高手帮忙改一下海德汉后处理使他能显示刀具半径

伸出你的援手来
不胜感激

以下是修改过程
* DEMO 3 axes Post Processor for HEIDEN
* CIMATRON90 VER 9.0
* Last update : 22-JUN-2006

********************************************************
* define private variables:
FORMAT (SEQUENCING)  Seq SubSeq CNTRL_NUM NURBS_DEG count first deg ;
FORMAT (TOOL)        CutterComp FirstTool LastTool ;
FORMAT (COORDINATES) Xold Yold Zold DXcenter DYcenter DZcenter ;
FORMAT (COORDINATES) Zinit Clear Depth CNTRL_X  CNTRL_Y  CNTRL_Z  KNOT_ ;
FORMAT (COORDINATES) Xhome Yhome Zhome ;
FORMAT (COORDINATES) XfirstOrigin YfirstOrigin ZfirstOrigin ;
FORMAT (USER_1)      CurrSubNum ;
FORMAT (coordinates) ORIGOLDI ORIGOLDJ ORIGOLDK ;

* define private flags:
FORMAT (USER_2)      FlagSub FlagSeq FlagSpin;
FORMAT (USER_2)      FirstOriginChange FlagError Flagrotmac  ;

* define private constants:
FORMAT (USER_2)      YES NO ;

* change the format of existing variables:
FORMAT (USER_1)      SUB_NUMBER ;


********************************************************
INTERACTION (USER_2)       "MAIN-PROGRAM-NUMBER"     MainNum     = 1 ;
*将INTERACTION (USER_1)改为INTERACTION (USER_2);
INTERACTION (TOOL)         "DIACOMP=TOOL+<xx>"       DiaComp     = 50   ;
INTERACTION (USER_1)       "TOOL-CHANGE-PROGRAM"     ChangeTool  = 8000 ;
INTERACTION (CHARACTER)    "SEQUENCING<Y/N>"         NumYN       = "Y"  ;
INTERACTION (SEQUENCING)   "SEQUENC-START"           SeqStart    = 0   ;
INTERACTION (SEQUENCING)   "SEQUENC-INCR."           SeqIncr     = 1   ;
INTERACTION (CHARACTER)    "SUBROUTINES<Y/N>"        Sub         = "N"  ;
INTERACTION (USER_1)       "SUB-PROGRAM-NUMBER"      StartSubNum = 1000 ;

********************************************************
NON_MODAL  ALL_VAR;
MODAL      X_CURPOS Y_CURPOS Z_CURPOS ;
MODAL      LIN_MOV CIRC_MOV MCH_FEED SPIN_SPEED SPIN_DIR MCH_COOL MCH_DWELL;
MODAL      CUTCOM_ON  CUTCOM_OFF ;
MODAL      CYC_DEPTH CYC_PECK CYC_DWELL CYC_RETR CYC_CLEAR Depth Clear NURBS_MOV;
MODAL      DIAMETER_  RADIUS_ ;
     
IDENTICAL  X_CURPOS X_ENDPT ;
IDENTICAL  Y_CURPOS Y_ENDPT ;

********************************************************
NEW_LINE_IS $ ;
      IF_SET (FlagSeq _EQ_ NO)
         OUTPUT \J ;
      ELSE
         IF_SET (FlagSub _EQ_ NO)
            OUTPUT \J  Seq ;
*将OUTPUT \J "N" Seq ;改为OUTPUT \J  Seq ;
            Seq = Seq + SeqIncr ;
         ELSE
            OUTPUT \J  SubSeq ;
*将OUTPUT \J "N" SubSeq ;改为OUTPUT \J  SubSeq ;  
            SubSeq = SubSeq + SeqIncr ;
         END_IF ;
      END_IF ;

********************************************************
BEGINNING OF TAPE:
      YES              = 1 ;
      NO               = 0 ;
      Seq              = SeqStart ;

      FlagSeq = NO ;
      FlagSub = NO ;
      IF_SET (NumYN _EQ_ "y") FlagSeq = YES ; END_IF ;
      IF_SET (NumYN _EQ_ "Y") FlagSeq = YES ; END_IF ;

