internal static Snap.NX.EdgeBlend CreateEdgeBlend(Snap.Number radius, Snap.NX.Edge[] edges)
{
NXOpen.Part workPart = (NXOpen.Part)Globals.WorkPart;
NXOpen.Features.EdgeBlendBuilder featureBuilder = workPart.Features.CreateEdgeBlendBuilder(null);
BlendLimitsData limitsListData = featureBuilder.LimitsListData;
ScCollector collector = workPart.ScCollectors.CreateCollector();
NXOpen.Edge[] seedEdges = new NXOpen.Edge[edges.Length];
for (int i = 0; i < seedEdges.Length; i++)
{
seedEdges[i] = (NXOpen.Edge)edges[i];
}
EdgeMultipleSeedTangentRule rule = workPart.ScRuleFactory.CreateRuleEdgeMultipleSeedTangent(seedEdges, Globals.AngleTolerance, true);
SelectionIntentRule[] rules = new SelectionIntentRule[] { rule };
collector.ReplaceRules(rules, false);
featureBuilder.Tolerance = Globals.DistanceTolerance;
featureBuilder.AllInstancesOption = false;
featureBuilder.RemoveSelfIntersection = true;
featureBuilder.ConvexConcaveY = false;
featureBuilder.RollOverSmoothEdge = true;
featureBuilder.RollOntoEdge = true;
featureBuilder.MoveSharpEdge = true;
featureBuilder.TrimmingOption = false;
featureBuilder.OverlapOption = NXOpen.Features.EdgeBlendBuilder.Overlap.AnyConvexityRollOver;
featureBuilder.BlendOrder = NXOpen.Features.EdgeBlendBuilder.OrderOfBlending.ConvexFirst;
featureBuilder.SetbackOption = NXOpen.Features.EdgeBlendBuilder.Setback.SeparateFromCorner;
featureBuilder.AddChainset(collector, radius.ToString());
NXOpen.Features.Feature feature = (NXOpen.Features.Feature)Snap.NX.Feature.CommitFeature(featureBuilder);
featureBuilder.Destroy();
return((NXOpen.Features.EdgeBlend)feature);
}
internal static SelectionIntentRule[] CreateSelectionIntentRule(params Snap.NX.ICurve[] icurves)
{
List <SelectionIntentRule> list = new List <SelectionIntentRule>();
for (int i = 0; i < icurves.Length; i++)
{
if (icurves[i] is Snap.NX.Curve)
{
NXOpen.Curve[] curves = new NXOpen.Curve[] { icurves[i] as Snap.NX.Curve };
CurveDumbRule rule = Globals.NXOpenWorkPart.ScRuleFactory.CreateRuleCurveDumb(curves);
SelectionIntentRule[] ruleArray = new SelectionIntentRule[] { rule };
for (int j = 0; j < ruleArray.Length; j++)
{
list.Add(ruleArray[j]);
}
}
else
{
NXOpen.Edge[] edges = new NXOpen.Edge[] { icurves[i] as Snap.NX.Edge };
EdgeDumbRule rule2 = Globals.NXOpenWorkPart.ScRuleFactory.CreateRuleEdgeDumb(edges);
SelectionIntentRule[] ruleArray2 = new SelectionIntentRule[] { rule2 };
for (int k = 0; k < ruleArray2.Length; k++)
{
list.Add(ruleArray2[k]);
}
}
}
return(list.ToArray());
}
internal Spline(NXOpen.Edge nxopenEdge) : base(nxopenEdge)
{
if (nxopenEdge.SolidEdgeType != NXOpen.Edge.EdgeType.Spline)
{
throw new ArgumentException("Input object must be of type NXOpen.Edge.EdgeType.Elliptical");
}
base.NXOpenTaggedObject = nxopenEdge;
}
internal Arc(NXOpen.Edge nxopenEdge) : base(nxopenEdge)
{
if (nxopenEdge.SolidEdgeType != NXOpen.Edge.EdgeType.Circular)
{
throw new ArgumentException("Input object must be of type NXOpen.Edge.EdgeType.Circular");
