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以下是我的后处理
d9 @5 t& J- f* J还有一把刀具加工程序时程序开头没有刀号(t) ! Y# L3 f# }( h2 n
多把刀具加工时有刀号 2 O5 p7 Q' ?6 _8 I" g. M
请问如何让处理出来的一把刀具加工程序有刀具号呢(t)? ; R, r+ g; s4 ^# c) X
# X' r" A: _0 d5 f, @5 Z9 @) d# tool comment / manual entry section
# d, K0 m1 i8 F V6 q# -------------------------------------------------------------------------- # r k6 z V. \
ptoolcomment #comment for tool
! L: R; q5 f4 m: J5 K$ J% h& C8 D tnote = t
3 \2 Q2 W% J2 c# `6 \ toffnote = tloffno
2 p; w/ S9 z6 P* C0 g: [ tlngnote = tlngno 1 e# i) e" ]- J/ s/ f
#"(", pstrtool, *tnote, *toffnote, *tlngnote, *tldia, ")", e
7 l* W3 i; I3 y "(",*tldia,")", e
' W2 i: M! t; m/ }9 P& ?pstrtool #comment for tool
, P& A5 M* ?! R1 @, N3 O if strtool <> sblank,
: O+ r% P& o1 X @' I6 o [ ' E* _- x" c7 e
strtool = ucase(strtool) 3 ~/ t+ H# s, v8 p
*strtool, " "
. y8 N, f; `# [ ] $ v2 p# w' b8 M I, j3 |
pcomment #comment from manual entry (must call pcomment2 if booleans)
/ x: w: q" ]+ J+ c& L pcomment2 ( V, a6 j1 c6 X* w0 ^; |6 Q1 H
pcomment2 #comment from manual entry
6 G1 z) `+ e$ r2 Y% p scomm = ucase (scomm) ) H |# h5 }/ A' u/ p
if gcode = 1007, "(", scomm, ")" ! P5 i0 z$ o$ ~$ r
else, "(", scomm, ")", e 3 l" a+ {( z$ a
# -------------------------------------------------------------------------- 2 a8 b/ t: p: B1 Q5 k
# start of file and toolchange setup
# m; o1 Q' y+ ?# -------------------------------------------------------------------------- : \* N- L) O. p0 _3 V
psof0 #start of file for tool zero 9 B$ ]0 y" G2 o* n/ G Z
psof
4 \3 {3 ]( o K) C9 s: Npsof #start of file for non-zero tool number : n( j+ F' W3 Q
pcuttype # r, F; x) u+ |# }% F
toolchng = one 0 b9 t" K& p4 }6 N
if ntools = one,
& E X( b M# k2 T( _- J [
6 x: t( K8 e7 x #skip single tool outputs, stagetool must be on 0 ~- T) C& m# |9 a& [, @, U* ^
stagetool = m_one , i+ `: h5 y( u# w3 d( A. ?4 M
!next_tool
. O& M% \6 I; w, ?% W& l ] 7 }# S) u0 c t
"%", e
2 R9 n7 a/ p8 F; n" T$ m1 G *progno, e
( _& S& T7 o5 x7 h) ?. ? "(", sprogname, ")", e 8 ^8 E7 N) g: ~. W% ~+ A
"(", date, " ", time, ")", e
% q9 f0 G. \5 I; W) G pbld, n, *smetric, e
, c* K: ^, N/ ~, _7 g" a( P pbld, n, *sgcode, *sgplane, "g40", "g49", "g80",*sgabsinc,"g94", e $ n: h0 q B$ D* o
sav_absinc = absinc : ]6 N. P5 \: Q5 W' \9 T
if mi1 <= one, #work coordinate system
6 O5 o( h3 B1 F0 K. s8 U6 }3 |& t# { [
% R* f5 K+ {5 r! d absinc = one $ e4 o& _, o/ B* x0 L5 b
