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UG二次开发源码-链轮齿轮标准件创建VB源码
) k3 d" H: }$ M5 H/ i4 T感觉还不错，VB写的分享下，只是这里没有使用渐开线的方式画齿轮！ @9 n) @. M2 @7 r7 m
/ y: h& Y% {" ^+ y( {6 u1 d0 s) M- W[code] Private Function CreateChainGear(ByVal ChainType As String, ByVal Z As Integer) As Integer
6 B2 Z1 X* x3 ?7 d Dim errorCode As Integer = 0! g9 Q& V8 y. @; d! q7 M& l
Dim p, dr, d, r1, r2, r3, da, d_cut As Double* K: [" J& P* m3 P
Dim alf, Beta, Gama As Double: R8 w3 C' J4 ]. ^* l+ J
Dim M, T, V, W As Double
5 S6 q* k3 Q$ \; v Dim DtoR As Double = PI / 180
$ |1 Z; g0 N% H! D1 [3 i Try; }0 |! |. d/ I) A
Select Case ChainType1 u2 s+ }6 F5 K7 d& I* e8 o
Case "06B"! f- l' c! \ \4 H' K8 X, \0 G
p = 9.525
9 l( N7 j4 V z& p8 H8 \( [ dr = 6.35
: }% Z, R6 f0 }- N: r* `. \7 c: \ Case "08A"
7 }: ~7 W+ r/ V$ i p = 12.79 I( X+ N9 _. ]$ N
dr = 7.959 n, [ q4 z+ v' Q. Z
Case "08B", M1 k$ V A! w6 X- ^- e$ W3 \9 K* v5 V
p = 12.7& }$ a `9 }2 L( ~; K# I" ^* R; }1 w4 S
dr = 8.51
' U1 a, U' _7 e0 H Case "10A"2 k' L; O$ J: j; |5 D5 M; L' x9 c. I
p = 15.875
$ G* v" i2 w* [1 } dr = 10.164 U) @4 J% c+ p, v, y6 g* r8 f
End Select, t$ E8 D3 y- v D
; _3 L3 f( u* n$ `
alf = (55 - 60 / Z) * DtoR, V9 J0 g7 e/ ?0 M o
Beta = (18 - 56 / Z) * DtoR1 |& d# h* C$ s/ P( D: f+ [
Gama = (17 - 64 / Z) * DtoR
: ~# V. [* v' A' ^ r1 = 0.5025 * dr + 0.05. P$ Q1 j9 a& G7 K0 h H
r2 = 1.3025 * dr + 0.050 Y# i& H% W& o! D6 B5 R& b
r3 = dr * (1.3 * Cos(Gama) + 0.8 * Cos(Beta) - 1.3025) - 0.05; \3 U2 K# |% e
M = 0.8 * dr * Sin(alf)
$ m& w7 U* T7 y. Z6 y1 R6 N% ?6 z4 ` T = 0.8 * dr * Cos(alf)" b" D' E5 q/ B2 S- i
W = 1.3 * dr * Cos(180 / Z * DtoR); f8 Q( n/ P/ {- h, k
V = 1.3 * dr * Sin(180 / Z * DtoR)2 r. P- B3 c* ^9 \
d = p / Sin(180 / Z * DtoR)
' T) S# J; L' @: T$ D da = p * (0.54 + 1 / Tan(180 / Z * DtoR))
+ k( Y& i. m* Q0 O' H d_cut = p * (1 + 1 / Tan(180 / Z * DtoR))
2 T6 Y& B4 V! E/ s {9 y$ f7 h& o7 `4 _ c( Q/ C) s9 @) z
Dim Point_O, Point_O2, Point_O3, Point_A, Point_B, Point_C, Point_D, Point_E, Point_cut As Point3d
4 i1 J" J' }2 ~9 k4 f Dim Y_o As Double = d / 2
7 a9 m" H, C+ L% z. Z; }
5 n& |0 _% j/ W Point_O = New Point3d(0, Y_o, 0)+ V+ A! z) W! \# }- b
Point_O2 = New Point3d(-M, Y_o + T, 0). P, p% C" `! R( v4 ^# D7 J
Dim point_O2_neg As Point3d = New Point3d(M, Y_o + T, 0)
' G, ?, q# t' W H5 h4 W& c- q
5 m7 R5 P" [3 C& z% n8 D Point_O3 = New Point3d(W, Y_o - V, 0)3 E9 [. L4 ~4 p5 M
Dim point_O3_neg As Point3d = New Point3d(-W, Y_o - V, 0)
2 o* j, y K, b& K5 }* \
7 M$ i5 w2 Q9 b+ I Point_A = New Point3d(r1 * Sin(alf), Y_o - r1 * Cos(alf), 0)
