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跪求高手改下源代码格式,感激不尽,或者觉得重写比较快,希望高手帮帮忙,谢谢!小弟万分感激7 J7 E) g: f( f
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2 j) v9 @! I, i( M" b2 S# This command will be executed automatically at the "Start of Program" to
6 q6 n! O- T, B8 Z. D+ o* M; m# prepare for the tool list generation.+ F% [ [3 x9 k; ~
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# This command will add the shop doc event handlers to the post.
3 p! S0 a: n' o# You may edit the proc MOM_TOOL_BODY to customize your tool list output.
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# Only the tools used in the program being post-processed will be listed.
* j+ Z3 Z4 n5 H9 p9 ] V5 A#
; \0 Q$ e7 L' q4 R3 P$ A# In order to create the tool list, you MUST add the command
# h! U' [" V$ Z- {9 e; }. M2 R+ ~# PB_CMD_create_tool_list to either the "Start of Program"; P4 V9 i3 Z( @ f- Y" `6 Y
# or the "End of Program" event marker depending on where ]7 I" p. @. V1 R8 A3 A
# the tool list is to be output in your NC code.
3 O4 Z- {" _/ |$ C#: h! _) L# x9 I, [
# The Shop Doc template file "pb_post_tool_list.tpl" residing in the
/ l4 ?$ Z$ {. O- t. J( ^' t# "postbuild/pblib/misc" directory is required for this service to work.
- E, F# U- c0 |1 c- M# You may need to copy it to the "mach/resource/postprocessor"; a1 |6 [+ ~9 I
# or "mach/resource/shop_docs" directory, in case your ug runtime
* {8 c9 R( V3 n# environment does not have access to the Post Builder installation. h) }- N* H& t0 {* ^+ t
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global mom_sys_tool_list_initialized
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6 T! z) e; c; a3 {1 d H% g+ [0 c. luplevel #0 {
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7 q) F$ a9 ?9 ?4 v0 ]proc MOM_TOOL_BODY { } {
, J3 N, Q6 r, t! P# [' e: a, }. A+ q global mom_tool_name
. m' [8 ]1 R* m& e2 \' c global mom_tool_number. m6 _4 |5 L. u. `! P
global mom_tool_diameter
7 q- X. d% ^ ] global mom_tool_length
0 g3 j' K. q1 f7 X global mom_tool_type
7 m2 _ I( { E+ ] global mom_template_subtype
" g2 C, O/ ~, o! Z4 @9 b" U0 { global mom_tool_point_angle- H! ]3 `+ T. m% H
global mom_tool_flute_length
1 r8 n% ~/ n- D4 N global mom_tool_length_adjust_register
5 k b! D; N% e! [' o global mom_tool_nose_radius4 O, k. w- E- j/ \
global mom_tool_corner1_radius8 a% f$ L. u- |3 @& k+ H! R
global mom_tool_flute_length
8 N Y9 T9 ^& Y2 E! i' ^1 ^ global mom_tool_orientation. H# R0 I4 m( ^" h7 `
global mom_sys_control_out mom_sys_control_in
/ z9 @2 X2 p4 R1 r; K+ n7 R global cycle_program_name current_program_name
: n) e9 {) P$ K x7 G global mom_sys_tool_stack; C0 F( @/ ]. z5 q7 ^: i, ^
3 y( t( X b$ x* v- I" g global tool_data_buffer" m; A5 L: r i1 v% c! @
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# Handle single operation case.: ?3 R! X( r/ H$ E) @) T3 h. q9 b
# current_program_name will be blank when no group has been selected.
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if { [string length $current_program_name] != 0 } {0 b, Z1 o5 ?; d. g9 O' y% G% z
set n1 [string toupper $cycle_program_name]
) S, z' p& ^7 j; }) B- z" t set n2 [string toupper $current_program_name]
0 n1 Y4 O- R) @/ r- n) I. M. ?3 m if { [string compare $n1 $n2] && [string length $n1] != 0 } {
# R5 p3 n' Z5 U) A: k" q' {/ d) `return9 ^+ J+ n2 L4 f6 b! ~2 W7 i1 ]) F
}5 u7 p, Q9 }1 w" _: D) h
} else {/ g2 F, n* A" T" u' `" h) y
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# mom_sys_change_mach_operation_name is set in MOM_machine_mode
- l \ p0 B( b: l, z- s # Use this variable to generate tool info for a single operation.
