NX二次开发源码分享：NXOpen C++获取当前加工模版和所有设置

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NX二次开发源码分享：NXOpen C++获取当前模版和所有设置

; Q& Z9 E' [2 W. C9 c) x# F. p
1 E0 R- u1 N: y/ }& D9 Nvoid createCAMTool::do_it()
{
5 \6 y& Z' j- I& @4 Y7 c0 q6 I
7 C/ \' @$ ]: R
# Y. o1 I  a! C' Y! }2 a        // TODO: add your code here
% c5 T$ m! b" S6 I2 i# x6 E        std::vector<NXString> types = theSession->CAMSession()->GetTemplateTypes();
4 B8 I  N4 m, v        for(int i = 0 ; i < types.size();i++)
        {
                print("Types:"+ types+"\n");
                std::vector<NXString> ObjectSubtypeGeometrysubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeGeometry);
3 i6 t8 X  a- C4 h2 M, g                print("\t----ObjectSubtypeGeometry-------");
% Q8 X5 X2 }2 o                for(int ii = 0 ; ii < ObjectSubtypeGeometrysubtypes.size();ii++)
5 v1 E* Z% e5 s7 G( K) P) N9 z                {
' k5 d& N" E8 p7 U) t1 r9 w                        print(ObjectSubtypeGeometrysubtypes[ii]);
- M. b/ Y  j+ W; H, [+ b, ~                }
                std::vector<NXString> ObjectSubtypeMethodsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeMethod);
. t2 M2 p7 ?2 V                print("\t----ObjectSubtypeMethod-------");
                for(int ii = 0 ; ii < ObjectSubtypeMethodsubtypes.size();ii++)
1 t' ^. z2 t9 C; o                {
0 P" y0 s, \3 C- L9 d                        print(ObjectSubtypeMethodsubtypes[ii]);
8 t  @. x3 f) f( u0 W- t3 A% {( Y* v  t" [                }
4 U/ z2 b+ \) D+ ?+ W                std::vector<NXString> ObjectSubtypeOperationsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeOperation);
8 r) y' w" C& }2 c                print("\t----ObjectSubtypeOperation-------");
                for(int ii = 0 ; ii < ObjectSubtypeOperationsubtypes.size();ii++)
                {
: s) @# n( f( v. t                        print(ObjectSubtypeOperationsubtypes[ii]);
( ?, T2 Q) [6 O( {  G                }
, N! d1 N6 K: ?1 ]/ E$ V                std::vector<NXString> ObjectSubtypeProgramsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeProgram);
                print("\t----ObjectSubtypeProgram-------");
                for(int ii = 0 ; ii < ObjectSubtypeProgramsubtypes.size();ii++)
9 A; ?* ?, [3 L. ?                {
                        print(ObjectSubtypeProgramsubtypes[ii]);
! o1 j" ]9 o; `                }
                std::vector<NXString> ObjectSubtypeSetupsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeSetup);
                print("\t----ObjectSubtypeSetup-------");
                for(int ii = 0 ; ii < ObjectSubtypeSetupsubtypes.size();ii++)
