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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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void createCAMTool::do_it()5 D! V! r9 q8 z
{
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/ _$ B; k0 M; E6 x5 K& k // TODO: add your code here( O, n1 L" [7 {0 }3 b
std::vector<NXString> types = theSession->CAMSession()->GetTemplateTypes();8 i) Q1 M! E1 Z+ s: H8 R$ [; h
for(int i = 0 ; i < types.size();i++)
f/ r+ k+ ^4 q: F( S0 Y& s I {
. _, f6 a+ a) B+ {: k print("Types:"+ types+"\n");
9 t2 p$ f: p3 S# h6 \9 c std::vector<NXString> ObjectSubtypeGeometrysubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeGeometry);
1 O E! Y5 _# t print("\t----ObjectSubtypeGeometry-------");1 a! z3 s5 m6 s2 \6 d/ \
for(int ii = 0 ; ii < ObjectSubtypeGeometrysubtypes.size();ii++)
% U! f5 n q% g" ?( O {
* ?' s- n; L8 B print(ObjectSubtypeGeometrysubtypes[ii]);
3 y3 w5 o: Z3 i# d/ o' m$ D8 [ }
5 @6 n+ h% h! [/ n* ^, J std::vector<NXString> ObjectSubtypeMethodsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeMethod);
# }- r3 U! l+ i print("\t----ObjectSubtypeMethod-------");% b& j6 K6 q, | z9 f3 K9 s5 q: f
for(int ii = 0 ; ii < ObjectSubtypeMethodsubtypes.size();ii++)! g5 ^2 f3 i$ V' p- r, a
{
" x S5 k0 @& Y' o6 M3 m print(ObjectSubtypeMethodsubtypes[ii]);0 J$ s" R0 w2 K
}
3 P7 x4 o0 c. f1 k% H6 }7 q6 U( w std::vector<NXString> ObjectSubtypeOperationsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeOperation);) C2 y7 c0 N1 j6 g$ `" M
print("\t----ObjectSubtypeOperation-------");3 J8 d! T5 Y v& H- A1 P
for(int ii = 0 ; ii < ObjectSubtypeOperationsubtypes.size();ii++)3 R, p5 {4 A4 _& N. V
{
) p* Z) f7 k- B/ [2 t4 i# H print(ObjectSubtypeOperationsubtypes[ii]);
$ B/ d' n! a( w }
6 w+ {$ T6 ^3 _ std::vector<NXString> ObjectSubtypeProgramsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeProgram);$ P. ~7 h1 i5 b
print("\t----ObjectSubtypeProgram-------");1 A. G5 I% t- F( N. d% b1 ~
for(int ii = 0 ; ii < ObjectSubtypeProgramsubtypes.size();ii++)
% d- s6 C( A, ]5 p {: p+ ^! ]. H2 b0 V2 I: u, _# G
print(ObjectSubtypeProgramsubtypes[ii]);
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std::vector<NXString> ObjectSubtypeSetupsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeSetup);% ^; N" k- P; G0 b: C
print("\t----ObjectSubtypeSetup-------");1 ]+ i/ R, ~2 I- i/ Z
for(int ii = 0 ; ii < ObjectSubtypeSetupsubtypes.size();ii++)% D* c% K* `4 t8 r2 g5 L/ `1 `9 t: C
{* M+ _2 I0 d3 w2 p1 N
print(ObjectSubtypeSetupsubtypes[ii]);
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std::vector<NXString> ObjectSubtypeToolsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeTool);
( k9 \* C/ }7 F0 I" e6 g print("\t----ObjectSubtypeTool-------");6 }3 D! F/ y, ]7 S2 Q6 P$ M- }% h
for(int ii = 0 ; ii < ObjectSubtypeToolsubtypes.size();ii++)' \0 V& x; Q$ d9 X) ^1 x* U
{* `) Q8 h6 a) [# A6 b9 C3 K7 ~; l. |
print(ObjectSubtypeToolsubtypes[ii]);* H1 E0 {# g$ ^* a& c% {
