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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. Q' c$ ~2 ^7 D/ {% D2 gvoid createCAMTool::do_it()
{
; u/ u# \9 ]+ J) k' V6 M, ?
# Z/ B% k4 ]$ ?! J
; ~; z2 g$ _% ^, S        // TODO: add your code here
# w4 z, c7 V5 ^# b0 X, E  U        std::vector<NXString> types = theSession->CAMSession()->GetTemplateTypes();
        for(int i = 0 ; i < types.size();i++)
1 l( P( v0 Z1 v- X% W# g. H2 t        {
                print("Types:"+ types+"\n");
8 [% h1 \# f. d- O* ~  f" i                std::vector<NXString> ObjectSubtypeGeometrysubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeGeometry);
* r$ H% C5 @# V$ m1 [                print("\t----ObjectSubtypeGeometry-------");
1 {; v' U; A2 {7 F0 ?4 k                for(int ii = 0 ; ii < ObjectSubtypeGeometrysubtypes.size();ii++)
                {
8 l4 @2 B( q* `- K& n                        print(ObjectSubtypeGeometrysubtypes[ii]);
                }
  w  l+ M; a% }                std::vector<NXString> ObjectSubtypeMethodsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeMethod);
, i; d# F  T) i                print("\t----ObjectSubtypeMethod-------");
& M8 P; p8 i4 Q3 \) y                for(int ii = 0 ; ii < ObjectSubtypeMethodsubtypes.size();ii++)
/ l$ J, V/ n- y1 E2 a                {
* h- e( E9 v9 q7 E( C: ]                        print(ObjectSubtypeMethodsubtypes[ii]);
                }
                std::vector<NXString> ObjectSubtypeOperationsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeOperation);
2 q7 B3 q8 J; f+ ]8 t3 l' e                print("\t----ObjectSubtypeOperation-------");
# H' G! a, ?& q: Q1 V; w; v                for(int ii = 0 ; ii < ObjectSubtypeOperationsubtypes.size();ii++)
: V( S7 E4 e( `/ @) G                {
  `+ U/ z, S) U5 L8 o; b- A* W/ q" {                        print(ObjectSubtypeOperationsubtypes[ii]);
& g& s$ q: k6 a) {# f                }
7 ^  h3 z7 C6 o$ |- v                std::vector<NXString> ObjectSubtypeProgramsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeProgram);
                print("\t----ObjectSubtypeProgram-------");
                for(int ii = 0 ; ii < ObjectSubtypeProgramsubtypes.size();ii++)
                {
