uf_param_indices.html

/*

uf_param_indices.h
* File description:
*
* This file contains the list of available parameter indices in UF CAM.
* Each index represents a parameter of an NX data object. The description
* of that parameter describes what effect that parameter has on the
* behavior of the object that owns it.
*
* The values of these paramaters may be asked for and set via the
* UF_PARAM modules. See the UF_PARAM module for other activities that
* can be performed on these activites.
*
******************************************************************************/
#ifndef UF_PARAM_INDICES_H_INCLUDED
#define UF_PARAM_INDICES_H_INCLUDED

#include <uf_defs.h>

struct UF_PARAM_disp_path_s
{
double silh_percent; /* silhouette percentage [1.0 - 100.0] */
double normx; /* normal on x-direction */
double normy; /* normal on y-direction */
double normz; /* normal on z-direction */
short arrow; /* = 0 (undefined), = 1 (on), = 2 (off) */
short number; /* paint line number = 0 (undefined), = 1 (on), = 2 (inactive) */
short speed; /* = 0 (off), = 1-10 (on) */
short type; /* = 0 (solid) , = 1 (dash), = 2 (silhouette) */
short feed; /* = 0 (undefined), = 1 (on), = 2 (off) */
short norm_flag; /* paint path normal flag =0 (tool axis),
=1 (i,j,k components) */

};
typedef struct UF_PARAM_disp_path_s UF_PARAM_disp_path_t;

/* UF_PARAM_DISP_PATH
*
* Description:
* This index contains a pointer to a set of parameters to display a tool path
*
* Type: UF_PARAM_type_pointer
*
* Name: Display Path Option
* Variable Name: <prefix>_display_path_option
*
* Possible Values: UF_PARAM_disp_path_t
*
*
*/
#define UF_PARAM_DISP_PATH 5 /* UF_PARAM_type_pointer */

struct UF_PARAM_disp_tool_s
{
short type; /* display type- off = 0, 2D = 1, 3D = 2, Axis = 3
NOTE: Axis is only valid for Variable Axis operations or Method Groups */
short frequency; /* tool display frequency */

};
typedef struct UF_PARAM_disp_tool_s UF_PARAM_disp_tool_t;

/* UF_PARAM_DISP_TOOL
*
* Description:
* This index contains a pointer to a set of parameters to display a tool
*
* Type: UF_PARAM_type_pointer
*
* Name: Display Tool Options
* Variable Name: <prefix>_display_tool_options
*
* Possible Values: UF_PARAM_disp_tool_t
*
*
*/
#define UF_PARAM_DISP_TOOL 6 /* UF_PARAM_type_pointer */

struct UF_PARAM_disp_pattern_s
{
char name[133]; /* name of pattern */
double dx; /* offset distance to x-direction */
double dy; /* offset distance to y-direction */
double dz; /* offset distance to z-direction */
short frequency; /* pattern display frequency */

};
typedef struct UF_PARAM_disp_pattern_s UF_PARAM_disp_pattern_t;

/* UF_PARAM_DISP_PATTERN
*
* Description:
* This index contains a pointer to a set of parameters to display a pattern
*
* Type: UF_PARAM_type_pointer
*
* Name: Display Pattern Options
* Variable Name: <prefix>_display_pattern_options
*
* Possible Values: UF_PARAM_disp_pattern_t
*
*
*/
#define UF_PARAM_DISP_PATTERN 7 /* UF_PARAM_type_pointer */

enum UF_PARAM_feed_unit_t
{
UF_PARAM_feed_none = 0,
UF_PARAM_feed_per_minute = 1,
UF_PARAM_feed_per_revolution = 2

};

enum UF_PARAM_spindle_mode_t
{
UF_PARAM_spindle_mode_rpm = 0,
UF_PARAM_spindle_mode_css = 1,
UF_PARAM_spindle_mode_none = 2

};

struct UF_PARAM_feedrate_s
{
UF_PARAM_feed_unit_t unit; /* unit of feedrate = 0 (none), = 1 */
double value; /* value of feedrate */
short color; /* color of feedrate. For possible color value, refer to uf_obj.h */

};
typedef struct UF_PARAM_feedrate_s UF_PARAM_feedrate_t;

/* UF_PARAM_FEED_SIDE_CUT
*
* Description:
* This index contains a pointer to side cut feedrate structure
*
* Type: UF_PARAM_type_pointer
*
* Name: Feed Side Cut
* Variable Name: <prefix>_feed_side_cut
*
* Possible Values: UF_PARAM_feedrate_t
*
*
*/
#define UF_PARAM_FEED_SIDE_CUT 9 /* UF_PARAM_type_pointer */

/* UF_PARAM_FEED_RAPID
*
* Description:
* This index contains a pointer to rapid feedrate structure
*
* Type: UF_PARAM_type_pointer
*
* Name: Feed Rapid
* Variable Name: <prefix>_feed_rapid
*
* Possible Values: UF_PARAM_feedrate_t
*
*
*/
#define UF_PARAM_FEED_RAPID 10 /* UF_PARAM_type_pointer */

/* UF_PARAM_FEED_ENGAGE
*
* Description:
* This index contains a pointer to engage feedrate structure
*
* Type: UF_PARAM_type_pointer
*
* Name: Feed Engage
* Variable Name: <prefix>_feed_engage
*
* Possible Values: UF_PARAM_feedrate_t
*
*
*/
#define UF_PARAM_FEED_ENGAGE 11 /* UF_PARAM_type_pointer */

/* UF_PARAM_FEED_RETRACT
*
* Description:
* This index contains a pointer to retract feedrate structure
*
* Type: UF_PARAM_type_pointer
*
* Name: Feed Retract
* Variable Name: <prefix>_feed_retract
*
* Possible Values: UF_PARAM_feedrate_t
*
*
*/
#define UF_PARAM_FEED_RETRACT 12 /* UF_PARAM_type_pointer */

/* UF_PARAM_FEED_APPROACH
*
* Description:
* This index contains a pointer to approach feedrate structure
*
* Type: UF_PARAM_type_pointer
*
* Name: Feed Approach
* Variable Name: <prefix>_feed_approach
*
* Possible Values: UF_PARAM_feedrate_t
*
*
*/
#define UF_PARAM_FEED_APPROACH 13 /* UF_PARAM_type_pointer */

/* UF_PARAM_FEED_DEPARTURE
*
* Description:
* This index contains a pointer to departure feedrate structure
*
* Type: UF_PARAM_type_pointer
*
* Name: Feed Departure
* Variable Name: <prefix>_feed_departure
*
* Possible Values: UF_PARAM_feedrate_t
*
*
*/
#define UF_PARAM_FEED_DEPARTURE 14 /* UF_PARAM_type_pointer */

/* UF_PARAM_FEED_RETURN
*
* Description:
* This index contains a pointer to return feedrate structure
*
* Type: UF_PARAM_type_pointer
*
* Name: Feed Return
* Variable Name: <prefix>_feed_return
*
* Possible Values: UF_PARAM_feedrate_t
*
*
*/
#define UF_PARAM_FEED_RETURN 15 /* UF_PARAM_type_pointer */

/* UF_PARAM_FEED_TRAVERSAL
*
* Description:
* This index contains a pointer to traversal feedrate structure
*
* Type: UF_PARAM_type_pointer
*
* Name: Feed Traversal
* Variable Name: <prefix>_feed_traversal
*
* Possible Values: UF_PARAM_feedrate_t
*
*
*/
#define UF_PARAM_FEED_TRAVERSAL 16 /* UF_PARAM_type_pointer */

/* UF_PARAM_FEED_CUT
*
* Description:
* This index contains a pointer to cut feedrate structure
*
* Type: UF_PARAM_type_pointer
*
* Name: Feed Cut
* Variable Name: <prefix>_feed_cut
*
* Possible Values: UF_PARAM_feedrate_t
*
*
*/
#define UF_PARAM_FEED_CUT 17 /* UF_PARAM_type_pointer */

/* UF_PARAM_FEED_FIRST_CUT
*
* Description:
* This index contains a pointer to first cut feedrate structure
*
* Type: UF_PARAM_type_pointer
*
* Name: Feed First_Cut
* Variable Name: <prefix>_feed_first_cut
*
* Possible Values: UF_PARAM_feedrate_t
*
*
*/
#define UF_PARAM_FEED_FIRST_CUT 18 /* UF_PARAM_type_pointer */

/* UF_PARAM_FEED_STEPOVER
*
* Description:
* This index contains a pointer to stepover feedrate structure
*
* Type: UF_PARAM_type_pointer
*
* Name: Feed Stepover
* Variable Name: <prefix>_feed_stepover
*
* Possible Values: UF_PARAM_feedrate_t
*
*
*/
#define UF_PARAM_FEED_STEPOVER 19 /* UF_PARAM_type_pointer */

/* UF_PARAM_CORNER_CONTROL_METHOD
*
* Description: corner control method
*
* Type: UF_PARAM_type_int
*
* Name: Corner Control Method
* Variable Name: <prefix>_corner_control_method
* Possible Values:
*
* FOR LATHE:
* 0 = UNDEFINED
* 1 = ROLL AROUND (ADD ARCS)
* 2 = CLEAR CORNER (EXTEND TANGENTS)
* 3 = ROUND CORNER
* 4 = CHAMFER CORNER
* FOR 2-2 1/2 AXIS MILL:
* 0 = UNDEFINED
* 1 = ACTIVE (ADD ARCS)
* 2 = INACTIVE (EXTEND TANGENTS)
* FOR 3-5 AXIS MILL:
* 0 = UNDEFINED
* 1 = NO CORNER CONTROL
* 2 = ISSUE WARNING
* 3 = LIFT UNTIL PAST CORNER
* 4 = USE TANGENT EXTENSIONS
* 5 = STOP PROCESSING
*
*
*/
#define UF_PARAM_CORNER_CONTROL_METHOD 24 /* UF_PARAM_type_int */

/* UF_PARAM_FROM_STATUS
*
* Description: From point status
*
* Type: UF_PARAM_type_int
*
* Name: From Status
* Variable Name: <prefix>_from_status
*
* Possible Values:
* 0 = undefined
* 1 = active
* 2 = inactive
*
*
*/
#define UF_PARAM_FROM_STATUS 27 /* UF_PARAM_type_int */

enum UF_PARAM_turn_return_method_t
{
UF_PARAM_turn_return_method_automatic = 0,
UF_PARAM_turn_return_method_direct,
UF_PARAM_turn_return_method_radial_then_axial,
UF_PARAM_turn_return_method_axial_then_radial,
UF_PARAM_turn_return_method_clear_radial_then_direct,
UF_PARAM_turn_return_method_clear_axial_then_direct,
UF_PARAM_turn_return_method_clear_radial_only,
UF_PARAM_turn_return_method_clear_axial_only
};
typedef enum UF_PARAM_turn_return_method_t, *UF_PARAM_turn_return_method_p_t;

/* UF_PARAM_RETURN_METHOD
*
* Description:
* This parameter defines the strategy how the tool is moved from the
* operation's last tool position to the return point.
* This parameter is used by multiple operation types and its definition
* depends on the operation being parameterized (see below for possible
* values).
*
* Type: UF_PARAM_type_int
*
* Name: Return Method
* Variable Name: <prefix>_return_method
*
* Possible Values:
* For Turning use: UF_PARAM_turn_return_method_t
* else use:
* 0 = AUTOMATIC
* 1 = DIRECT MOVE
* 2 = VERTICAL THEN HORIZONTAL
* 3 = HORIZONTAL THEN VERTICAL
* 4 = VERTICAL CLEARANCE PLANE THEN DIRECT
* 5 = HORIZONTAL CLEARANCE PLANE THEN DIRECT
* 6 = VERTICAL CLEARANCE
* 7 = HORIZONTAL CLEARANCE
* 8 = VERTICAL THEN HORIZONTAL THEN DIRECT (ID ONLY)
* 9 = VERTICAL THEN HORIZONTAL THEN VERTICAL (ID ONLY)
* 10 = VERTICAL THEN TO HORIZONTAL CLEARANCE (ID ONLY)
*
*
*/
#define UF_PARAM_RETURN_METHOD 30 /* UF_PARAM_type_int */

/* UF_PARAM_RETURN_STATUS
*
* Description: (Return point status)
* This parameter specifies the avoidance return status.
*
* Type: UF_PARAM_type_int
*
* Name: Return Status
* Variable Name: <prefix>_return_status
*
* Possible Values:
* = 0 - undefined,
* = 1 - active,
* = 2 - inactive
*
*
*/
#define UF_PARAM_RETURN_STATUS 32 /* UF_PARAM_type_int */

/* UF_PARAM_GOHOME_STATUS
*
* Description: Gohome point status
*
* Type: UF_PARAM_type_int
*
* Name: Gohome Status
* Variable Name: <prefix>_gohome_status
*
* Possible Values:
* = 0 - undefined,
* = 1 - active,
* = 2 - inactive,
* = 3 - use from position,
* = 4 - output 'GOHOME
*
*
*/
#define UF_PARAM_GOHOME_STATUS 34 /* UF_PARAM_type_int */

/* UF_PARAM_BOUNDARY_TOL
*
* Description:
* This parameters specifies boundary Tolerances
*
* Type: UF_PARAM_type_2d_length
*
* Name: Boundary Tolerances
* Variable Name: <prefix>_boundary_tolerances
*
* Possible Values: Positive doubles
*
*
*
*/
#define UF_PARAM_BOUNDARY_TOL 37 /* UF_PARAM_type_2d_length */

/* UF_PARAM_RCS_LINKED_TO_MCS
*
* Description: the status of RCS linked to MCS
*
* Type: UF_PARAM_type_logical
*
* Name: RCS Linked To MCS Status
* Variable Name: <prefix>_rcs_linked_to_mcs_status
*
* Possible Values:
* = FALSE - not linked
* = TRUE - linked
*
*
*/
#define UF_PARAM_RCS_LINKED_TO_MCS 41 /* UF_PARAM_type_logical */

/* UF_PARAM_CLR_MIN
*
* Description: Minimum clearance distance (safe distance)
*
* Type: UF_PARAM_type_double_length
*
* Name: Clearance Min
* Variable Name: <prefix>_clearance_min
*
* Possible Values: zero or positive UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_CLR_MIN 42 /* UF_PARAM_type_double_length */

enum UF_PARAM_turn_start_method_t
{
UF_PARAM_turn_start_method_direct = 0,
UF_PARAM_turn_start_method_radial_then_axial,
UF_PARAM_turn_start_method_axial_then_radial,
UF_PARAM_turn_start_method_clear_radial_then_direct,
UF_PARAM_turn_start_method_clear_axial_then_direct
};
typedef enum UF_PARAM_turn_start_method_t, *UF_PARAM_turn_start_method_p_t;

/* UF_PARAM_START_METHOD
*
* Description:
* This parameter defines the strategy how the tool is moved from the
* last tool position to the operation's start point.
* This parameter is used by multiple operation types and it's definition
* depends on the operation being parameterized (see below for possible
* values).
*
* Type: UF_PARAM_type_int
*
* Name: Start Method
* Variable Name: <prefix>_start_method
*
* Possible Values:
* For Turning use: UF_PARAM_turn_start_method_t
* else use:
* 0 = UNDEFINED
* 1 = DIRECT MOVE
* 2 = VERTICAL THEN HORIZONTAL
* 3 = HORIZONTAL THEN VERTICAL
* 4 = HORIZONTAL CLEARANCE THEN DIRECT
* 5 = VERTICAL CLEARANCE THEN DIRECT
*
*
*/
#define UF_PARAM_START_METHOD 45 /* UF_PARAM_type_int */

/* UF_PARAM_START_STATUS
*
* Description: start point status
*
* Type: UF_PARAM_type_int
*
* Name: Start Status
* Variable Name: <prefix>_start_status
*
* Possible Values:
* = 0 - undefined,
* = 1 - active,
* = 2 - inactive
*
*
*/
#define UF_PARAM_START_STATUS 47 /* UF_PARAM_type_int */

enum UF_PARAM_turn_start_of_engage_method_t
{
UF_PARAM_turn_start_of_engage_method_automatic = 0,
UF_PARAM_turn_start_of_engage_method_direct,
UF_PARAM_turn_start_of_engage_method_radial_then_axial,
UF_PARAM_turn_start_of_engage_method_axial_then_radial,
UF_PARAM_turn_start_of_engage_method_clear_radial_then_direct,
UF_PARAM_turn_start_of_engage_method_clear_axial_then_direct
};
typedef enum UF_PARAM_turn_start_of_engage_method_t, *UF_PARAM_turn_start_of_engage_method_p_t;

/* UF_PARAM_START_OF_ENGAGE_METHOD
*
* Description:
* This parameter defines the strategy how the tool is moved from the
* last tool position to the operation's start of engage point.
*
* Type: UF_PARAM_type_int
*
* Name: Start of Engage Method
* Variable Name: <prefix>_start_of_engage_method
*
* Possible Values: UF_PARAM_turn_start_ofengage_method_t
*
*
*/
#define UF_PARAM_START_OF_ENGAGE_METHOD 48 /* UF_PARAM_type_int */

enum UF_PARAM_turn_gohome_method_t
{
UF_PARAM_turn_gohome_method_direct = 0,
UF_PARAM_turn_gohome_method_radial_then_axial,
UF_PARAM_turn_gohome_method_axial_then_radial,
UF_PARAM_turn_gohome_method_clear_radial_then_direct,
UF_PARAM_turn_gohome_method_clear_axial_then_direct
};
typedef enum UF_PARAM_turn_gohome_method_t, UF_PARAM_turn_gohome_method_p_t;

/* UF_PARAM_GOHOME_METHOD
*
* Description:
* This parameter defines the strategy how the tool is moved from the
* last tool position to the operation's gohome point.
*
* Type: UF_PARAM_type_int
*
* Name: Gohome Method
* Variable Name: <prefix>_gohome_method
*
* Possible Values: UF_PARAM_turn_gohome_method_t
*
*
*/
#define UF_PARAM_GOHOME_METHOD 49 /* UF_PARAM_type_int */

/* UF_PARAM_STOCK_DRIVE
*
* Description:
* Stock for drive geometry
*
* Type: UF_PARAM_type_double_length
*
* Name: Stock Drive
* Variable Name: <prefix>_stock_drive
*
* Possible Values: double
*
*
*/
#define UF_PARAM_STOCK_DRIVE 54 /* UF_PARAM_type_double_length */

enum UF_PARAM_motion_output_e
{
UF_PARAM_motion_output_linear_only = -1,
UF_PARAM_motion_output_cir_perp_to_taxis = 0,
UF_PARAM_motion_output_cir_perp_parallel_to_taxis = 1,
UF_PARAM_motion_output_nurbs = 2
};
typedef enum UF_PARAM_motion_output_e UF_PARAM_motion_output_t;

/* UF_PARAM_MOTION_OUTPUT_TYPE
*
* Description:
* Type of motions output to the tool path
*
* Type: UF_PARAM_type_int
*
* Name: Motion Output Type
* Variable Name: <prefix>_motion_output_type
*
* Possible Values: UF_PARAM_motion_output_t
*
*
*/
#define UF_PARAM_MOTION_OUTPUT_TYPE 55 /* UF_PARAM_type_int */

enum UF_PARAM_nurbs_output_flag_e
{
UF_PARAM_nurbs_output_flag_join_segment_off = 0,
UF_PARAM_nurbs_output_flag_join_segment_on = 1
};
typedef enum UF_PARAM_nurbs_output_flag_e UF_PARAM_nurbs_output_flag_t;

/* UF_PARAM_NURBS_OP
*
* Description:
* NURBS Output Flag to join segments
*
* Type: UF_PARAM_type_int
*
* Name: NURBS Joining Segments Flag
* Variable Name: <prefix>_nurbs_joining_segments_flag
*
* Possible Values: UF_PARAM_nurbs_output_flag_t
*
*
*/
#define UF_PARAM_NURBS_OP 56 /* UF_PARAM_type_int */

/* UF_PARAM_NURBS_FIT_TOL
*
* Description:
* NURBS fitting tolerance
*
* Type: UF_PARAM_type_double_length
*
* Name: NURBS Fitting Tolerance
* Variable Name: <prefix>_nurbs_fitting_tolerance
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_NURBS_FIT_TOL 57 /* */

/* UF_PARAM_NURBS_ANG_TOL
*
* Description:
* NURBS angle tolerance
*
* Type: UF_PARAM_type_double
*
* Name: NURBS Angular Tolerance
* Variable Name: <prefix>_nurbs_angular_tolerance
*
* Possible Values: UF_PARAM_type_double
*
*
*/
#define UF_PARAM_NURBS_ANG_TOL 58 /* */

/* UF_PARAM_MCS
*
* Description:
* Machine coordinate system
*
* Type: UF_PARAM_type_tag
*
* Name: MCS
* Variable Name: <prefix>_mcs
*
* Possible Values: tag
*
*
*
*
*/
#define UF_PARAM_MCS 59 /* UF_PARAM_type_tag */

/* UF_PARAM_RCS
*
* Description:
* Reference coordinate system
*
* Type: UF_PARAM_type_tag
*
* Name: RCS
* Variable Name: <prefix>_rcs
*
* Possible Values:
*
*
*/
#define UF_PARAM_RCS 60 /* Param_type_tag */

/* UF_PARAM_FIXTURE_OFFSET_STATUS
*
* Description:
* Fixture offset status
*
* Type: UF_PARAM_type_int
*
* Name: Fixture offset status
* Variable Name: <prefix>_fixture_offset_status
*
* Possible Values: 0/1 (on/off)
*
*
*/
#define UF_PARAM_FIXTURE_OFFSET_STATUS 61 /* Param_type_int */

/* UF_PARAM_FIXTURE_OFFSET_NUM
*
* Description:
* Fixture offset value
*
* Type: UF_PARAM_type_int
*
* Name: Fixture offset value
* Variable Name: <prefix>_fixture_offset_value
*
* Possible Values:
*
*
*/
#define UF_PARAM_FIXTURE_OFFSET_NUM 62 /* Param_type_int */

enum UF_PARAM_scs_type_t
{
UF_PARAM_scs_type_use_xm_ym = 0,
UF_PARAM_scs_type_use_zm_xm = 1,
UF_PARAM_scs_type_undefined = 2
};

/* UF_PARAM_SCS_TYPE
*
* Description:
* Spindle coordinate system definition type
*
* Type: UF_PARAM_type_int
*
* Name: Spindle Definition Type
* Variable Name: <prefix>_spindle_definition_type
*
* Possible Values: UF_PARAM_scs_type_t
*
*
*/
#define UF_PARAM_SCS_TYPE 64 /* UF_PARAM_type_int */

/* UF_PARAM_SUPPRESS_PATH_DISPLAY
*
* Description:
* This index contains a toggle indicating whether to suppress the display of
* a tool path while it is being computed.
*
* Type: UF_PARAM_type_int
*
* Name: Suppress Path Display Option
* Variable Name: <prefix>_suppress_path_display_option
*
* Possible Values: 0 = Do not suppress display of the tool path during generation
* 1 = Suppress display of the tool path during path generation
*
*
*/
#define UF_PARAM_SUPPRESS_PATH_DISPLAY 65 /* UF_PARAM_type_int */

enum UF_PARAM_csys_purpose_t
{
UF_PARAM_csys_purpose_local = 0,
UF_PARAM_csys_purpose_main
};

/* UF_PARAM_CSYS_PURPOSE
*
* Description:
*
* Type: UF_PARAM_type_int
*
* Name: Coordinate System Purpose
* Variable Name: <prefix>_coordinate_system_purpose
*
* Possible Values: UF_PARAM_csys_purpose_t
*
*
*/
#define UF_PARAM_CSYS_PURPOSE 66 /* UF_PARAM_type_int*/

enum UF_PARAM_special_output_t
{
UF_PARAM_special_output_none = 0,
UF_PARAM_special_output_use_main_mcs,
UF_PARAM_special_output_fixture_offset,
UF_PARAM_special_output_csys_rotation
};

/* UF_PARAM_SPECIAL_OUTPUT
*
* Description:
*
* Type: UF_PARAM_type_int
*
* Name: Special Output
* Variable Name: <prefix>_special_output
*
* Possible Values: UF_PARAM_special_output_t
*
*
*/
#define UF_PARAM_SPECIAL_OUTPUT 67 /* UF_PARAM_type_int*/

/* UF_PARAM_TEMPLATE_TYPE
*
* Description:
* Object template type
*
* Type: UF_PARAM_type_string
*
* Name: Template Type
* Variable Name: <prefix>_template_type
*
* Possible Values:
*
*
*/
#define UF_PARAM_TEMPLATE_TYPE 105 /* UF_PARAM_type_string */

/* UF_PARAM_TEMPLATE_SUBTYPE
*
* Description:
* Tepmlate subtype
*
* Type: UF_PARAM_type_string
*
* Name: "Template Subtype
* Variable Name: <prefix>__template_subtype
*
* Possible Values:
*
*
*/
#define UF_PARAM_TEMPLATE_SUBTYPE 106 /* UF_PARAM_type_string */

/* UF_PARAM_TOL_IN_OUT
*
* Description:
* Inside outside tolerance
*
* Type: UF_PARAM_type_2d_length
*
* Name: Inside Outside Tolerances
* Variable Name: <prefix>_inside_outside_tolerances
*
* Possible Values:
*
*
*/
#define UF_PARAM_TOL_IN_OUT 109 /* UF_PARAM_type_2d_length */

/* UF_PARAM_OUTPUT_LOAD_TOOL
*
* Description:
* Flag indicatiing the LOAD/TOOL post command to be output
* when marker is added
* Type: UF_PARAM_type_logical
*
* Name: Output load tool Status
* Variable Name: <prefix>_output_load_tool_status
*
* Possible Values: True/False
*
*
*/
#define UF_PARAM_OUTPUT_LOAD_TOOL 117

/* UF_PARAM_DIAGNOSTICS
*
* Description:
* During the process of generating an operation, if any
* conditions are encountered, The parameter will contain
* the error codes of the condition found.
* It will only support a maximum of 10 conditions.
* Any message associated with the error codes can be
* inquired like any other error codes.
* If the parameter does not exist, then no conditions were
* encountered.
* NOTE: This parameter is removed from an operation
* everytime the operation is generated.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Diagnositics array
* Variable Name: <prefix>_diagnositics_array
*
* Possible Values: array of positive integers
*
*
*/
#define UF_PARAM_DIAGNOSTICS 123 /* UF_PARAM_type_vla_int */

enum UF_PARAM_corner_cir_feed_comp_t
{
UF_PARAM_corner_cir_feed_comp_off = 0,
UF_PARAM_corner_cir_feed_comp_on = 1
};

/* UF_PARAM_CORNER_CIR_FEED_COMP
*
* Description:
* Parameter indicates whether Circular
* Feedrate Compensation is on or off.
*
* Type: UF_PARAM_type_int
*
* Name: Corner Circular Feed Compensation
* Variable Name: <prefix>_corner_circular_feed_compensation
*
* Possible Values: UF_PARAM_corner_cir_feed_comp_t
*
*
*/
#define UF_PARAM_CORNER_CIR_FEED_COMP 201 /* UF_PARAM_type_int */

enum UF_PARAM_corner_fillet_type_t
{
UF_PARAM_corner_fillet_type_none = 0,
UF_PARAM_corner_fillet_type_all_passes = 1

};

/* UF_PARAM_CORNER_FILLET_TYPE
*
* Description:
* Parameter indicates filleting types at corners of
* the toolpaths.
*
* Type: UF_PARAM_type_int
*
* Name: Corner Fillet Type
* Variable Name: <prefix>_corner_fillet_type
*
* Possible Values: UF_PARAM_corner_fillet_type_t
*
*
*/
#define UF_PARAM_CORNER_FILLET_TYPE 202 /* UF_PARAM_type_int */

/* UF_PARAM_CORNER_FILLET_PATH_RADIUS
*
* Description:
* Paramter is the radius of corner fillet.
*
* Type: UF_PARAM_type_double_length
*
* Name: Corner Fillet Path Radius
* Variable Name: <prefix>_corner_fillet_path_radius
*
* Possible Values: positive UF_PARAM_type_double_length.
*
*
*/
#define UF_PARAM_CORNER_FILLET_PATH_RADIUS 203 /* UF_PARAM_type_double_length */

/* UF_PARAM_CORNER_MAX_TLAXIS
*
* Description: Maximum tool axis change at corner.
*
*
* Type: UF_PARAM_type_double
*
* Name: Corner Max Tool Axis
* Variable Name: <prefix>_corner_max_tool_axis
*
* Possible Values:
*
*
*/
#define UF_PARAM_CORNER_MAX_TLAXIS 204 /* UF_PARAM_type_double */

/* UF_PARAM_CORNER_MAX_ANGLE
*
* Description:
* Parameter is the maximum angle for corner control,
* i.e. for corner filleting of corner slowdowns.
*
* Type: UF_PARAM_type_double
*
* Name: Corner Max Included Angle
* Variable Name: <prefix>_corner_max_included_angle
*
* Possible Values: 0.0 < maximum angle < 180.0.
*
*
*/
#define UF_PARAM_CORNER_MAX_ANGLE 205 /* UF_PARAM_type_double */

/* UF_PARAM_CORNER_MIN_ANGLE
*
* Description:
* Parameter is the minimum angle for corner control,
* i.e. for corner filleting of corner slowdowns.
*
* Type: UF_PARAM_type_double
*
* Name: Corner Min Included Angle
* Variable Name: <prefix>_corner_min_included_angle
*
* Possible Values: 0.0 <= minimum angle < 180.0
*
*
*/
#define UF_PARAM_CORNER_MIN_ANGLE 206 /* UF_PARAM_type_double */

enum UF_PARAM_corner_slowdown_status_t
{
UF_PARAM_corner_slowdown_status_off = 0,
UF_PARAM_corner_slowdown_status_on = 1

};

/* UF_PARAM_CORNER_SLOWDOWN_STATUS
*
* Description:
* Parameter indicates whether corner slowdown
* is on or off.
*
* Type: UF_PARAM_type_int
*
* Name: Corner Slowdown Status
* Variable Name: <prefix>_corner_slowdown_status
*
* Possible Values: UF_PARAM_corner_slowdown_status_t
*
*
*/
#define UF_PARAM_CORNER_SLOWDOWN_STATUS 207 /* UF_PARAM_type_int */

enum UF_PARAM_corner_slowdown_length_method_t
{
UF_PARAM_corner_slowdown_length_method_previous_tool = 0,
UF_PARAM_corner_slowdown_length_method_percent_tool = 1

};

/* UF_PARAM_CORNER_SLOWDOWN_LENGTH_METHOD
*
* Description:
* Parameter determines which slowdown method
* is to be used if slowdowns are on.
*
* Type: UF_PARAM_type_int
*
* Name: Corner Slowdown Length Method
* Variable Name: <prefix>_corner_slowdown_length_method
*
* Possible Values: UF_PARAM_corner_slowdown_length_method_t
*
*
*/
#define UF_PARAM_CORNER_SLOWDOWN_LENGTH_METHOD 208 /* UF_PARAM_type_int */

/* UF_PARAM_CORNER_TL_DIAM_PERCENT
*
* Description:
* Parameter, used by corner slowdown if the
* Percent Tool method is selected, is 100.0
* times the ratio of the slowdown length to
* the tool diameter.
*
* Type: UF_PARAM_type_double
*
* Name: Corner Tool Diameter Percent
* Variable Name: <prefix>_corner_tool_diameter_percent
*
* Possible Values: positive UF_PARAM_type_double
*
*
*/
#define UF_PARAM_CORNER_TL_DIAM_PERCENT 209 /* UF_PARAM_type_double */

/* UF_PARAM_CORNER_NUM_STEPS
*
* Description:
* Parameter is the number of decrements
* in feedrate used to accomplish a slowdown.
*
* Type: UF_PARAM_type_int
*
* Name: Corner Slowdown Num Steps
* Variable Name: <prefix>_corner_slowdown_num_steps
*
* Possible Values: positive UF_PARAM_type_int
*
*
*/
#define UF_PARAM_CORNER_NUM_STEPS 210 /* UF_PARAM_type_int */

/* UF_PARAM_CORNER_PREV_TL_DIAM
*
* Description:
* Parameter, used by corner slowdown if the
* previous tool diameter method is selected,
* is the tool diameter of the last tool used
* in cutting a part.
*
* Type: UF_PARAM_type_double_length
*
* Name: Corner Previous Tool Diameter
* Variable Name: <prefix>_corner_previous_tool_diameter
*
* Possible Values: positive UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_CORNER_PREV_TL_DIAM 211 /* UF_PARAM_type_double_length */

/* UF_PARAM_CORNER_FEED_ADJUST_PERCENT
*
* Description:
* Parameter, used by corner slowdown only, is
* the 100 times the ratio of the feedrate at
* the end of a slowdown to the feedrate at the
* start of a slowdown.
*
* Type: UF_PARAM_type_double
*
* Name: Corner Feed Adjust Percent
* Variable Name: <prefix>_corner_feed_adjust_percent
*
* Possible Values: positive UF_PARAM_type_double
*
*
*/
#define UF_PARAM_CORNER_FEED_ADJUST_PERCENT 212 /* UF_PARAM_type_double */

enum UF_PARAM_engret_auto_type_t
{
UF_PARAM_engret_auto_type_linear = 0,
UF_PARAM_engret_auto_type_circular = 1

};

/* UF_PARAM_ENGRET_AUTO_TYPE
*
* Description:
* Parmeter denotes the type of automatic
* engages and retracts currently selected.
*
* Type: UF_PARAM_type_int
*
* Name: Engage Retract Auto Type
* Variable Name: <prefix>_engage_retract_auto_type
*
* Possible Values: 0 - linear
* 1 - circular
*
*
*/
#define UF_PARAM_ENGRET_AUTO_TYPE 214 /* UF_PARAM_type_int */

/* UF_PARAM_ENGRET_AUTO_OVERLAP
*
* Description:
* Parameter is the overlap distance used by
* automatic engages and automatic retracts.
* (It is used only when a closed path is cut.)
*
* Type: UF_PARAM_type_double_length
*
* Name: Engage Retract Auto Overlap
* Variable Name: <prefix>_engage_retract_auto_overlap
*
* Possible Values: non-negative UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_ENGRET_AUTO_OVERLAP 215 /* UF_PARAM_type_double_length */

/* UF_PARAM_ENGRET_AUTO_RADIUS
*
* Description:
* Parameter is the arc radius used for
* circular engages and circular retracts.
*
* Type: UF_PARAM_type_double_length
*
* Name: Engage Retract Auto Radius
* Variable Name: <prefix>_engage_retract_auto_radius
*
* Possible Values: positive UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_ENGRET_AUTO_RADIUS 216 /* UF_PARAM_type_double_length */

/* UF_PARAM_ENGRET_AUTO_ACTIVE_RANGE
*
* Description:
* Parameter is the activation range used by
* automatic engages and retracts.
*
* Type: UF_PARAM_type_double_length
*
* Name: Engage Retract Auto Activation Range
* Variable Name: <prefix>_engage_retract_auto_activation_range
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_ENGRET_AUTO_ACTIVE_RANGE 217 /* UF_PARAM_type_double_length */

enum UF_PARAM_eng_auto_ramp_method_t
{
UF_PARAM_eng_auto_ramp_method_ramp_on_lines = 1,
UF_PARAM_eng_auto_ramp_method_ramp_on_lines_and_arcs = 2,
UF_PARAM_eng_auto_ramp_method_helical_ramping = 3

};

/* UF_PARAM_ENG_AUTO_RAMP_METHOD
*
* Description:
* Parameter denotes the type of ramping
* to be used if automatic engages are active.
*
* Type: UF_PARAM_type_int
*
* Name: Engage Auto Ramp Method
* Variable Name: <prefix>_engage_auto_ramp_method
*
* Possible Values: UF_PARAM_eng_auto_ramp_method_t
*
*
*/
#define UF_PARAM_ENG_AUTO_RAMP_METHOD 218 /* UF_PARAM_type_int */

/* UF_PARAM_ENG_AUTO_RAMP_ANGLE
*
* Description:
* Parameter is the ramping angle used by
* automatic engages when ramping is required.
*
* Type: UF_PARAM_type_double
*
* Name: Engage Auto Ramp Angle
* Variable Name: <prefix>_engage_auto_ramp_angle
*
* Possible Values: UF_PARAM_type_double
* 0 < ramp angle < 90
*
*
*/
#define UF_PARAM_ENG_AUTO_RAMP_ANGLE 219 /* UF_PARAM_type_double */

enum UF_PARAM_clrplane_status_t
{
UF_PARAM_clrplane_undefined = 0,
UF_PARAM_clrplane_define_and_active = 1,
UF_PARAM_clrplane_define_and_inactive = 2

};

/* UF_PARAM_CLRPLANE_STATUS
*
* Description:
* Parameter is the clearance plane status.
*
* Type: UF_PARAM_type_int
*
* Name: Clearance Plane Status
* Variable Name: <prefix>_clearance_plane_status
*
* Possible Values: UF_PARAM_clrplane_status_t
*
*
*/
#define UF_PARAM_CLRPLANE_STATUS 220 /* UF_PARAM_type_int */

enum UF_PARAM_clrplane_usage_t
{
UF_PARAM_clrplane_usage_at_operation_start_and_end = 1,
UF_PARAM_clrplane_usage_at_operation_start_only = 2,
UF_PARAM_clrplane_usage_at_operation_end_only = 3,
UF_PARAM_clrplane_usage_at_start_min_clearance_at_end = 4,
UF_PARAM_clrplane_usage_at_end_min_clearance_at_start = 5

};

/* UF_PARAM_CLRPLANE_USAGE
*
* Description:
* Parameter denotes when a move to or from the
* clearance plane is to be made. (Parameter is not
* used unless UF_PARAM_CLRPLANE_STATUS is 1.)
*
* Type: UF_PARAM_type_int
*
* Name: Clearance Plane Usage
* Variable Name: <prefix>_clearance_plane_usage
*
* Possible Values: UF_PARAM_clrplane_usage_t
*
*
*/
#define UF_PARAM_CLRPLANE_USAGE 221 /* UF_PARAM_type_int */

/* UF_PARAM_ENG_AUTO_MIN_RAMP_LENGTH
*
* Description:
* Parameter is the minimum ramp length
* used by automatic engages when ramping
* is required.
*
* Type: UF_PARAM_type_double
*
* Name: Engage Auto Minimum Ramp Length
* Variable Name: <prefix>_engage_auto_minimum_ramp_length
*
* Possible Values: positive UF_PARAM_type_double
*
*
*/
#define UF_PARAM_ENG_AUTO_MIN_RAMP_LENGTH 224 /* UF_PARAM_type_double */

/* UF_PARAM_ENG_AUTO_HELICAL_DIAMETER
*
* Description:
* Parameter is the helical diameter, presented as
* percentage 0f tool diameter,
* used by automatic engages when helical ramping
* is required.
*
* Type: UF_PARAM_type_double
*
* Name: Engage Auto Helical Diameter
* Variable Name: <prefix>_engage_auto_helical_diameter
*
* Possible Values: positive UF_PARAM_type_double
*
*
*/
#define UF_PARAM_ENG_AUTO_HELICAL_DIAMETER 225 /* UF_PARAM_type_double */

enum UF_PARAM_lwplane_status_t
{
UF_PARAM_lwplane_status_undefined = 0,
UF_PARAM_lwplane_status_defined_and_active = 1,
UF_PARAM_lwplane_status_defined_and_inactive = 2

};

/* UF_PARAM_LWPLANE_STATUS
*
* Description:
* Parameter is the status of lower limit plane
*
* Type: UF_PARAM_type_int
*
* Name: Lower Plane Status
* Variable Name: <prefix>_lower_plane_status
*
* Possible Values: UF_PARAM_lwplane_status_t
*
*
*/
#define UF_PARAM_LWPLANE_STATUS 226 /* UF_PARAM_type_int */

enum UF_PARAM_lwplane_usage_t
{
UF_PARAM_output_warning_only = 0,
UF_PARAM_project_to_lwplane_along_normal_to_plane = 1,
UF_PARAM_project_to_lwplane_along_tool_axis = 2

};

/* UF_PARAM_LWPLANE_USAGE
*
* Description:
* Parameter denotes the action to be taken when
* an active lower limit plane (LLP) exits and
* the tool end is below the LLP.
*
* Type: UF_PARAM_type_int
*
* Name: Lower Plane Usage
* Variable Name: <prefix>_lower_plane_usage
*
* Possible Values: UF_PARAM_lwplane_usage_t
*
*
*/
#define UF_PARAM_LWPLANE_USAGE 229 /* UF_PARAM_type_int */

enum UF_PARAM_cutcom_type_t
{
UF_PARAM_cutcom_type_none = 0,
UF_PARAM_cutcom_type_engage_retract = 1,
UF_PARAM_cutcom_type_against_wall = 2

};

/* UF_PARAM_CUTCOM_TYPE
*
* Description:
* Parameter indicates what kind of
* cutcom, if any, is to be performed.
*
* Type: UF_PARAM_type_int
*
* Name: Cutcom Type
* Variable Name: <prefix>_cutcom_type
*
* Possible Values: UF_PARAM_cutcom_type_t
*
*
*/
#define UF_PARAM_CUTCOM_TYPE 230 /* UF_PARAM_type_int */

/* UF_PARAM_CUTCOM_ANGLE
*
* Description:
* Parameter is the minimum angle allowed
* a cutcom move and a cut move.
*
* Type: UF_PARAM_type_double
*
* Name: Cutcom Angle
* Variable Name: <prefix>_cutcom_angle
*
* Possible Values: non-negative UF_PARAM_type_double
*
*
*/
#define UF_PARAM_CUTCOM_ANGLE 231 /* UF_PARAM_type_double */

/* UF_PARAM_CUTCOM_DIST
*
* Description:
* Parameter is the minimum length
* of a cutcom move.
*
* Type: UF_PARAM_type_double_length
*
* Name: Cutcom Distance
* Variable Name: <prefix>_cutcom_distance
*
* Possible Values: positive UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_CUTCOM_DIST 232 /* UF_PARAM_type_double_length */

/* UF_PARAM_CUTCOM_REGISTER_NUM
*
* Description:
* Parameter is the cutcom register number. This parameter is obseleted
* with UF_PARAM_TL_CUTCOM_REG in NX2.0. This parameter is going to be
* obseleted in User function from NX4.0
* (Parameter is used only if the parameter,
* UF_PARAM_CUTCOM_REGISTER_STATUS is 1.)
*
* Type: UF_PARAM_type_int
*
* Name: Cutcom Register Number
* Variable Name: <prefix>_cutcom_register_number
*
* Possible Values: UF_PARAM_type_int
*
*
*/
#define UF_PARAM_CUTCOM_REGISTER_NUM 233 /* UF_PARAM_type_int */

enum UF_PARAM_cutcom_register_status_t
{
UF_PARAM_cutcom_register_number_not_used = 0,
UF_PARAM_cutcom_register_number_output_to_clsf = 1

};

/* UF_PARAM_CUTCOM_REGISTER_STATUS
*
* Description:
* Parameter determines if the register
* number is output when a cutcom
* statment is output to the CLSF.
*
* Type: UF_PARAM_type_int
*
* Name: Cutcom Register Status
* Variable Name: <prefix>_cutcom_register_status
*
* Possible Values: UF_PARAM_cutcom_register_status_t
*
*
*/
#define UF_PARAM_CUTCOM_REGISTER_STATUS 234 /* UF_PARAM_type_int */

enum UF_PARAM_cutcom_plane_status_t
{
UF_PARAM_cutcom_plane_not_used = 0,
UF_PARAM_cutcom_plane_output_to_clsf = 1

};

/* UF_PARAM_CUTCOM_PLANE_STATUS
*
* Description:
* Parameter determines if the plane in which
* cutcom moves are made is output to the CLSF.
* (No output is maded is the cutcom move is not
* in a principle plane.)
*
* Type: UF_PARAM_type_int
*
* Name: Cutcom Plane Status
* Variable Name: <prefix>_cutcom_plane_status
*
* Possible Values: 0 - no cutcom plane data to be output
* 1 - cutcom plane data to be output to CLSF
* (provided cutcom move is in a principle plane)
*
*
*/
#define UF_PARAM_CUTCOM_PLANE_STATUS 235 /* UF_PARAM_type_int */

enum UF_PARAM_cutlev_method_t
{
UF_PARAM_cutlev_method_user_defined = 0,
UF_PARAM_cutlev_method_floor_only = 1,
UF_PARAM_cutlev_method_floor_and_island_tops = 2,
UF_PARAM_cutlev_method_levels_at_island_tops = 3,
UF_PARAM_cutlev_method_fixed_depth = 4

};

/* UF_PARAM_CUTLEV_METHOD
*
* Description:
* Parameter determines the depth-of_cut type.
*
* Type: UF_PARAM_type_int
*
* Name: Cut Level Method
* Variable Name: <prefix>_cut_level_method
*
* Possible Values: UF_PARAM_cutlev_method_t
*
*
*/
#define UF_PARAM_CUTLEV_METHOD 236 /* UF_PARAM_type_int */

enum UF_PARAM_eng_init_type_t
{
UF_PARAM_eng_init_type_none = 0,
UF_PARAM_eng_init_type_vector = 1,
UF_PARAM_eng_init_type_vector_plane = 2,
UF_PARAM_eng_init_type_angle_angle_plane = 3,
UF_PARAM_eng_init_type_angle_angle_distance = 4,
UF_PARAM_eng_init_type_tool_axis = 6,
UF_PARAM_eng_init_type_from_a_point = 7,
UF_PARAM_eng_init_type_automatic = 8

};

/* UF_PARAM_ENG_INIT_TYPE
*
* Description:
* Parameter is the initial engage type.
*
* Type: UF_PARAM_type_int
*
* Name: Engage Initial Type
* Variable Name: <prefix>_engage_initial_type
*
* Possible Values: UF_PARAM_eng_init_type_t
*
*
*/
#define UF_PARAM_ENG_INIT_TYPE 240 /* UF_PARAM_type_int */

enum UF_PARAM_eng_inter_type_t
{
UF_PARAM_eng_inter_type_automatic = 0,
UF_PARAM_eng_inter_type_tool_axis = 1,
UF_PARAM_eng_inter_type_none = 2,
UF_PARAM_eng_inter_type_as_initial = 3

};

/* UF_PARAM_ENG_INTER_TYPE
*
* Description:
* Parameter is the internal engage type.
*
* Type: UF_PARAM_type_int
*
* Name: Engage Internal Type
* Variable Name: <prefix>_engage_internal_type
*
* Possible Values: UF_PARAM_eng_inter_type_t
*
*
*/
#define UF_PARAM_ENG_INTER_TYPE 241 /* UF_PARAM_type_int */

/* UF_PARAM_ENG_DIST
*
* Description:
* Parameter is the length of the engage
* move. (It is used for the engage methods:
* tool axis; angle, angle, distance; and vector.)
*
* Type: UF_PARAM_type_double_length
*
* Name: Engage Distance
* Variable Name: <prefix>_engage_distance
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_ENG_DIST 244 /* UF_PARAM_type_double_length */

/* UF_PARAM_ENG_ANGLES
*
* Description:
* Parameter is the pair of angles used in
* the engage types: angle, angle, distance;
* and angle, angle, plane.
*
* Type: UF_PARAM_type_2d
*
* Name: Engage Angles
* Variable Name: <prefix>_engage_angles
*
* Possible Values: UF_PARAM_type_2d
*
*
*/
#define UF_PARAM_ENG_ANGLES 246 /* UF_PARAM_type_2d*/

enum UF_PARAM_predrill_type_t
{
UF_PARAM_predrill_type_no_regions = 1,
UF_PARAM_predrill_type_all_regions = 2,
UF_PARAM_predrill_type_bottom_regions = 4

};

/* UF_PARAM_PREDRILL_TYPE
*
* Description:
* Parameter indicates what regions, if any,
* are to have predrilled holes at the point
* where cutting starts. For the predrill option,
* all regions, either the initial or internal
* engages must be of type, tool axis. For the option,
* bottom regions, either the initial or internal
* engages must be automatic.
*
* Type: UF_PARAM_type_int
*
* Name: Pre Drill Type
* Variable Name: <prefix>_pre_drill_type
*
* Possible Values: UF_PARAM_predrill_type_t
*
*
*/
#define UF_PARAM_PREDRILL_TYPE 247 /* UF_PARAM_type_int */

enum UF_PARAM_ret_final_type_t
{
UF_PARAM_ret_final_type_none = 0,
UF_PARAM_ret_final_type_vector = 1,
UF_PARAM_ret_final_type_vector_plane = 2,
UF_PARAM_ret_final_type_angle_angle_plane = 3,
UF_PARAM_ret_final_type_angle_angle_distance = 4,
UF_PARAM_ret_final_type_tool_axis = 6,
UF_PARAM_ret_final_type_from_a_point = 7,
UF_PARAM_ret_final_type_automatic = 8

};

/* UF_PARAM_RET_FINAL_TYPE
*
* Description:
* Parameter is the final retract type.
*
* Type: UF_PARAM_type_int
*
* Name: Retract Final Type
* Variable Name: <prefix>_retract_final_type
*
* Possible Values: UF_PARAM_ret_final_type_t
*
*
*/
#define UF_PARAM_RET_FINAL_TYPE 250 /* UF_PARAM_type_int */

enum UF_PARAM_ret_inter_type_t
{
UF_PARAM_ret_inter_type_automatic = 0,
UF_PARAM_ret_inter_type_tool_axis = 1,
UF_PARAM_ret_inter_type_none = 2,
UF_PARAM_ret_inter_type_as_initial = 3

};

/* UF_PARAM_RET_INTER_TYPE
*
* Description:
* Parameter is the internal retract type.
*
* Type: UF_PARAM_type_int
*
* Name: Retract Internal Type
* Variable Name: <prefix>_retract_internal_type
*
* Possible Values: UF_PARAM_ret_inter_type_t
*
*
*/
#define UF_PARAM_RET_INTER_TYPE 251 /* UF_PARAM_type_int */

/* UF_PARAM_RET_POINT
*
* Description:
* Parameter is the point used in the final
* retract methods, from a point, etc.
*
* Type: UF_PARAM_type_3d_length
*
* Name: Retract Point
* Variable Name: <prefix>_retract_point
*
* Possible Values: UF_PARAM_type_3d_length
*
*
*/
#define UF_PARAM_RET_POINT 252 /* UF_PARAM_type_3d_length */

/* UF_PARAM_RET_DIST
*
* Description:
* Parameter is the length of the retract
* move. (It is used for the retract methods:
* tool axis; angle, angle, distance; and vector.)
*
* Type: UF_PARAM_type_double_length
*
* Name: Retract Distance
* Variable Name: <prefix>_retract_distance
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_RET_DIST 254 /* UF_PARAM_type_double_length */

/* UF_PARAM_RET_ANGLES
*
* Description:
* Parameter is the pair of angles used in
* the retrace types: angle, angle, distance;
* and angle, angle, plane.
*
* Type: UF_PARAM_type_2d
*
* Name: Retract Angles
* Variable Name: <prefix>_retract_angles
*
* Possible Values: UF_PARAM_type_2d
*
*
*/
#define UF_PARAM_RET_ANGLES 256 /* UF_PARAM_type_2d */

/* UF_PARAM_RET_AUTO_DIST
*
* Description:
* Paramter is the retract clearance for
* automatic retracts. (It is used only
* if the automatic type is linear.)
*
* Type: UF_PARAM_type_double_length
*
* Name: Retract Auto Distance
* Variable Name: <prefix>_retract_auto_distance
*
* Possible Values: positvie UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_RET_AUTO_DIST 257 /* UF_PARAM_type_double_length */

/* UF_PARAM_CLR_HORIZ
*
* Description:
* Parameter is the horizontal clearance.
*
* Type: UF_PARAM_type_double_length
*
* Name: Clearance Horizontal
* Variable Name: <prefix>_clearance_horizontal
*
* Possible Values: non-negative UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_CLR_HORIZ 258 /* UF_PARAM_type_double_length */

/* UF_PARAM_CLR_VERT
*
* Description:
* Parameter is the vertical clearance distance.
*
* Type: UF_PARAM_type_double_length
*
* Name: Clearance Vertical
* Variable Name: <prefix>_clearance_vertical
*
* Possible Values: non-negative UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_CLR_VERT 259 /* UF_PARAM_type_double_length */

enum UF_PARAM_cut_island_cleanup_status_t
{
UF_PARAM_cut_island_cleanup_status_off = 1,
UF_PARAM_cut_island_cleanup_status_on = 2

};

/* UF_PARAM_CUT_ISLAND_CLEANUP_STATUS
*
* Description:
* Parameter denotes if island cleanup is to be
* done if one is using the cut method,
* Follow Periphery.
*
* Type: UF_PARAM_type_int
*
* Name: Cut Island Cleanup Status
* Variable Name: <prefix>_cut_island_cleanup_status
*
* Possible Values: UF_PARAM_cut_island_cleanup_status_t
*
*
*/
#define UF_PARAM_CUT_ISLAND_CLEANUP_STATUS 260 /* UF_PARAM_type_int */

enum UF_PARAM_cut_profile_pass_status_t
{
UF_PARAM_no_finish_pass = 0,
UF_PARAM_finish_pass = 1

};

/* UF_PARAM_CUT_PROFILE_PASS_STATUS
*
* Description:
* Parameter denotes if a finish pass is
* to be generated. (It is used by the various
* Zig cut methods, by Zig-zag, and by
* Follow Periphery.)
*
* Type: UF_PARAM_type_int
*
* Name: Cut Profile Pass Status
* Variable Name: <prefix>_cut_profile_pass_status
*
* Possible Values: UF_PARAM_cut_profile_pass_status_t
*
*
*/
#define UF_PARAM_CUT_PROFILE_PASS_STATUS 262 /* UF_PARAM_type_int */

/* UF_PARAM_STOCK_PROFILE_PASS
*
* Description:
* Parameter is the stock applied to the finish pass.
*
* Type: UF_PARAM_type_double_length
*
* Name: Stock Profile Pass
* Variable Name: <prefix>_stock_profile_pass
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_STOCK_PROFILE_PASS 263 /* UF_PARAM_type_double_length */

/* UF_PARAM_STOCK_FLOOR
*
* Description:
* Parameter is the floor stock.
*
* Type: UF_PARAM_type_double_length
*
* Name: Stock Floor
* Variable Name: <prefix>_stock_floor
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_STOCK_FLOOR 264 /* UF_PARAM_type_double_length */

/* UF_PARAM_STOCK_PART
*
* Description:
* Parameter is the part side stock.
*
* Type: UF_PARAM_type_double_length
*
* Name: Stock Part
* Variable Name: <prefix>_stock_part
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_STOCK_PART 265 /* UF_PARAM_type_double_length */

/* UF_PARAM_BLANK_DIST
*
* Description:
* Parameter is the amount by which
* the part geometry is to be offset
* to product blank geometry without
* having to create CAD geometry.
*
* Type: UF_PARAM_type_double_length
*
* Name: Blank Distance
* Variable Name: <prefix>_blank_distance
*
* Possible Values: positive UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_BLANK_DIST 266 /* UF_PARAM_type_double_length */

/* UF_PARAM_BLANK_OVERHANG
*
* Description:
* This parameter controls the maximum amount
* the tool may overhang the blank geometry.
* The distance is measured from the leading
* edge of the tool to the edge of the blank
* and is expressed as a percentage of the
* tool diameter.
*
* Type: UF_PARAM_type_double
*
* Name: Blank Overhang
* Variable Name: <prefix>_blank_overhang
*
* Possible Values: UF_PARAM_type_double
* 0.0 <= blank overhang <= 100.0
*
*
*/
#define UF_PARAM_BLANK_OVERHANG 267 /* UF_PARAM_type_double */

/* UF_PARAM_CTR_ANG_TOLER
*
* Description:
* Angle tolerance for topology in tracing faces/bodies
*
* Type: UF_PARAM_type_double
*
* Name: Tracing Angular Tolerance
* Variable Name: <prefix>_tracing_angular_tolerance
*
* Possible Values: UF_PARAM_type_double
*
*
*/
#define UF_PARAM_CTR_ANG_TOLER 268 /* UF_PARAM_type_double */

/* UF_PARAM_CTR_DIS_TOLER
*
* Description:
* Distance tolerance for topology in tracing faces/bodies
*
* Type: UF_PARAM_type_double_length
*
* Name: Tracing Linear Tolerance
* Variable Name: <prefix>_tracing_linear_tolerance
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_CTR_DIS_TOLER 269 /* UF_PARAM_type_double_length */

enum UF_PARAM_stepover_type_t
{
UF_PARAM_stepover_type_none = 0,
UF_PARAM_stepover_type_constant = 1,
UF_PARAM_stepover_type_scallop_height = 2,
UF_PARAM_stepover_type_variable = 3,
UF_PARAM_stepover_type_percent_tool_diameter = 4,
UF_PARAM_stepover_type_number = 5,
UF_PARAM_stepover_type_angular = 6,
UF_PARAM_stepover_type_use_depth_of_cut = 7

};

/* UF_PARAM_STEPOVER_TYPE
*
* Description:
* Parameter is the stepover type.
*
* Type: UF_PARAM_type_int
*
* Name: Stepover Type
* Variable Name: <prefix>_stepover_type
*
* Possible Values: UF_PARAM_stepover_type_t
*
*
*/
#define UF_PARAM_STEPOVER_TYPE 270 /* UF_PARAM_type_int */

/* UF_PARAM_STEPOVER_SCALLOP
*
* Description:
* Parameter is the scallop height.
*
* Type: UF_PARAM_type_double_length
*
* Name: Stepover Scallop
* Variable Name: <prefix>_stepover_scallop
*
* Possible Values: positive UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_STEPOVER_SCALLOP 271 /* UF_PARAM_type_double_length */

/* UF_PARAM_STEPOVER_DIST
*
* Description:
* Parameter is the stepover size to be used
* if the stepover type is 1, i.e constant.
*
* Type: UF_PARAM_type_double_length
*
* Name: Stepover Distance
* Variable Name: <prefix>_stepover_distance
*
* Possible Values: positive UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_STEPOVER_DIST 272 /* UF_PARAM_type_double_length */

/* UF_PARAM_STEPOVER_PERCENT
*
* Description:
* Parameter is the value of the percentage
* used by stepover type, % Tool Diameter.
*
* Type: UF_PARAM_type_double
*
* Name: Stepover Percent
* Variable Name: <prefix>_stepover_percent
*
* Possible Values: positive UF_PARAM_type_double
*
*
*/
#define UF_PARAM_STEPOVER_PERCENT 273 /* UF_PARAM_type_double */

/* UF_PARAM_STEPOVER_VAR_DISTS
*
* Description:
* Value of stepover size for stepover type = variable
* This parameter is obsolete. Use UF_PARAM_STEPOVER_VAR_DISTS_TOOL_DEPENDENT instead
*
* Type: UF_PARAM_type_vla_length
*
* Name: Stepover Variable Distances
* Variable Name: <prefix>_stepover_variable_distances
*
* Possible Values: UF_PARAM_type_vla_length
* array of double (size = 6)
*
*
*/
#define UF_PARAM_STEPOVER_VAR_DISTS 274 /* UF_PARAM_type_vla_length, size 6, Obsolete in NX6 */

/* UF_PARAM_STEPOVER_VAR_PASSES
*
* Description:
* Number of passes corresponding with the stepover size
* for stepover type = variable
*
* Type: UF_PARAM_type_int_vla
*
* Name: Stepover Variable Passes
* Variable Name: <prefix>_stepover_variable_passes
*
* Possible Values: UF_PARAM_type_int_vla
* array of integer (size = 6)
*
*
*/
#define UF_PARAM_STEPOVER_VAR_PASSES 275 /* UF_PARAM_type_int_vla, size 6 */

/* UF_PARAM_STEPOVER_DEGREE
*
* Description:
* Parameter is the value of the degree
* used by stepover type, Angular.
*
* Type: UF_PARAM_type_double
*
* Name: Stepover Degree
* Variable Name: <prefix>_stepover_degree
*
* Possible Values: positive UF_PARAM_type_double
*
*
*/
#define UF_PARAM_STEPOVER_DEGREE 276 /* UF_PARAM_type_double */

enum UF_PARAM_cut_follow_progression_t
{
UF_PARAM_cut_follow_progression_inward = 1,
UF_PARAM_cut_follow_progression_outward = 2

};

/* UF_PARAM_CUT_FOLLOW_PROGRESSION
*
* Description:
* For the cut methods, follow periphery and trochoidal,
* parameter determines if successive cut moves move
* toward or away from the peripheral boundary.
*
*
* Type: UF_PARAM_type_int
*
* Name: Follow Progression
* Variable Name: <prefix>_follow_progression
*
* Possible Values: UF_PARAM_cut_follow_progression_t
*
*
*/
#define UF_PARAM_CUT_FOLLOW_PROGRESSION 277 /* UF_PARAM_type_int */

enum UF_PARAM_cut_wall_cleanup_status_t
{
UF_PARAM_cut_wall_cleanup_off = 0,
UF_PARAM_cut_wall_cleanup_on = 1, /* Obsolete */
UF_PARAM_cut_wall_cleanup_after_cutting_region = 1,
UF_PARAM_cut_wall_cleanup_before_cutting_region = 2,
UF_PARAM_cut_wall_cleanup_automatic = 3

};

/* UF_PARAM_CUT_WALL_CLEANUP_STATUS
*
* Description:
* Parmeter determines if a scallop removal pass
* is to be done (zig, zig-zag, zig-with_countour,
* zig-with-stepover, follow periphery only).
* The UF_PARAM_cut_wall_cleanup_automatic is only applied to
* follow periphery.
*
*
* Type: UF_PARAM_type_int
*
* Name: Cut Wall Cleanup Staus
* Variable Name: <prefix>_cut_wall_cleanup_staus
*
* Possible Values: UF_PARAM_cut_wall_cleanup_status_t
*
*
*/
#define UF_PARAM_CUT_WALL_CLEANUP_STATUS 278 /* UF_PARAM_type_int */

enum UF_PARAM_tool_axis_type_t
{
UF_PARAM_tlaxis_type_none = 0,
UF_PARAM_tlaxis_type_fixed = 1,
UF_PARAM_tlaxis_type_normal_to_part = 2,
UF_PARAM_tlaxis_type_normal_to_first_face = 3,
UF_PARAM_tlaxis_type_swarf = 4,
UF_PARAM_tlaxis_type_relative_to_part = 7,
UF_PARAM_tlaxis_type_4axis_normal_to_part = 8,
UF_PARAM_tlaxis_type_away_from_point = 9,
UF_PARAM_tlaxis_type_toward_point = 10,
UF_PARAM_tlaxis_type_away_from_line = 11,
UF_PARAM_tlaxis_type_toward_line = 12,
UF_PARAM_tlaxis_type_away_from_curve = 13,
UF_PARAM_tlaxis_type_toward_curve = 14,
UF_PARAM_tlaxis_type_normal_to_drive = 16,
UF_PARAM_tlaxis_type_relative_to_drive = 19,
UF_PARAM_tlaxis_type_4axis_normal_to_drive = 20,
UF_PARAM_tlaxis_type_4axis_relative_to_part = 21,
UF_PARAM_tlaxis_type_4axis_relative_to_drive = 22,
UF_PARAM_tlaxis_type_tool_path = 23,
UF_PARAM_tlaxis_type_relative_to_vector = 24,
UF_PARAM_tlaxis_type_dual4axis_relative_to_part = 25,
UF_PARAM_tlaxis_type_dual4axis_relative_to_drive = 26,
UF_PARAM_tlaxis_type_interpolate = 27,
UF_PARAM_tlaxis_type_user_defined_to_part = 28,
UF_PARAM_tlaxis_type_all = 29
};

/* UF_PARAM_TLAXIS_TYPE
*
* Description:
* Parameter denotes the tool axis type.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Axis Type
* Variable Name: <prefix>_tool_axis_type
*
* Possible Values: UF_PARAM_tool_axis_type_t
*
*
*/
#define UF_PARAM_TLAXIS_TYPE 280 /* UF_PARAM_type_int */

enum UF_PARAM_stepover_apply_t
{
UF_PARAM_stepover_apply_on_plane = 0,
UF_PARAM_stepover_apply_on_part = 1
};

/* UF_PARAM_STEPOVER_APPLY_METHOD
*
* Description:
* Determines the method that is used to determine
* how to calculate the stepover distance.
*
* Type: UF_PARAM_type_int
*
* Name: Stepover Apply Method
* Variable Name: <prefix>_stepover_apply_method
*
* Possible Values: UF_PARAM_stepover_apply_t
*
*
*/
#define UF_PARAM_STEPOVER_APPLY_METHOD 281 /* UF_PARAM_type_int */

enum UF_PARAM_step_control_t
{
UF_PARAM_step_control_type_none = 0,
UF_PARAM_step_control_type_tool_diameter = 1,
UF_PARAM_step_control_type_max_step = 2

};

/* UF_PARAM_CUT_STEP_TYPE
* Description:
* This parameters specifies the type of step control that is used.
*
* Type: UF_PARAM_type_int
*
* Name: Cut Step Type
* Variable Name: <prefix>_cut_step_type
*
* Possible Values: UF_PARAM_step_control_t
*
*
*/
#define UF_PARAM_CUT_STEP_TYPE 282 /* UF_PARAM_type_int */

/* UF_PARAM_CUT_STEP_MAX
* Description:
* This parameter specifies maximum step distance allowed.
*
* Type: UF_PARAM_type_double_length
*
* Name: Cut Step Max Size
* Variable Name: <prefix>_cut_step_max_size
*
* Possible Values: Positive double
*
*
*/
#define UF_PARAM_CUT_STEP_MAX 283 /* UF_PARAM_type_double_length */

/* UF_PARAM_CUT_TLAXIS_DELTA
* Description:
* This parameter specifies maximum tool axis change
* allowed at a corner
*
*
* Type: UF_PARAM_type_double
*
* Name: Tool Axis Max Delta
* Variable Name: <prefix>_tool_axis_max_delta
*
* Possible Values: double
*
*
*/
#define UF_PARAM_CUT_TLAXIS_DELTA 284 /* UF_PARAM_type_double */

/* UF_PARAM_TLAXIS_HEEL_CLEARANCE
*
* Description:
* This parameter specifies minimum heel clearance
*
* Type: UF_PARAM_type_double
*
* Name: Minumum Heel Clearance
* Variable Name: <prefix>_minumum_heel_clearance
*
* Possible Values:
* double
*
*
*
*/
#define UF_PARAM_TLAXIS_HEEL_CLEARANCE 286 /* UF_PARAM_type_double */

/* UF_PARAM_TLAXIS_LEAD_ANGLE
*
* Description:
* This parameter specifies tool axis lead angle
*
* Type: UF_PARAM_type_double
*
* Name: Tool Axis Lead Angle
* Variable Name: <prefix>_tool_axis_lead_angle
*
* Possible Values:
* double
*
*
*
*/
#define UF_PARAM_TLAXIS_LEAD_ANGLE 287 /* UF_PARAM_type_double */

/* UF_PARAM_TLAXIS_THRU_POINT
*
* Description:
* This parameter specifies tool axis focal point
*
* Type: UF_PARAM_type_3d_length
*
* Name: Tool Axis focal point
* Variable Name: <prefix>_tool_axis_focal_point
*
* Possible Values:
* double array
*
*
*
*/
#define UF_PARAM_TLAXIS_THRU_POINT 289 /* UF_PARAM_type_3d_length */

/* UF_PARAM_TLAXIS_ANGLES
*
* Description:
* This parameter specifies tool axis angles
*
* Type: UF_PARAM_type_vla_real
*
* Name: Tool Axis angles
* Variable Name: <prefix>_tool_axis_angles
*
* Possible Values:
* double array(6)
* 0 - 2 tool axis angle
* 3 - 5 Dual 4_axis angle
*
*
*
*/
#define UF_PARAM_TLAXIS_ANGLES 290 /* UF_PARAM_type_vla_real(6) */

enum UF_PARAM_dpm_type_t
{
UF_PARAM_dpm_type_none = 0,
UF_PARAM_dpm_type_point = 10,
UF_PARAM_dpm_type_curve = 20,
UF_PARAM_dpm_type_surface = 30,
UF_PARAM_dpm_type_interpolated_tool_path = 35,
UF_PARAM_dpm_type_boundary = 40,
UF_PARAM_dpm_type_path = 50,
UF_PARAM_dpm_type_radial = 60,
UF_PARAM_dpm_type_spiral = 70,
UF_PARAM_dpm_type_helical = 80, /* for future use */
UF_PARAM_dpm_type_user_defined = 90,
UF_PARAM_dpm_type_area_milling = 100,
UF_PARAM_dpm_type_text = 110, /* drafting notes */
UF_PARAM_dpm_type_contour_milling = 120
};

/* UF_PARAM_DRIVE_METHOD
*
* Description:
* This parameter specifies surface contouring drive method
*
* Type: UF_PARAM_type_int
*
* Name: Surface Contour Drive Method
* Variable Name: <prefix>_surface_contour_drive_method
*
* Possible Values:
* UF_PARAM_dpm_type_t
*
*
*
*/
#define UF_PARAM_DRIVE_METHOD 291 /* UF_PARAM_type_int */

/* UF_PARAM_CTP_CHK_TOL
*
* Description:
* This parameter specifies surface contouring check surface tolerance
*
* Type: UF_PARAM_type_double_length
*
* Name: Surface Contour Check surface tolerance
* Variable Name: <prefix>_surface_contour_check_surface_tolerance
*
* Possible Values:
* double
*
*
*
*/
#define UF_PARAM_CTP_CHK_TOL 292 /* UF_PARAM_type_double_length */

/* UF_PARAM_TLAXIS_PERP_VEC
*
* Description:
* This parameter specifies the reference vector for these tool axis modes
* UF_PARAM_tlaxis_type_away_from_line
* UF_PARAM_tlaxis_type_toward_line
* UF_PARAM_tlaxis_type_4axis_normal_to_part
* UF_PARAM_tlaxis_type_4axis_normal_to_drive
* UF_PARAM_tlaxis_type_4axis_relative_to_part
* UF_PARAM_tlaxis_type_4axis_relative_to_drive
* UF_PARAM_tlaxis_type_dual4axis_relative_to_part
* UF_PARAM_tlaxis_type_dual4axis_relative_to_drive
*
* Type: UF_PARAM_type_3d
*
* Name: Surface Contour Perpto Vector
* Variable Name: <prefix>_surface_contour_perpto_vector
*
* Possible Values:
* double array
*
*
*
*/
#define UF_PARAM_TLAXIS_PERP_VEC 295 /* UF_PARAM_type_3d */

/* UF_PARAM_TLAXIS_DUAL_VECS
*
* Description:
* This parameter specifies the second reference vector for these
* tool axis modes
* UF_PARAM_tlaxis_type_dual4axis_relative_to_part
* UF_PARAM_tlaxis_type_dual4axis_relative_to_drive
*
* Type: UF_PARAM_type_3d
*
* Name: Surface Contour Dual Perpto Vector
* Variable Name: <prefix>_surface_contour_dual_perpto_vector
*
* Possible Values:
* double array
*
*
*
*/
#define UF_PARAM_TLAXIS_DUAL_VECS 296 /* UF_PARAM_type_3d */

enum UF_PARAM_avoid_type_t
{
UF_PARAM_avoid_none,
UF_PARAM_avoid_warning,
UF_PARAM_avoid_stepover,
UF_PARAM_avoid_lift
};

/* UF_PARAM_AVOIDANCE
*
* Description:
* This parameter specifies the action to be taken when a gouge of the
* check surface is detected by the processor.
*
* Type: UF_PARAM_type_int
*
* Name: Surface Contour Check Surface avoidance action
* Variable Name: <prefix>_surface_contour_check_surface_avoidance_action
*
* Possible Values: UF_PARAM_avoid_type_t
*
*
*
*/
#define UF_PARAM_AVOIDANCE 297 /* UF_PARAM_type_int */

/* UF_PARAM_CONVEX_CORNER
*
* Description:
* When convex corner extend is enabled, this parameter specifies the
* maximum angle two surfaces can make with each other for the processor
* to extend the corner
*
* Type: UF_PARAM_type_double
*
* Name: Surface Contour convex corner extension angle
* Variable Name: <prefix>_surface_contour_convex_corner_extension_angle
*
* Possible Values: angle between 0 and 180 degrees
*
*
*
*/
#define UF_PARAM_CONVEX_CORNER 298 /* UF_PARAM_type_double */

/* UF_PARAM_CONVEX_TAX_VAR
*
* Description:
* When convex corner lift is enabled, this parameter specifies the
* minimum change of tool axis vector to result in a lift at the corner
*
* Type: UF_PARAM_type_double
*
* Name: Surface Contour convex corner lift angle
* Variable Name: <prefix>_surface_contour_convex_corner_lift_angle
*
* Possible Values: angle between 0 and 180 degrees
*
*
*
*/
#define UF_PARAM_CONVEX_TAX_VAR 299 /* UF_PARAM_type_double */

enum UF_PARAM_cut_method_e
{
UF_PARAM_cut_method_undefined = 0,
UF_PARAM_cut_method_zig_zag = 1,
UF_PARAM_cut_method_zig = 2,
UF_PARAM_cut_method_zig_with_contour = 3,
UF_PARAM_cut_method_follow_periphery = 4,
UF_PARAM_cut_method_profile = 5,
UF_PARAM_cut_method_standard_drive = 6,
UF_PARAM_cut_method_follow_part = 7,
UF_PARAM_cut_method_mixed = 8,
UF_PARAM_cut_method_trochoidal = 9,
UF_PARAM_cut_method_spiral = 10,
UF_PARAM_cut_method_helical = 11

};
typedef enum UF_PARAM_cut_method_e UF_PARAM_cut_method_t;

/* UF_PARAM_CUT_METHOD
*
* Description:
* This parameter specifies the cutting pattern of a region.
*
* Type: UF_PARAM_type_int
*
* Name: Cut Method
* Variable Name: <prefix>_cut_method
*
* Possible Values: UF_PARAM_cut_method_t
*
*
*/
#define UF_PARAM_CUT_METHOD 300 /* UF_PARAM_type_int */

enum UF_PARAM_pattern_secondary_e
{
UF_PARAM_pattern_secondary_undefined = 0,
UF_PARAM_pattern_secondary_zig = 1,
UF_PARAM_pattern_secondary_zig_zag = 2

};
typedef enum UF_PARAM_pattern_secondary_e UF_PARAM_pattern_secondary_t;

/* UF_PARAM_PATTERN_SECONDARY
*
* Description:
* This parameter specifies how to traverse the open passes
* during the cutting of a region with the follow part cut method.
*
* Type: UF_PARAM_type_int
*
* Name: Cut Pattern Secondary
* Variable Name: <prefix>_cut_pattern_secondary
*
* Possible Values: UF_PARAM_pattern_secondary_t
*
*
*/
#define UF_PARAM_PATTERN_SECONDARY 302 /* UF_PARAM_type_int */

enum UF_PARAM_cut_level_order_e
{
UF_PARAM_cut_level_order_level_first = 1,
UF_PARAM_cut_level_order_depth_first = 2

};
typedef enum UF_PARAM_cut_level_order_e UF_PARAM_cut_level_order_t;

/* UF_PARAM_CUT_LEVEL_ORDER
*
* Description:
* This parameter specifies the order of cutting of cut levels.
* The order of cutting can be level first or depth first.
*
* Type: UF_PARAM_type_int
*
* Name: Cut Level Order
* Variable Name: <prefix>_cut_level_order
*
* Possible Values: UF_PARAM_cut_level_order_t
*
*
*/
#define UF_PARAM_CUT_LEVEL_ORDER 303 /* UF_PARAM_type_int */

enum UF_PARAM_transfer_method_e
{
UF_PARAM_transfer_method_direct = 0,
UF_PARAM_transfer_method_clearance_plane = 1,
UF_PARAM_transfer_method_previous_plane = 2,
UF_PARAM_transfer_method_blank_plane = 3,
UF_PARAM_transfer_method_direct_with_clearance = 4

};
typedef enum UF_PARAM_transfer_method_e UF_PARAM_transfer_method_t;

