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
. [: m" i! a) _1 ^4 o* ?( D3 l

9 q1 T7 f6 ]" x) a' @+ @0 Pvoid createCAMTool::do_it()
) l+ M. r( Y5 S: y: k{


        // TODO: add your code here
        std::vector<NXString> types = theSession->CAMSession()->GetTemplateTypes();
6 M8 i4 _2 F5 `/ _# ?: O1 r% c        for(int i = 0 ; i < types.size();i++)
/ X. p& r7 h1 G- I+ P3 f$ D% @6 v        {
                print("Types:"+ types+"\n");
# P# t" J. T' w3 f4 B: C                std::vector<NXString> ObjectSubtypeGeometrysubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeGeometry);
                print("\t----ObjectSubtypeGeometry-------");
& Q# o. s; b, ~( K& X/ B0 E% K! P                for(int ii = 0 ; ii < ObjectSubtypeGeometrysubtypes.size();ii++)
4 j) o( M! o* ~* J  ~                {
0 k0 o' T% z3 @# n, Z( z                        print(ObjectSubtypeGeometrysubtypes[ii]);
                }
( s3 v$ b1 t8 n: B9 x/ E                std::vector<NXString> ObjectSubtypeMethodsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeMethod);
% s: v, x* |2 `+ I+ q: S; X5 A                print("\t----ObjectSubtypeMethod-------");
                for(int ii = 0 ; ii < ObjectSubtypeMethodsubtypes.size();ii++)
4 M! V! ?$ O$ {# k                {
( o" L5 J9 k+ q; Z; y                        print(ObjectSubtypeMethodsubtypes[ii]);
4 S# e4 Q  |/ U( c' m  @- t8 `% ?8 j$ U                }
# a, b, z/ x) `; D: g4 Z                std::vector<NXString> ObjectSubtypeOperationsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeOperation);
                print("\t----ObjectSubtypeOperation-------");
                for(int ii = 0 ; ii < ObjectSubtypeOperationsubtypes.size();ii++)
                {
                        print(ObjectSubtypeOperationsubtypes[ii]);
                }
7 ^" Z0 }. Q6 k+ d                std::vector<NXString> ObjectSubtypeProgramsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeProgram);
) _/ u3 B) X1 D) F# b                print("\t----ObjectSubtypeProgram-------");
2 [, `' P& o3 Q4 @5 v5 Y                for(int ii = 0 ; ii < ObjectSubtypeProgramsubtypes.size();ii++)
& f1 }9 P) E, U8 m: B4 \; H                {
! K) G3 a1 Y2 H' y- W8 v                        print(ObjectSubtypeProgramsubtypes[ii]);