                {
. D- P/ j* K/ O. V: A: q                        print(ObjectSubtypeSetupsubtypes[ii]);
! U. z8 O  K4 E: p3 g                }
+ {1 p- D7 W5 {0 ?, p7 ?                std::vector<NXString> ObjectSubtypeToolsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeTool);
                print("\t----ObjectSubtypeTool-------");
+ p8 p! x; ?3 Z$ v+ @                for(int ii = 0 ; ii < ObjectSubtypeToolsubtypes.size();ii++)
: c8 j- V' ?1 d9 q, ?                {
% B( y! w" @1 ^( g3 ]                        print(ObjectSubtypeToolsubtypes[ii]);
, N/ \7 q) @9 b. x9 H$ F                }
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: e0 K0 N/ t$ J
! {7 m7 [  f; e' Y) K; ~$ ]& b
结果如下：


Types:mill_planar
        ----ObjectSubtypeGeometry-------
MCS
WORKPIECE
+ Q4 D3 G& j: ~& A8 F) Z" XMILL_AREA
MILL_BND
MILL_TEXT
% ^3 {% D. l7 }$ A4 OHOLE_BOSS_GEOM
# F% U4 t. V  S/ M& g/ n5 qMILL_GEOM
, ~. @3 f8 h% T- f  t/ ?        ----ObjectSubtypeMethod-------
MILL_METHOD
        ----ObjectSubtypeOperation-------
FLOOR_WALL
FLOOR_WALL_IPW
FACE_MILLING
5 z- X! v+ y% M( w: |, x$ \FACE_MILLING_MANUAL
( g% \* X9 t, s0 X0 rPLANAR_MILL
; H! H  S) V( ~: M6 A$ w9 W4 ]PLANAR_PROFILE
9 u- W+ q: A( UCLEANUP_CORNERS
FINISH_WALLS
6 A& P9 Y' ~5 w( m* l# E/ T5 VFINISH_FLOOR
/ B4 X* i0 g, v5 `GROOVE_MILLING
0 N3 {/ A) k( A9 K# t# C( F3 ?2 ]HOLE_MILLING
THREAD_MILLING
) K9 ]5 H8 E$ v: A$ O8 dPLANAR_TEXT
* ^% i* `8 R! G0 i0 g* c) _$ s( qMILL_CONTROL
MILL_USER
) b1 z. U: L, p, }+ U5 X8 t$ l. O! |        ----ObjectSubtypeProgram-------
PROGRAM
        ----ObjectSubtypeSetup-------
- @- P) [( }9 [. t) _3 P! }& S( ^        ----ObjectSubtypeTool-------
MILL
CHAMFER_MILL
2 y+ W; v  L! w* ?6 y& c  cBALL_MILL
SPHERICAL_MILL
T_CUTTER
; _# |# q! E, ]8 i! yBARREL
3 G: M( \3 F) r. W7 c8 }THREAD_MILL
MILL_USER_DEFINED
CARRIER
MCT_POCKET
HEAD
Types:mill_contour
        ----ObjectSubtypeGeometry-------
MCS
5 d% h% i" Y, v1 `WORKPIECE
* G! O  f1 L: K  s3 V+ K" hMILL_AREA
MILL_BND
MILL_TEXT
MILL_GEOM
        ----ObjectSubtypeMethod-------
MILL_METHOD
/ t2 o6 i6 ], [$ l& T) OMOLD_ROUGH_HSM
MOLD_SEMI_FINISH_HSM
MOLD_FINISH_HSM
4 l2 n5 y5 \3 p' l+ O  H' ]        ----ObjectSubtypeOperation-------
: `2 R2 D5 L% [$ e( |( fCAVITY_MILL
PLUNGE_MILLING
4 p& K5 k- e$ S# pCORNER_ROUGH
/ O. M) ?7 E! m# {. oREST_MILLING
ZLEVEL_PROFILE
ZLEVEL_CORNER
; X7 M( J( r& r8 l; fFIXED_CONTOUR
6 G( o6 T0 b7 A& a2 ^8 ACONTOUR_AREA
CONTOUR_SURFACE_AREA
STREAMLINE
CONTOUR_AREA_NON_STEEP
3 [; D- h# K5 t9 V' T: tCONTOUR_AREA_DIR_STEEP
2 A2 q- f& O% y" {& T) W/ ?; IFLOWCUT_SINGLE
FLOWCUT_MULTIPLE
4 y- x, z& p7 V( T/ u' IFLOWCUT_REF_TOOL
