后处理怎么走整圆

8963922 · 发表于 2011-3-4 12:22

本帖最后由 8963922 于 2011-3-4 13:46 编辑

这个后处理出来的程序把一个整圆分为好多小圆弧，我需要走整圆的后处理，怎么修改？
N0010 G40 G17 G71 G90
N0020 MCALL
N0030 ;ZLEVEL_PROFILE
N0040 SUPA G0 Z0.0 D0
N0050 SUPA G0 X0.0 Y0.0
N0060 G54
N0070 T00
N0080 D0
N0090 G0 X0.0 Y0.0 Z80. S3000 M3
N0100 Z0.0
N0110 G1 Z-25. M8 F500.
N0120 X4.67 Y-15.101
N0130 G3 X5.043 Y-15.577 I4.064 J2.912
N0140 X5.478 Y-15.997 I3.691 J3.388
N0150 X5.961 Y-16.361 I3.256 J3.808
N0160 X6.484 Y-16.665 I2.773 J4.172
N0170 X7.04 Y-16.904 I2.25 J4.476
N0180 X7.621 Y-17.074 I1.694 J4.715
N0190 X8.218 Y-17.172 I1.113 J4.885
N0200 X8.822 Y-17.198 I.516 J4.983
N0210 X9.425 Y-17.151 I-.088 J5.009
N0220 X10.018 Y-17.031 I-.691 J4.962
N0230 X10.593 Y-16.841 I-1.284 J4.842
N0240 X11.14 Y-16.583 I-1.859 J4.652
N0250 X11.646 Y-16.253 I-2.406 J4.394
N0260 X12.65 Y-15.497 I-11.646 J16.253
N0270 X13.598 Y-14.673 I-12.65 J15.497
N0280 X14.493 Y-13.79 I-13.598 J14.673
N0290 X15.33 Y-12.853 I-14.493 J13.79
N0300 X16.107 Y-11.865 I-15.33 J12.853
N0310 X16.82 Y-10.83 I-16.107 J11.865
N0320 X17.467 Y-9.752 I-16.82 J10.83
N0330 X18.045 Y-8.636 I-17.467 J9.752
N0340 X18.551 Y-7.486 I-18.045 J8.636
N0350 X18.985 Y-6.307 I-18.551 J7.486
N0360 X19.343 Y-5.102 I-18.985 J6.307
N0370 X19.626 Y-3.877 I-19.343 J5.102
N0380 X19.83 Y-2.637 I-19.626 J3.877
N0390 X19.957 Y-1.387 I-19.83 J2.637
N0400 X20.005 Y-.131 I-19.957 J1.387
N0410 X19.973 Y1.125 I-20.005 J.131
N0420 X19.863 Y2.377 I-19.973 J-1.125
N0430 X19.675 Y3.62 I-19.863 J-2.377
N0440 X19.409 Y4.848 I-19.675 J-3.62
N0450 X19.066 Y6.057 I-19.409 J-4.848
N0460 X18.648 Y7.242 I-19.066 J-6.057
N0470 X18.157 Y8.399 I-18.648 J-7.242
N0480 X17.593 Y9.522 I-18.157 J-8.399
N0490 X16.961 Y10.608 I-17.593 J-9.522
N0500 X16.261 Y11.652 I-16.961 J-10.608
N0510 X15.497 Y12.65 I-16.261 J-11.652
N0520 X14.673 Y13.598 I-15.497 J-12.65
N0530 X13.79 Y14.493 I-14.673 J-13.598
N0540 X12.853 Y15.33 I-13.79 J-14.493
N0550 X11.865 Y16.107 I-12.853 J-15.33
N0560 X10.83 Y16.82 I-11.865 J-16.107
N0570 X9.752 Y17.467 I-10.83 J-16.82
N0580 X8.636 Y18.045 I-9.752 J-17.467
N0590 X7.486 Y18.551 I-8.636 J-18.045
N0600 X6.307 Y18.985 I-7.486 J-18.551
N0610 X5.102 Y19.343 I-6.307 J-18.985
N0620 X3.877 Y19.626 I-5.102 J-19.343
N0630 X2.637 Y19.83 I-3.877 J-19.626
N0640 X1.387 Y19.957 I-2.637 J-19.83
N0650 X.131 Y20.005 I-1.387 J-19.957
N0660 X-1.125 Y19.973 I-.131 J-20.005
N0670 X-2.377 Y19.863 I1.125 J-19.973
N0680 X-3.62 Y19.675 I2.377 J-19.863
N0690 X-4.848 Y19.409 I3.62 J-19.675
N0700 X-6.057 Y19.066 I4.848 J-19.409
N0710 X-7.242 Y18.648 I6.057 J-19.066