                }
                std::vector<NXString> ObjectSubtypeSetupsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeSetup);
6 q! B0 P  l; r4 u4 V                print("\t----ObjectSubtypeSetup-------");
, `4 M1 @! v' `                for(int ii = 0 ; ii < ObjectSubtypeSetupsubtypes.size();ii++)
                {
7 J1 X" d8 [2 s* J+ @                        print(ObjectSubtypeSetupsubtypes[ii]);
. y; p" z$ U  L                }
                std::vector<NXString> ObjectSubtypeToolsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeTool);
  ^7 D0 C; V9 o" v/ j- N5 n4 N                print("\t----ObjectSubtypeTool-------");
, a0 R& N, Z  p( ^$ @. g                for(int ii = 0 ; ii < ObjectSubtypeToolsubtypes.size();ii++)
                {
                        print(ObjectSubtypeToolsubtypes[ii]);
                }
}
& n$ Y8 r* S. m- P


结果如下：


Types:mill_planar
0 ?2 w( X! W/ Z5 V! C- q- _        ----ObjectSubtypeGeometry-------
& D- ]$ t3 H8 ^- I+ x& IMCS
+ o$ G+ U. x9 r/ O3 O; vWORKPIECE
5 J7 |2 C# N' g) u- L3 C4 xMILL_AREA
MILL_BND
" H0 w  I) w8 N( a" [2 o, K' e4 nMILL_TEXT
  I8 q3 {, o3 DHOLE_BOSS_GEOM
MILL_GEOM
. T  ]" a9 P- f9 x. d4 x" N        ----ObjectSubtypeMethod-------
MILL_METHOD
        ----ObjectSubtypeOperation-------
+ \& T# z7 H$ v4 V! k" tFLOOR_WALL
FLOOR_WALL_IPW
FACE_MILLING
FACE_MILLING_MANUAL
PLANAR_MILL
PLANAR_PROFILE
CLEANUP_CORNERS
7 S1 o: W5 L- h* Y' L$ @5 mFINISH_WALLS
# \, S2 M* P/ z# H! YFINISH_FLOOR
& X! M3 g) |+ L+ S1 f6 ]GROOVE_MILLING
: c( f/ T1 ?5 dHOLE_MILLING
THREAD_MILLING
PLANAR_TEXT
# e: T) ^. f1 F( y/ UMILL_CONTROL
MILL_USER
! n, L+ t5 y) }: o        ----ObjectSubtypeProgram-------
4 i# W/ z- l8 }0 b& r, NPROGRAM
( r0 `- h/ E1 Y5 J# F        ----ObjectSubtypeSetup-------
! F4 U, A5 i. _2 f        ----ObjectSubtypeTool-------
( J- C$ d+ E0 c2 [5 x( e3 T  W, w& EMILL
, e' K* r! e- S2 \CHAMFER_MILL
BALL_MILL
& K- Y. y3 U* [; K( ^SPHERICAL_MILL
T_CUTTER
: e6 _2 I; r' C5 X2 r# qBARREL
# {% ~- p' ]1 _THREAD_MILL
# A- W6 k. }! _MILL_USER_DEFINED
CARRIER
! c- |+ t, J$ k  o6 o3 [MCT_POCKET
HEAD
, p' A; [5 N2 o; v) U0 N2 MTypes:mill_contour
1 Q9 _+ `, l0 ?& I8 l% P4 |        ----ObjectSubtypeGeometry-------
MCS
/ f* K7 ^6 ~9 Y, H6 I" lWORKPIECE
. {+ }2 k" e! n8 v7 Y: y& ]MILL_AREA
MILL_BND
