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UG二次开发源码-链轮齿轮标准件创建VB源码 " ^) T) U4 @. {) P
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！5 F. z, U) F2 Y/ a1 T
$ E' s' H) s6 z& A! q2 [[code] Private Function CreateChainGear(ByVal ChainType As String, ByVal Z As Integer) As Integer
) g, F* S5 H. R* d Dim errorCode As Integer = 0& ^: L0 f$ e v9 @' n `
Dim p, dr, d, r1, r2, r3, da, d_cut As Double8 g" m) u6 w Q
Dim alf, Beta, Gama As Double
& P2 m! O; r- [# U& F9 `) d! G Dim M, T, V, W As Double
. R0 Q" n7 O8 a! e Dim DtoR As Double = PI / 180. J/ p8 f$ O6 J1 ~+ m D
Try
; E2 |: x( P! X Select Case ChainType
9 [1 A/ y; u, v/ c$ ^ Case "06B"
0 X% g8 S3 x' ?" h' J p = 9.5257 A# {+ L) U3 L. F, g3 v1 R
dr = 6.350 X5 j' x, b* @2 N; D2 o' ~
Case "08A"
) e) K" }$ b+ ^ Z, K e' T: H p = 12.7
% w; l, F0 v; [. X$ J, |) J dr = 7.95/ n& Q" i5 ?5 `# l
Case "08B"
, ~- Y. h; x: C4 O' D8 u7 Q p = 12.7) [' K1 J' Z3 X; w$ R A
dr = 8.51
: j, k' m: [" ~. d' D: N Case "10A"
8 N3 R* V* \6 `+ _: s- J( H/ Q p = 15.875
* s5 B$ d2 P2 `4 Q5 Z$ B H- H dr = 10.16
6 o+ ?0 {: n, i% D, s End Select
5 Z5 f; w* B; c1 c
5 g6 w5 _% D2 f alf = (55 - 60 / Z) * DtoR" M. R2 v& q0 b. S
Beta = (18 - 56 / Z) * DtoR
) ~+ I/ ?* B$ G) s `! ^- k7 Y3 H Gama = (17 - 64 / Z) * DtoR
+ q: K. N. n, S8 v" W; ^: C r1 = 0.5025 * dr + 0.05
; P' E/ M+ o0 ^5 q6 [9 D r2 = 1.3025 * dr + 0.05
5 `4 z# S% @/ \: f7 t* E+ f r3 = dr * (1.3 * Cos(Gama) + 0.8 * Cos(Beta) - 1.3025) - 0.05
- `! ?1 P( Z4 ] M = 0.8 * dr * Sin(alf)
# e3 P! O# H9 u& p T = 0.8 * dr * Cos(alf)
, i1 S& \8 W4 r" i ?, F( ]0 } W = 1.3 * dr * Cos(180 / Z * DtoR)
3 A3 U5 O/ g* g2 W& e* G V = 1.3 * dr * Sin(180 / Z * DtoR)
2 l) t0 |$ Y7 c0 j+ k d = p / Sin(180 / Z * DtoR)$ A2 f1 A6 w+ ?, G' D1 T
da = p * (0.54 + 1 / Tan(180 / Z * DtoR))) e* _5 L# b: B8 |) ?3 g0 ?
