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以下是我的后处理
x* s) m1 Z) G( C( W还有一把刀具加工程序时程序开头没有刀号(t)
) u( m) C; e8 J多把刀具加工时有刀号 % B M) S2 K% V/ p9 |# o. o
请问如何让处理出来的一把刀具加工程序有刀具号呢(t)?
, m4 U( u: V& G1 a. l2 Q) g' @
6 K4 B& L3 C2 I0 A# tool comment / manual entry section 6 K) ]. R4 I0 ^/ h3 v4 S6 Y
# -------------------------------------------------------------------------- 5 V5 S9 _5 L: _0 ]7 S1 X, C- W
ptoolcomment #comment for tool . T- U$ A+ @$ F8 t; P" A6 L
tnote = t
4 T0 ~# n7 ?- W9 W- Y+ u S$ _% u toffnote = tloffno
9 H) c6 ~! [; G9 H tlngnote = tlngno " t- F2 y8 h5 v4 _
#"(", pstrtool, *tnote, *toffnote, *tlngnote, *tldia, ")", e 8 ^: V& o9 y" h
"(",*tldia,")", e ' R$ ~1 Q1 l! s
pstrtool #comment for tool
5 ]/ o) t) x0 g1 b1 ~ t Q0 d/ d if strtool <> sblank, 3 e, l1 a3 i% H% u! s
[ & B( a! v, n! L2 u
strtool = ucase(strtool)
# Q4 t" d: |' z$ B/ K9 t *strtool, " " ! k3 z% F9 F( R' e0 |
]
- B* K- n/ h: [! y" W4 d$ A% rpcomment #comment from manual entry (must call pcomment2 if booleans)
! Y: g) M% b7 W0 }" }( z5 N' ~ pcomment2 5 g: n8 q& t* l" C
pcomment2 #comment from manual entry ' F0 m; q: U* |: Z2 q% b
scomm = ucase (scomm)
4 ` H$ k3 `: c! L if gcode = 1007, "(", scomm, ")" 9 j# q9 ~3 L) ] z1 O G5 q
else, "(", scomm, ")", e % W6 ]4 I- g& U7 { W
# -------------------------------------------------------------------------- $ l* s1 Y8 H9 w+ m+ C5 U% p% W/ ~* C6 g
# start of file and toolchange setup
$ W2 `% V |$ v1 y# -------------------------------------------------------------------------- 3 y. i u; Q5 Z
psof0 #start of file for tool zero 7 ` A& ?+ A: u$ v2 T. v# s. F
psof
4 K* g3 K& @4 spsof #start of file for non-zero tool number 7 z, K& V( ~4 A
pcuttype
. T$ }* ~. I. b9 I$ Q6 X$ @ toolchng = one
, |+ o5 t0 p! a/ v# I2 Z. b if ntools = one,
) A% a. |/ d z) k5 z' q [
2 A" v8 Y, J8 u' W/ _! y9 | #skip single tool outputs, stagetool must be on 2 c) w9 o, d; r- y
stagetool = m_one ; h1 f3 T3 F& d2 T2 p$ P1 H% n
!next_tool
" D3 U% p0 V# I6 W ] 5 _& L% ]3 E- O! h
"%", e
% w" n$ W1 j2 A! g7 x* @) o2 r *progno, e
! z7 I: }( V# Z; ~- ] d "(", sprogname, ")", e
) ]% x# |. b5 n4 _1 j7 D2 ] "(", date, " ", time, ")", e
& F B6 z7 r, J; G- R5 K8 S pbld, n, *smetric, e % |8 _/ e- s9 e- d. `8 D: Q' ^9 _. w
pbld, n, *sgcode, *sgplane, "g40", "g49", "g80",*sgabsinc,"g94", e
