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
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; [1 Y0 p2 F0 t* k9 w' |4 k/ pvoid createCAMTool::do_it()
! h0 }; g8 T2 |; N{


, `8 _4 `% Y, i( D$ T5 b. r        // TODO: add your code here
        std::vector<NXString> types = theSession->CAMSession()->GetTemplateTypes();
        for(int i = 0 ; i < types.size();i++)
        {
# V7 N2 }/ E4 m! _                print("Types:"+ types+"\n");
                std::vector<NXString> ObjectSubtypeGeometrysubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeGeometry);
' o" N: E7 Q* @2 n' {                print("\t----ObjectSubtypeGeometry-------");
                for(int ii = 0 ; ii < ObjectSubtypeGeometrysubtypes.size();ii++)
0 @! [# ]; I: G: k$ F                {
/ E8 N5 @8 f: g) r: Y0 \                        print(ObjectSubtypeGeometrysubtypes[ii]);
  |# S& B& @4 [                }
3 Z' |# {) t) v0 e7 Q( K* _                std::vector<NXString> ObjectSubtypeMethodsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeMethod);
% Z* g, w; g# E  h3 z! x- }7 a                print("\t----ObjectSubtypeMethod-------");
* x7 g/ Q. W9 _7 G4 b3 z( S# j$ T                for(int ii = 0 ; ii < ObjectSubtypeMethodsubtypes.size();ii++)
0 Z$ o  k6 u1 {- A- l0 n" l0 S                {
                        print(ObjectSubtypeMethodsubtypes[ii]);
* |" w, s( _6 T8 e! M4 V0 I                }
/ C* v) ~. K. R$ O1 P                std::vector<NXString> ObjectSubtypeOperationsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeOperation);
                print("\t----ObjectSubtypeOperation-------");
                for(int ii = 0 ; ii < ObjectSubtypeOperationsubtypes.size();ii++)
                {
3 G& \, [2 ~1 @7 C. o                        print(ObjectSubtypeOperationsubtypes[ii]);
                }
; @1 ]% {( [7 J/ `$ p/ h* i1 U                std::vector<NXString> ObjectSubtypeProgramsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeProgram);
                print("\t----ObjectSubtypeProgram-------");
% W! H( r0 l# K; i8 g. G5 t6 m& ?                for(int ii = 0 ; ii < ObjectSubtypeProgramsubtypes.size();ii++)
0 [3 z  Y9 c' ^9 \9 x                {
                        print(ObjectSubtypeProgramsubtypes[ii]);
( M6 X' j/ p; I' `                }
, |6 B, j0 w0 l$ N3 ~" z; D                std::vector<NXString> ObjectSubtypeSetupsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeSetup);
                print("\t----ObjectSubtypeSetup-------");
                for(int ii = 0 ; ii < ObjectSubtypeSetupsubtypes.size();ii++)