d_cut = p * (1 + 1 / Tan(180 / Z * DtoR))
0 z3 S& s- w! p
! n6 L1 V* a+ ?" f Dim Point_O, Point_O2, Point_O3, Point_A, Point_B, Point_C, Point_D, Point_E, Point_cut As Point3d
8 u% A# o- P$ _- Y/ K6 n Dim Y_o As Double = d / 2
$ e; T# e% t0 F/ b6 |3 ~5 z. }) C: g
- U# V: ?# {& G/ e! \ Point_O = New Point3d(0, Y_o, 0): p* H2 m" b* t
Point_O2 = New Point3d(-M, Y_o + T, 0)
: j# C( B4 U( t; L/ ^% A0 J- R Dim point_O2_neg As Point3d = New Point3d(M, Y_o + T, 0)( _$ a: ]$ ~0 ]# C5 y
/ i. U$ K& H& c$ _( B- c# ?. E* [ Point_O3 = New Point3d(W, Y_o - V, 0)
: J) K/ J9 J+ ?, j7 X Dim point_O3_neg As Point3d = New Point3d(-W, Y_o - V, 0)7 b1 A. |" p+ S" b4 Z$ A2 L
8 F7 E, ]/ W. J Point_A = New Point3d(r1 * Sin(alf), Y_o - r1 * Cos(alf), 0): t. f- N. q A W
Dim Point_A_neg As Point3d = New Point3d(-r1 * Sin(alf), Y_o - r1 * Cos(alf), 0)
8 l2 h( E2 n7 {" l( O- ]4 p% P& t% W& ?# p$ r7 H
Point_B = New Point3d(-M + r2 * Sin(alf + Beta), Y_o + T - r2 * Cos(alf + Beta), 0)9 r. H: V4 m/ A# `" _4 i5 ~
Dim Point_B_neg As Point3d = New Point3d(M - r2 * Sin(alf + Beta), Y_o + T - r2 * Cos(alf + Beta), 0)6 w! z6 }8 A9 g
4 P' i, m6 A# `) n! _ Point_C = New Point3d(W - r3 * Sin(alf + Beta), Y_o - V + r3 * Cos(alf + Beta), 0)! t @5 h2 P+ w% \; @ f
Dim Point_C_neg As Point3d = New Point3d(-W + r3 * Sin(alf + Beta), Y_o - V + r3 * Cos(alf + Beta), 0)
2 X. G2 T6 [" r
2 e1 S, w4 L& V Dim X_d As Double = W - r3 * Cos(90 * DtoR - alf - Beta + Gama)
5 @/ ?* \$ p' K q Dim Y_d As Double = Y_o - V + r3 * Sin(90 * DtoR - alf - Beta + Gama)
# l7 ^) _+ ~+ p0 w* B F0 l- \ Point_D = New Point3d(X_d, Y_d, 0)
0 v/ Q" g. M; j% x Dim Point_D_neg As Point3d = New Point3d(-X_d, Y_d, 0): Y, M6 ?3 d' I
% N# l. {6 u1 y
Dim Ld As Double = Y_d - X_d / Tan(180 / Z * DtoR)4 m* k; w0 d! j" F: @2 b: ]7 m H
Dim Le As Double = Ld * Cos(180 / Z * DtoR)
7 L7 [5 V1 M4 w8 A X, V v4 V8 V) V, G% f6 ^+ o1 h. q
Point_E = New Point3d(X_d + Le * Sin(180 / Z * DtoR), Y_d - Ld + Le * Cos(180 / Z * DtoR), 0)
1 ~- d" W* p3 ~, k9 F Dim Point_E_neg As Point3d = New Point3d(-X_d - Le * Sin(180 / Z * DtoR), Y_d - Ld + Le * Cos(180 / Z * DtoR), 0)4 r# m ?' ^- Z" f" C( P* r* l
) ]$ J: N7 w% b8 W
Point_cut = New Point3d(d_cut / 2 * Sin(180 / Z * DtoR), d_cut / 2 * Cos(180 / Z * DtoR), 0)% U. T6 s. H# K% Y' @2 G" ~, U. O
Dim Point_cut_neg As Point3d = New Point3d(-d_cut / 2 * Sin(180 / Z * DtoR), d_cut / 2 * Cos(180 / Z * DtoR), 0). j: l) _" b3 x) w: H
T$ r7 }( G1 @( b A6 y1 V
