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。
( {% s8 _4 ~* K. y. n
) F& e# _' X1 N; ?number/m,z,a,w,ha,c
number/mat(12),mat1(12),mat2(12),mat3(12),mat4(12)
data/ha,1,c,0.25
. a8 _# r1 `. M+ E9 y* i! ~7 v' {9 Bentity/involute,gda,gdb,gdf,gd,invo_rot,pt_mir,ln_mir,invo_mir,ln1,invo_ln
) r" D+ m1 D! o0 p2 x1 v8 mentity/pp(37),pt,pt1,pt2,pt3,pt4,pt5,pt6,pt7(1000),curda,curdf,pp2,ptori
5 `' t  p, b+ t+ H/ xentity/solid,shape(1000),shape1(1000),shape2(1000)
7 A) a* L: }, g7 u& w+ b) O3 jentity/shape3(1000),shape4(1000),shape5(1000)
ufargs/m,z,a,w
ifthen/z>120
messg/'输入齿数超过‘120’!'
jump/stop:
5 H- ]7 v- X7 }& m5 pendif
d=m*z
db=d*cosf(a)
da=d+2*ha*m
df=d-2*(ha+c)*m
s=&pi*m/2
ra=da/2
rd=d/2
rf=df/2
0 I% N# `4 b3 y: Hrb=db/2
do/l20:,ak,0,36
  F- m6 H' K  ?  T1 q1 w( T: xrk=0.5*db/cosf(ak)
& u# c3 j) I4 b4 \& Xok=sinf(ak)/cosf(ak)-ak*&pi/180
8 m; f+ {( S* z1 C" X* Ixk=rk*cosf(ok*180/&pi)
yk=rk*sinf(ok*180/&pi)
pp(ak+1)=point/xk,yk
l20:
gda=circle/0,0,0,ra
gd=circle/0,0,0,rd
, k/ J6 a  b: c$ p4 ggdf=circle/0,0,0,rf
' r/ q2 d+ f+ ~4 ~4 tgdb=circle/0,0,0,rb
involute=spline/pp
crvtrm/involute,ref,pp(37),first,gda,notrim,status,stus
; Z' H; I% N7 _& lview/7
pt=point/intof,gd,involute
mat=matrix/xyrot,(s/rd)*(180/&pi)/2
pt_mir=transf/mat,pt
0 `( O& y' `1 Q5 }9 ^$ ^) q9 |! cptori=point/0,0,0
ln_mir=line/ptori,pt_mir,perpto,gda
$ R  J2 \7 O" Q* E/ u. q! b- U% a, ]: oblank/gda,gdf
ifthen/df<db
ln1=line/pp(1),pp(1),tanto,involute
. h2 o; J6 E: Q# X1 epp2=point/xlarge,intof,ln1,gdf
delete/ln1
+ K, D9 e9 r/ A. Tln1=line/pp(1),pp2
mat1=matrix/mirror,ln_mir
8 f. p: k, ~+ B. yinvo_mir=transf/mat1,involute
$ i2 Q8 g; p' B. ?& Einvo_ln=transf/mat1,ln1
: N9 I) F2 {9 _* ]pt4=point/intof,gda,ln_mir
6 w# r8 C, h. X6 Dpt5=point/intof,gda,involute
pt6=point/intof,gda,invo_mir
curda=circle/pt5,pt4,pt6
# W$ E2 K* C9 S7 \, k$ upt1=point/intof,gdf,ln1
: Y$ S2 d5 Y8 Amat4=matrix/xyrot,360/z
pt1=transf/mat4,pt1
pt2=point/intof,gdf,invo_ln
pt3=point/intof,gdf,ln_mir
- r0 W4 y/ F: g2 C$ h+ `3 \0 i. Ypt7(1)=pt3
4 `& k) M/ J$ H: ?) f7 I% Aj=1
do/l30:,i,1,2*z-1
mat3=matrix/xyrot,i*180/z
5 q/ b& q6 P$ [) Fifthen/modf(i,2)<>0
1 V% K& c6 X9 \. upt7(j+1)=transf/mat3,pt7(1)
j=j+1
) Y8 i5 u& c1 dendif
( W2 D& U9 H. r, Yl30:
curdf=circle/pt2,pt7(2),pt1
shape(1)=involute
