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以下是我的后处理
8 N" D: W, x) a ~. _# {# d2 ]还有一把刀具加工程序时程序开头没有刀号(t)
$ B. c; A3 J. S& y多把刀具加工时有刀号 + ^/ }' Z( {2 y( y# Q$ v( p
请问如何让处理出来的一把刀具加工程序有刀具号呢(t)?
' P# n+ x. i& ^# P4 {& _" w; ?! y( ?+ Q' z l
# tool comment / manual entry section 0 B2 T& u1 Z' h1 C
# --------------------------------------------------------------------------
2 b) t# z/ x& A# Z" p1 S6 M: ^* qptoolcomment #comment for tool
3 N" R- X( Q2 E9 c tnote = t
s% x# G& r/ L. O* m9 L toffnote = tloffno + Z9 y9 O6 y: U) k+ P
tlngnote = tlngno & C0 r2 E5 R3 u8 }+ P
#"(", pstrtool, *tnote, *toffnote, *tlngnote, *tldia, ")", e - K1 X: D. V5 Q( s" p
"(",*tldia,")", e
6 o& a) |6 C/ {; dpstrtool #comment for tool
7 {. X8 G! O/ f5 N, S! e$ q if strtool <> sblank, ) j) z, _8 n% p0 H- u
[ 7 Q X( X/ h" J, }
strtool = ucase(strtool)
, L7 t1 X- h( P/ T- M *strtool, " "
! g! f/ H0 Y" H. a& f ] : w" X9 x8 e" V Y% h. g5 H
pcomment #comment from manual entry (must call pcomment2 if booleans) ! i, C# _1 f3 ?+ ^# k, {: @. O
pcomment2 + l9 v9 z, E5 B7 D. h- ~( O
pcomment2 #comment from manual entry
- o: x* }2 K0 ~" p scomm = ucase (scomm)
) i) U8 j# ^; l2 h if gcode = 1007, "(", scomm, ")"
# }, [ U3 Z) S else, "(", scomm, ")", e 4 I% T! t, g* ~2 c2 Z8 |7 q# k0 c5 Z% M
# --------------------------------------------------------------------------
G. C; N! a. j. a$ d5 ^. n# start of file and toolchange setup
& ^, z5 p9 M. S1 E, |. |2 N# --------------------------------------------------------------------------
, }# [+ Z5 [* i: u; jpsof0 #start of file for tool zero
# |0 L+ I' f% m/ t# }& E. A psof 9 ^* s; w4 m% J* S6 Z
psof #start of file for non-zero tool number ) t% {: f5 V3 d+ w" X9 s, |! {
pcuttype
* L7 |6 c( f+ D! B- h toolchng = one + a D3 L9 H$ p! [* {" m
if ntools = one, ! [$ N, F0 y# r2 \7 J9 c
[ ! d8 \) u" w+ Y1 d9 H: P+ R
#skip single tool outputs, stagetool must be on
U, o$ }! b b8 C" {: Z stagetool = m_one 8 C- Q# x$ n; ?5 A
!next_tool
+ L: ?' ?4 e+ X6 S# e% P7 e5 G ] ) f! |- [- F, c" P( U
"%", e
7 v& k( g7 ~5 m/ X/ N' Z *progno, e
/ e- Y8 R$ F. A7 H" Y! a! k "(", sprogname, ")", e
0 x- Y( m# s* Y* K "(", date, " ", time, ")", e
1 |% S* O7 e9 D" C% A; b pbld, n, *smetric, e - ~. m0 K8 A+ _. ~
pbld, n, *sgcode, *sgplane, "g40", "g49", "g80",*sgabsinc,"g94", e ; H' g$ k3 r% y4 x
sav_absinc = absinc 5 V! j- U+ y1 E. {, \+ G2 S
if mi1 <= one, #work coordinate system ; [1 l3 k4 H; l) ^' V) t9 U* p7 Q
[
) Z4 W1 R4 K% @- b6 `7 R% U absinc = one
4 s& ~% J6 M5 V. H# y #pfbld, n, sgabsinc, *sg28ref, "z0.", e + |0 i1 ^& _+ S Y* E0 u/ k
#pfbld, n, *sg28ref, "x0.", e 2 q3 R7 |- X- O# Y2 N
#pfbld, n, "g92", *xh, *yh, *zh, e " {! F Q: H% {! ^
absinc = sav_absinc " w& J& d" u, Q+ F+ \( A
]
