#ifndef PROMFGOPTIONS_H
#define PROMFGOPTIONS_H
/*
Creo Parametric TOOLKIT declarations of manufacturing options.
*/
#include <ProToolkit.h>
PRO_BEGIN_C_DECLS
typedef enum pro_ncseq_type
{
PRO_NCSEQ_PROF_SURF_MILL = 1,
PRO_NCSEQ_VOL_MILL = 2,
PRO_NCSEQ_CONV_SURF_MILL = 3,
PRO_NCSEQ_FACE_MILL = 4,
PRO_NCSEQ_HOLEMAKING = 5,
PRO_NCSEQ_PREV_TOOL_MILL = 6,
PRO_NCSEQ_TRAJ_MILL = 7,
PRO_NCSEQ_AREA_TURN = 8,
PRO_NCSEQ_4X_AREA_TURN = 9,
PRO_NCSEQ_GROOVE_TURN = 10,
PRO_NCSEQ_TRAJ_TURN = 11,
PRO_NCSEQ_THREAD_TURN = 12,
PRO_NCSEQ_CONTOUR_MILL = 13, /* NOT IMPLEMENTED */
PRO_NCSEQ_PENCIL_TRACING_MILL = 14,
PRO_NCSEQ_PROF_TURN = 15,
PRO_NCSEQ_THREAD_MILL = 16,
PRO_NCSEQ_POCKET_MILL = 17, /* NOT IMPLEMENTED */
PRO_NCSEQ_PLUNGE_MILL = 18, /* NOT IMPLEMENTED */
PRO_NCSEQ_LOCAL_PREV_SEQ = 19, /* NOT IMPLEMENTED */
PRO_NCSEQ_LOCAL_CORNER_EDGE = 20, /* NOT IMPLEMENTED */
PRO_NCSEQ_LOCAL_PENCIL_TRACING = 21, /* NOT IMPLEMENTED */
PRO_NCSEQ_CUTLINE_MILL = 22,
PRO_NCSEQ_LOC_SURF_MILL = 23, /* NOT IMPLEMENTED */
PRO_NCSEQ_HUB_MILL = 24, /* NOT IMPLEMENTED */
PRO_NCSEQ_ENC_ROUGH_MILL = 25, /* NOT IMPLEMENTED */
PRO_NCSEQ_GROOVE_MILL = 26,
PRO_NCSEQ_ROUGHVOL_MILL = 27,
PRO_NCSEQ_REROUGH_MILL = 28,
PRO_NCSEQ_FF_TRAJ_MILL = 29,
PRO_NCSEQ_MIRROR_MILL = 30, /* NOT IMPLEMENTED */
PRO_NCSEQ_MANUAL_CYCLE_MILL = 31,
PRO_NCSEQ_TRAJ_MILL_STEP = 32,
PRO_NCSEQ_AUXILIARY_ON_TURN = 33, /* NOT IMPLEMENTED */
PRO_NCSEQ_AUXILIARY_ON_MILL = 34, /* NOT IMPLEMENTED */
PRO_NCSEQ_AUXILIARY_ON_DRILL = 35, /* NOT IMPLEMENTED */
PRO_NCSEQ_AUXILIARY_ON_SAW = 36, /* NOT IMPLEMENTED */
PRO_NCSEQ_AUXILIARY_ON_PUNCH = 37, /* NOT IMPLEMENTED */
PRO_NCSEQ_AUXILIARY_ON_MEAS = 38, /* NOT IMPLEMENTED */
PRO_NCSEQ_CVNC_CORN_MILL = 39, /* NOT IMPLEMENTED */
PRO_NCSEQ_CVNC_FINISH_MILL = 40, /* NOT IMPLEMENTED */
PRO_NCSEQ_FLOWLINE_MILL = 41, /* NOT IMPLEMENTED */
PRO_NCSEQ_PTM_RESTFIN_MILL = 42, /* NOT IMPLEMENTED */
PRO_NCSEQ_SWARF_MILL = 43, /* NOT IMPLEMENTED */
PRO_NCSEQ_ROUND_MILL = 44,
PRO_NCSEQ_CHAMFER_MILL = 45,
PRO_NCSEQ_MANUAL_CYCLE_TURN = 46,
PRO_NCSEQ_WEDM_DESTRUCT = 47, /* NOT IMPLEMENTED */
PRO_NCSEQ_WEDM_UV_TYPE = 48, /* NOT IMPLEMENTED */
PRO_NCSEQ_WEDM_TAPER = 49, /* NOT IMPLEMENTED */
PRO_NCSEQ_MOLD_ROUGH_MILL = 53, /* FOR FUTURE USE */
PRO_NCSEQ_MOLD_REST_ROUGH = 54, /* FOR FUTURE USE */
PRO_NCSEQ_MOLD_FINISH_MILL = 55, /* FOR FUTURE USE */