/* UF_PARAM_TRANSFER_METHOD
*
* Description:
* This parameter specifies the level the tool
* will retract to during the transfer moves.
*
* Type: UF_PARAM_type_int
*
* Name: Region Transfer Method
* Variable Name: <prefix>_region_transfer_method
*
* Possible Values: UF_PARAM_transfer_method_t
*
*
*/
#define UF_PARAM_TRANSFER_METHOD 304 /* UF_PARAM_type_int */

enum UF_PARAM_disp_region_status_t
{
UF_PARAM_disp_region_status_inactive = 0,
UF_PARAM_disp_region_status_active = 1

};

/* UF_PARAM_DISP_REGION_STATUS
*
* Description:
* This parameter specifies the status to display regions at each
* cut level.
*
* Type: UF_PARAM_type_int
*
* Name: Display Region Status
* Variable Name: <prefix>_display_region_status
*
* Possible Values: UF_PARAM_disp_region_status_t
*
*
*/
#define UF_PARAM_DISP_REGION_STATUS 307 /* UF_PARAM_type_int */

enum UF_PARAM_disp_region_pause_status_t
{
UF_PARAM_disp_region_pause_status_inactive = 0,
UF_PARAM_disp_region_pause_status_active = 1

};

/* UF_PARAM_DISP_REGION_PAUSE_STATUS
*
* Description:
* This parameter specifies the status to pause after processing
* each region or to pause after displaying the cut regions.
*
* Type: UF_PARAM_type_int
*
* Name: Region Pause Status
* Variable Name: <prefix>_region_pause_status
*
* Possible Values: UF_PARAM_disp_region_pause_status_t
*
*
*/
#define UF_PARAM_DISP_REGION_PAUSE_STATUS 308 /* UF_PARAM_type_int */

enum UF_PARAM_disp_refresh_status_t
{
UF_PARAM_disp_refresh_status_inactive = 0,
UF_PARAM_disp_refresh_status_active = 1

};

/* UF_PARAM_DISP_REFRESH_STATUS
*
* Description:
* This parameter specifies the status to refresh graphics screen
* before each cut of a region.
*
* Type: UF_PARAM_type_int
*
* Name: Display Refresh Status
* Variable Name: <prefix>_display_refresh_status
*
* Possible Values: UF_PARAM_disp_refresh_status_t
*
*
*/
#define UF_PARAM_DISP_REFRESH_STATUS 309 /* UF_PARAM_type_int */

/* UF_PARAM_CUTLEV_FIRST_DEPTH
*
* Description:
* This parameter specifies the first depth of cut used in the cut level.
*
* Type: UF_PARAM_type_double_length
*
* Name: Cut Level First Depth
* Variable Name: <prefix>_cut_level_first_depth
*
* Possible Values: zero or positive double
*
*
*/
#define UF_PARAM_CUTLEV_FIRST_DEPTH 310 /* UF_PARAM_type_double_length */

/* UF_PARAM_CUTLEV_LAST_DEPTH
*
* Description:
* This parameter specifies the last depth of cut used in the cut level.
*
* Type: UF_PARAM_type_double_length
*
* Name: Cut Level Last Depth
* Variable Name: <prefix>_cut_level_last_depth
*
* Possible Values: zero or positive double
*
*
*/
#define UF_PARAM_CUTLEV_LAST_DEPTH 311 /* UF_PARAM_type_double_length */

/* UF_PARAM_CUTLEV_MAX_DEPTH
*
* Description:
* This parameter specifies the maximum depth of cut used in the cut level.
*
* Type: UF_PARAM_type_double_length
*
* Name: Cut Level Max Depth
* Variable Name: <prefix>_cut_level_max_depth
*
* Possible Values: zero or positive double
*
*
*/
#define UF_PARAM_CUTLEV_MAX_DEPTH 312 /* UF_PARAM_type_double_length */

/* UF_PARAM_CUTLEV_MIN_DEPTH
*
* Description:
* This parameter specifies the minimum depth of cut used in the cut level.
*
* Type: UF_PARAM_type_double_length
*
* Name: Cut Level Min Depth
* Variable Name: <prefix>_cut_level_min_depth
*
* Possible Values: zero or positive double
*
*
*/
#define UF_PARAM_CUTLEV_MIN_DEPTH 313 /* UF_PARAM_type_double_length */

/* UF_PARAM_CUTLEV_SIDE_STOCK_INCR
*
* Description:
* This parameter specifies the side stock increment for each cut level.
* (Parameter is used in planar milling only.)
*
* Type: UF_PARAM_type_double_length
*
* Name: Cut Level Side Stock Increment
* Variable Name: <prefix>_cut_level_side_stock_increment
*
* Possible Values: double
*
*
*/
#define UF_PARAM_CUTLEV_SIDE_STOCK_INCR 314 /* UF_PARAM_type_double_length */

enum UF_PARAM_cutlev_topoff_status_t
{
UF_PARAM_cutlev_topoff_status_inactive = 0,
UF_PARAM_cutlev_topoff_status_active = 1

};

/* UF_PARAM_CUTLEV_TOPOFF_STATUS
*
* Description:
* This parameter specifies the status to top off the islands.
*
* Type: UF_PARAM_type_int
*
* Name: Cut Level Topoff Status
* Variable Name: <prefix>_cut_level_topoff_status
*
* Possible Values: UF_PARAM_cutlev_topoff_status_t
*
*
*
*
*/
#define UF_PARAM_CUTLEV_TOPOFF_STATUS 315 /* UF_PARAM_type_int */

enum UF_PARAM_cut_angle_method_e
{
UF_PARAM_cut_angle_method_user_defined = 0,
UF_PARAM_cut_angle_method_automatic = 1,
UF_PARAM_cut_angle_method_longest_line = 2

};
typedef enum UF_PARAM_cut_angle_method_e UF_PARAM_cut_angle_method_t;

/* UF_PARAM_CUT_ANGLE_METHOD
*
* Description:
* This parameter specifies the status of the cut angle: user-defined or
* automatic. In case of user-defined, the value of UF_PARAM_CUT_ANGLE
* will be used. In case of automatic, the process will find the best angle.
*
* Type: UF_PARAM_type_int
*
* Name: Cut Angle Method
* Variable Name: <prefix>_cut_angle_method
*
* Possible Values: UF_PARAM_cut_angle_method_t
*
*
*/
#define UF_PARAM_CUT_ANGLE_METHOD 316 /* UF_PARAM_type_int */

/* UF_PARAM_CUT_ANGLE
*
* Description:
* This parameter specifies the cut angle in zig or zig-zag cut pattern.
* It only applies to Planar Milling operations.
*
* Type: UF_PARAM_type_double
*
* Name: Cut Angle
* Variable Name: <prefix>_cut_angle
*
* Possible Values: double
*
*
*/
#define UF_PARAM_CUT_ANGLE 317 /* UF_PARAM_type_double */

/* UF_PARAM_STOCK_BLANK
*
* Description:
* This parameter specifies the stock applied to blank geometry.
*
* Type: UF_PARAM_type_double_length
*
* Name: Stock Blank
* Variable Name: <prefix>_stock_blank
*
* Possible Values: double
*
*
*/
#define UF_PARAM_STOCK_BLANK 318 /* UF_PARAM_type_double_length */

/* UF_PARAM_CUT_EXTRA_PROFILE_PASSES
*
* Description:
* This parameter specifies the number of extra profile passes.
*
* Type: UF_PARAM_type_int
*
* Name: Cut Extra Profile Passes
* Variable Name: <prefix>_cut_extra_profile_passes
*
* Possible Values: non-negative integer
*
*
*/
#define UF_PARAM_CUT_EXTRA_PROFILE_PASSES 319 /* UF_PARAM_type_int */

enum UF_PARAM_cut_ctrl_predrill_status_t
{
UF_PARAM_cut_ctrl_predrill_status_inactive = 0,
UF_PARAM_cut_ctrl_predrill_status_active = 1

};

/* UF_PARAM_CUT_CTRL_PREDRILL_STATUS
*
* Description:
* This parameter specifies the status of custom pre-drill
* engage points.
*
* Type: UF_PARAM_type_int
*
* Name: Cut Control Pri Drill Status
* Variable Name: <prefix>_cut_control_pri_drill_status
*
* Possible Values: UF_PARAM_cut_ctrl_predrill_status_t
*
*
*/
#define UF_PARAM_CUT_CTRL_PREDRILL_STATUS 320 /* UF_PARAM_type_int */

enum UF_PARAM_cut_ctrl_start_point_togggle_t
{
UF_PARAM_cut_ctrl_start_point_togggle_inactive = 0,
UF_PARAM_cut_ctrl_start_point_togggle_active = 1

};

/* UF_PARAM_CUT_CTRL_START_POINT_TOGGLE
*
* Description:
* This parameter specifies the toggle value of custom cut region
* start points.
*
* Type: UF_PARAM_type_int
*
* Name: Cut Control Pri Drill Toggle
* Variable Name: <prefix>_cut_control_pri_drill_toggle
*
* Possible Values: UF_PARAM_cut_ctrl_start_point_togggle_t
*
*
*/
#define UF_PARAM_CUT_CTRL_START_POINT_TOGGLE 321 /* UF_PARAM_type_int */

enum UF_PARAM_cut_ctrl_start_point_mode_e
{
UF_PARAM_cut_ctrl_start_point_mode_standard = 0,
UF_PARAM_cut_ctrl_start_point_mode_automatic = 1

};
typedef enum UF_PARAM_cut_ctrl_start_point_mode_e UF_PARAM_cut_ctrl_start_point_mode_t;

/* UF_PARAM_CUT_CTRL_START_POINT_MODE
*
* Description:
* This parameter specifies the mode of default cut region start points.
*
* Type: UF_PARAM_type_int
*
* Name: Cut Control Start Point Mode
* Variable Name: <prefix>_cut_control_start_point_mode
*
* Possible Values: UF_PARAM_standard_automatic_t
*
*
*/
#define UF_PARAM_CUT_CTRL_START_POINT_MODE 322 /* UF_PARAM_type_int */

/* UF_PARAM_STEPOVER_MIN_MAX
*
* Description:
* This parameter specifies the variable stepover for zig cut.
*
* Type: UF_PARAM_type_2d_length
*
* Name: Stepover Min Max
* Variable Name: <prefix>_stepover_min_max
*
* Possible Values: double min, double max
*
*
*/
#define UF_PARAM_STEPOVER_MIN_MAX 323 /* UF_PARAM_type_2d_length */

enum UF_PARAM_uncut_display_t
{
UF_PARAM_uncut_region_display_off = 0,
UF_PARAM_uncut_region_display_on = 1

};

/* UF_PARAM_UNCUT_DISPLAY
*
* Description:
* This parameter specifies the flag that indicates the display
* of the uncut region at each cut level. (It is used by planar
* milling only.)
*
* Type: UF_PARAM_type_int
*
* Name: Uncut Display Flag
* Variable Name: <prefix>_uncut_display_flag
*
* Possible Values: UF_PARAM_uncut_display_t
*
*
*/
#define UF_PARAM_UNCUT_DISPLAY 325 /* UF_PARAM_type_int */

/* UF_PARAM_UNCUT_OVERLAP_DIST
*
* Description:
* This parameter specifies the overlap distance to be stocked for the
* uncut boundary. (It is used by planar milling only.)
*
* Type: UF_PARAM_type_double_length
*
* Name: Uncut Overlap Distance
* Variable Name: <prefix>_uncut_overlap_distance
*
* Possible Values: double
*
*
*/
#define UF_PARAM_UNCUT_OVERLAP_DIST 326 /* UF_PARAM_type_double_length */

enum UF_PARAM_cut_trace_method_e
{
UF_PARAM_cut_trace_method_non_tolerant = 0,
UF_PARAM_cut_trace_method_tolerant = 1

};
typedef enum UF_PARAM_cut_trace_method_e UF_PARAM_cut_trace_method_t;

/* UF_PARAM_CUT_TRACE_METHOD
*
* Description:
* This parameter specifies the tolerant machining tracing method:
* Non-tolerant or tolerant.
*
* Type: UF_PARAM_type_int
*
* Name: Cut Trace Method
* Variable Name: <prefix>_cut_trace_method
*
* Possible Values: UF_PARAM_cut_trace_method_t
*
*
*/
#define UF_PARAM_CUT_TRACE_METHOD 327 /* UF_PARAM_type_int */

enum UF_PARAM_cut_ctrl_trim_method_e
{
UF_PARAM_cut_ctrl_trim_method_none = 0,
UF_PARAM_cut_ctrl_trim_method_silhoutte = 1,
UF_PARAM_cut_ctrl_trim_method_exterior_edges = 1

};
typedef enum UF_PARAM_cut_ctrl_trim_method_e UF_PARAM_cut_ctrl_trim_method_t;

/* UF_PARAM_CUT_CTRL_TRIM_METHOD
* Description:
* This parameter specifies the trim-by method.
* The method enables to create Blank Geometry from exterior edges
* in case of non-tolerant machining, or from silhouette in case of
* tolerant machining.
*
* Type: UF_PARAM_type_int
*
* Name: Cut Control Trim Method
* Variable Name: <prefix>_cut_control_trim_method
*
* Possible Values: UF_PARAM_cut_ctrl_trim_method_t
*
*
*/
#define UF_PARAM_CUT_CTRL_TRIM_METHOD 328 /* UF_PARAM_type_int */

enum UF_PARAM_cut_undercut_toggle_t
{
UF_PARAM_cut_undercut_status_inactive = 0, /* Obsoleted in NX4 */
UF_PARAM_cut_undercut_status_allow = 0,
UF_PARAM_cut_undercut_status_active = 1, /* Obsoleted in NX4 */
UF_PARAM_cut_undercut_status_prevent = 1

};

/* UF_PARAM_CUT_UNDERCUT_TOGGLE
*
* Description:
* This parameter specifies the prevent undercutting flag.
*
* Type: UF_PARAM_type_int
*
* Name: Undercut Handle Flag
* Variable Name: <prefix>_undercut_handle_flag
*
* Possible Values: UF_PARAM_cut_undercut_toggle_t
*
*
*/
#define UF_PARAM_CUT_UNDERCUT_TOGGLE 329 /* UF_PARAM_type_int */

/* UF_PARAM_STOCK_CHECK
*
* Description:
* This parameter specifies the stock for check geometry.
*
* Type: UF_PARAM_type_double_length
*
* Name: Stock Check
* Variable Name: <prefix>_stock_check
*
* Possible Values: double
*
*
*/
#define UF_PARAM_STOCK_CHECK 330 /* UF_PARAM_type_double_length */

/* UF_PARAM_STOCK_TRIM
*
* Description:
* This parameter specifies the stock for trim geometry
*
* Type: UF_PARAM_type_double_length
*
* Name: Stock Trim
* Variable Name: <prefix>_stock_trim
*
* Possible Values: double
*
*
*/
#define UF_PARAM_STOCK_TRIM 331 /* UF_PARAM_type_double_length */

enum UF_PARAM_cut_follow_check_status_t
{
UF_PARAM_cut_follow_check_off = 0, /* During cutting the tool will not cut along check geometry. */
UF_PARAM_cut_follow_check_on = 1 /* During cutting the tool will cut along check geometry. */

};

/* UF_PARAM_CUT_FOLLOW_CHECK_STATUS
*
* Description:
* This parameter specifies if the tool is to cut along check geometry
* for the cut method-follow part.
*
* Type: UF_PARAM_type_int
*
* Name: Follow Check Geometry Status
* Variable Name: <prefix>_follow_check_geometry_status
*
* Possible Values: UF_PARAM_cut_follow_check_status_t
*
*
*/
#define UF_PARAM_CUT_FOLLOW_CHECK_STATUS 332 /* UF_PARAM_type_int */

enum UF_PARAM_cut_std_drive_self_intersect_t
{
UF_PARAM_do_not_allow_self_intersection_in_standard_drive = 0,
UF_PARAM_allow_self_intersection_in_standard_drive = 1

};

/* UF_PARAM_CUT_STD_DRIVE_SELF_INTERSECT
*
* Description:
* This parameter specifies the status to allow self intersection
* in standard drive.
*
* Type: UF_PARAM_type_int
*
* Name: Standard Drive Self-Intersect Status
* Variable Name: <prefix>_standard_drive_self_intersect_status
*
* Possible Values: UF_PARAM_cut_std_drive_self_intersect_t
*
*
*/
#define UF_PARAM_CUT_STD_DRIVE_SELF_INTERSECT 333 /* UF_PARAM_type_int */

/* UF_PARAM_SIDE_STOCK
*
* Description:
* This parameter specifies the side stock.
*
* Type: UF_PARAM_type_double_length
*
* Name: Stock Side
* Variable Name: <prefix>_stock_side
*
* Possible Values: double
*
*
*/
#define UF_PARAM_SIDE_STOCK 334 /* */

enum UF_PARAM_cut_reseq_region_method_e
{
UF_PARAM_cut_reseq_region_method_standard = 0,
UF_PARAM_cut_reseq_region_method_optimize = 1,
UF_PARAM_cut_reseq_region_method_region_points = 2,
UF_PARAM_cut_reseq_region_method_predrill_points = 3

};
typedef enum UF_PARAM_cut_reseq_region_method_e UF_PARAM_cut_reseq_region_method_t;

/* UF_PARAM_CUT_RESEQ_REGION_METHOD
*
* Description:
* This parameter specifies the method used in region resequencing.
*
* Type: UF_PARAM_type_int
*
* Name: Resequence Region Method
* Variable Name: <prefix>_resequence_region_method
*
* Possible Values: UF_PARAM_cut_reseq_region_method_t
*
*
*/
#define UF_PARAM_CUT_RESEQ_REGION_METHOD 335 /* UF_PARAM_type_int */

/* UF_PARAM_CUTLEV_DEPTH_PER_CUT
* Description:
* This parameter specifies the depth per cut.
*
* Type: UF_PARAM_type_double_length
*
* Name: Depth Per Cut
* Variable Name: <prefix>_depth_per_cut
*
* Possible Values: zero or positive double
*
*
*
*/
#define UF_PARAM_CUTLEV_DEPTH_PER_CUT 336

enum UF_PARAM_bnd_approx_toggle_index_t
{
UF_PARAM_boundary_approximation_off = 0,
UF_PARAM_boundary_approximation_on = 1

};

/* UF_PARAM_BND_APPROX_TOGGLE
*
* Description:
* This parameter specifies the toggle status of the boundary
* approximation.
*
* Type: UF_PARAM_type_int
*
* Name: Boundary Approximation
* Variable Name: <prefix>_boundary_approximation
*
* Possible Values: UF_PARAM_bnd_approx_toggle_index_t
*
*
*/
#define UF_PARAM_BND_APPROX_TOGGLE 337 /* UF_PARAM_type_int */

/* UF_PARAM_CUT_ADJUST_REGION
*
* Description:
* This parameter specifies the status to adjust or not the region by
* stepover.
*
* Type: UF_PARAM_type_int
*
* Name: Adjust Region
* Variable Name: <prefix>_adjust_region
*
* Possible Values: UF_PARAM_no_yes_t
*
*
*/
#define UF_PARAM_CUT_ADJUST_REGION 339 /* UF_PARAM_type_int */

enum UF_PARAM_ipw_save_method_e
{
UF_PARAM_ipw_save_method_no_save = 0,
UF_PARAM_ipw_save_method_save = 1

};
typedef enum UF_PARAM_ipw_save_method_e UF_PARAM_ipw_save_method_t;

/* UF_PARAM_IPW_SAVE_METHOD
*
* Description:
* This parameter specifies the status to save automatically
* the in-process workpiece.
*
* Type: UF_PARAM_type_int
*
* Name: In-Process Workpiece Save Method
* Variable Name: <prefix>_in_process_workpiece_save_method
*
* Possible Values: UF_PARAM_ipw_save_method_t
*
*
*/
#define UF_PARAM_IPW_SAVE_METHOD 340 /* UF_PARAM_type_int */

/* UF_PARAM_CUTLEV_GLOBAL_CUT_DEPTH
*
* Description:
* This parameter specifies the global depth per cut value
* to be used when subdividing cut level ranges. It used
* to be named UF_PARAM_CUTLEV_DEPTH_PER_CUT_RANGE1 but
* has changed its meaning slightly.
*
* Type: UF_PARAM_type_double_length
*
* Name: Global Depth Per Cut
* Variable Name: <prefix>_global_depth_per_cut
*
* Possible Values: zero or positive UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_CUTLEV_GLOBAL_CUT_DEPTH 342

enum UF_PARAM_geom_steep_method_e
{
UF_PARAM_geom_steep_method_not_applied = 0,
UF_PARAM_geom_steep_method_applied = 1

};
typedef enum UF_PARAM_geom_steep_method_e UF_PARAM_geom_steep_method_t;

/* UF_PARAM_GEOM_STEEP_METHOD
*
* Description:
* This parameter specifies if the steep method
* is to be appled during cutting.
*
* Type: UF_PARAM_type_int
*
* Name: Steep Method
* Variable Name: <prefix>_steep_method
*
* Possible Values: UF_PARAM_geom_steep_method_t
*
*
*/
#define UF_PARAM_GEOM_STEEP_METHOD 343

/* UF_PARAM_CUT_MIN_LENGTH
* Description:
* This parameter specifies that if the length of segments is less than
* than this minimum cut length these segments will not be cut.
*
* Type: UF_PARAM_type_double_length
*
* Name: Minimum Cut Length
* Variable Name: <prefix>_minimum_cut_length
*
* Possible Values: positive double
*
*
*/
#define UF_PARAM_CUT_MIN_LENGTH 344

/* UF_PARAM_Z_DEPTH_OFFSET
*
* Description:
* This parameter specifies that for 3d-Curve, the extra depth will
* be added to the z coordinate when outputing a point.
*
* Type: UF_PARAM_type_double_length
*
* Name: Z-Depth Offset
* Variable Name: <prefix>_z_depth_offset
*
* Possible Values: double
*
*
*/
#define UF_PARAM_Z_DEPTH_OFFSET 345

enum UF_PARAM_stock_part_use_e
{
UF_PARAM_stock_part_use_as_is = 0,
UF_PARAM_stock_part_use_floor_same_as_side = 1

};
typedef enum UF_PARAM_stock_part_use_e UF_PARAM_stock_part_use_t;

/* UF_PARAM_STOCK_PART_USE
*
* Description:
* This parameter specifies how the part stocks should be used
* in the processing.
*
* Type: UF_PARAM_type_int
*
* Name: Stock Part Use
* Variable Name: <prefix>_stock_part_use
*
* Possible Values: UF_PARAM_stock_part_use_t
*
*
*/
#define UF_PARAM_STOCK_PART_USE 346

enum UF_PARAM_cut_across_voids_method_t
{
UF_PARAM_across_voids_method_follow = 0,
UF_PARAM_across_voids_method_cut = 1,
UF_PARAM_across_voids_method_traverse = 2
};

/* UF_PARAM_ACROSS_VOIDS_METHOD
*
* Description:
* This parameter controls the behavior
* of the toolpath when the tool passes
* through a void for a Zig, Zig-Zag, or
* Zig with Contour cut type.
*
* Type: UF_PARAM_type_int
*
* Name: Across Voids Method
* Variable Name: <prefix>_across_voids_method
*
* Possible Values: UF_PARAM_across_voids_method_t
*
*
*/
#define UF_PARAM_ACROSS_VOIDS_METHOD 347

/* UF_PARAM_MIN_TRAVERSAL_DIST
*
* Description:
* This parameter specifies the minimum distance
* required to run the cutter at a traversal feed rate
*
* Type: UF_PARAM_type_double_length
*
* Name: Minimum traversal distance
* Variable Name: <prefix>_minimum_traversal_distance
*
* Possible Values: double
*
*
*/
#define UF_PARAM_MIN_TRAVERSAL_DIST 348

enum UF_PARAM_tool_runoff_method_t
{
UF_PARAM_tool_runoff_method_stay_on_part = 0,
UF_PARAM_tool_runoff_method_retract_off_part = 1
};

/* UF_PARAM_TOOL_RUNOFF_METHOD
*
* Description:
* This parameter controls whether the tool
* will retract off the part or stay on the
* part after each cutting pass. This parameter
* is valid for Zig and Zig-Zag cut types only.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Runoff Method
* Variable Name: <prefix>_tool_runoff_method
*
* Possible Values: UF_PARAM_tool_runoff_method_t
*
*
*/
#define UF_PARAM_TOOL_RUNOFF_METHOD 349

enum UF_PARAM_level_to_level_cut_method_t
{
UF_PARAM_level_to_level_method_use_transfer_method = 0,
UF_PARAM_level_to_level_method_direct_on_part = 1,
UF_PARAM_level_to_level_method_ramp_on_part = 2,
UF_PARAM_level_to_level_method_staggered_ramp_on_part = 3
};

/* UF_PARAM_LEVEL_TO_LEVEL_METHOD
*
* Description:
* This parameter specifies how to move between
* consecutive levels in a zlevel operation.
*
* Type: UF_PARAM_type_int
*
* Name: Level to level method
* Variable Name: <prefix>_level_to_level_method
*
* Possible Values: UF_PARAM_level_to_level_method_t
*
*
*/
#define UF_PARAM_LEVEL_TO_LEVEL_METHOD 350 /* UF_PARAM_type_int */

enum UF_PARAM_ipw_type_t
{
UF_PARAM_ipw_type_none = 0,
UF_PARAM_ipw_type_3d = 1,
UF_PARAM_ipw_type_level_based = 2

};

/* UF_PARAM_IPW_TYPE
*
* Description:
* This parameter specifies the type of In-Process-Workpiece used in
* an operation. It replaces the index UF_PARAM_IPW_3D_USAGE
* and its enums UF_PARAM_ipw_3d_usage_none and UF_PARAM_ipw_3d_usage_applied used
* in NX1. The enums UF_PARAM_ipw_type_none and UF_PARAM_ipw_type_3d options, are equivalent
* to UF_PARAM_ipw_3d_usage_none and UF_PARAM_ipw_3d_usage_applied respectively.
*
* When the value of the index is specified to UF_PARAM_ipw_type_3d, the operation
* will use 3D In-Process-Workpiece based on the order of its previous operations in
* the Program View and these operations inherit the same Blank Geometry group object.
*
* When the value of the index is specified to UF_PARAM_ipw_type_level_based, the
* operation will use Level Based In-Process-Workpiece from a previous Level Based
* operation in the Program View and both operations inherit the same Part group object.
* This enum is only for preview in NX2. If you want to use it, please contact GTAC.
*
* Type: UF_PARAM_type_int
*
* Name: IPW Type
* Variable Name: <prefix>_ipw_type
*
* Possible Values: UF_PARAM_ipw_type_t
*
*
*/
#define UF_PARAM_IPW_TYPE 351 /* UF_PARAM_type_int */

enum UF_PARAM_min_num_eng_usage_t
{
UF_PARAM_minimize_number_of_engages_not_apply = 0,
UF_PARAM_minimize_number_of_engages_apply = 1

};

/* UF_PARAM_CUT_MINIMIZE_NUMBER_OF_ENGAGES
*
* Description:
* This parameters determine if we are to minimize
* the number of engages. This parameter is used in
* parallel (zig-zag, and zig later on) cut types and
* in automatic engage
*
* Type: UF_PARAM_type_int
*
* Name: Minimize Number of Engages
* Variable Name: <prefix>_minimize_number_of_engages
*
* Possible Values:
* UF_PARAM_min_num_eng_usage_t
* 0-not apply
* 1-apply
*
*
*
*/
#define UF_PARAM_CUT_MINIMIZE_NUMBER_OF_ENGAGES 352

enum UF_PARAM_ret_back_out_type_t
{
UF_PARAM_ret_back_out_type_none = 0,
UF_PARAM_ret_back_out_type_pattern_center

};

/* UF_PARAM_RETRACT_BACK_OUT_TYPE
*
* Description:
* This parameter determines if the tool retracts
* back to the center of the pattern after the
* retract move. It is applied for automatic retract.
*
* Type: UF_PARAM_type_int
*
* Name: Retract Back Out Type
* Variable Name: <prefix>_retract_back_out_type
*
* Possible Values:
* UF_PARAM_ret_back_out_type_t
*
*
*/
#define UF_PARAM_RETRACT_BACK_OUT_TYPE 353

enum UF_PARAM_engage_into_type_t
{
UF_PARAM_engage_into_type_none = 0,
UF_PARAM_engage_into_type_pattern_center_taxis,
UF_PARAM_engage_into_type_pattern_center_ramp

};

/* UF_PARAM_ENGAGE_INTO_TYPE
*
* Description:
* This parameter determines if the tool engages
* along the tool axis or ramping to the center
* of the pattern. It is applied for automatic
* engage.
*
* Type: UF_PARAM_type_int
*
* Name: Engage Into Type
* Variable Name: <prefix>_engage_into_type
*
* Possible Values:
* UF_PARAM_engage_into_type_t
*
*
*/
#define UF_PARAM_ENGAGE_INTO_TYPE 354

/* UF_PARAM_MINIMUM_THICKNESS
*
* Description:
* A distance offset applied to the traces of
* blank geometry selected from 3D-In-Process
* Workpiece or Facet Geometry.
*
* Type: UF_PARAM_type_double_length
*
* Name: Minimum Thickness
* Variable Name: <prefix>_minimum_thickness
*
* Possible Values: UF_PARAM_type_double length
*
*
*/
#define UF_PARAM_MINIMUM_THICKNESS 355

/* UF_PARAM_CUT_TLAXIS_DELTA_TYPE
*
* Description:
* This parameter specifies the tool axis change type.
*
*
*
* Type: UF_PARAM_type_int
*
* Name: tool axis change type
* Variable Name: <prefix>_tool_axis_change_type
*
* Possible Values: SCOPR_change_per_step=0,
* SCOPR_change_per_minute=1,
* SCOPR_change_total=2
*
*
*/
#define UF_PARAM_CUT_TLAXIS_DELTA_TYPE 360 /* UF_PARAM_type_int */

/* UF_PARAM_CUT_CONVEX_CORNER_EXTEND
*
* Description:
* This parameter specifies whether to extend the tool path at convex corners
* rather than tracing around the corner. This is intended to improve sharp corners.
* Retricted to fixed axis.
*
* Type: UF_PARAM_type_logical
*
* Name: tool axis change type
* Variable Name: <prefix>_tool_axis_change_type
*
* Possible Values: true -extend
* false- not extend
*
*
*/
#define UF_PARAM_CUT_CONVEX_CORNER_EXTEND 361 /* UF_PARAM_type_logical */

enum UF_PARAM_up_down_extend_t
{
UF_PARAM_up_down_extend_off,
UF_PARAM_up_down_extend_on

};

/* UF_PARAM_CUT_UPDOWN_EXTEND
*
* Description:
* This parameter specifies Up Down Extend
*
* Type: UF_PARAM_type_int
*
* Name: Up Down Extend
* Variable Name: <prefix>_up_down_extend
*
* Possible Values: UF_PARAM_up_down_extend_t
*
*
*/
#define UF_PARAM_CUT_UPDOWN_EXTEND 362 /* UF_PARAM_type_int */

/* UF_PARAM_CUT_CONVEX_LIFT
*
* Description:
* This parameter specifies whether to lift at Convex Corners. This is intended
* to give the NC programer controll at the convex corners in order to improve
* quality of the corners.
* Retricted to variable axis.
*
* Type: UF_PARAM_type_logical
*
* Name: Convex Lift
* Variable Name: <prefix>_convex_lift
*
* Possible Values: true - lift at convex corner
* false- not lift at convex corner
*
*
*
*/
#define UF_PARAM_CUT_CONVEX_LIFT 363 /* UF_PARAM_type_logical */

enum UF_PARAM_cleanup_type_t
{
UF_PARAM_cleanup_type_off = 0,
UF_PARAM_cleanup_type_uncut_valley = 1,
UF_PARAM_cleanup_type_steep_area = 2,
UF_PARAM_cleanup_type_both = 3,
UF_PARAM_cleanup_type_flowcut_contacts = 4,
UF_PARAM_cleanup_type_flowcut_toolend = 5,
UF_PARAM_cleanup_type_flowcut_both = 6

};

/* UF_PARAM_CLEANUP_TYPE
*
* Description:
* This parameter specifies the cleanup type
*
* Type: UF_PARAM_type_int
*
* Name: cleanup type
* Variable Name: <prefix>_cleanup_type
*
* Possible Values: UF_PARAM_cleanup_type_t
*
*
*/
#define UF_PARAM_CLEANUP_TYPE 364 /* UF_PARAM_type_int */

enum UF_PARAM_cleanup_geom_type_t
{
UF_PARAM_cleanup_geom_type_point = 0,
UF_PARAM_cleanup_geom_type_bnd = 1

};

/* UF_PARAM_CLEANUP_GEOM_TYPE
*
* Description:
* This parameter specifies the cleanup output geometry type
*
* Type: UF_PARAM_type_int
*
* Name: cleanup outputing geometry type
* Variable Name: <prefix>_cleanup_outputing_geometry_type
*
* Possible Values: UF_PARAM_cleanup_geom_type_t
*
*
*/
#define UF_PARAM_CLEANUP_GEOM_TYPE 365 /* UF_PARAM_type_int */

/* UF_PARAM_VALLEY_STEEP_ANGLE
*
* Description:
* This paramete specifies the cleanup steep angle
*
* Type: UF_PARAM_type_double
*
* Name: Valley Steep Angle
* Variable Name: <prefix>_valley_steep_angle
*
* Possible Values: double
*
*
*/
#define UF_PARAM_VALLEY_STEEP_ANGLE 366 /* UF_PARAM_type_double */

/* UF_PARAM_VALLEY_OVERLAP_DIST
*
* Description:
* This parameter specifies the overlap distance for valley uncut areas
*
* Type: UF_PARAM_type_double_length
*
* Name: Valley overlap distance
* Variable Name: <prefix>_valley_overlap_distance
*
* Possible Values: double
*
*
*/
#define UF_PARAM_VALLEY_OVERLAP_DIST 367 /* UF_PARAM_type_double_length */

/* UF_PARAM_VALLEY_MERGE_DIST
*
* Description:
* This parameter specifies merge distance for valley uncut area
*
* Type: UF_PARAM_type_double_length
*
* Name: Valley merge distance
* Variable Name: <prefix>_valley_merge_distance
*
* Possible Values: double
*
*
*/
#define UF_PARAM_VALLEY_MERGE_DIST 368 /* UF_PARAM_type_double_length */

/* UF_PARAM_STEEP_OVERLAP_DIST
*
* Description:
* This parameter specifies overlap distance for steep uncut area
*
* Type: UF_PARAM_type_double_length
*
* Name: steep overlap distance
* Variable Name: <prefix>_steep_overlap_distance
*
* Possible Values: double
*
*
*/
#define UF_PARAM_STEEP_OVERLAP_DIST 369 /* UF_PARAM_type_double_length */

/* UF_PARAM_STEEP_MERGE_DIST
*
* Description:
* This parameter specifies merge distance for steep uncut area
*
* Type: UF_PARAM_type_double_length
*
* Name: Steep merge distance
* Variable Name: <prefix>_steep_merge_distance
*
* Possible Values: double
*
*
*/
#define UF_PARAM_STEEP_MERGE_DIST 370 /* UF_PARAM_type_double_length */

/* UF_PARAM_EXTRA_CROSS_METHOD
*
* Description:
* This parameters specifies if cleanup extra cross-cut is generated
*
* Type: UF_PARAM_type_logical
*
* Name: cleanup extra cross cut
* Variable Name: <prefix>_cleanup_extra_cross_cut
*
* Possible Values:
* false-off
* true-on
*
*
*/
#define UF_PARAM_EXTRA_CROSS_METHOD 371 /* UF_PARAM_type_logical */

enum UF_PARAM_cleanup_directional_steep_t
{
UF_PARAM_cleanup_directional_steep_none = 0,
UF_PARAM_cleanup_non_directional_steep = 1,
UF_PARAM_cleanup_directional_steep = 2

};

/* UF_PARAM_CLEANUP_DIRED_STEEP
*
* Description:
* This parameter specifies steep types
*
* Type: UF_PARAM_type_int
*
* Name: steep types to be detected
* Variable Name: <prefix>_steep_types_to_be_detected
*
* Possible Values: UF_PARAM_cleanup_directional_steep_t
*
*
*/
#define UF_PARAM_CLEANUP_DIRED_STEEP 372 /* UF_PARAM_type_int */

/* UF_PARAM_GEOM_CHECK_CLR_MIN
*
* Description:
* This parameter specifies Safe Clearance for Check
*
* Type: UF_PARAM_type_double_length
*
* Name: Safe Clearance for Check
* Variable Name: <prefix>_safe_clearance_for_check
*
* Possible Values: Positive double
*
*
*/
#define UF_PARAM_GEOM_CHECK_CLR_MIN 374 /* UF_PARAM_type_double_length */

/* UF_PARAM_CUT_TL_HOLDER_USAGE
*
* Description:
* This parameters specifies Use Tool Holder flag
*
* Type: UF_PARAM_type_logical
*
* Name: Use Tool Holder flag
* Variable Name: <prefix>_use_tool_holder_flag
*
* Possible Values:
* false - Use Tool Holder off
* true - Use Tool Holder on
*
*
*/
#define UF_PARAM_CUT_TL_HOLDER_USAGE 375 /* UF_PARAM_type_logical */

/* UF_PARAM_STOCK_PART_OFFSET
*
* Description:
* This parameter specifies initial part stock minus part stock
*
* Type: UF_PARAM_type_double_length
*
* Name: Surface Contour Part Stock Offset
* Variable Name: <prefix>_surface_contour_part_stock_offset
*
* Possible Values: Zero or positive double
*
*
*
*/
#define UF_PARAM_STOCK_PART_OFFSET 376 /* UF_PARAM_type_double_length */

enum UF_PARAM_use_previous_ipw_e
{
UF_PARAM_use_previous_ipw_no = 0,
UF_PARAM_use_previous_ipw_yes = 1

};
typedef enum UF_PARAM_use_previous_ipw_e UF_PARAM_use_previous_ipw_t;

/* UF_PARAM_USE_PREVIOUS_IPW
*
* Description:
* This parameter specifies whether the IPW from a previously generated
* operation is to be used as input to the current operation
*
* Type: UF_PARAM_type_int
*
* Name: Use Previous IPW Flag
* Variable Name: <prefix>_use_previous_ipw_flag
*
* Possible Values: UF_PARAM_use_previous_ipw_t
*
*
*
*/
#define UF_PARAM_USE_PREVIOUS_IPW 377 /* UF_PARAM_type_logical */

enum UF_PARAM_cut_walls_only_status_t
{
UF_PARAM_cut_walls_only_off = 0, /* Tool will cut along all part segments of the region. */
UF_PARAM_cut_walls_only_on = 1 /* Tool will only cut along part segments that lie on a wall. */

};

/* UF_PARAM_CUT_WALLS_ONLY
*
* Description:
* This parameter specifies if the tool is to cut along all
* part segments of the machine regions or only along
* part segments that lie on a wall.
*
* Type: UF_PARAM_type_int
*
* Name: Cut Walls Only
* Variable Name: <prefix>_cut_walls_only
*
* Possible Values: UF_PARAM_cut_walls_only_status_t
*
*
*/
#define UF_PARAM_CUT_WALLS_ONLY 383 /* UF_PARAM_type_int */

/* UF_PARAM_RAMP_BETWEEN_LEVELS_ANGLE
*
* Description:
* Parameter is the ramping angle used by
* Zlevel operations to ramp from one level
* to the next
*
* Type: UF_PARAM_type_double
*
* Name: Ramp Between Levels Angle
* Variable Name: <prefix>_ramp_between_levels_angle
*
* Possible Values: UF_PARAM_type_double
* 0 < ramp angle < 90
*
*
*/
#define UF_PARAM_RAMP_BETWEEN_LEVELS_ANGLE 384 /* UF_PARAM_type_double */

enum UF_PARAM_trochoid_path_width_type_e
{
UF_PARAM_trochoid_path_width_type_distance = 0,
UF_PARAM_trochoid_path_width_type_percent_tool_diameter = 1

};
typedef enum UF_PARAM_trochoid_path_width_type_e UF_PARAM_trochoid_path_width_type_t;

/* UF_PARAM_TROCHOID_PATH_WIDTH_TYPE
*
* Description:
* This parameter specifies the path width type for
* the trochoidal cut method.
*
* Type: UF_PARAM_type_int
*
* Name: Trochoidal Path Width Type
* Variable Name: <prefix>_trochoidal_path_width_type
*
* Possible Values: UF_PARAM_trochoid_path_width_type_t
*
*
*
*/
#define UF_PARAM_TROCHOID_PATH_WIDTH_TYPE 390 /* UF_PARAM_type_int */

/* UF_PARAM_TROCHOID_PATH_WIDTH_DIST
*
* Description:
* Parameter is the distance value used by the path
* width type - Distance for the trochoidal cut method.
*
* Type: UF_PARAM_type_double_length
*
* Name: Trochoidal Path Width Distance
* Variable Name: <prefix>_trochoidal_path_width_distance
*
* Possible Values: non-negative UF_PARAM_type_double_length
*
*
*
*/
#define UF_PARAM_TROCHOID_PATH_WIDTH_DIST 391 /* UF_PARAM_type_double_length */

/* UF_PARAM_TROCHOID_PATH_WIDTH_PERCENT
*
* Description:
* Parameter is the value of the percentage used by
* the path width type - % Tool Diameter for the
* trochoidal cut method.
*
* Type: UF_PARAM_type_double
*
* Name: Trochoidal Path Width Percent
* Variable Name: <prefix>_trochoidal_path_width_percent
*
* Possible Values: non-negative double
*
*
*
*/
#define UF_PARAM_TROCHOID_PATH_WIDTH_PERCENT 392 /* UF_PARAM_type_double */

enum UF_PARAM_corner_loops_status_t
{
UF_PARAM_corner_loops_status_off,
UF_PARAM_corner_loops_status_on

};

/* UF_PARAM_CORNER_LOOPS
*
* Description:
* This parameter indicates if the trochoidal pattern will insert
* loops, as needed, to maintain a continous tangent vector at
* all corners.
*
* Type: UF_PARAM_type_int
*
* Name: Corner Loops
* Variable Name: <prefix>_corner_loops
*
* Possible Values: UF_PARAM_corner_loops_status_t.
*
*
*
*/
#define UF_PARAM_CORNER_LOOPS 394 /* UF_PARAM_type_int */

/* UF_PARAM_CUTAREA_EXTENSION_DIST
*
* Description:
* This parameter is the 2D distance by which the system
* will extend the machining area when not totally contained
* inside a cavity.
*
* Type: UF_PARAM_double_length
*
* Name: Cut Area Extension Distance
* Variable Name: <prefix>_cut_area_extension_distance
*
* Possible Values: 0.0 or positive UF_PARAM_double_length
*
*
*
*/
#define UF_PARAM_CUTAREA_EXTENSION_DIST 395 /* UF_PARAM_type_double_length */

enum UF_PARAM_max_cut_traverse_type_e
{
UF_PARAM_max_cut_traverse_type_inactive,
UF_PARAM_max_cut_traverse_type_distance,
UF_PARAM_max_cut_traverse_type_percent_tool_diameter

};
typedef enum UF_PARAM_max_cut_traverse_type_e UF_PARAM_max_cut_traverse_type_t;

/* Obseleted synonym
#define UF_PARAM_TROCHOID_MAXIMUM_STEPOVER_TYPE_INDEX 397 UF_PARAM_type_int */

/* UF_PARAM_MAX_CUT_TRAVERSE_TYPE
*
* Description:
* This parameter determines how the maximum cut traverse distance is specified.
*
* Type: UF_PARAM_type_int
*
* Name: Maximum Cut Traverse Specification Type
* Variable Name: <prefix>_maximum_cut_traverse_specification_type
*
* Possible Values: UF_PARAM_max_cut_traverse_type_t
*
*
*
*/
#define UF_PARAM_MAX_CUT_TRAVERSE_TYPE 397 /* UF_PARAM_type_int */

/* UF_PARAM_MAX_CUT_TRAVERSE_DISTANCE
*
* Description:
* Parameter is the maximum cut traverse distance.
*
* Type: UF_PARAM_type_double_length
*
* Name: Maximum Stepover Traverse Specified By Distance
* Variable Name: <prefix>_maximum_stepover_traverse_specified_by_distance
*
* Possible Values: non-negative UF_PARAM_type_double_length
*
*
*
*/
#define UF_PARAM_MAX_CUT_TRAVERSE_DISTANCE 398 /* UF_PARAM_type_double_length */

/* UF_PARAM_MAX_CUT_TRAVERSE_PERCENT
*
* Description:
* Parameter is the value of the percentage used by
* the max cut traverse type - % Tool Diameter for the
* max cut traverse.
*
* Type: UF_PARAM_type_double
*
* Name: Maximum Cut Traverse Specified As Percent Tool Diameter
* Variable Name: <prefix>_maximum_cut_traverse_specified_as_percent_tool_diameter
*
* Possible Values: non-negative double
*
*
*
*/
#define UF_PARAM_MAX_CUT_TRAVERSE_PERCENT 399 /* UF_PARAM_type_double */

enum UF_PARAM_edge_trace_removal_e
{
UF_PARAM_edge_trace_removal_off = 0,
UF_PARAM_edge_trace_removal_on = 1

};
typedef enum UF_PARAM_edge_trace_removal_e UF_PARAM_edge_trace_removal_t;

/* UF_PARAM_CUT_EDGE_TRACE_REMOVAL
*
* Description:
* This parameters specifies Edge Trace Removed Flag
*
* Type: UF_PARAM_type_int
*
* Name: Edge Trace Removal Flag
* Variable Name: <prefix>_edge_trace_removal_flag
*
* Possible Values: UF_PARAM_edge_trace_removal_t
*
*
*/
#define UF_PARAM_CUT_EDGE_TRACE_REMOVAL 400 /* UF_PARAM_type_int */

/* UF_PARAM_CUT_RAMP_DOWN_MAX_ANGLE
*
* Description:
* This parameter specifies maximum ramp down angle
*
* Type: UF_PARAM_type_double
*
* Name: Ramp Down Angle
* Variable Name: <prefix>_ramp_down_angle
*
* Possible Values: a value in radians, in the range of
* 0 to 90 degrees
*
*
*/
#define UF_PARAM_CUT_RAMP_DOWN_MAX_ANGLE 401 /* */

/* UF_PARAM_CUT_RAMP_UP_MAX_ANGLE
*
* Description:
* This parameter specifies maximum ramp up angle
*
* Type: UF_PARAM_type_double
*
* Name: Ramp Up Angle
* Variable Name: <prefix>_ramp_up_angle
*
* Possible Values: a value in radians, in the range of
* 0 to 90 degrees
*
*
*/
#define UF_PARAM_CUT_RAMP_UP_MAX_ANGLE 402 /* */

enum UF_PARAM_cut_ramp_method_t
{
UF_PARAM_cut_ramp_method_off,
UF_PARAM_cut_ramp_method_on

};

/* UF_PARAM_CUT_RAMP_METHOD
*
* Description:
* This parameter specifies whether to use the cut ramp method
*
* Type: UF_PARAM_type_int
*
* Name: Ramp Up Down Flag
* Variable Name: <prefix>_ramp_up_down_flag
*
* Possible Values: UF_PARAM_cut_ramp_method_t
*
*
*/
#define UF_PARAM_CUT_RAMP_METHOD 403 /* UF_PARAM_type_int */

enum UF_PARAM_ramp_optimize_flag_t
{
UF_PARAM_ramp_optimize_flag_off,
UF_PARAM_ramp_optimize_flag_on

};

/* UF_PARAM_CUT_RAMP_OPTIMIZE_METHOD
*
* Description:
* This parameter specifies Ramp Up Down Optimize Flag
*
* Type: UF_PARAM_type_int
*
* Name: Ramp Up Down Optimize Flag
* Variable Name: <prefix>_ramp_up_down_optimize_flag
*
* Possible Values: UF_PARAM_ramp_optimize_flag_t
*
*
*/
#define UF_PARAM_CUT_RAMP_OPTIMIZE_METHOD 404 /* UF_PARAM_type_int */

enum UF_PARAM_cut_dir_type_t
{
UF_PARAM_cut_dir_undefined,
UF_PARAM_cut_dir_climb,
UF_PARAM_cut_dir_conventional

};

/* UF_PARAM_CUT_DIR_TYPE
*
* Description:
* This parameter specifies cut direction type
*
* Type: UF_PARAM_type_int
*
* Name: Cut Direction Type
* Variable Name: <prefix>_cut_direction_type
*
* Possible Values: UF_PARAM_cut_dir_type_t
*
*
*/
#define UF_PARAM_CUT_DIR_TYPE 405 /* UF_PARAM_type_int */

enum UF_PARAM_cut_multi_depth_flag_t
{
UF_PARAM_cut_multi_depth_flag_off,
UF_PARAM_cut_multi_depth_flag_on

};

/* UF_PARAM_CUT_MULTI_DEPTH_METHOD
*
* Description:
* This parameter specifies Multi-Depth cut flag
*
* Type: UF_PARAM_type_int
*
* Name: Multi-Depth Cut Flag
* Variable Name: <prefix>_multi_depth_cut_flag
*
* Possible Values: UF_PARAM_cut_multi_depth_flag_t
*
*
*/
#define UF_PARAM_CUT_MULTI_DEPTH_METHOD 406 /* UF_PARAM_type_int */

enum UF_PARAM_cut_multi_depth_type_t
{
UF_PARAM_cut_multi_depth_type_increment,
UF_PARAM_cut_multi_depth_type_passes

};

/* UF_PARAM_MCUTTY
*
* Description:
* This parameter specifies Multi-Depth cut type
*
* Type: UF_PARAM_type_int
*
* Name: Multi-Depth Cut Type
* Variable Name: <prefix>_multi_depth_cut_type
*
* Possible Values: UF_PARAM_cut_multi_depth_type_t
*
*
*/
#define UF_PARAM_MCUTTY 407 /* UF_PARAM_type_int */

/* UF_PARAM_CUT_MULTI_DEPTH_PASSES
*
* Description:
* This parameter specifies Number of passes for
* multiple depth cut
*
* Type: UF_PARAM_type_int
*
* Name: Number of passes for multiple depth cut
* Variable Name: <prefix>_number_of_passes_for_multiple_depth_cut
*
* Possible Values: positive integer
*
*
*/
#define UF_PARAM_CUT_MULTI_DEPTH_PASSES 408 /* UF_PARAM_type_int */

/* UF_PARAM_TLAXIS_MAX_LEAD_ANGLE
*
* Description:
* This parameter specifies maximum tool axis lead angle
*
* Type: UF_PARAM_type_double
*
* Name: Max Tool Axis Lead Angle
* Variable Name: <prefix>_max_tool_axis_lead_angle
*
* Possible Values:
* double
*
*
*
*/
#define UF_PARAM_TLAXIS_MAX_LEAD_ANGLE 410 /* */

/* UF_PARAM_TLAXIS_MIN_LEAD_ANGLE
*
* Description:
* This parameter specifies minimum tool axis lead angle
*
* Type: UF_PARAM_type_double
*
* Name: Min Tool Axis Lead Angle
* Variable Name: <prefix>_min_tool_axis_lead_angle
*
* Possible Values:
* double
*
*
*
*/
#define UF_PARAM_TLAXIS_MIN_LEAD_ANGLE 411 /* */

/* UF_PARAM_TLAXIS_MAX_TILT_ANGLE
*
* Description:
* This parameter specifies maximum tool axis tilt angle
*
* Type: UF_PARAM_type_double
*
* Name: Max Tool Axis Tilt Angle
* Variable Name: <prefix>_max_tool_axis_tilt_angle
*
* Possible Values:
* double
*
*
*
*/
#define UF_PARAM_TLAXIS_MAX_TILT_ANGLE 412 /* */

/* UF_PARAM_TLAXIS_MIN_TILT_ANGLE
*
* Description:
* This parameter specifies minimum tool axis tilt angle
*
* Type: UF_PARAM_type_double
*
* Name: Min Tool Axis Tilt Angle
* Variable Name: <prefix>_min_tool_axis_tilt_angle
*
* Possible Values:
* double
*
*
*/
#define UF_PARAM_TLAXIS_MIN_TILT_ANGLE 413 /* */

/* UF_PARAM_CUT_MULTI_DEPTH_INCR
*
* Description:
* This parameter specifies cut multiple depth
* increment.
*
* Type: UF_PARAM_type_double_length
*
* Name: Multi-Depth Cut Increment
* Variable Name: <prefix>_multi_depth_cut_increment
*
* Possible Values:
* double
*
*
*/
#define UF_PARAM_CUT_MULTI_DEPTH_INCR 414 /* */

/* UF_PARAM_MIN_CUT_LENGHT
*
* Description:
* This parameters specifies minimum length of cutting moves
*
* Type: UF_PARAM_type_double_length
*
* Name: Min Cut Length
* Variable Name: <prefix>_min_cut_length
*
* Possible Values: positive UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_MIN_CUT_LENGHT 415 /* UF_PARAM_type_double_length */

/* UF_PARAM_MAX_CONCAVITY_ANGLE
*
* Description:
* This parameters specifies maximum angle of concavity
*
* Type: UF_PARAM_type_double
*
* Name: Max Concavity Angle
* Variable Name: <prefix>_max_concavity_angle
*
* Possible Values: > 0. and <= 179. degrees
*
*
*/
#define UF_PARAM_MAX_CONCAVITY_ANGLE 416 /* UF_PARAM_type_double */

/* UF_PARAM_MERGE_DIST
*
* Description:
* This parameters specifies merge distance to connect the disjoined cutting motions.
*
* Type: UF_PARAM_type_double_length
*
* Name: Hookup Distance
* Variable Name: <prefix>_hookup_distance
*
* Possible Values: positive UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_MERGE_DIST 417 /* UF_PARAM_type_double_length */

enum UF_PARAM_fcut_mode_t
{
UF_PARAM_fcut_mode_single = 0,
UF_PARAM_fcut_mode_multiple = 1,
UF_PARAM_fcut_mode_reftool = 2

};

/* UF_PARAM_FLOWCUT_MODE
*
* Description:
* This parameters specifies flow cut mode
*
* Type: UF_PARAM_type_int
*
* Name: Flow Cut Mode
* Variable Name: <prefix>_flow_cut_mode
*
* Possible Values: UF_PARAM_fcut_mode_t
*
*
*/
#define UF_PARAM_FLOWCUT_MODE 418 /* UF_PARAM_type_int */

/* UF_PARAM_FLOWCUT_OVERLAP_DIST
*
* Description:
* This parameter specifies the width of the extended area defined by the flow cut
* Reference Tool Diameter along the tangent surfaces.
*
* Type: UF_PARAM_type_double_length
*
* Name: Flow Cut Overlap Distance
* Variable Name: <prefix>_flow_cut_overlap_distance
*
* Possible Values: positive UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_FLOWCUT_OVERLAP_DIST 419 /* UF_PARAM_type_double_length */

/* UF_PARAM_OFFSETS_NUM
*
* Description:
* This parameter specifies the number of offset passes to be generated.
*
* Type: UF_PARAM_type_int
*
* Name: Offsets Number
* Variable Name: <prefix>_offsets_number
*
* Possible Values: 0 or positive UF_PARAM_type_int
*
*
*/
#define UF_PARAM_OFFSETS_NUM 420 /* UF_PARAM_type_int */

enum UF_PARAM_sequence_opt_t
{
UF_PARAM_inside_out,
UF_PARAM_outside_in,
UF_PARAM_steep_last,
UF_PARAM_steep_first,
UF_PARAM_inside_out_alternate,
UF_PARAM_outside_in_alternate

};

/* UF_PARAM_SEQUENCE_OPT
*
* Description:
* This parameter specifies the order in which the cut passes are excuted.
*
* Type: UF_PARAM_type_int
*
* Name: Sequence Option
* Variable Name: <prefix>_sequence_option
*
* Possible Values: UF_PARAM_sequence_opt_t
*
*
*/
#define UF_PARAM_SEQUENCE_OPT 421 /* UF_PARAM_type_int */

enum UF_PARAM_steep_cut_dir_t
{
UF_PARAM_steep_mixed,
UF_PARAM_steep_high_to_low,
UF_PARAM_steep_low_to_high

};

/* UF_PARAM_STEEP_CUT_DIR
*
* Description:
* This parameter specifies the cut direction of passes in steep sections.
*
* Type: UF_PARAM_type_int
*
* Name: Steep Cut Directin
* Variable Name: <prefix>_steep_cut_directin
*
* Possible Values: UF_PARAM_steep_cut_dir_t
*
*
*/
#define UF_PARAM_STEEP_CUT_DIR 423 /* UF_PARAM_type_int */

enum UF_PARAM_fcut_steep_opt_t
{
UF_PARAM_fcut_steep_opt_none,
UF_PARAM_fcut_steep_opt_steep,
UF_PARAM_fcut_steep_opt_non_steep

};

/* UF_PARAM_FLOWCUT_STEEP_OPT
*
* Description:
* This parameter specifies the steep option of the flow cut.
*
* Type: UF_PARAM_type_int
*
* Name: Flow Cut Steep Option
* Variable Name: <prefix>_flow_cut_steep_option
*
* Possible Values: UF_PARAM_fcut_steep_opt_t
*
*
*/
#define UF_PARAM_FLOWCUT_STEEP_OPT 424 /* UF_PARAM_type_int */

enum UF_PARAM_plunge_direction_t
{
UF_PARAM_plunge_direction_cut_down = 0,
UF_PARAM_plunge_direction_cut_up_and_down = 1

};

/* UF_PARAM_PLUNGE_DIRECTION
*
* Description:
* This parameter specifies the plunge direction
* for profile pattern in plunge milling.
*
* Type: UF_PARAM_type_int
*
* Name: Plunge Direction
* Variable Name: <prefix>_plunge_direction
*
* Possible Values: UF_PARAM_plunge_direction_t
*
*
*/
#define UF_PARAM_PLUNGE_DIRECTION 427 /* UF_PARAM_type_int */

/* UF_PARAM_RET_AUTO_ANGLE
*
* Description:
* This parameter specifies the retract angle in degrees
* used in plunge milling.
*
* Type: UF_PARAM_type_double
*
* Name: Retract Out Angle
* Variable Name: <prefix>_retract_out_angle
*
* Possible Values: non-negative UF_PARAM_type_double
*
*
*/
#define UF_PARAM_RET_AUTO_ANGLE 428 /* UF_PARAM_type_double */

enum UF_PARAM_max_cut_width_type_t
{
UF_PARAM_max_cut_width_type_distance = 0,
UF_PARAM_max_cut_width_type_percent_tool_diameter = 1

};

/* UF_PARAM_MAX_CUT_WIDTH_TYPE
*
* Description:
* This parameter specifies the maximum cut width type for
* Plunge Milling.
*
* Type: UF_PARAM_type_int
*
* Name: Max Cut Width Type
* Variable Name: <prefix>_max_cut_width_type
*
* Possible Values: UF_PARAM_max_cut_width_type_t
*
*
*/
#define UF_PARAM_MAX_CUT_WIDTH_TYPE 429 /* UF_PARAM_type_int */

/* UF_PARAM_MAX_CUT_WIDTH_DIST
*
* Description:
* Parameter is the distance value used by the maximum cut
* width type - Distance for Plunge Milling.

* Type: UF_PARAM_type_double_length
*
* Name: Max Cut Width Distance
* Variable Name: <prefix>_max_cut_width_distance
*
* Possible Values: positive UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_MAX_CUT_WIDTH_DIST 430 /* UF_PARAM_type_double_length */

/* UF_PARAM_MAX_CUT_WIDTH_PERCENT
*
* Description:
* Parameter is the distance value used by the maximum cut
* width type - % Tool Diameter for Plunge Milling.

* Type: UF_PARAM_type_double
*
* Name: Max Cut Width Percent
* Variable Name: <prefix>_max_cut_width_percent
*
* Possible Values: positive UF_PARAM_type_double
*
*
*/
#define UF_PARAM_MAX_CUT_WIDTH_PERCENT 431 /* UF_PARAM_type_double */

enum UF_PARAM_step_ahead_type_t
{
UF_PARAM_step_ahead_type_distance = 0,
UF_PARAM_step_ahead_type_percent_tool_diameter = 1

};

/* UF_PARAM_STEP_AHEAD_TYPE
*
* Description:
* This parameter specifies the step ahead type for
* Plunge Milling.
*
* Type: UF_PARAM_type_int
*
* Name: Step Ahead Type
* Variable Name: <prefix>_step_ahead_type
*
* Possible Values: UF_PARAM_step_ahead_type_t
*
*
*/
#define UF_PARAM_STEP_AHEAD_TYPE 432 /* UF_PARAM_type_int */

/* UF_PARAM_STEP_AHEAD_DIST
*
* Description:
* Parameter is the distance value used by the step ahead
* type - Distance for Plunge Milling.

* Type: UF_PARAM_type_double_length
*
* Name: Step Ahead Distance
* Variable Name: <prefix>_step_ahead_distance
*
* Possible Values: positive UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_STEP_AHEAD_DIST 433 /* UF_PARAM_type_double_length */

/* UF_PARAM_STEP_AHEAD_PERCENT
*
* Description:
* Parameter is the distance value used by the step ahead
* type - % Tool Diameter for Plunge Milling.

* Type: UF_PARAM_type_double
*
* Name: Step Ahead Percent
* Variable Name: <prefix>_step_ahead_percent
*
* Possible Values: positive UF_PARAM_type_double
*
*
*/
#define UF_PARAM_STEP_AHEAD_PERCENT 434 /* UF_PARAM_type_double */

enum UF_PARAM_trochoid_path_stepover_type_e
{
UF_PARAM_trochoid_path_stepover_type_distance = 0,
UF_PARAM_trochoid_path_stepover_type_percent_tool_diameter = 1

};
typedef enum UF_PARAM_trochoid_path_stepover_type_e UF_PARAM_trochoid_path_stepover_type_t;

/* UF_PARAM_TROCHOID_PATH_STEPOVER_TYPE
*
* Description:
* This parameter specifies the path stepover type for
* the trochoidal outward cut method. This controls the
* value by which the trochoidal circles are spread along
* the original toolpath.
*
* Type: UF_PARAM_type_int
*
* Name: Trochoidal Path Stepover Type
* Variable Name: <prefix>_trochoidal_path_stepover_type
*
* Possible Values: UF_PARAM_trochoid_path_stepover_type_t
*
*
*
*/
#define UF_PARAM_TROCHOID_PATH_STEPOVER_TYPE 450 /* UF_PARAM_type_int */

/* UF_PARAM_TROCHOID_PATH_STEPOVER_DIST
*
* Description:
* Parameter is the distance value used by the path
* stepover type - Distance for the trochoidal outward
* cut method.
*
* Type: UF_PARAM_type_double_length
*
* Name: Trochoidal Path Stepover Distance
* Variable Name: <prefix>_trochoidal_path_stepover_distance
*
* Possible Values: non-negative UF_PARAM_type_double_length
*
*
*
*/
#define UF_PARAM_TROCHOID_PATH_STEPOVER_DIST 451 /* UF_PARAM_type_double_length */

/* UF_PARAM_TROCHOID_PATH_STEPOVER_PERCENT
*
* Description:
* Parameter is the value of the percentage used by
* the path stepover type - % Tool Diameter for the
* trochoidal outward cut method.
*
* Type: UF_PARAM_type_double
*
* Name: Trochoidal Path Stepover Percent
* Variable Name: <prefix>_trochoidal_path_stepover_percent
*
* Possible Values: non-negative double
*
*
*
*/
#define UF_PARAM_TROCHOID_PATH_STEPOVER_PERCENT 452 /* UF_PARAM_type_double */

/* UF_PARAM_TOOL_EMBEDDING_LIMIT_PERCENT
*
* Description:
* This parameter specifies the maximum stepover that
* can occur before the tool is considered to be embedded
* It is a percentage of the stepover value.
* This is for the trochoidal outward cut method
* as well as for corner rounding
*
* Type: UF_PARAM_type_double
*
* Name: Tool Embedding Limit
* Variable Name: <prefix>_tool_embedding_limit
*
* Possible Values: Within the range [100, 300]
*
*
*
*/
#define UF_PARAM_TOOL_EMBEDDING_LIMIT_PERCENT 453 /* UF_PARAM_type_double */

/* UF_PARAM_TROCHOID_STEPOVER_LIMIT_PERCENT
*
* Description:
* This parameter specifies the maximum stepover that
* can occur before the path is converted to trochoidal geometry.
* It is a percentage of the stepover value.
* This is for the trochoidal outward cut method.
*
* This parameter is obsolete.
* Use UF_PARAM_TOOL_EMBEDDING_LIMIT_PERCENT instead
*
* Type: UF_PARAM_type_double
*
* Name: Trochoidal Stepover Limit
* Variable Name: <prefix>_trochoidal_stepover_limit
*
* Possible Values: Within the range [100, 300]
*
*
*
*/
#define UF_PARAM_TROCHOID_STEPOVER_LIMIT_PERCENT 453 /* UF_PARAM_type_double */

enum UF_PARAM_trochoid_path_min_width_type_e
{
UF_PARAM_trochoid_path_min_width_type_distance = 0,
UF_PARAM_trochoid_path_min_width_type_percent_tool_diameter = 1

};
typedef enum UF_PARAM_trochoid_path_min_width_type_e UF_PARAM_trochoid_path_min_width_type_t;

/* UF_PARAM_TROCHOID_PATH_MIN_WIDTH_TYPE
*
* Description:
* This parameter specifies the path minimum width type for
* the trochoidal outward cut method.
*
* Type: UF_PARAM_type_int
*
* Name: Trochoidal Path Min Width Type
* Variable Name: <prefix>_trochoidal_path_min_width_type
*
* Possible Values: UF_PARAM_trochoid_path_min_width_type_t
*
*
*
*/
#define UF_PARAM_TROCHOID_PATH_MIN_WIDTH_TYPE 454 /* UF_PARAM_type_int */

/* UF_PARAM_TROCHOID_PATH_MIN_WIDTH_DIST
*
* Description:
* Parameter is the distance value used by the path
* min width type - Distance for the trochoidal outward
* cut method.
*
* Type: UF_PARAM_type_double_length
*
* Name: Trochoidal Path Min Width Distance
* Variable Name: <prefix>_trochoidal_path_min_width_distance
*
* Possible Values: non-negative UF_PARAM_type_double_length
*
*
*
*/
#define UF_PARAM_TROCHOID_PATH_MIN_WIDTH_DIST 455 /* UF_PARAM_type_double_length */

/* UF_PARAM_TROCHOID_PATH_MIN_WIDTH_PERCENT
*
* Description:
* Parameter is the value of the percentage used by
* the path min width type - % Tool Diameter for the
* trochoidal outward cut method.
*
* Type: UF_PARAM_type_double
*
* Name: Trochoidal Path Min Width Percent
* Variable Name: <prefix>_trochoidal_path_min_width_percent
*
* Possible Values: non-negative double
*
*
*
*/
#define UF_PARAM_TROCHOID_PATH_MIN_WIDTH_PERCENT 456 /* UF_PARAM_type_double */

/* UF_PARAM_FACE_STOCK
*
* Description:
* Parameter is the Face Stock for Lathe applications
*
* Type: UF_PARAM_type_double_length
*
* Name: Face Stock
* Variable Name: <prefix>_face_stock
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_FACE_STOCK 502 /* */

/* UF_PARAM_RAD_STOCK
*
* Description:
* Parameter is the Diameter Stock for Lathe applications
*
* Type: UF_PARAM_type_double_length
*
* Name: Radial Stock
* Variable Name: <prefix>_radial_stock
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_RAD_STOCK 503 /* */

/* UF_PARAM_LOCAL_RTN_PT
*
* Description:
* This index specifies the tag to the local return point.
*
* Type: UF_PARAM_type_tag
*
* Name: Local Return Point
* Variable Name: <prefix>_local_return_point
*
* Possible Values:
* 0 (no entity)
* entity value referencing local return point
*
*
*/
#define UF_PARAM_LOCAL_RTN_PT 519 /* UF_PARAM_type_tag */

/* UF_PARAM_LOCAL_RTN_ORDER
*
* Description:
* This index specifies the sequence of local return events in turning.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Local Return Point Output Order
* Variable Name: <prefix>_local_return_point_output_order
*
* Possible Values: Array (size of 4) of positive integers (or zero)
*
*
*/
#define UF_PARAM_LOCAL_RTN_ORDER 520 /* UF_PARAM_type_vla_int, size 4*/

/* UF_PARAM_NOPSTOPS
*
* Description:
* This index specifies the number of optional stops (opstops)
* for a turn threading operation.
*
* Type: UF_PARAM_type_int
*
* Name: Num Optional Stops
* Variable Name: <prefix>_num_optional_stops
*
* Possible Values:
* integer number of opstops
*
*
*/
#define UF_PARAM_NOPSTOPS 523 /* UF_PARAM_type_int */

/* UF_PARAM_LOC_RTN_MV
*
* Description:
* This index specifies the strategy for the local return move
* (see possible values).
*
* Type: UF_PARAM_type_int
*
* Name: Local Return Move
* Variable Name: <prefix>_local_return_move
*
* Possible Values:
* 0 = undefined
* 1 = direct move
* 2 = vertical then horizontal
* 3 = horizontal then vertical
* 4 = vertical (clearance then direct)
* 5 = horizontal (clearance then direct)
* 6 = vertical clearance
* 7 = horizontal clearance
* 8 = vertical then horizontal then direct (ID only)
* 9 = vertical then horizontal then vertical (ID only)
* 10 = vertical then to horizontal clear plane (ID only)
*
* In Turning module possible values are:
* -1 = none
* 0 = direct move
* 1 = radial then axial
* 2 = axial then radial
* 3 = clear radial then direct
* 4 = clear axial then direct
* 5 = clear radial only
* 6 = clear axial only
* 7 = radial then clear axial then direct
* 8 = radial then axial then radial
* 9 = radial then clear axial
*
*
*/
#define UF_PARAM_LOC_RTN_MV 525 /* UF_PARAM_type_int */

/* UF_PARAM_LOC_RTN_STATUS
*
* Description:
* This index specifies the status of the local return point.
*
* Type: UF_PARAM_type_int
*
* Name: Local Return Status
* Variable Name: <prefix>_local_return_status
*
* Possible Values:
* 0 = undefined
* 1 = active
* 2 = inactive
*
*
*/
#define UF_PARAM_LOC_RTN_STATUS 526 /* UF_PARAM_type_int */

/* UF_PARAM_LOC_RTN_MV_STATUS
*
* Description:
* This index specifies the status of the local return move.
*
* Type: UF_PARAM_type_int
*
* Name: Local Return Move Status
* Variable Name: <prefix>_local_return_move_status
*
* Possible Values:
* 0 = active
* 1 = inactive
*
*
*/
#define UF_PARAM_LOC_RTN_MV_STATUS 527 /* UF_PARAM_type_int */

/* UF_PARAM_VAR_INCR
*
* Description:
* In Turning:
* This parameter specifies a set of variable increments for Centerline
* Drill methods Variable Break Chip or Peck Drill.
* The number of times each increment is repeated is defined by the
* parameter UF_PARAM_NUM_PASSES.
*
* Type: UF_PARAM_type_vla_length
*
* Name: Variable Depth Increment
* Variable Name: <prefix>_variable_depth_increment
*
* Possible Values: (In Turning: Array (size of 6) of positive doubles
* (or zeros))
*
* Developer: (Used in Turning: Oliver Bruegge)
*/
#define UF_PARAM_VAR_INCR 533

/* UF_PARAM_NUM_PASSES
*
* Description:
* In Turning:
* This parameter specifies the number of times each increment is repeated
* in Centerline Drill methods Variable Break Chip or Peck Drill.
* The increments are defined by the parameter UF_PARAM_VAR_INCR.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Num of Passes
* Variable Name: <prefix>_num_of_passes
*
* Possible Values: (In Turning: Array (size of 6) of positive ints
* (or zeros))
*
* Developer: (Used in Turning: Oliver Bruegge)
*/
#define UF_PARAM_NUM_PASSES 534

enum UF_PARAM_ttdopr_depth_type_t
{
UF_PARAM_ttdopr_depth_type_depth = 0,
UF_PARAM_ttdopr_depth_type_end_point,
UF_PARAM_ttdopr_depth_type_cross_hole_data,
UF_PARAM_ttdopr_depth_type_cross_hole,
UF_PARAM_ttdopr_depth_type_shoulder_depth,
UF_PARAM_ttdopr_depth_type_countersink_diameter
};

/* UF_PARAM_DEPTH_TYPE
*
* Description:
* In Turning:
* This parameter specifies the mode how the total depth of a Centerline
* Drill hole is defined.
*
* Type: UF_PARAM_type_int
*
* Name: Depth Type
* Variable Name: <prefix>_depth_type
*
* Possible Values: (In Turning: UF_PARAM_ttdopr_depth_type_t)
*
* Developer: (Used in Turning: Oliver Bruegge)
*/
#define UF_PARAM_DEPTH_TYPE 603

/* UF_PARAM_STEEP_ANGLE
*
* Description:
* This Parameter specifies an angle used to define steep containment regions.
*
* Type: UF_PARAM_type_double
*
* Name: Steep Angle
* Variable Name: <prefix>_steep_angle
*
* Possible Values: 0.0 <= Steep Angle <= 90.0.
*
*
*/
#define UF_PARAM_STEEP_ANGLE 609 /* UF_PARAM_type_double */

/* UF_PARAM_CONST_INCR
*
* Description:
* In Turning:
* This parameter specifies the constant increment for Centerline Drill
* methods Constant Break Chip or Peck Drill.
*
* Type: PUF_PARAM_type_double_length
*
* Name: Constant Increment
* Variable Name: <prefix>_constant_increment
*
* Possible Values: (In Turning: Positive double (greater than zero))
*
* Developer: (Used in Turning: Oliver Bruegge)
*/
#define UF_PARAM_CONST_INCR 725

/* UF_PARAM_NUM_STARTS
*
* Description:
* This index specifies the number of starts per operation in threading.
*
* Type: UF_PARAM_type_int
*
* Name: Number of Starts
* Variable Name: <prefix>_number_of_starts
*
* Possible Values:
* UF_PARAM_type_int
*
*
*/
#define UF_PARAM_NUM_STARTS 750 /* UF_PARAM_type_int */

/* UF_PARAM_PITCH_VAR_TYPE
*
* Description:
* This index specifies the pitch type for a threading operation.
*
* Type: UF_PARAM_type_int
*
* Name: Pitch Variable Type
* Variable Name: <prefix>_pitch_variable_type
*
* Possible Values:
* 0 = undefined
* 1 = constant
* 2 = increasing
* 3 = decreasing
* In Turning: 0 = Constant
* 1 = Start & End
* 2 = Start & Increment
*
*
*/
#define UF_PARAM_PITCH_VAR_TYPE 754 /* UF_PARAM_type_int */

/* UF_PARAM_PITCH_OUTPUT
*
* Description:
* This index specifies the pitch type to output in post command.
*
* Type: UF_PARAM_type_int
*
* Name: Pitch Output Type
* Variable Name: <prefix>_pitch_output_type
*
* Possible Values:
* 1 = pitch
* 2 = lead
* 3 = threads per unit
* In Turning: 0 = Use input unit
* 1 = Pitch
* 2 = Lead
* 3 = Thread/Unit
*
*
*/
#define UF_PARAM_PITCH_OUTPUT 756 /* UF_PARAM_type_int */

/* UF_PARAM_NUM_CHASES
*
* Description:
* This index specifies the number of chase passes for a turn
* threading operation.
*
* Type: UF_PARAM_type_int
*
* Name: Number of Chases
* Variable Name: <prefix>_number_of_chases
*
* Possible Values:
* integer number of chase passes
*
*
*/
#define UF_PARAM_NUM_CHASES 758 /* UF_PARAM_type_int */

/* UF_PARAM_ENTRANCE_DIAM
*
* Description:
* In Turning:
* This parameter specifies the diameter of an existing countersink. Using
* this diameter the system adjusts the contact point of the drill with
* the material.
*
* Type: UF_PARAM_type_double_length
*
* Name: Entrance Diameter
* Variable Name: <prefix>_entrance_diameter
*
* Possible Values: (In Turning: Positive double (or zero))
*
* Developer: (Used in Turning: Oliver Bruegge)
*/
#define UF_PARAM_ENTRANCE_DIAM 800

/* UF_PARAM_BREAKTHRU_METHOD
*
* Description:
* In Turning:
* This parameter activates the Break Through to control the distance
* past the shoulder that the tool can exceed the specified depth.
* The Break Through Distance is defined by parameter
* UF_PARAM_BREAKTHRU_DIST.
*
* Type: UF_PARAM_type_int
*
* Name: Breakthru Method
* Variable Name: <prefix>_breakthru_method
*
* Possible Values: (In Turning: 0 = inactive
* 1 = active)
*
* Developer: (Used in Turning: Oliver Bruegge)
*/
#define UF_PARAM_BREAKTHRU_METHOD 805