MILL_TEXT
8 c% B% \: l3 d! VMILL_GEOM
. h1 a+ F5 l0 z% }0 x$ \$ D% {+ A        ----ObjectSubtypeMethod-------
MILL_METHOD
MOLD_ROUGH_HSM
MOLD_SEMI_FINISH_HSM
+ P2 N2 _8 _% A" a. ZMOLD_FINISH_HSM
        ----ObjectSubtypeOperation-------
CAVITY_MILL
+ i) u7 R# l4 U$ r2 {- XPLUNGE_MILLING
CORNER_ROUGH
$ M, a* n! j$ j8 M- P$ }REST_MILLING
ZLEVEL_PROFILE
: v9 s+ G' S* i6 O4 F+ p) \6 T. {ZLEVEL_CORNER
: |3 S7 U5 i0 h3 zFIXED_CONTOUR
  k1 G* M. t4 E" v  K" UCONTOUR_AREA
- n1 P& E1 Q( c' G- J8 {CONTOUR_SURFACE_AREA
; k0 F; }3 J# T) d  SSTREAMLINE
0 H) ?7 l6 ~' b! a9 @5 R% f- oCONTOUR_AREA_NON_STEEP
CONTOUR_AREA_DIR_STEEP
6 L% K2 l4 J& ]FLOWCUT_SINGLE
FLOWCUT_MULTIPLE
FLOWCUT_REF_TOOL
& m6 X  h# h; F/ ^' D' LSOLID_PROFILE_3D
( _7 w$ [  _% h' M* h* c3 HPROFILE_3D
CONTOUR_TEXT
MILL_USER
4 s7 J, f) }4 _MILL_CONTROL
        ----ObjectSubtypeProgram-------
PROGRAM
        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
: m0 m8 O0 o, u8 w/ YMILL
CHAMFER_MILL
BALL_MILL
SPHERICAL_MILL
BARREL
T_CUTTER
) r& r" d$ Z6 c9 D$ T3 ~CARRIER
2 u; E+ Y+ r" z% \" |MCT_POCKET
HEAD
" V" l2 o9 Y9 GTypes:mill_multi-axis
        ----ObjectSubtypeGeometry-------
0 ]2 ?  K& R3 I2 FMCS
WORKPIECE
MILL_AREA
MILL_BND
. u' q9 }4 U9 N& LMILL_GEOM
) l3 ]7 _' N  N: N        ----ObjectSubtypeMethod-------
5 d% l8 z8 {8 i  }MILL_METHOD
) j' h% s! a0 @3 F        ----ObjectSubtypeOperation-------
) O; S3 G, z- x  LVARIABLE_CONTOUR
VARIABLE_STREAMLINE
7 d9 m7 z' v7 h( QCONTOUR_PROFILE
7 a& b' C9 l) E; s. Y( V: H" wFIXED_CONTOUR
6 Z- l% c5 X: @8 t9 Z) G7 JZLEVEL_5AXIS
' n- S, G1 V# S2 b3 gSEQUENTIAL_MILL
GENERIC_MOTION
& X& @# G- B) }/ K& D! V" GMILL_USER
MILL_CONTROL
2 ~6 T, j( [, A2 j: p* P        ----ObjectSubtypeProgram-------
PROGRAM
$ q: T9 X1 A* J1 k% [0 K6 u( x* S        ----ObjectSubtypeSetup-------
3 P; y# d6 ~8 V% q        ----ObjectSubtypeTool-------
MILL
CHAMFER_MILL
& c6 A$ s8 I" g) k6 ]  @" O  ^BALL_MILL
SPHERICAL_MILL
2 w( Z* s0 ^5 lMILL_7_PARAMETER
0 @0 X" L. P1 y2 J8 \( zMILL_10_PARAMETER
BARREL
5 ]1 M  h; W2 s8 E* q' c* LT_CUTTER
CARRIER
2 g  [4 E- ?  X# O2 n! {- N9 t. EMCT_POCKET
0 R% B! k" v- g) p* hHEAD
. g) K& E# `, zTypes:mill_multi_blade
% ]3 C$ j6 B4 ?        ----ObjectSubtypeGeometry-------
5 w% s) ]: c: `$ D" {0 Z; e* NMCS
2 R8 d# E$ V" S3 S2 N* xWORKPIECE
