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以下是我的后处理
) g/ t2 Q6 r2 o1 m* Z( p还有一把刀具加工程序时程序开头没有刀号(t)
' n9 {# {6 e3 K4 f b多把刀具加工时有刀号
/ G! J k. E9 L# u4 _ y- R请问如何让处理出来的一把刀具加工程序有刀具号呢(t)?
7 i ?9 o- m0 [ N
, i* ]. r# U9 }1 K# tool comment / manual entry section 4 P5 V" w- e; |% \, H
# --------------------------------------------------------------------------
. W) B- f/ m" L$ w' jptoolcomment #comment for tool 2 K8 b+ o* K& B+ ]
tnote = t ( N+ p: P; V2 Q# K( V5 O5 ~
toffnote = tloffno & e% z& u( q/ a9 H
tlngnote = tlngno
/ E- _5 J% N+ J2 t, D #"(", pstrtool, *tnote, *toffnote, *tlngnote, *tldia, ")", e Q: v5 U7 M: I4 `; B# S* d, G% i
"(",*tldia,")", e / {: f f; M1 a
pstrtool #comment for tool
! C+ E# p1 z Y4 t if strtool <> sblank, ! m& r7 t& Q9 {; r. X6 I1 C
[
v4 r2 ~4 W! k- V strtool = ucase(strtool) 8 r$ O V4 ?( k, f
*strtool, " " 9 G0 V1 D( R' d7 w: n1 x, i! Z
] & O- y; w9 a, N' ?6 Z
pcomment #comment from manual entry (must call pcomment2 if booleans) : C6 t5 U+ J* i* K
pcomment2
& {# B" x; p/ D, V$ O- Tpcomment2 #comment from manual entry
) F/ W+ V p- w/ r scomm = ucase (scomm) & W+ t1 W' M! @0 h" r k y4 L
if gcode = 1007, "(", scomm, ")" " W9 u0 ^- Y! q' U" k
else, "(", scomm, ")", e
; s- A8 B" G8 X2 t# I1 v$ h2 R( y& @# --------------------------------------------------------------------------
) C" w ~0 l; M. U2 o- L- V W# start of file and toolchange setup 1 p, D5 H* n$ D
# --------------------------------------------------------------------------
: e5 c. c- K* d$ u8 jpsof0 #start of file for tool zero
6 [7 f1 I2 z4 d( ~5 P psof , ]8 v' o- D% r' x. ]0 R7 ~
psof #start of file for non-zero tool number 3 {6 r4 W- {0 Q% T; `3 F3 l
pcuttype 7 G7 }7 v# n) ~ e; C2 b
toolchng = one
7 N5 K$ e) p0 @0 R' ]8 } if ntools = one, ( \/ ]- s/ V& B! {
[
4 T H$ @6 n- A( }. F6 v$ X" ? x #skip single tool outputs, stagetool must be on
8 [# H" E( C; O4 U! n: w3 u: S* f stagetool = m_one
t l+ W; x4 E! [9 t !next_tool ' u" ?6 f& C6 @7 U% b
] ; y0 G& y2 b- @6 [. t# `
"%", e
% N2 X5 C: Q# X- i) D' E *progno, e
0 \9 u6 W! }& i% y9 X e "(", sprogname, ")", e
( S* o A9 p' S! `5 O H "(", date, " ", time, ")", e 0 O( [ r1 T$ d5 t. F
pbld, n, *smetric, e + o4 Z. p! \0 C( S# t
pbld, n, *sgcode, *sgplane, "g40", "g49", "g80",*sgabsinc,"g94", e ; r: G/ t6 `7 m4 Y! E2 l+ W
sav_absinc = absinc
/ J* q. M& c1 B& Q+ y# O' \ if mi1 <= one, #work coordinate system
% t) P1 a8 m& {. v. f [
$ H7 s! c, a# u: K, `9 {' y absinc = one $ F. A6 i9 {/ m/ a5 w1 k2 F3 S
#pfbld, n, sgabsinc, *sg28ref, "z0.", e
