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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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# v( V3 R1 V) V0 V) a2 qvoid createCAMTool::do_it()
7 d2 m0 f; J1 ^, r+ K{
' G8 f0 r% _5 h2 b, q1 C5 w+ g& r) N- W- J' A
. u# m; X* _" A( l8 @/ V1 g // TODO: add your code here, p, Y% F6 T1 k: ~4 d% c
std::vector<NXString> types = theSession->CAMSession()->GetTemplateTypes();
: \; P3 Y" g0 m5 |3 o for(int i = 0 ; i < types.size();i++)
5 C! L+ S9 q2 H4 X' k. w {
# D7 R; p( a! ^; P3 Q, g print("Types:"+ types+"\n");+ X, O+ [0 d% f9 G3 N2 W* d- ]# R
std::vector<NXString> ObjectSubtypeGeometrysubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeGeometry);
# X* z5 ~0 v0 D9 E- w print("\t----ObjectSubtypeGeometry-------");
( P& c! q+ w4 `5 R. e for(int ii = 0 ; ii < ObjectSubtypeGeometrysubtypes.size();ii++): Y l% W% G* G A! [
{
6 w2 ]$ ~ [1 W! ]" M7 r9 h( f print(ObjectSubtypeGeometrysubtypes[ii]);) H/ T& Z r; I# [) H; P
}( D3 S" z* c- Q+ }( ^
std::vector<NXString> ObjectSubtypeMethodsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeMethod);% H5 d1 b3 U% y) {
print("\t----ObjectSubtypeMethod-------");
% A- A4 m3 x4 @3 g( @0 R! l3 L) J for(int ii = 0 ; ii < ObjectSubtypeMethodsubtypes.size();ii++)% `: c) B9 L4 I; Y' g
{
* @" p" B: n: Y$ j" `# V! ? print(ObjectSubtypeMethodsubtypes[ii]);
' I2 ~6 f# A9 n9 K7 g5 H7 H }
7 b! s8 W; Y! w std::vector<NXString> ObjectSubtypeOperationsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeOperation);
) j8 w7 B9 }/ l9 p9 h* i2 d2 v print("\t----ObjectSubtypeOperation-------");" l9 k0 o! }' |+ K4 w/ u
for(int ii = 0 ; ii < ObjectSubtypeOperationsubtypes.size();ii++)9 k3 n. y/ A; d2 U: ?
{4 I# }0 K! T$ ~0 r0 ] b
print(ObjectSubtypeOperationsubtypes[ii]);+ E& d2 s. C. q! a
}7 s" Z/ J8 z! D% P. u1 @
std::vector<NXString> ObjectSubtypeProgramsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeProgram);$ S. P8 t6 \! a8 ?9 y
print("\t----ObjectSubtypeProgram-------");4 b' V: f3 y- I' G2 C$ {3 H( P; A
for(int ii = 0 ; ii < ObjectSubtypeProgramsubtypes.size();ii++)
) y! D4 I) c6 Y& t; S {
: X! J3 [& ~5 U8 d1 [: u print(ObjectSubtypeProgramsubtypes[ii]);3 o& E+ Q' a8 b' ~1 ]
}* N% V* T" B: r' ~; I$ ?; ^
std::vector<NXString> ObjectSubtypeSetupsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeSetup);
( Z) O3 d( b# E7 n3 \ print("\t----ObjectSubtypeSetup-------");# Q9 m: W2 C* N# I- G3 R
for(int ii = 0 ; ii < ObjectSubtypeSetupsubtypes.size();ii++)
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print(ObjectSubtypeSetupsubtypes[ii]);
" x" d$ X+ ]" r" \5 g. M% J }
! N" g6 C. Q, a std::vector<NXString> ObjectSubtypeToolsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeTool);
: o' L; d& Y. e* E print("\t----ObjectSubtypeTool-------");' D; k$ B. Y5 E# F
for(int ii = 0 ; ii < ObjectSubtypeToolsubtypes.size();ii++)
% ^: X9 j7 q: d {5 @; Y$ f* P* F% U* F- V# R* i
print(ObjectSubtypeToolsubtypes[ii]);* r* x" {. X, Z$ S$ A
} G( |) N7 b# f6 n- j
}
% K! G! q& Y% g4 h7 I a8 a6 J/ I* z2 ^/ {" T- w( w2 \7 @
% L; z& |1 _2 m3 ^: d9 ^( K1 y
% L0 u( V- {& w( H U结果如下：
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4 `5 k( _0 c0 R k- P7 JTypes:mill_planar$ c5 V$ p0 U7 y2 u. O
----ObjectSubtypeGeometry-------
0 b1 ]2 v0 u, {9 m0 ?' \MCS
/ |! {3 |7 X! G: X$ ^ @/ iWORKPIECE
+ p$ ?. I8 ~6 K. C. ?MILL_AREA6 _2 \6 ~8 y( z( j1 x: t1 I
MILL_BND. x( c% W! ]# ?