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结果如下：5 E K& U. U3 M# a: z1 _
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Types:mill_planar, {9 |( d# Y; [8 P5 F7 W2 j
----ObjectSubtypeGeometry-------
/ Q! d* c' F; M; IMCS
, y E3 r7 v/ O- h2 EWORKPIECE6 b: \) U; Z+ c" J! ` k3 G: @
MILL_AREA
# S: V7 M9 C4 g% hMILL_BND
% ~, f' y$ ~' s7 }# \. |2 H. G1 y) gMILL_TEXT
, Y% e2 o; S* L2 F/ yHOLE_BOSS_GEOM
$ g* R. |) m5 J tMILL_GEOM
! _8 O6 K# K; M0 K ----ObjectSubtypeMethod-------" p& p, e9 u7 R& A, A% L( L+ e, O
MILL_METHOD1 M8 \* K; M1 M. {) d$ f- J
----ObjectSubtypeOperation-------
* M2 |7 b8 j. ~/ A( D7 v# Y0 oFLOOR_WALL
+ z: _7 d" g- y3 eFLOOR_WALL_IPW
$ B$ k. V2 u( `FACE_MILLING$ u( z- |" \* _; X( K$ U7 f
FACE_MILLING_MANUAL( x% G4 ?( l ~7 K" T& P3 ^" p
PLANAR_MILL
5 U$ R8 ]; {% X3 rPLANAR_PROFILE
9 Q& V/ F! l* h6 h5 wCLEANUP_CORNERS
/ g) F& f7 b, c4 mFINISH_WALLS
/ u/ V) q/ n6 b1 n( g( SFINISH_FLOOR1 ?# L& L* q& c1 x c
GROOVE_MILLING: {/ f, \+ {. V, a t) y2 o
HOLE_MILLING: Z. u S W9 R$ j2 n
THREAD_MILLING) u8 A' r- }8 E u% J1 x8 a
PLANAR_TEXT
5 Q% b3 V. a! R& \MILL_CONTROL
1 k0 a; q+ R0 t% i) P5 h9 QMILL_USER- G1 O9 d/ D$ L7 W7 p
----ObjectSubtypeProgram-------
Y3 v$ m& E! H9 YPROGRAM; H3 l: F7 _5 l U
----ObjectSubtypeSetup-------% K; B# Q/ |5 ~$ d5 g1 W9 C% n
----ObjectSubtypeTool-------9 q* u" I, L6 V) t# @" ?
MILL6 `) }; u1 ~$ i6 _
CHAMFER_MILL5 i* E, d. A" Y& M; s- U; F
BALL_MILL
5 b: {. @/ p& u8 ~; k! J! L* j" ?4 aSPHERICAL_MILL
- [6 E% ~4 r' C8 tT_CUTTER" L2 r! M) n$ Q( E! S
BARREL7 _' C, b# H2 ^5 u$ T
THREAD_MILL `" l, i& M* z' O2 V4 p: I; I
MILL_USER_DEFINED
( C( N" R: M' X" w, I9 HCARRIER* t9 z8 W& U6 @& l+ g# ~2 V" |
MCT_POCKET
4 E8 z# |/ w9 k. R$ b5 S$ K# FHEAD$ K y! u4 {1 D& C+ V3 M
Types:mill_contour1 A5 [9 i9 M- r T4 g
----ObjectSubtypeGeometry-------* `( r1 c' S( D C4 D N: X
MCS
* n* p' S0 `" |WORKPIECE- ]2 V0 L1 W1 t. p ~# v
MILL_AREA
& P$ `0 K# t$ l- {: H8 N- h6 TMILL_BND
1 g. q7 I- w- L$ {2 s" ZMILL_TEXT
6 F7 Q" Q# B+ c6 H4 qMILL_GEOM
7 n1 C+ |4 _0 k ----ObjectSubtypeMethod-------# S! x6 v& f! [" d9 h _
MILL_METHOD
* P- m+ E1 ?" I: f. l! N9 Y1 ]( ^MOLD_ROUGH_HSM
0 {4 @2 p. D( |& h" wMOLD_SEMI_FINISH_HSM& C1 K, _, Q0 w* r/ R6 E
MOLD_FINISH_HSM% ?) m, @# S6 L% i
----ObjectSubtypeOperation-------
5 k# i6 l( D$ ?0 N; w3 w/ jCAVITY_MILL
9 R5 Z- ]4 \* ?3 X+ rPLUNGE_MILLING, \$ U% i5 ~7 a7 `" }$ Y/ p6 D
CORNER_ROUGH4 [; v$ r$ `' W6 ]/ x# F$ J) K
REST_MILLING
2 `$ \8 ?1 {& U0 u/ _2 ?ZLEVEL_PROFILE
/ q7 N7 b8 B( ]; B# n2 PZLEVEL_CORNER) X$ W" e' x6 l) s. Z* p+ Z1 ~6 L9 Z
FIXED_CONTOUR+ O8 I/ F" d7 f/ o V
CONTOUR_AREA
$ C4 ?( W& i/ V7 u8 ACONTOUR_SURFACE_AREA
* L. Z0 O! g2 h* j) M0 |STREAMLINE
8 X+ B. M" h. `& E/ L7 c# \CONTOUR_AREA_NON_STEEP% P7 V( X: } \. _
CONTOUR_AREA_DIR_STEEP
( h: F& k1 Q5 w9 a; x- ]; oFLOWCUT_SINGLE
$ j g |- ?9 W* l9 W* BFLOWCUT_MULTIPLE
2 b' I) p; p0 y$ mFLOWCUT_REF_TOOL
! z8 D2 z9 f' ]2 t# D3 mSOLID_PROFILE_3D, F3 [! Q+ R9 Y: w
PROFILE_3D5 u9 n0 q- n, v* b3 v& j4 L
CONTOUR_TEXT8 f* U: q* g6 @8 b5 P3 p& c, f) h; ]
MILL_USER& j- l/ W# m* v5 ?