PRO_NCSEQ_MOLD_REST_FINISH = 56, /* FOR FUTURE USE */
PRO_ADD_LASER_DEPOSIT = 57, /* FOR FUTURE USE */
PRO_NCSEQ_DEBURR_MILL = 58, /* FOR FUTURE USE */
PRO_NCSEQ_5AXIS_HSM_ROUGHING = 59, /* FOR FUTURE USE */
PRO_NCSEQ_5AXIS_HSM_REST_ROUGH = 60, /* FOR FUTURE USE */
PRO_NCSEQ_MW_GEODESIC_MILLING = 61, /* FOR FUTURE USE */
PRO_NCSEQ_MW_WALL_FINISH_MILLING = 62, /* FOR FUTURE USE */
PRO_NCSEQ_MW_FLOOR_FINISH_MILLING = 63, /* FOR FUTURE USE */
PRO_NCSEQ_MW_ROTARY_ROUGH_MILLING = 64, /* FOR FUTURE USE */
PRO_NCSEQ_MW_ROTARY_FINISH_MILLING = 65
} ProNcseqType;
typedef enum Pro_MfgToolHeadType
{
PRO_MFG_TOOL_HEAD_UNDEF = -1,
PRO_MFG_TOOL_HEAD_1 = 1,
PRO_MFG_TOOL_HEAD_2 = 2,
PRO_MFG_TOOL_HEAD_3 = 3,
PRO_MFG_TOOL_HEAD_4 = 4,
PRO_MFG_TOOL_HEAD_CMM = 11
} ProMfgToolHeadType;
typedef enum Pro_MfgParamAttr
{
PRO_MFG_PRM_ATTR_DEFAULT = 1,
PRO_MFG_PRM_ATTR_MODIFIED = 2,
PRO_MFG_PRM_ATTR_INHERITED = 3,
PRO_MFG_PRM_ATTR_AUTOMATIC = 4
} ProMfgParamAttr;
typedef enum Pro_DrillModOption
{
PRO_DRILL_HOLE_ON_MILL = 0, /* drilling by rotating tool */
PRO_DRILL_HOLE_ON_LATHE = 1 /* drilling with rotating part */
} ProDrillModeOption;
typedef enum Pro_HolemakingType
{
PRO_HOLE_MK_CSINK = 2,
PRO_HOLE_MK_DRILL = 4,
PRO_HOLE_MK_BORE = 6,
PRO_HOLE_MK_TAP = 7,
PRO_HOLE_MK_FACE = 9,
PRO_HOLE_MK_REAM = 10,
PRO_HOLE_MK_CUSTOM = 13,
PRO_HOLE_MK_WEB = 15
} ProHolemakingType;
typedef enum Pro_HmCycleType
{
PRO_HM_CYCLE_TYPE_STANDARD = 1,
PRO_HM_CYCLE_TYPE_PECK_CONST = 2,
PRO_HM_CYCLE_TYPE_PECK_VAR = 3,
PRO_HM_CYCLE_TYPE_BREAKCHIP = 4,
PRO_HM_CYCLE_TYPE_TAP_FIXED = 5,
PRO_HM_CYCLE_TYPE_TAP_FLOAT = 6,
PRO_HM_CYCLE_TYPE_BACK = 7
} ProHmCycleType;
typedef enum Pro_HolesetType
{
PRO_HOLESET_DRILL_AXES = 4,
PRO_HOLESET_DRILL_POINTS = 5,
PRO_HOLESET_DRILL_GEOM = 6
} ProHolesetType;
typedef enum Pro_DrillStartType
{
PRO_DRILL_FROM_SURFACE = 1,
PRO_DRILL_AUTO_START = 2,
PRO_DRILL_START_OFFSET_FROM_CSYS = 3
} ProDrillStartType;
typedef enum Pro_DrillEndType
{
PRO_DRILL_UPTO_SURFACE = 1,
PRO_DRILL_THRU_ALL_PARTS = 2,
PRO_DRILL_AUTO_END = 3,
PRO_DRILL_OFFSET_FROM_START = 4,
PRO_DRILL_END_OFFSET_FROM_CSYS = 5
} ProDrillEndType;
typedef enum Pro_DrillDepthByType
{
PRO_DRILL_BY_SHOULDER = 1,
PRO_DRILL_BY_TIP = 2
} ProDrillDepthByType;
typedef enum Pro_DrillDepthType
{
PRO_DRILL_BLIND = 5,
PRO_DRILL_THRU_ALL = 58,
PRO_DRILL_AUTO = 172
} ProDrillDepthType;