" o9 Y" F/ [+ X% X3 |8 l: u% l ` sav_absinc = absinc
9 D, }+ j8 y7 s$ @/ D1 ? if mi1 <= one, #work coordinate system 1 I9 ~6 Q3 P' ]/ t, g8 o) S" Z7 Z
[ % _+ T% F* b: V; J% v
absinc = one 1 k7 N' _6 t7 M6 r$ I
#pfbld, n, sgabsinc, *sg28ref, "z0.", e * J9 v& V( _3 _, }3 `
#pfbld, n, *sg28ref, "x0.", e : Q+ Q7 u% n( G$ M7 t( L! ?) d
#pfbld, n, "g92", *xh, *yh, *zh, e
; y5 L. F0 m$ X' p) y% E" }- R3 y absinc = sav_absinc 9 l, P- W1 Z5 R
] / I' r( u! D1 C' i. o3 n2 W
pcom_moveb 4 [5 a, i+ \$ ?) H0 s
c_mmlt #multiple tool subprogram call
# t7 J" |3 E0 N1 F ptoolcomment
' ]# |, M5 K0 x: u# [1 K9 k) C/ X# A comment
0 t7 f u( q( E5 o* [; g# ] pcan ) X! O, g p; Z, T6 {. v
if stagetool >= zero, pbld, n, *t, "m6", e
2 y# |$ p C" @" i6 B& J/ S4 Z! Q pbld, n, "/",scoolant : @( U$ b. G) M: O! b f( c9 ~
pindex 5 s* B) @9 ^; `5 u
if mi1 > one, absinc = zero J+ V* j0 Q: D I6 {
pcan1, pbld, n, *sgcode,*sgabsinc, pwcs, pfxout, pfyout,
- t, G6 d( ~, S. b% o pcout, *speed, *spindle, pgear, strcantext, e ! ?$ B6 u% p; T6 w. ~
pbld, n, "g43", *tlngno, pfzout, next_tool, e 6 o: d/ N# D V% f) {" e* C
absinc = sav_absinc
8 R( D6 J; E M pbld, n, "*2030=0.0" - N+ N9 D( Y) M L0 }) j
pbld, n, "*2031=0.0" % m* v# q% I2 r, P
pcom_movea
" W' x$ z( I- f2 C. _ toolchng = zero # n; o/ P6 N( }2 v. `
c_msng #single tool subprogram call
- U0 k+ |4 P: ~; N) ` * L! C1 Z Y2 X
ptlchg0 #call from nci null tool change (tool number repeats)
- |2 ^5 `& |2 c5 T! J/ h pcuttype
# L- Q1 n/ R. t1 \- F9 f' D* C, t( g pcom_moveb
2 j/ b% C9 p* T9 D( X0 x2 Z0 ~ c_mmlt #multiple tool subprogram call . r6 V& n" q( c) M( B& m+ y, M
comment
8 _2 X, A6 Z7 a' J% Q pcan 8 Q. W+ J2 k& Q. c! H6 v" W2 @
pbld, n, sgplane, e
$ `- r. m7 r9 p# ?' k$ A pspindchng
5 ~ B, ~; x3 k- O% E) q pbld, n, scoolant, e ( t3 C, r( {/ D6 J& X5 |
if mi1 > one & workofs <> prv_workofs, $ U5 o; ] z. s; [5 g6 k( J. B6 G; U
[
1 S% `& b" e, y: U9 h, t, x7 p sav_absinc = absinc
A8 V m- @8 F0 U absinc = zero 8 a; Y3 [5 ~; C' {/ g$ q
pbld, n, sgabsinc, pwcs, pfxout, pfyout, pfzout, pfcout, e
2 j& m- d* ]2 p pe_inc_calc ) l1 h3 y' ^+ T- R! m% D
ps_inc_calc
+ B5 M4 o) m8 n. r" {5 a1 k absinc = sav_absinc
8 T b$ {3 j9 s& L ]
+ }( l4 Q2 b! J7 t if cuttype = zero, ppos_cax_lin
. z) K/ q6 p6 K9 ^+ P" O# N, J if gcode = one, plinout . G7 x5 [5 A; s& O. R: D