8 D: p" @( q  ^: a& wMULTI_BLADE_GEOM
: t5 C% G! P' ]( N+ g# q) ~; ]  a        ----ObjectSubtypeMethod-------
. |+ i0 ?0 V+ J- }MULTI_BLADE_FINISH
  D/ G9 V, i3 eMILL_METHOD
7 t/ \- L5 W  ?' K  L8 K' R# Q        ----ObjectSubtypeOperation-------
8 y. Z3 n8 }" l( D1 fMULTI_BLADE_ROUGH
HUB_FINISH
BLADE_FINISH
; O5 x! p6 }# j0 b) M* XBLEND_FINISH
GENERIC_MOTION
% e& O- E8 E* ]: _% A( u/ uMILL_USER
MILL_CONTROL
& d+ [% ~/ O6 B3 K        ----ObjectSubtypeProgram-------
  s4 I9 T) U9 a1 Z: J' X6 ?! KPROGRAM
: P- [- n2 v3 Q  P; b4 h: Z* u        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
9 o6 l- s# X, f3 l5 Z' ~3 GMILL
CHAMFER_MILL
5 l" j5 h& U7 B1 N% M# |, o' F) jBALL_MILL
SPHERICAL_MILL
MILL_7_PARAMETER
MILL_10_PARAMETER
BARREL
& a5 H9 x) g$ u' h& x, WT_CUTTER
) _# O% B8 T6 K: Y; ], G) sCARRIER
- _2 t# o4 B3 A: ?: CMCT_POCKET
9 H4 w% R+ c0 c* \7 J. S0 E( ~HEAD
Types:mill_rotary
" B3 Y- D# H; _1 z8 G4 J/ f- p        ----ObjectSubtypeGeometry-------
MCS
: ^+ m* F# L# k) XWORKPIECE
ROTARY_GEOM
        ----ObjectSubtypeMethod-------
2 F& B# V9 q3 l; w) W4 W8 L* V) b# EMILL_METHOD
        ----ObjectSubtypeOperation-------
- g! {. d/ }/ X4 O/ f' BROTARY_FLOOR
7 e7 g- ~6 k* E, M9 ?GENERIC_MOTION
MILL_USER
& D+ ^6 E& t* uMILL_CONTROL
        ----ObjectSubtypeProgram-------
% O  p3 z  F! ~5 G3 ~PROGRAM
% Q- O/ Q+ F: ]& d' @8 ^& n        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
BALL_MILL
SPHERICAL_MILL
6 [! q( d' @" ]CARRIER
MCT_POCKET
Types:hole_making
7 F: }$ R2 H. b5 e$ y) r3 @0 C        ----ObjectSubtypeGeometry-------
8 {! F( S3 y8 o( X8 t9 lMCS
! J# U* _+ ?8 E. sWORKPIECE
MILL_AREA
6 u1 k" T+ @& [% ]) ?/ i, CFBM_GEOM
& Z: J. s4 B, d, c2 V' S% t7 D" ]SIMPLE_HOLE
CB_HOLE
4 F* t" W& n4 Y+ nCS_HOLE
# L* E( S* u, b% K$ v  sTHD_SIMPLE_HOLE
THD_CB_HOLE
8 M9 K" x" X. F2 o; V- b% w8 u7 `' aTHD_CS_HOLE
% c- B* k/ ^% u. S1 a4 gSYMBOLIC_THREAD
# Q* L7 o" b5 H: j8 QCAP_SCREW_CB
/ B8 R( P5 O% ^- k( g4 OCAP_SCREW_CS
FIT_HOLE
STANDARD_THREAD
! E# J7 Z" p$ I. SALL_FEATURES
6 @8 ]9 h! C- U5 @" g5 gHOLE_BOSS_GEOM
        ----ObjectSubtypeMethod-------
+ u. |; Z( Y/ O  x' ?7 P! V4 K1 FDRILL_METHOD
9 {2 e& S3 Y: O& c( M$ B  e' ]" cHOLE_MILL_METHOD
& K& @% ~8 d4 l1 s) e        ----ObjectSubtypeOperation-------
9 s$ I* o9 k2 z9 A: u! @SPOT_DRILLING
