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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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& E- [% w1 q, \: vvoid createCAMTool::do_it()! ?+ a9 X9 R! Y4 V/ x3 B: t
{
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0 h# ]+ i2 S4 `* O // TODO: add your code here
. M0 C2 p* v4 v std::vector<NXString> types = theSession->CAMSession()->GetTemplateTypes();, k$ D3 O& C3 R+ a ^
for(int i = 0 ; i < types.size();i++)3 j# R- r8 o0 }8 e9 ~
{
% Y& W! Q' X- w7 } print("Types:"+ types+"\n");( Y; S2 G' ^/ P2 A$ U9 [& @3 f
std::vector<NXString> ObjectSubtypeGeometrysubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeGeometry);& r ^- R/ A$ S/ o6 I6 c* n
print("\t----ObjectSubtypeGeometry-------");
) [. N, ~# t Q! k( g) }" k0 d for(int ii = 0 ; ii < ObjectSubtypeGeometrysubtypes.size();ii++)
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5 s5 Q! ?+ j1 |9 a0 n print(ObjectSubtypeGeometrysubtypes[ii]);
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std::vector<NXString> ObjectSubtypeMethodsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeMethod);& z3 e3 L @0 y z4 {
print("\t----ObjectSubtypeMethod-------");( d; I, |& R+ @- ]+ d& }6 a
for(int ii = 0 ; ii < ObjectSubtypeMethodsubtypes.size();ii++)
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print(ObjectSubtypeMethodsubtypes[ii]);
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; k# e, {9 q; s4 w. L' A0 U; `5 P$ b std::vector<NXString> ObjectSubtypeOperationsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeOperation);
& f9 ^1 A7 N5 i7 F+ h print("\t----ObjectSubtypeOperation-------");
8 f3 M. x8 f2 t; X0 J for(int ii = 0 ; ii < ObjectSubtypeOperationsubtypes.size();ii++)
& o( [2 k+ f+ d7 r; Q) p! w$ C2 m {
, _1 x- M# K) a( w6 m; q9 h print(ObjectSubtypeOperationsubtypes[ii]);, f O+ ^( l) G1 p' ^* S7 V
}! H1 F* [4 G `0 U
std::vector<NXString> ObjectSubtypeProgramsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeProgram);
/ q7 k; ^2 S% r3 \7 \' ?0 t0 Y6 G print("\t----ObjectSubtypeProgram-------");; k+ T% r& ?1 u6 c
for(int ii = 0 ; ii < ObjectSubtypeProgramsubtypes.size();ii++)7 \" {( l; [! q$ A* |* o
{) r9 h* ]; M* P
print(ObjectSubtypeProgramsubtypes[ii]);; q# W7 W/ K' m, L
}
5 o q$ z6 a: _! W: @# K4 Y# T# m4 [( m std::vector<NXString> ObjectSubtypeSetupsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeSetup);
! ]: H O! m R# |8 s. I print("\t----ObjectSubtypeSetup-------");! C, {1 B& `3 Z% d
for(int ii = 0 ; ii < ObjectSubtypeSetupsubtypes.size();ii++)
Q( e5 K/ ?7 @8 r Z b2 B {
8 O7 y' j$ h9 v) ?0 d, R4 _ print(ObjectSubtypeSetupsubtypes[ii]);
