protected private override void SetProps(object spiral)
{
base.SetProps(spiral);
AlignmentSpiralConstraintType = GetConstraint2(spiral);
A = ReflectionSupport.GetProperty(spiral, "A", double.NaN);
K = ReflectionSupport.GetProperty(spiral, "K", double.NaN);
P = ReflectionSupport.GetProperty(spiral, "P", double.NaN);
Compound = ReflectionSupport.GetProperty(spiral, "Compound", false);
CurveType = ReflectionSupport.GetProperty
(spiral, "CurveType", C3dDb.SpiralCurveType.InCurve).ToString();
Direction = ReflectionSupport.GetProperty
(spiral, "Direction", C3dDb.SpiralDirectionType.DirectionRight).ToString();
ShortTangent = ReflectionSupport.GetProperty(spiral, "ShortTangent", double.NaN);
LongTangent = ReflectionSupport.GetProperty(spiral, "LongTangent", double.NaN);
MinimumTransitionLength = ReflectionSupport.GetProperty
(spiral, "MinimumTransitionLength", double.NaN);
_radialPoint = PointData.FromPointObject
(ReflectionSupport.GetProperty(spiral, "RadialPoint", null));
RadiusIn = ReflectionSupport.GetProperty(spiral, "RadiusIn", double.NaN);
RadiusOut = ReflectionSupport.GetProperty(spiral, "RadiusOut", double.NaN);
SPIAngle = ReflectionSupport.GetProperty(spiral, "SPIAngle", double.NaN);
_sPIPoint = PointData.FromPointObject
(ReflectionSupport.GetProperty(spiral, "SPIPoint", null));
SpiralDefinition = ReflectionSupport.GetProperty
(spiral, "SpiralDefinition", C3d.SpiralType.Clothoid).ToString();
SPIStation = ReflectionSupport.GetProperty(spiral, "SPIStation", double.NaN);
TotalX = ReflectionSupport.GetProperty(spiral, "TotalX", double.NaN);
TotalY = ReflectionSupport.GetProperty(spiral, "TotalY", double.NaN);
}
protected private override void SetProps(object curve)
{
base.SetProps(curve);
StartDirection = ReflectionSupport
.GetProperty(curve, "StartDirection", double.NaN);
EndDirection = ReflectionSupport
.GetProperty(curve, "EndDirection", double.NaN);
Delta = ReflectionSupport.GetProperty(curve, "Delta", double.NaN);
}
protected private override void SetProps(object line)
{
base.SetProps(line);
Direction = ReflectionSupport.GetProperty(line, "Direction", double.NaN);
_midPoint = PointData.FromPointObject
(ReflectionSupport.GetProperty(line, "MidPoint", null));
Length = _startPoint.DistanceTo(_endPoint);
AlignmentLineConstraintType = GetConstraint2(line);
}
/// <summary>
///
/// </summary>
/// <param name="arc"></param>
protected private override void SetProps(object arc)
{
base.SetProps(arc);
_centerPoint = PointData.FromPointObject
(ReflectionSupport.GetProperty(arc, "CenterPoint", null));
ChordDirection = ReflectionSupport.GetProperty(arc, "ChordDirection", double.NaN);
ChordLength = ReflectionSupport.GetProperty(arc, "ChordLength", double.NaN);
Clockwise = ReflectionSupport.GetProperty(arc, "Clockwise", false);
AlignmentArcConstraintType = GetConstraint2(arc);
DeflectedAngle = ReflectionSupport.GetProperty(arc, "DeflectedAngle", double.NaN);
ExternalSecant = ReflectionSupport.GetProperty(arc, "ExternalSecant", double.NaN);
ExternalTangent = ReflectionSupport.GetProperty(arc, "ExternalTangent", double.NaN);
GreaterThan180 = ReflectionSupport.GetProperty(arc, "GreaterThan180", false);
MidOrdinate = ReflectionSupport.GetProperty(arc, "MidOrdinate", double.NaN);
MinimumRadius = ReflectionSupport.GetProperty(arc, "MinimumRadius", double.NaN);
PIStation = ReflectionSupport.GetProperty(arc, "PIStation", double.NaN);
Radius = ReflectionSupport.GetProperty(arc, "Radius", double.NaN);
ReverseCurve = ReflectionSupport.GetProperty(arc, "ReverseCurve", false);
}
internal AlignmentArc(C3dDb.AlignmentSubEntityArc subEntityArc) : base(subEntityArc)
{
_pIPoint = PointData.FromPointObject
(ReflectionSupport.GetProperty(subEntityArc, "PIPoint", null));
}