MILL_TEXT" M4 D: ]7 u* U5 T2 @3 G8 Y1 A4 p J# h
HOLE_BOSS_GEOM. I$ i7 N/ J4 }: M% P
MILL_GEOM
" w% k" L( U# X1 N9 w ----ObjectSubtypeMethod-------
9 u+ s. x1 G/ w# x) p5 w: c7 AMILL_METHOD- [; d( g! S0 Y1 P) e
----ObjectSubtypeOperation-------) Z$ C! x1 {( q4 Z# m
FLOOR_WALL
: S4 F o5 D# j. l$ r! hFLOOR_WALL_IPW" ^7 X z' w$ {. ~9 \
FACE_MILLING; v B* d* v/ I- Q
FACE_MILLING_MANUAL
! m a4 r% l2 P+ c! H& E4 EPLANAR_MILL7 ^$ e, }( D! x
PLANAR_PROFILE
1 x5 D7 H7 B4 l0 n" p# @# [+ T% yCLEANUP_CORNERS N2 O. R4 j! @7 x. C7 v
FINISH_WALLS* D4 n! S7 Z- }$ B) P( ]( o+ y* j
FINISH_FLOOR
: l! N, j7 I7 XGROOVE_MILLING: b0 D* e4 n$ @% n# v, ~
HOLE_MILLING3 `; W; X2 X3 U& v3 r
THREAD_MILLING
* v% I& ]6 z- TPLANAR_TEXT3 H$ f; w5 {% x: A. G0 ^
MILL_CONTROL* }. _% `' F, ~
MILL_USER# Y* b+ z3 i o8 p( ^! N
----ObjectSubtypeProgram-------% ^( E. S$ w0 R5 z* Y' [
PROGRAM
9 l% k- f: K2 h5 W6 k( }$ J, d/ B ----ObjectSubtypeSetup-------: q9 W, o" r6 O
----ObjectSubtypeTool-------
6 n+ \9 k3 E3 `MILL: Q: J7 D" |- {/ u6 q4 s
CHAMFER_MILL
. M# T; C+ n$ E# V% R( G A5 mBALL_MILL
; g3 g; o s, P% A; _- ` tSPHERICAL_MILL d H) I9 W6 G0 r
T_CUTTER
; e( v R" c. B, G" m% bBARREL. h6 p7 a/ j# U# l
THREAD_MILL/ ]6 @+ g+ G$ p- L6 ]
MILL_USER_DEFINED
! X; y& z0 H% p0 E, I0 y( TCARRIER
% P* v" g) k( b1 ?3 ?8 C! bMCT_POCKET0 c2 p& v1 A0 _+ O6 N; T$ S. }6 @, E, [
HEAD
% ^7 J$ E7 H( W% u2 B' n7 {Types:mill_contour/ f& A6 Q- q" \: t1 y; s8 ^
----ObjectSubtypeGeometry-------
q& T4 K7 Z! A# n% G$ `2 ]; lMCS* e5 d7 Z) k- q: T& Q
WORKPIECE
8 h8 F9 u1 _! q8 d. P- _: ?MILL_AREA8 }, {4 @* b7 i8 B; y
MILL_BND
9 v2 |# d1 o' {2 t; `( t0 ^0 ~# ~MILL_TEXT
9 T; ]) _ b" k! EMILL_GEOM) f3 }- T& G4 Z7 N# |. e
----ObjectSubtypeMethod-------
9 [0 x. n) H- Y; WMILL_METHOD
" {. v2 i( r9 A1 C( DMOLD_ROUGH_HSM7 H1 m, a! R7 ^+ c/ d
MOLD_SEMI_FINISH_HSM& z" Y" ^/ l; Y! |
MOLD_FINISH_HSM
% U3 B+ {! }) V; E" z. o% H ----ObjectSubtypeOperation-------, h' J, I3 A; }
CAVITY_MILL
4 g& ?- ^- E. F! Q4 E6 t7 fPLUNGE_MILLING
: i9 _; B/ R3 L" K, F5 yCORNER_ROUGH- d' W. T" l$ m5 G% E3 I( s9 u+ ~
REST_MILLING$ E3 ]' U: w9 C
ZLEVEL_PROFILE
5 d3 s/ N- M, ?2 |* Y- jZLEVEL_CORNER
5 U) H! x6 M" p9 I6 j) A+ qFIXED_CONTOUR
0 D! }- S# o+ c7 ]$ M$ _5 |CONTOUR_AREA* {* o; y6 }0 D/ M! Q! l6 c0 v
CONTOUR_SURFACE_AREA) Q: x8 `2 w. J D
STREAMLINE
9 c) j5 Y* t7 I! cCONTOUR_AREA_NON_STEEP
