msgtxt_typ.txt

来自「proe5.0野火版下载(中文版免费下载)」· 文本 代码 · 共 6,485 行 · 第 1/5 页

%CIDEFAULT
DEFAULT


%CINAME OF DEFAULT STATE
NAME OF DEFAULT STATE


%CI                 NUMBER        NUMBER      ID          TYPE\n
                 NUMBER        NUMBER      ID          TYPE\n


%CI        NESTING INFORMATION\n\n
        NESTING INFORMATION\n\n


%CI  %0w operation :\n
  %0w operation :\n


%CI  Head 1 Sequence : %0w\n
  Head 1 Sequence : %0w\n


%CI  Head 2 Sequence : %0w\n
  Head 2 Sequence : %0w\n


%CI  Operation Csys  :  %0w\n
 NC Seq Csys    : %0w\n


%CI %0s LEVEL %1d %2w ASSEM %3s %4w\n
 %0s LEVEL %1d %2w ASSEM %3s %4w\n


%CI %0s LEVEL %1d %2w ASSEM ID = %3d %4s %5w\n
 %0s LEVEL %1d %2w ASSEM ID = %3d %4s %5w\n


%CI %0s LEVEL %1d %2w ASSEM ID = %3d\n
 %0s LEVEL %1d %2w ASSEM ID = %3d\n


%CI %0s LEVEL %1d %2w ASSEM \n
 %0s LEVEL %1d %2w ASSEM \n


%CI %0s LEVEL %1d %2w PART %3s %4w\n
 %0s LEVEL %1d %2w PART %3s %4w\n


%CI %0s LEVEL %1d %2w PART ID = %3d %4s %5w\n
 %0s LEVEL %1d %2w PART ID = %3d %4s %5w\n


%CI %0s LEVEL %1d %2w PART ID = %3d\n
 %0s LEVEL %1d %2w PART ID = %3d\n


%CI %0s LEVEL %1d %2w PART \n
 %0s LEVEL %1d %2w PART \n


%CI %0sFEATURE BELONGS TO LOCAL GROUP %1w\n
 %0sFEATURE BELONGS TO LOCAL GROUP %1w\n


%CL (Reference Part)\n
 (Reference Part)\n


%CI - Driven by Assembly Relation.\n
 - Driven by Assembly Relation.\n


%CI - Driven by Assembly and Part Relations.\n
 - Driven by Assembly and Part Relations.\n


%CI - Driven by Feature Relation.\n
 - Driven by Feature Relation.\n


%CI - Driven by Part Relation.\n
 - Driven by Part Relation.\n


%CI - Driven by inheritance.
 - Driven by inheritance.


%CI A (%0d X %1d)
 A (%0d X %1d)


%CI ASSEMBLY NAME = %0w %1s %2w\n\n
 ASSEMBLY NAME = %0w %1s %2w\n\n


%CI ASSEMBLY NAME = %0w \n\n
 ASSEMBLY NAME = %0w \n\n


%CI ATTRIBUTE: JOIN SURFACES\n
 ATTRIBUTE: JOIN SURFACES\n


%CI ATTRIBUTE: MAKE SOLID\n
 ATTRIBUTE: MAKE SOLID\n


%CI Activation Stat : Active \n
 Status         : Active \n


%CI Activation Stat : Inactive \n
 Status         : Inactive \n


%CI Axis Type      : %0w \n
 Axis Type      : %0w \n


%CI COMPONENT ID = %0d\\n
 COMPONENT ID = %0d\n


%CI COMPONENTS IT REFERS TO:\n
 This setup references the following components:\n