; {* R4 W$ @ C* y pcom_moveb , y1 J1 r* E$ V9 t
c_mmlt #multiple tool subprogram call
& ~, o" T, t6 k3 M$ z( f, w9 y ptoolcomment
, G$ c% G! s: }/ R7 l# y3 s comment
$ a c C1 M6 ~0 z2 u/ h" K; N pcan
5 ]" u, Y6 O2 c# m% k if stagetool >= zero, pbld, n, *t, "m6", e
5 O8 S; _) o8 i2 C. ? pbld, n, "/",scoolant ; V$ D! A- e3 G: k; R$ d+ A- ?
pindex & v: G3 k+ s; t. {
if mi1 > one, absinc = zero
" s3 w4 `# L0 b. B pcan1, pbld, n, *sgcode,*sgabsinc, pwcs, pfxout, pfyout,
( I( {9 h5 d6 h' O pcout, *speed, *spindle, pgear, strcantext, e
+ K; I* Z4 D2 V6 k, i pbld, n, "g43", *tlngno, pfzout, next_tool, e
3 E+ m; {" W7 A. O3 ? absinc = sav_absinc
4 Q/ q# s4 U8 H! F! ^: f$ | pbld, n, "*2030=0.0"
4 b2 W; m1 U2 T' _ pbld, n, "*2031=0.0" " p8 Z4 |% H F. n6 m. a
pcom_movea
* ]4 J: \7 a2 T toolchng = zero . b9 G$ z8 I# \# x5 y" [& [* U' U
c_msng #single tool subprogram call
& @8 w9 [$ u8 S9 k6 o) M4 e* R9 X
7 q; m! ~8 c3 D7 O% k% Gptlchg0 #call from nci null tool change (tool number repeats) 3 j9 @+ ~+ w# P* W1 R9 N% q( o8 s
pcuttype $ F4 h) W/ F* X1 q' K
pcom_moveb - I# m" K6 [0 Y A C
c_mmlt #multiple tool subprogram call
( [* J0 `) D0 I7 K1 C6 n. f comment : v3 F) g$ g% N; _, [
pcan 3 v6 Q: [" }% x+ p- U' h* G
pbld, n, sgplane, e
& |+ J6 u6 k4 }: T pspindchng 5 Z) i: U: u9 i3 ~
pbld, n, scoolant, e ) E: ], Z2 ^$ E* i% \
if mi1 > one & workofs <> prv_workofs, 9 w, ^6 D3 F8 @% u) l8 |
[
3 G6 } b5 z! T# C sav_absinc = absinc ! N$ E9 z+ A: v- G
absinc = zero
- Z- I6 p2 g, i: h1 s pbld, n, sgabsinc, pwcs, pfxout, pfyout, pfzout, pfcout, e
* ~# e: X+ ]/ l1 @2 v! l pe_inc_calc + D/ `# Y" w3 J* C; N0 f
ps_inc_calc k0 V) a& x0 A' Q/ ^% J8 _
absinc = sav_absinc , S a/ ?+ ]- _7 S% E
] & F& ?: X C. N7 @% x( \: q
if cuttype = zero, ppos_cax_lin
- j- Q4 c5 f* k% S# k if gcode = one, plinout
& }6 |; I" j' c# r, F* [. f else, prapidout
- V! }* [1 ? O# U7 o pcom_movea / c/ l: V, Z7 |8 m: Y6 u
c_msng #single tool subprogram call
0 g$ b6 `$ j: d" d( _) ], qptlchg #tool change
2 t6 R; R! A! F5 y! l1 O- X( {/ O4 L pcuttype
" ^$ y2 }. X& L toolchng = one " _7 V* ^2 [* c/ G" m
if mi1 = one, #work coordinate system 0 m. A5 y) V5 }; y
[ 1 C @4 \3 K5 U, k
pfbld, n, *sg28ref, "x0.", "y0.", e
$ n# v L' Z0 I$ K3 ^6 Y pfbld, n, "g92", *xh, *yh, *zh, e 4 M: P2 i: a, {* q' }/ u+ V2 R* g
]
& k. e5 D) x e k2 N pbld, n, "m01", e 9 H) M, n! k+ v! s" u$ b
pcom_moveb 0 a" K# N# p6 s5 H+ m
c_mmlt #multiple tool subprogram call 9 C% \2 U# N8 `! c+ k* \) X