      IF_SET (Sub   _EQ_ "y") Sub     = "Y" ; END_IF ;
      IF_SET (Sub   _EQ_ "Y")  
         SET_OFF NO_SUBROUT ;
      ELSE
         SET_ON  NO_SUBROUT ;
      END_IF ;

*-----Unit matrix (MUST be input in this order !!!)
      ROT_MAT1   = 1.0 ; ROT_MAT2   = 0.0 ; ROT_MAT3   = 0.0 ;
      ROT_MAT4   = 0.0 ; ROT_MAT5   = 1.0 ; ROT_MAT6   = 0.0 ;
      ROT_MAT7   = 0.0 ; ROT_MAT8   = 0.0 ; ROT_MAT9   = 1.0 ;

*-----shift all data according to the MCHINE ZERO indicated by the  
*     user in the POSTPR interaction
      TRANS_MATX = 0 - X_MACH  ;
      TRANS_MATY = 0 - Y_MACH  ;
      TRANS_MATZ = 0 - Z_MACH  ;

*-----shift the HOME according to the MCHINE ZERO indicated by the
*     user in the POSTPR interaction
      Xhome = X_HOME - X_MACH  ;
      Yhome = Y_HOME - Y_MACH  ;
      Zhome = Z_HOME - Z_MACH  ;

*-----tool location is HOME
      Xold = X_HOME ;
      Yold = Y_HOME ;
      Zold = Z_HOME ;

*-----For 1st ORIGIN CHANGE
      FirstOriginChange = YES ;

      MCH_FEED   = 2500 ;
*将MCH_FEED   = 9999 ;改为MCH_FEED   = 2500 ;

*-----output  
      IF_SET (FlagSeq _EQ_ YES )
         OUTPUT $ " BEGIN PGM " MainNum " MM" ;
*将OUTPUT "%" \J "O" MainNum  ;改为OUTPUT $ " BEGIN PGM " MainNum " MM" ;
      ELSE
         OUTPUT $ " BEGIN PGM " MainNum " MM" ;
*将OUTPUT "%" \J "O" MainNum  ;改为OUTPUT $ " BEGIN PGM " MainNum " MM" ;
      END_IF ;

*--For the first origin change
   ORIGOLDI=0 ; ORIGOLDJ=0 ; ORIGOLDK=1 ;
   flagrotmac = no ;

      
BEGINNING OF PROC:  
      KEEP   PROC_NAME ;
      SET_ON MCH_COOL ;
      FlagSub = NO ;
      SubSeq  = SeqStart ;
  
END OF TAPE:
      IF_SET (FirstTool _NE_ LastTool)
         OUTPUT $ " T" NEXT_TOOL " M98 P" ChangeTool;
      END_IF ;
      OUTPUT $ " STOP M25 " ;
*将OUTPUT $ " M30 " ;改为
      
END OF FILE:
      IF_SET (FlagSeq _EQ_ YES )
         OUTPUT $ " END PGM " MainNum " MM" ;
*将OUTPUT \J "%" ;改为OUTPUT $ " END PGM " MainNum " MM" ;
      ELSE
         OUTPUT $ " END PGM " MainNum " MM" ;
*将OUTPUT \J "%" ;改为OUTPUT $ " END PGM " MainNum " MM" ;
      END_IF ;

接上
********************************************************
FEED:
      KEEP MCH_FEED ;

SPIN:
      KEEP SPIN_SPEED ;

COOLANT:
      KEEP MCH_COOL ;

DWELL:
      KEEP MCH_DWELL ;

CUTTER COMPENSATION:
      KEEP  CUTCOM_ON ;

CUTTER COMPENSATION: COFF:
      KEEP  CUTCOM_OFF ;

********************************************************
TOOL CHANGE: FIRST:
      SET_ON  SPIN_SPEED SPIN_DIR ;
*-----save first tool number
      FirstTool = CURR_TOOL ;
      LastTool  = CURR_TOOL ;

*-----tool cutter compensation register number
      CutterComp = CURR_TOOL +  DiaComp ;