0 Y* F6 @# _! T6 e+ g' B$ x# ?0 t- e, nDRILLING
COUNTERSINKING
TAPPING
" t9 h2 J& x' |7 P& n3 _HOLE_MILLING
* `1 ?9 S- m) l8 E: z' l" g* A0 ^/ iHOLE_CHAMFER_MILLING
) n; i  k  M) u4 y  uBOSS_MILLING
THREAD_MILLING
BOSS_THREAD_MILLING
MILL_CONTROL
" l( R5 w5 c" D5 e  |HOLE_MAKING
. Q# |  o3 e8 ^- {: ~  i' @3 nHOLE_MILL
        ----ObjectSubtypeProgram-------
6 K9 C% O: ]0 ]PROGRAM
/ I+ V% _1 H+ Z/ X& ?OPTIMIZED_NC
* T4 r" V. r0 }0 {+ v) ~8 J. ]        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
  D% k# G# M$ W- V( T6 t6 sSTD_DRILL
CENTERDRILL
2 J$ H* O2 z' @- N8 e& JCOUNTER_SINK
$ o% D, e3 s2 C+ k' \SPOT_DRILL
/ K8 m' m9 W, MBORE
REAMER
STEP_DRILL
CORE_DRILL
" c. h) x$ ~0 \" [) D" K- y' aCOUNTER_BORE
TAP
2 V' @4 L) t; o1 RTHREAD_MILL
SPOT_FACING
CHAMFER_MILL
# b& m% e' Q+ u! u% ^" |MILL
CARRIER
MCT_POCKET
HEAD
Types:drill
' c( Y: S$ T* [% C: u. q        ----ObjectSubtypeGeometry-------
/ Z, a. L4 \# v! r, n0 W, yMCS
  Q$ u% w$ _. X, u) e0 H9 s- FWORKPIECE
DRILL_GEOM
: I  o/ s* {! p2 {- G4 m9 g5 }HOLE_BOSS_GEOM
9 ?$ `4 ~! m8 x8 M: f        ----ObjectSubtypeMethod-------
DRILL_METHOD
/ y" i2 @( Y, s' e* N8 @: h        ----ObjectSubtypeOperation-------
' N* n8 X" R7 h) x6 LSPOT_FACING
+ h. i; b) ~% O( cSPOT_DRILLING
DRILLING
PECK_DRILLING
& B; q. I1 g, ^* b5 X/ G- `BREAKCHIP_DRILLING
" Y4 J) j. W( D5 v/ Y! ?) E: l3 N% |BORING
REAMING
/ v$ f+ ^0 n- f" h) fCOUNTERBORING
COUNTERSINKING
TAPPING
HOLE_MILLING
THREAD_MILLING
MILL_CONTROL
) c8 g! ~1 j  H3 x9 W- PMILL_USER
        ----ObjectSubtypeProgram-------
PROGRAM
        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
# L1 }. r% G( {+ `SPOTFACING_TOOL
SPOTDRILLING_TOOL
6 K, F" g1 `6 p8 ZDRILLING_TOOL
BORING_BAR
) X: K! g: i, J7 Y2 u; OREAMER
$ s( p$ `' W" gCOUNTERBORING_TOOL
COUNTERSINKING_TOOL
TAP
# x: y6 A" C! qTHREAD_MILL
CARRIER
0 z2 q6 s4 M3 k5 H5 S( _+ m# w( EMCT_POCKET
, @3 g) g/ R4 r' c9 q; T, GHEAD
Types:turning
/ ^' r7 c' m$ Y        ----ObjectSubtypeGeometry-------
5 N% A1 R0 L" RMCS_SPINDLE
WORKPIECE
, n5 T, ?2 G7 ^1 b/ q5 E" L7 y# qTURNING_WORKPIECE
: g! _7 U& S5 eTURNING_PART
CONTAINMENT
/ m/ f9 c; `/ m+ eAVOIDANCE
" s2 Q5 d) [7 D        ----ObjectSubtypeMethod-------
" K4 J1 Y" k9 E4 n. Z( _; J8 P" oLATHE_METHOD
$ @" f" O$ q/ Q        ----ObjectSubtypeOperation-------