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$ Q/ |+ z, U4 {6 x std::vector<NXString> ObjectSubtypeToolsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeTool);
! B$ V. W) T8 T8 Q print("\t----ObjectSubtypeTool-------");
0 ]4 _6 F6 Q. f' M1 K- o4 ~6 O for(int ii = 0 ; ii < ObjectSubtypeToolsubtypes.size();ii++)3 G/ f' a; L# N4 U; g
{
! o2 R8 B% h1 |7 E8 b print(ObjectSubtypeToolsubtypes[ii]);+ f7 x4 d" ^. P8 ]
}
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结果如下：( e* ^0 L( b1 [5 Q6 R4 ?2 L& ]
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' a% v' H. q! O! }Types:mill_planar8 {' r2 x; ~8 X* B
----ObjectSubtypeGeometry-------
5 J) M- V3 T$ X j; oMCS8 B* M, S4 O, ?% B
WORKPIECE2 h/ O6 ~+ H6 h
MILL_AREA
5 v9 \& k2 Z% A1 A1 Y4 i4 UMILL_BND
6 m& K' i& J+ }; h. a# O9 o1 OMILL_TEXT
m1 o: g+ K! CHOLE_BOSS_GEOM
8 q# L0 r. M/ x9 Y' ^( F2 W& \MILL_GEOM
0 i3 \9 {( n# o9 ^ ----ObjectSubtypeMethod-------
6 O' y5 s0 c$ P/ t7 D! J" v5 NMILL_METHOD
: }) X( S. w* D# n/ i ----ObjectSubtypeOperation-------
) L$ C9 v3 f5 u# g& e& TFLOOR_WALL
: j j3 H* p' S9 i6 M* g- ]FLOOR_WALL_IPW
3 `5 I4 R- k5 C" W) PFACE_MILLING
/ L; E# M6 h. }" IFACE_MILLING_MANUAL: [. t2 p& G4 d0 s; q
PLANAR_MILL
; S* ^) ?) Z1 p# Q8 z: s' ?PLANAR_PROFILE8 G g! |, D9 E3 g" Q5 r' x. S3 G
CLEANUP_CORNERS
5 c% x& ?, `4 r) Z( x4 [' v( I; kFINISH_WALLS
/ t# _, N. }) {FINISH_FLOOR O' |2 J% `7 w3 q( _
GROOVE_MILLING7 a, J1 P, h$ }% X4 q( Y
HOLE_MILLING
9 G' N8 V9 m% s- O( Y! m% o' N( JTHREAD_MILLING# j& O. ^6 H& L( _( p! {
PLANAR_TEXT+ o, i0 w5 N1 a/ s' B
MILL_CONTROL+ k% V" g' ] d6 @/ k: U3 R
MILL_USER
5 {+ z4 P& Q$ m; c, v0 K ----ObjectSubtypeProgram-------+ I2 N' L" {: X' S2 y& I0 z
PROGRAM2 u, Z: N8 |. M0 a* \$ t8 @
----ObjectSubtypeSetup-------' }, y s W2 m3 w3 z, ?* s
----ObjectSubtypeTool-------8 N& Q3 v' J3 b [
MILL
. h& j' x- ]( P& Z- M% Q: c; w7 {CHAMFER_MILL8 w4 f1 Z/ n3 D( |! l; N
BALL_MILL
& c: Y+ i) r' w8 M; uSPHERICAL_MILL, M M' I R3 q
T_CUTTER
* ?' {) S" r( t, TBARREL- n+ H0 g) H/ x. g; R3 w) u. S/ I
THREAD_MILL5 {( I! F: I$ V- W) W# z) _' C" w2 V
MILL_USER_DEFINED
# h* D' M; X# |1 r7 wCARRIER# k9 n3 A1 }" y; o! e* s4 S
MCT_POCKET) D* u8 N; A% Q% [' U; H! z6 Q/ P
HEAD4 S* O* I. V& l3 H& a% Y
Types:mill_contour1 k$ t7 b- l6 O- ^
----ObjectSubtypeGeometry-------# m ?4 X4 X6 |% c
MCS$ C- U% c" S: w$ U* q# P
WORKPIECE
0 ^% k0 h2 u* ?+ f! g0 KMILL_AREA7 A4 j5 L: _2 C
MILL_BND
; c) n1 o2 {- `0 W. ^* v5 IMILL_TEXT
! Q" g' s# o, L3 Y# i. cMILL_GEOM1 N( n" v; j$ {1 z3 \
----ObjectSubtypeMethod-------
, l3 j% k6 `4 h4 J7 f& GMILL_METHOD" a4 z b. b, n: D+ l0 t; t
MOLD_ROUGH_HSM