& M4 L+ T5 z/ r# A3 L+ D/ ~SOLID_PROFILE_3D
' h) S$ R0 T% T* [& ePROFILE_3D
& Y* m  e' T. Q2 BCONTOUR_TEXT
MILL_USER
MILL_CONTROL
        ----ObjectSubtypeProgram-------
8 V8 D6 p3 \3 Y4 k  m' ePROGRAM
        ----ObjectSubtypeSetup-------
; C" k) n5 a" b3 l$ F( g        ----ObjectSubtypeTool-------
MILL
  ]7 j& K& @* [  `CHAMFER_MILL
7 J$ ~2 n6 A( a  B% `BALL_MILL
8 H& @# z; @. n. B* ZSPHERICAL_MILL
BARREL
/ w( J# T0 [, f+ J' yT_CUTTER
CARRIER
5 g1 j. p4 ]6 ~: ^: pMCT_POCKET
HEAD
Types:mill_multi-axis
; L: l9 w, m, a% g5 Y% X( i7 w        ----ObjectSubtypeGeometry-------
MCS
6 P+ q' T# r2 ]3 F# {, FWORKPIECE
( g$ ]' l" T, V* vMILL_AREA
8 ]7 v9 r& ]* ^( P0 LMILL_BND
6 y+ B0 F; O# e6 c+ b% {MILL_GEOM
        ----ObjectSubtypeMethod-------
MILL_METHOD
        ----ObjectSubtypeOperation-------
VARIABLE_CONTOUR
VARIABLE_STREAMLINE
4 t6 O& {( j3 P, I* kCONTOUR_PROFILE
FIXED_CONTOUR
0 Z9 E& X' I; K. B$ pZLEVEL_5AXIS
SEQUENTIAL_MILL
GENERIC_MOTION
MILL_USER
# q( W. R  K8 R% TMILL_CONTROL
        ----ObjectSubtypeProgram-------
: u. D% L+ G4 M, {5 nPROGRAM
        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
MILL
CHAMFER_MILL
0 s5 x% s' Y1 @/ J+ b8 f; ~BALL_MILL
# e% u3 ?% I0 H' b* L( NSPHERICAL_MILL
MILL_7_PARAMETER
3 _- C* ~6 w4 K7 f/ C# k3 H6 S8 bMILL_10_PARAMETER
BARREL
. r+ Q4 ?$ T0 Z  P$ h# ~; MT_CUTTER
CARRIER
* G8 P; H& P5 Y) N, w: PMCT_POCKET
HEAD
! I1 Q% g& n/ ?1 p+ LTypes:mill_multi_blade
8 B5 o/ |6 M' E7 U& _. @8 N        ----ObjectSubtypeGeometry-------
' b2 J1 `7 I$ j0 ]" QMCS
4 a* ^% s: Y8 g( uWORKPIECE
$ G+ p! o( V6 f% p! G  lMULTI_BLADE_GEOM
! s. N: m7 Q8 _        ----ObjectSubtypeMethod-------
4 }; Q" N. ]/ g+ t. l4 m" ]MULTI_BLADE_FINISH
1 i3 y$ J9 C; q9 z& c( W& KMILL_METHOD
        ----ObjectSubtypeOperation-------
+ y* U! z1 K( l% y3 t) O" x6 `+ GMULTI_BLADE_ROUGH
4 x: F/ t1 g( o9 DHUB_FINISH
! O' H" h. ]/ f( TBLADE_FINISH
* A: W* @2 u/ yBLEND_FINISH
GENERIC_MOTION
+ d- s2 B; d  P' sMILL_USER
. v/ W7 I( y, r; n7 {8 v6 PMILL_CONTROL
        ----ObjectSubtypeProgram-------
PROGRAM
5 `* z' h0 V, ^  X        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
0 w: `" F0 c6 [/ @9 z' ^2 E  lMILL
% b7 D9 V5 q3 _5 [5 Q; _  ?CHAMFER_MILL
BALL_MILL
SPHERICAL_MILL
% x  x. I9 P0 L9 @; aMILL_7_PARAMETER
MILL_10_PARAMETER
BARREL
, N7 e+ Z1 ]( Y# ET_CUTTER
3 h' {& T, W5 x# A6 {: {  tCARRIER
- Y+ c6 ~6 ^/ z7 S: W  _6 J% yMCT_POCKET
& n2 A/ L4 i- q3 L. e( A, yHEAD
Types:mill_rotary
3 r6 l6 _) R; T% X1 t        ----ObjectSubtypeGeometry-------
MCS
! a: W* F3 A& L( V  T3 DWORKPIECE
$ U' w2 W5 z5 B: S9 G# _" U; T% KROTARY_GEOM
