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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$ Y Q% m# { s! j, ~ v
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void createCAMTool::do_it()
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{% S @/ v9 L" B
// TODO: add your code here
. i! `% S! v/ t' @2 X" _8 S std::vector<NXString> types = theSession->CAMSession()->GetTemplateTypes();
* V, h$ Z5 I# |0 Y for(int i = 0 ; i < types.size();i++), D- }! K2 D: x3 k2 Z
{
0 ]& N/ Z# c7 @* p- V print("Types:"+ types+"\n");4 v0 N7 g) ^/ ?$ p% e2 y0 {
std::vector<NXString> ObjectSubtypeGeometrysubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeGeometry);
6 Q3 z2 p- v) l print("\t----ObjectSubtypeGeometry-------");
" i" v$ r- z1 ~* D- G for(int ii = 0 ; ii < ObjectSubtypeGeometrysubtypes.size();ii++). Q' D5 N1 Q2 k; S; L" p
{
1 y5 b1 Z* k+ K/ F S$ o% D8 e print(ObjectSubtypeGeometrysubtypes[ii]);9 H. Q, ]1 p; O F2 p
}
: j& {, R0 P6 V" O$ A& T std::vector<NXString> ObjectSubtypeMethodsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeMethod);; m; P: Y2 j2 Z/ U, r7 i& f
print("\t----ObjectSubtypeMethod-------");
$ |/ m% ^. ^ n4 ^ for(int ii = 0 ; ii < ObjectSubtypeMethodsubtypes.size();ii++)
; a2 \8 y1 q$ s; k* e {
# m* y: R9 \# r8 l. s0 j( F print(ObjectSubtypeMethodsubtypes[ii]);
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* {9 [* h; x- w7 H0 r std::vector<NXString> ObjectSubtypeOperationsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeOperation);
8 z4 K1 d! p- E) G- j. o print("\t----ObjectSubtypeOperation-------");% M' v! h! K! G8 S& R
for(int ii = 0 ; ii < ObjectSubtypeOperationsubtypes.size();ii++)2 y( N" j" m6 y6 i
{
/ ]( ^" w8 L! f( y- T% Z print(ObjectSubtypeOperationsubtypes[ii]);3 F8 T; W+ p5 D3 @2 t3 |
}; ~$ I! {- n# _. V, i7 L
std::vector<NXString> ObjectSubtypeProgramsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeProgram);+ Z5 Z! M3 \ B3 V0 n
print("\t----ObjectSubtypeProgram-------");
: H- Q3 B* d/ d9 c* P5 ?5 L5 x# v for(int ii = 0 ; ii < ObjectSubtypeProgramsubtypes.size();ii++) x3 V1 t; j7 A5 s
{
" ]3 ~8 j! B" c t print(ObjectSubtypeProgramsubtypes[ii]);
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std::vector<NXString> ObjectSubtypeSetupsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeSetup);& R! p7 s- P! E3 r6 k
print("\t----ObjectSubtypeSetup-------");
* K+ u4 o8 A1 ?, ?/ h% P$ d- V for(int ii = 0 ; ii < ObjectSubtypeSetupsubtypes.size();ii++)
