NX二次开发源码分享：NXOpen C++获取当前加工模版和所有设置

admin

NX二次开发源码分享：NXOpen C++获取当前模版和所有设置
2 m0 y2 F7 b6 B. \% [' O
0 r2 ?6 m) v  R1 S
5 l/ U' e/ w: x0 j: d" m# ]void createCAMTool::do_it()
{

9 v9 H$ H- L$ ^, Q
  W0 E- d6 |3 _. c        // TODO: add your code here
        std::vector<NXString> types = theSession->CAMSession()->GetTemplateTypes();
        for(int i = 0 ; i < types.size();i++)
        {
                print("Types:"+ types+"\n");
% O' y7 }& ~9 ?: j5 \3 y                std::vector<NXString> ObjectSubtypeGeometrysubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeGeometry);
/ E" K% @0 d9 S) [1 j' c                print("\t----ObjectSubtypeGeometry-------");
                for(int ii = 0 ; ii < ObjectSubtypeGeometrysubtypes.size();ii++)
                {
                        print(ObjectSubtypeGeometrysubtypes[ii]);
                }
$ O0 C& K% x8 A! C3 S* Q7 i) l                std::vector<NXString> ObjectSubtypeMethodsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeMethod);
                print("\t----ObjectSubtypeMethod-------");
2 x# v' h: x; N) b                for(int ii = 0 ; ii < ObjectSubtypeMethodsubtypes.size();ii++)
1 N0 X7 t% J. c                {
4 \  L, D  _" B3 X                        print(ObjectSubtypeMethodsubtypes[ii]);
1 p0 C* d2 J* O. R8 t8 X* b3 ]                }
                std::vector<NXString> ObjectSubtypeOperationsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeOperation);
8 M+ `4 F4 v2 P                print("\t----ObjectSubtypeOperation-------");
                for(int ii = 0 ; ii < ObjectSubtypeOperationsubtypes.size();ii++)
& X# h& ^) F- }3 j- m6 h                {
                        print(ObjectSubtypeOperationsubtypes[ii]);
                }
* G1 a1 n6 O' B! w& [  e                std::vector<NXString> ObjectSubtypeProgramsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeProgram);
                print("\t----ObjectSubtypeProgram-------");
                for(int ii = 0 ; ii < ObjectSubtypeProgramsubtypes.size();ii++)
                {
, c( N& p2 f4 g) [+ H                        print(ObjectSubtypeProgramsubtypes[ii]);
7 U; ~2 o- o" |' O6 p3 {                }
                std::vector<NXString> ObjectSubtypeSetupsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeSetup);
                print("\t----ObjectSubtypeSetup-------");
                for(int ii = 0 ; ii < ObjectSubtypeSetupsubtypes.size();ii++)
                {
9 G% g' `  E! A  `2 f/ C                        print(ObjectSubtypeSetupsubtypes[ii]);
                }
