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以下是我的后处理 5 P, M- \6 p4 K( b1 \& b1 b
还有一把刀具加工程序时程序开头没有刀号(t) D t# H% N7 ]/ k
多把刀具加工时有刀号
4 V) U: ~9 U" W! p" x! \( v+ t# I2 {请问如何让处理出来的一把刀具加工程序有刀具号呢(t)? 8 g; c r. i: z+ ?8 t
3 H9 Z+ e Q% I( ~
# tool comment / manual entry section
1 J% s( U: P, A+ i' o9 f2 F# -------------------------------------------------------------------------- * U+ H c. {( @7 A Y% y
ptoolcomment #comment for tool 6 d% N+ v5 X5 Y, U! W
tnote = t 3 M3 c% |, O X C+ u2 u
toffnote = tloffno ) J. V# S7 J2 _% _( w% ]
tlngnote = tlngno
9 J& p: W: l' s1 L h #"(", pstrtool, *tnote, *toffnote, *tlngnote, *tldia, ")", e
: n( ?# ~: {/ ~5 x1 @1 j "(",*tldia,")", e ; k8 G5 _4 e1 g5 @8 x& l( P& n- h
pstrtool #comment for tool ( x( O: d2 Q- Q7 i- l4 I) Z$ _! d
if strtool <> sblank,
9 C5 d$ `: y/ ^8 V( g [ - X; \: k. y: d4 e, e/ g4 y Q
strtool = ucase(strtool)
3 Z! @1 ^( |6 d: m0 Y *strtool, " "
) |8 _. I! Q# i ] * f, u& _3 k6 x5 _
pcomment #comment from manual entry (must call pcomment2 if booleans)
( H( E' l& \. y' X6 m, b pcomment2 ( |# E. r( r% `1 I0 k/ |3 A
pcomment2 #comment from manual entry , V) H" C8 ~8 [/ M
scomm = ucase (scomm) 4 x1 |9 j" M$ a6 @) `! f
if gcode = 1007, "(", scomm, ")" , A* p" o& h# H3 z4 u1 r
else, "(", scomm, ")", e
/ p& z5 {. t( b5 e# --------------------------------------------------------------------------
3 z7 s- i2 K, Z2 C# start of file and toolchange setup 5 [# L) \/ @. V; k9 N# M
# -------------------------------------------------------------------------- " c6 O6 F+ e, Y
psof0 #start of file for tool zero
; D) K+ B! b3 X6 i psof
1 J0 m8 w2 h( E2 U4 \psof #start of file for non-zero tool number % h7 F, i1 o3 _: f: c# I* l/ Z! s
pcuttype 5 J: s# B& I n. H; n# L2 `4 ]& j
toolchng = one - D" T- }- ^, R4 x% z9 f- g
if ntools = one, 9 b% n" M- ^& F2 i4 `
[ $ g K+ o" ]* e9 s4 {
#skip single tool outputs, stagetool must be on F6 h/ U- m8 I
stagetool = m_one # Z) E |3 s! s: t, m8 p2 ^& C7 v
!next_tool & N& F4 L& l. D6 o* e
]
?4 L. x# y/ ~- G+ ? "%", e ) g& j: C" v8 L& ^% w+ i" y& n" O
*progno, e
/ a- U/ ?/ F. k6 D( b$ A "(", sprogname, ")", e
u9 [" m, L W- U+ R8 i "(", date, " ", time, ")", e
7 _) z& u, _1 r) Q& b% f7 M pbld, n, *smetric, e
, o& Q8 W1 ~: j5 }9 A: q pbld, n, *sgcode, *sgplane, "g40", "g49", "g80",*sgabsinc,"g94", e 8 @8 Z5 }2 Z; z& `7 F9 f
sav_absinc = absinc % f% C9 m2 i/ w+ J1 S- n: N8 d; G' x8 M$ }
if mi1 <= one, #work coordinate system
/ V, T+ i, _! s3 ~; U5 S) P [ # u4 S9 d" C$ g4 _" a
