Mom Variable,Class,Description,Possible Values,Data Type,Default
mom_post_in_simulation,General,Defines whether the current postprocessing is being executed from simulation.,"0 (pure postprocessing), MTD, CSE, SYN (Sync Manager)",String,Undefined
MOM_ask_syslog_name,MOM Commands,This command returns the name of syslog file of current session.  EX:  set syslog [MOM_ask_syslog_name],,String,
MOM_ask_machine_zero_junction_name,MOM Commands,This command returns the name of the MACHINE_ZERO* Junction.  Ex: set jct_name [MOM_ask_machine_zero_junction_name],mom_sim_result,String,
MOM_ask_init_junction_xform,MOM Commands,This command returns the transformation matrix of the given Junction (name) at its initial state w.r.t the absolute coordinate system (ACS).  Ex: MOM_ask_init_junction_xform <jct_name>,mom_sim_result (matrix: list of 9) & mom_sim_result1 (origin: list of 3),Numeric Value,
MOM_skip_handler_to_event,MOM Commands,This command will skip the execution of the event handler util the given event is encountered.  The condition is reset at the start-of-path and when the event is met.  Ex: MOM_skip_handler_to_event <event_name>,,,
MOM_load_lathe_thread_cycle_params,MOM Commands,"This command will load the parameters of a lathe threading cycle of current operationion.  It returns 1 when loading is successful otherwise 0. This command should be called after the desired CSYS is set.  Ex:  if { [MOM_load_lathe_thread_cycle_params] } { # Do your thing... }",0 or 1,Integer,
mom_attr_OPER_<name>,Attributes,All attributes assigned to an operation will have the prefix mom_attr_OPER_. The <name> will be appended and will be converted to upper case.  The operation attribute will be available at the start of path during postprocessing.  ,User defined,String,User defined
mom_attr_PROGRAMVIEW_<name>,Attributes,All attributes assigned to a program will have the prefix mom_attr_PROGRAMVIEW_. The <name> will be appended and will be converted to upper case.  The program attribute will be available at the start of program during postprocessing.  ,User defined,String,User defined
mom_attr_TOOL_<name>,Attributes,"All attributes assigned to a specific tool object (carriers, pockets, heads, tools) will have the prefix mom_attr_TOOL_. The <name> will be appended and will be converted to upper case.  The tool attribute will be available at the operation start of path during postprocessing.  ",User defined,String,User defined
mom_cycle_cam,Cycle,Value of the cam parameter in canned cycles.  Can be used to output the cam code in a canned cycle.,Any number greater than or equal to zero.,Integer,0
mom_cycle_clearance_plane,Cycle,Same as mom_cycle_rapid_to,,Numeric Vaule,
mom_cycle_clearance_pos,Cycle,Same as mom_cycle_rapid_to_pos,,Numeric Array(3),
mom_cycle_counter_sink_dia,Cycle,Represents the diameter of the countersunk hole.  Only used during countersinking canned cycles to calculate the mom_cycle_rapid_to.,,Numeric Value,
mom_cycle_delay,Cycle,The value in seconds of the dwell parameter on cycles that have a DWELL minor word programmed.  ,Any number greater than or equal to zero.,Numeric Value,0
mom_cycle_delay_mode,Cycle,Mode of dwell in a canned cycle. ,REVS or SECONDS.,String,
mom_cycle_delay_revs,Cycle,The value in revolutions of the dwell parameter on cycles that have a DWELL minor word programmed.  ,Any number greater than zero.,Numeric Value,0
mom_cycle_feed_rate,Cycle,The current cycle Feedrate mode in IPM or MMPM mode.,Any number greater than or equal to zero.,Numeric Value,
mom_cycle_feed_rate_mode,Cycle,The current output mode of the canned cycle.,"IPM, IPR, MMPM, MMPR",String,
mom_cycle_feed_rate_per_rev,Cycle,The current cycle Feedrate mode in IPR or MMPR mode.,Any number greater than or equal to zero.,Numeric Value,
mom_cycle_feed_to,Cycle,The feed to depth value of the canned cycle.  This value is measured from the top of hole along the cycle spindle axis to the bottom of the hole.,,Numeric Value,
mom_cycle_feed_to_pos,Cycle,"This is the bottom of the hole position.  It is a 3D point.  When the cycle spindle axis is (0,0,1), mom_cycle_feed_to_pos(2) represents the bottom of hole.",,Numeric Array(3),
mom_cycle_hole_dia,Cycle,Represents the entrance diameter of the canned cycle.  Only used during countersinking canned cycles to calculate the mom_cycle_rapid_to..,,Numeric Value,
mom_cycle_option,Cycle,Parameter that can be assigned to any canned cycle.  Currently not used by Post Builder.,Any string 66 characters or less.,String,
mom_cycle_orient,Cycle,Value that is used by the no drag cycle only.  Represents the orientation angle for repositioning the boring tool prior to retraction.,,Numeric Value,
mom_cycle_rapid_to,Cycle,The rapid clearance value of the canned cycle.  This value is measured from the top of hole along the cycle spindle axis to the rapid clearance point above the hole.,,Numeric Value,
mom_cycle_rapid_to_pos,Cycle,"This is the rapid clearance position of the canned cycle.  It is a 3D point.  When the cycle spindle axis is (0,0,1), mom_cycle_rapid_to_pos(2) represents the rapid clearance position.",,Numeric Array(3),
mom_cycle_retract_mode,Cycle,"Determines how the retraction will take place on the machine with a Fanuc controller.  If the option is set up in the post to output G98/G99, then AUTO will output a G98 and MANUAL will output a G99.",AUTO or MANUAL.  ,String,MANUAL
mom_cycle_retract_to,Cycle,The retract point of the canned cycle.  This value is measured from the top of hole along the cycle spindle axis to the retract point above the hole.,,Numeric Value,
mom_cycle_retract_to_pos,Cycle,"This is the retraction clearance position of the canned cycle.  It is a 3D point.  When the cycle spindle axis is (0,0,1), mom_cycle_retract_to_pos(2) represents the final clearance position.",,Numeric Array(3),
mom_cycle_spindle_axis,Cycle,Value used by the post to determine how work plane changes will take place.   ,"2 (XY plane);, 1 (ZX plane); 0 (YZ plane)",Integer,2
mom_cycle_step1,Cycle,Value that can be used for deep and break chip canned cycles.  This is first of three possible step values.  It is up to users discretion on how to use this parameter.,,Numeric Value,0
mom_cycle_step2,Cycle,Value that can be used for deep and break chip canned cycles.  This is second of three possible step values.  It is up to users discretion on how to use this parameter.,,Numeric Value,0
mom_cycle_step3,Cycle,Value that can be used for deep and break chip canned cycles.  This is third of three possible step values.  It is up to users discretion on how to use this parameter.,,Numeric Value,0
mom_cycle_text,Cycle,This is appended text that can be added to any cycle.  You will have to parse this text if you want to do anything with it.,Any string 66 characters or less.,String,
mom_cycle_text_defined,Cycle,Flag defining if CYCLE text has been entered,"0 (no text), 1 (text defined)",Integer,
mom_cycle_tool_angle,Cycle,Represents the tool angle of the drilling tool of the canned cycle.  Only used during countersinking canned cycles to calculate the mom_cycle_rapid_to.,0-360,Numeric Value,
mom_sys_cycle_bore_back_code,Cycle,Defines the G code for cycle bore back.,Any number greater than or equal to zero.,Numeric Value,87
mom_sys_cycle_bore_code,Cycle,Defines the G code for cycle bore.,Any number greater than or equal to zero.,Numeric Value,85
mom_sys_cycle_bore_drag_code,Cycle,Defines the G code for cycle bore drag.,Any number greater than or equal to zero.,Numeric Value,86
mom_sys_cycle_bore_dwell_code,Cycle,Defines the G code for cycle bore dwell.,Any number greater than or equal to zero.,Numeric Value,89
mom_sys_cycle_bore_manual_code,Cycle,Defines the G code for cycle bore manual.,Any number greater than or equal to zero.,Numeric Value,88
mom_sys_cycle_bore_manual_dwell_code,Cycle,Defines the G code for cycle bore manual dwell.,Any number greater than or equal to zero.,Numeric Value,89
mom_sys_cycle_bore_no_drag_code,Cycle,Defines the G code for cycle bore nodrag.,Any number greater than or equal to zero.,Numeric Value,76
mom_sys_cycle_drill_breakchip_code,Cycle,Defines the G code for cycle drill break chip.,Any number greater than or equal to zero.,Numeric Value,73
mom_sys_cycle_drill_code,Cycle,Defines the G code for cycle drill.,Any number greater than or equal to zero.,Numeric Value,81
mom_sys_cycle_drill_deep_code,Cycle,Defines the G code for cycle drill deep.,Any number greater than or equal to zero.,Numeric Value,83
mom_sys_cycle_drill_dwell_code,Cycle,Defines the G code for cycle drill dwell.,Any number greater than or equal to zero.,Numeric Value,82
mom_sys_cycle_feed_mode,Cycle,Defines the Feedrate output mode that will be used for canned cycles.  It can be either IPM/MMPM or IPR/MMPR.  This value is set in the Feedrate dialogs in Post Builder.,"IPM, MMPM, IPR or MMPR",String,IPM/MMPM
mom_sys_cycle_off,Cycle,Defines the G code for cycle off.,Any number greater than or equal to zero.,Numeric Value,80
mom_sys_sim_cycle_bore,Cycle,Defines whether the cycle has been customized.  ,"Standard is 0, Customized is 1.",Numeric Value,0
mom_sys_sim_cycle_bore_back,Cycle,Defines whether the cycle has been customized.  ,"Standard is 0, Customized is 1.",Numeric Value,0
mom_sys_sim_cycle_bore_drag,Cycle,Defines whether the cycle has been customized.  ,"Standard is 0, Customized is 1.",Numeric Value,0
mom_sys_sim_cycle_bore_dwell,Cycle,Defines whether the cycle has been customized.  ,"Standard is 0, Customized is 1.",Numeric Value,0
mom_sys_sim_cycle_bore_manual,Cycle,Defines whether the cycle has been customized.  ,"Standard is 0, Customized is 1.",Numeric Value,0
mom_sys_sim_cycle_bore_manual_dwell,Cycle,Defines whether the cycle has been customized.  ,"Standard is 0, Customized is 1.",Numeric Value,0
mom_sys_sim_cycle_bore_nodrag,Cycle,Defines whether the cycle has been customized.  ,"Standard is 0, Customized is 1.",Numeric Value,0
mom_sys_sim_cycle_drill,Cycle,Defines whether the cycle has been customized.  ,"Standard is 0, Customized is 1.",Numeric Value,0
mom_sys_sim_cycle_drill_break_chip,Cycle,Defines whether the cycle has been customized.  ,"Standard is 0, Customized is 1.",Numeric Value,0
mom_sys_sim_cycle_drill_deep,Cycle,Defines whether the cycle has been customized.  ,"Standard is 0, Customized is 1.",Numeric Value,0
mom_sys_sim_cycle_drill_dwell,Cycle,Defines whether the cycle has been customized.  ,"Standard is 0, Customized is 1.",Numeric Value,0
mom_sys_sim_cycle_tap,Cycle,Defines whether the cycle has been customized.  ,"Standard is 0, Customized is 1.",Numeric Value,0
MOM_bore,Cycle Events,This event occurs when the bore cycle is activated and establishes the parameters for the event MOM_bore_move.,All the mom variables generated with the MOM_drill event.,,
MOM_bore_back,Cycle Events,This event occurs when the bore back cycle is activated and establishes the parameters for the event MOM_bore_back_move.,"mom_cycle_orient, plus all the mom variables generated in the MOM_drill event.",,
MOM_bore_back_move,Cycle Events,This event occurs at the motion when the bore back cycle is active and uses the parameters established by the bore back cycle for the output.,All the mom variables generated with MOM_linear_move event and the MOM_drill_move_event.,,
MOM_bore_drag,Cycle Events,This event occurs when the bore drag cycle is activated and establishes the parameters for the event MOM_bore_drag_move.,All the mom variables generated with the MOM_drill event.,,
MOM_bore_drag_move,Cycle Events,This event occurs at the motion when the bore drag cycle is active and uses the parameters established by the bore drag cycle for the output.,All the mom variables generated with MOM_linear_move event and the MOM_drill_move_event.,,
MOM_bore_dwell,Cycle Events,This event occurs when the bore dwell cycle is activated and establishes the parameters for the event MOM_bore_dwell_move.,All the mom variables generated with the MOM_drill event.,,
MOM_bore_dwell_move,Cycle Events,This event occurs at the motion when the bore dwell cycle is active and uses the parameters established by the bore dwell cycle for the output.,All the mom variables generated with MOM_linear_move event and the MOM_drill_move_event.,,
MOM_bore_manual,Cycle Events,This event occurs when the bore manual cycle is activated and establishes the parameters for the event MOM_bore_manual_move.,All the mom variables generated with the MOM_drill event.,,
MOM_bore_manual_dwell,Cycle Events,This event occurs when the bore manual cycle is activated and establishes the parameters for the event MOM_bore_manual_move.,All the mom variables generated with the MOM_drill event.,,
MOM_bore_manual_dwell_move,Cycle Events,This event occurs at the motion when the bore manual dwell cycle is active and uses the parameters established by the bore manual dwell cycle for the output.,All the mom variables generated with MOM_linear_move event and the MOM_drill_move_event.,,
MOM_bore_manual_move,Cycle Events,This event occurs at the motion when the bore manual cycle is active and uses the parameters established by the bore manual cycle for the output.,All the mom variables generated with MOM_linear_move event and the MOM_drill_move_event.,,
MOM_bore_move,Cycle Events,This event occurs at the motion when the bore cycle is active and uses the parameters established by the bore cycle for the output.,All the mom variables generated with MOM_linear_move event and the MOM_drill_move_event.,,
MOM_bore_no_drag,Cycle Events,This event occurs when the bore no drag cycle is activated and establishes the parameters for the event MOM_bore_no_drag_move.,"mom_cycle_orient, plus all the mom variables generated in the MOM_drill event.",,
MOM_bore_no_drag_move,Cycle Events,This event occurs at the motion when the bore no drag cycle is active and uses the parameters established by the bore no drag cycle for the output.,All the mom variables generated with MOM_linear_move event and the MOM_drill_move_event.,,
MOM_cycle_off,Cycle Events,This event occurs when a previous cycle is deactivated.,mom_cycle_status,,
MOM_cycle_plane_change,Cycle Events,This event is triggered when the current work surface is at a higher level than the previous while in cycle motion.,mom_cycle_clearance_pos,,
MOM_drill,Cycle Events,This event occurs when the drill cycle is activated and establishes the parameters for the event MOM_drill_move.,"mom_cycle_status, mom_cycle_feed-rate, mom_cycle_feed_rate_per_rev, mom_cycle_delay_mode, mom_cycle_feed_rate_mode, mom_cycle_retract_mode, mom_cycle_retract_to, mom_cycle_feed_to, mom_cycle_rapid_to, mom_cycle_clearance_plane, mom_cycle_option",,
MOM_drill_break_chip,Cycle Events,This event occurs when the drill break chip cycle is activated and establishes the parameters for the event MOM_drill_break_chip_move.,"mom_cycle_step1, mom_cycle_step2, mom_cycle_step3 plus all the mom variables generated in the MOM_drill event.",,
MOM_drill_break_chip_move,Cycle Events,This event occurs at the motion when the drill break chip cycle is active and uses the parameters established by the drill break chip cycle for the output.,All the mom variables generated with MOM_linear_move event and the MOM_drill_move_event.,,
MOM_drill_counter_sink,Cycle Events,This event occurs when the drill countersink cycle is activated and establishes the parameters for the event MOM_drill_counter_sink_move.,"mom_cycle_counter_sink_dia, mom_cycle_hole_dia, mom_cycle_tool_angle, plus all the mom variables generated in the MOM_drill event.",,
MOM_drill_counter_sink_move,Cycle Events,This event occurs at the motion when the drill countersink cycle is active and uses the parameters established by the drill countersink cycle for the output.,All the mom variables generated with MOM_linear_move event and the MOM_drill_move_event.,,
MOM_drill_csink_dwell,Cycle Events,This event occurs when the drill countersink dwell cycle is activated and establishes the parameters for the event MOM_drill_csink_dwell_move.,"mom_cycle_counter_sink_dia, mom_cycle_hole_dia, mom_cycle_tool_angle, plus all the mom variables generated in the MOM_drill event.",,
MOM_drill_csink_dwell_move,Cycle Events,This event occurs at the motion when the drill countersink dwell cycle is active and uses the parameters established by the drill countersink dwell cycle for the output.,All the mom variables generated with MOM_linear_move event and the MOM_drill_move_event.,,
MOM_drill_deep,Cycle Events,This event occurs when the drill deep cycle is activated and establishes the parameters for the event MOM_drill_deep_move.,"mom_cycle_step1, mom_cycle_step2, mom_cycle_step3, plus all the mom variables generated in the MOM_drill event.",,
MOM_drill_deep_move,Cycle Events,This event occurs at the motion when the drill deep cycle is active and uses the parameters established by the drill deep cycle for the output.,All the mom variables generated with MOM_linear_move event and the MOM_drill_move_event.,,
MOM_drill_dwell,Cycle Events,This event occurs when the drill dwell cycle is activated and establishes the parameters for the event MOM_drill_dwell_move.,All the mom variables generated with the MOM_drill event.,,
MOM_drill_dwell_move,Cycle Events,This event occurs at the motion when the drill dwell cycle is active and uses the parameters established by the drill dwell cycle for the output.,All the mom variables generated with MOM_linear_move event and the MOM_drill_move_event.,,
MOM_drill_move,Cycle Events,This event occurs at the motion when the drill cycle is active and uses the parameters established by the drill cycle for the output.,"mom_cycle_clearance_plane, mom_cycle_delay_revs, mom_cycle_rapid_to_pos, mom_cycle_retract_to_pos, mom_cycle_feed_to_pos, plus all the mom variables generated with MOM_linear_move event.",,
MOM_drill_text,Cycle Events,This event occurs when the drill text cycle is activated and establishes the parameters for the event MOM_drill_text_move.,"mom_cycle_text, plus all the mom variables generated in the MOM_drill event.",,
MOM_drill_text_move,Cycle Events,This event occurs at the motion when the drill text cycle is active and uses the parameters established by the drill text cycle for the output.,All the mom variables generated with MOM_linear_move event and the MOM_drill_move_event.,,
MOM_tap,Cycle Events,This event occurs when the tap cycle is activated and establishes the parameters for the event MOM_tap_move.,All the mom variables generated with the MOM_drill event.,,
MOM_tap_move,Cycle Events,This event occurs at the motion when the tap cycle is active and uses the parameters established by the tap cycle for the output.,All the mom variables generated with MOM_linear_move event and the MOM_drill_move_event.,,
mom_feed_approach_unit,Feedrate,Defines the mode for the mom variable mom_feed_approach_value.,"ipm, mmpm, ipr, mmpr ",String,
mom_feed_approach_value,Feedrate,The feedrate for approach moves.  This value will be in the current part units.  It will also be either in per minute or per revolution mode depending on the variable mom_feed_approach_unit.,Any number greater than or equal to zero.,Numeric Value,
mom_feed_cut_unit,Feedrate,Defines the mode for the mom variable mom_cut_approach_value.,"ipm,mmpm,ipr,mmpr",String,
mom_feed_cut_value,Feedrate,The feedrate for cut moves.  This value will be in the current part units.  It will also be either in per minute or per revolution mode depending on the variable mom_feed_cut_unit.,Any number greater than or equal to zero.,Numeric Value,
mom_feed_departure_unit,Feedrate,Defines the mode for the mom variable mom_feed_approach_value.,"ipm,mmpm,ipr,mmpr",String,
mom_feed_departure_value,Feedrate,The feedrate for departure moves.  This value will be in the current part units.  It will also be either in per minute or per revolution mode depending on the variable mom_feed_departure_unit.,Any number greater than or equal to zero.,Numeric Value,
mom_feed_engage_unit,Feedrate,Defines the mode for the mom variable mom_feed_engage_value.,"ipm,mmpm,ipr,mmpr",String,
mom_feed_engage_value,Feedrate,The feedrate for engage moves.  This value will be in the current part units.  It will also be either in per minute or per revolution mode depending on the variable mom_feed_engage_unit.,Any number greater than or equal to zero.,Numeric Value,
mom_feed_first_cut_unit,Feedrate,Defines the mode for the mom variable mom_feed_first_cut_value.,"ipm,mmpm,ipr,mmpr",String,
mom_feed_first_cut_value,Feedrate,The feedrate for first cut moves.  This value will be in the current part units.  It will also be either in per minute or per revolution mode depending on the variable mom_feed_first_cut_unit.,Any number greater than or equal to zero.,Numeric Value,
mom_feed_per_tooth,Feedrate,Used for converted SFM (or SMM) data into RPM data in the feeds and speeds dialog.,Any number greater than or equal to zero.,Numeric Value,
mom_feed_rapid_unit,Feedrate,Defines the mode for the mom variable mom_feed_rapid_value.,"ipm,mmpm,ipr,mmpr",String,
mom_feed_rapid_value,Feedrate,The feedrate for rapid moves.  This value will be in the current part units.  It will also be either in per minute or per revolution mode depending on the variable mom_feed_rapid_unit.,Any number greater than or equal to zero.,Numeric Value,
mom_feed_rate,Feedrate,The current Feedrate.  Will always be the IPM or MMPM equivalent.  Will be the rapid traverse Feedrate for rapid moves.,Any number greater than or equal to zero.,Numeric Value,
mom_feed_rate_dpm,Feedrate,"For four and five axis mills, the rate at which the rotary axis are moving for a rotary axis Feedrate move or a combined linear and rotary Feedrate move.",Any number greater than or equal to zero.,Numeric Value,
mom_feed_rate_mode,Feedrate,"The programmed Feedrate mode.  This will be the output mode is SET/MODE,OFF is in effect.  For cycles, this will be the output mode if cycle output mode is AUTO. ",Any number greater than or equal to zero.,String,
mom_feed_rate_number,Feedrate,Inverse time Feedrate.  Calculated as Feedrate / Distance.,Any number greater than or equal to zero.,Numeric Value,
mom_feed_rate_output_mode,Feedrate,"Current Feedrate output mode.  If SET/MODE,OFF is in effect, then the output mode is the mode specified by the input mode.","IPM, MMPM, IPR, MMPR, INVERS.",String,Feedrate mode from the GOTO Feedrate
mom_feed_rate_per_rev,Feedrate,"For Lathes,  the programmed or calculated IPR or MMPR Feedrate.",Any number greater than or equal to zero.,Numeric Value,
mom_feed_retract_unit,Feedrate,Defines the mode for the mom variable mom_feed_retract_value.,"ipm,mmpm,ipr,mmpr",String,
mom_feed_retract_value,Feedrate,The feedrate for retract moves.  This value will be in the current part units.  It will also be either in per minute or per revolution mode depending on the variable mom_feed_retract_unit.,Any number greater than or equal to zero.,Numeric Value,
mom_feed_return_unit,Feedrate,Defines the mode for the mom variable mom_feed_return_value.,"ipm,mmpm,ipr,mmpr",String,
mom_feed_return_value,Feedrate,The feedrate for return moves.  This value will be in the current part units.  It will also be either in per minute or per revolution mode depending on the variable mom_feed_return_unit.,Any number greater than or equal to zero.,Numeric Value,
mom_feed_set_mode,Feedrate,The Feedrate mode specified by the SET/MODE command.,"IPM, MMPM, IPR, MMPR, INVERS.",String,OFF
mom_feed_stepover_unit,Feedrate,Defines the mode for the mom variable mom_feed_stepover_value.,"ipm,mmpm,ipr,mmpr",String,
mom_feed_stepover_value,Feedrate,The feedrate for stepover moves.  This value will be in the current part units.  It will also be either in per minute or per revolution mode depending on the variable mom_feed_stepover_unit.,Any number greater than or equal to zero.,Numeric Value,
mom_feed_traversal_unit,Feedrate,Defines the mode for the mom variable mom_feed_traversal_value.,"ipm,mmpm,ipr,mmpr",String,
mom_feed_traversal_value,Feedrate,The feedrate for traversal moves.  This value will be in the current part units.  It will also be either in per minute or per revolution mode depending on the variable mom_feed_traversal_unit.,Any number greater than or equal to zero.,Numeric Value,
mom_kin_max_dpm,Feedrate,For four and five axis posts only.  Defines the maximum degrees per minute that the rotary table can move.  The feedrate will be reduced to insure that the maximum DPM will not be exceeded.,Any number greater than zero.,Numeric Value,10
mom_kin_max_frn,Feedrate,Defines the maximum Feedrate number (FRN) that can be output when in inverse time output mode.  FRN is calculated as Programmed Feedrate /  Distance.,Any number greater than zero.,Numeric Value,99999.999
mom_kin_max_ipm,Feedrate,Defines the maximum Feedrate that can be output.  Note that this maximum may be different than the maximum that is assigned to the F address.  A violation of this maximum will output a warning to the warning file.  This variable is also used to define the maximum MMPM.,Any number greater than zero.,Numeric Value,0.1 for inch posts and 1.0 for metric posts
mom_kin_max_ipr,Feedrate,Defines the maximum IPR or MMPM feedrate that can be output.  Note that this maximum may be different than the maximum assigned to the F address.  A violation of this maximum will output a warning to the warning file.  Although the IPR or MMPR value may be within limits.  The IPR*RPM value may exceed the maximum IPM or MMPM allowed.  You must have programmed a valid RPM or you will get feedrate warnings because the calculated IPR*RPM will be 0.0.,Any number greater than zero.,Numeric Value,0.001 for inch post and 0.01 for metric posts
mom_kin_min_arc_radius,Feedrate,Defines smallest arc radius that can be programmed.  Any arc with a radius smaller than the minimum will output as linear gotos.,Any number greater than zero.,Numeric Value,0.0001 for inch posts and 0.001 for metric posts
mom_kin_min_dpm,Feedrate,For four and five axis posts only.  Defines the minimum degrees per minute that the rotary table can move. ,Any number greater than or equal to zero.,Numeric Value,0