' b$ n, C F" i- fCONTOUR_AREA_DIR_STEEP
5 r5 q" C2 c$ h6 m' H. kFLOWCUT_SINGLE& b0 E1 K7 A. E# {
FLOWCUT_MULTIPLE0 _ \7 b' F2 |
FLOWCUT_REF_TOOL9 U6 h& M9 [6 |# D
SOLID_PROFILE_3D
* y/ Z$ q0 C: p' `PROFILE_3D
: q& v' I: s' _# X. HCONTOUR_TEXT
; B8 v* ^# Q$ i, ]+ k% Q( KMILL_USER. a* P; ~% r8 i' T/ F1 Y8 C. e
MILL_CONTROL S6 I" W+ A% d' M* M+ H6 f
----ObjectSubtypeProgram-------
/ {% M% |& y$ B. [, ~# XPROGRAM
" \% o0 @2 m. }- W5 B ----ObjectSubtypeSetup-------
/ y9 Y$ `% P/ S! f; ^- Y ----ObjectSubtypeTool-------3 \1 ~' X4 y8 r$ J) a
MILL
; [) g% z" t& b( CCHAMFER_MILL {% ~: ?# b5 F0 F& U4 o! f
BALL_MILL7 n* R; `+ \+ }" A n, F
SPHERICAL_MILL
! A3 B3 ~$ t; f1 mBARREL
! g S4 }1 A8 P6 _# d/ Y. k6 xT_CUTTER* c, N6 {0 T* Y8 z+ p
CARRIER
- s, s1 q8 ~3 @) x& B( c2 @: a1 `MCT_POCKET
$ z$ y% r2 A& SHEAD1 S/ a) s' Q( A4 P% X
Types:mill_multi-axis
u" P1 M& [+ D' I8 i( k ----ObjectSubtypeGeometry-------: B. r5 {( G% a' E2 ?9 \- o$ n T
MCS: `& K% Y$ a3 n! r* l% [
WORKPIECE0 N4 F }! S8 A4 @9 a$ x
MILL_AREA4 S, @( d- Y" {5 C. I& g% p
MILL_BND$ L; p- f# m' H# e" @
MILL_GEOM
9 ?1 R) \/ {4 Q! D3 Q* P3 p6 g ----ObjectSubtypeMethod-------
: Q9 T% \8 j9 i! e4 ]& V6 o+ V2 kMILL_METHOD
. {8 P% o9 k: [ ----ObjectSubtypeOperation-------$ E1 }8 x/ \) X: f4 s
VARIABLE_CONTOUR
, B2 V( ]( x& w7 nVARIABLE_STREAMLINE
3 s0 K3 P5 ~4 c/ e1 i; S# R1 JCONTOUR_PROFILE
" {# H _7 ?% ^! H5 j2 iFIXED_CONTOUR
2 r% j9 n! N* }ZLEVEL_5AXIS
C* v: e' p H) v Z" D V. `SEQUENTIAL_MILL0 F: N% R7 y# T" ]6 j% a: v4 n
GENERIC_MOTION
5 q3 A# n, e! g7 O+ a# NMILL_USER3 f0 g4 C+ \# {6 }8 d
MILL_CONTROL) j- r/ I/ X2 |* W; J2 `
----ObjectSubtypeProgram-------
6 \& N7 U% K9 q: F5 nPROGRAM
& O" r3 a" ^) a2 I8 Y ----ObjectSubtypeSetup-------2 k& Y3 W6 D2 N8 d2 [3 A' N
----ObjectSubtypeTool-------
! v4 {9 s" d8 I4 q( o* h yMILL, ^; p1 z% e+ G
CHAMFER_MILL" u$ Q, |% @9 @% @0 J
BALL_MILL7 {) l5 ]3 A0 z9 x1 S% ^) d: Y
SPHERICAL_MILL) k/ k. B; r% ]2 |
MILL_7_PARAMETER
- |% ?3 o% h$ GMILL_10_PARAMETER
# S4 F" ~$ q) c5 sBARREL. K" O: p. r+ @# F) {) [
T_CUTTER- J, }" `5 ^% u3 ]- \) i$ g i
CARRIER
& P- x- _6 ^5 I7 G. B5 f+ j, pMCT_POCKET
8 w- _7 f+ T8 v9 LHEAD. h0 `6 {3 c3 x/ R# _
Types:mill_multi_blade
( v! a5 d" N% T9 C% I5 b' x ----ObjectSubtypeGeometry-------9 e6 b s, S7 m7 n' U
MCS! {/ `2 ?" d2 K- U* e' }. r7 x; K