* z6 B# @2 S0 w* f$ E% o5 h& g+ P                        print(ObjectSubtypeProgramsubtypes[ii]);
* `. L  ?+ |( P" M                }
! e( T0 n  g$ r% V. O2 E* N- P$ f                std::vector<NXString> ObjectSubtypeSetupsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeSetup);
                print("\t----ObjectSubtypeSetup-------");
                for(int ii = 0 ; ii < ObjectSubtypeSetupsubtypes.size();ii++)
' G0 O% ]" n! c# g6 B6 {% [                {
$ X' A8 w9 f. {2 C$ d7 _                        print(ObjectSubtypeSetupsubtypes[ii]);
' A+ A# E" e6 t6 m/ g8 S1 R: A) c0 g                }
                std::vector<NXString> ObjectSubtypeToolsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeTool);
) U* c1 ~( r; k; m                print("\t----ObjectSubtypeTool-------");
  i& `$ X4 z$ J0 ~, A3 }' a' u, I                for(int ii = 0 ; ii < ObjectSubtypeToolsubtypes.size();ii++)
                {
                        print(ObjectSubtypeToolsubtypes[ii]);
' I9 Y2 s4 o2 R  U/ A                }
9 B# p& q. w  j3 y5 \}
2 l) }3 ]6 G- x9 b
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& @1 R6 i! C9 i
结果如下：
3 s1 I7 s" Z7 ]) Q) g, Y
7 s; r. s  O6 L# e
7 _# O. Y7 o4 G1 {/ a. uTypes:mill_planar
        ----ObjectSubtypeGeometry-------
MCS
$ W" u( k5 E8 {' b: rWORKPIECE
9 f6 r' n- F" _% K* V$ l. W  b; rMILL_AREA
% Y2 Q. Q+ l6 z* \& }! X+ a6 J; k8 zMILL_BND
MILL_TEXT
HOLE_BOSS_GEOM
) `$ Y$ v3 C6 r  B4 UMILL_GEOM
        ----ObjectSubtypeMethod-------
- `! T" f1 Z" n# v5 v+ @6 XMILL_METHOD
  q; u8 Y  ^! u1 R4 K        ----ObjectSubtypeOperation-------
FLOOR_WALL
7 @  J! |+ v. {4 RFLOOR_WALL_IPW
+ l% m1 p# E/ D# J7 hFACE_MILLING
FACE_MILLING_MANUAL
: U4 O  @" b  cPLANAR_MILL
PLANAR_PROFILE
CLEANUP_CORNERS
FINISH_WALLS
$ P! \- a: ]$ aFINISH_FLOOR
0 S8 A/ c- \7 u9 mGROOVE_MILLING
+ F! i) l, m2 S2 V# b! O  MHOLE_MILLING
* S2 c; `# \* ]2 x; W, gTHREAD_MILLING
- {. P; s8 Y& l( i6 c/ sPLANAR_TEXT
MILL_CONTROL
MILL_USER
        ----ObjectSubtypeProgram-------
PROGRAM
        ----ObjectSubtypeSetup-------
; E( j. J5 p! J( ~9 }        ----ObjectSubtypeTool-------
MILL
CHAMFER_MILL
BALL_MILL
SPHERICAL_MILL
T_CUTTER
BARREL
0 _" M! ^2 _9 dTHREAD_MILL
MILL_USER_DEFINED
CARRIER
6 w+ n4 N' G+ o$ Z3 Y, CMCT_POCKET
/ ], ]% f" g, y! D* EHEAD
Types:mill_contour
