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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()& R4 h5 Z& _& |7 c. `0 @% D* t
{
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% ^, L+ b/ ^ q$ o" A) V! L // TODO: add your code here. D' d( W, j4 D, A# C, Y
std::vector<NXString> types = theSession->CAMSession()->GetTemplateTypes();
" z* h$ h' g, }; G5 a' k for(int i = 0 ; i < types.size();i++)
" [- m4 Y5 O' Z( S: `0 S$ ?4 S5 w, O {( i( a" }8 ]8 R# b7 N5 v0 N% w, |3 x
print("Types:"+ types+"\n");. s H* Q% ^3 z, n" O5 r
std::vector<NXString> ObjectSubtypeGeometrysubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeGeometry);
( i/ ?% Z8 D. v( z j: F+ c print("\t----ObjectSubtypeGeometry-------");" U8 `0 j4 O3 T& [+ r: V
for(int ii = 0 ; ii < ObjectSubtypeGeometrysubtypes.size();ii++)
+ w Y2 ?" o7 x, b! Y1 K {
! P U1 Q' _ D6 f5 o3 @' S5 ^ print(ObjectSubtypeGeometrysubtypes[ii]);% t$ n( |- ~* X; s6 u/ F1 K! Z) m
}7 y3 s1 P4 w* a: o
std::vector<NXString> ObjectSubtypeMethodsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeMethod);
; [- ^1 f& M* h! S; I print("\t----ObjectSubtypeMethod-------");
+ Q: z- S- d! ]7 o( G0 C for(int ii = 0 ; ii < ObjectSubtypeMethodsubtypes.size();ii++)/ m3 o, g2 J3 S7 C2 E# K R# Y
{
: a6 ]2 u# @: \' W" H' Z print(ObjectSubtypeMethodsubtypes[ii]);
+ L$ x) a& }$ r" g! s }
) z3 ~$ E# F7 L3 n5 E std::vector<NXString> ObjectSubtypeOperationsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeOperation);8 V* e. C$ W5 j3 r' M$ i. M5 S
print("\t----ObjectSubtypeOperation-------");
; v( h: m$ o. P5 t0 n0 x for(int ii = 0 ; ii < ObjectSubtypeOperationsubtypes.size();ii++)/ Q! C+ Y6 M9 r2 v
{
! U# E& B7 a \; m7 S print(ObjectSubtypeOperationsubtypes[ii]);3 X' F9 ~3 M0 N# K! K( b. s( W: o
}
- l5 B2 z: ^& W9 C+ |) p8 e- _ std::vector<NXString> ObjectSubtypeProgramsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeProgram);
/ |( O1 ? U% F# e* L/ T8 Y0 ]: J print("\t----ObjectSubtypeProgram-------");
s$ V# Q% g1 A+ |' Q$ R for(int ii = 0 ; ii < ObjectSubtypeProgramsubtypes.size();ii++)
; Y) W% H' @8 ? z. l/ @4 l {
. H" n; {0 {% w! b print(ObjectSubtypeProgramsubtypes[ii]);6 n0 A' t$ S3 F* S0 ~
}
4 q% W9 H* v! e) G. J. g* P2 R std::vector<NXString> ObjectSubtypeSetupsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeSetup);
9 w& T! l: a9 y+ T& _6 r& L print("\t----ObjectSubtypeSetup-------");
+ ~# d+ r' }4 B9 }: G for(int ii = 0 ; ii < ObjectSubtypeSetupsubtypes.size();ii++): c. Z( t y7 D/ K4 |
{. ]/ s% R! r3 a* H
print(ObjectSubtypeSetupsubtypes[ii]);1 x. f, e6 G, F" d1 e
}