4 _. U4 M4 j- d( O0 \ theSession.Preferences.SkeTCh.CreateInferredConstraints = False
' [6 M7 x' l5 j/ Q$ E theSession.Preferences.Sketch.ContinuousAutoDimensioning = False1 J+ N: m( d/ G3 L. }' r! y
Dim workPart As Part = theSession.Parts.Work$ w$ b$ V9 q; n1 ]) R
Dim nullSketch As Sketch = Nothing! d$ b; s; `8 ]5 X9 V( ^
Dim sketchInPlaceBuilder1 As SketchInPlaceBuilder' }% d7 N- W3 D( G8 R( w
sketchInPlaceBuilder1 = workPart.Sketches.CreateNewSketchInPlaceBuilder(nullSketch)- V' L" C4 p6 M# Z/ e$ Q6 D
Dim Cut_sketch As Sketch
8 G5 h' Q. K1 o7 W1 c$ r Cut_sketch = sketchInPlaceBuilder1.Commit()
" I) E5 L0 G8 G4 p" n Cut_sketch.SetName("Sketch_ChainGear")" q3 P( w7 g) H' b W( _
Cut_sketch.Activate(Sketch.ViewReorient.False)
8 Y" F- I% p( [! N& e4 Z
7 r7 Q/ S% x- X: G5 r Dim NXMatrix1 As NXMatrix
0 T/ i% D3 t/ X4 W! y$ I nXMatrix1 = theSession.ActiveSketch.Orientation
$ e$ g$ H5 Q$ R8 h! i" q6 i Dim arc As Arc9 Q6 Y# y) S7 G$ \' u+ Y& ~
arc = workPart.Curves.CreateArc(Point_O, nXMatrix1, r1, -90 * DtoR - alf, -90 * DtoR + alf)
+ M0 a7 k) s5 Z1 h theSession.ActiveSketch.AddGeometry(arc, Sketch.InferConstraintsOption.InferNoConstraints)
$ Y; [$ R8 ^7 L0 m \6 V, e1 P( F4 G5 W3 C, m1 K
arc = workPart.Curves.CreateArc(Point_O2, nXMatrix1, r2, -90 * DtoR + alf, -90 * DtoR + alf + Beta)
3 l) @% C5 z1 Z5 r W+ o. c! Q; ? theSession.ActiveSketch.AddGeometry(arc, Sketch.InferConstraintsOption.InferNoConstraints)
) v2 c& c; K) W1 k2 C$ W+ a5 t( H" e* t+ O& `) \3 i! G
arc = workPart.Curves.CreateArc(point_O2_neg, nXMatrix1, r2, -90 * DtoR - alf - Beta, -90 * DtoR - alf)/ g* _% P0 s) g+ r# A
theSession.ActiveSketch.AddGeometry(arc, Sketch.InferConstraintsOption.InferNoConstraints)
( q- C8 O. f% t0 a; e9 h+ {( g. Y+ R' M. h& | j W$ G1 T: b* w
arc = workPart.Curves.CreateArc(Point_O3, nXMatrix1, r3, 90 * DtoR + alf + Beta - Gama, 90 * DtoR + alf + Beta). p4 f, h9 B1 j6 s* |) B
theSession.ActiveSketch.AddGeometry(arc, Sketch.InferConstraintsOption.InferNoConstraints)
# B: t% A \1 E/ `( X( j
1 [4 ]" `$ z: Y! ` d- u arc = workPart.Curves.CreateArc(point_O3_neg, nXMatrix1, r3, 90 * DtoR - alf - Beta, 90 * DtoR - alf - Beta + Gama)5 C" w1 K$ m: z
theSession.ActiveSketch.AddGeometry(arc, Sketch.InferConstraintsOption.InferNoConstraints)
. U+ }8 ?2 O) q
/ x' F* }* c1 i+ c Dim line1 As Line
; O: ?* W7 A4 h, L; }0 t$ B( \5 D! d2 V7 I" W
line1 = workPart.Curves.CreateLine(Point_B, Point_C); G, d- b3 @: Y/ L! V* ?