1 C; d+ t# v. U- a                std::vector<NXString> ObjectSubtypeToolsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeTool);
                print("\t----ObjectSubtypeTool-------");
                for(int ii = 0 ; ii < ObjectSubtypeToolsubtypes.size();ii++)
) G, V' M3 i) ^: U% v" u) X+ g4 E2 Q, `6 r                {
; ?2 g- G8 r, m, t                        print(ObjectSubtypeToolsubtypes[ii]);
$ A/ E+ @- t  k8 n; Z; l                }
}
$ C1 S! @- m9 [0 a
! R/ L: K5 h$ |3 y+ `0 S& [6 w

结果如下：


$ m8 T3 v2 H) }0 R) e8 f  dTypes:mill_planar
$ B; S; F# n; w# V- O" q# O        ----ObjectSubtypeGeometry-------
' g# W! P" V# @% s6 V0 z% O4 z6 k. FMCS
WORKPIECE
MILL_AREA
MILL_BND
MILL_TEXT
HOLE_BOSS_GEOM
MILL_GEOM
        ----ObjectSubtypeMethod-------
MILL_METHOD
        ----ObjectSubtypeOperation-------
FLOOR_WALL
FLOOR_WALL_IPW
6 C- R* l) `8 c& w  }# c# a4 WFACE_MILLING
FACE_MILLING_MANUAL
PLANAR_MILL
) t( f6 b9 i+ v+ q) M, WPLANAR_PROFILE
CLEANUP_CORNERS
- Z" R/ }4 F8 X( BFINISH_WALLS
FINISH_FLOOR
% l2 a4 C: u& AGROOVE_MILLING
+ W7 @* L9 G% I1 F9 FHOLE_MILLING
' A, R0 o9 U' L! z9 R  MTHREAD_MILLING
PLANAR_TEXT
MILL_CONTROL
MILL_USER
        ----ObjectSubtypeProgram-------
* V, r* x2 {8 l# v: p/ T# KPROGRAM
        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
% A3 q+ [# B8 |: p4 m! P/ OMILL
CHAMFER_MILL
) P3 v2 P4 B# DBALL_MILL
6 X9 O  p+ Q& _2 D: ?% mSPHERICAL_MILL
T_CUTTER
BARREL
' ~- Z! j- @9 E  S9 }THREAD_MILL
MILL_USER_DEFINED
CARRIER
MCT_POCKET
5 O0 n; e. T1 j: n: qHEAD
Types:mill_contour
% _; M) d+ v- `# @( G- k        ----ObjectSubtypeGeometry-------
# B+ f* G% M+ z2 E& yMCS
! k8 g* A7 _8 _9 H0 w3 y8 jWORKPIECE
$ @- d% H- B7 J5 xMILL_AREA
& R) H) c  ?9 e. m; C7 GMILL_BND
MILL_TEXT
MILL_GEOM
/ e. p3 D0 g7 c        ----ObjectSubtypeMethod-------
MILL_METHOD
MOLD_ROUGH_HSM
( S. |/ p3 [. G  s8 cMOLD_SEMI_FINISH_HSM
6 _1 j/ P9 D4 \MOLD_FINISH_HSM
7 V: {! [' f6 R2 Z2 G# E( b9 M% E3 m        ----ObjectSubtypeOperation-------
, z8 A# a$ Q5 [CAVITY_MILL
: t* C6 Q+ C8 vPLUNGE_MILLING
CORNER_ROUGH
REST_MILLING
ZLEVEL_PROFILE
- ^! A- @8 S  i9 v6 Y# e- hZLEVEL_CORNER
FIXED_CONTOUR
, c% i% H4 F) ?, U4 Y7 h3 O* B1 S. FCONTOUR_AREA
CONTOUR_SURFACE_AREA
STREAMLINE
; k1 w7 P* u( {$ p7 U0 ]CONTOUR_AREA_NON_STEEP
- f, Z, a% B' o2 cCONTOUR_AREA_DIR_STEEP
FLOWCUT_SINGLE
FLOWCUT_MULTIPLE
1 c5 V" ~" g/ nFLOWCUT_REF_TOOL
- s  w5 \) I4 p- mSOLID_PROFILE_3D
PROFILE_3D
' x1 y8 m7 m$ I+ @6 r" WCONTOUR_TEXT
) r; p) B# j- N& OMILL_USER
MILL_CONTROL
        ----ObjectSubtypeProgram-------
. O$ p. J  ]* u* F! dPROGRAM
        ----ObjectSubtypeSetup-------