7 M, c' j2 @. G( s: X Dim Point_A_neg As Point3d = New Point3d(-r1 * Sin(alf), Y_o - r1 * Cos(alf), 0)
! Y9 A* @4 ~. q: H! B
9 B% v O0 o- {8 L) d+ s3 z7 q Point_B = New Point3d(-M + r2 * Sin(alf + Beta), Y_o + T - r2 * Cos(alf + Beta), 0), Y* i; b8 A7 z8 b" u0 _
Dim Point_B_neg As Point3d = New Point3d(M - r2 * Sin(alf + Beta), Y_o + T - r2 * Cos(alf + Beta), 0)2 ?, N9 o6 k; e3 f" u
4 s, V/ g9 \+ q$ v Point_C = New Point3d(W - r3 * Sin(alf + Beta), Y_o - V + r3 * Cos(alf + Beta), 0)0 t- p* x ]; j0 t6 o- {* `! ?" I
Dim Point_C_neg As Point3d = New Point3d(-W + r3 * Sin(alf + Beta), Y_o - V + r3 * Cos(alf + Beta), 0)1 A9 h7 H) w9 A( Y \0 r* K0 X! p
. G6 e( Q, F, A( b" ~3 V7 u' v
Dim X_d As Double = W - r3 * Cos(90 * DtoR - alf - Beta + Gama) }, T( D! `( G
Dim Y_d As Double = Y_o - V + r3 * Sin(90 * DtoR - alf - Beta + Gama)2 Y2 k5 P( c/ t
Point_D = New Point3d(X_d, Y_d, 0)$ A0 l; Q6 `4 Z: K
Dim Point_D_neg As Point3d = New Point3d(-X_d, Y_d, 0), N6 s$ r0 u* x6 e
# a( c. M$ s! B Dim Ld As Double = Y_d - X_d / Tan(180 / Z * DtoR)
1 V+ S( j( y' X& L+ ]% k ~ Dim Le As Double = Ld * Cos(180 / Z * DtoR)" O. c. g5 F4 u k% X
: z6 y( p- i+ h% k6 v! R$ \ Point_E = New Point3d(X_d + Le * Sin(180 / Z * DtoR), Y_d - Ld + Le * Cos(180 / Z * DtoR), 0)
. y3 q- E4 z% r Dim Point_E_neg As Point3d = New Point3d(-X_d - Le * Sin(180 / Z * DtoR), Y_d - Ld + Le * Cos(180 / Z * DtoR), 0)* R3 ~& d( x# R7 R
0 L4 M2 x; d0 A# J& R* P6 j Point_cut = New Point3d(d_cut / 2 * Sin(180 / Z * DtoR), d_cut / 2 * Cos(180 / Z * DtoR), 0)5 |! e' ]1 F3 `
Dim Point_cut_neg As Point3d = New Point3d(-d_cut / 2 * Sin(180 / Z * DtoR), d_cut / 2 * Cos(180 / Z * DtoR), 0)
2 i1 W" z/ o, G) ^6 N' p4 s& R# O- K3 x
5 A# ^4 n4 P8 g& W7 o" s: J6 O theSession.Preferences.SkeTCh.CreateInferredConstraints = False& F; r d% _+ g- _* S. j
theSession.Preferences.Sketch.ContinuousAutoDimensioning = False
, @4 {, d# r; {4 i$ N2 v2 u Dim workPart As Part = theSession.Parts.Work
$ o" o0 ]& \% H Dim nullSketch As Sketch = Nothing7 Z2 A+ r5 m: T
Dim sketchInPlaceBuilder1 As SketchInPlaceBuilder
! n& N: ^2 i+ K" W1 p2 P4 S sketchInPlaceBuilder1 = workPart.Sketches.CreateNewSketchInPlaceBuilder(nullSketch); M4 n$ h( ?7 w0 y N7 A
Dim Cut_sketch As Sketch4 E2 {0 p; S0 M) }! Q6 w" y' m
Cut_sketch = sketchInPlaceBuilder1.Commit()0 o2 [" [8 f+ f' m
Cut_sketch.SetName("Sketch_ChainGear")& s- H( ]& W5 p" v; s; h6 d7 r+ F
Cut_sketch.Activate(Sketch.ViewReorient.False)
- [" }0 y0 V, V# W* Y* m1 E
/ r# B( E0 ^3 ~& C7 e p Dim NXMatrix1 As NXMatrix2 c; G/ \) |: C, s
