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4.1.5:增加G01宏程序钻孔功能2 s2 R; J' O( @ M) B* z
mastercam钻孔采用G01宏程序方式这个是全新的功能,在默认后处理中G01输出,但不是循环加工的,而是直接一次加工到位。没有退刀动作,这样不利于排屑,容易损害刀具
' e- k2 C8 u. y7 d同时当采用G01钻孔的模式时,就会丧失G81---G8X功能中部分功能。
( t. }% B! C1 W* @( P w, L8 H而在原有的G8X钻孔的模式下再开发用G01钻孔的功能,这2个功能能够将同时存在,并可以混合使用。能够做到浅孔用G8X模式,深孔部分用G01模式,节约加工时间,同时对刀具起到很好的保护。% v/ h: d, x5 C
他的动作与G8X钻孔的动作一样,钻一下退一下,起到排屑作用,能够很好的保护刀具。( ?) d& y6 O8 u" E. j1 X* h
下面是基本代码,在这个代码的基础上还可以进行相关的改进,提高,可以实现更多功能。如可根据不同深度,变速的打孔等等
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2 N# b6 q$ `# C0 e/ Y* J7 \mastercam v9.1 G01宏程序钻孔代码' l; A/ N c3 ` P
1.增加参数,参数名可以自己定义。但必须声明。* @$ R: X l1 q
# --------------------------------------------------------------------------2 H% O ~& \8 m
#G01 Drill Set
7 P0 a& M: r4 p: w# --------------------------------------------------------------------------7 _. ]. ^% Y; Z* X
fmt Z 2 depth # Z bottom for reaming operation
0 \6 I$ f1 [; U& s# ~3 P* |4 ?+ c# Mfmt Z 2 refht # reference Z top for reaming operation( O: u" q0 F% S& H; s% ^7 a
fmt Z 2 initht # Initial height for drilling
8 n1 d4 Q) {4 w' `fmt Z 2 temp2_1 #temp number format 2
; w) M: g: x6 K, |5 Z# ^" {% D0 yfmt Z 2 temp2_2 #temp number format 2
6 \) Z4 P# H2 A- Tfmt Z 2 temp2_3 #temp number format 2
3 i. j; O3 Z" F; l; Lfmt S 4 temp_speed # Temp speed
! i& x2 v) i) Q3 Ufmt 2 temp2_4 #temp number format 2
; j0 i! t& Y" k# H; v) F8 p) Tfmt 2 zz # reference Z top for reaming operation
5 o7 r1 V, F/ h# W( W, ]fmt 2 aa # reference Z top for reaming operation
0 X% P4 N5 |: l' x' `: z; x4 Y
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2.更改自定义钻孔命令下的代码,共2处
% x8 z8 I9 P# [/ k: X* |pdrlcst6 n' d- C, @2 J& v* Z+ U
if drillcyc = 8, pdrl_cust8
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pdrlcst_26 I& m3 `; S% R; P: ~) W
if drillcyc = 8, pdrl_cust8_2, p# k5 @7 Z1 x+ `, b
, Q$ }6 T2 z' L: O
8 Q$ H& [" v7 S3 \3.增加新的块pdrl_cust8,并添加以下代码6 w3 B9 x# P( C3 I
pdrlcommonb0 f1 x- i* g- m/ b U+ A- x. ~* }
[
3 \( C) N- F l" j- \3 K( _7 D temp2_1 = peck1 # Entry depth* ^& w6 }5 I2 t
zz = tosz
8 G, C# a/ ~- i0 U aa = peck19 z7 N* x+ N# q" k
pbld, pdrlxy, e: m' f4 B3 M$ [" F8 R7 W: r5 s
"#103=", *zz, e
# a8 X7 t/ g! `, Z% |- E sg00, "Z[#103]", e
$ k% K: C2 {: K* s "WHILE[",35,"103","GE",*depth,"]DO1", e( M2 G8 x2 J4 _- d
pbld, sg01, "Z#103", *feed, e
. a3 h, \. ]# l! z# D" L pbld,if fmtrnd(dwell), sg04, *dwell, e
$ D, H( I, v* K5 N+ |6 G4 N% x temp2_4 = temp2_1 / 2
' _8 @. T3 E, g; }$ m6 Q pbld, sg00, "Z[#103+", *temp2_4,"]", e h8 B( n {3 o3 ]9 W* B