3 \: l/ N) k/ U* K6 u/ n$ Z( N        ----ObjectSubtypeTool-------
3 D8 M9 i* Z& ]/ V+ p+ o2 }& E0 kMILL
" E: ?, ]3 r3 p. Y4 ^8 ]CHAMFER_MILL
BALL_MILL
* C6 b+ s# V/ W% y6 ?: ?SPHERICAL_MILL
BARREL
/ j2 K2 {' r  T  d. n( P4 LT_CUTTER
CARRIER
MCT_POCKET
) ?8 s" h" i: g9 M/ `HEAD
5 \% B, e0 t) K' ^- K; TTypes:mill_multi-axis
" Y0 v6 z+ [4 T        ----ObjectSubtypeGeometry-------
MCS
1 {: G* T; B( ?! C" J  [+ D/ rWORKPIECE
- R/ r8 p% G' M: A/ M+ HMILL_AREA
( {+ l0 p+ L. Y, W8 b9 W  CMILL_BND
9 |( `( R! ?* f) O: q. HMILL_GEOM
        ----ObjectSubtypeMethod-------
* u) |  U, o2 g& T9 HMILL_METHOD
        ----ObjectSubtypeOperation-------
VARIABLE_CONTOUR
- E( c. O8 Z9 m; K. V$ xVARIABLE_STREAMLINE
CONTOUR_PROFILE
FIXED_CONTOUR
ZLEVEL_5AXIS
SEQUENTIAL_MILL
GENERIC_MOTION
5 o; R, F$ b# N5 A: {MILL_USER
MILL_CONTROL
        ----ObjectSubtypeProgram-------
. l% Q+ o4 m3 [# [: x; m) tPROGRAM
4 }) ^- N8 y" K- h- D% x        ----ObjectSubtypeSetup-------
. }; r8 y+ H" l" {        ----ObjectSubtypeTool-------
MILL
CHAMFER_MILL
! u4 F  }. v1 i7 U% t- MBALL_MILL
SPHERICAL_MILL
MILL_7_PARAMETER
& `4 k: \2 @0 y6 yMILL_10_PARAMETER
! d! N3 [# r& |* m" I& g- L6 EBARREL
T_CUTTER
0 `) Z( q$ y/ {, ?- W( g7 jCARRIER
MCT_POCKET
: R( t! J- `) C$ X2 f4 dHEAD
Types:mill_multi_blade
; W0 _5 y# ]! B% e  h  h, u7 M        ----ObjectSubtypeGeometry-------
4 m% N" R/ ?/ q" |9 f- P- aMCS
+ M: w/ i( O7 C9 W/ {WORKPIECE
MULTI_BLADE_GEOM
        ----ObjectSubtypeMethod-------
MULTI_BLADE_FINISH
( F4 A: z2 s9 `. [MILL_METHOD
, p, m( l- E1 q" A        ----ObjectSubtypeOperation-------
MULTI_BLADE_ROUGH
HUB_FINISH
1 I" W  G7 N3 s& L& u2 ~9 {BLADE_FINISH
BLEND_FINISH
GENERIC_MOTION
( C' b; h6 z& {5 S( D( m' uMILL_USER
MILL_CONTROL
        ----ObjectSubtypeProgram-------
PROGRAM
7 O+ C' k1 [4 m( j1 J5 C+ g        ----ObjectSubtypeSetup-------
. K$ |( C) t6 I& l        ----ObjectSubtypeTool-------
/ R9 u' }; Y1 I6 ~MILL
CHAMFER_MILL
BALL_MILL
SPHERICAL_MILL
MILL_7_PARAMETER
. A( J, m0 `" d1 X3 UMILL_10_PARAMETER
BARREL
+ M0 g! L1 n/ A" c7 j( o9 gT_CUTTER
CARRIER
: c3 m6 Z. h4 WMCT_POCKET
. y8 B& b$ _4 E* y3 W. `6 CHEAD
2 V( F: e- b6 j9 ^7 Z% H" OTypes:mill_rotary
        ----ObjectSubtypeGeometry-------
$ s, }( Q. Y0 g* F: LMCS
WORKPIECE
' I- y0 G1 D; L1 U: FROTARY_GEOM
        ----ObjectSubtypeMethod-------
0 v7 J) u% q8 X4 ]+ {MILL_METHOD
        ----ObjectSubtypeOperation-------
ROTARY_FLOOR
GENERIC_MOTION
MILL_USER
) g2 s$ c5 Y1 E3 _" o2 _9 K8 @4 v( ZMILL_CONTROL
  [) @, j% m" h6 w( |- a- L        ----ObjectSubtypeProgram-------
PROGRAM
  D7 o) e+ n# L, a  g7 ^        ----ObjectSubtypeSetup-------