*-----assuming 1st tool is in the spindle, there is no need
*     for tool change)
*      OUTPUT $ " T" CURR_TOOL ;
*-----more then one tool in this run of the Post Processor
*      IF_SET (NEXT_TOOL _NE_ CURR_TOOL)
*         OUTPUT $ " T" NEXT_TOOL ;
*      END_IF ;
*-----standard tool change commands. (assuming 1st tool is in
      OUTPUT $ " TOOL DEF " CURR_TOOL " L+0. R+" DIAMETER_ ;
*将OUTPUT $ " G90 G80 G00 G17 G40 M23" ;改为OUTPUT $ " TOOL DEF " CURR_TOOL " L+0. R+" DIAMETER_ ;
      OUTPUT $ " TOOL CALL " CURR_TOOL " Z"  " S" SPIN_SPEED  ;
*将 OUTPUT $ " G43 H" CURR_TOOL " Z" Zhome " S" SPIN_SPEED " " SPIN_DIR ;改为OUTPUT $ " TOOL CALL " CURR_TOOL " Z"  " S" SPIN_SPEED " ;
  
TOOL CHANGE:
      SET_ON  SPIN_SPEED SPIN_DIR ;

*-----tool cutter compensation register number
      CutterComp = CURR_TOOL +  DiaComp ;

*-----tool change command (by using an internal tool change  
*     subroutine)
      OUTPUT $ " T" CURR_TOOL " M98 P"  ChangeTool ;
*将OUTPUT $ " T" CURR_TOOL " M98 P"  ChangeTool ; 改为OUTPUT $ " M98 P"  ChangeTool ;
*      OUTPUT $ " T" NEXT_TOOL ;
*-----standard tool change commands. (assuming 1st tool is in
      OUTPUT $ " G90 G80 G00 G17 G40 M23" ;
      OUTPUT $ " G43 H" CURR_TOOL " Z" Zhome " S" SPIN_SPEED " " SPIN_DIR ;

TOOL CHANGE: LAST:
      SET_ON  SPIN_SPEED SPIN_DIR ;
*-----save last tool number
      LastTool = CURR_TOOL ;

*-----tool cutter compensation register number
      CutterComp = CURR_TOOL +  DiaComp ;

      OUTPUT $ " T" CURR_TOOL " M98 P"  ChangeTool ;
*-----the last tool is the same as the first tool
*     IF_SET (NEXT_TOOL _NE_ CURR_TOOL)
*         OUTPUT $ " T" NEXT_TOOL ;
*      END_IF ;
*-----standard tool change commands. (assuming 1st tool is in
      OUTPUT $ " G90 G80 G00 G17 G40 M23" ;
      OUTPUT $ " G43 H" CURR_TOOL " Z" Zhome " S" SPIN_SPEED " " SPIN_DIR ;

********************************************************
LINEAR MOTION:
      OUTPUT , " L" ;
      IF_SET (X_CURPOS)  OUTPUT  " X" X_CURPOS ; END_IF ;
      IF_SET (Y_CURPOS)  OUTPUT  " Y" Y_CURPOS ; END_IF ;
      IF_SET (Z_CURPOS)  OUTPUT  " Z" Z_CURPOS ; END_IF ;
      IF_SET(CUTCOM_OFF) OUTPUT  " R0"         ; SET_OFF CUTCOM_OFF ;END_IF ;
      IF_SET(CUTCOM_ON)
         IF_SET(CUTCOM_ON _EQ_ "G41")
            OUTPUT " RL";
         ELSE
            IF_SET(CUTCOM_ON _EQ_ "G42")
               OUTPUT " RR";
            END_IF ;
         END_IF ;
         SET_OFF CUTCOM_ON ;
      END_IF ;
*      IF_SET (LIN_MOV _EQ_ "G00")
*         OUTPUT " M08"  ;
         IF_SET (MCH_FEED)  OUTPUT  " F" MCH_FEED ; END_IF ;         
*      ELSE   
         IF_SET (SPIN_DIR) OUTPUT " "SPIN_DIR ; END_IF ;
*   END_IF;              

CIRCULAR MOTION:
      