4 `; W' }4 ?8 [5 n& _2 l- n8 w# f0 l( I* M$ P3 ^
global mom_sys_change_mach_operation_name mom_operation_name
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: A2 A, n6 Y8 [$ X if [info exists mom_sys_change_mach_operation_name] {
1 k$ B+ j8 Y* p- ]! E6 K if { ![string match "$mom_operation_name" $mom_sys_change_mach_operation_name] } {: g5 O" ?5 I' v1 x G5 H
return
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} else {
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#****************************8 V, Q$ R9 q' e
# Collect various tool lists
2 w$ ^% Z9 I6 [4 L+ ], K #****************************
1 H% n' D& C/ p& f lappend mom_sys_tool_stack(IN_USE) $mom_tool_name0 T! o1 g' L8 d. o- a5 ?1 s2 {
; U ~8 X) `3 \/ ]3 |$ c, } set tool_type [MAP_TOOL_TYPE]
7 g1 z3 f1 _* w
1 Y2 R, ~. b1 E* W3 g& l if { [lsearch $mom_sys_tool_stack(ALL) $mom_tool_name] < 0 } {
) {# }0 i2 O: @8 g1 [( q2 W0 e4 t3 W, p8 s Z% Q
lappend mom_sys_tool_stack(ALL) $mom_tool_name
9 y' h: t! h& r1 A9 t8 a lappend mom_sys_tool_stack($tool_type) $mom_tool_name
& _8 Y/ @( F9 q# [9 ~ }
* |+ ], c+ u b7 b# ~0 ]0 i6 U7 Y" z" y5 H2 I+ ?& h0 ]4 j! }
3 y! `9 r, N( s4 K #*************************************************
7 B0 |% A1 y N* t6 c # Define data to be output for each tool per type
, n4 ?) f4 c9 B #*************************************************2 ~/ b5 l3 z7 ~: T+ G
set output ""
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set ci $mom_sys_control_in
& ~1 L; ]& l( x+ R$ o+ C set co $mom_sys_control_out
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if { [string length $mom_template_subtype] == 0 } { set mom_template_subtype $mom_tool_type }
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3 @1 u+ H% c6 ^7 G1 d u set tool_name [string range $mom_tool_name 0 19]
2 F1 f, M8 C, Y$ n+ @0 }8 U set template_subtype [string range $mom_template_subtype 0 19]
2 A y* Q9 O& ^ b
2 D) J, K9 }) x- `# S. N3 V switch $tool_type {
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"MILL" {
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1 y ^8 F6 K* W( D! c set output [format "%-20s %-20s %-10.4f %-10.4f %-10.4f %-10d" \4 _* T' ~( B# i. t( D
$tool_name $template_subtype \
; X$ [4 c0 d, d $mom_tool_diameter $mom_tool_corner1_radius \5 H b8 @3 v& L
$mom_tool_flute_length $mom_tool_length_adjust_register]% f4 ]* p) A& K1 `9 r
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"DRILL" {
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/ Z2 c( r! O* w$ f7 y set mom_tool_point_angle [expr (180.0 / 3.14159) * $mom_tool_point_angle]
& U5 Y: o% ^: z3 q c9 k4 I+ z set output [format "%-20s %-20s %-10.4f %-10.4f %-10.4f %-10d" \8 j2 q, i$ E; D8 `( j% W
$tool_name $template_subtype \
: ], X# a2 X- T4 G+ S $mom_tool_diameter $mom_tool_point_angle \7 \2 |8 V3 D6 p6 L4 x
$mom_tool_flute_length $mom_tool_length_adjust_register]. W( `/ m- ?0 H$ `+ {
}
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"LATHE" {. ?" J2 N% y3 V$ B F3 B