' s+ t9 E1 `* r# s8 e        ----ObjectSubtypeGeometry-------
8 g! @; @+ ~( [! uMCS
4 [$ A2 b1 q% M9 g+ N. dWORKPIECE
MILL_AREA
/ ]9 g" e$ n+ J8 |4 o0 h+ mMILL_BND
MILL_TEXT
MILL_GEOM
        ----ObjectSubtypeMethod-------
MILL_METHOD
' V& B) H; M! M6 ]4 H( C4 L- iMOLD_ROUGH_HSM
MOLD_SEMI_FINISH_HSM
MOLD_FINISH_HSM
5 y- Q  S- y- ]2 b6 `* B        ----ObjectSubtypeOperation-------
  i: a9 X" Q4 u' X$ A# n6 g/ z1 i+ xCAVITY_MILL
" s1 G  o6 W7 @. v1 S. mPLUNGE_MILLING
' L8 D7 ^$ r) {8 l; KCORNER_ROUGH
/ x! f  f% S+ h+ FREST_MILLING
1 \2 o2 N) Y4 z8 }. yZLEVEL_PROFILE
ZLEVEL_CORNER
( ~! ~- _- \3 e+ _6 z8 AFIXED_CONTOUR
CONTOUR_AREA
* Q. d' I# Z  M6 U' iCONTOUR_SURFACE_AREA
6 D6 C% \  W" h3 aSTREAMLINE
5 |0 y2 H% \1 u# z7 g9 oCONTOUR_AREA_NON_STEEP
CONTOUR_AREA_DIR_STEEP
FLOWCUT_SINGLE
2 F! X/ e4 n4 ?% X9 q( _1 jFLOWCUT_MULTIPLE
FLOWCUT_REF_TOOL
6 ]# x  d1 k- Z5 E: \8 u1 tSOLID_PROFILE_3D
PROFILE_3D
CONTOUR_TEXT
MILL_USER
MILL_CONTROL
        ----ObjectSubtypeProgram-------
4 r* t7 _% ]1 v8 T+ UPROGRAM
        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
MILL
CHAMFER_MILL
& [# ?( h+ U$ C. ~4 I4 yBALL_MILL
SPHERICAL_MILL
BARREL
T_CUTTER
. R- h8 o7 P+ B: c5 @( HCARRIER
# \, c6 k/ S8 f2 c, SMCT_POCKET
1 n7 @. d( ]6 k3 a) AHEAD
/ r* Y# w9 [" P1 |, t5 M4 H+ f$ }Types:mill_multi-axis
. I, [1 m: M) F        ----ObjectSubtypeGeometry-------
MCS
WORKPIECE
! G0 v6 q- ^; c- G% g8 NMILL_AREA
MILL_BND
0 G; u. t* e. rMILL_GEOM
! R# d" B: c1 H9 \! I# V$ \; }        ----ObjectSubtypeMethod-------
# P( Q4 N( T5 _' w1 pMILL_METHOD
* T4 O$ {+ b5 L) _9 U        ----ObjectSubtypeOperation-------
VARIABLE_CONTOUR
! I1 V3 C4 n2 H% HVARIABLE_STREAMLINE
CONTOUR_PROFILE
FIXED_CONTOUR
ZLEVEL_5AXIS
+ @5 w8 o1 p$ `2 a: c. hSEQUENTIAL_MILL
; c: [: v, k# u4 tGENERIC_MOTION
MILL_USER
MILL_CONTROL
4 N( N; D4 W, u% g        ----ObjectSubtypeProgram-------
& e8 z& \# E8 e1 Y" j9 iPROGRAM
        ----ObjectSubtypeSetup-------
& i8 a" p3 N9 d0 F5 g        ----ObjectSubtypeTool-------
8 B) h! y+ T: A+ M7 GMILL
  z0 Y% ]' O2 F( HCHAMFER_MILL
BALL_MILL
; @+ Q  m7 \+ x' j5 E- [! lSPHERICAL_MILL
# L! S2 n$ C0 t, {; BMILL_7_PARAMETER
: I: J) x/ _, [9 ?6 gMILL_10_PARAMETER
, i+ U; Y- T& L& J0 mBARREL
T_CUTTER
9 k& v0 [8 I2 x- vCARRIER
MCT_POCKET
! K* d. l5 Q, ~, w, H1 HHEAD
Types:mill_multi_blade