- @" c. h8 i( V* r' A        ----ObjectSubtypeMethod-------
* S# C0 S) O( e; M5 E, Q5 S3 aMILL_METHOD
- k7 l  M& C& N2 _' M# P        ----ObjectSubtypeOperation-------
ROTARY_FLOOR
& V7 `+ |- J+ Z9 w  I/ V' YGENERIC_MOTION
6 Q* u5 u3 T4 y! [  c8 K: KMILL_USER
1 p3 O$ R. S( u1 B+ _5 I. I9 i  SMILL_CONTROL
: \( @$ z+ [  h7 t% `        ----ObjectSubtypeProgram-------
PROGRAM
$ d7 ]- _( `, g7 t3 o% {0 y        ----ObjectSubtypeSetup-------
! Z) C! C. y/ M' S9 x( T% M        ----ObjectSubtypeTool-------
BALL_MILL
SPHERICAL_MILL
+ n, _- Q# Q1 _1 \+ M3 S$ c: X; x5 mCARRIER
MCT_POCKET
Types:hole_making
        ----ObjectSubtypeGeometry-------
MCS
$ Q3 \; }; B8 Y* I% f$ ?1 [WORKPIECE
MILL_AREA
FBM_GEOM
$ T* x2 U( D2 [  e) jSIMPLE_HOLE
CB_HOLE
. S: A1 V: B, [" U: L8 xCS_HOLE
; K* d7 m0 V9 I+ K2 L8 S6 I3 TTHD_SIMPLE_HOLE
! W' I* k# T7 s* e& uTHD_CB_HOLE
/ j) X2 Q8 X+ C7 W. O5 r% D! W) nTHD_CS_HOLE
! }$ `) U- w6 {0 b7 R5 I3 lSYMBOLIC_THREAD
CAP_SCREW_CB
. P/ J! B4 e# s6 GCAP_SCREW_CS
FIT_HOLE
STANDARD_THREAD
ALL_FEATURES
, ]& p$ g* C% I( Q! f# O0 |HOLE_BOSS_GEOM
* A- T! [: q# \* b) t. V9 K        ----ObjectSubtypeMethod-------
5 A; x' f; e) L: s5 z+ J. r: }DRILL_METHOD
HOLE_MILL_METHOD
        ----ObjectSubtypeOperation-------
SPOT_DRILLING
% w: g$ C: R2 y* k$ M1 u, cDRILLING
4 i, r* k' f+ e- ]- z, g5 YCOUNTERSINKING
6 C# b; K# C  ?& pTAPPING
# T8 A' P8 F: b; e$ WHOLE_MILLING
# S( ^3 O- L  @  E/ W; R: OHOLE_CHAMFER_MILLING
2 L" B2 W8 N  {* j. f6 D8 s/ XBOSS_MILLING
THREAD_MILLING
BOSS_THREAD_MILLING
# E. l2 d. T& r' `, aMILL_CONTROL
HOLE_MAKING
HOLE_MILL
        ----ObjectSubtypeProgram-------
PROGRAM
3 [" c  J1 A- A; nOPTIMIZED_NC
        ----ObjectSubtypeSetup-------
  N1 b  p2 G5 `2 I2 n7 b        ----ObjectSubtypeTool-------
STD_DRILL
CENTERDRILL
! b- v( n3 s( C( Y1 |COUNTER_SINK
SPOT_DRILL
  W& U& W- n/ n# YBORE
REAMER
STEP_DRILL
8 L5 z3 n# n. ~# ~/ D% d1 \CORE_DRILL
! [  L, Q) V$ JCOUNTER_BORE
0 D1 `, \' d& o; LTAP
  F2 R& {: U7 @- r. pTHREAD_MILL
SPOT_FACING
6 I8 ?- c5 ^) y+ _! o0 l: I6 {CHAMFER_MILL
MILL
. `* s* A$ Z! `+ o( pCARRIER
% I; ?% |$ G# S  K7 ~, {5 [MCT_POCKET
HEAD
Types:drill
        ----ObjectSubtypeGeometry-------
MCS
WORKPIECE
DRILL_GEOM
HOLE_BOSS_GEOM
+ t3 w; Z. K4 }1 a  g: W5 i. U        ----ObjectSubtypeMethod-------
DRILL_METHOD
# O! z* J7 n$ B$ c        ----ObjectSubtypeOperation-------
SPOT_FACING
SPOT_DRILLING
DRILLING
4 H+ H; D, f7 Y+ |& ?. zPECK_DRILLING
BREAKCHIP_DRILLING
BORING
6 O! s0 M/ Q6 E6 c8 M/ n1 ~5 e( @& X- ?4 MREAMING
COUNTERBORING
1 L0 A. _& M& X% @5 {COUNTERSINKING
0 E7 O  u% C# I, P% T' l+ P0 zTAPPING
  P& m! Q  }, i; ZHOLE_MILLING
5 l0 y1 f5 O* zTHREAD_MILLING
