public static SAPITaperedSection GetITaperedSection(SAPITaperedSection section)
{
int NumberItems = 0;
string[] StartSec = new string[1];
string[] EndSec = new string[1];
double[] MyLength = new double[1];
int[] MyType = new int[1];
int[] EI33 = new int[1];
int[] EI22 = new int[1];
int Color = 0;
string Notes = string.Empty;
string GUID = string.Empty;
int flag = mySapModel.PropFrame.GetNonPrismatic(section.Name, ref NumberItems, ref StartSec, ref EndSec, ref MyLength, ref MyType, ref EI33, ref EI22, ref Color, ref Notes, ref GUID);
if (flag != 0)
{
return(null);
}
else
{
//Updating the section with the new sections
section.StartSection = GetISection(section.StartSection);
section.EndSection = GetISection(section.EndSection);
section.Length = MyLength[0];
section.LengthType = (LengthTypeEnum)MyType[0];
section.IsDefinedInSAP = true;
}
return(section);
}
/// <summary>
/// This function assumes that an IBuiltUpSection consists of a start and end section, further development to send an array of sections is recommended
/// </summary>
/// <param name="IBuiltUpSection"></param>
/// <returns></returns>
public static bool SetITaperedSection(SAPITaperedSection IBuiltUpSection)
{
string[] startSections = { IBuiltUpSection.StartSection.Name };
string[] endSections = { IBuiltUpSection.EndSection.Name };
double[] lengths = { IBuiltUpSection.Length };
int[] types = { (int)IBuiltUpSection.LengthType };
int[] EI33 = { 3 }; //Cubic change in inertia @ axis 3 -3
int[] EI22 = { 1 }; //Linear change in inertia @ axis 2-2
if (IBuiltUpSection.StartSection.IsDefinedInSAP == false)
{
SetISection(IBuiltUpSection.StartSection);
}
if (IBuiltUpSection.EndSection.IsDefinedInSAP == false)
{
SetISection(IBuiltUpSection.EndSection);
}
int flag = mySapModel.PropFrame.SetNonPrismatic(IBuiltUpSection.Name, 1, ref startSections, ref endSections, ref lengths, ref types, ref EI33, ref EI22);
if (flag != 0)
{
IBuiltUpSection.IsDefinedInSAP = false;
return(false);
}
IBuiltUpSection.IsDefinedInSAP = true;
return(true);
}
public static bool DeleteTaperedSection(SAPITaperedSection sec)
{
int flag = mySapModel.PropFrame.Delete(sec.Name);
if (flag != 0)
{
return(false);
}
else
{
sec.IsDefinedInSAP = false;
DeleteSection(sec.StartSection);
DeleteSection(sec.EndSection);
return(true);
}
}
public static SAPSection GetSection(SAPSection section)
{
if (section is SAPISection)
{
SAPISection temp = (SAPISection)section;
temp = GetISection(temp);
section = temp;
}
else if (section is SAPITaperedSection)
{
SAPITaperedSection temp = (SAPITaperedSection)section;
temp = GetITaperedSection(temp);
section = temp;
}
//TODO else if another section .. etc
return(section);
}
public void ConvertToHndzElement(HndzStructuralElement hndzElement)
{
SAPITaperedSection sapSec = (SAPITaperedSection)Section;
//HndzStructuralElement hndzElement;
SectionI startSec = new SectionI(sapSec.StartSection.Name, sapSec.StartSection.Height * 1000, sapSec.StartSection.BotFlangeWidth * 1000, sapSec.StartSection.BotFlangeThickness * 1000, sapSec.StartSection.WebThickness * 1000);
SectionI endSec = new SectionI(sapSec.EndSection.Name, sapSec.EndSection.Height * 1000, sapSec.EndSection.BotFlangeWidth * 1000, sapSec.EndSection.BotFlangeThickness * 1000, sapSec.EndSection.WebThickness * 1000);
if (hndzElement.Profile is HndzITaperedProfile)
{
HndzITaperedProfile profile = hndzElement.Profile as HndzITaperedProfile;
hndzElement.Name = Name;
hndzElement.Profile.Name = Name;
profile.StartProfile.I_Section = startSec;
profile.StartProfile.Name = sapSec.StartSection.Name;
profile.EndProfile.I_Section = endSec;
profile.EndProfile.Name = sapSec.EndSection.Name;
}
hndzElement.AnalysisResults = new HndzAnalysisResults[AnalysisResults.NumberResults];
hndzElement.AnalysisResultsEnvelope = new HndzAnalysisResults[AnalysisResultsEnvelope.NumberResults];
for (int i = 0; i < AnalysisResults.NumberResults; i++)
{
hndzElement.AnalysisResults[i] = new HndzAnalysisResults(AnalysisResults.Station[i],
