public void SaveFile(BinaryWriter w)
{
w.Write(Name);
SectionProperties.SaveFile(w);
SoilParameters.SaveFile(w);
}
public Section(Project parent, string name)
{
mParent = parent;
mName = name;
SectionProperties = new SectionProperties(this);
SoilParameters = new SoilParameters(this);
AnalysisModel = new CulvertAnalysisModel(this);
AnalysisModel.UpdateModel();
}
public Section(Project parent, string name)
{
mParent = parent;
mName = name;
SectionProperties = new SectionProperties(this);
SoilParameters = new SoilParameters(this);
AnalysisModel = new CulvertAnalysisModel(this);
AnalysisModel.UpdateModel();
}
public Section Clone()
{
Section s = new Section(mParent);
s.Name = Name;
s.SectionProperties = SectionProperties.Clone();
s.SoilParameters = SoilParameters.Clone();
return(s);
}
public static Section FromStream(Project parent, BinaryReader r)
{
Section s = new Section(parent);
s.Name = r.ReadString();
s.SectionProperties = SectionProperties.FromStream(s, r);
s.SoilParameters = SoilParameters.FromStream(s, r);
return(s);
}
public SoilParameters Clone()
{
SoilParameters s = new SoilParameters(mParent);
s.FillHeight = FillHeight;
s.SoilUnitWeight = SoilUnitWeight;
s.InternalFrictionAngle = InternalFrictionAngle;
s.Surcharge = Surcharge;
s.BeddingCoefficient = BeddingCoefficient;
s.ElasticityModulus = ElasticityModulus;
s.PoissonsRatio = PoissonsRatio;
s.PerformRackingAnalysis = PerformRackingAnalysis;
s.PGA = PGA;
return(s);
}
public static SoilParameters FromStream(Section parent, BinaryReader r)
{
SoilParameters s = new SoilParameters(parent);
s.FillHeight = r.ReadSingle();
s.SoilUnitWeight = r.ReadSingle();
s.InternalFrictionAngle = r.ReadSingle();
s.Surcharge = r.ReadSingle();
s.BeddingCoefficient = r.ReadSingle();
s.ElasticityModulus = r.ReadSingle();
s.PoissonsRatio = r.ReadSingle();
s.PerformRackingAnalysis = r.ReadBoolean();
s.PGA = r.ReadSingle();
return(s);
}
public SoilParameters Clone()
{
SoilParameters s = new SoilParameters(mParent);
s.FillHeight = FillHeight;
s.SoilUnitWeight = SoilUnitWeight;
s.InternalFrictionAngle = InternalFrictionAngle;
s.Surcharge = Surcharge;
s.BeddingCoefficient = BeddingCoefficient;
s.ElasticityModulus = ElasticityModulus;
s.PoissonsRatio = PoissonsRatio;
s.PerformRackingAnalysis = PerformRackingAnalysis;
s.PGA = PGA;
return s;
}
public static SoilParameters FromStream(Section parent, BinaryReader r)
{
SoilParameters s = new SoilParameters(parent);
s.FillHeight = r.ReadSingle();
s.SoilUnitWeight = r.ReadSingle();
s.InternalFrictionAngle = r.ReadSingle();
s.Surcharge = r.ReadSingle();
s.BeddingCoefficient = r.ReadSingle();
s.ElasticityModulus = r.ReadSingle();
s.PoissonsRatio = r.ReadSingle();
s.PerformRackingAnalysis = r.ReadBoolean();
s.PGA = r.ReadSingle();
return s;
}