"#103 = #103 -", *aa, e: ]1 }" h& Z" h* c
"END1", e" ~0 i% E$ t+ g$ c# Q) J8 N8 J! L+ S% P
pbld, sg00, *refht, e/ t4 S5 ?* n# R2 \: c) V5 d$ i
pcom_movea+ i# P- |# p) r: A
temp2_1 = 0$ E: b# M' H# D" M
]; Z) M) ?+ ]" h6 _( |0 ]# L9 r
pcom_movea
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7 {; Y: |$ S8 c; q' c) c6 K7 H [7 j4.增加新的块pdrl_cust8_2,并添加以下代码
9 @6 [- t( ~ s; ^0 x' @ I pdrlcommonb
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' E" ?( b; I/ ]9 t3 w temp2_1 = peck1 # Entry depth
6 h0 W# r5 T \5 z& _3 ?& @ zz = tosz
V" ~1 W! s/ T2 \2 d0 N pbld, pdrlxy, e/ w. t9 A6 |; p6 k' R
"#103=", *zz, e
8 b( l" L/ G1 V' a/ Z+ J) c% r sg00, "Z[#103]", e
8 X$ `$ T7 s) I% w6 T, M "WHILE[",35,"103","GE",*depth,"]DO1", e
5 }3 q. E9 A- |$ i/ M7 } pbld, sg01, "Z#103", *feed, e4 S6 W7 S% `+ l$ q# t
pbld,if fmtrnd(dwell), sg04, *dwell, e
I4 k) H! y/ j' B# l( H' h# D temp2_4 = temp2_1 / 2
1 r! Y3 T; Q9 c& S2 a8 l, B2 E pbld, sg00, "Z[#103+", *temp2_4,"]", e
+ {' {, T; R* M% T "#103 = #103 -", *aa, e+ ^+ D! b0 {# I# {
"END1", e
" z8 J) R- @, N/ {7 r3 u pbld, sg00, *refht, e2 O' F, b: {( M4 L4 l9 S
pcom_movea
/ g- K3 p8 U9 t% l+ |$ L! n temp2_1 = 0
+ S, w5 L4 x% ?& K% Z ]% N3 c, A% ?. A4 X, {) s2 U& b
pcom_movea
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5.更改后处理杂项配置文件,并添加相关的代码。这个将在最后一起讲解
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9 [+ _2 s; O5 a6 e; G+ D- f4 [ E
; K: h7 L" `* C2 ], e( T0 g- C: H- Umastercam X5G01宏程序钻孔代码
/ J. u* U) m3 q/ b# I: u, x# j1.增加参数,参数名可以自己定义。但必须声明。1 e( A. v( ~1 F; W
# --------------------------------------------------------------------------
: I: v* w" P: z1 H( G1 E) b; m#G01 Drill Set
0 N! v3 z6 N; y `# --------------------------------------------------------------------------/ g( }4 E4 E9 Y, Z% N1 b; Y3 x2 v5 F
fmt Z 2 depth$ # Z bottom for reaming operation
, Z: G8 g4 F2 j; @" Cfmt Z 2 refht$ # reference Z top for reaming operation5 M4 m+ d0 ~( X2 Z) E( ]
fmt Z 2 initht$ # Initial height for drilling, \' q% s, d) b. N- u- j4 R
fmt Z 2 temp2_1 #temp number format 2
% c3 G* {% Q/ E- V7 dfmt Z 2 temp2_2 #temp number format 2
7 D& b7 ]+ D/ u, Z& Sfmt Z 2 temp2_3 #temp number format 2
2 A) [0 n- _9 {( `6 i& O) L! [& Efmt S 4 temp_speed # Temp speed1 a. b. i& u5 h6 I
fmt 2 temp2_4 #temp number format 2
& p d# T% |. E- n+ t$ dfmt 2 zz # reference Z top for reaming operation
% l$ g8 _- p% v' {1 qfmt 2 aa # reference Z top for reaming operation
+ X1 ]- d" S- D& l2 \4 x! ~