7 P. t! u; E! y2 YMOLD_SEMI_FINISH_HSM
" v1 d5 `! V3 C! ZMOLD_FINISH_HSM$ [9 {- `1 h# V; e0 \: U4 a) ]: J
----ObjectSubtypeOperation------- b5 ?8 _9 C% U* l& |, p7 z
CAVITY_MILL8 t" l4 |" M6 G; C& A$ G
PLUNGE_MILLING
1 p- @$ y9 l4 o0 w4 C- U; O) s6 eCORNER_ROUGH
6 L9 Q& \' ` G# C! G5 qREST_MILLING+ B9 Z5 g" x1 J5 a3 t' I" s9 c
ZLEVEL_PROFILE
" V$ h' X( V( c- Z7 R. fZLEVEL_CORNER0 ^. S4 ^( z, K$ ]# N9 i7 {( h7 B) m' G
FIXED_CONTOUR C+ J9 d3 U9 I& g# B
CONTOUR_AREA5 v" B: o; j" Y5 O0 C9 r* `
CONTOUR_SURFACE_AREA: n8 s) O/ {( Y' ]+ q' X6 X
STREAMLINE6 \* ^& f/ G' L
CONTOUR_AREA_NON_STEEP
[' b T. L0 R+ e$ ACONTOUR_AREA_DIR_STEEP. Z, I J- Z. Z- Q5 f! t: E" ?7 L
FLOWCUT_SINGLE
, ^% B. J$ h5 a8 a; CFLOWCUT_MULTIPLE
: l+ w0 c4 `0 k3 p* T& LFLOWCUT_REF_TOOL
m! k. [% l% A4 R5 QSOLID_PROFILE_3D* Y7 M' O2 _" S+ t& `6 }# \. b$ a
PROFILE_3D
8 u9 }( A' f- [% ^' ?# V) Q) kCONTOUR_TEXT
?) f, Z) X& M. ]. WMILL_USER1 B" k& m/ y& i
MILL_CONTROL! h' g5 O2 K! o& I, X
----ObjectSubtypeProgram-------" x! r( ]$ ~$ x5 D+ u& p5 U
PROGRAM
$ a8 |. Q" _" a) H$ M- o2 u4 u ----ObjectSubtypeSetup-------
7 f2 A) X. ~4 V# W! h5 Y ----ObjectSubtypeTool-------
; }& e2 n$ a9 W7 E5 M0 g! sMILL3 m' y b5 c! Z* h
CHAMFER_MILL/ N2 r- D8 ]& j0 K6 u
BALL_MILL, ~! z3 L r$ e/ M5 x
SPHERICAL_MILL
% u* D9 l, x, T: B! k' GBARREL
3 H( Y% j& }9 N0 E, ]1 I' PT_CUTTER9 ~* ~) r, V+ L6 l
CARRIER
7 E: N; E# l; Y6 {. ~; s$ h/ \ [% ]MCT_POCKET" a' l* c9 O X h+ L7 X
HEAD& w& X+ ~1 ]' ~' |
Types:mill_multi-axis* _/ ^/ _. l8 q8 I, f I' c
----ObjectSubtypeGeometry-------
5 F7 k4 {0 T+ P6 f2 p2 XMCS
5 w# W. N8 T! O; ~0 CWORKPIECE
7 C$ _4 v0 M! k0 Q L6 EMILL_AREA
% }) W" a, i% b& b/ K4 B" L$ QMILL_BND& N" b3 \0 x" l L3 F3 t
MILL_GEOM) v. l' ?' Z8 n2 e; g+ k* _- S
----ObjectSubtypeMethod-------
5 Z; z! L& n# c5 ] |MILL_METHOD: |/ v( m; X, K1 {
----ObjectSubtypeOperation-------$ O! s8 y$ G2 A# }: G4 e
VARIABLE_CONTOUR% J% N+ C8 T4 K9 P8 T3 F1 b6 N, m
VARIABLE_STREAMLINE
/ N8 j5 m- p' X7 V5 e! yCONTOUR_PROFILE
1 ?' t+ N1 m" w* Y9 B! V3 sFIXED_CONTOUR; b/ Z4 R/ s( @$ s7 R# k2 _
ZLEVEL_5AXIS
: s- p* O3 E; n/ T q8 ESEQUENTIAL_MILL
# F# e, ~) D6 G. N6 n5 S# WGENERIC_MOTION; [) ^* x% D$ K q1 i8 Z# W
MILL_USER& H1 D3 D, c# s# ~/ H
MILL_CONTROL
9 b' g2 D6 D3 }% ~6 G8 l2 Q ----ObjectSubtypeProgram-------
# G8 _3 G" l1 v. dPROGRAM5 R5 w; w/ g/ _8 W O [& \
----ObjectSubtypeSetup-------
" K: J- M4 e& w7 ^ l9 f$ `2 b ----ObjectSubtypeTool-------$ {& w% L2 K/ _7 f. f) N! ]
MILL' R! P" J- }" i) {! d
CHAMFER_MILL
" b! [% H- P# r+ Q- i3 l9 X% aBALL_MILL
. @- {+ @# I6 xSPHERICAL_MILL8 U8 X8 ?/ x1 D. U
MILL_7_PARAMETER& K! y+ |0 @. Y1 B
MILL_10_PARAMETER
" i. c" `& o5 c7 j9 c/ x2 zBARREL
