289 lines
10 KiB
C
289 lines
10 KiB
C
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/********************/
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/* class_excellon.h */
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/********************/
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#ifndef CLASS_EXCELLON_H
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#define CLASS_EXCELLON_H
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enum drill_M_code_t {
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DRILL_M_UNKNOWN,
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DRILL_M_END,
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DRILL_M_ENDREWIND,
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DRILL_M_MESSAGE,
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DRILL_M_LONGMESSAGE,
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DRILL_M_HEADER,
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DRILL_M_ENDHEADER,
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DRILL_M_BEGINPATTERN,
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DRILL_M_ENDPATTERN,
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DRILL_M_CANNEDTEXT,
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DRILL_M_TIPCHECK,
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DRILL_M_METRIC,
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DRILL_M_IMPERIAL,
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DRILL_METRICHEADER,
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DRILL_IMPERIALHEADER,
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DRILL_DETECT_BROKEN,
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DRILL_INCREMENTALHEADER,
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DRILL_REWIND_STOP,
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DRILL_TOOL_CHANGE_STOP,
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DRILL_AUTOMATIC_SPEED,
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DRILL_AXIS_VERSION,
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DRILL_RESET_CMD,
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DRILL_AUTOMATIC_TOOL_CHANGE,
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DRILL_FMT,
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DRILL_SKIP,
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DRILL_TOOL_INFORMATION
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};
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enum drill_G_code_t {
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DRILL_G_UNKNOWN,
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DRILL_G_ABSOLUTE,
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DRILL_G_INCREMENTAL,
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DRILL_G_ZEROSET,
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DRILL_G_ROUT,
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DRILL_G_DRILL,
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DRILL_G_SLOT,
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DRILL_G_ZERO_SET,
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DRILL_G_LINEARMOVE,
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DRILL_G_CWMOVE,
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DRILL_G_CCWMOVE
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};
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// Helper struct to analyse Excellon commands
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struct EXCELLON_CMD
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{
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string m_Name; // key string
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int m_Code; // internal code, used as id in functions
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int m_asParams; // 0 = no param, -1 = skip params, 1 = read params
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};
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/* EXCELLON_IMAGE handle a drill image
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* It is derived from GERBER_IMAGE because there is a lot of likeness
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* between EXCELLON files and GERBER files
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* DCode aperture are also similat to T Codes.
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* So we can reuse GERBER_IMAGE to handle EXCELLON_IMAGE with very few new functions
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*/
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class EXCELLON_IMAGE : public GERBER_IMAGE
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{
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private:
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enum excellon_state {
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READ_HEADER_STATE, // When we are in this state, we are reading header
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READ_PROGRAM_STATE // When we are in this state, we are reading drill data
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};
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excellon_state m_State; // state of excellon file analysis
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bool m_SlotOn; // true during an oval driil definition
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public: EXCELLON_IMAGE( GERBVIEW_FRAME* aParent, int layer ) :
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GERBER_IMAGE( aParent, layer )
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{
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m_State = READ_HEADER_STATE;
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m_SlotOn = false;
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}
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~EXCELLON_IMAGE() {};
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virtual void ResetDefaultValues()
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{
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GERBER_IMAGE::ResetDefaultValues();
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SelectUnits( false );
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}
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bool Read_EXCELLON_File( FILE* aFile, const wxString& aFullFileName );
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private:
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bool Execute_HEADER_Command( char*& text );
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bool Select_Tool( char*& text );
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bool Execute_EXCELLON_G_Command( char*& text );
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bool Execute_Drill_Command( char*& text );
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int ReturnTCodeNumber( char*& Text )
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{
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return ReturnDCodeNumber( Text );
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}
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void SelectUnits( bool aMetric );
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};
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/*
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* EXCELLON commands are given here.
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* Pcbnew uses only few excellon commands
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*/
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/*
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* see http://www.excellon.com/manuals/program.htm
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*/
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/* coordintes units:
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* Coordinates are measured either in inch or metric (millimeters).
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* Inch coordinates are in six digits (00.0000) with increments as small as 0.0001 (1/10,000).
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* Metric coordinates can be measured in microns (thousandths of a millimeter)
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* in one of the following three ways:
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* Five digit 10 micron resolution (000.00)
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* Six digit 10 micron resolution (0000.00)
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* Six digit micron resolution (000.000)
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*
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* Leading and trailing zeros:
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* Excellon (CNC-7) uses inches in six digits and metric in five or six digits.
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* The zeros to the left of the coordinate are called leading zeros (LZ).
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* The zeros to right of the coordinate are called trailing zeros (TZ).
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* The CNC-7 uses leading zeros unless you specify otherwise through a part program.
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* You can do so with the INCH/METRIC command.
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* With leading zeros, the leading zeros must always be included.
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* Trailing zeros are unneeded and may be left off.
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* For trailing zeros, the reverse of the above is true.
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*/
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/*
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* EXCELLON Commands Used in a Header
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* The following table provides you with a list of commands which
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* are the most used in a part program header.