WORKPIECE
+ P/ U1 L( D; j/ z/ c ^, ^" CMULTI_BLADE_GEOM
2 `8 @5 d9 _1 ]% K& M. V- w ----ObjectSubtypeMethod-------
5 l: U4 ^6 D' z* e% ^; ^( u1 FMULTI_BLADE_FINISH) l7 ]) C% d/ v& B& ?$ }3 v
MILL_METHOD+ Y1 m- k1 m" A# ^; l
----ObjectSubtypeOperation-------
, g, X& w0 ?1 OMULTI_BLADE_ROUGH. h: i4 Y6 z- ~. G8 l
HUB_FINISH
7 n ] c! u: c" p sBLADE_FINISH
2 p" y9 s+ b5 ^1 F7 |# _BLEND_FINISH6 l% j7 M- x& a0 I' E' Y
GENERIC_MOTION
3 Y! q& z y+ r( EMILL_USER
" r# W9 X4 v, L7 OMILL_CONTROL* c+ X- n, T9 T! \ Q$ f( d0 m
----ObjectSubtypeProgram-------
0 ?( L* r E1 |9 `7 W% `. K8 Q7 pPROGRAM8 d- y; y# i( q3 x: Y
----ObjectSubtypeSetup-------+ V5 d9 Y% u. L$ a3 x' R& o
----ObjectSubtypeTool-------
* M; V* ^3 l) u8 G( WMILL
; {1 r/ Y D* LCHAMFER_MILL: z' U0 \$ L0 e, q6 k5 H
BALL_MILL
! Y1 i/ [& I3 K; e# i GSPHERICAL_MILL
" k: ~7 r9 w% a* } U# KMILL_7_PARAMETER- _6 ^2 o7 U( H& Z, o" ^
MILL_10_PARAMETER8 T, O) V+ R3 S6 A1 T% ?
BARREL! Q" Y& N: _4 N% m3 [9 J
T_CUTTER
& Q. b( o7 I* y5 pCARRIER5 }, `' H/ _/ M0 ~9 W- \, h1 n
MCT_POCKET
( Z4 o% x4 z! u* ^( VHEAD
- D1 g7 q/ Q; e& YTypes:mill_rotary
6 K( g' g! Q# ]. x8 L ----ObjectSubtypeGeometry-------
8 V. _6 C) j4 q& c& P; _, ]MCS1 y" |. d* d6 }
WORKPIECE' l9 E5 a& W$ T# o, x* x
ROTARY_GEOM
# h# m$ V U: G* n+ X+ E ----ObjectSubtypeMethod-------* {6 ^4 G4 D: e( S. {2 d
MILL_METHOD- _* v. t- y. N# A
----ObjectSubtypeOperation-------5 ]* l% Q7 ^3 d6 y2 o, P4 R) I
ROTARY_FLOOR. k$ i) M3 ~) f% ^
GENERIC_MOTION7 j! N: a0 t$ |1 t7 e2 A# H, W8 g, J D2 c
MILL_USER
7 ~$ K: _! w1 J! yMILL_CONTROL
: |& l# Q1 W: X4 T( W1 u ----ObjectSubtypeProgram-------
. Y, i, X( w8 _* A& Q |PROGRAM; ?9 ^# C/ d2 F- U
----ObjectSubtypeSetup-------0 a/ a5 k' ]7 i ?2 l
----ObjectSubtypeTool-------' w, L7 h) R( Q# y9 {+ m
BALL_MILL, `! b W: [1 G- ~% U
SPHERICAL_MILL
+ n K g; V% h$ k# O9 p# l: WCARRIER
- B. x* Q5 K4 ~/ kMCT_POCKET
+ V# p6 K6 w$ ^- F/ S: HTypes:hole_making! F! N6 u0 P2 Z( G/ _ B( b8 E
----ObjectSubtypeGeometry-------1 Y& C% M9 U3 y+ p6 R" n
MCS
; c9 D1 Z( b8 {, q/ EWORKPIECE; @- r& ~! _5 d* V, P
MILL_AREA
$ W j- {0 e! h/ S$ d* b* DFBM_GEOM
- e5 P7 O* |- w$ w4 e/ x: h. mSIMPLE_HOLE
7 Y3 ?) v' `% ^ E& \CB_HOLE
6 Y, f5 s( P$ ?1 _* w: J4 H, W1 ACS_HOLE
. H! E2 g- x5 z5 l2 @THD_SIMPLE_HOLE
% u6 a1 m* C1 Q! ?1 b, @THD_CB_HOLE! f5 E* c" D K6 I# R3 j
THD_CS_HOLE