nXMatrix1 = theSession.ActiveSketch.Orientation
+ s. n/ Z$ ^. d) [# Y e Dim arc As Arc
7 a+ `# y; g! T9 Y; y4 M arc = workPart.Curves.CreateArc(Point_O, nXMatrix1, r1, -90 * DtoR - alf, -90 * DtoR + alf)0 x' @9 z |7 c% @5 }
theSession.ActiveSketch.AddGeometry(arc, Sketch.InferConstraintsOption.InferNoConstraints)
) [# @+ C( j: V4 w' u1 }7 G9 x( I
8 E+ p! R1 ]2 ]7 x! [$ P6 X5 i arc = workPart.Curves.CreateArc(Point_O2, nXMatrix1, r2, -90 * DtoR + alf, -90 * DtoR + alf + Beta)
4 q% X* h7 Y, z8 d% ~) m theSession.ActiveSketch.AddGeometry(arc, Sketch.InferConstraintsOption.InferNoConstraints). w9 G7 O: O$ [& L, f& L0 y
9 s) L& E* Z4 r7 z, b; w% m4 P ?8 g arc = workPart.Curves.CreateArc(point_O2_neg, nXMatrix1, r2, -90 * DtoR - alf - Beta, -90 * DtoR - alf)
$ w2 m. ?- v5 F, Z theSession.ActiveSketch.AddGeometry(arc, Sketch.InferConstraintsOption.InferNoConstraints)5 ?# C3 k) t X1 b
' I$ L0 n: [/ h) B
arc = workPart.Curves.CreateArc(Point_O3, nXMatrix1, r3, 90 * DtoR + alf + Beta - Gama, 90 * DtoR + alf + Beta)* h! Q! {, ]5 Y5 U4 e# T+ N
theSession.ActiveSketch.AddGeometry(arc, Sketch.InferConstraintsOption.InferNoConstraints)
$ B* D4 X+ P$ X1 ]$ J! @7 u* M6 r
arc = workPart.Curves.CreateArc(point_O3_neg, nXMatrix1, r3, 90 * DtoR - alf - Beta, 90 * DtoR - alf - Beta + Gama) Y6 S n3 O( j+ r
theSession.ActiveSketch.AddGeometry(arc, Sketch.InferConstraintsOption.InferNoConstraints)
" d1 [$ ?, f0 }* L! S7 j; _
6 i' J+ e/ S X6 {% _- r2 t% D! c Dim line1 As Line
/ {! [( ?% |: e1 e
' J' W: n* l: a$ g. \) U line1 = workPart.Curves.CreateLine(Point_B, Point_C)6 I% \. ~9 j( ]6 ]6 v
theSession.ActiveSketch.AddGeometry(line1, Sketch.InferConstraintsOption.InferNoConstraints)! P1 s6 }3 @& b
line1 = workPart.Curves.CreateLine(Point_B_neg, Point_C_neg)& x! K" l: ~* v$ m+ k" y+ e
theSession.ActiveSketch.AddGeometry(line1, Sketch.InferConstraintsOption.InferNoConstraints)8 ~2 g- s9 D, t$ e7 Z! K+ ^
% C- y# l' ?+ |7 Y line1 = workPart.Curves.CreateLine(Point_D, Point_E)
; I. Q2 P( o9 `* B9 b theSession.ActiveSketch.AddGeometry(line1, Sketch.InferConstraintsOption.InferNoConstraints)
) {( S( I. S+ l: q. W line1 = workPart.Curves.CreateLine(Point_D_neg, Point_E_neg) y2 {% y5 }0 G4 |; ]5 T. Z' K' w, N. s
theSession.ActiveSketch.AddGeometry(line1, Sketch.InferConstraintsOption.InferNoConstraints)8 H* I" q @$ F. ?# a0 ~
* b i, L8 Y1 O" |
line1 = workPart.Curves.CreateLine(Point_E, Point_cut)5 B6 v1 t' i- \3 G: O7 v2 x# C
theSession.ActiveSketch.AddGeometry(line1, Sketch.InferConstraintsOption.InferNoConstraints)0 |6 G( U. A5 [+ B8 H# A( O
