如何使拐角变速在程式中输出

高手指教
怎样修改后处理才使拐角的速度在NC程式中输出
即corner feed 的数值能输出
corner feed的变量值是怎样的?
如下的变量参数找不到
谢谢指教
变量名   变量说明   数据类型   所应用的模块位子
  
ABS_ANG  Start angle + Delta angle  2  CIRCULAR MOTION:
ARC_ANG  Arc angle  2  CIRCULAR MOTION:
AXIS_ANGLE  Tool axis angle  2  TOOL CHANGE:
AXIS_NUM  Number of axes being used  6  AXIS CHANGE:BEGINNING OF TAPE:
BLOCK_NUM  Current block number as appears in the TP_LIST  6  All Blocks
CIR_INTERP  Circular interpolation mode   7  ORIGIN CHANGE
CIRC_MOV  Circular movement code  0  CIRCULAR MOTION:
CLEAR_LENG  Distance between holder [$ tool tip&nbsp] 1  TOOL CHANGE:
COMP_3X  3-D cutter compensation  7  LINEAR MOTION:
CURR_NAME  Current tool holder name  0  TOOL CHANGE:
CURR_ORIG  Controller/Cimatron origin no.  7  ORIGIN CHANGE: BEGINNING OF TAPE:
CURR_START  Number of current start  7  START THREAD:
CURR_TOOL  Current tool holder number  7  TOOL CHANGE:
CUT_LENGTH  Length of cutting edge of tool  1  TOOL CHANGE:
CUT_SPEED  Velocity of cutting (Vc)  1  CONSTANT SPEED:
CUT_WIDTH  Width of the tool  1  TOOL CHANGE:
CUTCOM_OFF  Cutter Compensation off code  0  CUTTER COMPENSATION:
CUTCOM_ON  Cutter Compensation on code   0  CUTTER COMPENSATION:
CYC_2PLN  Not in use.  1  CYCLE:
CYC_CLEAR  Cycle clear height  1  CYCLE:
CYC_CODE  Cycle code  0  CYCLE:
CYC_DEPTH  Cycle depth increment  1  CYCLE: GROOVE CYCLE:
CYC_DWELL  Cycle dwell time  5  CYCLE:
CYC_DZINIT  The DRILL procedure DEL INIT value  1  CYCLE:
CYC_PECK  Cycle PECK value  1  CYCLE: GROOVE CYCLE:
CYC_REDUC  Cycle DECREASE value  1  CYCLE: GROOVE CYCLE:
CYC_RETR  Cycle retract code  0  CYCLE:
CYC_TIMES  Number of pecks/cycle  7  CYCLE:
CYC_XSHFT  Cycle shift along the X axis  1  CYCLE:
CYC_YSHFT  Cycle shift along the Y axis  1  CYCLE:
CYCLE_1  Spot Drill  7  CYCLE:
CYCLE_2  High Speed Peck  7  CYCLE:
CYCLE_3  Left Hand Tapping  7  CYCLE:
CYCLE_4  Fine Boring   7  CYCLE:
CYCLE_5  Counter Boring  7  CYCLE:
CYCLE_6  Deep Hole Peck  7  CYCLE:
CYCLE_7  Tapping  7  CYCLE:
CYCLE_8  Boring  7  CYCLE:
CYCLE_9  Bore + Spindle Stop   7  CYCLE:
CYCLE_10  Back Boring   7  CYCLE:
CYCLE_11  Bore + Dwell + Manual  7  CYCLE:
CYCLE_12  Bore + Dwell + Feed   7  CYCLE:
DATE_SDD  The current day  6  BEGINNING OF TAPE:
DATE_SMM  The current month  6  BEGINNING OF TAPE:
DATE_SYY  The current year  6  BEGINNING OF TAPE:
DEL_Z_UP  Procedure DEL Z UP  1  BEGINNING OF PROC:
DIA_COMP  Diameter compensation index   1  TOOL CHANGE:
DIAMETER_  Tool diameter  1  TOOL CHANGE:
DOWN_STEP  The procedure DOWN STEP value  1  BEGINNING OF PROC:
END_ANG  End angle  2  CIRCULAR MOTION: THREAD CYCLE: THREAD CANNED CYCLE:
FACE_ANGLE  Tool face angle  2  TOOL CHANGE:
FACE_GROV  Face groove   7  GROOVE CYCLE:
FACE_THRD  Face thread   7  THREAD CYCLE: THREAD CANNED CYCLE:
FIN_BYAREA  Downstep by area - fine  7  THREAD CYCLE: THREAD CANNED CYCLE:
FIN_BYSTEP  Downstep by distance - fine   7  THREAD CYCLE: THREAD CANNED CYCLE:
FIN_DEPTH  Depth for fine machining  1  THREAD CYCLE: THREAD CANNED CYCLE:
FIN_DSTEP  Downstep for fine machining   1  THREAD CYCLE: THREAD CANNED CYCLE:
FIN_MNSTEP  Minimumdownstep-roughmachining  1  THREAD CYCLE: THREAD CANNED CYCLE:
FIN_NORMAL  Perpendicular entrance - fine  7  THREAD CYCLE: THREAD CANNED CYCLE:
FIN_ZIGZAG  Zigzag entrance for fine machining  7  THREAD CYCLE: THREAD CANNED CYCLE:
FIXT_COMP  Fixture compensation index  1  TOOL CHANGE:
GAUGE_LEN  Gauge length of tool  1  TOOL CHANGE:
GROV_CNTRL  Control point of groove tool 1=center, 2=left, 3=right  6  TOOL CHANGE:
GROV_DEL  Slow down distance in approach  1  GROOVE CYCLE:
GROV_STEP  Width of each groove pass  1  GROOVE CYCLE:
GROV_WIDTH  Total width of machined area  1  GROOVE CYCLE:
HOLD_LENG  Holder length  1  TOOL CHANGE:
HOLD_WIDTH  Holder width  1  TOOL CHANGE:
I_COORD  I component of tool axis/wire vector  1  LINEAR MOTION:
I_ORIGIN  Origin, I vector component  1  BEGINNING OF TAPE: ORIGIN CHANGE:
I_START  Initial direction, I vector component  1  BEGINNING OF PROC:

接上
INNER_GROV  Inside groove  7  GROOVE CYCLE:
INNER_THRD  Inside thread  7  THREAD CYCLE: THREAD CANNED CYCLE:
INS_STR  Insert string  0  INSERT WITH: INSERT WITHOUT:
IX_ORIG  I vector component of the X direction  1  ORIGIN CHANGE
J_COORD  J component of tool axis/wire vector  1  LINEAR MOTION:
J_ORIGIN  Origin, J vector component  1  BEGINNING OF TAPE: ORIGIN CHANGE:
J_START  Initial direction, J vector component  1  BEGINNING OF PROC:
JX_ORIG  J vector component of the X direction  1  ORIGIN CHANGE
K_COORD  K component of tool axis/wire vector  1  LINEAR MOTION:
K_ORIGIN  Origin, K vector component  1  BEGINNING OF TAPE: ORIGIN CHANGE:
K_START  Initial direction, K vector component  1  BEGINNING OF PROC:
KX_ORIG  Kvector component of the X direction  1  ORIGIN CHANGE
LAYER_NUM  Number of layers in the proc  1  BEGINNING OF PROC:
LAYER_Z  Z value of current layer  1  SUBROUTINE CALL:
LENG_COMP  Length compensation index  1  TOOL CHANGE:
LIN_MOV  Linear movement code  0  LINEAR MOTION:
LINE_ANG  Angle of the line with the X axis  2  LINEAR MOTION: THREAD CYCLE:
THREAD CANNED CYCLE:      
LINE_LENG  Length of the linear motion  1  LINEAR MOTION: THREAD CYCLE: THREAD CANNED CYCLE:
MACSYS_NAM  MACSYS name  0  BEGINNING OF TAPE:
MCH_COOL  Coolant code  0  COOLANT:
MCH_DWELL  Dwell time  5  DWELL:
MCH_FEED  Feed rate  3  FEED:
MESS_STR  Message string  0  MESSAGE:
MOVMNT_NUM  Number of movement blocks in the current procedure  6  BEGINNING OF PROC:
NEXT_NAME  Next tool holder name  0  TOOL CHANGE:
NEXT_TOOL  Next tool holder number  7  TOOL CHANGE:
NIB_PITCH  Nibbling pitch  1  NIBBLE:
NO_SUBROUT  Subroutine mode  7  ORIGIN CHANGE
NODE_ID  The node_ID number.  0  BEGINNING OF TAPE:
NUM_LAYERS  Number of layers in procedure  6  SUBROUTINE CALL:
NUM_ORIGS  Total number of origins used  7  BEGINNING OF TAPE:
NUM_SPRING  Number of spring passes  6  BEGINNING OF PROC:
OUTER_GROV  Outside groove  7  GROOVE CYCLE:
OUTER_THRD  Outside thread  7  THREAD CYCLE: THREAD CANNED CYCLE:
Overlap_ between tool strokes  1  TOOL CHANGE:   
PART_NAME  The name of the part  0  BEGINNING OF TAPE:
PFM_UNITS  PFM units  0  BEGINNING OF TAPE
PLATFORM_  The platform in use.  0  BEGINNING OF TAPE:
PROC_CMNT  Procedure comment  0  BEGINNING OF PROC:
PROC_NAME  The name of the current procedure  0  BEGINNING OF PROC:
PROC_NUM  Procedure sequence number  6  BEGINNING OF PROC:
RADIUS_  Radius of the arc  1  CIRCULAR MOTION:
REGSTR_1  AGIE T or Makino E  6  TOOL CHANGE:
REGSTR_2  AGIE P  6  TOOL CHANGE:
REGSTR_3  AGIE D or Makino D  6  TOOL CHANGE:
REGSTR_4  AGIE S  6  TOOL CHANGE:
ROT_MAT1. . .9  Rotation matrix elements  1  ORIGIN CHANGE:
RUF_BYAREA  Downstep by area - rough  7  THREAD CYCLE:
RUF_BYSTEP  Downstep by distance - rough  7  THREAD CYCLE:
RUF_DEPTH  Depth for rough machining  1  THREAD CYCLE:
RUF_DSTEP  Downstep for rough machining  1  THREAD CYCLE:
RUF_MNSTEP  Minimum downstep for rough machining  1  THREAD CYCLE:
RUF_NORMAL  Perpendicular entrance - rough  7  THREAD CYCLE:
RUF_ZIGZAG  Zigzag entrance - rough machining  7  THREAD CYCLE:
SCALLOP_  Hgt of material left between strokes  1  TOOL CHANGE:
SEGMT_NUM  Number of line segments in string  1  START STRING:
SIDE_STEP  The procedure SIDE STEP value  1  BEGINNING OF PROC:
SPIN_DIR  Spindle direction  0  SPIN:
SPIN_SPEED  Spindle speed  4  SPIN:
SRF_NORX  X component of the surfaces' normal  1  LINEAR MOTION:
SRF_NORY  Y component of the surfaces' normal  1  LINEAR MOTION:
SRF_NORZ  Z component of the surfaces' normal  1  LINEAR MOTION:
ST_ANG  Start angle   2  CIRCULAR MOTION:
STARTS_NUM  Total number of lathe/thread starts   7  BEGINNING OF PROC:
STEP_INCR  Step increment  1  THREAD STEP:
STEP_TYPE  Thread step code (1 to 6)  7  THREAD STEP:
STEP_VALUE  Pitch or lead size  1  THREAD STEP:
SUB_NUMBER  Number of current subroutine  6  SUBROUTINE CALL:
TEETH_NUM  Number of teeth in tool  7  TOOL CHANGE:
THRD_DEPTH  Total thread machining depth  1  THREAD CYCLE:
TIME_SHH  The current hour of starting postpr.  6  BEGINNING OF TAPE:
TIME_SMM  The current min. of starting postpr.  6  BEGINNING OF TAPE:
TIME_SSS  The current sec. of starting postpr.  6  BEGINNING OF TAPE:
TOOL_ANGLE  Angle of the tool  2  TOOL CHANGE:
TOOL_RAD  Tool radius   1  TOOL CHANGE:
TOOL_TYPE  Punch tool type code  7  TOOL CHANGE:
TP_NAME  Toolpath name  0  BEGINNING OF TOOLPATH:
TRANS_MATXTRANS_MATYTRANS_MATZ  Translation from current UCS to the original MACSYS  6  BEGINNING OF PROC: /TOOL CHANGE: /ORIGIN CHANGE: / BEGINNING OF TAPE:
TRANSF_NUM  Number of transformations  6  BEGINNING OF PROC:
TRF_MAT1...9  Transformation rotation matrix  1  TRANSFORMATION:
TRF_VECX  Transformation matrix  1  TRANSFORMATION:
TRF_VECY  Transformation matrix  1  TRANSFORMATION:
TRF_VECZ  Transformation matrix  1  TRANSFORMATION:
USER_NAME  Give the user name as an output  0  BEGINNING OF TAPE:
WINT_1   Charmilles G27  6  TOOL CHANGE:
WINT_2  Charmilles G28  6  TOOL CHANGE:
WINT_3  Charmilles G29  6  TOOL CHANGE:
WINT_4  Charmilles G30  6  TOOL CHANGE:
WINT_5  Charmilles G28G29  6  TOOL CHANGE:
WINT_6  Charmilles G29G30  6  TOOL CHANGE:
WINT_7  Charmilles G32  6  TOOL CHANGE:
WINT_8  Charmilles G38  6  TOOL CHANGE:
WINT_9  Charmilles G39  6  TOOL CHANGE:
WINT_10  Charmilles G45  6  TOOL CHANGE:
WINT_11  Charmilles G46  6  TOOL CHANGE:
WINT_12  Charmilles G60  6  TOOL CHANGE:
WINT_13  Charmilles G61  6  TOOL CHANGE:
WINT_14  Charmilles G62  6  TOOL CHANGE:
WINT_15  Charmilles G63  6  TOOL CHANGE:
WREAL_1   Charmilles C for G32  1  TOOL CHANGE:
WREAL_2  Charmilles K for G32  1  TOOL CHANGE:
WREAL_3  Charmilles X for G32  1  TOOL CHANGE:
WREAL_4  Charmilles Y for G32  1  TOOL CHANGE:
WREAL_5  Charmilles R for G32  1  TOOL CHANGE:
WREAL_6  Charmilles A for G38 [$ G39&nbsp] 1  TOOL CHANGE:
X_CENTER   X coordinate of center  1  CIRCULAR MOTION:
X_CURPOS   X coordinate of current position  1  BEGINNING OF TAPE: LINEAR MOTION:CIRCULAR MOTION: CYCLE:
X_ENDPT   X coordinate of endpoint  1  CIRCULAR MOTION:THREAD CYCLE:THREAD CANNED CYCLE: GROOVE CYCLE:
X_HOME   X coordinate of home  1  BEGINNING OF TAPE:
X_INTER  X intermediate point  1  BEGINNING OF PROC:
X_MACH   X coordinate of machine zero  1  BEGINNING OF TAPE:
X_ORIGIN   Origin, X coordinate  1  BEGINNING OF TAPE:
X_START   X coordinate of start position  1  BEGINNING OF PROC: THREAD CYCLE: THREAD CANNED CYCLE: GROOVE CYCLE:
Y_CENTER   Y coordinate of center  1  CIRCULAR MOTION:
Y_CURPOS   Y coordinate of current position  1  BEGINNING OF TAPE: LINEAR MOTION: CIRCULAR MOTION: CYCLE:
Y_ENDPT   Y coordinate of endpoint  1  CIRCULAR MOTION: THREAD CYCLE: THREAD CANNED CYCLE: GROOVE CYCLE:
Y_HOME   Y coordinate of home  1  BEGINNING OF TAPE:
Y_INTER  Y intermediate point  1  BEGINNING OF PROC:
Y_MACH   Y coordinate of machine zero  1  BEGINNING OF TAPE:
Y_ORIGIN   Origin, Y coordinate  1  BEGINNING OF TAPE: ORIGIN CHANGE:
Y_START   Y coordinate of start position  1  BEGINNING OF PROC: THREAD CYCLE: THREAD CANNED CYCLE: GROOVE CYCLE:
Z_CENTER   Z coordinate of circle center  1  CIRCULAR MOTION:
Z_CURPOS   Z coordinate of current position  1  BEGINNING OF TAPE: LINEAR MOTION: CIRCULAR MOTION: CYCLE: Z SURFACE:
Z_DOWN  The procedure Z DOWN value  1  BEGINNING OF PROC:
Z_ENDPT   Z of circle endpoint  1  CIRCULAR MOTION:
Z_HOME   Z coordinate of home  1  BEGINNING OF TAPE:
Z_INTER  Z intermediate point  1  BEGINNING OF PROC:
Z_MACH  Z coordinate of machine zero  1  BEGINNING OF TAPE:
Z_ORIGIN   Origin, Z coordinate  1  BEGINNING OF TAPE:ORIGIN CHANGE:
Z_START   Z coordinate of start position  1  BEGINNING OF PROC:
Z_UP  The procedure Z UP value  1  BEGINNING OF PROC:
* DEMO 3 axes Post Processor for FANUC
* CIMATRON90 VER 9.0  
* Last update : 23-FEB-1998

支持。。。。

顶一下.

这个好像不好该，如果是高速机的话，机床本身就会自动减速的．刀路我觉的不用在拐角减速，只有挖槽这拐角才有用．其他都没什么大做用．如果怕抢刀，转角就是设Ｒ好了．我们厂十几台高速机都是这样用的．

[ 本帖最后由 LHHCNC 于 2006-5-27 11:36 编辑 ]