* D" |, y# q* f& {" J4 r- ^, iT_CUTTER
, e% W+ V* M7 n9 V |CARRIER: C' }% B/ B7 J$ a. c
MCT_POCKET/ x- Z' Y$ N% z& _
HEAD
" O# ]4 w3 U2 e0 Q& \; T3 P7 D1 A( C+ LTypes:mill_multi_blade
- N* m" z) U+ w ----ObjectSubtypeGeometry-------8 o9 O6 r. s& A$ g0 y
MCS1 Y, J \) H' X, l# W
WORKPIECE
! K& H' p7 K1 n& g5 b2 IMULTI_BLADE_GEOM
. f/ q8 V+ r! H: T; d( Z1 E ----ObjectSubtypeMethod-------: C3 u M% r/ X- h. g* q+ z V
MULTI_BLADE_FINISH
2 w% Y& Y d$ O, M( _/ EMILL_METHOD
* J* S5 j, C2 C" L ----ObjectSubtypeOperation-------
. U& t7 f1 \+ {5 B8 ]! O5 RMULTI_BLADE_ROUGH
3 z% |. V: X+ Q" I# i* NHUB_FINISH
3 d- m0 X$ |1 |6 A' KBLADE_FINISH
$ j$ H/ g. t+ T( `6 y3 _BLEND_FINISH2 H6 I. D" g0 I. n& i: G0 _) s% y
GENERIC_MOTION
_- @8 Y) v! x2 ]MILL_USER
, c% Q' g o1 Q0 b! p, T$ vMILL_CONTROL
5 s" @0 ~! u9 w+ Q* l9 i0 Q ----ObjectSubtypeProgram-------
8 C. d: N5 t+ Q* D* h; NPROGRAM8 g; Z' L8 ] O5 o& U4 k1 j
----ObjectSubtypeSetup-------: W. e7 x: V/ p6 x9 A% U$ |
----ObjectSubtypeTool-------
$ J' O9 o' R3 d: s }* }, oMILL
" X0 V0 J, z: S) f4 m. F7 `CHAMFER_MILL; ]/ A$ X" l0 g# V! t
BALL_MILL
8 ], b$ G+ w. vSPHERICAL_MILL
' U- m" x2 w' ~MILL_7_PARAMETER1 f( I8 s' g, ^6 h0 A
MILL_10_PARAMETER
2 N; I _% Q6 B, `1 QBARREL6 |1 i! s; ^( o3 h$ w
T_CUTTER6 v# P& I' w- K
CARRIER% r1 ^+ _ e' t) k# h
MCT_POCKET
6 r. _! n- [1 M+ p( |* F( M' mHEAD& P* o3 ~0 c( @7 b9 y) e; _2 n
Types:mill_rotary
2 N7 P+ B: _- _+ W/ `0 W- y+ o# S) z ----ObjectSubtypeGeometry-------, x, [0 H6 @ y+ H+ \) M. A: p
MCS! J1 { p; m$ } Y
WORKPIECE( k' @6 c1 h3 n( P
ROTARY_GEOM
( a* v4 \3 A! V! O ----ObjectSubtypeMethod-------
& M% M( X( @& H5 }/ pMILL_METHOD
2 n- @2 {$ r/ p ----ObjectSubtypeOperation-------* v ]5 d. G) V7 @9 v- H' _/ w
ROTARY_FLOOR. C. J# m& F: @% g( X
GENERIC_MOTION9 w; q0 \% E* R. y5 Y
MILL_USER
7 G( X4 T8 X; B; V+ ?5 A/ h: uMILL_CONTROL/ E' r: l6 Z7 J; K
----ObjectSubtypeProgram-------
: t0 o, {" f0 s- K/ `$ _9 X R5 SPROGRAM
7 r; [: Q: p2 d" e; [; M/ w9 H ----ObjectSubtypeSetup-------
/ W2 B+ n& ^: B9 A ----ObjectSubtypeTool-------
6 l5 `4 p" |1 O& fBALL_MILL
8 o* _7 ~; g7 l1 v8 Y2 }7 aSPHERICAL_MILL
' j( [6 z) d" C! Y& m5 q" R$ vCARRIER
% b6 l- p# w: G; i8 n7 VMCT_POCKET& F( `+ X$ n" D$ Y2 K
Types:hole_making
& a( X! J9 L g9 z8 t* B ----ObjectSubtypeGeometry-------* J/ ^& o" O6 _) Z* j9 y1 y
MCS3 D& n) z) J) F' r' Q5 ]
WORKPIECE: V+ v' G5 @, w& {3 d, ]
MILL_AREA
$ F6 U, {& J8 z0 X; ` jFBM_GEOM/ u$ P7 w6 V0 R8 K" K
SIMPLE_HOLE
- j: X9 s' X) U, t# J( L8 m, ~% T$ [CB_HOLE9 A) J' C' Q* z; ?' c/ }
CS_HOLE+ F6 X4 V0 e) I7 h6 K
THD_SIMPLE_HOLE
+ k& T& N) p3 V4 ZTHD_CB_HOLE
/ _ x$ M% b9 O0 M4 fTHD_CS_HOLE3 |6 U* I% O! q- R