# C" l7 [9 k: l" i) Q #pfbld, n, *sg28ref, "x0.", e
' |* H9 Q2 C6 i# J3 k. O #pfbld, n, "g92", *xh, *yh, *zh, e " Q5 n& j) }$ w9 H
absinc = sav_absinc
R9 X3 _ q u- W3 j- L' c0 X ] 4 |- F; w/ k4 p2 E" F4 J4 A( g6 W
pcom_moveb ( r2 q0 w1 P+ E3 M$ V9 F7 u
c_mmlt #multiple tool subprogram call 4 h1 U7 d) p; c8 x, M3 X
ptoolcomment " O/ v7 a3 c" v1 Y& F# }0 m
comment 5 \4 {% r- F5 k
pcan ! ]4 p3 ]- H" } D
if stagetool >= zero, pbld, n, *t, "m6", e 1 H5 @5 ^7 l% E) d5 s( }
pbld, n, "/",scoolant
2 R' r6 J2 m \& \% G- P* l U pindex
) U% A! O' Q d9 _ if mi1 > one, absinc = zero ) v# Z6 A2 i$ G
pcan1, pbld, n, *sgcode,*sgabsinc, pwcs, pfxout, pfyout, 6 i6 ]$ b/ c+ I* K/ w
pcout, *speed, *spindle, pgear, strcantext, e - f% y! m% @5 R j/ W5 v; O8 p
pbld, n, "g43", *tlngno, pfzout, next_tool, e 7 P0 E0 T/ N0 ^! I
absinc = sav_absinc
8 I& R8 _$ \0 g' q5 b$ b6 x pbld, n, "*2030=0.0"
6 Y1 {" O0 R9 X9 g$ O pbld, n, "*2031=0.0"
# e6 m8 ]+ N! M2 ` pcom_movea ; }0 _: j0 \3 L) m/ W8 n; i
toolchng = zero 6 V# C( N g! l P2 n
c_msng #single tool subprogram call
1 E( O5 A6 s# Y3 K0 q: X( Y3 q ( v2 S8 z, v* N0 Z9 ]( A& y: @
ptlchg0 #call from nci null tool change (tool number repeats)
3 v( p* k' r, M. F' N pcuttype 2 X2 e1 d( M9 N
pcom_moveb
3 L& q' V* A/ t) D0 S% w c_mmlt #multiple tool subprogram call 7 T- K% t+ h( l, V/ y" `6 ?
comment $ Z' ~- j' h2 R5 Y6 W. o
pcan
- s; R, ]5 X6 C! U- f1 ] pbld, n, sgplane, e
" _9 Q" N6 g9 B/ U7 ~ pspindchng & `7 V$ Z1 ~1 |- G0 Q$ C
pbld, n, scoolant, e `* m# Q1 f* ]& ], O4 ~6 Q" w4 ]
if mi1 > one & workofs <> prv_workofs, . `! p, k7 \, A$ |- p& ?6 J
[
) U9 L, C/ P% Q z6 e sav_absinc = absinc " i0 t; F0 U g1 }0 G0 v
absinc = zero " r0 d& m) |; k# r
pbld, n, sgabsinc, pwcs, pfxout, pfyout, pfzout, pfcout, e
$ ^- ~4 `' F1 g0 u- A pe_inc_calc
% M4 M7 k' Z$ Y2 B& _: t ps_inc_calc ' N8 r6 Y. r$ R7 D
absinc = sav_absinc
8 X9 b" ^# Z1 n% L$ @ ] , u9 E3 S8 W) a& F4 P0 F
if cuttype = zero, ppos_cax_lin
6 `9 B! |* G% H$ K( I if gcode = one, plinout
7 ?0 Z" G& p' y# P6 m* `6 ^+ o* F else, prapidout
2 v* A& Z8 N% |' H pcom_movea 7 M$ a& G: n" `# f9 a2 u
c_msng #single tool subprogram call + L2 { ]. t9 y
ptlchg #tool change : R- S9 P6 C9 L9 S( n) v
pcuttype * N( L) L2 Z5 H7 K
toolchng = one & P- {: l, J8 ^( Z; V( p
if mi1 = one, #work coordinate system
1 }4 a. _* u9 ]* E/ x! t$ \ D! @8 h) p [
. P6 q4 s1 H A- g pfbld, n, *sg28ref, "x0.", "y0.", e ! k7 q3 y5 M( }3 Q4 H
pfbld, n, "g92", *xh, *yh, *zh, e
1 I% c* x6 t7 T2 R0 J ]
