public void SingleFigure(IReadOnlyList <object> figures, IReadOnlyList <Point3d> sectionPoints, ICollection <Curve> curveList, Vector3d[] localAxis)
{
var straight = figures[0] as StbSecSteelBeam_S_Straight;
string center = straight.shape;
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, center, sectionPoints[0], Utils.SectionType.Beam, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, center, sectionPoints[3], Utils.SectionType.Beam, localAxis));
}
private void TwoFigureTaper(IReadOnlyList <object> figures, IReadOnlyList <Point3d> sectionPoints, ICollection <Curve> curveList, Vector3d[] localAxis)
{
var tapers = new[] { figures[0] as StbSecSteelBeam_S_Taper, figures[1] as StbSecSteelBeam_S_Taper };
string start = tapers.First(sec => sec.pos == StbSecSteelBeam_S_TaperPos.START).shape;
string end = tapers.First(sec => sec.pos == StbSecSteelBeam_S_TaperPos.END).shape;
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, start, sectionPoints[0], Utils.SectionType.Beam, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, start, sectionPoints[1], Utils.SectionType.Beam, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, end, sectionPoints[2], Utils.SectionType.Beam, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, end, sectionPoints[3], Utils.SectionType.Beam, localAxis));
}
private void ThreeFigureJoint(IReadOnlyList <object> figures, IReadOnlyList <Point3d> sectionPoints, ICollection <Curve> curveList, Vector3d[] localAxis)
{
var joint = new[] { figures[0] as StbSecSteelBeam_S_Joint, figures[1] as StbSecSteelBeam_S_Joint, figures[2] as StbSecSteelBeam_S_Joint };
string start = joint.First(sec => sec.pos == StbSecSteelBeam_S_JointPos.START).shape;
string center = joint.First(sec => sec.pos == StbSecSteelBeam_S_JointPos.CENTER).shape;
string end = joint.First(sec => sec.pos == StbSecSteelBeam_S_JointPos.END).shape;
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, start, sectionPoints[0], Utils.SectionType.Beam, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, center, sectionPoints[1], Utils.SectionType.Beam, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, center, sectionPoints[2], Utils.SectionType.Beam, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, end, sectionPoints[3], Utils.SectionType.Beam, localAxis));
}
private List <Curve> SecSteelColumnToCurves(IReadOnlyList <object> figures, IReadOnlyList <Point3d> sectionPoints)
{
var curveList = new List <Curve>();
Vector3d[] localAxis = Utils.CreateLocalAxis(sectionPoints);
string bottom, center, top;
switch (figures.Count)
{
case 1:
var same = figures[0] as StbSecSteelColumn_S_Same;
center = same.shape;
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, center, sectionPoints[0], Utils.SectionType.Column, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, center, sectionPoints[3], Utils.SectionType.Column, localAxis));
break;
case 2:
var notSames = new[] { figures[0] as StbSecSteelColumn_S_NotSame, figures[1] as StbSecSteelColumn_S_NotSame };
bottom = notSames.First(item => item.pos == StbSecSteelColumn_S_NotSamePos.BOTTOM).shape;
top = notSames.First(item => item.pos == StbSecSteelColumn_S_NotSamePos.TOP).shape;
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, bottom, sectionPoints[0], Utils.SectionType.Column, localAxis));
if (sectionPoints[1].Z > sectionPoints[0].Z)
{
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, bottom, sectionPoints[1], Utils.SectionType.Column, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, top, sectionPoints[1], Utils.SectionType.Column, localAxis));
}
else
{
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, bottom, sectionPoints[2], Utils.SectionType.Column, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, top, sectionPoints[2], Utils.SectionType.Column, localAxis));
}
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, top, sectionPoints[3], Utils.SectionType.Column, localAxis));
break;
case 3:
var three = new[] { figures[0] as StbSecSteelColumn_S_ThreeTypes, figures[1] as StbSecSteelColumn_S_ThreeTypes, figures[2] as StbSecSteelColumn_S_ThreeTypes };
bottom = three.First(item => item.pos == StbSecSteelColumn_S_ThreeTypesPos.BOTTOM).shape;
center = three.First(item => item.pos == StbSecSteelColumn_S_ThreeTypesPos.CENTER).shape;
top = three.First(item => item.pos == StbSecSteelColumn_S_ThreeTypesPos.TOP).shape;