absinc = one / r3 i: N3 Y. K9 Z& ], z3 q6 ]
#pfbld, n, sgabsinc, *sg28ref, "z0.", e 4 x. M9 y9 |8 N2 f4 c0 ^2 v. U
#pfbld, n, *sg28ref, "x0.", e
* ]- n# G2 X3 f* | #pfbld, n, "g92", *xh, *yh, *zh, e 2 p s& M, y. E |! R7 a
absinc = sav_absinc ; f# v$ C: P" d: Y
] % H7 w% ^3 F, Z
pcom_moveb 3 _0 E { Z c+ D! E) l$ I) j
c_mmlt #multiple tool subprogram call ; E" I, `+ `4 k9 c0 G, X+ V/ @: h
ptoolcomment
; G8 |% h! w/ J' \+ D comment
9 J( n+ g& H, X% Y" v pcan 1 T, W8 l3 {. J
if stagetool >= zero, pbld, n, *t, "m6", e
9 }3 ^; N! C3 T" o8 [ pbld, n, "/",scoolant 9 j. D$ h: @& `3 w+ r
pindex
5 ~( ?" k4 Z$ F$ E2 T9 h- ]0 t if mi1 > one, absinc = zero 0 k0 B& z( g( L2 |+ d( q
pcan1, pbld, n, *sgcode,*sgabsinc, pwcs, pfxout, pfyout, $ }) f1 D: P7 r* M' j
pcout, *speed, *spindle, pgear, strcantext, e
. p% v5 u# T1 }$ A pbld, n, "g43", *tlngno, pfzout, next_tool, e / P3 H3 \6 d* O" v5 m0 Q( C0 N
absinc = sav_absinc ) |8 ^0 Z; P! I/ r# c& m
pbld, n, "*2030=0.0" ; G' [# f! [) i2 T
pbld, n, "*2031=0.0" - c2 c) p+ s p3 ~$ g0 g3 v( Y5 ]8 U. U
pcom_movea 5 I! M& W# E X* o
toolchng = zero : A: o: z' w0 x t
c_msng #single tool subprogram call
" V+ c( e8 N; Z* V+ Q; g3 | ! K4 k$ X3 G' B% Z/ s7 w
ptlchg0 #call from nci null tool change (tool number repeats)
1 t3 N: H; \! o0 H3 _3 b pcuttype
) o* |/ S- k+ a pcom_moveb
, w, S/ X" \, n* k c_mmlt #multiple tool subprogram call 7 X) q, X8 \1 `
comment 2 m; @% F, n6 w! i9 y& }# _9 h
pcan & `. X- |# M/ ]$ g: f
pbld, n, sgplane, e
1 Y, K6 ^# j: A; Z) T3 @# m) Q pspindchng
0 e# ?& @: e B0 L7 x9 @ pbld, n, scoolant, e # {5 v9 ~0 H: p$ h; f
if mi1 > one & workofs <> prv_workofs,
. }8 I6 i2 H* k0 G [
8 ?; K# w* G) S% [6 V9 X! V4 Y8 K sav_absinc = absinc
% @9 L2 K6 ]1 |: F" O2 A1 h absinc = zero ) B4 m7 }' y# ~1 r
pbld, n, sgabsinc, pwcs, pfxout, pfyout, pfzout, pfcout, e " U5 C) x# F- c$ \
pe_inc_calc 1 k" I2 u& Q5 a4 } {
ps_inc_calc
# k/ P$ s p z F v6 A& F B absinc = sav_absinc
7 F. D. J2 F6 X. ^ ] 3 T/ R: A" P/ C$ H) u
if cuttype = zero, ppos_cax_lin 5 ?3 q" W) B3 i3 S- l3 h
if gcode = one, plinout - m- S! b, j$ x0 c. I
else, prapidout
; o8 k/ ?5 f: K* | pcom_movea
5 r Q. l+ Y' M% Y7 v c_msng #single tool subprogram call - a9 s9 W& s' x9 D9 ~4 U0 P$ t
ptlchg #tool change
, Q& _- S+ x& @& } pcuttype
S5 `# K. s) t5 d- D& Q" i' g! V toolchng = one
$ c7 a9 c" P. r$ D2 { if mi1 = one, #work coordinate system 6 }' E$ X. q6 t& m6 N, d
[ 4 ~5 T( j3 R7 O5 Y! n. l
pfbld, n, *sg28ref, "x0.", "y0.", e
7 U& H7 Q5 s) \ pfbld, n, "g92", *xh, *yh, *zh, e