else, prapidout , V y- z/ W U: Q) A- g' e
pcom_movea
% h/ W6 M; ]( M+ e |5 k c_msng #single tool subprogram call ) T0 J9 S V2 l
ptlchg #tool change
' c& k* F) U+ z% J3 o& r pcuttype ; O! ^$ w' n! H5 f9 Z
toolchng = one
( \3 g0 W& Z2 p$ ]) L: u. W if mi1 = one, #work coordinate system / F8 @2 y1 u8 E5 ^! F$ u; s& q
[ & _; S; R! b7 {+ A/ A
pfbld, n, *sg28ref, "x0.", "y0.", e
3 m2 C% T* L' X8 Z: d. E pfbld, n, "g92", *xh, *yh, *zh, e
# B/ p& w. o0 q/ @" l( t ] 8 f7 J0 J/ l; ~; I( ~" F
pbld, n, "m01", e ! B& d y, x! B6 w/ E p0 w7 q
pcom_moveb ! V7 j8 s# m. T( O5 Q; m' O' H
c_mmlt #multiple tool subprogram call
! x. Y) z3 @* P$ s: M ptoolcomment
0 B* u1 f! d9 H Z6 `& E comment * N5 P( Y, f) C: T& H9 f2 l; u" J
pcan
' t) o+ J/ m+ E* ]) L pbld, n, *t, "m6", e # R' U# f( ^" X1 u) P
pbld, n, "/",scoolant
+ Q ?7 G% u+ x; K% ^3 p3 { pindex
( G7 j% i# p' p# I* M sav_absinc = absinc l) }* O- W- Z% F3 a9 Z
if mi1 > one, absinc = zero ) g( J- K1 C' c9 a0 C8 r& B! q
pcan1, pbld, n, *sgcode, *sgabsinc, pwcs, pfxout, pfyout,
( q- `+ M+ X, F' d' v; I0 Y pcout, *speed, *spindle, pgear, strcantext, e 8 c: r# v- m$ c+ w. D$ ]
pbld, n, "g43", *tlngno, pfzout, next_tool, e , a6 D) o+ @' y
pbld, n, "*2030=0.0" : V: D5 p% K; |9 w4 M6 F3 K
pbld, n, "*2031=0.0"
, x5 s/ n: E/ b; T3 t$ J0 ? absinc = sav_absinc 8 |1 B" m9 |" \6 z
pcom_movea ' d! v" }7 R; P# O
toolchng = zero
3 s7 F ]# g' f' _9 ]5 g$ c: G2 o c_msng #single tool subprogram call 3 H V) a' {( M& F `8 O' I8 P
pretract #end of tool path, toolchange ' u5 m6 _; c' H1 x: n& Y6 g$ B
sav_absinc = absinc
! V, i3 b2 C5 `: Z) a9 q& c$ _ sav_coolant = coolant
$ E; J0 Z U$ {& |& o coolant = zero - B. V' ^: M S9 J s
#cc_pos is reset in the toolchange here , j& i8 [/ `# T
cc_pos = zero 1 T6 g% A) O% R8 i2 u
gcode = zero 7 u7 U) N- \; d+ K, s
pbld, n, sccomp, *sm05, psub_end_mny, e
1 |1 q* `7 R( [" T! O pbld, n, scoolant, e
$ B& X3 p% O) h% |% ~3 ]" w absinc = one
/ S- G) V+ p7 ? r! p4 K$ P pbld, n, sgabsinc, sgcode, *sg28ref, "z0.", e 9 C, @2 x7 X1 N4 C! @
4 l# F @' T& j, c8 |& W2 y/ f7 ?
#pbld, n, *sg28ref, "x0.", "y0.", protretinc, e
: K6 P) M6 I8 @# q7 V3 D absinc = sav_absinc
. ~* ^- E& [" Z coolant = sav_coolant ; Q/ _- |3 N! `6 r
* A3 D' D5 v! r: `+ wprotretinc #reset the c axis revolution counter + [! T0 t; D$ C7 Q% V