line1 = workPart.Curves.CreateLine(Point_E_neg, Point_cut_neg): V4 ~5 i1 o1 V8 s6 V/ I6 d
theSession.ActiveSketch.AddGeometry(line1, Sketch.InferConstraintsOption.InferNoConstraints)8 R0 _ k! i1 ~* P
5 M" @4 B' L" o Dim Point_center As Point3d = New Point3d(0, 0, 0)
* ^ H# R- E5 j6 N6 w9 Q8 V" C arc = workPart.Curves.CreateArc(Point_center, nXMatrix1, d_cut / 2, (90 - 180 / Z) * DtoR, (90 + 180 / Z) * DtoR)
7 P7 @" X$ Q4 z) ?0 [2 Q+ S& _ theSession.ActiveSketch.AddGeometry(arc, Sketch.InferConstraintsOption.InferNoConstraints)
( q+ I8 t: h) t+ W u+ @+ P( k! a$ u) d {, h P
theSession.ActiveSketch.Update()9 i, [: V1 m& N3 E
theSession.ActiveSketch.Deactivate(Sketch.ViewReorient.False, Sketch.UpdateLevel.Model)
7 ?; U' O! j: D5 S' C. W n9 X) I# J) D p9 t
sketchInPlaceBuilder1 = workPart.Sketches.CreateNewSketchInPlaceBuilder(nullSketch)
" r3 ~7 |5 Q) r0 P2 E: ^2 q Dim Circle_sketch As Sketch- n6 h0 W& G1 z: X6 G8 Q; |* K. p; t
Circle_sketch = sketchInPlaceBuilder1.Commit(). ]' b' f5 s4 [
Circle_sketch.SetName("Sketch_Circle")
8 C% \4 T. ~# C$ i Circle_sketch.Activate(Sketch.ViewReorient.False)
* k4 g& b: _' P, p arc = workPart.Curves.CreateArc(Point_center, nXMatrix1, da / 2, 0, 360 * DtoR)
# X$ a: F# _6 e5 ~5 ~ theSession.ActiveSketch.AddGeometry(arc, Sketch.InferConstraintsOption.InferNoConstraints)( k8 \( B3 f; j! X4 |
theSession.ActiveSketch.Update()
4 \: Q# E. p. m8 B' A* Q1 O theSession.ActiveSketch.Deactivate(Sketch.ViewReorient.False, Sketch.UpdateLevel.Model)' C3 A* k- H, @# _
) l! M+ s$ p2 v3 K7 V* w sketchInPlaceBuilder1.Destroy()
+ P* N- H( O# |2 W, a# A' S R9 b0 r- m& }
Dim nullFeatures_Feature As Features.Feature = Nothing
& j2 j2 }2 l. V @6 ~ Dim nullNXObject As NXObject = Nothing* b- T! B) a4 r, m; l$ a. n& T
Dim nullPoint As Point = Nothing/ r/ E0 [' w5 p: ]
0 K0 X; G5 B' h M Dim extrudeBuilder1 As Features.ExtrudeBuilder
) w# X+ c) f1 U0 P" A3 R extrudeBuilder1 = workPart.Features.CreateExtrudeBuilder(nullFeatures_Feature)
3 H$ x6 X& s2 `* K- V; L5 n0 Q extrudeBuilder1.Limits.StartExtend.Value.RightHandSide = "0"# F6 j( l4 N! u3 N
extrudeBuilder1.Limits.EndExtend.Value.RightHandSide = "5"/ c3 W% s, [2 U) N s7 L
' |0 z; q5 v5 W; ?2 n
Dim targetBodies1(0) As Body
- b$ Z4 R, G& D Dim nullBody As Body = Nothing
& ]' M( k# \; Y5 y: E2 U targetBodies1(0) = nullBody
6 T3 ~5 O; s* I, O s- x) t extrudeBuilder1.BooleanOperation.SetTargetBodies(targetBodies1)
+ Y7 X: i% Q/ p- k9 Z1 b5 { extrudeBuilder1.BooleanOperation.Type = GeometricUtilities.BooleanOperation.BooleanType.Create: I# y8 O( t- W+ A! r- R6 I: i