theSession.ActiveSketch.AddGeometry(line1, Sketch.InferConstraintsOption.InferNoConstraints)
7 `# ?' c9 u1 x& M# y line1 = workPart.Curves.CreateLine(Point_B_neg, Point_C_neg)( Q8 g/ B1 r, B8 R
theSession.ActiveSketch.AddGeometry(line1, Sketch.InferConstraintsOption.InferNoConstraints)
$ J; \( Q2 g# _. }
) P1 T# l5 r& o- U1 b line1 = workPart.Curves.CreateLine(Point_D, Point_E)
$ t5 ^( ^' i" ]2 S8 _ theSession.ActiveSketch.AddGeometry(line1, Sketch.InferConstraintsOption.InferNoConstraints). _' Z2 s! K4 h' ?, H& D' l+ J
line1 = workPart.Curves.CreateLine(Point_D_neg, Point_E_neg)( w$ F9 O* O$ q3 T) j
theSession.ActiveSketch.AddGeometry(line1, Sketch.InferConstraintsOption.InferNoConstraints)
4 [0 O% y5 ~) f+ M* H: Z- U) |, q# h5 Q
line1 = workPart.Curves.CreateLine(Point_E, Point_cut)
1 {& s' n ?# H2 K theSession.ActiveSketch.AddGeometry(line1, Sketch.InferConstraintsOption.InferNoConstraints)
0 {, k6 w& B1 \3 A8 i line1 = workPart.Curves.CreateLine(Point_E_neg, Point_cut_neg) z$ `5 U6 U6 d5 o
theSession.ActiveSketch.AddGeometry(line1, Sketch.InferConstraintsOption.InferNoConstraints)+ U" Y% H8 J3 g
& J3 a& b$ D2 d, ^
Dim Point_center As Point3d = New Point3d(0, 0, 0)& y- D7 r& P% y- p
arc = workPart.Curves.CreateArc(Point_center, nXMatrix1, d_cut / 2, (90 - 180 / Z) * DtoR, (90 + 180 / Z) * DtoR)
S! q+ ~; ?( U. t* W8 a" J& ] theSession.ActiveSketch.AddGeometry(arc, Sketch.InferConstraintsOption.InferNoConstraints); D! L# |% F, i6 r/ {$ z
, d: Y, g! d( E6 g
theSession.ActiveSketch.Update()5 `) K4 i9 V5 Z7 N
theSession.ActiveSketch.Deactivate(Sketch.ViewReorient.False, Sketch.UpdateLevel.Model)
. k* @! L- `" B5 Q0 h! [
# S( s# y2 @# \6 v$ N& g sketchInPlaceBuilder1 = workPart.Sketches.CreateNewSketchInPlaceBuilder(nullSketch)
: v" w* c* o" n Dim Circle_sketch As Sketch
* r. ?7 u$ R' |7 N6 y6 n Circle_sketch = sketchInPlaceBuilder1.Commit()6 @% o; \6 b% y4 A* D
Circle_sketch.SetName("Sketch_Circle")1 r4 j% q$ T; x) z: Y( y7 ?
Circle_sketch.Activate(Sketch.ViewReorient.False)4 O: {9 _1 Y6 ?0 C3 I' G
arc = workPart.Curves.CreateArc(Point_center, nXMatrix1, da / 2, 0, 360 * DtoR)9 w! v" Q% y) [* \% u- f. z
theSession.ActiveSketch.AddGeometry(arc, Sketch.InferConstraintsOption.InferNoConstraints)& K: O& v2 g7 E! s9 o
theSession.ActiveSketch.Update()
; v8 r$ C! S/ K5 e5 o0 j% i& L4 M theSession.ActiveSketch.Deactivate(Sketch.ViewReorient.False, Sketch.UpdateLevel.Model)( c' s! l" ?4 A3 t$ }# w
) `7 U. s3 g* t( y- D/ j sketchInPlaceBuilder1.Destroy()# Z1 H7 \- ^6 ~" @+ ]# b; g) x: q5 f
- N3 |4 a8 m0 E. l( D
Dim nullFeatures_Feature As Features.Feature = Nothing
4 P( M! a: r9 ]; u9 n Dim nullNXObject As NXObject = Nothing6 Q4 T* A& b' N, R- ~- n; d7 q% E6 C
Dim nullPoint As Point = Nothing
8 l$ H7 n( v9 R" B+ _ a5 Y( ^8 x+ \" X( Y
Dim extrudeBuilder1 As Features.ExtrudeBuilder
+ B0 @3 V$ Q) \1 ` extrudeBuilder1 = workPart.Features.CreateExtrudeBuilder(nullFeatures_Feature)