4 L, y" a9 w6 D* [
/ Y L4 f1 H# s5 |9 ~
) }3 ` y/ K/ v$ }! ]$ e: _2.更改自定义钻孔命令下的代码,共2处4 n; {* a- m0 h3 g5 {2 C
pdrlcst$6 ^( G9 m# k' g5 S6 |' [, v, d
if drillcyc$ = 8, pdrl_cust85 \( b& k; l/ d. Z
( I! t1 T$ n& N& R5 ypdrlcst_2$4 q( j4 o u; _2 E2 {( ?( N4 T$ k
if drillcyc$ = 8, pdrl_cust8_2
1 M3 O* {2 X1 \# L: k+ r" K" l1 t# ]! Q! @. Y1 P9 ?5 o- ~: e
. n3 H! l2 @, `1 e W7 D W% _ }5 y
3.增加新的块pdrl_cust8,并添加以下代码
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, j* p" {2 _6 }0 v' t9 f4 c, C pdrlcommonb
2 a7 t# ^1 \& ^7 c- _4 G. h [3 O& e' }' k" ^2 M7 `( v* U
temp2_1 = peck1$ # Entry depth. [2 c9 \& F9 L7 o S& a1 V
zz = tosz$
/ ~0 }# W- ^) t9 ]3 ` aa = peck1$( F0 |/ \ x5 l; B, q& w [# v
pbld, pdrlxy, e$. f" _, r1 ]6 u5 \
"#103=", *zz, e$, }3 Y$ L9 i; q0 b+ d) Z4 [& l
sg00, "Z[#103]", e$
6 R% U) m( G8 j; S% @4 Q# P #[if a_b > 0,"LE", else, "GE"],
4 Z) [8 T' t. B7 F8 y "WHILE[",35,"103","GE",*depth$,"]DO1", e$$ W3 I% b4 J* w: |0 P E
pbld, sg01, "Z#103", *feed, e$) M: e9 U0 s3 z6 M- C9 F" {& B& U
pbld,if fmtrnd(dwell$), sg04, *dwell$, e$% p/ @2 z( d- T$ ~2 s2 D! m8 F
temp2_4 = temp2_1 / 2
9 Z4 b' I! M( M( E' x9 k! z pbld, sg00, "Z[#103+", *temp2_4,"]", e$) L+ E* Y) I& d7 s' O' U( M
"#103 = #103 -", *aa, e$
8 T* }7 q9 r* ?0 | "END1", e$9 o0 B9 |/ g( D+ I* @, J/ U
pbld, sg00, *refht$, e$
. N, V) H- M9 j: d i. x, P3 N pcom_movea) d% I: F7 ^# K, D( L5 h8 U7 ~. x
temp2_1 = 0& n; x, K3 R2 ]8 r! l5 w
]
3 [3 q X$ {1 d/ y8 w9 m* C pcom_movea
$ r v& Z. R0 s* C
, W2 G' D3 H$ Z9 c4.增加新的块pdrl_cust8_2,并添加以下代码. I7 G- w' C0 [4 U
pdrlcommonb
+ o \- X1 K5 }' P o [0 w, e; ?$ F; ?
temp2_1 = peck1$ # Entry depth2 o, a% ]' Q9 a# J
zz = tosz$
: J% s* c P, J# | pbld, pdrlxy, e$
: R+ Y7 c" d) ~' U: Z "#103=", *zz, e$# H8 }1 |: ~* `" P" F Q+ l1 Z, A
sg00, "Z[#103]", e$& j6 A* G( Y+ K+ Z
#[if a_b > 0,"LE", else, "GE"],% B& W* @1 ?: p
"WHILE[",35,"103","GE",*depth$,"]DO1", e$7 K- Z/ ]. v/ Y9 U2 }. h
pbld, sg01, "Z#103", *feed, e$
# I- K/ ]/ m- ?7 j5 B& ^8 T pbld,if fmtrnd(dwell$), sg04, *dwell$, e$
1 G5 X; A) |) \- |1 s temp2_4 = temp2_1 / 2
: ?+ h$ Y7 B! p: B$ C- p9 ^ pbld, sg00, "Z[#103+", *temp2_4,"]", e$3 Y- P) B( h9 y4 m3 K3 n: f
"#103 = #103 -", *aa, e$
2 l1 B3 { k3 _+ u! ~ "END1", e$
1 s! J. |) E: H: g! _: S) } pbld, sg00, *refht$, e$( w0 ~5 z6 h7 e5 d
pcom_movea7 k6 t7 e& _ e+ K. n- _
temp2_1 = 0
4 c$ ~& k9 W9 V( C ], {4 y: B- @1 d9 Q M6 p. E
pcom_movea
$ K! y4 U- T7 K$ D
6 k) W6 W) R9 r' ?5.更改后处理杂项配置文件,并添加相关的代码。这个将在最后一起讲解 |
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