MILL_CONTROL
% g( T7 V8 g% Z2 c, q- y ----ObjectSubtypeProgram-------
9 S! U# X9 K- {) ^PROGRAM
) k, ~+ H t& ]0 c% K. Y' r ----ObjectSubtypeSetup-------
* ^* M. I1 ^% r, p& i5 E ----ObjectSubtypeTool-------" r4 h8 P7 J: y) q$ j$ J' x
MILL
3 }) r' Q1 S$ t+ d, V% h. gCHAMFER_MILL
# H0 u/ U" h) J$ l. o" nBALL_MILL
, {5 g9 M2 W9 m1 B- mSPHERICAL_MILL. k6 `* B" y. r$ O$ D( }8 m/ s
BARREL, | q5 d4 e- Y4 k; B
T_CUTTER' I; ?3 A, P; i* V4 f! H
CARRIER
* r/ m+ ~& L5 s) }" s. l) g" L4 ^MCT_POCKET; n) V9 l) X1 ^
HEAD
2 M7 E8 @! _6 j( }7 kTypes:mill_multi-axis
" M8 ]6 |4 I, H ----ObjectSubtypeGeometry-------! X+ J" P, L) n. r% S C0 X' s
MCS N! ?# R+ F# G& j# C
WORKPIECE% }5 R" N2 f/ m5 x3 B/ R" L
MILL_AREA% h! f6 X8 J8 x8 i6 N* h
MILL_BND
) e/ x8 ?8 l! ~0 ]; i% G1 WMILL_GEOM
0 D' ?6 ?* c6 x; {$ }6 c8 N2 g ----ObjectSubtypeMethod-------4 d- v9 w7 g4 C4 ]) b: A9 N
MILL_METHOD. e3 i4 ~/ a) s
----ObjectSubtypeOperation-------7 C1 j, S) l! g1 ?6 R5 B6 `+ T! ]# r- r
VARIABLE_CONTOUR
* [- H" s/ S2 w& w% G5 U% UVARIABLE_STREAMLINE3 F @2 E2 f# }+ B8 {: @
CONTOUR_PROFILE, @. ?! e, u: E; V. _2 w
FIXED_CONTOUR
]& |/ \3 s* c/ {3 uZLEVEL_5AXIS5 R. g6 J0 l0 @& c
SEQUENTIAL_MILL
* k- d ]% Q8 a2 O+ m& v2 YGENERIC_MOTION- P4 a3 M9 t! t$ v2 `
MILL_USER! U) d( W: m' Z$ R) {2 y
MILL_CONTROL ^9 r; C. N8 ]
----ObjectSubtypeProgram-------+ T3 b1 P! s4 }6 j' d6 o! P- `
PROGRAM1 @8 f2 }5 `5 e
----ObjectSubtypeSetup-------0 O( A1 p) K7 L& \ s9 _
----ObjectSubtypeTool-------
! y: C4 F' S- J9 y8 L, A' H' bMILL8 g/ n4 i2 w+ P+ G2 w$ `" J" \: _
CHAMFER_MILL
% f% y6 |* L7 Z0 d; V$ q$ E$ CBALL_MILL
# Y% K1 L" z9 h8 w. pSPHERICAL_MILL
& u6 l9 l9 `! o! F0 s( z( m% ?% QMILL_7_PARAMETER' b- `. c+ @/ W
MILL_10_PARAMETER
, _# t0 ?2 V' v0 s; l4 eBARREL T6 v5 N8 [9 a* u
T_CUTTER: S+ b: j$ ?) e0 ^) T0 E9 o( Z8 D
CARRIER
( ^& k5 L8 _* QMCT_POCKET. [/ ~; `0 l: `+ l# {+ K$ p
HEAD+ s! j9 Z% M% t2 m8 S4 B2 [( C
Types:mill_multi_blade
+ @, m N1 X5 g- B* _6 G ----ObjectSubtypeGeometry-------5 x( _' r& @4 A* S- _
MCS7 M6 t- B: v0 E' @; d3 L* K1 e
WORKPIECE
* d& d( \7 g2 v) L+ |7 R" @MULTI_BLADE_GEOM
4 S3 \3 i& R3 c- t" e ----ObjectSubtypeMethod-------$ L3 Q. y5 o7 M8 k
MULTI_BLADE_FINISH
|4 Q' | Q$ k1 @0 z c' a" Y, MMILL_METHOD
# Z7 ~! N# h. b& I; u" q ----ObjectSubtypeOperation-------
' e2 I2 M- F% V, V; E% w5 M7 ]1 nMULTI_BLADE_ROUGH
; A3 r: @* c+ `3 AHUB_FINISH