      SET_ON X_ENDPT Y_ENDPT;
      OUTPUT ," CC X" X_CENTER " Y" Y_CENTER  ;
      OUTPUT , " C X" X_ENDPT  " Y" Y_ENDPT   ;
      IF_SET ( CIRC_MOV _EQ_ "G03")
         OUTPUT " DR+" ;
      ELSE
         OUTPUT " DR-" ;
      END_IF ;
      IF_SET(CUTCOM_OFF) OUTPUT  " R0"         ;  SET_OFF CUTCOM_OFF ;END_IF ;
      IF_SET(CUTCOM_ON)
         IF_SET(CUTCOM_ON _EQ_ "G41")
            OUTPUT " RL";
         ELSE
            IF_SET(CUTCOM_ON _EQ_ "G42")
               OUTPUT " RR";
            END_IF ;
         END_IF ;
         SET_OFF CUTCOM_ON ;
      END_IF ;
      IF_SET (MCH_FEED)  OUTPUT  " F" MCH_FEED ; END_IF ;
*      IF_SET (MCH_COOL)  OUTPUT  " "  MCH_COOL ; END_IF ;

      SET_ON LIN_MOV X_CENTER Y_CENTER  X_ENDPT Y_ENDPT ;

********************************************************
INSERT WITH:
      OUTPUT $ INS_STR ;

INSERT WITHOUT:
      OUTPUT  \J INS_STR ;

MESSAGE:
      OUTPUT $ "( " MESS_STR " )"  ;

********************************************************

CYCLE: ON:
      FlagSpin = NO ;
      IF_SET (SPIN_SPEED) FlagSpin = YES ; END_IF ;
      IF_SET (SPIN_DIR)   FlagSpin = YES ; END_IF ;
      IF_SET (FlagSpin _EQ_ YES)
         SET_ON SPIN_SPEED SPIN_DIR ;
         OUTPUT $ "S" SPIN_SPEED SPIN_DIR ;
      END_IF ;

      SET_ON X_CURPOS Y_CURPOS Z_CURPOS   ;
      SET_ON CYC_DEPTH CYC_RETR CYC_CLEAR MCH_FEED MCH_COOL ;
      SET_ON Zinit Depth Clear ;
      Zinit    = Z_CURPOS + CYC_DZINIT ;
      Depth    = Z_CURPOS - CYC_DEPTH ;
      Clear    = Z_CURPOS + CYC_CLEAR ;
      IF_SET (Zold _LT_ Zinit) OUTPUT $ "Z" Zinit ; END_IF ;
                         OUTPUT $ ;
                         OUTPUT CYC_RETR ;
                         OUTPUT CYC_CODE ;
                         OUTPUT "X" X_CURPOS ;
                         OUTPUT "Y" Y_CURPOS ;
                         OUTPUT "Z" Depth    ;
                         OUTPUT "R" Clear ;
      IF_SET (CYC_PECK)  OUTPUT "Q" CYC_PECK  ; END_IF ;
      IF_SET (CYC_DWELL) OUTPUT "P" CYC_DWELL ; END_IF ;
      IF_SET (CYC_XSHFT) OUTPUT "I" CYC_XSHFT ; END_IF ;
      IF_SET (CYC_YSHFT) OUTPUT "J" CYC_YSHFT ; END_IF ;
                         OUTPUT "F" MCH_FEED ;
                         OUTPUT MCH_COOL ;
      SET_ON  LIN_MOV CIRC_MOV ;
      SET_OFF CYC_DEPTH CYC_CLEAR;
      Xold = X_CURPOS ;
      Yold = Y_CURPOS ;
      Zold = Z_CURPOS ;