/* UF_PARAM_BREAKTHRU_DIST
*
* Description:
* In Turning:
* This parameter specifies the Break Through distance to control the
* distance past the shoulder that the tool can exceed the specified depth.
* The Break Through is activated by parameter
* UF_PARAM_BREAKTHRU_METHOD.
*
* Type: UF_PARAM_type_double_length
*
* Name: Breakthru Distance
* Variable Name: <prefix>_breakthru_distance
*
* Possible Values: (In Turning: Positive double (or zero))
*
* Developer: (Used in Turning: Oliver Bruegge)
*/
#define UF_PARAM_BREAKTHRU_DIST 806

/* UF_PARAM_CROSS_HOLE_DIST
*
* Description:
* In Turning:
* Used in combination with parameters UF_PARAM_CROSS_HOLE_DIAM and
* UF_PARAM_CROSS_HOLE_ANG to define the total depth of a Centerline
* Drill hole.
* This parameter specifies the distance between a Centerline Drill
* start point and the intersection of a cross hole axis with the drill
* axis.
*
* Type: UF_PARAM_type_double_length
*
* Name: Cross Hole Distance
* Variable Name: <prefix>_cross_hole_distance
*
* Possible Values: (In Turning: Positive double (or zero))
*
* Developer: (Used in Turning: Oliver Bruegge)
*/
#define UF_PARAM_CROSS_HOLE_DIST 807

/* UF_PARAM_CROSS_HOLE_DIAM
*
* Description:
* In Turning:
* Used in combination with parameters UF_PARAM_CROSS_HOLE_DIST and
* UF_PARAM_CROSS_HOLE_ANG to define the total depth of a Centerline
* Drill hole.
* This parameter specifies the diameter of a Centerline Drill cross hole.
*
* Type: UF_PARAM_type_double_length
*
* Name: Cross Hole Diameter
* Variable Name: <prefix>_cross_hole_diameter
*
* Possible Values: (In Turning: Positive double (or zero))
*
* Developer: (Used in Turning: Oliver Bruegge)
*/
#define UF_PARAM_CROSS_HOLE_DIAM 808

/* UF_PARAM_CROSS_HOLE_ANG
*
* Description:
* In Turning:
* Used in combination with parameters UF_PARAM_CROSS_HOLE_DIST and
* UF_PARAM_CROSS_HOLE_DIAM to define the total depth of a Centerline
* Drill hole.
* This parameter specifies the angle of the cross hole in radians.
*
* Type: UF_PARAM_type_double
*
* Name: Cross Hole Angle
* Variable Name: <prefix>_cross_hole_angle
*
* Possible Values: Double (In Turning: Angle in radians)
*
* Developer: (Used in Turning: Oliver Bruegge)
*/
#define UF_PARAM_CROSS_HOLE_ANG 809 /* */

/* UF_PARAM_CROSS_HOLE_TAG
*
* Description:
* In Turning:
* This parameter holds the object ID of a circle object representing a
* cross hole, which defines the total depth of a Centerline Drill hole.
*
* Type: UF_PARAM_type_tag
*
* Name: Cross Hole Tag
* Variable Name: <prefix>_cross_hole_tag
*
* Possible Values: (In Turning: 0 (no entity)
* entity ID)
*
* Developer: (Used in Turning: Oliver Bruegge)
*/
#define UF_PARAM_CROSS_HOLE_TAG 810

/* UF_PARAM_WEDM_LOWER_PLANE
*
* Description: Lower wire guide height in Z-axis
*
* Type: UF_PARAM_type_double_length
*
* Name: Wire Guides Lower Plane
* Variable Name: <prefix>_wire_guides_lower_plane
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_WEDM_LOWER_PLANE 901

/* UF_PARAM_WEDM_UPPER_PLANE
*
* Description: Upper wire guide height in Z-axis
*
* Type: UF_PARAM_type_double_length
*
* Name: Wire Guides Upper Plane
* Variable Name: <prefix>_wire_guides_upper_plane
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_WEDM_UPPER_PLANE 902

/* UF_PARAM_WEDM_LEADIN_DIST
*
* Description: Lead in distance for direct or angular lead in
*
* Type: UF_PARAM_type_double_length
*
* Name: Lead In Distance
* Variable Name: <prefix>_lead_in_distance
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_WEDM_LEADIN_DIST 904

/* UF_PARAM_WEDM_LEADIN_ANG
*
* Description: Lead in angle for angular lead in
*
* Type: UF_PARAM_type_double
*
* Name: Lead In Angle
* Variable Name: <prefix>_lead_in_angle
*
* Possible Values: UF_PARAM_type_double
*
*
*/
#define UF_PARAM_WEDM_LEADIN_ANG 905

/* UF_PARAM_WEDM_LEADIN_CUTCOM_DIST
*
* Description: Lead in cutcom distance
*
* Type: UF_PARAM_type_double_length
*
* Name: Lead In Cutcom Distance
* Variable Name: <prefix>_lead_in_cutcom_distance
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_WEDM_LEADIN_CUTCOM_DIST 906

/* UF_PARAM_WEDM_LEADIN_RAD
*
* Description: Lead in radius for circular lead in
*
* Type: UF_PARAM_type_double_length
*
* Name: Lead In Radius
* Variable Name: <prefix>_lead_in_radius
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_WEDM_LEADIN_RAD 907

/* UF_PARAM_WEDM_LEADIN_CIR_ANG
*
* Description: Lead in angle for circular lead in
*
* Type: UF_PARAM_type_double
*
* Name: Lead In Circular Angle
* Variable Name: <prefix>_lead_in_circular_angle
*
* Possible Values: UF_PARAM_type_double
*
*
*/
#define UF_PARAM_WEDM_LEADIN_CIR_ANG 908

/* UF_PARAM_WEDM_LEADOUT_DIST
*
* Description: Lead out distance for direct or angular lead out
*
* Type: UF_PARAM_type_double_length
*
* Name: Lead Out Distance
* Variable Name: <prefix>_lead_out_distance
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_WEDM_LEADOUT_DIST 909

/* UF_PARAM_WEDM_LEADOUT_ANG
*
* Description: Lead out angle for angular lead out
*
* Type: UF_PARAM_type_double
*
* Name: Lead Out Angle
* Variable Name: <prefix>_lead_out_angle
*
* Possible Values: UF_PARAM_type_double
*
*
*/
#define UF_PARAM_WEDM_LEADOUT_ANG 910

/* UF_PARAM_WEDM_LEADOUT_CUTCOM_DIST
*
* Description: Lead out cutcom distance
*
* Type: UF_PARAM_type_double_length
*
* Name: Lead Out Cutcom Distance
* Variable Name: <prefix>_lead_out_cutcom_distance
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_WEDM_LEADOUT_CUTCOM_DIST 911

/* UF_PARAM_WEDM_LEADOUT_RAD
*
* Description: Lead out radius for angular lead out
*
* Type: UF_PARAM_type_double_length
*
* Name: Lead Out Radius
* Variable Name: <prefix>_lead_out_radius
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_WEDM_LEADOUT_RAD 912

/* UF_PARAM_WEDM_LEADOUT_CIR_ANG
*
* Description: Lead out angle for circular lead out
*
* Type: UF_PARAM_type_double
*
* Name: Lead Out Circular Angle
* Variable Name: <prefix>_lead_out_circular_angle
*
* Possible Values: UF_PARAM_type_double
*
*
*/
#define UF_PARAM_WEDM_LEADOUT_CIR_ANG 913

/* UF_PARAM_OVERLAP_DIST
*
* Description: Lead in and lead out overlap distance
*
* Type: UF_PARAM_type_double_length
*
* Name: Overlap Distance
* Variable Name: <prefix>_overlap_distance
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_OVERLAP_DIST 914

/* UF_PARAM_WEDM_BACKBURN_DIST
*
* Description: Backburn distance for internal trim
*
* Type: UF_PARAM_type_double_length
*
* Name: Backburn Distance
* Variable Name: <prefix>_backburn_distance
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_WEDM_BACKBURN_DIST 915

/* UF_PARAM_WEDM_CUTOFF_DIST
*
* Description: Cutoff distance for external trim
*
* Type: UF_PARAM_type_double_length
*
* Name: Cutoff Distance
* Variable Name: <prefix>_cutoff_distance
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_WEDM_CUTOFF_DIST 916

/* UF_PARAM_WEDM_STOP_DIST
*
* Description: Distance before complete cut off to output STOP or OPSTOP
*
* Type: UF_PARAM_type_double_length
*
* Name: Stop Distance
* Variable Name: <prefix>_stop_distance
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_WEDM_STOP_DIST 917

/* UF_PARAM_LOOP_RAD
*
* Description: Corner control English D loop radius
*
* Type: UF_PARAM_type_double_length
*
* Name: Loop Radius
* Variable Name: <prefix>_loop_radius
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_LOOP_RAD 919

/* UF_PARAM_MAX_LOOP_ANG
*
* Description: Maximum angle size of a convex corner that will be cut
* Using an English D loop
*
* Type: UF_PARAM_type_double
*
* Name: Max Loop Angle
* Variable Name: <prefix>_max_loop_angle
*
* Possible Values: UF_PARAM_type_double
*
*
*/
#define UF_PARAM_MAX_LOOP_ANG 920

/* UF_PARAM_MIN_LOOP_ANG
*
* Description: Minimum angle size of a convex corner that will be cut
* Using an English D loop
*
* Type: UF_PARAM_type_double
*
* Name: Min Loop Angle
* Variable Name: <prefix>_min_loop_angle
*
* Possible Values: UF_PARAM_type_double
*
*
*/
#define UF_PARAM_MIN_LOOP_ANG 921

/* UF_PARAM_WEDM_CUTOFF_STOCK
*
* Description: The stock to be left for a cutoff operation (only applied
* when the cutoff is specified as a separate operation)
*
* Type: UF_PARAM_type_double_length
*
* Name: Cutoff Stock
* Variable Name: <prefix>_cutoff_stock
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_WEDM_CUTOFF_STOCK 922

/* UF_PARAM_WEDM_NOCORE_STOCK
*
* Description: The stock to be left for a nocore operation
*
* Type: UF_PARAM_type_double_length
*
* Name: Nocore Stock
* Variable Name: <prefix>_nocore_stock
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_WEDM_NOCORE_STOCK 923

/* UF_PARAM_ROUGH_PASSES
*
* Description: Number of rough passes
*
* Type: UF_PARAM_type_int
*
* Name: Rough Passes
* Variable Name: <prefix>_rough_passes
*
* Possible Values: Larger than 0 UF_PARAM_type_int
*
*
*/
#define UF_PARAM_ROUGH_PASSES 930

/* UF_PARAM_FINISH_PASSES
*
* Description: Number of finish passes
* If it's zero, there are no finish passes.
*
* Type: UF_PARAM_type_int
*
* Name: Finish Passes
* Variable Name: <prefix>_finish_passes
*
* Possible Values: Equal or larger than 0 UF_PARAM_type_int
*
*
*/
#define UF_PARAM_FINISH_PASSES 931

/* UF_PARAM_WEDM_CUT_DIR
*
* Description: Cutting direction
*
* Type: UF_PARAM_type_int
*
* Name: WEDM Cut Direction
* Variable Name: <prefix>_wedm_cut_direction
*
* Possible Values:
* 0 = WE_CUT_ALTERNATE
* 1 = WE_CUT_CW
* 2 = WE_CUT_CCW
*
*
*/
#define UF_PARAM_WEDM_CUT_DIR 932

/* UF_PARAM_WEDM_TRAVERSAL_METHOD
*
* Description: Traversal method if glue tabs are present
*
* Type: UF_PARAM_type_int
*
* Name: WEDM Traversal Method
* Variable Name: <prefix>_wedm_traversal_method
*
* Possible Values:
* 0 = WE_PASS_FIRST
* 1 = WE_REGION_FIRST
*
*
*/
#define UF_PARAM_WEDM_TRAVERSAL_METHOD 933

/* UF_PARAM_WEDM_LEADIN_METHOD
*
* Description: Lead in method
*
* Type: UF_PARAM_type_int
*
* Name: Lead In Method
* Variable Name: <prefix>_lead_in_method
*
* Possible Values:
* 0 = WE_LEAD_IN_DIRECT orthogonal to the boundary
* 1 = WE_LEAD_IN_ANGLE linear to the boundary with an angle
* 2 = WE_LEAD_IN_CIRCULAR consists of an arc and a linear segment
*
*
*/
#define UF_PARAM_WEDM_LEADIN_METHOD 934

/* UF_PARAM_WEDM_LEADIN_POINT_TOGGLE
*
* Description: This index indicates whether to use user defined
* lead in point.
*
* Type: UF_PARAM_type_int
*
* Name: Lead In Point Toggle
* Variable Name: <prefix>_lead_in_point_toggle
*
* Possible Values:
* 0 = No lead in point
* 1 = Use selected lead in point
*
*
*/
#define UF_PARAM_WEDM_LEADIN_POINT_TOGGLE 935

/* UF_PARAM_WEDM_LEADOUT_POINT_TOGGLE
*
* Description: This index indicates whether to use user defined
* lead out point.
*
* Type: UF_PARAM_type_int
*
* Name: Lead Out Point Toggle
* Variable Name: <prefix>_lead_out_point_toggle
*
* Possible Values:
* 0 = No lead out point
* 1 = Use selected lead out point
*
*
*/
#define UF_PARAM_WEDM_LEADOUT_POINT_TOGGLE 936

/* UF_PARAM_WEDM_OVERLAP_TOGGLE
*
* Description: This index indicates whether to apply overlap before
* lead out.
*
* Type: UF_PARAM_type_int
*
* Name: Overlap Toggle
* Variable Name: <prefix>_overlap_toggle
*
* Possible Values:
* 0 = No overlap
* 1 = Apply overlap distance to the tool path
*
*
*/
#define UF_PARAM_WEDM_OVERLAP_TOGGLE 937

/* UF_PARAM_WEDM_STOP_POINT_TOGGLE
*
* Description: This index indicates whether to output STOP/OPSTOP
* before completely cut off.
*
* Type: UF_PARAM_type_int
*
* Name: Stop Point Toggle
* Variable Name: <prefix>_stop_point_toggle
*
* Possible Values:
* 0 = Do not output stop point
* 1 = Output stop point
*
*
*/
#define UF_PARAM_WEDM_STOP_POINT_TOGGLE 938

/* UF_PARAM_WEDM_STOP_METHOD
*
* Description: This index indicates to output a STOP command or an
* OPSTOP command.
*
* Type: UF_PARAM_type_int
*
* Name: Stop Method
* Variable Name: <prefix>_stop_method
*
* Possible Values:
* 0 = Output STOP
* 1 = Output OPSTOP
*
*
*/
#define UF_PARAM_WEDM_STOP_METHOD 939

/* UF_PARAM_WEDM_APPROACH_WITH_WIRE_TOGGLE
*
* Description: This index indicates whether to approach with wire.
*
* Type: UF_PARAM_type_int
*
* Name: Approach With Wire Toggle
* Variable Name: <prefix>_approach_with_wire_toggle
*
* Possible Values:
* 0 = Do not approach with wire
* 1 = Approach with wire
*
*
*/
#define UF_PARAM_WEDM_APPROACH_WITH_WIRE_TOGGLE 940

/* UF_PARAM_WEDM_DEPART_WITH_WIRE_TOGGLE
*
* Description: This index indicates whether to depart with wire.
*
* Type: UF_PARAM_type_int
*
* Name: Depart With Wire Toggle
* Variable Name: <prefix>_depart_with_wire_toggle
*
* Possible Values:
* 0 = Do not depart with wire
* 1 = Depart with wire
*
*
*/
#define UF_PARAM_WEDM_DEPART_WITH_WIRE_TOGGLE 941

/* UF_PARAM_WEDM_WIRE_POSITION
*
* Description: This index indicates whether the wire position is ON or
* TANTO.
*
* Type: UF_PARAM_type_int
*
* Name: Wire Position
* Variable Name: <prefix>_wire_position
*
* Possible Values:
* 0 = ON
* 1 = TANTO
*
*
*/
#define UF_PARAM_WEDM_WIRE_POSITION 943

/* UF_PARAM_WEDM_OUTPUT_CUTCOM_OFF_TOGGLE
*
* Description: This index indicates whether to output CUTCOM/OFF.
*
* Type: UF_PARAM_type_int
*
* Name: Output Cutcom Off Toggle
* Variable Name: <prefix>_output_cutcom_off_toggle
*
* Possible Values:
* 0 = Do not output cutcom off
* 1 = Output cutcom off
*
*
*/
#define UF_PARAM_WEDM_OUTPUT_CUTCOM_OFF_TOGGLE 944

/* UF_PARAM_WEDM_FEED_OUTPUT_METHOD
*
* Description: This index indicates the feed rate output control method.
*
* Type: UF_PARAM_type_int
*
* Name: Feed Output Method
* Variable Name: <prefix>_feed_output_method
*
* Possible Values:
* 0 = Do not output
* 1 = Output non cutting feedrates
* 2 = Output all feedrates
*
*
*/
#define UF_PARAM_WEDM_FEED_OUTPUT_METHOD 945

/* UF_PARAM_WEDM_FEED_OUTPUT_UNIT_TOGGLE
*
* Description: This index indicates whether to output feedrate unit.
*
* Type: UF_PARAM_type_int
*
* Name: Feed Output Unit Toggle
* Variable Name: <prefix>_feed_output_unit_toggle
*
* Possible Values:
* 0 = Do not output feedrate unit
* 1 = Output feedrate unit
*
*
*/
#define UF_PARAM_WEDM_FEED_OUTPUT_UNIT_TOGGLE 946

/* UF_PARAM_WEDM_LEADOUT_SAME_AS_LEADIN_TOGGLE
*
* Description: This index indicates whether to apply all lead in parameters
* as lead out parameters.
*
* Type: UF_PARAM_type_int
*
* Name: Lead Out Same As Lead In Toggle
* Variable Name: <prefix>_lead_out_same_as_lead_in_toggle
*
* Possible Values:
* 0 = Do not use lead in parameters as lead out parameters
* 1 = Use all lead in parameters as lead out parameters
*
*
*/
#define UF_PARAM_WEDM_LEADOUT_SAME_AS_LEADIN_TOGGLE 947

/* UF_PARAM_WEDM_LEADOUT_METHOD
*
* Description: Lead out method
*
* Type: UF_PARAM_type_int
*
* Name: Lead Out Method
* Variable Name: <prefix>_lead_out_method
*
* Possible Values:
* 0 = WE_LEAD_OUT_DIRECT orthogonal to the boundary
* 1 = WE_LEAD_OUT_ANGLE linear to the boundary with an angle
* 2 = WE_LEAD_OUT_CIRCULAR consists of an arc and a linear segment
*
*
*/
#define UF_PARAM_WEDM_LEADOUT_METHOD 948

/* UF_PARAM_WEDM_CUTCOM_REGISTER_POSITION
*
* Description: This index indicates the position to output CUTCOM register
* number.
*
* Type: UF_PARAM_type_int
*
* Name: Cutcom Register Position
* Variable Name: <prefix>_cutcom_register_position
*
* Possible Values:
* 0 = Before cutcom/leadin move
* 1 = After cutcom/leadin move
*
*
*/
#define UF_PARAM_WEDM_CUTCOM_REGISTER_POSITION 949

/* UF_PARAM_WEDM_CUTCOM_OFF_POSITION
*
* Description: This index indicates the position to output CUTCOM/OFF.
*
* Type: UF_PARAM_type_int
*
* Name: Cutcom Off Position
* Variable Name: <prefix>_cutcom_off_position
*
* Possible Values:
* 0 = Before cutcom/leadout move
* 1 = After cutcom/leadout move
*
*
*/
#define UF_PARAM_WEDM_CUTCOM_OFF_POSITION 950

/* UF_PARAM_WEDM_LEADIN_POINT
*
* Description: User defined lead in point
*
* Type: UF_PARAM_type_tag
*
* Name: WEDM Lead In Point
* Variable Name: <prefix>_wedm_lead_in_point
*
* Possible Values: UF_PARAM_type_tag
*
*
*/
#define UF_PARAM_WEDM_LEADIN_POINT 952

/* UF_PARAM_WEDM_LEADOUT_POINT
*
* Description: User defined lead out point
*
* Type: UF_PARAM_type_tag
*
* Name: WEDM Lead Out Point
* Variable Name: <prefix>_wedm_lead_out_point
*
* Possible Values: UF_PARAM_type_tag
*
*
*/
#define UF_PARAM_WEDM_LEADOUT_POINT 953

/* UF_PARAM_WEDM_THREAD_TOOL_AXIS
*
* Description: Wire axis at thread point
*
* Type: UF_PARAM_type_tag
*
* Name: WEDM Thread Tool Axis
* Variable Name: <prefix>_wedm_thread_tool_axis
*
* Possible Values: UF_PARAM_type_tag
*
*
*/
#define UF_PARAM_WEDM_THREAD_TOOL_AXIS 958

/* UF_PARAM_WEDM_RETRACT_TOOL_AXIS
*
* Description: Wire axis at retract point
*
* Type: UF_PARAM_type_tag
*
* Name: WEDM Retract Tool Axis
* Variable Name: <prefix>_wedm_retract_tool_axis
*
* Possible Values: UF_PARAM_type_tag
*
*
*/
#define UF_PARAM_WEDM_RETRACT_TOOL_AXIS 959

/* UF_PARAM_WEDM_MULTIPLE_CUTOFF_OR_BACKBURN_PASSES_TOGGLE
*
* Description: This index indicates whether to apply multiple passes
* on cutoff, backburn, and tab area.
*
* Type: UF_PARAM_type_int
*
* Name: WEDM Multiple Cutoff Or Backburn Passes Toggle
* Variable Name: <prefix>_wedm_multiple_cutoff_or_backburn_passes_toggle
*
* Possible Values:
* 1 = Cut cutoff/backburn with multiple passes
* 0 = Cut cutoff/backburn with single pass
*
*
*/
#define UF_PARAM_WEDM_MULTIPLE_CUTOFF_OR_BACKBURN_PASSES_TOGGLE 964

/* UF_PARAM_WEDM_NON_TILT_LEADIN_TOGGLE
*
* Description: This index indicates whether to apply non-tile lead in.
*
* Type: UF_PARAM_type_int
*
* Name: Non Tilt Lead In Toggle
* Variable Name: <prefix>_non_tilt_lead_in_toggle
*
* Possible Values:
* 0 = Do not apply non tilt lead in
* 1 = Apply non tilt lead in
*
*
*/
#define UF_PARAM_WEDM_NON_TILT_LEADIN_TOGGLE 965

/* UF_PARAM_WEDM_MULTIPLE_CUTOFF_OR_BACKBURN_PASSES_METHOD
*
* Description: This index indicates how to cut cutoff or backburn area
* with multiple passes
*
* Type: UF_PARAM_type_int
*
* Name: WEDM Multiple Cutoff Or Backburn Passes Method
* Variable Name: <prefix>_wedm_multiple_cutoff_or_backburn_passes_method
*
* Possible Values:
* 1 = Cutoff First
* 0 = Region First
*
*
*/
#define UF_PARAM_WEDM_MULTIPLE_CUTOFF_OR_BACKBURN_PASSES_METHOD 966

/* UF_PARAM_WEDM_SMOOTH_LEAD_IN_TOGGLE
*
* Description: This index indicates whether to output a smooth lead in register
* at a distance after lead in
*
* Type: UF_PARAM_type_int
*
* Name: Smooth Lead In Toggle
* Variable Name: <prefix>_smooth_lead_in_toggle
*
* Possible Values:
* 0 = Do not output smooth lead in register
* 1 = Output smooth lead in register
*
*
*/
#define UF_PARAM_WEDM_SMOOTH_LEAD_IN_TOGGLE 970

/* UF_PARAM_WEDM_SMOOTH_LEAD_OUT_TOGGLE
*
* Description: This index indicates whether to output a smooth lead out register
* at a distance before lead out
*
* Type: UF_PARAM_type_int
*
* Name: Smooth Lead Out Toggle
* Variable Name: <prefix>_smooth_lead_out_toggle
*
* Possible Values:
* 0 = Do not output smooth lead out register
* 1 = Output smooth lead out register
*
*
*/
#define UF_PARAM_WEDM_SMOOTH_LEAD_OUT_TOGGLE 971

/* UF_PARAM_WEDM_SMOOTH_LEAD_IN_DIST
*
* Description: Distance after lead in to output smooth lead in register
*
* Type: UF_PARAM_type_double_length
*
* Name: Smooth Lead In Distance
* Variable Name: <prefix>_smooth_lead_in_distance
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_WEDM_SMOOTH_LEAD_IN_DIST 972

/* UF_PARAM_WEDM_SMOOTH_LEAD_OUT_DIST
*
* Description: Distance before lead out to output smooth lead out register
*
* Type: UF_PARAM_type_double_length
*
* Name: Smooth Lead Out Distance
* Variable Name: <prefix>_smooth_lead_out_distance
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_WEDM_SMOOTH_LEAD_OUT_DIST 973

/* UF_PARAM_WEDM_LEADIN_CUTCOM_ANG
*
* Description: Angle for Cutcom move before lead in.
*
* Type: UF_PARAM_type_double_length
*
* Name: Lead In Cutcomp Angle
* Variable Name: <prefix>_lead_in_cutcomp_angle
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_WEDM_LEADIN_CUTCOM_ANG 974

/* UF_PARAM_WEDM_LEADOUT_CUTCOM_ANG
*
* Description: Angle for Cutcom move after lead out.
*
* Type: UF_PARAM_type_double_length
*
* Name: Lead Out Cutcomp Angle
* Variable Name: <prefix>_lead_out_cutcomp_angle
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_WEDM_LEADOUT_CUTCOM_ANG 975

/* UF_PARAM_TL_DIAMETER
*
* Description:
* This index specifies the diameter of the tool.
*
* Type: UF_PARAM_type_length
*
* Name: Tool Diameter
* Variable Name: <prefix>_tool_diameter
*
* Possible Values:
* Valid for cutter types
* UF_CUTTER_TYPE_MILL
* UF_CUTTER_TYPE_DRILL
* UF_CUTTER_TYPE_BARREL
* UF_CUTTER_TYPE_T
*
*
*
*/
#define UF_PARAM_TL_DIAMETER 1000

/* UF_PARAM_TL_HEIGHT
*
* Description:
* This index specifies the actual height of the tool.
*
* Type: UF_PARAM_type_length
*
* Name: Tool Length
* Variable Name: <prefix>_tool_length
*
* Possible Values:
* Valid for cutter types
* UF_CUTTER_TYPE_MILL
* UF_CUTTER_TYPE_DRILL
* UF_CUTTER_TYPE_BARREL
* UF_CUTTER_TYPE_T
*
*
*/
#define UF_PARAM_TL_HEIGHT 1001

/* UF_PARAM_TL_FLUTE_LN
*
* Description:
* This index specifies the measured distance between the beginning and end
* teeth of the flute. The flute length does not necessarily indicate the
* length of cut.
*
* Type: UF_PARAM_type_length
*
* Name: Tool Flute Length
* Variable Name: <prefix>_tool_flute_length
*
* Possible Values:
* Valid for cutter types
* UF_CUTTER_TYPE_MILL
* UF_CUTTER_TYPE_DRILL
* UF_CUTTER_TYPE_BARREL
* UF_CUTTER_TYPE_T
*
*
*/
#define UF_PARAM_TL_FLUTE_LN 1002

/* UF_PARAM_TL_TAPER_ANG
*
* Description:
* This index 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.
*
* Type: UF_PARAM_type_double
*
* Name: Tool Taper Angle
* Variable Name: <prefix>_tool_taper_angle
*
* Possible Values: Angle is measured in radians
* Valid for cutter types
* UF_CUTTER_TYPE_MILL
*
*
*/
#define UF_PARAM_TL_TAPER_ANG 1003

/* UF_PARAM_TL_TIP_ANG
*
* Description:
* This index 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.
*
* Type: UF_PARAM_type_double
*
* Name: Tool Tip Angle
* Variable Name: <prefix>_tool_tip_angle
*
* Possible Values: Angle is measured in radians
* Valid for cutter types
* UF_CUTTER_TYPE_MILL
* UF_CUTTER_TYPE_GROOVE
*
*
*/
#define UF_PARAM_TL_TIP_ANG 1004

/* UF_PARAM_TL_COR1_RAD
*
* Description:
* This index specifies the radius of the lower corner arc of the tool. The
* lower radius of a tool.
*
* Type: UF_PARAM_type_length
*
* Name: Tool Corner1 Radius
* Variable Name: <prefix>_tool_corner1_radius
*
* Possible Values:
* Valid for cutter types
* UF_CUTTER_TYPE_MILL
* UF_CUTTER_TYPE_DRILL
*
*
*/
#define UF_PARAM_TL_COR1_RAD 1005

/* UF_PARAM_TL_XCEN_COR1
*
* Description:
* 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.
*
*
* Type: UF_PARAM_type_length
*
* Name: Tool Corner1 Center X
* Variable Name: <prefix>_tool_corner1_center_x
*
* Possible Values:
* Valid for cutter subtype
* UF_CUTTER_SUBTYPE_MILL_7
* UF_CUTTER_SUBTYPE_MILL_10
*
*
*/
#define UF_PARAM_TL_XCEN_COR1 1006

/* UF_PARAM_TL_YCEN_COR1
*
* Description:
* 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.
*
* Type: UF_PARAM_type_length
*
* Name: Tool Corner1 Center Y
* Variable Name: <prefix>_tool_corner1_center_y
*
* Possible Values:
* Valid for cutter subtype
* UF_CUTTER_SUBTYPE_MILL_7
* UF_CUTTER_SUBTYPE_MILL_10
*
*
*/
#define UF_PARAM_TL_YCEN_COR1 1007

/* UF_PARAM_TL_COR2_RAD
*
* Description:
* This index specifies the upper corner radius of the tool.
* The value must be positive.
*
* Type: UF_PARAM_type_length
*
* Name: Tool Corner2 Radius
* Variable Name: <prefix>_tool_corner2_radius
*
* Possible Values:
* Valid for cutter subtype
* UF_CUTTER_SUBTYPE_MILL_10
*
*
*/
#define UF_PARAM_TL_COR2_RAD 1008

/* UF_PARAM_TL_XCEN_COR2
*
* Description:
* 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.
*
* Type: UF_PARAM_type_length
*
* Name: Tool Corner2 Center X
* Variable Name: <prefix>_tool_corner2_center_x
*
* Possible Values:
* Valid for cutter subtype
* UF_CUTTER_SUBTYPE_MILL_10
*
*
*/
#define UF_PARAM_TL_XCEN_COR2 1009

/* UF_PARAM_TL_YCEN_COR2
*
* Description:
* 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.
*
* Type: UF_PARAM_type_length
*
* Name: Tool Corner2 Center Y
* Variable Name: <prefix>_tool_corner2_center_y
*
* Possible Values:
* Valid for cutter subtype
* UF_CUTTER_SUBTYPE_MILL_10
*
*
*/
#define UF_PARAM_TL_YCEN_COR2 1010

/* UF_PARAM_TL_BARREL_RAD
*
* Description:
* This index specifies the radius of the arc defining the profile shape of
* the sides of the cutter.
*
* Type: UF_PARAM_type_length
*
* Name: Tool Barrel Radius
* Variable Name: <prefix>_tool_barrel_radius
*
* Possible Values:
* Valid for cutter type
* UF_CUTTER_TYPE_BARREL
*
*
*/
#define UF_PARAM_TL_BARREL_RAD 1011

/* UF_PARAM_TL_SHANK_DIA
*
* Description:
* This index specifies the diameter of the shank at the top of the Barrel
* Cutter.
*
* Type: UF_PARAM_type_length
*
* Name: Tool Shank Diameter
* Variable Name: <prefix>_tool_shank_diameter
*
* Possible Values:
* Valid for cutter type
* UF_CUTTER_TYPE_BARREL
* UF_CUTTER_TYPE_T
*
*
*/
#define UF_PARAM_TL_SHANK_DIA 1012

/* UF_PARAM_TL_LOW_COR_RAD
*
* Description:
* This index specifies the lower corner radius of the profile of the tool.
*
* Type: UF_PARAM_type_length
*
* Name: Tool Lower Corner Radius
* Variable Name: <prefix>_tool_lower_corner_radius
*
* Possible Values:
* Valid for cutter type
* UF_CUTTER_TYPE_BARREL
* UF_CUTTER_TYPE_T
*
*
*/
#define UF_PARAM_TL_LOW_COR_RAD 1013

/* UF_PARAM_TL_UP_COR_RAD
*
* Description:
* This index specifies the upper corner radius of the profile of the tool.
*
* Type: UF_PARAM_type_length
*
* Name: Tool Upper Corner Radius
* Variable Name: <prefix>_tool_upper_corner_radius
*
* Possible Values:
* Valid for cutter type
* UF_CUTTER_TYPE_BARREL
* UF_CUTTER_TYPE_T
*
*
*/
#define UF_PARAM_TL_UP_COR_RAD 1014

/* UF_PARAM_TL_YCEN_BARREL
*
* Description:
* This index specifies the height of the center of the arc defining the
* profile of the outside edge of the cutter.
*
* Type: UF_PARAM_type_length
*
* Name: Tool Barrel Center Y
* Variable Name: <prefix>_tool_barrel_center_y
*
* Possible Values:
* Valid for cutter type
* UF_CUTTER_TYPE_BARREL
*
*
*/
#define UF_PARAM_TL_YCEN_BARREL 1015

/* UF_PARAM_TL_POINT_ANG
*
* Description:
* This index specifies the angle of the point of the tool.
*
* Type: UF_PARAM_type_double
*
* Name: Tool Point Angle
* Variable Name: <prefix>_tool_point_angle
*
* Possible Values: Angle is measured in radians
* Valid for cutter type
* UF_CUTTER_TYPE_DRILL
*
*
*/
#define UF_PARAM_TL_POINT_ANG 1016

/* UF_PARAM_TL_NUM_FLUTES
*
* Description:
* This index specifies the number of flutes in the tool.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Flutes Number
* Variable Name: <prefix>_tool_flutes_number
*
* Possible Values:
* Valid for cutter type
* UF_CUTTER_TYPE_MILL
* UF_CUTTER_TYPE_DRILL
* UF_CUTTER_TYPE_BARREL
* UF_CUTTER_TYPE_T
*
*
*/
#define UF_PARAM_TL_NUM_FLUTES 1017 /* */

/* UF_PARAM_TL_RELIEF_ANG
*
* Description:
* This index specifies the angle caused by the slope of the
* cutter away from the cutting edge of the turning tool
* insert (degrees).
*
* Type: UF_PARAM_type_double
*
* Name: Tool Relief Angle
* Variable Name: <prefix>_tool_relief_angle
*
* Possible Values: UF_PARAM_type_double
*
*
*/
#define UF_PARAM_TL_RELIEF_ANG 1019

/* UF_PARAM_TL_HOLDER_WIDTH
*
* Description:
* This index specifies the width of the button tool holder.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Holder Width
* Variable Name: <prefix>_tool_holder_width
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_TL_HOLDER_WIDTH 1021

/* UF_PARAM_TL_INSERT_WIDTH
*
* Description:
* This index describes the insert width. This is the width
* of a grooving tool that would result from a straight cut
* (radial cut for OD grooving tool) into material. This
* parameter appears with the Standard, Ring Type Joint and
* User Defined Tools.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Insert Width
* Variable Name: <prefix>_tool_insert_width
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_TL_INSERT_WIDTH 1022

/* UF_PARAM_TL_NOSE_WIDTH
*
* Description:
* This index 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.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Nose Width
* Variable Name: <prefix>_tool_nose_width
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_TL_NOSE_WIDTH 1023

/* UF_PARAM_TL_ORIENTATION
*
* Description:
* This index specifies the angle between the cutting edge
* and the cutting surface of the turning tool insert (radians).
*
* Type: UF_PARAM_type_double
*
* Name: Tool Orientation
* Variable Name: <prefix>_tool_orientation
*
* Possible Values: UF_PARAM_type_double
*
*
*/
#define UF_PARAM_TL_ORIENTATION 1025

/* UF_PARAM_TL_INSERT_ANG
*
* Description:
* This index specifies the polar angle of the first edge
* of a Form turning tool (radians).
*
* Type: UF_PARAM_type_double
*
* Name: Tool Insert Angle
* Variable Name: <prefix>_tool_insert_angle
*
* Possible Values: UF_PARAM_type_double
*
*
*/
#define UF_PARAM_TL_INSERT_ANG 1029

/* UF_PARAM_TL_LEFT_COR_RAD
*
* Description:
* This index defines the left corner radius of grooving
* asymmetrical tools.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Left Corner Radius
* Variable Name: <prefix>_tool_left_corner_radius
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_TL_LEFT_COR_RAD 1030

/* UF_PARAM_TL_RIGHT_COR_RAD
*
* Description:
* This index defines the left corner radius of grooving
* asymmetrical tools.
*
* Type: UF_PARAM_type_double_length
*
* Name: Right Corner Radius
* Variable Name: <prefix>_right_corner_radius
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_TL_RIGHT_COR_RAD 1031

/* UF_PARAM_TL_MAX_DEPTH
*
* Description:
* This index describes the maximum depth of cut which the
* tool insert can achieve. This is dependant upon the
* geometry of the insert.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Max Depth
* Variable Name: <prefix>_tool_max_depth
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_TL_MAX_DEPTH 1032

/* UF_PARAM_TL_TIP_OFFSET
*
* Description:
* This index 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.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Tip Offset
* Variable Name: <prefix>_tool_tip_offset
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_TL_TIP_OFFSET 1033

/* UF_PARAM_TL_Z_OFFSET
*
* Description:
* This index specifies the correction to the positioning of the tool due to
* variations in tool length
*
* Type: UF_PARAM_type_length
*
* Name: Tool Z-Offset
* Variable Name: <prefix>_tool_z_offset
*
* Possible Values:
* Valid for cutter type
* UF_CUTTER_TYPE_MILL
* UF_CUTTER_TYPE_DRILL
* UF_CUTTER_TYPE_BARREL
* UF_CUTTER_TYPE_T
*
*
*/
#define UF_PARAM_TL_Z_OFFSET 1034 /* */

/* UF_PARAM_TL_X_OFFSET
*
* Description:
* This index specifies the x offset, which is the x coordinate
* of the distance between the tool's reference point and its
* tracking point. Parameter UF_PARAM_TL_X_OFFSET_TOG has
* to be turned on in order to activate this index.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool X-Offset
* Variable Name: <prefix>_tool_x_offset
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_TL_X_OFFSET 1035

/* UF_PARAM_TL_Y_OFFSET
*
* Description:
* This index specifies the y offset, which is the y coordinate
* of the distance between the tool's reference point and it's
* tracking point. Parameter UF_PARAM_TL_Y_OFFSET_TOG has
* to be turned on in order to activate this index.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Y-Offset
* Variable Name: <prefix>_tool_y_offset
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_TL_Y_OFFSET 1036

/* UF_PARAM_TL_NOSE_RAD
*
* Description:
* This index specifies the radius of the inscribed circle
* at the cutter tip of the turning tool insert.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Nose Radius
* Variable Name: <prefix>_tool_nose_radius
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_TL_NOSE_RAD 1037

/* UF_PARAM_TL_NUMBER
*
* Description: This index specifies the tool number. It has to be a
* non-negative number not exceeding 2147483647.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Number
* Variable Name: <prefix>_tool_number
*
* Possible Values:
* Valid for cutter type
* UF_CUTTER_TYPE_MILL
* UF_CUTTER_TYPE_DRILL
* UF_CUTTER_TYPE_BARREL
* UF_CUTTER_TYPE_T
*
*
*/
#define UF_PARAM_TL_NUMBER 1038 /* UF_PARAM_type_int */

/* UF_PARAM_TL_ADJ_REG
*
* Description:
* This index specifies the register number value on the controller which
* contain the tool offset coordinates.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Length Adjust Register
* Variable Name: <prefix>_tool_length_adjust_register
*
* Possible Values:
* Valid for cutter type
* UF_CUTTER_TYPE_MILL
* UF_CUTTER_TYPE_DRILL
* UF_CUTTER_TYPE_BARREL
* UF_CUTTER_TYPE_T
*
*
*/
#define UF_PARAM_TL_ADJ_REG 1040 /* UF_PARAM_type_int */

/* UF_PARAM_TL_CUTCOM_REG
*
* Description:
* This index 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.
* (Parameter is used if the parameter,
* UF_PARAM_CUTCOM_REGISTER_STATUS is 1 in the operation only.)
*
* Type: UF_PARAM_type_int
*
* Name: Tool Cutcom Register
* Variable Name: <prefix>_tool_cutcom_register
*
* Possible Values:
* Valid for cutter type
* UF_CUTTER_TYPE_MILL
* UF_CUTTER_TYPE_DRILL
* UF_CUTTER_TYPE_BARREL
* UF_CUTTER_TYPE_T
*
*
*/
#define UF_PARAM_TL_CUTCOM_REG 1041 /* UF_PARAM_type_int */

/* UF_PARAM_TL_DIRECTION
*
* Description:
* This index specifies the direction of rotation of the spindle.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Direction
* Variable Name: <prefix>_tool_direction
*
* Possible Values:
* Valid for cutter type
* UF_CUTTER_TYPE_MILL
* UF_CUTTER_TYPE_DRILL
* UF_CUTTER_TYPE_BARREL
* UF_CUTTER_TYPE_T
*
*
*/
#define UF_PARAM_TL_DIRECTION 1042 /* UF_PARAM_type_int */

/* UF_PARAM_TL_CTLG_NUM
*
* Description:
* This index specifies the catalog number or a tool tracking number.
*
* Type: UF_PARAM_type_string
*
* Name: Tool Catalog Number
* Variable Name: <prefix>_tool_catalog_number
*
* Possible Values:
* Valid for cutter type
* UF_CUTTER_TYPE_MILL
* UF_CUTTER_TYPE_DRILL
* UF_CUTTER_TYPE_BARREL
* UF_CUTTER_TYPE_T
*
*
*/
#define UF_PARAM_TL_CTLG_NUM 1043 /* UF_PARAM_type_string */

/* UF_PARAM_TL_INSERT_POSITION
*
* Description:
* This index specifies the spindle direction for machining.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Insert Position
* Variable Name: <prefix>_tool_insert_position
*
* Possible Values:
* 1 Topside, spindle turns clockwise.
* 2 Underside, spindle turns counterclockwise.
*
*
*/
#define UF_PARAM_TL_INSERT_POSITION 1045

/* UF_PARAM_TL_HOLDER_OFFSET
*
* Description:
* This index specifies the tool offset in the holder.
*
* Type: UF_PARAM_type_length
*
* Name: Tool Offset
* Variable Name: <prefix>_tool_offset
*
* Possible Values:
*
*
*/
#define UF_PARAM_TL_HOLDER_OFFSET 1049 /* UF_PARAM_type_length */

enum UF_PARAM_tap_holder_type_e
{
UF_PARAM_tap_holder_type_rigid = 0,
UF_PARAM_tap_holder_type_floating = 1
};
typedef enum UF_PARAM_tap_holder_type_e UF_PARAM_tap_holder_type_t;

/* UF_PARAM_TL_TAP_HOLDER_TYPE
*
* Description:
* This index defines the type of holder for a tap tool
*
* Type: UF_PARAM_type_int
*
* Name: Tool Holder Type
* Variable Name: <prefix>_tool_holder_type
*
* Possible Values: UF_PARAM_tap_holder_type_t
*
* Valid for cutter type
* UF_CUTTER_TYPE_DRILL
* UF_CUTTER_SUBTYPE_TAP
*
*
*/
#define UF_PARAM_TL_TAP_HOLDER_TYPE 1051

/* UF_PARAM_TL_RIGIDITY
*
* Description:
* This index specifies the tool rigidity factor.
*
* Type: UF_PARAM_type_length
*
* Name: Tool Rigidity
* Variable Name: <prefix>_tool_rigidity
*
* Possible Values:
*
*
*/
#define UF_PARAM_TL_RIGIDITY 1052 /* UF_PARAM_type_length */

/* UF_PARAM_CUTTER_TRACKING_POINTS
*
* Description:
* This index defines the list of tracking points
* associated with a cutter or operation.
*
* Type: UF_PARAM_type_vla_tag
*
* Name: Cutter Tracking Points
* Variable Name: <prefix>_cutter_tracking_points
*
* Possible Values:
*
*
*/
#define UF_PARAM_CUTTER_TRACKING_POINTS 1060

/* UF_PARAM_TRACKING_POINT
*
* Description:
* This index specifies the tracking point(s)
* selected for use in an operation
*
* Type: UF_PARAM_type_vla_tag
*
* Name: Active Tracking Points
* Variable Name: <prefix>_active_tracking_points
*
* Possible Values:
*
*
*/
#define UF_PARAM_TRACKING_POINT 1061

/* UF_PARAM_HOLDER_SECTION
*
* Description:
* This index specifies the cylindrical sections
* defined as a holder for the parent cutter
*
* Type: UF_PARAM_type_vla_tag
*
* Name: Cutter Holder Sections
* Variable Name: <prefix>_cutter_holder_sections
*
* Possible Values:
*
*
*/
#define UF_PARAM_HOLDER_SECTION 1062

/* UF_PARAM_TL_HOLDER_LIBREF
*
* Description:
* This index specifies the current libref of a
* library tool holder. This may differ from the
* original libref if the user wishes to rename a
* library holder or create a copy of it.
*
* Type: UF_PARAM_type_string
*
* Name: Cutter Holder Libref
* Variable Name: <prefix>_cutter_holder_libref
*
* Possible Values:
*
*
*/
#define UF_PARAM_TL_HOLDER_LIBREF 1063

/* UF_PARAM_TL_HOLDER_DESCRIPTION
*
* Description:
* This index specifies the description
* attribute of a library tool holder
*
* Type: UF_PARAM_type_string
*
* Name: Cutter Holder Description
* Variable Name: <prefix>_cutter_holder_description
*
* Possible Values:
*
*
*/
#define UF_PARAM_TL_HOLDER_DESCRIPTION 1064

/* UF_PARAM_TL_HOLDER_MAX_OFFSET
*
* Description:
* This index specifies the maximum tool offset in the holder.
*
* Type: UF_PARAM_type_length
*
* Name: Tool Max Offset
* Variable Name: <prefix>_tool_max_offset
*
* Possible Values:
*
*
*/
#define UF_PARAM_TL_HOLDER_MAX_OFFSET 1065 /* UF_PARAM_type_length */

/* UF_PARAM_DRIVE_POINT
*
* Description:
* This index specifies the drive point(s)
* selected for use in an operation
*
* Type: UF_PARAM_type_vla_tag
*
* Name: Active drive Points
* Variable Name: <prefix>_active_drive_points
*
* Possible Values:
*
*
*/
#define UF_PARAM_DRIVE_POINT 1066

/* UF_PARAM_TL_LIBREF
*
* Description:
* This index specifies the current libref of a
* tool. This value will be used to export the
* tool to the tool library.
*
* Type: UF_PARAM_type_string
*
* Name: Cutter Libref
* Variable Name: <prefix>_cutter_libref
*
* Possible Values:
*
*
*/
#define UF_PARAM_TL_LIBREF 1067

/* UF_PARAM_TL_DESCRIPTION
*
* Description:
* This index specifies the description
* attribute of a tool.
*
* Type: UF_PARAM_type_string
*
* Name: Cutter Description
* Variable Name: <prefix>_cutter_description
*
* Possible Values:
*
*
*/
#define UF_PARAM_TL_DESCRIPTION 1068

/* UF_PARAM_TL_TRACKPOINT_LIBREF
*
* Description:
* This index specifies the current libref of a
* library trackpoint set. This may differ from the
* original libref if the user wishes to rename the
* trackpoint set or create a copy of it.
*
* Type: UF_PARAM_type_string
*
* Name: Cutter Trackpoint Libref
* Variable Name: <prefix>_cutter_trackpoint_libref
*
* Possible Values:
*
*
*/
#define UF_PARAM_TL_TRACKPOINT_LIBREF 1069

/* UF_PARAM_TL_TURN_HOLDER_TOG
*
* Description:
* This index has to be activated, if you want to use
* the turn holder.
*
* Type: UF_PARAM_type_logical
*
* Name: Turn Holder Use
* Variable Name: <prefix>_turn_holder_use
*
* Possible Values: 1 (active) or 0 (inactive)
* Valid for cutter type
* CUTTER_TYPE_TURN
* CUTTER_TYPE_THREAD
* CUTTER_TYPE_GROOVE
* CUTTER_TYPE_FORM
*
*
*/
#define UF_PARAM_TL_TURN_HOLDER_TOG 1070

enum UF_PARAM_tl_turn_holder_style_t
{
UF_PARAM_tl_turn_holder_style_A = 0,
UF_PARAM_tl_turn_holder_style_B = 1,
UF_PARAM_tl_turn_holder_style_C = 2,
UF_PARAM_tl_turn_holder_style_D = 3,
UF_PARAM_tl_turn_holder_style_E = 4,
UF_PARAM_tl_turn_holder_style_F = 5,
UF_PARAM_tl_turn_holder_style_G = 6,
UF_PARAM_tl_turn_holder_style_H = 7,
UF_PARAM_tl_turn_holder_style_I = 8,
UF_PARAM_tl_turn_holder_style_J = 9,
UF_PARAM_tl_turn_holder_style_K = 10,
UF_PARAM_tl_turn_holder_style_L = 11,
UF_PARAM_tl_turn_holder_style_M = 12,
UF_PARAM_tl_turn_holder_style_N = 13,
UF_PARAM_tl_turn_holder_style_O = 14,
UF_PARAM_tl_turn_holder_style_P = 15,
UF_PARAM_tl_turn_holder_style_Q = 16,
UF_PARAM_tl_turn_holder_style_R = 17,
UF_PARAM_tl_turn_holder_style_S = 18,
UF_PARAM_tl_turn_holder_style_T = 19,
UF_PARAM_tl_turn_holder_style_U = 20,
UF_PARAM_tl_turn_holder_style_V = 21,
UF_PARAM_tl_turn_holder_style_UD = 22,
UF_PARAM_tl_turn_holder_style_groove_0 = 23,
UF_PARAM_tl_turn_holder_style_groove_45 = 24,
UF_PARAM_tl_turn_holder_style_groove_90 = 25,
UF_PARAM_tl_turn_holder_style_groove_user_defined = 26

};
typedef enum UF_PARAM_tl_turn_holder_style_t, *UF_PARAM_tl_turn_holder_style_p_t;

/* UF_PARAM_TL_TURN_HOLDER_STYLE
*
* Description:
* This index defines the ISO/ANSI style of the turn holder.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Holder Style
* Variable Name: <prefix>_turn_holder_style
*
* Possible Values: UF_PARAM_tl_turn_holder_style_t
* Valid for cutter type
* CUTTER_TYPE_TURN
* CUTTER_TYPE_THREAD
* CUTTER_TYPE_GROOVE
* CUTTER_TYPE_FORM
*
*
*/
#define UF_PARAM_TL_TURN_HOLDER_STYLE 1071

enum UF_PARAM_tl_turn_holder_hand_t
{
UF_PARAM_tl_turn_holder_hand_left = 0,
UF_PARAM_tl_turn_holder_hand_neutral,
UF_PARAM_tl_turn_holder_hand_right

};
typedef enum UF_PARAM_tl_turn_holder_hand_t, *UF_PARAM_tl_turn_holder_hand_p_t;

/* UF_PARAM_TL_TURN_HOLDER_HAND
*
* Description:
* This index defines the tool hand designation of the turn holder.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Holder Hand
* Variable Name: <prefix>_turn_holder_hand
*
* Possible Values: UF_PARAM_tl_turn_holder_hand_t
* Valid for cutter type
* CUTTER_TYPE_TURN
* CUTTER_TYPE_THREAD
* CUTTER_TYPE_GROOVE
* CUTTER_TYPE_FORM
*
*
*/
#define UF_PARAM_TL_TURN_HOLDER_HAND 1072

enum UF_PARAM_tl_turn_holder_shank_type_t
{
UF_PARAM_tl_turn_holder_shank_type_square = 0,
UF_PARAM_tl_turn_holder_shank_type_round = 1

};

/* UF_PARAM_TL_TURN_HOLDER_SHANK_TYPE
*
* Description:
* This index defines the type of the turn holder shank, square or round.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Holder Shank Type
* Variable Name: <prefix>_turn_holder_shank_type
*
* Possible Values: UF_PARAM_tl_turn_holder_shank_type_t
* Valid for cutter type
* CUTTER_TYPE_TURN
* CUTTER_TYPE_THREAD
* CUTTER_TYPE_GROOVE
* CUTTER_TYPE_FORM
*
*
*/
#define UF_PARAM_TL_TURN_HOLDER_SHANK_TYPE 1073

/* UF_PARAM_TL_TURN_HOLDER_ANGLE
*
* Description:
* This parameter defines the orientation angle of the
* turning holder.
*
* Type: UF_PARAM_type_double
*
* Name: Tool Holder Orient Angle
* Variable Name: <prefix>_tool_holder_orient_angle
*
* Possible Values: double (radians)
*
*
*/
#define UF_PARAM_TL_TURN_HOLDER_ANGLE 1074

/* UF_PARAM_TL_TURN_HOLDER_LENGTH
*
* Description:
* This index describes the qualified dimension from the tangent position
* on the tool nose radius to the opposite side of the turn holder.
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Holder Length
* Variable Name: <prefix>_turn_holder_length
*
* Possible Values: UF_PARAM_type_double_length
* Valid for cutter type
* CUTTER_TYPE_TURN
* CUTTER_TYPE_THREAD
* CUTTER_TYPE_GROOVE
* CUTTER_TYPE_FORM
*
*
*/
#define UF_PARAM_TL_TURN_HOLDER_LENGTH 1075

/* UF_PARAM_TL_TURN_HOLDER_WIDTH
*
* Description:
* This index describes the qualified dimension from the tangent position
* on the tool nose radius to the locating side of the turn holder.
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Holder Width
* Variable Name: <prefix>_turn_holder_width
*
* Possible Values: UF_PARAM_type_double_length
* Valid for cutter type
* CUTTER_TYPE_TURN
* CUTTER_TYPE_THREAD
* CUTTER_TYPE_GROOVE
* CUTTER_TYPE_FORM
*
*
*/
#define UF_PARAM_TL_TURN_HOLDER_WIDTH 1076

/* UF_PARAM_TL_TURN_HOLDER_SHANK_WIDTH
*
* Description:
* This index describes the width of the turn holder shank.
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Holder Shank Width
* Variable Name: <prefix>_turn_holder_shank_width
*
* Possible Values: UF_PARAM_type_double_length
* Valid for cutter type
* CUTTER_TYPE_TURN
* CUTTER_TYPE_THREAD
* CUTTER_TYPE_GROOVE
* CUTTER_TYPE_FORM
*
*
*/
#define UF_PARAM_TL_TURN_HOLDER_SHANK_WIDTH 1077

/* UF_PARAM_TL_TURN_HOLDER_HEAD_WIDTH
*
* Description:
* This index describes the head width of the turn holder.
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Holder Head Width
* Variable Name: <prefix>_turn_holder_head_width
*
* Possible Values: UF_PARAM_type_double_length
* Valid for cutter type
* CUTTER_TYPE_TURN
* CUTTER_TYPE_THREAD
* CUTTER_TYPE_GROOVE
* CUTTER_TYPE_FORM
*
*
*/
#define UF_PARAM_TL_TURN_HOLDER_HEAD_WIDTH 1078

/* UF_PARAM_TL_TURN_HOLDER_SHANK_LINE
*
* Description:
* This index describes the dimension from the tangent position on the
* tool nose radius to the break line between the tool head and the shank.
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Holder Shank Line
* Variable Name: <prefix>_turn_holder_shank_line
*
* Possible Values: UF_PARAM_type_double_length
* Valid for cutter type
* CUTTER_TYPE_TURN
* CUTTER_TYPE_THREAD
* CUTTER_TYPE_GROOVE
* CUTTER_TYPE_FORM
*
*
*/
#define UF_PARAM_TL_TURN_HOLDER_SHANK_LINE 1079

/* UF_PARAM_TL_XMOUNT
*
* Description:
* This index specifies the distance between tool tip and
* mounting point in X.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool XMount
* Variable Name: <prefix>_tool_xmount
*
* Possible Values: UF_PARAM_type_double_length
* Valid for cutter type
* CUTTER_TYPE_TURN
* CUTTER_TYPE_THREAD
* CUTTER_TYPE_GROOVE
* CUTTER_TYPE_FORM
*
*
*/
#define UF_PARAM_TL_XMOUNT 1080

/* UF_PARAM_TL_YMOUNT
*
* Description:
* This index specifies the distance between tool tip and
* mounting point in Y.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool YMount
* Variable Name: <prefix>_tool_ymount
*
* Possible Values: UF_PARAM_type_double_length
* Valid for all cutter types
*
*
*/
#define UF_PARAM_TL_YMOUNT 1081

/* UF_PARAM_TL_ZMOUNT
*
* Description:
* This index specifies the distance between tool tip and
* mounting point in Z.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool ZMount
* Variable Name: <prefix>_tool_zmount
*
* Possible Values: UF_PARAM_type_double_length
* Valid for all cutter types
*
*
*/
#define UF_PARAM_TL_ZMOUNT 1082

/* UF_PARAM_TL_TURN_HOLDER_INSERT_EXTENSION
*
* Description:
* This index describes the dimension from the tangent position on the
* tool nose radius to the edge of the holder, where the support
* arm/insert sticks out.
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Holder Insert Extension
* Variable Name: <prefix>_turn_holder_insert_extension
*
* Possible Values: UF_PARAM_type_double_length
* Valid for cutter type
* CUTTER_TYPE_GROOVE
*
*
*/
#define UF_PARAM_TL_TURN_HOLDER_INSERT_EXTENSION 1083

/* UF_PARAM_TL_TURN_HOLDER_LOCK
*
* Description:
* This index has to be activated, if you want to lock
* the turn holder to the insert for user defined holder style.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Holder Lock
* Variable Name: <prefix>_turn_holder_lock
*
* Possible Values: 1 (active) or 0 (inactive)
* Valid for cutter type
* CUTTER_TYPE_TURN
* CUTTER_TYPE_THREAD
* CUTTER_TYPE_GROOVE
* CUTTER_TYPE_FORM
*
*
*/
#define UF_PARAM_TL_TURN_HOLDER_LOCK 1084

/* UF_PARAM_TL_LEFT_ANG
*
* Description:
* This index defines the left clearance angle of grooving
* and threading asymmetrical tools (radians).
*
* Type: UF_PARAM_type_double
*
* Name: Tool Left Angle
* Variable Name: <prefix>_tool_left_angle
*
* Possible Values: UF_PARAM_type_double
*
*
*/
#define UF_PARAM_TL_LEFT_ANG 1100

/* UF_PARAM_TL_RIGHT_ANG
*
* Description:
* This index defines the right clearance angle of grooving
* and threading asymmetrical tools (radians).
*
* Type: UF_PARAM_type_double
*
* Name: Tool Right Angle
* Variable Name: <prefix>_tool_right_angle
*
* Possible Values: UF_PARAM_type_double
*
*
*/
#define UF_PARAM_TL_RIGHT_ANG 1101

/* UF_PARAM_TL_INSERT_LENGTH
*
* Description:
* This index specifies the total length of the insert of
* grooving and threading tools.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Insert Length
* Variable Name: <prefix>_tool_insert_length
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_TL_INSERT_LENGTH 1102

/* UF_PARAM_TL_MAX_DEPTH_TOG
*
* Description:
* This index has to be turned on, if you want to use
* parameter UF_PARAM_TL_MAX_DEPTH.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Max Depth Toggle
* Variable Name: <prefix>_tool_max_depth_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TL_MAX_DEPTH_TOG 1103

/* UF_PARAM_TL_X_OFFSET_TOG
*
* Description:
* This index has to be turned on, if you want to use
* parameter UF_PARAM_TL_X_OFFSET.
*
* Type: UF_PARAM_type_int
*
* Name: Tool X-Offset Toggle
* Variable Name: <prefix>_tool_x_offset_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TL_X_OFFSET_TOG 1104

/* UF_PARAM_TL_Y_OFFSET_TOG
*
* Description:
* This index has to be turned on, if you want to use
* parameter UF_PARAM_TL_Y_OFFSET.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Y-Offset Toggle
* Variable Name: <prefix>_tool_y_offset_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TL_Y_OFFSET_TOG 1105

/* UF_PARAM_TL_THICKNESS
*
* Description:
* This index specifies the thickness of the turning tool insert.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Thickness
* Variable Name: <prefix>_tool_thickness
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_TL_THICKNESS 1106

/* UF_PARAM_TL_ADJ_REG_TOG
*
* Description:
* This index has to be turned on, if you want to use
* parameter UF_PARAM_TL_ADJ_REG.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Adjust Register Toggle
* Variable Name: <prefix>_tool_adjust_register_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
* Developer:
*/
#define UF_PARAM_TL_ADJ_REG_TOG 1107

/* UF_PARAM_TL_CUTCOM_REG_TOG
*
* Description:
* This index has to be turned on, if you want to use
* parameter UF_PARAM_TL_CUTCOM_REG.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Cutcom Reg Toggle
* Variable Name: <prefix>_tool_cutcom_reg_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TL_CUTCOM_REG_TOG 1108

/* UF_PARAM_TL_INSERTTYPE
*
* Description:
* This index 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 trapeziodal
* inserts are possible.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Insert Type
* Variable Name: <prefix>_tool_insert_type
*
* Possible Values:
*
* Standard turning tools:
* UF_TURN_INSERTTYPE_PARALLEL_85 Parallelogram 85 ( ISO A )
* UF_TURN_INSERTTYPE_PARALLEL_82 Parallelogram 82 ( ISO B )
* UF_TURN_INSERTTYPE_DIAMOND_80 Diamond 80 ( ISO C )
* UF_TURN_INSERTTYPE_DIAMOND_100 Diamond 100 ( ISO C turned 90deg )
* UF_TURN_INSERTTYPE_DIAMOND_55 Diamond 55 ( ISO D )
* UF_TURN_INSERTTYPE_DIAMOND_75 Diamond 75 ( ISO E )
* UF_TURN_INSERTTYPE_HEXAGON Hexagon ( ISO H )
* UF_TURN_INSERTTYPE_PARALLEL_55 Parallelogram 55 ( ISO K )
* UF_TURN_INSERTTYPE_RECTANGLE Rectangle ( ISO L )
* UF_TURN_INSERTTYPE_DIAMOND_86 Diamond 86 ( ISO M )
* UF_TURN_INSERTTYPE_OCTAGON Octagon ( ISO O )
* UF_TURN_INSERTTYPE_PENTAGON Pentagon ( ISO P )
* UF_TURN_INSERTTYPE_ROUND Round ( ISO R )
* UF_TURN_INSERTTYPE_SQUARE Square ( ISO S )
* UF_TURN_INSERTTYPE_TRIANGLE Triangle ( ISO T )
* UF_TURN_INSERTTYPE_DIAMOND_35 Diamond 35 ( ISO V )
* UF_TURN_INSERTTYPE_TRIGON Trigon ( ISO W )
* UF_TURN_INSERTTYPE_USER User defined
*
* Grooving tools:
* UF_TURN_INSERTTYPE_GRV_STD Standard grooving tool
* UF_TURN_INSERTTYPE_GRV_FNR Full nose radius grooving tool
* UF_TURN_INSERTTYPE_GRV_RTJ Ring type joint grooving tool
* UF_TURN_INSERTTYPE_GRV_USER User defined grooving tool
*
* Threading tools:
* UF_TURN_INSERTTYPE_THREAD_STD Standard threading tool
* UF_TURN_INSERTTYPE_THREAD_TRAP Trapezoidal threading tool
*
*
*/
#define UF_PARAM_TL_INSERTTYPE 1110

/* UF_PARAM_TL_BUTTON_DIAMETER
*
* Description:
* This index specifies the diameter of the button tool
* ( ISO R, Round ).
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Button Diameter
* Variable Name: <prefix>_tool_button_diameter
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_TL_BUTTON_DIAMETER 1111

/* UF_PARAM_TL_HOLDER_ANG
*
* Description:
* This index specifies the holder angle of the button
* tool holder (radians).
*
* Type: UF_PARAM_type_double
*
* Name: Tool Holder Angle
* Variable Name: <prefix>_tool_holder_angle
*
* Possible Values: UF_PARAM_type_double
*
*
*/
#define UF_PARAM_TL_HOLDER_ANG 1112

/* UF_PARAM_TL_NOSE_ANG
*
* Description:
* This index specifies the angle caused by the intersection
* of the two edges of the turning tool insert (radians).
*
* Type: UF_PARAM_type_double
*
* Name: Tool Nose Angle
* Variable Name: <prefix>_tool_nose_angle
*
* Possible Values: UF_PARAM_type_double
*
*
*/
#define UF_PARAM_TL_NOSE_ANG 1113

/* UF_PARAM_TL_CUT_EDGE_LENGTH
*
* Description:
* This index specifies the cutting edge length of the turning
* tool insert.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Cut Edge Length
* Variable Name: <prefix>_tool_cut_edge_length
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_TL_CUT_EDGE_LENGTH 1114

/* UF_PARAM_TL_THICKNESS_OPT
*
* Description:
* This index specifies the thickness of the turning tool insert.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Thickness O
* Variable Name: <prefix>_tool_thickness_o
*
* Possible Values:
* 0 01
* 1 T1
* 2 02
* 3 T2
* 4 03
* 5 T3
* 6 04
* 7 05
* 8 06
* 9 07
* 10 09
* 11 11
* 12 12
* 13 User defined (use UF_PARAM_TL_THICKNESS)
*
*
*/
#define UF_PARAM_TL_THICKNESS_OPT 1115

/* UF_PARAM_TL_RELIEF_ANG_OPT
*
* Description:
* This index specifies the angle caused by the slope of the
* cutter away from the cutting edge of the turning tool
* insert.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Relief Angle O
* Variable Name: <prefix>_tool_relief_angle_o
*
* Possible Values:
* 1 A (3)
* 2 B (5)
* 3 C (7)
* 4 D (15)
* 5 E (20)
* 6 F (25)
* 7 G (30)
* 8 N (0)
* 9 P (11)
* 10 O (other) (use UF_PARAM_TL_RELIEF_ANG)
*
*
*/
#define UF_PARAM_TL_RELIEF_ANG_OPT 1116

/* UF_PARAM_TL_TRACKING_POINT
*
* Description:
* This index specifies the tracking point of the turning tool.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Tracking Point
* Variable Name: <prefix>_tool_tracking_point
*
* Possible Values:
* 0 P2
* 1 P6
* 2 P1
* 3 P7
* 4 P9
* 5 P5
* 6 P3
* 7 P8
* 8 P4
*
*
*/
#define UF_PARAM_TL_TRACKING_POINT 1117

/* UF_PARAM_TL_MAX_TOOLREACH
*
* Description:
* This index 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.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Max Toolreach
* Variable Name: <prefix>_tool_max_toolreach
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_TL_MAX_TOOLREACH 1118

/* UF_PARAM_TL_MAX_TOOLREACH_TOG
*
* Description:
* This index has to be turned on, if you want to use
* parameter UF_PARAM_TL_MAX_TOOLREACH.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Max Toolreach Toggle
* Variable Name: <prefix>_tool_max_toolreach_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TL_MAX_TOOLREACH_TOG 1119

/* UF_PARAM_TL_MIN_BORING_DIA
*
* Description:
* This index 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.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Min Boring Diameter
* Variable Name: <prefix>_tool_min_boring_diameter
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_TL_MIN_BORING_DIA 1120

/* UF_PARAM_TL_MIN_BORING_DIA_TOG
*
* Description:
* This index has to be turned on, if you want to use
* parameter UF_PARAM_TL_MIN_BORING_DIA.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Min Boring Diameter T
* Variable Name: <prefix>_tool_min_boring_diameter_t
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TL_MIN_BORING_DIA_TOG 1121

/* UF_PARAM_TURN_IGNORE_MIN_BORING_DIA
*
* Description:
* This index lets you ignore the value tool value
* UF_PARAM_TL_MIN_BORING_DIA on operation level.
*
* Type: UF_PARAM_type_int
*
* Name: Ignore Min Boring Diameter
* Variable Name: <prefix>_ignore_min_boring_diameter
*
* Possible Values:
* 0 = Off
* 1 = On
*
*
*/
#define UF_PARAM_TURN_IGNORE_MIN_BORING_DIA 1125

/* UF_PARAM_TL_SIZE_OPT
*
* Description:
* This index 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.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Size O
* Variable Name: <prefix>_tool_size_o
*
* Possible Values:
* 0 Cut Edge Length
* 1 Inscribed Circle
* 2 Inscribed Circle ANSI
*
*
*/
#define UF_PARAM_TL_SIZE_OPT 1122

/* UF_PARAM_TL_NOSE_ANG_TOG
*
* Description:
* This index specifies toggle for the angle caused by the intersection
* of the two edges of the turning tool insert (radians).
*
* Type: UF_PARAM_type_int
*
* Name: Tool Nose Angle toggle
* Variable Name: <prefix>_tool_nose_angle_toggle
*
* Possible Values:
* 0 -- Inactive
* 1 -- Active
*
*
*/
#define UF_PARAM_TL_NOSE_ANG_TOG 1123

/* UF_PARAM_TL_NOSE_RAD_TOG
*
* Description:
* This index specifies toggle for the radius of the inscribed circle
* at the cutter tip of the turning tool insert.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Nose Radius Toggle
* Variable Name: <prefix>_tool_nose_radius_toggle
*
* Possible Values:
* 0 -- Inactive
* 1 -- Active
*
*
*/
#define UF_PARAM_TL_NOSE_RAD_TOG 1124

/* UF_PARAM_TL_RADIUS
*
* Description:
* This index 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.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Radius
* Variable Name: <prefix>_tool_radius
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_TL_RADIUS 1130

/* UF_PARAM_TL_SIDE_ANG
*
* Description:
* 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.
*
* Type: UF_PARAM_type_double
*
* Name: Tool Side Angle
* Variable Name: <prefix>_tool_side_angle
*
* Possible Values: UF_PARAM_type_double
*
*
*/
#define UF_PARAM_TL_SIDE_ANG 1131

/* UF_PARAM_TL_PRESET_CUTTER
*
* Description:
* 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.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Preset Cutter
* Variable Name: <prefix>_tool_preset_cutter
*
* Possible Values:
* 0 Left
* 1 Left & Right
* 2 Right
*
*
*/
#define UF_PARAM_TL_PRESET_CUTTER 1132

/* UF_PARAM_TL_LEFT_TP
*
* Description:
* This index specifies the tracking point of the left cutter
* of the grooving tool.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Left Tracking Point
* Variable Name: <prefix>_tool_left_tracking_point
*
* Possible Values:
* 0 P2
* 1 P6
* 2 P1
* 3 P7
* 4 P9
* 5 P5
* 6 P3
* 7 P8
* 8 P4
*
*
*/
#define UF_PARAM_TL_LEFT_TP 1133

/* UF_PARAM_TL_LEFT_XOFF
*
* Description:
* This index 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 has to be turned on.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Left X-Offset
* Variable Name: <prefix>_tool_left_x_offset
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_TL_LEFT_XOFF 1134

/* UF_PARAM_TL_LEFT_XOFF_TOG
*
* Description:
* This index has to be turned on, if you want to use
* parameter UF_PARAM_TL_LEFT_XOFF.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Left X-Offset Toggle
* Variable Name: <prefix>_tool_left_x_offset_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TL_LEFT_XOFF_TOG 1135

/* UF_PARAM_TL_LEFT_YOFF
*
* Description:
* This index 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 has to be turned on.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Left Y-Offset
* Variable Name: <prefix>_tool_left_y_offset
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_TL_LEFT_YOFF 1136

/* UF_PARAM_TL_LEFT_YOFF_TOG
*
* Description:
* This index has to be turned on, if you want to use
* parameter UF_PARAM_TL_LEFT_YOFF.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Left Y-Offset Toggle
* Variable Name: <prefix>_tool_left_y_offset_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TL_LEFT_YOFF_TOG 1137

/* UF_PARAM_TL_RIGHT_TP
*
* Description:
* This index specifies the tracking point of the right cutter
* of the grooving tool.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Right Tracking Point
* Variable Name: <prefix>_tool_right_tracking_point
*
* Possible Values:
* 0 P2
* 1 P6
* 2 P1
* 3 P7
* 4 P9
* 5 P5
* 6 P3
* 7 P8
* 8 P4
*
*
*/
#define UF_PARAM_TL_RIGHT_TP 1138

/* UF_PARAM_TL_RIGHT_XOFF
*
* Description:
* This index 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 has to be turned on.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Right X-Offset
* Variable Name: <prefix>_tool_right_x_offset
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_TL_RIGHT_XOFF 1139

/* UF_PARAM_TL_RIGHT_XOFF_TOG
*
* Description:
* This index has to be turned on, if you want to use
* parameter UF_PARAM_TL_RIGHT_XOFF.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Right X-Offset T
* Variable Name: <prefix>_tool_right_x_offset_t
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TL_RIGHT_XOFF_TOG 1140

/* UF_PARAM_TL_RIGHT_YOFF
*
* Description:
* This index 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 has to be turned on.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Right Y-Offset
* Variable Name: <prefix>_tool_right_y_offset
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_TL_RIGHT_YOFF 1141

/* UF_PARAM_TL_RIGHT_YOFF_TOG
*
* Description:
* This index has to be turned on, if you want to use
* parameter UF_PARAM_TL_RIGHT_YOFF.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Right Y-Offset T
* Variable Name: <prefix>_tool_right_y_offset_t
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TL_RIGHT_YOFF_TOG 1142

/* UF_PARAM_TL_MIN_FACING_DIA
*
* Description:
* This index describes the minimum admissible diameter
* for facing operations with grooving and form turning
* tools.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Min Facing Diameter
* Variable Name: <prefix>_tool_min_facing_diameter
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_TL_MIN_FACING_DIA 1143

/* UF_PARAM_TL_MIN_FACING_DIA_TOG
*
* Description:
* This index has to be turned on, if you want to use
* parameter UF_PARAM_TL_MIN_FACING_DIA.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Min Facing Diameter T
* Variable Name: <prefix>_tool_min_facing_diameter_t
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TL_MIN_FACING_DIA_TOG 1144

/* UF_PARAM_TL_MAX_FACING_DIA
*
* Description:
* This index describes the maximum admissible diameter
* for facing operations with grooving and form turning
* tools.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Max Facing Diameter
* Variable Name: <prefix>_tool_max_facing_diameter
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_TL_MAX_FACING_DIA 1145

/* UF_PARAM_TL_MAX_FACING_DIA_TOG
*
* Description:
* This index has to be turned on, if you want to use
* parameter UF_PARAM_TL_MAX_FACING_DIA.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Max Facing Diameter T
* Variable Name: <prefix>_tool_max_facing_diameter_t
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TL_MAX_FACING_DIA_TOG 1146

/* UF_PARAM_TL_LEFT_ADJUST
*
* Description:
* This index specifies the register number value on the
* controller which contains the tool offset coordinates
* for the left cutter.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Left Adjust Reg
* Variable Name: <prefix>_tool_left_adjust_reg
*
* Possible Values: UF_PARAM_type_int
*
*
*/
#define UF_PARAM_TL_LEFT_ADJUST 1147

/* UF_PARAM_TL_LEFT_ADJUST_TOG
*
* Description:
* This index has to be turned on, if you want to use
* parameter UF_PARAM_TL_LEFT_ADJUST.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Left Adjust Reg T
* Variable Name: <prefix>_tool_left_adjust_reg_t
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TL_LEFT_ADJUST_TOG 1148

/* UF_PARAM_TL_RIGHT_ADJUST
*
* Description:
* This index specifies the register number value on the
* controller which contains the tool offset coordinates
* for the right cutter.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Right Adjust Reg
* Variable Name: <prefix>_tool_right_adjust_reg
*
* Possible Values: UF_PARAM_type_int
*
*
*/
#define UF_PARAM_TL_RIGHT_ADJUST 1149

