有高手帮忙改下后处理文件

fjf83 · 发表于 2014-3-31 12:49

PowerMill的后处理文件修改后让刀具在NC中的描述为例如

CUTTER:T0D6.35R3.175S0.H127.)这样的格式.哪位高手能帮下忙啊.非常感谢

后处理文件如下
machine fanuc
#  Option for with Fanuc18t control.
#  Modified by Delcam HK on 14 May 2002.

define word TN
address letter = "( T - "
address width  = 6
field width = 2
end define
define word TL
address letter = " L - "
address width  = 7
field width = 2
end define
define word TD
address letter = " DIA. = "
address width  = 10
field width = 6
scale factor = 2
end define
define format (TD)
metric formats
decimal point = true
decimal places = 2
leading zeros  = false
trailing zeros = true
imperial formats = metric formats
end define
define word TD2
address letter = "( DIA. = "
address width  = 9
field width = 6
scale factor = 2
end define
define format (TD2)
metric formats
decimal point = true
decimal places = 2
leading zeros  = false
trailing zeros = true
imperial formats = metric formats
end define
define word TipR
address letter = " R = "
address width  = 7
field width = 6
scale factor = 1
end define
define format (TipR)
metric formats
decimal point = true
decimal places = 2
leading zeros  = false
trailing zeros = true
imperial formats = metric formats
end define
define word TPN
address letter = " "
address width  = 3
field width = 15
end define
#
define format ( / G6 S T L P D E H O )
address width             = 1
field width             = 2
exponent width          = 0
scale factor             = 1
scale divisor             = 1
tape position             = 0
print position          = 1
sign                      = none
not permanent
not modal
metric formats
leading zeros             = false
trailing zeros          = true
decimal point             = false
decimal places          = 0
imperial formats
leading zeros             = false
trailing zeros          = true
decimal point             = false
decimal places          = 0
end define

define format ( M1 M2 )
address width             = 1
field width             = 2
exponent width          = 0
scale factor             = 1
scale divisor             = 1
tape position             = 0
print position          = 1
sign                      = none
not permanent
not modal
metric formats
leading zeros             = true
trailing zeros          = true
decimal point             = false
decimal places          = 0
imperial formats
leading zeros             = true
trailing zeros          = true
decimal point             = false
decimal places          = 0
end define
define format ( N )
address width             = 1
field width             = 4
exponent width          = 0
scale factor             = 1
scale divisor             = 1
tape position             = 0
print position          = 1
sign                      = none
not permanent
not modal
metric formats
leading zeros             = false
trailing zeros          = true
decimal point             = false
decimal places          = 0
imperial formats
leading zeros             = false
trailing zeros          = true
decimal point             = false
decimal places          = 0
end define

define format ( G1 G2 G3 G4 G5 G7 )
address width             = 1
field width             = 2
exponent width          = 0
scale factor             = 1
scale divisor             = 1
tape position             = 0
print position          = 1
sign                      = none
not permanent
modal
metric formats
# leading zeros             = false
leading zeros             = true
trailing zeros          = true
decimal point             = false
decimal places          = 0
imperial formats
leading zeros             = false
trailing zeros          = true
decimal point             = false
decimal places          = 0
end define

define format ( X Y Z R B C )
address width             = 1
field width             = 8
exponent width          = 0
scale factor             = 1
scale divisor             = 1
tape position             = 0
print position          = 1
sign                      = if negative
not permanent
modal
metric formats
leading zeros             = false
trailing zeros          = false
decimal point             = true
decimal places          = 3
imperial formats
leading zeros             = false
trailing zeros          = false
decimal point             = true
decimal places          = 4
end define

define format ( I J K )
address width             = 1
field width             = 8
exponent width          = 0
scale factor             =  -1
scale divisor             = 1
tape position             = 0
print position          = 1
sign                      = if negative
not permanent
not modal
metric formats
leading zeros             = false
trailing zeros          = false
decimal point             = true
decimal places          = 3
imperial formats
leading zeros             = false
trailing zeros          = false
decimal point             = true
decimal places          = 4
end define

define format ( R2 Z2 Q1 )
address width             = 1
field width             = 8
exponent width          = 0
scale factor             = 1
scale divisor             = 1
tape position             = 0
print position          = 1
sign                      = if negative
not permanent
not modal
metric formats
leading zeros             = false
trailing zeros          = false
decimal point             = true
decimal places          = 3
imperial formats
leading zeros             = false
trailing zeros          = false
decimal point             = true
decimal places          = 4
end define

define format ( Q A U V W )
address width             = 1
field width             = 2
exponent width          = 0
scale factor             = 1
scale divisor             = 1
tape position             = 0
print position          = 1
sign                      = if negative
not permanent
not modal
metric formats
leading zeros             = false
trailing zeros          = true
decimal point             = false
decimal places          = 0
imperial formats
leading zeros             = false
trailing zeros          = true
decimal point             = false
decimal places          = 0
end define