CYCLE:
      Depth = Z_CURPOS - CYC_DEPTH ;
      Clear = Z_CURPOS + CYC_CLEAR ;
      OUTPUT $ ;
      IF_SET (CYC_RETR)   OUTPUT CYC_RETR   ; END_IF ;
      IF_SET (X_CURPOS)   OUTPUT "X" X_CURPOS   ; END_IF ;
      IF_SET (Y_CURPOS)   OUTPUT "Y" Y_CURPOS   ; END_IF ;
      IF_SET (Depth)      OUTPUT "Z" Depth      ; END_IF ;
      IF_SET (Clear)      OUTPUT "R" Clear      ; END_IF ;
      IF_SET (CYC_PECK)   OUTPUT "Q" CYC_PECK   ; END_IF ;
      IF_SET (CYC_DWELL)  OUTPUT "P" CYC_DWELL  ; END_IF ;
      IF_SET (CYC_XSHFT)  OUTPUT "I" CYC_XSHFT  ; END_IF ;
      IF_SET (CYC_YSHFT)  OUTPUT "J" CYC_YSHFT  ; END_IF ;
      IF_SET (SPIN_SPEED) OUTPUT "S" SPIN_SPEED ; END_IF ;
      IF_SET (SPIN_DIR)   OUTPUT SPIN_DIR   ; END_IF ;
      IF_SET (MCH_FEED)   OUTPUT "F" MCH_FEED   ; END_IF ;
      IF_SET (MCH_COOL)   OUTPUT MCH_COOL   ; END_IF ;
      SET_ON  LIN_MOV CIRC_MOV ;
      SET_OFF CYC_DEPTH CYC_CLEAR;
      Xold = X_CURPOS ;
      Yold = Y_CURPOS ;
      Zold = Z_CURPOS ;

CYCLE: OFF:
      OUTPUT $ "G80 Z" Zinit ;
      SET_ON  LIN_MOV CIRC_MOV ;
      Zold = Zinit ;

********************************************************
ORIGIN CHANGE:

*-----Save the first origin data for later use
      IF_SET (FirstOriginChange _EQ_ YES )
         XfirstOrigin      = X_ORIGIN  ;
         YfirstOrigin      = Y_ORIGIN  ;
         ZfirstOrigin      = Z_ORIGIN  ;
         FirstOriginChange = NO        ;
      END_IF ;

*.....distance between the rotation center and the ORIGIN
      TRANS_MATX = X_ORIGIN - XfirstOrigin - X_MACH  ;
      TRANS_MATY = Y_ORIGIN - YfirstOrigin - Y_MACH  ;
      TRANS_MATZ = Z_ORIGIN - ZfirstOrigin - Z_MACH  ;

********************************************************
AXISCHANGE:
    FlagError  = NO ;
    IF_SET (AXIS_NUM  _GT_ 3)         FlagError = YES ; END_IF ;

    IF_SET (FlagError _EQ_ YES)
       PRINT  \J "Error: 4/5 axes motion was found in:" ;
       PRINT  \J "       TP=" TP_NAME " PROC=" PROC_NUM " (" PROC_NAME ")"
;
       PRINT  \J "Error: Cannot post 5 axes toolpaths" ;
       OUTPUT \J " M00 (Error: 4/5 axes motion was found)" ;
       OUTPUT \J " M00 (TP=" TP_NAME " PROC=" PROC_NUM " - " PROC_NAME ")"
;

    END_IF ;

********************************************************
SUBROUTINE CALL:
      CurrSubNum = SUB_NUMBER + StartSubNum ;
      OUTPUT $ "M98 P" CurrSubNum  ;

BEGINNING OF SUB:
      SET_ON  MCH_FEED MCH_COOL LIN_MOV CIRC_MOV ;
      FlagSub = YES ;
      OUTPUT \J " " ;
      IF_SET (FlagSeq _EQ_ YES)
         OUTPUT \J "O" CurrSubNum ;
      ELSE
         OUTPUT \J "O" CurrSubNum ;
      END_IF ;

END OF SUB:
      OUTPUT $  "M99" ;
      FlagSub = NO ;

SUBROUTINE RETURN:
      SET_ON LIN_MOV CIRC_MOV X_CURPOS Y_CURPOS Z_CURPOS;