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set pi [expr 2 * asin(1.0)]
2 |5 ^2 S) o0 C D set tool_orient [expr (180. / 3.14159) * $mom_tool_orientation]
* U" }- _- {0 }( f, f( D set output [format "%-20s %-20s %-10.4f %-15.4f %-10d" \' M* w$ O6 I2 G- h: f0 e
$tool_name $template_subtype \
9 Q; m( @6 `- f, M; ? $mom_tool_nose_radius $tool_orient \
G: x4 s9 |+ o e $mom_tool_length_adjust_register]
' v% \. m) r& L+ A- A/ x# z# C G0 ?( W; C }
9 O: B6 y, K5 g: A }
2 U! [& {5 o5 h1 e* { v) q+ o, d( ^0 l/ n3 A7 z; M
6 y6 R7 o1 Y: K. K #*******************************************************************************/ e$ b+ m- z8 g3 W# {$ D
# Fetch tool time data from the post.% A: d# f0 z8 H
# This info is only available when tool list is created at the end of a program.: i6 Y n1 b+ v7 O, I
#******************************************************************************* P0 ]& V. N7 j. k4 p0 W
global mom_sys_tool_list_output_type
0 f1 E. V% r, _! G$ @% w v global mom_sys_tool_time
. d6 y7 r* X$ Q* U global mom_operation_name
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set tool_time ""
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; C- ?# |, H5 m0 T! M5 A. S, U if [info exists mom_sys_tool_time] {
: [$ |+ n' r2 u u6 V/ S) j) D" c; q5 r
switch $mom_sys_tool_list_output_type {
1 a- Q3 J, c: h C "ORDER_IN_USE" {+ P4 ?) H7 {! D1 |0 Q9 Q# c
# Tool time per operations.
; Z e3 U& s& ` set tool_time $mom_sys_tool_time($mom_tool_name,$mom_operation_name)
8 S; E) \! B* A! ~( p }
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default {
1 C; e5 p1 H, N& D5 H' T8 {- v # Accumulate tool time from all operations using this tool." k9 q! U0 i5 f' E& a- V
set tool_time 0
# h7 `0 i7 }% U3 K if [info exists mom_sys_tool_time($mom_tool_name,oper_list)] {
5 N1 y. s5 j3 m7 ~& d7 ]( S1 U7 R foreach oper $mom_sys_tool_time($mom_tool_name,oper_list) {9 ^# t" A1 N {" b5 O, ~
set tool_time [expr $tool_time + $mom_sys_tool_time($mom_tool_name,$oper)]
8 d, @0 `+ @# q6 H8 l2 L1 m }
: {; J# m& P6 {' ^. T }% r( R5 g6 x* k; k/ }
}
: f6 M% y9 e" U }
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if { [string length $tool_time] && $tool_time != 0 } {4 Q3 {( A0 q- K4 j; p& ?2 O3 m
set tool_time [format "%-10.2f" $tool_time]( ?) y1 a2 H# n6 a
}
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#++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
$ ~, d! p8 l9 E # Store data to be output or used in PB_CMD_create_tool_list.4 E* r9 ~0 I6 b8 S
#6 l1 u5 Z5 j- E7 b" s+ [$ f. l5 ]
# <Ex.>
" c9 D. B& A- y/ Q, A2 l. H # global mom_tool_number
: m/ D7 _1 ~2 j5 O # set tool_data_buffer($mom_tool_name,tool_number) $mom_tool_number
2 L F5 j' X9 r5 o #
; x. Y/ N# A F+ @) J+ z7 h # If a BLOCK_TEMPLATE is used to output the data, the global varaibles
2 k, ~0 G; {) ]! H/ D7 ^$ U5 Z # used in the expression of an Address need to be set accordingly
! i4 \1 H7 c" ?5 ?7 j0 N# W" { # before "MOM_do_template" is called.