                {
& I+ i, s6 P8 m2 V                        print(ObjectSubtypeSetupsubtypes[ii]);
                }
/ y, a5 C5 _0 U0 M4 M                std::vector<NXString> ObjectSubtypeToolsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeTool);
) s! |. X+ @( K$ \- K                print("\t----ObjectSubtypeTool-------");
                for(int ii = 0 ; ii < ObjectSubtypeToolsubtypes.size();ii++)
1 O: f. L" ]9 x5 X/ |. T                {
) w. h+ I9 a  k+ }, V                        print(ObjectSubtypeToolsubtypes[ii]);
                }
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结果如下：
8 \+ N1 `* g; L: b- x8 F
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7 }8 {3 B, L: Q- r2 R9 S3 e: nTypes:mill_planar
$ U/ Z* k5 l5 Z- g! X2 p        ----ObjectSubtypeGeometry-------
4 G: I; m3 _, l) S8 K" ~: oMCS
1 c* T- C) E! ^' J6 i- ~WORKPIECE
MILL_AREA
1 M- s6 q" N8 M: ], m/ eMILL_BND
$ c1 b. ^/ i& ]! U; N8 d. ^6 {MILL_TEXT
3 j+ {( ^* _+ X2 r5 EHOLE_BOSS_GEOM
MILL_GEOM
2 _! K- ]$ E" r: J$ v" G        ----ObjectSubtypeMethod-------
2 s( Q/ o# O& y# n$ _; j  E, uMILL_METHOD
        ----ObjectSubtypeOperation-------
FLOOR_WALL
FLOOR_WALL_IPW
FACE_MILLING
FACE_MILLING_MANUAL
% u: Y8 `3 `  q7 |; K  l- N9 GPLANAR_MILL
PLANAR_PROFILE
5 X/ T; t, p) @6 J# YCLEANUP_CORNERS
FINISH_WALLS
FINISH_FLOOR
GROOVE_MILLING
HOLE_MILLING
THREAD_MILLING
PLANAR_TEXT
MILL_CONTROL
+ S+ e; }+ X# ~% E& i; F9 aMILL_USER
        ----ObjectSubtypeProgram-------
PROGRAM
        ----ObjectSubtypeSetup-------
9 q2 n7 i# n8 p& g& A& x        ----ObjectSubtypeTool-------
MILL
1 n; F5 ^6 ^) u* G; k7 z: L" ^2 qCHAMFER_MILL
- W7 p& ?  h7 C2 p7 F% U) e( lBALL_MILL
" F" ~/ p8 W% GSPHERICAL_MILL
T_CUTTER
BARREL
THREAD_MILL
MILL_USER_DEFINED
3 `4 k3 Y7 O5 w( P0 T! O: C+ R2 s# ICARRIER
MCT_POCKET
$ A/ f8 j8 _  y3 `+ l3 wHEAD
Types:mill_contour
        ----ObjectSubtypeGeometry-------
& X) s, o7 s. F. rMCS
WORKPIECE
  o- ?8 d1 ^5 E, |" Z. x. TMILL_AREA
MILL_BND
MILL_TEXT
4 O% F4 @. V( A1 kMILL_GEOM
7 W* o, V" T' K" |4 Y; ~" z        ----ObjectSubtypeMethod-------
MILL_METHOD
* G( `" ]1 a/ y/ a* ^+ |MOLD_ROUGH_HSM
* ~' ^. ^1 g9 F8 r/ QMOLD_SEMI_FINISH_HSM
MOLD_FINISH_HSM
        ----ObjectSubtypeOperation-------
CAVITY_MILL
PLUNGE_MILLING
! g9 e' d. k4 `CORNER_ROUGH
/ Y  n, ?" E0 qREST_MILLING
( i7 ~6 r1 B3 J: BZLEVEL_PROFILE
ZLEVEL_CORNER
# I: C6 S2 s- n$ r5 d, T  fFIXED_CONTOUR
CONTOUR_AREA
CONTOUR_SURFACE_AREA
STREAMLINE
" o) V" T' c& L' B+ ^CONTOUR_AREA_NON_STEEP
CONTOUR_AREA_DIR_STEEP
& \# N4 q+ T+ HFLOWCUT_SINGLE
FLOWCUT_MULTIPLE
FLOWCUT_REF_TOOL