6 G' k6 M) T* V9 J L2 y extrudeBuilder1.Limits.StartExtend.Value.RightHandSide = "0"' s/ n8 D# i. `
extrudeBuilder1.Limits.EndExtend.Value.RightHandSide = "5"
9 [/ k+ k% V- B; @1 h U/ k7 T) L$ ]1 S
Dim targetBodies1(0) As Body
' t5 ]) \& ^, h8 N( f" ~ Dim nullBody As Body = Nothing
8 e7 o9 }0 b. `3 \9 D targetBodies1(0) = nullBody
5 P* M) r4 {4 O extrudeBuilder1.BooleanOperation.SetTargetBodies(targetBodies1); ?) H! G" ^8 F, _' O0 U) h1 o
extrudeBuilder1.BooleanOperation.Type = GeometricUtilities.BooleanOperation.BooleanType.Create! W7 t8 B" q8 R9 Y. [8 I: B
* Z. ^9 }9 t) S* O$ i6 E1 ] Dim section2 As Section
- X' ^: C3 @- z% p8 R& e' } section2 = workPart.Sections.CreateSection(0.02413, 0.0254, 0.5)
# T: X- G8 w6 f4 o' Y4 U5 J9 O extrudeBuilder1.Section = section2: H! Z! t+ g# d8 y: }( C$ B# Y
Dim features2(0) As Features.Feature
) C) `) T+ l5 [ Dim sketchFeature2 As Features.SketchFeature = Circle_sketch.Feature% D9 a A9 Y. h
features2(0) = sketchFeature2& G/ q) g. M3 m0 |: A" r: K$ I# p( _
Dim curveFeatureRule2 As CurveFeatureRule
/ h8 n9 B; k' H5 T# U) O curveFeatureRule2 = workPart.ScRuleFactory.CreateRuleCurveFeature(features2)
, ]4 w# I) n$ j2 T' w. h* J Dim rules2(0) As SelectionIntentRule) f$ _$ x# ?4 z' Z) ?
rules2(0) = curveFeatureRule2
8 M2 y! D3 a$ h7 c- f: d @& d Dim sketch2 As Sketch = Circle_sketch9 a5 G1 {) n" A4 n0 H
Dim helpPoint2 As Point3d = New Point3d(0, 0, 0)" J1 f+ O" l* Q% { o. u+ N$ p
section2.AddToSection(rules2, Circle_sketch.GetAllGeometry(0), nullNXObject, nullNXObject, helpPoint2, Section.Mode.Create, False), I* _+ ]& e; y3 X. i9 ~! g
4 Q5 m9 u! ]/ R# y+ e, h2 U `
Dim direction2 As Direction8 _2 F$ x/ L" L7 Q0 H) t. m
direction2 = workPart.Directions.CreateDirection(sketch2, Sense.Forward, SmartObject.UpdateOption.WithinModeling)
( d4 f6 n: d# e8 a. R! R' c+ n extrudeBuilder1.Direction = direction2+ ]# U5 G# Y% `3 @
; B$ V' ~6 u3 k- V6 j
Dim ExtrudeFeature As Features.Feature! y# A) J( L- y5 k C/ S; r1 o" [
ExtrudeFeature = extrudeBuilder1.CommitFeature()
( g" @+ I9 m3 ^' r/ |; n ExtrudeFeature.SetName("Circle")
R: s0 V O: r, L
* I/ C/ L* J% t* g/ } K& l extrudeBuilder1.Destroy()
0 H. S2 p6 j" \6 i% C' m7 d( P' a- r3 D- Z @6 U( B8 C8 h' ^% s
extrudeBuilder1 = workPart.Features.CreateExtrudeBuilder(nullFeatures_Feature)
9 r4 V& W/ @. n8 B& S4 q extrudeBuilder1.Limits.StartExtend.Value.RightHandSide = "0"
/ B& N( K' u, T! p" ^8 N: ^1 H: ] extrudeBuilder1.Limits.EndExtend.Value.RightHandSide = "5"- J! e5 e: W# `# u9 _
' A7 H4 R6 t8 `; ^& y
Dim CircleBody As Features.BodyFeature = ExtrudeFeature
/ _3 T( k5 M. h: S4 M2 l; ` Dim body1() As Body = CircleBody.GetBodies()
3 F1 r1 X) K, o# v, X1 d' w% N' i
targetBodies1(0) = body1(0)/ E4 _) N5 E8 z! P! D
extrudeBuilder1.BooleanOperation.SetTargetBodies(targetBodies1)
* E1 n% {; u) r% U& T% o6 { extrudeBuilder1.BooleanOperation.Type = GeometricUtilities.BooleanOperation.BooleanType.Create* A" |, `( k8 @3 _) |9 W4 o: ?