%CI COMPONENTS:\n\n
 COMPONENTS:\n\n


%CI Current State Name : %0w \n
 Current State Name : %0w \n


%CI Cutting Type   : %0w \n
 Cutting Type   : %0w \n


%CI Cutting time   : %0g min\n
 Cutting time   : %0g min\n


%CI Cutting time   : Not Available \n
 Cutting time   : Not Available \n


%CI Cycle Type     : %0w \n
 Cycle Type     : %0w \n


%CI Date  : %0w \n
 Date               : %0w \n


%CI Drill group name     : %0w \n
 Drill group name     : %0w \n


%CI END POINT      : %0w
 END POINT      : %0w


%CI FEATURE WAS EXTRACTED FROM MOLD VOLUME %0w\n
 FEATURE WAS EXTRACTED FROM MOLD VOLUME %0w\n


%CI FEATURES:\n\n
 FEATURES:\n\n


%CI FROM POINT     : %0w
 FROM POINT     : %0w


%CI Feature ID     : %0d  \n
 Feature ID     : %0d  \n


%CI Feature Number : %0d  \n
 Feature Number : %0d  \n


%CI Feature has following refinements : \n
 Feature has following refinements : \n


%CI Feature is a refinement of Feature Id %0d
 Feature is a refinement of Feature Id %0d


%CL GENERAL PATTERN\n
 GENERAL PATTERN\n


%CI HOME POINT     : %0w
 HOME POINT     : %0w


%CI Head Type      : %0w \n
 Head Type      : %0w \n


%CL IDENTICAL PATTERN\n
 IDENTICAL PATTERN\n


%CI LENGTH UNIT: %0w\n\n
 LENGTH UNIT: %0w\n\n


%CI MACH CSYS      : %0w
 MACH CSYS      : %0w


%CI MATERIAL CONDITION: %0w\n\n
 MATERIAL CONDITION: %0w\n\n


%CI MATERIAL FILENAME: %0w\n\n
 MATERIAL FILENAME: %0w\n\n


%CI MATERIAL HARDNESS: %0f\n\n
 MATERIAL HARDNESS: %0f\n\n


%CI MFI Tool ID        : %0w \n
 Tool ID        : %0w \n


%CI Machine Coord S :  %0w \n
 Mach Csys      : %0w \n


%CI Machine Csys    :  %0w\n
 Machine Csys   :  %0w\n


%CI Machine Type   : %0w \n
 Machine Type   : %0w \n


%CI Manufacturing Type : ASSEMBLY\n
 Manufacturing Type : ASSEMBLY\n


%CI Manufacturing Type : PART\n
 Manufacturing Type : PART\n


%CI Merge Type : %0s\n
 Merge Type : %0s\n


%CI Mill Volume    : %0w \n
 Mill Volume    : %0w \n


%CI NCL File Name : %0w \n
 NCL File Name  : %0w \n


%CI Number       Design Part Name \n
 Number       Design Part Name \n


%CI Number of NC Sequences : %0d \n
 Number of NC Sequences : %0d \n


%CI Number of operations : %0d \n
 Number of operations : %0d \n


%CI OPER CSYS      : %0w
 NCSEQ CSYS     : %0w


%CI Operation      : %0w \n
 Operation      : %0w \n


%CI Operation Name  :  %0w\n
 Operation Name : %0w\n


%CI Operation Tool  :  %0w\n
 Operation Tool :  %0w\n


%CI Part  : %0w\n
 Part               : %0w\n


%CI Peck Depth     : %0w \n
 Peck Depth     : %0w \n


%CI Referenced Sites : \n
 Referenced Sites : \n


%CI Retract Option : No retract between operations.\n
 Retract Option : No retract between NC Sequences.\n


%CI Retract Option : Retract between operations.\n
 Retract Option : Retract between NC Sequences.\n 


%CI Retract Plane   :  %0w\n
 Retract Plane  : %0w\n


%CI START POINT    : %0w
 START POINT    : %0w


%CI Scan Type      : %0w \n
 Scan Type      : %0w \n


%CI Sequence Type  : %0w\n
 Sequence Type  : %0w\n


%CI Setup Name : %0w\n
 Setup Name : %0w\n


%CI State Name1     : %0w \n
 State Name     : %0w \n


%CI Status     : Active\n
 Status     : Active\n


%CI Status     : Inactive\n
 Status     : Inactive\n


%CI Stock : %0w \n
 Stock              : %0w \n


%CI THERE ARE FOOLOWING BEND TABLES ASSOSIATED WITH PART :\n
 PART HAS THE FOLLOWING BEND TABLES :\n 


%CI TIME_STAMP: %0s\n
 TIME_STAMP: %0s\n


%CI The following operations are merged in this operation :\n
 The following NC Sequences are merged in this NC Sequence :\n