SOLID_PROFILE_3D
% v" V: s7 E4 u5 \PROFILE_3D
CONTOUR_TEXT
! M& d4 _: U. O# Q  q4 A* |MILL_USER
( m( W1 ]" H- p5 H* c  ]4 vMILL_CONTROL
        ----ObjectSubtypeProgram-------
PROGRAM
        ----ObjectSubtypeSetup-------
! k  I; `. y. h  k) x5 E        ----ObjectSubtypeTool-------
: W3 _) [1 R. Z0 K, DMILL
' w$ e1 I$ L' n& E/ fCHAMFER_MILL
BALL_MILL
SPHERICAL_MILL
BARREL
4 X3 V, }, w& @9 S$ lT_CUTTER
CARRIER
3 T- y& P% l: l5 X1 KMCT_POCKET
3 }8 ?# j- h' Y9 l, I2 KHEAD
Types:mill_multi-axis
        ----ObjectSubtypeGeometry-------
! S. u; y; p) y  |1 |" {4 y1 GMCS
WORKPIECE
% a- c3 s' r6 `" F" KMILL_AREA
0 M; B7 o! q) O. w" ~) u  YMILL_BND
& N0 [) q( i% z/ _% P$ r! [0 _MILL_GEOM
* I" K! s9 C1 C! R. l        ----ObjectSubtypeMethod-------
* B8 j5 ]; d- P! F0 n% i0 qMILL_METHOD
        ----ObjectSubtypeOperation-------
VARIABLE_CONTOUR
VARIABLE_STREAMLINE
CONTOUR_PROFILE
8 Z% D: Z( D8 ]7 W# B  ^& I& \FIXED_CONTOUR
2 T) F( v1 H; UZLEVEL_5AXIS
6 v; H& _2 L  Y1 bSEQUENTIAL_MILL
GENERIC_MOTION
0 Z" T( p$ ]$ Y( lMILL_USER
MILL_CONTROL
- e; W( h6 n. G0 r% W6 N        ----ObjectSubtypeProgram-------
  z, o& f9 X2 V" n+ BPROGRAM
        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
4 @0 i) R5 h! V) y( oMILL
CHAMFER_MILL
2 X0 P* W" c; U* h0 m/ O, QBALL_MILL
SPHERICAL_MILL
MILL_7_PARAMETER
! ]7 s+ S$ o0 kMILL_10_PARAMETER
BARREL
* U/ ^  t. b' XT_CUTTER
CARRIER
% U" K' [3 x& j' F/ t) m) E2 jMCT_POCKET
HEAD
9 m* M+ m) |* m* k" _% ~- x8 FTypes:mill_multi_blade
7 c) A6 z# x5 t) p( _' e9 B        ----ObjectSubtypeGeometry-------
MCS
WORKPIECE
# ?# C6 Y7 s/ f6 kMULTI_BLADE_GEOM
        ----ObjectSubtypeMethod-------
MULTI_BLADE_FINISH
2 `  g" C+ V& k5 U7 X  y1 tMILL_METHOD
& K1 `. z7 H. m- m        ----ObjectSubtypeOperation-------
MULTI_BLADE_ROUGH
& w, A4 }! h1 G! z1 A$ _. JHUB_FINISH
BLADE_FINISH
4 j1 a7 g, }# J9 r6 A, ]BLEND_FINISH
GENERIC_MOTION
, R7 C+ Y; a1 v( g- \" Z  sMILL_USER
MILL_CONTROL
4 [. q! q# d' I7 x' ]" b7 ~        ----ObjectSubtypeProgram-------
PROGRAM
        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
& y  |' Q7 c4 e1 aMILL
CHAMFER_MILL
BALL_MILL
SPHERICAL_MILL
6 a" E% }1 e: O0 N, gMILL_7_PARAMETER
, P# [! D' l6 w" u7 s6 |- a& e& wMILL_10_PARAMETER
BARREL
1 a/ q- |3 _' h. x8 rT_CUTTER
CARRIER
MCT_POCKET
HEAD
) @: w1 y8 b! l! J: F( A6 `6 v5 MTypes:mill_rotary
        ----ObjectSubtypeGeometry-------
6 @6 A! f$ g3 r3 I8 b  q" DMCS
" D2 c' F* o& sWORKPIECE
. `- O8 P" V. z# y" [- a, s2 |ROTARY_GEOM
5 `9 P& a5 C9 i1 M6 [0 t; P' M* Q* ~        ----ObjectSubtypeMethod-------
MILL_METHOD