********************************************************
还有相关程式哎！！！！！！！！！！！！！

由此处理出来的nc文件
0 BEGIN PGM 1 MM
1 TOOL DEF 01 L+0. R+→这里显示不了刀具的半径，此时海德汉机床可接受不了的哦，
                     只要随便加一个数据就解决啦。
2 TOOL CALL 01 Z S1000
3 L X31.262 Y-15.437 Z10. F2500 M13
4 L Z3.
5 L Z1.5 F150
6 L X30.789 Y-15.275 F500
7 CC X34.028 Y-5.814
8 C X24.568 Y-2.575 DR-
9 L X24.755 Y-1.946
10 L X24.89 Y-1.305
11 L X24.972 Y-0.655
12 L X25. Y0.0
13 L X24.984 Y0.486
14 L X24.938 Y0.97
15 L X24.863 Y1.45
16 L X24.758 Y1.925
17 L X24.626 Y2.393
18 L X24.466 Y2.852
19 L X24.28 Y3.302
20 L X24.069 Y3.739
21 L X23.859 Y4.121
22 L X23.63 Y4.493
23 L X23.122 Y5.202
24 L X22.553 Y5.866
25 L X21.935 Y6.483
26 L X21.547 Y6.828
27 L X21.146 Y7.157
28 L X20.308 Y7.768
29 L X19.431 Y8.323
30 L X18.522 Y8.826
31 L X17.745 Y9.209
32 L X16.955 Y9.563
33 L X16.152 Y9.888
34 L X15.339 Y10.188
35 L X14.462 Y10.482
36 L X13.576 Y10.75
37 L X12.684 Y10.995
38 L X11.786 Y11.217
39 L X10.826 Y11.431
40 L X9.862 Y11.623
41 L X8.894 Y11.794
42 L X7.922 Y11.945
43 L X6.905 Y12.082
44 L X5.885 Y12.198
45 L X3.839 Y12.373
46 L X2.269 Y12.456
47 L X0.698 Y12.496
48 L X-0.878 Y12.493
49 L X-2.453 Y12.448
50 L X-4.523 Y12.323
51 L X-6.586 Y12.12
52 L X-8.566 Y11.847
53 L X-9.552 Y11.68
54 L X-10.534 Y11.492
55 L X-11.458 Y11.293
56 L X-12.378 Y11.073
57 L X-13.291 Y10.831
58 L X-14.198 Y10.564
59 L X-15.04 Y10.291
60 L X-15.874 Y9.994
61 L X-16.697 Y9.67
62 L X-17.509 Y9.319
63 L X-18.357 Y8.911
64 L X-19.185 Y8.466
65 L X-19.989 Y7.979
66 L X-20.764 Y7.446
67 L X-21.513 Y6.856
68 L X-22.217 Y6.214
69 L X-22.548 Y5.873
70 L X-22.864 Y5.518
71 L X-23.164 Y5.149
72 L X-23.446 Y4.765
73 L X-23.705 Y4.372
74 L X-23.944 Y3.966
75 L X-24.163 Y3.549
76 L X-24.358 Y3.12
77 L X-24.53 Y2.681
78 L X-24.677 Y2.235
79 L X-24.797 Y1.78
80 L X-24.89 Y1.32
81 L X-24.957 Y0.829
82 L X-24.993 Y0.335
83 L X-24.997 Y-0.16
84 L X-24.971 Y-0.655
85 L X-24.914 Y-1.148
86 L X-24.827 Y-1.637
87 L X-24.71 Y-2.118
88 L X-24.564 Y-2.591
89 L X-24.405 Y-3.015
90 L X-24.223 Y-3.428
91 L X-24.019 Y-3.832
92 L X-23.795 Y-4.226
93 L X-23.552 Y-4.608
94 L X-23.291 Y-4.978
95 L X-22.72 Y-5.682
96 L X-22.071 Y-6.357
97 L X-21.369 Y-6.977
98 L X-20.624 Y-7.547
99 L X-19.845 Y-8.07
100 L X-19.025 Y-8.556
101 L X-18.181 Y-9.
102 L X-17.318 Y-9.405
103 L X-16.439 Y-9.775
104 L X-15.593 Y-10.097
105 L X-14.738 Y-10.392
