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)
  u$ C6 Y$ q3 h5 o9 Sdata/ha,1,c,0.25
9 u- Z. i" w% m7 {9 \. R7 N+ Q6 W# Ventity/involute,gda,gdb,gdf,gd,invo_rot,pt_mir,ln_mir,invo_mir,ln1,invo_ln
5 Q# D, \) }" A" E% [2 X0 b$ dentity/pp(37),pt,pt1,pt2,pt3,pt4,pt5,pt6,pt7(1000),curda,curdf,pp2,ptori
6 U8 v7 d& z) R- t/ Eentity/solid,shape(1000),shape1(1000),shape2(1000)
entity/shape3(1000),shape4(1000),shape5(1000)
0 h# x9 ~) q  F+ ]ufargs/m,z,a,w
ifthen/z>120
6 Q$ {) {/ S3 T; |3 c8 q$ [& ]messg/'输入齿数超过‘120’!'
jump/stop:
; b. B: T& b7 X% zendif
d=m*z
db=d*cosf(a)
da=d+2*ha*m
df=d-2*(ha+c)*m
8 n) i0 D0 C6 `% ns=&pi*m/2
: Q' C- ~) o: u6 _ra=da/2
rd=d/2
rf=df/2
9 |+ n0 H0 V2 \0 w1 g: m' hrb=db/2
! P) K, e! }5 e7 A" c0 `do/l20:,ak,0,36
- o5 k7 l  [9 a1 [- Y9 frk=0.5*db/cosf(ak)
8 \$ [* ?4 b# W) k" j( o+ Kok=sinf(ak)/cosf(ak)-ak*&pi/180
xk=rk*cosf(ok*180/&pi)
yk=rk*sinf(ok*180/&pi)
pp(ak+1)=point/xk,yk
. [& w5 f, N- \4 Y$ `' M4 Ol20:
' Y) [+ n  `7 L' xgda=circle/0,0,0,ra
gd=circle/0,0,0,rd
  k/ t1 T9 t- p2 g6 X" z: sgdf=circle/0,0,0,rf
gdb=circle/0,0,0,rb
involute=spline/pp
crvtrm/involute,ref,pp(37),first,gda,notrim,status,stus
view/7
pt=point/intof,gd,involute
mat=matrix/xyrot,(s/rd)*(180/&pi)/2
% o2 {# H% \$ T: N- h0 _pt_mir=transf/mat,pt
/ B2 y" ~8 [7 [+ K5 d# T/ v1 Iptori=point/0,0,0
- t4 M" j* }5 R/ p9 |% lln_mir=line/ptori,pt_mir,perpto,gda
' O# |" v" c; ?) Q; Vblank/gda,gdf
8 X4 ^, k$ f; G" yifthen/df<db
# o2 ~( [# s$ n3 Dln1=line/pp(1),pp(1),tanto,involute
. O( ~5 E; T! C, \: q  o2 B) Q) mpp2=point/xlarge,intof,ln1,gdf
# R) H; M7 y* Ndelete/ln1
ln1=line/pp(1),pp2
: F5 a4 O* i4 V- fmat1=matrix/mirror,ln_mir
. R9 L% h6 i: I! iinvo_mir=transf/mat1,involute
invo_ln=transf/mat1,ln1
7 ~0 S/ Q& K+ rpt4=point/intof,gda,ln_mir
  o( b  }; k2 Bpt5=point/intof,gda,involute
pt6=point/intof,gda,invo_mir
curda=circle/pt5,pt4,pt6
5 F( U& a& q  n- K% G9 H6 \pt1=point/intof,gdf,ln1
: z) d0 O6 ^+ \% b" Smat4=matrix/xyrot,360/z
6 @8 N0 g% ^. H1 u5 F9 upt1=transf/mat4,pt1
pt2=point/intof,gdf,invo_ln
pt3=point/intof,gdf,ln_mir
pt7(1)=pt3
" _. L# b( C, |1 `$ w  mj=1
7 y8 r; Z. r& n  p1 @$ [3 ado/l30:,i,1,2*z-1
4 g' X7 D) z) Imat3=matrix/xyrot,i*180/z
ifthen/modf(i,2)<>0
pt7(j+1)=transf/mat3,pt7(1)
j=j+1
. i2 B9 {! @- u, o+ h% Q9 Tendif