CENTERLINE_SPOTDRILL
CENTERLINE_DRILLING
CENTERLINE_PECKDRILL
- K# s& [5 Y+ g" c" Y3 XCENTERLINE_BREAKCHIP
1 x5 Z+ S- O  C9 I. rCENTERLINE_REAMING
: }! H6 G6 d+ p6 _CENTERLINE_TAPPING
FACING
ROUGH_TURN_OD
ROUGH_BACK_TURN
ROUGH_BORE_ID
& _: u- a( h8 c2 `' M0 |ROUGH_BACK_BORE
/ h6 z/ _& i+ Q2 BFINISH_TURN_OD
3 M. R" c; Q# _8 Q. W8 Q1 sFINISH_BORE_ID
+ E! w6 O/ ]8 |* s3 W/ m- r4 V2 @2 gFINISH_BACK_BORE
TEACH_MODE
- m+ S3 i9 [" o% h) f. ^4 [GROOVE_OD
GROOVE_ID
GROOVE_FACE
THREAD_OD
8 O3 }; s* }2 X& E; A0 ETHREAD_ID
PARTOFF
LATHE_CONTROL
1 v& D$ L" Q5 f' D+ @) J2 }+ RLATHE_USER
8 B8 u$ ?1 l- H9 m        ----ObjectSubtypeProgram-------
$ r6 `1 I5 x  i0 UPROGRAM
        ----ObjectSubtypeSetup-------
3 \$ D! ^7 \$ F+ {/ X4 ~/ t: ^        ----ObjectSubtypeTool-------
6 m" S% [9 p. f2 [& jSPOTDRILLING_TOOL
DRILLING_TOOL
OD_80_L
% d# S" N' A# d6 }+ }OD_80_R
' _- K8 x9 c6 \6 @, FOD_55_L
OD_55_R
ID_80_L
6 H- ^, c# ^- P$ @2 e, v; |) F6 D9 pID_55_L
BACKBORE_55_L
OD_GROOVE_L
# O2 Z. e" F  b% JFACE_GROOVE_L
# c' M  o' G1 Q- ?' s+ DID_GROOVE_L
OD_THREAD_L
ID_THREAD_L
! {' W, @( l" UFORM_TOOL
- _- V0 o* \$ R! O& d& uCARRIER
. }2 i" V" x, [; |, W5 A1 HMCT_POCKET
Types:wire_edm
: L" D% l  r  J! H7 c/ _6 p8 H4 b        ----ObjectSubtypeGeometry-------
; T& s" y# g* x" d8 U1 S0 BMCS_WEDM
WORKPIECE
5 L6 \$ Y2 O0 C' W' xSEQUENCE_INTERNAL_TRIM
: z. t. L4 ^' w  p, ~( d5 }; T: BSEQUENCE_EXTERNAL_TRIM
WEDM_GEOM
3 y1 ]- w1 h2 S. i        ----ObjectSubtypeMethod-------
% L1 J/ S0 ?0 q, e9 L" j) `# lWEDM_METHOD
        ----ObjectSubtypeOperation-------
NOCORE
& M( O2 A, ]9 k6 e/ n/ C1 h1 m# eEXTERNAL_TRIM
/ |" r4 x2 u, ?8 }- ~) U  ^) ?INTERNAL_TRIM
OPEN_PROFILE
WEDM_CONTROL
WEDM_USER
        ----ObjectSubtypeProgram-------
PROGRAM
        ----ObjectSubtypeSetup-------
5 G# w5 o% Q5 f3 b        ----ObjectSubtypeTool-------
WIRE
9 j, o4 u* M; w. x8 MTypes:probing
3 p" \0 D/ z: V& o8 ?        ----ObjectSubtypeGeometry-------
MCS_MILL
3 g( \! z; i# s: B7 qWORKPIECE
        ----ObjectSubtypeMethod-------
MILL_METHOD
LATHE_METHOD
        ----ObjectSubtypeOperation-------
1 G& ?' F% E6 ^. R% T$ v; S$ KMILL_PART_PROBING
TURN_PART_PROBING
  B: @& M$ e" S+ T" XMILL_TOOL_PROBING
TURN_TOOL_PROBING
GENERIC_MOTION
+ `* Y4 @5 t1 l6 X) E        ----ObjectSubtypeProgram-------
