeResult = new FrameEnvelopeForceResult(null, thisSelectionResult);
return(thisSelectionEnvelopeResult);
}
public FrameEnvelopeForceResult(string FrameName, FrameForceResult FrameResult)
{
this.FrameName = FrameName;
this.MomentMajorMax = FrameResult.MomentMajorMax;
this.MomentMajorMin = FrameResult.MomentMajorMin;
this.MomentMinorMax = FrameResult.MomentMinorMax;
this.MomentMinorMin = FrameResult.MomentMinorMin;
this.ShearMajorMax = FrameResult.ShearMajorMax;
this.ShearMajorMin = FrameResult.ShearMajorMin;
this.ShearMinorMax = FrameResult.ShearMinorMax;
this.ShearMinorMin = FrameResult.ShearMinorMin;
this.TorsionMax = FrameResult.TorsionMax;
this.TorsionMin = FrameResult.TorsionMin;
this.AxialForceMax = FrameResult.AxialForceMax;
this.AxialForceMin = FrameResult.AxialForceMin;
}
private FrameForceResult GetEnvelopeForceResultForMultipleFrames(List <string> FrameNames, string ComboName, double StationRatio)
{
List <FrameForceResult> results = new List <FrameForceResult>();
foreach (var frm in FrameNames)
{
EtabsFrame thisFrame = new EtabsFrame(frm, this.EtabsModel);
var thisResult = thisFrame.GetForces(ComboName, StationRatio);
results.Add(thisResult);
}
//FindMaximums
double MomentMajorMax = results.Max(f => f.MomentMajorMax);
double MomentMajorMin = results.Min(f => f.MomentMajorMin);
double MomentMinorMax = results.Max(f => f.MomentMinorMax);
double MomentMinorMin = results.Min(f => f.MomentMinorMin);
double ShearMajorMax = results.Max(f => f.ShearMajorMax);
double ShearMajorMin = results.Min(f => f.ShearMajorMin);
double ShearMinorMax = results.Max(f => f.ShearMinorMax);
double ShearMinorMin = results.Min(f => f.ShearMinorMin);
double TorsionMax = results.Max(f => f.TorsionMax);
double TorsionMin = results.Min(f => f.TorsionMin);
double AxialForceMax = results.Max(f => f.AxialForceMax);
double AxialForceMin = results.Min(f => f.AxialForceMin);
FrameForceResult envelopeResult = new FrameForceResult()
{
MomentMajorMax = MomentMajorMax,
MomentMajorMin = MomentMajorMin,
MomentMinorMax = MomentMinorMax,
MomentMinorMin = MomentMinorMin,
ShearMajorMax = ShearMajorMax,
ShearMajorMin = ShearMajorMin,
ShearMinorMax = ShearMinorMax,
ShearMinorMin = ShearMinorMin,
TorsionMax = TorsionMax,
TorsionMin = TorsionMin,
AxialForceMax = AxialForceMax,
AxialForceMin = AxialForceMin
};
return(envelopeResult);
}