8 [5 {5 g$ P$ [ k6 R #++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++- z3 L: P. w, K& C: a
set tool_data_buffer($mom_tool_name,output) "$co$output$tool_time$ci") ?2 t- P4 h9 T7 r+ L; ~
set tool_data_buffer($mom_tool_name,type) "$tool_type"
& v+ u, _+ J2 @$ H7 M) p}
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/ N5 M7 l6 E, ~+ l, L- [/ gproc MOM_SETUP_HDR {} {0 u: \) ?5 I+ a7 F
global mom_sys_control_out mom_sys_control_in; B+ P# |* h, S3 t& g7 j
1 M2 ]( d2 O/ Q, W' A# ]
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# Initialize various tool lists
9 ]& F5 G& k) L z, U8 P7 f! B global mom_sys_tool_stack* o8 m5 y" L# [5 x0 T
6 b5 ]4 s7 W/ s" w set mom_sys_tool_stack(IN_USE)
1 w6 U- b3 p$ y5 Q set mom_sys_tool_stack(ALL) - {4 P) ]$ G/ X7 v$ M
set mom_sys_tool_stack(MILL) . A, t' g, I7 @8 _ }' S% [
set mom_sys_tool_stack(DRILL) & q( M* Q. k0 W' e3 f& }
set mom_sys_tool_stack(LATHE)
B5 X5 F/ s; \
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3 j! [! M) s. p, r" {' K) [- e+ h set ci $mom_sys_control_in* Q4 {; G, L6 j' V* @
set co $mom_sys_control_out
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& R( r- Y0 E5 ]1 S
) l. N5 y# t3 M# P2 y9 A' f0 B #++++++++++++++++++++++++++++++++++++++++++. c" x! V9 z- i+ H3 d) N; l
# Define header to be output per tool type8 a, Y0 f$ X2 f2 W
#++++++++++++++++++++++++++++++++++++++++++. I1 l) ?4 {0 j" N9 s9 r
global tool_data_buffer
4 [- n" e7 T6 W7 V* q4 [
! x$ Q) c+ P4 h' F* y( U/ M set tool_desc "DESCRIPTION"! b( d x# ]& N" ?
set tool_dia "DIAMETER") o( R' G0 s/ r" g
set corner_rad "COR RAD" L5 _0 Z& I6 ~% v2 f
set tip_ang "TIP ANG"/ j* V; Z6 l# q
set flute_len "FLUTE LEN"
, y* F$ J4 S, W1 ~$ T, P/ E3 {$ a set adjust "ADJ REG"
6 P! O) X0 s+ j$ G) T set nose_dia "NOSE RAD"
+ ?8 Z; C: N: j' q+ b2 f" _ set tool_orient "TOOL ORIENT"
7 p3 X6 p* C2 [( r7 Y2 |$ Q6 U- V: y! l) b; [
# Label title for tool time only when it exists.8 |9 n' G4 o' o
global mom_sys_tool_time$ x* k. L# X7 s3 s
if [info exists mom_sys_tool_time] {7 |4 ~/ g3 h7 Y4 Y. g! p
set mach_time "MACH TIME"
- o7 W: U% @ }" D% L. o+ r } else {
1 Q. e: H4 o' }& {; `$ `( H set mach_time "". B5 j- C5 m" d% I5 t+ ~! _% i0 j
}
# x6 m$ u* S6 Q* Y$ G
N9 X; G1 l+ @# t3 h3 u! \ set tool_name "DRILL"
+ q0 s1 x. {4 Z5 W set output [format "%-20s %-20s %-10s %-10s %-10s %-9s %-10s" \
. t$ Y) N8 t ]. d$ E V $tool_name $tool_desc \
, i2 L& f% t, \$ u( o0 \3 M $tool_dia $tip_ang $flute_len $adjust $mach_time]
' f' N0 S2 Z8 F# X* b3 n- f7 f1 q0 R/ ?
