private double GetSyLeft(AiscShapeType Type)
{
double SyRight = Sy;
if (Type == AiscShapeType.ShapeType_L)
{
SyRight = Iy / x;
}
return(SyRight);
}
private double GetSxTop(AiscShapeType Type)
{
double SxTop = Sx;
switch (Type)
{
case AiscShapeType.ShapeType_2L:
SxTop = Ix / y;
break;
case AiscShapeType.ShapeType_C:
break;
case AiscShapeType.ShapeType_HP:
break;
case AiscShapeType.ShapeType_HSS:
break;
case AiscShapeType.ShapeType_L:
SxTop = Ix / (d - y);
break;
case AiscShapeType.ShapeType_M:
break;
case AiscShapeType.ShapeType_MC:
break;
case AiscShapeType.ShapeType_MT:
SxTop = Ix / (d - y);
break;
case AiscShapeType.ShapeType_PIPE:
break;
case AiscShapeType.ShapeType_S:
break;
case AiscShapeType.ShapeType_ST:
SxTop = Ix / (d - y);
break;
case AiscShapeType.ShapeType_W:
break;
case AiscShapeType.ShapeType_WT:
SxTop = Ix / (d - y);
break;
default:
break;
}
return(SxTop);
}
private void CreateISectionElement(AiscShapeType Type)
{
//SectionGenericShape sec = new SectionGenericShape(ShapeId, null); //todo null for vertices needs to be revisited
base._A = A;
base._I_x = Ix;
base._I_y = Iy;
base._S_x_Top = GetSxTop(Type);
base._S_xBot = GetSxBot(Type);
base._S_yLeft = GetSyLeft(Type);
base._S_yRight = GetSyRight(Type);
base._Z_x = Zx;
base._Z_y = Zy;
base._r_x = rx;
base._r_y = ry;
base.elasticCentroidCoordinate.X = x;
base.elasticCentroidCoordinate.Y = y;
base.plasticCentroidCoordinate.X = xp;
base.plasticCentroidCoordinate.Y = yp;
base._C_w = Cw;
base._J = J;
}
private double GetSxBot(AiscShapeType Type)
{
double SxBot = Sx;
switch (Type)
{
case AiscShapeType.ShapeType_2L:
if (ShapeId.Contains("SLBB"))
{
SxBot = Ix / (d - y);
}
else if (ShapeId.Contains("LLBB"))
{
SxBot = Ix / (b - y);
}
else
{
SxBot = Ix / (d - y);
}
break;
case AiscShapeType.ShapeType_C:
break;
case AiscShapeType.ShapeType_HP:
break;
case AiscShapeType.ShapeType_HSS:
break;
case AiscShapeType.ShapeType_L:
SxBot = Ix / (y);
break;
case AiscShapeType.ShapeType_M:
break;
case AiscShapeType.ShapeType_MC:
break;
case AiscShapeType.ShapeType_MT:
SxBot = Ix / (d - y);
break;
case AiscShapeType.ShapeType_PIPE:
break;
case AiscShapeType.ShapeType_S:
break;
case AiscShapeType.ShapeType_ST:
SxBot = Ix / (d - y);
break;
case AiscShapeType.ShapeType_W:
break;
case AiscShapeType.ShapeType_WT:
SxBot = Ix / (d - y);
break;
default:
break;
}
return(SxBot);
}