1 z* r; J. Z4 Q' Z6 }- l* a pbld, n, "m01", e
0 O/ l; l; w& M: N pcom_moveb 7 g0 @; H. f' b3 B$ ]% B4 B; R
c_mmlt #multiple tool subprogram call
4 e" w( |" K* i1 l ptoolcomment
( ?4 i$ W) q: j8 a% H, w comment $ ~5 V, H8 } i3 @* q3 U
pcan , c5 }3 ^3 m$ @$ ?$ r, L
pbld, n, *t, "m6", e
' u/ J7 R7 T$ ~ m pbld, n, "/",scoolant
: q t+ V0 a/ E( P6 N! ?7 R7 L pindex 1 ~: J$ ~) |! r, T0 w, [7 `7 ^
sav_absinc = absinc
* S$ L3 {( o& i$ ?" [; W" e if mi1 > one, absinc = zero
5 G+ K4 ~, G' W pcan1, pbld, n, *sgcode, *sgabsinc, pwcs, pfxout, pfyout,
* i; y# ~0 |! s$ E7 G pcout, *speed, *spindle, pgear, strcantext, e , t/ m: n" C4 B
pbld, n, "g43", *tlngno, pfzout, next_tool, e 7 c5 \& b( k- Z8 G/ o7 U% R! T9 V
pbld, n, "*2030=0.0"
4 `8 f# v- t/ X. U& h+ r) O pbld, n, "*2031=0.0"
3 B9 e! r0 }- U4 b8 K; q absinc = sav_absinc ! S# X+ Y( _" |
pcom_movea 3 j& `5 B! H" H; U0 G$ w: v; B# I
toolchng = zero
. m3 ?0 C6 e8 s' z- x1 d c_msng #single tool subprogram call
7 t7 `) G& u* ?! b4 vpretract #end of tool path, toolchange
; A, X$ ?7 n w- F sav_absinc = absinc
3 \" L! `; }1 j8 k1 X/ n/ q9 a% ^ sav_coolant = coolant # R+ a" j# O$ l# {0 J
coolant = zero
. |3 \2 q1 q! B. i) [- K #cc_pos is reset in the toolchange here ; o! c- U* F7 O# A$ z
cc_pos = zero
/ w$ X7 N$ ^. p gcode = zero
* g2 G& \, p! L. L pbld, n, sccomp, *sm05, psub_end_mny, e
+ ?8 M8 ?, R% _1 _0 ?( U D# n pbld, n, scoolant, e
4 n2 @: J" y/ i R% l6 B absinc = one
$ d9 i0 R) f% H% n pbld, n, sgabsinc, sgcode, *sg28ref, "z0.", e
' I0 m% ]& M+ y! S% g0 M 7 p+ G' ~: `% _7 N) n; d9 F
#pbld, n, *sg28ref, "x0.", "y0.", protretinc, e
, X9 z# {2 `& u( r2 C9 \4 m absinc = sav_absinc 0 ?/ B& y8 x" V) N1 q
coolant = sav_coolant
# B- H+ R# x* \1 S/ E( s 8 G8 c3 d6 t. _* H, n7 T
protretinc #reset the c axis revolution counter 5 _9 h+ D4 R. f6 b. L
if frc_cinit & rot_on_x,
! y3 V& p3 P* m [ ' }* U- v3 w. ^) R3 g1 |1 ~
rev = zero
3 L' G9 u) i: z) w& L( W. B sav_rev = zero 0 W) S# M) J1 l7 q `* F! f. O3 g
cabs = zero
# E: k- V4 U# W- { ~1 N csav = zero 8 z1 G. i" S- _! a9 D, e3 u( W/ x
indx_out = zero
& c! [9 \* x6 V if index, e, pindxcalc, pindex $ H6 w- J3 N1 h7 B
else, *cabs
" U+ q& e9 O2 r9 M4 s! x: l) T prvcabs = zero : E5 e: |# i% s! K
!csav, !cabs 5 M2 W( y& j. Q) a& J e
]
1 J6 I) @- y2 }& Z/ a' D6 Tpeof0 #end of file for tool zero
) T/ R% _# t& u) A peof : Q( l: D) ~6 Z. I/ C7 [* S8 s
peof #end of file for non-zero tool
; s; L1 n* G! F: f1 O$ e: m pretract # C% a" o' h0 F* r* o9 B
comment