4 A1 k0 ^: o8 \0 h {
$ Z% S+ k$ l) L7 N, ? print(ObjectSubtypeSetupsubtypes[ii]);& |1 v( e X- K% H: `
}
, ^; s# ^- I6 j5 `3 z$ { std::vector<NXString> ObjectSubtypeToolsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeTool);
# m2 L+ N+ Z( e# z3 [, l) ~2 A. X print("\t----ObjectSubtypeTool-------");3 p6 D- H. Z) g Y
for(int ii = 0 ; ii < ObjectSubtypeToolsubtypes.size();ii++); {- c5 b# c4 p
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print(ObjectSubtypeToolsubtypes[ii]);1 t2 ]3 h; L! e
}
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1 }, T3 J. X% A7 C, C& F3 d$ T结果如下：; K! R& a1 [5 I) f
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\6 H" O: q; K6 \Types:mill_planar: T5 _" s Q* A! V4 U" U9 Y3 Y
----ObjectSubtypeGeometry-------
& j/ @4 f. C4 LMCS
$ S3 ~- Z, U" K* t- [+ ]/ VWORKPIECE
8 z& q9 b) Q% {9 `1 a8 }1 GMILL_AREA$ F" k% G' ^7 } G% y, p
MILL_BND
) s2 |7 Q8 h- V4 x K9 f; u6 cMILL_TEXT# w0 J. B. N% p" G) x9 p
HOLE_BOSS_GEOM8 r5 B H+ T q. U4 ?: b
MILL_GEOM
+ `+ o: e' J- ]7 j' E/ w9 g: e. c ----ObjectSubtypeMethod-------
. ~9 E. Q! B. I( n; wMILL_METHOD
. c! d! L$ p: [ ----ObjectSubtypeOperation-------' w l o' M* d& x6 [0 u2 e
FLOOR_WALL9 Y9 T7 c# T7 A. B
FLOOR_WALL_IPW
% a9 \( `4 e2 J. {( j* PFACE_MILLING4 D1 R) M9 o' _# c4 b' \: R3 t" D
FACE_MILLING_MANUAL X) e1 Q/ e0 s, E& k; {5 X! O5 g
PLANAR_MILL
e. w& C' }/ y4 B' x0 }/ B! cPLANAR_PROFILE( P! ]# q$ X7 Z
CLEANUP_CORNERS& u+ l7 }1 s2 h& O) y
FINISH_WALLS
; G$ u2 Q$ T5 T' x8 k3 k& T( pFINISH_FLOOR% t3 S5 V$ v/ x. p+ _ f
GROOVE_MILLING8 t9 N! E9 J5 R5 Q1 ~" O
HOLE_MILLING
, |2 M1 |/ o6 vTHREAD_MILLING
8 X% K! C/ S: T8 N2 d' D' wPLANAR_TEXT7 z/ p# y4 |: g
MILL_CONTROL7 G, k- ^/ N+ h; q8 [+ p* z
MILL_USER
5 ~, [6 `4 X9 v ----ObjectSubtypeProgram-------% z) Y& r9 D% H& k7 y- k
PROGRAM+ O! b; C7 ]2 {
----ObjectSubtypeSetup-------& t! Z( }+ ?) k% p
----ObjectSubtypeTool-------- {% t$ a. r7 y* I, [; b+ V7 E
MILL- b# n% f1 b8 f5 `: A
CHAMFER_MILL
* V% G+ O: v1 ?BALL_MILL1 Y* m9 n; X# q
SPHERICAL_MILL2 Y) X$ F& J9 ^ n* \* }
T_CUTTER6 U7 W% M- y7 ]( l
BARREL
5 j3 K+ W# Y6 M6 q, [: gTHREAD_MILL. {3 \# X: n# A" e
MILL_USER_DEFINED
& Z* g2 @/ d, j) X7 LCARRIER- x3 F1 s3 ?; ]2 c2 `
MCT_POCKET) @1 q9 Y2 r; d* X
HEAD
+ @' F9 D2 X. v0 h8 m! D4 jTypes:mill_contour
* b/ I0 i: _2 i6 h ----ObjectSubtypeGeometry-------; |6 N+ O" E+ R4 j. O8 }" ^) n
MCS( M1 n, `) y9 X: _0 b7 r& ?7 ^
