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。

" z; N# z1 Q' X7 Q  Knumber/m,z,a,w,ha,c
+ H" @, |1 W; D, |number/mat(12),mat1(12),mat2(12),mat3(12),mat4(12)
" i2 |2 l* o: h: f' b2 W, tdata/ha,1,c,0.25
" S  B8 j% i7 _: T9 s5 g/ Rentity/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
. S: o5 f" `+ {# |6 _8 ]1 lentity/solid,shape(1000),shape1(1000),shape2(1000)
- j! T  ], k7 B( u6 zentity/shape3(1000),shape4(1000),shape5(1000)
ufargs/m,z,a,w
1 O0 }: z# P6 _- j! a1 V5 Uifthen/z>120
& K4 A+ k$ J3 j2 W: C' y8 @6 D. d8 Dmessg/'输入齿数超过‘120’!'
jump/stop:
& E; k+ Q6 d) Y( l& Rendif
d=m*z
3 X$ c6 p" X$ g/ B3 ?db=d*cosf(a)
da=d+2*ha*m
7 ?0 e0 r1 w3 I  E' p6 {" Cdf=d-2*(ha+c)*m
8 u4 R1 b: q. g0 `s=&pi*m/2
ra=da/2
2 R. G; s0 s5 T9 S2 A5 Q4 Qrd=d/2
7 y% _  m5 E: s* H' r6 [, e" x, B. Wrf=df/2
rb=db/2
do/l20:,ak,0,36
! \( U3 B5 |5 ~) Q" E8 Urk=0.5*db/cosf(ak)
ok=sinf(ak)/cosf(ak)-ak*&pi/180
xk=rk*cosf(ok*180/&pi)
  a6 ]4 h( R; d  l, z+ e# O" E$ ]. jyk=rk*sinf(ok*180/&pi)
pp(ak+1)=point/xk,yk
1 d/ g( i, p5 Q8 z4 dl20:
gda=circle/0,0,0,ra
gd=circle/0,0,0,rd
gdf=circle/0,0,0,rf
gdb=circle/0,0,0,rb
8 m- _$ K$ c$ n" @% f5 dinvolute=spline/pp
crvtrm/involute,ref,pp(37),first,gda,notrim,status,stus
+ v* D$ p4 E8 E6 dview/7
- p4 c5 T5 G/ C1 _7 C; s$ X/ R  |1 Ppt=point/intof,gd,involute
mat=matrix/xyrot,(s/rd)*(180/&pi)/2
pt_mir=transf/mat,pt
# E) j4 J5 i0 G2 B) |2 ]: F$ {5 tptori=point/0,0,0
ln_mir=line/ptori,pt_mir,perpto,gda
blank/gda,gdf
ifthen/df<db
4 x: d# _! T2 C0 V7 Uln1=line/pp(1),pp(1),tanto,involute
" H: `0 S4 y0 bpp2=point/xlarge,intof,ln1,gdf
$ f3 w$ J5 ~( U' ~* u  j* S; {delete/ln1
ln1=line/pp(1),pp2
  V9 A2 B* m8 V1 f* lmat1=matrix/mirror,ln_mir
invo_mir=transf/mat1,involute
invo_ln=transf/mat1,ln1
/ ^! K; m. W0 A$ Qpt4=point/intof,gda,ln_mir
- T: X6 K, E. v; `4 k% Gpt5=point/intof,gda,involute
pt6=point/intof,gda,invo_mir
curda=circle/pt5,pt4,pt6
pt1=point/intof,gdf,ln1
mat4=matrix/xyrot,360/z
+ y+ t8 h! j8 D2 _pt1=transf/mat4,pt1
pt2=point/intof,gdf,invo_ln
$ t# ~/ d5 z( C* apt3=point/intof,gdf,ln_mir
* U* {) L" s0 W" D2 R7 @9 R0 upt7(1)=pt3
/ J; ]1 n; a9 ]1 Fj=1
do/l30:,i,1,2*z-1
mat3=matrix/xyrot,i*180/z
ifthen/modf(i,2)<>0
pt7(j+1)=transf/mat3,pt7(1)
& r; m0 ^6 O4 `7 K) M6 [- g. I9 Lj=j+1
endif
( U0 c0 U8 I+ x/ E/ Bl30:
curdf=circle/pt2,pt7(2),pt1
shape(1)=involute
& z$ B* o3 n6 n+ Rshape1(1)=ln1