l30:
2 x( Y+ l7 J. P9 Z' n+ b7 t; {curdf=circle/pt2,pt7(2),pt1
+ G* q; d+ ~0 X4 F* v0 a+ Wshape(1)=involute
shape1(1)=ln1
! Z$ y! I( W; z& d! @# _0 lshape2(1)=curdf
$ m, I9 r% H, n4 jshape3(1)=invo_ln
  `) Z) H3 l9 e6 z) k: k6 |shape4(1)=invo_mir
shape5(1)=curda
do/l40:,i,1,z-1
mat2=matrix/xyrot,i*360/z
shape(i+1)=transf/mat2,shape(1)
+ \8 h2 y8 Y( D0 O9 \shape1(i+1)=transf/mat2,shape1(1)
shape2(i+1)=transf/mat2,shape2(1)
shape3(i+1)=transf/mat2,shape3(1)
2 p0 }( z+ @3 X! j% Lshape4(i+1)=transf/mat2,shape4(1)
- r+ D) W* X$ `2 P7 jshape5(i+1)=transf/mat2,shape5(1)
l40:
mask/2
- b  |; R. U5 b. Wdelete/all
mask/3
blank/all
mask/5
blank/all
mask/9
blank/all
& j9 s" D* [- m. y& s6 o& f, L8 csolid=solext/shape(1..z),shape1(1..z),shape2(1..z),$
            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
' U# I% X- ?8 f* F+ |+ \mat1=matrix/mirror,ln_mir
invo_mir=transf/mat1,involute
pt4=point/intof,gda,ln_mir
7 {& X7 |, G1 k) V( U8 _pt5=point/intof,gda,involute
pt6=point/intof,gda,invo_mir
curda=circle/pt5,pt4,pt6
pt1=point/intof,gdf,involute
mat4=matrix/xyrot,360/z
pt1=transf/mat4,pt1
, e& z) K2 ?  N, s" ypt2=point/intof,gdf,invo_mir
pt3=point/intof,gdf,ln_mir
pt7(1)=pt3
j=1
6 Q# ?5 d# n4 X/ q6 G. Q9 wdo/l50:,i,1,2*z-1
mat3=matrix/xyrot,i*180/z
# R% ^% p" g, P1 [" A- _- ]  Gifthen/modf(i,2)<>0
pt7(j+1)=transf/mat3,pt7(1)
j=j+1
  O  n  W- C' q/ S* iendif
* W* q# I3 A8 ]; T3 rl50:
: B5 M- A0 ]) ?7 ecurdf=circle/pt2,pt7(2),pt1
! [2 ]4 ?. m6 s8 @9 ashape(1)=involute
shape1(1)=curdf
' T6 I5 ^' W4 o) X) x4 \! g4 z6 ushape2(1)=invo_mir
shape3(1)=curda
do/l60:,i,1,z-1
mat2=matrix/xyrot,i*360/z
shape(i+1)=transf/mat2,shape(1)
shape1(i+1)=transf/mat2,shape1(1)
$ p7 f# S' m# `( `/ S  \9 |shape2(i+1)=transf/mat2,shape2(1)
shape3(i+1)=transf/mat2,shape3(1)
l60:
mask/2
/ r2 g+ n+ s9 F& N( Q9 udelete/all
, H4 M; I2 E# Z' N/ f: g& kmask/3
% U5 r9 V/ |; ~blank/all
2 D$ O0 |& S! N& I4 t* xmask/5
7 f. u9 l+ j6 G, a* iblank/all
- n9 n! ?. q* D: Y+ o* H1 m' X$ S1 cmask/9
blank/all
! Z( r* o9 n4 |; x- J7 usolid=solext/shape(1..z),shape1(1..z),shape2(1..z),$
6 O9 i+ e' F, A; k            shape3(1..z),height,w,axis,0,0,1
; `2 X1 x; I/ V1 Iendif
2 T/ [) P5 f( ?/ O- _2 i; Zstop:
! p) B- N* d6 r+ m& f* C: A+ C- c    halt