* ~* G* i' n- d# `SYMBOLIC_THREAD8 t5 r& V( Y; r% v" h/ r, u
CAP_SCREW_CB& B7 n. G. P5 C3 }+ m) b9 O& r
CAP_SCREW_CS1 s1 M0 L& W/ a l+ h
FIT_HOLE/ m; }6 {& x6 y
STANDARD_THREAD/ t6 e) C0 s, J8 P( ^
ALL_FEATURES
4 [. _( i2 O* O, W p* j% _( p8 bHOLE_BOSS_GEOM' Q" u1 V; u+ M
----ObjectSubtypeMethod-------( l% N7 [ @$ m! U, ^& t
DRILL_METHOD
' ]# `+ o5 K0 j" K) t; i7 q0 u* tHOLE_MILL_METHOD# e# z0 V1 y9 r+ p% I: h& |
----ObjectSubtypeOperation-------
1 ]2 c1 Q/ p" l4 ~) N, p8 l' X) ~SPOT_DRILLING9 v3 T' V- r$ `8 o2 t# e. [
DRILLING/ Z3 I' J% A. \" T' \
COUNTERSINKING
8 o4 T/ f. z0 }0 X* ]. zTAPPING
4 T" p/ q* T2 q+ \: n, YHOLE_MILLING
0 u+ C% l# Y3 m3 B) jHOLE_CHAMFER_MILLING
+ f1 N5 H" R: s$ |% MBOSS_MILLING8 V1 v6 U( N. W& e
THREAD_MILLING
8 d0 N% v, g i SBOSS_THREAD_MILLING
% ^* b( l. u$ n# p4 o% B4 L5 MMILL_CONTROL
# i# r8 ~3 s% n9 AHOLE_MAKING' \ H8 w) ?8 Q/ u
HOLE_MILL
5 ]$ B, w% h7 t" E ----ObjectSubtypeProgram-------
( ^- A5 n' z; N% D# LPROGRAM6 `5 M% J) ] C" Y0 D8 G# Q
OPTIMIZED_NC
7 C7 T7 H" F' b8 W h# j ----ObjectSubtypeSetup-------
. a I7 L9 w+ \* C ----ObjectSubtypeTool-------& P# i5 y" M! R+ _* b8 D
STD_DRILL+ `; g$ Y* v2 a# \* x' @
CENTERDRILL
& N; f. `6 H8 QCOUNTER_SINK
8 f# `5 F$ U5 e+ j$ I7 DSPOT_DRILL- i9 @: c: {" A& U% `4 b3 w' W
BORE
' |* t4 @4 _- U. lREAMER, B' d. i! n% y3 m9 w K* o" {5 [1 z
STEP_DRILL
" n3 A5 W! y# h+ O3 T4 P9 j6 wCORE_DRILL- O" S% B6 t6 w, j9 r1 }4 `
COUNTER_BORE6 S" w7 A. f' J. Y, @' W
TAP
' t2 @: Y" h N3 _0 XTHREAD_MILL1 m! e3 `, n2 o3 p
SPOT_FACING2 g* B5 ? f) c4 ?' q9 s; \+ m- L
CHAMFER_MILL
: [( i+ V! y& ?! KMILL
& y$ Q$ R& m1 i# T6 B- x! MCARRIER4 G% ?/ c- J/ c- k# o: s2 l) C' L
MCT_POCKET: t+ R3 u+ g2 a# K( w2 p
HEAD
* j; M% |& C; @9 S: gTypes:drill6 v5 [3 |5 z3 H2 M6 E/ b4 U4 q4 z
----ObjectSubtypeGeometry-------
) h2 p- K& L! i/ KMCS
# ~+ O% t! M# s8 v6 V3 QWORKPIECE
* S& M4 F( j+ z" l% }) Y6 nDRILL_GEOM! m- L- H/ t2 x r9 O
HOLE_BOSS_GEOM
3 q: }/ `0 w+ J1 e: D6 b ----ObjectSubtypeMethod-------& T$ V. a j- Z" g/ m6 k) \
DRILL_METHOD' t3 N2 @+ p! H: N0 N B( j
----ObjectSubtypeOperation-------
. z3 o* W: I5 q% \# B0 T$ sSPOT_FACING0 C! N6 e1 _2 U6 Z) j
SPOT_DRILLING
$ O y: z6 a2 S; p& w* ?" Y. YDRILLING+ O& f! A0 r; S) e
PECK_DRILLING( h) v& a Y1 K* W; e7 k9 E- v; w
BREAKCHIP_DRILLING
3 s1 d0 v! n& \: t4 `$ SBORING! U0 _/ [0 q* Q. p# ?