typedef enum Pro_DrillPartsSelByType /* FOR FUTURE USE */
{
PRO_USER_SEL_DRILL_PARTS = 0,
PRO_AUTO_ALL_MODELS = 1,
PRO_AUTO_CLASSFD_MODELS = 2,
PRO_SEL_DRILL_PARTS_NONE = 3
} ProDrillPartsSelByType;
typedef enum Pro_CustomRefOption
{
PRO_CUSTOM_DRILL_SELECT_REFERENCE = 1,
PRO_CUSTOM_DRILL_OFFSET_FROM_START = 2,
PRO_CUSTOM_DRILL_OFFSET_FROM_CSYS = 3
} ProCustomRefOption;
typedef enum Pro_HolesetParamOper
{
PRO_DRILL_QUERY_EQUAL = 1,
PRO_DRILL_QUERY_NOT_EQUAL = 2,
PRO_DRILL_QUERY_LARGER = 3,
PRO_DRILL_QUERY_SMALLER = 4
} ProDrillParamOper;
typedef enum Pro_HolesetOrientType
{
PRO_DRILL_ORIENT_TO_REF = 1,
PRO_DRILL_ORIENT_FROM_REF = 2
} ProDrillOrientType;
typedef enum Pro_MillThreadType
{
PRO_E_MILL_THREAD_EXTERNAL = 1,
PRO_E_MILL_THREAD_INTERNAL = 2
} ProMillThreadType;
typedef enum Pro_WcellNumAxes
{
PRO_WCELL_2_AXIS = 2,
PRO_WCELL_3_AXIS = 3,
PRO_WCELL_4_AXIS = 4,
PRO_WCELL_5_AXIS = 5
} ProWcellNumAxes;
typedef enum Pro_MfgWcellNumSpindles
{
PRO_MFG_ONE_SPINDLE_WCELL = 1,
PRO_MFG_TWO_SPINDLE_WCELL = 2
} ProMfgWcellNumSpindles;
typedef enum Pro_MfgWcellNumHeads
{
PRO_MFG_ONE_HEAD_WCELL = 1,
PRO_MFG_TWO_HEAD_WCELL = 2,
PRO_MFG_THREE_HEAD_WCELL = 3,
PRO_MFG_FOUR_HEAD_WCELL = 4
} ProMfgWcellNumHeads;
typedef enum Pro_WcellLatheDir
{
PRO_WCELL_LATHE_HORIZONTAL = 0,
PRO_WCELL_LATHE_VERTICAL = 1
} ProWcellLatheDir;
typedef enum pro_retr_surf_type
{
PRO_RETR_SURF_UNDEFINED = -1,
PRO_RETR_SURF_PLANE = 0,
PRO_RETR_SURF_CYLINDER = 1,
PRO_RETR_SURF_SPHERE = 2,
PRO_RETR_SURF_REVOLVED = 3,
PRO_RETR_SURF_AUTOMATIC = 4
} ProRetrSurfType;
typedef enum pro_retr_surf_orient
{
PRO_RETR_SURF_X_DIR = 0,
PRO_RETR_SURF_Y_DIR = 1,
PRO_RETR_SURF_Z_DIR = 2
} ProRetrSurfOrient;
typedef enum Pro_TurnOptionType
{
PRO_E_TURN_OPTION_OUT = 0,
PRO_E_TURN_OPTION_IN = 1,
PRO_E_TURN_OPTION_FACE = 2
} ProTurnOptionType;
typedef enum Pro_TurnThreadOutputType
{
PRO_E_TURN_THREAD_ISO = 0,
PRO_E_TURN_THREAD_AI_MACRO = 1
} ProTurnThreadOutputType;
typedef enum Pro_TurnThreadType
{
PRO_E_TURN_THREAD_GENERAL = 0,
PRO_E_TURN_THREAD_UNIFIED = 1,
PRO_E_TURN_THREAD_BUTTRESS = 2,
PRO_E_TURN_THREAD_ACME = 3
} ProTurnThreadType;
typedef enum Pro_MillThreadTaperType
{
PRO_E_MILL_THREAD_TAPER_NONE = 0,
PRO_E_MILL_THREAD_TAPER_NPT = 1,
PRO_E_MILL_THREAD_TAPER_CUSTOM = 2
} ProMillThreadTaperType;
typedef enum Pro_HolesetDiamType
{
PRO_HSET_ALL_DIAMS = 1,