. r7 D( v. w8 t/ o" Q( D& q) r2 GBLADE_FINISH9 n4 ~- k- q8 z! s- {- W9 K
BLEND_FINISH t2 w0 Z0 V+ r. w+ w/ I! K" F
GENERIC_MOTION. d/ C3 ^4 J5 t" V# O! U! C6 a
MILL_USER
) Q9 B; B( k ]4 R1 X2 j# tMILL_CONTROL6 _5 Q# e" \* T+ N1 \! ?5 |# b
----ObjectSubtypeProgram-------% Q2 {3 X/ x! g+ v, B6 d
PROGRAM
~1 a6 N. j* G% G1 F& F, R; J2 a) M7 U% M ----ObjectSubtypeSetup-------! g! J# o) V7 X( W) v8 Q/ P/ i
----ObjectSubtypeTool-------
; k/ ^( ]( y, v& X3 q4 O9 \8 b) EMILL
' K s, y( H4 q( d0 M3 wCHAMFER_MILL& W) |/ M7 T& ^7 ]/ r
BALL_MILL
2 Z2 `! r/ K& m) i! mSPHERICAL_MILL
: R1 ~6 U6 ]- S$ C& X6 h/ ?1 h1 l7 Y7 o( iMILL_7_PARAMETER+ i3 b8 O. f7 \3 U/ u7 m' a" h) H. n
MILL_10_PARAMETER
5 J T) q3 y" |2 `/ }BARREL
" U' d( O: j+ l& n" } kT_CUTTER, z/ d8 z% M* V% _4 I
CARRIER
& a4 b' p- {: T: I, FMCT_POCKET5 [5 n4 G1 b; ~: z; F
HEAD
7 G$ h) t$ P2 lTypes:mill_rotary
: h( W0 E0 |+ p2 | K" z ----ObjectSubtypeGeometry-------
9 |3 f$ M; L; Y' R2 V! aMCS4 X7 {5 s( R4 A+ M
WORKPIECE
$ V4 U" Y9 j$ L$ ^' f( ?ROTARY_GEOM
/ m6 x" U1 m, e; {% H( L* Q ----ObjectSubtypeMethod-------8 D+ i: j8 ~! [5 R6 m
MILL_METHOD) i3 T" h" R* s5 S
----ObjectSubtypeOperation-------
4 ~* ^7 @9 B. Q+ x. tROTARY_FLOOR
7 j) _8 E- I) cGENERIC_MOTION d$ q/ y* Q u. U
MILL_USER
8 H6 P# r7 G, F+ a9 GMILL_CONTROL1 Z8 ]" T( p' v$ P
----ObjectSubtypeProgram-------3 n9 `2 E, e" a
PROGRAM/ T$ g Y: J% _) L$ w
----ObjectSubtypeSetup-------0 r Z# A# j* H
----ObjectSubtypeTool-------
3 \% R# I# g1 Z$ wBALL_MILL. Q; \# d' }6 ?# w: B
SPHERICAL_MILL
& f; y9 i0 P5 lCARRIER
8 [! i. {; i( dMCT_POCKET% [0 U% }; @+ X# m; l5 m7 Z1 _
Types:hole_making
) E3 s! m; N2 z ----ObjectSubtypeGeometry-------; @) Y, q. e+ P3 Q4 [( S E1 q
MCS
/ S8 t$ @3 k1 b5 R" d* b" K9 ^WORKPIECE0 m0 y# v9 b" _
MILL_AREA8 R3 R2 N/ @. Q& I
FBM_GEOM
, g; L' I& y B; }3 _' i0 fSIMPLE_HOLE
" R4 A6 b4 k1 t, a0 g9 cCB_HOLE) Z% C+ G! z" T0 o2 b9 [
CS_HOLE5 Z- k8 m5 v2 t
THD_SIMPLE_HOLE2 Q- n6 J4 {. T6 S- ]4 c
THD_CB_HOLE* |% |% i6 M9 L' ^0 c
THD_CS_HOLE0 G3 X8 ~9 w! E# ?( n/ K8 g
SYMBOLIC_THREAD' R p2 ~( _1 N0 e
CAP_SCREW_CB
! H c% f! z$ RCAP_SCREW_CS+ b ]. C; @' ]+ ?5 D7 }
FIT_HOLE
" B6 M u7 Y. p) f: BSTANDARD_THREAD( y, V4 b. j5 K: t- s% J: L
ALL_FEATURES$ t* _1 @1 g( Z. L) c0 j
HOLE_BOSS_GEOM
' L9 M, L- q6 k' A# X3 q ----ObjectSubtypeMethod-------
1 X* d+ q. X3 k! J- r e5 J jDRILL_METHOD+ g/ |, n% ?5 c: e7 [" [( e( a
HOLE_MILL_METHOD