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* COMMAND DESCRIPTION
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* AFS Automatic Feeds and Speeds
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* ATC Automatic Tool Change
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* BLKD Delete all Blocks starting with a slash (/)
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* CCW Clockwise or Counter-clockwise Routing
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* CP Cutter Compensation
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* DETECT Broken Tool Detection
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* DN Down Limit Set
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* DTMDIST Maximum Rout Distance Before Toolchange
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* EXDA Extended Drill Area
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* FMAT Format 1 or 2
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* FSB Turns the Feed/Speed Buttons off
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* HPCK Home Pulse Check
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* ICI Incremental Input of Part Program Coordinates
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* INCH Measure Everything in Inches
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* METRIC Measure Everything in Metric
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* M48 Beginning of Part Program Header
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* M95 End of Header
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* NCSL NC Slope Enable/Disable
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* OM48 Override Part Program Header
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* OSTOP Optional Stop Switch
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* OTCLMP Override Table Clamp
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* PCKPARAM Set up pecking tool,depth,infeed and retract parameters
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* PF Floating Pressure Foot Switch
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* PPR Programmable Plunge Rate Enable
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* PVS Pre-vacuum Shut-off Switch
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* R,C Reset Clocks
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* R,CP Reset Program Clocks
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* R,CR Reset Run Clocks
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* R,D Reset All Cutter Distances
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* R,H Reset All Hit Counters
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* R,T Reset Tool Data
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* SBK Single Block Mode Switch
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* SG Spindle Group Mode
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* SIXM Input From External Source
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* T Tool Information
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* TCST Tool Change Stop
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* UP Upper Limit Set
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* VER Selection of X and Y Axis Version
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* Z Zero Set
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* ZA Auxiliary Zero
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* ZC Zero Correction
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* ZS Zero Preset
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* Z+# or Z-# Set Depth Offset
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* % Rewind Stop
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* #/#/# Link Tool for Automatic Tool Change
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* / Clear Tool Linking
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*/
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/*
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* Beyond The Header: The Part Program Body
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* COMMAND DESCRIPTION
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* A# Arc Radius
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* B# Retract Rate
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* C# Tool Diameter
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* F# Table Feed Rate;Z Axis Infeed Rate
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* G00X#Y# Route Mode
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* G01 Linear (Straight Line) Mode
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* G02 Circular CW Mode
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* G03 Circular CCW Mode
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* G04 X# Variable Dwell
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* G05 Drill Mode
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* G07 Override current tool feed or speed
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* G32X#Y#A# Routed Circle Canned Cycle
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* CW G33X#Y#A# Routed Circle Canned Cycle
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* CCW G34,#(,#) Select Vision Tool
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* G35(X#Y#) Single Point Vision Offset (Relative to Work Zero)
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* G36(X#Y#) Multipoint Vision Translation (Relative to Work Zero)
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* G37 Cancel Vision Translation or Offset (From G35 or G36)
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* G38(X#Y#) Vision Corrected Single Hole Drilling (Relative to Work Zero)
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* G39(X#Y#) Vision System Autocalibration
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* G40 Cutter Compensation Off
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* G41 Cutter Compensation Left
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* G42 Cutter Compensation Right
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* G45(X#Y#) Single Point Vision Offset (Relative to G35 or G36)
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* G46(X#Y#) Multipoint Vision Translation (Relative to G35 or G36)
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* G47 Cancel Vision Translation or Offset (From G45 or G46)
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* G48(X#Y#) Vision Corrected Single Hole Drilling (Relative to G35 or G36)
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* G82(G81) Dual In Line Package
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* G83 Eight Pin L Pack
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* G84 Circle
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* G85 Slot
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* G87 Routed Step Slot Canned Cycle
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* G90 Absolute Mode
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* G91 Incremental Input Mode
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* G93X#Y# Zero Set
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* H# Maximum hit count
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* I#J# Arc Center Offset
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* M00(X#Y#) End of Program - No Rewind
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* M01 End of Pattern
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* M02X#Y# Repeat Pattern Offset
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* M06(X#Y#) Optional Stop
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* M08 End of Step and Repeat
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* M09(X#Y#) Stop for Inspection
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* M14 Z Axis Route Position With Depth Controlled Contouring
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* M15 Z Axis Route Position
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* M16 Retract With Clamping
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* M17 Retract Without Clamping
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* M18 Command tool tip check
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* M25 Beginning of Pattern
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* M30(X#Y#) End of Program Rewind
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* M45,long message\ Long Operator message on multiple\ part program lines
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* M47,text Operator Message
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* M50,# Vision Step and Repeat Pattern Start
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* M51,# Vision Step and Repeat Rewind
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* M52(#) Vision Step and Repeat Offset Counter Control
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* M02XYM70 Swap Axes
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* M60 Reference Scaling enable
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* M61 Reference Scaling disable
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* M62 Turn on peck drilling
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* M63 Turn off peck drilling
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* M71 Metric Measuring Mode
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* M72 Inch Measuring Mode
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* M02XYM80 Mirror Image X Axis
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* M02XYM90 Mirror Image Y Axis
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* M97,text Canned Text
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* M98,text Canned Text
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* M99,subprogram User Defined Stored Pattern
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* P#X#(Y#) Repeat Stored Pattern
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* R#M02X#Y# Repeat Pattern (S&R)
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* R#(X#Y#) Repeat Hole
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* S# Spindle RPM
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* T# Tool Selection; Cutter Index
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* Z+# or Z-# Depth Offset
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* % Beginning of Pattern (see M25 command)
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* / Block Delete
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*/
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/*
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* Example of a Header
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* COMMAND PURPOSE
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* M48 The beginning of a header
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* INCH,LZ Use the inch measuring system with leading zeros
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* VER,1 Use Version 1 X and Y axis layout
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* FMAT,2 Use Format 2 commands
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* 1/2/3 Link tools 1, 2, and 3
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* T1C.04F200S65 Set Tool 1 for 0.040" with infeed rate of 200 inch/min Speed of 65,000 RPM
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* DETECT,ON Detect broken tools
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* M95 End of the header
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*/
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#endif // CLASS_EXCELLON_H
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