/* UF_PARAM_TL_RIGHT_ADJUST_TOG
*
* Description:
* This index has to be turned on, if you want to use
* parameter UF_PARAM_TL_RIGHT_ADJUST.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Right Adjust Reg T
* Variable Name: <prefix>_tool_right_adjust_reg_t
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TL_RIGHT_ADJUST_TOG 1150

/* UF_PARAM_TL_LEFT_CUTCOM
*
* Description:
* This index 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).
*
* Type: UF_PARAM_type_int
*
* Name: Tool Left Cutcom Reg
* Variable Name: <prefix>_tool_left_cutcom_reg
*
* Possible Values: UF_PARAM_type_int
*
*
*/
#define UF_PARAM_TL_LEFT_CUTCOM 1151

/* UF_PARAM_TL_LEFT_CUTCOM_TOG
*
* Description:
* This index has to be turned on, if you want to use
* parameter UF_PARAM_TL_LEFT_CUTCOM.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Left Cutcom Reg T
* Variable Name: <prefix>_tool_left_cutcom_reg_t
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TL_LEFT_CUTCOM_TOG 1152

/* UF_PARAM_TL_RIGHT_CUTCOM
*
* Description:
* This index 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).
*
* Type: UF_PARAM_type_int
*
* Name: Tool Right Cutcom Reg
* Variable Name: <prefix>_tool_right_cutcom_reg
*
* Possible Values: UF_PARAM_type_int
*
*
*/
#define UF_PARAM_TL_RIGHT_CUTCOM 1153

/* UF_PARAM_TL_RIGHT_CUTCOM_TOG
*
* Description:
* This index has to be turned on, if you want to use
* parameter UF_PARAM_TL_RIGHT_CUTCOM.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Right Cutcom Reg T
* Variable Name: <prefix>_tool_right_cutcom_reg_t
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TL_RIGHT_CUTCOM_TOG 1154

/* UF_PARAM_TL_MANUAL_TOOLCHANGE
*
* Description:
* This index is the status of whether a tool can be loaded manually.
*
* Type: UF_PARAM_type_logical
*
* Name: Tool Manual toolchange
* Variable Name: <prefix>_tool_manual_toolchange
*
* Possible Values: 1 or 0
* Valid for cutter type
* All
*
*/
#define UF_PARAM_TL_MANUAL_TOOLCHANGE 1155

/* UF_PARAM_TL_HOLDER_NUMBER
*
* Description:
* This index is the tool holder number in which tool is loaded.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Holder Num
* Variable Name: <prefix>_tool_holder_num
*
* Possible Values: All
* Valid for cutter type
* All
*
*/
#define UF_PARAM_TL_HOLDER_NUMBER 1156

/* UF_PARAM_TL_HEAD_DESIGN
*
* Description:
* This index is the type of tool head for turning tools.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Head Designation
* Variable Name: <prefix>_tool_head_designation
*
* Possible Values: All
* Valid for cutter type
* All
*
*/
#define UF_PARAM_TL_HEAD_DESIGN 1157

/* UF_PARAM_TL_TEXT
*
* Description:
* This index for additional parameters for the tool.
*
* Type: UF_PARAM_type_string
*
* Name: Tool text
* Variable Name: <prefix>_tool_text
*
* Possible Values: All
* Valid for cutter type
* All
*
*/
#define UF_PARAM_TL_TEXT 1158

/* UF_PARAM_TL_NUMBER_TOG
*
* Description:
* This index for additional parameters for the tool.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Number Toggle
* Variable Name: <prefix>_tool_number_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
* Valid for cutter type
* All
*
*/
#define UF_PARAM_TL_NUMBER_TOG 1159

/* UF_PARAM_TL_Z_OFFSET_TOG
*
* Description:
* This index for additional parameters for the tool.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Z-Offset toggle
* Variable Name: <prefix>_tool_z_offset_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
* Valid for cutter type
* UF_CUTTER_TYPE_MILL
* UF_CUTTER_TYPE_DRILL
* UF_CUTTER_TYPE_BARREL
* UF_CUTTER_TYPE_T
*
*
*/
#define UF_PARAM_TL_Z_OFFSET_TOG 1160

/* UF_PARAM_TL_HOLDER_NUMBER_TOG
*
* Description:
* This index is the tool holder number toggle to control output to the
* down stream
*
* Type: UF_PARAM_type_int
*
* Name: Tool Holder Num toggle
* Variable Name: <prefix>_tool_holder_num_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
* Valid for cutter type
* All
*
*/
#define UF_PARAM_TL_HOLDER_NUMBER_TOG 1161

/* UF_PARAM_TL_TEXT_TOG
*
* Description:
* This index for additional parameters for the tool.
*
* Type: UF_PARAM_type_int
*
* Name: Tool text toggle
* Variable Name: <prefix>_tool_text_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
* Valid for cutter type
* All
*
*/
#define UF_PARAM_TL_TEXT_TOG 1162

/* UF_PARAM_TL_NOSE_RADIUS_ARRAY
*
* Description:
* This index 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).
*
* Type: UF_PARAM_type_vla_length
*
* Name: Tool Nose Radius A
* Variable Name: <prefix>_tool_nose_radius_a
*
* Possible Values: double_length Array (size of 20)
*
*
*/
#define UF_PARAM_TL_NOSE_RADIUS_ARRAY 1170

/* UF_PARAM_TL_NOSE_ANGLE_ARRAY
*
* Description:
* This index 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).
*
* Type: UF_PARAM_type_vla_real
*
* Name: Tool Nose Angle A
* Variable Name: <prefix>_tool_nose_angle_a
*
* Possible Values: double Array (size of 20)
*
*
*/
#define UF_PARAM_TL_NOSE_ANGLE_ARRAY 1171

/* UF_PARAM_TL_EDGE_LENGTH_ARRAY
*
* Description:
* This index 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).
*
* Type: UF_PARAM_type_vla_length
*
* Name: Tool Edge Length A
* Variable Name: <prefix>_tool_edge_length_a
*
* Possible Values: double_length Array (size of 20)
*
*
*/
#define UF_PARAM_TL_EDGE_LENGTH_ARRAY 1172

/* UF_PARAM_TL_TRACKING_ARRAY
*
* Description:
* This index 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).
*
* Type: UF_PARAM_type_vla_int
*
* Name: Tool Tracking A
* Variable Name: <prefix>_tool_tracking_a
*
* Possible Values: Array (size of 20)
* 0 Left
* 1 Left & Right
* 2 Right
*
*
*/
#define UF_PARAM_TL_TRACKING_ARRAY 1173

/* UF_PARAM_TL_NO_OF_NOSES
*
* Description:
* This index contains the number of noses of a Form
* turning tool.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Number of Noses
* Variable Name: <prefix>_tool_number_of_noses
*
* Possible Values: UF_PARAM_type_int
*
*
*/
#define UF_PARAM_TL_NO_OF_NOSES 1174

/* UF_PARAM_TL_PITCH
*
* Description:
* This is the distance from one cutting opint to an adjacent cutting point.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Pitch
* Variable Name: <prefix>_tool_pitch
*
* Possible Values: non-negative UF_PARAM_type_double_length
* Valid for cutter type
* CUTTER_TYPE_DRILL
*
*
*/
#define UF_PARAM_TL_PITCH 1185 /* */

/* UF_PARAM_TL_THREAD_FORMING_METHOD
*
* Description:
* This defines the types/methods of thread forming.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Thread Forming Method
* Variable Name: <prefix>_tool_thread_forming_method
*
* Possible Values:
* UF_PARAM_tl_thread_forming_method_t
* Valid for cutter type
* CUTTER_TYPE_DRILL
*
*
*/
#define UF_PARAM_TL_THREAD_FORMING_METHOD 1186 /* */

/* UF_PARAM_TL_NUM_STEPS
*
* Description:
* The parameter indicates the number of steps for step drill
*
* Type: UF_PARAM_type_int
*
* Name: Tool Number of Steps for Step Drill
* Variable Name: <prefix>_tool_number_of_steps_for_step_drill
*
* Possible Values:
* UF_PARAM_type_int
* Valid for cutter type
* CUTTER_TYPE_DRILL
*
*
*/
#define UF_PARAM_TL_NUM_STEPS 1190

/* UF_PARAM_TL_STEP_DIA_ARRAY
*
* Description:
* Value of step diameter
*
* Type: UF_PARAM_type_vla_length
*
* Name: Step Diameter Array
* Variable Name: <prefix>_step_diameter_array
*
* Possible Values: UF_PARAM_type_vla_length
* array of double (size = 20)
*
*
*/
#define UF_PARAM_TL_STEP_DIA_ARRAY 1191

/* UF_PARAM_TL_STEP_HEIGHT_ARRAY
*
* Description:
* Value of step length
*
* Type: UF_PARAM_type_vla_length
*
* Name: Step length Array
* Variable Name: <prefix>_step_length_array
*
* Possible Values: UF_PARAM_type_vla_length
* array of double (size = 20)
*
*
*/
#define UF_PARAM_TL_STEP_HEIGHT_ARRAY 1192

/* UF_PARAM_TL_STEP_ANGLE_ARRAY
*
* Description:
* Value of step angle
*
* Type: UF_PARAM_type_vla_real
*
* Name: Step Angle Array
* Variable Name: <prefix>_step_angle_array
*
* Possible Values: UF_PARAM_type_vla_real
* (size = 20)
*
*
*/
#define UF_PARAM_TL_STEP_ANGLE_ARRAY 1193

/* UF_PARAM_TL_STEP_RADIUS_ARRAY
*
* Description:
* Value of step corner radius
*
* Type: UF_PARAM_type_vla_length
*
* Name: Step Corner Radii Array
* Variable Name: <prefix>_step_corner_radii_array
*
* Possible Values: UF_PARAM_type_vla_length
* array of double (size = 20)
*
*
*/
#define UF_PARAM_TL_STEP_RADIUS_ARRAY 1194

/* UF_PARAM_TL_SHOULDER_DISTANCE
*
* Description:
* The parameter indicates the Shoulder Distance on a Step/Combination
* Drill.
*
* Type: UF_PARAM_type_length
*
* Name: Shoulder Distance
* Variable Name: <prefix>_shoulder_distance
*
* Possible Values:
* UF_PARAM_type_length
*
*
*/
#define UF_PARAM_TL_SHOULDER_DISTANCE 1195

/* UF_PARAM_CLR_PLANE
*
* Description:
* This index is the tag of the clearane plane entity (actually the
* XFORM that defines the plane)
*
* Type: UF_PARAM_type_tag
*
* Name: Clearance Plane
* Variable Name: <prefix>_clearance_plane
*
* Possible Values:
* 0 (no entity)
* entity value
*
*
*/
#define UF_PARAM_CLR_PLANE 1200

/* UF_PARAM_LOWER_LIMIT_PLANE
*
* Description:
* This index is the tag of the lower limit plane entity
*
* Type: UF_PARAM_type_tag
*
* Name: Lower Limit Plane
* Variable Name: <prefix>_lower_limit_plane
*
* Possible Values:
* 0 (no entity)
* entity value
*
*
*/
#define UF_PARAM_LOWER_LIMIT_PLANE 1201

/* UF_PARAM_TLAXIS_VECTOR
*
* Description:
* This index is the tag of the tool axis vector
*
* Type: UF_PARAM_type_tag
*
* Name: Tool Axis Vector
* Variable Name: <prefix>_tool_axis_vector
*
* Possible Values:
* 0 (no entity)
* entity value
*
*
*/
#define UF_PARAM_TLAXIS_VECTOR 1202

/* UF_PARAM_START_POINT
*
* Description:
* This index is the tag of the start_point
*
* Type: UF_PARAM_type_tag
*
* Name: Start point
* Variable Name: <prefix>_start_point
*
* Possible Values:
* 0 (no entity)
* entity value
*
*
*/
#define UF_PARAM_START_POINT 1203

/* UF_PARAM_RETURN_POINT
*
* Description:
* This index is the tag of the return point
*
* Type: UF_PARAM_type_tag
*
* Name: Return Point
* Variable Name: <prefix>_return_point
*
* Possible Values:
* 0 (no entity)
* entity value
*
*
*/
#define UF_PARAM_RETURN_POINT 1204

/* UF_PARAM_FROM_POINT
*
* Description:
* This index is the tag of the FROM point
*
* Type: UF_PARAM_type_tag
*
* Name: FROM Point
* Variable Name: <prefix>_from_point
*
* Possible Values:
* 0 (no entity)
* entity value
*
*
*/
#define UF_PARAM_FROM_POINT 1205

/* UF_PARAM_GOHOME_POINT
*
* Description:
* This index is the tag of the GOHOME point
*
* Type: UF_PARAM_type_tag
*
* Name: GOHOME Point
* Variable Name: <prefix>_gohome_point
*
* Possible Values:
* 0 (no entity)
* entity value
*
*
*/
#define UF_PARAM_GOHOME_POINT 1206

/* UF_PARAM_ENGAGE_POINT
*
* Description:
* This index is the tag of the engage point entity
*
* Type: UF_PARAM_type_tag
*
* Name: Engage Point
* Variable Name: <prefix>_engage_point
*
* Possible Values:
* 0 (no entity)
* entity value
*
*
*/
#define UF_PARAM_ENGAGE_POINT 1207

/* UF_PARAM_ENGAGE_PLANE
*
* Description:
* This index is the tag of the engage plane
*
* Type: UF_PARAM_type_tag
*
* Name: Engage Plane
* Variable Name: <prefix>_engage_plane
*
* Possible Values:
* 0 (no entity)
* entity value
*
*
*/
#define UF_PARAM_ENGAGE_PLANE 1208

/* UF_PARAM_ENGAGE_VECTOR
*
* Description:
* This index is the tag of the engage vector
*
* Type: UF_PARAM_type_tag
*
* Name: Engage Vector
* Variable Name: <prefix>_engage_vector
*
* Possible Values:
* 0 (no entity)
* entity value
*
*
*/
#define UF_PARAM_ENGAGE_VECTOR 1209

/* UF_PARAM_RETRACT_POINT
*
* Description:
* This index is the tag of the retract point
*
* Type: UF_PARAM_type_tag
*
* Name: Retract Point
* Variable Name: <prefix>_retract_point
*
* Possible Values:
* 0 (no entity)
* entity value
*
*
*/
#define UF_PARAM_RETRACT_POINT 1210

/* UF_PARAM_RETRACT_PLANE
*
* Description:
* This index is the tag of the retract plane
*
* Type: UF_PARAM_type_tag
*
* Name: Retract Plane
* Variable Name: <prefix>_retract_plane
*
* Possible Values:
* 0 (no entity)
* entity value
*
*
*/
#define UF_PARAM_RETRACT_PLANE 1211

/* UF_PARAM_RETRACT_VECTOR
*
* Description:
* This index is the tag of the retract vector
*
* Type: UF_PARAM_type_tag
*
* Name: Retract Vector
* Variable Name: <prefix>_retract_vector
*
* Possible Values:
* 0 (no entity)
* entity value
*
*
*/
#define UF_PARAM_RETRACT_VECTOR 1212

/* UF_PARAM_PROJECTION_VECTOR
*
* Description:
* This index is the tag of the projection vector
*
* Type: UF_PARAM_type_tag
*
* Name: Projection Vector
* Variable Name: <prefix>_projection_vector
*
* Possible Values:
* 0 (no entity)
* entity value
*
*
*/
#define UF_PARAM_PROJECTION_VECTOR 1213

/* UF_PARAM_MATERIAL_SIDE_VECTOR
*
* Description:
* This index is the tag of the material side vector
*
* Type: UF_PARAM_type_tag
*
* Name: Material Side Vector
* Variable Name: <prefix>_material_side_vector
*
* Possible Values:
* 0 (no entity)
* entity value
*
*
*/
#define UF_PARAM_MATERIAL_SIDE_VECTOR 1214

/* UF_PARAM_FROM_TOOL_AXIS
*
* Description:
* This index is the tag of the FROM point's tool axis
*
* Type: UF_PARAM_type_tag
*
* Name: FROM Tool Axis
* Variable Name: <prefix>_from_tool_axis
*
* Possible Values:
* 0 (no entity)
* entity value
*
*
*/
#define UF_PARAM_FROM_TOOL_AXIS 1215

/* UF_PARAM_GOHOME_TOOL_AXIS
*
* Description:
* This index is the tag of the GOHOME point's tool axis
*
* Type: UF_PARAM_type_tag
*
* Name: GOHOME Tool Axis
* Variable Name: <prefix>_gohome_tool_axis
*
* Possible Values:
* 0 (no entity)
* entity value
*
*
*/
#define UF_PARAM_GOHOME_TOOL_AXIS 1216

/* UF_PARAM_STEPOVER_VAR_DISTS_TOOL_DEPENDENT
*
* Description:
* Tool dependent values of stepover size for stepover type = variable,
* This index is used instead of UF_PARAM_STEPOVER_VAR_DISTS.
*
* Type: UF_PARAM_type_vla_length_composite
*
* Name: Stepover Variable Tool Dependent Values
* Variable Name: <prefix>_stepover_variable_tool_dependent_values
*
* Possible Values: UF_PARAM_type_vla_length_composite
* array of double (size = 6)
*
*
*/
#define UF_PARAM_STEPOVER_VAR_DISTS_TOOL_DEPENDENT 1690 /* UF_PARAM_type_vla_length_composite, size 6 */

/* UF_PARAM_TURN_CUT_DEPTH_ARRAY_TOOL_DEPENDENT
*
* Description:
* Tool dependent values of individual stepover for turn roughing,
* This index is used instead of UF_PARAM_TURN_CUT_DEPTH_ARRAY.
*
* Type: UF_PARAM_type_vla_length_composite
*
* Name: Tool Dependent Cut Depth Array
* Variable Name: <prefix>_tool_dependent_cut_depth_array
*
* Possible Values: UF_PARAM_type_vla_length_composite
* array of double (size = 10)
*
*
*/
#define UF_PARAM_TURN_CUT_DEPTH_ARRAY_TOOL_DEPENDENT 1691 /* UF_PARAM_type_vla_length_composite, size 10 */

/* UF_PARAM_TURN_FINISH_CUT_DEPTH_ARRAY_TOOL_DEPENDENT
*
* Description:
* Tool dependent values of individual Cut Depth increments for turn finish/profiling,
* This index is used instead of UF_PARAM_TURN_FINISH_CUT_DEPTH_ARRAY.
*
* Type: UF_PARAM_type_vla_length_composite
*
* Name: Tool Dependent Turn Finish Cut Depth Array
* Variable Name: <prefix>_tool_dependent_turn_finish_cut_depth_array
*
* Possible Values: UF_PARAM_type_vla_length_composite
* array of double (size = 10)
*
*
*/
#define UF_PARAM_TURN_FINISH_CUT_DEPTH_ARRAY_TOOL_DEPENDENT 1692 /* UF_PARAM_type_vla_length_composite, size 10 */

/* UF_PARAM_TTDOPR_VARIABLE_INCREMENT_TOOL_DEPENDENT
*
* Description:
* Tool dependent values of individual Cut Depth increments for thread turning,
* This index is used instead of UF_PARAM_TTDOPR_VARIABLE_INCREMENT.
*
* Type: UF_PARAM_type_vla_length_composite
*
* Name: Tool Dependent Thread Turning Cut Depth Array
* Variable Name: <prefix>_tool_dependent_thread_turning_cut_depth_array
*
* Possible Values: UF_PARAM_type_vla_length_composite
* array of double (size = 6)
*
*
*/
#define UF_PARAM_TTDOPR_VARIABLE_INCREMENT_TOOL_DEPENDENT 1693 /* UF_PARAM_type_vla_length_composite, size 6 */

enum UF_PARAM_dpm_proj_type_t
{
UF_PARAM_dpm_proj_type_fixed = 1,
UF_PARAM_dpm_proj_type_toolaxis,
UF_PARAM_dpm_proj_type_awaypt,
UF_PARAM_dpm_proj_type_towardpt,
UF_PARAM_dpm_proj_type_awayline,
UF_PARAM_dpm_proj_type_towardline,
UF_PARAM_dpm_proj_type_ruling,
UF_PARAM_dpm_proj_type_normdrive,
UF_PARAM_dpm_proj_type_user_defined,
UF_PARAM_dpm_proj_type_towarddrive

};

/* UF_PARAM_DPM_PROJ_TYPE
*
* Description:
* This parameters specifies DPM projection type
*
* Type: UF_PARAM_type_int
*
* Name: Project Type
* Variable Name: <prefix>_project_type
*
* Possible Values: UF_PARAM_dpm_proj_type_t
*
*
*/
#define UF_PARAM_DPM_PROJ_TYPE 1700 /* Param_type_int */

/* UF_PARAM_DPM_PROJ_VEC
*
* Description:
* Parameter is projection vector in absolute
* coordinates, used in DPM projection methods
*
* Type: UF_PARAM_type_3d
*
* Name: Project Vector
* Variable Name: <prefix>_project_vector
*
* Possible Values: UF_PARAM_type_3d
*
*
*/
#define UF_PARAM_DPM_PROJ_VEC 1701 /* Param_type_3d */

/* UF_PARAM_DPM_PROJ_POINT
*
* Description:
* Parameter is point of projection in absolute
* coordinates, used in DPM projection methods
*
* Type: UF_PARAM_type_3d_length
*
* Name: Project Point
* Variable Name: <prefix>_project_point
*
* Possible Values: UF_PARAM_type_3d_length
*
*
*
*/
#define UF_PARAM_DPM_PROJ_POINT 1702 /* Param_type_3d_length */

/* UF_PARAM_DPM_PROJ_DIR
*
* Description:
* Parameter is direction of projection in absolute
* coordinates, used in DPM projection methods
*
* Type: UF_PARAM_type_3d
*
* Name: Project Direction
* Variable Name: <prefix>_project_direction
*
* Possible Values: UF_PARAM_type_3d
*
*
*
*/
#define UF_PARAM_DPM_PROJ_DIR 1703 /* Param_type_3d */

/* UF_PARAM_DPM_STEPOVER_MAX
*
* Description:
* Parameter is maximum stepover allowed
*
*
* Type: UF_PARAM_type_double_length
*
* Name: Stepover Max
* Variable Name: <prefix>_stepover_max
*
* Possible Values: double >0.0
*
*
*
*/
#define UF_PARAM_DPM_STEPOVER_MAX 1706 /* Param_type_double_length */

/* UF_PARAM_DPM_STEPOVER_MIN
*
* Description:
* Parameter is minimum stepover allowed
*
*
* Type: UF_PARAM_type_double_length
*
* Name: Stepover Min
* Variable Name: <prefix>_stepover_min
*
* Possible Values: double >0.0
*
*
*
*/
#define UF_PARAM_DPM_STEPOVER_MIN 1707 /* Param_type_double_length */

/* UF_PARAM_DPM_STEPOVER_NUM
*
* Description:
* This parameters specifies DPM Stepover Number
*
* Type: UF_PARAM_type_int
*
* Name: Stepover Number
* Variable Name: <prefix>_stepover_number
*
* Possible Values:
* integer >0
*
*
*
*/
#define UF_PARAM_DPM_STEPOVER_NUM 1712

enum UF_PARAM_dpm_cut_pattern_t
{
UF_PARAM_dpm_cut_pattern_none = 0,
UF_PARAM_dpm_cut_pattern_zig_zag = 1,
UF_PARAM_dpm_cut_pattern_zig = 2,
UF_PARAM_dpm_cut_pattern_zig_contour = 3,

UF_PARAM_dpm_cut_pattern_follow = 4,
UF_PARAM_dpm_cut_pattern_profile = 5,
UF_PARAM_dpm_cut_pattern_drive_curve = 6,

UF_PARAM_dpm_cut_pattern_zig_zag_lift = 7,
UF_PARAM_dpm_cut_pattern_zig_stepover = 8,

UF_PARAM_dpm_cut_pattern_concentric = 9,
UF_PARAM_dpm_cut_pattern_radial = 10,

UF_PARAM_dpm_cut_pattern_radial_zig_zag = 11,
UF_PARAM_dpm_cut_pattern_radial_zig = 12,
UF_PARAM_dpm_cut_pattern_radial_zig_contour = 13,
UF_PARAM_dpm_cut_pattern_radial_zig_stepover = 14,

UF_PARAM_dpm_cut_pattern_concentric_zig_zag = 15,
UF_PARAM_dpm_cut_pattern_concentric_zig = 16,
UF_PARAM_dpm_cut_pattern_concentric_zig_contour = 17,
UF_PARAM_dpm_cut_pattern_concentric_zig_stepover = 18,

UF_PARAM_dpm_cut_pattern_radial_zig_zag_lift = 19,
UF_PARAM_dpm_cut_pattern_helical = 30

};

/* UF_PARAM_DPM_CUT_PATTERN
*
* Description:
* This parameters specifies DPM Cut Pattern
*
* Type: UF_PARAM_type_int
*
* Name: Cut Pattern
* Variable Name: <prefix>_cut_pattern
*
* Possible Values: UF_PARAM_dpm_cut_pattern_t
*
*
*/
#define UF_PARAM_DPM_CUT_PATTERN 1713

/* UF_PARAM_REGION_TOLS
*
* Description:
* This parameters specifies Region Inside and Outside Tolerances
*
* Type: UF_PARAM_type_2d_length
*
* Name: Region Tolerances
* Variable Name: <prefix>_region_tolerances
*
* Possible Values: Positive doubles
*
*
*/
#define UF_PARAM_REGION_TOLS 1715

/* UF_PARAM_FINISH_PASS
*
* Description:
* This parameter for the boundary method (dpmbd) specifies if a Finish Pass
* is to be applied to the part.
*
* Type: UF_PARAM_type_logical
*
* Name: DPMBD Finish Pass
* Variable Name: <prefix>_dpmbd_finish_pass
*
* Possible Values:
* true -not apply
* false -apply
*
*
*/
#define UF_PARAM_FINISH_PASS 1728 /* Param_type_logical */

enum UF_PARAM_part_contain_t
{
UF_PARAM_part_contain_off,
UF_PARAM_part_contain_largest_loop,
UF_PARAM_part_contain_all_loops

};

/* UF_PARAM_ENTIRE_PART
*
* Description:
* This parameter specifies an option for part containment.
*
* Type: UF_PARAM_type_int
*
* Name: DPMBD Entire Part
* Variable Name: <prefix>_dpmbd_entire_part
*
* Possible Values: UF_PARAM_part_contain_t
*
*
*/
#define UF_PARAM_ENTIRE_PART 1729 /* Param_type_int */

/* UF_PARAM_CUSTOM_START
*
* Description:
* This parameter specifies if custom start points are to be used.
*
* Type: UF_PARAM_type_logical
*
* Name: Custom Start
* Variable Name: <prefix>_custom_start
*
* Possible Values:
* false-automatic
* true-custom
*
*
*/
#define UF_PARAM_CUSTOM_START 1730 /* Param_type_logical */

/* UF_PARAM_DISP_TOOL_END
*
* Description:
* This parameter specifies that the cut region display is represented by the
* tool end.
*
* Type: UF_PARAM_type_logical
*
* Name: DPMBD Display Tool End
* Variable Name: <prefix>_dpmbd_display_tool_end
*
* Possible Values:
* false-not display
* true-display
*
*
*/
#define UF_PARAM_DISP_TOOL_END 1731 /* Param_type_logical */

/* UF_PARAM_DISP_TOOL_END_PROJ
*
* Description:
* This parameter specifies that the tool end cut region display is
* projected onto the boundary plane or a plane normal to the projection
* vector.
*
* Type: UF_PARAM_type_logical
*
* Name: DPMBD Display Tool End Proj
* Variable Name: <prefix>_dpmbd_display_tool_end_proj
*
* Possible Values:
* false-not display
* true-display
*
*
*/
#define UF_PARAM_DISP_TOOL_END_PROJ 1732 /* Param_type_logical */

/* UF_PARAM_DISP_CONTACT
*
* Description:
* This parameter specifies that the cut region display is represented by the
* contact points.
*
* Type: UF_PARAM_type_logical
*
* Name: DPMBD Display Contact
* Variable Name: <prefix>_dpmbd_display_contact
*
* Possible Values:
* false-not display
* true-display
*
*
*/
#define UF_PARAM_DISP_CONTACT 1733 /* Param_type_logical */

/* UF_PARAM_DISP_CONTACT_NORMAL
*
* Description:
* This parameter specifies that contact normals will be displayed along the
* contact boundary of the cut region.
*
* Type: UF_PARAM_type_logical
*
* Name: DPMBD Display Contact Normal
* Variable Name: <prefix>_dpmbd_display_contact_normal
*
* Possible Values:
* false-not display
* true-display
*
*
*/
#define UF_PARAM_DISP_CONTACT_NORMAL 1734 /* Param_type_logical */

/* UF_PARAM_START_LIST
*
* Description:
* This parameter specifies a pointer to the list of custom start points
*
* Type: UF_PARAM_type_vla_length
*
* Name: DPMBD Start List
* Variable Name: <prefix>_dpmbd_start_list
*
* Possible Values:
* pointer to a list of start points
*
*
*/
#define UF_PARAM_START_LIST 1735

/* UF_PARAM_PAT_CENTER
*
* Description:
* This parameter specifies a 3d point for the pattern center.
*
* Type: UF_PARAM_type_3d_length
*
* Name: DPMBD Pat Center
* Variable Name: <prefix>_dpmbd_pat_center
*
* Possible Values:
* double[3]
*
*
*/
#define UF_PARAM_PAT_CENTER 1736 /* Param_type_3d_length */

/* UF_PARAM_AUTO_PAT_CENTER
*
* Description:
* This parameter specifies whether to use automatic center pattern.
*
* Type: UF_PARAM_type_logical
*
* Name: DPMBD Auto Pat Center
* Variable Name: <prefix>_dpmbd_auto_pat_center
*
* Possible Values:
* true -automatic
* false-other
*
*
*/
#define UF_PARAM_AUTO_PAT_CENTER 1737 /* Param_type_logical */

/* UF_PARAM_DPMCV_NUM_SEGS
*
* Description:
* This parameter specifies the number of segments to use in the drive curve cut
* method (dpmcv).
*
* Type: UF_PARAM_type_int
*
* Name: DPMCV Num 0f Segs
* Variable Name: <prefix>_dpmcv_num_0f_segs
*
* Possible Values:
* integer
*
*
*/
#define UF_PARAM_DPMCV_NUM_SEGS 1740 /* Param_type_int */

enum UF_PARAM_dpmcv_step_type_t
{
UF_PARAM_dpmcv_step_types_undefined = 0,
UF_PARAM_dpmcv_step_type_points = 10,
UF_PARAM_dpmcv_step_type_tolerance = 20

};

/* UF_PARAM_DPMCV_STEP_TYPE
*
* Description:
* This parameter specifies the step type for the drive curve cut method
* (DPMCV).
*
* Type: UF_PARAM_type_int
*
* Name: DPMCV Step Type
* Variable Name: <prefix>_dpmcv_step_type
*
* Possible Values: UF_PARAM_dpmcv_step_type_t
*
*
*/
#define UF_PARAM_DPMCV_STEP_TYPE 1741 /* Param_type_int */

/* UF_PARAM_DPMCV_STEP_TOL
*
* Description:
* This parameter specifies the step tolerance for the drive curve cut
* method (dpmcv).
*
* Type: UF_PARAM_type_double
*
* Name: DPMCV Step Tolerance
* Variable Name: <prefix>_dpmcv_step_tolerance
*
* Possible Values:
* double
*
*
*/
#define UF_PARAM_DPMCV_STEP_TOL 1744

/* UF_PARAM_DPMCV_DATA_TYPE
*
* Description:
* When using interpolated tool axis this parameter specifies the type
* of data to be interpolated in the drive curve cut method (dpmcv).
*
* If the data type is vector then xyz vector data will be associated to
* a number of points on the drive curve and interpolated.
*
* If the data is angle then pairs of angles representing lead and tilt
* will be associated to a number of points on the drive curve. These
* angle pairs will be interpolated. When the tool is projected to the part
* then the tool axis will be determined.
*
* Type: UF_PARAM_type_int
*
* Name: DPMCV Data Type
* Variable Name: <prefix>_dpmcv_data_type
*
* Possible Values:
* 0-vector interpolation
* 1-angle interpolation
*
*
*/
#define UF_PARAM_DPMCV_DATA_TYPE 1745 /* Param_type_int */

/* UF_PARAM_DPMCV_INTERPOLATION_METHOD
*
* Description:
* When using interpolation this parameter specifies the method
* of interpolation in the drive curve cut method (dpmcv).
*
* Type: UF_PARAM_type_int
*
* Name: DPMCV Interpolation Method
* Variable Name: <prefix>_dpmcv_interpolation_method
*
* Possible Values:
* 0-TAXDS_INTP_LINEAR
* 1-TAXDS_INTP_CUBIC_SPLINE
*
*
*/
#define UF_PARAM_DPMCV_INTERPOLATION_METHOD 1746 /* Param_type_int */

enum UF_PARAM_dpmrc_bnd_dir_t
{
UF_PARAM_dpmrc_bnd_dir_forward,
UF_PARAM_dpmrc_bnd_dir_backward
};

/* UF_PARAM_DPMRC_BOUNDARY_DIR
*
* Description:
* This parameter specifies the boundary direction in the radial cut drive method
* (dpmrc).
*
* Type: UF_PARAM_type_int
*
* Name: DPMRC Boundary Dir
* Variable Name: <prefix>_dpmrc_boundary_dir
*
* Possible Values: UF_PARAM_dpmrc_bnd_dir_t
*
*
*/
#define UF_PARAM_DPMRC_BOUNDARY_DIR 1751 /* Param_type_int */

/* UF_PARAM_DPMRC_BOUNDARY_RIGHT
*
* Description:
* This parameter specifies how far the radial cut goes to the right side of
* the boundary in the radial cut drive method (dpmrc). This may also
* be called the right side band width.
*
* Type: UF_PARAM_type_double
*
* Name: DPMRC Boundary Right
* Variable Name: <prefix>_dpmrc_boundary_right
*
* Possible Values:
* double
*
*
*/
#define UF_PARAM_DPMRC_BOUNDARY_RIGHT 1753

/* UF_PARAM_DPMRC_BOUNDARY_LEFT
*
* Description:
* This parameter specifies how far the radial cut goes to the left side of
* the boundary in the radial cut drive method (dpmrc). This may also
* be called the left side band width.
*
* Type: UF_PARAM_type_double
*
* Name: DPMRC Boundary Left
* Variable Name: <prefix>_dpmrc_boundary_left
*
* Possible Values:
* double
*
*
*/
#define UF_PARAM_DPMRC_BOUNDARY_LEFT 1754

/* UF_PARAM_SC_MAX_STEP_PERC
*
* Description:
* This parameter specifies the maximum step as a percentage of
* the tool diameter.
*
* Type: UF_PARAM_type_double
*
* Name: Max step as percentage of tool
* Variable Name: <prefix>_max_step_as_percentage_of_tool
*
* Possible Values:
* double
*
*
*/
#define UF_PARAM_SC_MAX_STEP_PERC 1755 /* UF_PARAM_type_double */

enum UF_PARAM_bnd_method_t
{
UF_PARAM_bnd_diagonal_pts = 10,
UF_PARAM_bnd_grid_percent = 20

};

/* UF_PARAM_BND_METHOD
*
* Description:
* This index specifies the boundary method for setting the cut area
*
* Type: UF_PARAM_type_int
*
* Name: Surface Drive Cut Area Method
* Variable Name: <prefix>_surface_drive_cut_area_method
*
* Possible Values: UF_PARAM_bnd_method_t
*
*
*/
#define UF_PARAM_BND_METHOD 1756 /* UF_PARAM_type_int */

/* UF_PARAM_CUT_PERC
*
* Description:
* This index specifies the cut percentages of the cut area
*
* Type: UF_PARAM_type_vla_real
*
* Name: Surface Percentages
* Variable Name: <prefix>_surface_percentages
*
* Possible Values: double array [6]
*
*
*/
#define UF_PARAM_CUT_PERC 1757 /* UF_PARAM_type_vla_real */

enum UF_PARAM_cut_uv_dir_t
{
UF_PARAM_cut_uv_dir_undefined = 0,
UF_PARAM_cut_uv_dir_posU = 1,
UF_PARAM_cut_uv_dir_negU = 2,
UF_PARAM_cut_uv_dir_posV = 3,
UF_PARAM_cut_uv_dir_negV = 4

};

/* UF_PARAM_CUT_UV_DIR
*
* Description:
* This index specifies the cut direction of drive path
* in UV space.
*
* Type: UF_PARAM_type_int
*
* Name: Surface UV Direction
* Variable Name: <prefix>_surface_uv_direction
*
* Possible Values: UF_PARAM_cut_uv_dir_t
*
*
*/
#define UF_PARAM_CUT_UV_DIR 1758 /* UF_PARAM_type_int */

enum UF_PARAM_step_type_t
{
UF_PARAM_step_type_points = 10,
UF_PARAM_step_type_tolerance = 20

};

/* UF_PARAM_STEP_METHOD
*
* Description:
* This index specifies the step method of drive path.
*
* Type: UF_PARAM_type_int
*
* Name: Step Method
* Variable Name: <prefix>_step_method
*
* Possible Values: UF_PARAM_step_type_t
*
*
*/
#define UF_PARAM_STEP_METHOD 1759 /* UF_PARAM_type_int */

/* UF_PARAM_STEP_POINTS
*
* Description:
* This index specifies the step points (step and stepover parameters) of drive path.
* This index is only valid for the Surface Area Drive Method and
* UF_PARAM_STEP_METHOD = UF_PARAM_step_type_points and
* UF_PARAM_STEPOVER_TYPE = UF_PARAM_stepover_type_number.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Step Points
* Variable Name: <prefix>_step_points
*
* Possible Values: int array [5]
*
* For UF_PARAM_DPM_CUT_PATTERN = UF_PARAM_dpm_cut_pattern_follow
*
* [0] = Number of first cut points
* [1] = Number of second cut points
* [2] = Number of third and subsequent cut points
* [3] = Number of stepovers in first direction
* [4] = Number of stepovers in second direction
*
* For UF_PARAM_DPM_CUT_PATTERN = all other values
*
* [0] = Number of first cut points
* [1] = Number of last cut points
* [2] = Number of stepovers
*
*
*/
#define UF_PARAM_STEP_POINTS 1760 /* UF_PARAM_type_vla_int */

/* UF_PARAM_STEP_INTOL
*
* Description:
* This index specifies the cut step intol of drive path
*
* Type: UF_PARAM_type_double_length
*
* Name: Step Intol
* Variable Name: <prefix>_step_intol
*
* Possible Values: Positive double
*
*
*/
#define UF_PARAM_STEP_INTOL 1761 /* UF_PARAM_type_double_length */

/* UF_PARAM_STEP_OUTTOL
*
* Description:
* This index specifies the cut step outtol of drive path
*
* Type: UF_PARAM_type_double_length
*
* Name: Step Outtol
* Variable Name: <prefix>_step_outtol
*
* Possible Values: Positive double
*
*
*/
#define UF_PARAM_STEP_OUTTOL 1762 /* UF_PARAM_type_double_length */

enum UF_PARAM_tool_posi_t
{
UF_PARAM_tool_posi_on_same = 1,
UF_PARAM_tool_posi_on_opp = 2,
UF_PARAM_tool_posi_tanto_same = 3,
UF_PARAM_tool_posi_tanto_opp = 4,
UF_PARAM_tool_posi_contact = 5

};

/* UF_PARAM_TOOL_POSITION
*
* Description:
* This index specifies the tool position of drive path
*
* Type: UF_PARAM_type_int
*
* Name: Tool Position
* Variable Name: <prefix>_tool_position
*
* Possible Values: UF_PARAM_dpmsa_tool_posi_t
*
*
*/
#define UF_PARAM_TOOL_POSITION 1763 /* UF_PARAM_type_int */

/* UF_PARAM_STOCK_DRIVE_GEOM
*
* Description:
* This index specifies the stock for drive geometry.
*
* Type: UF_PARAM_type_double_length
*
* Name: Drive Geometry Stock
* Variable Name: <prefix>_drive_geometry_stock
*
* Possible Values: double
*
*
*/
#define UF_PARAM_STOCK_DRIVE_GEOM 1764 /* UF_PARAM_type_double_length */

enum UF_PARAM_stepover_uv_dir_t
{
UF_PARAM_stepover_uv_dir_undefined = 0,
UF_PARAM_stepover_uv_dir_posU = 1,
UF_PARAM_stepover_uv_dir_negU = 2,
UF_PARAM_stepover_uv_dir_posV = 3,
UF_PARAM_stepover_uv_dir_negV = 4

};

/* UF_PARAM_STEPOVER_UV_DIR
*
* Description:
* This index specifies the stepover direction of drive path
* in UV space.
*
* Type: UF_PARAM_type_int
*
* Name: Stepover UV Direction
* Variable Name: <prefix>_stepover_uv_direction
*
* Possible Values: UF_PARAM_stepover_uv_dir_t
*
*
*/
#define UF_PARAM_STEPOVER_UV_DIR 1765 /* UF_PARAM_type_int */

/* UF_PARAM_HORIZONAL_LIMIT
*
* Description:
* This index specifies the horizontal limit for stepover of drive path
*
* Type: UF_PARAM_type_double_length
*
* Name: Horizontal Limit
* Variable Name: <prefix>_horizontal_limit
*
* Possible Values: double
*
*
*/
#define UF_PARAM_HORIZONAL_LIMIT 1766 /* UF_PARAM_type_double_length */

/* UF_PARAM_VERTICAL_LIMIT
*
* Description:
* This index specifies the vertical limit for stepover of drive path
*
* Type: UF_PARAM_type_double_length
*
* Name: Vertical Limit
* Variable Name: <prefix>_vertical_limit
*
* Possible Values: double
*
*
*/
#define UF_PARAM_VERTICAL_LIMIT 1767 /* UF_PARAM_type_double_length */

enum UF_PARAM_drive_avoid_type_t
{
UF_PARAM_drive_avoid_none,
UF_PARAM_drive_avoid_warning,
UF_PARAM_drive_avoid_stepover,
UF_PARAM_drive_avoid_lift

};

/* UF_PARAM_DRIVE_AVOIDANCE
*
* Description:
* This parameter specifies the action to be taken when a gouge of the
* drive surface is detected by the processor.
*
* Type: UF_PARAM_type_int
*
* Name: Drive Avoidance
* Variable Name: <prefix>_drive_avoidance
*
* Possible Values: UF_PARAM_drive_avoid_type_t
*
*
*/
#define UF_PARAM_DRIVE_AVOIDANCE 1777 /* UF_PARAM_type_int */

/* UF_PARAM_DPMSA_DATA_TYPE
*
* Description:
* This index specifies the interpolation data type
* of the Surface Countoring surface area method (dpmsa).
*
* Type: UF_PARAM_type_int
*
* Name: Surface Drive Data Type
* Variable Name: <prefix>_surface_drive_data_type
*
* Possible Values: int
*
*
*/
#define UF_PARAM_DPMSA_DATA_TYPE 1778 /* UF_PARAM_type_int */

/* UF_PARAM_DPMSA_INTERPOLATION_METHOD
*
* Description:
* This index specifies the interpolation method
* of the Surface Countoring surface area method (dpmsa).
*
* Type: UF_PARAM_type_int
*
* Name: Surface Drive Interpolation Method
* Variable Name: <prefix>_surface_drive_interpolation_method
*
* Possible Values: int
*
*
*/
#define UF_PARAM_DPMSA_INTERPOLATION_METHOD 1779 /* UF_PARAM_type_int */

enum UF_PARAM_steep_opt_t
{
UF_PARAM_steep_contain_none,
UF_PARAM_non_steep_non_directional,
UF_PARAM_steep_directional

};

/* UF_PARAM_STEEP_OPT
*
* Description:
* This parameter specifies a steep containment option for an operation.
*
* Type: UF_PARAM_type_int
*
* Name: Steep Option
* Variable Name: <prefix>_steep_option
*
* Possible Values: UF_PARAM_steep_opt_t
*
*
*/
#define UF_PARAM_STEEP_OPT 1780 /* UF_PARAM_type_int */

enum UF_PARAM_swarf_ruling_type_t
{
UF_PARAM_swarf_ruling_type_grid_or_trim,
UF_PARAM_swarf_ruling_type_uv

};

/* UF_PARAM_SWARF_RULING_TYPE
*
* Description:
* This parameter specifies an option for swarf cutting.
*
* Type: UF_PARAM_type_int
*
* Name: SWARF RULING TYPE
* Variable Name: <prefix>_swarf_ruling_type
*
* Possible Values: UF_PARAM_swarf_ruling_type_t
*
*
*/
#define UF_PARAM_SWARF_RULING_TYPE 1785 /* UF_PARAM_type_int */

/* UF_PARAM_AUTO_WALL_SELECTION
*
* Description:
* This index specifies whether the automatic wall selection is specified.
*
* Type: UF_PARAM_type_logical
*
* Name: Automatic Wall Selection
* Variable Name: <prefix>_automatic_wall_selection
*
* Possible Values: logical
*
*
*/
#define UF_PARAM_AUTO_WALL_SELECTION 1786 /* UF_PARAM_type_logical */

/* UF_PARAM_START_CUT_FACE
*
* Description:
* This index specifies the start cut face.
*
* Type: UF_PARAM_type_tag
*
* Name: Start Cut Face
* Variable Name: <prefix>_start_cut_face
*
* Possible Values: tag
*
*
*/
#define UF_PARAM_START_CUT_FACE 1787 /* UF_PARAM_type_tag */

/* UF_PARAM_START_CUT_UV
*
* Description:
* This index specifies the start cut UV parameters.
*
* Type: UF_PARAM_type_2d
*
* Name: Start Cut UV
* Variable Name: <prefix>_start_cut_uv
*
* Possible Values: double[2]
*
*
*/
#define UF_PARAM_START_CUT_UV 1788 /* UF_PARAM_type_2d */

/* UF_PARAM_DPMUD_ENV_VAR_NAME
*
* Description:
* This index specifies the environment variable name
* of the Surface Countoring user-defined method (dpmud).
*
* Type: UF_PARAM_type_string
*
* Name: User Defined Drive Env Var Name
* Variable Name: <prefix>_user_defined_drive_env_var_name
*
* Possible Values: char[45]
*
*
*/
#define UF_PARAM_DPMUD_ENV_VAR_NAME 1792 /* UF_PARAM_type_string */

/* UF_PARAM_DPMUD_ENTRY_PT_NAME
*
* Description:
* This index specifies the entry point name
* of the Surface Countoring user-defined method (dpmud).
*
* Type: UF_PARAM_type_string
*
* Name: User Defined Drive Entry Point Name
* Variable Name: <prefix>_user_defined_drive_entry_point_name
*
* Possible Values: char[7]
*
*
*/
#define UF_PARAM_DPMUD_ENTRY_PT_NAME 1793 /* UF_PARAM_type_string */

/* UF_PARAM_WITH_RADIUS
*
* Description:
* This index specifies the flag indicating if maximum radius is used in
* spiral cut pattern.
*
* Type: UF_PARAM_type_logical
*
* Name: With Radius
* Variable Name: <prefix>_with_radius
*
* Possible Values: logical
*
*
*/
#define UF_PARAM_WITH_RADIUS 1794 /* UF_PARAM_type_logical */

/* UF_PARAM_SPIRAL_RADIUS
*
* Description:
* This index specifies the maximum radius of the circle.
*
* Type: UF_PARAM_type_double_length
*
* Name: Spiral Radius
* Variable Name: <prefix>_spiral_radius
*
* Possible Values: double
*
*
*/
#define UF_PARAM_SPIRAL_RADIUS 1795 /* UF_PARAM_type_double_length */

/* UF_PARAM_SPIRAL_CENTER
*
* Description:
* This index specifies the center point of the spiral pattern.
*
* Type: UF_PARAM_type_3d_length
*
* Name: Spiral Center
* Variable Name: <prefix>_spiral_center
*
* Possible Values: double[3]
*
*
*/
#define UF_PARAM_SPIRAL_CENTER 1796 /* UF_PARAM_type_3d_length */

/* UF_PARAM_END_CUT_FACE
*
* Description:
* This index specifies the end cut face.
*
* Type: UF_PARAM_type_tag
*
* Name: End Cut Face
* Variable Name: <prefix>_end_cut_face
*
* Possible Values: tag
*
*
*/
#define UF_PARAM_END_CUT_FACE 1797 /* UF_PARAM_type_tag */

/* UF_PARAM_END_CUT_UV
*
* Description:
* This index specifies the end cut UV parameters.
*
* Type: UF_PARAM_type_2d
*
* Name: End Cut UV
* Variable Name: <prefix>_end_cut_uv
*
* Possible Values: double[2]
*
*
*/
#define UF_PARAM_END_CUT_UV 1798 /* UF_PARAM_type_2d */

/* UF_PARAM_SWARF_TILT_ANGLE
*
* Description:
* This parameter specifies an option for swarf cutting.
*
* Type: UF_PARAM_type_double
*
* Name: SWARF TILT ANGLE
* Variable Name: <prefix>_swarf_tilt_angle
*
* Possible Values: 0.0
*
*
*/
#define UF_PARAM_SWARF_TILT_ANGLE 1799 /* UF_PARAM_type_double */

enum UF_PARAM_engage_type_e
{
UF_PARAM_engage_type_undefined = -1,
UF_PARAM_engage_type_auto_circular = 0,
UF_PARAM_engage_type_auto_linear = 1,
UF_PARAM_engage_type_vector = 2,
UF_PARAM_engage_type_angle_distance = 3,
UF_PARAM_engage_type_rel_linear = 4,
UF_PARAM_engage_type_point = 5,
UF_PARAM_engage_type_two_circles = 6,
UF_PARAM_engage_type_2pt_tang = 7

};
typedef enum UF_PARAM_engage_type_e UF_PARAM_engage_type_t;

/* UF_PARAM_ENGAGE_TYPE
*
* Description:
* For turning teachmode operations, this parameter defines the type
* of the engage motion.
*
* Type: UF_PARAM_type_int
*
* Name: Engage Type
* Variable Name: <prefix>_engage_type
*
* Possible Values: UF_PARAM_engage_type_t
*
*
*
*/
#define UF_PARAM_ENGAGE_TYPE 1809

enum UF_PARAM_retract_type_e
{
UF_PARAM_retract_type_undefined = -1,
UF_PARAM_retract_type_auto_circular = 0,
UF_PARAM_retract_type_auto_linear = 1,
UF_PARAM_retract_type_vector = 2,
UF_PARAM_retract_type_angle_distance = 3,
UF_PARAM_retract_type_rel_linear = 4,
UF_PARAM_retract_type_point = 5,
UF_PARAM_retract_type_two_circles = 6,
UF_PARAM_retract_type_2pt_tang = 7

};
typedef enum UF_PARAM_retract_type_e UF_PARAM_retract_type_t;

/* UF_PARAM_RETRACT_TYPE
*
* Description:
* For turning teachmode operations, this parameter defines the type
* of the retract motion.
*
* Type: UF_PARAM_type_int
*
* Name: Retract Type
* Variable Name: <prefix>_retract_type
*
* Possible Values: UF_PARAM_retract_type_t
*
*
*
*/
#define UF_PARAM_RETRACT_TYPE 1816

/* UF_PARAM_MINIMUM_CORNER_FILLET_RADIUS
*
* Description:
* Paramter is the smalled permitted radius of a corner fillet.
*
* Type: UF_PARAM_type_double_length
*
* Name: Minimum Corner Fillet Path Radius
* Variable Name: <prefix>_minimum_corner_fillet_path_radius
*
* Possible Values: positive UF_PARAM_type_double_length.
*
*
*/
#define UF_PARAM_MINIMUM_CORNER_FILLET_RADIUS 1824 /* UF_PARAM_type_int */

enum UF_PARAM_gouge_checking_flag_e
{
UF_PARAM_gouge_checking_flag_off = 0,
UF_PARAM_gouge_checking_flag_on = 1

};
typedef enum UF_PARAM_gouge_checking_flag_e UF_PARAM_gouge_checking_flag_t;

/* UF_PARAM_GOUGE_CHECKING_FLAG
*
* Description:
* Paramter is used to perform gouge checking during
* generation of a tool path.
*
* Type: UF_PARAM_type_int
*
* Name: Gouge Checking Flag
* Variable Name: <prefix>_gouge_checking_flag
*
* Possible Values: UF_PARAM_gouge_checking_flag_t
*
*
*/
#define UF_PARAM_GOUGE_CHECKING_FLAG 1825 /* UF_PARAM_type_int */

/* UF_PARAM_CUSTOM_END
*
* Description:
* This parameter specifies if custom end points are to be used.
*
* Type: UF_PARAM_type_logical
*
* Name: Custom End
* Variable Name: <prefix>_custom_end
*
* Possible Values:
* false-automatic
* true-custom
*
*
*/
#define UF_PARAM_CUSTOM_END 1826 /* Param_type_logical */

/* UF_PARAM_MULTI_WALL_PASSES
*
* Description:
* This parameter specifies if custom wall multiple passes are to be used.
*
* Type: UF_PARAM_type_logical
*
* Name: Multiple wall passes
* Variable Name: <prefix>_multiple_wall_passes
*
* Possible Values:
* false (default)
* true-custom
*
*
*/
#define UF_PARAM_MULTI_WALL_PASSES 1827 /* Param_type_logical */

/* UF_PARAM_WALL_STOCK_OFFSET
*
* Description:
* This parameter specifies the custom wall stock offset.
*
* Type: UF_PARAM_type_double_length
*
* Name: Wall stock offset
* Variable Name: <prefix>_wall_stock_offset
*
* Possible Values:
* 0.0 -- default
* positive number
*
*
*/
#define UF_PARAM_WALL_STOCK_OFFSET 1828 /* Param_type_double_length */

/* UF_PARAM_WALL_STEP_METHOD
*
* Description:
* This parameter specifies the custom wall step method.
*
* Type: UF_PARAM_type_int
*
* Name: Wall step method
* Variable Name: <prefix>_wall_step_method
*
* Possible Values:
* UF_PARAM_wall_step_method_flag_increment --- increment (default)
* UF_PARAM_wall_step_method_flag_num_passes --- number of passes
*
*
*/
#define UF_PARAM_WALL_STEP_METHOD 1829 /* Param_type_int */

/* UF_PARAM_WALL_INCREMENT
*
* Description:
* This parameter specifies the custom wall increment of stocks.
*
* Type: UF_PARAM_type_double_length
*
* Name: Wall increment
* Variable Name: <prefix>_wall_increment
*
* Possible Values:
* 0.0 -- default
* positive number
*
*
*/
#define UF_PARAM_WALL_INCREMENT 1830 /* Param_type_double_length */

/* UF_PARAM_WALL_NUMBER_PASSES
*
* Description:
* This parameter specifies the custom wall number of passes.
*
* Type: UF_PARAM_type_int
*
* Name: Wall number passes
* Variable Name: <prefix>_wall_number_passes
*
* Possible Values:
* 0 --- default
* positive integer
*
*
*/
#define UF_PARAM_WALL_NUMBER_PASSES 1831 /* Param_type_int */

/* UF_PARAM_MULTIPASS_ORDER
*
* Description:
* This parameter specifies the order of multiple passes.
*
* Type: UF_PARAM_type_int
*
* Name: Multipass order
* Variable Name: <prefix>_multipass_order
*
* Possible Values:
* UF_PARAM_multipass_order_wall_first --- wall first (default)
* UF_PARAM_multipass_order_floor_first --- floor first
*
*
*/
#define UF_PARAM_MULTIPASS_ORDER 1832 /* Param_type_int */

/* UF_PARAM_MULTI_FLOOR_PASSES
*
* Description:
* This parameter specifies if custom floor multiple passes are to be used.
*
* Type: UF_PARAM_type_logical
*
* Name: Multiple floor passes
* Variable Name: <prefix>_multiple_floor_passes
*
* Possible Values:
* false (default)
* true-custom
*
*
*/
#define UF_PARAM_MULTI_FLOOR_PASSES 1833 /* Param_type_logical */

/* UF_PARAM_START_EXT_DIST_TYPE
*
* Description:
* This parameter specifies start extension distance type
*
* Type: UF_PARAM_type_int
*
* Name: Start ext distance type
* Variable Name: <prefix>_start_ext_distance_type
*
* Possible Values:
* UF_PARAM_start_ext_dist_type_spec --- specified value
* UF_PARAM_start_ext_dist_type_tool --- percentage of tool diameter
*
*
*/
#define UF_PARAM_START_EXT_DIST_TYPE 1834 /* Param_type_int */

/* UF_PARAM_START_EXT_DIST_SPEC_VALUE
*
* Description:
* This parameter specifies start extension distance specified value
*
* Type: UF_PARAM_type_double_length
*
* Name: Start ext distance specified value
* Variable Name: <prefix>_start_ext_distance_specified_value
*
* Possible Values:
* 0.5 (default) --- specified value
*
*
*/
#define UF_PARAM_START_EXT_DIST_SPEC_VALUE 1835 /* Param_type_double_length */

/* UF_PARAM_END_EXT_DIST_TYPE
*
* Description:
* This parameter specifies end extension distance type
*
* Type: UF_PARAM_type_int
*
* Name: End ext distance type
* Variable Name: <prefix>_end_ext_distance_type
*
* Possible Values:
* UF_PARAM_end_ext_dist_type_spec --- specified value
* UF_PARAM_end_ext_dist_type_tool --- percentage of tool diameter
*
*
*/
#define UF_PARAM_END_EXT_DIST_TYPE 1836 /* Param_type_int */

/* UF_PARAM_END_EXT_DIST_SPEC_VALUE
*
* Description:
* This parameter specifies end extension distance specified value
*
* Type: UF_PARAM_type_double_length
*
* Name: End ext distance specified value
* Variable Name: <prefix>_end_ext_distance_specified_value
*
* Possible Values:
* 0.5 (default) --- specified value
*
*
*/
#define UF_PARAM_END_EXT_DIST_SPEC_VALUE 1837 /* Param_type_double_length */

/* UF_PARAM_START_EXT_DIST_USAGE
*
* Description:
* This parameter specifies if the extension of the start of cut is to be used.
*
* Type: UF_PARAM_type_int
*
* Name: Extend
* Variable Name: <prefix>_extend
*
* Possible Values:
* 0 (default)
* 1 extended
*
*
*/
#define UF_PARAM_START_EXT_DIST_USAGE 1839 /* Param_type_logical */

/* UF_PARAM_END_EXT_DIST_USAGE
*
* Description:
* This parameter specifies if the extension of the end of cut is to be used.
*
* Type: UF_PARAM_type_int
*
* Name: Extend
* Variable Name: <prefix>_extend
*
* Possible Values:
* 0 (default)
* 1 extended
*
*
*/
#define UF_PARAM_END_EXT_DIST_USAGE 1840 /* Param_type_logical */

enum UF_PARAM_mct_turret_wpl_type_t
{
UF_PARAM_mct_turret_wpl_type_x_y = 0,
UF_PARAM_mct_turret_wpl_type_z_x = 1
};

/* UF_PARAM_MCT_TURRET_WPL_TYPE
*
* Description:
* Parameter defines the plane of workplane
* coordinate system to be designated as
* The carrier's Lathe Work Plane (either XY or ZX).
*
* Type: UF_PARAM_type_int
*
* Name: Carrier Workplane Type
* Variable Name: <prefix>_carrier_workplane_type
*
* Possible Values: UF_PARAM_mct_turret_wpl_type_t
*
*
*/
#define UF_PARAM_MCT_TURRET_WPL_TYPE 2011

/* UF_PARAM_MCT_TURRET_WPL_TAG
*
* Description:
* Parameter defines the orientation of the
* carrier's work plane by a coordinate system.
*
* Type: UF_PARAM_type_tag (References CSYSTEM_xform object)
*
* Name: Carrier Workplane Tag
* Variable Name: <prefix>_carrier_workplane_tag
*
* Possible Values: valid CSYSTEM_xform tag
*
*
*/
#define UF_PARAM_MCT_TURRET_WPL_TAG 2012

/* UF_PARAM_MCT_CHANNEL_ID
*
* Description:
* This parameter specifies the current output channel
*
* Type: UF_PARAM_type_string
*
* Name: Channel ID
* Variable Name: <prefix>_channel_id
*
* Possible Values:
*
*
*/
#define UF_PARAM_MCT_CHANNEL_ID 2033 /* Param_type_string */

/* UF_PARAM_MCT_ALL_CHANNEL_IDS
*
* Description:
* This parameter specifies all channels which can control the device
*
* Type: UF_PARAM_type_vla_string
*
* Name: All Channel IDS
* Variable Name: <prefix>_all_channel_ids
*
* Possible Values:
*
*
*/
#define UF_PARAM_MCT_ALL_CHANNEL_IDS 2034 /* Param_type_vla_string */

enum UF_PARAM_cutter_data_output_type_t
{
UF_PARAM_tool_preNX2_contact_data_2D = -1,
UF_PARAM_tool_centerline_data = 0,
UF_PARAM_tool_contact_data_2D = 1,
UF_PARAM_tool_contact_data_3D = 2
};

/* UF_PARAM_CUTTER_DATA_OUTPUT
*
* Description:
* Indicates to the processor the type of cutter data to output to
* the tool path.
*
* Type: UF_PARAM_type_int
*
* Name: Cutter data output indicator
* Variable Name: <prefix>_cutter_data_output_indicator
*
* Possible Values: UF_PARAM_cutter_data_output_type_t
*
*
*/
#define UF_PARAM_CUTTER_DATA_OUTPUT 2401

enum UF_PARAM_tracking_point_type_t
{
UF_PARAM_contact_point = 0,
UF_PARAM_user_defined_point = 1
};

/* UF_PARAM_TRACKING_POINT_TYPE
*
* Description:
* Indicates the type of tracking point active for
* the operation.
*
* Type: UF_PARAM_type_int
*
* Name: Active tracking point type indicator
* Variable Name: <prefix>_active_tracking_point_type_indicator
*
* Possible Values: UF_PARAM_tracking_point_type_t
*
*
*/
#define UF_PARAM_TRACKING_POINT_TYPE 2402

/* UF_PARAM_TURN_DWELL_FLAG
*
* Description:
* This parameter controls the activation of Dwell after Rough cut.
*
* Type: UF_PARAM_type_int
*
* Name: Dwell Flag
* Variable Name: <prefix>_dwell_flag
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_DWELL_FLAG 2500 /* Param_type_int */

/* UF_PARAM_TURN_DWELL
*
* Description:
* This parameter controls the dwell time. It represents the time in
* seconds or the number of revolutions based on the setting of the
* dwell units parameter.
*
* Type: UF_PARAM_type_double
*
* Name: Dwell
* Variable Name: <prefix>_dwell
*
* Possible Values:
* positive double (don't use decimals for revolutions)
*
*
*/
#define UF_PARAM_TURN_DWELL 2501 /* UF_PARAM_type_double */

enum UF_PARAM_turn_dwell_unit_e
{
UF_PARAM_turn_dwell_unit_seconds = 0,
UF_PARAM_turn_dwell_unit_revolutions
};
typedef enum UF_PARAM_turn_dwell_unit_e UF_PARAM_turn_dwell_unit_t;

/* UF_PARAM_TURN_DWELL_UNIT
*
* Description:
* This parameter controls whether dwell is using seconds or revolutions.
*
* Type: UF_PARAM_type_int
*
* Name: Dwell Unit
* Variable Name: <prefix>_dwell_unit
*
* Possible Values: UF_PARAM_turn_dwell_unit_t
*
*
*/
#define UF_PARAM_TURN_DWELL_UNIT 2502

/* UF_PARAM_TURN_DWELL_TOG
*
* Description:
* This parameter activates/deactivates dwell for centerline drilling.
*
* Type: UF_PARAM_type_int
*
* Name: Dwell Toggle
* Variable Name: <prefix>_dwell_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_DWELL_TOG 2503 /* UF_PARAM_type_int */

enum UF_PARAM_turn_displ_coll_e
{
UF_PARAM_turn_displ_coll_inactive_insert_only = 0,
UF_PARAM_turn_displ_coll_active_insert_only,
UF_PARAM_turn_displ_coll_inactive_insert_and_holder,
UF_PARAM_turn_displ_coll_active_insert_and_holder
};
typedef enum UF_PARAM_turn_displ_coll_e UF_PARAM_turn_displ_coll_t, *UF_PARAM_turn_displ_coll_p_t;

/* UF_PARAM_TURN_DISPL_COLL_TOG
*
* Description:
* This parameter controls the visual representation of collisions
* in turning operations. That's rapid motions where the insert
* or insert & holder gouges the actual in-process workpiece.
*
* Type: UF_PARAM_type_int
*
* Name: Display Collisions
* Variable Name: <prefix>_display_collisions
*
* Possible Values: UF_PARAM_turn_displ_coll_t
*
*
*/
#define UF_PARAM_TURN_DISPL_COLL_TOG 2504 /* UF_PARAM_type_int */

/* UF_PARAM_TURN_ENG_RET_MIN_DIST
*
* Description:
* Specifies the minimum length of automatic linear engage and
* retract motions for all turning operations. For automatic
* circular engage and retract it defines the minimum radius.
*
* Type: UF_PARAM_type_double_length
*
* Name: Minimum Eng Ret Distance
* Variable Name: <prefix>_minimum_eng_ret_distance
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_ENG_RET_MIN_DIST 2505 /* UF_PARAM_type_double_length */

enum UF_PARAM_turn_avoidance_start_mode_t
{
UF_PARAM_turn_avoidance_start_mode_point = 0,
UF_PARAM_turn_avoidance_start_mode_delta
};

/* UF_PARAM_TURN_AVOIDANCE_START_MODE
*
* Description:
* This parameter defines how the start point coordinates are defined.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Avoidance Start Mode
* Variable Name: <prefix>_turn_avoidance_start_mode
*
* Possible Values: UF_PARAM_turn_avoidance_start_mode_t
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_START_MODE 2508

enum UF_PARAM_turn_avoidance_return_mode_t
{
UF_PARAM_turn_avoidance_return_mode_point = 0,
UF_PARAM_turn_avoidance_return_mode_delta,
UF_PARAM_turn_avoidance_return_mode_same_as_start
};

/* UF_PARAM_TURN_AVOIDANCE_RETURN_MODE
*
* Description:
* This parameter defines how the return point coordinates are defined.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Avoidance Return Mode
* Variable Name: <prefix>_turn_avoidance_return_mode
*
* Possible Values: UF_PARAM_turn_avoidance_return_mode_t
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_RETURN_MODE 2509

enum UF_PARAM_turn_avoidance_gohome_mode_t
{
UF_PARAM_turn_avoidance_gohome_mode_point = 0,
UF_PARAM_turn_avoidance_gohome_mode_same_as_from
};

/* UF_PARAM_TURN_AVOIDANCE_GOHOME_MODE
*
* Description:
* This parameter defines how the gohome point coordinates are defined.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Avoidance Gohome Mode
* Variable Name: <prefix>_turn_avoidance_gohome_mode
*
* Possible Values: UF_PARAM_turn_avoidance_gohome_mode_t
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_GOHOME_MODE 2510

enum UF_PARAM_turn_avoidance_departure_mode_t
{
UF_PARAM_turn_avoidance_departure_mode_points = 0,
UF_PARAM_turn_avoidance_departure_mode_same_as_approach,
UF_PARAM_turn_avoidance_departure_mode_points_before_tool_change,
UF_PARAM_turn_avoidance_departure_mode_same_as_approach_before_tool_change
};

/* UF_PARAM_TURN_AVOIDANCE_DEPARTURE_MODE
*
* Description:
* This parameter defines how the departure point coordinates are defined.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Avoidance Departure Mode
* Variable Name: <prefix>_turn_avoidance_departure_mode
*
* Possible Values: UF_PARAM_turn_avoidance_departure_mode_t
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_DEPARTURE_MODE 2511

enum UF_PARAM_turn_avoidance_delta_type_t
{
UF_PARAM_turn_avoidance_delta_type_angle_distance = 0,
UF_PARAM_turn_avoidance_delta_type_delta_move,
UF_PARAM_turn_avoidance_delta_type_vector_distance
};

/* UF_PARAM_TURN_AVOIDANCE_START_DELTA_TYPE
*
* Description:
* This parameter defines how the start point delta is defined.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Avoidance Start Delta Type
* Variable Name: <prefix>_turn_avoidance_start_delta_type
*
* Possible Values: UF_PARAM_turn_avoidance_delta_type_t
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_START_DELTA_TYPE 2512

/* UF_PARAM_TURN_AVOIDANCE_START_ANGLE_TAG
*
* Description:
* This parameter holds the object ID of a vector referencing
* the angle for the start point distance definition.
*
* Type: UF_PARAM_type_tag
*
* Name: Turn Avoidance Start Angle Tag
* Variable Name: <prefix>_turn_avoidance_start_angle_tag
*
* Possible Values: UF_PARAM_type_tag
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_START_ANGLE_TAG 2513

/* UF_PARAM_TURN_AVOIDANCE_START_ANGLE_VALUE
*
* Description:
* This parameter holds the a manually entered angle for the
* start point distance definition.
* The parameter is only valid if
* UF_PARAM_TURN_AVOIDANCE_START_ANGLE_TAG equals to NULL_TAG.
*
* Type: UF_PARAM_type_double
*
* Name: Turn Avoidance Start Angle Value
* Variable Name: <prefix>_turn_avoidance_start_angle_value
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_START_ANGLE_VALUE 2514

/* UF_PARAM_TURN_AVOIDANCE_START_DISTANCE
*
* Description:
* This parameter holds the distance for the start point distance
* definition.
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Avoidance Start Distance
* Variable Name: <prefix>_turn_avoidance_start_distance
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_START_DISTANCE 2515

/* UF_PARAM_TURN_AVOIDANCE_START_DELTA_X
*
* Description:
* This parameter holds the X coordinate for the start point distance
* definition.
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Avoidance Start Delta X
* Variable Name: <prefix>_turn_avoidance_start_delta_x
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_START_DELTA_X 2516

/* UF_PARAM_TURN_AVOIDANCE_START_DELTA_Y
*
* Description:
* This parameter holds the Y coordinate for the start point distance
* definition.
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Avoidance Start Delta Y
* Variable Name: <prefix>_turn_avoidance_start_delta_y
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_START_DELTA_Y 2517

/* UF_PARAM_TURN_AVOIDANCE_RETURN_DELTA_TYPE
*
* Description:
* This parameter defines how the return point delta is defined.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Avoidance Return Delta Type
* Variable Name: <prefix>_turn_avoidance_return_delta_type
*
* Possible Values: UF_PARAM_turn_avoidance_delta_type_t
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_RETURN_DELTA_TYPE 2518

/* UF_PARAM_TURN_AVOIDANCE_RETURN_ANGLE_TAG
*
* Description:
* This parameter holds the object ID of a vector referencing
* the angle for the return point distance definition.
*
* Type: UF_PARAM_type_tag
*
* Name: Turn Avoidance Return Angle Tag
* Variable Name: <prefix>_turn_avoidance_return_angle_tag
*
* Possible Values: UF_PARAM_type_tag
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_RETURN_ANGLE_TAG 2519

/* UF_PARAM_TURN_AVOIDANCE_RETURN_ANGLE_VALUE
*
* Description:
* This parameter holds the a manually entered angle for the
* return point distance definition.
* The parameter is only valid if
* UF_PARAM_TURN_AVOIDANCE_RETURN_ANGLE_TAG equals to NULL_TAG.
*
* Type: UF_PARAM_type_double
*
* Name: Turn Avoidance Return Angle Value
* Variable Name: <prefix>_turn_avoidance_return_angle_value
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_RETURN_ANGLE_VALUE 2520

/* UF_PARAM_TURN_AVOIDANCE_RETURN_DISTANCE
*
* Description:
* This parameter holds the distance for the return point distance
* definition.
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Avoidance Return Distance
* Variable Name: <prefix>_turn_avoidance_return_distance
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_RETURN_DISTANCE 2521

/* UF_PARAM_TURN_AVOIDANCE_RETURN_DELTA_X
*
* Description:
* This parameter holds the X coordinate for the return point distance
* definition.
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Avoidance Return Delta X
* Variable Name: <prefix>_turn_avoidance_return_delta_x
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_RETURN_DELTA_X 2522

/* UF_PARAM_TURN_AVOIDANCE_RETURN_DELTA_Y
*
* Description:
* This parameter holds the Y coordinate for the return point distance
* definition.
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Avoidance Return Delta Y
* Variable Name: <prefix>_turn_avoidance_return_delta_y
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_RETURN_DELTA_Y 2523

/* UF_PARAM_TURN_AVOIDANCE_APPROACH_STATUS
*
* Description:
* Activates the Avoidance Approach path.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Avoidance Approach Status
* Variable Name: <prefix>_turn_avoidance_approach_status
*
* Possible Values: 0 -- off
* 1 -- on
* 2 -- on, but only after tool change
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_APPROACH_STATUS 2524

/* UF_PARAM_TURN_AVOIDANCE_DEPARTURE_STATUS
*
* Description:
* Activates the Avoidance Departure path.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Avoidance Departure Status
* Variable Name: <prefix>_turn_avoidance_departure_status
*
* Possible Values: 0 -- off
* 1 -- on
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_DEPARTURE_STATUS 2525

enum UF_PARAM_turn_avoidance_path_cs_mode_t
{
UF_PARAM_turn_avoidance_path_cs_mode_wcs = 0,
UF_PARAM_turn_avoidance_path_cs_mode_mcs
};

/* UF_PARAM_TURN_APPROACH_PATH_CS_MODE
*
* Description:
* Holds coordinate system modeffor displaying the
* approach path points coordinates.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Approach Path CS Mode
* Variable Name: <prefix>_turn_approach_path_cs_mode
*
* Possible Values: UF_PARAM_turn_avoidance_path_cs_mode_t
*
*
*/
#define UF_PARAM_TURN_APPROACH_PATH_CS_MODE 2526

/* UF_PARAM_TURN_APPROACH_PATH_NO_OF_POINTS
*
* Description:
* Holds the number of approach path point.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Approach Path No Of Points
* Variable Name: <prefix>_turn_approach_path_no_of_points
*
* Possible Values: positive number or zero
*
*
*/
#define UF_PARAM_TURN_APPROACH_PATH_NO_OF_POINTS 2527

/* UF_PARAM_TURN_APPROACH_PATH_FLAGS
*
* Description:
* Activates the points in the approach path.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Turn Approach Path Flags
* Variable Name: <prefix>_turn_approach_path_flags
*
* Possible Values: 0 -- off
* 1 -- on
*
*
*/
#define UF_PARAM_TURN_APPROACH_PATH_FLAGS 2528

enum UF_PARAM_turn_approach_path_method_t
{
UF_PARAM_turn_approach_path_method_direct = 0,
UF_PARAM_turn_approach_path_method_radial_then_axial,
UF_PARAM_turn_approach_path_method_axial_then_radial
};

/* UF_PARAM_TURN_APPROACH_PATH_METHODS
*
* Description:
* Defines the strategy how the tool is moved to the
* approach points.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Turn Approach Path Methods
* Variable Name: <prefix>_turn_approach_path_methods
*
* Possible Values: UF_PARAM_turn_approach_path_method_t
*
*
*/
#define UF_PARAM_TURN_APPROACH_PATH_METHODS 2529

/* UF_PARAM_TURN_APPROACH_PATH_POINTS
*
* Description:
* Holds the point tags of the approach path.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
*
* Type: UF_PARAM_type_vla_tag
*
* Name: Turn Approach Path Points
* Variable Name: <prefix>_turn_approach_path_points
*
* Possible Values: tags
*
*
*/
#define UF_PARAM_TURN_APPROACH_PATH_POINTS 2530

/* UF_PARAM_TURN_APPROACH_PATH_FEEDRATE_MODES
*
* Description:
* Holds the feedrate modes of the approach path.
* Mode can be Custom or a predifend feedrate (Rapid,
* Approach, Cut, ...).
* The predefined feedrate modes can defer depending on
* the operation.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Turn Approach Path Feedrate Modes
* Variable Name: <prefix>_turn_approach_path_feedrate_modes
*
* Possible Values: positive number or zero
*
*
*/
#define UF_PARAM_TURN_APPROACH_PATH_FEEDRATE_MODES 2531