! Z9 H/ p3 H1 j7 M# B# o2 K ----ObjectSubtypeOperation-------# T/ j7 R+ y6 h+ C
SPOT_DRILLING+ s" n4 a/ g+ h9 [
DRILLING
9 b" z) S! e0 e5 z' n7 MCOUNTERSINKING
( G- b! z: Y; ZTAPPING
& J" x2 }$ W5 `. h( t% sHOLE_MILLING! l; ^2 J( j u B. Q7 J0 v5 E* _& A9 L
HOLE_CHAMFER_MILLING
$ u' t8 V. k/ n+ @4 A/ t2 tBOSS_MILLING8 Y, ]2 _: n0 M
THREAD_MILLING& N! f4 P) ] g0 X2 f, o
BOSS_THREAD_MILLING
) a8 x/ e; h( U, V. f$ q* A( SMILL_CONTROL
$ `+ j: Y* c8 u2 e1 a: F/ _HOLE_MAKING7 q; U. O z2 \ J* Y. v
HOLE_MILL
% O6 i2 v: }' F# k2 B/ R6 W0 S% \ ----ObjectSubtypeProgram-------" C# T" ~! o2 Q7 p! Z! c- U
PROGRAM
" i# n5 ?2 w. @, n) R7 }OPTIMIZED_NC% s0 o% O0 `/ C/ y l
----ObjectSubtypeSetup-------
6 K' U6 ^, \; c! n* `* T$ C1 Q ----ObjectSubtypeTool-------
; e8 C5 L, [7 w/ d9 w; VSTD_DRILL
$ K/ ~' L) }* ~) X% q7 b: `CENTERDRILL4 s7 h. e: ]" a. U
COUNTER_SINK
+ F$ v: n7 d. u: `SPOT_DRILL
# L6 l# g$ z% `( Z: h# ~BORE
- A$ S$ p2 x+ Q4 r1 l2 f/ QREAMER/ G! q/ z: y& Y3 r- T
STEP_DRILL
: r- [+ T' \6 u+ J+ aCORE_DRILL
& s- _3 Y9 U# E) d$ T5 z* {COUNTER_BORE9 @7 C' L& Z; N) P8 U
TAP
( w3 y2 I K7 i, H1 t1 wTHREAD_MILL
4 a8 i; p' M, { n, GSPOT_FACING
* S. a- e) E( Y5 _ x2 u9 sCHAMFER_MILL# @+ D0 [+ Q& @2 {/ ]
MILL/ L5 ]$ d% } T4 d4 j! O
CARRIER
, k8 T: E7 V& ] p5 aMCT_POCKET5 m5 c2 x. _/ A6 }
HEAD
+ x. f% x: t% h, v3 | BTypes:drill" q3 I1 z- o- T* F" X4 p
----ObjectSubtypeGeometry-------! Q$ N, @3 ?5 S+ ?5 A8 i# E
MCS
/ O) p- l! o8 ~WORKPIECE
9 Z3 m* f' c6 uDRILL_GEOM) W% P( w( k) k; b. K( Y
HOLE_BOSS_GEOM: _% y0 _4 Z0 `8 x8 x
----ObjectSubtypeMethod-------- k& t5 n! w- G1 J( E
DRILL_METHOD/ c4 a# t6 F$ p% g4 u5 x; L1 e
----ObjectSubtypeOperation-------, ]; H t! n3 R. W& c. z2 L
SPOT_FACING
% ^5 s& Q& |( u- NSPOT_DRILLING
6 d5 R/ w+ D4 [ X E4 g2 nDRILLING/ {2 P) k0 G( X/ y: m" z" l
PECK_DRILLING, P. Q- n7 Y/ f2 ]4 b, @0 H% G4 f* H
BREAKCHIP_DRILLING6 J2 \- [5 B O7 M( }. e
BORING& ~5 K8 s, B- L' K
REAMING, f& b# }/ Z6 G8 P
COUNTERBORING, M) ^' N' y2 f' ~4 O
COUNTERSINKING
! D5 K( `: L" ]4 B& ?; y0 JTAPPING
5 m: Y- d5 j" p; EHOLE_MILLING
' C" K8 M5 v5 h% _6 ~* j# KTHREAD_MILLING
0 ^& {! U1 t9 P& j# r, FMILL_CONTROL
+ Y4 e; ?2 S' X' f5 `. iMILL_USER
' v, c( T! I, t. k4 [( d n ----ObjectSubtypeProgram-------' x9 d+ c+ r+ t* k
PROGRAM
. u' ^( J6 ~. O( t ----ObjectSubtypeSetup-------
& p4 a8 i$ S2 {' p) m ----ObjectSubtypeTool-------