5 v7 C |9 Z& N" j+ {. P
Dim section2 As Section! v* z" C+ u5 Z( a
section2 = workPart.Sections.CreateSection(0.02413, 0.0254, 0.5)
f/ v2 y, {- Q& y extrudeBuilder1.Section = section21 _! q7 [6 A' h" B1 j4 e
Dim features2(0) As Features.Feature9 g. Z2 s8 A4 @. |
Dim sketchFeature2 As Features.SketchFeature = Circle_sketch.Feature
* F( h0 x/ p8 \* V) I features2(0) = sketchFeature2/ I& e/ q4 P* ^* \- |
Dim curveFeatureRule2 As CurveFeatureRule( c+ G; { m: p. T$ G0 T
curveFeatureRule2 = workPart.ScRuleFactory.CreateRuleCurveFeature(features2)' z3 y* l" j( q6 p" p
Dim rules2(0) As SelectionIntentRule2 C( _# I/ B2 U+ [* s3 M2 U ^: M
rules2(0) = curveFeatureRule2
+ O5 A; G, \* T/ F+ Z Dim sketch2 As Sketch = Circle_sketch3 ~* W9 T- F8 k. N: z
Dim helpPoint2 As Point3d = New Point3d(0, 0, 0)2 X2 {! t" j/ Z! v! b- r2 Q
section2.AddToSection(rules2, Circle_sketch.GetAllGeometry(0), nullNXObject, nullNXObject, helpPoint2, Section.Mode.Create, False)9 ]8 Q1 c4 T/ ?8 V
3 x0 g% m5 n4 ^- t) i" o6 z9 ?
Dim direction2 As Direction z) I J' N& x2 E
direction2 = workPart.Directions.CreateDirection(sketch2, Sense.Forward, SmartObject.UpdateOption.WithinModeling)
) B+ n/ K5 }: Y% O extrudeBuilder1.Direction = direction22 b4 a6 `1 s8 X
6 {6 u$ O2 {& G) Z1 A$ g
Dim ExtrudeFeature As Features.Feature, Q1 C7 T: C6 p/ E5 e9 y
ExtrudeFeature = extrudeBuilder1.CommitFeature()
; {) Q! W$ @$ ]3 H4 R) N% T$ _6 p, e9 t ExtrudeFeature.SetName("Circle")8 s2 v# Y" ~; R
2 F3 A# r8 u3 V5 [5 d
extrudeBuilder1.Destroy()
) E$ w$ j, z( r, G* \0 X6 f+ h- }0 V D$ G6 g
extrudeBuilder1 = workPart.Features.CreateExtrudeBuilder(nullFeatures_Feature); z: `5 d4 A( Z0 y* d2 M% n$ }' B
extrudeBuilder1.Limits.StartExtend.Value.RightHandSide = "0"( @8 ]4 i [4 L- [4 \) w( P& c
extrudeBuilder1.Limits.EndExtend.Value.RightHandSide = "5"
$ b2 F6 d: L( l; G$ W+ L/ t2 s, ]; ?: H. ?% k4 m. L0 E0 b7 L
Dim CircleBody As Features.BodyFeature = ExtrudeFeature
: I: E, z( L1 f4 ~0 T Dim body1() As Body = CircleBody.GetBodies()7 F% P# D, x0 B2 F- L! U
4 x* U/ [1 U; n5 v+ U' H1 K1 q
targetBodies1(0) = body1(0)
, b4 Q6 i! Y( ~3 ^2 L; H8 Y' q extrudeBuilder1.BooleanOperation.SetTargetBodies(targetBodies1)
, Y2 ~0 b3 ?: |9 M$ H3 G0 e extrudeBuilder1.BooleanOperation.Type = GeometricUtilities.BooleanOperation.BooleanType.Create
4 J) [8 C1 u! ^; u2 ~) z8 c2 }5 E8 i8 y1 V& U8 p6 x7 ^' f
section2 = workPart.Sections.CreateSection(0.02413, 0.0254, 0.5)
+ d' c! }$ F) a$ @5 G+ M! r- `/ p+ O extrudeBuilder1.Section = section2, T5 N* b5 W" D: P# ~; M' G
