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
# J$ S9 P0 ?& l1 y( {1 R+ h; G* _number/mat(12),mat1(12),mat2(12),mat3(12),mat4(12)
data/ha,1,c,0.25
5 J* O; P& w! _! k- q2 `' eentity/involute,gda,gdb,gdf,gd,invo_rot,pt_mir,ln_mir,invo_mir,ln1,invo_ln
entity/pp(37),pt,pt1,pt2,pt3,pt4,pt5,pt6,pt7(1000),curda,curdf,pp2,ptori
entity/solid,shape(1000),shape1(1000),shape2(1000)
" q/ g5 M& q* {" Uentity/shape3(1000),shape4(1000),shape5(1000)
! s, z& g! ]8 i$ [& r& R' W& q9 Qufargs/m,z,a,w
ifthen/z>120
messg/'输入齿数超过‘120’!'
jump/stop:
endif
d=m*z
db=d*cosf(a)
( k1 o5 s& d) ]$ w+ xda=d+2*ha*m
6 _2 X" v" t2 S0 W; P+ pdf=d-2*(ha+c)*m
" G; G/ O' g$ }& Os=&pi*m/2
9 t$ D- L9 n: T: J2 ~2 Y' @4 @ra=da/2
rd=d/2
rf=df/2
. v' B- W7 B7 y- \) H" |- @3 yrb=db/2
do/l20:,ak,0,36
' v: v1 f& n3 r! ?1 r# g+ trk=0.5*db/cosf(ak)
! t# A8 H, Z9 p: `% Bok=sinf(ak)/cosf(ak)-ak*&pi/180
. x; V* W% P! Q7 Y+ R  J/ K7 \xk=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
gdf=circle/0,0,0,rf
8 u  O( x: ~% E7 j, g+ a% B0 ggdb=circle/0,0,0,rb
involute=spline/pp
7 A( K& R8 c& A$ |  Fcrvtrm/involute,ref,pp(37),first,gda,notrim,status,stus
- D: m) n$ C/ @# n+ ^view/7
pt=point/intof,gd,involute
6 X6 c+ X) `7 A0 B  omat=matrix/xyrot,(s/rd)*(180/&pi)/2
9 v. _% p5 M# ^" jpt_mir=transf/mat,pt
1 G1 ]' G. y2 iptori=point/0,0,0
% g% F+ V; D% f# }. hln_mir=line/ptori,pt_mir,perpto,gda
blank/gda,gdf
* ?. n5 |& Q; L0 m+ b- I! uifthen/df<db
& M2 W. h4 V- F# i4 t  r& e# N1 T# E: _* Eln1=line/pp(1),pp(1),tanto,involute
pp2=point/xlarge,intof,ln1,gdf
: t5 z! W% B/ @6 ?/ M! Odelete/ln1
ln1=line/pp(1),pp2
( r7 G0 g) `+ I; D# Omat1=matrix/mirror,ln_mir
( u9 }: V+ u( B1 B0 X* U7 G4 U; ]invo_mir=transf/mat1,involute
invo_ln=transf/mat1,ln1
4 ?  J( H0 r, ^2 w4 Kpt4=point/intof,gda,ln_mir
+ ?' Y( w$ u  Q. apt5=point/intof,gda,involute
! k+ _# z3 P3 cpt6=point/intof,gda,invo_mir
curda=circle/pt5,pt4,pt6
) T( l! U/ E7 y2 _4 |, G9 {pt1=point/intof,gdf,ln1
mat4=matrix/xyrot,360/z
pt1=transf/mat4,pt1
( ~( t3 _  Y6 ~) ?pt2=point/intof,gdf,invo_ln
pt3=point/intof,gdf,ln_mir
pt7(1)=pt3
j=1
4 O) N5 {' {) d7 d- Y9 y$ V1 vdo/l30:,i,1,2*z-1
mat3=matrix/xyrot,i*180/z
% T" W/ a5 i/ l9 {+ ?* Lifthen/modf(i,2)<>0
pt7(j+1)=transf/mat3,pt7(1)
j=j+1
& H8 w% j" [! c9 W' N! }( {endif
l30:
9 }+ p+ b# {0 I1 Lcurdf=circle/pt2,pt7(2),pt1
shape(1)=involute
shape1(1)=ln1
" Y( @) ^7 W$ ?! Q4 Kshape2(1)=curdf
* ]$ k. R+ _; I' \shape3(1)=invo_ln
shape4(1)=invo_mir
shape5(1)=curda