1 D/ Z" q- b6 U- [& p, B5 T' y( qSPOTFACING_TOOL
. m7 e7 F. I+ V+ a9 i- k8 TSPOTDRILLING_TOOL1 f) Y' H" z% A5 S: N
DRILLING_TOOL C( W6 p7 S* t' ~" T8 N! h
BORING_BAR' r7 k l7 ]0 w# R
REAMER! t2 d) @) a0 ?( P) m/ Q- b$ d0 G
COUNTERBORING_TOOL
- o" k0 l) E, v+ i1 {2 XCOUNTERSINKING_TOOL
( _9 R; t9 \ w- f7 pTAP: U5 y7 h+ @1 p, {; b, O( g
THREAD_MILL
" X) ^. ~0 Z- h7 FCARRIER- a" D- P5 Y3 w6 a! H$ k
MCT_POCKET2 h; e* A. Q, ~
HEAD
. k" W4 k' B) @" t% I# S, CTypes:turning0 X3 o; m- {3 e" H0 U6 V' @
----ObjectSubtypeGeometry-------
9 e7 E5 W- w6 B V" T: f% @. v" bMCS_SPINDLE2 {" T F) F1 L
WORKPIECE* K* D! ?) @- p {9 o
TURNING_WORKPIECE9 H9 Q7 v" c% h3 |) c
TURNING_PART4 a/ ? O4 u0 n# h4 j% H6 c: x% X
CONTAINMENT$ q( V3 l9 ^6 `/ g, `
AVOIDANCE
/ L8 v( T4 f1 ~ ----ObjectSubtypeMethod-------
/ |4 ]* r& ~2 x8 }# l5 U* kLATHE_METHOD% m: v C8 M6 h# F h4 S3 w4 _9 k- V
----ObjectSubtypeOperation-------
$ X1 w# O/ }9 G3 t2 s& qCENTERLINE_SPOTDRILL
0 T( R. |% C/ U( V: p4 j8 D4 vCENTERLINE_DRILLING/ K/ j$ Z3 @/ H7 p1 S" t
CENTERLINE_PECKDRILL
9 ?2 C" b3 b5 L9 \! y1 {, w& QCENTERLINE_BREAKCHIP$ I+ f! V* ` Y
CENTERLINE_REAMING) e' j2 ]) \- Y- v( v- G3 ~3 U
CENTERLINE_TAPPING
* [+ O! c' w- O2 X# L$ IFACING
& h5 q/ |2 b( p( u+ l2 ^ROUGH_TURN_OD" `6 j. `) w4 Y# f7 k. z
ROUGH_BACK_TURN
, @3 Y! u1 n/ V% l R# LROUGH_BORE_ID- n4 D6 a" ]; I2 P, E
ROUGH_BACK_BORE
3 E1 ?1 g& q- f% j" w2 n+ C/ ]FINISH_TURN_OD) C& X( S" L+ }5 Z9 y0 e
FINISH_BORE_ID
) B+ T _# M5 F3 P' x7 n* H) @FINISH_BACK_BORE
2 r9 ? q8 V; T1 u* Q* aTEACH_MODE
0 B( a0 M1 K% U+ hGROOVE_OD# \- r, E1 u$ S' {9 {0 |% n$ H
GROOVE_ID
* S6 o7 N- F% g# @GROOVE_FACE
- n/ {8 r5 {5 s4 j! L5 uTHREAD_OD
5 w7 O0 `: @- X- {6 f! GTHREAD_ID
6 R5 b+ l3 x$ \% H1 z. SPARTOFF
$ [9 {' o% Y& |& z! j. k6 ? xLATHE_CONTROL, I) p2 S. B$ w* j4 z( B1 d! k
LATHE_USER
0 c, w; `$ d3 v. \: P9 V, p5 i+ O. x ----ObjectSubtypeProgram-------* L8 _" W7 N B. ~) j7 X
PROGRAM7 t- o7 h, X' J3 }! M+ g$ g" E" S
----ObjectSubtypeSetup-------
' w) t( Y7 {) P/ d; u7 ]9 \% I& P ----ObjectSubtypeTool-------' w; ~, f0 D( S3 w& G& @+ S0 u
SPOTDRILLING_TOOL9 |2 l, e( K. w3 z+ V0 b
DRILLING_TOOL
; b5 s+ N: Q. S4 T* zOD_80_L/ d4 ^$ A' n! w' |3 ^6 z3 y' u/ K
OD_80_R6 ]; @7 ]0 S3 a1 D& ~
OD_55_L
* `& }, q8 e+ {5 H, FOD_55_R
& Q% ]% w6 } nID_80_L
+ A, L4 G: v: n I% Y! IID_55_L5 s# D3 N9 J( ^1 ~% }( v, S6 J
BACKBORE_55_L
' k5 G( o, m4 q- uOD_GROOVE_L/ b9 B: }! E7 t, S- |/ o