define format ( F )
address width             = 1
field width             = 2
exponent width          = 0
scale factor             = 1
scale divisor             = 1
tape position             = 0
print position          = 1
sign                      = if negative
not permanent
modal
metric formats
leading zeros             = false
trailing zeros          = true
decimal point             = false
decimal places          = 0
imperial formats
leading zeros             = false
trailing zeros          = true
decimal point             = false
decimal places          = 0
end define

define format ( MS EM OP )
address width             = 1
field width             = 0
exponent width          = 0
scale factor             = 1
scale divisor             = 1
tape position             = 0
print position          = 1
sign                      = none
not permanent
not modal
metric formats
leading zeros             = false
trailing zeros          = true
decimal point             = false
decimal places          = 0
imperial formats
leading zeros             = false
trailing zeros          = true
decimal point             = false
decimal places          = 0
end define

define format ( ID )
address width             = 1
field width             = 4
exponent width          = 0
scale factor             = 1
scale divisor             = 1
tape position             = 0
print position          = 1
sign                      = none
not permanent
not modal
metric formats
leading zeros             = true
trailing zeros          = true
decimal point             = false
decimal places          = 0
imperial formats
leading zeros             = true
trailing zeros          = true
decimal point             = false
decimal places          = 0
end define

define format ( null )
address width             = 0
field width             = 0
exponent width          = 0
scale factor             = 1
scale divisor             = 1
tape position             = 0
print position          = 1
sign                      = none
not permanent
not modal
metric formats
leading zeros             = false
trailing zeros          = true
decimal point             = false
decimal places          = 0
imperial formats
leading zeros             = false
trailing zeros          = true
decimal point             = false
decimal places          = 0
end define

# linked words
define format ( MS )
   link to EM
end define

word order = ( OP N G1 G2 G3 G4 G5 )
word order = ( +  G6 G7 X Y Z B C )
word order = ( +  I J K R D S T )
word order = ( +  H M1 M2 MS msg  EM Q )
word order = ( +  Q1 Z2 R2 ID F )
#
word order = ( +  TN  TL  TD  TPN  TD2  TipR  )
#
  define keys
blocknumber                      not used
preparatory function             = G1
aux function                   = M1
x feedrate                      not used
y feedrate                      not used
z feedrate                      not used
circle angle                   not used
x coordinate                   = X
y coordinate                   = Y
z coordinate                   = Z
key i                            = I
key j                            = J
key k                            = K
feedrate                         = F
feedrate per revolution          = F
spindle                         = S
tool number                      = T
cycle dwell                      not used
dwell                            = X
tool length                      = H
tool radius                      = D
drill peck depth                = Q1
drill hole depth                = Z2
clearplane                      = R2
message start                   = MS
message end                      = EM
opskip                         = OP
radius                         = R
program id                      = ID
azimuth axis                   = B
elevation axis                   = C
3rd rotation axis                = null
leader                         not used
x vector                         not used
y vector                         not used
z vector                         not used
  end define

  define codes
rapid                            =  G1 0
linear                         =  G1 1
circle cw                      =  G1 2
circle ccw                      =  G1 3
dwell                            =  G6 4
xy plane                         =  G3 17
zy plane                         =  G3 19
xz plane                         =  G3 18
compensation off                =  G2 40
compensation on left             =  G2 41
compensation on right          =  G2 42
imperial data                   =  G4 20
metric data                      =  G4 21
absolute data                   =  G5 90
incremental data                =  G5 91
from                            =  G3 54
feedrate per minute             not used
feedrate per revolution          not used
spindle rpm                      not used
constant surface speed          not used
drill                            =  G4 81
break chip                      =  G4 82
deep drill                      =  G4 83
tap                            =  G4 84
bore 1                         =  G4 85
bore 2                         =  G4 86
bore 3                         =  G4 87
bore 4                         =  G4 88
bore 5                         =  G4 89
end of drill                   =  G4 80
macro start                      not used
macro end                      not used
macro call                      not used
cycle retract                   =  G6 99
tool length offset             =  G6 43
spline                         not used
stop                            =  M1 0
opt stop                         =  M1 1
spindle on cw                   =  M1 3
spindle on cc                   =  M1 4
spindle off                      =  M1 5
spin coolant on cw             =  M1 13
spin coolant on ccw             =  M1 14
spin coolant off                =  M1 5
change tool                      not used
coolant on mist                =  M1 7
coolant on                      =  M1 8
coolant on flood                =  M1 8
coolant off                      =  M1 9
clamp on                         not used
clamp off                      not used
end of tape                      =  M1 2
end of prog                      =  M1 30
gear range 1                   not used
gear range 2                   not used
gear range 3                   not used
constant contour speed          not used
constant contour speed 2       not used
word drill                      not used
word break chip                not used
word deep                      not used
word tap                         not used
word bore 1                      not used
word bore 2                      not used
word bore 3                      not used
word bore 4                      not used
word bore 5                      not used
  end define