/* UF_PARAM_TURN_APPROACH_PATH_CUSTOM_FEEDRATES
*
* Description:
* Holds the custom feedrates of the approach path.
* This value is only valid if feedrate mode
* (UF_PARAM_TURN_APPROACH_PATH_FEEDRATE_MODES) is
* Custom.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
*
* Type: UF_PARAM_type_vla_double
*
* Name: Turn Approach Path Custom Feedrates
* Variable Name: <prefix>_turn_approach_path_custom_feedrates
*
* Possible Values: positive double or zero
*
*
*/
#define UF_PARAM_TURN_APPROACH_PATH_CUSTOM_FEEDRATES 2532

/* UF_PARAM_TURN_APPROACH_PATH_CUSTOM_FEEDRATE_UNITS
*
* Description:
* Holds the custom feedrate units of the approach path.
* This value is only valid if feedrate mode
* (UF_PARAM_TURN_APPROACH_PATH_FEEDRATE_MODES) is
* Custom.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Turn Approach Path Custom Feedrate Units
* Variable Name: <prefix>_turn_approach_path_custom_feedrate_units
*
* Possible Values: FEED_unit_t
*
*
*/
#define UF_PARAM_TURN_APPROACH_PATH_CUSTOM_FEEDRATE_UNITS 2533

/* UF_PARAM_TURN_APPROACH_PATH_A_AXIS_FLAGS
*
* Description:
* Holds the Flip Tool Around Tool Holder (A axis) flags
* of the approach path.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Turn Approach Path A Axis Flags
* Variable Name: <prefix>_turn_approach_path_a_axis_flags
*
* Possible Values: 0 -- off
* 1 -- on
*
*
*/
#define UF_PARAM_TURN_APPROACH_PATH_A_AXIS_FLAGS 2534

/* UF_PARAM_TURN_APPROACH_PATH_B_AXIS_FLAGS
*
* Description:
* Holds the Reorient Tool Holder (B axis) flags of the
* approach path.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Turn Approach Path B Axis Flags
* Variable Name: <prefix>_turn_approach_path_b_axis_flags
*
* Possible Values: 0 -- off
* 1 -- on
*
*
*/
#define UF_PARAM_TURN_APPROACH_PATH_B_AXIS_FLAGS 2535

/* UF_PARAM_TURN_APPROACH_PATH_B_AXIS_ANGLES
*
* Description:
* Holds the Reorient Tool Holder (B axis) angles of the
* approach path.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
*
* Type: UF_PARAM_type_vla_double
*
* Name: Turn Approach Path B Axis Angles
* Variable Name: <prefix>_turn_approach_path_b_axis_angles
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_APPROACH_PATH_B_AXIS_ANGLES 2536

/* UF_PARAM_TURN_DEPARTURE_PATH_CS_MODE
*
* Description:
* Holds coordinate system modeffor displaying the
* departure path points coordinates.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Departure Path CS Mode
* Variable Name: <prefix>_turn_departure_path_cs_mode
*
* Possible Values: UF_PARAM_turn_avoidance_path_cs_mode_t
*
*
*/
#define UF_PARAM_TURN_DEPARTURE_PATH_CS_MODE 2537

/* UF_PARAM_TURN_DEPARTURE_PATH_NO_OF_POINTS
*
* Description:
* Holds the number of departure path point.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Departure Path No Of Points
* Variable Name: <prefix>_turn_departure_path_no_of_points
*
* Possible Values: positive number or zero
*
*
*/
#define UF_PARAM_TURN_DEPARTURE_PATH_NO_OF_POINTS 2538

/* UF_PARAM_TURN_DEPARTURE_PATH_FLAGS
*
* Description:
* Activates the points in the departure path.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Turn Departure Path Flags
* Variable Name: <prefix>_turn_departure_path_flags
*
* Possible Values: 0 -- off
* 1 -- on
*
*
*/
#define UF_PARAM_TURN_DEPARTURE_PATH_FLAGS 2539

enum UF_PARAM_turn_departure_path_method_t
{
UF_PARAM_turn_departure_path_method_automatic = 0,
UF_PARAM_turn_departure_path_method_direct,
UF_PARAM_turn_departure_path_method_radial_then_axial,
UF_PARAM_turn_departure_path_method_axial_then_radial,
UF_PARAM_turn_departure_path_method_clear_radial_then_direct, /* Last two items are only available for motion to first */
UF_PARAM_turn_departure_path_method_clear_axial_then_direct /* departure point, if departure path is locked to appraoch path. */
};

/* UF_PARAM_TURN_DEPARTURE_PATH_METHODS
*
* Description:
* Defines the strategy how the tool is moved to the
* departure points.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Turn Departure Path Methods
* Variable Name: <prefix>_turn_departure_path_methods
*
* Possible Values: UF_PARAM_turn_departure_path_method_t
*
*
*/
#define UF_PARAM_TURN_DEPARTURE_PATH_METHODS 2540

/* UF_PARAM_TURN_DEPARTURE_PATH_POINTS
*
* Description:
* Holds the point tags of the departure path.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
*
* Type: UF_PARAM_type_vla_tag
*
* Name: Turn Departure Path Points
* Variable Name: <prefix>_turn_departure_path_points
*
* Possible Values: tags
*
*
*/
#define UF_PARAM_TURN_DEPARTURE_PATH_POINTS 2541

/* UF_PARAM_TURN_DEPARTURE_PATH_FEEDRATE_MODES
*
* Description:
* Holds the feedrate modes of the departure path.
* Mode can be Custom or a predifend feedrate (Rapid,
* Departure, Cut, ...).
* The predefined feedrate modes can defer depending on
* the operation.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Turn Departure Path Feedrate Modes
* Variable Name: <prefix>_turn_departure_path_feedrate_modes
*
* Possible Values: positive number or zero
*
*
*/
#define UF_PARAM_TURN_DEPARTURE_PATH_FEEDRATE_MODES 2542

/* UF_PARAM_TURN_DEPARTURE_PATH_CUSTOM_FEEDRATES
*
* Description:
* Holds the custom feedrates of the departure path.
* This value is only valid if feedrate mode
* (UF_PARAM_TURN_DEPARTURE_PATH_FEEDRATE_MODES) is
* Custom.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
*
* Type: UF_PARAM_type_vla_double
*
* Name: Turn Departure Path Custom Feedrates
* Variable Name: <prefix>_turn_departure_path_custom_feedrates
*
* Possible Values: positive double or zero
*
*
*/
#define UF_PARAM_TURN_DEPARTURE_PATH_CUSTOM_FEEDRATES 2543

/* UF_PARAM_TURN_DEPARTURE_PATH_CUSTOM_FEEDRATE_UNITS
*
* Description:
* Holds the custom feedrate units of the departure path.
* This value is only valid if feedrate mode
* (UF_PARAM_TURN_DEPARTURE_PATH_FEEDRATE_MODES) is
* Custom.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Turn Departure Path Custom Feedrate Units
* Variable Name: <prefix>_turn_departure_path_custom_feedrate_units
*
* Possible Values: FEED_unit_t
*
*
*/
#define UF_PARAM_TURN_DEPARTURE_PATH_CUSTOM_FEEDRATE_UNITS 2544

/* UF_PARAM_TURN_DEPARTURE_PATH_A_AXIS_FLAGS
*
* Description:
* Holds the Flip Tool Around Tool Holder (A axis) flags
* of the departure path.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Turn Departure Path A Axis Flags
* Variable Name: <prefix>_turn_departure_path_a_axis_flags
*
* Possible Values: 0 -- off
* 1 -- on
*
*
*/
#define UF_PARAM_TURN_DEPARTURE_PATH_A_AXIS_FLAGS 2545

/* UF_PARAM_TURN_DEPARTURE_PATH_B_AXIS_FLAGS
*
* Description:
* Holds the Reorient Tool Holder (B axis) flags of the
* departure path.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Turn Departure Path B Axis Flags
* Variable Name: <prefix>_turn_departure_path_b_axis_flags
*
* Possible Values: 0 -- off
* 1 -- on
*
*
*/
#define UF_PARAM_TURN_DEPARTURE_PATH_B_AXIS_FLAGS 2546

/* UF_PARAM_TURN_DEPARTURE_PATH_B_AXIS_ANGLES
*
* Description:
* Holds the Reorient Tool Holder (B axis) angles of the
* departure path.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
*
* Type: UF_PARAM_type_vla_double
*
* Name: Turn Departure Path B Axis Angles
* Variable Name: <prefix>_turn_departure_path_b_axis_angles
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_DEPARTURE_PATH_B_AXIS_ANGLES 2547

enum UF_PARAM_turn_direction_e
{
UF_PARAM_turn_direction_backward = 0,
UF_PARAM_turn_direction_forward
};
typedef enum UF_PARAM_turn_direction_e UF_PARAM_turn_direction_t;

/* UF_PARAM_TURN_DIRECTION
*
* Description:
* This parameter lets the user revert the cut direction in linear/contour
* roughing operations or the direction of stepover in plunge roughing
* turning operations.
* It is interpreted relative to the major direction given thru the level angle
* in linear/contour roughing or the step angle in plunge roughing.
*
* Type: UF_PARAM_type_int
*
* Name: Direction
* Variable Name: <prefix>_direction
*
* Possible Values: see 'UF_PARAM_turn_direction_t'
*
*
*/
#define UF_PARAM_TURN_DIRECTION 2550 /* Param_type_int */

/* UF_PARAM_TURN_OMIT_REVERSALS
*
* Description:
* If this parameter is set activate, reversals will not be cut by the
* respective Turn Roughing/Finishing operation.
*
* Type: UF_PARAM_type_int
*
* Name: Omit Reversals
* Variable Name: <prefix>_omit_reversals
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_OMIT_REVERSALS 2553 /* Param_type_int */

/* UF_PARAM_TURN_TRIM_RADIAL1_TOG
*
* Description:
* This parameter controls the usage of the first radial containment
*
* Type: UF_PARAM_type_int
*
* Name: Use First Radial Containment
* Variable Name: <prefix>_use_first_radial_containment
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_TRIM_RADIAL1_TOG 2555 /* Param_type_int */

/* UF_PARAM_TURN_TRIM_RADIAL1_TAG
*
* Description:
* This parameter holds the object ID of a smart point referencing
* the position for first radial containment
*
* Type: UF_PARAM_type_tag
*
* Name: First Radial Containment Tag
* Variable Name: <prefix>_first_radial_containment_tag
*
* Possible Values:
* 0 (no entity)
* entity ID
*
*
*/
#define UF_PARAM_TURN_TRIM_RADIAL1_TAG 2556 /* Param_type_tag */

/* UF_PARAM_TURN_TRIM_RADIAL1_VAL
*
* Description:
* This parameter describes the radial location for the first
* radial containment. It can be set alternatively to the parameter
* UF_PARAM_TURN_TRIM_RADIAL1_TAG, if no smart point is used.
*
* Type: UF_PARAM_type_double_length
*
* Name: First Radial Containment
* Variable Name: <prefix>_first_radial_containment
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_TRIM_RADIAL1_VAL 2557 /* Param_type_double_length */

/* UF_PARAM_TURN_TRIM_RADIAL2_TOG
*
* Description:
* This parameter controls the usage of the second radial containment
*
* Type: UF_PARAM_type_int
*
* Name: Use Second Radial Containment
* Variable Name: <prefix>_use_second_radial_containment
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_TRIM_RADIAL2_TOG 2558 /* Param_type_int */

/* UF_PARAM_TURN_TRIM_RADIAL2_TAG
*
* Description:
* This parameter holds the object ID of a smart point referencing
* the position for second radial containment
*
* Type: UF_PARAM_type_tag
*
* Name: Second Radial Containment Tag
* Variable Name: <prefix>_second_radial_containment_tag
*
* Possible Values:
* 0 (no entity)
* entity ID
*
*
*/
#define UF_PARAM_TURN_TRIM_RADIAL2_TAG 2559 /* Param_type_tag */

/* UF_PARAM_TURN_TRIM_RADIAL2_VAL
*
* Description:
* This parameter describes the radial location for the second
* radial containment. It can be set alternatively to the parameter
* UF_PARAM_TURN_TRIM_RADIAL2_TAG, if no smart point is used.
*
* Type: UF_PARAM_type_double_length
*
* Name: Second Radial Containment
* Variable Name: <prefix>_second_radial_containment
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_TRIM_RADIAL2_VAL 2560 /* Param_type_double_length */

/* UF_PARAM_TURN_TRIM_AXIAL1_TOG
*
* Description:
* This parameter controls the usage of the first axial containment
*
* Type: UF_PARAM_type_int
*
* Name: Use First Axial Containment
* Variable Name: <prefix>_use_first_axial_containment
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_TRIM_AXIAL1_TOG 2561 /* Param_type_int */

/* UF_PARAM_TURN_TRIM_AXIAL1_TAG
*
* Description:
* This parameter holds the object ID of a smart point referencing
* the position for first axial containment
*
* Type: UF_PARAM_type_tag
*
* Name: First Axial Containment Tag
* Variable Name: <prefix>_first_axial_containment_tag
*
* Possible Values:
* 0 (no entity)
* entity ID
*
*
*/
#define UF_PARAM_TURN_TRIM_AXIAL1_TAG 2562 /* Param_type_tag */

/* UF_PARAM_TURN_TRIM_AXIAL1_VAL
*
* Description:
* This parameter describes the radial location for the first
* axial containment. It can be set alternatively to the parameter
* UF_PARAM_TURN_TRIM_AXIAL1_TAG, if no smart point is used.
*
* Type: UF_PARAM_type_double_length
*
* Name: First Axial Containment
* Variable Name: <prefix>_first_axial_containment
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_TRIM_AXIAL1_VAL 2563 /* Param_type_double_length */

/* UF_PARAM_TURN_TRIM_AXIAL2_TOG
*
* Description:
* This parameter controls the usage of the second axial containment
*
* Type: UF_PARAM_type_int
*
* Name: Use Second Axial Containment
* Variable Name: <prefix>_use_second_axial_containment
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_TRIM_AXIAL2_TOG 2564 /* Param_type_int */

/* UF_PARAM_TURN_TRIM_AXIAL2_TAG
*
* Description:
* This parameter holds the object ID of a smart point referencing
* the position for second axial containment
*
* Type: UF_PARAM_type_tag
*
* Name: Second Axial Containment Tag
* Variable Name: <prefix>_second_axial_containment_tag
*
* Possible Values:
* 0 (no entity)
* entity ID
*
*
*/
#define UF_PARAM_TURN_TRIM_AXIAL2_TAG 2565 /* Param_type_tag */

/* UF_PARAM_TURN_TRIM_AXIAL2_VAL
*
* Description:
* This parameter describes the radial location for the second
* axial containment. It can be set alternatively to the parameter
* UF_PARAM_TURN_TRIM_AXIAL2_TAG, if no smart point is used.
*
* Type: UF_PARAM_type_double_length
*
* Name: Second Axial Containment
* Variable Name: <prefix>_second_axial_containment
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_TRIM_AXIAL2_VAL 2566 /* Param_type_double_length */

/* UF_PARAM_TURN_MIN_AREA_TOG
*
* Description:
* This parameter lets you activate Minimum Area parameter.
*
* Type: UF_PARAM_type_int
*
* Name: Minimum Region Area Toggle
* Variable Name: <prefix>_minimum_region_area_toggle
*
* Possible Values: 0: off
* else: on
*
*
*/
#define UF_PARAM_TURN_MIN_AREA_TOG 2608

/* UF_PARAM_TURN_MIN_AREA
*
* Description:
* This parameter defines the minimum size of a cut region to be accepted
* by the turning rough and finish operations
*
* Type: UF_PARAM_type_double_length
*
* Name: Minimum Region Area
* Variable Name: <prefix>_minimum_region_area
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_MIN_AREA 2567 /* Param_type_double_length */

/* UF_PARAM_TURN_START_OFFSET
*
* Description:
* Rough/Finish: The value defines the offset at the cut region start
* point (for open boundaries only)
* Threading: A positive value extend the thread by shifting the thread
* geometry start point along the crestline. A negative value
* shortes the thread by shifting the start point in the
* inverted direction.
*
* Type: UF_PARAM_type_double_length
*
* Name: Area Start Point Offset
* Variable Name: <prefix>_area_start_point_offset
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_START_OFFSET 2568 /* Param_type_double_length */

/* UF_PARAM_TURN_END_OFFSET
*
* Description:
* Rough/Finish: The value defines the offset at the cut region end
* point (for open boundaries only)
* Threading: A positive value extend the thread by shifting the thread
* geometry end point along the crestline. A negative value
* shortens the thread by shifting the end point in the
* inverted direction.
*
* Type: UF_PARAM_type_double_length
*
* Name: Area End Point Offset
* Variable Name: <prefix>_area_end_point_offset
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_END_OFFSET 2569 /* Param_type_double_length */

/* UF_PARAM_TURN_CREST_OFFSET
*
* Description:
* Threading: A positive value increases the thread crest diameter by adding an offset
* to the crestline. A negative value decreases the thread crest diameter
* by subtracting an offset from the crestline.
*
* Type: UF_PARAM_type_double_length
*
* Name: Crest Line Offset
* Variable Name: <prefix>_crest_line_offset
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_CREST_OFFSET 2602 /* Param_type_double_length */

/* UF_PARAM_TURN_ROOT_OFFSET
*
* Description:
* Threading: A positive value increases the thread root diameter by adding an offset
* to the rootline. A negative value decreases the thread root diameter
* by subtracting an offset from the rootline.
*
* Type: UF_PARAM_type_double_length
*
* Name: Root Line Offset
* Variable Name: <prefix>_root_line_offset
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_ROOT_OFFSET 2603 /* Param_type_double_length */

/* UF_PARAM_TURN_START_ANGLE
*
* Description:
* This parameter controls an offset angle to close the cut region from
* part boundary start point to the in-process shape. This angle only
* takes effect for open part boundaries. Positive values enlarge the
* cut region while negative angles shrink the cut region size.
*
* Type: UF_PARAM_type_double
*
* Name: Area Start Angle Offset
* Variable Name: <prefix>_area_start_angle_offset
*
* Possible Values: -90 < angle < 90 (degree)
*
*
*/
#define UF_PARAM_TURN_START_ANGLE 2570 /* Param_type_double */

/* UF_PARAM_TURN_END_ANGLE
*
* Description:
* This parameter controls an offset angle to close the cut region from
* part boundary end point to the in-process shape. This angle only
* takes effect for open part boundaries. Positive values enlarge the
* cut region while negative angles shrink the cut region size.
*
* Type: UF_PARAM_type_double
*
* Name: Area End Angle Offset
* Variable Name: <prefix>_area_end_angle_offset
*
* Possible Values: -90 < angle < 90 (degree)
*
*
*/
#define UF_PARAM_TURN_END_ANGLE 2571 /* Param_type_double */

/* UF_PARAM_TURN_TANG_EXTENSION
*
* Description:
* This parameter activates the automatic, tangential extension of
* open chained part boundaries. Trim points are generated automatically
* at start and at end point of the part boundary. The trim rays are
* tangential extensions of the start/end segments.
*
* Type: UF_PARAM_type_int
*
* Name: Tangential Start/End Extension
* Variable Name: <prefix>_tangential_start_end_extension
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_TANG_EXTENSION 2589

enum UF_PARAM_turn_trim_point_type_t
{
UF_PARAM_trim_point_off_geom_check_off = 0,
UF_PARAM_trim_point_on_geom_check_off,
UF_PARAM_trim_point_off_geom_check_on,
UF_PARAM_trim_point_on_geom_check_on
};

/* UF_PARAM_TURN_TRIM_POINT1_TOG
*
* Description:
* This parameter controls the use of trim point 1.
* Bit 0 activates trim point 1.
* Bit 1 controls "Geometry Check" mode: 0->Part Geometry Check off
* 1->Part Geometry Check on
*
* Type: UF_PARAM_type_int
*
* Name: Use First Point Containment
* Variable Name: <prefix>_use_first_point_containment
*
* Possible Values: UF_PARAM_turn_trim_point_type_t
*
*
*/
#define UF_PARAM_TURN_TRIM_POINT1_TOG 2575

/* UF_PARAM_TURN_TRIM_POINT1_TAG
*
* Description:
* This parameter holds the object ID of a smart point referencing
* the position of trim point 1.
*
* Type: UF_PARAM_type_tag
*
* Name: First Point Containment Tag
* Variable Name: <prefix>_first_point_containment_tag
*
* Possible Values:
* 0 (no entity)
* entity ID
*
*
*/
#define UF_PARAM_TURN_TRIM_POINT1_TAG 2576

/* UF_PARAM_TURN_TRIM_POINT1_EXTEND_TOG
*
* Description:
* This parameter lets you activate Trim Point 1 Extend Distance.
*
* Type: UF_PARAM_type_int
*
* Name: Use First Point Extend Distance
* Variable Name: <prefix>_use_first_point_extend_distance
*
* Possible Values: 0: off
* else: on
*
*
*/
#define UF_PARAM_TURN_TRIM_POINT1_EXTEND_TOG 2604

/* UF_PARAM_TURN_TRIM_POINT1_EXTEND_VAL
*
* Description:
* This parameter specifies the Trim Point 1 Extend Distance.
* It is only effective if parameter
* UF_PARAM_TURN_TRIM_POINT1_EXTEND_TOG is on.
*
* Type: UF_PARAM_type_double
*
* Name: First Point Extend Distance
* Variable Name: <prefix>_first_point_extend_distance
*
* Possible Values: Doubles
*
*
*/
#define UF_PARAM_TURN_TRIM_POINT1_EXTEND_VAL 2605

/* UF_PARAM_TURN_TRIM_POINT1_ANGLE_TOG
*
* Description:
* This parameter lets you activate Trim Angle 1, i.e., the trim angle
* that can be specified for/at Trim Point 1.
*
* Type: UF_PARAM_type_int
*
* Name: Use First Point Containment Angle
* Variable Name: <prefix>_use_first_point_containment_angle
*
* Possible Values: 0: off
* else: on
*
*
*/
#define UF_PARAM_TURN_TRIM_POINT1_ANGLE_TOG 2577

/* UF_PARAM_TURN_TRIM_POINT1_ANGLE_TAG
*
* Description:
* This parameter holds the object ID of a line object specifying
* Trim Angle 1, i.e., it makes the Trim Angle 1 associative to geometry.
* It is only effective if parameter UF_PARAM_TURN_TRIM_POINT1_ANGLE_TOG is
* on.
*
* Type: UF_PARAM_type_tag
*
* Name: First Point Containment Angle Tag
* Variable Name: <prefix>_first_point_containment_angle_tag
*
* Possible Values:
* 0 (no entity)
* entity ID
*
*
*/
#define UF_PARAM_TURN_TRIM_POINT1_ANGLE_TAG 2578

/* UF_PARAM_TURN_TRIM_POINT1_ANGLE_VAL
*
* Description:
* This parameter specifies the Trim Angle 1 (the trim angle at Trim Point 1)
* in radians.
* It is only effective if parameter UF_PARAM_TURN_TRIM_POINT1_ANGLE_TOG is
* on and parameter UF_PARAM_TURN_TRIM_POINT1_ANGLE_TAG
* is 0 (NULL_TAG).
*
* Type: UF_PARAM_type_double
*
* Name: First Point Containment Angle Value
* Variable Name: <prefix>_first_point_containment_angle_value
*
* Possible Values: Double (angle in radians)
*
*
*/
#define UF_PARAM_TURN_TRIM_POINT1_ANGLE_VAL 2579

/* UF_PARAM_TURN_TRIM_POINT1_ANGLE_OFFSET
*
* Description:
* This parameter specifies an angle offset (in radians) which is added
* to Trim Angle 1 (the Trim Angle at Trim Point 1).
*
* Type: UF_PARAM_type_double
*
* Name: First Point Containment Angle Offset
* Variable Name: <prefix>_first_point_containment_angle_offset
*
* Possible Values: Double (positive and negative in radians)
*
*
*/
#define UF_PARAM_TURN_TRIM_POINT1_ANGLE_OFFSET 2587

/* UF_PARAM_TURN_TRIM_POINT2_TOG
*
* Description:
* This parameter controls the use of trim point 2.
* Bit 0 activates trim point 2.
* Bit 1 controls "Geometry Check" mode: 0->Part Geometry Check off
* 1->Part Geometry Check on
*
* Type: UF_PARAM_type_int
*
* Name: Use Second Point Containment
* Variable Name: <prefix>_use_second_point_containment
*
* Possible Values: UF_PARAM_turn_trim_point_type_t
*
*
*/
#define UF_PARAM_TURN_TRIM_POINT2_TOG 2580

/* UF_PARAM_TURN_TRIM_POINT2_TAG
*
* Description:
* This parameter holds the object ID of a smart point referencing
* the position of trim point 2.
*
* Type: UF_PARAM_type_tag
*
* Name: Second Point Containment Tag
* Variable Name: <prefix>_second_point_containment_tag
*
* Possible Values:
* 0 (no entity)
* entity ID
*
*
*/
#define UF_PARAM_TURN_TRIM_POINT2_TAG 2581

/* UF_PARAM_TURN_TRIM_POINT2_EXTEND_TOG
*
* Description:
* This parameter lets you activate Trim Point 1 Extend Distance.
*
* Type: UF_PARAM_type_int
*
* Name: Use Second Point Extend Distance
* Variable Name: <prefix>_use_second_point_extend_distance
*
* Possible Values: 0: off
* else: on
*
*
*/
#define UF_PARAM_TURN_TRIM_POINT2_EXTEND_TOG 2606

/* UF_PARAM_TURN_TRIM_POINT2_EXTEND_VAL
*
* Description:
* This parameter specifies the Trim Point 2 Extend Distance.
* It is only effective if parameter
* UF_PARAM_TURN_TRIM_POINT2_EXTEND_TOG is on.
*
* Type: UF_PARAM_type_double
*
* Name: Second Point Extend Distance
* Variable Name: <prefix>_second_point_extend_distance
*
* Possible Values: Doubles
*
*
*/
#define UF_PARAM_TURN_TRIM_POINT2_EXTEND_VAL 2607

/* UF_PARAM_TURN_TRIM_POINT2_ANGLE_TOG
*
* Description:
* This parameter lets you activate Trim Angle 2, i.e., the trim angle
* that can be specified for/at Trim Point 2.
*
* Type: UF_PARAM_type_int
*
* Name: Use Second Point Containment Angle
* Variable Name: <prefix>_use_second_point_containment_angle
*
* Possible Values: 0: off
* else: on
*
*
*/
#define UF_PARAM_TURN_TRIM_POINT2_ANGLE_TOG 2582

/* UF_PARAM_TURN_TRIM_POINT2_ANGLE_TAG
*
* Description:
* This parameter holds the object ID of a line object referencing
* the trim point 2 angle.
* It is only used if parameter UF_PARAM_TURN_TRIM_POINT2_ANGLE_TOG is
* on.
*
* Type: UF_PARAM_type_tag
*
* Name: Second Point Containment Angle Tag
* Variable Name: <prefix>_second_point_containment_angle_tag
*
* Possible Values:
* 0 (no entity)
* entity ID
*
*
*/
#define UF_PARAM_TURN_TRIM_POINT2_ANGLE_TAG 2583

/* UF_PARAM_TURN_TRIM_POINT2_ANGLE_VAL
*
* Description:
* This parameter specifies the trim point 2 angle in radians.
* It is only used if parameter UF_PARAM_TURN_TRIM_POINT2_ANGLE_TOG is
* on and parameter UF_PARAM_TURN_TRIM_POINT2_ANGLE_TAG
* is 0 (NULL_TAG).
*
* Type: UF_PARAM_type_double
*
* Name: Second Point Containment Angle Value
* Variable Name: <prefix>_second_point_containment_angle_value
*
* Possible Values: Double (angle in radians)
*
*
*/
#define UF_PARAM_TURN_TRIM_POINT2_ANGLE_VAL 2584

/* UF_PARAM_TURN_TRIM_POINT2_ANGLE_OFFSET
*
* Description:
* This parameter specifies an angle offset (in radians) which is added
* to the Trim Angle of Trim Point 2.
*
* Type: UF_PARAM_type_double
*
* Name: Second Point Containment Angle Offset
* Variable Name: <prefix>_second_point_containment_angle_offset
*
* Possible Values: Double (positive and negative in radians)
*
*
*/
#define UF_PARAM_TURN_TRIM_POINT2_ANGLE_OFFSET 2588

/* UF_PARAM_TURN_SURFACE_SENSITIVITY_TOG
*
* Description:
* This parameter lets you activate Surface Sensitivity,
* which is specified by parameter
* UF_PARAM_TURN_SURFACE_SENSITIVITY.
*
* Type: UF_PARAM_type_int
*
* Name: Use Surface Sensitivity
* Variable Name: <prefix>_use_surface_sensitivity
*
* Possible Values: 0: off
* else: on
*
*
*/
#define UF_PARAM_TURN_SURFACE_SENSITIVITY_TOG 2616

/* UF_PARAM_TURN_SURFACE_SENSITIVITY
*
* Description:
* This parameter controls Surface Sensitivity for the
* Turning application.
* Surface Sensitivity makes containment in Turning react
* to member data on surfaces (boundary members) that are
* in close proximity to the latter, i.e., that are closer
* to the containment than the specified distance value.
* It is only applied if parameter
* UF_PARAM_TURN_SURFACE_SENSITIVITY_TOG is on.
*
* Type: UF_PARAM_type_double
*
* Name: Surface Sensitivity
* Variable Name: <prefix>_surface_sensitivity
*
* Possible Values: Double
*
*
*/
#define UF_PARAM_TURN_SURFACE_SENSITIVITY 2617

/* UF_PARAM_TURN_TOL_OFFSET_BEFORE_CONTAINMENT
*
* Description:
* This parameter controls if tolerance offset is applied
* before or after containment.
*
* Type: UF_PARAM_type_int
*
* Name: Tol Offset Before Containment
* Variable Name: <prefix>_tol_offset_before_containment
*
* Possible Values: 0 -> Tolerance offset is applied after containment
* 1 -> Tolerance offset is applied before containment
*
*
*/
#define UF_PARAM_TURN_TOL_OFFSET_BEFORE_CONTAINMENT 2648

/* UF_PARAM_TURN_CUT_REG_SELECT_TOG
*
* Description:
* This parameter activates and deactivates the cut
* region selection point usage.
*
* Type: UF_PARAM_type_int
*
* Name: Cut Region Select Toggle
* Variable Name: <prefix>_cut_region_select_toggle
*
* Possible Values: 0 -> Deactivate cut region selection point
* 1 -> Activate cut region selection point
*
*
*/
#define UF_PARAM_TURN_CUT_REG_SELECT_TOG 2585 /* Param_type_tag */

/* UF_PARAM_TURN_CUT_REG_SELECT_TAG
*
* Description:
* This parameter defines the cut region selection point.
*
* Type: UF_PARAM_type_tag
*
* Name: Cut Region Select Point
* Variable Name: <prefix>_cut_region_select_point
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_CUT_REG_SELECT_TAG 2586 /* Param_type_tag */

enum UF_PARAM_turn_eng_profiling_e
{
UF_PARAM_turn_eng_profiling_undefined = -1,
UF_PARAM_turn_eng_profiling_auto_circular = 0,
UF_PARAM_turn_eng_profiling_auto_linear = 1,
UF_PARAM_turn_eng_profiling_vector = 2,
UF_PARAM_turn_eng_profiling_angle_distance = 3,
UF_PARAM_turn_eng_profiling_rel_linear = 4,
UF_PARAM_turn_eng_profiling_point = 5
};
typedef enum UF_PARAM_turn_eng_profiling_e UF_PARAM_turn_eng_profiling_t;

/* UF_PARAM_TURN_ENG_PROFILING
*
* Description:
* Defines the method for engage to profile cuts.
*
* Type: UF_PARAM_type_int
*
* Name: Engage Profiling
* Variable Name: <prefix>_engage_profiling
*
* Possible Values: UF_PARAM_turn_eng_profiling_t
*
*
*/
#define UF_PARAM_TURN_ENG_PROFILING 2590 /* UF_PARAM_type_int */

enum UF_PARAM_turn_eng_level_blank_e
{
UF_PARAM_turn_eng_level_blank_undefined = -1,
UF_PARAM_turn_eng_level_blank_auto_linear = 1,
UF_PARAM_turn_eng_level_blank_vector = 2,
UF_PARAM_turn_eng_level_blank_angle_distance = 3,
UF_PARAM_turn_eng_level_blank_point = 5,
UF_PARAM_turn_eng_level_blank_two_circles = 6
};
typedef enum UF_PARAM_turn_eng_level_blank_e UF_PARAM_turn_eng_level_blank_t;

/* UF_PARAM_TURN_ENG_LEVEL_BLANK
*
* Description:
* Defines the method for engage to rough cuts starting at blank geometry.
*
* Type: UF_PARAM_type_int
*
* Name: Engage Level/Blank
* Variable Name: <prefix>_engage_level_blank
*
* Possible Values: UF_PARAM_turn_eng_level_blank_t
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_BLANK 2591 /* UF_PARAM_type_int */

enum UF_PARAM_turn_eng_level_part_e
{
UF_PARAM_turn_eng_level_part_undefined = -1,
UF_PARAM_turn_eng_level_part_auto_linear = 1,
UF_PARAM_turn_eng_level_part_vector = 2,
UF_PARAM_turn_eng_level_part_angle_distance = 3,
UF_PARAM_turn_eng_level_part_point = 5,
UF_PARAM_turn_eng_level_part_2pt_tang = 7
};
typedef enum UF_PARAM_turn_eng_level_part_e UF_PARAM_turn_eng_level_part_t;

/* UF_PARAM_TURN_ENG_LEVEL_PART
*
* Description:
* Defines the method for engage to rough cuts starting at part geometry.
*
* Type: UF_PARAM_type_int
*
* Name: Engage Level/Part
* Variable Name: <prefix>_engage_level_part
*
* Possible Values: UF_PARAM_turn_eng_level_part_t
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_PART 2592 /* UF_PARAM_type_int */

enum UF_PARAM_turn_eng_level_safe_e
{
UF_PARAM_turn_eng_level_safe_undefined = -1,
UF_PARAM_turn_eng_level_safe_auto_linear = 1,
UF_PARAM_turn_eng_level_safe_vector = 2,
UF_PARAM_turn_eng_level_safe_angle_distance = 3,
UF_PARAM_turn_eng_level_safe_point = 5
};
typedef enum UF_PARAM_turn_eng_level_safe_e UF_PARAM_turn_eng_level_safe_t;

/* UF_PARAM_TURN_ENG_LEVEL_SAFE
*
* Description:
* Defines the method for engage to the the very last rough cut.
*
* Type: UF_PARAM_type_int
*
* Name: Engage Level/Safe
* Variable Name: <prefix>_engage_level_safe
*
* Possible Values: UF_PARAM_turn_eng_level_safe_t
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_SAFE 2593 /* UF_PARAM_type_int */

enum UF_PARAM_turn_eng_plunge_e
{
UF_PARAM_turn_eng_plunge_undefined = -1,
UF_PARAM_turn_eng_plunge_auto_linear = 1,
UF_PARAM_turn_eng_plunge_vector = 2,
UF_PARAM_turn_eng_plunge_angle_distance = 3,
UF_PARAM_turn_eng_plunge_point = 5
};
typedef enum UF_PARAM_turn_eng_plunge_e UF_PARAM_turn_eng_plunge_t;

/* UF_PARAM_TURN_ENG_PLUNGE
*
* Description:
* Defines the method for engage to plunge cuts.
*
* Type: UF_PARAM_type_int
*
* Name: Engage Plunge
* Variable Name: <prefix>_engage_plunge
*
* Possible Values: UF_PARAM_turn_eng_plunge_t
*
*
*/
#define UF_PARAM_TURN_ENG_PLUNGE 2594 /* UF_PARAM_type_int */

enum UF_PARAM_turn_eng_1plunge_e
{
UF_PARAM_turn_eng_1plunge_undefined = -1,
UF_PARAM_turn_eng_1plunge_auto_linear = 1,
UF_PARAM_turn_eng_1plunge_vector = 2,
UF_PARAM_turn_eng_1plunge_angle_distance = 3,
UF_PARAM_turn_eng_1plunge_point = 5
};
typedef enum UF_PARAM_turn_eng_1plunge_e UF_PARAM_turn_eng_1plunge_t;

/* UF_PARAM_TURN_ENG_1PLUNGE
*
* Description:
* Defines the method for engage to first plunge cuts.
*
* Type: UF_PARAM_type_int
*
* Name: Engage First Plunge
* Variable Name: <prefix>_engage_first_plunge
*
* Possible Values: UF_PARAM_turn_eng_1plunge_t
*
*
*/
#define UF_PARAM_TURN_ENG_1PLUNGE 2595 /* UF_PARAM_type_int */

enum UF_PARAM_turn_ret_profiling_e
{
UF_PARAM_turn_ret_profiling_undefined = -1,
UF_PARAM_turn_ret_profiling_auto_circular = 0,
UF_PARAM_turn_ret_profiling_auto_linear = 1,
UF_PARAM_turn_ret_profiling_vector = 2,
UF_PARAM_turn_ret_profiling_angle_distance = 3,
UF_PARAM_turn_ret_profiling_rel_linear = 4,
UF_PARAM_turn_ret_profiling_point = 5
};
typedef enum UF_PARAM_turn_ret_profiling_e UF_PARAM_turn_ret_profiling_t;

/* UF_PARAM_TURN_RET_PROFILING
*
* Description:
* Defines the method for retract from profiling cut.
*
* Type: UF_PARAM_type_int
*
* Name: Retract Profiling
* Variable Name: <prefix>_retract_profiling
*
* Possible Values: UF_PARAM_turn_ret_profiling_t
*
*
*/
#define UF_PARAM_TURN_RET_PROFILING 2596 /* UF_PARAM_type_int */

enum UF_PARAM_turn_ret_level_blank_e
{
UF_PARAM_turn_ret_level_blank_undefined = -1,
UF_PARAM_turn_ret_level_blank_auto_linear = 1,
UF_PARAM_turn_ret_level_blank_vector = 2,
UF_PARAM_turn_ret_level_blank_angle_distance = 3,
UF_PARAM_turn_ret_level_blank_point = 5
};
typedef enum UF_PARAM_turn_ret_level_blank_e UF_PARAM_turn_ret_level_blank_t;

/* UF_PARAM_TURN_RET_LEVEL_BLANK
*
* Description:
* Defines the method for retract from rough cuts ending at blank geometry.
*
* Type: UF_PARAM_type_int
*
* Name: Retract Level/Blank
* Variable Name: <prefix>_retract_level_blank
*
* Possible Values: UF_PARAM_turn_ret_level_blank_t
*
*
*/
#define UF_PARAM_TURN_RET_LEVEL_BLANK 2597 /* UF_PARAM_type_int */

enum UF_PARAM_turn_ret_level_part_e
{
UF_PARAM_turn_ret_level_part_undefined = -1,
UF_PARAM_turn_ret_level_part_auto_linear = 1,
UF_PARAM_turn_ret_level_part_vector = 2,
UF_PARAM_turn_ret_level_part_angle_distance = 3,
UF_PARAM_turn_ret_level_part_point = 5,
UF_PARAM_turn_ret_level_part_two_circles = 6
};
typedef enum UF_PARAM_turn_ret_level_part_e UF_PARAM_turn_ret_level_part_t;

/* UF_PARAM_TURN_RET_LEVEL_PART
*
* Description:
* Defines the method for retract from rough cuts ending at part geometry.
*
* Type: UF_PARAM_type_int
*
* Name: Retract Level/Part
* Variable Name: <prefix>_retract_level_part
*
* Possible Values: UF_PARAM_turn_ret_level_part_t
*
*
*/
#define UF_PARAM_TURN_RET_LEVEL_PART 2598 /* UF_PARAM_type_int */

enum UF_PARAM_turn_ret_plunge_e
{
UF_PARAM_turn_ret_plunge_undefined = -1,
UF_PARAM_turn_ret_plunge_auto_linear = 1,
UF_PARAM_turn_ret_plunge_vector = 2,
UF_PARAM_turn_ret_plunge_angle_distance = 3
};
typedef enum UF_PARAM_turn_ret_plunge_e UF_PARAM_turn_ret_plunge_t;

/* UF_PARAM_TURN_RET_PLUNGE
*
* Description:
* Defines the method for retract from plunge cut.
*
* Type: UF_PARAM_type_int
*
* Name: Retract Level/Part
* Variable Name: <prefix>_retract_level_part
*
* Possible Values: UF_PARAM_turn_ret_plunge_t
*
*
*/
#define UF_PARAM_TURN_RET_PLUNGE 2599 /* UF_PARAM_type_int */

enum UF_PARAM_turn_ret_1plunge_e
{
UF_PARAM_turn_ret_1plunge_undefined = -1,
UF_PARAM_turn_ret_1plunge_auto_linear = 1,
UF_PARAM_turn_ret_1plunge_vector = 2,
UF_PARAM_turn_ret_1plunge_angle_distance = 3
};
typedef enum UF_PARAM_turn_ret_1plunge_e UF_PARAM_turn_ret_1plunge_t;

/* UF_PARAM_TURN_RET_1PLUNGE
*
* Description:
* Defines the method for retract from first plunge cuts.
*
* Type: UF_PARAM_type_int
*
* Name: Retract First Plunge
* Variable Name: <prefix>_retract_first_plunge
*
* Possible Values: UF_PARAM_turn_ret_1plunge_t
*
*
*/
#define UF_PARAM_TURN_RET_1PLUNGE 2600 /* UF_PARAM_type_int */

/* UF_PARAM_TURN_CLEAR_RADIAL_TOG
*
* Description:
* This parameter controls the availability of a radial clearance plane
*
* Type: UF_PARAM_type_int
*
* Name: Use Radial Clearance
* Variable Name: <prefix>_use_radial_clearance
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_CLEAR_RADIAL_TOG 2610 /* UF_PARAM_type_int */

/* UF_PARAM_TURN_CLEAR_RADIAL_TAG
*
* Description:
* This parameter holds the object ID of a smart point referencing
* the position for the radial clearance plane.
*
* Type: UF_PARAM_type_tag
*
* Name: Radial Clearance Tag
* Variable Name: <prefix>_radial_clearance_tag
*
* Possible Values:
* 0 (no entity)
* entity ID
*
*
*/
#define UF_PARAM_TURN_CLEAR_RADIAL_TAG 2611 /* UF_PARAM_type_tag */

/* UF_PARAM_TURN_CLEAR_RADIAL_VAL
*
* Description:
* This parameter describes the location for the radial clearance plane.
* It can be set alternatively to the parameter
* UF_PARAM_TURN_CLEAR_RADIAL_TAG, if no smart point is used.
*
* Type: UF_PARAM_type_double_length
*
* Name: Radial Clearance Value
* Variable Name: <prefix>_radial_clearance_value
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_CLEAR_RADIAL_VAL 2612 /* UF_PARAM_type_double_length */

/* UF_PARAM_TURN_CLEAR_AXIAL_TOG
*
* Description:
* This parameter controls the availability of an axial clearance plane
*
* Type: UF_PARAM_type_int
*
* Name: Use Axial Clearance
* Variable Name: <prefix>_use_axial_clearance
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_CLEAR_AXIAL_TOG 2613 /* UF_PARAM_type_int */

/* UF_PARAM_TURN_CLEAR_AXIAL_TAG
*
* Description:
* This parameter holds the object ID of a smart point referencing
* the position for the radial clearance plane.
*
* Type: UF_PARAM_type_tag
*
* Name: Axial Clearance Tag
* Variable Name: <prefix>_axial_clearance_tag
*
* Possible Values:
* 0 (no entity)
* entity ID
*
*
*/
#define UF_PARAM_TURN_CLEAR_AXIAL_TAG 2614 /* UF_PARAM_type_tag */

/* UF_PARAM_TURN_CLEAR_AXIAL_VAL
*
* Description:
* This parameter describes the location for the axial clearance plane.
* It can be set alternatively to the parameter
* UF_PARAM_TURN_CLEAR_AXIAL_TAG, if no smart point is used.
*
* Type: UF_PARAM_type_double_length
*
* Name: Axial Clearance Value
* Variable Name: <prefix>_axial_clearance_value
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_CLEAR_AXIAL_VAL 2615 /* UF_PARAM_type_double_length */

/* UF_PARAM_TURN_MULTIPLE_CUT_REGIONS_TOG
*
* Description:
* Controls the use of multiple cut regions option menu.
*
* Type: UF_PARAM_type_int
*
* Name: Multiple Cut Regions Toggle
* Variable Name: <prefix>_multiple_cut_regions_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_MULTIPLE_CUT_REGIONS_TOG 2618

enum UF_PARAM_turn_multiple_cut_regions_e
{
UF_PARAM_turn_multiple_cut_regions_single_direction = 0,
UF_PARAM_turn_multiple_cut_regions_inverse_direction,
UF_PARAM_turn_multiple_cut_regions_bi_directional,
UF_PARAM_turn_multiple_cut_regions_alternate
};
typedef enum UF_PARAM_turn_multiple_cut_regions_e UF_PARAM_turn_multiple_cut_regions_t;

/* UF_PARAM_TURN_MULTIPLE_CUT_REGIONS
*
* Description:
* Controls the sequence of machining multiple cut regions.
*
* Type: UF_PARAM_type_int
*
* Name: Multiple Cut Regions
* Variable Name: <prefix>_multiple_cut_regions
*
* Possible Values: UF_PARAM_turn_multiple_cut_regions_t
*
*
*/
#define UF_PARAM_TURN_MULTIPLE_CUT_REGIONS 2619

/* UF_PARAM_TURN_LEAD_ANG
*
* Description:
* Defines the first clearance angle for turning inserts.
*
* Type: UF_PARAM_type_double
*
* Name: Lead Angle
* Variable Name: <prefix>_lead_angle
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_LEAD_ANG 2620 /* Param_type_double */

/* UF_PARAM_TURN_HEEL_ANG
*
* Description:
* Defines the second clearance angle for turning inserts.
*
* Type: UF_PARAM_type_double
*
* Name: Heel Angle
* Variable Name: <prefix>_heel_angle
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_HEEL_ANG 2621 /* Param_type_double */

/* UF_PARAM_TURN_FROM_DIA
*
* Description:
* Defines the clearance distance from diameters.
*
* Type: UF_PARAM_type_double_length
*
* Name: Clearance from Diameters
* Variable Name: <prefix>_clearance_from_diameters
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_FROM_DIA 2622 /* Param_type_double_length */

/* UF_PARAM_TURN_FROM_FACES
*
* Description:
* Defines the clearance distance from faces.
*
* Type: UF_PARAM_type_double_length
*
* Name: Clearance from Faces
* Variable Name: <prefix>_clearance_from_faces
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_FROM_FACES 2623 /* UF_PARAM_type_double_length */

/* UF_PARAM_TURN_MIN_DEPTH
*
* Description:
* Defines the minimum depth of cut for rough cuts (Cut constraints).
*
* Type: UF_PARAM_type_double_length
*
* Name: Min. Depth
* Variable Name: <prefix>_min__depth
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_MIN_DEPTH 2624 /* UF_PARAM_type_double_length */

/* UF_PARAM_TURN_MIN_DEPTH_TOG
*
* Description:
* Controls the use of minimum depth of cut setting (Cut constraints).
*
* Type: UF_PARAM_type_int
*
* Name: Min. Depth Toggle
* Variable Name: <prefix>_min__depth_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_MIN_DEPTH_TOG 2625 /* UF_PARAM_type_int */

/* UF_PARAM_TURN_MIN_LENGTH
*
* Description:
* Defines the minimum length of cut for rough cuts (Cut constraints).
*
* Type: UF_PARAM_type_double_length
*
* Name: Min. Length
* Variable Name: <prefix>_min__length
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_MIN_LENGTH 2626 /* UF_PARAM_type_double_length */

/* UF_PARAM_TURN_MIN_LENGTH_TOG
*
* Description:
* Controls the use of minimum length of cut setting (Cut constraints).
*
* Type: UF_PARAM_type_int
*
* Name: Min. Length Toggle
* Variable Name: <prefix>_min__length_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_MIN_LENGTH_TOG 2627 /* UF_PARAM_type_int */

/* UF_PARAM_TURN_UNDERCUT_TOG
*
* Description:
* If activated this parameter allows the processors to machine undercuts.
*
* Type: UF_PARAM_type_int
*
* Name: Undercut Toggle
* Variable Name: <prefix>_undercut_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_UNDERCUT_TOG 2628 /* UF_PARAM_type_int */

/* UF_PARAM_TURN_RELIEF_PLUNGE_TOG
*
* Description:
* Controls the use of relief plunge cuts (Cut Control).
*
* Type: UF_PARAM_type_int
*
* Name: Relief Plunge Toggle
* Variable Name: <prefix>_relief_plunge_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_RELIEF_PLUNGE_TOG 2629 /* UF_PARAM_type_int */

/* UF_PARAM_TURN_WALL_DISTANCE
*
* Description:
* Defines the distance to the wall for relief plunges (Cut Control).
*
* Type: UF_PARAM_type_double_length
*
* Name: Distance to Wall
* Variable Name: <prefix>_distance_to_wall
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_WALL_DISTANCE 2630 /* UF_PARAM_type_double_length */

/* UF_PARAM_TURN_DISTANCE
*
* Description:
* Defines the distance for constant break chip mode (Chip Control)
* in plunge roughing.
*
* Type: UF_PARAM_type_double_length
*
* Name: Distance
* Variable Name: <prefix>_distance
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_DISTANCE 2632 /* UF_PARAM_type_double_length */

/* UF_PARAM_TURN_WALL_DISTANCE_PERCENT
*
* Description:
* Defines the distance to the wall for relief plunges in percent of the
* insert width (Cut Control).
*
* Type: UF_PARAM_type_double
*
* Name: Distance to Wall Percent
* Variable Name: <prefix>_distance_to_wall_percent
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_WALL_DISTANCE_PERCENT 2634 /* UF_PARAM_type_double */

enum UF_PARAM_turn_relief_plunge_unit_e
{
UF_PARAM_turn_relief_plunge_unit_distance = 0,
UF_PARAM_turn_relief_plunge_unit_percent
};
typedef enum UF_PARAM_turn_relief_plunge_unit_e UF_PARAM_turn_relief_plunge_unit_t;

/* UF_PARAM_TURN_RELIEF_PLUNGE_UNIT
*
* Description:
* Controls how the distance to the wall is to be measured (Cut Control).
*
* Type: UF_PARAM_type_int
*
* Name: Relief Plunge Unit
* Variable Name: <prefix>_relief_plunge_unit
*
* Possible Values: UF_PARAM_turn_relief_plunge_unit_t
*
*
*/
#define UF_PARAM_TURN_RELIEF_PLUNGE_UNIT 2635 /* UF_PARAM_type_int */

/* UF_PARAM_TURN_SAFE_DISTANCE
*
* Description:
* Defines the safe distance (Cut Control).
*
* Type: UF_PARAM_type_double_length
*
* Name: Safe Distance
* Variable Name: <prefix>_safe_distance
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_SAFE_DISTANCE 2636 /* UF_PARAM_type_double_length */

/* UF_PARAM_TROPR_CONTINUOUS_CUTS_ONLY
*
* Description:
* Activates the 'Continous Cuts Only' mode in Rough/Contour Zig and
* ZigZag.
*
* Type: UF_PARAM_type_int
*
* Name: Continuous Cuts Only
* Variable Name: <prefix>_continuous_cuts_only
*
* Possible Values: 0: off
* else: on
*
*
*/
#define UF_PARAM_TROPR_CONTINUOUS_CUTS_ONLY 2637

/* UF_PARAM_TROPR_CLEANUP_CONTROL
*
* Description:
* Activates the 'Continous Cuts Only' mode in Rough/Contour Zig and
* ZigZag.
*
* Type: UF_PARAM_type_int
*
* Name: Cleanup Control
* Variable Name: <prefix>_cleanup_control
*
* Possible Values: 0: off
* else: on
*
*
*/
#define UF_PARAM_TROPR_CLEANUP_CONTROL 2638

enum UF_PARAM_turn_corner_ctrl_type_e
{
UF_PARAM_turn_corner_ctrl_roll_around = 0,
UF_PARAM_turn_corner_ctrl_extend_tang,
UF_PARAM_turn_corner_ctrl_round,
UF_PARAM_turn_corner_ctrl_break
};
typedef enum UF_PARAM_turn_corner_ctrl_type_e UF_PARAM_turn_corner_ctrl_type_t;

/* UF_PARAM_TURN_NORMAL_TYPE
*
* Description:
* This parameter controls the processing of normal corners. Normal corners
* are convex corners not being treated as shallow corners.
*
* Type: UF_PARAM_type_int
*
* Name: Normal Corner Type
* Variable Name: <prefix>_normal_corner_type
*
* Possible Values: UF_PARAM_turn_corner_ctrl_type_t
*
*
*/
#define UF_PARAM_TURN_NORMAL_TYPE 2640 /* Param_type_int */

/* UF_PARAM_TURN_NORMAL_DIST_RAD
*
* Description:
* Gives the radius for round corners and the distance for chamfers,
* depending on normal corner control type (UF_PARAM_TURN_NORMAL_TYPE).
*
* Type: UF_PARAM_type_double_length
*
* Name: Normal Corner Distance/Radius
* Variable Name: <prefix>_normal_corner_distance_radius
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_NORMAL_DIST_RAD 2641 /* Param_type_double_length */

/* UF_PARAM_TURN_SHALLOW_TYPE
*
* Description:
* This parameter controls the corner processing for shallow corners.
* Shallow corners are convex corners whose included angle is larger than
* the minimum angle for shallow corners (cf. UF_PARAM_TURN_SHALLOW_ANGLE)
*
* Type: UF_PARAM_type_int
*
* Name: Shallow Corner Type
* Variable Name: <prefix>_shallow_corner_type
*
* Possible Values: UF_PARAM_turn_corner_ctrl_type_t
*
*
*/
#define UF_PARAM_TURN_SHALLOW_TYPE 2642 /* Param_type_int */

/* UF_PARAM_TURN_SHALLOW_DIST_RAD
*
* Description:
* Gives the radius for round corners and the distance for chamfers,
* depending on shallow corner control type (UF_PARAM_TURN_SHALLOW_TYPE).
*
* Type: UF_PARAM_type_double_length
*
* Name: Shallow Corner Distance/Radius
* Variable Name: <prefix>_shallow_corner_distance_radius
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_SHALLOW_DIST_RAD 2643 /* Param_type_double_length */

/* UF_PARAM_TURN_SHALLOW_ANGLE
*
* Description:
* This parameter identifies the minimum included angle of a convex corner
* to have that corner be treated as a shallow corner (in contrast to
* normal corners, which have a smaller included angle than the given one).
*
* Type: UF_PARAM_type_double
*
* Name: Shallow Min. Angle
* Variable Name: <prefix>_shallow_min__angle
*
* Possible Values: 0 <= angle <= 180 (degree)
*
*
*/
#define UF_PARAM_TURN_SHALLOW_ANGLE 2644 /* Param_type_double */

/* UF_PARAM_TURN_STOCK_F_EQUI
*
* Description:
* Defines the equidistant stock for profile cuts in a turn roughing operation.
*
* Type: UF_PARAM_type_double_length
*
* Name: Finish Equidistant Stock
* Variable Name: <prefix>_finish_equidistant_stock
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_STOCK_F_EQUI 2650 /* Param_type_double_length */

/* UF_PARAM_TURN_STOCK_F_FACE
*
* Description:
* Defines the face stock for profile cuts in a turn roughing operation.
*
* Type: UF_PARAM_type_double_length
*
* Name: Finish Face Stock
* Variable Name: <prefix>_finish_face_stock
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_STOCK_F_FACE 2651 /* Param_type_double_length */

/* UF_PARAM_TURN_STOCK_F_RAD
*
* Description:
* Defines the radial stock for profile cuts in a turn roughing operation.
*
* Type: UF_PARAM_type_double_length
*
* Name: Finish Radial Stock
* Variable Name: <prefix>_finish_radial_stock
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_STOCK_F_RAD 2652 /* Param_type_double_length */

/* UF_PARAM_TURN_STOCK_B_EQUI
*
* Description:
* Defines the equidistant stock for blank geometry in turn roughing and
* turn finishing operations.
*
* Type: UF_PARAM_type_double_length
*
* Name: Blank Equidistant Stock
* Variable Name: <prefix>_blank_equidistant_stock
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_STOCK_B_EQUI 2656 /* Param_type_double_length */

/* UF_PARAM_TURN_STOCK_B_FACE
*
* Description:
* Defines the face stock for blank geometry in turn roughing and
* turn finishing operations.
*
* Type: UF_PARAM_type_double_length
*
* Name: Blank Face Stock
* Variable Name: <prefix>_blank_face_stock
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_STOCK_B_FACE 2657 /* Param_type_double_length */

/* UF_PARAM_TURN_STOCK_B_RAD
*
* Description:
* Defines the radial stock for blank geometry in turn roughing and
* turn finishing operations.
*
* Type: UF_PARAM_type_double_length
*
* Name: Blank Radial Stock
* Variable Name: <prefix>_blank_radial_stock
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_STOCK_B_RAD 2658 /* Param_type_double_length */

/* UF_PARAM_TURN_FEED_CLEAR
*
* Description:
* Feedrate for clearance motions.
*
* Type: UF_PARAM_type_double_length
*
* Name: Feedrate Clear
* Variable Name: <prefix>_feedrate_clear
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FEED_CLEAR 2660

/* UF_PARAM_TURN_FEED_CLEAR_UNIT
*
* Description:
* Feedrate unit for clearance motions.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Clear Unit
* Variable Name: <prefix>_feedrate_clear_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_CLEAR_UNIT 2661

/* UF_PARAM_TURN_FEED_LINEAR
*
* Description:
* Feedrate for linear contouring motions.
*
* Type: UF_PARAM_type_double_length
*
* Name: Feedrate Linear
* Variable Name: <prefix>_feedrate_linear
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FEED_LINEAR 2662

/* UF_PARAM_TURN_FEED_LINEAR_UNIT
*
* Description:
* Feedrate unit for linear contouring motions.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Linear Unit
* Variable Name: <prefix>_feedrate_linear_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_LINEAR_UNIT 2663

/* UF_PARAM_TURN_FEED_FACE
*
* Description:
* Feedrate for face contouring motions.
*
* Type: UF_PARAM_type_double_length
*
* Name: Feedrate Face
* Variable Name: <prefix>_feedrate_face
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FEED_FACE 2664

/* UF_PARAM_TURN_FEED_FACE_UNIT
*
* Description:
* Feedrate unit for face contouring motions.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Face Unit
* Variable Name: <prefix>_feedrate_face_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_FACE_UNIT 2665

/* UF_PARAM_TURN_FEED_DIAMETER
*
* Description:
* Feedrate for radial contouring motions.
*
* Type: UF_PARAM_type_double_length
*
* Name: Feedrate Diameter
* Variable Name: <prefix>_feedrate_diameter
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FEED_DIAMETER 2666

/* UF_PARAM_TURN_FEED_DIAMETER_UNIT
*
* Description:
* Feedrate unit for radial contouring motions.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Diameter Unit
* Variable Name: <prefix>_feedrate_diameter_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_DIAMETER_UNIT 2667

/* UF_PARAM_TURN_FEED_CIRC_CW
*
* Description:
* Feedrate for clockwise circular contouring motions.
*
* Type: UF_PARAM_type_double_length
*
* Name: Feedrate Circ. CW
* Variable Name: <prefix>_feedrate_circ__cw
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FEED_CIRC_CW 2668

/* UF_PARAM_TURN_FEED_CIRC_CW_UNIT
*
* Description:
* Feedrate unit for clockwise circular contouring motions.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Circ. CW Unit
* Variable Name: <prefix>_feedrate_circ__cw_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_CIRC_CW_UNIT 2669

/* UF_PARAM_TURN_FEED_CIRC_CCW
*
* Description:
* Feedrate for counter clockwise circular contouring motions.
*
* Type: UF_PARAM_type_double_length
*
* Name: Feedrate Circ. CCW
* Variable Name: <prefix>_feedrate_circ__ccw
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FEED_CIRC_CCW 2670

/* UF_PARAM_TURN_FEED_CIRC_CCW_UNIT
*
* Description:
* Feedrate unit for counter clockwise circular contouring motions.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Circ. CCW Unit
* Variable Name: <prefix>_feedrate_circ__ccw_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_CIRC_CCW_UNIT 2671

/* UF_PARAM_TURN_FEED_ACCEL
*
* Description:
* Feedrate for acceleration phase/section of rough cut.
*
* Type: UF_PARAM_type_double_length
*
* Name: Feedrate Accelerate
* Variable Name: <prefix>_feedrate_accelerate
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FEED_ACCEL 2672

/* UF_PARAM_TURN_FEED_ACCEL_UNIT
*
* Description:
* Feedrate unit for acceleration phase/section of rough cut.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Accelerate Unit
* Variable Name: <prefix>_feedrate_accelerate_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_ACCEL_UNIT 2673

/* UF_PARAM_TURN_FEED_ACCEL_LENGTH
*
* Description:
* Length of acceleration phase/section of rough cut,
* i.e., the portion of the roughing motion that the
* tool shall perform at 'Acceleration Feedrate'.
*
* Type: UF_PARAM_type_double_length
*
* Name: Feedrate Accelerate Length
* Variable Name: <prefix>_feedrate_accelerate_length
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FEED_ACCEL_LENGTH 2674

/* UF_PARAM_TURN_FEED_DECEL
*
* Description:
* Feedrate for deceleration section of rough cut.
*
* Type: UF_PARAM_type_double_length
*
* Name: Feedrate Decelerate
* Variable Name: <prefix>_feedrate_decelerate
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FEED_DECEL 2675

/* UF_PARAM_TURN_FEED_DECEL_UNIT
*
* Description:
* Feedrate unit for deceleration section of rough cut.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Decelerate Unit
* Variable Name: <prefix>_feedrate_decelerate_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_DECEL_UNIT 2676

/* UF_PARAM_TURN_FEED_DECEL_LENGTH
*
* Description:
* Length of deceleration section of rough cut.
*
* Type: UF_PARAM_type_double_length
*
* Name: Feedrate Decelerate Length
* Variable Name: <prefix>_feedrate_decelerate_length
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FEED_DECEL_LENGTH 2677

enum UF_PARAM_turn_feed_accel_length_unit_e
{
UF_PARAM_turn_feed_accel_length_unit_length = 0,
UF_PARAM_turn_feed_accel_length_unit_percent
};
typedef enum UF_PARAM_turn_feed_accel_length_unit_e UF_PARAM_turn_feed_accel_length_unit_t;

/* UF_PARAM_TURN_FEED_ACCEL_LENGTH_UNIT
*
* Description:
* Unit for length of acceleration section of rough cut.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Accelerate Length Unit
* Variable Name: <prefix>_feedrate_accelerate_length_unit
*
* Possible Values: UF_PARAM_turn_feed_accel_length_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_ACCEL_LENGTH_UNIT 2678

enum UF_PARAM_turn_feed_decel_length_unit_e
{
UF_PARAM_turn_feed_decel_length_unit_length = 0,
UF_PARAM_turn_feed_decel_length_unit_percent
};
typedef enum UF_PARAM_turn_feed_decel_length_unit_e UF_PARAM_turn_feed_decel_length_unit_t;

/* UF_PARAM_TURN_FEED_DECEL_LENGTH_UNIT
*
* Description:
* Unit for length of acceleration section of rough cut.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Decelerate Length Unit
* Variable Name: <prefix>_feedrate_decelerate_length_unit
*
* Possible Values: UF_PARAM_turn_feed_decel_length_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_DECEL_LENGTH_UNIT 2679

/* UF_PARAM_TURN_MACH_MOTION
*
* Description:
* This parameter controls whether motions are output as lines and arcs
* or whether motions are only ouput as lines (linearization of arcs).
*
* Type: UF_PARAM_type_int
*
* Name: Machine Control Motion Output
* Variable Name: <prefix>_machine_control_motion_output
*
* Possible Values:
* 0 = Linear output only
* 1 = Linear and circular motions output
*
*
*/
#define UF_PARAM_TURN_MACH_MOTION 2680 /* UF_PARAM_type_int */

enum UF_PARAM_turn_mach_init_track_e
{
UF_PARAM_turn_mach_init_track_left = 0,
UF_PARAM_turn_mach_init_track_right
};
typedef enum UF_PARAM_turn_mach_init_track_e UF_PARAM_turn_mach_init_track_t;

/* UF_PARAM_TURN_MACH_INIT_TRACK
*
* Description:
* Defines the initial tracking side when using a grooving tool.
*
* Type: UF_PARAM_type_int
*
* Name: Machine Control Initial Track Side
* Variable Name: <prefix>_machine_control_initial_track_side
*
* Possible Values: UF_PARAM_turn_mach_init_track_t
*
*
*/
#define UF_PARAM_TURN_MACH_INIT_TRACK 2683 /* UF_PARAM_type_int */

/* UF_PARAM_TURN_MACH_AUTOSWITCH
*
* Description:
* Controls automatic switching of tracking sides for grooving tools.
*
* Type: UF_PARAM_type_int
*
* Name: Machine Control Autoswitch Tracking Side
* Variable Name: <prefix>_machine_control_autoswitch_tracking_side
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_MACH_AUTOSWITCH 2684 /* UF_PARAM_type_int */

/* UF_PARAM_TURN_MACH_AT_NOSE
*
* Description:
* Controls which nose radius of a form tool is used for tool tracking.
*
* Type: UF_PARAM_type_int
*
* Name: Machine Control At Nose Radius
* Variable Name: <prefix>_machine_control_at_nose_radius
*
* Possible Values: Value must match existing nose radius of used form tool.
*
*
*/
#define UF_PARAM_TURN_MACH_AT_NOSE 2685 /* UF_PARAM_type_int */

/* UF_PARAM_TURN_MACH_ADJUST_TOG
*
* Description:
* Controls use of adjust register.
*
* Type: UF_PARAM_type_int
*
* Name: Machine Control Adjust Reg. Toggle
* Variable Name: <prefix>_machine_control_adjust_reg__toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_MACH_ADJUST_TOG 2686 /* UF_PARAM_type_int */

/* UF_PARAM_TURN_MACH_ADJUST
*
* Description:
* Defines the adjust register value to be used.
*
* Type: UF_PARAM_type_int
*
* Name: Machine Control Adjust Reg.
* Variable Name: <prefix>_machine_control_adjust_reg_
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_MACH_ADJUST 2687 /* UF_PARAM_type_int */

/* UF_PARAM_TURN_MACH_CUTCOM_TOG
*
* Description:
* Controls use of cutter compensation register.
*
* Type: UF_PARAM_type_int
*
* Name: Machine Control CUTCOM Reg. Toggle
* Variable Name: <prefix>_machine_control_cutcom__reg__toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_MACH_CUTCOM_TOG 2688

/* UF_PARAM_TURN_MACH_CUTCOM
*
* Description:
* Defines the cutter compensation register to be used.
*
* Type: UF_PARAM_type_int
*
* Name: Machine Control CUTCOM Reg.
* Variable Name: <prefix>_machine_control_cutcom__reg_
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_MACH_CUTCOM 2689

/* UF_PARAM_TURN_MACH_ADJUST_2_TOG
*
* Description:
* Controls use of the second adjust register for groove tools.
*
* Type: UF_PARAM_type_int
*
* Name: Machine Control Adjust Reg. 2 Toggle
* Variable Name: <prefix>_machine_control_adjust_reg__2_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_MACH_ADJUST_2_TOG 2690

/* UF_PARAM_TURN_MACH_ADJUST_2
*
* Description:
* Defines the second adjust register to be used for groove tools.
*
* Type: UF_PARAM_type_int
*
* Name: Machine Control Adjust Reg. 2
* Variable Name: <prefix>_machine_control_adjust_reg__2
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_MACH_ADJUST_2 2691

/* UF_PARAM_TURN_MACH_CUTCOM_2_TOG
*
* Description:
* Controls use of the second cutter compensation register for groove tools.
*
* Type: UF_PARAM_type_int
*
* Name: Machine Control CUTCOM Reg. 2 Toggle
* Variable Name: <prefix>_machine_control_cutcom__reg__2_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_MACH_CUTCOM_2_TOG 2692

/* UF_PARAM_TURN_MACH_CUTCOM_2
*
* Description:
* Defines the second cutter compensation register to be used for groove tools.
*
* Type: UF_PARAM_type_int
*
* Name: Machine Control CUTCOM Reg. 2
* Variable Name: <prefix>_machine_control_cutcom__reg__2
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_MACH_CUTCOM_2 2693

/* UF_PARAM_TURN_MACH_USE_MACHINE
*
* Description:
* Controls use of machine cycle output for threading and centerline
* drilling operations.
*
* Type: UF_PARAM_type_int
*
* Name: Machine Control Use Machine Cycle
* Variable Name: <prefix>_machine_control_use_machine_cycle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_MACH_USE_MACHINE 2694

/* UF_PARAM_TURN_MACH_ADDITIONAL
*
* Description:
* Holds additional text for activated machine cycle.
*
* Type: UF_PARAM_type_string
*
* Name: Machine Control Additional Commands
* Variable Name: <prefix>_machine_control_additional_commands
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_MACH_ADDITIONAL 2695

/* UF_PARAM_TURN_FEED_ACCEL_LENGTH_PERCENT
*
* Description:
* Value for acceleration length using unit "percent"
*
* Type: UF_PARAM_type_double
*
* Name: Feedrate Accelerate Length Percent
* Variable Name: <prefix>_feedrate_accelerate_length_percent
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FEED_ACCEL_LENGTH_PERCENT 2698

/* UF_PARAM_TURN_FEED_DECEL_LENGTH_PERCENT
*
* Description:
* Value for deceleration length using unit "percent"
*
* Type: UF_PARAM_type_double
*
* Name: Feedrate Decelerate Length Percent
* Variable Name: <prefix>_feedrate_decelerate_length_percent
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FEED_DECEL_LENGTH_PERCENT 2699

/* UF_PARAM_TURN_LOCAL_FREQUENCY
*
* Description:
* IMPORTANT: This parameter is obsolete. Use
* UF_PARAM_TURN_LOCAL_NO_OF_PASSES instead.
*
* Defines frequence for local return moves
*
* Type: UF_PARAM_type_int
*
* Name: Turn Local Return Frequency
* Variable Name: <prefix>_turn_local_return_frequency
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_LOCAL_FREQUENCY 2700

/* UF_PARAM_TURN_LOCAL_LOCAL_RET_PT
*
* Description:
* Controls use of the local return point
*
* Type: UF_PARAM_type_int
*
* Name: Local Return Point Flag
* Variable Name: <prefix>_local_return_point_flag
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_LOCAL_LOCAL_RET_PT 2701

/* UF_PARAM_TURN_LOCAL_OPSTOP
*
* Description:
* Controls use of Opstop event in local return
*
* Type: UF_PARAM_type_int
*
* Name: Local Return Opstop
* Variable Name: <prefix>_local_return_opstop
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_LOCAL_OPSTOP 2702

/* UF_PARAM_TURN_LOCAL_OPSKIP
*
* Description:
* Controls use of Opskip event in local return.
*
* Type: UF_PARAM_type_int
*
* Name: Local Return Opskip
* Variable Name: <prefix>_local_return_opskip
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_LOCAL_OPSKIP 2703

/* UF_PARAM_TURN_LOCAL_OPERATOR_MSG_TOG
*
* Description:
* Controls use of operator message in local return.
*
* Type: UF_PARAM_type_int
*
* Name: Local Return Operator Flag
* Variable Name: <prefix>_local_return_operator_flag
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_LOCAL_OPERATOR_MSG_TOG 2704

/* UF_PARAM_TURN_LOCAL_OPERATOR_MSG
*
* Description:
* Defines the operator message for local return.
*
* Type: UF_PARAM_type_string
*
* Name: Local Return Operator Message
* Variable Name: <prefix>_local_return_operator_message
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_LOCAL_OPERATOR_MSG 2705

/* UF_PARAM_TURN_LOCAL_STOP
*
* Description:
* Controls use of Stop event in local return
*
* Type: UF_PARAM_type_int
*
* Name: Local Return Stop
* Variable Name: <prefix>_local_return_stop
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_LOCAL_STOP 2706

/* UF_PARAM_FEED_MAX_APPROACH_LEN_FLAG
*
* Description:
* Activates the parameter UF_PARAM_FEED_MAX_APPROACH_LEN.
*
* Type: UF_PARAM_type_int
*
* Name: Feed Max Approach Length Flag
* Variable Name: <prefix>_feed_max_approach_length_flag
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_FEED_MAX_APPROACH_LEN_FLAG 2708

/* UF_PARAM_FEED_MIN_ACCELERATE_DECELERATE_LEN_FLAG
*
* Description:
* Activates the parameter UF_PARAM_FEED_MIN_ACCELERATE_DECELERATE_LEN.
*
* Type: UF_PARAM_type_int
*
* Name: Feed Feed Min Accelerate Decelerate Length Flag
* Variable Name: <prefix>_feed_feed_min_accelerate_decelerate_length_flag
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_FEED_MIN_ACCELERATE_DECELERATE_LEN_FLAG 2715

/* UF_PARAM_TURN_LOCAL_DWELL_FLAG
*
* Description:
* Controls use of dwell settings for local return.
*
* Type: UF_PARAM_type_int
*
* Name: Local Return Dwell Flag
* Variable Name: <prefix>_local_return_dwell_flag
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_LOCAL_DWELL_FLAG 2710

/* UF_PARAM_TURN_LOCAL_DWELL
*
* Description:
* Defines length of dwell for local return.
*
* Type: UF_PARAM_type_double
*
* Name: Local Return Dwell
* Variable Name: <prefix>_local_return_dwell
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_LOCAL_DWELL 2711

enum UF_PARAM_turn_local_dwell_e
{
UF_PARAM_turn_local_dwell_seconds = 0,
UF_PARAM_turn_local_dwell_revolutions
};
typedef enum UF_PARAM_turn_local_dwell_e UF_PARAM_turn_local_dwell_t;

/* UF_PARAM_TURN_LOCAL_DWELL_UNIT
*
* Description:
* Defines the unit for dwell in local return.
*
* Type: UF_PARAM_type_int
*
* Name: Local Return Dwell Unit
* Variable Name: <prefix>_local_return_dwell_unit
*
* Possible Values: UF_PARAM_turn_local_dwell_t
*
*
*/
#define UF_PARAM_TURN_LOCAL_DWELL_UNIT 2712

enum UF_PARAM_topr_local_frequency_mode_t
{
UF_PARAM_topr_local_frequency_mode_per_cut = 0,
UF_PARAM_topr_local_frequency_mode_per_pass
};

/* UF_PARAM_TURN_LOCAL_FREQUENCY_MODE
*
* Description:
* IMPORTANT: This parameter is obsolete. It will be consolidated in
* new parameter UF_PARAM_TURN_LOCAL_MODE.
*
* This parameter is only available in the Rough/Plunge modes.
* It specifies if parameter UF_PARAM_TURN_LOCAL_FREQUENCY defines if the
* Local Return frequency is interpreted per Plunge cut or per Plunge pass.
*
* Type: Param_type_int
*
* Name: Local Return Frequency Mode
* Variable Name: <prefix>_local_return_frequency_mode
*
* Possible Values: UF_PARAM_topr_local_frequency_mode_t
*
*
*/
#define UF_PARAM_TURN_LOCAL_FREQUENCY_MODE 2713

/* UF_PARAM_TURN_TRACKING_CHANGE_IN_ROUGHING_TOG
*
* Description:
* Lets you activate the automatic change of tracking side/points in roughing operations.
* Notice that in finishing or additional profiling the automatic change of tracking is always
* active if two tracking points have been selected for the operation.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Tracking Change In Roughing Flag
* Variable Name: <prefix>_turn_tracking_change_in_roughing_flag
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_TRACKING_CHANGE_IN_ROUGHING_TOG 2717

/* UF_PARAM_TURN_TRACKING_CHANGE_ACTIVATION_DISTANCE
*
* Description:
* Defines the distance from "walls" below which the automatic change of the
* tracking side is triggered in roughing operations.
* This parameter is only valid for plunge roughing operations.
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Tracking Change Activation Distance
* Variable Name: <prefix>_turn_tracking_change_activation_distance
*
* Possible Values: double (positive)
* double zero (activation distance inactive)
*
*
*/
#define UF_PARAM_TURN_TRACKING_CHANGE_ACTIVATION_DISTANCE 2718

