//IParameterExtractor extractor;
//public BeamLoadFactoryLocator(IParameterExtractor Extractor)
//{
// extractor = Extractor;
//}
public IBeamLoadFactory GetLoadFactory(string BeamCaseId, BeamFactoryData data)
{
string BoundaryConditionCase = BeamCaseId.Substring(0, 2);
switch (BoundaryConditionCase)
{
//case "C2":
// return new BeamWithOverhangLoadFactory(extractor);
//case "C5":
// return new BeamCantileverLoadFactory(extractor);
//default:
// return new BeamLoadFactory(extractor);
case "C2":
return new BeamWithOverhangLoadFactory(data);
case "C5":
return new BeamCantileverLoadFactory(data);
default:
return new BeamLoadFactory(data);
}
}
//IParameterExtractor extractor;
//public BeamLoadFactoryLocator(IParameterExtractor Extractor)
//{
// extractor = Extractor;
//}
public IBeamLoadFactory GetLoadFactory(string BeamCaseId, BeamFactoryData data)
{
string BoundaryConditionCase = BeamCaseId.Substring(0, 2);
switch (BoundaryConditionCase)
{
//case "C2":
// return new BeamWithOverhangLoadFactory(extractor);
//case "C5":
// return new BeamCantileverLoadFactory(extractor);
//default:
// return new BeamLoadFactory(extractor);
case "C2":
return(new BeamWithOverhangLoadFactory(data));
case "C5":
return(new BeamCantileverLoadFactory(data));
default:
return(new BeamLoadFactory(data));
}
}
public static Dictionary<string, object> BeamDeflections(string BeamDeflectionCaseId,double L, double P, double M, double w, double E, double I, double a_load = 0, double b_load = 0, double c_load = 0, double P1 = 0, double P2 = 0, double M1 = 0, double M2 = 0)
{
//Default values
double Delta_max = 0;
//Calculation logic:
BeamFactoryData dat = new BeamFactoryData(L, P, M, w, a_load, b_load, c_load, P1, P2, M1, M2,E,I);
BeamLoadFactoryLocator loc = new BeamLoadFactoryLocator();
IBeamLoadFactory loadFactory = loc.GetLoadFactory(BeamDeflectionCaseId, dat);
LoadBeam load = loadFactory.GetLoad(BeamDeflectionCaseId);
BeamInstanceFactory beamFactory = new BeamInstanceFactory(dat);
IAnalysisBeam bm = beamFactory.CreateBeamInstance(BeamDeflectionCaseId, load, null);
Delta_max = bm.GetMaximumDeflection();
return new Dictionary<string, object>
{
{ "Delta_max", Delta_max }
};
}
public static Dictionary<string, object> BeamForces(string BeamForcesCaseId, double L,double X=0,double P=0,double M=0,double w=0,double a_load=0,double b_load=0,double c_load=0,double P1=0,double P2=0,double M1=0,double M2=0)
{
//Default values
double M_max = 0;
double M_min = 0;
double V_max = 0;
double M_x = 0;
double V_x = 0;
//Calculation logic:
BeamFactoryData dat = new BeamFactoryData(L,P,M,w,a_load,b_load,c_load,P1,P2,M1,M2);
BeamLoadFactoryLocator loc = new BeamLoadFactoryLocator();
IBeamLoadFactory loadFactory = loc.GetLoadFactory(BeamForcesCaseId, dat);
LoadBeam load = loadFactory.GetLoad(BeamForcesCaseId);
BeamInstanceFactory beamFactory = new BeamInstanceFactory(dat);
IAnalysisBeam bm = beamFactory.CreateBeamInstance(BeamForcesCaseId, load, null);
M_x = bm.GetMoment(X);
V_x = bm.GetShear(X);
M_max = bm.GetMomentMaximum().Value;
M_min = bm.GetMomentMinimum().Value;
V_max = bm.GetShearMaximumValue().Value;
return new Dictionary<string, object>
{
{ "M_max", M_max }
,{ "M_min", M_min }
,{ "V_max", V_max }
,{ "M_x", M_x }
,{ "V_x", V_x }
};
}
public BeamInstanceFactory(BeamFactoryData data)
{
this.d = data;
}
//public BeamCantileverLoadFactory(IParameterExtractor Extractor)
// : base(Extractor)
//{
//}
public BeamCantileverLoadFactory(BeamFactoryData data)
: base(data)
{
}
public BeamInstanceFactory(BeamFactoryData data)
{
this.d = data;
}
//public BeamWithOverhangLoadFactory(IParameterExtractor Extractor): base(Extractor)
//{
//}
public BeamWithOverhangLoadFactory(BeamFactoryData data)
: base(data)
{
}
//public BeamWithOverhangLoadFactory(IParameterExtractor Extractor): base(Extractor)
//{
//}
public BeamWithOverhangLoadFactory(BeamFactoryData data)
: base(data)
{
}
//public BeamCantileverLoadFactory(IParameterExtractor Extractor)
// : base(Extractor)
//{
//}
public BeamCantileverLoadFactory(BeamFactoryData data)
: base(data)
{
}
public BeamLoadFactory(BeamFactoryData data)
{
this.d = data;
}
public BeamLoadFactory(BeamFactoryData data)
{
this.d = data;
}