sketchFeature2 = Cut_sketch.Feature
- r2 |' o) h% |( n* z w( k2 P features2(0) = sketchFeature2
# i5 ^% L8 ~' f. ~ curveFeatureRule2 = workPart.ScRuleFactory.CreateRuleCurveFeature(features2)- {+ u6 Q6 X% {3 l2 J! b9 h
rules2(0) = curveFeatureRule2 y U9 [" Y; E8 z" \& D% b4 a
sketch2 = Cut_sketch8 E$ i: z3 [5 C; A% x2 m
section2.AddToSection(rules2, Circle_sketch.GetAllGeometry(0), nullNXObject, nullNXObject, helpPoint2, Section.Mode.Create, False)
6 E& |+ T. a! O9 P2 |7 H5 r: g# C2 B# Y! o! U1 @- a8 L0 ^
direction2 = workPart.Directions.CreateDirection(sketch2, Sense.Forward, SmartObject.UpdateOption.WithinModeling)) E8 V: \. Y# s8 F% [* s' a U0 z
extrudeBuilder1.Direction = direction2
; }, h) M9 `* i: { ~2 s" o2 d$ a: i0 Z8 q
Dim CutFeature As Features.Feature
- {- s3 t1 Z Y |' R& F+ P: E7 o CutFeature = extrudeBuilder1.CommitFeature()0 v: E- S- H. W5 |0 E* `1 Q
CutFeature.SetName("Cut"). l G, J" Y v" W5 j4 X
5 X) X6 U. F5 N- z6 |; R extrudeBuilder1.Destroy()
4 w8 I9 G* N( T4 E2 d
' L6 |% E- L3 n' Q" H- C5 }. n Dim geomcopyBuilder1 As Features.GeomcopyBuilder
; T$ ~: _1 h" I! S$ [0 m geomcopyBuilder1 = workPart.Features.CreateGeomcopyBuilder(nullFeatures_Feature)% @( v( ?/ K# M( i: x
geomcopyBuilder1.Type = Features.GeomcopyBuilder.TransformTypes.Rotation
- m7 U; |: z7 V* U) _! [% v
# I( @! u; H3 q/ V* C# d. q geomcopyBuilder1.RotateDistance.RightHandSide = 0
- k3 K; n0 f3 z8 m: ^' O! W! K geomcopyBuilder1.RotateAngle.RightHandSide = 360 / Z
1 x1 J+ A0 t( K! } geomcopyBuilder1.NumberOfCopies.RightHandSide = Z1 K. H5 t) K; U# G4 F
Dim datumAxis1 As DatumAxis = CType(workPart.Datums.FindObject("DATUM_CSYS(0) Z axis"), DatumAxis)
. S- m p, I1 t# R; [ a5 L9 i! B# Z
$ A6 r! E& {0 d- }4 s% o Dim direction1 As Direction$ I8 i- @6 z/ }: R+ q+ E- {4 J4 h
direction1 = workPart.Directions.CreateDirection(datumAxis1, Sense.Forward, SmartObject.UpdateOption.WithinModeling)
4 Z' C, I* s+ H1 V5 w7 V# C; f9 I# g Dim axis1 As Axis# Z- N" p2 {9 `; `
axis1 = workPart.Axes.CreateAxis(nullPoint, direction1, SmartObject.UpdateOption.WithinModeling)
. ]* d, y; h; U6 p6 d2 `
. J. Z* F) d) E( D2 I geomcopyBuilder1.RotationAxis = axis11 Z- Q% c/ N+ L. u
; I% E: O* `/ k. e8 C
Dim CutBody As Features.BodyFeature = CutFeature3 f, q4 H+ H8 h# x$ }
body1 = CutBody.GetBodies()1 v1 O, n$ ~) w$ T1 c/ k6 n0 f0 Y
. D& F: x2 Q# y
Dim added1 As Boolean7 b/ V; f! G7 y2 q2 O
added1 = geomcopyBuilder1.GeometryToInstance.Add(body1(0))0 u3 c/ L! T( A5 t( X
Dim GeomCopyFeature As Features.Feature