ptoolcomment
0 o. h$ F; i' P4 k! U5 A% V; _4 { comment % N) L- s, T/ W# `* c
pcan # M/ K! c* l/ Q5 Z0 y
pbld, n, *t, "m6", e 9 T% i6 q: i+ W) \& d
pbld, n, "/",scoolant ( f9 c* t: ^+ K* K3 u& o- C
pindex ) V, M' \6 [( ]( n( g& c
sav_absinc = absinc
( g4 Q: k% I; S" B9 f if mi1 > one, absinc = zero
# X9 D9 \5 R# U$ ^ pcan1, pbld, n, *sgcode, *sgabsinc, pwcs, pfxout, pfyout, t { O% s8 Y
pcout, *speed, *spindle, pgear, strcantext, e
0 C/ e2 {. ]$ [; ]4 J* f; _ pbld, n, "g43", *tlngno, pfzout, next_tool, e 6 K" S* i5 x) @2 I
pbld, n, "*2030=0.0" : o/ J) L6 ]' N
pbld, n, "*2031=0.0" " X* Z4 p0 m( J9 A
absinc = sav_absinc
+ A& h! n' ]0 [3 D; U pcom_movea
7 w& D% W1 G% L! c# P' _$ y toolchng = zero
4 C( I: }; r5 C c_msng #single tool subprogram call * _& ]; n# o \) }% f+ {' J
pretract #end of tool path, toolchange
) g, V, s) t5 m6 P+ p sav_absinc = absinc 0 K( V# e/ M% C
sav_coolant = coolant
* W$ `% Z2 U1 ?. G; w+ Y5 B coolant = zero
( E ?5 { @8 Y6 Y' s y3 j #cc_pos is reset in the toolchange here
; _, k, @& R# r% t' \5 I cc_pos = zero $ I) C" x3 |' S, O
gcode = zero 6 I3 Z8 Z( G; Z
pbld, n, sccomp, *sm05, psub_end_mny, e $ p- ?3 r$ a2 `6 ~$ }/ h# j
pbld, n, scoolant, e
* u4 t; P- U4 L% m9 ^4 K: M7 e absinc = one , L- B* W7 Y* h% m: C3 d9 U
pbld, n, sgabsinc, sgcode, *sg28ref, "z0.", e
4 }+ z3 ]6 ?, ^/ L1 B D , [4 m( _: ~4 m4 a, r! v
#pbld, n, *sg28ref, "x0.", "y0.", protretinc, e 9 h! X; I' ?1 I' F y6 u
absinc = sav_absinc
4 ^" [9 p7 _' S! m* @- u coolant = sav_coolant
5 F! p# r6 U& \: J- O; | & v) L- D; _5 V
protretinc #reset the c axis revolution counter $ s6 J- W0 B. h: H" P& o, t/ Z& l% I
if frc_cinit & rot_on_x, 6 x& e3 t; p6 K- ?: x
[ - {; S, K" v# |* L. p) e& T( ]
rev = zero
% r- P; [" ]: Y | L3 g# R, I sav_rev = zero
. P$ C. l! ^9 s2 E cabs = zero
( m9 n% `! E+ E. a csav = zero @$ u6 y/ p4 \8 M* c3 ^7 ^
indx_out = zero
- _4 K7 a. z' t; q8 b& w if index, e, pindxcalc, pindex 3 F- W3 w! N: j) L5 r: B0 p
else, *cabs
! r z5 z6 ~: p8 _8 F3 s prvcabs = zero 7 N9 a; O" h" ^; A) {
!csav, !cabs 5 P+ z) `; u/ @ O
]
6 h4 `$ A3 ?6 M1 h$ xpeof0 #end of file for tool zero : _6 H; r8 H& l& W: Q" n' o
peof
1 g; e. T/ ^& f" R6 epeof #end of file for non-zero tool Y* D* W* o7 Q! X M
pretract
_$ Z; c) l( x" \2 r, X/ ]5 | comment 3 \6 A0 f. V' V
#remove pound character to output first tool with staged tools ) x& J/ q6 ~9 f5 Q4 e+ v
#if stagetool = one, pbld, n, *first_tool, e