5 V! G# {" j3 O  J: jMILL_CONTROL
6 e' D0 q, K* M! E0 T2 nMILL_USER
        ----ObjectSubtypeProgram-------
PROGRAM
& M( F* r' Y& ]4 T) ~        ----ObjectSubtypeSetup-------
9 W% o0 ^& C% r; W5 H+ ^        ----ObjectSubtypeTool-------
% g: B' r' [' BSPOTFACING_TOOL
SPOTDRILLING_TOOL
& @7 L0 C! v7 J3 V' G* O# IDRILLING_TOOL
BORING_BAR
9 W9 d, r9 L8 Y7 Q  wREAMER
COUNTERBORING_TOOL
8 [4 ]& V  u2 j1 \9 sCOUNTERSINKING_TOOL
1 G/ N2 A* i3 X# J7 XTAP
THREAD_MILL
. Q! P, l8 {4 q" A3 t" L( wCARRIER
MCT_POCKET
/ R8 O: ~( H5 z8 n0 f" ?+ A, `& e3 ~' WHEAD
* N( F2 K+ N/ ^) wTypes:turning
        ----ObjectSubtypeGeometry-------
MCS_SPINDLE
WORKPIECE
, o4 [2 }& d5 L+ hTURNING_WORKPIECE
3 s) x. n6 B! f2 Q* k6 H& _+ W% LTURNING_PART
CONTAINMENT
$ L  y" m1 p1 r% m$ F8 wAVOIDANCE
5 ]; x) V4 ?7 B$ H5 F2 ?5 Z+ y        ----ObjectSubtypeMethod-------
LATHE_METHOD
0 T- J$ w' D! l0 g9 l4 d. |        ----ObjectSubtypeOperation-------
0 Y/ L8 S9 l% M& @: K  G6 H$ o) dCENTERLINE_SPOTDRILL
CENTERLINE_DRILLING
CENTERLINE_PECKDRILL
CENTERLINE_BREAKCHIP
CENTERLINE_REAMING
CENTERLINE_TAPPING
FACING
7 q; e8 V$ ^+ {6 f6 {7 [2 DROUGH_TURN_OD
ROUGH_BACK_TURN
- N% j+ e7 i+ Z0 g, P: S8 T. V/ R) mROUGH_BORE_ID
ROUGH_BACK_BORE
FINISH_TURN_OD
FINISH_BORE_ID
FINISH_BACK_BORE
& r$ v$ v4 P6 @1 PTEACH_MODE
GROOVE_OD
GROOVE_ID
; q) K! U, u) {$ [/ H6 \GROOVE_FACE
THREAD_OD
& S) ]- ?/ I' x1 N! KTHREAD_ID
6 f( P6 ]; k/ _8 Q( g# pPARTOFF
! T2 e4 o5 T. u: e/ m  ]9 oLATHE_CONTROL
LATHE_USER
        ----ObjectSubtypeProgram-------
PROGRAM
8 O( }# w+ p0 x* M3 A/ P2 E2 Y        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
SPOTDRILLING_TOOL
DRILLING_TOOL
2 S6 M- Y3 o; L! o, }6 hOD_80_L
OD_80_R
OD_55_L
9 n* d0 A  }; Z: O& u2 L6 POD_55_R
ID_80_L
) b2 s0 s6 J1 `& NID_55_L
0 `6 u/ P* k' |& LBACKBORE_55_L
) `% t+ i6 z8 L/ \6 I5 m% z5 aOD_GROOVE_L
FACE_GROOVE_L
ID_GROOVE_L
9 V+ S: W! C& w. kOD_THREAD_L
ID_THREAD_L
FORM_TOOL
CARRIER
MCT_POCKET
Types:wire_edm
        ----ObjectSubtypeGeometry-------
* n% c9 g" f6 G: uMCS_WEDM
WORKPIECE
' M. K/ S4 L. t5 _( f8 gSEQUENCE_INTERNAL_TRIM
SEQUENCE_EXTERNAL_TRIM
WEDM_GEOM
2 \, U9 r$ x, }- r) }/ W7 l' X        ----ObjectSubtypeMethod-------
: ~3 C3 B" M& K% a$ ~% x# ?$ hWEDM_METHOD
' f% d, Z% l- m; H% t& |$ r6 h        ----ObjectSubtypeOperation-------
: F5 {0 V1 Z- U, Q) x+ v1 KNOCORE
9 ^' u& Q. w) P3 e/ HEXTERNAL_TRIM
! I7 G& l$ }, r& cINTERNAL_TRIM
OPEN_PROFILE
WEDM_CONTROL
WEDM_USER
6 H, F8 i: S7 n  E# l; q0 ~" y  Y! h        ----ObjectSubtypeProgram-------
PROGRAM
- e) v, ~$ L) L. f9 q        ----ObjectSubtypeSetup-------
9 I) N$ P# L4 u! G( Y' H: d8 |- G% k        ----ObjectSubtypeTool-------