8 d/ M: s0 \5 L+ \        ----ObjectSubtypeGeometry-------
  Y5 j* T' {9 g1 u$ lMCS
WORKPIECE
. H" i* e" z1 z5 P9 b7 i: [) N( dMULTI_BLADE_GEOM
        ----ObjectSubtypeMethod-------
MULTI_BLADE_FINISH
% R3 m; H, C, E- Y9 [, H. W7 GMILL_METHOD
        ----ObjectSubtypeOperation-------
2 m8 F& s& M, N8 X; x. LMULTI_BLADE_ROUGH
HUB_FINISH
BLADE_FINISH
BLEND_FINISH
* x1 o) i+ k; `/ M0 GGENERIC_MOTION
MILL_USER
MILL_CONTROL
        ----ObjectSubtypeProgram-------
PROGRAM
        ----ObjectSubtypeSetup-------
% u$ A) G; I# M! O/ t        ----ObjectSubtypeTool-------
MILL
" C/ r7 m* x' j7 HCHAMFER_MILL
BALL_MILL
SPHERICAL_MILL
MILL_7_PARAMETER
! S4 u" `/ R: h" OMILL_10_PARAMETER
* ^( K/ E$ n' p! n! h! t, ~BARREL
  {! Q# |- {+ d8 x2 ~) WT_CUTTER
CARRIER
MCT_POCKET
# F- d: O" \5 A$ n& n( f+ }HEAD
% _) q2 r5 R8 O: J; Z' vTypes:mill_rotary
        ----ObjectSubtypeGeometry-------
8 L7 W- ?5 |% \/ G) ^) V, }MCS
5 N3 j+ F6 j0 ~WORKPIECE
ROTARY_GEOM
        ----ObjectSubtypeMethod-------
MILL_METHOD
' x3 s+ M# q& ]( b( d0 J3 Y        ----ObjectSubtypeOperation-------
9 h' a0 k6 E$ y2 l; I. rROTARY_FLOOR
GENERIC_MOTION
( U# [) _6 c- o9 h" m$ A4 `MILL_USER
8 U7 }- T/ X. Z( S5 CMILL_CONTROL
- x2 ?4 _( t2 z7 g& B        ----ObjectSubtypeProgram-------
PROGRAM
        ----ObjectSubtypeSetup-------
. x* j& O3 z9 `/ p& y  i        ----ObjectSubtypeTool-------
, @2 L1 E9 m1 z% Y1 IBALL_MILL
SPHERICAL_MILL
* ?+ C  w' `# G7 N5 A+ Y8 DCARRIER
; \4 k/ c4 W7 f, X) HMCT_POCKET
1 l- ]  i/ S# a8 I: r* \Types:hole_making
; j" \& f9 l$ d        ----ObjectSubtypeGeometry-------
/ e5 F) y# f! b( k3 QMCS
WORKPIECE
MILL_AREA
FBM_GEOM
( a: ?5 \! p, {; P& j+ V  y1 ^SIMPLE_HOLE
9 X3 ~7 {( z: B% B- K# v, HCB_HOLE
CS_HOLE
0 D& w" B; a7 i9 k  X& n1 ^! YTHD_SIMPLE_HOLE
6 n! E# E1 z) O% U4 ]( ^$ b* S  K) MTHD_CB_HOLE
THD_CS_HOLE
SYMBOLIC_THREAD
; D3 H; ^2 E# Q; N. C( O! ~CAP_SCREW_CB
CAP_SCREW_CS
FIT_HOLE
: s9 O0 }5 w$ [. z* ~0 C$ pSTANDARD_THREAD
ALL_FEATURES
HOLE_BOSS_GEOM
$ E: v) K/ b+ `# c6 G1 r2 i        ----ObjectSubtypeMethod-------
DRILL_METHOD
HOLE_MILL_METHOD
        ----ObjectSubtypeOperation-------
- `" `0 k/ D0 g0 V: {# wSPOT_DRILLING
DRILLING
. ^8 W3 U4 ?' {- G- \COUNTERSINKING
TAPPING
, L  M. G8 e. k& }HOLE_MILLING
/ U  f) y4 B4 t) M3 xHOLE_CHAMFER_MILLING
BOSS_MILLING