REAMING' D6 A% z% s$ S3 l
COUNTERBORING! t5 G) ?4 B$ s% Z
COUNTERSINKING- a$ `5 |; q9 k& w5 |
TAPPING
: F* @/ m8 C, a# H" p2 j! ZHOLE_MILLING- L$ P" U4 r; T) ?2 H' B
THREAD_MILLING( b/ k6 ^, v6 }. F
MILL_CONTROL! s$ `# z8 ^; H! I
MILL_USER
+ s; }! n% a7 J: T0 f0 o# s1 T ----ObjectSubtypeProgram-------
* s: z, @3 w1 ?& z' p. tPROGRAM2 L" D: Z$ m" I0 f. z0 {& v# M
----ObjectSubtypeSetup-------
1 f( O1 E& \3 Z6 h ----ObjectSubtypeTool-------. N, C s$ ], o/ o2 }: F
SPOTFACING_TOOL: z5 W& E% l$ U. s7 ~% N8 ]/ U
SPOTDRILLING_TOOL
$ z& x6 x; j: ]% {- NDRILLING_TOOL3 u) }( @3 H; u" Q, q U3 J. H
BORING_BAR6 i3 a2 n7 I2 \) n& q# q L
REAMER
; ~ g0 m* @/ Z9 m4 KCOUNTERBORING_TOOL" G6 c5 j Q- Y9 p3 t
COUNTERSINKING_TOOL: }. d n( X1 t) g6 l& l
TAP+ z! e/ y/ Z; N' [* u' O1 t
THREAD_MILL* V3 m0 D9 l. ~4 t+ v
CARRIER) ?$ s* P1 }6 \8 ^/ w
MCT_POCKET
# K4 c, D8 S) n5 O/ gHEAD1 C. S; u& W5 L+ Z3 ^
Types:turning6 l; U' A# Z- G# F! ]( L9 v5 I, z w
----ObjectSubtypeGeometry-------
/ ]; U# b9 J' n# {MCS_SPINDLE
$ ]$ g; v5 t* bWORKPIECE) u$ ~- | b: b( Y$ O% h2 A
TURNING_WORKPIECE/ k2 d% H! b8 Q8 r8 }
TURNING_PART
. Z0 ]0 s R3 K; X& j9 QCONTAINMENT
) A# u$ n3 U, O/ S) mAVOIDANCE7 o4 _6 ^: p! F( z
----ObjectSubtypeMethod-------( P! }4 Q' T \) Z% s. V8 B% \" j/ e# @; A
LATHE_METHOD
' _2 a8 y7 d$ l" g* J ----ObjectSubtypeOperation-------
( a f0 X, f7 ?# { ^8 iCENTERLINE_SPOTDRILL
' i0 f4 O6 j+ A7 n# g, H- DCENTERLINE_DRILLING. v6 Q+ s7 E: Y
CENTERLINE_PECKDRILL g" O+ r0 R0 Z# b/ F! K ^
CENTERLINE_BREAKCHIP" ?* f. o- y& h7 W( G
CENTERLINE_REAMING- A' Q$ \2 I, m" o
CENTERLINE_TAPPING
7 y( Q( G7 m; I8 ~! J( \FACING4 {6 R1 }1 Q* H1 x
ROUGH_TURN_OD4 _5 V* p& E3 [. Y, A5 {/ z; \/ Z. U7 \
ROUGH_BACK_TURN3 D) f% ^: s6 d
ROUGH_BORE_ID) E1 K- S. f# I H" _5 V! `4 i
ROUGH_BACK_BORE, ^, f8 D$ i' K0 L1 i: [5 Z
FINISH_TURN_OD- Q; ], r8 n( B4 h+ n# t; f- [; [/ c3 `
FINISH_BORE_ID
$ k% O/ ~+ m! ]6 m6 QFINISH_BACK_BORE
) q4 f9 F# A8 S/ U7 STEACH_MODE! C# n$ ^: @( f( [, p8 H
GROOVE_OD
, q, P3 j5 E1 dGROOVE_ID; \( r. N- V1 k
GROOVE_FACE
4 `& [+ f, {8 Z m9 C zTHREAD_OD: o# j0 g$ i8 f1 q( {5 ]
THREAD_ID
2 k+ b" N; a, D; e' j; O" GPARTOFF
. y- w! u) v: X( D9 QLATHE_CONTROL
2 {6 E3 N5 a" |% `LATHE_USER
8 D' {3 v( ^3 I# r- }! i) B ----ObjectSubtypeProgram-------
6 q+ v% u- r! K, d w" UPROGRAM; a% v# p9 c! x/ I
----ObjectSubtypeSetup-------" y# N; v; t" h; K& C1 Q( c# ]
----ObjectSubtypeTool-------! N; E0 ?" x% k b% Q7 }
SPOTDRILLING_TOOL
; j& W% m) X: q, K. A8 B DDRILLING_TOOL+ d g; ^! o6 O- q