FACE_GROOVE_L
( ~& f$ k( h- n& _+ M0 x) k4 vID_GROOVE_L
. |" G; n; T, h4 }OD_THREAD_L
+ D1 ]4 E, y: z; rID_THREAD_L
2 v) J2 j' x3 c# V9 fFORM_TOOL
- U7 y; H0 z! |$ oCARRIER
d- ?1 G* [" E* ?9 s! RMCT_POCKET5 t8 {; K6 R9 G
Types:wire_edm
/ H5 q' p9 k4 i6 k+ A6 m$ L$ @ ----ObjectSubtypeGeometry-------% F/ r8 [1 u/ w
MCS_WEDM
( F. f0 B1 e) R; c# C9 _% WWORKPIECE
o: k+ R+ _: x. l. w4 gSEQUENCE_INTERNAL_TRIM. M( R3 f) l) N2 Y2 T7 P6 ~
SEQUENCE_EXTERNAL_TRIM/ f/ |5 `+ r( n9 C
WEDM_GEOM
$ V. m/ o& y$ z' @% K+ k ----ObjectSubtypeMethod-------; A0 j- K R: x: j+ ?0 G3 m
WEDM_METHOD
% e) g- q5 C N" | d ----ObjectSubtypeOperation-------
, t7 @& Z/ U$ o9 e( u" |! M! ?8 `NOCORE) J& a/ P5 r0 [" X
EXTERNAL_TRIM% w7 m9 {( k+ _5 i0 H2 j
INTERNAL_TRIM9 J0 s" |$ A/ z) b5 w
OPEN_PROFILE
$ E7 A2 J" j/ A5 @1 L* yWEDM_CONTROL$ m% b- W k C2 O8 y6 e
WEDM_USER
) t S6 V A7 E- P) P0 T( M% E ----ObjectSubtypeProgram-------* F! e6 ^! Z+ ~0 U" L5 ~8 v/ [
PROGRAM# F; V: v2 C% H$ j
----ObjectSubtypeSetup-------0 g' o$ `+ ?6 a) t1 f h
----ObjectSubtypeTool-------
/ g& `* \- ?+ l z+ cWIRE9 ^% J. G6 ^, i7 K
Types:probing
. ~0 [" s6 v( c ----ObjectSubtypeGeometry-------
2 L4 H# p5 I, P$ b7 {MCS_MILL- B0 E0 S5 H# b/ I" S! t) G
WORKPIECE
# @3 u3 r; V2 I/ V0 C7 \ ----ObjectSubtypeMethod-------" ?& n4 @& E8 R) g
MILL_METHOD
7 ~. q% @, b, k2 jLATHE_METHOD
2 y* h' L, n5 O, \' X9 v [ ----ObjectSubtypeOperation-------
5 y" h h. z* g! o5 ?* _4 M; z; KMILL_PART_PROBING+ O5 N G& t/ R7 j) U4 o5 |
TURN_PART_PROBING+ c/ S4 t* r4 U8 x$ y( U( e) B6 A
MILL_TOOL_PROBING! }" p6 a7 Y- V+ I! j; h2 e
TURN_TOOL_PROBING1 B$ M- { h8 M6 I/ k# ?% f3 j' G) V
GENERIC_MOTION
' y* T: z. w1 i$ o: ^2 n" p ----ObjectSubtypeProgram-------' m" t9 @/ L @
PROGRAM) w) w, L" c8 v% _9 c, @! v& \
----ObjectSubtypeSetup-------
& Q6 u1 @& {9 Q. v+ M. {8 x ----ObjectSubtypeTool-------
, o- n( r( r" l7 x1 J+ Y" MPROBE R: `5 y$ t2 b+ k, y; |
GENERIC
. ^1 u" Q& C/ b: l6 h" kTypes:solid_tool
+ `3 ~/ p9 _% a) w. d( d# ~ ----ObjectSubtypeGeometry-------
7 R* M+ R1 k8 H* |& o ----ObjectSubtypeMethod-------
. v) A8 g" d/ E! r; Z! z5 J! u ----ObjectSubtypeOperation-------7 j: a' h3 K' d% i
----ObjectSubtypeProgram-------. p" p3 b. ~, e) ~$ l! d( p
----ObjectSubtypeSetup-------
: }$ T2 a3 Z# E; w4 }/ j) c* w ----ObjectSubtypeTool-------
7 A; y7 l; l \5 y2 x/ S, y; V! vGENERIC5 Q& h& k' ~7 t