# x. N2 E) o1 U        ----ObjectSubtypeOperation-------
ROTARY_FLOOR
9 B* k( Q4 Q" g  X. DGENERIC_MOTION
/ J( ?5 @+ h0 h( QMILL_USER
MILL_CONTROL
        ----ObjectSubtypeProgram-------
) G) ?- T2 d9 r% d. i8 iPROGRAM
8 f7 }5 a; \+ H2 D        ----ObjectSubtypeSetup-------
, f* s6 |' {1 A) Q- \* C        ----ObjectSubtypeTool-------
BALL_MILL
7 l. l; M/ s7 P/ j5 JSPHERICAL_MILL
7 X$ G9 N: t5 H$ |0 q5 ^( x. uCARRIER
2 R: ^! H. t& G& `MCT_POCKET
2 y. `) }4 E% n$ k, t$ K4 NTypes:hole_making
% h5 U, }! X% b& S        ----ObjectSubtypeGeometry-------
MCS
+ v" M7 C1 q8 h# N4 J6 xWORKPIECE
MILL_AREA
$ o: ^# j0 u5 B7 q6 t2 F/ mFBM_GEOM
, D% K. H! b7 e' iSIMPLE_HOLE
* `) u/ f7 n. q- ECB_HOLE
CS_HOLE
# p+ _- V" I5 O# ^THD_SIMPLE_HOLE
. L$ P) P/ b( s" Q; b" b7 |6 QTHD_CB_HOLE
3 c1 M1 H3 ], z6 U$ mTHD_CS_HOLE
SYMBOLIC_THREAD
CAP_SCREW_CB
CAP_SCREW_CS
FIT_HOLE
STANDARD_THREAD
ALL_FEATURES
HOLE_BOSS_GEOM
" p$ w# k1 p0 n& |3 x        ----ObjectSubtypeMethod-------
* S/ i7 W! V7 V( A" M9 p4 K; A; }" o" h3 lDRILL_METHOD
& o  q7 o( X5 U; ^' c4 j! x  IHOLE_MILL_METHOD
& w2 U" p" ]" L7 q# Z        ----ObjectSubtypeOperation-------
SPOT_DRILLING
DRILLING
COUNTERSINKING
9 `1 r/ M1 Z# {; t3 s  H/ {& aTAPPING
HOLE_MILLING
6 ?3 r* U0 k6 e3 Y7 ]HOLE_CHAMFER_MILLING
) q1 K$ ?1 C! m, TBOSS_MILLING
: F. ^/ P4 w4 RTHREAD_MILLING
BOSS_THREAD_MILLING
( M0 I4 z8 t: N% I' I; `3 ~MILL_CONTROL
0 G& i% d) l2 g6 V8 o% I5 wHOLE_MAKING
9 H" J& R  M$ Q$ n! G% B2 [, zHOLE_MILL
; }4 P  a+ {! x; V6 H; @4 s' O        ----ObjectSubtypeProgram-------
PROGRAM
3 Y; O+ S0 `0 f7 n# a" GOPTIMIZED_NC
        ----ObjectSubtypeSetup-------
: Q( j0 n5 }9 z; w+ c5 t* g3 c, @        ----ObjectSubtypeTool-------
STD_DRILL
CENTERDRILL
+ }& Y/ i) f/ P/ VCOUNTER_SINK
8 L3 r4 D$ b& S! a# c) R7 Z, XSPOT_DRILL
BORE
REAMER
, S$ E; g  s9 gSTEP_DRILL
CORE_DRILL
* w+ t* p8 i+ ]2 PCOUNTER_BORE
# S/ I7 Q, L& ^7 UTAP
* W% J5 x& D3 k' P# Y+ A- q4 wTHREAD_MILL
SPOT_FACING
2 s, T- t* w  l% g3 JCHAMFER_MILL
MILL
CARRIER
MCT_POCKET
HEAD
Types:drill
; Q4 D; p& _  q# E! ?        ----ObjectSubtypeGeometry-------
3 L: P, h8 U8 a, m+ _! G$ bMCS
WORKPIECE
DRILL_GEOM
: L3 C7 Q* p. V$ w' aHOLE_BOSS_GEOM
% w0 e7 [; p/ E& T        ----ObjectSubtypeMethod-------
DRILL_METHOD
        ----ObjectSubtypeOperation-------
SPOT_FACING
# e. }4 t3 n' oSPOT_DRILLING
DRILLING
) K  N# C. j% WPECK_DRILLING
- j6 ~( ~8 G' o5 t% c! yBREAKCHIP_DRILLING
/ B6 q2 Z( `! I4 k  OBORING
: T5 V( J1 x' d* v- s1 }1 h1 RREAMING
: V# D# b1 K, g, q6 ^COUNTERBORING
COUNTERSINKING
TAPPING
HOLE_MILLING
8 w1 X$ U9 j' R5 ATHREAD_MILLING
- J+ C8 Y( x1 `2 V8 p  UMILL_CONTROL