N0720 X-8.399 Y18.157 I7.242 J-18.648
N0730 X-9.522 Y17.593 I8.399 J-18.157
N0740 X-10.608 Y16.961 I9.522 J-17.593
N0750 X-11.652 Y16.261 I10.608 J-16.961
N0760 X-12.65 Y15.497 I11.652 J-16.261
N0770 X-13.598 Y14.673 I12.65 J-15.497
N0780 X-14.493 Y13.79 I13.598 J-14.673
N0790 X-15.33 Y12.853 I14.493 J-13.79
N0800 X-16.107 Y11.865 I15.33 J-12.853
N0810 X-16.82 Y10.83 I16.107 J-11.865
N0820 X-17.467 Y9.752 I16.82 J-10.83
N0830 X-18.045 Y8.636 I17.467 J-9.752
N0840 X-18.551 Y7.486 I18.045 J-8.636
N0850 X-18.985 Y6.307 I18.551 J-7.486
N0860 X-19.343 Y5.102 I18.985 J-6.307
N0870 X-19.626 Y3.877 I19.343 J-5.102
N0880 X-19.83 Y2.637 I19.626 J-3.877
N0890 X-19.957 Y1.387 I19.83 J-2.637
N0900 X-20.005 Y.131 I19.957 J-1.387
N0910 X-19.973 Y-1.125 I20.005 J-.131
N0920 X-19.863 Y-2.377 I19.973 J1.125
N0930 X-19.675 Y-3.62 I19.863 J2.377
N0940 X-19.409 Y-4.848 I19.675 J3.62
N0950 X-19.066 Y-6.057 I19.409 J4.848
N0960 X-18.648 Y-7.242 I19.066 J6.057
N0970 X-18.157 Y-8.399 I18.648 J7.242
N0980 X-17.593 Y-9.522 I18.157 J8.399
N0990 X-16.961 Y-10.608 I17.593 J9.522
N1000 X-16.261 Y-11.652 I16.961 J10.608
N1010 X-15.497 Y-12.65 I16.261 J11.652
N1020 X-14.673 Y-13.598 I15.497 J12.65
N1030 X-13.79 Y-14.493 I14.673 J13.598
N1040 X-12.853 Y-15.33 I13.79 J14.493
N1050 X-11.865 Y-16.107 I12.853 J15.33
N1060 X-10.83 Y-16.82 I11.865 J16.107
N1070 X-9.752 Y-17.467 I10.83 J16.82
N1080 X-8.636 Y-18.045 I9.752 J17.467
N1090 X-7.486 Y-18.551 I8.636 J18.045
N1100 X-6.307 Y-18.985 I7.486 J18.551
N1110 X-5.102 Y-19.343 I6.307 J18.985
N1120 X-3.877 Y-19.626 I5.102 J19.343
N1130 X-2.637 Y-19.83 I3.877 J19.626
N1140 X-1.387 Y-19.957 I2.637 J19.83
N1150 X-.131 Y-20.005 I1.387 J19.957
N1160 X1.125 Y-19.973 I.131 J20.005
N1170 X2.377 Y-19.863 I-1.125 J19.973
N1180 X3.62 Y-19.675 I-2.377 J19.863
N1190 X4.848 Y-19.409 I-3.62 J19.675
N1200 X6.057 Y-19.066 I-4.848 J19.409
N1210 X7.242 Y-18.648 I-6.057 J19.066
N1220 X8.399 Y-18.157 I-7.242 J18.648
N1230 X9.522 Y-17.593 I-8.399 J18.157
N1240 X10.608 Y-16.961 I-9.522 J17.593
N1250 X11.646 Y-16.253 I-10.608 J16.961
N1260 X12.122 Y-15.88 I-2.912 J4.064
N1270 X12.542 Y-15.445 I-3.388 J3.691
N1280 X12.907 Y-14.962 I-3.808 J3.256
N1290 X13.21 Y-14.439 I-4.173 J2.773
N1300 X13.449 Y-13.883 I-4.476 J2.25
N1310 X13.619 Y-13.302 I-4.715 J1.694
N1320 X13.717 Y-12.705 I-4.885 J1.113
N1330 X13.743 Y-12.101 I-4.983 J.516
N1340 X13.696 Y-11.497 I-5.009 J-.088
N1350 X13.577 Y-10.904 I-4.962 J-.692
N1360 X13.386 Y-10.33 I-4.843 J-1.285
N1370 X13.129 Y-9.783 I-4.652 J-1.859
N1380 X12.798 Y-9.276 I-4.395 J-2.406
N1390 G0 Z80.
N1400 M5 M9
N1410 M30