0 S* ?) l3 C. w6 s* F std::vector<NXString> ObjectSubtypeToolsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeTool);# j, r; t( k: ^1 V9 C: E
print("\t----ObjectSubtypeTool-------");! S& a* L9 p6 v
for(int ii = 0 ; ii < ObjectSubtypeToolsubtypes.size();ii++)$ x1 W2 c/ @/ B P2 k) i. \) l( C/ J
{8 L+ K5 W( B+ ~: S" T. z! w( z
print(ObjectSubtypeToolsubtypes[ii]);/ z9 q% s! Z: t
}
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4 H' e% ~* K/ k( {$ ^' o' I( v8 @& q$ ]) F
, A; W. D. `3 ?2 \4 `结果如下：8 m, _; ~. s' G; b+ _
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Types:mill_planar7 s0 Q* m8 ~- m' k% M! H+ ` _: i, ]
----ObjectSubtypeGeometry-------- l9 Y/ v1 t* R% E/ D% j
MCS3 ] }' N- M6 }) w' R
WORKPIECE5 Q0 P/ ^! Q; V: V
MILL_AREA/ |/ g) m; V* b* d. O. o
MILL_BND
' @2 O2 |0 ~3 mMILL_TEXT- t5 P9 @1 ]! d2 y: z
HOLE_BOSS_GEOM
5 f. V# |* G8 l1 xMILL_GEOM8 k9 ~) K. K; U
----ObjectSubtypeMethod-------$ C* Q* R: H% e3 k
MILL_METHOD
1 t- a' O% e( G2 b5 {2 x9 E. v ----ObjectSubtypeOperation-------
* n8 L' g1 ?* b$ WFLOOR_WALL
4 h* r% V* s GFLOOR_WALL_IPW+ v: o# ^7 b, f Z. @8 L2 e
FACE_MILLING
/ V# {$ y' t7 [: u1 D+ `+ |FACE_MILLING_MANUAL" r1 p5 h3 G" [# `; Z' m7 g
PLANAR_MILL
; U4 S5 F3 N2 t/ f5 b. `' BPLANAR_PROFILE5 w% l/ ?# ^ f
CLEANUP_CORNERS
X8 k# U9 F; OFINISH_WALLS# C, J, |/ ?. h& I6 c* W3 l/ o
FINISH_FLOOR9 q2 {1 K$ ~1 Q% a) P6 K
GROOVE_MILLING
) r7 _( i0 Z( r7 eHOLE_MILLING+ c* C' H. [3 V4 K4 {$ {/ @0 n
THREAD_MILLING
2 _, p/ l" k* F; E2 kPLANAR_TEXT! d4 s5 i N; q1 r4 Q" o
MILL_CONTROL
7 N3 W9 L1 y! x# ?MILL_USER
( w7 k! ?3 Y& b6 f: \' y6 P ----ObjectSubtypeProgram-------. h! c/ o) Y! E6 G# t
PROGRAM
1 U2 C( @" L' c) m8 l ----ObjectSubtypeSetup-------
- }, s1 ~) k9 H- ]0 K- T ----ObjectSubtypeTool-------4 e1 N5 U; ~- e* M) `7 e' j
MILL
* F" k' M! p, ZCHAMFER_MILL( g+ v0 z: K' u) ?5 ^7 F
BALL_MILL
. j6 p* m8 W0 H( V4 T wSPHERICAL_MILL
2 ?' U$ f1 d# _5 L; k, v ]8 y5 RT_CUTTER7 c7 K0 w' T- ?" [ |
BARREL
6 t3 { a! X! mTHREAD_MILL5 x- q% {, ]- _- V0 w
MILL_USER_DEFINED
, t! r: s( m. n& g/ NCARRIER
5 \1 I9 G$ m4 L6 @% D5 v+ LMCT_POCKET
4 S' i) a3 a/ j+ [/ lHEAD% P) h/ U9 v4 ?8 e Y( C h* D
Types:mill_contour' I' l5 y6 Y5 b: J _
----ObjectSubtypeGeometry-------( m% R1 f2 \$ x& Z/ Q& |' @/ e9 }
MCS$ @" e9 a3 H Q2 p
WORKPIECE) d2 L* L/ c: i3 |
MILL_AREA
4 k! g% B. ?( l D) tMILL_BND
8 M. e# h: [! _: WMILL_TEXT7 L6 { |# y, H; w7 m4 {
MILL_GEOM
. m; s0 O9 B! Z7 r5 S3 m ----ObjectSubtypeMethod-------: i& m: O R( N
MILL_METHOD
0 k! t: a4 E4 ]MOLD_ROUGH_HSM
+ Y1 d1 o; S$ [9 N, kMOLD_SEMI_FINISH_HSM
9 C) E. f" W+ B1 f3 N9 KMOLD_FINISH_HSM
6 d$ B! g8 _3 x1 k5 ~: g ----ObjectSubtypeOperation-------2 T$ ?5 C) C X2 S6 E$ i