}
base.NXOpenTaggedObject = nxopenEdge;
}
public static Snap.NX.Edge Wrap(Tag nxopenEdgeTag)
{
if (nxopenEdgeTag == Tag.Null)
{
throw new ArgumentException("Input tag is NXOpen.Tag.Null");
}
if (Snap.NX.NXObject.GetTypeFromTag(nxopenEdgeTag) != ObjectTypes.Type.Edge)
{
throw new ArgumentException("Input tag doesn't belong to an NXOpen.Edge object");
}
NXOpen.Edge objectFromTag = (NXOpen.Edge)Snap.NX.NXObject.GetObjectFromTag(nxopenEdgeTag);
return(CreateEdge(objectFromTag));
}
internal static Snap.NX.Edge CreateEdge(NXOpen.Edge nxopenEdge)
{
Snap.NX.Edge snapEdge = new Snap.NX.Edge(nxopenEdge);
switch (GetEdgeType(snapEdge))
{
case ObjectTypes.SubType.EdgeLine:
return(new Line(nxopenEdge));
case ObjectTypes.SubType.EdgeArc:
return(new Arc(nxopenEdge));
case ObjectTypes.SubType.EdgeSpline:
return(new Spline(nxopenEdge));
case ObjectTypes.SubType.EdgeEllipse:
return(new Ellipse(nxopenEdge));
}
return(snapEdge);
}
protected Curve(NXOpen.Edge nxopenCurve) : base(nxopenCurve)
{
base.NXOpenTaggedObject = nxopenCurve;
}
protected Edge(NXOpen.Edge nxopenEdge) : base(nxopenEdge)
{
base.NXOpenTaggedObject = nxopenEdge;
}
public void CreateBracket(double thickness, double length, double height, double holeradius, double holedistance)
{
NXOpen.Point3d point1 = new NXOpen.Point3d(0, 0, 0);
NXOpen.Point3d point2 = new NXOpen.Point3d(0, 0, height);
NXOpen.Point3d point3 = new NXOpen.Point3d(0, thickness, height);
NXOpen.Point3d point4 = new NXOpen.Point3d(0, thickness, thickness);
NXOpen.Point3d point5 = new NXOpen.Point3d(0, length, thickness);
NXOpen.Point3d point6 = new NXOpen.Point3d(0, length, 0);
IBaseCurve[] curves1 = new IBaseCurve[6]
{
workPart.Curves.CreateLine(point1, point2),
workPart.Curves.CreateLine(point2, point3),
workPart.Curves.CreateLine(point3, point4),
workPart.Curves.CreateLine(point4, point5),
workPart.Curves.CreateLine(point5, point6),
workPart.Curves.CreateLine(point6, point1)
};
CreateExtrude(curves1, true, 52.0, new Vector3d(1.0, 0, 0));
//Left Line
NXOpen.Point3d point7 = new NXOpen.Point3d(-21.0, 0, height - 8.0);
NXOpen.Point3d point8 = new NXOpen.Point3d(-21, 0, height - 16.0);
//Right LIne
NXOpen.Point3d point9 = new NXOpen.Point3d(-15, 0, height - 16.0);
NXOpen.Point3d point10 = new NXOpen.Point3d(-15, 0, height - 8.0);
//Top Arc
NXOpen.Point3d Center1 = new NXOpen.Point3d(-18, 0, height - 8.0);
NXOpen.Vector3d dir1 = new NXOpen.Vector3d(-1.0, 0, 0);
NXOpen.Vector3d dir2 = new NXOpen.Vector3d(0, 0, -1.0);
//Bottom Arc
NXOpen.Point3d Center2 = new NXOpen.Point3d(-18, 0, height - 16.0);
IBaseCurve[] curves2 = new IBaseCurve[4]
{
workPart.Curves.CreateLine(point7, point8),
workPart.Curves.CreateArc(Center2, dir1, dir2, 3.0, 0, Math.PI),
workPart.Curves.CreateLine(point9, point10),
workPart.Curves.CreateArc(Center1, dir1, dir2, 3.0, Math.PI, 2 * Math.PI)
};
//Right Side
//Left Line
NXOpen.Point3d point11 = new NXOpen.Point3d(21.0, 0, height - 8.0);