THREAD_MILLING
. r9 K- N2 K' D' V/ ^% dBOSS_THREAD_MILLING
MILL_CONTROL
: g; ?3 w3 s. L/ ], H8 c0 L& nHOLE_MAKING
HOLE_MILL
3 e2 \: }8 [2 f3 I2 B        ----ObjectSubtypeProgram-------
$ g5 V/ V" @. s9 }' NPROGRAM
OPTIMIZED_NC
        ----ObjectSubtypeSetup-------
( X3 q; u6 |: u' E# u; V1 `, d, Z- o        ----ObjectSubtypeTool-------
, j1 M+ h0 |' {STD_DRILL
% X: C" O0 H/ y, p5 a6 p$ GCENTERDRILL
6 w, g9 C- U! W, VCOUNTER_SINK
SPOT_DRILL
, v( ^. y" e1 Q6 J5 b/ n3 {BORE
REAMER
/ @4 J; s+ r) r6 H8 k: e- OSTEP_DRILL
CORE_DRILL
COUNTER_BORE
! U/ g3 u* n1 [4 X# D( U* }2 cTAP
THREAD_MILL
. p9 S, J' u5 MSPOT_FACING
CHAMFER_MILL
MILL
CARRIER
$ K" J2 W! H! y/ lMCT_POCKET
HEAD
Types:drill
2 f0 a. g9 {4 e% E. h2 m        ----ObjectSubtypeGeometry-------
2 l3 s* i  ?5 Q8 b4 o" r  A/ fMCS
/ h2 |% T% x& `+ CWORKPIECE
: o( R4 E8 D/ j: F! E6 D/ {DRILL_GEOM
HOLE_BOSS_GEOM
        ----ObjectSubtypeMethod-------
: `( [+ C& T# C% Z6 uDRILL_METHOD
        ----ObjectSubtypeOperation-------
  ?- Y/ a, v- dSPOT_FACING
: j0 N! O- z5 D5 gSPOT_DRILLING
+ i0 Q8 n' A* \DRILLING
PECK_DRILLING
: y# E9 T, C) TBREAKCHIP_DRILLING
BORING
+ a: i! X! v/ \# n7 YREAMING
COUNTERBORING
/ \' i) _9 ]& `9 q5 F; `# pCOUNTERSINKING
TAPPING
5 T3 m3 w3 G0 A, n: K$ m2 VHOLE_MILLING
THREAD_MILLING
MILL_CONTROL
1 \, x6 I: Q3 C) a0 U# tMILL_USER
        ----ObjectSubtypeProgram-------
1 T- g% E; ]  ~1 H7 s/ MPROGRAM
  F8 Q  E" V9 f% X( h! \        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
SPOTFACING_TOOL
5 q& p- J* M( `6 |/ |SPOTDRILLING_TOOL
( x% n" s( E7 QDRILLING_TOOL
+ r6 R7 U7 L3 @8 HBORING_BAR
8 M* i. f, s% r( ^& bREAMER
: A/ E& H( ^+ z, G* M( h2 {COUNTERBORING_TOOL
( j+ Y, W" F' C& zCOUNTERSINKING_TOOL
TAP
THREAD_MILL
CARRIER
MCT_POCKET
. }3 B- x& T1 G& p+ H, g% fHEAD
2 b& h/ k% z2 J- S, P: g$ hTypes:turning
        ----ObjectSubtypeGeometry-------
MCS_SPINDLE
/ a  m! r7 {" a  m0 L6 ]. yWORKPIECE
TURNING_WORKPIECE
. B3 t4 I) ]$ ~6 ZTURNING_PART
CONTAINMENT
: {7 H0 I1 Y0 n0 }% ^$ @. v0 X1 v! jAVOIDANCE
8 F! l* m! B5 F4 D4 r$ S        ----ObjectSubtypeMethod-------
: Z  L( c% s( q6 CLATHE_METHOD
        ----ObjectSubtypeOperation-------
6 z1 J" ~+ ^( Z- D" l+ TCENTERLINE_SPOTDRILL
CENTERLINE_DRILLING
7 R6 z3 I0 v' y$ A- J( yCENTERLINE_PECKDRILL
/ L  h4 u7 |  q$ a& Q" D5 C& xCENTERLINE_BREAKCHIP