A3 T. f3 L$ }: `
section2 = workPart.Sections.CreateSection(0.02413, 0.0254, 0.5); r/ u3 j. h3 W& h
extrudeBuilder1.Section = section20 w0 G' Q- D3 v0 B* w: @) \
sketchFeature2 = Cut_sketch.Feature* }( o' G, t: O! W; U& J
features2(0) = sketchFeature2
- ?8 ]" v6 P7 R5 V' | curveFeatureRule2 = workPart.ScRuleFactory.CreateRuleCurveFeature(features2)
( L% R9 o# x" H2 | rules2(0) = curveFeatureRule2
7 g+ b# O; ]8 I5 b! d- w1 g/ G sketch2 = Cut_sketch9 j V8 `& m$ o; U1 X( _% K
section2.AddToSection(rules2, Circle_sketch.GetAllGeometry(0), nullNXObject, nullNXObject, helpPoint2, Section.Mode.Create, False). l @( a8 i" O* Z# Y: _
" y' ?+ K' S& |) c# ?" j
direction2 = workPart.Directions.CreateDirection(sketch2, Sense.Forward, SmartObject.UpdateOption.WithinModeling)4 t Z8 A0 Q4 L8 N: |1 S `& K
extrudeBuilder1.Direction = direction2
: D+ _4 V. _! S0 v" H) u: D5 q- a6 M2 J$ n" \5 x3 s
Dim CutFeature As Features.Feature
0 j7 j, u, E7 |: F CutFeature = extrudeBuilder1.CommitFeature()3 b3 _, l% ^( v
CutFeature.SetName("Cut")
0 K" C% b6 J* @- y! ?
2 i m5 x: X1 i- d8 T extrudeBuilder1.Destroy(), t' e6 `# F) v+ k1 q2 r; l
, L2 V; V% a# T# {! U Dim geomcopyBuilder1 As Features.GeomcopyBuilder$ i' r; U* O# w) u
geomcopyBuilder1 = workPart.Features.CreateGeomcopyBuilder(nullFeatures_Feature)) d- @! t" l6 o7 e8 [6 N. Z: d% q0 ?: l
geomcopyBuilder1.Type = Features.GeomcopyBuilder.TransformTypes.Rotation1 k; b" s# j( e$ R3 I8 M
* A2 k( r% A" B, }; }6 z0 v
geomcopyBuilder1.RotateDistance.RightHandSide = 0
9 W8 A! m0 |9 e5 z6 J% c geomcopyBuilder1.RotateAngle.RightHandSide = 360 / Z
3 m$ \) j! w. G8 N/ l; J geomcopyBuilder1.NumberOfCopies.RightHandSide = Z
3 L# c3 l5 E9 J Dim datumAxis1 As DatumAxis = CType(workPart.Datums.FindObject("DATUM_CSYS(0) Z axis"), DatumAxis)2 D8 T. `$ ^8 }% t9 D1 @
3 j0 X _) n, ]
Dim direction1 As Direction, u9 I9 m2 d" F7 s
direction1 = workPart.Directions.CreateDirection(datumAxis1, Sense.Forward, SmartObject.UpdateOption.WithinModeling)
) j' \2 U3 T, d, p; s. B% i Dim axis1 As Axis
" l: G- I+ j+ d; ^. y axis1 = workPart.Axes.CreateAxis(nullPoint, direction1, SmartObject.UpdateOption.WithinModeling)9 G; |+ T& Y* a* g- V# E
; F2 I- F, B1 I# l! Z; c geomcopyBuilder1.RotationAxis = axis1+ J" j# b1 i6 L- D
% I/ Q! L4 t" z' s8 L. j: C
Dim CutBody As Features.BodyFeature = CutFeature
4 T! d$ Y+ z# e: M: _( y body1 = CutBody.GetBodies()% u( |9 n% v5 T, w. \+ ^$ @
; A! O' h0 N2 g$ E7 p( Y
Dim added1 As Boolean
: Q+ n9 L% I6 c+ O" F( k added1 = geomcopyBuilder1.GeometryToInstance.Add(body1(0))
