macro是CATIA中一个强大的功能  在这里我只能简单的说下6 u. Q; |9 b" m  F: l
真正要熟练掌握  还需自己不断去探索学习+ K- k# I" m3 l6 l
1.工具——宏——启动录制——开始录制, W8 e, m5 }+ [: n8 t# t

2.根据自己需要，创建草图（也可是实体，为了方便这里就用草图，以后大家可以自己拓展练习）' M% _4 l. x: p( u7 q

7 b6 ]$ }% T( L, M% q! r
3.退出草图  并停止录制。。。。$ C0 x# Q$ W0 ?  R) a$ x& s

4.打开 工具——宏——宏。。。找到刚才所录制的宏
 


5.编辑. q- c! h3 h$ x5 O
清空所有字符  将下列字符粘入
9 _( G, W, |! @: e5 n; d  z' B3 x
Language="VBSCRIPT"" t8 P- ]. M5 |
0 W2 I5 N- P0 p$ @4 ]) o
Sub CATMain()/ [3 n5 Y0 Y% V3 g- d/ e' h

) \/ u6 s- }7 Q6 Z- Ifor i = 1 to 36
6 W+ C' ~% u7 n  i5 |# }1 E4 s+ j2 ~
a=sqr(i)9 Y, C" q, t1 x4 a& e

/ V& q+ D  U& g5 b; \# pSet partDocument1 = CATIA.ActiveDocument+ Q1 F' ~1 n$ p9 R* q

: y- A2 K& V: m6 H. u* nSet part1 = partDocument1.Part
6 ]3 i" }; U, H' ^) m* v5 k0 n. S" }0 [+ U& R: `4 Y
Set bodies1 = part1.Bodies- U' X3 j6 [. F! M9 }  N
" x4 _0 @( r; B) C
Set body1 = bodies1.Item("零件几何体")% n7 R* R  b% `; Q/ I- j
$ K( S2 K, C4 T" b& G
Set sketches1 = body1.Sketches8 c5 c5 x9 r; V9 y2 Q

% L! z" S/ m- S6 m  q+ O6 jSet originElements1 = part1.OriginElements, U( f/ ]9 J5 e! d* ?9 W& C6 u) y
. l9 ?$ I: D; k6 O/ U; G% s
Set reference1 = originElements1.PlaneZX
% y  x# M* U0 h. ?* v6 B1 |9 k  B5 [, R; v
Set sketch1 = sketches1.Add(reference1)1 Q  L# ]( R7 x$ [6 ?4 [, g% E8 I
6 e- C1 m( q: v) T9 W
'Dim arrayOfVariantOfDouble1(8)
+ y- M" G2 Z4 T) F  |' ~, ?'arrayOfVariantOfDouble1(0) = 0.000000/ D  o6 |1 a6 [% F
'arrayOfVariantOfDouble1(1) = 0.000000( N8 o. G$ _: S1 X4 y  q7 M
'arrayOfVariantOfDouble1(2) = 0.000000
: {6 j, I4 _8 q- }8 `' `6 v/ Q'arrayOfVariantOfDouble1(3) = -1.000000  Y# m* {0 q0 Z6 Z+ h' C, Y4 y
'arrayOfVariantOfDouble1(4) = 0.000000
. F8 B7 s) A9 F0 k& ]% o( x0 h'arrayOfVariantOfDouble1(5) = 0.000000
5 Z6 R; u5 D$ x2 ]4 k  M7 U'arrayOfVariantOfDouble1(6) = 0.000000
$ w& I. l1 L' o6 J' Q; a'arrayOfVariantOfDouble1(7) = -0.000000
" Z+ [! T6 \% w2 {'arrayOfVariantOfDouble1(8) = 1.000000
4 Q! c1 ?! o; }! L/ d# y'sketch1.SetAbsoluteAxisData arrayOfVariantOfDouble11 ^. K# n/ u: H

' R1 F* ~+ f. I! S8 L8 u, _part1.InWorkObject = sketch1
8 U8 z1 X/ H1 N' m; u) |1 P
# O" y. `' n. f9 U! P# \! ]$ Y2 QSet factory2D1 = sketch1.OpenEdition()( x) C; Y- Q% @- f9 f+ o

' j! I8 G! {$ L: T: }4 H" q5 DSet geometricElements1 = sketch1.GeometricElements
' [$ T& ]" A, Z" W) |& z0 f/ r5 s- X4 k1 o7 ?- @; r. X( H
Set axis2D1 = geometricElements1.Item("绝对轴")' A6 L0 Z/ p+ r% Q4 B
7 E7 j1 T8 o- P  n; o- P& Z
Set line2D1 = axis2D1.GetItem("横向")1 _: P. M2 l$ G) O& p- b% a