PRO_HSET_HOLE_DIAMS = 2,
PRO_HSET_THREAD_DIAMS = 3
} ProHolesetDiamType;
typedef enum Pro_HsetParamRuleOpt
{
PRO_HSET_BOOL_OPER_OR = 1,
PRO_HSET_BOOL_OPER_AND = 2
} ProHsetParamRuleOpt;
/* Enum Reserved for Future Use */
typedef enum Pro_ToolMtnFeedType
{
PRO_TM_FEED_FREE = 1,
PRO_TM_FEED_CUT = 2,
PRO_TM_FEED_PLUNGE = 3,
PRO_TM_FEED_RETRACT = 4,
PRO_TM_FEED_APPROACH = 5,
PRO_TM_FEED_EXIT = 6,
PRO_TM_FEED_THREAD = 7
} ProToolMtnFeedType;
typedef enum pro_tm_type {
PRO_TM_TYPE_UNDEFINED =-1,
PRO_TM_TYPE_GOTO_POINT = 0,
PRO_TM_TYPE_GO_DELTA = 1,
PRO_TM_TYPE_CL_COMMAND = 2,
PRO_TM_TYPE_FOLLOW_CURVE = 3,
PRO_TM_TYPE_GOTO_SURFACE = 4,
PRO_TM_TYPE_GOTO_AXIS = 5,
PRO_TM_TYPE_GOHOME = 6,
PRO_TM_TYPE_PLUNGE = 7,
PRO_TM_TYPE_AUTO_PLUNGE = 8,
PRO_TM_TYPE_GO_RETRACT = 9,
PRO_TM_TYPE_TANGENT_APPROACH = 10,
PRO_TM_TYPE_TANGENT_EXIT = 11,
PRO_TM_TYPE_NORMAL_APPROACH = 12,
PRO_TM_TYPE_NORMAL_EXIT = 13,
PRO_TM_TYPE_LEAD_IN = 14,
PRO_TM_TYPE_LEAD_OUT = 15,
PRO_TM_TYPE_HELICAL_APPROACH = 16,
PRO_TM_TYPE_HELICAL_EXIT = 17,
PRO_TM_TYPE_AREA_TURNING = 18,
PRO_TM_TYPE_GROOVE_TURNING = 19,
PRO_TM_TYPE_PROF_TURNING = 20,
PRO_TM_TYPE_FULL_DEPTH_CUT = 21,
PRO_TM_TYPE_FROM_TO_DEPTH_CUT = 22,
PRO_TM_TYPE_TO_DEPTH_CUT = 23,
PRO_TM_TYPE_ONE_SLICE_CUT = 24,
PRO_TM_TYPE_CURVE_TRAJECTORY = 25,
PRO_TM_TYPE_SURF_TRAJECTORY = 26,
PRO_TM_TYPE_EDGE_TRAJECTORY = 27,
PRO_TM_TYPE_AUTOMATIC_CUT = 28,
PRO_TM_TYPE_TRIM = 29,
PRO_TM_TYPE_CUTLINE_MILLING = 30,
PRO_TM_TYPE_GROOVE_MILLING = 31,
PRO_TM_TYPE_FACE_MILLING = 32,
PRO_TM_TYPE_THREAD_MILLING = 33,
PRO_TM_TYPE_PROFILE_MILL_CUT = 34,
PRO_TM_TYPE_ALONG_AXIS_APPROACH = 35,
PRO_TM_TYPE_ALONG_AXIS_EXIT = 36,
PRO_TM_TYPE_RAMP_APPROACH = 37,
PRO_TM_TYPE_RAMP_EXIT = 38,
PRO_TM_TYPE_CONNECT = 39,
PRO_TM_TYPE_ROUND_MILLING = 40,
PRO_TM_TYPE_CHAMFER_MILLING = 41,
PRO_TM_TYPE_ROUGH_MILL = 42,
PRO_TM_TYPE_REROUGH_MILL = 43,
PRO_TM_TYPE_CVNC_CORN_MILL = 44,
PRO_TM_TYPE_CVNC_FINISH_MILL = 45,
PRO_TM_TYPE_2X_TRAJ_MILL = 46,
PRO_TM_TYPE_THREAD_TURN = 47,
PRO_TM_TYPE_PTM_RESTFIN_MILL = 48,
PRO_TM_TYPE_LOCAL_PENCIL_TRACING = 49,
PRO_TM_TYPE_LOCAL_CORNER_EDGE = 50,
PRO_TM_TYPE_LOCAL_PREV_SEQ = 51,
PRO_TM_TYPE_LOCAL_PREV_TOOL_MILL = 52,
PRO_TM_TYPE_VOLUME_MILLING = 53,
PRO_TM_TYPE_CONV_SURF_MILL = 54,
PRO_TM_TYPE_MOLD_ROUGH_MILL = 55,
PRO_TM_TYPE_MOLD_REST_ROUGH = 56,
PRO_TM_TYPE_MOLD_FINISH_MILL = 57,
