UG轮二次开发GRIP源代码

haotao113

不知哪位高手能看看我这个源代码程序 ，我是做ug齿轮二次开发的，但这个代码生成的齿轮是没孔的，望各位高手指点下，把源程序修改下，能生成有孔的齿轮，万分感谢。

number/m,z,a,w,ha,c
number/mat(12),mat1(12),mat2(12),mat3(12),mat4(12)
data/ha,1,c,0.25
: L+ G7 p/ F; M+ M5 S$ mentity/involute,gda,gdb,gdf,gd,invo_rot,pt_mir,ln_mir,invo_mir,ln1,invo_ln
+ T1 S! e# d! T; Uentity/pp(37),pt,pt1,pt2,pt3,pt4,pt5,pt6,pt7(1000),curda,curdf,pp2,ptori
; ~2 p' K. [8 w% v0 d; hentity/solid,shape(1000),shape1(1000),shape2(1000)
entity/shape3(1000),shape4(1000),shape5(1000)
ufargs/m,z,a,w
5 d0 x3 P9 R9 o( u" y4 W  X9 Eifthen/z>120
messg/'输入齿数超过‘120’!'
jump/stop:
endif
7 c1 M8 \. ]* }d=m*z
) D1 z% h( L( ?/ ~9 sdb=d*cosf(a)
da=d+2*ha*m
7 A; T$ O3 c5 Jdf=d-2*(ha+c)*m
( O% k6 N1 w$ D; S' B8 V1 ys=&pi*m/2
0 @5 `- O2 e* tra=da/2
6 e1 D; i5 B  s  Ard=d/2
+ u  |" ^$ C' }: k) U0 J/ l7 nrf=df/2
rb=db/2
do/l20:,ak,0,36
# C6 M1 V% l' \rk=0.5*db/cosf(ak)
ok=sinf(ak)/cosf(ak)-ak*&pi/180
2 x* i* J& R6 ?  j- a4 {% y9 lxk=rk*cosf(ok*180/&pi)
7 X: N* i9 W9 o8 f5 G4 \yk=rk*sinf(ok*180/&pi)
6 ~' @0 A$ C3 Ypp(ak+1)=point/xk,yk
l20:
gda=circle/0,0,0,ra
gd=circle/0,0,0,rd
: T. e' B+ x4 `3 {) Mgdf=circle/0,0,0,rf
gdb=circle/0,0,0,rb
involute=spline/pp
  d/ m9 E( Y( p! wcrvtrm/involute,ref,pp(37),first,gda,notrim,status,stus
view/7
& p: P2 ~1 C8 S: l! Xpt=point/intof,gd,involute
mat=matrix/xyrot,(s/rd)*(180/&pi)/2
+ p# m- b% G8 ]! Upt_mir=transf/mat,pt
ptori=point/0,0,0
2 f8 G! p  z8 q' [' Qln_mir=line/ptori,pt_mir,perpto,gda
blank/gda,gdf
ifthen/df<db
ln1=line/pp(1),pp(1),tanto,involute
. d. S2 z6 R6 fpp2=point/xlarge,intof,ln1,gdf
delete/ln1
ln1=line/pp(1),pp2
+ ~  l- D& _  r9 Rmat1=matrix/mirror,ln_mir
invo_mir=transf/mat1,involute
( ]# K$ x5 l( hinvo_ln=transf/mat1,ln1
pt4=point/intof,gda,ln_mir
pt5=point/intof,gda,involute
8 Q' \" K- u6 s/ A7 _/ v4 cpt6=point/intof,gda,invo_mir
$ D( P, H: x5 N- N5 @& ^curda=circle/pt5,pt4,pt6
1 b2 D7 V5 G4 H( E  S4 ?5 npt1=point/intof,gdf,ln1
$ ?; ^) Z) D0 y) T. Lmat4=matrix/xyrot,360/z
/ }# R$ ]9 B+ v; U3 h( {0 I" Z/ npt1=transf/mat4,pt1
pt2=point/intof,gdf,invo_ln
, d& N' _! a) F3 b- k- Hpt3=point/intof,gdf,ln_mir
1 o$ T. W+ q( o4 V$ ~6 ]: p% npt7(1)=pt3
j=1
* r4 x. M- Z1 u, Z, Ido/l30:,i,1,2*z-1
/ X! D5 l7 B" Y/ w4 s0 N# lmat3=matrix/xyrot,i*180/z
ifthen/modf(i,2)<>0
pt7(j+1)=transf/mat3,pt7(1)
j=j+1
, r' e" V% o4 Zendif
l30:
curdf=circle/pt2,pt7(2),pt1
" D, |* I: D" Q  d$ F. I% r- ~shape(1)=involute