AnalysisResults.LoadCase[i], AnalysisResults.Axial[i], AnalysisResults.Shear2[i], AnalysisResults.Shear3[i], AnalysisResults.TortionalMoment[i]
, AnalysisResults.Moment2[i], AnalysisResults.Moment3[i]);
}
for (int i = 0; i < AnalysisResultsEnvelope.NumberResults; i++)
{
hndzElement.AnalysisResultsEnvelope[i] = new HndzAnalysisResults(AnalysisResultsEnvelope.Station[i],
AnalysisResultsEnvelope.LoadCase[i], AnalysisResultsEnvelope.Axial[i], AnalysisResultsEnvelope.Shear2[i], AnalysisResultsEnvelope.Shear3[i], AnalysisResultsEnvelope.TortionalMoment[i]
, AnalysisResultsEnvelope.Moment2[i], AnalysisResultsEnvelope.Moment3[i]);
}
hndzElement.IsDesignPassed = IsDesignPassed;
//TODO: Section and material
//return hndzElement;
}
private static SAPSection GetSectionByElement(string elementName)
{
//TODO : THIS FUNCTION IS TERRIBLE, REWRITE IT AGIAN
SAPSection section = null;
int flag;
string propName = string.Empty;
string SAlist = string.Empty;
flag = mySapModel.FrameObj.GetSection(elementName, ref propName, ref SAlist);
if (flag != 0)
{
return(null);
}
else
{
//Try to get this section as if it was a tapered section
SAPITaperedSection tSec = new SAPITaperedSection();
tSec.Name = propName;
tSec = GetITaperedSection(tSec);
section = tSec;
if (tSec == null)
{
//It's not tapered then it's I built up section
SAPISection sec = new SAPISection();
sec.Name = propName;
sec = GetISection(sec);
section = sec;
}
if (section == null)
{
section = new SAPITaperedSection();
section.Name = propName;
section.IsDefinedInSAP = true;
}
}
return(section);
}
public void ConvertFromHndzElement(HndzExtrudedElement element, HndzSectionTypeEnum type)
{
switch (type)
{
case HndzSectionTypeEnum.HotRolledC:
throw new NotImplementedException("HotRolled is not ready");
break;
case HndzSectionTypeEnum.HotRolledI:
throw new NotImplementedException("HotRolled is not ready");
break;
case HndzSectionTypeEnum.BuiltUpI:
HndzBeamStandardCase beam = null;
HndzColumnStandardCase column = null;
if (element is HndzBeamStandardCase)
{
beam = (HndzBeamStandardCase)element;
Name = Label = beam.Name;
SAPISection iSection = new SAPISection();
Section = iSection.ConvertFromHndzIProfile((HndzISectionProfile)beam.Profile, (HndzStructuralMaterial)beam.Material);
Section = iSection;
StartPoint.ConvertFromHndzNode(beam.ExtrusionLine.baseNode);
EndPoint.ConvertFromHndzNode(beam.ExtrusionLine.EndNode);
}
else if (element is HndzColumnStandardCase)
{
column = (HndzColumnStandardCase)element;
Name = Label = column.Name;
SAPISection iSection = new SAPISection();
Section = iSection.ConvertFromHndzIProfile((HndzISectionProfile)column.Profile, (HndzStructuralMaterial)column.Material);
Section = iSection;
StartPoint.ConvertFromHndzNode(column.ExtrusionLine.baseNode);
EndPoint.ConvertFromHndzNode(column.ExtrusionLine.EndNode);
}
break;
case HndzSectionTypeEnum.TaperedI:
HndzBeamStandardCase beamTapered = null;
HndzBeamStandardCase columnTapered = null;
if (element is HndzBeamStandardCase)
{
//beamTapered = (HndzBeamTapered)element;
//Name = Label = beamTapered.Name;
//SAPITaperedSection iSection = new SAPITaperedSection();
//iSection.ConvertFromHndzTaperedI(beamTapered.Profile, (HndzStructuralMaterial)beamTapered.Material);
//Section = iSection;
//StartPoint.ConvertFromHndzNode(beamTapered.ExtrusionLine.baseNode);
//EndPoint.ConvertFromHndzNode(beamTapered.ExtrusionLine.EndNode);
throw new NotImplementedException();
}
else if (element is HndzBeamStandardCase)
{
columnTapered = (HndzBeamStandardCase)element;
Name = Label = columnTapered.Name;
if (columnTapered.Profile is HndzITaperedProfile)
{
HndzITaperedProfile columnTaperedProfile = columnTapered.Profile as HndzITaperedProfile;
SAPITaperedSection iSection = new SAPITaperedSection();
iSection.ConvertFromHndzTaperedI(columnTaperedProfile, (HndzStructuralMaterial)columnTapered.Material);
Section = iSection;
StartPoint.ConvertFromHndzNode(columnTapered.ExtrusionLine.baseNode);
EndPoint.ConvertFromHndzNode(columnTapered.ExtrusionLine.EndNode);
}
}
break;
default:
break;
}
}