CAVITY_MILL
& G M) b0 s# Q9 ~. E$ mPLUNGE_MILLING g/ B2 N! \+ M( }9 q! ]0 i: U
CORNER_ROUGH& v O% O* i3 i, v( M/ m
REST_MILLING0 q7 B( ^( z9 _6 s) |7 P" j; y
ZLEVEL_PROFILE
2 l8 ?0 U6 Z, Y: w0 UZLEVEL_CORNER& R3 P9 W; m; T0 j
FIXED_CONTOUR
1 t/ C4 |: P/ W% BCONTOUR_AREA; c2 ^0 j$ W8 p
CONTOUR_SURFACE_AREA
' \! n) K) |* v7 v, I0 MSTREAMLINE l) }# d2 |9 v
CONTOUR_AREA_NON_STEEP7 N! a, W! T2 j
CONTOUR_AREA_DIR_STEEP
: \* Y8 [# y: E% _( H( J% v; nFLOWCUT_SINGLE3 i. I Q6 J- h9 q* M5 b8 D
FLOWCUT_MULTIPLE" G8 r5 z, m1 q% g; V1 P
FLOWCUT_REF_TOOL/ v' ` j6 f* \3 V: K
SOLID_PROFILE_3D- i9 j% C# e- `8 B1 b) u
PROFILE_3D
" q( m, d! b) s% w5 v: GCONTOUR_TEXT9 b2 }$ A1 s& {- _- w0 M
MILL_USER9 M2 k% H j0 S6 L
MILL_CONTROL
- g, g0 @9 r& l& i6 V' i8 H# T# s+ P0 ` ----ObjectSubtypeProgram-------
x5 R+ x2 ~4 J6 `6 \+ ePROGRAM+ M% b9 U, h5 R! }, R- X, y
----ObjectSubtypeSetup------- w1 C8 u+ E" _/ C4 [8 u9 e/ Z( B1 y
----ObjectSubtypeTool-------5 }8 c# y( B* A& Y# }) {8 ^' a
MILL
R7 k0 D3 L: V0 \) w8 qCHAMFER_MILL; Y: }! Q% O/ |4 V/ h
BALL_MILL
, r/ y3 a6 }" B2 Z5 |SPHERICAL_MILL
: Y) ~" A; y& j2 }/ i" p& e0 kBARREL
" Z- w/ \( D. Z2 NT_CUTTER
m; w) h/ F9 ^5 y8 zCARRIER. _3 D5 Y1 f# y
MCT_POCKET6 y4 z5 b4 ]+ s( |7 d: C% `& ]
HEAD/ ]/ @$ p& f: ^: m) u6 h1 f
Types:mill_multi-axis6 c( r2 m$ e4 {! Z/ x7 f
----ObjectSubtypeGeometry-------
2 Z, `( G% a7 S% U- IMCS
. h3 v* K8 ^& h+ Z* S% nWORKPIECE" d h2 {$ m& e: V
MILL_AREA2 ~) h/ f; `+ d2 X8 C( z7 ^
MILL_BND
A% R+ i, J! a9 F9 WMILL_GEOM
; O* U: U4 B' S$ B& t ----ObjectSubtypeMethod-------
- F5 u: B7 E; A8 G$ }; g yMILL_METHOD
* ^0 R, U, z: F/ U( T ----ObjectSubtypeOperation-------2 A! w, ^4 J4 V$ k
VARIABLE_CONTOUR$ J0 t G' n2 ?
VARIABLE_STREAMLINE
* s; z1 b# A, R1 A6 a9 mCONTOUR_PROFILE
s& |1 G# q; X" m: Q: mFIXED_CONTOUR) u$ o! ]. S6 m& a! `, m
ZLEVEL_5AXIS" I( S/ S, J7 X. R& W
SEQUENTIAL_MILL( @) b' m% `, T% ]7 V% i
GENERIC_MOTION% x' c9 p' X# f* m w; Y7 `# y5 C- C
MILL_USER
! N* X- x: U1 d: A* ?MILL_CONTROL
. H* a4 z" |$ X/ V4 S" g; V% E ----ObjectSubtypeProgram-------, v' {. H c/ f$ i1 }/ k4 I
PROGRAM- f" _; F% P' B7 N( j
----ObjectSubtypeSetup-------- x) h) {9 }) r' Z5 ]+ j' G
----ObjectSubtypeTool-------' F L8 f' L* e
MILL8 q5 N R$ m, P X1 d# x. f
CHAMFER_MILL% m& x$ V9 ~/ O: E& I9 T
BALL_MILL
/ _' n# T% R& LSPHERICAL_MILL7 [7 d* \+ Y4 {: C4 L7 o/ ~
MILL_7_PARAMETER; |6 C" z. w1 \
MILL_10_PARAMETER
& E! c6 e% \7 p6 n- m3 @BARREL( X$ L! @' ~$ i3 g5 @( f: J
T_CUTTER2 T1 s c, m4 y1 h( @6 W- q6 z
CARRIER( L7 D( V$ o/ e4 X/ w V
MCT_POCKET5 R( ~! b4 e0 L" m" O
HEAD
