/// <summary>
/// Builds a dimension on an edge of type Line
/// </summary>
private static AISInteractiveObject BuildLineDimension(TopoDSEdge edge, gpPnt textLocation,
GeomPlane dimensionPlane, DsgPrsArrowSide arrowType, bool isOffset, gpPnt offset)
{
var curve = new BRepAdaptorCurve(edge);
if (curve.GetType != GeomAbsCurveType.GeomAbs_Line)
{
return(null);
}
// For a line use a length dimension
var line = curve.Line;
if (line.Distance(textLocation) < Precision.Confusion)
{
textLocation.X = (textLocation.X + 0.01);
}
var firstPoint = curve.Value(curve.FirstParameter);
var lastPoint = curve.Value(curve.LastParameter);
var plane = dimensionPlane;
if (plane == null)
{
var mkPlane = new GCMakePlane(firstPoint, lastPoint, textLocation);
plane = mkPlane.Value;
}
var length = firstPoint.Distance(lastPoint);
return(length < 1e-12
? null
: GeomUtils.BuildLengthDimension(firstPoint, lastPoint, plane, textLocation,
arrowType, ArrowSize, 0.2, isOffset, offset));
}
public SolverParallelAxis(TopoDSEdge edge)
{
Point3D?firstPoint, lastPoint;
GeomUtils.EdgeRange(edge, out firstPoint, out lastPoint);
if (firstPoint == null || lastPoint == null)
{
return;
}
var first = (Point3D)firstPoint;
var last = (Point3D)lastPoint;
Vector = new gpVec(first.GpPnt, last.GpPnt);
}
public static bool DrawMarkerEdge(TopoDSEdge edge, Document document, Color color)
{
Point3D?firstPoint;
Point3D?lastPoint;
GeomUtils.EdgeRange(edge, out firstPoint, out lastPoint);
if (firstPoint == null || lastPoint == null)
{
return(false);
}
var first = (Point3D)firstPoint;
var last = (Point3D)lastPoint;
return(DrawMarkerEdge(document, first, last, color));
}
private static bool EdgesAreIdentical(TopoDSEdge edge1, TopoDSEdge edge2)
{
var pointsEdge1 = GeomUtils.ExtractVertexes(edge1);
var pointsEdge2 = GeomUtils.ExtractVertexes(edge2);
if (pointsEdge1.Count != 2 || pointsEdge2.Count != 2)
{
return(false);
}
var p11 = new Point3D(BRepTool.Pnt(pointsEdge1[0]));
var p12 = new Point3D(BRepTool.Pnt(pointsEdge1[1]));
var p21 = new Point3D(BRepTool.Pnt(pointsEdge2[0]));
var p22 = new Point3D(BRepTool.Pnt(pointsEdge2[1]));
if (p11.IsEqual(p21) && p12.IsEqual(p22))
{
return(true);
}
if (p12.IsEqual(p21) && p11.IsEqual(p22))
{
return(true);
}
return(false);
}
public static void Update(TopoDSEdge E)
{
BRepTools_Update24263856(E.Instance);
}
public static void UVBounds(TopoDSFace F, TopoDSEdge E, ref double UMin, ref double UMax, ref double VMin, ref double VMax)
{
BRepTools_UVBounds5F413ED6(F.Instance, E.Instance, ref UMin, ref UMax, ref VMin, ref VMax);
}
public static bool Compare(TopoDSEdge E1, TopoDSEdge E2)
{
return(BRepTools_Compare4DFF7017(E1.Instance, E2.Instance));
}
public static void Vertices(TopoDSEdge E, TopoDSVertex Vfirst, TopoDSVertex Vlast, bool CumOri)
{
TopExp_VerticesCB378621(E.Instance, Vfirst.Instance, Vlast.Instance, CumOri);
}
public void Perform(TopoDSEdge E1)
{
BRepExtrema_ExtCC_Perform24263856(Instance, E1.Instance);
}
public BRepExtremaExtCC(TopoDSEdge E1, TopoDSEdge E2)
:
base(BRepExtrema_ExtCC_Ctor4DFF7017(E1.Instance, E2.Instance))
{
}
public void SameParameter(TopoDSEdge E, bool S)
{
BRep_Builder_SameParameter7F8C607A(Instance, E.Instance, S);