: H& e3 Z: @3 P/ b# N) [6 B, P' qMILL_USER
        ----ObjectSubtypeProgram-------
' z: B) g9 O* U, w" y5 @PROGRAM
$ y# b) a+ w/ b& `# I9 q% k1 p" H* c        ----ObjectSubtypeSetup-------
: |; w$ T, l( Y/ ?        ----ObjectSubtypeTool-------
SPOTFACING_TOOL
/ L& A8 R7 I! k$ _! @5 [SPOTDRILLING_TOOL
DRILLING_TOOL
/ D4 _; y! R  ^' w. ]  @( u9 sBORING_BAR
REAMER
( \5 Y7 F" B+ s- c- d7 R* ICOUNTERBORING_TOOL
COUNTERSINKING_TOOL
* l- A1 D+ x" N1 qTAP
THREAD_MILL
7 l( \  c+ |7 w% r' C* \2 P3 ]CARRIER
MCT_POCKET
HEAD
Types:turning
        ----ObjectSubtypeGeometry-------
, H9 Z) n) I7 _1 O* D# d  qMCS_SPINDLE
6 v4 ]/ A# ?/ Q7 d: @4 l" @# R! JWORKPIECE
TURNING_WORKPIECE
9 I% v8 l, x: \. }. bTURNING_PART
CONTAINMENT
& G- d# `) Z5 t, F% cAVOIDANCE
" ^$ o: K( Y5 d. [        ----ObjectSubtypeMethod-------
LATHE_METHOD
* u, i7 z( c6 i  J% k* G) k        ----ObjectSubtypeOperation-------
CENTERLINE_SPOTDRILL
( v; o& d1 x5 z. M" x& RCENTERLINE_DRILLING
CENTERLINE_PECKDRILL
( w7 V% I& `; n" y8 d  ?5 w+ ~CENTERLINE_BREAKCHIP
CENTERLINE_REAMING
CENTERLINE_TAPPING
FACING
4 K( f  r: {+ P; g, L6 x; kROUGH_TURN_OD
9 |; K5 D' f4 y- ]ROUGH_BACK_TURN
+ o' E/ C0 X# _# {) j, J/ HROUGH_BORE_ID
ROUGH_BACK_BORE
FINISH_TURN_OD
. r$ M* i) v* v( D1 q! @FINISH_BORE_ID
% _0 ]# T2 e% O0 nFINISH_BACK_BORE
! T$ V4 h  l8 {, b7 Z+ WTEACH_MODE
GROOVE_OD
  x3 b# Z' j2 f9 q9 i- h. Q8 YGROOVE_ID
) Z" m. M! f; F1 w; J# ?# IGROOVE_FACE
THREAD_OD
THREAD_ID
PARTOFF
LATHE_CONTROL
' k. A. m; k! H) p$ M( l) t2 nLATHE_USER
! Z6 K- r9 v  X" R) z6 o        ----ObjectSubtypeProgram-------
$ o( P6 H% j( _5 S& T" fPROGRAM
$ c$ d: M7 B: i) Z        ----ObjectSubtypeSetup-------
. J9 s& f& b4 x1 H3 `        ----ObjectSubtypeTool-------
2 q1 B& p, N% s5 Z, ASPOTDRILLING_TOOL
DRILLING_TOOL
5 e, j& E, M% I' @% t1 x7 x6 wOD_80_L
OD_80_R
7 a! m  D1 V+ M( S  F$ r9 b& \$ DOD_55_L
OD_55_R
ID_80_L
ID_55_L
  v: W6 Y1 r/ n9 fBACKBORE_55_L
OD_GROOVE_L
FACE_GROOVE_L
ID_GROOVE_L
OD_THREAD_L
* f, I( p8 T/ w  m+ G; WID_THREAD_L
FORM_TOOL
7 _  C0 u8 [8 X% a: jCARRIER
MCT_POCKET
) c: o4 Q+ o. \Types:wire_edm
3 a+ Z+ \$ D& h6 h6 \        ----ObjectSubtypeGeometry-------
MCS_WEDM
9 I* S3 \' |* V- yWORKPIECE
  B& F8 C- @0 WSEQUENCE_INTERNAL_TRIM
SEQUENCE_EXTERNAL_TRIM
WEDM_GEOM
        ----ObjectSubtypeMethod-------
7 N% i" q7 n, |; l+ _7 eWEDM_METHOD
        ----ObjectSubtypeOperation-------
- q9 `# x/ a, R& X/ }NOCORE
EXTERNAL_TRIM
( c$ @& C2 m0 d1 k& d* K5 r* VINTERNAL_TRIM
OPEN_PROFILE
7 m- M& S6 L( M6 C5 XWEDM_CONTROL
WEDM_USER
6 c- }5 e) m0 E/ n( Q' N        ----ObjectSubtypeProgram-------