if frc_cinit & rot_on_x, ) T6 i6 t3 _- P1 `; L; m5 b
[
2 E( C/ y0 W- @+ C* \% h rev = zero 2 L8 {1 t6 k3 l
sav_rev = zero : ]3 n" E( }1 E1 C, o
cabs = zero
( }% e1 [+ ^2 c* s! |* g% W# } csav = zero * i F* S3 E3 }$ H) S4 `
indx_out = zero
! }) \5 f9 A" R5 B$ z5 s if index, e, pindxcalc, pindex ( R% r5 M0 M, W
else, *cabs 8 Y! v8 k* e! l8 h9 C& Z! K$ r
prvcabs = zero - [5 p* S8 J2 _
!csav, !cabs
- ?* b2 c% F2 W7 }+ {- ^ ] 2 a/ q1 t8 d& O7 |0 {% f/ ~$ L
peof0 #end of file for tool zero R* ]9 G' Q: @5 j( b
peof 7 `; i% ?4 z/ ~9 S; C) m0 S/ r
peof #end of file for non-zero tool
7 S9 T% P. _2 O pretract 1 g' ?' ~ G- C' e* q, ?
comment
W/ E& n5 r4 Q #remove pound character to output first tool with staged tools ' e1 U! L3 V$ }
#if stagetool = one, pbld, n, *first_tool, e * L+ ]: [9 ]* @) ~$ ~& a8 M0 W
pbld, n, *sg28ref,"y0.", protretinc, e
6 Q! _& u1 x: D- i& t7 w! a n, "m30", e - }1 Q' B$ N* h5 r
mergesub ' O9 |* _& R8 a3 _ {
clearsub 4 p/ u1 N% V b
mergeaux ' Z) x' J9 }( h) ~% u- P; ]
clearaux
% Q3 `& x: Q9 [/ z' S "%", e
+ b; n: d9 x- L. V/ epwcs #g54+ coordinate setting at toolchange 4 b/ w* R/ o4 g4 P
if mi1 > one, 1 U; O4 c R4 X% I) X: ~$ |) W
[
/ C& u* t* I1 G2 w sav_frc_wcs = force_wcs
- i# d' N# B: X if sub_level, force_wcs = zero ( Z, W) c. V, r0 u! [7 K
if workofs <> prv_workofs | (force_wcs & toolchng),
; a( c% Z c' N* l [
4 e) ]. i. c: ^+ H1 W1 F# W* O if workofs < 6, ( }9 t) U' q/ [4 w* R* E# I6 ~
[ 0 e7 ]5 q( j# p& p
g_wcs = workofs + 54 8 d- z1 ]9 B: W/ C# ?
] : g3 o6 A, m# M! w$ e9 w
else,
. ^% D# W; {# w6 A0 p2 d [
/ {: h" m$ v4 ]+ b0 K g_wcs = workofs + 104
! C* h- j2 N- O* h1 Y3 C4 ~+ H ] 2 F7 @2 Q% s8 K4 q$ M- D
if workofs >= 0 & workofs <= 25, *g_wcs 4 i& O* K5 h+ V O2 [9 j$ S! I0 W
else, "error - invalid work coordinate system", e # Z) ^! q& V/ ^( Y+ o
] & ^( Z$ N! P/ V* w
force_wcs = sav_frc_wcs - f0 k4 b- F/ b k [
!workofs ( ~$ ^% p) k# X' k m. ^
] 9 N: P& F0 w1 I
+ O$ w$ y+ _; P1 {, e- s" f& D1 f& Epgear #find spindle gear from lookup table 2 @0 Q' f) H- j" {" b
if use_gear = one, . E' j) Z r! r( q# U$ ^
[
]! j K- @- @6 G! d gear = frange (one, speed)
$ d3 V4 X5 b$ A1 P- T# J% } B" z *gear " F9 n# j5 b) u) m5 U
] % Z' X( n# ]/ U) Y7 g
#toolchange setup . U, _7 t/ X0 K' [, r& m& I# b
pspindchng #spindle speed change
: U5 W; l* u+ i% N2 \ if prv_spdir2 <> spdir2 & prv_speed <> zero, pbld, n, *sm05, e 0 }9 b7 W7 S7 e+ w& F/ A
if prv_speed <> speed | prv_spdir2 <> spdir2,
Z( z7 y( M% n* L7 y e% M; ~ [
* B* L: m7 G5 `. A; t9 m- X' @ if speed, pbld, n, *speed, *spindle, pgear, e
& @% Y' S6 ~/ x. l6 L$ A ] & E# U: @% z4 e! g5 g6 ]
!speed, !spdir2
6 `5 h# z5 e2 C% A3 D# upspindle #spindle speed calculations for rpm 2 t4 o7 c+ N8 _8 A- T
speed = abs(ss) " W" U5 T9 t" i
if maxss = zero | maxss > max_speed, maxss = max_speed
4 s( k1 b0 i! a k( E- _ #zero indicates spindle off (not a mistake)
$ n( M& q( T/ c$ l* w if speed, ! s# j, Q/ `) l, E0 r; c
[
2 }) q, r1 M( E0 E) l4 j if speed > max_speed, speed = maxss . ~% v" O+ T! _! |5 U( \5 L# d1 l. Z
if speed < min_speed, speed = min_speed
6 ~" E4 x" `% p9 a2 ]! S) B* k u ]
/ V2 q( I- n/ A; ~2 j& \ spdir2 = fsg3(spdir) |
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