PRO_TM_TYPE_MOLD_REST_FINISH = 58,
PRO_TM_TYPE_LASER_DEPOSIT = 59, /* FOR FUTURE USE */
PRO_TM_TYPE_DEBURR_MILL = 60,
PRO_TM_TYPE_5AXIS_HSM_ROUGHING = 61, /* FOR FUTURE USE */
PRO_TM_TYPE_5AXIS_HSM_REST_ROUGH = 62, /* FOR FUTURE USE */
PRO_TM_TYPE_MW_GEODESIC_MILLING = 63,
PRO_TM_TYPE_MW_WALL_FINISH_MILLING = 64,
PRO_TM_TYPE_MW_FLOOR_FINISH_MILLING = 65,
PRO_TM_TYPE_4X_AREA_ABOVE_SPINDLE = 66,
PRO_TM_TYPE_4X_AREA_BELOW_SPINDLE = 67,
PRO_TM_TYPE_MW_ROTARY_ROUGH_MILLING = 68,
PRO_TM_TYPE_MW_ROTARY_FINISH_MILLING = 69
} ProTmType;
typedef enum pro_mfg_crv_dir {
PRO_MFG_DIR_OPPOSITE = -1,
PRO_MFG_DIR_SAME = 1
} ProMfgCrvDir;
typedef enum pro_tm_side_dir {
PRO_TM_DIR_LEFT_SIDE = -1,
PRO_TM_DIR_RIGHT_SIDE = 1
} ProTmSideDir;
typedef enum pro_mfg_surf_ref_type
{
PRO_SURF_REF_TYPE_NONE = 0,
PRO_SURF_REF_TYPE_REFPART = 1,
PRO_SURF_REF_TYPE_WORKPIECE = 2,
PRO_SURF_REF_TYPE_MILL_VOLUME = 3,
PRO_SURF_REF_TYPE_MILL_MVOLSRF = 4,
PRO_SURF_REF_TYPE_PREV_STEP = 5,
PRO_SURF_REF_TYPE_MILL_WINDOW = 6,
PRO_SURF_REF_TYPE_TOP_ASSEM_SRF = 7
} ProMfgSurfRefType;
typedef enum Pro_curve_point_offset_type
{
PRO_CURVE_POINT_OFFSET_TYPE_RATIO = 0,
PRO_CURVE_POINT_OFFSET_TYPE_REAL = 1
} ProCurvePointOffsetType;
typedef enum Pro_mach_surf_ref_type
{
PRO_MACH_SURF_OPT_SURFACES = 1,
PRO_MACH_SURF_OPT_MILL_WIND = 2,
PRO_MACH_SURF_OPT_PREV_STEP = 3
} ProMachSurfRefType;
typedef enum pro_cl_cmd_loc_type
{
PRO_CL_CMD_LOC_TYPE_SEL = 1,
PRO_CL_CMD_LOC_TYPE_BEGIN = 2,
PRO_CL_CMD_LOC_TYPE_CURR = 4,
PRO_CL_CMD_LOC_TYPE_DTM_PNT = 10,
PRO_CL_CMD_LOC_TYPE_ON_SURFACE = 11
} ProClCmdLocType;
typedef enum pro_cl_cmd_srf_opt
{
PRO_CL_COMMAND_ON_FIRST_PASS = 0,
PRO_CL_COMMAND_ON_LAST_PASS = 1,
PRO_CL_COMMAND_ON_ALL_PASSES = 2
} ProClCmdSrfOpt;
/* Used for PRO_E_TOOL_MTN_VOL_SLICE_TYPE */
typedef enum pro_tm_vol_slice_type {
PRO_TM_VOLMILL_ADD_SLICE = 0,
PRO_TM_VOLMILL_DEL_SLICE = 1
} ProTmVolSliceType;
typedef enum pro_tm_turn_corner_type {
PRO_TM_TURN_CORNER_TYPE_SHARP = 0,
PRO_TM_TURN_CORNER_TYPE_FILLET = 1,
PRO_TM_TURN_CORNER_TYPE_CHAMFER = 2
} ProTmTurnCornerType;
typedef enum pro_tm_trim_val_opt {
PRO_TM_TRIM_VAL_PARAM = 0,
PRO_TM_TRIM_VAL_DIST = 1
} ProTmTrimValOpt;
typedef enum pro_tm_turn_orient {
PRO_TM_TURN_CSYS_X = 0,
PRO_TM_TURN_CSYS_Y = 1,
PRO_TM_TURN_CSYS_Z = 2
} ProTmTurnOrient;
typedef enum Pro_MachHead
{
PRO_MACH_HEAD_NONE = -1,