mom_kin_min_frn,Feedrate,Defines the minimum Feedrate number (FRN) that can be output when in inverse time output mode.  FRN is calculated as Programmed Feedrate /  Distance.,Any number greater than or equal to zero.,Numeric Value,0.001
mom_kin_min_ipm,Feedrate,Defines the minimum Feedrate that can be output.  Note that this minimum may be different than the minimum that is assigned to the F address.  A violation of this maximum will output a warning to the warning file.  This variable is also used to define the minimum MMPM.,Any number greater than or equal to zero.,Numeric Value,0.1 for inch posts and 1.0 for metric posts
mom_kin_min_ipr,Feedrate,Defines the minimum IPR or MMPM feedrate that can be output.  Note that this minimum may be different than the minimum assigned to the F address.  A violation of this minimum will output a warning to the warning file.  Although the IPR or MMPR value may be within limits.  The IPR*RPM value may exceed the maximum IPM or MMPM allowed.  You must have programmed a valid RPM or you will get feedrate warnings because the calculated IPR*RPM will be 0.0.,Any number greater than or equal to zero.,Numeric Value,0.001 for inch post and 0.01 for metric posts
mom_programmed_feed_rate,Feedrate,Value of the programmed Feedrate.  It may be per minute or per revolution.,Any number greater than or equal to zero.,Numeric Value,
mom_sys_contour_feed_mode(LINEAR),Feedrate,"This mom variable allows the user to define the Feedrate output mode (IPM/MMPM, FRN) for linear motion. This variable is set within the Feedrate dialog in Post Builder.",IPM/MMPM or FRN,String Array,IPM/MMPM
mom_sys_contour_feed_mode(LINEAR_ROTARY),Feedrate,"For four and five axis posts only.  This mom variable allows the user to define the Feedrate output mode (IPM/MMPM, FRN or DPM) for combined rotary and linear motion. This variable is set within the Feedrate dialog in Post Builder.","IPM/MMPM, FRN or DPM",String Array,IPM/MMPM
mom_sys_contour_feed_mode(ROTARY),Feedrate,"For four and five axis posts only.  This mom variable allows the user to define the Feedrate output mode (IPM/MMPM, FRN or DPM) for rotary motion. This variable is set within the Feedrate dialog in Post Builder.","IPM/MMPM, FRN or DPM",String Array,IPM/MMPM
"mom_sys_delay_param(REVOLUTIONS,format)",Feedrate,Defines the format that will be used when the dwell is output in revolutions format.,,String,Dwell_REVOLUTIONS
"mom_sys_delay_param(SECONDS,format)",Feedrate,Defines the format that will be used when the dwell is output in seconds format.,,String,Dwell_SECONDS
"mom_sys_feed_param(FRN,format)",Feedrate,Defines the format in the definition file that will be used when in FRN Feedrate mode.  The format can be edited in the Feedrate dialog of Post Builder.,Any format defined in the definition file of the post.,Numeric Value,Feed_FRN
"mom_sys_feed_param(IPM,format)",Feedrate,Defines the format in the definition file that will be used when in IPM Feedrate mode.  The format can be edited in the Feedrate dialog of Post Builder.,Any format defined in the definition file of the post.,Numeric Value,Feed_IPM
"mom_sys_feed_param(IPR,format)",Feedrate,Defines the format in the definition file that will be used when in IPR Feedrate mode.  The format can be edited in the Feedrate dialog of Post Builder.,Any format defined in the definition file of the post.,Numeric Value,Feed_IPR
"mom_sys_feed_param(MMPM,format)",Feedrate,Defines the format in the definition file that will be used when in MMPM Feedrate mode.  The format can be edited in the Feedrate dialog of Post Builder.,Any format defined in the definition file of the post.,Numeric Value,Feed_MMPM
"mom_sys_feed_param(MMPM,format)",Feedrate,Defines the format in the definition file that will be used when in MMPM Feedrate mode.  The format can be edited in the Feedrate dialog of Post Builder.,Any format defined in the definition file of the post.,Numeric Value,Feed_MMPM
mom_sys_feed_rate_mode_code(FRN),Feedrate,Defines the Feedrate mode G code that will be used when in FRN Feedrate mode.  This code may be edited on the G code dialog in Post Builder.,,Numeric Value,93
mom_sys_feed_rate_mode_code(IPM),Feedrate,Defines the Feedrate mode G code that will be used when in IPM Feedrate mode.  This code may be edited on the G code dialog in Post Builder.,,Numeric Value,94
mom_sys_feed_rate_mode_code(IPR),Feedrate,Defines the Feedrate mode G code that will be used when in IPR Feedrate mode.  This code may be edited on the G code dialog in Post Builder.,,Numeric Value,95
mom_sys_feed_rate_mode_code(MMPM),Feedrate,Defines the Feedrate mode G code that will be used when in MMPM Feedrate mode.  This code may be edited on the G code dialog in Post Builder.,,Numeric Value,94
mom_sys_feed_rate_mode_code(MMPR),Feedrate,Defines the Feedrate mode G code that will be used when in MMPR Feedrate mode.  This code may be edited on the G code dialog in Post Builder.,,Numeric Value,95
mom_sys_frn_factor,Feedrate,Defines a factor that may be applied to every FRN number calculated by the UG Post.  It is located in the custom command PB_CMD_FEEDRATE_NUMBER.,,Numeric Value,1
mom_sys_rapid_feed_mode(LINEAR),Feedrate,"This mom variable allows the user to define the Feedrate output mode (IPM/MMPM, FRN) for rapid motion. This variable is set within the Feedrate dialog in Post Builder.",IPM/MMPM or FRN,String Array,IPM/MMP
mom_sys_rapid_feed_mode(LINEAR_ROTARY),Feedrate,"For four and five axis posts only.  This mom variable allows the user to define the Feedrate output mode (IPM/MMPM, FRN or DPM) for combined rapid rotary and linear motion. This variable is set within the Feedrate dialog in Post Builder.","IPM/MMPM, FRN or DPM",String Array,IPM/MMPM
mom_sys_rapid_feed_mode(ROTARY),Feedrate,"For four and five axis posts only.  This mom variable allows the user to define the Feedrate output mode (IPM/MMPM, FRN or DPM) for rapid rotary motion. This variable is set within the Feedrate dialog in Post Builder.","IPM/MMPM, FRN or DPM",String Array,IPM/MMPM
mom_cutting_time,General,The portion of machine time that is cutting.,Any number greater than or equal to zero.,Numeric Value,
mom_date,General,The current date. For example: Mon Jul 22 11:35:00 2002.,String that represents the date and time.,String,
mom_definition_file_name,General,Full path name of the definition file being used to postprocess.,,String,
mom_event_handler_file_name,General,Full path name of the event handler file being used to postprocess.,,String,
mom_event_number,General,Event number used by the review tool.  Used only by the review tool.,Any number greater than zero.,Integer,
mom_event_time,General,Machine time for the current event.,Any number greater than zero.,Numeric Value,
mom_field_count,General,The number of fields in a User Defined UDE,Any number greater than zero.,Integer,
mom_group_name,General,The name of the current group or program name.,,String,
mom_load_event_handler,General,Used to define the name a new event handler file.  This file will overwrite the current event handler file.  Any duplicate variable or procedure names will be overwritten.  The change will take affect after control is return to UG Post.,,String,
mom_logname,General,Your user ID that you used to log onto the system.,,String,
mom_machine_mode,General,"Defines the basic motion output type.  If MILL, the output will be x,y,z,i,j,k.  The x,y,z represents the output in the Cartesian coordinate system.   If TURN, the output is x,0,z.  The x represents the diameter coordinate and the z represents the centerline coordinate.  If WIRE, the coordinates are similar to MILL except that z is not as actual axis.","MILL, TURN or WIRE.",String,
mom_machine_name,General,The name of the machine in the definition file.,,String,
mom_machine_time,General,"The total machine time.  Includes cutting, non-cutting and other additional times such as tool change time.",Any number greater than or equal to zero.,Numeric Value,
mom_msys_matrix,General,Three by three matrix generated by UG for output to the CLSF for display purposes only.  Can be used to locate the current MCS with respect to the Absolute Coordinate System.,Real numbers,Numeric Array(9),
mom_msys_origin,General,The origin of the MSYS.  Defines the relationship between the current MCS (machine coordinate system) and the ACS (absolute coordinate system).,Real numbers,Numeric Array(3),
mom_o_buffer,General,The block of text that will be the next block output in the event MOM_before_output.  This text string may be edited before output.,,String,
mom_operation_name,General,The name of the current operation.,,String,
mom_operation_type,General,Name of the current type of machining or an index specific to the current operation.,,String,
mom_output_file_basename,General,Name of the NC output file without extension or directory path.  For example: test .,,String,
mom_output_file_directory,General,Name of the directory path to NC output file.  For example: c:\tape_files\.,,String,
mom_output_file_full_name,General,Full name of the NC output file.  For example:  c:\tape_files\test.ptp,,String,
mom_output_file_suffix,General,The name of the extension used for the NC output file.  For example: ptp.,,String,.ptp
mom_output_mode,General,"Defines how the coordinates will output, absolute or incremental.",ABSOLUTE and INCREMENTAL,String,ABSOLUTE
mom_output_unit,General,"Defines the units that will be in the NC output file.  This value can be either inch or metric, but must agree with formats and coordinate units in your post.  This value may be different than the part units.",IN or MM,String,
mom_parent_group_name,General,The name of the parent group or operation.  Will be the same as mom_group_name if there is only a single program.,,String,
mom_part_name,General,Full directory pathname of the current part.,,,
mom_part_unit,General,Defines the units of the part file.  May be different than the output units of the post.,IN or MM,String,
mom_record_fields,General,A string array containing the text fields of the User Defined text UDE.  The first field the major word.  The following fields are the minor words and scalars.  ,,String Array,
mom_record_text,General,A string containing the entire text of a User Defined UDE.  The mom variable mom_record_fields contains the parsed strings for each field.,,String,
mom_sys_commentary_output,General,Not Used,,,
mom_sys_current_cutting_time,General,Used by the custom command pb_cmd_auto_retract_time.tcl.,,Numeric Value,
mom_sys_ptp_output,General,Defines whether a NC tape file will be created while postprocessing.,"ON, OFF ",String,ON
mom_system_tolerance,General,Tolerance used for computations involving equalities in Tcl.,Any number greater than zero.,Numerical Value,1.00E-10
mom_ug_version,General,Current version of UG.  For example: Unigraphics NX 1.0.0.21,,String,
mom_update_post_cmds_from_tool,General,"Defines if the system will use the tool and spindle information (tool number, xoff, yoff, zoff, rpm, direction) from the SPINDLE and LOAD or TURRET post commands (=0) or use the information from the tool in the operation (=1). ",0 or 1,Integer,0
mom_user_defined_text,General,Defines the text after the '/' when handling a MOM_text event.,,String,
mom_warning_info,General,"The text used to generate warnings to the warning file.  To output an error message, assign the text required for an error message to mom_warning_info and call MOM_catch_warning.",,String,
mom_kin_4th_axis_ang_offset,Kinematics,"Defines an angular value that is added to fourth axis rotary angle.  This is used when a tool axis of (0,0,1) does not result in a position of zero position.",,Numeric Value,0
mom_kin_4th_axis_center_offset,Kinematics,For four and five axis milling machines.  Defines the distance from the center of the rotary table to machine tool zero position.,,Numeric Array(3),"(0,0,0)"
mom_kin_4th_axis_direction,Kinematics,"Defines how the fourth axis rotary positions will be output.  The mom variable mom_out_angle_pos(0) will contain the rotary value.  For example move table or head from 90 to 45 degrees.   MAGNITUDE_DETERMINES_DIRECTION would output: Shortest 45, CLW 405, CCLW 45.  SIGN_DETERMINES_DIRECTION would output: Shortest -45, CLW 45, CCLW -45. ","MAGNITUDE_DETERMINES_DIRECTION, SIGN_DETERMINES_DIRECTION",String,
mom_kin_4th_axis_incr_switch,Kinematics,"Determines whether the fourth axis rotary coordinates will be incremental or absolute.  This value is toggled ON, OFF in the machine tool dialog in Post Builder.",ON (incremental) or OFF (absolute),String,OFF
mom_kin_4th_axis_leader,Kinematics,"The leader for the fourth axis.  This is typically A, B or C.  ",,String,
mom_kin_4th_axis_limit_action,Kinematics,"Defines the action that takes place when there is a rotary axis violation for the fourth axis.  The options are to output a warning or to retract to a clearance plane, rotate the axis, and re-engage to the part.",Warning or Retract / Reengage,String,Warning
mom_kin_4th_axis_max_limit,Kinematics,The maximum rotary position of the fourth axis.,,Numeric Value,999.999
mom_kin_4th_axis_min_incr,Kinematics,"Defines the resolution of your table or head.  Enter one if your table or head positions to one degree increments.  For full contouring axis, enter 0.001.",Any number greater than zero.,Numeric Value,0.001
mom_kin_4th_axis_min_limit,Kinematics,The minimum rotary position of the fourth axis.,,Numeric Value,-999.999
mom_kin_4th_axis_plane,Kinematics,Defines the plane of rotation of the rotary axis.,"XY, ZX, YZ",String,
mom_kin_4th_axis_rotation,Kinematics,"Defines the direction of rotation of the rotary axis.  Occasionally tables are installed incorrectly.  The setting allows you to compensate for tables that rotate in a non-standard manner.  In the XY plane, looking down the Z axis from positive to negative, rotation to a larger angle is standard.  In the ZX plane, looking down the Y axis from positive to negative, rotation to a larger angle is stand.   In the YZ plane, looking down the X axis from positive to negative, rotation to a larger angle is stand.","STANDARD, REVERSE",String,
mom_kin_4th_axis_type,Kinematics,"Defines how the rotary axis rotates.  If Head, then tool itself tilts about a pivot point.  If Table, then the part rotates.",Head or Table,String,
mom_kin_4th_axis_zero,Kinematics,"Defines an offset that will be added the rotary position.  This offset is used when a (0,0,1) tool axis results in angle other than zero.",,Numeric Value,0
mom_kin_5th_axis_ang_offset,Kinematics,"Defines an angular value that is added to fifth axis rotary angle.  This is used when a tool axis of (0,0,1) does not result in a position of zero position.",,Numeric Value,0
mom_kin_5th_axis_center_offset,Kinematics,"Defines the distance from the center or rotation of the fourth axis to the center of rotation of the fifth axis.  If the axis vector of the fourth axis passes through the center of the fifth axis, then this distance is zero.",,Numeric Array(3),"(0,0,0)"
mom_kin_5th_axis_direction,Kinematics,"Defines how the fifth axis rotary positions will be output.  The mom variable mom_out_angle_pos(1) will contain the C208rotary value.  For example move table or head from 90 to 45 degrees.   MAGNITUDE_DETERMINES_DIRECTION would output: Shortest 45, CLW 405, CCLW 45.  SIGN_DETERMINES_DIRECTION would output: Shortest -45, CLW 45, CCLW -45. ","MAGNITUDE_DETERMINES_DIRECTION, SIGN_DETERMINES_DIRECTION",String,
mom_kin_5th_axis_incr_switch,Kinematics,"Determines whether the fifth axis rotary coordinates will be incremental or absolute.  This value is toggled ON, OFF in the machine tool dialog in Post Builder.",ON (incremental) or OFF (absolute),String,OFF
mom_kin_5th_axis_leader,Kinematics,"The leader for the fourth axis.  This is typically A, B or C.  ",,String,
mom_kin_5th_axis_limit_action,Kinematics,"Defines the action that takes place when there is a rotary axis violation for the fifth axis.  The options are to output a warning or to retract to a clearance plane, rotate the axis, and re-engage to the part.",Warning or Retract / Reengage,String,Warning
mom_kin_5th_axis_max_limit,Kinematics,The maximum rotary position of the fifth axis.,Any number greater than zero.,Numeric Value,-999.999
mom_kin_5th_axis_min_incr,Kinematics,"Defines the resolution of your table or head.  Enter one if your table or head positions to one degree increments.  For full contouring axis, enter 0.001.",Any number greater than zero.,Numeric Value,0.001
mom_kin_5th_axis_min_limit,Kinematics,The minimum rotary position of the fifth axis.,,Numeric Value,999.999
mom_kin_5th_axis_plane,Kinematics,Defines the plane of rotation of the rotary axis.,"XY, ZX, YZ",String,
mom_kin_5th_axis_rotation,Kinematics,"Defines the direction of rotation of the rotary axis.  Occasionally tables are installed incorrectly.  The setting allows you to compensate for tables that rotate in a non-standard manner.  In the XY plane, looking down the Z axis from positive to negative, rotation to a larger angle is standard.  In the ZX plane, looking down the Y axis from positive to negative, rotation to a larger angle is stand.   In the YZ plane, looking down the X axis from positive to negative, rotation to a larger angle is stand.","STANDARD, REVERSE",String,
mom_kin_5th_axis_type,Kinematics,"Defines how the rotary axis rotates.  If Head, then tool itself tilts about a pivot point.  If Table, then the part rotates.",Head or Table,String,
mom_kin_5th_axis_zero,Kinematics,"Defines an offset that will be added the rotary position.  This offset is used when a (0,0,1) tool axis results in angle other than zero.",,Numeric Value,0
mom_kin_arc_output_mode,Kinematics,Defines how circles will be output by the post.  Only circles generated in the operation can be output as circles.  LINEAR will output linear moves based on the tolerances defined on the arc in the operation.  QUADRANT will output circles only on quadrant boundaries.  FULL_CIRCLE will output arcs up to 360 degrees.  ,"FULL_CIRCLE, QUADRANT, LINEAR",String,FULL_CIRCLE
mom_kin_arc_valid_planes,Kinematics,"Defines the planes that arcs will be output.  XYZ means XY, YZ or ZX.  Lathe posts can only output in the XZ plane.  ANY is not currently available from UG.","XYZ, XY, YZ, ZX, ANY",String,
mom_kin_caxis_rotary_pos,Kinematics,Used for mill turns to establish a base C axis position.,0-360,Numeric Value,0
mom_kin_clamp_time,Kinematics,Defines the time to be used in time calculations for clamping operations.,Any number greater than or equal to zero.,Numeric Value,2 seconds
mom_kin_coordinate_system_type,Kinematics,"Defines the type of coordinate system defined in the UG operation.  LOCAL is the default.  This coordinate system type can be used to define a G54 type work coordinate system.  MAIN can be used to output coordinates that are relative to the main or master coordinate system.  The main coordinate system is defined as the one that defines the machine tool zero.  CSYS defines a coordinate system that is local, but uses a postprocessor that outputs G68 or G7 (cycle 19) to define a working coordinate system.","LOCAL, MAIN, or CSYS",String,LOCAL
mom_kin_dependent_head,Kinematics,For lathe only.  Defines the name of the dependent head.  This name is specified on the TURRET UDE or the machine dialog in the operation.  When the dependent head is specified in the operation the distance from the dependent head to the independent head is applied.  The distance is defined with the mom variables mom_kin_ind_to_dependent_head_x and mom_kin_ind_to_dependent_head_z,"FRONT, REAR, RIGHT, LEFT, SIDE, SADDLE, NONE",String,NONE
mom_kin_helical_arc_output_mode,Kinematics,"Defines how the helix motion will be output by UG Post.  Only helical motion in the operation can be output as helix blocks by the post.  UG Post will output the helix as a series of linear gots, a helix for every quadrant, a helix for each 360 degrees or one helix for the entire circle.  LINEAR will output the entire helix with linear moves based on the tolerances defined for the arc in the operation.  QUADRANT will output a helix record for each 90 degrees of helix.  FULL_CIRCLE will output helix record for each 360 degrees of helix.  END_POINT will ouput entire helix  into a single block.  Each postprocessor will then format the helix data.","FULL_CIRCLE, QUADRANT, LINEAR,END_POINT",String,FULL_CIRCLE
mom_kin_holder1_offset_x,Kinematics,"Defines the X value of the offset for the right angle head defined by HOLDER,1",,Numeric Value,0
mom_kin_holder1_offset_y,Kinematics,"Defines the Y value of the offset for the right angle head defined by HOLDER,1",,Numeric Value,0
mom_kin_holder1_offset_z,Kinematics,"Defines the Z value of the offset for the right angle head defined by HOLDER,1",,Numeric Value,0
mom_kin_holder1_orientation,Kinematics,"Defines the orientation of the right angle head.  The right angle head may be defined along any of the principal axes. Up to six holders may be defined.  Use the mom variables mom_kin_holder1_offset_x, mom_kin_holder1_offset_y and mom_kin_holder1_offset_z to define the distance from the gage point.  The UDE LOAD/HOLDER,n may be used to activate the right angle head in an operation.","POSX, POSY, POSZ, NEGX, NEGY, NEGZ",String,
mom_kin_holder2_offset_x,Kinematics,"Defines the X value of the offset for the right angle head defined by HOLDER,2",,Numeric Value,0
mom_kin_holder2_offset_y,Kinematics,"Defines the Y value of the offset for the right angle head defined by HOLDER,2",,Numeric Value,0
mom_kin_holder2_offset_z,Kinematics,"Defines the Z value of the offset for the right angle head defined by HOLDER,2",,Numeric Value,0
mom_kin_holder2_orientation,Kinematics,"Defines the orientation of the right angle head.  The right angle head may be defined along any of the principal axes. Up to six holders may be defined.  Use the mom variables mom_kin_holder1_offset_x, mom_kin_holder1_offset_y and mom_kin_holder1_offset_z to define the distance from the gage point.  The UDE LOAD/HOLDER,n may be used to activate the right angle head in an operation.","POSX, POSY, POSZ, NEGX, NEGY, NEGZ",String,
mom_kin_holder3_offset_x,Kinematics,"Defines the X value of the offset for the right angle head defined by HOLDER,3",,Numeric Value,0
mom_kin_holder3_offset_y,Kinematics,"Defines the Y value of the offset for the right angle head defined by HOLDER,3",,Numeric Value,0
mom_kin_holder3_offset_z,Kinematics,"Defines the Z value of the offset for the right angle head defined by HOLDER,3",,Numeric Value,0
mom_kin_holder3_orientation,Kinematics,"Defines the orientation of the right angle head.  The right angle head may be defined along any of the principal axes. Up to six holders may be defined.  Use the mom variables mom_kin_holder1_offset_x, mom_kin_holder1_offset_y and mom_kin_holder1_offset_z to define the distance from the gage point.  The UDE LOAD/HOLDER,n may be used to activate the right angle head in an operation.","POSX, POSY, POSZ, NEGX, NEGY, NEGZ",String,
mom_kin_holder4_offset_x,Kinematics,"Defines the X value of the offset for the right angle head defined by HOLDER,4",,Numeric Value,0
mom_kin_holder4_offset_y,Kinematics,"Defines the Y value of the offset for the right angle head defined by HOLDER,4",,Numeric Value,0
mom_kin_holder4_offset_z,Kinematics,"Defines the Z value of the offset for the right angle head defined by HOLDER,4",,Numeric Value,0
mom_kin_holder4_orientation,Kinematics,"Defines the orientation of the right angle head.  The right angle head may be defined along any of the principal axes. Up to six holders may be defined.  Use the mom variables mom_kin_holder1_offset_x, mom_kin_holder1_offset_y and mom_kin_holder1_offset_z to define the distance from the gage point.  The UDE LOAD/HOLDER,n may be used to activate the right angle head in an operation.","POSX, POSY, POSZ, NEGX, NEGY, NEGZ",String,
mom_kin_holder5_offset_x,Kinematics,"Defines the X value of the offset for the right angle head defined by HOLDER,5",,Numeric Value,0
mom_kin_holder5_offset_y,Kinematics,"Defines the Y value of the offset for the right angle head defined by HOLDER,5",,Numeric Value,0
mom_kin_holder5_offset_z,Kinematics,"Defines the Z value of the offset for the right angle head defined by HOLDER,5",,Numeric Value,0
mom_kin_holder5_orientation,Kinematics,"Defines the orientation of the right angle head.  The right angle head may be defined along any of the principal axes. Up to six holders may be defined.  Use the mom variables mom_kin_holder1_offset_x, mom_kin_holder1_offset_y and mom_kin_holder1_offset_z to define the distance from the gage point.  The UDE LOAD/HOLDER,n may be used to activate the right angle head in an operation.","POSX, POSY, POSZ, NEGX, NEGY, NEGZ",String,
mom_kin_holder6_offset_x,Kinematics,"Defines the X value of the offset for the right angle head defined by HOLDER,6",,Numeric Value,0
mom_kin_holder6_offset_y,Kinematics,"Defines the Y value of the offset for the right angle head defined by HOLDER,6",,Numeric Value,0
mom_kin_holder6_offset_z,Kinematics,"Defines the Z value of the offset for the right angle head defined by HOLDER,6",,Numeric Value,0
mom_kin_holder6_orientation,Kinematics,"Defines the orientation of the right angle head.  The right angle head may be defined along any of the principal axes. Up to six holders may be defined.  Use the mom variables mom_kin_holder1_offset_x, mom_kin_holder1_offset_y and mom_kin_holder1_offset_z to define the distance from the gage point.  The UDE LOAD/HOLDER,n may be used to activate the right angle head in an operation.","POSX, POSY, POSZ, NEGX, NEGY, NEGZ",String,
mom_kin_iks_usage,Kinematics,"Defines the version of inverse kinematics processing that is desired.  This defines how the X,Y,Z,I,J,K is converted to X,Y,Z,A,B for four and five axis machine tools.  A value of 0 means that the legacy IKS (inverse kinematics solver) in NX2 will be used.  A value of 1 means that the new IKS available only in NX3 and later will be used.  In Post Builder v3.4 and later mom_kin_iks_usage is set to 1 and the new IKS will be used   Note that non-ortogonal axes and the head object are only available with the new IKS.",0 or 1,Integer,"1 for Post Builder v3.4 or later, 0 for Post Builder v3.3 or earlier, 0 if Post Builder not used."