PROGRAM
5 f$ J5 [  v2 i8 ^( K$ O7 N        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
WIRE
Types:probing
        ----ObjectSubtypeGeometry-------
MCS_MILL
WORKPIECE
        ----ObjectSubtypeMethod-------
) n1 R6 @0 e2 n% }9 YMILL_METHOD
LATHE_METHOD
        ----ObjectSubtypeOperation-------
. {/ d& l0 y- i' H% G5 K/ y, fMILL_PART_PROBING
! ?4 R! t( a; X/ j# I8 ]TURN_PART_PROBING
MILL_TOOL_PROBING
- I" o: n8 t3 [6 @* X* \) iTURN_TOOL_PROBING
GENERIC_MOTION
- ^' N% X% J: J: n" R4 p        ----ObjectSubtypeProgram-------
PROGRAM
        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
8 l1 e6 f* ~/ SPROBE
GENERIC
Types:solid_tool
8 I7 ~- P6 B5 F        ----ObjectSubtypeGeometry-------
        ----ObjectSubtypeMethod-------
8 A1 P4 q6 R9 x/ |$ a        ----ObjectSubtypeOperation-------
, n) b; H' ], s$ S        ----ObjectSubtypeProgram-------
        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
" q# P- D; [& Z1 S3 CGENERIC
1 j/ P+ G5 N: z( d6 v$ xPROBE
Types:machining_knowledge
; U/ O$ v+ _3 e$ A2 Z7 x        ----ObjectSubtypeGeometry-------
3 b1 T5 ^. ^0 \: \+ tMCS
WORKPIECE
MILL_AREA
6 l' |+ U8 ~) {4 z( Q* wPROCESS_FEATURES
        ----ObjectSubtypeMethod-------
PRE_DRILL_METHOD
DEBURRING_METHOD
CSINK_THD_METHOD
2 t0 I+ h+ t3 qTAP_METHOD
+ A' K. T" a8 H. \: c9 I9 YSTEP_DRILL_METHOD
THREAD_MILL_METHOD
MILL_CB_METHOD
8 }* N, Q1 x) s0 T  G8 KBREAKCHIP_DRILL_METHOD
2 A% I& s4 W3 O& ~9 DBORE_METHOD
CENTER_DRILL_METHOD
- b% M9 j5 h, g4 u' N. yCORE_DRILL_METHOD
& d, F$ E% i- w+ ?2 l4 s; hCBORE_METHOD
, i" U2 f6 h$ j7 }0 NCSINK_METHOD
4 f7 T: v! a) EDRILL_METHOD
PECK_DRILL_METHOD
+ K5 y7 z* G! _  H* b, LREAMING_METHOD
* _7 b) H# g8 Q# zSPOT_DRILL_METHOD
TAPPING_METHOD
1 d! r( [0 k5 Z$ a) \1 G, ^& GHOLE_MILL_METHOD
MILL_METHOD_ROUGH
        ----ObjectSubtypeOperation-------
HOLE_MAKING
HOLE_MAKING_DRILL_TEXT
HOLE_MAKING_DRILL_DEEP
HOLE_MAKING_DRILL_BORE_DRAG
HOLE_MAKING_DRILL_BORE_NODRAG
HOLE_MAKING_DRILL_BORE_BACK
  C+ ], T: V/ O+ J6 k/ V' lHOLE_MAKING_DRILL_BORE_MANUAL
8 c4 |" q5 a$ W; X( x4 S$ l! OSPOT_DRILLING
DRILLING
PECK_DRILLING
, h3 b: f' j! d/ G1 ~BREAKCHIP_DRILLING
COUNTERBORING
COUNTERSINKING
# y0 v, Z) e; U8 {5 d0 B  b- ]REAMING
" l5 n, V0 H, jBORING
& G4 ~+ p) R6 @* ?% |HOLE_MILL
FLOOR_WALL
9 R3 C) C: l& O' p2 mFACE_MILLING
- z- D* s9 V+ p  QCAVITY_MILL
. ^, S# Q( j; mTAPPING
        ----ObjectSubtypeProgram-------
PROGRAM
        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
CARRIER
- r3 L: K: }* E1 I* H: g& oMCT_POCKET
HEAD

3 p- D- a+ x& _6 v2 ]
3 P2 \9 K3 M. b, O4 g" ~; I( @. t