SYMBOLIC_THREAD
2 C) _/ H4 f/ v8 _/ J' oCAP_SCREW_CB
) U0 i1 T5 j* h; m pCAP_SCREW_CS4 e! A+ q# d8 Q; H* \+ {
FIT_HOLE
. a+ B! n6 w" l% x% K& p; T6 WSTANDARD_THREAD0 E1 E4 z& A1 G. c0 I3 E
ALL_FEATURES
" L6 R0 g9 g) `4 _# [HOLE_BOSS_GEOM, u4 Z7 s E7 z
----ObjectSubtypeMethod-------
. H! h P4 j6 m' K c; [ k+ @5 ]DRILL_METHOD
. Z( D$ O/ U; n. q4 @( s7 E: jHOLE_MILL_METHOD
# Q* ]. q s F, f4 ]/ u, q! u" ~; k ----ObjectSubtypeOperation-------+ D! F( Y; W4 P, [7 c/ s
SPOT_DRILLING
, g. [: S2 P( eDRILLING
) q. @# x4 [2 f/ l# X) _5 ]; h& VCOUNTERSINKING
( b% A5 o$ z+ N. x7 D z4 I! iTAPPING2 d' X& ]% f( u
HOLE_MILLING
3 `- ~9 A4 c0 g! l! q. J( SHOLE_CHAMFER_MILLING6 @. O( M# z, r" w' Z3 q
BOSS_MILLING% q; g& C8 x# q# N' f
THREAD_MILLING! S1 W! }! m! V# E) r7 f! t! V
BOSS_THREAD_MILLING
2 r5 P0 q% q, bMILL_CONTROL& y6 k, y9 J0 g
HOLE_MAKING1 l2 K: D' N; g, Y4 r
HOLE_MILL6 S8 f A; C+ x" i+ A
----ObjectSubtypeProgram-------
: p# `. k: F2 E9 e) N7 F m$ SPROGRAM, ]$ K7 b2 _3 V: Z6 J6 Y0 g0 Z( F# q( y/ O
OPTIMIZED_NC
# Q1 b' X- g) I& N0 L7 u+ ~ ----ObjectSubtypeSetup-------
, U- @! K0 z2 P1 k ----ObjectSubtypeTool-------" r" j# |% o) I8 s2 N' D
STD_DRILL: s) R2 I1 G5 b" b t# s, Y3 s
CENTERDRILL( H- q2 D9 n* G5 Y2 O. R
COUNTER_SINK9 ^+ {5 i1 c3 J1 K; j6 Z. _/ n
SPOT_DRILL
4 q: x* l" o; R6 k" JBORE& y! r5 u/ c! ^: `
REAMER' v! A5 B4 z/ C6 S: o! N. Y0 K
STEP_DRILL
* Q* h0 @. f, KCORE_DRILL
0 V6 t" s+ r4 S* ECOUNTER_BORE
1 f0 q/ y# V1 |5 j _! D; @TAP% [& j0 ~* p& n. H+ b0 p
THREAD_MILL
, i8 `9 n. n0 r; O& v" QSPOT_FACING+ g& q) D8 w" T, M* J8 a8 c
CHAMFER_MILL
, m9 `& M5 y" UMILL7 V+ \" C' v9 r; J
CARRIER
/ E2 u' ]5 A. z, u5 tMCT_POCKET1 n9 y# ? p. i1 a# ] ]4 V, {
HEAD
* \ f9 y1 n( p) ]( PTypes:drill% K% y( S( @: B7 J; E( ?# B
----ObjectSubtypeGeometry-------
2 Y& `9 d9 G' {$ t2 B( j' ^& k! r5 x6 ]MCS
& ?$ E/ W, `6 |% ~: z N5 ~$ AWORKPIECE
0 ~9 ]& }* N4 \5 \) t$ |DRILL_GEOM& E0 Q. S( B2 F: B; K1 ]+ C
HOLE_BOSS_GEOM! ?: \/ B/ t+ Z
----ObjectSubtypeMethod-------
* ]0 f* Q7 r, E/ \, d6 qDRILL_METHOD; e) L7 m3 B3 M; i& e
----ObjectSubtypeOperation-------7 [3 _! E" R0 y1 y
SPOT_FACING
9 e* Z, g+ D6 Z5 O! a4 nSPOT_DRILLING
( l2 v8 N% A# {* @DRILLING* G2 x9 ~& V5 Q* K
PECK_DRILLING7 K6 g; n h. W" {$ V
BREAKCHIP_DRILLING0 Z; ^. \1 V3 _% k O- r) o
BORING: F* F% [0 `1 w: L! Q
REAMING
d% h h9 D4 K! N- E1 x1 J9 H/ o7 @COUNTERBORING
& a: @+ _- J6 MCOUNTERSINKING p% W2 L% x4 N1 v# H
TAPPING
9 k$ {" z& D. BHOLE_MILLING
& g3 h0 r8 n, l) S) NTHREAD_MILLING
9 @7 ^4 A7 q& _! ~MILL_CONTROL
: x3 N; U/ O' p& |MILL_USER/ e2 x' O% P& Z
----ObjectSubtypeProgram------- x5 {- J* N4 S: n
PROGRAM