$ W5 |# ]+ P) r5 G& dCENTERLINE_REAMING
CENTERLINE_TAPPING
FACING
ROUGH_TURN_OD
ROUGH_BACK_TURN
3 O/ n  O1 t) d% kROUGH_BORE_ID
ROUGH_BACK_BORE
FINISH_TURN_OD
FINISH_BORE_ID
FINISH_BACK_BORE
  ], d$ j5 Z4 C  c' y- _8 [) qTEACH_MODE
/ ~7 w! y4 z' A" C9 IGROOVE_OD
GROOVE_ID
; a1 ?+ F% l0 P( e+ O# YGROOVE_FACE
$ t  |! m  P  ~$ W1 f( `THREAD_OD
  c- w1 A* o7 d4 J& F8 e1 gTHREAD_ID
5 b+ G" _# `! X- i6 U( \: t- @PARTOFF
; C; x4 S6 c: C8 w5 F8 N7 k& ]LATHE_CONTROL
LATHE_USER
        ----ObjectSubtypeProgram-------
PROGRAM
        ----ObjectSubtypeSetup-------
  i4 k: ~: ?& U4 ]: q6 N6 [! M        ----ObjectSubtypeTool-------
: _2 w- J; c# z# JSPOTDRILLING_TOOL
2 m$ r' o$ s3 E; S6 Z5 W9 [DRILLING_TOOL
# Y* F: e5 z, O) POD_80_L
5 @0 L' F! n3 @8 c! ~- JOD_80_R
OD_55_L
6 m) s) w& B: b. e+ wOD_55_R
: c8 b+ A8 |) c2 H$ F2 M! w* M. GID_80_L
! Y/ v; {6 p, ?+ `ID_55_L
BACKBORE_55_L
9 y. b9 z5 q1 u) K$ NOD_GROOVE_L
FACE_GROOVE_L
ID_GROOVE_L
! |$ K8 o5 l- l: C+ F1 j% tOD_THREAD_L
ID_THREAD_L
: D& n. x% M9 z3 j- D2 ^1 zFORM_TOOL
CARRIER
7 U, ]* F' k) g' SMCT_POCKET
Types:wire_edm
        ----ObjectSubtypeGeometry-------
; H+ b* Y. z1 i; SMCS_WEDM
5 O3 T2 g0 ]- XWORKPIECE
$ z2 I( ?3 s& \SEQUENCE_INTERNAL_TRIM
SEQUENCE_EXTERNAL_TRIM
9 H: E. @2 y, a# ?8 q) \. ]3 `WEDM_GEOM
        ----ObjectSubtypeMethod-------
WEDM_METHOD
& t( z8 E0 Z5 k4 |        ----ObjectSubtypeOperation-------
NOCORE
! n& q$ r" ^- }! A8 {( v7 N: NEXTERNAL_TRIM
INTERNAL_TRIM
OPEN_PROFILE
WEDM_CONTROL
  H) p2 X4 s$ a1 ^1 f' I, G  d. TWEDM_USER
7 K& E6 a+ _# E; |5 v        ----ObjectSubtypeProgram-------
- A4 ~* I; t7 ^- i* l, P3 {PROGRAM
        ----ObjectSubtypeSetup-------
        ----ObjectSubtypeTool-------
WIRE
2 l( N1 n2 g- U4 s" @5 XTypes:probing
        ----ObjectSubtypeGeometry-------
MCS_MILL
- A8 M8 ]$ p5 B* _7 [WORKPIECE
        ----ObjectSubtypeMethod-------
" s$ M. g- h# W; P- O* v1 n+ SMILL_METHOD
LATHE_METHOD
        ----ObjectSubtypeOperation-------
! s, ^3 L! p( T. d; K" AMILL_PART_PROBING
4 ?" I5 \  D: ]5 RTURN_PART_PROBING
. {6 X& m9 {; o* W4 v  sMILL_TOOL_PROBING
TURN_TOOL_PROBING
GENERIC_MOTION
& j# g7 z( z, r8 `% s0 Q        ----ObjectSubtypeProgram-------
PROGRAM
# ]) v" ]$ a# u0 L' n        ----ObjectSubtypeSetup-------
, a0 p+ I& X# T0 s1 Z; `( N        ----ObjectSubtypeTool-------