PRO_MACH_HEAD1 = 1, /* refers to machining head 1 */
PRO_MACH_HEAD2 = 2, /* refers to machining head 2 */
PRO_MACH_HEAD3 = 3,
PRO_MACH_HEAD4 = 4,
PRO_MACH_HEAD_CMM = 11 /* refers to inprocess cmm probing */
} ProMachHead;
typedef enum Pro_WcellType
{
PRO_WCELL_NONE = 0,
PRO_WCELL_LATHE = 2, /* a Lathe Workcell */
PRO_WCELL_MILL = 4, /* a Mill Workcell */
PRO_WCELL_MILL_N_TRN = 8, /* a Mill/Turn Workcell */
PRO_WCELL_WEDM = 16, /* a Wire-EDM Workcell */
PRO_WCELL_HOLEMAKING = 32, /* a Holemaking Workcell */
PRO_WCELL_PUNCH = 64, /* a Punch Workcell */
PRO_WCELL_HYBRID = 128, /* a Laser & Punch Workcell */
PRO_WCELL_CMM = 256, /* a CMM Workcell */
PRO_WCELL_SURFACE = 512, /* a Grinding/Plating Workcell (ref: PPFM) */
PRO_WCELL_VOLUME = 1024, /* a Heat treating Workcell (ref: PPFM) */
PRO_WCELL_GENERAL = 2048 /* for misc. operations such as painting */
} ProWcellType;
typedef enum Pro_MaterialRmvSide
{
PRO_MAT_RMV_LEFT = 0, /* Material to remove on left */
PRO_MAT_RMV_RIGHT = 1 /* Material to remove on right */
} ProMaterialRmvSide;
typedef enum pro_mat_rem_prec_opt
{
PRO_PREC_OPT_AUTO = 0,
PRO_PREC_OPT_HIGH = 1,
PRO_PREC_OPT_MEDIUM = 2,
PRO_PREC_OPT_LOW = 3
} ProMatRemPrecOpt;
typedef enum pro_tm_tool_axis_opt {
PRO_TM_ALONG_Z = 0,
PRO_TM_USE_PREV = 1,
PRO_TM_AXIS_SEL = 2
} ProTmToolAxisOpt;
typedef enum pro_cutline_sync_type_opt
{
PRO_CUTLINE_SYNC_TYPE_POINTS = 0,
PRO_CUTLINE_SYNC_TYPE_REF = 1
} ProCutlineSyncTypeOpt;
typedef enum Pro_FixtureType
{
PRO_E_FIXTURE_TYPE_OPER_DEFAULT = 1,
PRO_E_FIXTURE_TYPE_INPROCESS = 2
} ProFixtureType;
typedef enum Pro_AxisDefType
{
PRO_AXIS_DEF_TYPE_UNDEF = -1,
PRO_AXIS_DEF_BY_PIVOT_REF = 0,
PRO_AXIS_DEF_BY_LOCATIONS = 1,
PRO_AXIS_DEF_BY_TWO_CONTOURS = 2,
PRO_AXIS_DEF_BY_NORM_SURF = 3,
PRO_AXIS_DEF_BY_DRIVE_SURF = 4
} ProAxisDefType;
typedef enum Pro_AxisDefLocOrientType
{
PRO_AXIS_DEF_LOC_ORIENT_BY_REFERENCE = 1,
PRO_AXIS_DEF_LOC_ORIENT_BY_ANGLE = 2
} ProAxisDefLocOrientType;
typedef enum Pro_SubSpindleOpt
{
PRO_MFG_MAIN_SPINDLE = 1,
PRO_MFG_SUB_SPINDLE = 2
} ProSubSpindleOpt;
typedef enum pro_tm_traj_corner_type {
PRO_TM_TRAJ_CORNER_TYPE_SHARP = 0,
PRO_TM_TRAJ_CORNER_TYPE_FILLET = 1,
PRO_TM_TRAJ_CORNER_TYPE_CHAMFER = 2,
PRO_TM_TRAJ_CORNER_TYPE_LOOP = 3,
PRO_TM_TRAJ_CORNER_TYPE_STRAIGHT = 4
} ProTmTrajCornerType;
typedef enum Pro_MillProfCutType
{
PRO_E_MILL_CUT_FULL_DEPTH = 1,