106 L X-13.874 Y-10.663
107 L X-13.003 Y-10.91
108 L X-12.069 Y-11.15
109 L X-11.128 Y-11.367
110 L X-10.183 Y-11.562
111 L X-9.234 Y-11.736
112 L X-8.233 Y-11.899
113 L X-7.228 Y-12.04
114 L X-5.212 Y-12.264
115 L X-3.654 Y-12.385
116 L X-2.093 Y-12.462
117 L X-0.516 Y-12.498
118 L X1.06 Y-12.49
119 L X3.147 Y-12.415
120 L X5.229 Y-12.262
121 L X7.245 Y-12.038
122 L X8.249 Y-11.896
123 L X9.25 Y-11.734
124 L X10.199 Y-11.559
125 L X11.144 Y-11.363
126 L X12.084 Y-11.146
127 L X13.018 Y-10.906
128 L X13.889 Y-10.658
129 L X14.752 Y-10.388
130 L X15.607 Y-10.092
131 L X16.453 Y-9.77
132 L X17.331 Y-9.399
133 L X18.194 Y-8.994
134 L X19.037 Y-8.549
135 L X19.857 Y-8.063
136 L X20.636 Y-7.539
137 L X21.38 Y-6.968
138 L X22.081 Y-6.347
139 L X22.73 Y-5.672
140 L X23.023 Y-5.326
141 L X23.299 Y-4.967
142 L X23.559 Y-4.596
143 L X23.801 Y-4.213
144 L X24.025 Y-3.819
145 L X24.227 Y-3.414
146 L X24.409 Y-2.999
147 L X24.568 Y-2.575
148 CC X34.028 Y-5.814
149 C X37.268 Y3.646 DR-
150 L X37.741 Y3.484
151 L Z10.
152 L X31.262 Y-15.437
153 L Z2.5
154 L Z1. F150
155 L X30.789 Y-15.275 F500
156 CC X34.028 Y-5.814
157 C X24.568 Y-2.575 DR-
158 L X24.755 Y-1.946
159 L X24.89 Y-1.305
160 L X24.972 Y-0.655
161 L X25. Y0.0
162 L X24.984 Y0.486
163 L X24.938 Y0.97
164 L X24.863 Y1.45
165 L X24.758 Y1.925
166 L X24.626 Y2.393
167 L X24.466 Y2.852
168 L X24.28 Y3.302
169 L X24.069 Y3.739
170 L X23.859 Y4.121
171 L X23.63 Y4.493
172 L X23.122 Y5.202
173 L X22.553 Y5.866
174 L X21.935 Y6.483
175 L X21.547 Y6.828
176 L X21.146 Y7.157
177 L X20.308 Y7.768
178 L X19.431 Y8.323
179 L X18.522 Y8.826
180 L X17.745 Y9.209
181 L X16.955 Y9.563
182 L X16.152 Y9.888
183 L X15.339 Y10.188
184 L X14.462 Y10.482
185 L X13.576 Y10.75
186 L X12.684 Y10.995
187 L X11.786 Y11.217
188 L X10.826 Y11.431
189 L X9.862 Y11.623
190 L X8.894 Y11.794
191 L X7.922 Y11.945
192 L X6.905 Y12.082
193 L X5.885 Y12.198
194 L X3.839 Y12.373
195 L X2.269 Y12.456
196 L X0.698 Y12.496
197 L X-0.878 Y12.493
198 L X-2.453 Y12.448
199 L X-4.523 Y12.323
200 L X-6.586 Y12.12
201 L X-8.566 Y11.847
202 L X-9.552 Y11.68
203 L X-10.534 Y11.492
204 L X-11.458 Y11.293
205 L X-12.378 Y11.073
206 L X-13.291 Y10.831
207 L X-14.198 Y10.564
208 L X-15.04 Y10.291
209 L X-15.874 Y9.994
210 L X-16.697 Y9.67
211 L X-17.509 Y9.319
212 L X-18.357 Y8.911
213 L X-19.185 Y8.466
214 L X-19.989 Y7.979