mom_kin_ind_to_dependent_head_x,Kinematics,"For Lathe only, the distance from the independent head to the dependent head along the X axis.",,Numeric Value,0
mom_kin_ind_to_dependent_head_z,Kinematics,"For Lathe only, the distance from the independent head to the dependent head along the X axis.",,Numeric Value,0
mom_kin_independent_head,Kinematics,For lathe only.  Defines the name of the independent head.  This name is specified on the TURRET UDE or the machine dialog in the operation.  When the independent head is specified in the operation the distance from the dependent head to the independent head is not applied .  ,"FRONT, REAR, RIGHT, LEFT, SIDE, SADDLE, NONE",String,NONE
mom_kin_is_turbo_output,Kinematics,"Defines whether the post will use the special turbo block templates and ignore all custom commands for Linear, Circular and Rapid moves.  A special custom command needs to be imported from POSTBUILD/pblib/custom_command/ directory.  Turbo mode will optimize post-process performance by a factor of 5.",TRUE or FALSE,String,FALSE
mom_kin_linearization_flag,Kinematics,Defines whether linearization will be on by default.  This can be changed during post runtime with the LINTOL UDE.,,String,F
mom_kin_linearization_tol,Kinematics,The default linearization tolerance used when LINTOL/ON is specified or linearization is turned on by default.,Any number greater than zero.,Numeric Value,0.001
mom_kin_machine_resolution,Kinematics,"Defines the resolution used for rounding all coordinate data.  By default this value is synchronized with the number of digits, if you change the number of digits, you must also change this value.",Any number greater than zero.,Numeric Value,0.0001 or inch posts and 0.001 for metric posts.
mom_kin_machine_type,Kinematics,Defines the basic machine type.  The type of machine determines how motion and post commands will be processed and output.,"3_axis_mill, 3_axis_mill_turn, 4_axis_head, 4_axis_table, 5_axis_dual_table, 5_axis_dual_head, 5_axis_head_table, 2_axis_wedm, 4_axis_wedm, 2_axis_lathe.",String,3_axis_mill
mom_kin_max_arc_radius,Kinematics,Defines largest arc radius that can be programmed.  Any arc with a radius larger than the maximum will output as linear gotos.,Any number greater than zero.,Numeric Value,999.9999
mom_kin_max_fpm,Kinematics,Defines the maximum IPM or MMPM allowed.,Any number greater than zero.,Numeric Value,600 IPM and 15000 MMPM for mills and 400 IPM and 10000 MMPM for lathes.
mom_kin_max_fpr,Kinematics,Defines the maximum IPR or MMPR allowed.,Any number greater than zero.,Numeric Value,100 IPR and 100 MMPR.
mom_kin_min_arc_length,Kinematics,Defines the smallest arc that can be output before the post defaults to linear interpolation.,Any number greater than zero.,Numeric Value,0.0001 for inch and 0.001 for metric.
mom_kin_min_fpm,Kinematics,Defines the minimum IPM or MMPM that can be output.,Any number greater than zero.,Numeric Value,0.1 IPM and 0.01 MMPM for mills and 0.1 IPM and 1.0 MMPM for lathes.
mom_kin_min_fpr,Kinematics,Defines the minimum IPR or MMPR that can be output.,Any number greater than zero.,Numeric Value,0.01 IPR and 0.001 MMPR.
mom_kin_output_unit,Kinematics,Defines the units for all coordinate and Feedrate output.  UG Post will convert the input coordinates and Feedrates units into the mom_kin_output_unit if they are different. ,IN or MM,String,
mom_kin_pivot_dist_vec,Kinematics,"For four and five axis tilting head machine tools only.  Defines the vector from the pivot point of the tilting rotary axis to gage point.  This vector is added to the tool length to determine the effective length of the tool.  If the mom variable mom_kin_pivot_gauge_offset is also set, the mom variable mom_kin_pivot_dist_vec will be used.  If mom_kin_pivot_gauge_offset is set and mom_kin_pivot_dist_vec is not set, then the post will use the vector (0,0,mom_kin_pivot_gauge_offset) as the pivot offset vector.",,Numeric Array(3),"(0,0,0)"
mom_kin_pivot_gauge_offset,Kinematics,For four and five axis tilting head machine tools only.  Defines the distance from the pivot point of the tilting rotary axis to gage point.  This value can be negative.  This value is added to the tool length to determine the effective length of the tool.,,Numeric Value,0
mom_kin_pivot_guage_offset,Kinematics,Same as mom_kin_pivot_gauge_offset.,,,
mom_kin_rapid_feed_rate,Kinematics,Defines the rapid traverse for the machine tool.  This value is used for time calculations for all rapid and positioning moves.,Any number greater than or equal to zero.,Numeric Value,400 posts for inch and 10000 for metric posts.
mom_kin_read_ahead_next_motion,Kinematics,"Defines whether the post will read ahead for the next motion.  If this variable is defined to any value, the read ahead will take place.  The read ahead will also keep track of all post commands encountered while reading ahead.  See the variables in the class Read_Ahead for details.",,String,Unset
mom_kin_reengage_distance,Kinematics,Used by the function that automatically retracts and re-engages when a rotary limit is violated.  Establishes the distance above the part along the spindle axis to re-engage.,Any number greater than or equal to zero.,Numeric Value,0.1
mom_kin_retract_plane,Kinematics,Used by the function that automatically retracts and re-engages when a rotary limit is violated.  Establishes either a cylindrical clearance for four axis or a spherical clearance for five axis distance above the part for the tool to retract.  The distance is measured from the center,Any number greater than or equal to zero.,Numeric Value,10
mom_kin_rotary_reengage_feedrate,Kinematics,Used by the function that automatically retracts and re-engages when a rotary limit is violated.  Establishes the Feedrate used to re-engage the part after the retraction has taken place.,Any number greater than zero.,Numeric Value,10 IPM
mom_kin_spindle_axis,Kinematics,"Defines a vector that establishes the spindle axis of the machine tool.  For three axis posts it is always (0,0,1).  May be set to (1,0,0) or (-1,0,0) for mill turns.  Otherwise it is set to (0,0,1).  Is used for simulated cycles, rotary axis re-engage and mill turns.",Unit vector.,Numeric Array(3),"(0,0,1)."
mom_kin_tool_change_time,Kinematics,Defines the time to be added to total machine time for tool changes.,Any number greater than or equal to zero.,Numeric Value,12 seconds
mom_kin_tool_tracking_height,Kinematics,"For four or five axis milling machines only.  Defines the height on the tool where distance calculations will be made.  This is very useful when swarfing.  The default value is zero, which represents the tool tip.",Any number greater than or equal to zero.,Numeric Value,
mom_kin_wire_tilt_output_type,Kinematics,"Defines how the post will output four axis wire EDM.  If ANGLES, then mom_pos(3) and mom_pos(4) will represent the Q and R words for the Agie type machines.  If COORDINATES, then  mom_pos(3) and mom_pos(4) will represent the U and V values for the Mitsubishi type machines or AGIE Vision type machines. These values are incremental from mom_pos(1) and mom_pos(2) respectively.","ANGLES, COORDINATES",String,COORDINATES
mom_kin_x_axis_limit,Kinematics,Maximum travel for the X axis.  Use the custom command pb_cmd_check_travel_limits.tcl to generate warnings.,Any number greater than or equal to zero.,Numeric Value,40 (inch) and 1000 (metric).
mom_kin_y_axis_limit,Kinematics,Maximum travel for the Y axis.  Use the custom command pb_cmd_check_travel_limits.tcl to generate warnings.,Any number greater than or equal to zero.,Numeric Value,40 (inch) and 1000 (metric).
mom_kin_z_axis_limit,Kinematics,Maximum travel for the Z axis.  Use the custom command pb_cmd_check_travel_limits.tcl to generate warnings.,Any number greater than or equal to zero.,Numeric Value,35 (inch) and 1000 (metric).
MOM_update_kinematics,Kinematics,"Maps the following legacy kinematics variables to the current kinematics variables, and is required after specifying them: mom_kin_4th_axis_center_offset, mom_kin_5th_axis_center_offset, mom_kin_pivot_gauge_offset",1 or 0,Numeric Value,1
MOM_auxfun,Machine Control Events,Machine Control Event ''AUXFUN''.  ,"mom_auxfun, mom_auxfun_text, mom_auxfun_text_toggle",,
MOM_clamp,Machine Control Events,"Machine Control Event ''CLAMP''.  You can activate auto clamping in Post Builder by specifying the UDE CLAMP/?AUTO,ON, OFF.  ","mom_clamp_status, mom_clamp_axis, mom_clamp_text",,
MOM_coolant_off,Machine Control Events,Machine Control Event ''Coolant Off'',"mom_coolant_status, mom_coolant_text",,
MOM_coolant_on,Machine Control Events,Machine Control Event ''Coolant On'',"mom_coolant_status, mom_coolant_mode, mom_coolant_text, mom_coolant_text_toggle",,
MOM_cut_wire,Machine Control Events,Machine Control Event ''Cut Wire'',mom_cut_wire_text,,
MOM_cutcom_off,Machine Control Events,Machine Control Event ''Cutter Compensation'',"mom_cutcom_status, mom_cutcom_text",,
MOM_cutcom_on,Machine Control Events,Machine Control Event ''Cutter Compensation''.  Note that there are two ways to activate cutter compensation.  The Planar Mill and Cavity Mill machine control dialogs have an automatic cutter compensation option that will output cutcom on and off events to control cutter compensation during engages and retracts and contacts with walls.  You can also set up a more non-automatic cutter compensation in the Start Post machine control dialog.  You must place a cutcom on and a cutcom off in the tool path with the non-automatic method.,"mom_cutcom_status, mom_cutcom_mode, mom_cutcom_adjust_register, mom_cutcom_plane, mom_cutcom_text",,
MOM_delay,Machine Control Events,Machine Control Event ''Dwell'',"mom_delay_mode, mom_delay_value, mom_delay_revs, mom_delay_text",,
MOM_flush,Machine Control Events,Machine Control Event ''Flush'',"mom_flush_status, mom_flush_guides, mom_flush_pressure, mom_flush_register, mom_flush_text",,
MOM_flush_tank,Machine Control Events,Machine Control Event ''Flush Tank'',"mom_flush_tank, mom_flush_tank_text",,
MOM_head_change,Machine Control Events,"MOM_head_change tells the post that the current head on the machine tool has changed. If the spindle axis changes and there are rotational head axes, the software adjusts the rotary angles output to compensate. For table rotaries, only the spindle axis changes and the software warns you if there is a mismatch between the spindle axis and the tool axis. During this event the post may output NC code to physically change the head. ","mom_head_type, mom_head_text",,
MOM_length_compensation,Machine Control Events,Machine Control Event ''Tool Length Compensation'',"mom_length_comp_register, mom_length_comp_register_text",,
MOM_lintol,Machine Control Events,Machine Control Event ''LINTOL'' postprocessor command.  This event will be used by UG Post to activate linearization for four and five axis posts.,"mom_lintol_status, mom_lintol",,
MOM_load_tool,Machine Control Events,"Machine Control Event ''Load/Tool''  This event will not cause a tool change event.  It is used to pass machine information to the post.   In NX2 the MOM_load_tool event will contain the same information that the MOM_tool_change event contains.  Prior to NX2, the load tool event was only way to pass the  tool_head, mom_tool_angle, mom_tool_radius and the mom_tool_text mom_variables.  This event is used primarily to output a LOAD/TOOL in CLSF.  ","mom_tool_number, mom_tool_change_type, mom_tool_adjust_register, mom_tool_x_offset, mom_tool_y_offset, mom_tool_z_offset,  tool_head, mom_tool_angle, mom_tool_radius, mom_tool_text",,
MOM_operator_message,Machine Control Events,Machine Control Event ''Operator Message''.  ,"mom_operator_message_status, mom_operator_message",,
MOM_opskip,Machine Control Events,Machine Control Event ''Operational Skip'',"mom_opskip_status, mom_opskip_text",,
MOM_opstop,Machine Control Events,Machine Control Event ''Optional Stop'',mom_opstop_text,,
MOM_origin,Machine Control Events,Machine Control Event ''Origin'',"mom_origin(0), mom_origin(1), mom_origin(2), mom_origin_text",,
MOM_power,Machine Control Events,Machine Control Event ''Power'',"mom_power_value, mom_power_text",,
MOM_pprint,Machine Control Events,Machine Control Event ''PPRINT'',mom_pprint,,
MOM_prefun,Machine Control Events,Machine Control Event ''Prefun'',"mom_prefun, mom_prefun_text",,
MOM_rotate,Machine Control Events,Machine Control Event ''Rotate'',"mom_rotate_axis_type, mom_rotation_mode, mom_rotation_angle, mom_rotation_direction, mom_rotation_reference_mode, mom_rotation_text",,
MOM_select_head,Machine Control Events,Machine Control Event ''Select Head'',"mom_head_type, mom_head_text",,
MOM_sequence_number,Machine Control Events,Machine Control Event ''Sequence Number'',"mom_sequence_mode, mom_sequence_number, mom_sequence_increment, mom_sequence_frequency, mom_sequence_text",,
MOM_set_modes,Machine Control Events,Machine Control Event ''Set Mode'',"mom_output_mode, mom_arc_mode, mom_feed_set_mode, mom_parallel_to_axis, mom_machine_mode, mom_modes_text",,
MOM_stop,Machine Control Events,Machine Control Event ''Stop''  Note: Stop events do not cause a tool change event.,mom_stop_text,,
MOM_text,Machine Control Events,Machine Control Event ''User Defined Text'',"mom_user_defined_text, mom_record_text, mom_record_fields, mom_field_count",,
MOM_thread_wire,Machine Control Events,Machine Control Event ''Thread Wire'',mom_thread_wire_text,,
MOM_tlset,Machine Control Events,Machine Control Event ''TLSET'' postprocessor command. This event occurs when the tool tracking height is specified. This is used for distance and time calculations.,mom_tool_tracking_height,,
MOM_tool_preselect,Machine Control Events,Machine Control Event ''Tool pre-select'',"mom_tool_preselect_number, mom_tool_preselect_text",,
MOM_translate,Machine Control Events,Machine Control Event ''TRANS'' postprocessor command.,"mom_translate(0), mom_translate(1), mom_translate(2), mom_translate_text",,
MOM_wire _cutcom,Machine Control Events,Machine Control Event ''Cutter Compensation'',"mom_wire_cutcom_status, mom_wire _cutcom_mode, mom_wire_cutcom_adjust_register, mom_wire_cutcom_text",,
MOM_wire_angles,Machine Control Events,Machine Control Event ''Wire Angles'',"mom_wire_slope, mom_wire_angle, mom_wire_angle_text",,
MOM_wire_guides,Machine Control Events,Machine Control Event ''Wire Guides'',"mom_wire_guides_upper_plane, mom_wire_guides_lower_plane, mom_wire_height, mom_wire_guides_text",,
MOM_abort,MOM Commands,This function causes MOM to terminate with an error  message. For example: MOM_abort ''Error occurred. Postprocessing has been aborted.'',MOM_abort <message>,,
MOM_abort_event,MOM Commands,This command immediately aborts the current event and returns processing control back to NX.  Use this command if you do not want to return to a calling procedure.,MOM_abort_event <message>,,
MOM_add_to_address_buffer,MOM Commands,"Depending on the start/end attribute specified, this extension will add ''value(s)'' to either the address start buffer or the address end buffer. Each time that this extension is called, it adds to the specified buffer.  When the contents of the address is sent to the output buffer, the contents of the address start buffer will precede it and the contents of the end buffer will go after it.  The address start buffer and the address end buffer are cleared once the they have been sent to the output buffer.  Example: MOM_add_to_address_buffer X end [append end $list2 $list1]  MOM_add_to_address_buffer X start $prefix  MOM_add_to_address_buffer X start [MOM_do_template Seq_no CREATE]  MOM_add_to_address_buffer X start ''X''",MOM_add_to_address_buffer <address name> <start|end> <value>+,,
MOM_add_to_block_buffer,MOM Commands,"Depending on the start/end attribute specified, this extension will add ''value(s)'' to either the block start buffer or the block end buffer. Each time that this extension is called, it adds to the specified buffer.  When the block is sent to the output buffer, the contents of the block start buffer will precede it on the line and the contents of the block end buffer will go after it.  The block start buffer and the block end buffer are cleared once the they have been written to the output buffer.  Examples:  MOM_add_to_block_buffer From end [append end $list2 $list1]  MOM_add_to_block_buffer From start $prefix  MOM_add_to_block_buffer Linear start [MOM_do_template Seq_no CREATE]  MOM_add_to_block _buffer From start ''Remark''",MOM_add_to_block_buffer <block name> <start|end> <value>+,,
MOM_add_to_line_buffer,MOM Commands,"Depending on the start/end attribute specified, this extension will add ''value(s)'' to either the line's start buffer or the line's end buffer. Each time that this extension is called, it adds to the specified buffer.  When the contents of the output buffer is sent to the output file, the contents of the line's start buffer will precede it on the line and the contents of the end buffer will go on the same line after it.  The line start buffer, line end buffer, and output buffer are all cleared once the they have been written to the output file.  Examples: MOM_add_to_line_buffer start [MOM_do_template Linear CREATE] MOM_add_to_line_buffer start [append start $list1 $list2] MOM_add_to_line_buffer start $prefix MOM_add_to_line_buffer start ''****''",MOM_add_to_line_buffer <start|end> <value>+,,
MOM_ask_address_value,MOM Commands,Always returns the absolute address value NOT the incremental value.  Examples: MOM_ask_address_value X,MOM_ask_address_value <address name>,,
MOM_ask_env_var,MOM Commands,This extension allows you to determine how environment variable ''variable name'' is set.  Example: set path [MOM_ask_env_var UGII_CAM_POST_CONFIG_FILE],MOM_ask_env_var <variable name>,,
MOM_ask_ess_exp_value,MOM Commands,"Unigraphics NX has as an Expression module. This allows users to define variables and expressions and then use those variables as parameters for Unigraphics NX entities such as Modeling features.  This MOM function provides access to the variables of the Unigraphics NX Expression module, i.e., it returns the value of the Unigraphics NX Expression variable.  Example:  MOM_ask_ess_exp_value diameter",MOM_ask_ess_exp_value <variable_name>,,
MOM_ask_event_type,MOM Commands,Returns the name of the current event. This is the last event that the event generator executed.,,,
MOM_close_output_file,MOM Commands,This extension allows you to suspend writing output to a particular file until it is opened again.  Example: MOM_close_output_file $mom_output_doc_file2,MOM_close_output_file <filename>,,
MOM_disable_address,MOM Commands,Suppresses all output for an address.  MOM_force ONCE or MOM_force ALWAYS is ignored while MOM_disable_address is active.   MOM_enable_address cancels MOM_disable_address.,MOM_disable_address <Address>,,
MOM_do_template,MOM Commands,"Generate output based upon the Block Template template_name.  BUFFER has the same meaning as before. BUFFER will generate the output value for Block Template template_name but does not add it to the output buffer, and hence, does not output it to the output file.  CREATE will generate the value for Block Template template_name but does not output to the output buffer.  This function returns the string created as the result of the template name.  Example: MOM_do _template Linear ",MOM_do_template <template_name> {BUFFER | CREATE},,
MOM_enable_address,MOM Commands,Restores output status for an address that MOM_disable_address suppressed.  Returns output status to the initial state.,MOM_enable_address <Address>,,
MOM_force,MOM Commands,"The next time that a block template that contains a reference to any of the input address names is evaluated, the word that contains that address will be output regardless of its modality attribute.  Example: MOM_force_address Once X Y Z, If both MOM_force ONCE and MOM_suppress once are programmed, the last one will take effect.  If MOM_suppress ALWAYS is programmed, the address will never be output. All MOM_force ONCE and MOM_suppress ONCE commands are ignored. In the definition file, Force OFF or Force ALWAYS should define the modality of the address. Using MOM_force OFF or MOM_force ALWAYS to redefine the modality in the tcl is not recommended.",MOM_force <Always | Once | Off > <Address_1 ... Address_n>,,
MOM_force_block,MOM Commands,Example: MOM_force_block Once linear ,MOM_force_block <Always | Once | Off > <Block_1 ... Block_n>,,
MOM_incremental,MOM Commands,"The next time that a block template contains a reference to any of the input address names is evaluated, the deference (increment) from the previous value is output.  If ON, then for each Address_i, always output increment.  If OFF, then for each Address_i, always output absolute.  Example: MOM_incremental ON X Y Z",MOM_incremental <ON | OFF> <Address_1 ... Address_n>,,
MOM_load_definition_file,MOM Commands,"This will load the definition file given by filename. If data in filename (or any of its included files) matches data already loaded by previous definition files, the duplicate data is overridden by the new version. Like any TCL extension, this command may be called from any place in the TCL script.  Example: MOM_load_definition_file lathe",MOM_load_definition_file <filename>,,
MOM_log_message,MOM Commands,This function causes MOM to write message to the syslog.  Example: MOM_log_message ''Postprocessing Terminated'',MOM_log_message <message>,,
MOM_on_event_error,MOM Commands,If the TCL interpreter reports an error this procedure is invoked prior to raising a system error. The {_debug} procedure is invoked only if DEBUG mode is true.  Example: This procedure is invoked by Unigraphics NX,MOM_on_event_error {_debug},,
MOM_on_parse_error,MOM Commands,If a syntax error is found in the Definition File these procedures are invoked prior to raising a system error. The {_debug} procedure is invoked only if DEBUG mode is true.  Example: This procedure is invoked by Unigraphics NX.,MOM_on_parse_error {_debug},,
MOM_open_output_file,MOM Commands,"This extension allows you to redirect output to other output files.  If a file ''filename'' does not exist, a new one will be created with that file name.  Example: MOM_open_output_file $mom_output_doc_file2",MOM_open_output_file <filename>,,
MOM_output_literal,MOM Commands,Output a list of literals and variable as a single line. If BUFFER is present then only place string in the output buffer. Do not send it to the output yet.  Example: MOM_output_literal ''Start of path $mom_path_name'',MOM_output_literal ''string'' {BUFFER},,
MOM_output_text,MOM Commands,"This extension will output a list of literals and variable as a single line, just like MOM_output_literal except that no sequence number will be output.  If BUFFER is present then only place string in the output buffer. Do not send it to the output yet.  Example: MOM_output_text ''Start of path $mom_path_name''",MOM_output_text <literal> {BUFFER},,
MOM_output_to_listing_device,MOM Commands,"If running in an interactive Unigraphics NX session then output string to the Unigraphics NX listing window, otherwise do nothing.  Example: MOM_output to listing_device ''Error occurred while postprocessing.''",MOM_output_to_listing_device <''string''>,,
MOM_reload_kinematics,MOM Commands,Refresh the event generator with the current values of all the kinematics variables.,,,
MOM_reload_variable,MOM Commands,Update the event generator with the current value of variable_name in the event handler.  Example: The following command will load the current values of mom_pos [0] to [4] into the event generator. MOM_reload_variable -a mom_pos,MOM_reload_variable [-a] variable_name,,
MOM_reset_sequence,MOM Commands,A sequence is a block template that is output at the beginning of each line. It will typically be used to output sequence numbers but it may also be used to output any block template.  Example: MOM_reset_sequence 10 10 1,MOM_reset_sequence <start> <increment> {frequency},,
MOM_run_user_function,MOM Commands,"This function causes MOM to call the function named entry_point_name in the shared library named shared_library_name. That function can then extend the translator from which MOM_run_user_function was called. It will do this by calling a User Function function named UF_MOM_extend_translator( param, ''extension_name'', extension_entry_point ). The param will be passed into entry_point_name as the first argument. The signature of entry_point_name is the same as ufusr. The extension_name is the name of the function as it will appear in a TCL script. The extension_entry_point is the actual address of the function to be called by the interpreter when interpreting the extension_name call. (See Tcl_CmdProc.)  Example: MOM_run_user_function /usr/local/shlib/lib.sl extendInterp",MOM_run_user_function <shared_library_name> <entry_point_name>,,
MOM_set_address_format,MOM Commands,This function redefines the format to be used for the <Address Name> as <Format Name> for outputting in a block. The <Format Name> must be defined in the Definition File.  Example: MOM_set_address_format F F_ipm,MOM_set_address_format <Address Name> <Format Name>,,
MOM_set_debug_mode,MOM Commands,"This will activate, deactivate, and resume the debugger. Like any TCL extension, this command may be called from any place in the TCL script.  If ON, the debugger will activate by initializing with data entered in the debugger dialog or stdout.  If OFF, the debugger will be deactivated.  Examples: MOM_set_debug_mode ON  MOM_set_debug_mode OFF",MOM_set_debug_mode <ON | OFF>,,
MOM_set_line_leader,MOM Commands,"This function causes MOM to set the line leader to string with the indicated status. If a line leader is to be output is output as the first characters of the output line (i.e., before the SEQUENCE).  Example:  MOM_set_line_leader Always ''/''",MOM_set_line_leader <Always | Once | Off > <''string''>,,
MOM_set_seq_off,MOM Commands,Does not output a sequence number. Returns the sequence setting at the time the command is executed. Example: set current_status [MOM_set_seq_off] ... if { $current_status == ''on'' } { MOM_set_seq_on },,,
MOM_set_seq_on,MOM Commands,Allows output of the sequence number if a SEQUENCE specifier was given in the definition file.  Return the sequence setting at the time the command is executed.  Example: set current_status [MOM_set_seq_on]  ... if { $current_status == ''off'' } { MOM_set_seq_off },,,
MOM_suppress,MOM Commands,"The next time that a block template that contains a reference to any of the input address names is evaluated, the word that contains the address will not be output regardless of its modality attribute.  Example: MOM_suppress_address Always N X Y, If both MOM_force ONCE and MOM_suppress once are programmed, the last one will take effect.  If MOM_suppress ALWAYS is programmed, the address will never be output. All MOM_force ONCE and MOM_suppress ONCE commands are ignored. In the definition file, Force OFF or Force ALWAYS should define the modality of the address. Using MOM_force OFF or MOM_force ALWAYS to redefine the modality in the tcl is not recommended.",MOM_suppress <Always | Once | Off > <Address_1 ... Address_n>,,
mom_alt_pos,Motion,"The alternate machine tool coordinates (X,Y,Z,fourth axis,fifth axis) for the current goto. This value is different than mom_pos if the kinematics of the machine tool is five axis.  Otherwise, mom_alt_pos will be the same as mom_pos.  For five axis machine tools, there is always at least two valid solutions when converting the input coordinates (X,Y,Z,I,J,K) into machine tool coordinates (X,Y,Z,A,B).  The optimal solution will be mom_pos, the alternate solution will be mom_alt_pos..",,Numeric Array(5),
mom_arc_angle,Motion,The total number of degrees for the current arc.,0-360,Numeric Value,
mom_arc_axis,Motion,The circle axis vector.  ,Unit vector.,Numeric Array(3),
mom_arc_center,Motion,The center of the circle.,,Numeric Array(3),