4 r( i& F G' R7 m2 ] u ]
t: g$ W+ |6 P9 v7 u2 | pbld, n, "m01", e
- S% F) `) E! r. B% d% R; g pcom_moveb " Z3 ?, h% W- p
c_mmlt #multiple tool subprogram call - R% M0 O) b% |& A& G
ptoolcomment 2 q3 |/ A5 U( ~0 m% i( o
comment
# c& v y3 E5 c$ r pcan
5 j' x9 u+ r' f! r- [$ T pbld, n, *t, "m6", e
9 z- k& M0 u( E; k0 b' \! A$ u pbld, n, "/",scoolant 9 O0 A1 I* o! {- z( s" G4 R* Z
pindex
" _) ~# t4 c }/ M" k" R% o sav_absinc = absinc , H5 P( ?( r6 u
if mi1 > one, absinc = zero
9 H. F. `9 z/ G# E- a pcan1, pbld, n, *sgcode, *sgabsinc, pwcs, pfxout, pfyout, , F. O7 V; Y( }# _1 M
pcout, *speed, *spindle, pgear, strcantext, e
F$ r* e8 d% c3 c H pbld, n, "g43", *tlngno, pfzout, next_tool, e
3 |4 q$ ?& Y' E pbld, n, "*2030=0.0" 0 {( j k E- D) H$ o6 d
pbld, n, "*2031=0.0"
- F* Q. X) O- \$ q' f, z) G absinc = sav_absinc 0 _5 f" L, f2 K1 f, R" L4 ~
pcom_movea 0 [" p# K r( X7 J, S$ d2 Y
toolchng = zero
5 L9 {9 a# s; Q c_msng #single tool subprogram call
+ |5 y9 t% V0 }/ Y. Mpretract #end of tool path, toolchange
. S3 \, ~5 Z, ]0 b% r l6 M sav_absinc = absinc
) G) I; }0 Y' M# K( G4 e sav_coolant = coolant % ]0 U5 y5 @2 e1 C B: u8 H
coolant = zero
% ~- R7 p4 c0 \" l5 e* R) b #cc_pos is reset in the toolchange here
/ ` U4 U! L2 \) W cc_pos = zero ( q4 X" @# }. l! p
gcode = zero ! u$ U! G/ U" l$ Z* T0 r
pbld, n, sccomp, *sm05, psub_end_mny, e
+ W9 \5 y4 o T, W$ ?* S p3 o pbld, n, scoolant, e & R' u. x/ _! r3 w# a1 d
absinc = one 6 T; Z, \! G1 l8 \+ q9 N$ q
pbld, n, sgabsinc, sgcode, *sg28ref, "z0.", e 4 Y1 [ \* ~3 @/ _9 B9 U1 w8 |( y
/ I+ n+ X0 Y9 j
#pbld, n, *sg28ref, "x0.", "y0.", protretinc, e
2 w4 K5 F# ?0 c3 H absinc = sav_absinc
( E7 T2 f7 h3 H& N coolant = sav_coolant , X2 w" h/ K4 v. ?+ N: x
$ O: s) l8 P* ?; `protretinc #reset the c axis revolution counter
4 C; G: I) s5 E" p% f if frc_cinit & rot_on_x,
0 w6 K ~2 b/ } a1 h2 n( N+ g* T( [ [
' Z. u2 B* Y) x: q( @+ |& k9 B rev = zero - c- f3 j+ p" o5 V* e. }
sav_rev = zero
W$ N, P |6 k cabs = zero
' y9 N. v) s5 \' N0 x8 Y7 D csav = zero
! C1 z5 Z: q5 J) A* t6 K indx_out = zero
1 {# q( R. Q( Z. t. \ if index, e, pindxcalc, pindex & `2 m$ h4 \* e1 \
else, *cabs
+ O* U9 ? F, S% U prvcabs = zero 2 R5 k# m# `" {8 q/ V5 n; @
!csav, !cabs ! \9 }9 P$ [: Z( K5 A
] 1 G/ @; o% `8 \# r
peof0 #end of file for tool zero
+ q% @$ V4 }' l( w g/ S2 k peof
* ]# X# {" K, |- n$ Kpeof #end of file for non-zero tool . l, T; f' h: i6 a) O. f
pretract
: k. }! K2 f+ @( i# C comment 0 F3 E) |' b9 D$ j