! a' E5 E; s; j( C' K6 Gshape2(1)=curdf
shape3(1)=invo_ln
shape4(1)=invo_mir
+ n4 y  @' Y& U$ T6 Y- vshape5(1)=curda
do/l40:,i,1,z-1
2 X3 k" v7 u- h- I# q) t! K7 A9 Lmat2=matrix/xyrot,i*360/z
shape(i+1)=transf/mat2,shape(1)
shape1(i+1)=transf/mat2,shape1(1)
shape2(i+1)=transf/mat2,shape2(1)
shape3(i+1)=transf/mat2,shape3(1)
- ]- z, l$ M9 \  J! h( s, b4 Dshape4(i+1)=transf/mat2,shape4(1)
shape5(i+1)=transf/mat2,shape5(1)
/ k' F: c+ Q- \0 Tl40:
$ S' z' l; h( _+ l- I7 }6 L1 Gmask/2
2 F1 ?; H2 G% b0 e* Fdelete/all
& n' t+ c7 z3 c+ ]mask/3
  A/ p% R& H0 P; y0 `; }' `blank/all
mask/5
blank/all
' _5 A) b1 ~7 T5 P/ Lmask/9
blank/all
9 G( B2 U5 z3 N# Z! ?solid=solext/shape(1..z),shape1(1..z),shape2(1..z),$
( S: Y, Z$ Y" K7 k; R            shape3(1..z),shape4(1..z),shape5(1..z),$
1 b* p' P% h( Y1 k( S            height,w,axis,0,0,1
else
* z% S3 k- x& m* k0 P4 Xcrvtrm/involute,ref,pp(1),first,gdf,notrim,status,stus
mat1=matrix/mirror,ln_mir
# b9 d& m% p) n- o+ k0 W* Minvo_mir=transf/mat1,involute
6 q7 A  e$ x4 }7 H  A* A: i  y/ V9 hpt4=point/intof,gda,ln_mir
4 n( v1 m( Y: f) z' |pt5=point/intof,gda,involute
6 _! g9 H6 _; Q( ~pt6=point/intof,gda,invo_mir
curda=circle/pt5,pt4,pt6
pt1=point/intof,gdf,involute
0 i5 m! f' H& nmat4=matrix/xyrot,360/z
( Z( N# r. E7 k$ Bpt1=transf/mat4,pt1
( k, G" P7 s+ P. ~pt2=point/intof,gdf,invo_mir
pt3=point/intof,gdf,ln_mir
pt7(1)=pt3
j=1
0 V- h5 p7 n, W7 Y9 zdo/l50:,i,1,2*z-1
mat3=matrix/xyrot,i*180/z
- n% E6 ?/ }3 ^  \3 n# \% y* rifthen/modf(i,2)<>0
+ j" x" z" m0 apt7(j+1)=transf/mat3,pt7(1)
j=j+1
endif
l50:
curdf=circle/pt2,pt7(2),pt1
* p: h- J5 p2 p( C  [3 a5 \. Ishape(1)=involute
) R; h- A4 q8 c2 U) pshape1(1)=curdf
shape2(1)=invo_mir
0 b* C% N8 l9 H- {0 ]) I' t. \shape3(1)=curda
do/l60:,i,1,z-1
! e8 w8 i0 J  |, Mmat2=matrix/xyrot,i*360/z
shape(i+1)=transf/mat2,shape(1)
' h" W: h( c% a) ashape1(i+1)=transf/mat2,shape1(1)
$ M- B; [& h: m$ y4 Y0 o; B' s& hshape2(i+1)=transf/mat2,shape2(1)
8 Z' f  p  k- y& {' Gshape3(i+1)=transf/mat2,shape3(1)
l60:
mask/2
delete/all
mask/3
blank/all
' F  Y& R# C4 y; N, M" Imask/5
+ j3 F; f3 [8 f" T* lblank/all
mask/9
blank/all
% M& j" ?+ ]' G5 t9 s! N2 W4 Qsolid=solext/shape(1..z),shape1(1..z),shape2(1..z),$
8 P- d& Q* q! ^" A            shape3(1..z),height,w,axis,0,0,1
1 j2 _. h8 G& t- u7 j, G6 hendif
stop:
' W1 c1 ]! N9 O: p& b    halt