#pfbld, n, sgabsinc, *sg28ref, "z0.", e 6 b' h! }6 _: h
#pfbld, n, *sg28ref, "x0.", e
8 j E+ z/ P2 Z' z9 n #pfbld, n, "g92", *xh, *yh, *zh, e 2 J8 N7 ~; _. Z+ w. X
absinc = sav_absinc 7 `# x8 ?& ?" o( I% D
] ( k) I9 e8 {+ w2 k5 V3 V/ i. m
pcom_moveb
1 k6 O _/ D! }8 ^6 ]0 ` c_mmlt #multiple tool subprogram call * N+ x6 g: {5 A$ U
ptoolcomment 9 `5 A1 a c! x2 y( C
comment & D7 }! ]) R' }, ?: Y( _, F
pcan 0 h7 y2 J( N3 w5 p! `2 m, c" u
if stagetool >= zero, pbld, n, *t, "m6", e & S8 B/ Y+ x/ b. v& m3 I1 g' X: n
pbld, n, "/",scoolant % R B2 m5 r7 B: y
pindex
6 R1 a5 d1 _. F5 G7 g) Z$ C if mi1 > one, absinc = zero
- _, l0 e: g p& s pcan1, pbld, n, *sgcode,*sgabsinc, pwcs, pfxout, pfyout,
3 x, l" A0 _& Q. D pcout, *speed, *spindle, pgear, strcantext, e ( \& _9 P1 H4 _! u9 s! E/ L
pbld, n, "g43", *tlngno, pfzout, next_tool, e
5 y$ G% L+ O6 U9 p! d& E3 E absinc = sav_absinc
' u' `( k8 j: i# h. v pbld, n, "*2030=0.0" ' z# j' \9 l) j
pbld, n, "*2031=0.0" ' T- l, t3 d4 d1 \4 D9 |3 i
pcom_movea
. P' Z& o6 M) y7 o toolchng = zero ; s" u- d# i' i
c_msng #single tool subprogram call
! L+ E5 b. \, B$ H, M8 c J
, n3 W# s2 ]9 a2 Pptlchg0 #call from nci null tool change (tool number repeats) + G1 J% G1 ?- T; s( N P5 M
pcuttype
2 S f/ z) G: e pcom_moveb
( X1 v3 i. L0 d' T8 G c_mmlt #multiple tool subprogram call : ?/ ^- c% @/ v: z' {% Y/ N
comment
: g/ o, q1 n. p1 A pcan / T2 G0 j6 k2 z
pbld, n, sgplane, e
: w3 V7 y$ Y; L: {8 ^9 b4 ? pspindchng $ R4 g0 d+ l% m& S. d8 ]
pbld, n, scoolant, e
) I c$ n2 h- v+ | if mi1 > one & workofs <> prv_workofs,
% S& ~9 J; e* k0 k6 _7 G [ ; z6 j* B; a: Y( U; U
sav_absinc = absinc * Y/ Y o- p% P" y5 Y2 q# }, k
absinc = zero
+ W7 {# w; [8 w% S4 y% r pbld, n, sgabsinc, pwcs, pfxout, pfyout, pfzout, pfcout, e
- ^; d, ]( o) L1 d' J! {0 C7 N$ } pe_inc_calc
! m& X, H% ~' @) F3 c# } ps_inc_calc
5 `$ O% [, m: Q+ k3 G absinc = sav_absinc
6 g6 Z* u: R8 M! K ] . O/ `! Z T: Q+ t9 h6 i& d
if cuttype = zero, ppos_cax_lin
. Y! f/ [# n# p B% j if gcode = one, plinout
1 S( X) l+ `" E( d$ U2 | else, prapidout , {2 W5 o* J6 W" t) K
pcom_movea
4 X. U; ~; R' S: T* H c_msng #single tool subprogram call % s. u7 ]5 o0 {( ?( [% G
ptlchg #tool change
# Y1 N: ], q# ~+ Y* y pcuttype
& v0 a3 K; u' H: |2 E: x. { toolchng = one ^5 s( N- A0 I u- v5 n
if mi1 = one, #work coordinate system 9 ~) n. w4 K/ n. @3 T
[
+ K3 c' M. q% E' x+ p pfbld, n, *sg28ref, "x0.", "y0.", e
% a- Z* _. n5 Y3 m/ K pfbld, n, "g92", *xh, *yh, *zh, e ; a: t; W. C- ?