#remove pound character to output first tool with staged tools
0 s" e8 R4 |' Y) i7 G #if stagetool = one, pbld, n, *first_tool, e
% m' A4 {* F1 Q9 v: b) D) S0 v pbld, n, *sg28ref,"y0.", protretinc, e ( ?/ i* L; M$ m4 J) D) f- d7 U
n, "m30", e
' o! O( E& p! J8 X mergesub 9 R, W& [- M, w5 P
clearsub & {2 I+ R) J6 F5 r+ I/ C
mergeaux ; w. b9 i' O' c
clearaux
+ C' b6 s, O: v/ C- x6 [. F1 z "%", e * T0 j3 T9 d8 a% M
pwcs #g54+ coordinate setting at toolchange
8 v# h8 Y3 A/ a3 ^ if mi1 > one,
2 l% Q+ V$ r, A7 d; p [
I/ i) C% j9 M# u$ p; ]3 X" r sav_frc_wcs = force_wcs
3 C& ~; m3 I* Q8 I. ?2 p, O if sub_level, force_wcs = zero * x: J5 L8 e8 I% L4 e: F% d( a
if workofs <> prv_workofs | (force_wcs & toolchng), ' P3 C+ M- r* b; X
[
6 B3 Y5 h& h* e5 @5 ]2 R2 @ if workofs < 6,
6 R% ]$ h( t* p# g L [ 1 k4 p- x8 N3 z7 u+ h$ Y
g_wcs = workofs + 54
0 n# j% ]+ J3 Z. F7 g3 |$ ]5 b/ p ]
2 L$ z) r8 ~: A. R. F: A: l+ o else,
* N) F! e0 ^/ V- o: S# W [ $ [) x( m: @ n0 U/ B
g_wcs = workofs + 104
r" o) c+ T" k2 N% u& M) n ]
. P( J& g* o7 D, z3 a" A/ _ if workofs >= 0 & workofs <= 25, *g_wcs
% }0 v$ O" U4 \# I4 Q3 b else, "error - invalid work coordinate system", e 4 I+ I I- m% \ O2 ?% ^; G* V
]
; S# b* N! A7 B0 ] force_wcs = sav_frc_wcs + `8 J& h! v+ {8 `' X
!workofs
. Z g. i u, M+ Z0 Y ]
2 Z0 t5 d" W; g. I; i
1 u( P/ u6 b0 R' L( wpgear #find spindle gear from lookup table # P; V/ D) f' v* k6 g( ~2 @
if use_gear = one,
0 \) F- L i& _* |" N [ Z) P- g4 E. m- s/ b
gear = frange (one, speed) + }1 o+ M/ b4 ^# s2 n' N9 K
*gear ' {9 A6 r9 K6 `
] $ J# t0 d, s6 r/ u* [. x7 ]
#toolchange setup 7 [' ~" s/ [/ `, @9 i7 |! W
pspindchng #spindle speed change
6 |: k, B5 [1 V6 X3 _ if prv_spdir2 <> spdir2 & prv_speed <> zero, pbld, n, *sm05, e * _# V: n& ?4 Z% W
if prv_speed <> speed | prv_spdir2 <> spdir2,
9 J) j: n5 A# U: P7 a [
; T1 A( B2 p. b5 X" i if speed, pbld, n, *speed, *spindle, pgear, e 9 _& f" a# J* x% v% x: A
]
8 X0 ^' d8 t, o3 X. z. o- a !speed, !spdir2 6 V( N4 }0 N& A: B( I1 m
pspindle #spindle speed calculations for rpm
. n6 ]/ q- B0 [! P+ Y speed = abs(ss) 9 s, }9 {0 V8 n$ X2 H3 P
if maxss = zero | maxss > max_speed, maxss = max_speed 4 p+ u0 Y# V+ D# \8 {0 V
#zero indicates spindle off (not a mistake) & E3 z+ ]" `5 F' [$ ^& e
if speed,
' G! A0 z$ r7 ?8 j [
?- n$ e9 ]1 t) u if speed > max_speed, speed = maxss
& L& m, v) c* w5 r if speed < min_speed, speed = min_speed + B: u) N: \- b
] + I6 i" c t( t" c) h4 i8 j
spdir2 = fsg3(spdir) |
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