%CI Tool Orient    : %0w \n
 Tool Orient    : %0w \n


%CI Total cutting time     : Not Available \n
 Total cutting time     : Not Available \n


%CI Total cutting time   : %0g min\n
 Total cutting time     : %0g min\n


%CW VARYING PATTERN\n
 VARYING PATTERN\n


%CW WARNING: CDRS DATA MODIFIED\n
 WARNING: CDRS DATA MODIFIED\n


%CI Workcell Name   :  %0w\n
 Workcell Name  : %0w\n


%CI Workcell Type   :  %0s\n
 Workcell Type  : %0s\n


%CI X_MAX          : %0g\n
 X_MAX          : %0g\n


%CI Y_MAX          : %0g\n
 Y_MAX          : %0g\n


%CI Y_MIN          : %0g\n
 Y_MIN          : %0g\n


%CI Z_MAX          : %0g\n
 Z_MAX          : %0g\n


%CI Z_MIN          : %0g\n
 Z_MIN          : %0g\n


%CI%0d sec and %1d microsec elapsed,
%0d sec and %1d microsec elapsed,


%CI%0d sec and %1d microsec system CPU time.
%0d sec and %1d microsec system CPU time.


%CI%0d sec and %1d microsec user CPU time and
%0d sec and %1d microsec user CPU time and


%CI%0s          X          Y          Z      NAME\n
%0s          X          Y          Z      NAME\n