WORKPIECE* \+ b3 }. h( L; v$ A+ I. f3 R: t
MILL_AREA
( Z9 t3 L9 W9 ?( h1 P& l, YMILL_BND
n$ |7 W% _5 F- k3 U; o, e$ BMILL_TEXT
% E( `4 ]1 r$ O m4 ~9 u% DMILL_GEOM( B! j ?( t' O/ q* ^/ j+ `
----ObjectSubtypeMethod-------
& W6 i! ]- `/ P: W) IMILL_METHOD
?1 k2 u9 R9 o, O! q7 KMOLD_ROUGH_HSM
9 a, |. m+ {/ a; ]7 UMOLD_SEMI_FINISH_HSM/ H: }! o/ o/ v9 |: t8 }8 U4 A
MOLD_FINISH_HSM
0 G- S6 u. h K6 S4 H ----ObjectSubtypeOperation-------
8 ?# b7 ]. y3 jCAVITY_MILL- ^3 f9 ]7 h" W% s8 N' p
PLUNGE_MILLING1 ]; k$ ^# g+ ^( u( l
CORNER_ROUGH& ?! h) r) F; E) C7 W; \
REST_MILLING
3 D* x7 o! P9 B' a/ ^ZLEVEL_PROFILE
) P7 w% O% \ {% Y& K: r4 K# {ZLEVEL_CORNER
( d5 S9 ?' c9 L1 J& D! e0 a Q& CFIXED_CONTOUR2 Z% P8 M; Q- `% b: J' @ Q8 U
CONTOUR_AREA
/ o+ D3 T" }/ Q o2 BCONTOUR_SURFACE_AREA
r' W7 \. A x+ Z$ y+ fSTREAMLINE) s0 L+ q4 b0 N/ M6 S1 z" V/ e
CONTOUR_AREA_NON_STEEP& i1 R; Y# i4 L, Q4 g
CONTOUR_AREA_DIR_STEEP) i- l0 Y- X8 O6 b1 ~% ^& p
FLOWCUT_SINGLE% Q3 t' j5 @" R1 ]2 H
FLOWCUT_MULTIPLE" J4 A- x6 f! u, @% i) Y* V
FLOWCUT_REF_TOOL
/ M4 \2 ^5 Z3 |+ LSOLID_PROFILE_3D
% ?! x" c- E. sPROFILE_3D
2 c& ]8 u! `8 \; v4 TCONTOUR_TEXT6 u' J& F- ~: R( [2 U, y5 X
MILL_USER, H/ `* e0 V* g5 |4 O
MILL_CONTROL
# R% n- M2 |6 ~2 p6 i6 o ----ObjectSubtypeProgram-------
! c9 ^4 r9 t+ M4 EPROGRAM' |: ~- g" j! L
----ObjectSubtypeSetup-------
7 T5 k3 j+ X1 S9 k* j6 x* K/ b) \ ----ObjectSubtypeTool-------, ]: a( _, [6 ^+ x
MILL& d( m6 D3 |* d# b6 ~
CHAMFER_MILL5 o: Q) I* y$ Z# G
BALL_MILL# @7 i3 k4 m$ O6 f0 u! b6 {
SPHERICAL_MILL- q, x* N& K. A( B
BARREL7 Z) x j" J: q
T_CUTTER, ]# U% m2 t1 e
CARRIER
8 w9 j. [4 G* M5 d( W$ C5 i: F# l- yMCT_POCKET
6 C" P+ o4 \" V% RHEAD% f- e! L( ]% F0 C. G! t Z6 `- z
Types:mill_multi-axis
( g: {$ p1 T3 d$ ]; B* F/ u3 I ----ObjectSubtypeGeometry-------
( K$ t. D% I$ U/ [7 \$ _MCS7 P1 r* O# L G$ c
WORKPIECE1 ?; b: u" P- `
MILL_AREA
' S) n) L+ ]& T: Y. wMILL_BND
0 e% {; d- Z% B, z* v% rMILL_GEOM. x+ G* D! z8 F, b# F4 j: Y" ^
----ObjectSubtypeMethod-------
: u9 {, \3 D1 W! h/ cMILL_METHOD
) ]/ q! G% }/ B6 D4 } ----ObjectSubtypeOperation-------
* o, M& }$ w3 a0 I1 b$ ]# I$ WVARIABLE_CONTOUR: ~0 ?3 y& w7 c5 I
VARIABLE_STREAMLINE( a7 G' ?8 z) g6 [) A) O
CONTOUR_PROFILE
* t0 _3 ?6 N, uFIXED_CONTOUR' Y$ z# G+ }" h: L; C
ZLEVEL_5AXIS
- K; u3 F5 B6 C3 ]! A7 F: m3 gSEQUENTIAL_MILL
& E L V/ N5 k# r- v& KGENERIC_MOTION
* W# c* B. V0 g, I. ] X s% fMILL_USER
3 ]+ ~' z+ Z! D0 B+ w- eMILL_CONTROL
8 Y* Z" r+ c0 ^* C! W ----ObjectSubtypeProgram-------