6 ?4 M/ @* s; s Dim GeomCopyFeature As Features.Feature' f$ O( A! z3 J! ^& E- q6 f
GeomCopyFeature = geomcopyBuilder1.CommitFeature()9 m4 V/ _ V6 G, L' f- ]
2 r7 A( @+ [: I5 d3 r1 r Dim nullFeatures_BooleanFeature As Features.BooleanFeature = Nothing% y, N# E2 E/ Z( K
8 O7 Z& g+ b8 u" p s% e1 T9 |! J5 _ Dim booleanBuilder1 As Features.BooleanBuilder
* h$ F7 f" q+ }5 Y* d1 X booleanBuilder1 = workPart.Features.CreateBooleanBuilderUsingCollector(nullFeatures_BooleanFeature)8 X* X4 \1 K! B& l
+ [& v, l: |; Q4 e0 O) b booleanBuilder1.Operation = Features.Feature.BooleanType.Subtract. ^% _+ H1 k; Z: U( M
body1 = CircleBody.GetBodies()
, g x; w3 |$ \$ G0 S! u; u9 t, A4 o2 V
Dim added2 As Boolean
3 J( M5 F$ I0 ? added2 = booleanBuilder1.Targets.Add(body1(0))# c( u, P/ t1 A' ?7 y( {6 L
' l$ j! A, e7 |
Dim features1(0) As Features.Feature
0 ~8 a8 Z6 h2 \8 H `+ _ Dim geomcopy1 As Features.Geomcopy = GeomCopyFeature2 o3 o7 Z+ ~2 o0 I
5 e. e" T9 N9 u
features1(0) = geomcopy12 U6 I; K- d! ^5 P* F* r* Z
Dim bodyFeatureRule1 As BodyFeatureRule" {1 h' {* B) r
bodyFeatureRule1 = workPart.ScRuleFactory.CreateRuleBodyFeature(features1)
3 O/ {8 e' q( Q2 j; t( P) E) N3 Q0 `$ k* j# o y
Dim rules4(0) As SelectionIntentRule
; X( S) e/ {( } L# } rules4(0) = bodyFeatureRule16 h% ~" J7 w' x2 ^& C# S7 ^
Dim scCollector2 As ScCollector7 q! r+ e/ k) T$ H* M
scCollector2 = workPart.ScCollectors.CreateCollector()) Y/ ?, C6 |. w" H
scCollector2.ReplaceRules(rules4, False)" u. u9 @; W+ o& w
4 l8 I6 R( v z7 N booleanBuilder1.ToolBodyCollector = scCollector2
# ~5 q( a) i9 b; K4 B- Q8 z# d Dim nXObject1 As NXObject
' O# H3 I! d% t, |) w R9 A2 s nXObject1 = booleanBuilder1.Commit()2 p- x2 f1 E7 ^& {3 w- l
% x% y5 a# L1 [4 N* _( B
booleanBuilder1.Destroy()
! {6 }; ~8 W- u2 q& o
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! P/ b1 U0 S, N Dim objects2(0) As DisplayableObject
! K4 ?; |+ A8 l; U# G8 c objects2(0) = CutBody.GetBodies(0)6 {7 q, {. {) p& G) ]
theSession.DisplayManager.BlankObjects(objects2)
3 ?+ a( J& d! S" A4 L$ U Catch ex As Exception
1 ], Q( X$ G+ o" B5 U2 p errorCode = 1
6 n' Q, {4 g, i9 _5 I/ {# u+ Y; ] theUI.NXMessageBox.Show("Block Styler", NXMessageBox.DialogType.Error, ex.ToString)
' B$ G* E) p- O/ O+ C5 v; i" ~% L6 \- ^( ^6 I. C0 r( T. M$ v
End Try5 k8 ~0 e9 B- b# W8 z
CreateChainGear = errorCode
2 W$ k# {4 e4 G. ^8 W2 E End Function
0 |% n; [: V0 e- Z . e& c) @3 f, }
End Class[/code]- F1 _4 h& e# v8 P% V
) Z# ]' z7 L2 V+ t: |; k |
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发表于 2014-4-25 20:51:15