%CI%0s    OWNED BY INTERNAL FEAT ID %1d
%0s    OWNED BY INTERNAL FEAT ID %1d


%CI%0s  LAST FEATURE OF THE GROUP: ID = %1d \n
%0s  LAST FEATURE OF THE GROUP: ID = %1d \n


%CI%0s  LEADING FEATURE OF THE GROUP: ID = %1d \n
%0s  LEADING FEATURE OF THE GROUP: ID = %1d \n


%CI%0s  TOOL IS SYMMETRICAL ABOUT X AXIS\n
%0s  TOOL IS SYMMETRICAL ABOUT X AXIS\n


%CI%0s  TOOL IS SYMMETRICAL ABOUT X and Y AXES\n
%0s  TOOL IS SYMMETRICAL ABOUT X and Y AXES\n


%CI%0s  TOOL IS SYMMETRICAL ABOUT Y AXIS\n
%0s  TOOL IS SYMMETRICAL ABOUT Y AXIS\n


%CI%0s (BELONGS TO ASSEMBLY %1w)\n
%0s (BELONGS TO ASSEMBLY %1w)\n


%CI%0s (BELONGS TO PART %1w)\n
%0s (BELONGS TO PART %1w)\n


%CI%0s ASSEMBLY NAME  %1w\n
%0s ASSEMBLY NAME  %1w\n


%CI%0s ATTRIBUTE:  FLIPPED\n
%0s ATTRIBUTE:  FLIPPED\n


%CI%0s ATTRIBUTE:  INTERNAL\n
%0s ATTRIBUTE:  INTERNAL\n


%CI%0s ATTRIBUTE:  NO DISP\n
%0s ATTRIBUTE:  NO DISP\n


%CI%0s ATTRIBUTE:  RECALC\n
%0s ATTRIBUTE:  RECALC\n


%CI%0s BASE FEATURE OF %1w `%2w'\n
%0s BASE FEATURE OF %1w `%2w'\n


%CI%0s BELONGS TO %1w `%2w'\n
%0s BELONGS TO %1w `%2w'\n


%CI%0s BLEND HAS ONE PROFILE
%0s BLEND HAS ONE PROFILE


%CI%0s CHILDREN =%1s
%0s CHILDREN =%1s


%CI%0s CLASS = %1w\n
%0s CLASS = %1w\n


%CI%0s COMPONENT NUMBER %1d\n
%0s COMPONENT NUMBER %1d\n


%CI%0s CUT OUT BY COPYING\n
%0s CUT OUT BY COPYING\n


%CI%0s DEPTH = BLIND
%0s DEPTH = BLIND


%CI%0s DEPTH = FROM %1w TO %2w
%0s DEPTH = FROM %1w TO %2w


%CI%0s DEPTH = FROM TO
%0s DEPTH = FROM TO


%CI%0s DEPTH = SYMMETRICAL BLIND
%0s DEPTH = SYMMETRICAL BLIND


%CI%0s DEPTH = THRU ALL
%0s DEPTH = THRU ALL


%CI%0s DEPTH = THRU NEXT
%0s DEPTH = THRU NEXT


%CI%0s DEPTH = THRU UNTIL
%0s DEPTH = THRU UNTIL


%CI%0s DIMENSIONS RELATIVE TO COORDINATE SYSTEM\n
%0s DIMENSIONS RELATIVE TO COORDINATE SYSTEM\n


%CW%0s FEATURE IS READ-ONLY \n
%0s FEATURE IS READ-ONLY \n


%CW%0s FEATURE IS UNATTACHED\n
%0s FEATURE IS UNATTACHED\n


%CI%0s FEATURE NUMBER %1d\n
%0s FEATURE NUMBER       %1d\n


%CI%0s FEATURE WAS CREATED IN ASSEMBLY %1w
%0s FEATURE WAS CREATED IN ASSEMBLY %1w 


%CI%0s FEATURE'S DIMENSIONS:\n
%0s FEATURE'S DIMENSIONS:\n


%CI%0s FEATURE'S SHARED DIMENSIONS:
%0s FEATURE'S SHARED DIMENSIONS:


%CI%0s FORM = %1d DEG. REVOLVED
%0s FORM = %1d DEG. REVOLVED


%CI%0s FORM = BOUNDARIES
%0s FORM = BOUNDARIES


%CI%0s FORM = BOUNDARIES (BLANKHOLDER)
%0s FORM = BOUNDARIES (BLANKHOLDER)


%CI%0s FORM = EXTRUDED
%0s FORM = EXTRUDED


%CI%0s FORM = GENERAL - SMOOTH BLEND
%0s FORM = GENERAL - SMOOTH BLEND


%CI%0s FORM = GENERAL - STRAIGHT BLEND
%0s FORM = GENERAL - STRAIGHT BLEND


%CI%0s FORM = PARALLEL - SMOOTH BLEND
%0s FORM = PARALLEL - SMOOTH BLEND


%CI%0s FORM = PARALLEL - STRAIGHT BLEND
%0s FORM = PARALLEL - STRAIGHT BLEND


%CI%0s FORM = ROTATIONAL - SMOOTH BLEND
%0s FORM = ROTATIONAL - SMOOTH BLEND


%CI%0s FORM = ROTATIONAL - STRAIGHT BLEND
%0s FORM = ROTATIONAL - STRAIGHT BLEND


%CI%0s FORM = SMOOTH BLEND
%0s FORM = SMOOTH BLEND


%CI%0s FORM = STRAIGHT BLEND
%0s FORM = STRAIGHT BLEND


%CI%0s FORM = SWEPT - ADD INN - ENDS FREE
%0s FORM = SWEPT - ADD INN - ENDS FREE


%CI%0s FORM = SWEPT - ADD INN - ENDS MERGED
%0s FORM = SWEPT - ADD INN - ENDS MERGED


%CI%0s FORM = SWEPT - NO INN - ENDS FREE
%0s FORM = SWEPT - NO INN - ENDS FREE


%CI%0s FORM = SWEPT - NO INN - ENDS MERGED
%0s FORM = SWEPT - NO INN - ENDS MERGED


%CI%0s FORM = VARIABLE REVOLVED
%0s FORM = VARIABLE REVOLVED


%CI%0s INCREMENTAL PATTERN DIMENSIONS:\n
%0s INCREMENTAL PATTERN DIMENSIONS:\n


%CI%0s INTERSECTION = SIMPLE\n
%0s INTERSECTION = SIMPLE\n


%CI%0s LEADER OF
%0s LEADER OF


%CI%0s LIST OF PARTS INTERSECTED:
%0s LIST OF PARTS INTERSECTED:


%CI%0s LOCATION RELATIVE TO COORDINATE SYSTEM\n
%0s LOCATION RELATIVE TO COORDINATE SYSTEM\n


%CI%0s MAIN PATTERN DIMENSIONS:\n
%0s MAIN PATTERN DIMENSIONS:\n


%CI%0s MEMBER (%1d, %2d) IN
%0s MEMBER (%1d, %2d) IN


%CI%0s MEMBER OF A GROUP, NAME = %1w \n
%0s MEMBER OF A GROUP, NAME = %1w \n


%CI%0s MEMBER OF A GROUP, NAME = %1w, INSTANCE = %2w \n
%0s MEMBER OF A GROUP, NAME = %1w, INSTANCE = %2w \n


%CI%0s MERGED BY COPYING\n
%0s MERGED BY COPYING\n


%CI%0s MERGED WITH REFERENCE FROM %1w\n
%0s MERGED WITH REFERENCE FROM %1w\n


%CI%0s NAME = %1w\n
%0s NAME = %1w\n


%CI%0s OPEN SECTION\n
%0s OPEN SECTION\n


%CI%0s OPERATION NUMBER %1d\n
%0s NC SEQUENCE NUMBER   %1d\n


%CI%0s PARENTS =%1s
%0s PARENTS =%1s


%CI%0s PART NAME  %1w\n
%0s PART NAME  %1w\n


%CI%0s PLACEMENT = COAXIAL\n
%0s PLACEMENT = COAXIAL\n


%CI%0s PLACEMENT = LINEAR\n
%0s PLACEMENT = LINEAR\n


%CI%0s PLACEMENT = RADIAL\n
%0s PLACEMENT = RADIAL\n


%CW%0s PLACEMENT OF THE COMPONENT IS CURRENTLY FROZEN\n
%0s PLACEMENT OF THE COMPONENT IS CURRENTLY FROZEN\n


%CI%0s PROJECTED SECTION\n
%0s PROJECTED SECTION\n


%CI%0s REFERENCE COORDINATE SYSTEM = %1w\n
%0s REFERENCE COORDINATE SYSTEM = %1w\n


%CI%0s SECTION NAME = %1w \n
%0s SECTION NAME = %1w \n


%CW%0s THIS FEATURE IS CURRENTLY INCOMPLETE \n
%0s THIS FEATURE IS CURRENTLY INCOMPLETE \n


%CI%0s TRAJECTORY = ALONG CENTER OF PIPE %1d\n
%0s TRAJECTORY = ALONG CENTER OF PIPE %1d\n


%CI%0s TRAJECTORY = ALONG CONTOUR OF CROSS SECTION %1w\n
%0s TRAJECTORY = ALONG CONTOUR OF CROSS SECTION %1w\n


%CI%0s TRAJECTORY = ALONG CURVE FEATTURE %1d\n
%0s TRAJECTORY = ALONG CURVE FEATURE %1d\n


%CI%0s TRAJECTORY = SKETCHED\n
%0s TRAJECTORY = SKETCHED\n


%CI%0s TYPE = %1s\n
%0s TYPE = %1s\n


%CW%0s UNDETERMINED SECTION NAME\n
%0s UNDETERMINED SECTION NAME\n


%CI%0s X-SECTION NAME = %1w \n
%0s X-SECTION NAME = %1w \n


%CI%0sFORM = %1w
%0sFORM = %1w


%CI%0sPARAMETER%1sOLD VALUE%2sNEW VALUE\n
%0sPARAMETER%1sOLD VALUE%2sNEW VALUE\n


%CI%0sSTATE NAME%1sREFERENCE PART NAME\n
%0sSTATE NAME%1sREFERENCE PART NAME\n


%CP%0w  Input %1w parameters below.
%0w  Input %1w parameters below.