9 S. l# m$ W% y4 m/ \ GeomCopyFeature = geomcopyBuilder1.CommitFeature()
( j2 Y l& q* Q4 e, n! e5 Y) |; {" i9 d3 t
Dim nullFeatures_BooleanFeature As Features.BooleanFeature = Nothing4 O) E# t# O/ H+ i: E
) t8 O/ p8 D' d8 X3 N A' p0 g Dim booleanBuilder1 As Features.BooleanBuilder
" Z6 _' i6 r6 Y/ z5 K1 S2 {# B booleanBuilder1 = workPart.Features.CreateBooleanBuilderUsingCollector(nullFeatures_BooleanFeature)4 V0 x' w& f3 t% |( G. A
9 m+ S5 _6 U- N" E- v' \
booleanBuilder1.Operation = Features.Feature.BooleanType.Subtract3 Q' |& A; Y/ g3 L- _
body1 = CircleBody.GetBodies()
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Dim added2 As Boolean3 s9 H2 S1 d; W& o0 {0 ?
added2 = booleanBuilder1.Targets.Add(body1(0))
& e, p; V) `7 R1 M) K6 q
% i/ M: N# [. y! I. U, O# G' E Dim features1(0) As Features.Feature
4 ~! L4 M/ u5 z$ M8 l Dim geomcopy1 As Features.Geomcopy = GeomCopyFeature
! ?# `0 u' s& |& k, D/ n+ C9 [) w# W, b% n4 Y5 ]
features1(0) = geomcopy1
2 |. X4 p7 V" ^0 ~( r; { Dim bodyFeatureRule1 As BodyFeatureRule# v9 O# N J: K% N( Z5 R' C
bodyFeatureRule1 = workPart.ScRuleFactory.CreateRuleBodyFeature(features1)" T! |/ C- i# j' b
: Q* i* z5 d% {
Dim rules4(0) As SelectionIntentRule. q7 W" t0 |5 q6 v
rules4(0) = bodyFeatureRule1$ R' b# o/ d, l. R
Dim scCollector2 As ScCollector2 ]* \. s+ P) h) k
scCollector2 = workPart.ScCollectors.CreateCollector()
7 h" s0 [" N3 P( s; H# B6 f3 [ scCollector2.ReplaceRules(rules4, False) v/ z5 Q+ T1 o6 o' M1 w
1 S) f; E6 p0 Z. ~ booleanBuilder1.ToolBodyCollector = scCollector2
* t; X$ o5 u; c( ^2 ]: G Dim nXObject1 As NXObject! z" r7 @ `3 X. q u( [
nXObject1 = booleanBuilder1.Commit()" G4 y5 b4 o/ U4 j3 e/ r
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booleanBuilder1.Destroy(): J# \) o8 y7 }' y; M7 e! ^* l I' i
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1 k+ P0 P5 {8 y" ~ Dim objects2(0) As DisplayableObject4 @' H, p( g. ]- M6 k- H& G
objects2(0) = CutBody.GetBodies(0): X( {: w+ D- C1 S+ {" _. S
theSession.DisplayManager.BlankObjects(objects2)
9 W& H# {& w9 g: Q" ?/ M- j Catch ex As Exception7 u( p- ]! U: n: K
errorCode = 1( G& G" T% h5 L5 J% h0 i' ~
theUI.NXMessageBox.Show("Block Styler", NXMessageBox.DialogType.Error, ex.ToString)
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End Try
& ]$ M2 Q" l' }% A CreateChainGear = errorCode; {7 A7 I6 ]. p, ? s9 E8 `
End Function
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End Class[/code]# @7 S; w3 Q: m3 K6 H
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