PROBE
GENERIC
Types:solid_tool
6 d+ p( j0 M/ a, S, M& t5 b( E, n$ o        ----ObjectSubtypeGeometry-------
        ----ObjectSubtypeMethod-------
        ----ObjectSubtypeOperation-------
9 H( u, w# {& w  n' |" e% h0 [        ----ObjectSubtypeProgram-------
# q3 J# i# j% G% ^) P        ----ObjectSubtypeSetup-------
3 B- n6 V+ S6 \6 B& y# y7 {        ----ObjectSubtypeTool-------
6 _0 @7 i4 l7 l, W+ ^, V- sGENERIC
+ R9 e$ A7 u5 ]2 Z' {1 w- DPROBE
Types:machining_knowledge
        ----ObjectSubtypeGeometry-------
MCS
( J2 x& N, r5 |) fWORKPIECE
  g6 W3 G9 A6 G5 H5 h. _MILL_AREA
PROCESS_FEATURES
        ----ObjectSubtypeMethod-------
0 X, S6 \/ v0 E- sPRE_DRILL_METHOD
$ w; X2 B# i1 g8 U1 ]0 u8 QDEBURRING_METHOD
* G: B, W' A- g+ X8 B& I1 \CSINK_THD_METHOD
  R/ @5 N( V6 w( s0 c# rTAP_METHOD
% u" L. J: V8 `STEP_DRILL_METHOD
THREAD_MILL_METHOD
! E$ R' M, }9 e8 g( N2 M1 HMILL_CB_METHOD
BREAKCHIP_DRILL_METHOD
BORE_METHOD
) E/ o& K! j  J) D+ uCENTER_DRILL_METHOD
3 b1 v. A: J+ z4 |9 ZCORE_DRILL_METHOD
CBORE_METHOD
1 i" N/ H9 n$ O& SCSINK_METHOD
, Y0 k- H! u, x$ ~DRILL_METHOD
PECK_DRILL_METHOD
REAMING_METHOD
SPOT_DRILL_METHOD
- m+ N% m  ~" ~3 ~8 b; n, ?: BTAPPING_METHOD
7 b/ P+ F) h. ?! C1 ]* C& mHOLE_MILL_METHOD
8 `- j6 ^% v6 \$ E- fMILL_METHOD_ROUGH
        ----ObjectSubtypeOperation-------
" `0 n! P0 ^: {4 P) G; AHOLE_MAKING
% w8 {# w' w* B- K6 zHOLE_MAKING_DRILL_TEXT
HOLE_MAKING_DRILL_DEEP
HOLE_MAKING_DRILL_BORE_DRAG
; x5 e1 x$ p4 h0 O3 R% `" bHOLE_MAKING_DRILL_BORE_NODRAG
$ ^5 d$ e, S5 F* U3 ]; E0 h. FHOLE_MAKING_DRILL_BORE_BACK
" ^6 J6 f4 `  A1 d9 h/ {  X, nHOLE_MAKING_DRILL_BORE_MANUAL
SPOT_DRILLING
# ~) m, r! @/ K8 X4 a+ gDRILLING
PECK_DRILLING
% g! z1 W/ t9 j, h" _BREAKCHIP_DRILLING
COUNTERBORING
COUNTERSINKING
" \8 L7 C. u4 ]! V3 [* pREAMING
! N0 I5 B6 i/ d' e7 S& iBORING
HOLE_MILL
+ Z0 R( Z1 M$ X1 E5 Q+ `: G4 SFLOOR_WALL
FACE_MILLING
CAVITY_MILL
TAPPING
% q# Q, g" }' l) A        ----ObjectSubtypeProgram-------
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        ----ObjectSubtypeSetup-------
! I8 z' F' S! s( S) X3 E3 R  w        ----ObjectSubtypeTool-------
$ U0 M6 H$ l$ M3 h) {' I  `3 V% T+ aCARRIER
/ ^! h4 \4 ~5 B" ]; jMCT_POCKET
HEAD

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