%CI%0w(ASSEMBLY)\n
    %0w(ASSEMBLY)\n


%CI%0w(PART)\n
    %0w(PART)\n


%CI(STATE NAME : %0w) \n
(STATE NAME : %0w) \n


%CL, THIN\n
, THIN\n


%CL3D_COMPENSATION
3D_COMPENSATION


%CL4 Axis Turn
4 Axis Turn


%CL4X_LEAD_ANGLE
4X_LEAD_ANGLE


%CL4X_LEAD_RANGE_OPT
4X_LEAD_RANGE_OPT


%CL4X_MAX_LEAD_ANGLE
4X_MAX_LEAD_ANGLE


%CL4X_MIN_LEAD_ANGLE
4X_MIN_LEAD_ANGLE


%CL4X_TILT_ANGLE
4X_TILT_ANGLE


%CLABSOLUTE
ABSOLUTE


%CLACCEL_UNITS
ACCEL_UNITS


%CPALLOW_NEG_Z_MOVES
ALLOW_NEG_Z_MOVES


%CLALL_MOVES
ALL_MOVES


%CLALL_PASSES
ALL_PASSES


%CLAMERICAN_STANDARD
AMERICAN_STANDARD


%CLAMPERES
AMPERES


%CLAPPROACH_DISTANCE
APPROACH_DISTANCE


%CLAPPROACH_FEED
APPROACH_FEED


%CLAPPROACH_MOVE
APPROACH_MOVE


%CLAPPROACH_TYPE
APPROACH_TYPE


%CLAPPROXIMATE_SPLINES
APPROXIMATE_SPLINES


%CLAPPR_EXIT_EXT
APPR_EXIT_EXT


%CLAPPR_EXIT_HEIGHT
APPR_EXIT_HEIGHT


%CLAPPR_EXIT_PATH
APPR_EXIT_PATH


%CLAPT_FORMAT
APT_FORMAT


%CLARC_FEED
ARC_FEED


%CLARC_FEED_CONTROL
ARC_FEED_CONTROL


%CLARC_ONLY
ARC_ONLY


%CIAREA-NIBBLING
AREA-NIBBLING


%CLATTACH_WIDTH
ATTACH_WIDTH


%CLAUTOSYNCH_START_END
AUTOSYNCH_START_END


%CLAUTO_CORNER_TYPE
AUTO_CORNER_TYPE


%CLAUTO_INNERCUTLINE
AUTO_INNERCUTLINE


%CLAUTO_POPULATABLE
AUTO_POPULATABLE


%CIAUTO_SYNCHRONIZE
AUTO_SYNCHRONIZE


%CIAUXILIARY
AUXILIARY


%CLAXIS_DEF_CONTROL
AXIS_DEF_CONTROL


%CLAXIS_SHIFT
AXIS_SHIFT


%CLA_AXIS_ROTATION
A_AXIS_ROTATION


%CIArea Nibbling (NC SEQ TYPE NAME)
Area Nibbling


%CIArea Turning
Area Turning


%CIArea of sheetmetal workpiece : %0f \n
Area of sheetmetal workpiece : %0f \n


%CIAssembly %0w has the following states:\n\n
Assembly %0w has the following states:\n\n


%CEAssembly did not contain any members!\n
Assembly did not contain any members!\n 


%CEAssembly name not found in namelist!\n
Assembly name not found in namelist!\n


%CEAssembly pointer was NULL!\n
Assembly pointer was NULL!\n


%CIAuxiliary Programming
Auxiliary Programming


%CLBACK_CLEAR_ANGLE
BACK_CLEAR_ANGLE


%CLBIAS_FEED
BIAS_FEED


%CPBISECT
BISECT


%CLBLADE_SPEED
BLADE_SPEED


%CLBLADE_UNITS
BLADE_UNITS


%CLBLEND (MFG PARAM VAL)
BLEND


%CLBLIND
BLIND


%CLBORDER_CLEARANCE
BORDER_CLEARANCE


%CIBORE
BORE


%CLBOTTOM_SCALLOP_HGT
BOTTOM_SCALLOP_HGT


%CLBOTTOM_STOCK_ALLOW
BOTTOM_STOCK_ALLOW


%CLBOUNDARY
BOUNDARY


%CLBREAKOUT_DISTANCE
BREAKOUT_DISTANCE


%CLBURN_IN_OFFSET
BURN_IN_OFFSET


%CLB_AXIS_ROTATION
B_AXIS_ROTATION


%CIBill of materials for tools in manufacturing assembly:\n
Bill of materials for tools in manufacturing assembly:\n