215 L X-20.764 Y7.446
216 L X-21.513 Y6.856
217 L X-22.217 Y6.214
218 L X-22.548 Y5.873
219 L X-22.864 Y5.518
220 L X-23.164 Y5.149
221 L X-23.446 Y4.765
222 L X-23.705 Y4.372
223 L X-23.944 Y3.966
224 L X-24.163 Y3.549
225 L X-24.358 Y3.12
226 L X-24.53 Y2.681
227 L X-24.677 Y2.235
228 L X-24.797 Y1.78
229 L X-24.89 Y1.32
230 L X-24.957 Y0.829
231 L X-24.993 Y0.335
232 L X-24.997 Y-0.16
233 L X-24.971 Y-0.655
234 L X-24.914 Y-1.148
235 L X-24.827 Y-1.637
236 L X-24.71 Y-2.118
237 L X-24.564 Y-2.591
238 L X-24.405 Y-3.015
239 L X-24.223 Y-3.428
240 L X-24.019 Y-3.832
241 L X-23.795 Y-4.226
242 L X-23.552 Y-4.608
243 L X-23.291 Y-4.978
244 L X-22.72 Y-5.682
245 L X-22.071 Y-6.357
246 L X-21.369 Y-6.977
247 L X-20.624 Y-7.547
248 L X-19.845 Y-8.07
249 L X-19.025 Y-8.556
250 L X-18.181 Y-9.
251 L X-17.318 Y-9.405
252 L X-16.439 Y-9.775
253 L X-15.593 Y-10.097
254 L X-14.738 Y-10.392
255 L X-13.874 Y-10.663
256 L X-13.003 Y-10.91
257 L X-12.069 Y-11.15
258 L X-11.128 Y-11.367
259 L X-10.183 Y-11.562
260 L X-9.234 Y-11.736
261 L X-8.233 Y-11.899
262 L X-7.228 Y-12.04
263 L X-5.212 Y-12.264
264 L X-3.654 Y-12.385
265 L X-2.093 Y-12.462
266 L X-0.516 Y-12.498
267 L X1.06 Y-12.49
268 L X3.147 Y-12.415
269 L X5.229 Y-12.262
270 L X7.245 Y-12.038
271 L X8.249 Y-11.896
272 L X9.25 Y-11.734
273 L X10.199 Y-11.559
274 L X11.144 Y-11.363
275 L X12.084 Y-11.146
276 L X13.018 Y-10.906
277 L X13.889 Y-10.658
278 L X14.752 Y-10.388
279 L X15.607 Y-10.092
280 L X16.453 Y-9.77
281 L X17.331 Y-9.399
282 L X18.194 Y-8.994
283 L X19.037 Y-8.549
284 L X19.857 Y-8.063
285 L X20.636 Y-7.539
286 L X21.38 Y-6.968
287 L X22.081 Y-6.347
288 L X22.73 Y-5.672
289 L X23.023 Y-5.326
290 L X23.299 Y-4.967
291 L X23.559 Y-4.596
292 L X23.801 Y-4.213
293 L X24.025 Y-3.819
294 L X24.227 Y-3.414
295 L X24.409 Y-2.999
296 L X24.568 Y-2.575
297 CC X34.028 Y-5.814
298 C X37.268 Y3.646 DR-
299 L X37.741 Y3.484
300 L Z10.
301 STOP M25
302 END PGM 1 MM

OUTPUT $ " TOOL DEF " CURR_TOOL " L+0. R+" DIAMETER_ ;

刀具R角变量应为:TOOL_RAD
即:
OUTPUT $ " TOOL DEF " CURR_TOOL " L+0. R+" TOOL_RAD ;

先谢sjhxs给的指导
现在我试了如下改
RADIUS_=DIAMETER/2;
.
.
............................................."L=+0. R+"RADIUS_;
.
.
.
.
这样也行
NC中就显示了刀具半径
不知这样合常规否
我也是乱撞的

老大，能不能把后处理发个给我。多谢！感激不尽！

52636892@qq.com

好啊
你的也是海德汉的吗
不过没有drill那段
drill的你自己研究吧

上传一个HIDEN ITNC530的后处理，支持钻孔，自动换刀，曲面公差太大报警，主要是保证安全

感谢星球兄分享