mom_arc_direction,Motion,The direction of the circle.,CLW or CCLW,String,
mom_arc_intol_fraction,Motion,The percentage of the tolerance that is intol.  A value of .5 defines the intol equal to the outtol.,0.0 to 1.0,Numeric Value,
mom_arc_mode,Motion,The value of the SET/MODE UDE to control how arcs will be output in the post.,"LINEAR, CIRCULAR",String,
mom_arc_radius,Motion,Radius of the current arc.,Any number greater than zero.,Numeric Value,
mom_arc_tolerance,Motion,Total tolerance that was used to generate the current arc.,Any number greater than zero.,Numeric Value,
mom_arc_tool_diameter,Motion,The diameter of the tool used to drive the arc.,Any number greater than zero.,Numeric Value,
mom_arc_tool_radius,Motion,The radius of the tool used to drive the arc.,Any number greater than zero.,Numeric Value,
mom_contact_center,Motion,"Defines the ball center for the 3-D contact output mode.   For bull end tools the center of the corner radius will be output.  If mom_contact_status is OFF, the tool end position will be output as the ball center.  This feature is only available for variable axis surface contouring",,Numeric Array(3),
mom_contact_normal,Motion,"Defines the normal vector from the contact point to the ball center for the 3-D contact output mode.  If mom_contact_status is OFF, the tool axis will be output as the normal vector.  This feature is only available for variable axis surface contouring",,Numeric Array(3),
mom_contact_point,Motion,"Defines the contact point for 3-D contact output mode.  If mom_contact_status is OFF, the tool end position will be output as the mom_contact_point. This feature is only available for variable axis surface contouring.",,Numeric Array(3),
mom_contact_status,Motion,Defines the status of the contact data when the tracking mode is 3-D cutter compensation mode.   ON means that that the tool is making contact with part or drive surface and 3-D cutter compensation mode is active.  This feature is only available for variable axis surface contouring.,"ON, OFF",String,OFF
mom_csys_matrix,Motion,Matrix that defines the mapping from the current local coordinate system to the main coordinate system.  This matrix will be output with MOM_csys event only.  The first nine elements will be a 3X3 matrix.  The 10th through 12th elements represent the origin.,,Numeric Array(12),
mom_current_motion,Motion,Same as mom_motion_event.,,,
mom_cutter_data_output_indicator,Motion,"Defines the current output mode.  A value of 0 means that the output is tool end.  Both 2-D contact contour and 3-D cutter compensation modes are inactive. A value of 1 means that the output is 2-D contact contour.  The values in mom_pos represent the tool contact positions.  A value of 2 means that the output is 3-D cutter compensation mode.  The mom variable mom_tool_tracking_type will define the what data is being output.  The subtypes of 3-D are ball, contact or tool tip.","0, 1 or 2",Integer,0
mom_drive_point_diameter,Motion,"For a user defined tool. When the tool path is 2-D contact, the radial diameter of the tracking point is applied to the tool path between the CUTCOM/ON and CUTCOM/OFF commands when output contact contour tool path. ",,Numeric Value,0
mom_drive_point_distance,Motion,"For a user defined tool. When the tool path is 2-D contact, the axial distance of the tracking point is applied to the whole tool path, except the FROM and GOHOME tool position.",,Numeric Value,
mom_drive_point_name,Motion,"For a user defined tool. When the tool path is 2-D contact, this is the name of the current tracking point.",,String,
mom_from_alt_pos,Motion,The alt_pos coordinate values of the FROM position.  See mom_alt_pos for a general description of alt_pos.,,Numeric Array(5),
mom_from_pos,Motion,The mom_pos coordinate values of the FROM position.,,Numeric Array(5),
mom_from_ref_pos,Motion,"For Lathe only, the FROM position in machine coordinates that represented without the XOFF and YOFF being applied.",,Numeric Array(5),
mom_gohome_alt_pos,Motion,The alt_pos coordinate values of the GOHOME position.  See mom_alt_pos for a general description of alt_pos.,,Numeric Array(5),
mom_gohome_pos,Motion,The mom_pos coordinate values of the GOHOME position.,,Numeric Array(5),
mom_gohome_ref_pos,Motion,Defines the position of the GOHOME in reference point coordinates.,,Numerical Array(3),
mom_head_gauge_point,Motion,Defines the current offset of a head object that is defined in the Machine Tool of the ONT.   The point will affect the Inverse Kinematics of the operation.,,Numeric Array(3),"(0,0,0)"
mom_head_spindle_axis,Motion,Defines the current orient of a head object that is defined in the Machine Tool of the ONT.   The vectort will affect the Inverse Kinematics of the operation.  This vector will replace the initial mom_kin_spindle_axis that is defined in the initial kinematics of the machine tool.,,Numeric Array(3),"(0,0,1)"
mom_helix_direction,Motion,Same as mom_arc_direction,,,
mom_helix_pitch,Motion,Defines the pitch of the helix for a helix_move event.,,Numeric Value,
mom_init_alt_pos,Motion,Defines the alternate machine tool positions of the origin of the current MSYS.  The mom_init_alt_pos(3) and mom_init_alt_pos(4) represent the alternate rotary axis positions that the machine tool needs to position to before the start of an operation that is using controller coordinate systems such as G68 or G125.  This information is only created for CSYS coordinate systems in the MOM_set_csys event. The alternate positions can be used if the mom_init_pos positions are not optimal.,,Numeric Array(5),
mom_init_out_angle_pos,Motion,"Defines the formatted values of mom_init_pos(3) and mom_init_pos(4).  These values may contain a negative value, a value greater than 360, or a value less than 0.  ",,Numeric Array(2),
mom_init_pos,Motion,Defines the machine tool positions of the origin of the current MSYS.  The mom_init_pos(3) and mom_init_pos(4) represent the rotary axis positions that the machine tool needs to position to before the start of an operation that is using controller coordinate systems such as G68 or G125.  This information is only created for CSYS coordinate systems in the MOM_set_csys event.,,Numeric Array(5),
mom_last_pos,Motion,The previous tool position.  Not the same mom_prev_pos.  The retracto position will be used following canned cycles.,,Numeric Array(3),
mom_last_z_pos,Motion,Equivalent to mom_last_pos(2).  The previous Z position.,,Numeric Value,
mom_lathe_spindle_axis,Motion,Defines the meaning of the input coordinates.  The standard output mode and mode used by Post Builder is MCSZ.  ,MCSX or MCSZ,String,MCSZ
mom_mcs_goto,Motion,The tool path goto point as it would be output to a CLSF.  The position is output with respect to current MCS programmed in the operation.,,Numeric Array(3),
mom_motion_distance,Motion,Distance from the previous point to current point. ,Any number greater than or equal to zero.,Numeric Value,
mom_motion_event,Motion,"The current motion type.  For each of these motion types, an event is generated by the system.  For example, if the current motion type is linear_move, the event that is generated is MOM_linear_move.  ","initial_move, rapid_move, linear_move, circular_move, drill_move, drill_dwell_move, drill_deep_move, drill_break_chip_move, tap_move , bore_move, bore_dwell_move, bore_drag_move, bore_no_drag_move, bore_manual, bore_manual_dwell_move, thread_move, lathe_thread_move",String,
mom_motion_type,Motion,Motion type from the operation.,"UNDEFINED, RAPID, ENGAGE, CUT, RETRACT, FIRST_CUT, APPROACH, STEPOVER, DEPARTURE, RETURN, TRAVERSAL, SIDECUT, FROM, GOHOME, GOHOME_DEFAULT, CYCLE.",String,
mom_out_angle_pos,Motion,For four and five axis machine tools only.  Formatted angles for the fourth and fifth axes.  These values may contain a negative value or a value greater than 360 or less than 0.  mom_out_angle_pos(0) is the fourth axis and mom_out_angle_pos(1) is the fifth axis.,,Numeric Array(2),
mom_pos,Motion,"Defines the machine tool coordinates of the goto point.  For Lathes, this is the X and Z positions of the tool tip.  For four and five milling machines, mom_pos(3) and mom_pos(4) represent the fourth and fifth axis rotary positions.  The rotary positions are between 0 and 360.  For three axis mill turns the output is X, Z and C.  For WEDM machines, mom_pos(3) and mom_pos(4) are used for 4axis output to represent data based on the kinematics variable mom_kin_wire_tilt_output_type.",,Numeric Array(5),
mom_pos_arc_axis,Motion,The circle axis vector in the machine tool coordinate system.  ,,Numeric Array(3),
mom_pos_arc_center,Motion,The circle center in the machine tool coordinate system.,,Numeric Array(3),
mom_pos_arc_plane,Motion,"Principal plane of the arc in the machine tool coordinate system.   The circle in the MCS may not have been in a principal, but after rotation for a four or five axis post, the resulting circle must be in a principal plane.","XY, ZX, YZ",String,
mom_prev_alt_pos,Motion,The machine tool coordinates of the previous goto point. This is the previous version of mom_pos.,,Numeric Array(3),
mom_prev_mcs_goto,Motion,The previous goto point in MCS output mode.  The previous version of mom_mcs_goto.,,Numeric Array(3),
mom_prev_out_angle_pos,Motion,The previous values of mom_out_angle_pos.  mom_prev_out_angle_pos(0) is the fourth axis and mom_prev_out_angle_pos(1) is the fifth axis.,,Numeric Array(2),
mom_prev_pos,Motion,The previous values of mom_pos.,,Numeric Array(5),
mom_prev_ref_pos,Motion,For Lathe only.  The previous version of mom_ref_pos.,,Numeric Array(3),
mom_prev_rot_ang_4th,Motion,Same as mom_prev_out_angle_pos(0),,Numeric Value,
mom_prev_rot_ang_5th,Motion,Same as mom_prev_out_angle_pos(1),,Numeric Value,
mom_prev_tool_axis,Motion,The previous version of mom_tool_axis.,Unit vector.,Numeric Array(3),
mom_ref_pos,Motion,For Lathe only.  The turret reference gotos.  These coordinates will be output without resetting the machine zero on every tool change like the tool tip output method requires.  The mom_ref_pos(0) coordinate is the mom_pos(0) plus mom_tool_x_offset and the mom_ref_pos(2) coordinate is the mom_pos(2) plus mom_tool_z_offset.,,Numeric Array(3),
mom_ref_pos_arc_center,Motion,For Lathe only.  The arc center in reference position coordinates.,,Numeric Array(3),
mom_rotary_delta_4th,Motion,The angular difference between mom_out_angle_pos(0) and mom_prev_out_angle_pos(0),,Numeric Value,
mom_rotary_delta_5th,Motion,The angular difference between mom_out_angle_pos(1) and mom_prev_out_angle_pos(1),,Numeric Value,
mom_sys_lathe_x_double,Motion,"For lathe only.  Defines the factor used to produce radius or diameter programming.  If the value is 2.0, the X and I coordinates will represent diameter values.",1.0 or 2.0,Numerical Value,1
mom_sys_lathe_x_factor,Motion,For lathe only. Defines the factor used to mirror the X axis.  A value of -1.0 will mirror the X and I words.,1.0 or -1.0,Numerical Value,1
mom_sys_lathe_z_factor,Motion,For lathe only. Defines the factor used to mirror the Z axis.  A value of -1.0 will mirror the Z and K words.,1.0 or -1.0,Numerical Value,2
mom_tool_axis,Motion,For milling machines only.  Defines orientation of the tool with respect to MCS of the operation.  Is used by the post to calculate the fourth and fifth axis rotary positions.  ,Unit vector.,Numeric Array(3),"(0,0,1)"
mom_tool_offset,Motion,"The tool offsets defined in the MCS.  For Lathes, the XOFF is mom_tool_offset(0), the YOFF is mom_tool_offset(1) and mom_tool_offset(2) is always 0.0.  For Milling machines, the ZOFF is mom_tool_offset(2) and mom_tool_offset(0) and mom_tool_offset(1) are set to 0.0.",,Numeric Array(3),"(0,0,0)"
mom_tool_offset_defined,Motion,Indicates whether the tool offsets have been defined in the operation.,"undefined is 0, defined is 1",Integer,
mom_tool_tracking_type,Motion,"Defines the type of tracking that was defined in the operation to output the tool positions .  The mom variables mom_pos, mom_prev_pos, mom_alt_pos, mom_prev_alt_pos, mom_mcs_goto and mom_prev_mcs_goto will be affected.  If the tool tracking type is TIP then the output will be the traditional tool end point. If the tool tracking type is CONTACT, then the output will be the contact point.  If the tool tracking type is BALL, then the output will be the contact center point.  ","TIP, CONTACT, BALL",String,TIP
mom_tool_tracking_type,Motion,Defines the type of output that will be output as mom_pos for the 3-D contact output. The type of output is defined the UG operation.  The mom variable mom_tool_tracking_type is available only for variable axis surface contouring.   BALL will use the ball nose center as mom_pos.  CONTACT will use the tool contact point as mom_pos.  TIP will use the tool tip as mom_pos.  TIP is the normal output and default mode.  The mom variable mom_tool_tracking_type will be valid only if mom_cutter_data_output_indicator equals 2.,"BALL, CONTACT or TIP",Integer,TIP
mom_tool_x_offset,Motion,"For Lathe, the YOFF value from the tool or TURRET UDE.  This may also contain any offset for the distance between the independent spindle and the dependent.  For Milling machines, this is set to zero.  This offset is in the machine tool coordinate system.  The mom_ref_pos(0) coordinate is the mom_pos(0) plus mom_tool_x_offset.",,Numeric Value,
mom_tool_x_offset_defined,Motion,Indicates whether the mom_tool_x_offset has been specified in the operation.,"undefined is 0, defined is 1",Integer,
mom_tool_y_offset,Motion,This offset is set to zero for both mills and lathes.,,Numeric Value,
mom_tool_y_offset_defined,Motion,Currently always set to zero.,"undefined is 0, defined is 1",Integer,
mom_tool_z_offset,Motion,"For Lathe, the XOFF value from the tool or TURRET UDE.  This may also contain any offset for the distance between the independent spindle and the dependent.  For Milling machines, this is the ZOFF value from the tool or LOAD UDE.  This offset is in the machine tool coordinate system.  The C335",,Numeric Value,
mom_tool_z_offset_defined,Motion,Indicates whether the mom_tool_z_offset has been specified in the operation.,"undefined is 0, defined is 1",Integer,
mom_tracking_point_diameter,Motion,"When the tool path is 2-D contact, the radial diameter of the tracking point is applied to the tool path between the CUTCOM/ON and CUTCOM/OFF commands when output contact contour tool path. ",,Numeric Value,0
mom_tracking_point_distance,Motion,"When the tool path is 2-D contact, the axial distance of the tracking point is applied to the whole tool path, except the FROM and GOHOME tool position.",,Numeric Value,
mom_tracking_point_name,Motion,"When the tool path is 2-D contact, this is the name of the current tracking point.",,String,
mom_upper_arc_direction,Motion,Defines the arc direction of an arc on the upper plane for 4-axis Wire EDM operations.  Use this variable to create conic records in the NC code.,CLW or CCLW,String,
mom_upper_pos_arc_center,Motion,Defines the center of an arc on the upper plane for 4-axis Wire EDM operations.  Use this variable to create conic records in the NC code.,,Numeric Array(3),
mom_wall_stock,Motion,Defines the stock to be applied to the wall in milling operations.,,Numeric Value,
MOM_circular_move,Motion Events,This event occurs at a motion on an arc.,"mom_arc_direction, mom_arc_intol_fraction, mom_arc_radius, mom_arc_tolerance, mom_arc_tool_diameter, mom_arc_tool_radius, mom_arc_center, mom_arc_axis, mom_pos_arc_center, mom_pos_arc_axis, mom_pos_arc_plane, mom_ref_pos_arc_center, plus all mom variables generated by the MOM_linear_move event.",,
MOM_end_of_conic,Motion Events,This event occurs at the end of motion on a conic segment.,,,
MOM_first_move,Motion Events,This event occurs at the start of an operation that does not have a tool change.,All mom variables generated by the MOM_linear_move event.,,
MOM_first_turret,Motion Events,This event occurs at the start of an operation to define the initial turret or carrier.  This event occurs immediately before the Start of Path event.  This event can be used to change the postprocessor.,mom_carrier_name,,
MOM_from_move,Motion Events,This event occurs for a motion type FROM.,"mom_from_alt_pos, mom_from_pos, mom_from_ref_pos",,
MOM_gohome_move,Motion Events,This event occurs for a motion type GOHOME or GOHOME_DEFAULT.,"mom_gohome_alt_pos, mom_gohome_pos, mom_gohome_ref_pos",,
MOM_initial_move,Motion Events,"This event occurs at the first motion after a tool change event. If the first motion is a cycle move, a MOM_initial_move event is generated for the mom_cycle_rapid_to_pos.",All mom variables generated by the MOM_linear_move event.,,
MOM_lathe_thread,Motion Events,This event occurs for when the threading is activated and establishes the parameters for thread motion.,"mom_lathe_thread_type, mom_lathe_thread_value, mom_lathe_thread_advance_type, mom_lathe_thread_increment, mom_lathe_thread_lead, mom_lathe_thread_lead_I, mom_lathe_thread_lead_k, mom_lathe_thread_tpi, mom_lathe_thread_feed_rate, mom_last_z_pos",,
MOM_linear_move,Motion Events,This event occurs at each linear motion at programmed feedrate.,"mom_alt_pos, mom_feed_rate, mom_feed_rate_number, mom_feed_rate_mode, mom_feed_rate_output_mode, mom_feed_rate_per_rev, mom_last_z_pos, mom_mcs_coord_mode, mom_mcs_go_delta, mom_mcs_goto, mom_motion_distance, mom_motion_type, mom_out_angle_pos, mom_paint_color, mom_pos, mom_prev_alt_pos, mom_prev_mcs_goto, mom_prev_pos, mom_prev_ref_pos, mom_prev_tool_axis, mom_ref_pos, mom_tool_axis",,
MOM_nurbs_move,Motion Events,This event occurs at each nurb motion at the programmed feedrate.  The data varies depending on the kinematics variable mom_kin_nurbs_output_type.,"mom_last_z_pos, mom_nurbs_order, mom_nurbs_point_count, mom_nurbs_knot_count, mom_nurbs_points, mom_nurbs_knots, mom_nurbs_coefficients",,
MOM_rapid_move,Motion Events,This event occurs at each motion at Rapid feedrate.,All mom variables generated with the MOM_linear_move event.,,
MOM_set_csys ,Motion Events,"This event occurs to define the current coordinate system.  If present, will be output immediately after the MOM_start_of_path event.","mom_csys_matrix, mom_kin_coordinate_system_type",,
MOM_start_of_conic,Motion Events,This event occurs at the start of a conic segment.  All of the following motion events until a MOM_end_of_conic event will be linear moves that approximate the conic segment.,"mom_arc_direction, mom_arc_intol_fraction, mom_arc_radius, mom_arc_tolerance, mom_arc_tool_diameter, mom_arc_tool_radius, mom_arc_center, mom_arc_axis, mom_pos_arc_center, mom_pos_arc_axis,mom_pos_arc_plane, mom_ref_pos_arc_center, mom_upper_arc_direction, mom_upper_arc_center, plus all mom variables generated by the MOM_linear_move event.",,
MOM_turret_change,Motion Events,This event occurs whenever there is a change of turrets or carriers.  This event occurs immediately before the Start of Path event.  This event can be used to change the postprocessor.,mom_carrier_name,,
mom_kin_nurbs_output_type,Nurbs,"Defines output format for nurbs output.  BSPLINE is for Fanuc controls, HEIDENHAIN_POLY is for Heidenhain controls and SIEMENS_POLY is for Siemens controls.  These basic output formats may also work for other control types.","BSPLINE, HEIDENHAIN_POLY, SIEMENS_POLY",String,
mom_nurbs_co_efficient_0,Nurbs,For Siemens and Heidenhain nurbs only.  Defines the coefficients of the polynomial representation of the nurbs.,,Numerical Value,
mom_nurbs_co_efficient_1,Nurbs,For Siemens and Heidenhain nurbs only.  Defines the coefficients of the polynomial representation of the nurbs.,,Numerical Value,
mom_nurbs_co_efficient_2,Nurbs,For Siemens and Heidenhain nurbs only.  Defines the coefficients of the polynomial representation of the nurbs.,,Numerical Value,
mom_nurbs_co_efficient_3,Nurbs,For Siemens and Heidenhain nurbs only.  Defines the coefficients of the polynomial representation of the nurbs.,,Numerical Value,
mom_nurbs_co_efficient_4,Nurbs,For Siemens and Heidenhain nurbs only.  Defines the coefficients of the polynomial representation of the nurbs.,,Numerical Value,
mom_nurbs_co_efficient_5,Nurbs,For Siemens and Heidenhain nurbs only.  Defines the coefficients of the polynomial representation of the nurbs.,,Numerical Value,
mom_nurbs_co_efficient_6,Nurbs,For Siemens and Heidenhain nurbs only.  Defines the coefficients of the polynomial representation of the nurbs.,,Numerical Value,
mom_nurbs_co_efficient_7,Nurbs,For Siemens and Heidenhain nurbs only.  Defines the coefficients of the polynomial representation of the nurbs.,,Numerical Value,
mom_nurbs_co_efficient_8,Nurbs,For Siemens and Heidenhain nurbs only.  Defines the coefficients of the polynomial representation of the nurbs.,,Numerical Value,
mom_nurbs_coefficients,Nurbs,For Siemens and Heidenhain nurbs only.  Defines the coefficients of the polynomial representation of the nurbs.,,Numerical Value,
mom_nurbs_knot_count,Nurbs,For Fanuc nurbs only.  Defines the number of knot points to output.,,Numerical Value,
mom_nurbs_knots,Nurbs,For Fanuc nurbs only.  Defines an array of knot points to output.,,Numerical Array(number of knots),
mom_nurbs_order,Nurbs,For Fanuc nurbs only.  Defines the order of the nurbs.  Output as Pn.,,Numerical Value,
mom_nurbs_point_count,Nurbs,"For Fanuc, Siemens and Heidenhain nurbs only.  Defines the number of points..",Any number greater than zero.,Integer,
mom_nurbs_point_x,Nurbs,For Siemens nurbs only.  Defines the point coefficeients of the polynomial representation of the nurbs.,,Numerical Value,
mom_nurbs_point_y,Nurbs,For Siemens nurbs only.  Defines the point coefficeients of the polynomial representation of the nurbs.,,Numerical Value,
mom_nurbs_point_z,Nurbs,For Siemens nurbs only.  Defines the point coefficeients of the polynomial representation of the nurbs.,,Numerical Value,
mom_nurbs_points,Nurbs,"For Fanuc, Siemens and Heidenhain nurbs only.  Defines the representation of the nurbs.",,Numerical Value,
mom_nurbs_points_x,Nurbs,For Heidenhain nurbs only.  Defines the coefficeients of the polynomial representation of the nurbs.,,Numerical Value,
mom_nurbs_points_y,Nurbs,For Heidenhain nurbs only.  Defines the coefficeients of the polynomial representation of the nurbs.,,Numerical Value,
mom_nurbs_points_z,Nurbs,For Heidenhain nurbs only.  Defines the coefficeients of the polynomial representation of the nurbs.,,Numerical Value,
mom_cam_session_config_file,Operation,The complete path name the current cam configuration file.,User defined,String,User defined
mom_current_oper_is_last_oper_in_program,Operation,Defines whether the current operation is the last operation in the current program group.,YES or NO,String,None
mom_face_stock,Operation,For lathe operations only.  Defines the stock applied to face or z axis.,,Numerical Value,0
mom_finish_stock,Operation,For finishing operations.  The amount of stock left after the finishing operation.,,Numerical Value,0
mom_fixture_offset_value,Operation,The value entered in fixture offset dialog in MCS dialog in Geometry View.,,Integer,0
mom_from_point,Operation,"If mom_from_status = 1, then the values entered in operation avoidance control to define the FROM position.",,Numerical Array(3),"(0,0,0)"
mom_from_status,Operation,Defines whether the FROM has been specified in the operation.,"0 not defined, 1 defined",Integer,
mom_from_tool_axis,Operation,"For mill posts only.  If mom_from_tool_axis_status = 1, then the values represent the tool axis for the from position.",,Numerical Array(3),"(0,0,1)"
mom_from_tool_axis_status,Operation,For mill posts only. Defines whether the tool axis for the FROM has been specified in the operation.,"0 not defined, 1 defined",Integer,
mom_gohome_axis,Operation,"For mill posts only. If mom_gohome_axis_status = 1, then the values represent the tool axis for the GOHOME position.",,Numerical Array(3),"(0,0,1)"
mom_gohome_axis_status,Operation,For mill posts only. Defines whether the tool axis for GOHOME has been specified in the operation.,0 = not defined; 1 = defined,Integer,
mom_gohome_point,Operation,"If mom_gohome_status = 1, then the values entered in operation avoidance control to define the GOHOME position.",,Numerical Array(3),"(0,0,0)"
mom_gohome_status,Operation,Reports the GOHOME setting for the operation.  0 = has never been defined and is set to ''None'' for new operation; 1 = defined with the ''Specify'' option; 2 = was previously defined and is now set to ''None''; 3 = set to ''Same as From''; 4 = set to ''GOHOME - No Point'',"0, 1, 2, 3, 4",Integer,0
mom_instanced_path,Operation,Defines whether the current operation is instanced.,0 (not instanced); 1 (instanced),Integer,
mom_main_mcs,Operation,The name of the MCS that will be used in the current operation. ,User defined,String,User defined
mom_minimum_clearance,Operation,Minimum clearance used in the operation.,,Numeric Value,0.1
mom_number_of_starts,Operation,Defines the number of starts for a threading operation in Turning.,Any positive integer.,Integer,1
mom_path_name,Operation,Name of the operation as it appears in operation navigator.,,String,
mom_radial_stock,Operation,For lathe operations only.  Defines the stock applied to x axis.,,Numerical Value,0
mom_return_point,Operation,"If mom_return_status = 1, then the values entered in operation avoidance control to define the RETURN point.",,Numerical Array(3),"(0,0,0)"
mom_return_status,Operation,Defines whether the return point has been specified in the operation.,"0 not defined, 1 defined",Integer,
mom_spindle_direction_automatic,Operation,"Defines how the spindle direction for turning operations will be derived.  If the Automatic option is selected in Feeds dialog for turning operations, this value will be 1, otherwise 0.",0 or 1,Integer,1
mom_start_point,Operation,"If mom_start_status = 1, then the values entered in operation avoidance control to define the START point.",,Numerical Array(3),"(0,0,0)"
mom_start_status,Operation,Defines whether the start point has been specified in the operation.,"0 not defined, 1 defined",Integer,
mom_stock_blank,Operation,Defines the stock applied to the blank.,,Numerical Value,0
mom_stock_check_geometry,Operation,Defines the stock applied to the check geometry.,,Numerical Value,0
mom_stock_drive,Operation,Defines the distance drive points are offset along the surface normal. ,,Numerical Value,0
mom_stock_floor,Operation,Defines the stock applied to the floor,,Numerical Value,0
mom_stock_part,Operation,Defines the stock applied to the part. This can be Part Stock or Part Side Stock.,,Numerical Value,0
mom_stock_floor_part_use,Operation,"Reports the Use Floor Same As Side or Use Floor Stock Same as Wall setting for the operation.  0 = off, 1 = on","0, 1",Integer,0
mom_stock_trim_geometry,Operation,Defines the stock applied to the trim geometry,,Numerical Value,0
mom_surface_speed,Operation,The surface speed as entered in the feeds and speeds dialog in the operation.,,Numeric Value,
mom_template_subtype,Operation,"Name of the template subtype used to create the current operation.  For Sinumerik - Thread machining type 1-4, 1=External Constant infeed, 2=Internal Constant infeed, 3=External Constant cutting cross-section, 4=Internal Constant cutting cross-section",,String,
mom_template_type,Operation,Name of template part used to create the current operation.,,String,
mom_tool_axis_type,Operation,Output from surface coutouring operations. Indicates the tool axis setting for the operation. ,"0=None, 1=Fixed Vector, 2=Normal to Part, 3=Swarf Relative to Part Surface(+U), 4=Swarf Relative to Drive Surface(+V), 5=Swarf Relative to Part Surface(-U), 6=Swarf Relative to Drive Surface(-V), 7=Relative to Part Non-Perpendicular, 8=4-Axis Normal to Part, 9=Through or Away from a Point, 10=Towards Point, 11=Away from Line, 12=Towards Line, 13=Surface Ruling, 14=Fan, 15=Same, 16=Normal to Drive Surface, 17=Parallel to Part Surface, 18=Parallel to Drive Surface, 19=Relative to Drive Surface, 20=4-Axis Normal to Drive Surface, 21=4-Axis Relative to Part Surface, 22=4-Axis Relative to Drive Surface, 23=Same as Drive Path, 24=Relative to Vector, 25=Dual 4-Axis or Dual 4-Axis Relative to Part, 26=Dual 4-Axis Relative to Drive, 27=Interpolated Tool Axis, 28 = User Defined to Part, 29 = All",Integer,