: r+ m1 X8 t w% _( p; _+ U bPROGRAM4 ?* F! e" @- H8 c3 F+ c
----ObjectSubtypeSetup-------
5 U+ n4 \0 @6 a! q ----ObjectSubtypeTool-------
" P" G V* e/ T$ Q- V; DMILL
0 e4 i s1 D' I; V& c# _1 K9 O0 ECHAMFER_MILL
* X3 {1 Z% r. @) r1 \0 J2 ZBALL_MILL
3 Z' \+ h0 |* `2 q) n4 G0 xSPHERICAL_MILL3 O3 R' ~) s2 G/ \
MILL_7_PARAMETER
8 W+ T8 u( _2 _5 I3 f4 \( ]MILL_10_PARAMETER1 S; q- F* J( F' S
BARREL
4 p) m: V9 Y ^ m( xT_CUTTER
% f# I" j6 b4 v+ P6 M3 B. vCARRIER3 p, ]. v9 X+ {$ ^9 `# W7 f
MCT_POCKET; t2 B" j+ v, M7 r
HEAD
% w. U0 L& m. }+ [1 GTypes:mill_multi_blade
- x$ u- J4 r$ g% ^& {5 B2 ` ----ObjectSubtypeGeometry-------9 K2 M1 \5 ~& r5 M5 C
MCS
" I5 h9 e9 S( Y3 CWORKPIECE. n; _3 H( e( H/ {, @9 p4 ]
MULTI_BLADE_GEOM
& E0 {( E' ^; {& }' ~ ----ObjectSubtypeMethod-------# P8 g( |6 \1 H' W2 o- M4 R, A: j) K
MULTI_BLADE_FINISH
: o1 L- r$ K$ K7 ]( S) ?% CMILL_METHOD# g* j. ]# x' f9 U
----ObjectSubtypeOperation-------8 s* v$ j4 }7 u4 Q; ?! y
MULTI_BLADE_ROUGH3 } o- n$ o! V4 W @3 [* M
HUB_FINISH
0 L( _/ m0 t3 ~' H# yBLADE_FINISH
4 o% u: c# I/ G: X, x4 U8 T' XBLEND_FINISH
- V6 U, {& M A; I9 G( UGENERIC_MOTION( D9 |5 r- U9 k
MILL_USER
1 P6 `! E; r8 M% }* h1 h! c% zMILL_CONTROL4 L) L7 e1 y: o% n5 j
----ObjectSubtypeProgram-------8 d+ R% q' a4 [+ C
PROGRAM
1 ]; {% d% O/ Q4 M, v9 U: Z ----ObjectSubtypeSetup-------
% `- A" C; o; w0 z { ----ObjectSubtypeTool-------, f, z0 U1 r. o4 ^" n
MILL9 {! W& V# [1 @) R- V7 ~
CHAMFER_MILL4 n; }) t* J% M8 f( J
BALL_MILL; Z9 U- N" [ |" N8 A1 \
SPHERICAL_MILL
# o# i, [2 j: G* Y9 h! G5 i, PMILL_7_PARAMETER+ `2 g- x( T% ?3 d& K
MILL_10_PARAMETER
: u) j+ h% P% L% Q5 ^$ i PBARREL5 R0 X! R5 a; C5 Y4 _+ n) W! {2 M
T_CUTTER0 A8 X- }- O# x
CARRIER( R+ ?, q- e( E
MCT_POCKET; W; k. G' {7 a0 ]3 j5 I% K
HEAD$ M: O: c z- Q/ W) @" Y5 B
Types:mill_rotary) w3 e! `! g6 E. _
----ObjectSubtypeGeometry-------
1 }7 [' P6 b) f2 I3 H' b5 H! _; ZMCS
$ w( Q' `9 x; R' n- ]+ ^& ]WORKPIECE! G) M, e) E) `' o1 n2 @: s0 w
ROTARY_GEOM
/ Q0 P3 ]$ E" `4 ^& u6 R2 H ----ObjectSubtypeMethod-------
. ], c7 ]8 D+ B, L! o: c2 pMILL_METHOD& v! _1 W' B$ [% k; ^% n
----ObjectSubtypeOperation-------& S( i) {- l+ j+ M6 p! O8 @) j; o
ROTARY_FLOOR+ q6 ?, f# A7 n, b( g" ]# n
GENERIC_MOTION2 V/ k0 N* [ W
MILL_USER
! }+ ?" q, ~0 S1 Q1 @3 _3 OMILL_CONTROL# F* {- d4 c% Q
----ObjectSubtypeProgram-------9 z# s( u7 D! g: \$ E
PROGRAM( T+ @& P; {$ r* I7 e( b
----ObjectSubtypeSetup-------% A3 }5 `2 V3 C/ C, ?