OD_80_L
2 F: s0 q5 C3 V( x2 Z! Y3 W: yOD_80_R4 I' U5 L* k" w. P+ m; m& C+ k
OD_55_L
9 h' H" B( a% r o0 yOD_55_R
5 {% b- _# r# A) p2 d8 [! AID_80_L
2 B, ^+ J/ o7 e* [' J" hID_55_L2 U( g' i1 v0 x3 G4 o0 J
BACKBORE_55_L7 _3 _$ @! @# d- b% D, Z$ g
OD_GROOVE_L
8 ~8 M0 R; K- u% [FACE_GROOVE_L
6 h L& e; J FID_GROOVE_L! _4 [ `- l9 a4 k z5 o8 |
OD_THREAD_L
- J' n9 _; D* @, n+ {ID_THREAD_L; Y2 n+ l+ n/ Z. T; m5 U
FORM_TOOL
& U% [! H" b0 r ?* m: v3 cCARRIER
3 t9 T& r3 s- D2 _5 n; @/ DMCT_POCKET
2 F+ l" H5 G9 \! _. uTypes:wire_edm
2 x6 k0 Z7 |% F6 l+ M0 d" @ ----ObjectSubtypeGeometry-------
) [. j* y3 M% LMCS_WEDM
3 D( A9 U$ f! N" R) D2 V6 CWORKPIECE( x# I8 Z5 J# U3 L$ X: _& ?. v
SEQUENCE_INTERNAL_TRIM4 f6 R+ `+ O0 _' L
SEQUENCE_EXTERNAL_TRIM
6 g, i$ S# }) p- ]WEDM_GEOM
- ~7 U9 k) C, w" F w! d4 p ----ObjectSubtypeMethod-------
9 J, y4 ?; u' J( WWEDM_METHOD
6 _& t( g$ M3 _) s; h ----ObjectSubtypeOperation-------
+ W* O" L3 e0 k% B. aNOCORE
1 s5 x" b5 _0 d, c9 L- P' F9 `EXTERNAL_TRIM
7 u/ w) X- k& FINTERNAL_TRIM
- X* x/ e2 @( }9 w3 d+ m" AOPEN_PROFILE6 r- Z" F$ g; Z5 l! B, U
WEDM_CONTROL9 ^# O! E" S5 F; v
WEDM_USER
% F# M5 N9 O, U/ D ----ObjectSubtypeProgram-------' Z, H& b( M9 } q. f
PROGRAM
' R$ W: S# d( ]2 u. ? ----ObjectSubtypeSetup-------$ z# z7 |* n9 x$ a3 A
----ObjectSubtypeTool-------
+ r* L. d. O$ r x: b( MWIRE/ d2 m( r. s) l$ }
Types:probing% ~4 t# Z7 f' K+ u g/ }6 n
----ObjectSubtypeGeometry-------
+ b0 I2 O' |; k( M5 @9 X3 V2 hMCS_MILL
$ I1 O$ A0 }" H7 {4 s& g7 nWORKPIECE' _2 @% n- w' S/ {( q& x8 s
----ObjectSubtypeMethod-------
: h& `$ L- t+ j( }4 S7 ~" qMILL_METHOD/ \3 }. j9 W) b
LATHE_METHOD
9 e. P/ ]& [" m6 m9 ~" n/ t6 a ----ObjectSubtypeOperation-------
9 S: a$ ~; `5 `0 d! E) D7 K& ?MILL_PART_PROBING
# J4 t. d# J& Y; W% xTURN_PART_PROBING, G7 W; S" ^! x" Z
MILL_TOOL_PROBING& E/ V4 X, A4 ^0 }0 z$ m9 J) y
TURN_TOOL_PROBING3 |/ }1 q( R4 H
GENERIC_MOTION
) ` U& V/ j# J6 m ----ObjectSubtypeProgram-------
9 ?6 w$ e9 n+ o8 ?PROGRAM' Z8 N6 [% B2 e7 y
----ObjectSubtypeSetup-------
( I' h4 s9 b/ y ----ObjectSubtypeTool-------5 t/ U4 Q6 S. f! r0 C- t
PROBE( {( q. c4 o8 f, E+ Z' D
GENERIC2 c( E+ y; B% l8 R
Types:solid_tool
: g: S6 W. q* Z- Y ----ObjectSubtypeGeometry-------9 u6 ~& E( S! {+ f
----ObjectSubtypeMethod-------
$ q. J# m/ `. O3 }* s6 H% r* _ ----ObjectSubtypeOperation-------3 K; [; a- T g" `* n% x
----ObjectSubtypeProgram-------
) r/ K# x: }' N0 p ----ObjectSubtypeSetup-------