* r2 k2 F. {6 \, X; RTypes:mill_multi_blade u& T" J: _) M3 @0 _) I5 t
----ObjectSubtypeGeometry-------
. k3 q: B, ]+ d2 z; k, x8 ^* tMCS
' Z' f) K0 ^5 H8 G& g! TWORKPIECE M" M% T l8 j7 a3 d
MULTI_BLADE_GEOM; ~( C0 M( j0 J7 ?4 x$ ]
----ObjectSubtypeMethod-------
9 T; |# b: m2 a( ]- O- DMULTI_BLADE_FINISH$ B1 A* R8 c3 S% s- I' S
MILL_METHOD
2 ?+ L; H( K* K' Z# \3 j& @ ----ObjectSubtypeOperation-------
1 Y/ }5 I! n8 a0 n& oMULTI_BLADE_ROUGH; n4 k! G) K" z% a6 ~, c* s
HUB_FINISH
' E7 y, k/ Z0 g7 K6 j0 @. ZBLADE_FINISH; j' g. q* `) _9 l$ \* d
BLEND_FINISH
7 V3 T4 `5 a. x0 ^: N+ IGENERIC_MOTION+ u# g( m% ]5 r7 B* ~
MILL_USER
( V Z; T& J) {% f: F3 ?MILL_CONTROL
/ T+ K, K, {7 z: M ----ObjectSubtypeProgram-------9 @& R0 N7 Q) x' _1 v* B
PROGRAM
+ L; k! \, z' f8 S$ E ----ObjectSubtypeSetup-------
) r# k$ U& s! n ----ObjectSubtypeTool-------
# l) m& K: C' c( ^- p! p$ d: fMILL
7 x' O, L& y" @& b2 [CHAMFER_MILL
% k4 m% w) P/ I: MBALL_MILL
$ E- U+ T# z! ]7 J+ A1 nSPHERICAL_MILL
+ O, B! F. ~4 W. l5 |MILL_7_PARAMETER
! h4 ]$ a: g' ~ @MILL_10_PARAMETER
" Z* C: X: P. k( I5 L! PBARREL0 b( n8 |9 S9 B1 r5 u0 |
T_CUTTER$ S1 ]" Y: [6 D+ C# J" K
CARRIER
1 k9 A6 M: u, |4 hMCT_POCKET5 J e: h/ n& H) ]
HEAD
! u+ A. T! g6 P4 z+ A! _# [" Q hTypes:mill_rotary! m4 ?, b+ r& w7 r: B
----ObjectSubtypeGeometry-------
4 Y U0 M) x+ ^' |1 YMCS
& J" m% b9 g; O' dWORKPIECE
; `; ~* l m t* L7 WROTARY_GEOM# v( j0 ^1 O" D2 N' T1 K
----ObjectSubtypeMethod-------
% p& F; L# s; ]" e" U8 W8 ^MILL_METHOD
5 @+ {- ?! E6 j, V( } ----ObjectSubtypeOperation-------5 `, u p+ ~2 |3 ~) D# ~0 I
ROTARY_FLOOR
2 }8 X: K' O3 L: ~5 CGENERIC_MOTION
- f) M6 O1 }0 q5 C6 OMILL_USER
. K2 c1 y% E3 Q s. r9 UMILL_CONTROL I- a6 Z3 J; p9 P1 n# B2 Q* T
----ObjectSubtypeProgram-------
; `' w' ]$ n$ n/ @PROGRAM" {: s6 ?3 z8 c3 C* p; y
----ObjectSubtypeSetup-------
5 \3 f) Y' \! w* b* t ----ObjectSubtypeTool-------
* ^5 i9 F* p/ ]) ^# T QBALL_MILL
8 T9 U% m: `# \SPHERICAL_MILL
: X! J; c: m! u5 }& B) O! xCARRIER
: U4 f7 r9 A) y5 ^! vMCT_POCKET' @# I. t5 J8 @' t
Types:hole_making: m6 M4 {' M' {( K- ?
----ObjectSubtypeGeometry-------
4 r2 I; f' E# x( P1 r! U# qMCS$ i) m+ j! T" q% c! T
WORKPIECE
( ~ g- e4 m# a6 |; Q7 @ kMILL_AREA; V$ f, X* u0 ]: W9 i- \
FBM_GEOM
" W4 S R; d: Z1 V8 T- pSIMPLE_HOLE
# Z4 E9 {& I' I' H( iCB_HOLE$ K) B% C1 z$ ]6 _3 Y: v4 I( Z3 l
CS_HOLE3 s1 g" q% M! \0 x- Y! B$ r2 ^2 v! p4 A
THD_SIMPLE_HOLE
6 P+ e* Y: O& }% N E2 |THD_CB_HOLE
8 R! z# l$ [* f0 {& `3 KTHD_CS_HOLE
4 i, q: A, R3 @% ?9 dSYMBOLIC_THREAD
2 Y% G! g0 X1 J) {0 _: y" B) R: WCAP_SCREW_CB
) N1 w W& A4 T" iCAP_SCREW_CS
+ I ~2 }3 w) U7 ?FIT_HOLE; F$ F7 y0 C3 ]$ G( y5 ?