]
. j5 S: C: S: B" E; K pbld, n, "m01", e
7 G! e1 w: i( ^% X% ? pcom_moveb
% T; S0 q7 x8 _ c_mmlt #multiple tool subprogram call
* ]. C* M# {2 C1 V6 G# d8 H! m ptoolcomment
! z- k8 O- g! {5 u0 i, j+ z5 C comment
4 _5 V" i( Z/ m- S1 _ pcan
! M! T& W& [6 F6 ?5 a pbld, n, *t, "m6", e # t9 j. ? Q0 V/ {: i, W
pbld, n, "/",scoolant
$ D8 O6 V( p' L, ?1 f- T) I pindex
1 s% R9 c# g4 w8 W! r sav_absinc = absinc * }7 F$ r. n' S0 V, F
if mi1 > one, absinc = zero
, k5 F# S' G$ s1 X& u pcan1, pbld, n, *sgcode, *sgabsinc, pwcs, pfxout, pfyout,
8 ^8 V2 c- x1 D: A7 G pcout, *speed, *spindle, pgear, strcantext, e
4 y: q6 a3 N0 L% b pbld, n, "g43", *tlngno, pfzout, next_tool, e
, t& k ]8 G. x( W& x% y' W1 ] pbld, n, "*2030=0.0" ) M! W/ P" }5 L' o: y+ ]
pbld, n, "*2031=0.0" % w0 ]0 @" U6 ~" t
absinc = sav_absinc
% m+ p4 b E) I) E, D# S pcom_movea
* G+ z/ m- x1 }5 |# } toolchng = zero
3 ]) a) n% {, I1 V. s/ [ c_msng #single tool subprogram call
+ U/ Y1 k( T8 E/ }5 q1 zpretract #end of tool path, toolchange
' t) P2 I/ r' W1 j: E% S sav_absinc = absinc + u' B8 [. w# b' a) g" h
sav_coolant = coolant
- v; Z9 E4 C8 y4 k2 L' U' o coolant = zero
" A& a$ u" H$ J# r7 q9 `6 Z #cc_pos is reset in the toolchange here " T( U0 F' g5 V: s( e5 u% k4 g* X( K
cc_pos = zero
; i) C" D) a, C6 _1 H; _4 B, W. n5 J I gcode = zero
* M7 G; x$ N3 o' P' P pbld, n, sccomp, *sm05, psub_end_mny, e
( L2 d" A" e7 m; K& v7 x pbld, n, scoolant, e
" c* [' j3 l* ~$ H) Q* [ absinc = one
/ n( X- o; H; ]! Y, M pbld, n, sgabsinc, sgcode, *sg28ref, "z0.", e " V0 Y% x* d, B5 `- @
3 B1 U( W! E! D: _6 T #pbld, n, *sg28ref, "x0.", "y0.", protretinc, e / ~9 s+ `. Z& C$ ]# W) e7 o$ ], H
absinc = sav_absinc % h l' ]" ]" u$ w( V
coolant = sav_coolant
K" I1 @! P& Z P
; K/ t [+ [1 aprotretinc #reset the c axis revolution counter ( l/ Y# i6 D9 R2 y
if frc_cinit & rot_on_x, \" z! R8 S. d+ V
[ ; |& w, I" L/ k% ~5 O8 e0 u
rev = zero
; n1 I2 D9 ?' X z+ ?% V! ]5 }/ y sav_rev = zero
# w/ v% n! T. r/ X2 w y cabs = zero F! J4 k6 W$ m
csav = zero @+ ~0 ?5 }2 l* D6 J" I" e
indx_out = zero 5 o! \1 V7 A- i" c8 ^
if index, e, pindxcalc, pindex
) K% p- d' r% |$ k: i else, *cabs 1 p$ b6 h+ o; T* K
prvcabs = zero
- p/ |) J2 r h3 y/ L' z8 k& @ !csav, !cabs
; S4 {3 C) ^: V) A- ^ ]
+ {; u- S/ f+ |) H1 Ypeof0 #end of file for tool zero
5 z# Z# S3 R) i9 D, N& N# w; ~ peof 2 L/ m3 g* [' K! w$ t8 [/ \
peof #end of file for non-zero tool * f0 [: i ]: ^. ]
pretract 1 h2 @3 s; W2 r0 o* t' g
comment 2 N- N1 [1 G6 h( U, r