+ Z* S. M3 x( V2 z4 D5 T. y, Vline2D1.ReportName = 1' K5 Q- m9 }2 ?+ w! \% s

% H3 Z6 Z. h& `9 p7 aSet line2D2 = axis2D1.GetItem("纵向")
- l0 W0 b# g# U/ b; b; M' W) `' q9 x+ n9 `( s
line2D2.ReportName = 2# W: q3 r6 O4 D1 U+ a% ?
6 y$ z9 g) G3 Z7 h# n
Set point2D1 = factory2D1.CreatePoint(0.868241, 4.924039)
! t4 Q0 u* L6 D& w. Y0 B
/ i: r3 k1 `8 `+ opoint2D1.ReportName = 3, R' o9 K. x7 V

2 o0 U$ h' \) I, k$ Y) iSet line2D3 = factory2D1.CreateLine(0.000000, 0.000000, 0.868241, 4.924039)
9 S1 {% l5 m2 ]- ~7 O; I( r1 N; [- Q0 ?$ _+ d7 y- k
line2D3.ReportName = 4
7 w0 E. k; y% D7 ^* i' A1 Q- @
! [( m0 a9 I# D* G% j8 U' tSet point2D2 = axis2D1.GetItem("原点")8 b& ^+ w- u3 {1 |9 S

7 d# ~* N0 W5 b- t# s  ^line2D3.StartPoint = point2D2
% O, T7 `$ {' h' v) f) u4 v4 Z0 e4 j, {2 ~# t) o$ P
line2D3.EndPoint = point2D13 P5 j2 }5 K; b% A: \
# T2 l7 S/ a& q/ Q9 g2 X) f1 n
Set constraints1 = sketch1.Constraints* X9 e; p1 [, Y, l6 {5 T: D

1 Q" f2 f) f, l3 d. |% ~Set reference2 = part1.CreateReferenceFromObject(line2D3)! O/ X6 S: M8 s

% z7 g0 c2 ]1 K9 mSet constraint1 = constraints1.AddMonoEltCst(catCstTypeLength, reference2)
; n3 l4 B( r7 E4 _1 e# O$ }& r. z' W, t# w
constraint1.Mode = catCstModeDrivingDimension
& j$ u1 e1 T' U2 s( r2 b& x
( I# q0 W' J% P! s/ o# b# M9 p+ V' ASet length1 = constraint1.Dimension6 t8 T$ u2 A. j" j$ y

; E  g- i# H6 D' G7 Tlength1.Value = 5*a5 _: \; L# T1 i  B' \. k
+ W$ g) \+ a* n& ]
Set reference3 = part1.CreateReferenceFromObject(line2D3)2 W7 i. R6 f0 R0 }
/ A. a# F/ ?) r8 v( C" r" T
Set reference4 = part1.CreateReferenceFromObject(line2D2)
: s1 J7 x! X# Z
$ ?1 x6 l7 Q9 D/ ]6 SSet constraint2 = constraints1.AddBiEltCst(catCstTypeAngle, reference3, reference4)$ l8 h9 F- m5 ]

% R. u* ~5 m: M! b2 y* |% D+ `+ e3 Bconstraint2.Mode = catCstModeDrivingDimension, ]+ }' P1 q5 Z8 `; Q* P* l% F, K

& W, h3 J1 M3 M+ iconstraint2.AngleSector = catCstAngleSector0+ U3 Y/ b/ n$ z
/ w. r, n: r5 t/ G- Q
Set angle1 = constraint2.Dimension
/ b# t  J- K7 ~: s# I! ]: J. @% T+ h: N5 [0 W  x+ `$ U
angle1.Value = 10*i
  b) K0 i6 f: p( O5 v
+ a/ c( u  V' t2 n7 Ysketch1.CloseEdition
- }! p4 g# j1 Y: V  W' g
4 R; E# v, B' C. dpart1.InWorkObject = sketch1
8 A) j5 s* X2 o3 N* e
9 }1 C/ X' e# o5 X9 |next
/ T$ V  r/ `$ x1 @6 Q3 d. ?: C
3 n% }& Y3 z) u  }( U0 rpart1.Update ' }+ f) N4 J; K0 O

$ J' h, ?: x5 @' JEnd Sub
/ p3 o6 _! x/ o! m! |/ {! a1 R  P9 L3 T% j. `/ i" y
6.点宏编辑器中保存   关闭宏编辑器
! a2 b  X  S) P2 Q+ j- [  q+ ~; u/ i8 r# E; x- r9 l
7.将之前做的草图隐藏  然后运行刚刚编辑的宏命令

这仅仅是一种思路  具体应用还要根据实际工作 灵活运用

 

本文转载于http://www.the0578.com/