STANDARD_THREAD
7 X6 V+ o! O" x4 U- z" iALL_FEATURES, ]+ W; q8 A: T% v: P( `: i
HOLE_BOSS_GEOM" U2 O0 n, Z! W3 w# q3 w
----ObjectSubtypeMethod-------
3 ]: r8 D8 r9 c1 H0 hDRILL_METHOD
/ `4 b5 O9 _- c6 t1 \HOLE_MILL_METHOD* ?# h7 p) n( f: a, k% }4 A0 Y
----ObjectSubtypeOperation-------8 b d( ~- G- } N" h1 H9 l( K
SPOT_DRILLING- l% b1 z8 j' V, h& Q p7 W$ Q
DRILLING
- z; _# A! ?2 JCOUNTERSINKING1 M s1 ]4 ~9 u3 D9 D2 J6 o
TAPPING2 H- e, c c9 k$ B# F
HOLE_MILLING% r. i+ S" v0 s! ^$ F: N. V$ C
HOLE_CHAMFER_MILLING; [6 z1 Z8 M$ V H3 Q
BOSS_MILLING5 O$ V6 @# T0 L
THREAD_MILLING
1 n& |( T7 e6 g! c, kBOSS_THREAD_MILLING
: g# L- @/ i' H3 |3 }MILL_CONTROL8 p9 Y/ ]/ G/ x/ M2 J
HOLE_MAKING
0 s/ Q# g; L; n+ hHOLE_MILL1 k$ U9 L: Y- S9 i& J9 x
----ObjectSubtypeProgram-------- e- X" J6 y" t. y
PROGRAM
3 K" }3 |6 B, o' Q" g" JOPTIMIZED_NC
5 H2 S2 ?0 p6 e ----ObjectSubtypeSetup-------! L& D- U, ~5 F7 P- n& `, Z
----ObjectSubtypeTool-------
9 I! v: X7 R6 s' HSTD_DRILL+ K! _ _3 |' Z% D" A3 t% W6 n( N
CENTERDRILL
' n5 W0 _& B$ M/ C, ~COUNTER_SINK$ B& v% I2 P% F T& Y" b- i
SPOT_DRILL
8 j% x- `$ X1 V6 D" I$ H- t, zBORE
. f# D: _+ ]! [- @ }7 f/ P3 ZREAMER
$ ]8 x |0 i: I9 dSTEP_DRILL1 I2 b e1 ]' j5 X& s0 P1 b
CORE_DRILL
7 V/ w1 j% x9 _COUNTER_BORE
% J4 e- Z9 h, v& ]TAP, H( F# p0 @8 i$ P5 K7 A7 w* _
THREAD_MILL
- V4 s+ e K$ _" y9 ]+ G# H$ J6 ~SPOT_FACING% c& v. j9 O2 Y2 w+ n3 r8 W3 b* i% l
CHAMFER_MILL/ x' }8 t# U" @! W# S! i
MILL
8 T( Q' `, z2 v7 TCARRIER) b% p3 Y8 l s& r
MCT_POCKET/ `% B2 F) @, K" p+ v% ^7 J
HEAD
) X9 M% J" W6 C; ~Types:drill
. w* R% z0 O/ i: G" l- h% n X- x7 E ----ObjectSubtypeGeometry-------
& C5 \0 e! i# o0 J7 |7 J7 dMCS
6 U9 \$ I! J# c( MWORKPIECE( R% B6 D _/ W
DRILL_GEOM0 f8 S, e0 C% x+ H" G4 i' J2 G
HOLE_BOSS_GEOM Z9 I- M( `! K4 _8 Z8 Q L
----ObjectSubtypeMethod-------7 ?3 C9 i" T, I% l3 V+ H
DRILL_METHOD1 n( \* Z$ C: [9 y( r
----ObjectSubtypeOperation-------
; L5 V4 I# [" B6 w' oSPOT_FACING' S Z9 c5 E6 E" z& B* q8 E
SPOT_DRILLING
/ A0 S. c" S0 k8 CDRILLING
2 i2 P( q3 I$ Z7 x8 bPECK_DRILLING. Z# w# n0 R/ }, }: t
BREAKCHIP_DRILLING" Q. [+ R0 @$ Q d: i+ A/ \
BORING# ]* g1 b7 z% W% Q/ y$ B1 S m
REAMING
! ], G2 z7 R! g) p! {# h6 ^COUNTERBORING6 C3 @1 j2 w* V3 Y8 m; u& ?