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, bottom, sectionPoints[0], Utils.SectionType.Column, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, center, sectionPoints[1], Utils.SectionType.Column, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, center, sectionPoints[2], Utils.SectionType.Column, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, top, sectionPoints[3], Utils.SectionType.Column, localAxis));
break;
default:
throw new ArgumentException("Unmatched StbSecSteelColumn_S");
}
return(curveList);
}
private List <Curve> SecSteelBraceToCurves(IReadOnlyList <object> figures, IReadOnlyList <Point3d> sectionPoints)
{
var curveList = new List <Curve>();
string start, center, end;
Vector3d[] localAxis = Utils.CreateLocalAxis(sectionPoints);
switch (figures.Count)
{
case 1:
var same = figures[0] as StbSecSteelBrace_S_Same;
center = same.shape;
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, center, sectionPoints[0], Utils.SectionType.Brace, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, center, sectionPoints[3], Utils.SectionType.Brace, localAxis));
break;
case 2:
var notSames = new[] { figures[0] as StbSecSteelBrace_S_NotSame, figures[1] as StbSecSteelBrace_S_NotSame };
start = notSames.First(sec => sec.pos == StbSecSteelBrace_S_NotSamePos.BOTTOM).shape;
end = notSames.First(sec => sec.pos == StbSecSteelBrace_S_NotSamePos.TOP).shape;
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, start, sectionPoints[0], Utils.SectionType.Brace, localAxis));
curveList.Add(sectionPoints[0] == sectionPoints[1]
? SteelSections.GetCurve(_sections.StbSecSteel, start, sectionPoints[2], Utils.SectionType.Brace, localAxis)
: SteelSections.GetCurve(_sections.StbSecSteel, start, sectionPoints[1], Utils.SectionType.Brace, localAxis));
curveList.Add(sectionPoints[0] == sectionPoints[1]
? SteelSections.GetCurve(_sections.StbSecSteel, end, sectionPoints[2], Utils.SectionType.Brace, localAxis)
: SteelSections.GetCurve(_sections.StbSecSteel, end, sectionPoints[1], Utils.SectionType.Brace, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, end, sectionPoints[3], Utils.SectionType.Brace, localAxis));
break;
case 3:
var three = new[] { figures[0] as StbSecSteelBrace_S_ThreeTypes, figures[1] as StbSecSteelBrace_S_ThreeTypes, figures[2] as StbSecSteelBrace_S_ThreeTypes };
start = three.First(sec => sec.pos == StbSecSteelBrace_S_ThreeTypesPos.BOTTOM).shape;
center = three.First(sec => sec.pos == StbSecSteelBrace_S_ThreeTypesPos.CENTER).shape;
end = three.First(sec => sec.pos == StbSecSteelBrace_S_ThreeTypesPos.TOP).shape;
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, start, sectionPoints[0], Utils.SectionType.Brace, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, center, sectionPoints[1], Utils.SectionType.Brace, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, center, sectionPoints[2], Utils.SectionType.Brace, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, end, sectionPoints[3], Utils.SectionType.Brace, localAxis));
break;
default:
throw new ArgumentException("Unmatched StbSecSteelBrace_S");
}
return(curveList);
}
private void TwoFigureHaunch(IReadOnlyList <object> figures, IReadOnlyList <Point3d> sectionPoints, ICollection <Curve> curveList, Vector3d[] localAxis)
{
var joint = new[] { figures[0] as StbSecSteelBeam_S_Haunch, figures[1] as StbSecSteelBeam_S_Haunch };
string center;
if (joint.FirstOrDefault(sec => sec.pos == StbSecSteelBeam_S_HaunchPos.START) != null)
{
string start = joint.First(sec => sec.pos == StbSecSteelBeam_S_HaunchPos.START).shape;
center = joint.First(sec => sec.pos == StbSecSteelBeam_S_HaunchPos.CENTER).shape;
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, start, sectionPoints[0], Utils.SectionType.Beam, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, center, sectionPoints[1], Utils.SectionType.Beam, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, center, sectionPoints[2], Utils.SectionType.Beam, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, center, sectionPoints[3], Utils.SectionType.Beam, localAxis));
}
else
{
center = joint.First(sec => sec.pos == StbSecSteelBeam_S_HaunchPos.CENTER).shape;
string end = joint.First(sec => sec.pos == StbSecSteelBeam_S_HaunchPos.END).shape;
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, center, sectionPoints[0], Utils.SectionType.Beam, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, center, sectionPoints[1], Utils.SectionType.Beam, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, center, sectionPoints[2], Utils.SectionType.Beam, localAxis));
curveList.Add(SteelSections.GetCurve(_sections.StbSecSteel, end, sectionPoints[3], Utils.SectionType.Beam, localAxis));
}
}