2 i% P0 n' |% K1 Z! I ----ObjectSubtypeSetup-------" i& y$ R3 I. ]$ o- T; O# |# W2 H2 o
----ObjectSubtypeTool-------6 |; ?0 f" {0 c+ d
SPOTFACING_TOOL
/ Q$ |. ~; T/ s: j2 rSPOTDRILLING_TOOL
& x: U1 t1 V* Y: w# _- iDRILLING_TOOL0 Z& B+ W3 g9 o* u; Y9 F) e
BORING_BAR; ]. a1 @7 w# S3 R
REAMER! F- }/ i1 D1 f
COUNTERBORING_TOOL: G6 r% g4 g2 D1 y ]
COUNTERSINKING_TOOL& V0 `! y+ T) J- m/ q# T+ Q/ t
TAP6 K" s/ `: N5 \5 d: n7 j
THREAD_MILL: |2 D' K8 i P1 P( W
CARRIER
5 S7 P! B0 T' wMCT_POCKET
, v1 H( Q; @# I* z* X, jHEAD
, {2 E: J' a) R& GTypes:turning
' S [4 N. l- v; C ----ObjectSubtypeGeometry-------6 M" D$ y+ u, r! l2 W8 }* y
MCS_SPINDLE1 g4 u8 B2 |+ w4 \1 K5 \# W
WORKPIECE! `/ x% ? C6 P9 ?
TURNING_WORKPIECE
G8 L* P- _: }4 uTURNING_PART/ C- m. w2 O9 ]
CONTAINMENT1 C( \( M$ e5 s- P5 g4 O) s" N
AVOIDANCE0 r, ` H! W0 \/ @, o8 E
----ObjectSubtypeMethod-------
) Y f; a: ~; c5 bLATHE_METHOD
' L. ~+ Y" g8 M7 {5 W- W% k ----ObjectSubtypeOperation-------
4 c4 f& b+ j) _$ |# hCENTERLINE_SPOTDRILL# M5 H* ^7 J' R" W7 N2 j5 M
CENTERLINE_DRILLING4 j4 H2 M- e, s I; K4 I0 w
CENTERLINE_PECKDRILL. W% {- v- O3 T6 z
CENTERLINE_BREAKCHIP
7 r- D, N) j! l; k8 xCENTERLINE_REAMING$ ^& R; F `' `! u$ }3 U4 n
CENTERLINE_TAPPING
" j1 t! U3 R1 a5 k; H' k$ P' w4 ?FACING
8 ^7 N$ P9 P' v9 f* o0 m% UROUGH_TURN_OD7 H7 h6 |6 J: K; d" r
ROUGH_BACK_TURN1 h' y/ I" j8 q/ x. T- h
ROUGH_BORE_ID
2 }5 q0 q7 h) @9 x9 z6 ~ROUGH_BACK_BORE/ t/ m! |( w0 u1 d2 N. s6 G2 z4 Q
FINISH_TURN_OD: K. N/ u8 g. p: e: J* A1 P
FINISH_BORE_ID
# C5 r. k3 Q r. z/ KFINISH_BACK_BORE
; h9 D; v* n6 d8 GTEACH_MODE
5 S! K7 S" G* Y: g4 f6 L6 d9 q5 fGROOVE_OD0 S: R4 O+ p2 i
GROOVE_ID: t. e7 E$ e* I4 e: ?: n8 D
GROOVE_FACE* T' w$ B7 N" t9 J' Z0 ?- h$ m
THREAD_OD
0 _6 i: C8 w9 n6 PTHREAD_ID) X' l8 p0 E/ m
PARTOFF) ]5 t' s. d5 _0 [, ?1 N
LATHE_CONTROL# D5 ~+ }! j) Y: ^
LATHE_USER( M+ I; I: o0 O, [- m
----ObjectSubtypeProgram-------
/ G' U- F+ n+ m7 M' q. OPROGRAM
1 V: j% E/ x4 i: Z% M! c% }% S ----ObjectSubtypeSetup-------7 z% U! Q$ n6 {
----ObjectSubtypeTool-------) _. q( v% d u. m0 U
SPOTDRILLING_TOOL
/ Q. t' s( ~4 SDRILLING_TOOL% a) t* g& K$ e7 O
OD_80_L; s4 N7 N1 S+ S- `( x
OD_80_R/ G f2 B6 F- U
OD_55_L
5 U6 U3 f; v7 Q1 _" H4 Q, n3 l" e# pOD_55_R
& \1 |, D* }4 w- jID_80_L
' k6 `. V! T- A- K" q' CID_55_L
/ p8 T3 U4 G9 ~6 v- h+ k! P( NBACKBORE_55_L
. ^$ X* J6 x9 K$ H r5 }OD_GROOVE_L* K9 h& z; m$ B( R5 u% P
FACE_GROOVE_L
2 j; a1 F, i' D2 L J( dID_GROOVE_L0 F- Z5 e! M7 Z$ l
OD_THREAD_L& J. \! n( Y- [8 B
ID_THREAD_L1 {7 E# M' W9 J$ z+ {3 m( m/ }
FORM_TOOL) u6 a9 ^1 N9 ?8 E7 m- q0 v p: {
CARRIER
! I. ]; x( _. pMCT_POCKET1 b I/ r% y1 G- G6 R
Types:wire_edm* Z- q- P# ?" Z' ?