COUNTERSINKING! ?( Y% Y* z, @) x8 ~2 x
TAPPING
( Y( @4 l% d: m* }3 V' qHOLE_MILLING8 K1 i; p6 i5 z& d9 ^$ v
THREAD_MILLING
* W7 V; ?+ c# w1 r& j% M% U" v# B3 kMILL_CONTROL( ?# {2 E! ]! f5 O: `5 h; x
MILL_USER
7 @: P# I* r+ U% Z. X ----ObjectSubtypeProgram-------% h: |+ O2 n2 L9 O2 M6 O/ k6 l
PROGRAM
, \8 C, q0 J9 h* U" t; Z" Q ----ObjectSubtypeSetup-------% r; y1 n& k! f2 e" H& R
----ObjectSubtypeTool-------
; w. `) u, N, l( gSPOTFACING_TOOL" x; {$ Z; {4 l
SPOTDRILLING_TOOL
, z5 n( m/ d3 r% ~( } _2 zDRILLING_TOOL1 }1 V1 p& J& u. W" B$ l/ s
BORING_BAR
+ r- P! X+ M& S+ s9 N6 p5 iREAMER x0 v" k% d3 p! V
COUNTERBORING_TOOL
; E4 ^$ B; U4 i, M7 S( D2 MCOUNTERSINKING_TOOL
9 r* `" ^! K5 Z3 YTAP
) Y( x- V8 G# \3 i2 n9 \. qTHREAD_MILL- l* G l. v. o h, b5 B) F
CARRIER& o4 G' J6 f5 Z+ y/ q
MCT_POCKET
# |+ W+ |) m- H" q% LHEAD+ N3 @: C+ ?1 |2 W
Types:turning1 K( L1 F. `4 u
----ObjectSubtypeGeometry-------
3 ?( k7 v. L L0 C4 a6 lMCS_SPINDLE# r) N( G! c8 o0 W! b, J
WORKPIECE
' K% J7 @" y/ q& \: D, [% dTURNING_WORKPIECE3 ]3 v% M& a8 x; {0 ~
TURNING_PART
H7 P( j8 y2 Y7 \2 n2 d {3 iCONTAINMENT
$ u" }) H5 Y8 P! _% f% K- c( PAVOIDANCE+ R5 s) \5 G+ {* o$ }2 \1 D1 e
----ObjectSubtypeMethod-------
# Z" L$ }4 @' y0 V. B0 LLATHE_METHOD
, r+ R1 P d. g9 p7 K$ t ----ObjectSubtypeOperation-------9 F% O* S& ]# u: ?$ P, _
CENTERLINE_SPOTDRILL
; n, g5 f" a) [5 T9 WCENTERLINE_DRILLING! Y; |. \3 k# N
CENTERLINE_PECKDRILL+ n/ `! e, d5 E, o7 [- Q+ i6 ]
CENTERLINE_BREAKCHIP9 v3 F+ V) M0 |/ t2 a
CENTERLINE_REAMING: ~0 I; v! x* x) Z2 A
CENTERLINE_TAPPING
2 @3 V1 o9 F9 C9 M% v$ Y+ @FACING# @2 H" l$ X2 U* N- S
ROUGH_TURN_OD% h# Q# C7 s' Y( |! H2 R8 t5 t
ROUGH_BACK_TURN3 D3 {8 h, Z8 {: E9 U0 S. `
ROUGH_BORE_ID
* A9 M& W g/ K& UROUGH_BACK_BORE
) [/ k4 P7 o- o8 j- N3 kFINISH_TURN_OD' H/ m. F) D4 ]) ~+ ?$ M
FINISH_BORE_ID- m/ e' r h3 l) q& T+ I+ D
FINISH_BACK_BORE
( O# v/ e6 @2 i" x" ^TEACH_MODE6 @, [- u/ a X# y4 j
GROOVE_OD
5 w; @! B5 j$ n5 i% U1 |GROOVE_ID
1 ?- W) i2 y6 K# J' i" v% vGROOVE_FACE' ^! q$ U- J! S
THREAD_OD6 }+ G0 u8 ? e; k/ q( H
THREAD_ID1 d% p# V, X! `* U. A8 L
PARTOFF
0 x- Y) p# B0 fLATHE_CONTROL
( J3 G' j# |9 W2 C( ULATHE_USER
: Z6 O1 z) o& [; C ----ObjectSubtypeProgram-------9 B' J! r" y- D( L9 V+ X
PROGRAM2 ?. d+ B" J! V" K9 R) B6 P- f
----ObjectSubtypeSetup-------: o7 [8 t( w L4 r! h: N
----ObjectSubtypeTool-------4 f: m. o! b1 d7 \' s
SPOTDRILLING_TOOL/ ?. [9 A: S3 G! v/ L+ Z. B' {
DRILLING_TOOL
+ l+ U7 W+ d- qOD_80_L
) f2 Q7 G* S+ ]6 r2 H b3 |OD_80_R3 T9 i: M! c0 _' r9 Z! @
OD_55_L* V+ p5 K$ K, W, Q' G5 F
OD_55_R* u9 I8 f- Q6 U
ID_80_L" \) s7 ? P# J, P ?