mom_part_material_code,Part,Libref of part material used for the current setup.,,String,
mom_part_material_description,Part,Description of the part material used in the current setup.,,String,
mom_part_material_hardness,Part,Hardness value for the part material used in the current operation.,,String,
mom_auxfun,Post Commands,The value entered in AUXFUN UDE.,Any number greater than or equal to zero.,Integer,
mom_auxfun_text,Post Commands,The appended text entered in the AUXFUN UDE.,Any string 66 characters or less.,String,
mom_auxfun_text_defined,Post Commands,Flag defining if AUXFUN appended text has been entered,"0 (no text), 1 (text defined)",Integer,
mom_axis_position,Post Commands,The axis value for set_axis UDE.,ZAXIS or WAXIS,String,ZAXIS
mom_axis_position_value,Post Commands,"The position for the SET/ZAXIS,n or SET/WAXIS,n in the set_axis UDE.",,Numeric Value,
mom_axis_position_value_defined,Post Commands,Flag defining if the set_axis position has been defined.,"0 (no text), 1 (text defined)",Integer,
mom_clamp_axis,Post Commands,The axis option selected from CLAMP UDE.  The AUTO option will initiate auto-clamping in Post Builder created four axis posts.,"XAXIS, YAXIS, ZAXIS, AAXIS, BAXIS, CAXIS, AUTO",String,
mom_clamp_status,Post Commands,Clamping status of the selected axis.,"ON, OFF, AXISON, AXISOFF",String,
mom_clamp_text,Post Commands,The appended text entered in the CLAMP UDE.,Any string 66 characters or less.,String,
mom_clamp_text_defined,Post Commands,Flag defining if CLAMP appended text has been entered,"0 (no text), 1 (text defined)",Integer,
mom_coolant_mode,Post Commands,Defines the type of coolant desired.,"ON, FLOOD, MIST, TAP, THRU",String,
mom_coolant_text,Post Commands,The appended text entered in the COOLNT UDE.,Any string 66 characters or less.,String,
mom_coolant_text_defined,Post Commands,Flag defining if COOLNT appended text has been entered,"0 (no text), 1 (text defined)",Integer,
mom_coordinate_output_mode,Post Commands,For mill turn only.  Defines the status of the UDE SET/POLAR.  ON means that the output will be in polar coordinates.  OFF means the output will be in normal Cartesian coordinates.,"ON, OFF ",String,ON
mom_cut_wire_text,Post Commands,The appended text entered in the CUT/WIRE UDE.,Any string 66 characters or less.,String,
mom_cut_wire_text_defined,Post Commands,Flag defining if CUT/WIRE appended text has been entered,"0 (no text), 1 (text defined)",Integer,
mom_cutcom_adjust_register,Post Commands,The value of the cutcom adjust register in CUTCOM UDE.,Any number greater than or equal to zero.,Integer,
mom_cutcom_adjust_register_defined,Post Commands,Flag defining if the cutcom adjust register has been specified in CUTCOM UDE.,"0 (no), 1 (yes)",Integer,
mom_cutcom_angle,Post Commands,Angle specified for Engage/Retract cutcom method in the machine control dialog in the operation.,,Numeric Value,10
mom_cutcom_distance,Post Commands,Cutcom distance specified for Engage/Retract cutcom method in the machine control dialog in the operation.,Any number greater than or equal to zero.,Numeric Value,0.1
mom_cutcom_mode,Post Commands,Defines the cutcom direction in the CUTCOM UDE.,"LEFT, RIGHT, ON ",String,ON
mom_cutcom_plane,Post Commands,Defines the cutcom plane in the CUTCOM UDE.,"NONE, XYPLAN, YZPLAN, ZXPLAN",String,NONE
mom_cutcom_plane_output_flag,Post Commands,Flag defining if the cutcom plane has been specified in CUTCOM UDE.,"0 (no text), 1 (text defined)",Integer,
mom_cutcom_register,Post Commands,The cutcom register defined in the machine control dialog in the operation.  May be overridden by the cutcom register on the tool.,Any number greater than or equal to zero.,Integer,
mom_cutcom_register_output_flag,Post Commands,Flag defining if the cutcom register has been specified in machine control dialog in the operation..,"0 (no text), 1 (text defined)",Integer,
mom_cutcom_text,Post Commands,The appended text entered in CUTCOM UDE.,Any string 66 characters or less.,String,
mom_cutcom_text_defined,Post Commands,Flag defining if CUTCOM appended text has been entered,"0 (no text), 1 (text defined)",Integer,
mom_cutcom_type,Post Commands,The type of cutter compensation requested in the machine control dialog.,"1 (Retract/Engage), 2 (Wall)",Integer,
mom_def_sequence_frequency,Post Commands,The initial value of the frequency parameter for the SEQUENCE command in the definition file.,Any number greater than zero.,Integer,1
mom_def_sequence_increment,Post Commands,The initial value of the increment parameter for the SEQUENCE command in the definition file.,Any number greater than zero.,Integer,10
mom_def_sequence_maximum,Post Commands,The initial value of the maximum sequence number parameter for the SEQUENCE command in the definition file.,Any number greater than zero.,Integer,0
mom_def_sequence_start,Post Commands,The initial value of the start sequence number for the SEQUENCE command in the definition file.,Any number greater than zero.,Integer,10
mom_delay_mode,Post Commands,"Defines the mom variable that will be used for the delay UDE.  Seconds will use mom_delay_value, revolutions will use the mom_delay_revs  ",SECONDS or REVOLUTIONS,Integer,
mom_delay_revs,Post Commands,The delay value in revolutions for revolutions mode in the DELAY UDE..,Any number greater than zero.,Integer,
mom_delay_text,Post Commands,The appended text entered in DELAY UDE.,Any string 66 characters or less.,String,
mom_delay_text_defined,Post Commands,Flag defining if DELAY appended text has been entered,"0 (no text), 1 (text defined)",Integer,
mom_delay_value,Post Commands,The delay value in seconds for seconds mode in the DELAY UDE.,Any number greater than zero.,Numeric Value,
mom_flush_guides,Post Commands,"For Wire EDM only, setting of the FLUSH guide parameter.","NONE, UPPER, LOWER, ALL",String,
mom_flush_pressure,Post Commands,"For Wire EDM only, setting of the FLUSH pressure parameter.","NONE, LOW, MEDIUM, HIGH, REGISTER",String,
mom_flush_register,Post Commands,"For Wire EDM only, setting of the FLUSH register parameter.",Any number greater than or equal to zero.,Integer,
mom_flush_tank,Post Commands,"For Wire EDM only, setting of the FLUSH/TANK parameter.","IN, OUT",String,
mom_flush_tank_text,Post Commands,The appended text entered in FLUSH/TANK UDE.,Any string 66 characters or less.,String,
mom_flush_tank_text_defined,Post Commands,Flag defining if FLUSH/TANK appended text has been entered,"0 (no text), 1 (text defined)",Integer,
mom_head_name,Post Commands,This value is used to switch between posts for linked posts.,Any string 66 characters or less.,String,
mom_head_name_defined,Post Commands,Flag defining if HEAD has been programmed.,"0 (no ), 1 (yes)",Integer,
mom_head_text,Post Commands,The appended text entered in SELECT/HEAD UDE.,Any string 66 characters or less.,String,
mom_head_text_defined,Post Commands,Flag defining if SELECT/HEAD appended text has been entered,"0 (no text), 1 (text defined)",Integer,
mom_head_type,Post Commands,Value of the head for the SELECT/HEAD UDE.,"FRONT,REAR,RIGHT,LEFT,SIDE,SADDLE",String,
mom_load_tool_number_defined,Post Commands,Flag defining if the tool number has been specified in the LOAD or TURRET UDE.,"0 (no text), 1 (text defined)",Integer,
mom_lock_axis,Post Commands,"The axis to be locked for the SET/LOCK UDE.  The post will convert the FOURTH and FIFTH parameters into the applicable rotary axis (A,B or C). For five axis machine tools with the fifth axis rotation method set to reverse, set mom_kin_rotary_axis_method to zero. To do this, uncomment the following line in the post builder custom PB_CMD_revise_new_iks file: set mom_kin_rotary_axis_method  ""ZERO""","XAXIS, YAXIS, ZAXIS, AAXIS, BAXIS, CAXIS, FOURTH, FIFTH",String,
mom_lock_axis_plane,Post Commands,The plane to be locked for the SET/LOCK UDE.  You must enter a valid plane for five axis machines.  You do not need to enter an axis for four axis machines.,"XYPLAN, YZPLAN, ZXPLAN, NONE.",String,
mom_lock_axis_value,Post Commands,The position or angle to lock the axis or plane.,,Numeric Value,0
mom_lock_axis_value_defined,Post Commands,Flag defining if the lock axis value has been entered,"0 (no ), 1 (yes)",Integer,
mom_modes_text,Post Commands,The appended text entered in the SET/MODE UDE.,Any string 66 characters or less.,String,
mom_modes_text_defined,Post Commands,Flag defining if SET/MODE appended text has been entered,"0 (no text), 1 (text defined)",Integer,
mom_number_of_ranges,Post Commands,You can use this variable do define the maximum number of ranges for the custom commands PB_CMD_spindle_sfm_range_select  or PB_CMD_spindle_rpm_range_select.,0-9,Integer,9
mom_operator_message,Post Commands,The text of the operator message.  The post will add a control out string to the beginning and a control out string to the end.  You can specify these in Post Builder.  ,Any string 66 characters or less.,String,
mom_operator_message_defined,Post Commands,Flag defining if the operator message text has been entered,"0 (no ), 1 (yes)",Integer,
mom_opskip_text,Post Commands,The appended text entered in the OPSKIP UDE.,Any string 66 characters or less.,String,
mom_opskip_text_defined,Post Commands,Flag defining if OPSKIP appended text has been entered,"0 (no text), 1 (text defined)",Integer,
mom_opstop_text,Post Commands,The appended text entered in the OPSTOP UDE.,Any string 66 characters or less.,String,
mom_opstop_text_defined,Post Commands,Flag defining if OPSTOP appended text has been entered,"0 (no text), 1 (text defined)",Integer,
mom_origin,Post Commands,"For four and five axis posts, defines the distance from the origin of the MCS to center of the rotary table.   For other posts, an offset from the MCS origin to the machine tool coordinate center.",,Numeric Array(3),"(0,0,0)"
mom_origin_text,Post Commands,The appended text entered in the ORIGIN UDE.,Any string 66 characters or less.,String,
mom_origin_text_defined,Post Commands,Flag defining if ORIGIN appended text has been entered,"0 (no text), 1 (text defined)",Integer,
mom_parallel_to_axis,Post Commands,The value of the SET/MODE UDE to control how parallel axes will be output in the post.,"ZAXIS, WAXIS or VAXIS.",String,
mom_power_text,Post Commands,The appended text entered in the POWER UDE.,Any string 66 characters or less.,String,
mom_power_text_defined,Post Commands,Flag defining if POWER appended text has been entered,"0 (no text), 1 (text defined)",Integer,
mom_power_value,Post Commands,"For Wire EDM only, the power setting for wire EDM operations.",Any number greater than or equal to zero.,Numeric Value,
mom_pprint,Post Commands,The text of the PPRINT UDE.  The post will replace the first '(' with a control out string to the beginning and the next ')' with a control out string.  You can specify the control out and control in strings in Post Builder.  ,Any string 66 characters or less.,String,
mom_pprint_defined,Post Commands,Flag defining if the PPRINT UDE text has been entered,"0 (no ), 1 (yes)",Integer,
mom_prefun,Post Commands,The value of the PREFUN UDE.,Any number greater than or equal to zero.,Integer,
mom_prefun_text,Post Commands,The appended text entered in the PREFUN UDE.,Any string 66 characters or less.,String,
mom_prefun_text_defined,Post Commands,Flag defining if PREFUN appended text has been entered,"0 (no text), 1 (text defined)",Integer,
mom_rotate_axis_type,Post Commands,Defines the axis to be rotated for ROTATE UDE.,"TABLE, HEAD, AAXIS, BAXIS, CAXIS",String,
mom_rotation_angle,Post Commands,"Defines the angle to rotate to for the ROTATE UDE.  The value may be incremental, absolute or to a modulo 360 angle.",,Numeric Value,
mom_rotation_angle_defined,Post Commands,Flag defining if the ROTATE angle has been entered.,"0 (no ), 1 (yes)",Integer,
mom_rotation_direction,Post Commands,Defines the direction to rotate the table for the ROTATE UDE.,"CLW, CCLW, NONE",String,
mom_rotation_mode,Post Commands,Defines how the mom_rotation_angle will be applied.,"NONE, ABSOLUTE, INCREMENTAL, ANGLE.",String,
mom_rotation_reference_mode,Post Commands,Defines the status of ROTREF.  Currently not used.,"ON, OFF",String,
mom_rotation_text,Post Commands,The appended text entered in the ROTATE UDE.,Any string 66 characters or less.,String,
mom_rotation_text_defined,Post Commands,Flag defining if ROTATE appended text has been entered,"0 (no text), 1 (text defined)",Integer,
mom_seqnum,Post Commands,The current sequence number.,Any number greater than zero.,Integer,
mom_sequence_frequency,Post Commands,The value of the frequency parameter for the SEQNO UDE.,Any number greater than zero.,Integer,1
mom_sequence_increment,Post Commands,The value of the increment parameter for the SEQNO UDE.,Any number greater than zero.,Integer,10
mom_sequence_mode,Post Commands,Defines how the sequence number will be output.   ON will reinstate the output of the sequence number.  OFF will suppress sequence numbers.  N will turn on sequence numbers starting with N.  AUTO is currently not used.,"ON, OFF, N, AUTO.",String,OFF
mom_sequence_number,Post Commands,The value for the next sequence number for the SEQNO UDE.,Any number greater than zero.,Integer,10
mom_sequence_text,Post Commands,The appended text entered in the SEQNO UDE.,Any string 66 characters or less.,String,
mom_sequence_text_defined,Post Commands,Flag defining if SEQNO appended text has been entered,"0 (no text), 1 (text defined)",Integer,
mom_spindle_direction,Post Commands,"Defines the direction of the spindle.  With the preference update post from tool turned on, this value comes from the tool.  Otherwise the direction comes from the SPINDL UDE.","CLW, CCLW or NONE",String,
mom_spindle_maximum_rpm,Post Commands,Defines the maximum spindle rpm allowed in an operation.  This value can only be output with the SPINDL UDE.  It is not available on the feeds and speeds dialog.,Any number greater than zero.,Numeric Value,
mom_spindle_maximum_rpm_defined,Post Commands,Flag defining if the SPINDL MAXRPM parameter has been entered,"0 (no ), 1 (yes)",Integer,
mom_spindle_mode,Post Commands,"Defines the output mode of the spindle.  With the preference update post from tool turned on, this value comes from the tool.  Otherwise the direction comes from the SPINDL UDE.  ",RPM or SFM,String,
mom_spindle_range,Post Commands,Defines a spindle range.  This value can be output with the SPINDL UDE.  You can use a custom command in Post Builder to automatically derive the spindle range from the rpm.,1 through 9,String,
mom_spindle_range_defined,Post Commands,Flag defining if the SPINDL RANGE parameter has been entered,"0 (no ), 1 (yes)",Integer,
mom_spindle_rpm,Post Commands,Defines the rpm of the spindle when in RPM mode.  In SFM mode represents the equivalent rpm at the first cut radius.,Any number greater than or equal to zero.,Numeric Value,
mom_spindle_speed,Post Commands,The value of either SFM or RPM.  ,Any number greater than or equal to zero.,Numeric Value,
mom_spindle_speed_defined,Post Commands,Flag defining if the SPINDL speed parameter has been entered,"0 (no ), 1 (yes)",Integer,
mom_spindle_text,Post Commands,The appended text entered in the SPINDL UDE.,Any string 66 characters or less.,String,
mom_spindle_text_defined,Post Commands,Flag defining if SPINDL appended text has been entered,"0 (no text), 1 (text defined)",Integer,
mom_stop_text,Post Commands,The appended text entered in the STOP UDE.,Any string 66 characters or less.,String,
mom_stop_text_defined,Post Commands,Flag defining if STOP appended text has been entered,"0 (no text), 1 (text defined)",Integer,
mom_tool_adj_reg_defined,Post Commands,Flag defining if the adjust register parameter has been entered in the tool dialog.,"0 (no ), 1 (yes)",Integer,
mom_tool_adjust_register,Post Commands,Value of the tool length adjust register.  Used only if update post from tool preference is set to on.,Any number greater than or equal to zero.,Integer,
mom_tool_change_type,Post Commands,"Defines the type of tool change.  If type is AUTO, then the auto tool change event marker will be executed.  If type is MANUAL, then the manual tool change event marker will be executed.",AUTO or MANUAL.  ,String,
mom_tool_head,Post Commands,Defines the name of the current head used by a two turret lathe.,"FRONT,REAR,RIGHT,LEFT,SIDE,SADDLE",String,
mom_tool_number,Post Commands,"Defines the tool to be loaded.  With the preference update post from tool turned on, this value comes from the tool.  Otherwise the direction comes from the LOAD or TURRET UDE.",Any number greater than or equal to zero.,Numeric Value,
mom_tool_use,Post Commands,"Defines an array that contains the tool number and machine time for each tool.  Where tool_use(0,0) represent the tool number and tool_use(0,1) represents the machining time for the first tool.",Any number greater than or equal to zero.,"Numeric Array (n,t)",
mom_translate,Post Commands,The values from the TRANS UDE command.,,Numeric Array(3),"(0,0,0)"
mom_work_coordinate_number,Post Commands,Value output by the ZERO/N UDE.  This value can be added to 53 to generate the Fanuc coordinate system codes.,0-6,Integer,
mom_next_machine_mode,Read Ahead,"Defines the machining mode of the next operation.  This is useful in mill-turn machine tools.","MILL, DRILL or LATHE",String,None
mom_next_main_mcs,Read Ahead,The name of the MCS that will be used in the next operation.  This is useful for multi-spindle machine tools.,User defined,String,User defined
mom_next_oper_geom,Read Ahead,The name of the workpiece that will be used in the next operation. ,User defined,String,User defined
mom_next_oper_has_head_change,Read Ahead,Defines whether the next operation has a head change.  This includes machine control operations if that is the next operation.,YES or NO,String,None
mom_next_oper_has_tool_change,Read Ahead,Defines whether the next operation has a tool change.  This includes machine control operations if that is the next operation.,YES or NO,String,None
mom_next_oper_has_turret_change,Read Ahead,Defines whether the next operation has a turret change.  This includes machine control operations if that is the next operation.,YES or NO,String,None
mom_next_pocket_id,Read Ahead,"If the pre-loaded tool option is used within UG CAM, this is the next pocket number where the tool is located.",,Integer,
mom_next_pocket_name,Read Ahead,"If the pre-loaded tool option is used within UG CAM, this is the name of the next pocket where the tool is located.",,Integer,
mom_next_tool_name,Read Ahead,The name of the next tool to be loaded.,,String,
mom_next_tool_number,Read Ahead,The number of the next tool to be loaded.  Can be used to pre-select the next tool.,,Integer,
mom_next_tool_status,Read Ahead,"Defines the status of the next tool.  It will either be NEXT or FIRST.  If FIRST, it means that you at end of the program and the next tool is the first tool.  NEXT means that the there is a next tool in the program.",NEXT or FIRST,String,
mom_nxt_alt_pos,Read Ahead,"The alternate machine tool coordinates (X,Y,Z,fourth axis,fifth axis) for the next goto. This value is different than mom_nxt_pos if the kinematics of the machine tool is five axis.  Otherwise, mom_nxt_alt_pos will be the same as mom_nxt_pos.  For five axis machine tools, there are always at least two valid solutions when converting the input coordinates (X,Y,Z,I,J,K) into machine tool coordinates (X,Y,Z,A,B).  The optimal solution will be mom_nxt_pos, the alternate solution will be mom_nxt_alt_pos..",,Numeric Array(5),
mom_nxt_arc_angle,Read Ahead,The total number of degrees for the arc if the next motion is an arc.,0-360,Numeric Value,
mom_nxt_arc_axis,Read Ahead,The circle axis vector for the arc if the next motion is an arc.,Unit vector.,Numeric Array(3),
mom_nxt_arc_center,Read Ahead,The center of the circle if the next motion is an arc.,,Numeric Array(3),
mom_nxt_arc_direction,Read Ahead,The direction of the circle if the next motion is an arc.,CLW or CCLW,String,
mom_nxt_arc_tolerance,Read Ahead,Total tolerance that was used to generate the next arc.,,Numeric Value,
mom_nxt_arc_tool_diameter,Read Ahead,The diameter of the tool used to drive the arc if the next motion is an arc..,,Numeric Value,
mom_nxt_arc_tool_radius,Read Ahead,The radius of the tool used to drive the arc if the next motion is an arc.,,Numeric Value,
mom_nxt_contact_status,Read Ahead,Indicates the the tool contact status of the contact point for the goto of the next operation. This feature is only avaialble for variable axis surface contouring.  The status is ON if both the mom tool tracking type is CONTACT and the tool is in contact with the part surface.,"ON , OFF",String,OFF
mom_nxt_event,Read Ahead,An array containing the names of the machine events that occurred between the current motion and the next motion.,,String Array,
mom_nxt_event_count,Read Ahead,The count of events in the array mom_nxt_event.,Any number greater than zero.,Integer,
mom_nxt_feed_rate_mode,Read Ahead,Defines the Feedrate input mode for the next goto.,"IPM, MMPM, IPR, MMPR",Numeric Value,
mom_nxt_feed_rate_output_mode,Read Ahead,Defines the Feedrate output mode for the next goto.,"IPM, MMPM, IPR, MMPR",Numeric Value,
mom_nxt_feed_rate_per_rev,Read Ahead,Defines the Feedrate if the input mode was IPR or MMPR.,Any number greater than zero.,Numeric Value,
mom_nxt_intol_arc_fraction,Read Ahead,Percentage of tolerance that is intol used to generate the next arc.,0-1,Numeric Value,
mom_nxt_invert_arc_center,Read Ahead,Same as mom_nxt_arc_center.,,,
mom_nxt_mcs_coord_mode,Read Ahead,Defines the next mcs goto as either an absolute move or a delta move. ,GOTO or GODLTA,String,GOTO
mom_nxt_mcs_go_delta,Read Ahead,The value of the mcs goto in delta coordinates.,,Numeric Array(3),
mom_nxt_mcs_goto,Read Ahead,The value of the next mcs goto in absolute goto coordinates.,,Numeric Array(3),
mom_nxt_motion_event,Read Ahead,The next motion event.  ,"initial_move, rapid_move, linear_move, circular_move, drill_move, drill_dwell_move, drill_deep_move, drill_break_chip_move, tap_move , bore_move, bore_dwell_move, bore_drag_move, bore_no_drag_move, bore_manual, bore_manual_dwell_move, thread_move",String,
mom_nxt_motion_type,Read Ahead,Motion type from the operation for next motion.,"UNDEFINED, RAPID, ENGAGE, CUT, RETRACT, FIRST_CUT, APPROACH, STEPOVER, DEPARTURE, RETURN, TRAVERSAL, SIDECUT, FROM, GOHOME, GOHOME_DEFAULT, CYCLE.",String,
mom_nxt_out_angle_pos,Read Ahead,For four and five axis machine tools only.  Formatted angles for the fourth and fifth axes of the next motion.  These values may contain a negative value or a value greater than 360 or less than 0.  mom_nxt_out_angle_pos(0) is the fourth axis and mom_nxt_out_angle_pos(1) is the fifth axis.,,Numeric Array(2),
mom_nxt_pos,Read Ahead,"The machine tool coordinates of the next goto point.  For Lathes, this is the X and Z positions of the tool tip.  For four and five milling machines, mom_nxt_pos(3) and mom_nxt_pos(4) represent the fourth and fifth axis rotary positions.  The rotary positions are between 0 and 360.  For three axis mill turns the output is X, Z and C.",,Numeric Array(5),
mom_nxt_pos_arc_axis,Read Ahead,"If the next motion is an arc, the arc center axis for the next circle.",,Numeric Array(3),
mom_nxt_pos_arc_center,Read Ahead,"If the next motion is an arc, the circle center of the next circle.",,Numeric Array(3),
mom_nxt_ref_pos_arc_center,Read Ahead,"For lathe only.  If the next motion is an arc, the circle center in reference point coordinates.",,Numeric Array(3),
mom_nxt_tool_axis,Read Ahead,The tool axis of the next goto.,Unit vector.,Numeric Array(3),
mom_nxt_tool_tracking_type,Read Ahead,"Defines the type of tracking that is defined in the operation to output the tool positions for next goto .  The mom variables mom_nxt_pos, mom_nxt_alt_pos and mom_nxt_mcs_goto  will be affected.  If the tool tracking type is TIP then the output will be the traditional tool end point. If the tool tracking type is CONTACT, then the output will be the contact point.  If the tool tracking type is BALL, then the output will be the contact center point.  ","TIP, CONTACT, BALL",String,TIP
MOM_before_output,Setup Events,This event occurs before the data in the global mom_o_buffer is output.,mom_o_buffer,,
MOM_end_of_group,Setup Events,This event occurs at the end of the group.  The name of the group is the group name that is ending.  There is an end of group paired with each start of group events.,mom_group_name,,
MOM_end_of_path,Setup Events,This event occurs at the end of every path.,,,
MOM_end_of_program,Setup Events,This event occurs at the end of program.,,,
MOM_first_tool,Setup Events,This event occurs when the first tool in the toolpath is encountered.  ,"mom_next_tool_name, mom_next_tool_number",,
MOM_machine_mode,Setup Events,"This event occurs when the machine mode changes between MILL, TURN, WEDM, and PUNCH. This event may be used to re-load the tcl and def files for a different post that can handle the kinematics of the new machine mode.  Note that MILL mode uses x,y,z,i,j,k to determine the tool position for three linear axes and two rotaries, TURN mode defines that the output is x,0,z only, WEDM mode defines the coordinates to be x,y,z,i,j,k where i,j,k is used to determine the slope of the wire and PUNCH mode means that only x,y will be meaningful.   Note: The MOM_machine_mode event is output before events such as MOM_start_of_program and MOM_start_of_group so that the machine mode is set correctly before beginning the program.","mom_machine_mode, mom_prev_machine_mode",,
MOM_msys,Setup Events,This event occurs at the beginning of each tool path.  It is used by the CLSF output function to describe the relationship between the coordinate system used to generate the tool path and the absolute coordinate system in NX.  ,"mom_msys_origin(3), mom_msys_matrix(9)",,
MOM_spindle_css,Setup Events,"This event occurs when the spindle UDE is active in the Start Post machine control dialog in the operation or attached to a group.  Much of this data (mom_spindle_mode, mom_spindle_speed, mom_spindle_direction, mom_spindle_rpm, mom_spindle_maximum_rpm) will be output as operation level data and output with the Start of Operation event.   This data is used to start the spindle a constant surface speed mode (SFM or SMM). The MOM_spindle_rpm event may be used if you need to control the order of post commands in the CLSF.  This event is unnecessary in NX2 if you output using the sequences in Post Builder.  Before NX2 you will still need to specify spindle range and any spindle text with the spindle UDE.","mom_spindle_status, mom_spindle_range, mom_spindle_mode, mom_spindle_speed, mom_spindle_direction, mom_spindle_rpm, mom_spindle_maximum_rpm, mom_spindle_text",,
MOM_spindle_off,Setup Events,This event occurs when a spindle off UDE is active in End Post machine control.  This event is used to turn the spindle off.,"mom_spindle_status, mom_spindle_text",,
MOM_spindle_rpm,Setup Events,"This event occurs when the spindle UDE is active in the Start Post machine control dialog in the operation or attached to a group.  Much of this data (mom_spindle_mode, mom_spindle_speed, mom_spindle_direction, mom_spindle_rpm, mom_spindle_maximum_rpm) will be output as operation level data and output with the Start of Operation event.   This data is used to start the spindle in RPM mode.  The MOM_spindle_rpm event may be used if you need to control the order of post commands in the CLSF.  This event is unnecessary in NX2 if you output using the sequences in Post Builder.  Before NX2 you will still need to specify spindle range and any spindle text with the spindle UDE.","mom_spindle_status, mom_spindle_range, mom_spindle_mode, mom_spindle_speed, mom_spindle_direction, mom_spindle_rpm, mom_spindle_maximum_rpm, mom_spindle_text",,