+ u8 s9 N: E6 Q" @' h pbld, n, *sg28ref,"y0.", protretinc, e 5 X) R, `% E8 n' W; e9 s" U* L* c3 k) H
n, "m30", e
6 X& |1 d, g8 n8 s( T4 |3 f2 B mergesub
' E- ]4 t+ ?/ V1 |& u* E clearsub
d, r/ W$ |' ]% g/ b. j6 r( _ mergeaux
) w. B, b! `. Q: j clearaux
2 [" I/ G( h% p "%", e
6 `! m- Q" L( B) upwcs #g54+ coordinate setting at toolchange 7 R. f7 m i8 _4 _$ y! U5 a( z
if mi1 > one, : f: N% y( a& R- U8 f
[ 7 a2 ^) g0 ], ]$ Z
sav_frc_wcs = force_wcs 7 ^& d8 X8 _6 b6 d3 o6 ~+ M
if sub_level, force_wcs = zero ; G4 M/ B o. y+ g% }
if workofs <> prv_workofs | (force_wcs & toolchng), * R& k( [, ~) k7 V
[ " c. ]8 I+ H6 @9 x E* A; V x
if workofs < 6,
4 @! x7 I0 V! C) G6 _ [
) P2 j3 t$ c4 ^6 ?, o# m4 t g_wcs = workofs + 54
0 s r. d+ e- [- V A$ Y+ D ]
2 O7 M; m8 i! |$ N8 @3 ` g3 f else, - V: Q8 l7 o. m2 ^
[
( |7 F- f( Z8 g1 J _; C g_wcs = workofs + 104 % C5 G i; @* D5 k4 K/ C4 q$ x
]
% |* m5 e1 O4 Q/ \+ p( G2 S if workofs >= 0 & workofs <= 25, *g_wcs * G; p+ S& r( {, M [# A% l
else, "error - invalid work coordinate system", e
9 [6 F# k; n1 F: g+ U( _5 q ]
3 I1 E% r- N, K( ]& H9 k0 E force_wcs = sav_frc_wcs : \$ V1 H9 c. F& R
!workofs 9 g& t1 f6 Q+ V) B0 ~/ L3 j: i
] , \& r$ K' K, z/ f
+ Q: C9 l/ s# p9 q& E0 Bpgear #find spindle gear from lookup table
" `5 n6 v; M/ j9 d if use_gear = one, 3 H( V! x$ Z7 {& c" V9 ^, p
[ 5 o! ~$ C) w& g: P( C, y
gear = frange (one, speed)
5 y* e2 z/ V- m4 }" ]+ l* y *gear 1 ?1 K' o. a" H K
]
7 p' H; c1 U, A# D3 [+ p* y#toolchange setup
+ t: e" C# f, D7 w+ \* I. l' gpspindchng #spindle speed change
; [- V; m* D( T7 {* D Q; V: z8 A if prv_spdir2 <> spdir2 & prv_speed <> zero, pbld, n, *sm05, e 8 y" e0 o$ A; t3 P& f
if prv_speed <> speed | prv_spdir2 <> spdir2,
$ o- |$ X+ i3 X2 K) z" l [
, R% C2 Z$ a( J& j( ~0 }+ Q$ S if speed, pbld, n, *speed, *spindle, pgear, e
7 ~0 p3 b1 H- u5 b8 c; T6 J ]
% [& p q+ h+ J5 G; g$ m% }4 H6 _ !speed, !spdir2
% G L: S; f: ?$ wpspindle #spindle speed calculations for rpm 5 a" y- A# R9 [
speed = abs(ss) / h9 [+ u5 _5 @1 Y; r% N/ t" o
if maxss = zero | maxss > max_speed, maxss = max_speed ' H8 ]9 y$ s5 E# p& o, a" j
#zero indicates spindle off (not a mistake)
n5 Y) p% E5 q! y$ D2 n$ Q2 h7 l1 ^ if speed,
( W; }5 z4 B% D6 R( x% G& l( ^$ L [ % X4 [+ A$ U7 M7 p- G/ W
if speed > max_speed, speed = maxss 4 z2 U" W! s' W, I: R9 Y
if speed < min_speed, speed = min_speed $ D% ?1 d1 G# L8 e
] 0 A" |% ?. N, _4 A/ p/ J" G
spdir2 = fsg3(spdir) |
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