set header 0 u1 Z! F, ^$ o+ A
lappend header "$co $ci"
2 I7 \& x" [8 ? L, W# q lappend header "$co-----------------------------------------------------------------------------------------------$ci"
0 \, T0 T" N- J E# N, Q lappend header "$co$output$ci" ^ p) Q, ?! Q6 n* q! h2 {
lappend header "$co-----------------------------------------------------------------------------------------------$ci"
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' \2 N% m3 U" x set tool_data_buffer(DRILL,header) [join $header \n]8 F; B' U& S M8 M. Z4 S
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8 i8 c" f4 O) s# g7 }5 o set tool_name "MILL"7 @4 G9 W7 j7 i4 r! F$ ] j! @
set output [format "%-20s %-20s %-10s %-10s %-10s %-9s %-10s" \
7 E/ y) I4 V& J $tool_name $tool_desc \% E$ e/ R% i! {- {* f- U. r4 X
$tool_dia $corner_rad $flute_len $adjust $mach_time]
9 X) U' C+ B1 M, P' I3 f7 D+ G& L
6 \5 R# ]9 U8 E6 f' n9 k set header 8 r7 E+ C9 o# e/ g8 q, x
lappend header "$co $ci"& M) G% Z+ I2 b% ~
lappend header "$co-----------------------------------------------------------------------------------------------$ci"/ k z: S$ x! y1 o! n
lappend header "$co$output$ci"
' H9 d% r- h( A5 m) G lappend header "$co-----------------------------------------------------------------------------------------------$ci") l4 z6 g( A8 m1 E! u0 r# C( V
6 C. t0 q9 r$ P. ~4 s4 N- w set tool_data_buffer(MILL,header) [join $header \n]0 z- P) m- V5 t* p8 l* H1 S6 e' L$ I
! W4 W% F9 k2 O* h
( O. v3 A: s5 ^ set tool_name "LATHE"6 B+ S3 X% a7 g7 v p- H( s* ^
set output [format "%-20s %-20s %-10s %-15s %-9s %-10s" \
( h" W5 v3 U9 g" z $tool_name $tool_desc $nose_dia $tool_orient $adjust $mach_time]
& }: p! A- w& J8 j1 R9 _, ^- n
+ m2 K% d& q" B& F set header
& k. b: \& i/ c h" s! ? J% z# e lappend header "$co $ci"
; X3 M; L3 x) A lappend header "$co-----------------------------------------------------------------------------------------------$ci"& a9 H4 d! m8 P. |4 x' U
lappend header "$co$output$ci"& Q% G. C' [- `$ `
lappend header "$co-----------------------------------------------------------------------------------------------$ci"3 u, h( k5 i$ q: l/ F1 F# o; h
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set tool_data_buffer(LATHE,header) [join $header \n]: k6 H9 V: e5 w' m9 V
}
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proc MOM_PROGRAMVIEW_HDR {} {}
7 g( C7 R. u. W5 x- Kproc MOM_SETUP_FTR {} {}
/ r1 L. e! m; U' p$ \; r. o0 G- s# _; @
! u, y7 J2 T+ k$ G0 u0 _0 Iproc MOM_MEMBERS_HDR {} {
: l/ B( h, b3 w, ~$ |2 O global mom_sys_program_stack cycle_program_name2 }4 j r1 [. m0 j
global current_program_name* D% |; b+ R& q6 m
8 B0 X$ E5 q- [' g8 z% [" \
lappend mom_sys_program_stack $cycle_program_name' f0 N$ d# {. q8 Y$ b# s. \
& g2 a1 `# W7 X, \( M& S if { [lsearch $mom_sys_program_stack "$current_program_name"] >= 0 } {6 [8 x7 B7 g( `, e- H* l0 }/ S
set cycle_program_name $current_program_name
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}% ]4 l: h1 _3 q- `2 h7 f1 x