NXOpen.Point3d point12 = new NXOpen.Point3d(21, 0, height - 16.0);
//Right LIne
NXOpen.Point3d point13 = new NXOpen.Point3d(15, 0, height - 16.0);
NXOpen.Point3d point14 = new NXOpen.Point3d(15, 0, height - 8.0);
//Top Arc
NXOpen.Point3d Center3 = new NXOpen.Point3d(18, 0, height - 8.0);
//Bottom Arc
NXOpen.Point3d Center4 = new NXOpen.Point3d(18, 0, height - 16.0);
IBaseCurve[] curves3 = new IBaseCurve[4]
{
workPart.Curves.CreateLine(point11, point12),
workPart.Curves.CreateArc(Center4, dir1, dir2, 3.0, 0, Math.PI),
workPart.Curves.CreateLine(point13, point14),
workPart.Curves.CreateArc(Center3, dir1, dir2, 3.0, Math.PI, 2 * Math.PI)
};
CreateExtrude(curves2, false, 2.0 * thickness, new Vector3d(0, 1, 0));
CreateExtrude(curves3, false, 2.0 * thickness, new Vector3d(0, 1, 0));
//EdgeBlend Start
NXOpen.Features.EdgeBlendBuilder edgeBlendBuilder1 = workPart.Features.CreateEdgeBlendBuilder(null);
NXOpen.ScCollector scCollector1 = workPart.ScCollectors.CreateCollector();
NXOpen.Edge[] seedEdges1 = new NXOpen.Edge[2];
NXOpen.Features.Extrude extrude1 = (NXOpen.Features.Extrude)workPart.Features.ToArray().OfType <NXOpen.Features.Extrude>().First();
Edge[] edges = extrude1.GetBodies()[0].GetEdges();
NXOpen.Point3d edgeendpoint1 = new NXOpen.Point3d(26, 0, height);
NXOpen.Point3d edgeendpoint2 = new NXOpen.Point3d(26, thickness, height);
NXOpen.Point3d edgeendpoint3 = new NXOpen.Point3d(-26, 0, height);
NXOpen.Point3d edgeendpoint4 = new NXOpen.Point3d(-26, thickness, height);
Edge edge1 = null;
Edge edge2 = null;
for (int i = 0; i < edges.Length; i++)
{
NXOpen.Point3d endpoint;
NXOpen.Point3d endpoint2;
edges[i].GetVertices(out endpoint, out endpoint2);
if (Math.Abs(edgeendpoint1.X - endpoint.X) < .01 && Math.Abs(edgeendpoint1.Y - endpoint.Y) < .01 && Math.Abs(edgeendpoint1.Z - endpoint.Z) < .01 && Math.Abs(edgeendpoint2.X - endpoint2.X) < .01 && Math.Abs(edgeendpoint2.Y - endpoint2.Y) < .01 && Math.Abs(edgeendpoint2.Z - endpoint2.Z) < .01)
{
edge1 = edges[i];
}
else if (Math.Abs(edgeendpoint3.X - endpoint.X) < .01 && Math.Abs(edgeendpoint3.Y - endpoint.Y) < .01 && Math.Abs(edgeendpoint3.Z - endpoint.Z) < .01 && Math.Abs(edgeendpoint4.X - endpoint2.X) < .01 && Math.Abs(edgeendpoint4.Y - endpoint2.Y) < .01 && Math.Abs(edgeendpoint4.Z - endpoint2.Z) < .01)
{
edge2 = edges[i];
}
if (edge1 != null && edge2 != null)
{
break;
}
}
seedEdges1[0] = edge1;
seedEdges1[1] = edge2;
NXOpen.EdgeMultipleSeedTangentRule edgeMultipleSeedTangentRule1;
edgeMultipleSeedTangentRule1 = workPart.ScRuleFactory.CreateRuleEdgeMultipleSeedTangent(seedEdges1, 0.5, true);
NXOpen.SelectionIntentRule[] rules1 = new NXOpen.SelectionIntentRule[1];
rules1[0] = edgeMultipleSeedTangentRule1;
scCollector1.ReplaceRules(rules1, false);
int csIndex1;
csIndex1 = edgeBlendBuilder1.AddChainset(scCollector1, "8");
edgeBlendBuilder1.CommitFeature();
edgeBlendBuilder1.Destroy();
//EdgeBlend End
//Circle's Extrude