! W" j2 d. i0 U) i7 n        ----ObjectSubtypeTool-------
BALL_MILL
SPHERICAL_MILL
CARRIER
& B: m+ y, i; \6 J$ m2 V: xMCT_POCKET
" o. B) s7 C1 n+ C& DTypes:hole_making
" x+ k3 k% ]7 a. r, X        ----ObjectSubtypeGeometry-------
, d2 Q1 h. S2 pMCS
WORKPIECE
MILL_AREA
FBM_GEOM
SIMPLE_HOLE
3 R' c: ^6 P; {# m; G- t  r- ~+ H6 LCB_HOLE
. a, o! I& q! P/ t' K& X2 o! W8 bCS_HOLE
THD_SIMPLE_HOLE
( K- ?$ z- u- [7 ]THD_CB_HOLE
& D' V8 e# t2 r, nTHD_CS_HOLE
SYMBOLIC_THREAD
CAP_SCREW_CB
0 b% f+ u; s4 E% W5 e& [CAP_SCREW_CS
FIT_HOLE
STANDARD_THREAD
ALL_FEATURES
; c1 e" e$ H. RHOLE_BOSS_GEOM
        ----ObjectSubtypeMethod-------
DRILL_METHOD
HOLE_MILL_METHOD
        ----ObjectSubtypeOperation-------
SPOT_DRILLING
DRILLING
COUNTERSINKING
, i, d# Z, |, p6 ITAPPING
HOLE_MILLING
, Y9 ^9 K9 L7 D9 NHOLE_CHAMFER_MILLING
# Z1 ^' U+ P, i; e$ D: ?" D+ l- \BOSS_MILLING
9 D- L. O  J/ g2 m$ `THREAD_MILLING
% m6 ?1 V' w" n& h4 {- qBOSS_THREAD_MILLING
) ^+ t. @  U" y+ n  g; BMILL_CONTROL
HOLE_MAKING
HOLE_MILL
        ----ObjectSubtypeProgram-------
# x; J6 v8 [. Z) Z$ R  lPROGRAM
OPTIMIZED_NC
        ----ObjectSubtypeSetup-------
# s2 ]1 ]5 m7 L7 Y        ----ObjectSubtypeTool-------
6 j+ r9 F* W7 P% qSTD_DRILL
6 ?, w) K: Y; b' `! a1 mCENTERDRILL
COUNTER_SINK
/ ^) v9 W1 P, _2 n8 A5 vSPOT_DRILL
7 d  P! N+ m# x9 dBORE
. S1 G/ n( m5 F0 a8 h! ~REAMER
STEP_DRILL
! g* n9 T* a6 O' ~. s5 ^0 d6 [CORE_DRILL
COUNTER_BORE
TAP
THREAD_MILL
SPOT_FACING
* [( q4 i* S4 r  r; LCHAMFER_MILL
5 r. \7 k( L$ f% s  Q8 T2 }( b. z+ l: RMILL
CARRIER
: a) z+ K3 U4 |6 U4 d8 u5 w4 cMCT_POCKET
9 Y5 {: y& D' _+ X& g0 vHEAD
Types:drill
! v4 ]# Y0 R3 Z5 G6 }3 P% d        ----ObjectSubtypeGeometry-------
MCS
WORKPIECE
5 Q$ g' r# i, pDRILL_GEOM
% j* n  T- a" XHOLE_BOSS_GEOM
        ----ObjectSubtypeMethod-------
) b, J3 M# J# C$ _DRILL_METHOD
1 F+ i; V/ P; D3 c5 ]9 u( \4 n        ----ObjectSubtypeOperation-------
7 `/ O  Q8 U# {: HSPOT_FACING
SPOT_DRILLING
DRILLING
, f. E6 {' U" E8 `4 U& UPECK_DRILLING
BREAKCHIP_DRILLING
BORING
! q4 x' Z+ ]" K( T% TREAMING
COUNTERBORING
COUNTERSINKING
TAPPING
HOLE_MILLING
THREAD_MILLING
+ e3 |$ R$ F& N2 cMILL_CONTROL
MILL_USER
        ----ObjectSubtypeProgram-------
PROGRAM
) S: d+ [( A: v$ U/ n" b% z        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
& i6 e5 V1 n  G3 ~5 f2 rSPOTFACING_TOOL
6 Q$ Y  |+ t8 L' g( b  F; V2 L) _SPOTDRILLING_TOOL
5 ?6 n" W1 F7 d: n% K# c0 y. fDRILLING_TOOL
BORING_BAR
REAMER
COUNTERBORING_TOOL
COUNTERSINKING_TOOL
% O) y7 T$ a/ C/ F6 U! ~! GTAP
& S* A6 j/ W% B$ O" h: a+ nTHREAD_MILL
CARRIER
MCT_POCKET
HEAD