ID_55_L
/ ^9 {! X% Q8 K7 eBACKBORE_55_L
" K. }$ d! z2 ?7 NOD_GROOVE_L
( x" l, F4 [# h# x$ m9 HFACE_GROOVE_L' s& R- B _. A+ x' t* `
ID_GROOVE_L1 l" N7 v4 a! n! A. {, m, ~
OD_THREAD_L
( s" U1 j8 S1 B% F xID_THREAD_L
4 f/ }1 t i6 I6 sFORM_TOOL; w9 | \1 k& G& j5 `: C
CARRIER
" f) o1 g N6 d) jMCT_POCKET, x% S; | T- X5 k0 c9 y9 s" X1 Y
Types:wire_edm2 K8 i' t+ l/ u/ L+ O+ U
----ObjectSubtypeGeometry-------
3 b8 r% X% O3 q; o2 P5 }: f# t) O( i# [MCS_WEDM8 j" g& C3 s5 w1 c1 c* U! l# t
WORKPIECE; r2 `+ n* |5 K. {
SEQUENCE_INTERNAL_TRIM
8 C# J* d1 d( `+ Y: J) a x- DSEQUENCE_EXTERNAL_TRIM
: p1 k+ x6 f6 V* s% ZWEDM_GEOM+ S1 U; Z( C& F3 y( v4 J$ x! p; C
----ObjectSubtypeMethod-------
4 Q r6 n% F4 |WEDM_METHOD7 E; {' [. F& @: y$ s' d
----ObjectSubtypeOperation-------( J# s* s0 r& I$ s
NOCORE- Z5 Q& v% \7 j% Y
EXTERNAL_TRIM* q$ I' d j) j/ d! t- {# M- B4 d
INTERNAL_TRIM' s2 ~7 h* z; p
OPEN_PROFILE$ D5 c4 n( u4 M" f/ S1 r
WEDM_CONTROL
o4 n1 d0 c& p) s' `WEDM_USER
9 f+ E) N+ y* C9 V5 ^" b ----ObjectSubtypeProgram-------1 M/ z5 z) L- L
PROGRAM1 s% N! j2 u. m: S, K T
----ObjectSubtypeSetup-------
! o8 L/ \6 s$ D ----ObjectSubtypeTool-------$ P, H( \+ ^% Z0 _; M/ ~
WIRE) _9 b4 n5 q. z+ A- o# Y, h
Types:probing
$ p- J! m: {0 ^3 n5 h! Z' P ----ObjectSubtypeGeometry-------
( I+ O8 h& E9 V+ _- gMCS_MILL$ @* R; j6 Q5 p1 ^
WORKPIECE
$ H! r, X5 u: W ----ObjectSubtypeMethod-------
3 D# Q- y6 |4 c* J% ? d6 \7 `6 UMILL_METHOD
$ ?8 D; r( }, T/ c/ A- v) E6 Y1 QLATHE_METHOD( B. M, u4 E: `+ K+ v1 q0 Z
----ObjectSubtypeOperation-------
! q; @. y- b" z5 P& LMILL_PART_PROBING
! I0 k- Y1 |/ Q+ ^/ ~+ `3 ETURN_PART_PROBING
, z8 D7 u/ g7 p2 Q2 i% y# DMILL_TOOL_PROBING% ?, g% m) u* N" V
TURN_TOOL_PROBING/ z- T: I, c; i
GENERIC_MOTION) ~. W9 j8 S! S. H$ P* S0 s
----ObjectSubtypeProgram-------7 b4 Z; \8 v. n
PROGRAM
. u9 e; r9 q* w6 {. ^, ] ----ObjectSubtypeSetup-------
* i) N: k7 k% r ----ObjectSubtypeTool-------* e9 _$ T; x8 F4 [
PROBE
7 R1 Q6 g$ v+ bGENERIC0 L0 ~2 F* L- R3 d, ~8 @; Q, ~7 T4 \
Types:solid_tool
4 C; I5 w' r3 Q6 ]. n: j) ~; g! M ----ObjectSubtypeGeometry-------; D4 p4 x) p9 P( ^6 c
----ObjectSubtypeMethod-------
9 \# v; k2 f0 Q7 y ----ObjectSubtypeOperation-------0 @; s# X7 g. M6 Z
----ObjectSubtypeProgram-------
$ ?4 ?$ Q7 B/ {" b0 I" G ----ObjectSubtypeSetup-------
3 g" ~& X6 w/ Q ----ObjectSubtypeTool-------
1 ^2 S: e$ X. a5 EGENERIC8 p x r3 G! e$ |$ h; E* w1 ]
PROBE