/* UF_PARAM_TURN_TRACKING_CHANGE_MIN_CUT_LENGTH
*
* Description:
* Defines the minimum cut length for automatic change of the tracking side
* in roughing operations. An automatic change of tracking points is not
* made unless the plunge cut length exceeds the "minimum cut length for
* tracking change".
* This parameter is only valid for plunge roughing operations.
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Tracking Change Minimum Cut Length
* Variable Name: <prefix>_turn_tracking_change_minimum_cut_length
*
* Possible Values: double (positive)
* double zero (minimum cut length not considered for automatic change of tracking)
*
*
*/
#define UF_PARAM_TURN_TRACKING_CHANGE_MIN_CUT_LENGTH 2719

/* UF_PARAM_TURN_FINISH_STATUS
*
* Description:
* Controls use of local return during profiling.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Finish Local Return Status
* Variable Name: <prefix>_turn_finish_local_return_status
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_FINISH_STATUS 2720

/* UF_PARAM_TURN_FINISH_LOCAL_FREQUENCY
*
* Description:
* IMPORTANT: This parameter is obsolete. Use
* UF_PARAM_TURN_FINISH_LOCAL_NO_OF_PASSES instead.
*
* Defines the frequency for local return moves during profiling.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Finish Local Return Frequency
* Variable Name: <prefix>_turn_finish_local_return_frequency
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_FREQUENCY 2721

/* UF_PARAM_TURN_FINISH_LOCAL_RET_PT_STATUS
*
* Description:
* Controls use of local return point during profiling.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Finish Local Return Point Flag
* Variable Name: <prefix>_turn_finish_local_return_point_flag
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_RET_PT_STATUS 2722

/* UF_PARAM_TURN_FINISH_LOCAL_RTN_PT
*
* Description:
* Identifies the local return point for profiling.
*
* Type: UF_PARAM_type_tag
*
* Name: Turn Finish Local Return Point
* Variable Name: <prefix>_turn_finish_local_return_point
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_RTN_PT 2723

enum UF_PARAM_turn_finish_loc_rtn_mv_e
{
UF_PARAM_turn_finish_loc_rtn_mv_none = -1,
UF_PARAM_turn_finish_loc_rtn_mv_direct = 0,
UF_PARAM_turn_finish_loc_rtn_mv_radial_axial,
UF_PARAM_turn_finish_loc_rtn_mv_axial_radial,
UF_PARAM_turn_finish_loc_rtn_mv_clear_radial_direct,
UF_PARAM_turn_finish_loc_rtn_mv_clear_axial_direct,
UF_PARAM_turn_finish_loc_rtn_mv_clear_radial_only,
UF_PARAM_turn_finish_loc_rtn_mv_clear_axial_only,
UF_PARAM_turn_finish_loc_rtn_mv_radial_clear_axial_direct,
UF_PARAM_turn_finish_loc_rtn_mv_radial_axial_radial,
UF_PARAM_turn_finish_loc_rtn_mv_radial_clear_axial
};
typedef enum UF_PARAM_turn_finish_loc_rtn_mv_e UF_PARAM_turn_finish_loc_rtn_mv_t;

/* UF_PARAM_TURN_FINISH_LOC_RTN_MV
*
* Description:
* Defines the local return move type for profiling.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Finish Local Return Move Status
* Variable Name: <prefix>_turn_finish_local_return_move_status
*
* Possible Values: UF_PARAM_turn_finish_loc_rtn_mv_t
*
*
*/
#define UF_PARAM_TURN_FINISH_LOC_RTN_MV 2724

/* UF_PARAM_TURN_FINISH_LOCAL_OPSTOP
*
* Description:
* Controls use of OPSTOP in local return during profiling.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Finish Local Return Opstop
* Variable Name: <prefix>_turn_finish_local_return_opstop
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_OPSTOP 2725

/* UF_PARAM_TURN_FINISH_LOCAL_OPSKIP
*
* Description:
* Controls use of OPSKIP in local return during profiling.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Finish Local Return Opskip
* Variable Name: <prefix>_turn_finish_local_return_opskip
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_OPSKIP 2726

/* UF_PARAM_TURN_FINISH_LOCAL_OPERATOR_MSG_TOG
*
* Description:
* Controls use of operator message in local return during profiling.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Finish Local Return Operator Flag
* Variable Name: <prefix>_turn_finish_local_return_operator_flag
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_OPERATOR_MSG_TOG 2727

/* UF_PARAM_TURN_FINISH_LOCAL_OPERATOR_MSG
*
* Description:
* Defines the operator message for local return during profiling.
*
* Type: UF_PARAM_type_string
*
* Name: Turn Finish Local Return Operator Message
* Variable Name: <prefix>_turn_finish_local_return_operator_message
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_OPERATOR_MSG 2728

/* UF_PARAM_TURN_FINISH_LOCAL_DWELL_FLAG
*
* Description:
* Controls use of dwell for local return during profiling.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Finish Local Return Dwell Flag
* Variable Name: <prefix>_turn_finish_local_return_dwell_flag
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_DWELL_FLAG 2729

/* UF_PARAM_TURN_FINISH_LOCAL_DWELL
*
* Description:
* Defines length of dwell for local return during profiling.
*
* Type: UF_PARAM_type_double
*
* Name: Turn Finish Local Return Dwell
* Variable Name: <prefix>_turn_finish_local_return_dwell
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_DWELL 2730

enum UF_PARAM_turn_finish_local_dwell_e
{
UF_PARAM_turn_finish_local_dwell_seconds = 0,
UF_PARAM_turn_finish_local_dwell_revolutions
};
typedef enum UF_PARAM_turn_finish_local_dwell_e UF_PARAM_turn_finish_local_dwell_t;

/* UF_PARAM_TURN_FINISH_LOCAL_DWELL_UNIT
*
* Description:
* Defines unit for dwell for local return during profiling.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Finish Local Return Dwell Unit
* Variable Name: <prefix>_turn_finish_local_return_dwell_unit
*
* Possible Values: UF_PARAM_turn_finish_local_dwell_t
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_DWELL_UNIT 2731

/* UF_PARAM_TURN_FINISH_LOCAL_RTN_ORDER
*
* Description:
* Defines sequence for local return output during profiling.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Turn Finish Local Return Point Output Order
* Variable Name: <prefix>_turn_finish_local_return_point_output_order
*
* Possible Values: (array size 5)
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_RTN_ORDER 2732

/* UF_PARAM_TURN_FINISH_LOCAL_STOP
*
* Description:
* Controls use of STOP in local return during profiling.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Finish Local Return Stop
* Variable Name: <prefix>_turn_finish_local_return_stop
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_STOP 2733

/* UF_PARAM_TURN_CONTOUR_FACE_MIN
*
* Description:
* Minimum angle for contour class "Face" in turning.
*
* Type: UF_PARAM_type_double
*
* Name: Contour Classes Face Min.
* Variable Name: <prefix>_contour_classes_face_min_
*
* Possible Values: angle in degree
*
*
*/
#define UF_PARAM_TURN_CONTOUR_FACE_MIN 2740

/* UF_PARAM_TURN_CONTOUR_FACE_MAX
*
* Description:
* Maximum angle for contour class "Face" in turning.
*
* Type: UF_PARAM_type_double
*
* Name: Contour Classes Face Max.
* Variable Name: <prefix>_contour_classes_face_max_
*
* Possible Values: angle in degree
*
*
*/
#define UF_PARAM_TURN_CONTOUR_FACE_MAX 2741

/* UF_PARAM_TURN_CONTOUR_DIAMETER_MIN
*
* Description:
* Minimum angle for contour class "Diameter" in turning.
*
* Type: UF_PARAM_type_double
*
* Name: Contour Classes Diameter Min.
* Variable Name: <prefix>_contour_classes_diameter_min_
*
* Possible Values: angle in degree
*
*
*/
#define UF_PARAM_TURN_CONTOUR_DIAMETER_MIN 2742

/* UF_PARAM_TURN_CONTOUR_DIAMETER_MAX
*
* Description:
* Maximum angle for contour class "Diameter" in turning.
*
* Type: UF_PARAM_type_double
*
* Name: Contour Classes Diameter Max.
* Variable Name: <prefix>_contour_classes_diameter_max_
*
* Possible Values: angle in degree
*
*
*/
#define UF_PARAM_TURN_CONTOUR_DIAMETER_MAX 2743

/* UF_PARAM_TURN_CONTOUR_STEEP_MIN
*
* Description:
* Minimum angle for contour class "Steep" in turning.
*
* Type: UF_PARAM_type_double
*
* Name: Contour Classes Steep Min.
* Variable Name: <prefix>_contour_classes_steep_min_
*
* Possible Values: angle in degree
*
*
*/
#define UF_PARAM_TURN_CONTOUR_STEEP_MIN 2744

/* UF_PARAM_TURN_CONTOUR_STEEP_MAX
*
* Description:
* Maximum angle for contour class "Steep" in turning.
*
* Type: UF_PARAM_type_double
*
* Name: Contour Classes Steep Max.
* Variable Name: <prefix>_contour_classes_steep_max_
*
* Possible Values: angle in degree
*
*
*/
#define UF_PARAM_TURN_CONTOUR_STEEP_MAX 2745

/* UF_PARAM_TURN_CONTOUR_LEVEL_MIN
*
* Description:
* Minimum angle for contour class "Level" in turning.
*
* Type: UF_PARAM_type_double
*
* Name: Contour Classes Level Min.
* Variable Name: <prefix>_contour_classes_level_min_
*
* Possible Values: angle in degree
*
*
*/
#define UF_PARAM_TURN_CONTOUR_LEVEL_MIN 2746

/* UF_PARAM_TURN_CONTOUR_LEVEL_MAX
*
* Description:
* Maximum angle for contour class "Level" in turning.
*
* Type: UF_PARAM_type_double
*
* Name: Contour Classes Level Max.
* Variable Name: <prefix>_contour_classes_level_max_
*
* Possible Values: angle in degree
*
*
*/
#define UF_PARAM_TURN_CONTOUR_LEVEL_MAX 2747

/* UF_PARAM_TURN_APPROACH_PATH_START_EVENTS_FLAGS
*
* Description:
* Holds the Start Events (MCE) flags of the approach path.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
* The start events paths are stored in parameter
* UF_PARAM_TURN_APPROACH_PATH_START_EVENTS_PATHS.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Turn Approach Path Start Events Flags
* Variable Name: <prefix>_turn_approach_path_start_events_flags
*
* Possible Values: List of ints: 0 -- inactive
* 1 -- active
*
*
*/
#define UF_PARAM_TURN_APPROACH_PATH_START_EVENTS_FLAGS 2750

/* UF_PARAM_TURN_APPROACH_PATH_START_EVENTS_PATHS
*
* Description:
* Holds the Start Events (MCEs) Paths of the approach path.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
* The Start Events Paths are activated by parameter
* UF_PARAM_TURN_APPROACH_PATH_START_EVENTS_FLAGS.
*
* Type: UF_PARAM_type_vla_tag
*
* Name: Turn Approach Path Start Events Paths
* Variable Name: <prefix>_turn_approach_path_start_events_paths
*
* Possible Values: List of tags
*
*
*/
#define UF_PARAM_TURN_APPROACH_PATH_START_EVENTS_PATHS 2751

/* UF_PARAM_TURN_APPROACH_PATH_END_EVENTS_FLAGS
*
* Description:
* Holds the End Events (MCE) flags of the approach path.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
* The End Events Paths are stored in parameter
* UF_PARAM_TURN_APPROACH_PATH_END_EVENTS_PATHS.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Turn Approach Path End Events Flags
* Variable Name: <prefix>_turn_approach_path_end_events_flags
*
* Possible Values: List of ints: 0 -- inactive
* 1 -- active
*
*
*/
#define UF_PARAM_TURN_APPROACH_PATH_END_EVENTS_FLAGS 2752

/* UF_PARAM_TURN_APPROACH_PATH_END_EVENTS_PATHS
*
* Description:
* Holds the End Events Paths (MCEs) of the approach path.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
* The End Events Paths are activated by parameter
* UF_PARAM_TURN_APPROACH_PATH_END_EVENTS_FLAGS.
*
* Type: UF_PARAM_type_vla_tag
*
* Name: Turn Approach Path End Events Paths
* Variable Name: <prefix>_turn_approach_path_end_events_paths
*
* Possible Values: List of tags
*
*
*/
#define UF_PARAM_TURN_APPROACH_PATH_END_EVENTS_PATHS 2753

/* UF_PARAM_TURN_DEPARTURE_PATH_START_EVENTS_FLAGS
*
* Description:
* Holds the Start Events (MCE) flags of the departure path.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
* The Start Events Paths are stored in parameter
* UF_PARAM_TURN_DEPARTURE_PATH_START_EVENTS_PATHS.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Turn Departure Path Start Events Flags
* Variable Name: <prefix>_turn_departure_path_start_events_flags
*
* Possible Values: List of ints: 0 -- inactive
* 1 -- active
*
*
*/
#define UF_PARAM_TURN_DEPARTURE_PATH_START_EVENTS_FLAGS 2754

/* UF_PARAM_TURN_DEPARTURE_PATH_START_EVENTS_PATHS
*
* Description:
* Holds the Start Events Paths (MCEs) of the departure path.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
* The Start Events Paths are activated by parameter
* UF_PARAM_TURN_DEPARTURE_PATH_START_EVENTS_FLAGS.
*
* Type: UF_PARAM_type_vla_tag
*
* Name: Turn Departure Path Start Events Paths
* Variable Name: <prefix>_turn_departure_path_start_events_paths
*
* Possible Values: List of tags
*
*
*/
#define UF_PARAM_TURN_DEPARTURE_PATH_START_EVENTS_PATHS 2755

/* UF_PARAM_TURN_DEPARTURE_PATH_END_EVENTS_FLAGS
*
* Description:
* Holds the End Events (MCE) flags of the departure path.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
* The End Events Paths are stored in parameter
* UF_PARAM_TURN_DEPARTURE_PATH_END_EVENTS_PATHS.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Turn Departure Path End Events Flags
* Variable Name: <prefix>_turn_departure_path_end_events_flags
*
* Possible Values: List of ints: 0 -- inactive
* 1 -- active
*
*
*/
#define UF_PARAM_TURN_DEPARTURE_PATH_END_EVENTS_FLAGS 2756

/* UF_PARAM_TURN_DEPARTURE_PATH_END_EVENTS_PATHS
*
* Description:
* Holds the End Events Paths (MCEs) of the departure path.
* The array has the maximum element number
* MAX_NO_OF_AVOIDANCE_PATH_POINTS.
* The End Events Paths are activated by parameter
* UF_PARAM_TURN_DEPARTURE_PATH_END_EVENTS_FLAGS.
*
* Type: UF_PARAM_type_vla_tag
*
* Name: Turn Departure Path End Events Paths
* Variable Name: <prefix>_turn_departure_path_end_events_paths
*
* Possible Values: List of tags
*
*
*/
#define UF_PARAM_TURN_DEPARTURE_PATH_END_EVENTS_PATHS 2757

/* UF_PARAM_TURN_MACH_USE_A_AXIS
*
* Description:
* Activates the operation level A-axis setting. A-axis is available if
* value is set to 1.
*
* Type: UF_PARAM_type_int
*
* Name: Use A axis
* Variable Name: <prefix>_use_a_axis
*
* Possible Values: 0, 1
*
*
*/
#define UF_PARAM_TURN_MACH_USE_A_AXIS 2760 /* UF_PARAM_type_int */

/* UF_PARAM_TURN_MACH_FLIP_A_AXIS
*
* Description:
* Specifies the operation level A-axis setting. A-axis is flipped if
* value is set to 1.
*
* Type: UF_PARAM_type_int
*
* Name: Flip A axis
* Variable Name: <prefix>_flip_a_axis
*
* Possible Values: 0, 1
*
*
*/
#define UF_PARAM_TURN_MACH_FLIP_A_AXIS 2761 /* UF_PARAM_type_int */

/* UF_PARAM_TURN_MACH_USE_B_AXIS
*
* Description:
* Activates the operation level B-axis setting. B-axis is available if
* value is set to 1.
*
* Type: UF_PARAM_type_int
*
* Name: Use B axis
* Variable Name: <prefix>_use_b_axis
*
* Possible Values: 0, 1
*
*
*/
#define UF_PARAM_TURN_MACH_USE_B_AXIS 2762 /* UF_PARAM_type_int */

/* UF_PARAM_TURN_MACH_TL_HOLDER_ANGLE
*
* Description:
* Specifies the operation level angle to set the tool holder angle to.
*
* Type: UF_PARAM_type_double
*
* Name: Tool Holder Angle
* Variable Name: <prefix>_tool_holder_angle
*
* Possible Values: double (radians)
*
*
*/
#define UF_PARAM_TURN_MACH_TL_HOLDER_ANGLE 2763 /* UF_PARAM_type_double */

/* UF_PARAM_TURN_MACH_TL_ANGLE
*
* Description:
* Specifies the operation level angle between tool center and the tool tip.
*
* Type: UF_PARAM_type_double
*
* Name: Tool Mach Angle
* Variable Name: <prefix>_tool_mach_angle
*
* Possible Values: double (degrees)
*
*
*/
#define UF_PARAM_TURN_MACH_TL_ANGLE 2764 /* UF_PARAM_type_double */

/* UF_PARAM_TURN_MACH_TL_ANGLE_TOG
*
* Description:
* Specifies the operation level toggle for angle between
* tool center and the tool tip.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Mach Angle Toggle
* Variable Name: <prefix>_tool_mach_angle_toggle
*
* Possible Values: 0 -- False
* 1 -- True
*
*
*/
#define UF_PARAM_TURN_MACH_TL_ANGLE_TOG 2765 /* UF_PARAM_type_int */

/* UF_PARAM_TURN_MACH_TL_RADIUS
*
* Description:
* Specifies the operation level radius between tool center and the tool tip.
*
* Type: UF_PARAM_type_double
*
* Name: Tool Mach Radius
* Variable Name: <prefix>_tool_mach_radius
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_MACH_TL_RADIUS 2766 /* UF_PARAM_type_double */

/* UF_PARAM_TURN_MACH_TL_RADIUS_TOG
*
* Description:
* Specifies the operation level toggle for radius between
* tool center and the tool tip.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Mach Radius Toggle
* Variable Name: <prefix>_tool_mach_radius_toggle
*
* Possible Values: 0 -- False
* 1 -- True
*
*
*/
#define UF_PARAM_TURN_MACH_TL_RADIUS_TOG 2767 /* UF_PARAM_type_int */

/* UF_PARAM_TURN_FINISH_LOCAL_MODE
*
* Description:
* Defines the mode of Profile Local Return frequency.
* For Turn/Rough Plunge operations There are four modes:
* Distance, Time, Per Cut and Per Level.
* For all other Turn operation there are only three modes:
* Distance, Time, No. Passes.
* The mode No. of Passes (or Per Cut/Per Level respectively)
* correspondes to the legacy (pre NX3) Frequency mode.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Finish Local Return Mode
* Variable Name: <prefix>_turn_finish_local_return_mode
*
* Possible Values: UF_PARAM_turn_local_mode_t
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_MODE 2770

/* UF_PARAM_TURN_FINISH_LOCAL_DISTANCE
*
* Description:
* Defines the tool travel distance after which a
* Profile Local Return is triggered.
* This parameter is only valid if Local Return mode
* (UF_PARAM_TURN_FINISH_LOCAL_MODE) is 'Distance'
* (UF_PARAM_turn_local_mode_distance).
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Finish Local Return Distance
* Variable Name: <prefix>_turn_finish_local_return_distance
*
* Possible Values: double (positive)
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_DISTANCE 2771

/* UF_PARAM_TURN_FINISH_LOCAL_TIME
*
* Description:
* Defines the tool travel time after which a Profile
* Local Return is triggered.
* This parameter is only valid if Local Return mode
* (UF_PARAM_TURN_FINISH_LOCAL_MODE) is 'Time'
* (UF_PARAM_turn_local_mode_time).
*
* Type: UF_PARAM_type_double
*
* Name: Turn Finish Local Return Time
* Variable Name: <prefix>_turn_finish_local_return_time
*
* Possible Values: double (positive)
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_TIME 2772

/* UF_PARAM_TURN_FINISH_LOCAL_NO_OF_PASSES
*
* Description:
* Defines the number of passes after which a Profile
* Local Return is triggered.
* This parameter is only valid if Local Return mode
* (UF_PARAM_TURN_FINISH_LOCAL_MODE) is 'No of Passes',
* 'No of Cuts' or 'No of Levels'
* (UF_PARAM_turn_local_mode_no_of_passes,
* UF_PARAM_turn_local_mode_no_of_cuts
* UF_PARAM_turn_local_mode_no_of_levels).
*
* Type: UF_PARAM_type_double
*
* Name: Turn Finish Local Return No of Passes
* Variable Name: <prefix>_turn_finish_local_return_no_of_passes
*
* Possible Values: int (positive)
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_NO_OF_PASSES 2773

/* UF_PARAM_TURN_FINISH_LOCAL_ADJUSTMENT_FLAG
*
* Description:
* Defines if Profile Local Return Adjustment is active.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Finish Local Return Adjustment Flag
* Variable Name: <prefix>_turn_finish_local_return_adjustment_flag
*
* Possible Values: 0 -- Off
* 1 -- On
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_ADJUSTMENT_FLAG 2774

/* UF_PARAM_TURN_FINISH_LOCAL_ADJUSTMENT_MODE
*
* Description:
* Defines the Profile Local Return Adjustment mode.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Finish Local Return Adjustment Mode
* Variable Name: <prefix>_turn_finish_local_return_adjustment_mode
*
* Possible Values: UF_PARAM_turn_local_adjustment_mode_t
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_ADJUSTMENT_MODE 2775

/* UF_PARAM_TURN_FINISH_LOCAL_LOWER_LIMIT_DISTANCE
*
* Description:
* Defines the lower limit of Profile Local Return
* adjustment.
* This parameter is only valid if Local Return mode
* (UF_PARAM_TURN_FINISH_LOCAL_MODE) is 'Distance'
* (UF_PARAM_turn_local_mode_distance) and
* lower limit mode
* (UF_PARAM_TURN_FINISH_LOCAL_LOWER_LIMIT_MODE) is
* 'Distance or Time'
* (UF_PARAM_turn_local_limit_distance_or_time).
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Finish Local Return Lower Limit Distance
* Variable Name: <prefix>_turn_finish_local_return_lower_limit_distance
*
* Possible Values: double (negative or zero)
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_LOWER_LIMIT_DISTANCE 2776

/* UF_PARAM_TURN_FINISH_LOCAL_LOWER_LIMIT_TIME
*
* Description:
* Defines the lower limit of Profile Local Return
* adjustment.
* This parameter is only valid if Local Return mode
* (UF_PARAM_TURN_FINISH_LOCAL_MODE) is 'Time'
* (UF_PARAM_turn_local_mode_time) and
* lower limit mode
* (UF_PARAM_TURN_FINISH_LOCAL_LOWER_LIMIT_MODE) is
* 'Distance or Time'
* (UF_PARAM_turn_local_limit_distance_or_time).
*
* Type: UF_PARAM_type_double
*
* Name: Turn Finish Local Return Lower Limit Time
* Variable Name: <prefix>_turn_finish_local_return_lower_limit_time
*
* Possible Values: double (negative or zero)
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_LOWER_LIMIT_TIME 2777

/* UF_PARAM_TURN_FINISH_LOCAL_LOWER_LIMIT_PERCENT
*
* Description:
* Defines the lower limit of Profile Local Return
* adjustment.
* This parameter is only valid if Local Return mode
* (UF_PARAM_TURN_FINISH_LOCAL_MODE) is 'Distance' or
* 'Time' (UF_PARAM_turn_local_mode_distance,
* UF_PARAM_turn_local_mode_time) and
* lower limit mode
* (UF_PARAM_TURN_FINISH_LOCAL_LOWER_LIMIT_MODE) is
* 'Percent' (UF_PARAM_turn_local_limit_percent).
*
* Type: UF_PARAM_type_double
*
* Name: Turn Finish Local Return Lower Limit Percent
* Variable Name: <prefix>_turn_finish_local_return_lower_limit_percent
*
* Possible Values: double (negative or zero)
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_LOWER_LIMIT_PERCENT 2778

/* UF_PARAM_TURN_FINISH_LOCAL_LOWER_LIMIT_MODE
*
* Description:
* Defines the lower limit mode of Profile Local Return
* adjustment.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Finish Local Return Lower Limit Percent
* Variable Name: <prefix>_turn_finish_local_return_lower_limit_percent
*
* Possible Values: UF_PARAM_turn_local_limit_t
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_LOWER_LIMIT_MODE 2779

/* UF_PARAM_TURN_FINISH_LOCAL_UPPER_LIMIT_DISTANCE
*
* Description:
* Defines the upper limit of Profile Local Return
* adjustment.
* This parameter is only valid if Local Return mode
* (UF_PARAM_TURN_FINISH_LOCAL_MODE) is 'Distance'
* (UF_PARAM_turn_local_mode_distance) and
* upper limit mode
* (UF_PARAM_TURN_FINISH_LOCAL_UPPER_LIMIT_MODE) is
* 'Distance or Time'
* (UF_PARAM_turn_local_limit_distance_or_time).
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Finish Local Return Upper Limit Distance
* Variable Name: <prefix>_turn_finish_local_return_upper_limit_distance
*
* Possible Values: double (positive or zero)
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_UPPER_LIMIT_DISTANCE 2780

/* UF_PARAM_TURN_FINISH_LOCAL_UPPER_LIMIT_TIME
*
* Description:
* Defines the upper limit of Profile Local Return
* adjustment.
* This parameter is only valid if Local Return mode
* (UF_PARAM_TURN_FINISH_LOCAL_MODE) is 'Time'
* (UF_PARAM_turn_local_mode_time) and
* upper limit mode
* (UF_PARAM_TURN_FINISH_LOCAL_UPPER_LIMIT_MODE) is
* 'Distance or Time'
* (UF_PARAM_turn_local_limit_distance_or_time).
*
* Type: UF_PARAM_type_double
*
* Name: Turn Finish Local Return Upper Limit Time
* Variable Name: <prefix>_turn_finish_local_return_upper_limit_time
*
* Possible Values: double (positive or zero)
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_UPPER_LIMIT_TIME 2781

/* UF_PARAM_TURN_FINISH_LOCAL_UPPER_LIMIT_PERCENT
*
* Description:
* Defines the upper limit of Profile Local Return
* adjustment.
* This parameter is only valid if Local Return mode
* (UF_PARAM_TURN_FINISH_LOCAL_MODE) is 'Distance' or
* 'Time' (UF_PARAM_turn_local_mode_distance,
* UF_PARAM_turn_local_mode_time) and
* upper limit mode
* (UF_PARAM_TURN_FINISH_LOCAL_UPPPER_LIMIT_MODE) is
* 'Percent' (UF_PARAM_turn_local_limit_percent).
*
* Type: UF_PARAM_type_double
*
* Name: Turn Finish Local Return Upper Limit Percent
* Variable Name: <prefix>_turn_finish_local_return_upper_limit_percent
*
* Possible Values: double (positive or zero)
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_UPPER_LIMIT_PERCENT 2782

enum UF_PARAM_turn_local_mode_e
{
UF_PARAM_turn_local_mode_distance = 0,
UF_PARAM_turn_local_mode_time = 1,
UF_PARAM_turn_local_mode_no_of_passes = 2,
UF_PARAM_turn_local_mode_no_of_cuts = 2,
UF_PARAM_turn_local_mode_no_of_levels = 3
};
typedef enum UF_PARAM_turn_local_mode_e UF_PARAM_turn_local_mode_t;
#define UF_PARAM_TURN_LOCAL_MODE_INDEX 2784

/* @HEAD UF_PARAM_TURN_LOCAL_DISTANCE_INDEX EXT
*
* Description:
* Defines the tool travel distance after which a Local Return
* is triggered.
* This parameter is only valid if Local Return mode
* (UF_PARAM_TURN_LOCAL_MODE_INDEX) is 'Distance'
* (UF_PARAM_turn_local_mode_distance).
*
* Type: UF_PARAM_type_double_length
*
* Name: Local Return Distance
*
* Possible Values: double (positive)
*
* Developer: Oliver Bruegge
*/
#define UF_PARAM_TURN_LOCAL_DISTANCE_INDEX 2785

/* @HEAD UF_PARAM_TURN_LOCAL_TIME_INDEX EXT
*
* Description:
* Defines the tool travel time after which a Local Return
* is triggered.
* This parameter is only valid if Local Return mode
* (UF_PARAM_TURN_LOCAL_MODE_INDEX) is 'Time'
* (UF_PARAM_turn_local_mode_time).
*
* Type: UF_PARAM_type_double
*
* Name: Local Return Time
*
* Possible Values: double (positive)
*
* Developer: Oliver Bruegge
*/
#define UF_PARAM_TURN_LOCAL_TIME_INDEX 2786

/* @HEAD UF_PARAM_TURN_LOCAL_NO_OF_PASSES_INDEX EXT
*
* Description:
* Defines the number of passes after which a Local Return
* is triggered.
* This parameter is only valid if Local Return mode
* (UF_PARAM_TURN_LOCAL_MODE_INDEX) is 'No of Passes',
* 'No of Cuts' or 'No of Levels'
* (UF_PARAM_turn_local_mode_no_of_passes,
* UF_PARAM_turn_local_mode_no_of_cuts
* UF_PARAM_turn_local_mode_no_of_levels).
*
* Type: UF_PARAM_type_int
*
* Name: Local Return No of Passes
*
* Possible Values: double (positive)
*
* Developer: Oliver Bruegge
*/
#define UF_PARAM_TURN_LOCAL_NO_OF_PASSES_INDEX 2787

/* @HEAD UF_PARAM_TURN_LOCAL_ADJUSTMENT_FLAG_INDEX EXT
*
* Description:
* Defines if Local Return Adjustment is active.
*
* Type: UF_PARAM_type_int
*
* Name: Local Return Adjustment Flag
*
* Possible Values: 0 -- Off
* 1 -- On
*
* Developer: Oliver Bruegge
*/
#define UF_PARAM_TURN_LOCAL_ADJUSTMENT_FLAG_INDEX 2788

/* @HEAD UF_PARAM_TURN_LOCAL_ADJUSTMENT_MODE_INDEX EXT
*
* Description:
* Defines the Local Return Adjustment mode.
*
* Type: UF_PARAM_type_int
*
* Name: Local Return Adjustment Mode
*
* Possible Values: UF_PARAM_turn_local_adjustment_mode_t
*
* Developer: Oliver Bruegge
*/

enum UF_PARAM_turn_local_adjustment_mode_e
{
UF_PARAM_turn_local_adjustment_mode_range = 0,
UF_PARAM_turn_local_adjustment_mode_alignment
};
typedef enum UF_PARAM_turn_local_adjustment_mode_e UF_PARAM_turn_local_adjustment_mode_t;
#define UF_PARAM_TURN_LOCAL_ADJUSTMENT_MODE_INDEX 2789

/* @HEAD UF_PARAM_TURN_LOCAL_LOWER_LIMIT_DISTANCE_INDEX EXT
*
* Description:
* Defines the lower limit of Local Return adjustment.
* This parameter is only valid if Local Return mode
* (UF_PARAM_TURN_LOCAL_MODE_INDEX) is 'Distance'
* (UF_PARAM_turn_local_mode_distance) and
* lower limit mode
* (UF_PARAM_TURN_LOCAL_LOWER_LIMIT_MODE_INDEX) is
* 'Distance or Time'
* (UF_PARAM_turn_local_limit_distance_or_time).
*
* Type: UF_PARAM_type_double_length
*
* Name: Local Return Lower Limit Distance
*
* Possible Values: double (negative or zero)
*
* Developer: Oliver Bruegge
*/
#define UF_PARAM_TURN_LOCAL_LOWER_LIMIT_DISTANCE_INDEX 2790

/* @HEAD UF_PARAM_TURN_LOCAL_LOWER_LIMIT_TIME_INDEX EXT
*
* Description:
* Defines the lower limit of Local Return adjustment.
* This parameter is only valid if Local Return mode
* (UF_PARAM_TURN_LOCAL_MODE_INDEX) is 'Time'
* (UF_PARAM_turn_local_mode_time) and
* lower limit mode
* (UF_PARAM_TURN_LOCAL_LOWER_LIMIT_MODE_INDEX) is
* 'Distance or Time'
* (UF_PARAM_turn_local_limit_distance_or_time).
*
* Type: UF_PARAM_type_double
*
* Name: Local Return Lower Limit Time
*
* Possible Values: double (negative or zero)
*
* Developer: Oliver Bruegge
*/
#define UF_PARAM_TURN_LOCAL_LOWER_LIMIT_TIME_INDEX 2791

/* @HEAD UF_PARAM_TURN_LOCAL_LOWER_LIMIT_PERCENT_INDEX EXT
*
* Description:
* Defines the lower limit of Local Return adjustment.
* This parameter is only valid if Local Return mode
* (UF_PARAM_TURN_LOCAL_MODE_INDEX) is 'Distance' or
* 'Time' (UF_PARAM_turn_local_mode_distance,
* UF_PARAM_turn_local_mode_time) and
* lower limit mode
* (UF_PARAM_TURN_LOCAL_LOWER_LIMIT_MODE_INDEX) is
* 'Percent' (UF_PARAM_turn_local_limit_percent).
*
* Type: UF_PARAM_type_double
*
* Name: Local Return Lower Limit Percent
*
* Possible Values: double (negative or zero)
*
* Developer: Oliver Bruegge
*/
#define UF_PARAM_TURN_LOCAL_LOWER_LIMIT_PERCENT_INDEX 2792

/* @HEAD UF_PARAM_TURN_LOCAL_LOWER_LIMIT_MODE_INDEX EXT
*
* Description:
* Defines the lower limit mode of Local Return adjustment.
*
* Type: UF_PARAM_type_int
*
* Name: Local Return Lower Limit Percent
*
* Possible Values: UF_PARAM_turn_local_limit_t
*
* Developer: Oliver Bruegge
*/

enum UF_PARAM_turn_local_limit_mode_e
{
UF_PARAM_turn_local_limit_distance_or_time = 0,
UF_PARAM_turn_local_limit_percent
};
typedef enum UF_PARAM_turn_local_limit_mode_e UF_PARAM_turn_local_limit_t;
#define UF_PARAM_TURN_LOCAL_LOWER_LIMIT_MODE_INDEX 2793

/* @HEAD UF_PARAM_TURN_LOCAL_UPPER_LIMIT_DISTANCE_INDEX EXT
*
* Description:
* Defines the upper limit of Local Return adjustment.
* This parameter is only valid if Local Return mode
* (UF_PARAM_TURN_LOCAL_MODE_INDEX) is 'Distance'
* (UF_PARAM_turn_local_mode_distance) and
* upper limit mode
* (UF_PARAM_TURN_LOCAL_UPPER_LIMIT_MODE_INDEX) is
* 'Distance or Time'
* (UF_PARAM_turn_local_limit_distance_or_time).
*
* Type: UF_PARAM_type_double_length
*
* Name: Local Return Upper Limit Distance
*
* Possible Values: double (positive or zero)
*
* Developer: Oliver Bruegge
*/
#define UF_PARAM_TURN_LOCAL_UPPER_LIMIT_DISTANCE_INDEX 2794

/* @HEAD UF_PARAM_TURN_LOCAL_UPPER_LIMIT_TIME_INDEX EXT
*
* Description:
* Defines the upper limit of Local Return adjustment.
* This parameter is only valid if Local Return mode
* (UF_PARAM_TURN_LOCAL_MODE_INDEX) is 'Time'
* (UF_PARAM_turn_local_mode_time) and
* upper limit mode
* (UF_PARAM_TURN_LOCAL_UPPER_LIMIT_MODE_INDEX) is
* 'Distance or Time'
* (UF_PARAM_turn_local_limit_distance_or_time).
*
* Type: UF_PARAM_type_double
*
* Name: Local Return Upper Limit Time
*
* Possible Values: double (positive or zero)
*
* Developer: Oliver Bruegge
*/
#define UF_PARAM_TURN_LOCAL_UPPER_LIMIT_TIME_INDEX 2795

/* @HEAD UF_PARAM_TURN_LOCAL_UPPER_LIMIT_PERCENT_INDEX EXT
*
* Description:
* Defines the upper limit of Local Return adjustment.
* This parameter is only valid if Local Return mode
* (UF_PARAM_TURN_LOCAL_MODE_INDEX) is 'Distance' or
* 'Time' (UF_PARAM_turn_local_mode_distance,
* UF_PARAM_turn_local_mode_time) and
* upper limit mode
* (UF_PARAM_TURN_LOCAL_UPPPER_LIMIT_MODE_INDEX) is
* 'Percent' (UF_PARAM_turn_local_limit_percent).
*
* Type: UF_PARAM_type_double
*
* Name: Local Return Upper Limit Percent
*
* Possible Values: double (positive or zero)
*
* Developer: Oliver Bruegge
*/
#define UF_PARAM_TURN_LOCAL_UPPER_LIMIT_PERCENT_INDEX 2796

/* @HEAD UF_PARAM_TURN_LOCAL_UPPER_LIMIT_MODE_INDEX EXT
*
* Description:
* Defines the upper limit mode of Local Return adjustment.
*
* Type: UF_PARAM_type_int
*
* Name: Local Return Upper Limit Percent
*
* Possible Values: UF_PARAM_turn_local_limit_t
*
* Developer: Oliver Bruegge
*/

/* UF_PARAM_TURN_LOCAL_UPPER_LIMIT_MODE
*
* Description:
* Defines the upper limit mode of Profile
* Local Return adjustment.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Finish Local Return Upper Limit Percent
*
* Possible Values: UF_PARAM_turn_local_limit_t
*
*
*/
#define UF_PARAM_TURN_LOCAL_UPPER_LIMIT_MODE 2797

enum UF_PARAM_tropr_cut_strategy_e
{
UF_PARAM_tropr_cut_strategy_level_zig = 0,
UF_PARAM_tropr_cut_strategy_level_zig_zag,
UF_PARAM_tropr_cut_strategy_contour_zig,
UF_PARAM_tropr_cut_strategy_contour_zig_zag,
UF_PARAM_tropr_cut_strategy_plunge_zig,
UF_PARAM_tropr_cut_strategy_plunge_alt,
UF_PARAM_tropr_cut_strategy_plunge_castleing,
UF_PARAM_tropr_cut_strategy_plunge_zig_zag,
UF_PARAM_tropr_cut_strategy_ramping_zig,
UF_PARAM_tropr_cut_strategy_ramping_zig_zag
};
typedef enum UF_PARAM_tropr_cut_strategy_e UF_PARAM_tropr_cut_strategy_t;

/* UF_PARAM_TROPR_CUT_STRATEGY
*
* Description:
* Rough cut strategy
*
* Type: UF_PARAM_type_int
*
* Name: Roughing Cut Method
* Variable Name: <prefix>_roughing_cut_method
*
* Possible Values: UF_PARAM_tropr_cut_strategy_t
*
*
*/
#define UF_PARAM_TROPR_CUT_STRATEGY 2800 /* Param_type_int */

enum UF_PARAM_turn_stepover_e
{
UF_PARAM_turn_stepover_level_constant = 0,
UF_PARAM_turn_stepover_level_var_max = 1,
UF_PARAM_turn_stepover_level_var_avg = 2,
UF_PARAM_turn_stepover_level_no_of_levels = 3,
UF_PARAM_turn_stepover_level_individual = 4,
UF_PARAM_turn_stepover_ramp_constant = 0,
UF_PARAM_turn_stepover_ramp_var_max = 1,
UF_PARAM_turn_stepover_ramp_var_avg = 2,
UF_PARAM_turn_stepover_contour_constant = 0,
UF_PARAM_turn_stepover_contour_no_of_levels = 1,
UF_PARAM_turn_stepover_contour_individual = 2,
UF_PARAM_turn_stepover_plunge_constant = 0,
UF_PARAM_turn_stepover_plunge_var_max = 1,
UF_PARAM_turn_stepover_plunge_var_avg = 2
};
typedef enum UF_PARAM_turn_stepover_e UF_PARAM_turn_stepover_t;

/* UF_PARAM_TURN_STEPOVER
*
* Description:
* Defines the stepover type. Interpretation depends on the cut strategy
* selected.
*
* Type: UF_PARAM_type_int
*
* Name: Stepover
* Variable Name: <prefix>_stepover
*
* Possible Values: UF_PARAM_turn_stepover_t
*
*
*/
#define UF_PARAM_TURN_STEPOVER 2810 /* Param_type_double_length */

/* UF_PARAM_TURN_CUT_DEPTH
*
* Description:
* Defines cut depth for constant stepover.
*
* Type: UF_PARAM_type_double_length
*
* Name: Cut Depth
* Variable Name: <prefix>_cut_depth
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_CUT_DEPTH 2811 /* Param_type_double_length */

/* UF_PARAM_TURN_MINIMUM
*
* Description:
* Minimum cut depth for variable stepover and ramping
*
* Type: UF_PARAM_type_double_length
*
* Name: Minimum
* Variable Name: <prefix>_minimum
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_MINIMUM 2812

/* UF_PARAM_TURN_MAXIMUM
*
* Description:
* Maximum cut depth for variable stepover and ramping
*
* Type: UF_PARAM_type_double_length
*
* Name: Maximum
* Variable Name: <prefix>_maximum
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_MAXIMUM 2813

/* UF_PARAM_TURN_NO_OF_LEVELS
*
* Description:
* Number of cuts for turn roughing operations.
*
* Type: UF_PARAM_type_int
*
* Name: No. of Levels
* Variable Name: <prefix>_no__of_levels
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_NO_OF_LEVELS 2814

/* UF_PARAM_TURN_NO_OF_ADD_PASSES
*
* Description:
* Number of additional passes for individual stepover in turn
* roughing operations.
*
* Type: UF_PARAM_type_int
*
* Name: No. of Additional Passes
* Variable Name: <prefix>_no__of_additional_passes
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_NO_OF_ADD_PASSES 2815

/* UF_PARAM_TURN_NO_OF_PASSES_ARRAY
*
* Description:
* List of pass counts for individual stepover in turn
* roughing operations.
*
* Type: UF_PARAM_type_vla_int
*
* Name: No. of Passes Array
* Variable Name: <prefix>_no__of_passes_array
*
* Possible Values: Array (size of 10)
*
*
*/
#define UF_PARAM_TURN_NO_OF_PASSES_ARRAY 2816

/* UF_PARAM_TURN_CUT_DEPTH_ARRAY
*
* Description:
* List of stepover values for individual stepover in turn
* roughing operations. This parameter is obsolete.
* Use UF_PARAM_TURN_CUT_DEPTH_ARRAY_TOOL_DEPENDENT instead
*
* Type: UF_PARAM_type_vla_length
*
* Name: Cut Depth Array
* Variable Name: <prefix>_cut_depth_array
*
* Possible Values: Array (size of 10)
*
*
*/
#define UF_PARAM_TURN_CUT_DEPTH_ARRAY 2817 /* Obsolete in NX6 */

enum UF_PARAM_turn_step_value_unit_e
{
UF_PARAM_turn_step_value_unit_length = 0,
UF_PARAM_turn_step_value_unit_percentage
};
typedef enum UF_PARAM_turn_step_value_unit_e UF_PARAM_turn_step_value_unit_t;

/* UF_PARAM_TURN_STEP_VALUE_UNIT
*
* Description:
* Type of stepover for plunge cutting
*
* Type: UF_PARAM_type_int
*
* Name: Step Value Unit
* Variable Name: <prefix>_step_value_unit
*
* Possible Values: UF_PARAM_turn_step_value_unit_t
*
*
*/
#define UF_PARAM_TURN_STEP_VALUE_UNIT 2818

enum UF_PARAM_turn_reversal_mode_e
{
UF_PARAM_turn_reversal_mode_as_level = 0,
UF_PARAM_turn_reversal_mode_inverse = 1,
UF_PARAM_turn_reversal_mode_closest = 2,
UF_PARAM_turn_reversal_mode_cut_later = 3,
UF_PARAM_turn_reversal_mode_omit = 4
};
typedef enum UF_PARAM_turn_reversal_mode_e UF_PARAM_turn_reversal_mode_t;

/* UF_PARAM_TURN_REVERSAL_MODE
*
* Description:
* Controls the strategy for cutting reversals in roughing operation.
*
* Type: UF_PARAM_type_int
*
* Name: Reversal Mode
* Variable Name: <prefix>_reversal_mode
*
* Possible Values: UF_PARAM_turn_reversal_mode_t
*
*
*/
#define UF_PARAM_TURN_REVERSAL_MODE 2820 /* Param_type_int */

enum UF_PARAM_turn_cleanup_e
{
UF_PARAM_turn_cleanup_none = 0,
UF_PARAM_turn_cleanup_all = 1,
UF_PARAM_turn_cleanup_down_only = 2,
/* The following to be used for level cutting */
UF_PARAM_turn_cleanup_linear_none = 0,
UF_PARAM_turn_cleanup_linear_all,
UF_PARAM_turn_cleanup_linear_steep_only,
UF_PARAM_turn_cleanup_linear_all_but_steep,
UF_PARAM_turn_cleanup_linear_level_only,
UF_PARAM_turn_cleanup_linear_all_but_level,
UF_PARAM_turn_cleanup_linear_down_only,
UF_PARAM_turn_cleanup_linear_per_reversal
};
typedef enum UF_PARAM_turn_cleanup_e UF_PARAM_turn_cleanup_t;

/* UF_PARAM_TURN_CLEANUP
*
* Description:
* Controls cleanup after rough cuts in turning operations.
* For linear roughing use values UF_PARAM_turn_cleanup_linear_* !!!
*
* Type: UF_PARAM_type_int
*
* Name: Cleanup
* Variable Name: <prefix>_cleanup
*
* Possible Values: UF_PARAM_turn_cleanup_t
*
*
*/
#define UF_PARAM_TURN_CLEANUP 2825 /* Param_type_int */

/* UF_PARAM_TURN_PROFILING
*
* Description:
* Controls use of profiling cuts in roughing operation
*
* Type: UF_PARAM_type_int
*
* Name: Profiling
* Variable Name: <prefix>_profiling
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_PROFILING 2830 /* Param_type_int */

/* UF_PARAM_TURN_UPDATE_IPW
*
* Description:
* Activates the 'Update IPW' functionality in roughing,
* finishish or teachmode operations.
*
* Type: UF_PARAM_type_int
*
* Name: Update IPW
* Variable Name: <prefix>_update_ipw
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_UPDATE_IPW 2833

/* UF_PARAM_TURN_LEVEL_STEP_ANGLE
*
* Description:
* Angle for rough cut levels (stepover angle for plunge cutting).
*
* Type: UF_PARAM_type_double
*
* Name: Level/Step Angle
* Variable Name: <prefix>_level_step_angle
*
* Possible Values: angle in degree
*
*
*/
#define UF_PARAM_TURN_LEVEL_STEP_ANGLE 2835

/* UF_PARAM_TURN_LEVEL_STEP_ANGLE_TAG
*
* Description:
* Identifier of a smart vector providing the level/stepover angle.
*
* Type: UF_PARAM_type_tag
*
* Name: Level/Step Angle Tag
* Variable Name: <prefix>_level_step_angle_tag
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_LEVEL_STEP_ANGLE_TAG 2836

/* UF_PARAM_TURN_FP_TOG
*
* Description:
* Controls use of first plunge position.
*
* Type: UF_PARAM_type_int
*
* Name: First Plunge Toggle
* Variable Name: <prefix>_first_plunge_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_FP_TOG 2840

/* UF_PARAM_TURN_FP_AXIAL
*
* Description:
* Axial position for first plunge.
*
* Type: UF_PARAM_type_double_length
*
* Name: First Plunge Axial
* Variable Name: <prefix>_first_plunge_axial
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FP_AXIAL 2841

/* UF_PARAM_TURN_FP_RADIAL
*
* Description:
* Radial position for first plunge move (used for trepanning only).
*
* Type: UF_PARAM_type_double_length
*
* Name: First Plunge Radial
* Variable Name: <prefix>_first_plunge_radial
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FP_RADIAL 2842

/* UF_PARAM_TURN_FP_TAG
*
* Description:
* Identifier of smart point defining first plunge position.
*
* Type: UF_PARAM_type_tag
*
* Name: First Plunge Tag
* Variable Name: <prefix>_first_plunge_tag
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FP_TAG 2843

enum UF_PARAM_turn_finish_dwell_mode_e
{
UF_PARAM_turn_dwell_finish_mode_none = 0,
UF_PARAM_turn_dwell_finish_mode_time,
UF_PARAM_turn_dwell_finish_mode_revolutions
};
typedef enum UF_PARAM_turn_finish_dwell_mode_e UF_PARAM_turn_finish_dwell_mode_t;

/* UF_PARAM_TURN_FINISH_DWELL_MODE
*
* Description:
* This parameter controls the activation and mode
* of Dwell after Finish/Profile cut.
*
* Type: UF_PARAM_type_int
*
* Name: Finish Dwell Flag
* Variable Name: <prefix>_finish_dwell_flag
*
* Possible Values: UF_PARAM_turn_finish_dwell_mode_t
*
*
*/
#define UF_PARAM_TURN_FINISH_DWELL_MODE 2845 /* Param_type_int */

/* UF_PARAM_TURN_FINISH_DWELL
*
* Description:
* This parameter controls the dwell time for 'Dwell after
* Finish/Porfile Cut'. It represents the time in seconds or
* the number of revolutions based on the setting of the dwell
* units parameter.
*
* Type: UF_PARAM_type_double
*
* Name: Finish Dwell
* Variable Name: <prefix>_finish_dwell
*
* Possible Values:
* positive double (don't use decimals for revolutions)
*
*
*/
#define UF_PARAM_TURN_FINISH_DWELL 2846 /* UF_PARAM_type_double */

enum UF_PARAM_turn_chipctrl_mode_e
{
UF_PARAM_turn_chipctrl_mode_const_break = 0,
UF_PARAM_turn_chipctrl_mode_var_break,
UF_PARAM_turn_chipctrl_mode_const_clear,
UF_PARAM_turn_chipctrl_mode_var_clear
};
typedef enum UF_PARAM_turn_chipctrl_mode_e UF_PARAM_turn_chipctrl_mode_t;

/* UF_PARAM_TURN_CHIPCTRL_MODE
*
* Description:
* Defines the chip control mode to be used in turn plunge roughing.
*
* Type: UF_PARAM_type_int
*
* Name: Chip Control Mode
* Variable Name: <prefix>_chip_control_mode
*
* Possible Values: UF_PARAM_turn_chipctrl_mode_t
*
*
*/
#define UF_PARAM_TURN_CHIPCTRL_MODE 2850

/* UF_PARAM_TURN_CHIPCTRL_TOG
*
* Description:
* Controls use of chip control
*
* Type: UF_PARAM_type_int
*
* Name: Chip Control Toggle
* Variable Name: <prefix>_chip_control_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_CHIPCTRL_TOG 2851

/* UF_PARAM_TURN_CHIPCTRL_FPO_TOG
*
* Description:
* Controls whether chip control is to be used for first plunge only
*
* Type: UF_PARAM_type_int
*
* Name: Chip Control for 1st Plunge Only Toggle
* Variable Name: <prefix>_chip_control_for_1st_plunge_only_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_CHIPCTRL_FPO_TOG 2852

/* UF_PARAM_TURN_CHIPCTRL_DISTANCE
*
* Description:
* Defines the chip control departure distance in turn plunge roughing.
*
* Type: UF_PARAM_type_double_length
*
* Name: Chip Control Distance
* Variable Name: <prefix>_chip_control_distance
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_CHIPCTRL_DISTANCE 2853

/* UF_PARAM_TURN_CHIPCTRL_CONST_INCREMENT
*
* Description:
* Defines the constant increment for chip control motions in turn plunge roughing.
*
* Type: UF_PARAM_type_double_length
*
* Name: Chip Control Constant Increment
* Variable Name: <prefix>_chip_control_constant_increment
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_CHIPCTRL_CONST_INCREMENT 2855 /* double_length */

/* UF_PARAM_TURN_CHIPCTRL_VAR_NO_OF_PASSES
*
* Description:
* Defines the list of variable increment counts in turn plunge roughing,
* i.e., how many chip control motions are to be made at the respective
* variable increment specified in an entry of that list (also
* see UF_PARAM_TURN_CHIPCTRL_VAR_INCREMENT).
*
* Type: UF_PARAM_type_vla_int
*
* Name: Chip Control Variable Number of Passes
* Variable Name: <prefix>_chip_control_variable_number_of_passes
*
* Possible Values: Array (size of 6)
*
*
*/
#define UF_PARAM_TURN_CHIPCTRL_VAR_NO_OF_PASSES 2857 /* int_vla */

/* UF_PARAM_TURN_CHIPCTRL_VAR_INCREMENT
*
* Description:
* Defines the list of variable increment values in turn plunge roughing,
* i.e., provides a list of entries each of which contains a specific
* increment value valid for a certain number of chip control motions
* to be made (cf. UF_PARAM_TURN_CHIPCTRL_VAR_NO_OF_PASSES).
*
* Type: UF_PARAM_type_vla_length
*
* Name: Chip Control Variable Increment
* Variable Name: <prefix>_chip_control_variable_increment
*
* Possible Values: Array (size of 6)
*
*
*/
#define UF_PARAM_TURN_CHIPCTRL_VAR_INCREMENT 2858 /* vla_length */

enum UF_PARAM_tropr_ramping_mode_t
{
UF_PARAM_tropr_ramping_mode_out_on_every_pass = 0,
UF_PARAM_tropr_ramping_mode_in_on_every_pass,
UF_PARAM_tropr_ramping_mode_out_first,
UF_PARAM_tropr_ramping_mode_in_first
};

/* UF_PARAM_TROPR_RAMPING_MODE
*
* Description:
* This parameter lets you essentially determine how the processor is
* meant to generate roughing passes for the roughing strategies
* of Ramping Zig and Ramping ZigZag. The ramping passes may either be
* performed on "every other pass", being directed into the part or
* ramping out or ramping on every pass, ramping in and ramping out
* in alternating sequence.
*
* Type: Param_type_int
*
* Name: Ramping Mode
* Variable Name: <prefix>_ramping_mode
*
* Possible Values: UF_PARAM_tropr_ramping_mode_t
*
*
*/
#define UF_PARAM_TROPR_RAMPING_MODE 2860

/* UF_PARAM_TROPR_MULTI_RAMP
*
* Description:
* Main toggle to activate the generation of "Multi Ramps" (also see
* description of parameter UF_PARAM_TROPR_MULTI_RAMP_PATTERN).
*
* Type: Param_type_int
*
* Name: Multi Ramp
* Variable Name: <prefix>_multi_ramp
*
* Possible Values: 0: off
* else: on
*
*
*/
#define UF_PARAM_TROPR_MULTI_RAMP 2865

enum UF_PARAM_tropr_multi_ramp_pattern_t
{
UF_PARAM_tropr_multi_ramp_pattern_simple = 0,
UF_PARAM_tropr_multi_ramp_pattern_double
};

/* UF_PARAM_TROPR_MULTI_RAMP_PATTERN
*
* Description:
* The Multi Ramp Pattern parameter specifies how a ramped roughing pass
* is to be subdivided into "Multi Ramps". I.e., instead of creating a
* "single" ramp along its entire length, the system performs multiple
* smaller ramping motions in case a Multi Ramp Pattern option is chosen
* (alse see description of parameter UF_PARAM_TROPR_MAX_RAMP_LENGTH).
*
* Type: Param_type_int
*
* Name: Multi Ramp Pattern
* Variable Name: <prefix>_multi_ramp_pattern
*
* Possible Values: UF_PARAM_tropr_multi_ramp_pattern_t
* The meaning of the values depend on the selected
* Ramping Mode (UF_PARAM_TROPR_RAMPING_MODE).
*
* TROPR_RAMP_OUT_ON_EVERY_OTHER_PASS:
* UF_PARAM_tropr_multi_ramp_pattern_simple =
* MULTI_RAMP_PATTERN_OUT
* UF_PARAM_tropr_multi_ramp_pattern_double =
* MULTI_RAMP_PATTERN_OUT_IN
*
* TROPR_RAMP_IN_ON_EVERY_OTHER_PASS:
* UF_PARAM_tropr_multi_ramp_pattern_simple =
* MULTI_RAMP_PATTERN_IN
* UF_PARAM_tropr_multi_ramp_pattern_double =
* MULTI_RAMP_PATTERN_IN_OUT
*
*
*/
#define UF_PARAM_TROPR_MULTI_RAMP_PATTERN 2866

/* UF_PARAM_TROPR_MAX_RAMP_LENGTH
*
* Description:
* This parameter lets you define the maximum length for multi ramps
* created by the turning processor in Ramping Zig or Ramping ZigZag
* cut strategies (cf. description of parameter
* UF_PARAM_TROPR_MULTI_RAMP_PATTERN).
*
* Type: Param_type_double_length
*
* Name: Max Ramp Length
* Variable Name: <prefix>_max_ramp_length
*
* Possible Values: double (only positive values)
*
*
*/
#define UF_PARAM_TROPR_MAX_RAMP_LENGTH 2867

/* UF_PARAM_TROPR_OMIT_LAST_PASS
*
* Description:
* Suppresses the generation of the last pass in roughing.
*
* Type: Param_type_int
*
* Name: Omit Last Pass
* Variable Name: <prefix>_omit_last_pass
*
* Possible Values: 0: off - generate all passes
* else: on - omit last pass
*
*
*/
#define UF_PARAM_TROPR_OMIT_LAST_PASS 2870

/* UF_PARAM_TROPR_LEVEL_DEPTH_STATUS
*
* Description:
* This parameter is applicable to plunge rouging.
* It activates the level option in plunge roughing
* (UF_PARAM_TROPR_LEVEL_DEPTH, see below).
*
* Type: Param_type_int
*
* Name: Level Depth Status
* Variable Name: <prefix>_level_depth_status
*
* Possible Values: 0: off
* else: on
*
*
*/
#define UF_PARAM_TROPR_LEVEL_DEPTH_STATUS 2875

/* UF_PARAM_TROPR_LEVEL_DEPTH
*
* Description:
* This parameter implements the level option for plunge roughing.
* If active, the plunge roughing is made "level by level" where each
* series of subsequent plunge cuts removes another level of material.
* The depth of such levels is defined by way of the
* UF_PARAM_TROPR_LEVEL_DEPTH parameter.
*
* Type: Param_type_double_length
*
* Name: Level Depth
* Variable Name: <prefix>_level_depth
*
* Possible Values: double (only positive values)
*
*
*/
#define UF_PARAM_TROPR_LEVEL_DEPTH 2876

enum UF_PARAM_tfopr_cut_strategy_e
{
UF_PARAM_tfopr_cut_strategy_diameters_only = 0,
UF_PARAM_tfopr_cut_strategy_faces_only,
UF_PARAM_tfopr_cut_strategy_diameters_then_faces,
UF_PARAM_tfopr_cut_strategy_faces_then_diameters,
UF_PARAM_tfopr_cut_strategy_towards_corner,
UF_PARAM_tfopr_cut_strategy_away_from_corner,
UF_PARAM_tfopr_cut_strategy_down_only,
UF_PARAM_tfopr_cut_strategy_all
};
typedef enum UF_PARAM_tfopr_cut_strategy_e UF_PARAM_tfopr_cut_strategy_t;

/* UF_PARAM_TFOPR_CUT_STRATEGY
*
* Description:
* This parameter defines the cut strategy for profiling in roughing
* operations and for finishing operations.
*
* Type: UF_PARAM_type_int
*
* Name: Finishing Cut Method
* Variable Name: <prefix>_finishing_cut_method
*
* Possible Values: UF_PARAM_tfopr_cut_strategy_t
*
*
*/
#define UF_PARAM_TFOPR_CUT_STRATEGY 2900 /* Param_type_int */

enum UF_PARAM_turn_finish_fillets_e
{
UF_PARAM_turn_finish_fillets_add_to_faces = 0,
UF_PARAM_turn_finish_fillets_add_to_diameters,
UF_PARAM_turn_finish_fillets_split,
UF_PARAM_turn_finish_fillets_omit
};
typedef enum UF_PARAM_turn_finish_fillets_e UF_PARAM_turn_finish_fillets_t;

/* UF_PARAM_TURN_FINISH_FILLETS
*
* Description:
* Defines the mode for cutting fillets
*
* Type: UF_PARAM_type_int
*
* Name: Finish Fillets
* Variable Name: <prefix>_finish_fillets
*
* Possible Values: UF_PARAM_turn_finish_fillets_t
*
*
*/
#define UF_PARAM_TURN_FINISH_FILLETS 2910

/* UF_PARAM_TURN_FINISH_SPRING_PASSES
*
* Description:
* Defines the number of spring passes to be cut in turn rough profiling
* or turn finishing.
*
* Type: UF_PARAM_type_int
*
* Name: Finish Spring Passes
* Variable Name: <prefix>_finish_spring_passes
*
* Possible Values: positive integer
*
*
*/
#define UF_PARAM_TURN_FINISH_SPRING_PASSES 2911

/* UF_PARAM_TURN_FINISH_ALTERNATE
*
* Description:
* Controls whether spring passes should be cut with alternating direction.
*
* Type: UF_PARAM_type_int
*
* Name: Finish Alternate
* Variable Name: <prefix>_finish_alternate
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_FINISH_ALTERNATE 2912

enum UF_PARAM_turn_finish_direction_e
{
UF_PARAM_turn_finish_direction_backward = 0,
UF_PARAM_turn_finish_direction_forward
};
typedef enum UF_PARAM_turn_finish_direction_e UF_PARAM_turn_finish_direction_t;

/* UF_PARAM_TURN_FINISH_DIRECTION
*
* Description:
* This parameter lets you revert the cut direction for turn finishing
* or for profiling in a turn roughing operation (related to first pass if
* "alternate" is active).
* It is interpreted relative to the major direction given thru the level angle
* of linear/contour roughing and finishing or the step angle of plunge roughing.
*
* Type: UF_PARAM_type_int
*
* Name: Finish Direction
* Variable Name: <prefix>_finish_direction
*
* Possible Values: UF_PARAM_turn_finish_direction_t
*
*
*/
#define UF_PARAM_TURN_FINISH_DIRECTION 2913

/* UF_PARAM_TURN_FINISH_STOP_AT_TOG
*
* Description:
* Controls use of "Stop At" functionality in turn finishing/profiling.
*
* Type: UF_PARAM_type_int
*
* Name: Finish Stop At Toggle
* Variable Name: <prefix>_finish_stop_at_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_FINISH_STOP_AT_TOG 2914

/* UF_PARAM_TURN_FINISH_STOP_AT
*
* Description:
* Defines "Stop At" distance value for "Stop At" unit set to length in
* turn finishing/profiling.
*
* Type: UF_PARAM_type_double_length
*
* Name: Finish Stop At
* Variable Name: <prefix>_finish_stop_at
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FINISH_STOP_AT 2915

/* UF_PARAM_TURN_FINISH_STOP_AT_PERCENT
*
* Description:
* Defines "Stop At" percentage value for "Stop At" unit set to percentage
* in turn finishing/profiling.
*
* Type: UF_PARAM_type_double
*
* Name: Finish Stop At Percent
* Variable Name: <prefix>_finish_stop_at_percent
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FINISH_STOP_AT_PERCENT 2916

/* UF_PARAM_TURN_FINISH_STOP_AT_TAG
*
* Description:
* Identifier of smart point for "Stop At" Position if "Stop At" unit is
* set to smart point
*
* Type: UF_PARAM_type_tag
*
* Name: Finish Stop At Tag
* Variable Name: <prefix>_finish_stop_at_tag
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FINISH_STOP_AT_TAG 2917

enum UF_PARAM_turn_finish_stop_at_unit_e
{
UF_PARAM_turn_finish_stop_at_unit_distance = 0,
UF_PARAM_turn_finish_stop_at_unit_percentage,
UF_PARAM_turn_finish_stop_at_unit_smart_point
};
typedef enum UF_PARAM_turn_finish_stop_at_unit_e UF_PARAM_turn_finish_stop_at_unit_t;

/* UF_PARAM_TURN_FINISH_STOP_AT_UNIT
*
* Description:
* Defines the unit of "Stop At" location specification in turn finishing
* or profiling operations.
*
* Type: UF_PARAM_type_int
*
* Name: Finish Stop At Unit
* Variable Name: <prefix>_finish_stop_at_unit
*
* Possible Values: UF_PARAM_turn_finish_stop_at_unit_t
*
*
*/
#define UF_PARAM_TURN_FINISH_STOP_AT_UNIT 2918

enum UF_PARAM_turn_finish_overlap_unit_e
{
UF_PARAM_turn_finish_overlap_unit_distance = 0,
UF_PARAM_turn_finish_overlap_unit_percentage
};
typedef enum UF_PARAM_turn_finish_overlap_unit_e UF_PARAM_turn_finish_overlap_t;

/* UF_PARAM_TURN_FINISH_OVERLAP_UNIT
*
* Description:
* Defines the unit for overlap used with down only cutting in turn
* finishing/profiling.
*
* Type: UF_PARAM_type_int
*
* Name: Finish Overlap Unit
* Variable Name: <prefix>_finish_overlap_unit
*
* Possible Values: UF_PARAM_turn_finish_overlap_unit_t
*
*
*/
#define UF_PARAM_TURN_FINISH_OVERLAP_UNIT 2919

/* UF_PARAM_TURN_FINISH_OVERLAP
*
* Description:
* Defines the overlap distance if "Overlap Unit" is selected to
* be related to a distance value in turn profiling/finishing.
*
* Type: UF_PARAM_type_double_length
*
* Name: Finish Overlap
* Variable Name: <prefix>_finish_overlap
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FINISH_OVERLAP 2920

/* UF_PARAM_TURN_FINISH_OVERLAP_PERCENT
*
* Description:
* Defines the overlap percentage for if "Overlap Unit" is selected to
* be related to a percentage value in turn profiling/finishing.
*
* Type: UF_PARAM_type_double
*
* Name: Finish Overlap Percent
* Variable Name: <prefix>_finish_overlap_percent
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_FINISH_OVERLAP_PERCENT 2921

/* UF_PARAM_TURN_FINISH_OMIT_REVERSALS
*
* Description:
* Controls whether reversals are to be cut for finish operation.
* This parameter is not used for profiling in the roughing operation.
*
* Type: UF_PARAM_type_int
*
* Name: Finish Omit Reversals
* Variable Name: <prefix>_finish_omit_reversals
*
* Possible Values:
* 0 = Cut Reversals
* 1 = Omit Reversals
*
*
*/
#define UF_PARAM_TURN_FINISH_OMIT_REVERSALS 2922 /* Param_type_int */

enum UF_PARAM_turn_finish_machining_sequence_e
{
UF_PARAM_turn_finish_machining_sequence_same_as_faces_diameters = 0,
UF_PARAM_turn_finish_machining_sequence_reversed
};
typedef enum UF_PARAM_turn_finish_machining_sequence_e UF_PARAM_turn_machining_sequence_direction_t;

/* UF_PARAM_TURN_FINISH_MACHINING_SEQUENCE
*
* Description:
* Defines the machining sequence for turn finishing or for profiling in a
* turn roughing operation.
*
* Type: UF_PARAM_type_int
*
* Name: Finish Machining Sequence
* Variable Name: <prefix>_finish_machining_sequence
*
* Possible Values: UF_PARAM_turn_machining_sequence_direction_t
*
*
*/
#define UF_PARAM_TURN_FINISH_MACHINING_SEQUENCE 2923

/* UF_PARAM_TURN_PROFILING_OVERRIDE_AUTODETECT
*
* Description:
* Controls whether cut region autodetection should be disabled for
* profiling cut in roughing operation.
*
* Type: UF_PARAM_type_int
*
* Name: Override Autodetection for Profiling
* Variable Name: <prefix>_override_autodetection_for_profiling
*
* Possible Values:
* 0 = inactive (evaluate cut regions for profiling)
* 1 = active (use cut region from rough pass)
*
*
*/
#define UF_PARAM_TURN_PROFILING_OVERRIDE_AUTODETECT 2925 /* UF_PARAM_type_int */

/* UF_PARAM_TURN_FINISH_CUT_DEPTH_TOG
*
* Description:
* Defines if Cut Depth is active in Turn Finishing/Profiling.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Finish Cut Depth Toggle
* Variable Name: <prefix>_turn_finish_cut_depth_toggle
*
* Possible Values: 0 - off
* else - on
*
*
*/
#define UF_PARAM_TURN_FINISH_CUT_DEPTH_TOG 2930

enum UF_PARAM_turn_finish_cut_depth_type_e
{
UF_PARAM_turn_finish_cut_depth_type_constant = 0,
UF_PARAM_turn_finish_cut_depth_type_no_of_passes,
UF_PARAM_turn_finish_cut_depth_type_individual
};
typedef enum UF_PARAM_turn_finish_cut_depth_type_e UF_PARAM_turn_finish_cut_depth_type_t;

/* UF_PARAM_TURN_FINISH_CUT_DEPTH_TYPE
*
* Description:
* Defines Cut Depth Type in Turn Finishing/Profiling.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Finish Cut Depth Type
* Variable Name: <prefix>_turn_finish_cut_depth_type
*
* Possible Values: 0 - Constant
* 1 - No. of Passes
* 2 - Individual
*
*
*/
#define UF_PARAM_TURN_FINISH_CUT_DEPTH_TYPE 2931

/* UF_PARAM_TURN_FINISH_CUT_DEPTH
*
* Description:
* Defines Cut Depth value in Turn Finishing/Profiling.
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Finish Cut Depth
* Variable Name: <prefix>_turn_finish_cut_depth
*
* Possible Values: positive double (greater than zero)
*
*
*/
#define UF_PARAM_TURN_FINISH_CUT_DEPTH 2932

/* UF_PARAM_TURN_FINISH_NO_OF_PASSES
*
* Description:
* Defines the Number of Passes for Cut Depth in Turn
* Finishing/Profiling.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Finish No of Passes
* Variable Name: <prefix>_turn_finish_no_of_passes
*
* Possible Values: positive integer (greater than zero)
*
*
*/
#define UF_PARAM_TURN_FINISH_NO_OF_PASSES 2933

/* UF_PARAM_TURN_FINISH_CUT_DEPTH_ALTERNATE
*
* Description:
* Defines if Alternate functionality is activated for Cut Depth
* in Turn Finishing/Profiling.
* Cut direction is reversed after every finish cut in this mode.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Finish Cut Depth Alternate
* Variable Name: <prefix>_turn_finish_cut_depth_alternate
*
* Possible Values: 0 - off
* else - on
*
*
*/
#define UF_PARAM_TURN_FINISH_CUT_DEPTH_ALTERNATE 2934

/* UF_PARAM_TURN_FINISH_NO_OF_PASSES_ARRAY
*
* Description:
* Defines the individual Number of Passes for Cut Depth in
* Turn Finishing/Profiling.
* This parameter is used in combination with
* UF_PARAM_TURN_FINISH_CUT_DEPTH_ARRAY.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Turn Finish No of Passes Array
* Variable Name: <prefix>_turn_finish_no_of_passes_array
*
* Possible Values: array (size 10) of non-negative integers
*
*
*/
#define UF_PARAM_TURN_FINISH_NO_OF_PASSES_ARRAY 2935

/* UF_PARAM_TURN_FINISH_CUT_DEPTH_ARRAY
*
* Description:
* Defines the individual Cut Depth increments in Turn
* Finishing/Profiling.
* This parameter is used in combination with
* UF_PARAM_TURN_FINISH_NO_OF_PASSES_ARRAY.
* This parameter is obsolete, use
* UF_PARAM_TURN_FINISH_CUT_DEPTH_ARRAY_TOOL_DEPENDENT instead
*
* Type: UF_PARAM_type_vla_length
*
* Name: Turn Finish Cut Depth Array
* Variable Name: <prefix>_turn_finish_cut_depth_array
*
* Possible Values: array (size 10) of non-negative doubles
*
*
*/
#define UF_PARAM_TURN_FINISH_CUT_DEPTH_ARRAY 2936 /* Obsolete in NX6 */

/* UF_PARAM_TURN_MIN_CLEARANCE
*
* Description:
* This parameter establishes a safty zone around the workpiece for
* non-cutting tool motions.
*
* Type: UF_PARAM_type_double_length
*
* Name: Minimum Clearance
* Variable Name: <prefix>_minimum_clearance
*
* Possible Values: Positive double (or zero)
*
*
*/
#define UF_PARAM_TURN_MIN_CLEARANCE 2950

/* UF_PARAM_TCDOPR_CYCLE
*
* Description:
* This parameter represents the cycle type in
* Centerline Drilling.
*
* Type: UF_PARAM_type_int
*
* Name: Centerline Drill Cycle
* Variable Name: <prefix>_centerline_drill_cycle
*
* Possible Values: UF_PARAM_tcdopr_cycle_t
*
*
*/
#define UF_PARAM_TCDOPR_CYCLE 2952

enum UF_PARAM_tcdopr_application_type_t
{
UF_PARAM_tcdopr_application_type_drilling = 0,
UF_PARAM_tcdopr_application_type_reaming,
UF_PARAM_tcdopr_application_type_tapping
};

/* UF_PARAM_TCDOPR_APPLICATION_TYPE
*
* Description:
* This parameter defines the application type (Drilling,
* Reaming or Tapping) of a centeline drill operation.
*
* Type: UF_PARAM_type_int
*
* Name: Application Type
* Variable Name: <prefix>_application_type
*
* Possible Values: UF_PARAM_tcdopr_application_type_t
*
*
*/
#define UF_PARAM_TCDOPR_APPLICATION_TYPE 2955

/* UF_PARAM_TURN_ENGAGE_DISTANCE
*
* Description:
* This parameter defines an additional engage distance from the
* clearance position, where the engage motion starts.
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Engage Distance
* Variable Name: <prefix>_turn_engage_distance
*
* Possible Values: Positive double (or zero)
*
*
*/
#define UF_PARAM_TURN_ENGAGE_DISTANCE 2957

/* UF_PARAM_TURN_SPINDLE_STOP
*
* Description:
* This parameter activates a Spindle Off event when total drill depth
* is reached.
*
* Type: UF_PARAM_type_int
*
* Name: Spindle Stop Toggle
* Variable Name: <prefix>_spindle_stop_toggle
*
* Possible Values: 0: off
* else: on
*
*
*/
#define UF_PARAM_TURN_SPINDLE_STOP 2960

enum UF_PARAM_turn_chip_removal_method_t
{
UF_PARAM_turn_chip_removal_method_none = 0,
UF_PARAM_turn_chip_removal_method_break_chip,
UF_PARAM_turn_chip_removal_method_peck_drill
};

/* UF_PARAM_TURN_REMOVAL_METHOD
*
* Description:
* This parameter specifies the method for clearing or breaking chips
* in turn centerline drilling.
*
* Type: UF_PARAM_type_int
*
* Name: Chip Removal Method
* Variable Name: <prefix>_chip_removal_method
*
* Possible Values: UF_PARAM_turn_chip_removal_method_t
*
*
*/
#define UF_PARAM_TURN_REMOVAL_METHOD 2961

enum UF_PARAM_turn_removal_inc_type_t
{
UF_PARAM_turn_removal_inc_type_constant = 0,
UF_PARAM_turn_removal_inc_type_variable
};

/* UF_PARAM_TURN_REMOVAL_INC_TYPE
*
* Description:
* This parameter specifies the type of increment definition for Break
* Chip or Peck Drill centerline drill operations in turning.
*
* Type: UF_PARAM_type_int
*
* Name: Chip Removal Increment Type
* Variable Name: <prefix>_chip_removal_increment_type
*
* Possible Values: UF_PARAM_turn_removal_inc_type_t
*
*
*/
#define UF_PARAM_TURN_REMOVAL_INC_TYPE 2962

/* UF_PARAM_TCDOPR_AUTO_START_POSITION
*
* Description:
* This parameter controls whether the start point for drilling should be
* created automatically based on the current in-process workpiece shape.
*
* Type: UF_PARAM_type_int
*
* Name: Center Drill Start Point
* Variable Name: <prefix>_center_drill_start_point
*
* Possible Values:
* 0 = Use explicitly defined start position
* 1 = Automatically evaluate start position
*
*
*/
#define UF_PARAM_TCDOPR_AUTO_START_POSITION 2965