PRO_E_MILL_CUT_FROM_TO = 2,
PRO_E_MILL_CUT_UPTO = 3,
PRO_E_MILL_CUT_ONE_SLICE = 4
} ProMillProfCutType;
typedef enum Pro_TpathFeedType
{
PRO_MFG_TPATH_CUT = 1,
PRO_MFG_TPATH_LEADIN = 2,
PRO_MFG_TPATH_RAPID = 3,
PRO_MFG_TPATH_LEADOUT = 4,
PRO_MFG_TPATH_PLUNGE = 5,
PRO_MFG_TPATH_RAMP = 6,
PRO_MFG_TPATH_FREE = 7,
PRO_MFG_TPATH_PULLOUT = 8
} ProTpathFeedType;
typedef enum pro_vol_mill_ap_ex_type {
PRO_VOL_MILL_APPROACH = 0,
PRO_VOL_MILL_EXIT = 1
} ProVolMillApExType;
typedef enum pro_conv_cut_dir_opt {
PRO_CNVTL_CUT_DIR_ANGLE = 1,
PRO_CNVTL_CUT_DIR_REF = 2
} ProConvCutDirOpt;
typedef enum pro_hsm_output_format /* FOR FUTURE USE */
{
PRO_HSM_3AXIS_FORMAT = 0,
PRO_HSM_3PLUS2_FORMAT = 1,
PRO_HSM_5AXIS_FORMAT = 2
} ProHsmOutputFormatType;
typedef enum pro_hsm_tilt_about /* FOR FUTURE USE */
{
PRO_HSM_TILT_ABOUT_X_DIR = 0,
PRO_HSM_TILT_ABOUT_Y_DIR = 1,
PRO_HSM_TILT_ABOUT_Z_DIR = 2,
PRO_HSM_TILT_ABOUT_CUSTOM = 3,
PRO_ROTARY_Z_DIR_AXIS = 4,
PRO_ROTARY_CUSTOM_AXIS = 5
} ProHsmTiltAbout;
typedef enum pro_hsm_tilt_angle /* For FUTURE USE */
{
PRO_HSM_NORMAL_SURFACE = 0,
PRO_HSM_TILT_ANGLE = 1,
PRO_HSM_TILT_FIXED_ANG = 2
} ProHsmTiltAngle ;
typedef enum pro_hsm_5axis_slice_opt /* FOR FUTURE USE */
{
PRO_5AXIS_HSM_OFFSET_FLOOR_OPT = 0,
PRO_5AXIS_HSM_OFFSET_CEIL_OPT = 1,
PRO_5AXIS_HSM_OFFSET_MORPH_OPT = 2,
} ProHsm5AxisSliceOpt;
typedef enum pro_axiscntrl_strategy /* FOR FUTURE USE */
{
PRO_AXISCNTRL_NORM_TO_CNTR = 0,
PRO_AXISCNTRL_FIXD_TO_MAIN_AXIS = 1,
PRO_AXISCNTRL_TILT_TO_AXIS = 2,
PRO_AXISCNTRL_RELTO_CUTDIR = 3
} ProAxisCntrlStrategy;
typedef enum pro_geodesic_link_lead /* FOR FUTURE USE */
{
PRO_GEODESIC_LEAD_OPT_AUTOARC = 0,
PRO_GEODESIC_LEAD_OPT_VARTARC = 1,
PRO_GEODESIC_LEAD_OPT_HORIARC = 2,
PRO_GEODESIC_LEAD_OPT_TANARC = 3
} ProGeodesicLinkLead;
typedef enum pro_geodesic_gap_option /* FOR FUTURE USE */
{
PRO_GEODESIC_OPT_BLINDSPLINE = 0,
PRO_GEODESIC_OPT_DIRECT = 1,
PRO_GEODESIC_OPT_FOLLOWSURFACE = 2,
PRO_GEODESIC_OPT_RETRACTCLEAR = 3,
PRO_GEODESIC_OPT_RETRACTRAPID = 4,
PRO_GEODESIC_OPT_RETRACTCLEARANCE = 5
} ProGeodesicGapOption;
typedef enum pro_geodesic_unit /* FOR FUTURE USE */
{
PRO_GEODESIC_OPT_PERCENTOFTOOLDIAM = 0,
PRO_GEODESIC_OPT_TOOLDIAMVALUE = 1
} ProGeodesicUnit;
typedef enum pro_geodesic_pattern_opt /* FOR FUTURE USE */
{
PRO_MFG_GEODESIC_PATTERN_PARAL_OPT = 0,
PRO_MFG_GEODESIC_PATTERN_MORPH_OPT = 1,