PROBE
+ g) G7 j2 Q" @# }- a/ K8 G; sTypes:machining_knowledge
3 Q, x4 d8 W8 n6 f+ j+ b8 j3 _8 x" ~ ----ObjectSubtypeGeometry-------
6 I3 p2 C: C! e$ J% |MCS, ]" P' J2 s: {$ g% Y+ j' W) ?0 O
WORKPIECE
) J, Q" n5 `$ XMILL_AREA
4 F/ V% r% h% ^+ l& H( ?5 \) hPROCESS_FEATURES
* d3 q0 o; V' e% h1 Z ----ObjectSubtypeMethod-------. q0 O1 _! d+ E# j4 C5 g
PRE_DRILL_METHOD- b* W- P/ k& H9 y
DEBURRING_METHOD
. }# P3 v# q2 m( G( kCSINK_THD_METHOD
. ?5 A: j8 N! \( e* gTAP_METHOD' u$ h, K m2 H2 N6 b
STEP_DRILL_METHOD M+ h5 @( x q* h- m
THREAD_MILL_METHOD
4 s; P. G+ H: {6 MMILL_CB_METHOD
- r0 t# l. H2 i* IBREAKCHIP_DRILL_METHOD5 }# I, Y. w( W5 d5 e* [ @
BORE_METHOD
9 ?! Z7 P( w- K8 O1 v3 [7 d2 r# Q( lCENTER_DRILL_METHOD* s- T' w7 E& d" }
CORE_DRILL_METHOD
' w* c# [7 X Q6 v) ^* T; \6 h8 UCBORE_METHOD" e$ |6 C3 d7 g. V
CSINK_METHOD
) E' | @, `4 l% ~4 }+ U; [, ~DRILL_METHOD
" j; y4 [; C+ p7 ~6 H9 R4 BPECK_DRILL_METHOD8 A' ?" r+ u# r
REAMING_METHOD
6 B, ]6 u7 s0 [3 p' `SPOT_DRILL_METHOD; z4 H3 H) L1 ^$ H6 V1 Y
TAPPING_METHOD/ {8 B8 [$ ]0 v( y) m1 ~3 V+ L
HOLE_MILL_METHOD+ S0 J9 d+ \( y+ T. v( U; V+ p
MILL_METHOD_ROUGH
8 r# u4 X3 ]- U ----ObjectSubtypeOperation-------2 h2 R& v9 v2 s8 \( s2 a4 W. M
HOLE_MAKING: W% Y7 m5 F# u B8 J
HOLE_MAKING_DRILL_TEXT1 @1 g# _5 [( @
HOLE_MAKING_DRILL_DEEP
+ o8 D/ y2 C AHOLE_MAKING_DRILL_BORE_DRAG6 }) q/ W( v: V6 A5 N7 ?6 K
HOLE_MAKING_DRILL_BORE_NODRAG2 h: v4 R: f9 g9 {6 a
HOLE_MAKING_DRILL_BORE_BACK
+ F B! {( ^: i: b: VHOLE_MAKING_DRILL_BORE_MANUAL
# C: z9 z' O* a" D# L: R4 D% ]SPOT_DRILLING4 ]1 O6 k' `+ |( A! |
DRILLING3 l8 O- p7 U; F3 R
PECK_DRILLING
% i3 h/ E6 B7 M [: t6 v6 E& }, VBREAKCHIP_DRILLING
, E7 U b: q/ tCOUNTERBORING2 x2 Z* y7 g) l) e& Y* [+ X
COUNTERSINKING
@+ L! F3 |+ J% S8 e$ m. o9 ]REAMING
% n, L) d& B# l, M3 Y/ c( @BORING
* p {+ @7 |! ^4 u3 }8 QHOLE_MILL
3 k- H9 i( k5 r/ u' _FLOOR_WALL3 g' q) N; B8 ]8 l( L2 z
FACE_MILLING
+ j! V* \8 o% ~ F& c S0 BCAVITY_MILL6 p+ x9 ~9 P, g; o# D
TAPPING8 l K6 D, B" y6 G
----ObjectSubtypeProgram-------! u0 L( V& q! Z% \7 C
PROGRAM
8 q/ N1 b: f" }. Z ----ObjectSubtypeSetup-------9 G5 j+ l$ {5 {6 h: m9 c; z1 i
----ObjectSubtypeTool-------
) A! [6 n# g8 qCARRIER
7 I; f" h7 }& B3 HMCT_POCKET) N* i/ \& w0 d0 S. M
HEAD5 _7 {; t; c5 C0 w& Z, m
6 J: Z& {& S2 H3 N& ?7 {. |2 I) J$ l7 }6 G
% I; U5 ]0 U3 P; a& r) K
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