WIRE
: k: y1 a: w% zTypes:probing
        ----ObjectSubtypeGeometry-------
7 f3 j" `' t" O7 [4 f4 J. ~- j: ?; IMCS_MILL
WORKPIECE
        ----ObjectSubtypeMethod-------
9 s' b1 C" M7 HMILL_METHOD
/ J$ i) c4 U( {( B* [" B' RLATHE_METHOD
9 A7 k( M4 K4 Q        ----ObjectSubtypeOperation-------
0 I  X8 R1 J! Z" ^& UMILL_PART_PROBING
TURN_PART_PROBING
0 m. Z3 x; x. ^# U  g# xMILL_TOOL_PROBING
) k( m1 u# j  _, c2 y3 VTURN_TOOL_PROBING
GENERIC_MOTION
& @3 ^6 K* n2 V7 ~& g' K( d9 m) K        ----ObjectSubtypeProgram-------
+ ?4 l1 i! I) J+ x5 T6 m: |9 M. tPROGRAM
        ----ObjectSubtypeSetup-------
  E+ s0 g6 E$ [+ I7 E        ----ObjectSubtypeTool-------
PROBE
GENERIC
Types:solid_tool
        ----ObjectSubtypeGeometry-------
        ----ObjectSubtypeMethod-------
" S; g" V! h* c9 d: Y6 f        ----ObjectSubtypeOperation-------
+ |) A( _7 j4 \6 A) |% g) O- E, n( w! |        ----ObjectSubtypeProgram-------
        ----ObjectSubtypeSetup-------
/ ]) B1 P. G' o. z7 H        ----ObjectSubtypeTool-------
GENERIC
# Y) W' z/ p5 jPROBE
Types:machining_knowledge
8 }; u$ c% u2 M        ----ObjectSubtypeGeometry-------
MCS
3 ~  C- n9 f5 LWORKPIECE
MILL_AREA
PROCESS_FEATURES
        ----ObjectSubtypeMethod-------
: J# ~" d5 P# h! F9 I; Z6 r: t3 BPRE_DRILL_METHOD
" n& n) H1 J3 fDEBURRING_METHOD
( p$ _: [4 D! V; T9 k9 m, VCSINK_THD_METHOD
TAP_METHOD
STEP_DRILL_METHOD
: x" n" h; @5 I" W! [, YTHREAD_MILL_METHOD
( J2 p: R3 C& U- f  n1 b$ L2 RMILL_CB_METHOD
- g7 a$ _1 A; r# t$ J* a1 \. KBREAKCHIP_DRILL_METHOD
BORE_METHOD
4 \5 I+ m5 H3 ?  rCENTER_DRILL_METHOD
CORE_DRILL_METHOD
1 M1 I' ~7 k0 J* C% }9 tCBORE_METHOD
2 j$ @) [. U: A- M) Z3 rCSINK_METHOD
DRILL_METHOD
' [7 Y& F% ~8 _PECK_DRILL_METHOD
REAMING_METHOD
SPOT_DRILL_METHOD
TAPPING_METHOD
$ L) h& @, T$ n) z( |  ^& m# eHOLE_MILL_METHOD
% n9 O( R1 k; |- LMILL_METHOD_ROUGH
% P! _) N/ i* H! U7 g        ----ObjectSubtypeOperation-------
HOLE_MAKING
9 Z- K. t- y+ U) W5 n2 \1 `HOLE_MAKING_DRILL_TEXT
HOLE_MAKING_DRILL_DEEP
HOLE_MAKING_DRILL_BORE_DRAG
HOLE_MAKING_DRILL_BORE_NODRAG
: |! F) b- e$ k3 QHOLE_MAKING_DRILL_BORE_BACK
5 }. |. Z% b# _; j( |HOLE_MAKING_DRILL_BORE_MANUAL
SPOT_DRILLING
DRILLING
, _# m7 x' E# l" W# KPECK_DRILLING
% \% ?* k3 s0 s0 wBREAKCHIP_DRILLING
COUNTERBORING
  l! ~9 s: w3 i  MCOUNTERSINKING
8 s  S% N% c! f6 g' N; ~REAMING
- r3 N7 `3 V3 Y0 WBORING
2 h: _7 \- y/ w; EHOLE_MILL
FLOOR_WALL
FACE_MILLING
! `& D. u& h9 D; LCAVITY_MILL
TAPPING
        ----ObjectSubtypeProgram-------
PROGRAM
        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
$ w8 I- ]  N( n+ _' lCARRIER
MCT_POCKET
' ^5 M5 v' f1 e1 c) bHEAD