#remove pound character to output first tool with staged tools
4 w' ?/ {; i' Y( V5 b/ Z6 H' r: s #if stagetool = one, pbld, n, *first_tool, e 7 X$ f4 s- b1 c4 r) i( x4 a
pbld, n, *sg28ref,"y0.", protretinc, e
) J1 S, [6 k: m) h n, "m30", e
, v: s. @& Q: _: I# a mergesub / X* _% v: m! ]0 j( @! q7 J
clearsub
" @ h6 n/ k7 k- l" ]5 n mergeaux , y1 G! D: r( I( n; J8 L5 I
clearaux
. |; A- I. F# y" \ M "%", e
4 Z% k' n! m o# _pwcs #g54+ coordinate setting at toolchange
9 l8 L- O& M, G4 j% ~ if mi1 > one,
, o- w# y5 _+ `' q% a [ , {4 L- t z; k+ u" A1 y
sav_frc_wcs = force_wcs
& B% G( H3 o" P. Z: L if sub_level, force_wcs = zero
1 p0 [% l( o. [9 ^; g if workofs <> prv_workofs | (force_wcs & toolchng),
" n3 _' o. `9 `4 H [
' n! d3 b4 {) |: B if workofs < 6,
- g' M/ W3 W4 V o: k [ ' w+ a6 P: f2 j5 x. y5 Y( x2 b
g_wcs = workofs + 54
7 \6 i& [3 P, Z& k9 D+ f& k- | ]
. R+ q6 Y$ y5 \% a& a' M else,
2 C! ~" `% ^3 u2 [ [ 6 D" {7 k+ f8 H6 N5 t# p
g_wcs = workofs + 104 % J/ A6 j6 w' a4 _. H* {0 y1 j3 [5 I: B
] ' q! |+ d7 R9 L3 O% A& u
if workofs >= 0 & workofs <= 25, *g_wcs
( }' z' c6 t) B else, "error - invalid work coordinate system", e
5 U* F, f$ [) J& A- a0 ?% m ]
h! h# ~* R! t' y/ V force_wcs = sav_frc_wcs $ }2 [/ j: k$ M" M, m: ~ B' k
!workofs
1 T# h& J6 j7 N* x7 G3 b7 [ ]
+ g4 H0 U8 ^( ]& L5 B+ e
0 V1 q' I3 u& j. xpgear #find spindle gear from lookup table . b) Q4 {" R3 u% K
if use_gear = one,
, f/ g4 O0 V) ?7 @7 b [ 7 o7 v. e1 M1 P8 g- P) w7 G
gear = frange (one, speed) ; _6 R2 o" W$ K' M* ]( ^
*gear * S" p3 m7 _% r d
]
( f0 s: L. P5 y- J) M+ I6 u#toolchange setup 1 S- d$ c: d/ S+ f% f
pspindchng #spindle speed change
5 _7 _* {) n) G4 n$ F$ A0 Z% [ if prv_spdir2 <> spdir2 & prv_speed <> zero, pbld, n, *sm05, e 6 T, `# v3 y# |6 N7 |
if prv_speed <> speed | prv_spdir2 <> spdir2, ) Y& L/ R( k% P
[ : L0 b! E0 Z- R1 A
if speed, pbld, n, *speed, *spindle, pgear, e
9 @! y: Q( }* ?$ X0 M ]
* K+ j, q+ Q' \. I `0 k !speed, !spdir2 8 y" h) q# w. b
pspindle #spindle speed calculations for rpm % ~6 [2 ^( g; l$ d9 ]: j$ x
speed = abs(ss) 4 q) L9 f& u# C4 z
if maxss = zero | maxss > max_speed, maxss = max_speed
, m2 \9 ?- m8 c8 X #zero indicates spindle off (not a mistake)
% E) G, g+ k3 |, k if speed,
: L8 G2 G" @3 g! X( C [
/ k2 G4 G* v, s' b, l. k if speed > max_speed, speed = maxss + V) M8 y7 m* I2 D1 ~. M4 q$ K
if speed < min_speed, speed = min_speed / ~) k$ K" O' \, D# B1 P) a
]
5 o2 E0 g. s" H5 s spdir2 = fsg3(spdir) |
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