NXOpen.Point3d holecenter1 = new NXOpen.Point3d(holedistance / 2, 20, 10);
NXOpen.Point3d holecenter2 = new NXOpen.Point3d(-holedistance / 2, 20, 10);
NXOpen.Vector3d dir3 = new NXOpen.Vector3d(0, -1.0, 0);
NXOpen.Vector3d dir4 = new NXOpen.Vector3d(1, 0, 0);
IBaseCurve[] hole1 = new IBaseCurve[1]
{
workPart.Curves.CreateArc(holecenter1, dir3, dir4, holeradius, 0, 2 * Math.PI),
};
IBaseCurve[] hole2 = new IBaseCurve[1]
{
workPart.Curves.CreateArc(holecenter2, dir3, dir4, holeradius, 0, 2 * Math.PI),
};
CreateExtrude(hole1, false, 2 * thickness, new Vector3d(0, 0, 1));
CreateExtrude(hole2, false, 2 * thickness, new Vector3d(0, 0, 1));
//Big Slot
//Top Line
NXOpen.Point3d slotpt1 = new NXOpen.Point3d(-6, 44, 0);
NXOpen.Point3d slotpt2 = new NXOpen.Point3d(-6, length - 14.0, 0);
//BOttom Line
NXOpen.Point3d slotpt4 = new NXOpen.Point3d(6, 44, 0);
NXOpen.Point3d slotpt3 = new NXOpen.Point3d(6, length - 14.0, 0);
//Right Arc
NXOpen.Point3d slotcenter1 = new NXOpen.Point3d(0, 44, 0);
//Left Arc
NXOpen.Point3d slotcenter2 = new NXOpen.Point3d(0, length - 14.0, 0);
IBaseCurve[] slotcurve = new IBaseCurve[4]
{
workPart.Curves.CreateLine(slotpt1, slotpt2),
workPart.Curves.CreateArc(slotcenter2, dir3, dir4, 6.0, Math.PI / 2, 3 * Math.PI / 2),
workPart.Curves.CreateLine(slotpt3, slotpt4),
workPart.Curves.CreateArc(slotcenter1, dir3, dir4, 6.0, -Math.PI / 2, Math.PI / 2)
};
CreateExtrude(slotcurve, false, 2 * thickness, new Vector3d(0, 0, 1));
//Curvey Part
//bottom Arc
NXOpen.Point3d botarc = new NXOpen.Point3d(26, 44, 0);
//bottom line
NXOpen.Point3d botpt1 = new NXOpen.Point3d(14, 44, 0);
NXOpen.Point3d botpt2 = new NXOpen.Point3d(14, length - 14.0, 0);
//Big Arc
NXOpen.Point3d sidearc = new NXOpen.Point3d(0, length - 14.0, 0);
//Top Line
NXOpen.Point3d toppt2 = new NXOpen.Point3d(-14, 44, 0);
NXOpen.Point3d toppt1 = new NXOpen.Point3d(-14, length - 14.0, 0);
//Right Arc
NXOpen.Point3d toparc = new NXOpen.Point3d(-26, 44, 0);
//OUtline
NXOpen.Point3d out1 = new NXOpen.Point3d(-26, 32, 0);
NXOpen.Point3d out2 = new NXOpen.Point3d(-28, 32, 0);
NXOpen.Point3d out3 = new NXOpen.Point3d(-28, length + 10, 0);
NXOpen.Point3d out4 = new NXOpen.Point3d(28, length + 10, 0);
NXOpen.Point3d out5 = new NXOpen.Point3d(28, 32, 0);
NXOpen.Point3d out6 = new NXOpen.Point3d(26, 32, 0);
IBaseCurve[] bigcutcurve = new IBaseCurve[10]
{
workPart.Curves.CreateArc(botarc, dir3, dir4, 12, -Math.PI / 2, 0),
workPart.Curves.CreateLine(botpt1, botpt2),
workPart.Curves.CreateArc(sidearc, dir3, dir4, 14, Math.PI / 2, 3 * Math.PI / 2),
workPart.Curves.CreateLine(toppt1, toppt2),
workPart.Curves.CreateArc(toparc, dir3, dir4, 12, 0, Math.PI / 2),
workPart.Curves.CreateLine(out1, out2),
workPart.Curves.CreateLine(out2, out3),
workPart.Curves.CreateLine(out3, out4),
workPart.Curves.CreateLine(out4, out5),
workPart.Curves.CreateLine(out5, out6)
};
CreateExtrude(bigcutcurve, false, 2 * thickness, new Vector3d(0, 0, 1));
}