; Z) d2 W" q! E* _: [, dshape1(1)=ln1
shape2(1)=curdf
) ~4 V6 U7 z0 }/ _shape3(1)=invo_ln
shape4(1)=invo_mir
3 h( p5 ~( r. ^; {shape5(1)=curda
do/l40:,i,1,z-1
: T8 u9 l" F- [/ I  i5 Cmat2=matrix/xyrot,i*360/z
shape(i+1)=transf/mat2,shape(1)
shape1(i+1)=transf/mat2,shape1(1)
4 u# q9 S0 M; a) L. W* h7 B" @$ Gshape2(i+1)=transf/mat2,shape2(1)
- V" x9 C0 a) Z8 b' Ishape3(i+1)=transf/mat2,shape3(1)
shape4(i+1)=transf/mat2,shape4(1)
shape5(i+1)=transf/mat2,shape5(1)
l40:
mask/2
6 P' ^$ B. c& r9 I" |% j& cdelete/all
mask/3
blank/all
& B1 ?, b& Z; m5 y# x4 T; l. Y4 |mask/5
2 H. V' H2 l7 X6 v! Gblank/all
0 I" U0 D: _% R. U2 pmask/9
( g/ C; r& l6 {2 T7 s% ublank/all
* g, d% P5 m+ U  u* ]# ^solid=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
' y1 p$ m2 r( v7 }else
crvtrm/involute,ref,pp(1),first,gdf,notrim,status,stus
mat1=matrix/mirror,ln_mir
invo_mir=transf/mat1,involute
7 H, ~& X. l: ~3 Apt4=point/intof,gda,ln_mir
6 L# W8 ?: G4 d5 G4 x. j& Ppt5=point/intof,gda,involute
pt6=point/intof,gda,invo_mir
curda=circle/pt5,pt4,pt6
! d# i. R$ x' s1 G. Fpt1=point/intof,gdf,involute
( \. Q3 C7 h' nmat4=matrix/xyrot,360/z
pt1=transf/mat4,pt1
pt2=point/intof,gdf,invo_mir
pt3=point/intof,gdf,ln_mir
+ ^$ a* N* i. l# K5 Wpt7(1)=pt3
  M: n- Y( |! h* Z& q5 M. V8 [/ i8 sj=1
do/l50:,i,1,2*z-1
mat3=matrix/xyrot,i*180/z
ifthen/modf(i,2)<>0
5 m' U( R( u  \7 Y. R7 w+ }0 Vpt7(j+1)=transf/mat3,pt7(1)
j=j+1
1 j3 p- W: f: e" T& m+ d: Lendif
2 I6 y8 q6 D7 D0 X, l9 fl50:
curdf=circle/pt2,pt7(2),pt1
& w" E2 x0 d; p6 d6 f$ ^9 A0 r9 Sshape(1)=involute
shape1(1)=curdf
shape2(1)=invo_mir
) U  |8 s) ^/ c4 zshape3(1)=curda
( e( N- ^5 ~! q  A7 edo/l60:,i,1,z-1
mat2=matrix/xyrot,i*360/z
" P. e- S  e/ _( C2 o  H; eshape(i+1)=transf/mat2,shape(1)
shape1(i+1)=transf/mat2,shape1(1)
* ^6 i9 ~1 w" _! X' \. sshape2(i+1)=transf/mat2,shape2(1)
8 O# R- \8 C6 l' Zshape3(i+1)=transf/mat2,shape3(1)
5 R# A5 [: ^9 J7 Al60:
* L& O0 z% H) umask/2
9 |- \8 V! u4 K6 T3 }delete/all
: @1 ?9 X7 g) y: E) [mask/3
+ ^* A- W8 M" dblank/all
& i: b$ C& g. W( R- d/ j5 J+ c& umask/5
1 W; `$ a% ?. V0 m- p6 l, k, T0 Dblank/all
mask/9
blank/all
solid=solext/shape(1..z),shape1(1..z),shape2(1..z),$
& b3 w; q" u9 s' y- |: n4 p            shape3(1..z),height,w,axis,0,0,1
4 G5 I; }; C$ F3 iendif
stop:
4 `  s, d0 U2 A: V9 O* P( }& R    halt