public virtual LoadBeam GetConcentratedCase(string subCase)
{
LoadBeam Load = null;
switch (subCase)
{
case "1":
Load = new LoadConcentratedSpecial(d.P);
break;
case "2":
Load = new LoadConcentratedGeneral(d.P, d.a_load);
break;
case "3":
Load = new LoadConcentratedDoubleSymmetrical(d.P, d.a_load);
break;
case "4":
Load = new LoadConcentratedDoubleUnsymmetrical(d.P1, d.P2, d.a_load, d.b_load);
break;
case "5":
Load = new LoadConcentratedCenterWithEndMoments(d.P, d.M1, d.M2);
break;
default:
Load = null;
break;
}
return(Load);
}
public override LoadBeam GetConcentratedCase(string subCase)
{
LoadBeam Load = null;
switch (subCase)
{
case "1":
Load = new LoadConcentratedSpecial(d.P, LoadConcentratedSpecialCase.CantileverTip);
break;
default:
Load = new LoadConcentratedGeneral(d.P, d.a_load);
break;
}
return Load;
}
public override LoadBeam GetConcentratedCase(string subCase)
{
LoadBeam Load = null;
switch (subCase)
{
case "1":
Load = new LoadConcentratedSpecial(d.P, LoadConcentratedSpecialCase.CantileverTip);
break;
default:
Load = new LoadConcentratedGeneral(d.P, d.a_load);
break;
}
return(Load);
}
public virtual LoadBeam GetConcentratedCase(string subCase)
{
LoadBeam Load = null;
switch (subCase)
{
case "1":
Load = new LoadConcentratedSpecial(d.P);
break;
case "2":
Load = new LoadConcentratedGeneral(d.P, d.a_load);
break;
case "3":
Load = new LoadConcentratedDoubleSymmetrical(d.P, d.a_load);
break;
case "4":
Load = new LoadConcentratedDoubleUnsymmetrical(d.P1, d.P2, d.a_load, d.b_load);
break;
case "5":
Load = new LoadConcentratedCenterWithEndMoments(d.P, d.M1, d.M2);
break;
default:
Load = null;
break;
}
return Load;
}