MOM_start_of_group,Setup Events,"This event occurs at the start of the group.  Note: MOM_start_of_program and MOM_start_of_group are delayed and combined with MOM_machine_mode into one MOM_start_of_program event. This delay makes the information needed for output files and groups available, and allows group names to be used at the start of a program as the program name.",,,
MOM_start_of_path,Setup Events,"This event occurs at the start of each operation.  The operation data generated will vary depending on the operation type.  At this time all of the operation parameters, parameters of the tool used in the operation and display parameters will be output.  Note that if the operation causes a machine mode event because the mom_machine_mode (MILL, TURN, WEDM, PUNCH) changes, the operation data will be output with the machine control event.","mom_lathe_spindle_axis, mom_next_tool_status, mom_operation_type, mom_tool_insert_width, mom_tool_tip_offset, mom_tool_x_imaginery_offset, mom_tool_z_imaginery_offset, mom_path_name, mom_tool_name, mom_tool_number, mom_tool_adjust_register, mom_tool_type, mom_tool_parameter_count, mom_tool_diameter, mom_tool_corner1_radius, mom_tool_equipment, mom_tool_shape, mom_tool_gage_length, mom_tool_taper_angle, mom_tool_tip_angle, mom_tool_corner1_x, mom_tool_corner1_y, mom_tool_flute_length, mom_tool_corner2_radius, mom_tool_corner2_x, mom_tool_corner2_y, mom_tool_holder_width, mom_tool_lead_angle, mom_tool_heel_angle, mom_tool_holder_height, mom_tool_orient_angle, mom_tool_insert_width, mom_tool_left_radius, mom_tool_right_radius, mom_tool_max_depth, mom_tool_insert_angle, mom_wire_guides_upper_plane, mom_wire_guides_lower_plane, mom_tool_barrel_radius, mom_tool_barrel_y, mom_tool_shank_diameter, mom_tool_orientation, mom_tool_work_side, mom_tool_track_side, mom_paint_arrow, mom_paint_feed, mom_paint_line_number, mom_paint_path_type, mom_paint_pattern, mom_paint_silhoutte_percentage, mom_paint_speed, mom_paint_speed_value, mom_paint_tool, mom_tool_display_type, mom_tool_display_frequency",,
MOM_start_of_program,Setup Events,"This event occurs at the start of the program.  Note that when this event is generated, only information available at the program level is generated.  No operation data is available.  Note: MOM_start_of_program and MOM_start_of_group are delayed and combined with MOM_machine_mode into one MOM_start_of_program event. This delay makes the information needed for output files and groups available, and allows group names to be used at the start of a program as the program name.","mom_date, mom_logname, mom_next_tool_name, mom_next_tool_number, mom_part_name, mom_part_unit",,
MOM_sync,Setup Events,This event occurs during the postprocessing of a channel in the syncronization editor.  Each sync mark is output once in each of the channels.,"mom_sync_number, mom_sync_affected, mom_sync_primary",,
MOM_tool_change,Setup Events,This event occurs at the beginning of an operation if there was a change in the tool from the previous operation.,"mom_next_tool_name, mom_next_tool_number, mom_next_tool_status",,
mom_spindle_orient_code,Spindle,For use in pb_cmd_simulated_cycles.tcl.  Defines the orient M code for cycle bore nodrag at the bottom of the hole.,,Integer,19
mom_sys_spindle_axis,Spindle,For milling machines only.  Defines the spindle axis for work plane changes.  Currently only applies to simulated cycles.,Unit vector.,Numeric Array(3),"(0,0,1)"
mom_sys_spindle_cancel_sfm_code,Spindle,For lathes only.  Defines a code that can be used to override SFM for a single block.,,Numeric Value,93
mom_sys_spindle_direction_code(CCLW),Spindle,Defines the M code that turns the spindle on in a clockwise direction.,,Numeric Value,4
mom_sys_spindle_direction_code(CLW),Spindle,Defines the M code that turns the spindle on in a counterclockwise direction.,,Numeric Value,3
mom_sys_spindle_direction_code(OFF),Spindle,Defines the M code that turns the spindle off.,,Numeric Value,5
mom_sys_spindle_max_rpm_code,Spindle,Defines the G code that is used to establish the maximum rpm allowed.  Usually output with an S code.,,Numeric Value,92
mom_sys_spindle_mode_code(RPM),Spindle,Defines the G code that establishes spindle rpm output mode.,,Numeric Value,97
mom_sys_spindle_mode_code(SFM),Spindle,Defines the G code that establishes constant surface speed spindle mode.,,Numeric Value,96
"mom_sys_spindle_param(1,max)",Spindle,Defines the maximum spindle speed for spindle range 1.  Post Builder creates this variable for use in custom commands to check for spindle limits.  If no ranges are specified then this variable is not created.,Any number greater than zero.,Numeric Value,0
"mom_sys_spindle_param(1,min)",Spindle,Defines the minimum spindle speed for spindle range 1.  Post Builder creates this variable for use in custom commands to check for spindle limits.  If no ranges are specified then this variable is not created.,Any number greater than zero.,Numeric Value,0
"mom_sys_spindle_param(2,max)",Spindle,Defines the maximum spindle speed for spindle range 2.  Post Builder creates this variable for use in custom commands to check for spindle limits.  If no ranges are specified then this variable is not created.,Any number greater than zero.,Numeric Value,0
"mom_sys_spindle_param(2,min)",Spindle,Defines the minimum spindle speed for spindle range 2.  Post Builder creates this variable for use in custom commands to check for spindle limits.  If no ranges are specified then this variable is not created.,Any number greater than zero.,Numeric Value,0
"mom_sys_spindle_param(3,max)",Spindle,Defines the maximum spindle speed for spindle range 3.  Post Builder creates this variable for use in custom commands to check for spindle limits.  If no ranges are specified then this variable is not created.,Any number greater than zero.,Numeric Value,0
"mom_sys_spindle_param(3,min)",Spindle,Defines the minimum spindle speed for spindle range 3.  Post Builder creates this variable for use in custom commands to check for spindle limits.  If no ranges are specified then this variable is not created.,Any number greater than zero.,Numeric Value,0
"mom_sys_spindle_param(4,max)",Spindle,Defines the maximum spindle speed for spindle range 4.  Post Builder creates this variable for use in custom commands to check for spindle limits.  If no ranges are specified then this variable is not created.,Any number greater than zero.,Numeric Value,0
"mom_sys_spindle_param(4,min)",Spindle,Defines the minimum spindle speed for spindle range 4.  Post Builder creates this variable for use in custom commands to check for spindle limits.  If no ranges are specified then this variable is not created.,Any number greater than zero.,Numeric Value,0
"mom_sys_spindle_param(5,max)",Spindle,Defines the maximum spindle speed for spindle range 5.  Post Builder creates this variable for use in custom commands to check for spindle limits.  If no ranges are specified then this variable is not created.,Any number greater than zero.,Numeric Value,0
"mom_sys_spindle_param(5,min)",Spindle,Defines the minimum spindle speed for spindle range 5.  Post Builder creates this variable for use in custom commands to check for spindle limits.  If no ranges are specified then this variable is not created.,Any number greater than zero.,Numeric Value,0
"mom_sys_spindle_param(6,max)",Spindle,Defines the maximum spindle speed for spindle range 6.  Post Builder creates this variable for use in custom commands to check for spindle limits.  If no ranges are specified then this variable is not created.,Any number greater than zero.,Numeric Value,0
"mom_sys_spindle_param(6,min)",Spindle,Defines the minimum spindle speed for spindle range 6.  Post Builder creates this variable for use in custom commands to check for spindle limits.  If no ranges are specified then this variable is not created.,Any number greater than zero.,Numeric Value,0
"mom_sys_spindle_param(7,max)",Spindle,Defines the maximum spindle speed for spindle range 7.  Post Builder creates this variable for use in custom commands to check for spindle limits.  If no ranges are specified then this variable is not created.,Any number greater than zero.,Numeric Value,0
"mom_sys_spindle_param(7,min)",Spindle,Defines the minimum spindle speed for spindle range 7.  Post Builder creates this variable for use in custom commands to check for spindle limits.  If no ranges are specified then this variable is not created.,Any number greater than zero.,Numeric Value,0
"mom_sys_spindle_param(8,max)",Spindle,Defines the maximum spindle speed for spindle range 8.  Post Builder creates this variable for use in custom commands to check for spindle limits.  If no ranges are specified then this variable is not created.,Any number greater than zero.,Numeric Value,0
"mom_sys_spindle_param(8,min)",Spindle,Defines the minimum spindle speed for spindle range 8.  Post Builder creates this variable for use in custom commands to check for spindle limits.  If no ranges are specified then this variable is not created.,Any number greater than zero.,Numeric Value,0
"mom_sys_spindle_param(9,max)",Spindle,Defines the maximum spindle speed for spindle range 9.  Post Builder creates this variable for use in custom commands to check for spindle limits.  If no ranges are specified then this variable is not created.,Any number greater than zero.,Numeric Value,0
"mom_sys_spindle_param(9,min)",Spindle,Defines the minimum spindle speed for spindle range 9.  Post Builder creates this variable for use in custom commands to check for spindle limits.  If no ranges are specified then this variable is not created.,Any number greater than zero.,Numeric Value,0
mom_sys_spindle_range_code(1),Spindle,Defines the M code for spindle range 1. The variable is created by Post Builder only if ranges with M codes are selected.  If the option for plus and minus S codes for ranges then this variable would have a value +1.,Any number greater than zero.,Numeric Value,41 for the M code option and -1 for the Hig/Low option
mom_sys_spindle_range_code(2),Spindle,Defines the M code for spindle range 2. The variable is created by Post Builder only if ranges with M codes are selected.  If the option for plus and minus S codes for ranges then this variable would have a value -1.,Any number greater than zero.,Numeric Value,42 for the M code option and +1 for the Hig/Low option
mom_sys_spindle_range_code(3),Spindle,Defines the M code for spindle range 3. The variable is created by Post Builder only if ranges with M codes are selected.  ,Any number greater than zero.,Numeric Value,43
mom_sys_spindle_range_code(4),Spindle,Defines the M code for spindle range 4. The variable is created by Post Builder only if ranges with M codes are selected.  ,Any number greater than zero.,Numeric Value,44
mom_sys_spindle_range_code(5),Spindle,Defines the M code for spindle range 5. The variable is created by Post Builder only if ranges with M codes are selected.  ,Any number greater than zero.,Numeric Value,45
mom_sys_spindle_range_code(6),Spindle,Defines the M code for spindle range 6. The variable is created by Post Builder only if ranges with M codes are selected.  ,Any number greater than zero.,Numeric Value,46
mom_sys_spindle_range_code(7),Spindle,Defines the M code for spindle range 7. The variable is created by Post Builder only if ranges with M codes are selected.  ,Any number greater than zero.,Numeric Value,47
mom_sys_spindle_range_code(8),Spindle,Defines the M code for spindle range 8. The variable is created by Post Builder only if ranges with M codes are selected.  ,Any number greater than zero.,Numeric Value,48
mom_sys_spindle_range_code(9),Spindle,Defines the M code for spindle range 9. The variable is created by Post Builder only if ranges with M codes are selected.  ,Any number greater than zero.,Numeric Value,49
mom_sys_spindle_ranges,Spindle,Defines the number of ranges Post Builder has created.  ,"0, 2 or 9",Numeric Value,"2 for High/Low option, 9 for range codes."
mom_carrier_name,Syncronization,Defines the name of the current channel.   The variable mom_carrier_name may be compared with mom_sync_primary to determine if the current channel is the primary channel.,Positive Integer,Integer,
mom_channel_names,Syncronization,Defines the names of all the channels in the Synchronization Manager.  These names come from the carrier names in the machine tool view of the ONT.  The name of channel one is in mom_channel_names(0).,,String Array,
mom_kin_merge_output_files,Syncronization,"Determines whether additional timing and sync information is added to the NC output.  To activate this mode you must set this variable to 1 and reload the kinematics.  When active the current time is appended to each motion block. For example,  @TIME 1.5@. There is an additional block @SYNC 1@ for each sync mark. You can use this information to merge the output files into a single NC file.",1 or does not exist.,Integer,Undefined
mom_multi_channel_mode,Syncronization,This variable only exists if the current postprocessing or simulation is taking place from the Synchronization Manager and there is more than a single channel present.,1 or does not exist.,Integer,
mom_number_of_runs,Syncronization,Defines the number of channels.,Positive Integer,Integer,
mom_postprocessing_mode,Syncronization,Defines whether the current postprocessing is being done from the Synchronization Manager.,"1 from Synchronization Manager, 0 or undefined normal postprocessing.",Integer,Undefined
mom_run_number,Syncronization,Defines which channel is currently being postprocessed.  Use this variable to determine when you are postprocessing the last channel.,Positive Integer,Integer,
mom_sync_affected,Syncronization,"Defines which of the channels is affected by the current sync mark.  For instance, if mom_sync_affected(1) is equal to 0, then channel 2 is not involved with the current sync mark.  The numeric array has one element for each channel.   mom_sync_affected(0) defines the status of channel 1, mom_sync_affected(1) defines the status of channel 2, etc.","0 or 1. 0 means not affected, 1 means affected.",Numeric Array(n),
mom_sync_number,Syncronization,Defines the current sync mark while postprocessing a channel in the sync manager.,Positive Integer,Integer,
mom_sync_primary,Syncronization,Defines which channel is the primary channel for the current sync mark.,"Positive Integer, None or Undefined",Integer,
mom_sys_adjust_cancel_code,System,G code used to cancel the tool length offset code.,Any number greater than zero.,Integer,49
mom_sys_adjust_code,System,G code used to apply the tool length offset code.,Any number greater than zero.,Integer,43
mom_sys_adjust_code_minus,System,G code used to apply the tool length offset code in the minus direction.,Any number greater than zero.,Integer,44
mom_sys_auto_clamp,System,"Defines the status of auto clamping.  Is set to ON by the UDE CLAMP/AUTO,ON.  Can be set to OFF by the UDE CLAMP/AUTO,OFF.","ON, OFF ",String,OFF
mom_sys_automatic_reengage_distance,System,Defines the re-engage distance after the tool has been retracted due to tape length or cutting time.  This parameter is used by the custom commands pb_cmd_tape_break.tcl and pb_cmd_auto_retract_time.tcl.,,Numeric Value,0.1
mom_sys_automatic_reengage_feedrate,System,Defines the re-engage Feedrate after the tool has been retracted due to tape length or cutting time.  This parameter is used by the custom commands pb_cmd_tape_break.tcl and pb_cmd_auto_retract_time.tcl.,,Numeric Value,10
mom_sys_automatic_retract_distance,System,Defines the retract distance when the tool is retracted due to tape length or cutting time.  This parameter is used by the custom commands pb_cmd_tape_break.tcl and pb_cmd_auto_retract_time.tcl.,,Numeric Value,10
mom_sys_cartesian_arc_output_mode,System,"Defines the arc output mode while in Cartesian mode of a mill turn.  If LINEAR, all circular moves will be output linearly and will be linearized if needed.  If CIRCULAR, then arcs will output as arcs.  It is assumed that the control has the ability to cut arcs in XYZ mode.","LINEAR, CIRCULAR",String,CIRCULAR
mom_sys_change_mach_operation_name,System,Used by the custom command pb_cmd_tool_list.tcl.,,String,
mom_sys_cir_vector,System,"Defines how the circle center is defined by the I, J and K words in circular output blocks.","Vector - Arc Center to Start, Vector - Arc Start to Center, Unsigned Vector - Arc Center to Start, Absolute Arc Center",String,Vector - Arc Center to Start
mom_sys_circle_code(CCLW),System,The G code for counterclockwise circular interpolation.,Any number greater than or equal to zero.,Integer,3
mom_sys_circle_code(CLW),System,The G code for clockwise circular interpolation.,Any number greater than or equal to zero.,Integer,2
mom_sys_clamp_code(AXISOFF),System,Defines the M code that can be used to turn off clamping for a specific axis.  ,Any number greater than or equal to zero.,Integer,11
mom_sys_clamp_code(AXISON),System,Defines an M code that can be used to turn on clamping for a specific axis.  ,Any number greater than or equal to zero.,Integer,10
mom_sys_clamp_code(OFF),System,Defines the M code that can be used to turn off clamping.  ,Any number greater than or equal to zero.,Integer,11
mom_sys_clamp_code(ON),System,Defines the M code that can be used to turn on clamping.  ,Any number greater than or equal to zero.,Integer,10
mom_sys_commentary_list,System,A list of possible fields that can be output for the commentary listing.  This list is generated by Post Builder.,"x, y, z, 4axis, 5axis, feed or speed",String List,{x y z 4axis 5axis feed speed}
mom_sys_control_in,System,Defines the character string the post will use for operator message end.  The variable can be defined in Post Builder.,,String,)
mom_sys_control_out,System,Defines the character string the post will use for operator message start.  The variable can be defined in Post Builder.,,String,(
mom_sys_coolant_code(FLOOD),System,Defines the M code used for the UDE COOLNT/FLOOD.  The variable may be set in Post Builder.,Any number greater than or equal to zero.,Integer,8
mom_sys_coolant_code(MIST),System,Defines the M code used for the UDE COOLNT/MIST.  The variable may be set in Post Builder.,Any number greater than or equal to zero.,Integer,7
mom_sys_coolant_code(OFF),System,Defines the M code used for the UDE COOLNT/OFF.  The variable may be set in Post Builder.,Any number greater than or equal to zero.,Integer,9
mom_sys_coolant_code(ON),System,Defines the M code used for the UDE COOLNT/ON.  The variable may be set in Post Builder.,Any number greater than or equal to zero.,Integer,8
mom_sys_coolant_code(TAP),System,Defines the M code used for the UDE COOLNT/TAP.  The variable may be set in Post Builder.,Any number greater than or equal to zero.,Integer,8
mom_sys_coordinate_output_mode,System,"For mill turns only.  Defines whether the initial output mode will be POLAR or CARTESIAN.  POLAR mode will output in xzc mode and CARTESIAN will output in xyz mode.   The mode may be changed with the UDE SET/POLAR,ON for POLAR mode or SET/POLAR,OFF for CARTESIAN mode. ",POLAR or CARTESIAN,String,POLAR
mom_sys_current_head,System,Used by the linked post functionality to keep track of the current head.,,String,
mom_sys_cut_motion_types,System,This list contains the cut types that will be used to increment the cutting time for the custom command pb_cmd_auto_retract_time.tcl .,,String List,{CUT FIRSTCUT STEPOVER CYCLE}
mom_sys_cutcom_code(LEFT),System,Defines the G code used for cutter compensation left of the tool path.,Any number greater than or equal to zero.,Integer,41
mom_sys_cutcom_code(ON),System,Defines the G code used to turn on cutter compensation.,Any number greater than or equal to zero.,Integer,40
mom_sys_cutcom_code(RIGHT),System,Defines the G code used for cutter compensation right of the tool path.,Any number greater than or equal to zero.,Integer,42
mom_sys_cutcom_off_type,System,For PQ cutcom only.  Defines the how the cutcom off sequence will be output.  NORMAL defines the cutcom vector to be perpendicular to the last direction of motion.  TANGENT defines the cutcom vector to be normal to the last direction of motion.,NORMAL or TANGENT,String,NORMAL
mom_sys_cutcom_on_type,System,For PQ cutcom only.  Defines the how the cutcom on sequence will be output.  NORMAL defines the cutcom vector to be perpendicular to the next direction of motion.  TANGENT defines the cutcom vector to be normal to the next direction of motion.,NORMAL or TANGENT,String,NORMAL
mom_sys_cutcom_plane_code(XY),System,Defines the G code used to define the XY plane of cutcom or circular interpolation for the current motion.,,String,17
mom_sys_cutcom_plane_code(YZ),System,Defines the G code used to define the YZ plane of cutcom or circular interpolation for the current motion.,,String,19
mom_sys_cutcom_plane_code(ZX),System,Defines the G code used to define the ZX plane of cutcom or circular interpolation for the current motion.,,String,18
mom_sys_cutcom_status,System,For PQ cutcom only.  Determines the current status of PQ cutcom.  ON means output normal PQ codes. OFF means don't output PQ codes.  START means output PQ codes based on mom_sys_cutcom_on_type.  END means output PQ codes based on mom_sys_cutcom_off_type.,"ON, OFF, START, END",String,OFF
mom_sys_cutcom_type,System,Defines the type of cutcom for Cincinnati acramatic controls in the pb_cmd_cincinnati_pq_cutcom.tcl custom command.,G_CODES or  PQ  ,String,
mom_sys_cycle_ret_code(AUTO),System,"Defines the G code to be output for CYCLE/..,RTRCTO,AUTO",,Numeric Value,98
mom_sys_cycle_ret_code(MANUAL),System,"Defines the G code to be output for CYCLE/..,RTRCTO,MANUAL",,Numeric Value,99
mom_sys_cycle_start_code,System,Defines the G code used for canned cycles requiring a definition block and execution block.  The cycle start code normally outputs a G79 X Y Z to define the location where a pre-defined cycle will take place.,,Numeric Value,79
mom_sys_cycle_tap_code,System,Defines the G code for cycle tap.,,Numeric Value,84
mom_sys_cycle_z_pos,System,Used by the custom command pb_cmd_zw-axis.tcl.,,Numeric Value,0
mom_sys_delay_code(REVOLUTIONS),System,For lathe only. Defines the G code for use to output a dwell in seconds mode.,,Numeric Value,4
mom_sys_delay_code(SECONDS),System,For lathe only. Defines the G code for use to output a dwell in revolutions mode.,,Numeric Value,4
mom_sys_delay_output_mode,System,For Lathe only.  Defines output mode for the delay code.  Used with mom_sys_delay_code to define the G code.,SECONDS or REVOLUTIONS,String,SECONDS
"mom_sys_delay_param(REVOLUTIONS,format)",System,Defines the format in the definition file that will be used for revolutions mode output.  This format can be modified in the Delay section in Post Builder.,,String,Dwell_REVOLUTIONS
"mom_sys_delay_param(SECONDS,format)",System,Defines the format in the definition file that will be used for seconds mode output.  This format can be modified in the Dealy section in Post Builder.,,String,Dwell_SECONDS
mom_sys_end_of_program_code,System,Defines the M code that can be output with the end of program marker in Post Builder.,,Numeric Value,2
"mom_sys_feed_param(DPM,format)",System,For machine with rotary axis only. Defines the format in the definition file that will be used when in DPM Feedrate mode.  Te format can be edited in the Feedrate dialog of Post Builder.,,Numeric Value,Feed_DPM
mom_sys_group_output,System,"For programs that contain more than one group, this variable defines whether you will get a single output file all selected operations or you will get one file for all groups and another file for each individual group.","ON, OFF ",String,OFF
mom_sys_head_code(DEPENDENT),System,Defines the M code that can be used to select the dependent turret for indexing.,,Integer,22
mom_sys_head_code(INDEPENDENT),System,Defines the M code that can be used to select the independent turret for indexing.,,Integer,21
mom_sys_header_output,System,Defines whether or not the system will output a header with the listing commentary output.  Does not output unless the listing file is being output.,"ON, OFF ",String,ON
mom_sys_helix_pitch_type,System,"Defines the type helix that will be output.  The pitch will be out as the K word for an XY helix, J for an XZ helix and I for a YZ helix.  If you select other, you will need to write your own code.","rise_radian, rise_revolution, none, other",String,rise_radian
mom_sys_home_pos,System,Defines a home position in the machine tool coordinate system.  This can be used to position the tool at a home position.,,Numerical Array(3),"(0,0,0)"
mom_sys_inch_code,System,Defines the G code for establishing the machine in inch mode.,,Numerical Value,70
mom_sys_lathe_postname,System,For simple mill turns only.  Defines the name of the lathe postprocessor that is paired with a mill turn mill.,,String,
mom_sys_leader,System,"Defines a string array used for allowing the leader to changed during postprocessor runtime.  For example, mom_sys_leader(fourth_axis) and mom_sys_leader(fifth_axis) are variable leaders that can take on the values B or B- to cause the desired rotational direction.",,String Array,
mom_sys_linear_code,System,Defines the G code for linear motion,,Numerical Value,1
mom_sys_list_file_columns,System,Determines where the eyewash information starts.  The system uses a hard coded value of 100 for consistency.,Not Changeable,Integer,100
mom_sys_list_file_suffix,System,The string that will be appended to every commentary listing file.  This string may be set in Post Builder.,,String,.lpt
mom_sys_list_output,System,Determines whether the commentary listing file will be output.,"ON, OFF ",String,OFF
mom_sys_lock_axis,System,Defines the selected axis for the lock_axis UDE.  The selected axis will be locked and the motion will be compensated by the remaining axis.  This is often used to facilitate polar coordinate output.,"XAXIS, YAXIS, ZAXIS, AAXIS, BAXIS, CAXIS, FOURTH, FIFTH",String,
mom_sys_lock_plane,System,Defines the plane to be locked for the lock_axis UDE.  The locked axis must lie in the plane of the lock plane.  This parameter is required for five axis posts.,"XYPLAN, ZXPLAN, YZPLAN, NONE",String,
mom_sys_lock_status,System,Defines whether the lock_axis function is active.,"ON, OFF ",String,OFF
mom_sys_lock_value,System,The value of the axis to be locked.  ,,Numerical Value,0
mom_sys_max_cut_time_per_tool,System,Defines the maximum cutting time for each tool in the custom command pb_cmd_auto_retract_time.tcl.,,Numerical Value,60
mom_sys_max_tape_bytes,System,Defines the maximum length of the nc file in bytes in the custom command pb_cmd_tape_break.tcl,,Numerical Value,100000
mom_sys_max_travel,System,"A numeric array created when the custom command PB_CMD_check_travel_limits is used.  Records the maximum x, y and z values in the current nc file.",,Numerical Array(3),
mom_sys_metric_code,System,Defines the G code for establishing the machine in metric mode.,,Numerical Value,71
mom_sys_mill_postname,System,For mill turn only.  The name of the mill part.,,String,
mom_sys_mill_turn_type,System,"For mill turn only.  Defines the how the mill part of the mill turn is used.  If it is SIMPLE_MILL_TURN, it will use the machine mode, TURN or MILL, to decide which post to use.  If it is XZC_MILL, it is not tied to a specific lathe post, but uses the HEAD UDE to switch between posts of any type in a linked post configuration.",SIMPLE_MILL_TURN or XZC_MILL.,String,SIMPLE_MILL_TURN
mom_sys_millturn_yaxis,System,"For mill turn only.  Defines if the y axis can be positioned in the mill turn.  If FALSE, all motion on the circumference must pass through the centerline.  If TRUE, the post will calculate a y position when needed.",TRUE or FALSE,String,FALSE.