/* UF_PARAM_TCDOPR_START_POINT
*
* Description:
* This parameter holds the object ID of a smart point, which defines
* the start point of the centerline drill geometry.
*
* Type: UF_PARAM_type_tag
*
* Name: Center Drill Start Point
* Variable Name: <prefix>_center_drill_start_point
*
* Possible Values:
* 0 (no entity)
* entity ID
*
*
*/
#define UF_PARAM_TCDOPR_START_POINT 2970

/* UF_PARAM_TCDOPR_END_POINT
*
* Description:
* This parameter holds the object ID of a smart point, which defines
* the end point of the centerline drill geometry.
*
* Type: UF_PARAM_type_tag
*
* Name: Center Drill End Point
* Variable Name: <prefix>_center_drill_end_point
*
* Possible Values:
* 0 (no entity)
* entity ID
*
*
*/
#define UF_PARAM_TCDOPR_END_POINT 2973

/* UF_PARAM_TCDOPR_DEPTH
*
* Description:
* This parameter specifies the depth of a Centerline Drill operation.
* It is only used if parameter UF_PARAM_DEPTH_TYPE is set to mode
* Depth.
*
* Type: UF_PARAM_type_double_length
*
* Name: Center Drill Depth
* Variable Name: <prefix>_center_drill_depth
*
* Possible Values: Double (or zero)
*
*
*/
#define UF_PARAM_TCDOPR_DEPTH 2974

/* UF_PARAM_TCDOPR_OFF_CENTER_TOG
*
* Description:
* This parameter defines the whether off centerline drilling is activated.
* If it's set to zero, off centerline drilling is deactivated.
*
* Type: UF_PARAM_type_int
*
* Name: Off Center Drilling Toggle
* Variable Name: <prefix>_off_center_drilling_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TCDOPR_OFF_CENTER_TOG 2976

/* UF_PARAM_TCDOPR_OFF_CENTER_DIST
*
* Description:
* This parameter defines the offset distance for off centerline drilling.
* If it's set to zero, off centerline drilling is deactivated.
*
* Type: UF_PARAM_type_double_length
*
* Name: Off Center Drilling Distance
* Variable Name: <prefix>_off_center_drilling_distance
*
* Possible Values: Double (or zero)
*
*
*/
#define UF_PARAM_TCDOPR_OFF_CENTER_DIST 2977

/* UF_PARAM_TCDOPR_STEP
*
* Description:
* This parameter specifies the cycle step
* for Centerline Drilling
*
* Type: UF_PARAM_type_double_length
*
* Name: Center Drill Step
* Variable Name: <prefix>_center_drill_step
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TCDOPR_STEP 2986

/* UF_PARAM_TCDOPR_STEP_MODIFIER_1
*
* Description:
* This parameter specifies the cycle step modifier 1
* for Centerline Drilling
*
* Type: UF_PARAM_type_double_length
*
* Name: Center Drill Step Modifier 1
* Variable Name: <prefix>_center_drill_step_modifier_1
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TCDOPR_STEP_MODIFIER_1 2987

/* UF_PARAM_TCDOPR_STEP_MODIFIER_2
*
* Description:
* This parameter specifies the cycle step modifier 2
* for Centerline Drilling
*
* Type: UF_PARAM_type_double_length
*
* Name: Center Drill Step Modifier 2
* Variable Name: <prefix>_center_drill_step_modifier_2
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TCDOPR_STEP_MODIFIER_2 2988

/* UF_PARAM_TURN_AVOIDANCE_PREFER_DIRECT_MOTION_TO_FIRST_ENGAGE_TOG
*
* Description:
* This parameter specifies if direct motions are preferred for traversal
* to the operation's first engage.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Avoidance Prefer Direct Motion To First Engage Toggle
* Variable Name: <prefix>_turn_avoidance_prefer_direct_motion_to_first_engage_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_PREFER_DIRECT_MOTION_TO_FIRST_ENGAGE_TOG 2990

/* UF_PARAM_TURN_AVOIDANCE_PREFER_DIRECT_MOTION_BETWEEN_REGIONS_TOG
*
* Description:
* This parameter specifies if direct motions are preferred for traversal
* between cut regions or individual cuts.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Avoidance Prefer Direct Motion Between Regions Toggle
* Variable Name: <prefix>_turn_avoidance_prefer_direct_motion_between_regions_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_PREFER_DIRECT_MOTION_BETWEEN_REGIONS_TOG 2991

/* UF_PARAM_TURN_AVOIDANCE_PREFER_DIRECT_MOTION_AFTER_LAST_RETRACT_TOG
*
* Description:
* This parameter specifies if direct motions are preferred for traversal
* after the last retract has been made.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Avoidance Prefer Direct Motion After Last Retract Toggle
* Variable Name: <prefix>_turn_avoidance_prefer_direct_motion_after_last_retract_toggle
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_PREFER_DIRECT_MOTION_AFTER_LAST_RETRACT_TOG 2992

/* UF_PARAM_TURN_AVOIDANCE_ADDITIONAL_CHECKING_FOR_AUTOMATIC_ENGAGE
*
* Description:
* This parameter specifies if additional collision avoidance checking is
* applied for automatic engage.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Avoidance Additional Checking For Automatic Engage
* Variable Name: <prefix>_turn_avoidance_additional_checking_for_automatic_engage
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_ADDITIONAL_CHECKING_FOR_AUTOMATIC_ENGAGE 2995

/* UF_PARAM_TURN_AVOIDANCE_ADDITIONAL_CHECKING_FOR_AUTOMATIC_RETRACT
*
* Description:
* This parameter specifies if additional collision avoidance checking is
* applied for automatic retract.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Avoidance Additional Checking For Automatic Retract
* Variable Name: <prefix>_turn_avoidance_additional_checking_for_automatic_retract
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_ADDITIONAL_CHECKING_FOR_AUTOMATIC_RETRACT 2996

/* UF_PARAM_TURN_AVOIDANCE_ADDITIONAL_CHECKING_FOR_MINIMUM_CLEARANCE
*
* Description:
* This parameter specifies if additional collision avoidance checking is
* applied considering the minimum clearance around the in-process workpiece.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Avoidance Additional Checking For Minimum Clearance
* Variable Name: <prefix>_turn_avoidance_additional_checking_for_minimum_clearance
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_AVOIDANCE_ADDITIONAL_CHECKING_FOR_MINIMUM_CLEARANCE 2997

/* UF_PARAM_FLOOR
* Description:
* Floor is a smart plane object defined in a geometry group
* or an opertion object.
*
* Type: UF_PARAM_type_tag
*
* Name: Floor
* Variable Name: <prefix>_floor
*
* Possible Values: UF_PARAM_type_tag
*
*
*/
#define UF_PARAM_FLOOR 3007

/* UF_PARAM_PART_THICKNESS
*
* Description:
* A distance offset applied to part geometry of
* a geometry group object
*
* Type: UF_PARAM_type_double_length
*
* Name: Part Thickness
* Variable Name: <prefix>_part_thickness
*
* Possible Values: UF_PARAM_type_double length
*
*
*/
#define UF_PARAM_PART_THICKNESS 3009

/* UF_PARAM_BLANK_OFFSET
*
* Description:
* A distance offset applied to blank geometry of
* a geometry group object
*
* Type: UF_PARAM_type_double_length
*
* Name: Blank Offset
* Variable Name: <prefix>_blank_offset
*
* Possible Values: UF_PARAM_type_double length
*
*
*/
#define UF_PARAM_BLANK_OFFSET 3014

/* UF_PARAM_CHECK_OFFSET
*
* Description:
* A distance offset applied to check geometry of
* a geometry group object
*
* Type: UF_PARAM_type_double_length
*
* Name: Check Offset
* Variable Name: <prefix>_check_offset
*
* Possible Values: UF_PARAM_type_double length
*
*
*/
#define UF_PARAM_CHECK_OFFSET 3015

/* UF_PARAM_TRIM_OFFSET
*
* Description:
* A distance offset applied to trim boundary geometry of
* a geometry group object
*
* Type: UF_PARAM_type_double_length
*
* Name: Trim Offset
* Variable Name: <prefix>_trim_offset
*
* Possible Values: UF_PARAM_type_double length
*
*
*/
#define UF_PARAM_TRIM_OFFSET 3016

/* UF_PARAM_STOCK_WALL
*
* Description:
* Parameter is the wall stock to be applied to the
* defined wall geometry (UF_PARAM_WALL_GEOM).
*
* Type: UF_PARAM_type_double_length
*
* Name: Stock Wall
* Variable Name: <prefix>_stock_wall
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_STOCK_WALL 3018 /* UF_PARAM_type_double_length */

/* UF_PARAM_FOLLOW_WALL_BOTTOM
*
* Description:
* This parameter specifies if "follow wall bottom" is to be used.
*
* Type: UF_PARAM_type_logical
*
* Name: Follow Wall Bottom
* Variable Name: <prefix>_follow_wall_bottom
*
* Possible Values:
* false (default)
* true-custom
*
*
*/
#define UF_PARAM_FOLLOW_WALL_BOTTOM 3021

/* UF_PARAM_TOOL_POSITION_OFFSET
*
* Description:
* This parameter specifies the tool postion offset value
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Position Offset
* Variable Name: <prefix>_tool_position_offset
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TOOL_POSITION_OFFSET 3022

/* UF_PARAM_AUTO_AUX_FLOOR_DIS
*
* Description:
* This parameter specifies the automatic auxiliary floor distance value
*
* Type: UF_PARAM_type_double_length
*
* Name: Automatic Auxiliary Floor Distance
* Variable Name: <prefix>_automatic_auxiliary_floor_distance
*
* Possible Values: double
*
*
*/
#define UF_PARAM_AUTO_AUX_FLOOR_DIS 3023

/* UF_PARAM_APPLY_AUTO_AUX_FLOOR
*
* Description:
* This parameter specifies if "automatic auxiliary floor" is to be used.
*
* Type: UF_PARAM_type_logical
*
* Name: Auto Aux Floor
* Variable Name: <prefix>_auto_aux_floor
*
* Possible Values:
* false (default)
* true-custom
*
*
*/
#define UF_PARAM_APPLY_AUTO_AUX_FLOOR 3024

/* UF_PARAM_ACCESS_VECTOR
*
* Description:
* This parameter specifies access vector for the contour profile method of
* surface milling to determine the trace curve in no-floor case and to
* work as the normal of the automatic auxiliary floor
*
* Type: UF_PARAM_type_3d
*
* Name: Access Vector
* Variable Name: <prefix>_access_vector
*
* Possible Values: UF_PARAM_type_3d

*
*
*/
#define UF_PARAM_ACCESS_VECTOR 3025

enum UF_PARAM_access_vector_method_t
{
UF_PARAM_access_vector_method_zm = 0, /* positive z-direction of MCS */
UF_PARAM_access_vector_method_neg_zm, /* negative z-direction of MCS */
UF_PARAM_access_vector_method_specify /* user specified */
};

/* UF_PARAM_ACCESS_VECTOR_METHOD
*
* Description:
* This parameter specifies method of the access vector for the
* contour profile method of surface milling.
*
* Type: UF_PARAM_type_int
*
* Name: Access Vector Method
* Variable Name: <prefix>_access_vector_method
*
* Possible Values: UF_PARAM_access_vector_method_t
*
*
*/
#define UF_PARAM_ACCESS_VECTOR_METHOD 3026

/* UF_PARAM_USE_AUX_FLOOR_MULTIPASS
*
* Description:
* This parameter specifies if "auxiliary floor" is used for multipass.
*
* Type: UF_PARAM_type_logical
*
* Name: Aux Floor MULTIPASS
* Variable Name: <prefix>_aux_floor_multipass
*
* Possible Values:
* false (default)
* true-custom
*
*
*/
#define UF_PARAM_USE_AUX_FLOOR_MULTIPASS 3027

/* UF_PARAM_START_TOOL_AXIS_GUIDE_VECTOR
*
* Description:
* This index is the tag for the start tool axis guide vector
*
* Type: UF_PARAM_type_tag
*
* Name: Start Tool Axis Guide Vector
* Variable Name: <prefix>_start_tool_axis_guide_vector
*
* Possible Values: UF_PARAM_type_tag
*
*
*/
#define UF_PARAM_START_TOOL_AXIS_GUIDE_VECTOR 3028

/* UF_PARAM_END_TOOL_AXIS_GUIDE_VECTOR
*
* Description:
* This index is the tag for the end tool axis guide vector
*
* Type: UF_PARAM_type_tag
*
* Name: End Tool Axis Guide Vector
* Variable Name: <prefix>_end_tool_axis_guide_vector
*
* Possible Values: UF_PARAM_type_tag
*
*
*/
#define UF_PARAM_END_TOOL_AXIS_GUIDE_VECTOR 3029

/* UF_PARAM_TEXT_DEPTH
*
* Description:
* Text Depth is a positive distance indicating
* the depth of the text geometry to be cut.
*
* Type: UF_PARAM_type_double_length
*
* Name: Text Depth
* Variable Name: <prefix>_text_depth
*
* Possible Values: Zero or positive double
*
*
*/
#define UF_PARAM_TEXT_DEPTH 3031

enum UF_PARAM_tool_axis_guide_vector_method_t
{
UF_PARAM_tool_axis_guide_vector_method_auto = 0, /* automatic */
UF_PARAM_tool_axis_guide_vector_method_guide /* user specified */
};

/* UF_PARAM_START_TOOL_AXIS_GUIDE_VEC_METHOD
*
* Description:
* This parameter specifies method of the start tool axis guide vector
*
* Type: UF_PARAM_type_int
*
* Name: Start Tool Axis Guide Vector Method
* Variable Name: <prefix>_start_tool_axis_guide_vector_method
*
* Possible Values: UF_PARAM_tool_axis_guide_vector_method_t
*
*
*/
#define UF_PARAM_START_TOOL_AXIS_GUIDE_VEC_METHOD 3032

/* UF_PARAM_END_TOOL_AXIS_GUIDE_VEC_METHOD
*
* Description:
* This parameter specifies method of the end tool axis guide vector
*
* Type: UF_PARAM_type_int
*
* Name: End Tool Axis Guide Vector Method
* Variable Name: <prefix>_end_tool_axis_guide_vector_method
*
* Possible Values: UF_PARAM_tool_axis_guide_vector_method_t
*
*
*/
#define UF_PARAM_END_TOOL_AXIS_GUIDE_VEC_METHOD 3033

enum UF_PARAM_ttmopr_subop_type_t
{
UF_PARAM_ttmopr_subop_type_rapid = 0,
UF_PARAM_ttmopr_subop_type_linfeed = 1,
UF_PARAM_ttmopr_subop_type_set_engage = 4,
UF_PARAM_ttmopr_subop_type_set_retract = 5,
UF_PARAM_ttmopr_subop_type_follow_curve = 6,
UF_PARAM_ttmopr_subop_type_mce = 7
};

/* UF_PARAM_TTMOPR_SUBOP_TYPE
*
* Description:
* This parameter identifies the type of the suboperation.
*
* Type: UF_PARAM_type_int
*
* Name: Teach Mode Item Type
* Variable Name: <prefix>_teach_mode_item_type
*
* Possible Values: UF_PARAM_ttmopr_subop_type_t
*
*
*/
#define UF_PARAM_TTMOPR_SUBOP_TYPE 3210

enum UF_PARAM_ttmopr_motion_axes_type_t
{
UF_PARAM_ttmopr_motion_axes_direct = 0,
UF_PARAM_ttmopr_motion_axes_radial_only,
UF_PARAM_ttmopr_motion_axes_axial_only,
UF_PARAM_ttmopr_motion_axes_radial_axial,
UF_PARAM_ttmopr_motion_axes_axial_radial
};

/* UF_PARAM_TTMOPR_MOTION_AXES
*
* Description:
* This parameter defines the motion output for the linear
* Teachmode suboperations.
*
* Type: UF_PARAM_type_int
*
* Name: Teach Mode Motion axes locked
* Variable Name: <prefix>_teach_mode_motion_axes_locked
*
* Possible Values: UF_PARAM_ttmopr_motion_axes_type_t
*
*
*/
#define UF_PARAM_TTMOPR_MOTION_AXES 3211

/* UF_PARAM_TTMOPR_END_POINT
*
* Description:
* This parameter holds the tag of the end point (smart point) for a
* teachmode suboperation type rapid or linear feed with end point type
* set to "UF_PARAM_ttmopr_end_point_type_point".
* The end point mode is set in parameter UF_PARAM_TTMOPR_END_POINT_TYPE.
*
* Type: UF_PARAM_type_tag
*
* Name: Teach Mode Motion end point
* Variable Name: <prefix>_teach_mode_motion_end_point
*
* Possible Values:
* 0 (no entity)
* entity value
*
*
*/
#define UF_PARAM_TTMOPR_END_POINT 3212

enum UF_PARAM_ttmopr_popaway_method_t
{
UF_PARAM_ttmopr_popaway_method_none = 0,
UF_PARAM_ttmopr_popaway_method_automatic,
UF_PARAM_ttmopr_popaway_method_manual
};

/* UF_PARAM_TTMOPR_POPAWAY_MTHD
*
* Description:
* This parameter activates and defines the popaway move for rapid motion
* suboperation in Teachmode.
*
* Type: UF_PARAM_type_int
*
* Name: Teach Mode Pop-away method
* Variable Name: <prefix>_teach_mode_pop_away_method
*
* Possible Values: UF_PARAM_ttmopr_popaway_method_t
*
*
*/
#define UF_PARAM_TTMOPR_POPAWAY_MTHD 3213

/* UF_PARAM_TTMOPR_POPAWAY_DIST
*
* Description:
* This parameter defines the length of the popaway motion in teachmode
* rapid motion suboperation if the suboperation's popaway method is set
* to UF_PARAM_ttmopr_popaway_method_manual
*
* Type: UF_PARAM_type_double_length
*
* Name: Teach Mode Pop-away distance
* Variable Name: <prefix>_teach_mode_pop_away_distance
*
* Possible Values: positive double
*
*
*/
#define UF_PARAM_TTMOPR_POPAWAY_DIST 3214

/* UF_PARAM_TTMOPR_POPAWAY_ANGLE
*
* Description:
* This parameter defines the angle of the popaway motion in teachmode
* rapid motion suboperation if the suboperation's popaway method is set
* to UF_PARAM_ttmopr_popaway_method_manual. The angle must be relative to
* the positive spindle axis.
*
* Type: UF_PARAM_type_double
*
* Name: Teach Mode Pop-away angle
* Variable Name: <prefix>_teach_mode_pop_away_angle
*
* Possible Values: angle (degree)
*
*
*/
#define UF_PARAM_TTMOPR_POPAWAY_ANGLE 3215

enum UF_PARAM_ttmopr_feedrate_type_t
{
UF_PARAM_ttmopr_feedrate_type_approach = 0,
UF_PARAM_ttmopr_feedrate_type_engage,
UF_PARAM_ttmopr_feedrate_type_cut,
UF_PARAM_ttmopr_feedrate_type_retract,
UF_PARAM_ttmopr_feedrate_type_depart,
UF_PARAM_ttmopr_feedrate_type_traverse,
UF_PARAM_ttmopr_feedrate_type_return,
UF_PARAM_ttmopr_feedrate_type_custom
};

/* UF_PARAM_TTMOPR_FEEDRATE_TYPE
*
* Description:
* This parameter defines the feedrate type to be used for the linear motion
* suboperation in TURN/Teachmode.
*
* Type: UF_PARAM_type_int
*
* Name: Teach Mode Feedrate Type
* Variable Name: <prefix>_teach_mode_feedrate_type
*
* Possible Values: UF_PARAM_ttmopr_feedrate_type_t
*
*
*/
#define UF_PARAM_TTMOPR_FEEDRATE_TYPE 3216

/* UF_PARAM_TTMOPR_FEEDRATE_VALUE
*
* Description:
* With this parameter you set the feedrate value for TURN/Teachmode's
* linear feedrate suboperation, if the feedrate type is set to
* UF_PARAM_ttmopr_feedrate_type_custom in UF_PARAM_TTMOPR_FEEDRATE_TYPE
*
* Type: UF_PARAM_type_double
*
* Name: Teach Mode Feedrate Value
* Variable Name: <prefix>_teach_mode_feedrate_value
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TTMOPR_FEEDRATE_VALUE 3217

enum UF_PARAM_ttmopr_feedrate_unit_t
{
UF_PARAM_ttmopr_feedrate_unit_per_rev = 0,
UF_PARAM_ttmopr_feedrate_unit_per_min
};

/* UF_PARAM_TTMOPR_FEEDRATE_UNIT
*
* Description:
* With this parameter you set the feedrate unit for TURN/Teachmode's
* linear feedrate suboperation, if the feedrate type is set to
* UF_PARAM_ttmopr_feedrate_type_custom in UF_PARAM_TTMOPR_FEEDRATE_TYPE
*
* Type: UF_PARAM_type_int
*
* Name: Teach Mode Feedrate Unit
* Variable Name: <prefix>_teach_mode_feedrate_unit
*
* Possible Values: UF_PARAM_ttmopr_feedrate_unit_t
*
*
*/
#define UF_PARAM_TTMOPR_FEEDRATE_UNIT 3218

enum UF_PARAM_ttmopr_end_point_type_t
{
UF_PARAM_ttmopr_end_point_type_point = 0,
UF_PARAM_ttmopr_end_point_type_curves
};

/* UF_PARAM_TTMOPR_END_POINT_TYPE
*
* Description:
* This parameter defines the type how the linear motion's endpoint
* is defined
*
* Type: UF_PARAM_type_int
*
* Name: Teach Mode End point type
* Variable Name: <prefix>_teach_mode_end_point_type
*
* Possible Values: UF_PARAM_ttmopr_end_point_type_t
*
*
*/
#define UF_PARAM_TTMOPR_END_POINT_TYPE 3221 /* int */

/* UF_PARAM_TTMOPR_USE_TWO_CURVES
*
* Description:
* This parameter defines whether two curves are used to define the
* linear motion's end point for the end point type set to
* UF_PARAM_ttmopr_end_point_type_curves in UF_PARAM_TTMOPR_END_POINT_TYPE
*
* Type: UF_PARAM_type_int
*
* Name: Teach Mode Use two curves
* Variable Name: <prefix>_teach_mode_use_two_curves
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TTMOPR_USE_TWO_CURVES 3222 /* int */

enum UF_PARAM_ttmopr_curve_tool_pos_t
{
UF_PARAM_ttmopr_curve_tool_pos_to = 0,
UF_PARAM_ttmopr_curve_tool_pos_on,
UF_PARAM_ttmopr_curve_tool_pos_past
};

/* UF_PARAM_TTMOPR_FIRST_CURVE_TOOL_POS
*
* Description:
* This parameter defines the destination tool position relative to the
* first curve for linear motion suboperations in TURN/Teachmode.
*
* Type: UF_PARAM_type_int
*
* Name: Teach Mode First curve tool position
* Variable Name: <prefix>_teach_mode_first_curve_tool_position
*
* Possible Values: UF_PARAM_ttmopr_curve_tool_pos_t
*
*
*/
#define UF_PARAM_TTMOPR_FIRST_CURVE_TOOL_POS 3223 /* int */

/* UF_PARAM_TTMOPR_FIRST_CURVE_STOCK
*
* Description:
* This parameter defines the stock remaining between tool and the first
* curve (distance between curve and tool nose) for linear motion
* suboperations in TURN/Teachmode.
*
* Type: UF_PARAM_type_double_length
*
* Name: Teach Mode First curve stock
* Variable Name: <prefix>_teach_mode_first_curve_stock
*
* Possible Values: positive double (or 0)
*
*
*/
#define UF_PARAM_TTMOPR_FIRST_CURVE_STOCK 3224 /* double_length */

/* UF_PARAM_TTMOPR_FIRST_CURVE_TAG
*
* Description:
* This parameter stores the tag of the first curve for linear motion
* end point definition of type UF_PARAM_ttmopr_end_point_type_curves
*
* Type: UF_PARAM_type_tag
*
* Name: Teach Mode First curve tag
* Variable Name: <prefix>_teach_mode_first_curve_tag
*
* Possible Values:
* 0 (no entity)
* entity value referencing a 2D curve
*
*
*/
#define UF_PARAM_TTMOPR_FIRST_CURVE_TAG 3225 /* tag */

/* UF_PARAM_TTMOPR_SECOND_CURVE_TOOL_POS
*
* Description:
* This parameter defines the destination tool position relative to the
* second curve for linear motion suboperations in TURN/Teachmode.
*
* Type: UF_PARAM_type_int
*
* Name: Teach Mode Second curve tool position
* Variable Name: <prefix>_teach_mode_second_curve_tool_position
*
* Possible Values: UF_PARAM_ttmopr_curve_tool_pos_t
*
*
*/
#define UF_PARAM_TTMOPR_SECOND_CURVE_TOOL_POS 3226 /* int */

/* UF_PARAM_TTMOPR_SECOND_CURVE_STOCK
*
* Description:
* This parameter defines the stock remaining between tool and the second
* curve (distance between curve and tool nose) for linear motion
* suboperations in TURN/Teachmode.
*
* Type: UF_PARAM_type_double_length
*
* Name: Teach Mode Second curve stock
* Variable Name: <prefix>_teach_mode_second_curve_stock
*
* Possible Values: positive double (or 0)
*
*
*/
#define UF_PARAM_TTMOPR_SECOND_CURVE_STOCK 3227 /* double_length */

/* UF_PARAM_TTMOPR_SECOND_CURVE_TAG
*
* Description:
* This parameter stores the tag of the second curve for linear motion
* end point definitions of type UF_PARAM_ttmopr_end_point_type_curves
*
* Type: UF_PARAM_type_tag
*
* Name: Teach Mode Second curve tag
* Variable Name: <prefix>_teach_mode_second_curve_tag
*
* Possible Values:
* 0 (no entity)
* entity value referencing a 2D curve
*
*
*/
#define UF_PARAM_TTMOPR_SECOND_CURVE_TAG 3228 /* tag */

enum UF_PARAM_ttmopr_drive_type_t
{
UF_PARAM_ttmopr_drive_type_prev_check_curve = 0,
UF_PARAM_ttmopr_drive_type_prev_drive_curve,
UF_PARAM_ttmopr_drive_type_new_drive_curve
};

/* UF_PARAM_TTMOPR_DRIVE_TYPE
*
* Description:
* With this parameter you can control where Follow Curve Motion suboperation
* of TURN/Teachmode retrieves it's drive geometry from.
*
* Type: UF_PARAM_type_int
*
* Name: Teach Mode Drive Geom Type
* Variable Name: <prefix>_teach_mode_drive_geom_type
*
* Possible Values: UF_PARAM_ttmopr_drive_type_t
*
*
*/
#define UF_PARAM_TTMOPR_DRIVE_TYPE 3250

enum UF_PARAM_ttmopr_cut_direction_t
{
UF_PARAM_ttmopr_cut_direction_forward = 0,
UF_PARAM_ttmopr_cut_direction_reverse
};

/* UF_PARAM_TTMOPR_CUT_DIRECTION
*
* Description:
* This parameter controls whether TURN/Teachmode suboperation "Follow
* Curve Motion" cuts with (forward) or against (reverse) boundary direction.
*
* Type: UF_PARAM_type_int
*
* Name: Teach Mode Cut Direction
* Variable Name: <prefix>_teach_mode_cut_direction
*
* Possible Values: UF_PARAM_ttmopr_cut_direction_t
*
*
*/
#define UF_PARAM_TTMOPR_CUT_DIRECTION 3252

enum UF_PARAM_ttmopr_start_type_t
{
UF_PARAM_ttmopr_start_type_start = 0,
UF_PARAM_ttmopr_start_type_point,
UF_PARAM_ttmopr_start_type_check,
UF_PARAM_ttmopr_start_type_last_pos
};

/* UF_PARAM_TTMOPR_START_TYPE
*
* Description:
* This parameter defines the Start method for Teachmode suboperations
* of type "Follow Curve Motion"
*
* Type: UF_PARAM_type_int
*
* Name: Teach Mode Start Type
* Variable Name: <prefix>_teach_mode_start_type
*
* Possible Values: UF_PARAM_ttmopr_start_type_t
*
*
*/
#define UF_PARAM_TTMOPR_START_TYPE 3253

/* UF_PARAM_TTMOPR_START_POINT_TAG
*
* Description:
* This paramater holds the start point tag for follow curve motion using
* start type of UF_PARAM_ttmopr_start_type_point
*
* Type: UF_PARAM_type_tag
*
* Name: Teach Mode Start Point
* Variable Name: <prefix>_teach_mode_start_point
*
* Possible Values:
* 0 (no entity)
* entity value
*
*
*/
#define UF_PARAM_TTMOPR_START_POINT_TAG 3254

/* UF_PARAM_TTMOPR_START_CHECK_STOCK
*
* Description:
* This parameter holds the equidistant, face and radial stock settings
* for the follow curve motion's start check geometry in TURN/Teachmode.
*
* Type: UF_PARAM_type_3d_length
*
* Name: Teach Mode Start Check Stock
* Variable Name: <prefix>_teach_mode_start_check_stock
*
* Possible Values: [0] = equidistant stock
* [1] = face stock
* [2] = radial stock
*
*
*/
#define UF_PARAM_TTMOPR_START_CHECK_STOCK 3256

enum UF_PARAM_ttmopr_stop_type_t
{
UF_PARAM_ttmopr_stop_type_end = 0,
UF_PARAM_ttmopr_stop_type_point,
UF_PARAM_ttmopr_stop_type_check,
UF_PARAM_ttmopr_stop_type_last_pos
};

/* UF_PARAM_TTMOPR_STOP_TYPE
*
* Description:
* This parameter defines the Stop method for Teachmode suboperations
* of type "Follow Curve Motion"
*
* Type: UF_PARAM_type_int
*
* Name: Teach Mode Stop Type
* Variable Name: <prefix>_teach_mode_stop_type
*
* Possible Values: UF_PARAM_ttmopr_stop_type_t
*
*
*/
#define UF_PARAM_TTMOPR_STOP_TYPE 3257

/* UF_PARAM_TTMOPR_STOP_POINT_TAG
*
* Description:
* This paramater holds the stop point tag for follow curve motion using
* stop type of UF_PARAM_ttmopr_stop_type_point
*
* Type: UF_PARAM_type_tag
*
* Name: Teach Mode Stop Point
* Variable Name: <prefix>_teach_mode_stop_point
*
* Possible Values:
* 0 (no entity)
* entity value
*
*
*/
#define UF_PARAM_TTMOPR_STOP_POINT_TAG 3258

/* UF_PARAM_TTMOPR_STOP_CHECK_STOCK
*
* Description:
* This parameter holds the equidistant, face and radial stock settings
* for the follow curve motion's stop check geometry in TURN/Teachmode.
*
* Type: UF_PARAM_type_3d_length
*
* Name: Teach Mode Stop Check Stock
* Variable Name: <prefix>_teach_mode_stop_check_stock
*
* Possible Values: [0] = equidistant stock
* [1] = face stock
* [2] = radial stock
*
*
*/
#define UF_PARAM_TTMOPR_STOP_CHECK_STOCK 3260

/* UF_PARAM_TTMOPR_USE_ENG_TOG
*
* Description:
* This parameter activates/deactivates the engage setting to be applied
* for this suboperation. If this parameter is activated, the follow curve
* motion will create an engage motion even if the tool is already in
* tolerance with the drive curve. If deactivated, the suboperation will
* not create an engage motion using the last engage setting.
*
* Type: UF_PARAM_type_int
*
* Name: Teach Mode Use Engage Setting
* Variable Name: <prefix>_teach_mode_use_engage_setting
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TTMOPR_USE_ENG_TOG 3261

/* UF_PARAM_TTMOPR_USE_RET_TOG
*
* Description:
* This parameter activates/deactivates the retract setting to be applied
* for this suboperation. If this parameter is activated, the follow curve
* motion will create a retract motion at the end of the drive path.
* If deactivated, the tool will stop at the end point of the drive path.
*
* Type: UF_PARAM_type_int
*
* Name: Teach Mode Use Retract Setting
* Variable Name: <prefix>_teach_mode_use_retract_setting
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TTMOPR_USE_RET_TOG 3262

enum UF_PARAM_ttmopr_extend_method_t
{
UF_PARAM_ttmopr_extend_method_by_value = 0,
UF_PARAM_ttmopr_extend_method_to_blank
};

/* UF_PARAM_TTMOPR_EXTEND_METHOD
*
* Description:
* This indicates the method how the drive curve should be
* extended in the follow curve motion suboperation. This parameter is
* applicable in the engage and retract settings suboperations of
* TURN/Teachmode.
* Drive curve extension is deactivated by setting this parameter to
* UF_PARAM_ttmopr_extend_method_by_value and setting the extend distance to 0.
*
* Type: UF_PARAM_type_int
*
* Name: Teach Mode Extend Method
* Variable Name: <prefix>_teach_mode_extend_method
*
* Possible Values: UF_PARAM_ttmopr_extend_method_t
*
*
*/
#define UF_PARAM_TTMOPR_EXTEND_METHOD 3263

/* UF_PARAM_TTMOPR_EXTEND_DISTANCE
*
* Description:
* This parameter defines the extend distance by which the
* drive curve is extended in the follow curve motion suboperation.
* Set UF_PARAM_TTMOPR_EXTEND_METHOD to
* UF_PARAM_ttmopr_extend_method_by_value to use this parameter.
*
* Type: UF_PARAM_type_double_length
*
* Name: Teach Mode Extend Distance
* Variable Name: <prefix>_teach_mode_extend_distance
*
* Possible Values: double
* (0.0 will deactivate drive curve extension)
*
*
*/
#define UF_PARAM_TTMOPR_EXTEND_DISTANCE 3264

enum UF_PARAM_ttmopr_start_stop_treatment_t
{
UF_PARAM_ttmopr_start_stop_treatment_after = 0,
UF_PARAM_ttmopr_start_stop_treatment_before
};

/* UF_PARAM_TTMOPR_START_STOP_TREATMENT
*
* Description:
* This indicates the method how the start and stop point or geometry
* is to be evaluated. I.e. whether start/stop are evaluated before or
* after offsetting and gouge checking the drive curve in the follow curve
* motion suboperation.
*
* Type: UF_PARAM_type_int
*
* Name: Teach Mode Start/Stop Treatment
* Variable Name: <prefix>_teach_mode_start_stop_treatment
*
* Possible Values: UF_PARAM_ttmopr_start_stop_treatment_t
*
*
*/
#define UF_PARAM_TTMOPR_START_STOP_TREATMENT 3265

/* UF_PARAM_TTDOPR_PITCH_LEAD
*
* Description:
* This parameter specifies the Pitch or the Lead value of a thread.
* The value is interpreted depending on the parameter
* UF_PARAM_TTDOPR_PITCH_LEAD_TPU_INPUT.
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Thread Pitch Lead
* Variable Name: <prefix>_turn_thread_pitch_lead
*
* Possible Values: Positive double (greater than zero)
*
*
*/
#define UF_PARAM_TTDOPR_PITCH_LEAD 3300

/* UF_PARAM_TTDOPR_PITCH_LEAD_TPU_END_INCREMENT
*
* Description:
* This parameter specifies the End or Increment value for variable
* threads.
* The value is interpreted depending on the parameter
* UF_PARAM_PITCH_VAR_TYPE:
* 0 - Constant: Parameter is not use
* 1 - Start & End: Parameter specifies End value
* 2 - Start & Increment: Parameter specifies Increment value
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Thread Tpu
* Variable Name: <prefix>_turn_thread_tpu
*
* Possible Values: Positive double (greater than zero)
*
*
*/
#define UF_PARAM_TTDOPR_PITCH_LEAD_TPU_END_INCREMENT 3301

enum UF_PARAM_ttdopr_pitch_lead_tpu_input_unit_t
{
UF_PARAM_ttdopr_input_unit_pitch = 0,
UF_PARAM_ttdopr_input_unit_lead,
UF_PARAM_ttdopr_input_unit_tpu
};

/* UF_PARAM_TTDOPR_PITCH_LEAD_TPU_INPUT
*
* Description:
* This parameter specifies the input unit of the Pitch/Lead/Tpu value.
* It also specifies which parameter is used as Pitch, Lead or TPU value:
* UF_PARAM_ttdopr_input_unit_pitch
* or
* UF_PARAM_ttdopr_input_unit_lead: UF_PARAM_TTDOPR_PITCH_LEAD
* UF_PARAM_ttdopr_input_unit_tpu: UF_PARAM_TTDOPR_TPU
*
* Type: UF_PARAM_type_int
*
* Name: Turn Thread Pitch End/Increment
* Variable Name: <prefix>_turn_thread_pitch_end_increment
*
* Possible Values: UF_PARAM_ttdopr_pitch_lead_tpu_input_unit_t
*
*
*/
#define UF_PARAM_TTDOPR_PITCH_LEAD_TPU_INPUT 3302

/* UF_PARAM_TTDOPR_TPU
*
* Description:
* This parameter specifies the Thread per Unit value of a thread.
* It could be Thread per Inch or Thread per mm depending on the part
* unit.
* This parameter is only used if parameter
* UF_PARAM_TTDOPR_PITCH_LEAD_TPU_INPUT is set to
* UF_PARAM_ttdopr_input_unit_tpu.
*
* Type: UF_PARAM_type_double
*
* Name: Turn Thread Pitch Input Unit
* Variable Name: <prefix>_turn_thread_pitch_input_unit
*
* Possible Values: Positive double (greater than zero)
*
*
*/
#define UF_PARAM_TTDOPR_TPU 3303

/* UF_PARAM_TTDOPR_CREST_LINE_TAG
*
* Description:
* This parameter holds the object ID of the crest line, which defines
* the thread geometry. The start and end point of the thread are
* generated from the crest line.
*
* Type: UF_PARAM_type_tag
*
* Name: Crest Line Tag
* Variable Name: <prefix>_crest_line_tag
*
* Possible Values:
* 0 (no entity)
* entity ID
*
*
*/
#define UF_PARAM_TTDOPR_CREST_LINE_TAG 3310

/* UF_PARAM_TTDOPR_CREST_LINE_1ST_PT_IS_START_PT
*
* Description:
* This flag indicates if the start point of the selected crestline
* (stored in parameter UF_PARAM_TTDOPR_CREST_LINE_TAG) is also the
* start point of the thread or if it is the end point of the thread.
*
* Type: UF_PARAM_type_logical
*
* Name: Crest Line 1st Pt Is Start Pt Flag
* Variable Name: <prefix>_crest_line_1st_pt_is_start_pt_flag
*
* Possible Values:
* 0 - False: Start point of line is end point of thread
* 1 - True: Start point of line is start point of thread
*
*
*/
#define UF_PARAM_TTDOPR_CREST_LINE_1ST_PT_IS_START_PT 3311

/* UF_PARAM_TTDOPR_END_LINE_TAG
*
* Description:
* This parameter holds the tag of the thread end line. The instersection
* point of the crestline and the end line defines the end point of
* thread geometry.
* If end line tag is 0, the end point of the crestline is used as thread
* geometry end point.
*
* Type: UF_PARAM_type_tag
*
* Name: End Line Tag
* Variable Name: <prefix>_end_line_tag
*
* Possible Values:
* 0 (no entity)
* entity ID
*
*
*/
#define UF_PARAM_TTDOPR_END_LINE_TAG 3320

enum UF_PARAM_ttdopr_total_depth_type_t
{
UF_PARAM_ttdopr_type_root_line = 0,
UF_PARAM_ttdopr_type_depth_angle
};

/* UF_PARAM_TTDOPR_TOTAL_DEPTH_TYPE
*
* Description:
* This parameter specifies how the total depth of the thread is defined.
* In Root Line mode the parameter UF_PARAM_TTDOPR_ROOT_LINE_TAG holds
* the tag of an associative line, which defines the thread angle and
* depth.
* In Depth & Angle mode these values are stored in parameters
* UF_PARAM_TTDOPR_TOTAL_DEPTH and
* UF_PARAM_TTDOPR_TOTAL_DEPTH_ANGLE.
*
* Type: UF_PARAM_type_int
*
* Name: Total Depth Type
* Variable Name: <prefix>_total_depth_type
*
* Possible Values: UF_PARAM_ttdopr_total_depth_type_t
*
*
*/
#define UF_PARAM_TTDOPR_TOTAL_DEPTH_TYPE 3330

/* UF_PARAM_TTDOPR_ROOT_LINE_TAG
*
* Description:
* This parameter holds the tag of the root line, which defines the
* thread angle and depth.
* It is only used if UF_PARAM_TTDOPR_TOTAL_DEPTH_TYPE is set to
* Root Line mode.
*
* Type: UF_PARAM_type_tag
*
* Name: Root Line Tag
* Variable Name: <prefix>_root_line_tag
*
* Possible Values:
* 0 (no entity)
* entity ID
*
*
*/
#define UF_PARAM_TTDOPR_ROOT_LINE_TAG 3331

/* UF_PARAM_TTDOPR_TOTAL_DEPTH
*
* Description:
* This parameter specifies the depth of a thread.
* It is only used if UF_PARAM_TTDOPR_TOTAL_DEPTH_TYPE is set to
* Depth & Angle mode.
*
* Type: UF_PARAM_type_double_length
*
* Name: Total Depth
* Variable Name: <prefix>_total_depth
*
* Possible Values: Positive double (greater than zero)
*
*
*/
#define UF_PARAM_TTDOPR_TOTAL_DEPTH 3332

/* UF_PARAM_TTDOPR_TOTAL_DEPTH_ANGLE
*
* Description:
* This parameter specifies the angle (in radians) of a thread.
* It is only used if UF_PARAM_TTDOPR_TOTAL_DEPTH_TYPE is set to
* Depth & Angle mode.
*
* Type: UF_PARAM_type_double
*
* Name: Total Depth Angle
* Variable Name: <prefix>_total_depth_angle
*
* Possible Values: Double (angle in radians)
*
*
*/
#define UF_PARAM_TTDOPR_TOTAL_DEPTH_ANGLE 3333

enum UF_PARAM_ttdopr_increment_type_t
{
UF_PARAM_ttdopr_increment_type_constant = 0,
UF_PARAM_ttdopr_increment_type_variable,
UF_PARAM_ttdopr_increment_type_percentage
};

/* UF_PARAM_TTDOPR_INCREMENT_TYPE
*
* Description:
* This parameter specifies how the the total thread depth is divided
* into single thread passes.
*
* Type: UF_PARAM_type_int
*
* Name: Total Depth Increment Type
* Variable Name: <prefix>_total_depth_increment_type
*
* Possible Values: UF_PARAM_ttdopr_increment_type_t
*
*
*/
#define UF_PARAM_TTDOPR_INCREMENT_TYPE 3334

/* UF_PARAM_TTDOPR_TOLERANCE
*
* Description:
* This parameter specifies the depth tolerance of uncut material
* between the depth of the last thread pass and the total thread depth.
*
* Type: UF_PARAM_type_double_length
*
* Name: Total Depth Tolerance
* Variable Name: <prefix>_total_depth_tolerance
*
* Possible Values: Positive double (or zero)
*
*
*/
#define UF_PARAM_TTDOPR_TOLERANCE 3335

/* UF_PARAM_TTDOPR_CONST_INCREMENT
*
* Description:
* This parameter specifies a single constant increment depth for the
* thread passes.
* Only used if parameter UF_PARAM_TTDOPR_INCREMENT_TYPE is set to
* 'Constant'.
*
* Type: UF_PARAM_type_double_length
*
* Name: Total Depth Constant Increment
* Variable Name: <prefix>_total_depth_constant_increment
*
* Possible Values: Positive double (greater than zero)
*
*
*/
#define UF_PARAM_TTDOPR_CONST_INCREMENT 3340

/* UF_PARAM_TTDOPR_VARIABLE_NO_OF_PASSES
*
* Description:
* This parameter specifies the number of times the belonging variable
* increment (parameter UF_PARAM_TTDOPR_VARIABLE_INCREMENT) is
* repeated.
* Up to 6 different increment depths can be defined.
* Only used if parameter UF_PARAM_TTDOPR_INCREMENT_TYPE is set to
* 'Variable'.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Total Depth Variable Number of Passes
* Variable Name: <prefix>_total_depth_variable_number_of_passes
*
* Possible Values: Array (size of 6) of positive integers (or zero)
*
*
*/
#define UF_PARAM_TTDOPR_VARIABLE_NO_OF_PASSES 3345

/* UF_PARAM_TTDOPR_VARIABLE_INCREMENT
*
* Description:
* This parameter specifies a set of variable increments.
* Up to 6 different increment depths can be defined.
* Every increment is cut as often as specified in parameter
* UF_PARAM_TTDOPR_VARIABLE_NO_OF_PASSES.
* Only used if parameter UF_PARAM_TTDOPR_INCREMENT_TYPE is set to
* 'Variable'.
* This parameter is obsolete, use
* UF_PARAM_TTDOPR_VARIABLE_INCREMENT_TOOL_DEPENDENT instead
*
* Type: UF_PARAM_type_vla_length
*
* Name: Total Depth Variable Increment
* Variable Name: <prefix>_total_depth_variable_increment
*
* Possible Values: Array (size of 6) of positive doubles (or zero)
*
*
*/
#define UF_PARAM_TTDOPR_VARIABLE_INCREMENT 3346 /* Obsolete in NX6 */

/* UF_PARAM_TTDOPR_PERCENTAGE
*
* Description:
* This parameter specifies the increment of each thread pass as a
* percentage of the total depth that remains at the time of the pass.
* It causes the step distance to decrease as the tool moves deeper into
* the thread.
* Only used if parameter UF_PARAM_TTDOPR_INCREMENT_TYPE is set to
* 'Percentage'.
*
* Type: UF_PARAM_type_double
*
* Name: Total Depth Percentage
* Variable Name: <prefix>_total_depth_percentage
*
* Possible Values: Positive double in domain (0; 100]
* (excluding 0, including 100).
*
*
*/
#define UF_PARAM_TTDOPR_PERCENTAGE 3350

/* UF_PARAM_TTDOPR_PERCENTAGE_MAX
*
* Description:
* This parameter specifies the maximum increment depth of a thread pass.
* If the pass increment exceeds the maxium it is restricted to that
* value.
* Only used if parameter UF_PARAM_TTDOPR_INCREMENT_TYPE is set to
* 'Percentage'.
*
* Type: UF_PARAM_type_double_length
*
* Name: Total Depth Percentage Maximum
* Variable Name: <prefix>_total_depth_percentage_maximum
*
* Possible Values: Positive double (greater than zero)
*
*
*/
#define UF_PARAM_TTDOPR_PERCENTAGE_MAX 3351

/* UF_PARAM_TTDOPR_PERCENTAGE_MIN
*
* Description:
* This parameter specifies the minimum increment depth of a thread pass.
* If the pass increment falls below the minimum it is raised to that
* value.
* Only used if parameter UF_PARAM_TTDOPR_INCREMENT_TYPE is set to
* 'Percentage'.
*
* Type: UF_PARAM_type_double_length
*
* Name: Total Depth Percentage Minimum
* Variable Name: <prefix>_total_depth_percentage_minimum
*
* Possible Values: Positive double (greater than zero)
*
*
*/
#define UF_PARAM_TTDOPR_PERCENTAGE_MIN 3352

/* UF_PARAM_TTDOPR_STEPOVER_DIRECTION_ANGLE
*
* Description:
* This parameter specifies the Turn Thread
* stepover direction angle in radians as
* polar angle relative to MCS.
*
* Type: UF_PARAM_type_double
*
* Name: Turn Thread Stepover Direction Angle
* Variable Name: <prefix>_turn_thread_stepover_direction_angle
*
* Possible Values: double (0.0 - 2*PI)
*
*
*/
#define UF_PARAM_TTDOPR_STEPOVER_DIRECTION_ANGLE 3355

/* UF_PARAM_TTDOPR_FINISH_PASSES_NO_OF_PASSES
*
* Description:
* This parameter specifies the number of times the belonging finish
* pass (parameter UF_PARAM_TTDOPR_FINISH_PASSES_INCREMENT) is
* repeated.
* Up to 6 different finish increments can be defined.
*
* Type: UF_PARAM_type_vla_int
*
* Name: Total Depth Finish Passes Number of Passes
* Variable Name: <prefix>_total_depth_finish_passes_number_of_passes
*
* Possible Values: Array (size of 6) of positive integers (or zero)
*
*
*/
#define UF_PARAM_TTDOPR_FINISH_PASSES_NO_OF_PASSES 3360

/* UF_PARAM_TTDOPR_FINISH_PASSES_INCREMENT
*
* Description:
* This parameter specifies a set of finish increments.
* Up to 6 different finish increments can be defined.
* Every increment is cut as often as specified in parameter
* UF_PARAM_TTDOPR_FINISH_PASSES_NO_OF_PASSES.
*
* Type: UF_PARAM_type_vla_length
*
* Name: Total Depth Finish Passes Increment
* Variable Name: <prefix>_total_depth_finish_passes_increment
*
* Possible Values: Array (size of 6) of positive doubles (or zero)
*
*
*/
#define UF_PARAM_TTDOPR_FINISH_PASSES_INCREMENT 3361

enum UF_PARAM_ttdopr_engage_type_t
{
UF_PARAM_ttdopr_engage_type_auto = 0,
UF_PARAM_ttdopr_engage_type_vector,
UF_PARAM_ttdopr_engage_type_angle
};

/* UF_PARAM_TTDOPR_ENGAGE_TYPE
*
* Description:
* This parameter specifies how the thread infeed angle is defined.
*
* Type: UF_PARAM_type_int
*
* Name: Thread Engage Type
* Variable Name: <prefix>_thread_engage_type
*
* Possible Values: UF_PARAM_ttdopr_engage_type_t
*
*
*/
#define UF_PARAM_TTDOPR_ENGAGE_TYPE 3370

enum UF_PARAM_ttdopr_retract_type_t
{
UF_PARAM_ttdopr_retract_type_auto = 0,
UF_PARAM_ttdopr_retract_type_vector,
UF_PARAM_ttdopr_retract_type_angle
};

/* UF_PARAM_TTDOPR_RETRACT_TYPE
*
* Description:
* This parameter specifies how the thread pullout angle is defined.
*
* Type: UF_PARAM_type_int
*
* Name: Thread Retract Type
* Variable Name: <prefix>_thread_retract_type
*
* Possible Values: UF_PARAM_ttdopr_retract_type_t
*
*
*/
#define UF_PARAM_TTDOPR_RETRACT_TYPE 3371

/* UF_PARAM_TTDOPR_INFEED_VECTOR
*
* Description:
* This parameter holds a vector which specifies the thread infeed angle.
* Only used if parameter UF_PARAM_TTDOPR_ENGAGE_TYPE is set to
* 'Vector'.
*
* Type: UF_PARAM_type_vla_length
*
* Name: Thread Infeed Vector
* Variable Name: <prefix>_thread_infeed_vector
*
* Possible Values: Array (size of 2) of doubles
*
*
*/
#define UF_PARAM_TTDOPR_INFEED_VECTOR 3375

/* UF_PARAM_TTDOPR_INFEED_ANGLE
*
* Description:
* This parameter specifies the thread infeed angle in radians.
* Only used if parameter UF_PARAM_TTDOPR_ENGAGE_TYPE is set to
* 'Angle'.
*
* Type: UF_PARAM_type_double
*
* Name: Thread Infeed Angle
* Variable Name: <prefix>_thread_infeed_angle
*
* Possible Values: Double (in radians)
*
*
*/
#define UF_PARAM_TTDOPR_INFEED_ANGLE 3376

enum UF_PARAM_ttdopr_infeed_type_t
{
UF_PARAM_ttdopr_infeed_type_engage = 0,
UF_PARAM_ttdopr_infeed_type_thread
};

/* UF_PARAM_TTDOPR_INFEED_TYPE
*
* Description:
* Specifies whether the thread infeed move is to be at the engage feed
* rate or in thread lead (as a thread motion).
*
* Type: UF_PARAM_type_int
*
* Name: Thread Infeed Type
* Variable Name: <prefix>_thread_infeed_type
*
* Possible Values: UF_PARAM_ttdopr_infeed_type_t
*
*
*/
#define UF_PARAM_TTDOPR_INFEED_TYPE 3377

/* UF_PARAM_TTDOPR_PULLOUT_VECTOR
*
* Description:
* This parameter holds a vector which specifies the thread pullout angle.
* Only used if parameter UF_PARAM_TTDOPR_RETRACT_TYPE is set to
* 'Vector'.
*
* Type: UF_PARAM_type_vla_length
*
* Name: Thread Pullout Vector
* Variable Name: <prefix>_thread_pullout_vector
*
* Possible Values: Array (size of 2) of doubles
*
*
*/
#define UF_PARAM_TTDOPR_PULLOUT_VECTOR 3380

/* UF_PARAM_TTDOPR_PULLOUT_ANGLE
*
* Description:
* This parameter specifies the thread pullout angle in radians.
* Only used if parameter UF_PARAM_TTDOPR_RETRACT_TYPE is set to
* 'Angle'.
*
* Type: UF_PARAM_type_double
*
* Name: Thread Pullout Angle
* Variable Name: <prefix>_thread_pullout_angle
*
* Possible Values: Double (in radians)
*
*
*/
#define UF_PARAM_TTDOPR_PULLOUT_ANGLE 3381

enum UF_PARAM_ttdopr_pullout_type_t
{
UF_PARAM_ttdopr_pullout_type_retract = 0,
UF_PARAM_ttdopr_pullout_type_thread
};

/* UF_PARAM_TTDOPR_PULLOUT_TYPE
*
* Description:
* Specifies whether the pullout move is to be at the retract feed rate or
* in thread lead (as a thread motion).
*
* Type: UF_PARAM_type_int
*
* Name: Thread Pullout Type
* Variable Name: <prefix>_thread_pullout_type
*
* Possible Values: UF_PARAM_ttdopr_pullout_type_t
*
*
*/
#define UF_PARAM_TTDOPR_PULLOUT_TYPE 3382

enum UF_PARAM_turn_workpiece_type_t
{
UF_PARAM_turn_workpiece_type_undefined = -1,
UF_PARAM_turn_workpiece_type_cylinder = 0,
UF_PARAM_turn_workpiece_type_tube = 1,
UF_PARAM_turn_workpiece_type_curves = 3,
UF_PARAM_turn_workpiece_type_workspace = 6
};

/* UF_PARAM_TURN_WORKPIECE_TYPE
*
* Description:
* This parameter controls the turning workpiece (blank) definition type.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Workpiece Type
* Variable Name: <prefix>_turn_workpiece_type
*
* Possible Values: UF_PARAM_turn_workpiece_type_t
*
*
*/
#define UF_PARAM_TURN_WORKPIECE_TYPE 3400

/* UF_PARAM_TURN_WORKPIECE_STOCK_EQUI
*
* Description:
* This parameter holds the equidistant stock for turning blank definition
* of type UF_PARAM_turn_workpiece_type_curves.
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Workpiece Stock Equi
* Variable Name: <prefix>_turn_workpiece_stock_equi
*
* Possible Values: positive double
*
*
*/
#define UF_PARAM_TURN_WORKPIECE_STOCK_EQUI 3403

/* UF_PARAM_TURN_WORKPIECE_STOCK_FACE
*
* Description:
* This parameter holds the face stock for turning blank definition
* of type UF_PARAM_turn_workpiece_type_curves.
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Workpiece Stock Face
* Variable Name: <prefix>_turn_workpiece_stock_face
*
* Possible Values: positive double
*
*
*/
#define UF_PARAM_TURN_WORKPIECE_STOCK_FACE 3404

/* UF_PARAM_TURN_WORKPIECE_STOCK_RADIAL
*
* Description:
* This parameter holds the radial stock for turning blank definition
* of type UF_PARAM_turn_workpiece_type_curves.
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Workpiece Stock Radial
* Variable Name: <prefix>_turn_workpiece_stock_radial
*
* Possible Values: positive double
*
*
*/
#define UF_PARAM_TURN_WORKPIECE_STOCK_RADIAL 3405

/* UF_PARAM_TURN_WORKPIECE_LENGTH
*
* Description:
* This parameter holds the workpiece length for turning blank definition
* of type UF_PARAM_turn_workpiece_type_cylinder or ~tube.
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Workpiece Length
* Variable Name: <prefix>_turn_workpiece_length
*
* Possible Values: positive double (!= 0)
*
*
*/
#define UF_PARAM_TURN_WORKPIECE_LENGTH 3411

/* UF_PARAM_TURN_WORKPIECE_DIAMETER
*
* Description:
* This parameter holds the workpiece diameter for turning blank definition
* of type UF_PARAM_turn_workpiece_type_cylinder or ~tube.
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Workpiece Diameter
* Variable Name: <prefix>_turn_workpiece_diameter
*
* Possible Values: positive double (!= 0)
*
*
*/
#define UF_PARAM_TURN_WORKPIECE_DIAMETER 3412

/* UF_PARAM_TURN_WORKPIECE_INNER_DIAMETER
*
* Description:
* This parameter holds the inner diameter for turning blank definition
* of type UF_PARAM_turn_workpiece_type_tube.
*
* Type: UF_PARAM_type_double_length
*
* Name: Turn Workpiece Inner Diameter
* Variable Name: <prefix>_turn_workpiece_inner_diameter
*
* Possible Values: positive double (!= 0 and less than outer diameter)
*
*
*/
#define UF_PARAM_TURN_WORKPIECE_INNER_DIAMETER 3413

/* UF_PARAM_TURN_WORKPIECE_LOC_TAG
*
* Description:
* This parameter identifies the smart point for parametric
* workpiece positioning.
* It also identifies the workpiece target location for workpieces retrieved
* from a different workspace
*
* Type: UF_PARAM_type_tag
*
* Name: Turn Workpiece Location Point
* Variable Name: <prefix>_turn_workpiece_location_point
*
* Possible Values:
* 0 (no entity)
* entity value
*
*
*/
#define UF_PARAM_TURN_WORKPIECE_LOC_TAG 3420

enum UF_PARAM_turn_workpiece_direction_t
{
UF_PARAM_turn_workpiece_direction_towards_head_stock = -1,
UF_PARAM_turn_workpiece_direction_from_head_stock = 1
};

/* UF_PARAM_TURN_WORKPIECE_DIRECTION
*
* Description:
* This parameter identifies the orientation of a parametric
* workpiece.
* It also identifies the orientation of the workpiece at the target
* workspace if the workpiece is retrieved from a different workspace.
* This is the direction of the workpiece from the location
* point along the centerline away from or towards headstock.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Workpiece Direction
* Variable Name: <prefix>_turn_workpiece_direction
*
* Possible Values: UF_PARAM_turn_workpiece_direction_t
*
*
*/
#define UF_PARAM_TURN_WORKPIECE_DIRECTION 3421

/* UF_PARAM_TURN_WORKPIECE_SRC_LOC_TAG
*
* Description:
* This parameter identifies the source location of the workpiece
* from different workspace as a smart point.
*
* Type: UF_PARAM_type_tag
*
* Name: Turn Workpiece Source Location Point
* Variable Name: <prefix>_turn_workpiece_source_location_point
*
* Possible Values:
* 0 (no entity)
* entity value
*
*
*/
#define UF_PARAM_TURN_WORKPIECE_SRC_LOC_TAG 3422 /* tag */

/* UF_PARAM_TURN_WORKPIECE_AUTO_POS
*
* Description:
* This parameter activates the automatic positioning of
* the workpiece relative to the part.
*
* Type: UF_PARAM_type_logical
*
* Name: Turn Workpiece Source Location Point
* Variable Name: <prefix>_turn_workpiece_source_location_point
*
* Possible Values:
* true -- IPW relative to solid part geometry
* false -- IPW positioned by points and direction
*
*
*/
#define UF_PARAM_TURN_WORKPIECE_AUTO_POS 3423

/* UF_PARAM_TURN_FEED_SHORT_SEGS_ROUND
*
* Description:
* Specifies the feed rate for round segments
* detected in convex corners.
* If the value is 0, the feed rate is inactive
* and a fallback feed rate (e.g. Cut feed rate)
* is used for such rounds.
*
* Type: UF_PARAM_type_double_length
*
* Name: Short Segments Round Feed
* Variable Name: <prefix>_short_segments_round_feed
*
* Possible Values: Positive double or zero
* (the value 0 deactivates the feed rate)
*
*
*/
#define UF_PARAM_TURN_FEED_SHORT_SEGS_ROUND 3430

/* UF_PARAM_TURN_FEED_SHORT_SEGS_ROUND_UNIT
*
* Description:
* Specifies the unit of the round feed rate,
* cf. UF_PARAM_TURN_FEED_SHORT_SEGS_ROUND.
*
* Type: UF_PARAM_type_int
*
* Name: Short Segments Round Feed Unit
* Variable Name: <prefix>_short_segments_round_feed_unit
*
* Possible Values: 0 -- None
* 1 -- mmpm/ipm (mm/inch per minute)
* 2 -- mmpr/ipr (mm/inch per revolution)
*
*
*/
#define UF_PARAM_TURN_FEED_SHORT_SEGS_ROUND_UNIT 3431

/* UF_PARAM_TURN_FEED_SPECIFY_MAXIMUM_ROUND
*
* Description:
* Activates the maximum round length threshold parameter
* (cf. UF_PARAM_TURN_FEED_SHORT_SEGS_ROUND_LENGTH).
*
* Type: UF_PARAM_type_int
*
* Name: Short Segments Specify Maximum Round Length
* Variable Name: <prefix>_short_segments_specify_maximum_round_length
*
* Possible Values: 0 -- Maximum Round Length inactive
* 1 -- Maximum Round Length active
*
*
*/
#define UF_PARAM_TURN_FEED_SPECIFY_MAXIMUM_ROUND 3432

/* UF_PARAM_TURN_FEED_SHORT_SEGS_ROUND_LENGTH
*
* Description:
* Specifies the maximum length for cutting motions along
* rounds that are intended to be made at Round feed rate.
* This parameter is taken into account depending
* on UF_PARAM_TURN_FEED_SPECIFY_MAXIMUM_ROUND.
* The maximum length relates to the distance
* that the tool travels along the round segment.
* If that distance exceeds the maximum length,
* the motion is assigned a fallback feed rate
* (e.g. Cut feed rate).
*
* Type: UF_PARAM_type_double_length
*
* Name: Short Segments Round Maximum Length
* Variable Name: <prefix>_short_segments_round_maximum_length
*
* Possible Values: Positive double or zero
*
*
*/
#define UF_PARAM_TURN_FEED_SHORT_SEGS_ROUND_LENGTH 3433

/* UF_PARAM_TURN_FEED_SHORT_SEGS_CHAMFER
*
* Description:
* Specifies the feed rate for chamfer segments
* detected in convex corners.
* If the value is 0, the feed rate is inactive
* and a fallback feed rate (e.g. Cut feed rate)
* is used for such chamfers.
*
* Type: UF_PARAM_type_double_length
*
* Name: Short Segments Chamfer Feed
* Variable Name: <prefix>_short_segments_chamfer_feed
*
* Possible Values: Positive double or zero
* (the value 0 deactivates the feed rate)
*
*
*/
#define UF_PARAM_TURN_FEED_SHORT_SEGS_CHAMFER 3434

/* UF_PARAM_TURN_FEED_SHORT_SEGS_CHAMFER_UNIT
*
* Description:
* Specifies the unit of the chamfer feed rate,
* cf. UF_PARAM_TURN_FEED_SHORT_SEGS_CHAMFER.
*
* Type: UF_PARAM_type_int
*
* Name: Short Segments Chamfer Feed Unit
* Variable Name: <prefix>_short_segments_chamfer_feed_unit
*
* Possible Values: 0 -- None
* 1 -- mmpm/ipm (mm/inch per minute)
* 2 -- mmpr/ipr (mm/inch per revolution)
*
*
*/
#define UF_PARAM_TURN_FEED_SHORT_SEGS_CHAMFER_UNIT 3435

/* UF_PARAM_TURN_FEED_SPECIFY_MAXIMUM_CHAMFER
*
* Description:
* Activates the maximum round length threshold parameter
* (cf. UF_PARAM_TURN_FEED_SHORT_SEGS_CHAMFER_LENGTH).
*
* Type: UF_PARAM_type_int
*
* Name: Short Segments Specify Maximum Chamfer Length
* Variable Name: <prefix>_short_segments_specify_maximum_chamfer_length
*
* Possible Values: 0 -- Maximum Chamfer Length inactive
* 1 -- Maximum Chamfer Length active
*
*
*/
#define UF_PARAM_TURN_FEED_SPECIFY_MAXIMUM_CHAMFER 3436

/* UF_PARAM_TURN_FEED_SHORT_SEGS_CHAMFER_LENGTH
*
* Description:
* Specifies the maximum length for cutting motions along
* chamfers that are intended to be made at Chamfer feed rate.
* This parameter is taken into account depending
* on UF_PARAM_TURN_FEED_SPECIFY_MAXIMUM_CHAMFER.
* The maximum length relates to the distance
* that the tool travels along the chamfer segment.
* If that distance exceeds the maximum length,
* the motion is assigned a fallback feed rate
* (e.g. Cut feed rate).
*
* Type: UF_PARAM_type_double_length
*
* Name: Short Segments Chamfer Maximum Length
* Variable Name: <prefix>_short_segments_chamfer_maximum_length
*
* Possible Values: Positive double or zero
*
*
*/
#define UF_PARAM_TURN_FEED_SHORT_SEGS_CHAMFER_LENGTH 3437

/* UF_PARAM_TURN_FEED_CLEANUP_ACCEL
*
* Description:
* Specifies the accelerate feed rate for Profiling,
* Finishing and Cleanup cuts, which is assumed when
* the cutting motion leaves a concave corner.
* The length of the acceleration distance is specified
* by UF_PARAM_TURN_FEED_CLEANUP_ACCEL_LENGTH.
*
* Type: UF_PARAM_type_double_length
*
* Name: Cleanup and Profile Accelerate
* Variable Name: <prefix>_cleanup_and_profile_accelerate
*
* Possible Values: Positive double or zero
* (the value 0 deactivates the feed rate)
*
*
*/
#define UF_PARAM_TURN_FEED_CLEANUP_ACCEL 3438

/* UF_PARAM_TURN_FEED_CLEANUP_ACCEL_UNIT
*
* Description:
* Specifies the unit of the accelerate feed rate,
* cf. UF_PARAM_TURN_FEED_CLEANUP_ACCEL.
*
* Type: UF_PARAM_type_int
*
* Name: Cleanup and Profile Accelerate Unit
* Variable Name: <prefix>_cleanup_and_profile_accelerate_unit
*
* Possible Values: 0 -- None
* 1 -- mmpm/ipm (mm/inch per minute)
* 2 -- mmpr/ipr (mm/inch per revolution)
*
*
*/
#define UF_PARAM_TURN_FEED_CLEANUP_ACCEL_UNIT 3439

/* UF_PARAM_TURN_FEED_CLEANUP_ACCEL_LENGTH
*
* Description:
* Specifies the length of the acceleration phase
* to which the accelerate feed rate is applied.
* (cf. UF_PARAM_TURN_FEED_CLEANUP_ACCEL).
*
* Type: UF_PARAM_type_double_length
*
* Name: Cleanup and Profile Accelerate Length
* Variable Name: <prefix>_cleanup_and_profile_accelerate_length
*
* Possible Values: Positive double or zero
*
*
*/
#define UF_PARAM_TURN_FEED_CLEANUP_ACCEL_LENGTH 3440

/* UF_PARAM_TURN_FEED_CLEANUP_DECEL
*
* Description:
* Specifies the decelerate feed rate for Profiling,
* Finishing and Cleanup cuts, which is assumed when
* the cutting motion approaches a concave corner.
* The length of the deceleration distance is specified
* by UF_PARAM_TURN_FEED_CLEANUP_DECEL_LENGTH.
*
* Type: UF_PARAM_type_double_length
*
* Name: Cleanup and Profile Decelerate
* Variable Name: <prefix>_cleanup_and_profile_decelerate
*
* Possible Values: Positive double or zero
* (the value 0 deactivates the feed rate)
*
*
*/
#define UF_PARAM_TURN_FEED_CLEANUP_DECEL 3441

/* UF_PARAM_TURN_FEED_CLEANUP_DECEL_UNIT
*
* Description:
* Specifies the unit of the decelerate feed rate,
* cf. UF_PARAM_TURN_FEED_CLEANUP_DECEL.
*
* Type: UF_PARAM_type_int
*
* Name: Cleanup and Profile Decelerate Unit
* Variable Name: <prefix>_cleanup_and_profile_decelerate_unit
*
* Possible Values: 0 -- None
* 1 -- mmpm/ipm (mm/inch per minute)
* 2 -- mmpr/ipr (mm/inch per revolution)
*
*
*/
#define UF_PARAM_TURN_FEED_CLEANUP_DECEL_UNIT 3442

/* UF_PARAM_TURN_FEED_CLEANUP_DECEL_LENGTH
*
* Description:
* Specifies the length of the deceleration phase
* to which the decelerate feed rate is applied.
* (cf. UF_PARAM_TURN_FEED_CLEANUP_DECEL).
*
* Type: UF_PARAM_type_double_length
*
* Name: Cleanup and Profile Decelerate Length
* Variable Name: <prefix>_cleanup_and_profile_decelerate_length
*
* Possible Values: Positive double or zero
*
*
*/
#define UF_PARAM_TURN_FEED_CLEANUP_DECEL_LENGTH 3443

/* UF_PARAM_TURN_FEED_ALSO_APPLY_TO_START_AND_END_OF_PASS
*
* Description:
* If this parameter holds the value 1 (on), an acceleration phase is
* performed at the beginning of Profile, Finish and Cleanup passes.
* Analogously, a deceleration is performed at the end of these
* passes.
* In case the pass is shorter than the sum of the lengths of
* the acceleration and deceleration phase, deceleration always
* takes precedence over acceleration.
* Accelerate and decelerate feed rates and lengths are specified
* by the following parameters:
* UF_PARAM_TURN_FEED_CLEANUP_ACCEL
* UF_PARAM_TURN_FEED_CLEANUP_ACCEL_LENGTH
* UF_PARAM_TURN_FEED_CLEANUP_DECEL
* UF_PARAM_TURN_FEED_CLEANUP_DECEL_LENGTH
* (cf. respective documentation)
*
* Type: UF_PARAM_type_int
*
* Name: Also Apply to Start and End of Pass
* Variable Name: <prefix>_also_apply_to_start_and_end_of_pass
*
* Possible Values: 0 -- off
* 1 -- on
*
*
*/
#define UF_PARAM_TURN_FEED_ALSO_APPLY_TO_START_AND_END_OF_PASS 3444

/* UF_PARAM_TURN_ENG_PROFILING_VECTOR
*
* Description:
* Defines the vector for profiling engage (2D).
*
* Type: UF_PARAM_type_vla_length
*
* Name: Engage Profiling Vector
* Variable Name: <prefix>_engage_profiling_vector
*
* Possible Values: 2D vector
*
*
*/
#define UF_PARAM_TURN_ENG_PROFILING_VECTOR 3500

/* UF_PARAM_TURN_ENG_PROFILING_ANGLE
*
* Description:
* Defines the angle for profiling engage.
*
* Type: UF_PARAM_type_double
*
* Name: Engage Profiling Angle
* Variable Name: <prefix>_engage_profiling_angle
*
* Possible Values: angle in degree
*
*
*/
#define UF_PARAM_TURN_ENG_PROFILING_ANGLE 3501

/* UF_PARAM_TURN_ENG_PROFILING_DISTANCE
*
* Description:
* Defines the distance for profiling engage.
*
* Type: UF_PARAM_type_double_length
*
* Name: Engage Profiling Distance
* Variable Name: <prefix>_engage_profiling_distance
*
* Possible Values: positive double
*
*
*/
#define UF_PARAM_TURN_ENG_PROFILING_DISTANCE 3502

/* UF_PARAM_TURN_ENG_PROFILING_RADIUS
*
* Description:
* Defines the radius for profiling engage.
*
* Type: UF_PARAM_type_double_length
*
* Name: Engage Profiling Radius
* Variable Name: <prefix>_engage_profiling_radius
*
* Possible Values: positive double
*
*
*/
#define UF_PARAM_TURN_ENG_PROFILING_RADIUS 3503

/* UF_PARAM_TURN_ENG_PROFILING_POINT
*
* Description:
* Defines the identifier of the profiling engage smart point.
*
* Type: UF_PARAM_type_tag
*
* Name: Engage Profiling Point
* Variable Name: <prefix>_engage_profiling_point
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_ENG_PROFILING_POINT 3504

/* UF_PARAM_TURN_ENG_TO_TRIMPOINT
*
* Description:
* Controls direct engage to trim point.
*
* Type: UF_PARAM_type_int
*
* Name: Engage Profiling to Trim Point
* Variable Name: <prefix>_engage_profiling_to_trim_point
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_ENG_TO_TRIMPOINT 3505

/* UF_PARAM_TURN_ENG_PROFILING_EXTEND
*
* Description:
* Distance value for extension at start point
* of Profiling/Finishing pass.
*
* Type: UF_PARAM_type_double_length
*
* Name: Engage Profiling Extend
* Variable Name: <prefix>_engage_profiling_extend
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_ENG_PROFILING_EXTEND 3506

/* UF_PARAM_TURN_ENG_LEVEL_BLANK_VECTOR
*
* Description:
* Defines the vector for level/blank engage (2D).
*
* Type: UF_PARAM_type_vla_length
*
* Name: Engage Level Blank Vector
* Variable Name: <prefix>_engage_level_blank_vector
*
* Possible Values: 2D vector
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_BLANK_VECTOR 3510

/* UF_PARAM_TURN_ENG_LEVEL_BLANK_ANGLE
*
* Description:
* Defines the angle for level/blank engage.
*
* Type: UF_PARAM_type_double
*
* Name: Engage Level Blank Angle
* Variable Name: <prefix>_engage_level_blank_angle
*
* Possible Values: angle in degree
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_BLANK_ANGLE 3511

/* UF_PARAM_TURN_ENG_LEVEL_BLANK_DISTANCE
*
* Description:
* Defines the distance for level/blank engage.
*
* Type: UF_PARAM_type_double_length
*
* Name: Engage Level Blank Distance
* Variable Name: <prefix>_engage_level_blank_distance
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_BLANK_DISTANCE 3512

/* UF_PARAM_TURN_ENG_LEVEL_BLANK_RADIUS
*
* Description:
* Defines the radius for level/blank engage.
*
* Type: UF_PARAM_type_double_length
*
* Name: Engage Level Blank Radius
* Variable Name: <prefix>_engage_level_blank_radius
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_BLANK_RADIUS 3513

/* UF_PARAM_TURN_ENG_LEVEL_BLANK_RADIUS_2
*
* Description:
* Defines the second radius for level/blank engage using two circles.
*
* Type: UF_PARAM_type_double_length
*
* Name: Engage Level Blank Radius 2
* Variable Name: <prefix>_engage_level_blank_radius_2
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_BLANK_RADIUS_2 3514

/* UF_PARAM_TURN_ENG_LEVEL_BLANK_POINT
*
* Description:
* Identifies the smart point for level/blank engage.
*
* Type: UF_PARAM_type_tag
*
* Name: Engage Level Blank Point
* Variable Name: <prefix>_engage_level_blank_point
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_BLANK_POINT 3515

/* UF_PARAM_TURN_ENG_LEVEL_BLANK_DISTANCE_IS_TANGENTIAL
*
* Description:
* This flag indicates if the safe distance for a level/blank engage
* is to be applied tangentially.
*
* Type: UF_PARAM_type_int
*
* Name: Engage Level Blank Distance Is Tangential
* Variable Name: <prefix>_engage_level_blank_distance_is_tangential
*
* Possible Values:
* 0 - Safe distance for level/blank engage is not tangential
* 1 - Safe distance for level/blank engage is tangential
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_BLANK_DISTANCE_IS_TANGENTIAL 3516

/* UF_PARAM_TURN_ENG_LEVEL_PART_VECTOR
*
* Description:
* Defines the vector for level/part engage.
*
* Type: UF_PARAM_type_vla_length
*
* Name: Engage Level Part Vector
* Variable Name: <prefix>_engage_level_part_vector
*
* Possible Values: 2D vector
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_PART_VECTOR 3520

/* UF_PARAM_TURN_ENG_LEVEL_PART_ANGLE
*
* Description:
* Defines the angle for level/part engage.
*
* Type: UF_PARAM_type_double
*
* Name: Engage Level Part Angle
* Variable Name: <prefix>_engage_level_part_angle
*
* Possible Values: angle in degree
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_PART_ANGLE 3521