# ?1 \" B  D2 Z: s; a# D; ashape1(1)=ln1
- x# ]8 z  k1 ^6 x/ c6 A% }shape2(1)=curdf
4 M4 ^2 C' V1 e# Sshape3(1)=invo_ln
5 \0 B4 b2 o$ x. x, ~: a+ Cshape4(1)=invo_mir
* z: j. q" G# h  T( h) U  Xshape5(1)=curda
* I9 f- H7 N* e9 wdo/l40:,i,1,z-1
' F; ~' k6 M' E8 e3 |7 \. ~mat2=matrix/xyrot,i*360/z
shape(i+1)=transf/mat2,shape(1)
# G7 @7 J# {1 ?. d8 gshape1(i+1)=transf/mat2,shape1(1)
shape2(i+1)=transf/mat2,shape2(1)
shape3(i+1)=transf/mat2,shape3(1)
' k  i2 ~% f4 }+ ^+ |; w2 M1 Qshape4(i+1)=transf/mat2,shape4(1)
shape5(i+1)=transf/mat2,shape5(1)
+ I* }" n1 w3 `/ q5 S9 o( C. e! S, \0 Al40:
1 j: |- `. d' c; |8 g5 M9 m# Kmask/2
' P( b: ], Y$ ^$ bdelete/all
8 B. I- Q3 Q  Vmask/3
blank/all
mask/5
! N' Q) i) c0 ?+ X, m1 gblank/all
mask/9
1 l5 I9 I3 A5 f/ G3 B& y# Dblank/all
) y: c; q4 J  d$ Ysolid=solext/shape(1..z),shape1(1..z),shape2(1..z),$
, v" M8 h2 T  H            shape3(1..z),shape4(1..z),shape5(1..z),$
            height,w,axis,0,0,1
else
crvtrm/involute,ref,pp(1),first,gdf,notrim,status,stus
7 E7 h) c  ~) E3 }3 hmat1=matrix/mirror,ln_mir
invo_mir=transf/mat1,involute
pt4=point/intof,gda,ln_mir
pt5=point/intof,gda,involute
. K( c* u, `% zpt6=point/intof,gda,invo_mir
curda=circle/pt5,pt4,pt6
+ u  `% x6 L) C$ y' a' X0 A% Wpt1=point/intof,gdf,involute
, B$ [' m) {1 K0 Qmat4=matrix/xyrot,360/z
) t2 ]% A& G0 _1 I; }7 w$ q/ ~pt1=transf/mat4,pt1
( t* e8 r' g% K9 Z1 I/ t$ m7 _pt2=point/intof,gdf,invo_mir
pt3=point/intof,gdf,ln_mir
4 h+ i/ @' p; j" dpt7(1)=pt3
- r# }0 o6 _' ~j=1
do/l50:,i,1,2*z-1
: b3 C/ r. }) h; n' l; e) T$ p) ~mat3=matrix/xyrot,i*180/z
) d3 n$ C" f7 \! J/ Y* e+ vifthen/modf(i,2)<>0
pt7(j+1)=transf/mat3,pt7(1)
j=j+1
endif
l50:
curdf=circle/pt2,pt7(2),pt1
shape(1)=involute
- U, P( c+ o1 S7 sshape1(1)=curdf
shape2(1)=invo_mir
shape3(1)=curda
/ u3 [, G4 l4 \$ bdo/l60:,i,1,z-1
: A$ x  n" {* a) L, P, ], Tmat2=matrix/xyrot,i*360/z
3 ?( M: s4 _9 \7 d3 Cshape(i+1)=transf/mat2,shape(1)
shape1(i+1)=transf/mat2,shape1(1)
9 B1 B& Z& u7 @8 L: O! _1 t0 sshape2(i+1)=transf/mat2,shape2(1)
! i" b, W! T) P# m+ o9 ~7 ~shape3(i+1)=transf/mat2,shape3(1)
9 Q; R! v; n7 ?- L6 P- Nl60:
" I6 a. k! f" P! b6 jmask/2
delete/all
2 P7 N# V1 C7 smask/3
& x6 X6 c, G/ |0 F1 eblank/all
mask/5
blank/all
mask/9
blank/all
solid=solext/shape(1..z),shape1(1..z),shape2(1..z),$
            shape3(1..z),height,w,axis,0,0,1
endif
stop:
% H' @6 W4 t8 `    halt