mom_sys_min_cut_time_per_tool,System,Defines the minimum cutting time for each tool in the custom command pb_cmd_auto_retract_time.tcl.,,Numerical Value,30
mom_sys_min_tape_bytes,System,Defines the minimum length of the nc file in bytes in the custom command pb_cmd_tape_break.tcl,,Numerical Value,90000
mom_sys_min_travel,System,"A numeric array created when the custom command PB_CMD_check_travel_limits is used.  Records the minimum x, y and z values in the current nc file.",,Numerical Array(3),
mom_sys_opskip_block_leader,System,Defines the character used for OPSKIP., ,String,\
mom_sys_optional_stop_code,System,Defines the M code used for OPSTOP,,String,1
mom_sys_output_code(ABSOLUTE),System,Defines the G code to establish absolute coordinate output mode.,,Numerical Value,90
mom_sys_output_code(INCREMENTAL),System,Defines the G code to establish incremental coordinate output mode.,,Numerical Value,91
mom_sys_output_file_suffix,System,Defines the extension the will appended to the nc output file.,,String,.ptp
mom_sys_output_mode,System,"For mill turn only.  The current output mode either, POLAR or CARTESIAN.",POLAR or CARTESIAN,String,
mom_sys_postname,System,"For linked posts only.  Defines the posts and the UDE that will load and execute it.  This variable is of the form mom_sys_postname(UDE name).  The variable is assigned the name of a post.  UDE_name is the head name in the HEAD UDE.  This UDE must be attached to a group (Program, Method, etc) in order for it to be used.",,String,
mom_sys_program_stop_code,System,Defines the M code used for STOP.,,String,1
mom_sys_quill_leader,System,Defines the leader for the quill (z-axis) for the custom command pb_cmd_zw_axis.tcl.,,String,Z
mom_sys_quill_pos,System,Defines the current position of the quill (z-axis) for the custom command pb_cmd_zw_axis.tcl.,,Numeric Value,0
mom_sys_radius_output_mode,System,Defines how the radius (X) value will be output when in polar coordinate mode in mill turns.  T,"SHORTEST_DISTANCE, ALWAYS POSITIVE or ALWAYS NEGATIVE",String,SHORTEST_DISTANCE
mom_sys_rapid_code,System,Defines the G code used for rapid traverse.,,Numeric Value,0
mom_sys_reset_code,System,Defines the G code for reset.  Used for resetting the tool tip in lathe tool tip programming.,,Numeric Value,92
mom_sys_return_code,System,Defines the G code for the return to home position.,,Numeric Value,28
mom_sys_rewind_code,System,Defines the M code for end of program rewind.,,Numeric Value,30
mom_sys_rewind_stop_code,System,Defines the character string for rewind stop.,,String,#
mom_sys_rotary_error,System,For four and five axis posts only.  Determines if the tool path had a discontinuity that the post needs to handle.  If so the rotary axis auto retract function will be called.,ROTARY CROSSING LIMIT. Or secondary_rotary_axis_position,String,
mom_sys_table_leader,System,Defines the leader for the quill (z-axis) for the custom command pb_cmd_zw_axis.tcl.,,String,Z
mom_sys_table_pos,System,Defines the current position of the table (w-axis) for the custom command pb_cmd_zw_axis.tcl.,,Numeric Value,0
mom_sys_tool_change_code,System,Defines the M code used to change tools or index the turret.,,Numeric Value,6
mom_sys_tool_change_motion_types,System,"This list contains the cut types that will NOT be used for automatic retract and tool change for the custom command pb_cmd_auto_retract_time.tcl.  If you know that your stepovers will be off the part, you may want to remove STEPOVER from this list.",,String List,{CUT FIRSTCUT STEPOVER CYCLE}
mom_sys_tool_number,System,This list controls the tool numbers that will be used for the replacement tools for the custom command pb_cmd_auto_retract_time.tcl.  This list may be as short or long as you need it.  If you only want to load tool 1 every time then you could use {1}.,,String List,{1 2 3 4 5 6}
mom_sys_tool_time,System,"For use in the custom command pb_cmd_tool_list.tcl.  A numeric array that can be used to output the time for each tool .  For example, mom_sys_tool_time(name_of_tool).",,String Array,
mom_sys_turret_index(DEPENDENT),System,Defines a value that can be placed in front of the face number to designate which turret is to be indexed.   This value is used only when the turret index is used in the T code configuration dialog in Post Builder.,,Numeric Value,2
mom_sys_turret_index(INDEPENDENT),System,Defines a value that can be placed in front of the face number to designate which turret is to be indexed.   This value is used only when the turret index is used in the T code configuration dialog in Post Builder.,,Numeric Value,1
mom_sys_uni_dir,System,For use in the custom pb_cmd_cycle_unipositioning.tcl to define the constant direction of motion prior to a cycle,,Numeric Array(2),"(.2,.2)"
mom_sys_uni_feed,System,For use in the custom pb_cmd_cycle_unipositioning.tcl to define the Feedrate in IPM or MMPM for the directional move prior to the cycle.  ,,Numeric Value,8
mom_sys_unit_code(IN),System,Defines the G code to define the nc file as inch.,,Numeric Value,70
mom_sys_unit_code(MM),System,Defines the G code to define the nc file as metric.,,Numeric Value,71
mom_sys_warning_output,System,"Defines whether the warning file is created.  If created, it will have the name of base_name_warning.out where base_name is the name of the nc file.","ON, OFF ",String,OFF
mom_sys_waxis_home,System,Defines the home position of the table (waxis) for the custom command pb_cmd_zw_axis.tcl.,,Numeric Value,0
mom_sys_waxis_max_limit,System,Defines the maximum travel of the table (waxis) for the custom command pb_cmd_zw_axis.tcl.,,Numeric Value,9999.9999
mom_sys_waxis_min_limit,System,Defines the minimum travel of the table (waxis) for the custom command pb_cmd_zw_axis.tcl.,,Numeric Value,-9999.9999
mom_sys_zaxis_home,System,Defines the home position of the quill (z-axis) for the custom command pb_cmd_zw_axis.tcl.,,Numeric Value,0
mom_sys_zaxis_max_limit,System,Defines the maximum travel of the quill (z-axis) for the custom command pb_cmd_zw_axis.tcl.,,Numeric Value,9999.9999
mom_sys_zaxis_min_limit,System,Defines the minimum travel of the quill (z-axis) for the custom command pb_cmd_zw_axis.tcl.,,Numeric Value,-9999.9999
mom_sys_zaxis_pos,System,Defines the current W or Z value that will be output in the block template.,,Numeric Value,
mom_sys_zero,System,Defines the value that will be output to cancel tool length compensation.,,Integer,0
mom_sys_zw_mode,System,Defines the output mode for parallel axis for the custom command pb_cmd_zw_axis.tcl.,Z or W,String,Z
mom_lathe_thread_advance_type,Threading,"Defines the type of threading.  The values are 1 for constant lead, 2 for increasing lead and 3 for decreasing lead.","1, 2 or 3",Integer,
mom_lathe_thread_increment,Threading,"For increasing or decreasing lead threads, the incremental change.",,Numerical Value,
mom_lathe_thread_lead,Threading,The lead specified for the current threading pass.,,Numerical Value,
mom_lathe_thread_lead_i,Threading,The pitch or lead along the X axis.,,Numerical Value,
mom_lathe_thread_lead_k,Threading,The pitch or lead along the Z axis.,,Numerical Value,
mom_lathe_thread_pitch,Threading,The pitch specified for the current threading pass.,,Numerical Value,
mom_lathe_thread_tpi,Threading,The pitch or lead in units of TPI.  (1/pitch).,,Numerical Value,
mom_lathe_thread_type,Threading,"Defines the units that mom_lathe_thread_value will be expressed in.  2 - pitch, 3 - lead, 4 - TPI.","2,3,4",Integer,
mom_lathe_thread_value,Threading,"The pitch, lead or TPI value.  The units are defined in mom_lathe_thread-type",,Numerical Value,
mom_sys_lathe_thread_advance_type(1),Threading,Defines the G code for constant lead threading.,,Numerical Value,33
mom_sys_lathe_thread_advance_type(2),Threading,Defines the G code for increasing lead threading.,,Numerical Value,34
mom_sys_lathe_thread_advance_type(3),Threading,Defines the G code for decreasing lead threading.,,Numerical Value,35
mom_carrier_name,Tool,Defines the name of the current carrier or turret.  This name can be used by a postprocessor to determine the correct kinematic configuration to use for postpprocessing.,,String,
mom_cutter_holder_libref,Tool,The Holder Library Reference specified in the tool dialog box.,User defined,String,
mom_cutter_libref,Tool,The value of the mom variable is used as an argument to retrieve data from a tool library.  The value is set by the user when he defines his tool library data file.,User defined,String,User defined
mom_holder_number_of_steps,Tool,Identifies the number of steps in a multiple step holder,,Integer,1
mom_holder_step_corner_radius[0],Tool,The Corner Radius (R1) value of holder step[0] .  See also: mom_holder_step_sequence_number                                                                ,User defined,Numeric Value,
mom_holder_step_diameter[0],Tool,The Lower Diameter (LD) value of holder step[0] .  See also: mom_holder_step_sequence_number                                                                ,User defined,Numeric Value,
mom_holder_step_length[0],Tool,The Length (L) value of holder step[0] .  See also: mom_holder_step_sequence_number                                                                ,User defined,Numeric Value,
mom_holder_step_sequence_number[0],Tool,Identifies  the individual steps in a multiple step holder. For example mom_holder_step_sequence_number[0] = 1 tells you that tool holder variables with [0] are for step 1 from the Holder Steps list of the tool dialog box., ,Integer,
mom_holder_step_taper_angle[0],Tool,The Taper Angle (B) value of holder step[0] .  See also: mom_holder_step_sequence_number                                                                ,User defined,Numeric Value,
mom_lead_angle,Tool,Defines the first clearance angle for turning inserts.,,Numeric Value,
mom_lock_turn_holder,Tool,The status of the Lock Insert and Holder Orientation check box. (For User-Defined style),"0 = off, 1 = on",Integer,
mom_overide_oper_param,Post Commands,From the Cutter Compensation UDE and Tool Length Compensation UDE.,"0 = no, 1 = yes",Integer,1
mom_pocket_id,Tool,"If the pre-loaded tool option is used within UG CAM, this is the pocket number where the tool is located.",,Integer,
mom_thread_forming_method_t,Tool,This defines the types/methods of thread forming.  Drill tools only.,,Integer,
mom_tool_angle,Tool,"Describes the angular direction from the center of the lathe tool to the tool tip.   The mom_tool angle and the the mom_tool_radius define the vector from the tool nose center to the tracking point.  This value is only useful if the tracking point is tool nose center, otherwise the mom_pos values contain this offset value.",Angle from 0-360,Numeric Value,
mom_tool_barrel_center_y,Tool,This parameter specifies the height of the center of the arc defining the profile of the outside edge of the cutter.  Barrel tools only.,,Numeric Value,
mom_tool_barrel_radius,Tool,This parameter specifies the radius of the arc defining the profile shape of the sides of the cutter.  Barrel tools only.,,Numeric Value,
mom_tool_button_diameter,Tool,"This parameter specifies the diameter of the button tool. ( ISO R, Round ).  Button tools only.",,Numeric Value,
mom_tool_catalog_number,Tool,This parameter specifies the catalog number or a tool tracking number.,,Numeric Value,
mom_tool_corner1_center_x,Tool,This index is a part of the definition of the center of the arc representing the lower radius of the tool profile. It is the horizontal distance between the center of the lower corner arc and the tool axis; it can be positive (lower arc and its center on the same side of the tool axis) or negative (lower arc and its center on opposite sides of the tool axis) or zero.  Seven Parameter Mill Tools or Ten Parameter Mill Tools only.,,Numeric Value,
mom_tool_corner1_center_y,Tool,This index is a part of the definition of the center of the arc representing the lower radius of the tool profile. It is the vertical distance between the center of the lower corner arc and the tool end. Its value must be non-negative.  Seven Parameter Mill Tools or Ten Parameter Mill Tools only.,,Numeric Value,
mom_tool_corner1_radius,Tool,This parameter specifies the radius of the lower corner arc of the tool. The lower radius of a tool.  Mill and Drill tools only.,,Numeric Value,
mom_tool_corner2_center_x,Tool,This index is a part of the definition of the center of the arc representing the upper radius of the tool profile. It is the horizontal distance between the center of the upper corner arc and the tool axis. It can be positive (upper arc and its center on the same side of the tool axis) or negative (upper arc and its center on opposite sides of the tool axis) or zero.  Ten Parameter Mill Tools only.,,Numeric Value,
mom_tool_corner2_center_y,Tool,This index is a part of the definition of the center of the arc representing the upper radius of the tool profile. It is the vertical distance between the center of the upper corner arc and the tool end. Its value must be non-negative.  Ten Parameter Mill Tools only.,,Numeric Value,
mom_tool_cut_edge_length,Tool,This parameter specifies the cutting edge length of the turning tool insert.  Turning tools only.,,Numeric Value,
mom_tool_cutcom_register,Tool,This parameter specifies the register number value on the controller which contains the value that the system uses to adjust the tool path to allow for variation due to an undersized or oversized cutter or tool.,,Integer,
mom_tool_diameter,Tool,"Specifies the diameter of the tool.  Mill, Drill, Barrel, T Cutter tools only.",,Numeric Value,
mom_tool_direction,Tool,This parameter specifies the direction of rotation of the spindle.,,Numeric Value,
mom_tool_edge_length_a,Tool,This parameter describes the shape of a turning form tool in parametric form. It represents an array holding the tool edge length information (see manufacturing turning help for more information).  Turning tools only.,,Numeric Array,
mom_tool_flute_length,Tool,"This parameter specifies the measured distance between the beginning and end teeth of the flute. The flute length does not necessarily indicate the length of cut.  Mill, Drill, Barrel, T Cutter tools only.",,Numeric Value,
mom_tool_flutes_number,Tool,"This parameter specifies the number of flutes in the tool.  Mill, Drill, Barrel, T Cutter tools only.",,Numeric Value,
mom_tool_heel_angle,Tool,Defines the second clearance angle for turning inserts.  Turning tools only.,,Numeric Value,
mom_tool_holder_angle,Tool,This parameter specifies the holder angle of the button tool holder (radians).  Button tools only.,,Numeric Value,
mom_tool_holder_angle_for_cutting,Tool,The Tool Holder Angle value specified in the Tool Orientation group of the Turning operation.,User defined,Numeric Value,
mom_tool_holder_diameter,Tool,The Lower Diameter (LD) value of a single step holder. (Legacy)                                                                                                                                                             ,User defined,Numeric Value,
mom_tool_holder_height,Tool,The Length (L) value of  the  tool holder.   ,User defined,Numeric Value,
mom_tool_holder_length,Tool,The Length (L) value of a single step holder. (Legacy)                                                                                                                                                             ,User defined,Numeric Value,
mom_tool_holder_num,Tool,The Holder Number specified in the tool dialog box.,User defined,Numeric Value,
mom_tool_holder_num_toggle,Tool,,,Integer,0
mom_tool_holder_orient_angle,Tool,The Holder angle (HA) value of the turning tool holder. (Radians),,Integer,0
mom_tool_holder_overall_length,Tool,Equals the sum of all holder step Length (L) values.,User defined,Numeric Value,
mom_tool_holder_taper,Tool,The Taper Angle (B) value of a single step holder. (Legacy)                                                                                                                                                             ,User defined,Numeric Value,
mom_tool_holder_width,Tool,This parameter specifies the width of the button tool holder.  Button only.,,Numeric Value,
mom_tool_insert_angle,Tool,This parameter specifies the polar angle of the first edge of a Form turning tool (radians).  Turning tools only.,,Numeric Value,
mom_tool_insert_length,Tool,This parameter specifies the total length of the insert of grooving and threading tools.  Groove or Thread tools only.,,Numeric Value,
mom_tool_insert_position,Tool,This parameter specifies the position of the tool insert.,"1 = topside, 2 = downside",Numeric Value,
mom_tool_insert_type,Tool,"This parameter specifies the insert shapes for standard turning, grooving and threading tools. For standard turning tools, parallelogram, diamond, hexagon, parallelogram, rectangle, octagon, pentagon, round, square, triangle, triagon or user defined inserts are possible. For grooving tools, standard, full nose radius, ring type joint or user defined inserts are possible. For threading tools, standard and trapezoidal inserts are possible.",,Numeric Value,
mom_tool_left_adjust_reg,Tool,This parameter specifies the register number value on the controller which contains the tool offset coordinates for the left cutter.,,Integer,
mom_tool_left_adjust_reg_t,Tool,"This index has to be turned on, if you want to use parameter UF_PARAM_TL_LEFT_ADJUST_INDEX.","0 = inactive, 1 = active",Integer,
mom_tool_left_angle,Tool,This index defines the left clearance angle of grooving and threading asymmetrical tools (radians).  Groove or Thread tools only.,,Numeric Value,
mom_tool_left_corner_radius,Tool,This index defines the left corner radius of grooving asymmetrical tools.  Groove tools only.,,Numeric Value,
mom_tool_left_cutcom_reg,Tool,This parameter specifies the register number value on the controller which contains the value that the system uses to adjust the tool path to allow for variation due to an undersized or oversized cutter or tool (left cutter).,,Integer,
mom_tool_left_cutcom_reg_t,Tool,"This index has to be turned on, if you want to use parameter UF_PARAM_TL_LEFT_CUTCOM_INDEX.","0 = inactive, 1 = active",Integer,
mom_tool_left_tracking_point,Tool,This parameter specifies the tracking point of the left cutter of the grooving tool.,0-8,Integer,
mom_tool_left_x_offset,Tool,"This parameter specifies the left x offset, which is the x coordinate of the distance between the tool's reference point and it's left tracking point. Parameter UF_PARAM_TL_LEFT_XOFF_TOG_INDEX has to be turned on.  Groove tools only.",,Numeric Value,
mom_tool_left_y_offset,Tool,"This parameter specifies the left y offset, which is the y coordinate of the distance between the tool's reference point and it's left tracking point. Parameter UF_PARAM_TL_LEFT_YOFF_TOG_INDEX has to be turned on.  Groove tools only.",,Numeric Value,
mom_tool_length,Tool,"Specifies the actual length of the tool.  Mill, Drill, Barrel, T Cutter tools only.",,Numeric Value,
mom_tool_length_adjust_register,Tool,This parameter specifies the register number value on the controller which contain the tool offset coordinates.,,Integer,
mom_tool_lower_corner_radius,Tool,This parameter specifies the lower corner radius of the profile of the tool.  Barrel or T Cutter tools only.,,Numeric Value,
mom_tool_max_depth,Tool,This parameter describes the maximum depth of cut which the tool insert can achieve. This is dependant upon the geometry of the insert.  Turning tools only.,,Numeric Value,
mom_tool_max_facing_diameter,Tool,This parameter describes the maximum admissible diameter for facing operations with grooving and form turning tools.,,Numeric Value,
mom_tool_max_facing_diameter_t,Tool,"This index has to be turned on, if you want to use parameter UF_PARAM_TL_MAX_FACING_DIA_INDEX.","0 = inactive, 1 = active",Integer,
mom_tool_max_toolreach,Tool,This parameter describes the maximum distance which a tool and its holder can travel into a part. This is dependant upon the geometry of a part and the tool holder. The purpose of this parameter is to prevent collision of the tool holder with the part.,,Numeric Value,
mom_tool_min_boring_diameter,Tool,"This parameter describes the minimum distance needed to prevent a tool and its holder from colliding with the part. For instance, when drilling a hole of one centimeter, a tool holder that is wider than 1 centimeter cannot be used if the holder is expected to travel into the hole that is being drilled.",,Numeric Value,
mom_tool_min_facing_diameter,Tool,This parameter describes the minimum admissible diameter for facing operations with grooving and form turning tools.,,Numeric Value,
mom_tool_min_facing_diameter_t,Tool,"This index has to be turned on, if you want to use parameter UF_PARAM_TL_MIN_FACING_DIA_INDEX.","0 = inactive, 1 = active",Integer,
mom_tool_name,Tool,The name of the current tool.,,String,
mom_tool_nose_angle,Tool,This parameter specifies the angle caused by the intersection of the two edges of the turning tool insert (radians).  Turning tools only.,,Numeric Value,
mom_tool_nose_angle_a,Tool,This parameter describes the shape of a turning form tool in parametric form. It represents an array holding the tool edge length information (see manufacturing turning help for more information).  Turning tools only.,,Numeric Array,
mom_tool_nose_angle_a,Tool,This parameter describes the shape of a turning form tool in parametric form. It represents an array holding the tool nose angle (radians) information (see manufacturing turning help for more information).  Turning tools only.,,Numeric Array,
mom_tool_nose_radius,Tool,This parameter specifies the radius of the inscribed circle at the cutter tip of the turning tool insert.  Turning tools only.,,Numeric Value,