} ProGeodesicPatternOpt;
typedef enum pro_geodesic_input_opt /* FOR FUTURE USE */
{
PRO_GEODESIC_INPUT_CONTNM_AREA = 0,
PRO_GEODESIC_INPUT_MACH_REF = 1,
PRO_GEODESIC_INPUT_CENTER = 3,
PRO_GEODESIC_INPUT_MEDIAL = 4,
PRO_GEODESIC_INPUT_USER_DEF = 5
} ProGeodesicInputOpt;
typedef enum pro_wall_finish_input_opt /* FOR FUTURE USE */
{
PRO_WALL_FINISH_INPUT_FLOOR_CURVE = 0,
PRO_WALL_FINISH_INPUT_CEILING_CURVE = 1,
PRO_WALL_FINISH_INPUT_USER_DEF = 2,
PRO_WALL_FINISH_INPUT_AUTOMATIC = 3,
PRO_FLOOR_FINISH_LONGEST_EDGE = 4
} ProWallFinishInputOpt;
typedef enum pro_wall_finish_pattern_opt /* FOR FUTURE USE */
{
PRO_MFG_WALL_FINISH_PATTERN_OFFSET_OPT = 0,
PRO_MFG_WALL_FINISH_PATTERN_MORPH_OPT = 1,
PRO_MFG_FLOOR_FINISH_PATTERN_OFFSET_OPT = 2,
PRO_MFG_FLOOR_FINISH_PATTERN_PARALLEL_OPT = 3,
} ProWallFinishPatternOpt;
typedef enum Pro_MwCutcomDirType
{
PRO_MW_CUTCOM_OFF = 1,
PRO_MW_CUTCOM_RIGHT = 2,
PRO_MW_CUTCOM_LEFT = 3
} ProMWCutcomDir;
typedef enum pro_wall_finish_gap_option
{
PRO_WALL_FINISH_OPT_BLINDSPLINE = 0,
PRO_WALL_FINISH_OPT_RETRACTCLEARANCE = 1
} ProWallFinishGapOption;
typedef enum Pro_ref_surf_ref_type
{
PRO_REF_SURF_OPT_SURFACES = 0,
PRO_REF_SURF_OPT_PREV_STEP = 1
} ProRefSurfRefType;
typedef enum Pro_axis_def_loc_option
{
PRO_AXIS_DEF_AT_CRV_POS = 0,
PRO_AXIS_DEF_AT_OFF_POS = 1
} ProAxisDefLocOpt;
typedef enum Pro_refsrf_crv_loc_option
{
PRO_REFSRF_CRVS_ON_SURF = 0,
PRO_REFSRF_CRVS_AT_OFFSET = 1
} ProRefSrfCrvLocOpt;
typedef enum pro_rotary_rough_stock_opt /* FOR FUTURE USE */
{
PRO_MW_ROTARY_ROUGH_STOCK_WP_OPT = 0,
PRO_MW_ROTARY_ROUGH_STOCK_BCYLINDER_OPT = 1,
PRO_MW_ROTARY_ROUGH_STOCK_FILE_OPT = 2,
PRO_MW_ROTARY_ROUGH_STOCK_MODEL_OPT = 3
} ProRotaryRoughStockOpt;
typedef enum pro_rotary_rough_flip_opt /* FOR FUTURE USE */
{
PRO_MW_ROTARY_ROUGH_FLIP_INWARD = 0,
PRO_MW_ROTARY_ROUGH_FLIP_OUTWARD = 1
} ProRotaryRoughFlipOpt;
typedef enum pro_rotary_finish_unit /* FOR FUTURE USE */
{
PRO_ROTARY_FINISH_OPT_PERCENTOFTOOLDIAM = 0,
PRO_ROTARY_FINISH_OPT_TOOLDIAMVALUE = 1
} ProRotaryFinishUnit;
typedef enum pro_rotary_finish_link_leadinout /* FOR FUTURE USE */
{
PRO_ROTARY_FINISH_LEADINOUT_OPT_TANARC = 0,
PRO_ROTARY_FINISH_LEADINOUT_OPT_TANLINE = 1,
PRO_ROTARY_FINISH_LEADINOUT_OPT_ORTHLINE = 2,
PRO_ROTARY_FINISH_LEADINOUT_OPT_NONE = 3
} ProRotaryFinishLinkLeadinout;
PRO_END_C_DECLS
#endif /*PROMFGOPTIONS_H*/