g6 J& \6 p; B" B; l8 h #remove pound character to output first tool with staged tools 2 Z4 ] w/ p6 S2 }% k
#if stagetool = one, pbld, n, *first_tool, e
7 z, S i( b2 G h$ i% M pbld, n, *sg28ref,"y0.", protretinc, e
( N: }5 y2 [, C, G n, "m30", e
& _; C: {) [% i- P2 @ mergesub
: U4 d+ D* Y4 m7 F clearsub f6 S; o/ j! |3 E2 _) f5 R: L, j% W
mergeaux
3 A( S7 g7 o: T9 f3 N9 }# D clearaux
0 d5 t5 w! W0 K1 S "%", e
}; g5 P6 E5 ?8 N* {8 m* o2 Epwcs #g54+ coordinate setting at toolchange , r( V! z5 u! a% w/ D+ p
if mi1 > one, 9 m: W, k" M7 a6 O1 D0 Z
[ H7 j5 C0 k [% W
sav_frc_wcs = force_wcs ' \2 d8 x: S2 }
if sub_level, force_wcs = zero ; ~1 l/ d- ?$ S: I$ n- z
if workofs <> prv_workofs | (force_wcs & toolchng), $ ~5 S' L* l% L# v6 I' P# i% N/ I
[
" P3 f% r+ e, X# }0 n. s if workofs < 6, $ Q" A) i+ s% J3 b! l& }
[
; r( v- Y% E0 r- x0 U g_wcs = workofs + 54
2 K8 j$ O2 T) s ] " X6 G1 F' b. o& N3 W( ^
else,
4 x$ F* L) N1 [9 [% K& U [ ) L+ e- D6 F+ J
g_wcs = workofs + 104 1 W* J) E1 E- j7 B5 ]5 W: `/ j
]
~, B' R. V$ y8 g2 l6 A7 Z! S6 V. Y% j if workofs >= 0 & workofs <= 25, *g_wcs * q4 g U( v6 _9 Q2 w
else, "error - invalid work coordinate system", e : E8 L P1 F" e0 v
]
4 Q5 c3 z! Y8 y$ _. m0 z2 n& A force_wcs = sav_frc_wcs % } Z- e6 [" d, G, z' R/ q+ {
!workofs + p g3 z. h* `5 I% ?
] . t7 z% O% J2 o$ ^9 G, h
- }$ ]$ s9 x+ @! t# s0 Z
pgear #find spindle gear from lookup table 7 c ?2 I6 _) B: g8 o
if use_gear = one,
+ x" Y1 V( e; V$ ^7 e [
- H! x' w$ o# G# n gear = frange (one, speed)
4 R0 i# b( }" z *gear
4 {; h8 Y, Y* {1 j4 X2 U# B3 } ]
# t# C6 x/ J5 T2 O) |#toolchange setup 9 q% [# ~4 |- k7 G' o4 E v0 c9 V% ]
pspindchng #spindle speed change / H7 C2 h" I J8 I
if prv_spdir2 <> spdir2 & prv_speed <> zero, pbld, n, *sm05, e
6 o/ P; M2 w& B if prv_speed <> speed | prv_spdir2 <> spdir2, ; b y4 F* j. q* x* b
[ - M6 g8 w$ Y( j" e: R1 V9 O
if speed, pbld, n, *speed, *spindle, pgear, e
, @0 F) u$ w) S6 ~$ I8 h ]
8 `4 c6 m+ b9 L& S4 a: s" m2 x !speed, !spdir2 ; N* `5 S5 q7 |2 n
pspindle #spindle speed calculations for rpm
0 t7 D2 Q9 a1 \% F1 q( l speed = abs(ss)
5 u, g1 y9 B) @! f/ I if maxss = zero | maxss > max_speed, maxss = max_speed
6 F; g. \* ^- i( O( v) f #zero indicates spindle off (not a mistake) 4 S& p: [' e1 C$ U
if speed, " x4 c! }7 Y' F, f) ]; _
[
% {) M# u9 W+ l' s9 d* C5 n if speed > max_speed, speed = maxss 0 Z7 {) \1 m! J8 V% F6 @0 w
if speed < min_speed, speed = min_speed / P w& e# ]3 o9 `5 I' A+ c
] 8 K$ {; K. r3 U; |1 d6 `0 r
spdir2 = fsg3(spdir) |
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