' y0 p" M9 n# S, U4 l7 O" STypes:machining_knowledge
2 F5 E9 R- w8 L# ~( L! g ----ObjectSubtypeGeometry-------9 P: g, k8 R# _0 m& R0 r
MCS
# V2 e4 k% E" l5 a0 oWORKPIECE
& W6 i: U! }0 K9 M+ C" y# |4 jMILL_AREA J4 t9 u* [* F7 l9 w5 e
PROCESS_FEATURES
- P9 ?2 I5 ^( E ----ObjectSubtypeMethod-------
1 F' Z# j9 R8 Z' O. H3 hPRE_DRILL_METHOD
, i$ H6 d: E, P+ ^DEBURRING_METHOD" b1 R$ ~ B/ j- X+ w
CSINK_THD_METHOD
- H3 a5 U' c& _2 KTAP_METHOD
4 w0 g& K# d- L0 O; ?" H: f: uSTEP_DRILL_METHOD
# V, U7 S1 d' [! ]5 t- w, j3 wTHREAD_MILL_METHOD
s! O& g8 w/ m5 ~6 W2 kMILL_CB_METHOD( C. j7 {; s8 r7 k8 n& r. y
BREAKCHIP_DRILL_METHOD- n- M& O5 V; \
BORE_METHOD5 |3 h9 ]- ^- b' w4 {( L. t5 ~
CENTER_DRILL_METHOD
" {8 Z3 \9 `6 w, x2 Y" p6 i! PCORE_DRILL_METHOD
! [1 o1 z, y& d4 F% w* e; }CBORE_METHOD# ^" {4 _% x1 K- A) m( O" ]
CSINK_METHOD0 ?' U/ g8 s0 w. w
DRILL_METHOD3 f q: t' f! G0 L
PECK_DRILL_METHOD+ g5 M) S6 X9 j1 } }
REAMING_METHOD
% l8 e8 a1 E; @! h( R& Q: J+ \ zSPOT_DRILL_METHOD+ O. h$ _9 _0 |6 s
TAPPING_METHOD
1 r' U7 j0 ^$ v0 u2 U9 KHOLE_MILL_METHOD. Y' C. P. b2 r. ?+ l7 e! T
MILL_METHOD_ROUGH, g5 E9 J' D+ L5 F) X- C
----ObjectSubtypeOperation-------7 [- v1 Y9 B: ]' u+ o
HOLE_MAKING
/ i- D( Z, {4 a9 d; @HOLE_MAKING_DRILL_TEXT* w$ M9 \" m; A8 a8 P( Z
HOLE_MAKING_DRILL_DEEP0 e0 I2 |2 [5 I3 O. j% v: ]
HOLE_MAKING_DRILL_BORE_DRAG4 {% m0 i; i; \2 Z4 \8 Y
HOLE_MAKING_DRILL_BORE_NODRAG
+ k9 E) i& G+ d" QHOLE_MAKING_DRILL_BORE_BACK* Q- T o1 ]: D3 l7 V' n! F
HOLE_MAKING_DRILL_BORE_MANUAL
' Z5 ]! {+ c7 {5 o" ]/ \SPOT_DRILLING" N; d. \6 ?. v
DRILLING9 K7 j2 Q4 |# \ L0 D- t/ L
PECK_DRILLING
. E! {' d* } Q5 c( u ^5 fBREAKCHIP_DRILLING0 y9 j7 y4 S- ^) K7 {8 V
COUNTERBORING. `+ x$ N8 N& |0 ` F4 T
COUNTERSINKING
) _* y) ^+ C+ K M+ ~8 p* VREAMING$ L: o. T" G' I" o' i
BORING
! ^# r# U, V" O1 g aHOLE_MILL6 r7 P. \7 @8 Z& @7 g
FLOOR_WALL4 g& L. Z1 h' U4 M% n; A, b$ B
FACE_MILLING
' f% {9 I5 {1 [/ D7 RCAVITY_MILL
; C0 {* Q( A9 ^$ b- T9 b dTAPPING
) [/ J/ W! C3 K0 o1 c( N+ { ----ObjectSubtypeProgram-------+ V: c% C8 G1 f0 W4 ?
PROGRAM
; A' _7 ?8 ^$ D% v7 @/ ` ----ObjectSubtypeSetup-------6 {) Q) e% j( q' g. L3 D! y4 k# s/ t% X
----ObjectSubtypeTool-------
: d3 p; w$ `2 T, t3 m2 y1 I, iCARRIER
% g- q) r: ^* X% q, HMCT_POCKET# r" \( A: }, D2 K! `
HEAD. x: t" N, w4 ], X
0 \; t6 B: C" i, R/ _' ` Z. W) Q9 r+ ~1 L Y- g8 o+ Q
. o( |5 C8 k5 R6 A' ^8 o C
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