% e; x! R# m% Q! ado/l40:,i,1,z-1
5 O. I& H9 ^, w2 H" ]mat2=matrix/xyrot,i*360/z
/ \+ f: j. R; h& i; r: i. n# Cshape(i+1)=transf/mat2,shape(1)
1 ~  M& k2 H. h( v1 |- H$ \5 E9 \5 ishape1(i+1)=transf/mat2,shape1(1)
+ q" P* W5 b; y7 y2 Vshape2(i+1)=transf/mat2,shape2(1)
: Y/ D" z# b( yshape3(i+1)=transf/mat2,shape3(1)
; U) ~. I! U  p  k/ gshape4(i+1)=transf/mat2,shape4(1)
shape5(i+1)=transf/mat2,shape5(1)
l40:
mask/2
delete/all
" P6 f7 ]/ p1 d7 j4 M- f9 jmask/3
; b3 X% A& v. p: D  x& Wblank/all
mask/5
* q4 |. y8 N8 c+ o/ W8 m* s5 Ablank/all
- G; M+ l  X6 p8 Nmask/9
; d, H% q/ P3 e  bblank/all
  m9 z/ ]* @- nsolid=solext/shape(1..z),shape1(1..z),shape2(1..z),$
" n9 f, m' v; b# y& m5 X            shape3(1..z),shape4(1..z),shape5(1..z),$
            height,w,axis,0,0,1
* Z9 }+ B- Y* l$ m. oelse
crvtrm/involute,ref,pp(1),first,gdf,notrim,status,stus
mat1=matrix/mirror,ln_mir
; K. L4 O9 L& o. U* C: |  Zinvo_mir=transf/mat1,involute
; H. N5 x0 H8 l" ]% Z2 @pt4=point/intof,gda,ln_mir
0 p% G. n2 G( D9 dpt5=point/intof,gda,involute
6 c3 A: z' n/ G. v; Q2 R7 Fpt6=point/intof,gda,invo_mir
& z$ B5 J- B, pcurda=circle/pt5,pt4,pt6
+ `4 d+ R7 y( Q+ S5 b, b4 Opt1=point/intof,gdf,involute
mat4=matrix/xyrot,360/z
8 q6 d: u- V6 k6 t; ?1 M/ bpt1=transf/mat4,pt1
5 |: k  X# w3 q, E" _  `3 `' M! Cpt2=point/intof,gdf,invo_mir
( L5 _5 O1 c+ b4 dpt3=point/intof,gdf,ln_mir
* _' G3 b& V' H; d* n9 a) hpt7(1)=pt3
+ X6 q3 s9 ?, T* Pj=1
do/l50:,i,1,2*z-1
0 x) v, G5 Q& d( G! tmat3=matrix/xyrot,i*180/z
. l8 J+ h& L% @4 R" o: @ifthen/modf(i,2)<>0
pt7(j+1)=transf/mat3,pt7(1)
/ ]/ C  J' a& a* ~$ hj=j+1
endif
3 Q9 Z/ o+ b7 E  A2 Pl50:
curdf=circle/pt2,pt7(2),pt1
shape(1)=involute
shape1(1)=curdf
shape2(1)=invo_mir
shape3(1)=curda
0 J, F$ L& p. f' z$ hdo/l60:,i,1,z-1
/ N2 S  H7 }: l3 ]. Lmat2=matrix/xyrot,i*360/z
. m  N* O' e: x4 A# Ishape(i+1)=transf/mat2,shape(1)
6 V' q0 c" |7 o% Dshape1(i+1)=transf/mat2,shape1(1)
. R) ^# C( h' O$ f. c9 D" |shape2(i+1)=transf/mat2,shape2(1)
# L: y8 W$ U8 F- Y3 dshape3(i+1)=transf/mat2,shape3(1)
* k% G) U1 ?. `0 y0 jl60:
7 U6 {2 b! B& _- o5 }8 L- Dmask/2
delete/all
, X" p9 G  F9 x. H) smask/3
blank/all
mask/5
4 ~  x& m# ?7 g$ R! W! C" ]. ~- Pblank/all
2 x! g7 f& y2 i3 M. B+ Z; Zmask/9
blank/all
6 p' Y, ~( M3 y' T6 k% c8 bsolid=solext/shape(1..z),shape1(1..z),shape2(1..z),$
( q) Z, `% t2 X9 |4 Q6 r( e2 U            shape3(1..z),height,w,axis,0,0,1
5 M8 i- H) t5 \3 ^  E! k% A- R0 bendif
9 x9 ~$ [. T' r* A7 D- ostop:
    halt