private static void ExtractHeightElements(List <HeightElements> HeightElements, ProfAlign Profilealign, int i, object CurrentPViPoint)
{
if (CurrentPViPoint is PVI)
{
XYZ PVIPoint = ExtractPVIPoint((CurrentPViPoint as PVI).Text);
var NextPVIPointLand = Profilealign.Items[i + 1];
(double, double)Range = (0, 0);
Range.Item1 = PVIPoint.X;
Autodesk.Revit.DB.Line LineElement = GetLineElementForPVI(PVIPoint, NextPVIPointLand, ref Range);
HeightElements.Add(new HeightElements(Range, LineElement));
}
else if (CurrentPViPoint is CircCurve)
{
(double, double)ARcRange, LineAfterRange;
XYZ ArcPointEnd, NextPviPoint;
Arc ARC;
GetarcElementPVI(Profilealign, i, CurrentPViPoint, out ARcRange, out ArcPointEnd, out LineAfterRange, out NextPviPoint, out ARC);
HeightElements.Add(new HeightElements(ARcRange, ARC));
var LineAfterCurve = Autodesk.Revit.DB.Line.CreateBound(ArcPointEnd, NextPviPoint);
HeightElements.Add(new HeightElements(LineAfterRange, LineAfterCurve));
}
}
public VertAlignment(Alignment aligment)
{
NumberFormat();
sectionsList = new List <VerticalEntity>();
ProfAlign profAlign = aligment.Profile.ProfAlign[0];
// Find all the polygonal points
List <double> points = new List <double>();
points.Add(Convert.ToDouble(profAlign.PVI[0].Split(' ')[0], _format));
points.Add(Convert.ToDouble(profAlign.PVI[0].Split(' ')[1], _format));
for (int i = 0; i < profAlign.ParaCurve.Count; i++)
{
ParaCurve paraCurve = profAlign.ParaCurve[i];
points.Add(Convert.ToDouble(paraCurve.Point.Split(' ')[0], _format));
points.Add(Convert.ToDouble(paraCurve.Point.Split(' ')[1], _format));
}
points.Add(Convert.ToDouble(profAlign.PVI[1].Split(' ')[0], _format));
points.Add(Convert.ToDouble(profAlign.PVI[1].Split(' ')[1], _format));
// Generates curves
List <double> linePoints = new List <double>();
int nVert = profAlign.ParaCurve.Count;
for (int i = 1; i < nVert + 1; i++)
{
ParaCurve paraCurve = profAlign.ParaCurve[i - 1];
double L = Convert.ToDouble(paraCurve.Length, _format);
int i1 = i - 1;
int i2 = i;
int i3 = i + 1;
double sta1 = points[2 * i1];
double z1 = points[2 * i1 + 1];
double sta2 = points[2 * i2];
double z2 = points[2 * i2 + 1];
double sta3 = points[2 * i3];
double z3 = points[2 * i3 + 1];
double staP1 = sta2 - L / 2;
double staP2 = sta2 + L / 2;
double zP1 = z1 + (staP1 - sta1) / (sta2 - sta1) * (z2 - z1);
double zP2 = z2 + (staP2 - sta2) / (sta3 - sta2) * (z3 - z2);
sectionsList.Add(new VerticalCurve(staP1, zP1, staP2, zP2, sta2, z2, L));
if (i == 1)
{
linePoints.Add(sta1);
linePoints.Add(z1);
}
linePoints.Add(staP1);
linePoints.Add(zP1);
linePoints.Add(staP2);
linePoints.Add(zP2);
if (i == nVert)
{
linePoints.Add(sta3);
linePoints.Add(z3);
}
}
// Generate lines
for (int i = 0; i < linePoints.Count / 4; i++)
{
double staIni = linePoints[4 * i];
double zIni = linePoints[4 * i + 1];
double staFin = linePoints[4 * i + 2];
double zFin = linePoints[4 * i + 3];
sectionsList.Add(new VerticalLine(staIni, zIni, staFin, zFin));
}
}
private static void GetarcElementPVI(ProfAlign Profilealign, int i, object CurrentPViPoint, out (double, double) ARcRange, out XYZ ArcPointEnd, out (double, double) LineAfterRange, out XYZ NextPviPoint, out Arc ARC)