- D. A5 q( b1 {5 y. ^" Q/ ATypes:turning
        ----ObjectSubtypeGeometry-------
# N3 u, T% i- C3 `; N% }; hMCS_SPINDLE
WORKPIECE
TURNING_WORKPIECE
* P, U, f4 p( s% N. h7 \) J& a. RTURNING_PART
( S1 L) }; q: o; L3 ^( L% ]CONTAINMENT
AVOIDANCE
. P5 h/ W+ B5 D6 Z% R/ L% q9 E        ----ObjectSubtypeMethod-------
& @4 P1 a& T2 m1 o1 i) c( G3 iLATHE_METHOD
2 M! [" G/ N/ _8 ~/ X# g9 ~5 B        ----ObjectSubtypeOperation-------
1 z- m2 X, c5 v( i( G3 vCENTERLINE_SPOTDRILL
CENTERLINE_DRILLING
CENTERLINE_PECKDRILL
" f1 w- g7 M' y( S1 fCENTERLINE_BREAKCHIP
CENTERLINE_REAMING
CENTERLINE_TAPPING
FACING
% ^* A* n" ?! {! bROUGH_TURN_OD
/ ]1 C0 I* ]. \$ vROUGH_BACK_TURN
ROUGH_BORE_ID
ROUGH_BACK_BORE
5 [. `/ R+ C! c2 J4 ^% _, h! kFINISH_TURN_OD
! s* f1 [7 S# B! U3 ZFINISH_BORE_ID
FINISH_BACK_BORE
TEACH_MODE
+ ^0 V0 P7 q) z7 U# s3 B" C2 ?GROOVE_OD
, K9 H# A. |1 v( C- OGROOVE_ID
) j/ o5 K, x2 Y; A- o; QGROOVE_FACE
, {& N! @$ l' A% c% ATHREAD_OD
THREAD_ID
# n6 X2 }3 V- l, r# L( e; X" tPARTOFF
1 z/ b$ b  k& x3 cLATHE_CONTROL
! ~7 t& g# I% {- t$ I0 tLATHE_USER
: J1 [, m% P! D1 N, j' e8 D' m$ s        ----ObjectSubtypeProgram-------
8 s: Q0 d! m2 A, D' tPROGRAM
" ?; m' p/ j1 M, C. ?$ q9 ~        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
SPOTDRILLING_TOOL
6 `2 M# w/ B5 y, k2 Q5 CDRILLING_TOOL
* n9 H  W5 P. D2 U' v/ f" _OD_80_L
3 d$ T+ x6 F1 V4 |* B/ m2 dOD_80_R
9 e2 z5 B  X4 |  z/ xOD_55_L
6 Y' d6 h- l; v: a8 c" f- ^% JOD_55_R
  b+ U( O/ O  N) @8 tID_80_L
" e1 U  ?2 |( m! ~0 I0 D3 JID_55_L
0 ^7 H, N' a1 K0 ?% T$ [. i, J$ F0 eBACKBORE_55_L
OD_GROOVE_L
FACE_GROOVE_L
ID_GROOVE_L
& Q" f0 y5 `  I) T: b( [) ^OD_THREAD_L
ID_THREAD_L
FORM_TOOL
CARRIER
MCT_POCKET
Types:wire_edm
$ x# {. O, J2 ~4 N  \        ----ObjectSubtypeGeometry-------
MCS_WEDM
WORKPIECE
SEQUENCE_INTERNAL_TRIM
* A# [. E/ ]/ a6 d7 cSEQUENCE_EXTERNAL_TRIM
# p! j! c0 d4 K7 jWEDM_GEOM
        ----ObjectSubtypeMethod-------
, B* O# ~! X/ ]' {7 BWEDM_METHOD
. b5 c5 S8 S! @5 @  S        ----ObjectSubtypeOperation-------
NOCORE
8 J. t. [' B8 a& x! ?& i1 V1 iEXTERNAL_TRIM
INTERNAL_TRIM
OPEN_PROFILE
WEDM_CONTROL
WEDM_USER
! W6 J9 F' U4 P  k$ j  I        ----ObjectSubtypeProgram-------
PROGRAM
        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
WIRE
4 n( A! Q$ x3 H3 ITypes:probing
/ D8 P, d1 H( ?/ c$ Y+ ~  @        ----ObjectSubtypeGeometry-------
4 T) C) E' m5 n0 s4 O. c4 _: u$ K* c6 lMCS_MILL
  E$ S5 ^. e. }' T( y& ^0 ^' uWORKPIECE
$ W% ^; C, M4 w8 z* Z% W        ----ObjectSubtypeMethod-------
% G+ m% N6 {! \. k2 t! o8 EMILL_METHOD
LATHE_METHOD
        ----ObjectSubtypeOperation-------