/* UF_PARAM_TURN_ENG_LEVEL_PART_DISTANCE
*
* Description:
* Defines the distance for level/part engage.
*
* Type: UF_PARAM_type_double_length
*
* Name: Engage Level Part Distance
* Variable Name: <prefix>_engage_level_part_distance
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_PART_DISTANCE 3522

/* UF_PARAM_TURN_ENG_LEVEL_PART_RADIUS
*
* Description:
* Defines the radius for level/part engage.
*
* Type: UF_PARAM_type_double_length
*
* Name: Engage Level Part Radius
* Variable Name: <prefix>_engage_level_part_radius
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_PART_RADIUS 3523

/* UF_PARAM_TURN_ENG_LEVEL_PART_POINT
*
* Description:
* Identifies the smart point for level/part engage.
*
* Type: UF_PARAM_type_tag
*
* Name: Engage Level Part Point
* Variable Name: <prefix>_engage_level_part_point
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_PART_POINT 3524

/* UF_PARAM_TURN_ENG_LEVEL_SAFE_VECTOR
*
* Description:
* Defines the vector for level/safe engage (2D).
*
* Type: UF_PARAM_type_vla_length
*
* Name: Engage Level Safe Vector
* Variable Name: <prefix>_engage_level_safe_vector
*
* Possible Values: 2D vector
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_SAFE_VECTOR 3530

/* UF_PARAM_TURN_ENG_LEVEL_SAFE_ANGLE
*
* Description:
* Defines the angle for level/safe engage.
*
* Type: UF_PARAM_type_double
*
* Name: Engage Level Safe Angle
* Variable Name: <prefix>_engage_level_safe_angle
*
* Possible Values: angle in degree
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_SAFE_ANGLE 3531

/* UF_PARAM_TURN_ENG_LEVEL_SAFE_DISTANCE
*
* Description:
* Defines the distance for level/safe engage.
*
* Type: UF_PARAM_type_double_length
*
* Name: Engage Level Safe Distance
* Variable Name: <prefix>_engage_level_safe_distance
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_SAFE_DISTANCE 3532

/* UF_PARAM_TURN_ENG_LEVEL_SAFE_RADIUS
*
* Description:
* Defines the radius for level/safe engage.
*
* Type: UF_PARAM_type_double_length
*
* Name: Engage Level Safe Radius
* Variable Name: <prefix>_engage_level_safe_radius
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_SAFE_RADIUS 3533

/* UF_PARAM_TURN_ENG_LEVEL_SAFE_POINT
*
* Description:
* Identifies the smart point for level/safe engage.
*
* Type: UF_PARAM_type_tag
*
* Name: Engage Level Safe Point
* Variable Name: <prefix>_engage_level_safe_point
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_SAFE_POINT 3534

/* UF_PARAM_TURN_ENG_LEVEL_SAFE_EXTEND
*
* Description:
* Distance value for level safe engage.
*
* Type: UF_PARAM_type_double_length
*
* Name: Engage Level Safe Extend
* Variable Name: <prefix>_engage_level_safe_extend
*
* Possible Values: double
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_SAFE_EXTEND 3535

/* UF_PARAM_TURN_ENG_LEVEL_SAFE_DISTANCE_IS_TANGENTIAL
*
* Description:
* This flag indicates if the extend distance for a level/safe engage
* is to be applied tangentially.
*
* Type: UF_PARAM_type_int
*
* Name: Engage Level Safe Distance Is Tangential
* Variable Name: <prefix>_engage_level_safe_distance_is_tangential
*
* Possible Values:
* 0 - Extend distance for level/safe engage is not tangential
* 1 - Extend distance for level/safe engage is tangential
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_SAFE_DISTANCE_IS_TANGENTIAL 3536

/* UF_PARAM_TURN_ENG_PLUNGE_VECTOR
*
* Description:
* Defines the vector for plunge engage (2D).
*
* Type: UF_PARAM_type_vla_length
*
* Name: Engage Plunge Vector
* Variable Name: <prefix>_engage_plunge_vector
*
* Possible Values: 2D vector
*
*
*/
#define UF_PARAM_TURN_ENG_PLUNGE_VECTOR 3540

/* UF_PARAM_TURN_ENG_PLUNGE_ANGLE
*
* Description:
* Defines the angle for plunge engage.
*
* Type: UF_PARAM_type_double
*
* Name: Engage Plunge Angle
* Variable Name: <prefix>_engage_plunge_angle
*
* Possible Values: angle in degree
*
*
*/
#define UF_PARAM_TURN_ENG_PLUNGE_ANGLE 3541

/* UF_PARAM_TURN_ENG_PLUNGE_DISTANCE
*
* Description:
* Defines the distance for plunge engage
*
* Type: UF_PARAM_type_double_length
*
* Name: Engage Plunge Distance
* Variable Name: <prefix>_engage_plunge_distance
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_ENG_PLUNGE_DISTANCE 3542

/* UF_PARAM_TURN_ENG_PLUNGE_POINT
*
* Description:
* Identifies the smart point for plunge engage
*
* Type: UF_PARAM_type_tag
*
* Name: Engage Plunge Point
* Variable Name: <prefix>_engage_plunge_point
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_ENG_PLUNGE_POINT 3543

/* UF_PARAM_TURN_ENG_1PLUNGE_VECTOR
*
* Description:
* Defines the vector for first plunge engage (2D).
*
* Type: UF_PARAM_type_vla_length
*
* Name: Engage 1 Plunge Vector
* Variable Name: <prefix>_engage_1_plunge_vector
*
* Possible Values: 2D vector
*
*
*/
#define UF_PARAM_TURN_ENG_1PLUNGE_VECTOR 3550

/* UF_PARAM_TURN_ENG_1PLUNGE_ANGLE
*
* Description:
* Defines the angle for first plunge engage.
*
* Type: UF_PARAM_type_double
*
* Name: Engage 1 Plunge Angle
* Variable Name: <prefix>_engage_1_plunge_angle
*
* Possible Values: angle in degree
*
*
*/
#define UF_PARAM_TURN_ENG_1PLUNGE_ANGLE 3551

/* UF_PARAM_TURN_ENG_1PLUNGE_DISTANCE
*
* Description:
* Defines the distance for first plunge engage.
*
* Type: UF_PARAM_type_double_length
*
* Name: Engage 1 Plunge Distance
* Variable Name: <prefix>_engage_1_plunge_distance
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_ENG_1PLUNGE_DISTANCE 3552

/* UF_PARAM_TURN_ENG_1PLUNGE_POINT
*
* Description:
* Identifies the smart point for first plunge engage.
*
* Type: UF_PARAM_type_tag
*
* Name: Engage 1 Plunge Point
* Variable Name: <prefix>_engage_1_plunge_point
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_ENG_1PLUNGE_POINT 3553

/* UF_PARAM_TURN_RET_PROFILING_VECTOR
*
* Description:
* Defines the vector for profiling retract (2D).
*
* Type: UF_PARAM_type_vla_length
*
* Name: Retract Profiling Vector
* Variable Name: <prefix>_retract_profiling_vector
*
* Possible Values: 2D vector
*
*
*/
#define UF_PARAM_TURN_RET_PROFILING_VECTOR 3600

/* UF_PARAM_TURN_RET_PROFILING_ANGLE
*
* Description:
* Defines the angle for profiling retract.
*
* Type: UF_PARAM_type_double
*
* Name: Retract Profiling Angle
* Variable Name: <prefix>_retract_profiling_angle
*
* Possible Values: angle in degree
*
*
*/
#define UF_PARAM_TURN_RET_PROFILING_ANGLE 3601

/* UF_PARAM_TURN_RET_PROFILING_DISTANCE
*
* Description:
* Defines the distance for profiling retract.
*
* Type: UF_PARAM_type_double_length
*
* Name: Retract Profiling Distance
* Variable Name: <prefix>_retract_profiling_distance
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_RET_PROFILING_DISTANCE 3602

/* UF_PARAM_TURN_RET_PROFILING_RADIUS
*
* Description:
* Defines the radius for profiling retract.
*
* Type: UF_PARAM_type_double_length
*
* Name: Retract Profiling Radius
* Variable Name: <prefix>_retract_profiling_radius
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_RET_PROFILING_RADIUS 3603

/* UF_PARAM_TURN_RET_PROFILING_POINT
*
* Description:
* Identifies the smart point for profiling retract.
*
* Type: UF_PARAM_type_tag
*
* Name: Retract Profiling Point
* Variable Name: <prefix>_retract_profiling_point
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_RET_PROFILING_POINT 3604

/* UF_PARAM_TURN_RET_FROM_TRIMPOINT
*
* Description:
* Controls direct retract from trim point.
*
* Type: UF_PARAM_type_int
*
* Name: Retract Profiling from Trim Point
* Variable Name: <prefix>_retract_profiling_from_trim_point
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_RET_FROM_TRIMPOINT 3605

/* UF_PARAM_TURN_RET_PROFILING_EXTEND
*
* Description:
* Distance value for extension at end point
* of Profiling/Finishing pass.
*
* Type: UF_PARAM_type_double_length
*
* Name: Retract Profiling Extend
* Variable Name: <prefix>_retract_profiling_extend
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_RET_PROFILING_EXTEND 3606

/* UF_PARAM_TURN_RET_LEVEL_BLANK_VECTOR
*
* Description:
* Defines the vector for level/blank retract (2D).
*
* Type: UF_PARAM_type_vla_length
*
* Name: Retract Level Blank Vector
* Variable Name: <prefix>_retract_level_blank_vector
*
* Possible Values: 2D vector
*
*
*/
#define UF_PARAM_TURN_RET_LEVEL_BLANK_VECTOR 3610

/* UF_PARAM_TURN_RET_LEVEL_BLANK_ANGLE
*
* Description:
* Defines the angle for level/blank retract.
*
* Type: UF_PARAM_type_double
*
* Name: Retract Level Blank Angle
* Variable Name: <prefix>_retract_level_blank_angle
*
* Possible Values: angle in degree
*
*
*/
#define UF_PARAM_TURN_RET_LEVEL_BLANK_ANGLE 3611

/* UF_PARAM_TURN_RET_LEVEL_BLANK_DISTANCE
*
* Description:
* Defines the distance for level/blank retract.
*
* Type: UF_PARAM_type_double_length
*
* Name: Retract Level Blank Distance
* Variable Name: <prefix>_retract_level_blank_distance
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_RET_LEVEL_BLANK_DISTANCE 3612

/* UF_PARAM_TURN_RET_LEVEL_BLANK_RADIUS
*
* Description:
* Defines the radius for level/blank retract.
*
* Type: UF_PARAM_type_double_length
*
* Name: Retract Level Blank Radius
* Variable Name: <prefix>_retract_level_blank_radius
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_RET_LEVEL_BLANK_RADIUS 3613

/* UF_PARAM_TURN_RET_LEVEL_BLANK_POINT
*
* Description:
* Identifies the smart point for level/blank retract.
*
* Type: UF_PARAM_type_tag
*
* Name: Retract Level Blank Point
* Variable Name: <prefix>_retract_level_blank_point
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_RET_LEVEL_BLANK_POINT 3614

/* UF_PARAM_TURN_RET_LEVEL_BLANK_EXTEND
*
* Description:
* Distance value for extension at end point
* of rough cut which ends at blank shape.
*
* Type: UF_PARAM_type_double_length
*
* Name: Retract Level Blank Extend
* Variable Name: <prefix>_retract_level_blank_extend
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_RET_LEVEL_BLANK_EXTEND 3615

/* UF_PARAM_TURN_RET_LEVEL_PART_VECTOR
*
* Description:
* Defines the vector for level/part retract (2D).
*
* Type: UF_PARAM_type_vla_length
*
* Name: Retract Level Part Vector
* Variable Name: <prefix>_retract_level_part_vector
*
* Possible Values: 2D vector
*
*
*/
#define UF_PARAM_TURN_RET_LEVEL_PART_VECTOR 3620

/* UF_PARAM_TURN_RET_LEVEL_PART_ANGLE
*
* Description:
* Defines the angle for level/part retract.
*
* Type: UF_PARAM_type_double
*
* Name: Retract Level Part Angle
* Variable Name: <prefix>_retract_level_part_angle
*
* Possible Values: angle in degree
*
*
*/
#define UF_PARAM_TURN_RET_LEVEL_PART_ANGLE 3621

/* UF_PARAM_TURN_RET_LEVEL_PART_DISTANCE
*
* Description:
* Defines the distance for level/part retract.
*
* Type: UF_PARAM_type_double_length
*
* Name: Retract Level Part Distance
* Variable Name: <prefix>_retract_level_part_distance
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_RET_LEVEL_PART_DISTANCE 3622

/* UF_PARAM_TURN_RET_LEVEL_PART_RADIUS
*
* Description:
* Defines the radius for level part retract.
*
* Type: UF_PARAM_type_double_length
*
* Name: Retract Level Part Radius
* Variable Name: <prefix>_retract_level_part_radius
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_RET_LEVEL_PART_RADIUS 3623

/* UF_PARAM_TURN_RET_LEVEL_PART_POINT
*
* Description:
* Identifies the smart point for level/part retract.
*
* Type: UF_PARAM_type_tag
*
* Name: Retract Level Part Point
* Variable Name: <prefix>_retract_level_part_point
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_RET_LEVEL_PART_POINT 3624

/* UF_PARAM_TURN_RET_PLUNGE_VECTOR
*
* Description:
* Defines the vector for plunge retract (2D).
*
* Type: UF_PARAM_type_vla_length
*
* Name: Retract Plunge Vector
* Variable Name: <prefix>_retract_plunge_vector
*
* Possible Values: 2D vector
*
*
*/
#define UF_PARAM_TURN_RET_PLUNGE_VECTOR 3630

/* UF_PARAM_TURN_RET_PLUNGE_ANGLE
*
* Description:
* Defines the angle for plunge retract.
*
* Type: UF_PARAM_type_double
*
* Name: Retract Plunge Angle
* Variable Name: <prefix>_retract_plunge_angle
*
* Possible Values: angle in degree
*
*
*/
#define UF_PARAM_TURN_RET_PLUNGE_ANGLE 3631

/* UF_PARAM_TURN_RET_PLUNGE_DISTANCE
*
* Description:
* Defines the distance for plunge retract.
*
* Type: UF_PARAM_type_double_length
*
* Name: Retract Plunge Distance
* Variable Name: <prefix>_retract_plunge_distance
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_RET_PLUNGE_DISTANCE 3632

/* UF_PARAM_TURN_RET_1PLUNGE_VECTOR
*
* Description:
* Defines the vector for first plunge retract (2D).
*
* Type: UF_PARAM_type_vla_length
*
* Name: Retract 1 Plunge Vector
* Variable Name: <prefix>_retract_1_plunge_vector
*
* Possible Values: 2D vector
*
*
*/
#define UF_PARAM_TURN_RET_1PLUNGE_VECTOR 3640

/* UF_PARAM_TURN_RET_1PLUNGE_ANGLE
*
* Description:
* Defines the angle for first plunge retract.
*
* Type: UF_PARAM_type_double
*
* Name: Retract 1 Plunge Angle
* Variable Name: <prefix>_retract_1_plunge_angle
*
* Possible Values: angle in degree
*
*
*/
#define UF_PARAM_TURN_RET_1PLUNGE_ANGLE 3641

/* UF_PARAM_TURN_RET_1PLUNGE_DISTANCE
*
* Description:
* Defines the distance for first plunge retract.
*
* Type: UF_PARAM_type_double_length
*
* Name: Retract 1 Plunge Distance
* Variable Name: <prefix>_retract_1_plunge_distance
*
* Possible Values:
*
*
*/
#define UF_PARAM_TURN_RET_1PLUNGE_DISTANCE 3642

/* UF_PARAM_TURN_ENG_PROFILING_AUTOTOG
*
* Description:
* Controls automatic parameterization for automatic profiling engage.
*
* Type: UF_PARAM_type_int
*
* Name: Engage Profiling Auto Mode
* Variable Name: <prefix>_engage_profiling_auto_mode
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_ENG_PROFILING_AUTOTOG 3680

/* UF_PARAM_TURN_ENG_LEVEL_BLANK_AUTOTOG
*
* Description:
* Controls automatic parameterization for automatic level/blank engage.
*
* Type: UF_PARAM_type_int
*
* Name: Engage Level Blank Auto Mode
* Variable Name: <prefix>_engage_level_blank_auto_mode
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_BLANK_AUTOTOG 3681

/* UF_PARAM_TURN_ENG_LEVEL_PART_AUTOTOG
*
* Description:
* Controls automatic parameterization for automatic level/part engage.
*
* Bit 0 controls 'Use automatic values' toggle button:
* 0: Off
* 1: On
* Bit 1 controls 'Auto Angle' optionmenu:
* 0: Constant Angle
* 1: Autoadjusted Angle
*
* Type: UF_PARAM_type_int
*
* Name: Engage Level Part Auto Mode
* Variable Name: <prefix>_engage_level_part_auto_mode
*
* Possible Values:
* 0 = 'Use automatic values' is off; Constant Angle
* 1 = 'Use automatic values' is on; Constant Angle
* 2 = 'Use automatic values' is off; Autoadjusted Angle
* 3 = 'Use automatic values' is on; Autoadjusted Angle
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_PART_AUTOTOG 3682

/* UF_PARAM_TURN_ENG_LEVEL_SAFE_AUTOTOG
*
* Description:
* Controls automatic parameterization for automatic level/safe engage.
*
* Type: UF_PARAM_type_int
*
* Name: Engage Level Safe Auto Mode
* Variable Name: <prefix>_engage_level_safe_auto_mode
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_ENG_LEVEL_SAFE_AUTOTOG 3683

/* UF_PARAM_TURN_ENG_PLUNGE_AUTOTOG
*
* Description:
* Controls automatic parameterization for automatic plunge engage.
*
* Type: UF_PARAM_type_int
*
* Name: Engage Plunge Auto Mode
* Variable Name: <prefix>_engage_plunge_auto_mode
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_ENG_PLUNGE_AUTOTOG 3684

/* UF_PARAM_TURN_ENG_1PLUNGE_AUTOTOG
*
* Description:
* Controls automatic parameterization for autmoatic first plunge engage.
*
* Type: UF_PARAM_type_int
*
* Name: Engage 1 Plunge Auto Mode
* Variable Name: <prefix>_engage_1_plunge_auto_mode
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_ENG_1PLUNGE_AUTOTOG 3685

/* UF_PARAM_TURN_RET_PROFILING_AUTOTOG
*
* Description:
* Controls automatic parameterization for automatic profiling retract.
*
* Type: UF_PARAM_type_int
*
* Name: Retract Profiling Auto Mode
* Variable Name: <prefix>_retract_profiling_auto_mode
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_RET_PROFILING_AUTOTOG 3686

/* UF_PARAM_TURN_RET_LEVEL_BLANK_AUTOTOG
*
* Description:
* Controls automatic parameterization for automatic level/blank retract.
*
* Type: UF_PARAM_type_int
*
* Name: Retract Level Blank Auto Mode
* Variable Name: <prefix>_retract_level_blank_auto_mode
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_RET_LEVEL_BLANK_AUTOTOG 3687

/* UF_PARAM_TURN_RET_LEVEL_PART_AUTOTOG
*
* Description:
* Controls automatic parameterization for automatic level/part retract.
*
* Bit 0 controls 'Use automatic values' toggle button:
* 0: Off
* 1: On
* Bit 1 controls 'Auto Angle' optionmenu:
* 0: Constant Angle
* 1: Autoadjusted Angle
*
* Type: UF_PARAM_type_int
*
* Name: Retract Level Part Auto Mode
* Variable Name: <prefix>_retract_level_part_auto_mode
*
* Possible Values:
* 0 = 'Use automatic values' is off; Constant Angle
* 1 = 'Use automatic values' is on; Constant Angle
* 2 = 'Use automatic values' is off; Autoadjusted Angle
* 3 = 'Use automatic values' is on; Autoadjusted Angle
*
*
*/
#define UF_PARAM_TURN_RET_LEVEL_PART_AUTOTOG 3688

/* UF_PARAM_TURN_RET_PLUNGE_AUTOTOG
*
* Description:
* Controls automatic parameterization for automatic plunge retract.
*
* Type: UF_PARAM_type_int
*
* Name: Retract Plunge Auto Mode
* Variable Name: <prefix>_retract_plunge_auto_mode
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_RET_PLUNGE_AUTOTOG 3689

/* UF_PARAM_TURN_RET_1PLUNGE_AUTOTOG
*
* Description:
* Controls automatic parameterization for automatic first plunge retract.
*
* Type: UF_PARAM_type_int
*
* Name: Retract 1 Plunge Auto Mode
* Variable Name: <prefix>_retract_1_plunge_auto_mode
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_TURN_RET_1PLUNGE_AUTOTOG 3690

/* UF_PARAM_TURN_FEED_RAMP_IN
*
* Description:
* Value for 'Ramp In' feed rate.
*
* Type: UF_PARAM_type_double
*
* Name: Feedrate Ramp In
* Variable Name: <prefix>_feedrate_ramp_in
*
* Possible Values: Positive double or zero
*
*
*/
#define UF_PARAM_TURN_FEED_RAMP_IN 3700

/* UF_PARAM_TURN_FEED_RAMP_IN_UNIT
*
* Description:
* Unit for 'Ramp In' feed rate.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Ramp In Unit
* Variable Name: <prefix>_feedrate_ramp_in_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_RAMP_IN_UNIT 3701

/* UF_PARAM_TURN_FEED_RAMP_OUT
*
* Description:
* Value for 'Ramp Out' feed rate.
*
* Type: UF_PARAM_type_double
*
* Name: Feedrate Ramp Out
* Variable Name: <prefix>_feedrate_ramp_out
*
* Possible Values: Positive double or zero
*
*
*/
#define UF_PARAM_TURN_FEED_RAMP_OUT 3702

/* UF_PARAM_TURN_FEED_RAMP_OUT_UNIT
*
* Description:
* Unit for 'Ramp Out' feed rate.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Ramp Out Unit
* Variable Name: <prefix>_feedrate_ramp_out_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_RAMP_OUT_UNIT 3703

/* UF_PARAM_TURN_FEED_RAMP_LEVEL
*
* Description:
* Value for 'Ramp Level' feed rate.
*
* Type: UF_PARAM_type_double
*
* Name: Feedrate Ramp Level
* Variable Name: <prefix>_feedrate_ramp_level
*
* Possible Values: Positive double or zero
*
*
*/
#define UF_PARAM_TURN_FEED_RAMP_LEVEL 3704

/* UF_PARAM_TURN_FEED_RAMP_LEVEL_UNIT
*
* Description:
* Unit for 'Ramp Level' feed rate.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Ramp Level Unit
* Variable Name: <prefix>_feedrate_ramp_level_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_RAMP_LEVEL_UNIT 3705

/* UF_PARAM_TURN_FEED_PROFILE_CUT
*
* Description:
* Value for 'Profile Cut' feed rate.
*
* Type: UF_PARAM_type_double
*
* Name: Feedrate Profile Cut
* Variable Name: <prefix>_feedrate_profile_cut
*
* Possible Values: Positive double or zero
*
*
*/
#define UF_PARAM_TURN_FEED_PROFILE_CUT 3706

/* UF_PARAM_TURN_FEED_PROFILE_CUT_UNIT
*
* Description:
* Unit for 'Profile Cut' feed rate.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Profile Cut Unit
* Variable Name: <prefix>_feedrate_profile_cut_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_PROFILE_CUT_UNIT 3707

/* UF_PARAM_TURN_FEED_CLEANUP_CUT
*
* Description:
* Value for 'Cleanup Cut' feed rate.
*
* Type: UF_PARAM_type_double
*
* Name: Feedrate Cleanup Cut
* Variable Name: <prefix>_feedrate_cleanup_cut
*
* Possible Values: Positive double or zero
*
*
*/
#define UF_PARAM_TURN_FEED_CLEANUP_CUT 3708

/* UF_PARAM_TURN_FEED_CLEANUP_CUT_UNIT
*
* Description:
* Unit for 'Cleanup Cut' feed rate.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Cleanup Cut Unit
* Variable Name: <prefix>_feedrate_cleanup_cut_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_CLEANUP_CUT_UNIT 3709

/* UF_PARAM_TURN_FEED_CLEANUP_LINEAR
*
* Description:
* Value for 'Cleanup Linear' feed rate.
*
* Type: UF_PARAM_type_double
*
* Name: Feedrate Cleanup Linear
* Variable Name: <prefix>_feedrate_cleanup_linear
*
* Possible Values: Positive double or zero
*
*
*/
#define UF_PARAM_TURN_FEED_CLEANUP_LINEAR 3710

/* UF_PARAM_TURN_FEED_CLEANUP_LINEAR_UNIT
*
* Description:
* Unit for 'Cleanup Linear' feed rate.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Cleanup Linear Unit
* Variable Name: <prefix>_feedrate_cleanup_linear_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_CLEANUP_LINEAR_UNIT 3711

/* UF_PARAM_TURN_FEED_CLEANUP_FACE
*
* Description:
* Value for 'Cleanup Face' feed rate.
*
* Type: UF_PARAM_type_double
*
* Name: Feedrate Cleanup Face
* Variable Name: <prefix>_feedrate_cleanup_face
*
* Possible Values: Positive double or zero
*
*
*/
#define UF_PARAM_TURN_FEED_CLEANUP_FACE 3712

/* UF_PARAM_TURN_FEED_CLEANUP_FACE_UNIT
*
* Description:
* Unit for 'Cleanup Face' feed rate.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Cleanup Face Unit
* Variable Name: <prefix>_feedrate_cleanup_face_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_CLEANUP_FACE_UNIT 3713

/* UF_PARAM_TURN_FEED_CLEANUP_DIAMETER
*
* Description:
* Value for 'Cleanup Diameter' feed rate.
*
* Type: UF_PARAM_type_double
*
* Name: Feedrate Cleanup Diameter
* Variable Name: <prefix>_feedrate_cleanup_diameter
*
* Possible Values: Positive double or zero
*
*
*/
#define UF_PARAM_TURN_FEED_CLEANUP_DIAMETER 3714

/* UF_PARAM_TURN_FEED_CLEANUP_DIAMETER_UNIT
*
* Description:
* Unit for 'Cleanup Diameter' feed rate.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Cleanup Diameter Unit
* Variable Name: <prefix>_feedrate_cleanup_diameter_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_CLEANUP_DIAMETER_UNIT 3715

/* UF_PARAM_TURN_FEED_CLEANUP_CIRC_CW
*
* Description:
* Value for 'Cleanup Circle CW' feed rate.
*
* Type: UF_PARAM_type_double
*
* Name: Feedrate Cleanup Circle CW
* Variable Name: <prefix>_feedrate_cleanup_circle_cw
*
* Possible Values: Positive double or zero
*
*
*/
#define UF_PARAM_TURN_FEED_CLEANUP_CIRC_CW 3716

/* UF_PARAM_TURN_FEED_CLEANUP_CIRC_CW_UNIT
*
* Description:
* Unit for 'Cleanup Circle CW' feed rate.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Cleanup Circle CW Unit
* Variable Name: <prefix>_feedrate_cleanup_circle_cw_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_CLEANUP_CIRC_CW_UNIT 3717

/* UF_PARAM_TURN_FEED_CLEANUP_CIRC_CCW
*
* Description:
* Value for 'Cleanup Circle CCW' feed rate.
*
* Type: UF_PARAM_type_double
*
* Name: Feedrate Cleanup Circle CCW
* Variable Name: <prefix>_feedrate_cleanup_circle_ccw
*
* Possible Values: Positive double or zero
*
*
*/
#define UF_PARAM_TURN_FEED_CLEANUP_CIRC_CCW 3718

/* UF_PARAM_TURN_FEED_CLEANUP_CIRC_CCW_UNIT
*
* Description:
* Unit for 'Cleanup Circle CCW' feed rate.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Cleanup Circle CCW Unit
* Variable Name: <prefix>_feedrate_cleanup_circle_ccw_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_CLEANUP_CIRC_CCW_UNIT 3719

/* UF_PARAM_TURN_FEED_FINISH_RAMP_IN
*
* Description:
* Value for 'Finish Ramp In' feed rate.
*
* Type: UF_PARAM_type_double
*
* Name: Feedrate Finish Ramp In
* Variable Name: <prefix>_feedrate_finish_ramp_in
*
* Possible Values: Positive double or zero
*
*
*/
#define UF_PARAM_TURN_FEED_FINISH_RAMP_IN 3720

/* UF_PARAM_TURN_FEED_FINISH_RAMP_IN_UNIT
*
* Description:
* Unit for 'Finish Ramp In' feed rate.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Finish Ramp In Unit
* Variable Name: <prefix>_feedrate_finish_ramp_in_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_FINISH_RAMP_IN_UNIT 3721

/* UF_PARAM_TURN_FEED_FINISH_RAMP_OUT
*
* Description:
* Value for 'Finish Ramp Out' feed rate.
*
* Type: UF_PARAM_type_double
*
* Name: Feedrate Finish Ramp Out
* Variable Name: <prefix>_feedrate_finish_ramp_out
*
* Possible Values: Positive double or zero
*
*
*/
#define UF_PARAM_TURN_FEED_FINISH_RAMP_OUT 3722

/* UF_PARAM_TURN_FEED_FINISH_RAMP_OUT_UNIT
*
* Description:
* Unit for 'Finish Ramp Out' feed rate.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Finish Ramp Out Unit
* Variable Name: <prefix>_feedrate_finish_ramp_out_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_FINISH_RAMP_OUT_UNIT 3723

/* UF_PARAM_TURN_FEED_FINISH_RAMP_LEVEL
*
* Description:
* Value for 'Finish Ramp Level' feed rate.
*
* Type: UF_PARAM_type_double
*
* Name: Feedrate Finish Ramp Level
* Variable Name: <prefix>_feedrate_finish_ramp_level
*
* Possible Values: Positive double or zero
*
*
*/
#define UF_PARAM_TURN_FEED_FINISH_RAMP_LEVEL 3724

/* UF_PARAM_TURN_FEED_FINISH_RAMP_LEVEL_UNIT
*
* Description:
* Unit for 'Finish Ramp Level' feed rate.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Finish Ramp Level Unit
* Variable Name: <prefix>_feedrate_finish_ramp_level_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_FINISH_RAMP_LEVEL_UNIT 3725

/* UF_PARAM_TURN_FEED_FINISH_ACCEL
*
* Description:
* Value for 'Finish Accelerate' feed rate.
*
* Type: UF_PARAM_type_double
*
* Name: Feedrate Finish Accelerate
* Variable Name: <prefix>_feedrate_finish_accelerate
*
* Possible Values: Positive double
*
*
*/
#define UF_PARAM_TURN_FEED_FINISH_ACCEL 3726

/* UF_PARAM_TURN_FEED_FINISH_ACCEL_UNIT
*
* Description:
* Unit for 'Finish Accelerate' feed rate.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Finish Accelerate Unit
* Variable Name: <prefix>_feedrate_finish_accelerate_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_FINISH_ACCEL_UNIT 3727

/* UF_PARAM_TURN_FEED_FINISH_ACCEL_LENGTH
*
* Description:
* Value for 'Finish Accelerate Length'.
*
* Type: UF_PARAM_type_double_length
*
* Name: Feedrate Finish Accelerate Length
* Variable Name: <prefix>_feedrate_finish_accelerate_length
*
* Possible Values: Positive double
*
*
*/
#define UF_PARAM_TURN_FEED_FINISH_ACCEL_LENGTH 3728

/* UF_PARAM_TURN_FEED_FINISH_ACCEL_LENGTH_PERCENT
*
* Description:
* Percentage value for 'Finish Accelerate Length'.
*
* Type: UF_PARAM_type_double
*
* Name: Feedrate Finish Accelerate Length Percent
* Variable Name: <prefix>_feedrate_finish_accelerate_length_percent
*
* Possible Values: Positive double
*
*
*/
#define UF_PARAM_TURN_FEED_FINISH_ACCEL_LENGTH_PERCENT 3729

/* UF_PARAM_TURN_FEED_FINISH_ACCEL_LENGTH_UNIT
*
* Description:
* Unit for 'Finish Accelerate Length'.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Finish Accelerate Length Unit
* Variable Name: <prefix>_feedrate_finish_accelerate_length_unit
*
* Possible Values: UF_PARAM_turn_feed_accel_length_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_FINISH_ACCEL_LENGTH_UNIT 3730

/* UF_PARAM_TURN_FEED_FINISH_DECEL
*
* Description:
* Value for 'Finish Decelerate' feed rate.
*
* Type: UF_PARAM_type_double
*
* Name: Feedrate Finish Decelerate
* Variable Name: <prefix>_feedrate_finish_decelerate
*
* Possible Values: Positive double
*
*
*/
#define UF_PARAM_TURN_FEED_FINISH_DECEL 3731

/* UF_PARAM_TURN_FEED_FINISH_DECEL_UNIT
*
* Description:
* Unit for 'Finish Decelerate' feed rate.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Finish Decelerate Unit
* Variable Name: <prefix>_feedrate_finish_decelerate_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_FINISH_DECEL_UNIT 3732

/* UF_PARAM_TURN_FEED_FINISH_DECEL_LENGTH
*
* Description:
* Value for 'Finish Decelerate Length'.
*
* Type: UF_PARAM_type_double_length
*
* Name: Feedrate Finish Decelerate Length
* Variable Name: <prefix>_feedrate_finish_decelerate_length
*
* Possible Values: Positive double
*
*
*/
#define UF_PARAM_TURN_FEED_FINISH_DECEL_LENGTH 3733

/* UF_PARAM_TURN_FEED_FINISH_DECEL_LENGTH_PERCENT
*
* Description:
* Percentage value for 'Finish Decelerate Length'.
*
* Type: UF_PARAM_type_double
*
* Name: Feedrate Finish Decelerate Length Percent
* Variable Name: <prefix>_feedrate_finish_decelerate_length_percent
*
* Possible Values: Positive double
*
*
*/
#define UF_PARAM_TURN_FEED_FINISH_DECEL_LENGTH_PERCENT 3734

/* UF_PARAM_TURN_FEED_FINISH_DECEL_LENGTH_UNIT
*
* Description:
* Unit for 'Finish Decelerate Length'.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Finish Decelerate Length Unit
* Variable Name: <prefix>_feedrate_finish_decelerate_length_unit
*
* Possible Values: UF_PARAM_turn_feed_decel_length_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_FINISH_DECEL_LENGTH_UNIT 3735

/* UF_PARAM_TURN_FEED_ROUGH_LAST_CUT
*
* Description:
* Value for 'Rough Last Cut' feed rate.
*
* Type: UF_PARAM_type_double
*
* Name: Feedrate Rough Last Cut
* Variable Name: <prefix>_feedrate_rough_last_cut
*
* Possible Values: Positive double
*
*
*/
#define UF_PARAM_TURN_FEED_ROUGH_LAST_CUT 3736

/* UF_PARAM_TURN_FEED_ROUGH_LAST_CUT_UNIT
*
* Description:
* Unit for 'Rough Last Cut' feed rate.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate Rough Last Cut Unit
* Variable Name: <prefix>_feedrate_rough_last_cut_unit
*
* Possible Values: UF_PARAM_feed_unit_t
*
*
*/
#define UF_PARAM_TURN_FEED_ROUGH_LAST_CUT_UNIT 3737

/* UF_PARAM_TURN_FEED_ROUGH_LAST_CUT_FOR_ENTIRE_PASS_TOG
*
* Description:
* This parameter represents the toggle for applying the last cut
* feed rate to the entire last roughing pass of a Turn/Roughing operation.
*
* Type: UF_PARAM_type_int
*
* Name: Feedrate rough last cut for entire pass Toggle
* Variable Name: <prefix>_feedrate_rough_last_cut_for_entire_pass_toggle
*
* Possible Values:
* 0 -- Inactive
* 1 -- Active
*
*
*/
#define UF_PARAM_TURN_FEED_ROUGH_LAST_CUT_FOR_ENTIRE_PASS_TOG 3738 /* UF_PARAM_type_int */

/* UF_PARAM_TURN_LOCAL_START_EVENTS_FLAG
*
* Description:
* Holds the Start Events (MCEs) flag of Local Return.
* The Start Events Path is stored in parameter
* UF_PARAM_TURN_LOCAL_START_EVENTS.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Local Start Events Flag
* Variable Name: <prefix>_turn_local_start_events_flag
*
* Possible Values: 0 -- inactive
* 1 -- active
*
*
*/
#define UF_PARAM_TURN_LOCAL_START_EVENTS_FLAG 3800

/* UF_PARAM_TURN_LOCAL_START_EVENTS
*
* Description:
* Holds the Start Events Path (MCEs) of Local Return.
* The Start Events Path is activated by parameter
* UF_PARAM_TURN_LOCAL_START_EVENTS_FLAG.
*
* Type: UF_PARAM_type_tag
*
* Name: Turn Local Start Events Path
* Variable Name: <prefix>_turn_local_start_events_path
*
* Possible Values: tag
*
*
*/
#define UF_PARAM_TURN_LOCAL_START_EVENTS 3801

/* UF_PARAM_TURN_LOCAL_END_EVENTS_FLAG
*
* Description:
* Holds the End Events (MCEs) flag of Local Return.
* The End Events Path is stored in parameter
* UF_PARAM_TURN_LOCAL_END_EVENTS.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Local End Events Flag
* Variable Name: <prefix>_turn_local_end_events_flag
*
* Possible Values: 0 -- inactive
* 1 -- active
*
*
*/
#define UF_PARAM_TURN_LOCAL_END_EVENTS_FLAG 3802

/* UF_PARAM_TURN_LOCAL_END_EVENTS
*
* Description:
* Holds the End Events Path (MCEs) of Local Return.
* The End Events Path is activated by parameter
* UF_PARAM_TURN_LOCAL_END_EVENTS_FLAG.
*
* Type: UF_PARAM_type_tag
*
* Name: Turn Local End Events Path
* Variable Name: <prefix>_turn_local_end_events_path
*
* Possible Values: tag
*
*
*/
#define UF_PARAM_TURN_LOCAL_END_EVENTS 3803

/* UF_PARAM_TURN_FINISH_LOCAL_START_EVENTS_FLAG
*
* Description:
* Holds the Start Events (MCEs) flag of Finish Local Return.
* The Start Events Path is stored in parameter
* UF_PARAM_TURN_FINISH_LOCAL_START_EVENTS.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Finish Local Start Events Flag
* Variable Name: <prefix>_turn_finish_local_start_events_flag
*
* Possible Values: 0 -- inactive
* 1 -- active
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_START_EVENTS_FLAG 3804

/* UF_PARAM_TURN_FINISH_LOCAL_START_EVENTS
*
* Description:
* Holds the Start Events Path (MCEs) of Finish Local Return.
* The Start Events Path is activated by parameter
* UF_PARAM_TURN_FINISH_LOCAL_START_EVENTS_FLAG.
*
* Type: UF_PARAM_type_tag
*
* Name: Turn Finish Local Start Events Path
* Variable Name: <prefix>_turn_finish_local_start_events_path
*
* Possible Values: tag
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_START_EVENTS 3805

/* UF_PARAM_TURN_FINISH_LOCAL_END_EVENTS_FLAG
*
* Description:
* Holds the End Events (MCEs) flag of Finish Local Return.
* The End Events Path is stored in parameter
* UF_PARAM_TURN_FINISH_LOCAL_END_EVENTS.
*
* Type: UF_PARAM_type_int
*
* Name: Turn Finish Local End Events Flag
* Variable Name: <prefix>_turn_finish_local_end_events_flag
*
* Possible Values: 0 -- inactive
* 1 -- active
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_END_EVENTS_FLAG 3806

/* UF_PARAM_TURN_FINISH_LOCAL_END_EVENTS
*
* Description:
* Holds the End Events Path (MCEs) of Finish Local Return.
* The End Events Path is activated by parameter
* UF_PARAM_TURN_FINISH_LOCAL_END_EVENTS_FLAG.
*
* Type: UF_PARAM_type_tag
*
* Name: Turn Finish Local End Events Path
* Variable Name: <prefix>_turn_finish_local_end_events_path
*
* Possible Values: tag
*
*
*/
#define UF_PARAM_TURN_FINISH_LOCAL_END_EVENTS 3807

/* UF_PARAM_SURFACE_SPEED
*
* Description:
* This parameter specifies the spindle surface speed
*
* Type: UF_PARAM_type_double
*
* Name: Surface Speed
* Variable Name: <prefix>_surface_speed
*
* Possible Values: All
*
* Developer:
*/
#define UF_PARAM_SURFACE_SPEED 4003 /* Param_type_double */

/* UF_PARAM_FEED_PER_TOOTH
*
* Description:
* This parameter specifies the feed per tooth
*
* Type: UF_PARAM_type_double
*
* Name: Feed Per Tooth
* Variable Name: <prefix>_feed_per_tooth
*
* Possible Values: All
*
* Developer:
*/
#define UF_PARAM_FEED_PER_TOOTH 4004 /* Param_type_double */

/* UF_PARAM_SPINDLE_RPM
*
* Description:
* This parameter specifies the spindle speed in RPM
*
* Type: UF_PARAM_type_double
*
* Name: Spindle RPM
* Variable Name: <prefix>_spindle_rpm
*
* Possible Values: All
*
* Developer:
*/
#define UF_PARAM_SPINDLE_RPM 4005 /* Param_type_double */

/* UF_PARAM_ENGAGE_FEED_PERCENT
*
* Description:
* This parameter specifies the engage feed in percent
*
* Type: UF_PARAM_type_double
*
* Name: Engage Feed Percent
* Variable Name: <prefix>_engage_feed_percent
*
* Possible Values: All
*
* Developer:
*/
#define UF_PARAM_ENGAGE_FEED_PERCENT 4006 /* Param_type_double */

/* UF_PARAM_FIRST_CUT_FEED_PERCENT
*
* Description:
* This parameter specifies the cut feed in percent
*
* Type: UF_PARAM_type_double
*
* Name: First Cut Feed Percent
* Variable Name: <prefix>_first_cut_feed_percent
*
* Possible Values: All
*
* Developer:
*/
#define UF_PARAM_FIRST_CUT_FEED_PERCENT 4007 /* Param_type_double */

/* UF_PARAM_SPINDLE_MODE
*
* Description:
* This parameter specifies the Spindle Mode
*
* Type: UF_PARAM_type_int
*
* Name: Spindle Mode
* Variable Name: <prefix>_spindle_mode
*
* Possible Values: All
*
* Developer:
*/
#define UF_PARAM_SPINDLE_MODE 4008 /* UF_PARAM_type_int */

/* UF_PARAM_SPINDLE_RANGE_TEXT
*
* Description:
* This parameter specifies the Spindle range Text.
*
* Type: UF_PARAM_type_string
*
* Name: Spindle Range
* Variable Name: <prefix>_spindle_range
*
* Possible Values: All
*
* Developer:
*/
#define UF_PARAM_SPINDLE_RANGE_TEXT 4009 /* UF_PARAM_type_string */

/* UF_PARAM_SPINDLE_TEXT
*
* Description:
* This parameter specifies the Spindle Text. User can add
* any Major/Minor words apart from std spindle Major/Minor words
*
* Type: UF_PARAM_type_string
*
* Name: Spindle Text
* Variable Name: <prefix>_spindle_text
*
* Possible Values: All
*
* Developer:
*/
#define UF_PARAM_SPINDLE_TEXT 4010 /* UF_PARAM_type_string */

/* UF_PARAM_SPINDLE_PRESET_RPM
*
* Description:
* This parameter specifies the Spindle preset RPM for
* Lathe/Turn operations.
*
* Type: UF_PARAM_type_double
*
* Name: Spindle preset RPM
* Variable Name: <prefix>_spindle_preset_rpm
*
* Possible Values: All
*
* Developer:
*/
#define UF_PARAM_SPINDLE_PRESET_RPM 4011 /* UF_PARAM_type_double */

/* UF_PARAM_SPINDLE_MAX_RPM
*
* Description:
* This parameter specifies the maximum Spindle RPM .
*
* Type: UF_PARAM_type_double
*
* Name: Spindle maximum RPM
* Variable Name: <prefix>_spindle_maximum_rpm
*
* Possible Values: All
*
* Developer:
*/
#define UF_PARAM_SPINDLE_MAX_RPM 4012 /* UF_PARAM_type_double */

/* UF_PARAM_SPINDLE_RPM_TOG
*
* Description:
* This parameter specifies toggle for the spindle speed in RPM
*
* Type: UF_PARAM_type_int
*
* Name: Spindle RPM Toggle
* Variable Name: <prefix>_spindle_rpm_toggle
*
* Possible Values:
* 0 -- Inactive
* 1 -- Active
*
* Developer:
*/
#define UF_PARAM_SPINDLE_RPM_TOG 4013 /* Param_type_double */

/* UF_PARAM_SPINDLE_PRESET_RPM_TOG
*
* Description:
* This parameter specifies the toggle for Spindle preset RPM in
* Lathe/Turn operations.
*
* Type: UF_PARAM_type_int
*
* Name: Spindle preset RPM Toggle
* Variable Name: <prefix>_spindle_preset_rpm_toggle
*
* Possible Values:
* 0 -- Inactive
* 1 -- Active
*
* Developer:
*/
#define UF_PARAM_SPINDLE_PRESET_RPM_TOG 4014 /* UF_PARAM_type_int */

/* UF_PARAM_SPINDLE_MAX_RPM_TOG
*
* Description:
* This parameter specifies the toggle for maximum Spindle RPM .
*
* Type: UF_PARAM_type_int
*
* Name: Spindle maximum RPM Toggle
* Variable Name: <prefix>_spindle_maximum_rpm_toggle
*
* Possible Values:
* 0 -- Inactive
* 1 -- Active
*
* Developer:
*/
#define UF_PARAM_SPINDLE_MAX_RPM_TOG 4015 /* UF_PARAM_type_double */

/* UF_PARAM_APPROACH_FEED_PERCENT
*
* Description:
* This parameter specifies the approach feed in percent of cut feed
*
* Type: UF_PARAM_type_double
*
* Name: Approach Feed Percent
* Variable Name: <prefix>_approach_feed_percent
*
* Possible Values: All
*
* Developer:
*/
#define UF_PARAM_APPROACH_FEED_PERCENT 4016 /* Param_type_double */

/* UF_PARAM_STEPOVER_FEED_PERCENT
*
* Description:
* This parameter specifies the stepover feed in percent of cut feed
*
* Type: UF_PARAM_type_double
*
* Name: Stepover Feed Percent
* Variable Name: <prefix>_stepover_feed_percent
*
* Possible Values: All
*
* Developer:
*/
#define UF_PARAM_STEPOVER_FEED_PERCENT 4017 /* Param_type_double */

/* UF_PARAM_RETRACT_FEED_PERCENT
*
* Description:
* This parameter specifies the retract feed in percent of cut feed
*
* Type: UF_PARAM_type_double
*
* Name: Retract Feed Percent
* Variable Name: <prefix>_retract_feed_percent
*
* Possible Values: All
*
* Developer:
*/
#define UF_PARAM_RETRACT_FEED_PERCENT 4018 /* Param_type_double */

/* UF_PARAM_RETURN_FEED_PERCENT
*
* Description:
* This parameter specifies the return feed in percent of cut feed
*
* Type: UF_PARAM_type_double
*
* Name: Return Feed Percent
* Variable Name: <prefix>_return_feed_percent
*
* Possible Values: All
*
* Developer:
*/
#define UF_PARAM_RETURN_FEED_PERCENT 4019 /* Param_type_double */

/* UF_PARAM_DEPART_FEED_PERCENT
*
* Description:
* This parameter specifies the departure feed in percent of cut feed
*
* Type: UF_PARAM_type_double
*
* Name: Departure Feed Percent
* Variable Name: <prefix>_departure_feed_percent
*
* Possible Values: All
*
* Developer:
*/
#define UF_PARAM_DEPART_FEED_PERCENT 4020 /* Param_type_double */

/* UF_PARAM_ENGAGE_SPINDLE_SPEED_TOG
*
* Description:
* This parameter activates the engage spindle speed.
*
* Type: UF_PARAM_type_int
*
* Name: Engage Spindle Speed Toggle
* Variable Name: <prefix>_engage_spindle_speed_toggle
*
* Possible Values:
* 0 -- Inactive
* 1 -- Active
*
*
*/
#define UF_PARAM_ENGAGE_SPINDLE_SPEED_TOG 4021

/* UF_PARAM_ENGAGE_SPINDLE_SPEED
*
* Description:
* This parameter specifies the engage spindle speed.
*
* Type: UF_PARAM_type_double
*
* Name: Engage Spindle Speed
* Variable Name: <prefix>_engage_spindle_speed
*
* Possible Values: Positive double or zero.
*
*
*/
#define UF_PARAM_ENGAGE_SPINDLE_SPEED 4022

/* UF_PARAM_SPINDLE_DIR_AUTO
*
* Description:
* This parameter identifies whether spindle direction is to be evaluated
* automatically.
*
* Type: UF_PARAM_type_int
*
* Name: Spindle Direction Automatic
* Variable Name: <prefix>_spindle_direction_automatic
*
* Possible Values:
* 0 = inactive
* 1 = active
*
*
*/
#define UF_PARAM_SPINDLE_DIR_AUTO 4100 /* UF_PARAM_type_int */

enum UF_PARAM_spindle_dir_control_t
{
UF_PARAM_spindle_dir_control_none = 0,
UF_PARAM_spindle_dir_control_clw,
UF_PARAM_spindle_dir_control_cclw
};

/* UF_PARAM_SPINDLE_DIR_CONTROL
*
* Description:
* This parameter identifies the desired spindle direction if automatic
* spindle direction control is turned off (=0)
*
* This parameter is only valid for Turning Operations where
* UF_PARAM_SPINDLE_DIR_AUTO is set to 0. For all other cases,
* the spindle direction is specified using UF_PARAM_TL_DIRECTION.
*
* Type: UF_PARAM_type_int
*
* Name: Spindle Direciton Control
* Variable Name: <prefix>_spindle_direciton_control
*
* Possible Values: UF_PARAM_spindle_dir_control_t
*
*
*/
#define UF_PARAM_SPINDLE_DIR_CONTROL 4101 /* UF_PARAM_type_int */

/* UF_PARAM_CLR_DIST
*
* Description:
* This index refers to the clearance distance when the specification of the
* Clearance distance s done as a rule.
*
* Type: UF_PARAM_type_double_length
*
* Name: Clearance Distance
* Variable Name: <prefix>_clearance_distance
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_CLR_DIST 5202

/* UF_PARAM_RET_DISTANCE
*
* Description:
* This index refers to the retract distance when the specification of the
* Retract distance is done as a rule.
*
* Type: UF_PARAM_type_double_length
*
* Name: Retract Dist
* Variable Name: <prefix>_retract_dist
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_RET_DISTANCE 5204

/* UF_PARAM_HOLE_AXIS_IJK
*
* Description:
* This index refers to the 3d vector when the specification of the Hole Axis
* is done as a rule.
*
* Type: UF_PARAM_type_3d_length
*
* Name: Hole Axis IJK
* Variable Name: <prefix>_hole_axis_ijk
*
* Possible Values: UF_PARAM_type_3d_length
*
*
*/
#define UF_PARAM_HOLE_AXIS_IJK 5206

/* UF_PARAM_MAX_DEPTH_DIST
*
* Description:
* This index refers to the distance when the specification of the Maximum
* depth is done as a distance.
*
* Type: UF_PARAM_type_double_length
*
* Name: Maximum Depth Distance
* Variable Name: <prefix>_maximum_depth_distance
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_MAX_DEPTH_DIST 5211

/* UF_PARAM_RET_DIST_ON_TLAXIS_CHANGE
*
* Description:
* This index refers to the additional distance that need to be added to
* the retract distance when the tool axis changes during the processing
* in Hole Making Operation.
*
* Type: UF_PARAM_type_double_length
*
* Name: Retract Distance on Tool Axis Change
* Variable Name: <prefix>_retract_distance_on_tool_axis_change
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_RET_DIST_ON_TLAXIS_CHANGE 5213

/* UF_PARAM_HOLE_DIAM
*
* Description:
* This index refers to the diameter of the hole that need to be cut
* in Hole Making Operation.
*
* Type: UF_PARAM_type_double_length
*
* Name: Hole Diameter
* Variable Name: <prefix>_hole_diameter
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_HOLE_DIAM 5214

/* UF_PARAM_PREDRILL_HOLE_DIAM
*
* Description:
* This index refers to the diameter of the predrill hole
* in Hole Making Operation.
*
* Type: UF_PARAM_type_double_length
*
* Name: Predrill Hole Diameter
* Variable Name: <prefix>_predrill_hole_diameter
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_PREDRILL_HOLE_DIAM 5215

enum UF_PARAM_control_point_type_t
{
UF_PARAM_control_point_type_tool_tip = 0,
UF_PARAM_control_point_type_shoulder = 1
};

/* UF_PARAM_CONTROL_POINT_TYPE
*
* Description:
* This index refers to the type of control point
* in Hole Making Operation.
*
* Type: UF_PARAM_type_int
*
* Name: Control Point Type
* Variable Name: <prefix>_control_point_type
*
* Possible Values: UF_PARAM_control_point_type_t
*
*
*/
#define UF_PARAM_CONTROL_POINT_TYPE 5216

enum UF_PARAM_hole_axis_type_t
{
UF_PARAM_hole_axis_type_vector = 0,
UF_PARAM_hole_axis_type_rule = 1,
UF_PARAM_hole_axis_type_rule_if_no_vector = 2
};

/* UF_PARAM_HOLE_AXIS_TYPE
*
* Description:
* This index refers to the type of hole axis to use
* in Hole Making Operation.
*
* Type: UF_PARAM_type_int
*
* Name: Hole Axis Type
* Variable Name: <prefix>_hole_axis_type
*
* Possible Values: UF_PARAM_hole_axis_type_t
*
*
*/
#define UF_PARAM_HOLE_AXIS_TYPE 5217

enum UF_PARAM_hole_depth_type_t
{
UF_PARAM_hole_depth_type_point = 0,
UF_PARAM_hole_depth_type_rule = 1
};

/* UF_PARAM_HOLE_DEPTH_TYPE
*
* Description:
* This index refers to the type of hole depth to use
* in Hole Making Operation.
*
* Type: UF_PARAM_type_int
*
* Name: Hole Depth Type
* Variable Name: <prefix>_hole_depth_type
*
* Possible Values: UF_PARAM_hole_depth_type_t
*
*
*/
#define UF_PARAM_HOLE_DEPTH_TYPE 5218

enum UF_PARAM_model_depth_type_t
{
UF_PARAM_model_depth_type_always = 0,
UF_PARAM_model_depth_type_rule = 1
};

/* UF_PARAM_MODEL_DEPTH_TYPE
*
* Description:
* This index refers to the type of model depth to use
* in Hole Making Operation.
*
* Type: UF_PARAM_type_int
*
* Name: Model Depth Type
* Variable Name: <prefix>_model_depth_type
*
* Possible Values: UF_PARAM_model_depth_type_t
*
*
*/
#define UF_PARAM_MODEL_DEPTH_TYPE 5219

/* UF_PARAM_CHECK_FLUTE_LENGTH
*
* Description:
* This index states if the flute length of the tool
* should be validated or not.
*
* Type: UF_PARAM_type_logical
*
* Name: Check Flute Length
* Variable Name: <prefix>_check_flute_length
*
* Possible Values: TRUE or FALSE
*
*
*/
#define UF_PARAM_CHECK_FLUTE_LENGTH 5220

/* UF_PARAM_CHECK_TOOL_LENGTH
*
* Description:
* This index states if the tool length of the tool
* should be validated or not.
*
* Type: UF_PARAM_type_logical
*
* Name: Check Tool Length
* Variable Name: <prefix>_check_tool_length
*
* Possible Values: TRUE or FALSE
*
*
*/
#define UF_PARAM_CHECK_TOOL_LENGTH 5221

enum UF_PARAM_hole_top_output_type_t
{
UF_PARAM_hole_top_output_type_holetop = 0,
UF_PARAM_hole_top_output_type_ipwtop = 1
};

/* UF_PARAM_HOLE_TOP_OUTPUT_TYPE
*
* Description:
* This index refers to the type of output for hole top to use
* in Hole Making Operation.
*
* Type: UF_PARAM_type_int
*
* Name: Hole Top Output Type
* Variable Name: <prefix>_hole_top_output_type
*
* Possible Values: UF_PARAM_hole_top_output_type_t
*
*
*/
#define UF_PARAM_HOLE_TOP_OUTPUT_TYPE 5222

enum UF_PARAM_rapto_offset_toggle_t
{
UF_PARAM_rapto_offset_toggle_inactive = 0,
UF_PARAM_rapto_offset_toggle_active = 1

};

/* UF_PARAM_RAPTO_OFFSET_TOGGLE
*
* Description:
* This index indicates whether to use Rapto Offset value
* in CYCLE RAPTO parameter.
*
* Type: UF_PARAM_type_int
*
* Name: Rapto Offset Toggle
* Variable Name: <prefix>_rapto_offset_toggle
*
* Possible Values: UF_PARAM_rapto_offset_toggle_t
*
*
*/
#define UF_PARAM_RAPTO_OFFSET_TOGGLE 5223

/* UF_PARAM_RAPTO_OFFSET
*
* Description:
* This index refers to the RAPTO Offset that is used in
* the CYCLE RAPTO parameter.
*
* Type: UF_PARAM_type_double_length
*
* Name: Rapto Offset
* Variable Name: <prefix>_rapto_offset
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_RAPTO_OFFSET 5224

/* UF_PARAM_GEOM_PARENT
*
* Description:
* This index refers to the name of the geometry parent.
*
* Type: UF_PARAM_type_string
*
* Name: Geometry Parent
* Variable Name: <prefix>_geometry_parent
*
* Possible Values: UF_PARAM_type_string
*
*
*/
#define UF_PARAM_GEOM_PARENT 5225

/* UF_PARAM_FEATURE_TYPES
*
* Description:
* This index refers to the list of feature types
*
* Type: UF_PARAM_type_vla_string
*
* Name: Feature Types
* Variable Name: <prefix>_feature_types
*
* Possible Values: UF_PARAM_type_vla_string
*
*
*/
#define UF_PARAM_FEATURE_TYPES 5226

/* UF_PARAM_USER_DEFINED_TP
*
* Description:
* This index refers to the option of using the user defined tool path
*
* Type: UF_PARAM_type_logical
*
* Name: Feature Types
* Variable Name: <prefix>_feature_types
*
* Possible Values: UF_PARAM_type_logical
*
*
*/
#define UF_PARAM_USER_DEFINED_TP 5227

/* UF_PARAM_USE_USER_DEFINED_TP
*
* Description:
* This index refers to the toggle indicating whether or not to use
* the user defined tool path.
*
* Type: UF_PARAM_type_logical
*
* Name: Use User Defined Tool Path
* Variable Name: <prefix>_use_user_defined_tool_path
*
* Possible Values: UF_PARAM_type_logical
*
*
*/
#define UF_PARAM_USE_USER_DEFINED_TP 5228

/* UF_PARAM_USE_QUERY
*
* Description:
* This index states whether the tool query should be
* executed or not.
*
* Type: UF_PARAM_type_logical
*
* Name: Use Query
* Variable Name: <prefix>_use_query
*
* Possible Values: TRUE or FALSE
*
*
*/
#define UF_PARAM_USE_QUERY 5230

/* UF_PARAM_COLLISION_SAFE_CLEARANCE
*
* Description:
* This index refers to the safe clearance applied to the collision check.
*
* Type: UF_PARAM_type_double_length
*
* Name: Collision Safe Clearance
* Variable Name: <prefix>_collision_safe_clearance
*
* Possible Values: UF_PARAM_type_double_length
*
*
*/
#define UF_PARAM_COLLISION_SAFE_CLEARANCE 5233

enum UF_PARAM_clv_range_type_t
{
UF_PARAM_clv_range_auto_generate = 0, /* cut levels defined by system */

UF_PARAM_clv_range_user_defined = 1, /* cut levels are defined by user */

UF_PARAM_clv_range_single = 2 /* Single cut range */

};

/* UF_PARAM_CUTLEV_RANGE_TYPE
*
* Description:
* Specifies the type of cut level ranges.
*
* Type: UF_PARAM_type_int
*
* Name: Cut Level Range Type
* Variable Name: <prefix>_cut_level_range_type
*
* NOTE: Read-Only Parameter
*
* Possible Values: UF_PARAM_clv_range_type_t
*
*
*/
#define UF_PARAM_CUTLEV_RANGE_TYPE 5400

enum UF_PARAM_clv_range_subdiv_type_t
{
UF_PARAM_clv_range_subdiv_equalise = 0, /* subdivide cut range into equal steps */

UF_PARAM_clv_range_subdiv_bottoms_only = 1, /* cut at range bottoms only */

UF_PARAM_clv_range_subdiv_optimal = 2 /* subdivide cut range in an optimal
* way such that max distance on part
* between cuts is approximately the
* same. */
};

/* UF_PARAM_CUTLEV_RANGE_SUBDIV_TYPE
*
* Description:
* Specifies how a cut level range is to be subdivided. Whether
* only the range bottoms are to be cut, or if the global depth
* per cut value is to be used to subdivide the cut level range
* into equal steps.
*
* Type: UF_PARAM_type_int
*
* Name: Cut Range Bottoms Only
* Variable Name: <prefix>_cut_range_bottoms_only
*
* Possible Values: UF_PARAM_clv_range_subdiv_type_t
*
*
*/
#define UF_PARAM_CUTLEV_RANGE_SUBDIV_TYPE 5401

enum UF_PARAM_clv_top_off_mode_t
{
UF_PARAM_clv_top_off_mode_off = 0, /* Don't top off horizontal surfaces. */

UF_PARAM_clv_top_off_mode_on = 1 /* Do top off horizontal surfaces. */

};

/* UF_PARAM_CUTLEV_TOP_OFF_MODE
*
* Description:
* Specifies if the horizontal surfaces should be topped off.
* This is only available for 'single' range type.
*
* Type: UF_PARAM_type_int
*
* Name: Cut Level Top Off Mode
* Variable Name: <prefix>_cut_level_top_off_mode
*
* Possible Values: UF_PARAM_clv_top_off_mode_t
*
*
*/
#define UF_PARAM_CUTLEV_TOP_OFF_MODE 5402

/* UF_PARAM_CIR_FEED_COMP_MAXIMUM
*
* Description:
* Paramter is the maximum compensation factor
* for circular feedrate compensation..
*
* Type: UF_PARAM_type_double
*
* Name: Maximum Circular Feedrate Compensation Factor.
* Variable Name: <prefix>_maximum_circular_feedrate_compensation_factor_
*
* Possible Values: UF_PARAM_type_double >= 1.0.
*
*
*/
#define UF_PARAM_CIR_FEED_COMP_MAXIMUM 5650 /* UF_PARAM_type_double_length */

/* UF_PARAM_CIR_FEED_COMP_MINIMUM
*
* Description:
* Paramter is the minimum compensation factor
* for circular feedrate compensation..
*
* Type: UF_PARAM_type_double
*
* Name: Minimum Circular Feedrate Compensation Factor.
* Variable Name: <prefix>_minimum_circular_feedrate_compensation_factor_
*
* Possible Values: 0.0 < UF_PARAM_type_double <= 1.0.
*
*
*/
#define UF_PARAM_CIR_FEED_COMP_MINIMUM 5651 /* UF_PARAM_type_double_length */

enum UF_PARAM_edgext_type_t
{
UF_PARAM_edgext_type_none = 0,
UF_PARAM_edgext_type_specify = 1
};

/* UF_PARAM_EDGEXT_TYPE
* Description:
* This parameters specifies the status of toggle Extend at Edges.
*
* Type: UF_PARAM_type_int
*
* Name: Edge Extension Type
* Variable Name: <prefix>_edge_extension_type
*
* Possible Values: UF_PARAM_edgext_control_t
*
*
*/
#define UF_PARAM_EDGEXT_TYPE 5700 /* UF_PARAM_type_int */

/* UF_PARAM_EDGEXT_SPECIFY
* Description:
* This parameter specifies the edge extension length as a distance.
*
* Type: UF_PARAM_type_double_length
*
* Name: Edge Extension Length
* Variable Name: <prefix>_edge_extension_length
*
* Possible Values: Positive double
*
*
*/
#define UF_PARAM_EDGEXT_SPECIFY 5701 /* UF_PARAM_type_double_length */

/* UF_PARAM_EDGEXT_PERC
*
* Description:
* This parameter specifies the tangent extension as a percentage of
* the tool diameter.
*
* Type: UF_PARAM_type_double
*
* Name: Tangent extension as percentage of tool
* Variable Name: <prefix>_tangent_extension_as_percentage_of_tool
*
* Possible Values:
* double
*
*
*/
#define UF_PARAM_EDGEXT_PERC 5702 /* UF_PARAM_type_double */

enum UF_PARAM_cut_volume_t
{
UF_PARAM_cut_volume_none = 0,
UF_PARAM_cut_volume_calc = 1
};

/* UF_PARAM_CUT_VOLUME_USAGE
*
* Description:
* This parameter specifies whether the volume of material removed
* by the tool should be calculated.
*
* Type: UF_PARAM_type_int
*
* Name: Cut Volume Usage
* Variable Name: <prefix>_cut_volume_usage
*
* Possible Values: UF_PARAM_cut_volume_t
*
*
*/
#define UF_PARAM_CUT_VOLUME_USAGE 5705 /* UF_PARAM_type_int */

/* UF_PARAM_CUT_VOLUME_MIN
*
* Description:
* If the CUT VOLUME USAGE parameter is TRUE, this parameter
* determines the minimum percentage of material that must be removed.
* If this percentage is not met, then the operation's toolpath will
* be suppressed from output.
*
* Type: UF_PARAM_type_double
*
* Name: Cut Volume Minimum Percentage
* Variable Name: <prefix>_cut_volume_minimum_percentage
*
* Possible Values:
* 0.0 <= Cut Volume Percentage <= 100.0
*
*
*/
#define UF_PARAM_CUT_VOLUME_MIN 5706 /* UF_PARAM_type_double */

/* UF_PARAM_CUT_VOLUME_ACTUAL
*
* Description:
* If the CUT VOLUME USAGE parameter is TRUE, this parameter
* determines the actual volume of material that was removed and the
* maximum possible that could have been removed if holder collisions
* were not eliminated. If CUT TOOL HOLDER USAGE is false, both
* values will be the same.
*
* Type: UF_PARAM_type_2d_length
*
* Name: Cut Volume Actual Removed
* Variable Name: <prefix>_cut_volume_actual_removed
*
* NOTE: Read-Only Parameter
*
* Possible Values:
* [0] = Actual Material Volume Removed.
* [1] = Maximum possible material Volume.
*
*
*/
#define UF_PARAM_CUT_VOLUME_ACTUAL 5707 /* UF_PARAM_type_2d_length */

enum UF_PARAM_tl_min_len_t
{
UF_PARAM_tl_min_len_none = 0,
UF_PARAM_tl_min_len_calc = 1
};

/* UF_PARAM_TL_MIN_LENGTH_USAGE
*
* Description:
* This parameter specifies whether the minimum tool length that can
* cut the toolpath without having a holder collision should be determined.
*
* Type: UF_PARAM_type_int
*
* Name: Tool Minimum Length Usage
* Variable Name: <prefix>_tool_minimum_length_usage
*
* Possible Values: UF_PARAM_tl_min_len_t
*
*
*/
#define UF_PARAM_TL_MIN_LENGTH_USAGE 5708 /* UF_PARAM_type_int */

/* UF_PARAM_TL_MIN_LENGTH
*
* Description:
* If the TOOL MIN LENGTH USAGE parameter is TRUE, this parameter
* returns the minimum tool length that can be used and avoid any tool holder
* collisions.
*
* Type: UF_PARAM_type_double_length
*
* Name: Tool Minimum Length
* Variable Name: <prefix>_tool_minimum_length
*
* NOTE: Read-Only Parameter
*
* Possible Values:
* Positive double
*
*
*/
#define UF_PARAM_TL_MIN_LENGTH 5709 /* UF_PARAM_type_double_length */

enum UF_PARAM_cut_between_method_t
{
UF_PARAM_cut_between_none = 0, /* Don't do cut between machining. */
UF_PARAM_cut_between_using_follow_periphery = 1 /* Do cut between machining using a
follow periphery pattern. */
};

/* UF_PARAM_CUT_BETWEEN_METHOD
*
* Description:
* This parameter specifies the type of cut between machining.
*
* Type: UF_PARAM_type_int
*
* Name: Cut Between Method
* Variable Name: <prefix>_cut_between_method
*
* Possible Values: - UF_PARAM_cut_between_method_t
*
*
*
*/
#define UF_PARAM_CUT_BETWEEN_METHOD 5721 /* UF_PARAM_type_int */

enum UF_PARAM_suppress_path_t
{
UF_PARAM_path_unsuppressed = 0,
UF_PARAM_path_suppressed = 1
};

/* UF_PARAM_SUPPRESS_PATH
*
* Description:
* This parameter specifies whether the generated toolpath should
* be suppressed from output because it did not meet defined requirements.
*
* NOTE: Suppressed paths will not be posted and do not participate in the IPW.
* However, the operation can be edited.
*
* Type: UF_PARAM_type_int
*
* Name: Suppress Path
* Variable Name: <prefix>_suppress_path
*
* Possible Values: UF_PARAM_suppress_path_t
*
*
*/
#define UF_PARAM_SUPPRESS_PATH 5741 /* UF_PARAM_type_int */

enum UF_PARAM_round_point_output_status_t
{
UF_PARAM_round_point_output_status_off = 0, /* Round point positions. */
UF_PARAM_round_point_output_status_on = 1 /* Do not round point positions. */
};

/* UF_PARAM_ROUND_POINT_OUTPUT_STATUS
*
* Description:
* This parameter specifies whether the point positions
* for certain Manual Cut Pattern actions (Move To Point
* and Reposition To Point) should be rounded to a
* specific value.
*
* Type: UF_PARAM_type_int
*
* Name: Round Point Output Status
* Variable Name: <prefix>_round_point_output_status
*
* Possible Values: - UF_PARAM_round_point_output_status_t
*
*
*
*/
#define UF_PARAM_ROUND_POINT_OUTPUT_STATUS 5761 /* UF_PARAM_type_int */

enum UF_PARAM_round_point_output_method_t
{
UF_PARAM_round_point_output_method_ten_to_minus_seven = -7, /* +/- 0.0000001 */
UF_PARAM_round_point_output_method_ten_to_minus_six = -6, /* +/- 0.000001 */
UF_PARAM_round_point_output_method_ten_to_minus_five = -5, /* +/- 0.00001 */
UF_PARAM_round_point_output_method_ten_to_minus_four = -4, /* +/- 0.0001 */
UF_PARAM_round_point_output_method_ten_to_minus_three = -3, /* +/- 0.001 */
UF_PARAM_round_point_output_method_ten_to_minus_two = -2, /* +/- 0.01 */
UF_PARAM_round_point_output_method_ten_to_minus_one = -1, /* +/- 0.1 */
UF_PARAM_round_point_output_method_one = 0, /* +/- 1.0 */
UF_PARAM_round_point_output_method_ten = 1, /* +/- 10.0 */
UF_PARAM_round_point_output_method_one_hundred = 2, /* +/- 100.0 */
UF_PARAM_round_point_output_method_one_thousand = 3 /* +/- 1000.0 */
};

/* UF_PARAM_ROUND_POINT_OUTPUT_METHOD
*
* Description:
* This parameter specifies the method to use
* to round the point positions for certain
* Manual Cut Pattern Actions (Move To Point and
* Reposition to Point).
*
* Type: UF_PARAM_type_int
*
* Name: Round Point Output Method
* Variable Name: <prefix>_round_point_output_method
*
* Possible Values: - UF_PARAM_round_point_output_method_t
*
*
*
*/
#define UF_PARAM_ROUND_POINT_OUTPUT_METHOD 5762 /* UF_PARAM_type_int */

/* UF_PARAM_PATHCHECK_STATUS
*
* Description:
* Status codes from the gouge checker.
*
* Type: UF_PARAM_type_int
*
* Name: External ID
* Variable Name: <prefix>_external_id
*
* Possible Values: All valid integers
*
*
*/
#define UF_PARAM_PATHCHECK_STATUS 5763 /* UF_PARAM_type_int */

/* UF_PARAM_PATHCHECK_COUNT
*
* Description:
* Number of gouges or other violation
* found by the path checker.
*
* Type: UF_PARAM_type_int
*
* Name: External ID
* Variable Name: <prefix>_external_id
*
* Possible Values: All valid integers
*
*
*/
#define UF_PARAM_PATHCHECK_COUNT 5764 /* UF_PARAM_type_int */

/* UF_PARAM_TH_COLLISION_COUNT
*
* Description:
* Number of toolholder collsions
* found by the path checker.
*
* Type: UF_PARAM_type_int
*
* Name: External ID
* Variable Name: <prefix>_external_id
*
* Possible Values: All valid integers
*
*
*/
#define UF_PARAM_TH_COLLISION_COUNT 5765 /* UF_PARAM_type_int */

enum UF_PARAM_simplify_shapes_method_e
{
UF_PARAM_simplify_shapes_method_none = 0,
UF_PARAM_simplify_shapes_method_convex_hull = 1,
UF_PARAM_simplify_shapes_method_minimum_box = 2
};
typedef enum UF_PARAM_simplify_shapes_method_e UF_PARAM_simplify_shapes_method_t;

/* UF_PARAM_SIMPLIFY_SHAPES_METHOD
*
* Description:
* Method to simplify shapes.
*
* Type: UF_PARAM_type_int
*
* Name: Simplify Shapes Method
* Variable Name: <prefix>_simplify_shapes_method
*
* Possible Values: UF_PARAM_simplify_shapes_method_t
*
*
*/
#define UF_PARAM_SIMPLIFY_SHAPES_METHOD 5766 /* UF_PARAM_type_int */

/* UF_PARAM_FINISH_STEPOVER
*
* Description:
* This parameter indicates the stepover value of a finish pass.
*
* Type: UF_PARAM_type_double_length
*
* Name: Finish Stepover
* Variable Name: <prefix>_finish_stepover
*
* Possible Values: Greater than 0
*
*
*/
#define UF_PARAM_FINISH_STEPOVER 5767 /* UF_PARAM_type_double_length */

enum UF_PARAM_small_area_status_e
{
UF_PARAM_small_area_status_cut = 0,
UF_PARAM_small_area_status_ignore = 1
};
typedef enum UF_PARAM_small_area_status_e UF_PARAM_small_area_status_t;

/* UF_PARAM_SMALL_AREA_STATUS
*
* Description:
* This parameter indicates the status of the region, either cut or ignored.
*
* Type: UF_PARAM_type_int
*
* Name: Small Area Status
* Variable Name: <prefix>_small_area_status
*
* Possible Values: UF_PARAM_small_area_status_t
*
*
*/
#define UF_PARAM_SMALL_AREA_STATUS 5768 /* UF_PARAM_type_int */

/* UF_PARAM_AREA_SIZE
*
* Description:
* This parameter indicates the area size of the region to be ignored.
* It is used when the parameter UF_PARAM_SMALL_AREA_STATUS
* is set to UF_PARAM_small_area_status_ignore.
*
* Type: UF_PARAM_type_double_length
*
* Name: Area Size
* Variable Name: <prefix>_area_size
*
* Possible Values: Greater than 0
*
*
*/
#define UF_PARAM_AREA_SIZE 5769 /* UF_PARAM_type_double_length */

/* UF_PARAM_EMPTY_PATH
*
* Description:
* This parameter specifies whether the generated tool path is empty, i.e.
* does not contain any system generated motions
*
* Type: UF_PARAM_type_logical
*
* Name: Empty Path
* Variable Name: <prefix>_empty_path
*
* Possible Values:
* true - Path is empty according to the definition
* false - Path is not empty according to the definition
*
*
*/
#define UF_PARAM_EMPTY_PATH 6005 /* UF_PARAM_type_logical */

/* UF_PARAM_APPROVED_PATH_STATUS
*
* Description:
* This parameter specifies whether the operation tool path is approved
*
* Type: UF_PARAM_type_logical
*
* Name: Approved Path
* Variable Name: <prefix>_approved_path
*
* Possible Values:
* true - Path is approved according to the definition
* false - Path is not approved according to the definition
*
*
*/
#define UF_PARAM_APPROVED_PATH_STATUS 6006 /* UF_PARAM_type_logical */

#endif /* UF_PARAM_INDICES_H_INCLUDED */