mom_tool_nose_radius_a,Tool,This parameter describes the shape of a turning form tool in parametric form. It represents an array holding the tool nose radii information (see manufacturing turning help for more information).,,Numeric Array,
mom_tool_nose_width,Tool,This parameter describes the nose width of a turning tool. It represents the width of the tool cutting surface of either a Ring Type Joint grooving tool or a Trapezoidal threading tool.,,Numeric Value,
mom_tool_number_of_noses,Tool,This index contains the number of noses of a Form turning tool.  Turning tools only.,,Integer,
mom_tool_offset,Tool,The describes the tool length offsets for a lathe tool in the centerline diameter format.  When used by the postprocessor the X will become Z and the Y will become X.  The Z is normally zero.,,Numeric Array(3),
mom_tool_orientation,Tool,This parameter specifies the angle between the cutting edge and the cutting surface of the turning tool insert (radians).  Turning tools only.,,Numeric Value,
mom_tool_pitch,Tool,This command outputs the pitch value for the defined tool.,,Numeric Value,
mom_tool_point_angle,Tool,This parameter specifies the angle of the point of the tool. Drill tools only,,Numeric Value,
mom_tool_preset_cutter,Tool,"Defines which sides of the cutter are available for tracking on the machine (left, right or both). For each preset cutter there are three attributes available to be specified: Cutter Tracking Point, X Offset, Y Offset.","0 Left, 1 Left & Right, 2 Right",Integer,
mom_tool_radius,Tool,This parameter specifies the radius of the inscribed circle at the cutter tip. The standard tool radius assumes the tool's left and right nose radii are equal. You may define a left and right Radius in User Defined tool types.,,Numeric Value,
mom_tool_radius,Tool,"For lathe tooling, this parameter describes the distance from the center of the lathe tool to the tool tip.  The mom_tool angle and the the mom_tool_radius variables define the vector from the tool nose center to the tracking point.  This value is only useful if the tracking point is the tool nose center, otherwise the mom_pos values contain this offset value.",,Numeric Value,
mom_tool_relief_angle,Tool, This parameter specifies the angle caused by the slope of the cutter away from the cutting edge of the turning tool insert (degrees).  Turning tools only.,,Numeric Value,
mom_tool_relief_angle_o,Tool, This parameter specifies the angle caused by the slope of the cutter away from the cutting edge of the turning tool insert.,0-10,Integer,
mom_tool_right_adjust_reg,Tool,This parameter specifies the register number value on the controller which contains the tool offset coordinates for the right cutter.,,Integer,
mom_tool_right_adjust_reg_t,Tool,"This index has to be turned on, if you want to use parameter UF_PARAM_TL_RIGHT_ADJUST_INDEX.","0 = inactive, 1 = active",Integer,
mom_tool_right_angle,Tool,This index defines the right clearance angle of grooving and threading asymmetrical tools (radians).,,Numeric Value,
mom_tool_right_corner_radius,Tool,This index defines the right corner radius of grooving asymmetrical tools.,,Numeric Value,
mom_tool_right_cutcom_reg,Tool,This parameter specifies the register number value on the controller which contains the value that the system uses to adjust the tool path to allow for variation due to an undersized or oversized cutter or tool (right cutter).,,Integer,
mom_tool_right_cutcom_reg_t,Tool,"This index has to be turned on, if you want to use parameter UF_PARAM_TL_RIGHT_CUTCOM_INDEX.","0 = inactive, 1 = active",Integer,
mom_tool_right_tracking_point,Tool,This parameter specifies the tracking point of the right cutter of the grooving tool.,0-8,Integer,
mom_tool_right_x_offset,Tool," This parameter specifies the right x offset, which is the x coordinate of the distance between the tool's reference point and it's right tracking point. Parameter UF_PARAM_TL_RIGHT_XOFF_TOG_INDEX has to be turned on.  Groove tools only.",,Numeric Value,
mom_tool_right_y_offset,Tool,"This parameter specifies the right y offset, which is the y coordinate of the distance between the tool's reference point and it's right tracking point. Parameter UF_PARAM_TL_RIGHT_YOFF_TOG_INDEX has to be turned on.  Groove tools only",,Numeric Value,
mom_tool_shank_diameter,Tool,This parameter specifies the diameter of the shank at the top of the Barrel Cutter.  Barrel or T Cutter tools only.,,Numeric Value,
mom_tool_side_angle,Tool,"The side angle defines the clearance angles of a grooving tool on the left and on the right side as equal (radians). A narrowing insert shape represents a positive value of the side angle, a widening insert shape a negative value. This parameter appears only in the Standard and Full Nose Radius tool types.",,Numeric Value,
mom_tool_size_o,Tool,"This parameter specifies the size of the turning tool insert. Cut Edge Length, Inscribed Circle or Inscribed Circle ANSI are possible. The ISO insert size definition uses Cut Edge Length while the ANSI standard uses the inscribed circle. Depending on which standard the tool manufacturer uses, the corresponding method has to be set to determine the size. *","Possible Values:  0 Cut Edge Length, 1 Inscribed Circle, 2 Inscribed Circle ANSI",Integer,
mom_tool_taper_angle,Tool," This parameter specifies the angle of the sides of a tapered tool. The angle is measured from the tool axis. If the Taper Angle is positive, the tool is wider at the top than it is at the bottom. If the Taper Angle is negative, the tool is wider at the bottom than it is at the top. If the Taper Angle is zero, the sides of the tool are parallel to the tool axis.  Mill tools only.",,Numeric Value,
mom_tool_thickness,Tool,This parameter specifies the thickness of the turning tool insert.,,Numeric Value,
mom_tool_thickness_o,Tool,This parameter specifies the thickness of the turning tool insert.,0-13,Integer,
mom_tool_tip_angle,Tool,"This parameter specifies the angle of the tip of the tool. This is a non-negative angle measured from a line through the tool end point and perpendicular to the tool axis. If the Tip Angle is positive, the tool *  has a sharp point at the very bottom (like the vertex of a cone). For turning, the tip angle defines how the tip of a grooving tool is oriented. It is an angle measured perpendicular from the tool orientation axis and a line through the insert's tip edge. The tip angle may be positive, negative or zero for standard grooving inserts.  For mill and groove tools only.",,Numeric Value,
mom_tool_tip_offset,Tool,This parameter describes the tip offset of a threading tool. For standard insert type it is the offset of the tool nose's bottom point to the tool's left flank. For trapezoidal insert type it is the offset of the right end of the tool's bottom edge to the left flank.,,Numeric Value,
mom_tool_tracking_a,Tool,This parameter describes the shape of a turning form tool in parametric form. It represents an array holding the tracking point location information (see manufacturing turning help for more information).  Turning tools only.,,Numeric Array,
mom_tool_tracking_point,Tool,This parameter specifies the tracking point of the turning tool.,0-8,Integer,
mom_tool_type,Tool,The type of the current tool.,"Milling, Turning, Grooving, Drilling or Threading",String,
mom_tool_x_imaginery_offset,Tool,"Describes the radial distance in the x axis from the center of the lathe tool to the tool tip.  This value is only useful if the tracking point is tool nose center, otherwise the mom_pos values contain this offset value.",,Numeric Value,
mom_tool_x_offset,Tool,Describes the tool length offset for the X axis of the turning machine tool.,,Numeric Value,
mom_tool_xmount,Tool,The x component of tool length.  This mom variable is used for simulation.  It may be different that the mom_tool_x_offset which is used for postprocessing and may be set to zero.,,Numeric Value ,
mom_tool_y_offset,Tool,Describes the tool length offset for the Y axis of the turning machine tool.  This value is normally zero.,,Numeric Value,
mom_tool_ymount,Tool,The y component of tool length.  This mom variable is used for simulation.  It may be different that the mom_tool_y_offset which is used for postprocessing and may be set to zero.,,Numeric Value ,
mom_tool_z_imaginery_offset,Tool,"Describes the centerline distance in the z axis from the center of the lathe tool to the tool tip.  This value is only useful if the tracking point is tool nose center, otherwise the mom_pos values contain this offset value.",,Numeric Value,
mom_tool_z_offset,Tool,Describes the tool length offset for the Z axis of the turning machine tool.,,Numeric Value,
mom_tool_zmount,Tool,The z component of tool length.  This mom variable is used for simulation.  It may be different that the mom_tool_z_offset which is used for postprocessing and may be set to zero.,,Numeric Value ,
mom_turn_holder_hand,Tool,Indicates whether the holder is left or right hand.,"0 = left, 2 = right",Integer,
mom_turn_holder_insert_extension,Tool,The Insert Extension (IE) value of the turning tool holder.,User defined,Numeric Value,
mom_turn_holder_length,Tool,The Length (L) value of  the turning  tool holder.  (Not for Button tools),User defined,Numeric Value,
mom_turn_holder_shank_line,Tool,The Shank Line (SL) value of the turning tool holder.,User defined,Numeric Value,
mom_turn_holder_shank_width,Tool,the Shank Width (SW) valude of the turning tool holder,User defined,Numeric Value,
mom_turn_holder_style,Tool,Identifies the holder Style selected in the turning tool dialog box.,"0=A-Style, 1=B-Style, 2=C-Style,  3=D-Style, 4=E-Style, 5=F-Style, 6=G-Style, 8=I-Style, 9=J-Style, 10=K-Style, 11=L-Style, 12=M-Style, 13=N-Style, 17=R-Style, 18=S-Style, 19=T-Style, 23 = 0 Degrees, 24= 45 degrees, 25 = 90 degrees, 26=-User Defined Style",Integer,
mom_turn_holder_width,Tool,The Width (W) value of  the turning  tool holder.  (Not for Button tools),User defined,Numeric Value,
mom_turn_rotate_tracking_point_with_holder,,Specifies if the tracking point is rotated with the holder along the B-axis.,"0 = no, 1 = yes",,
mom_turn_shank_type,Tool,Indicates whether the holder shank is square or round.,"0 = square, 1 = round",Integer,
mom_use_b_axis,Tool,Indicates whether Reorient Tool Holder is selected in the Tool Orientation group of the Turning operation dialog box.,"0 = off, 1 = on",,
mom_kin_flush_time,Wire EDM,Time to be added to machine time for flushing the tank.,,Numeric Value,
mom_lead_in_cutcom_angle,Wire EDM,The angle specified for the cutcom move in the Wire EDM operation.  Zero would define a tangent transition.  A value of 90 is needed for Agie machine tools.,0-360,Numeric Value,0
mom_lead_in_cutcom_distance,Wire EDM,The length of the cutcom move in the Wire EDM operation.,Any number greater than or equal to zero.,Numeric Value,0
mom_lead_in_method,Wire EDM,"Defines the lead in type in a Wire EDM operation.  The types are direct 0, angular 1 or circular 2.","0,1,2",Integer,
mom_sys_agie_cutcom_code,Wire EDM,Used to define the cutcom code  for the next block of cutcom for Agie machine tools.  ,"40, 42, 43, 44",Integer,
mom_sys_cut_wire,Wire EDM,Defines the M code used to cut the wire.  This M code is to output with the MOM_cut_wire event.,,Integer,20
mom_sys_flushing_off,Wire EDM,Defines the M code used to turn off flushing.,,Integer,80
mom_sys_flushing_on,Wire EDM,Defines the M code used to turn on flushing.,,Integer,81
mom_sys_power_off,Wire EDM,Defines the M code used to turn on the power.,,Integer,84
mom_sys_power_on,Wire EDM,Defines the M code used to off the power.,,Integer,85
mom_sys_thread_wire,Wire EDM,Defines the M code used to thread the wire.  This M code is used to output with the MOM_thread_wire event.,,Integer,21
mom_sys_wire_off,Wire EDM,Defines the M code used to turn off wire mode.,,Integer,83
mom_sys_wire_on,Wire EDM,Defines the M code used to turn on wire mode.,,Integer,84
mom_wire_angle,Wire EDM,The wire angle programmed with the Wire Angles UDE to define the tilt of the wire.,,Numeric Value,
mom_wire_angle,Wire EDM,Defines the constant tilt parameter for Agie controls.,,Numeric Value,
mom_wire_angle_text,Wire EDM,The appended text programmed with the Wire Angles UDE.,,String,
mom_wire_cutcom_adjust_register,Wire EDM,The adjust register value programmed with the Cutter Compensation UDE.,,Integer,
mom_wire_cutcom_mode,Wire EDM,"If cutcom is ON, defines whether is it is LEFT or RIGHT.",LEFT or RIGHT,String,
mom_wire_cutcom_status,Wire EDM,"Defines whether cutcom is ON, OFF.  If the status is ON, mom_wire_cutcom_mode defines whether it is RIGHT or LEFT.","ON, OFF ",String,
mom_wire_cutcom_text,Wire EDM,The appended text programmed with the Cutter Compensation UDE.,,String,
mom_wire_feed_rate,Wire EDM,The value programmed with the Feedrate UDE.,,Numeric Value,
mom_wire_feed_rate_text,Wire EDM,The appended text programmed with the Feedrate UDE.,,String,
mom_wire_guides_lower_plane,Wire EDM,The value of the lower wire guide as specified in the Wire EDM operation.  The distance is measured along the Z axis of the MCS.,,Numeric Value,0
mom_wire_guides_text,Wire EDM,The appended text programmed with the Wire Guides UDE.,,String,
mom_wire_guides_upper_plane,Wire EDM,The value of the upper wire guide as specified in the Wire EDM operation.  The distance is measured along the Z axis of the MCS.,,Numeric Value,1
mom_wire_height,Wire EDM,The distance as measured from the lower wire guide to the upper wire guide.,,Numeric Value,1
mom_wire_slope,Wire EDM,The slope value programmed with the Wire Angles UDE.,,Numeric Value,
mom_siemens_cycle_dts,Sinumerik Controllers,"UDE - Dwell at top to clear chips, CYCLE83",,Numeric Value,
mom_siemens_cycle_frf,Sinumerik Controllers,"UDE - Feedrate factor, CYCLE83",,Numeric Value,
mom_siemens_cycle_o_vrt,Sinumerik Controllers,"UDE - Retraction value for Breakchip, CYCLE83",,Numeric Value,
mom_siemens_cycle_o_dtd,Sinumerik Controllers,"UDE - Dwell at Final depth, CYCLE83",,Numeric Value,
mom_siemens_cycle_o_dis1,Sinumerik Controllers,"Limit for reimmersion, CYCLE83",,Numeric Value,
mom_siemens_cycle_sdr,Sinumerik Controllers,"UDE - Spindle Direction for Retraction, CYCLE840",,Integer,
mom_siemens_cycle_sdac,Sinumerik Controllers,"UDE - Spindle Direction after cycle, CYCLE84","1=without encoder, feed before; 11=with encoder,feed in cycle; 20=without encoder,  with dwell.",Integer,
mom_siemens_cycle_mpit,Sinumerik Controllers,"UDE - Pitch as thread size, CYCLE84",size 3-48,Integer,
mom_siemens_cycle_pit,Sinumerik Controllers,"UDE - Pitch as value, CYCLE84",,Numeric Value,
mom_siemens_cycle_poss,Sinumerik Controllers,"UDE - Spindle orient angle, CYCLE84",,Numeric Value,
mom_siemens_cycle_sst1,Sinumerik Controllers,"UDE - Spindle speed for tapping retraction, CYCLE84",,Numeric Value,
mom_siemens_cycle_o_vari,Sinumerik Controllers,UDE - Tap type ,"0=single pass, 1=chip break, 2=deep",Integer,
mom_siemens_cycle_dam,Sinumerik Controllers,"UDE - Incremental drilling depth, CYCLE84   ",,Numeric Value,
mom_siemens_cycle_o_vrt,Sinumerik Controllers,"UDE - Retraction value for chip breakage, CYCLE84",,Numeric Value,
mom_siemens_cycle_o_ptab,Sinumerik Controllers,"UDE - Pitch type, CYCLE840, CYCLE84",0=pitch in units of prog; 1=mm; 2=groove per inch; 3=inch per rotation,Integer,
mom_siemens_cycle_o_techno,Sinumerik Controllers,"UDE - wxyz where w = MCALL, x = Acceleration, y = Feed Forward, z = Exact Stop, CYCLE840","For w: 0=Reactivate spindle operation 1=Remain in position controlled, For x: 0=as programmed 1=SOFT 2=BRISK 3=DRIVE, For y: 0=as programmed 1=FFWON 2=FFWOF, For z: 0=as programmed 1=G601 2=G602 3=G603",Integer,
mom_siemens_cycle_rff,Sinumerik Controllers,"UDE - Retraction Feedrate, CYCLE85",,Numeric Value,
mom_siemens_cycle_rpa,Sinumerik Controllers,"UDE - Retraction Distance, CYCLE86: along X",,Numeric Value,1 mm or 0.1 inch along POSS direction
mom_siemens_cycle_rpo,Sinumerik Controllers,"UDE - Retraction Distance, CYCLE86: along Y",,Numeric Value,1 mm or 0.1 inch along POSS direction
mom_siemens_cycle_rpap,Sinumerik Controllers,"UDE - Retraction Distance, CYCLE86: along Z",,Numeric Value,1 mm or 0.1 inch along Z
mom_turn_thread_pitch_lead,Sinumerik Controllers,"Threading - Thread Pitch, CYCLE97",,Numeric Value,
mom_area_start_point_offset,Sinumerik Controllers,Threading - Run-in path,,Numeric Value,
mom_area_end_point_offset,Sinumerik Controllers,Threading - Run-out path,,Numeric Value,
mom_total_depth,Sinumerik Controllers,Threading - Thread depth,,Numeric Value,
mom_thread_infeed_angle,Sinumerik Controllers,Threading - Infeed angle,,Numeric Value,
mom_thread_infeed_vector,Sinumerik Controllers,Threading - Infeed vector,,Numeric Value,
mom_number_of_chases,Sinumerik Controllers,Threading - Number of idle passes,,Integer,
mom_oper_program,Sinumerik Controllers,Default value for Program Name field of DNC header for Siemens controllers,,,
MOM_probe_protected_move,Probing Event,generated from subop,"mom_pos(3), mom_feed_rate, mom_trigger_alarm  (0.0 Path Obstructed, 1.0 Error Flag)",,
MOM_probe_on,Probing Event,Programmed by the user.,0=off,,
MOM_probe_off,Probing Event,,,,
MOM_probe_single_direction_point,Probing Event,generated from probing  subop,"mom_pos(3), mom_probe_direction  (0=X, 1=Y, 2 =Z)",,
MOM_probe_angled_surface_point,Probing Event,generated from probing  subop,"mom_pos(3), mom_probe_type (0=2-axis, 1=3-axis), mom_probe_angle, mom_probe_length_adjust_adjust_register, mom_adjust_output_values",,
MOM_probe_three_point_bore,Probing Event,generated from probing  subop,"mom_probe_angles(3), mom_probe_radius, mom_probe_cylinder_diameter, mom_probe_boss_z, mom_probe_radial_clearance (+ if bore, - if boss)",,
MOM_probe_three_point_boss,Probing Event,generated from probing  subop,"mom_probe_angles(3), mom_probe_radius, mom_probe_cylinder_diameter, mom_probe_boss_z, mom_probe_radial_clearance (+ if bore, - if boss)",,
MOM_probe_four_point_bore,Probing Event,generated from probing  subop,"mom_probe_radius, mom_probe_cylinder_diameter, mom_probe_boss_z, mom_probe_radial_clearance (+ if bore, - if boss)",,
MOM_probe_four_point_boss,Probing Event,generated from probing  subop,"mom_probe_radius, mom_probe_cylinder_diameter, mom_probe_boss_z, mom_probe_radial_clearance (+ if bore, - if boss)",,
MOM_calibrate_probe_length,Probing Event,generated from probing  subop,"mom_pos(3), mom_probe_length_adjust_adjust_register",,
MOM_calibrate_stylus_offsets,Probing Event,generated from probing  subop,mom_probe_cylinder_diameter,,
MOM_calibrate_stylus_radius,Probing Event,generated from probing  subop,"mom_probe_cylinder_diameter, mom_probe_work_offset",,
MOM_calibrate_sphere,Probing Event,generated from probing  subop,"mom_pos(3), mom_probe_stylus_diameter, mom_probe_sphere_diameter, mom_probe_length_adjust_adjust_register",,
MOM_probe_change,Probing Event,"This event replaces MOM_tool_change for probe  changes.  If needed, a 9809 probing cycle is  executed on the initial move.",,,
MOM_probe_multi_stylus_store,Probing Event,,mom_probe_storage_number,,
MOM_probe_multi_stylus_load,Probing Event,,mom_probe_storage_number,,
mom_probe_direction ,Probing,direction of probing," (0=X, 1=Y, 2 =Z)",Integer,
mom_probe_nominal_tolerance,Probing,"nominal tolerance: Fanuc=H, Siemens=R11",,Numeric Value,0
mom_probe_cylindrical_tolerance,Probing,"cylindrical tolerance: Fanuc=M, Siemens=R13",,Numeric Value,0
mom_probe_overtravel_distance,Probing,"Fanuc=Q, Siemens=R17",,Numeric Value,0
mom_probe_work_offset,Probing,"probe control, zero offset: Fanuc=S, Siemens=R14",,Numeric Value,0
mom_probe_length_adjust_adjust_register,Probing,"Fanuc=T, Siemens=R20",,Numeric Value,0
mom_probe_print_data,Probing,"Fanuc=W, Siemens=R23",,Numeric Value,0
mom_probe_experience_value,Probing,"Fanuc=E, Siemens=R8",,Numeric Value,0
mom_probe_feedback_percent,Probing,"Fanuc=F, Siemens=R20",,Numeric Value,0
mom_probe_upper_tolerance,Probing,"Fanuc=U, Siemens=R21",,Numeric Value,0
mom_probe_null_band,Probing,"tolerance band: Fanuc=V, Siemens=R22",,Numeric Value,0
mom_probe_nominal_tolerance_output,Probing,Status of mom_probe_nominal_tolerance_output,"0=default, 1= user specified",Integer,
mom_probe_cylindrical_tolerance_output,Probing,Status of mom_probe_cylindrical_tolerance_output,"0=default, 1= user specified",Integer,
mom_probe_overtravel_distance_output,Probing,Status of mom_probe_overtravel_distance_output,"0=default, 1= user specified",Integer,
mom_probe_work_offset_output,Probing,Status of mom_probe_work_offset_output,"0=default, 1= user specified",Integer,
mom_probe_length_adjust_adjust_register_status,Probing,Status of mom_probe_length_adjust_adjust_register_status,"0=default, 1= user specified",Integer,
mom_probe_print_data_output,Probing,Status of mom_probe_print_data_output,"0=default, 1= user specified",Integer,
mom_probe_experience_value_output,Probing,Status of mom_probe_experience_value_output,"0=default, 1= user specified",Integer,
mom_probe_feedback_percent_output,Probing,Status of mom_probe_feedback_percent_output,"0=default, 1= user specified",Integer,
mom_probe_upper_tolerance_output,Probing,Status of mom_probe_upper_tolerance_output,"0=default, 1= user specified",Integer,
mom_probe_null_band_output,Probing,Status of mom_probe_null_band_output,"0=default, 1= user specified",Integer,
mom_probe_departure_type,Probing,Defines  the departure move.,"0=none, 1=clearance",Integer,
mom_probe_approach_type,Probing,Defines  the approach move.,"0=none, 1=clearance",Integer,
mom_stylus_caliberation_type,Probing,,"offsets, ball radius, vector ball radius",,
mom_probe_tool_axis,Probing,"For probing machines only, it defines the orientation of the probe with respect to the MCS of the operation.",unit vector,Numeric Array(3),"(0,0,1)"