% j! a$ b1 n8 B9 E8 F% rMILL_PART_PROBING
( t9 Q; {& T$ n0 o# PTURN_PART_PROBING
MILL_TOOL_PROBING
/ c* l4 e6 {1 c% p. v- vTURN_TOOL_PROBING
% N  q7 d2 n( D* NGENERIC_MOTION
- B' P- ~( I1 k, U- s* z& c8 Z8 P. X        ----ObjectSubtypeProgram-------
! I4 y3 I2 [* w5 ~4 OPROGRAM
- V5 Z( a, x+ O8 W! J# O  d        ----ObjectSubtypeSetup-------
8 R5 Z, n! r$ V8 f        ----ObjectSubtypeTool-------
4 x: \, b$ `( t  S" R9 V! cPROBE
GENERIC
Types:solid_tool
        ----ObjectSubtypeGeometry-------
        ----ObjectSubtypeMethod-------
1 c" S) j: n8 j- l. H3 ~2 }        ----ObjectSubtypeOperation-------
        ----ObjectSubtypeProgram-------
2 d4 x9 C9 _( r  K" ?/ k- `8 Z        ----ObjectSubtypeSetup-------
% J; P) w8 g" k0 h% t' Q6 R        ----ObjectSubtypeTool-------
GENERIC
PROBE
. ~- u$ c6 d( b8 w! E/ D( `Types:machining_knowledge
        ----ObjectSubtypeGeometry-------
MCS
  {1 j  L4 L; rWORKPIECE
MILL_AREA
PROCESS_FEATURES
        ----ObjectSubtypeMethod-------
9 v- O, W! c+ A. F8 Z  _+ ZPRE_DRILL_METHOD
DEBURRING_METHOD
' [- f1 D7 w9 z# }CSINK_THD_METHOD
" P( g! p3 ]& N" W0 wTAP_METHOD
" `6 F, d3 ]4 ~4 ^& V9 F) DSTEP_DRILL_METHOD
, X% n, D1 N+ Y# k- j4 a; nTHREAD_MILL_METHOD
" K7 f$ ]' x9 u! P3 f- uMILL_CB_METHOD
BREAKCHIP_DRILL_METHOD
' Y- w+ I7 k) Y  I8 m( C, k, rBORE_METHOD
CENTER_DRILL_METHOD
7 Q0 d5 p: N$ t$ lCORE_DRILL_METHOD
CBORE_METHOD
CSINK_METHOD
, [; g; i& l& k0 u6 T7 j) c7 h9 W; tDRILL_METHOD
PECK_DRILL_METHOD
% r- |+ g( a2 g$ t, EREAMING_METHOD
- ^  Y3 [, I9 a$ o- M1 JSPOT_DRILL_METHOD
TAPPING_METHOD
8 ?& w2 `2 W( d; J! i; {. \& cHOLE_MILL_METHOD
$ n' c! o* g) X3 I* E0 eMILL_METHOD_ROUGH
( N  m' Q" h  R$ l        ----ObjectSubtypeOperation-------
HOLE_MAKING
HOLE_MAKING_DRILL_TEXT
: Y8 N* ~, q& }/ EHOLE_MAKING_DRILL_DEEP
. G" Z% R0 M7 AHOLE_MAKING_DRILL_BORE_DRAG
HOLE_MAKING_DRILL_BORE_NODRAG
# i9 x! i+ U9 F* @# O) DHOLE_MAKING_DRILL_BORE_BACK
% h9 A8 M( S1 X" _% x+ VHOLE_MAKING_DRILL_BORE_MANUAL
SPOT_DRILLING
, [- J% [3 L, Q  D' g9 X; jDRILLING
PECK_DRILLING
7 I5 R1 O  h: O  S: E4 eBREAKCHIP_DRILLING
COUNTERBORING
COUNTERSINKING
! p% P: Y& \* z; Q/ RREAMING
8 p4 M! T. i7 u9 \BORING
HOLE_MILL
$ d  o/ w! e! k( T1 C$ }9 yFLOOR_WALL
FACE_MILLING
CAVITY_MILL
; s0 N  l5 s3 M8 O. MTAPPING
7 f4 ?$ y- ?. Z( [        ----ObjectSubtypeProgram-------
PROGRAM
        ----ObjectSubtypeSetup-------
2 b  j' B# n9 K1 i8 D& J" S4 O; B        ----ObjectSubtypeTool-------
8 v0 u+ E/ F4 L- G9 e& D; x% M) gCARRIER
) \5 v" ]# G: S0 ~3 S- [MCT_POCKET
HEAD
9 c, Y5 U, V' ^
2 u0 Z. C1 U; k0 g0 n9 J% q
$ c. p1 E; i3 _8 _; a% I4 z