----ObjectSubtypeGeometry-------! Z4 A0 O- l9 g K" |2 m% S# b
MCS_WEDM
0 Q3 ?0 m9 T6 [; \( aWORKPIECE
" K I9 `4 g8 e- FSEQUENCE_INTERNAL_TRIM: k/ r8 R* P& q" A
SEQUENCE_EXTERNAL_TRIM: c! c D3 t% Q7 F- r& z
WEDM_GEOM3 ^: v2 q3 W- j" h5 {) ?
----ObjectSubtypeMethod-------
7 z$ @2 O t; U* lWEDM_METHOD
* ]3 {0 T; @$ x1 Z ----ObjectSubtypeOperation-------
v$ q& O# E2 h/ CNOCORE1 P, `' X _6 ]2 g0 |8 {2 |
EXTERNAL_TRIM
* q7 L) S8 b6 } vINTERNAL_TRIM
+ t/ |; @5 @6 uOPEN_PROFILE
" p M0 x4 M2 n& o" C4 a, a+ DWEDM_CONTROL
' Z. J" I& d7 b# x+ O1 O% qWEDM_USER
: ?+ Y- o7 f. w& N H2 K" B ----ObjectSubtypeProgram-------6 Y9 ^ `4 O- p S/ O* x, E7 C& X
PROGRAM
9 J' J, A* e* s; b0 n ----ObjectSubtypeSetup-------; A7 o& h; s. J' F9 u
----ObjectSubtypeTool-------3 U3 |* Q/ ]/ u2 e+ b- V3 \
WIRE
& y$ T2 k8 d) _* `" x* H" \6 tTypes:probing
* B y: K9 @" w- g. E$ k0 g/ x$ B ----ObjectSubtypeGeometry-------
9 e+ m; I9 h/ _; O$ Z% qMCS_MILL, m6 q T) t8 i* f
WORKPIECE3 B8 S9 L3 P7 G8 y& g
----ObjectSubtypeMethod-------
5 t o# j* @8 F& I9 B' xMILL_METHOD
8 G. ]# r! a! YLATHE_METHOD9 b1 A @- Y3 b5 N' O6 O
----ObjectSubtypeOperation-------
! A7 m5 u5 T3 F5 \MILL_PART_PROBING
! z3 Y/ s% m1 M. ~+ ]1 f& bTURN_PART_PROBING2 \5 L* W8 j: u: u" R3 n
MILL_TOOL_PROBING
9 x7 H' n7 \' |: M. i* L3 g+ hTURN_TOOL_PROBING
9 x/ F2 ^6 P _1 x# vGENERIC_MOTION1 Z6 y# j% a8 w8 p y
----ObjectSubtypeProgram-------3 m5 q" v9 V: ^4 t
PROGRAM7 P. z7 n0 y; J3 {8 _ L
----ObjectSubtypeSetup-------
( Z y1 U1 ]# U! t1 ]: d ----ObjectSubtypeTool-------5 n0 p$ y* \" ]
PROBE0 b; }* N+ G2 G; Y( x
GENERIC
3 A) [* X4 j( d( Y* O* o sTypes:solid_tool
p+ z1 Y6 i8 l$ M: B4 _ ----ObjectSubtypeGeometry-------
3 j$ [8 |$ k: h% m, [3 F ----ObjectSubtypeMethod-------" L( a! i- G/ G
----ObjectSubtypeOperation-------
; a7 c: _$ Q# d ----ObjectSubtypeProgram-------
) r1 P- y8 v* x+ z# t E* | ----ObjectSubtypeSetup-------
3 k1 D) ]1 J' W3 k6 K* v2 W ----ObjectSubtypeTool-------9 `! T, s' g% [% g! V1 T
GENERIC
: T$ }2 x+ `4 a& Y$ h$ HPROBE2 C7 t2 ]$ d2 B/ F
Types:machining_knowledge
- h- M- n, v. U% p1 R/ z$ S ----ObjectSubtypeGeometry-------
; Y5 v8 X' C8 ]* ~) F) q2 |MCS