%CIBuild Operation Information.\n
Build Operation Information.\n


%CLCCLW
CCLW


%CLCCW
CCW


%CLCELL_MAX_FEED
CELL_MAX_FEED


%CLCELL_MAX_SPINDLE
CELL_MAX_SPINDLE


%CLCELL_X_MAX
CELL_X_MAX


%CLCELL_X_MIN
CELL_X_MIN


%CLCELL_Y_MAX
CELL_Y_MAX


%CLCELL_Y_MIN
CELL_Y_MIN


%CLCELL_Z_MAX
CELL_Z_MAX


%CLCELL_Z_MIN
CELL_Z_MIN


%CLCENTER (MFG PARAM VAL)
CENTER


%CLCENTERLINE_OFFSET
CENTERLINE_OFFSET


%CLCENTER_RIGHT
CENTER_RIGHT


%CLCHAMFER
CHAMFER


%CLCHAMFER_DIM
CHAMFER_DIM


%CLCHAMFER_LENGTH
CHAMFER_LENGTH


%CICHANGED TO:\n
CHANGED TO:\n


%CLCHK_SRF_STOCK_ALLOW
CHK_SRF_STOCK_ALLOW


%CLCIRC_INTERPOLATION
CIRC_INTERPOLATION


%CICL Copying          : Off\n
CL Copying          : Off\n


%CICL Copying          : On\n
CL Copying          : On\n


%CICL Data Merge
CL Data Merge


%CLCLEARANCE_EDGE
CLEARANCE_EDGE


%CLCLEARANCE_OFFSET
CLEARANCE_OFFSET


%CLCLEAR_DIST
CLEAR_DIST


%CICLIMB
CLIMB


%CLCLW
CLW


%CLCL_DATA_MODE
CL_DATA_MODE


%CLCL_DIST
CL_DIST


%CLCL_OUTPUT_MODE
CL_OUTPUT_MODE


%CLCONCAVE_RADIUS
CONCAVE_RADIUS


%CLCONST_RPM
CONST_RPM


%CLCONST_SFM
CONST_SFM


%CLCONST_SMM
CONST_SMM


%CICONTINUOUS
CONTINUOUS


%CICONTOURING
CONTOURING


%CLCONTROLLER
CONTROLLER


%CLCONVEX_RADIUS
CONVEX_RADIUS


%CLCOOLANT_OPTION
COOLANT_OPTION


%CLCOOLANT_PRESSURE
COOLANT_PRESSURE


%CLCORNER_ANGLE
CORNER_ANGLE


%CLCORNER_FINISH_TYPE
CORNER_FINISH_TYPE


%CLCORNER_LENGTH
CORNER_LENGTH


%CLCORNER_OFFSET
CORNER_OFFSET


%CLCORNER_PASSES
CORNER_PASSES


%CLCORNER_RADIUS
CORNER_RADIUS


%CLCORNER_ROUND
CORNER_ROUND


%CLCORNER_TYPE
CORNER_TYPE


%CLCOUPLET
COUPLET


%CLCSINK_ANGLE
CSINK_ANGLE


%CLCSINK_DIAM
CSINK_DIAM


%CICURRENT STATE\n
  ->  CURRENT STATE\n


%CLCURVE/AXIS
CURVE/AXIS


%CLCURVE_CONNECT
CURVE_CONNECT


%CLCUSTOMIZE_AUTO_RETRACT
CUSTOMIZE_AUTO_RETRACT


%CPCUT
CUT


%CLCUT OPTION
CUT OPTION


%CLCUT PARAM
CUT PARAM


%CLCUTCOM
CUTCOM


%CLCUTCOM_LOC_APPR
CUTCOM_LOC_APPR


%CLCUTCOM_LOC_EXIT
CUTCOM_LOC_EXIT


%CLCUTCOM_MOVE
CUTCOM_MOVE


%CLCUTCOM_MOVE_APPROACH
CUTCOM_MOVE_APPROACH


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