/// <summary>
/// 设置无尺寸约束的孔属性
/// </summary>
/// <param name="Nwhole">孔对象</param>
/// <param name="LengthDis">孔距离长边距离</param>
/// <param name="WeightDis">孔距离短边距离</param>
/// <param name="Diameter">孔直径</param>
/// <param name="HoleType">孔类型</param>
/// <param name="Comstraints">1:宽边，2：长边</param>
private void RxSetHoleType(Part Tpart, Hole Nwhole, double LengthDis, double WeightDis, double Diameter, RxHoleType HoleType, Edge WidthEdge, Edge LengthEdge)
{
Nwhole.Type = CatHoleType.catSimpleHole;
Nwhole.AnchorMode = CatHoleAnchorMode.catExtremPointHoleAnchor;
Nwhole.BottomType = CatHoleBottomType.catVHoleBottom;
Limit BottomLimit = Nwhole.BottomLimit;
BottomLimit.LimitMode = CatLimitMode.catOffsetLimit;
Nwhole.Diameter.Value = Diameter;
Nwhole.BottomAngle.Value = 120;
Nwhole.ThreadingMode = CatHoleThreadingMode.catSmoothHoleThreading;
Sketch Hosketch = Nwhole.Sketch;
MECMOD.Constraints HoleConstraint = Hosketch.Constraints;
int Cont = Hosketch.GeometricElements.Count;
string Type = Hosketch.GeometricElements.Item(2).get_Name();
Point2D HoleCenterPoint = (Point2D)Hosketch.GeometricElements.Item(2);
Reference refPoint = Tpart.CreateReferenceFromObject(HoleCenterPoint);
if (HoleConstraint.Count < 3)
{
Tpart.InWorkObject = Hosketch;
Factory2D factory2D = Hosketch.OpenEdition();
GeometricElements geWidthEdge = factory2D.CreateProjections(WidthEdge);
GeometricElements geLengthEdge = factory2D.CreateProjections(LengthEdge);
Geometry2D geoWidthEdge = (Geometry2D)geWidthEdge.Item("标记.1");
Geometry2D geoLengthEdge = (Geometry2D)geLengthEdge.Item("标记.1");
geoWidthEdge.Construction = true;
geoLengthEdge.Construction = true;
Reference EpWidth = Tpart.CreateReferenceFromObject(geoWidthEdge);
Reference EpLength = Tpart.CreateReferenceFromObject(geoLengthEdge);
//geo1.Construction = true;
Constraint holeConstraintL = HoleConstraint.AddBiEltCst(CatConstraintType.catCstTypeDistance, refPoint, EpWidth);
Constraint holeConstraintW = HoleConstraint.AddBiEltCst(CatConstraintType.catCstTypeDistance, refPoint, EpLength);
holeConstraintL.Dimension.Value = WeightDis; //孔距离宽边的距离
holeConstraintW.Dimension.Value = LengthDis; //孔距离长边的距离
Hosketch.CloseEdition();
}
else
{
HoleConstraint.Item(1).Dimension.Value = WeightDis; //孔距离宽边的距离
HoleConstraint.Item(2).Dimension.Value = LengthDis; //孔距离长边的距离
}
//HoleConstraint.Item(2).Dimension.Value = 10;
Nwhole.ThreadSide = CatHoleThreadSide.catRightThreadSide;
BottomLimit.LimitMode = CatLimitMode.catUpThruNextLimit;
ChangeHoleColor(Nwhole, HoleType);
}
/// <summary>
/// 瑞祥API设置孔属性
/// </summary>
/// <param name="Nwhole">孔对象</param>
/// <param name="LengthDis">孔距离长边距离</param>
/// <param name="WeightDis">孔距离短边距离</param>
/// <param name="Diameter">孔直径</param>
/// <param name="HoleType">孔类型</param>
private void RxSetHoleType(Hole Nwhole, double LengthDis, double WeightDis, double Diameter, RxHoleType HoleType)
{
Nwhole.Type = CatHoleType.catSimpleHole;
Nwhole.AnchorMode = CatHoleAnchorMode.catExtremPointHoleAnchor;
Nwhole.BottomType = CatHoleBottomType.catVHoleBottom;
Limit BottomLimit = Nwhole.BottomLimit;
BottomLimit.LimitMode = CatLimitMode.catOffsetLimit;
Nwhole.Diameter.Value = Diameter;
Nwhole.BottomAngle.Value = 120;
Nwhole.ThreadingMode = CatHoleThreadingMode.catSmoothHoleThreading;
Sketch Hosketch = Nwhole.Sketch;
MECMOD.Constraints HoleConstraint = Hosketch.Constraints;
HoleConstraint.Item(1).Dimension.Value = WeightDis; //孔距离宽边的距离
HoleConstraint.Item(2).Dimension.Value = LengthDis; //孔距离长边的距离
//HoleConstraint.Item(2).Dimension.Value = 10;
Nwhole.ThreadSide = CatHoleThreadSide.catRightThreadSide;
BottomLimit.LimitMode = CatLimitMode.catUpThruNextLimit;
ChangeHoleColor(Nwhole, HoleType);
}