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X* U2 \% S0 l+ E# C% Eproc MOM_MEMBERS_FTR {} {
0 O; p+ }2 n4 X' I global mom_sys_program_stack cycle_program_name3 R3 q" Q8 e$ e: E& V3 m5 Q
global current_program_name
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set mom_sys_program_stack [lreplace $mom_sys_program_stack end end] h. K. B' `' d# Z" u6 _
set cycle_program_name [lindex $mom_sys_program_stack end]
8 [" p% ]' R) |: @
3 m L ]- N2 \) u9 |/ q if { [lsearch $mom_sys_program_stack "$current_program_name"] >= 0 } {
* t) i% z [' k- c set cycle_program_name $current_program_name* p8 N! n, M7 k) y& L5 O
}
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/ v9 Y, c$ S; Mproc MOM_PROGRAM_BODY {} {0 T* P. t9 U9 ~0 N9 S" v
global mom_object_name cycle_program_name% j' r# l7 A9 V! G% F7 I
( ?$ X0 u, I5 {9 ]0 |6 h set cycle_program_name $mom_object_name" R6 ^, n" u+ y& p0 d; h) t
}' i# ~9 y2 e5 A+ [
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proc MOM_SETUP_BODY {} {}
- g9 u8 M% {/ C( x1 [& Tproc MOM_OPER_BODY {} {}
/ w7 c$ q2 u+ f6 T' J" G2 Jproc MOM_TOOL_HDR {} {}/ v% q* G) T* c0 p6 N) x
proc MOM_TOOL_FTR {} {}
! t1 S" G8 N3 W$ d: P7 p' K2 cproc MOM_PROGRAMVIEW_FTR {} {}
M" ?/ e8 Z! Z7 ^# l' [2 y
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: K6 Q8 s4 y9 H3 w# mproc MAP_TOOL_TYPE { } {
/ ?/ X: u9 k9 [" J/ i- T& C global mom_tool_type
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if {[string match "Milling*" $mom_tool_type]} {& @8 E: l; N+ G$ E$ e ?1 W
return "MILL"8 h8 h. y0 B& x! u
} elseif { [string match "Turning*" $mom_tool_type]} {$ @6 G0 }6 V- O
return "LATHE"0 }/ N1 b3 n6 o
} elseif { [string match "Grooving*" $mom_tool_type]} {
9 V! N _5 s3 @3 ?2 F7 k return "LATHE"& C5 }5 a( ]5 d- F4 L! u9 S
} elseif { [string match "Threading*" $mom_tool_type]} {
9 F' Z. S% }1 C$ ]" V9 l3 @5 B' x return "LATHE"! b" i6 m k) \/ T) }0 q& j
} elseif { [string match "Drilling*" $mom_tool_type]} {
1 j6 R2 F, P& D4 \; {) e return "DRILL"
0 d+ X3 U4 O( { } else {/ b0 f/ {4 c* t! a9 ^; M3 \
return "". Y( Y0 V2 s9 E
}
# I6 @: x( `! _& e}
( ` G1 e& e& v
; o: r) k% w4 I% E- b; a8 t
. {4 s' _! v0 w- L1 w# Bproc shop_doc_output_literal { line } {
( ?. P& _* S$ W& e1 h" o* |2 T2 Q global tool_list_commentary list_file
" y' s6 @; f4 C8 P0 D5 J$ h0 Q0 T
set line_list [split $line \n]! r2 n" O, I, K7 R1 W
* V+ P b: y: t9 l+ `" w) s4 ?: b. q
foreach line $line_list {# S X q' {: b% R+ I# Z9 r: ?$ b
. E0 U5 c+ g- k+ g! v
if [info exists tool_list_commentary] {; K0 r! J2 U7 B- A' ?, a
puts $list_file $line+ O) P" |8 B( S( z: ~7 W' e# Q
} else {, ~7 _; z; G4 A7 T9 R* U
MOM_output_literal $line
# |$ F7 l7 C" Z8 Q8 n }
1 G# K7 V$ y6 G# h: U2 A1 M7 }5 T( \5 H: k5 G! H3 |
}
& C( r* j! F- R; c$ |}
9 e% l/ q3 {5 x0 a1 K" k( t. y
* c* M3 }& O5 M# _6 y
+ v2 p W$ E; `( Z V: D} ;# uplevel8 f: o; C5 `4 W
7 G: C/ ? |3 Y
) p; c# a. z& | set mom_sys_tool_list_initialized 1
, ?% X! H/ D$ E8 z4 C
& N+ \6 d- `; y
|
-
原来的
-
理想的格式
|