}
public void Continuity(TopoDSEdge E, GeomSurface S1, GeomSurface S2, TopLocLocation L1, TopLocLocation L2, GeomAbsShape C)
{
BRep_Builder_ContinuityBD255723(Instance, E.Instance, S1.Instance, S2.Instance, L1.Instance, L2.Instance, (int)C);
}
public void Continuity(TopoDSEdge E, TopoDSFace F1, TopoDSFace F2, GeomAbsShape C)
{
BRep_Builder_ContinuityD6A3B177(Instance, E.Instance, F1.Instance, F2.Instance, (int)C);
}
public void MakeEdge(TopoDSEdge E, GeomCurve C, TopLocLocation L, double Tol)
{
BRep_Builder_MakeEdge686D1199(Instance, E.Instance, C.Instance, L.Instance, Tol);
}
public void MakeEdge(TopoDSEdge E, GeomCurve C, double Tol)
{
BRep_Builder_MakeEdgeE5AE3CE7(Instance, E.Instance, C.Instance, Tol);
}
public SolverEdge(TopoDSEdge edge, GeometryType type)
{
Edge = edge;
GeometryType = type;
}
public SolverEdge(TopoDSEdge edge, GeometryType type, Node parent)
{
Edge = edge;
GeometryType = type;
ParentIndex = parent.Index;
}
public void SameRange(TopoDSEdge E, bool S)
{
BRep_Builder_SameRange7F8C607A(Instance, E.Instance, S);
}
public void Initialize(TopoDSEdge E2)
{
BRepExtrema_ExtCC_Initialize24263856(Instance, E2.Instance);
}
public void Degenerated(TopoDSEdge E, bool D)
{
BRep_Builder_Degenerated7F8C607A(Instance, E.Instance, D);
}
public static TopoDSVertex LastVertex(TopoDSEdge E, bool CumOri)
{
return(new TopoDSVertex(TopExp_LastVertex7F8C607A(E.Instance, CumOri)));
}
public void Range(TopoDSEdge E, double First, double Last, bool Only3d)
{
BRep_Builder_Range7522FA9B(Instance, E.Instance, First, Last, Only3d);
}
public static bool CommonVertex(TopoDSEdge E1, TopoDSEdge E2, TopoDSVertex V)
{
return(TopExp_CommonVertexE5EE178A(E1.Instance, E2.Instance, V.Instance));
}
public int ComputeVE(TopoDSVertex aV, TopoDSEdge aE, ref double aT)
{
return(IntTools_Context_ComputeVE644637E6(Instance, aV.Instance, aE.Instance, ref aT));
}
public static bool IsReallyClosed(TopoDSEdge E, TopoDSFace F)
{
return(BRepTools_IsReallyClosed65EC701C(E.Instance, F.Instance));
}
public int ComputeVE(TopoDSVertex aV, TopoDSEdge aE, ref double aT, ref bool bToUpdateVertex, ref double aDist)
{
return(IntTools_Context_ComputeVE14B7C63A(Instance, aV.Instance, aE.Instance, ref aT, ref bToUpdateVertex, ref aDist));
}
public static void AddUVBounds(TopoDSFace F, TopoDSEdge E, BndBox2d B)
{
BRepTools_AddUVBounds5756543C(F.Instance, E.Instance, B.Instance);
}
public bool ProjectPointOnEdge(gpPnt aP, TopoDSEdge aE, ref double aT)
{
return(IntTools_Context_ProjectPointOnEdge31FF11E7(Instance, aP.Instance, aE.Instance, ref aT));
}
private static void BuildMidPointVertex(SolverGeometricObject solverObject, int edgeIndex, TopoDSEdge edge)
{
Point3D?first, last;
GeomUtils.EdgeRange(edge, out first, out last);
if (first == null || last == null)
{
return;
}
var firstPoint = (Point3D)first;
var lastPoint = (Point3D)last;
var midPoint = new Point3D((firstPoint.X + lastPoint.X) / 2,
(firstPoint.Y + lastPoint.Y) / 2,
(firstPoint.Z + lastPoint.Z) / 2);
solverObject.Points.Add(new SolverDataPoint(midPoint)
{
GeometryType = GeometryType.MidPoint
});
}
public SolverEdge(TopoDSEdge edge)
{
Edge = edge;
GeometryType = GeometryType.None;
}
