public static List <IReinforcingBar> ReinforcingBars(this Bar bar)
{
if (bar.IsNull())
{
return(null);
}
List <IReinforcingBar> rebars = new List <IReinforcingBar>();
ConcreteSection section = bar.SectionProperty as ConcreteSection;
List <ICurve> outerProfileEdges;
List <ICurve> innerProfileEdges;
List <LongitudinalReinforcement> longReif;
List <TransverseReinforcement> tranReif;
double longCover, tranCover;
if (section.CheckSectionAndExtractParameters(out outerProfileEdges, out innerProfileEdges, out longReif, out tranReif, out longCover, out tranCover))
{
TransformMatrix transformation = bar.BarSectionTranformation();
double length = bar.Length();
List <IBarReinforcement> barReinf = new List <IBarReinforcement>();
barReinf.AddRange(longReif);
barReinf.AddRange(tranReif);
foreach (IBarReinforcement reif in barReinf)
{
Material material;
if (reif.Material != null)
{
material = Physical.Create.Material(reif.Material);
}
else
{
material = new Material();
}
if (reif is LongitudinalReinforcement)
{
foreach (ICurve centreLine in reif.IReinforcementLayout(longCover, outerProfileEdges, innerProfileEdges, length, transformation))
{
PrimaryReinforcingBar rebar = Physical.Create.PrimaryReinforcingBar(centreLine, reif.Diameter, material);
rebars.Add(rebar);
}
}
else if (reif is TransverseReinforcement)
{
foreach (ICurve centreLine in reif.IReinforcementLayout(tranCover, outerProfileEdges, innerProfileEdges, length, transformation))
{
Stirrup rebar = Physical.Create.Stirrup(centreLine, reif.Diameter, material);
rebars.Add(rebar);
}
}
}
}
return(rebars);
}
public void StirrupPopulate()
{
LinearPath stirrupLp = (LinearPath)RectColumn.ColPath.Offset(-RectColumn.Cover * 1.2);
for (int i = 0; i < stirrupLp.Vertices.Length; i++)
{
stirrupLp.Vertices[i].Z += CADConfig.Units == linearUnitsType.Meters?1:1000;
}
Stirrup = new Stirrup(stirrupLp);
}
public ViewModel()
{
this.Beam = Beam.Create();
this.Stirrup = Stirrup.Create();
this.Spans = new ObservableCollection <Span> {
new Span()
};
this.SelectedSpan = this.Spans[0];
this.AddSpanCommand = new RelayCommand(AddSpan);
this.DeleteSpanCommand = new RelayCommand(DeleteSpan);
this.DrawCommand = new RelayCommand(Draw);
}
public void StirrupPopulate()
{
LinearPath stirrupLp = (LinearPath)ShearWall.ProfilePath.Offset(-DefaultValues.ShearWallCover * 1.2);
double dowelLength = (CADConfig.Units == linearUnitsType.Meters ? 1 : 1000);
for (int i = 0; i < stirrupLp.Vertices.Length; i++)
{
stirrupLp.Vertices[i].Z += dowelLength;
}
Stirrup = new Stirrup(stirrupLp);
}
public void StirrupPopulate()
{
LinearPath stirrupLp = (LinearPath)CadColumn.ColPath.Offset(-CadColumn.Cover);
double dowelLength = (CADConfig.Units == linearUnitsType.Meters ? 1 : 1000);
for (int i = 0; i < stirrupLp.Vertices.Length; i++)
{
stirrupLp.Vertices[i].Z += dowelLength;
}
Stirrup = new Stirrup(stirrupLp);
}
public void StirrupPopulate()
{
LinearPath stirrupLp = (LinearPath)CadWall.LinPathWall.Offset(-DefaultValues.WallCover * 1.2);
Stirrup = new Stirrup(stirrupLp);
}
public void StirrupPopulate()
{
Stirrup = new Stirrup(VlLinPath);
}
/***************************************************/
public static Rebar ToRevitRebar(this Stirrup stirrup, Document document, RevitSettings settings = null, Dictionary <Guid, List <int> > refObjects = null)
{
return(ToRevitRebar((IReinforcingBar)stirrup, document, settings, refObjects));
}