8963922 · 发表于 2011-3-5 10:12

顶上去不要沉啊

ttapfjy · 发表于 2011-3-6 20:09

set mom_kin_helical_arc_output_mode FULL_CIRCLE

MOM_reload_kinematics

#=============================================================
proc MOM_helix_move { } {
#=============================================================
global mom_pos_arc_plane
global mom_sys_cir_vector
global mom_sys_helix_pitch_type
global mom_helix_pitch
global mom_prev_pos mom_pos_arc_center
global PI

switch $mom_pos_arc_plane {
   XY { MOM_suppress once K ; set cir_index 2 }
   YZ { MOM_suppress once I ; set cir_index 0 }
   ZX { MOM_suppress once J ; set cir_index 1 }
}

switch $mom_sys_helix_pitch_type {
   none { }
   rise_revolution { set pitch $mom_helix_pitch }
   rise_radian { set pitch [expr $mom_helix_pitch / ($PI * 2.0)]}
   other {
#
# Place your custom helix pitch code here
#
   }
   default { set mom_sys_helix_pitch_type "none" }
}

MOM_force once X Y Z

if { [string compare "none" $mom_sys_helix_pitch_type] } {
   MOM_force once I J K

#<08-01-06 gsl>
   switch $mom_sys_cir_vector {
      "Vector - Arc Center to Start" {
         set mom_prev_pos($cir_index) $pitch
         set mom_pos_arc_center($cir_index) 0.0
      }
      "Vector - Arc Start to Center" -
      "Unsigned Vector - Arc Start to Center" {
         set mom_prev_pos($cir_index) 0.0
         set mom_pos_arc_center($cir_index) $pitch
      }
      "Vector - Absolute Arc Center" {
         set mom_pos_arc_center($cir_index) $pitch
      }
   }
}

#
# You may need to edit this line if you output more than one block
# or if you have changed the name of your circular_move block template
#
MOM_do_template circular_move

} ;# MOM_helix_move

} ;# uplevel

五两三 · 发表于 2011-3-7 19:01

你这个很奇怪，

将你的后处理不做任何改动，只是保存一下，处理出来就是整圆OK的了。

8963922 · 发表于 2011-3-7 21:35

回复 3# ttapfjy

请问这个TCL代码加在哪里？

8963922 · 发表于 2011-3-8 17:52

回复 4# 五两三

不肯能

Yeager · 发表于 2011-3-8 18:42

我用PB7.52版開了後存檔，就OK....
但是用系統默認的SIEMENS 840D就不行 ...??

N0010 G40 G17 G71 G90
N0020 MCALL
N0030 ;ZLEVEL_PROFILE
N0040 SUPA G0 Z0.0 D0
N0050 SUPA G0 X0.0 Y0.0
N0060 G54
N0070 T00
N0080 D0
N0090 G0 X0.0 Y0.0 Z80. S3000 M3
N0100 Z0.0
N0110 G1 Z-25. M8 F500.
N0120 X4.67 Y-15.101
N0130 G3 X11.646 Y-16.253 I4.064 J2.912
N0140 I-11.646 J16.253
N0150 X12.798 Y-9.276 I-2.912 J4.064
N0160 G0 Z80.
N0170 M5 M9
N0180 M30

liguanggui · 发表于 2011-3-8 18:47

回复 7# Yeager

能帮忙修改下后处理吗？
在我的后处理后面每个G41后面都加上D

liguanggui · 发表于 2011-3-8 18:48

回复 7# Yeager

能帮我把这个地址的后处理改下吗？只要在每个G41后面加D
可以吗？
http://bbs.uggd.com/thread-258541-1-1.html

Yeager · 发表于 2011-3-8 19:09

給你三軸的試試！四軸以上的POST，我要收費的...

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[疑难] 后处理怎么走整圆