# B" P# I% h. tWORKPIECE/ B) L" o3 W: Y5 Z ]
MILL_AREA; l* Z! A* U( C
PROCESS_FEATURES+ |6 i' K, {- G; q/ X c
----ObjectSubtypeMethod-------
+ H% G3 R( F" u+ t7 ]PRE_DRILL_METHOD
" B0 J) ]6 q. n8 y% w6 C/ TDEBURRING_METHOD- O4 D% B" M9 x; C$ o( X1 m/ i
CSINK_THD_METHOD2 _3 p% w3 w+ D1 k
TAP_METHOD- p0 ^3 Z- z+ \
STEP_DRILL_METHOD: D2 ?- Y" T6 e6 K3 l3 q0 k0 w
THREAD_MILL_METHOD
/ Q, q: E* n1 S5 @MILL_CB_METHOD
# D+ Y# g, l {) xBREAKCHIP_DRILL_METHOD
7 C3 F' v6 R2 m2 d1 z; sBORE_METHOD9 ?7 f: }# A7 Y4 \* y" z
CENTER_DRILL_METHOD
# A$ S6 E1 R/ d4 D6 g5 KCORE_DRILL_METHOD
3 l& X" L. _4 O9 JCBORE_METHOD' y' N/ A1 q9 R( i
CSINK_METHOD
( W* Z- x+ b KDRILL_METHOD9 x% |- s& y8 E; ^) K. u# q
PECK_DRILL_METHOD
0 L; |$ @7 Z# K1 r5 N5 N3 ^REAMING_METHOD9 [! k7 K* u3 W: U9 l m
SPOT_DRILL_METHOD
) ~/ D+ {0 e- OTAPPING_METHOD) Z; I' b. c0 ?! n
HOLE_MILL_METHOD2 z; T ^/ u. g! Q, X
MILL_METHOD_ROUGH& N& G, E. v' ]) N% E
----ObjectSubtypeOperation-------
( W; X' C" b0 R( iHOLE_MAKING
: r& u. _, n; X4 h% i- dHOLE_MAKING_DRILL_TEXT
6 c7 ~4 ]+ P& M- VHOLE_MAKING_DRILL_DEEP- x7 R' P* j p' _
HOLE_MAKING_DRILL_BORE_DRAG
4 @$ D9 m- j+ ^4 q; THOLE_MAKING_DRILL_BORE_NODRAG
" \. n. d" B) [0 AHOLE_MAKING_DRILL_BORE_BACK
' t% M5 c/ b, N" ?, F" gHOLE_MAKING_DRILL_BORE_MANUAL
* C3 l4 y- v$ m/ b; d" P' ZSPOT_DRILLING
' z9 U D! X0 v( i3 P6 {3 g5 JDRILLING# w: t& O4 h& s3 _% R
PECK_DRILLING
3 W- A9 r* ]( q6 `BREAKCHIP_DRILLING
Y) [3 Z2 W* a( b8 O0 `0 p. DCOUNTERBORING& R. W3 F) X9 L6 Q/ r3 p. d
COUNTERSINKING4 c6 B+ H( v# S3 ^* b
REAMING
' e4 p3 \+ S$ f; l6 vBORING# k/ h% N8 |& j& m
HOLE_MILL
/ C F8 @$ k% V. ^# l1 G. ?3 FFLOOR_WALL" L) r) H3 O0 y* T. n
FACE_MILLING# o5 f# m) M4 ?
CAVITY_MILL
+ d2 u: g) v" F& @* h7 m$ VTAPPING
' J1 t, k2 ?3 r4 z4 x ----ObjectSubtypeProgram-------
8 n) E& n- u+ w: l* a TPROGRAM
8 u8 z n6 N( G) ^ ----ObjectSubtypeSetup-------
! d2 F6 Z' ?- s' I2 `3 ^ ----ObjectSubtypeTool-------
8 O- }* n5 f5 t& k9 v& vCARRIER
, d: \6 y0 J0 [+ s+ W4 c4 XMCT_POCKET6 }6 ]. [+ i1 Z* B* s7 s
HEAD5 X7 k7 q0 \/ h7 A0 h& U7 ^0 j
, ^1 D* t$ C% e1 b% ?4 Q' W
) \0 g/ {5 A* ^/ d p
2 T# z1 f% J3 T3 p2 H |
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