9 p6 E" \$ j! Y2 o/ \ ----ObjectSubtypeTool-------$ k# O: p6 h8 i8 y' u
GENERIC4 J1 }7 _9 D# B8 `( C
PROBE
5 U! Z. `% u: z2 f) ^" VTypes:machining_knowledge4 t: v- @2 ~' u4 _
----ObjectSubtypeGeometry-------
6 B6 o5 b, b TMCS0 M5 `9 X. ^9 N, _5 s) C& S
WORKPIECE" k, C7 P6 k' O
MILL_AREA
6 L" Z r$ M5 J. s1 _, b- }9 V7 RPROCESS_FEATURES3 M7 Q' I" w4 d7 V/ n5 K) K
----ObjectSubtypeMethod-------
7 H# }- ~0 I pPRE_DRILL_METHOD
+ w& f) ^6 \& q5 CDEBURRING_METHOD$ S( E& e u7 v+ U. G9 Q* V
CSINK_THD_METHOD
8 t. m! o3 f; H+ n6 T* zTAP_METHOD
3 W. q" J6 \$ ASTEP_DRILL_METHOD, b/ E7 l) M5 X/ S! O. g4 V
THREAD_MILL_METHOD
& L2 ] J4 T7 O* L% r" r4 @MILL_CB_METHOD g6 Z/ R( k7 N% T2 X- X# p
BREAKCHIP_DRILL_METHOD
* g; `- ?1 F% _2 `9 u) DBORE_METHOD0 s. e& ~: Z0 c& l O6 b8 ? ]
CENTER_DRILL_METHOD
4 A& B4 a* E% ~* c' b+ xCORE_DRILL_METHOD
3 m8 f/ Z+ }( I$ d) l0 KCBORE_METHOD" f5 T( Y2 ?0 L% e4 D/ _! B
CSINK_METHOD; g! C; p3 S! H1 b2 I1 J7 r
DRILL_METHOD
4 W* f6 t* m% y7 ^5 EPECK_DRILL_METHOD a! w" ~2 C0 A
REAMING_METHOD( R5 |; E8 [4 K" W2 E$ C$ r% `
SPOT_DRILL_METHOD
8 [/ ]8 J% O* A+ q4 lTAPPING_METHOD
9 ?% ?, J+ D" a- i4 P/ y' b) o. QHOLE_MILL_METHOD
6 q0 t2 d R# j6 ?; G6 ~5 SMILL_METHOD_ROUGH
; R3 r9 c& M! X, x ----ObjectSubtypeOperation-------/ ?3 M9 ]) Y, J% W6 L `
HOLE_MAKING
5 Y8 a$ c% c' E; k, b1 z0 cHOLE_MAKING_DRILL_TEXT
5 A) \" w; |2 g4 HHOLE_MAKING_DRILL_DEEP7 c( ^4 g! j, A |/ P2 g) D
HOLE_MAKING_DRILL_BORE_DRAG! w$ \# X1 A) x
HOLE_MAKING_DRILL_BORE_NODRAG( {4 V& N; ?6 f! P. N
HOLE_MAKING_DRILL_BORE_BACK; c8 C8 O% F3 I7 V; A0 [; a6 t6 k
HOLE_MAKING_DRILL_BORE_MANUAL
# S& {) x# y& h2 K- W0 ]! S" x+ uSPOT_DRILLING7 D6 i' v5 P; f; G, z- i) C/ U
DRILLING B/ `( F& j- u) c
PECK_DRILLING, P8 \8 x3 [% u
BREAKCHIP_DRILLING
- e- b& Y! m' _COUNTERBORING
* p$ I, o7 t9 n+ S2 \$ x8 oCOUNTERSINKING, J6 T/ J' R* B1 L! ^
REAMING7 ]0 k6 h; M$ \" t
BORING. X# I% o) V* [6 R
HOLE_MILL4 y1 P, d1 `; W z1 n7 _8 _2 k
FLOOR_WALL
0 U3 s! J% [( LFACE_MILLING
) |/ C2 J% }$ _CAVITY_MILL; Z/ U* C$ L; m; ?0 K
TAPPING
8 d5 d5 J+ }1 [ ----ObjectSubtypeProgram-------
R3 w0 x3 W8 s- k1 @- @PROGRAM
- Q! F5 c. I) d! T; R, F ----ObjectSubtypeSetup-------
4 l {& A. o: b- L$ N" U4 A ----ObjectSubtypeTool-------
6 l4 R9 y5 o$ @& \, f; D+ ~CARRIER
; E$ }# h* u2 q7 Q- R# U( W2 SMCT_POCKET
& _+ _: ~& }* C/ z( x$ h8 o/ [' tHEAD8 v# D7 |) ` P T9 l9 k3 n- M
% [2 M7 y/ T" d4 B% X! i- F9 Y
* ]! [9 V+ C v5 B g: }8 G
1 x( I. u: T( ?# ^6 N, A |
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