  [, T2 d6 ]" t1 F) r4 MPROGRAM
        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
# z/ l! k; U3 b" m# YPROBE
GENERIC
Types:solid_tool
4 `5 w5 [, A; L) o2 M; }: B        ----ObjectSubtypeGeometry-------
        ----ObjectSubtypeMethod-------
        ----ObjectSubtypeOperation-------
        ----ObjectSubtypeProgram-------
; f% ^! }" Z5 G6 R# j+ i, V1 t        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
GENERIC
( O' i- I8 C3 Z) a; K* o+ dPROBE
; {5 X1 V: S5 W6 OTypes:machining_knowledge
+ B; F& N; I# ?4 C+ A: z: E8 Y        ----ObjectSubtypeGeometry-------
! q% ^! N- M/ \: @8 K( Y5 q; `MCS
WORKPIECE
( W  X; e6 a8 U1 VMILL_AREA
, J5 g0 {' R: V6 nPROCESS_FEATURES
$ q; V- R) e  }& n$ D1 `6 y( P        ----ObjectSubtypeMethod-------
PRE_DRILL_METHOD
) k( c2 G2 V" L6 ]) C9 IDEBURRING_METHOD
# e0 n7 C: M4 Y& M: a6 f  uCSINK_THD_METHOD
  A8 R- l- Q& K, OTAP_METHOD
STEP_DRILL_METHOD
THREAD_MILL_METHOD
MILL_CB_METHOD
BREAKCHIP_DRILL_METHOD
* l8 _  }( X, d3 SBORE_METHOD
CENTER_DRILL_METHOD
9 ]. k3 f* h' D% zCORE_DRILL_METHOD
. x5 J5 @- |* D- n6 A7 s" E" WCBORE_METHOD
CSINK_METHOD
2 ?  Y8 K  _: E0 k- \: C0 {# xDRILL_METHOD
7 X/ c: O" S+ v( m5 s8 A, U8 xPECK_DRILL_METHOD
2 h5 q/ O, G% s4 HREAMING_METHOD
0 V! d) B/ J1 RSPOT_DRILL_METHOD
  F! [+ }/ r6 v' L& ?9 V" L3 |TAPPING_METHOD
* Q2 S0 T$ g$ c( ^: ^3 g: B) L  OHOLE_MILL_METHOD
4 n  q$ F% b5 u. M( EMILL_METHOD_ROUGH
9 r5 D+ t% r, |" n0 v        ----ObjectSubtypeOperation-------
, H0 ]3 v& q) Q7 W- M. u1 \HOLE_MAKING
HOLE_MAKING_DRILL_TEXT
HOLE_MAKING_DRILL_DEEP
( ^; X  P1 ~4 n* a3 b2 @! G2 PHOLE_MAKING_DRILL_BORE_DRAG
HOLE_MAKING_DRILL_BORE_NODRAG
9 ^. ]* Y. E+ j* q( OHOLE_MAKING_DRILL_BORE_BACK
HOLE_MAKING_DRILL_BORE_MANUAL
- B- o' _, E) T1 ?2 vSPOT_DRILLING
DRILLING
PECK_DRILLING
BREAKCHIP_DRILLING
COUNTERBORING
% t/ D& m" t2 r% KCOUNTERSINKING
REAMING
BORING
HOLE_MILL
FLOOR_WALL
: R1 Q! B, _+ m4 s2 R! ^% W/ CFACE_MILLING
CAVITY_MILL
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        ----ObjectSubtypeProgram-------
& k5 X9 _& [% U; f% T2 u$ ?PROGRAM
3 Y- H# A  P8 q        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
+ G3 [+ \7 H* `0 t7 o9 n4 i) UCARRIER
MCT_POCKET
HEAD
; E! ~# {, W. S- L3 b
6 a4 o& M3 h5 G6 R/ ^
! V  f1 S- S1 Y  V' D6 m5 z4 m
; L  @1 r9 @. G