  print header             = "Delcam Postprocessor"
  machine name             = "Fanuc6m       version 1.2"
  point                   = "."
  zero                      = "0"
  tape headers             =    1
  integer 6             =    2
  integer 7             =    1
  integer  10             =    2
  integer  11             =    1
#
  integer  12             =    1
#  integer  12             =    0
#  integer  13             =    0
#
  tool reset coordinates    =    2
  cycle output             =    1
  integer  20             =    1
  block start             =    1
  block increment          =    1
  split move                =    0
  integer  26             =    1
  program id start          =    1
  integer  34             =    3
  integer  35             =    1
  integer  36             =    1
  integer  37             =    2
  rapid feed code          =    0
  maximum block number    =    0
  maximum tape blocks       =    0
  minimum tape blocks       =    0
  segment type             =    0
  counter start             =    0
  counter increment       =    0
  tape split retract distance  =  -999
  multiaxis coordinate transform  = true
  message output          = false
#
#  block order             = false
  block order             = true
#
  tlo output                = true
  tape split on tool change  = false
  full circle             = true
  incremental centre       = true
  go home output          = false
  use partid                = true
  use progid                = true
  spindle x motion          = false
  spindle y motion          = false
  spindle z motion          = true
  spindle w motion          = false
  spindle azimuth rotation = false
  spindle elevation rotation  = false
  linearise multiaxis moves  = true
  use hole top in cycles    = false
  knot vector type          = none
  units                   = input
  coordinates             = absolute
  azimuth axis units       = none
  azimuth axis direction    = none
  elevation axis units    = none
  elevation axis direction = none
  spline type             = none
  maximum feedrate          =  9999.0000
  minimum feedrate          =    1.0000
  rapid feedrate          =  9999.0000
  maximum tape length       =    0.0000
  maximum segment          =    0.0000
  diameter                =    1.0000
  withdrawal amount       = 50.0000

  azimuth axis parameters = (    0    0    0    0    0    0 )
  azimuth centre          = (    0    0    0 )
  elevation axis parameters  = (    0    0    0    0    0    0 )
  elevation centre          = (    0    0    0 )
  pcs origin                = (    0    0    0    0    0    0 )
  linear axis limits       = ( -99999 999999 -99999 999999 -99999 999999 )
  rotary axis limits       = ( -99999 999999 -99999 999999 999    1 )
  move safe angles          = (    0    0    0    0 )

  define block tape start
"%"
#
TN ToolNumber ; TL ToolLength[ToolNum] ; TD ToolRadius[ToolNum] ; TPN ToolPathName ; " )"
TD2 ToolRadius[ToolNum] ; TipR TipRadius[ToolNum] ; " )"
#
G3  17 ; G6 ToolComp ; G2 49 ; G4  80
  end define

  define block tape end
# M1  9
M1  5
G5  91 ; G6  28 ; Z 0    ; Z =C
# G5  90 ; G2 0 ; G3 54 ; X 0 ; Y 0    ; X =C ; Y =C
M1  30
"%"
  end define

  define block go home preamble
  end define

  define block tool change first
G5  91 ; G6  28 ; Z 0    ; Z =C
G5  90 ; G3  54
S ToolSpeed ; M1 3

  end define

  define block tool change
  end define

  define block tool change clear
  end define

  define block go home z move
  end define

  define block go home xy move
  end define

  define block move from
  end define

  define block move circle
G1  ; G2  ; G3  ; X ; Y ; Z ; I ; J ; K ; F ; D
  end define

  define block move linear
  end define

  define block move rapid
G1  ; X ; Y ; Z    ;  F
  # G1 0 ; Z FromZ ; G1 =C
  end define

  define block move cycle
G4  ; G6  ; X ; Y ; Z2  ; R2  ; Q ; Q1  ; F ; M2
  end define

  define block move tap
G6  ; G4  ; X ; Y ; Z2  ; R2  ; F ; M1  ; M2
  end define

  define block tape segment
  end define

  define block tape split start
"%"
  end define

  define block tape split end
# M1  9
M1  5
G4  80 ; G1  28 ; G6  91 ; Z 0    ; Z =C
G4  80 ; G6  28 ; Y 0    ; Y =C
M1  30
"%"
  end define

  define block cycle start
S ; M1
G3  ; G5  ; M2
F =C    ; G4 =C    ; Z2  ; R2  ; Q ; Q1  ; G6  ;
  end define

  define block cycle end

G4  80
  end define

  define block tape split move
  end define

  define block move spline
  end define

end

◆◇黑白无常、 · 发表于 2014-4-2 10:32

本帖最后由 ◆◇黑白无常、于 2014-4-2 10:39 编辑

这个没法修改。。。我特意去请教了一位老师傅说那CUTTER数据PM没给出只能手动在程式里面添加也可以在后处理时，写进去产生后处理时写到注释里后处理是做不出来的

fjf83 · 发表于 2014-4-3 09:09

◆◇黑白无常、发表于 2014-4-2 10:32
) _& U( z* F( R, k/ ?6 _' A这个没法修改。。。我特意去请教了一位老师傅说那CUTTER数据PM没给出只能手动在程式里面添加也可以 ...

这样啊,那就没有办法了,谢了

fjf83 · 发表于 2014-4-3 09:20

fjf83 发表于 2014-4-3 09:09
6 w, z9 ~1 Y: v b5 d这样啊,那就没有办法了,谢了

那为什么我公司的就可以啊,关于刀具的定义后处理是这样的

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