----ObjectSubtypeTool-------
; T/ T7 @0 C) p; i* jBALL_MILL
6 s6 H7 @+ F& XSPHERICAL_MILL) f) m% _- S; Y2 f
CARRIER
% J8 v$ R0 v+ i1 n. @ ^MCT_POCKET0 y1 D/ p3 u7 @! h2 k) q2 Z$ g
Types:hole_making7 S- I, W9 |* y& f1 r9 a: `* |" V, t7 _
----ObjectSubtypeGeometry-------* {/ H, o1 H2 T* d5 Q. c7 q
MCS8 ]; | e5 F6 {; Y7 {0 s/ j: O
WORKPIECE
5 j M6 `2 }, x- I9 @MILL_AREA
8 a) ?( a* E; @7 H% @( L# @" jFBM_GEOM Y9 B; S. i0 C
SIMPLE_HOLE) h1 U: M" D3 F
CB_HOLE
1 O! U! S* ^+ S% J4 XCS_HOLE( F# c+ G7 j6 _ m0 S7 F& z
THD_SIMPLE_HOLE
) C# i+ e, t# ]% Z+ ]* X9 E6 HTHD_CB_HOLE' h |: J1 w* x3 R& J
THD_CS_HOLE$ v# V3 S) o: h& T; c
SYMBOLIC_THREAD8 H3 D! r2 @+ y- p
CAP_SCREW_CB
! I# X3 X* h0 y8 DCAP_SCREW_CS
( N8 X9 O1 D6 L" K% j: HFIT_HOLE
! N4 y) i" v( P' ~. v- t3 KSTANDARD_THREAD
% g! a/ Z) j4 n/ Q$ E3 S7 {ALL_FEATURES
) L/ w+ b7 s; r6 c$ T( I+ jHOLE_BOSS_GEOM* N4 d+ B' p7 l! }1 z1 _% E
----ObjectSubtypeMethod-------
4 f1 y2 j+ c) S! BDRILL_METHOD' R+ R( i S* m U" ]* y. @; f
HOLE_MILL_METHOD2 W3 t: l/ Q2 t
----ObjectSubtypeOperation-------
2 h5 q+ I1 ?- l0 Z% L6 }4 eSPOT_DRILLING
" v7 c+ }6 d/ D+ v1 I% \DRILLING
8 k8 f; b3 U7 ?& R3 k$ f5 T0 GCOUNTERSINKING
7 t* I3 V m) W% L+ H! X B. DTAPPING
E6 {6 Z* S' aHOLE_MILLING
( O6 I0 l- E3 I6 H2 lHOLE_CHAMFER_MILLING
- s' {9 O2 _( w' y3 s- e% KBOSS_MILLING
! X( B- W4 Q/ _* E4 T0 zTHREAD_MILLING
8 r9 l' r& F8 _0 m: FBOSS_THREAD_MILLING# I1 L6 _6 }, h" c i* L- F' n
MILL_CONTROL
5 C' i( C0 `5 |HOLE_MAKING5 j' x/ \) D8 @) F" F5 c
HOLE_MILL. C; m6 {( w. t5 d5 Z* I
----ObjectSubtypeProgram-------
' ?$ `' n7 A. k; L! mPROGRAM# {$ a5 W0 e# X. E, E: T: V
OPTIMIZED_NC. V3 S0 {7 s% g. \3 _
----ObjectSubtypeSetup-------6 r0 j4 C5 y- K
----ObjectSubtypeTool-------
8 E6 h* Z* v; R& ~1 y9 uSTD_DRILL
% v5 o( g2 \1 \: {! iCENTERDRILL
3 `1 E$ D+ D5 L j- r7 ]0 Y. {+ ^( _COUNTER_SINK: j; H. Q+ u- C# \2 r* a9 k
SPOT_DRILL
1 \7 f/ b' y: S `5 U. wBORE$ |$ |8 ^* @9 E. P1 D
REAMER6 z2 o0 j4 ]( \8 ]
STEP_DRILL, N O; }* {5 Q. F
CORE_DRILL
+ e2 h7 M# }: o4 H1 q1 PCOUNTER_BORE
* O; y5 l C' o) H0 d4 ETAP
0 {, e3 C L* E/ c4 T' Q, c- A" MTHREAD_MILL$ u5 `$ K) e, y7 ]# I4 H7 j7 ^
SPOT_FACING& B9 ~4 J, v& ~+ j
CHAMFER_MILL
0 c1 E) t1 O; tMILL' U4 U& ]1 `& `% }) }$ i
CARRIER# A4 K9 _/ H: U' }/ [/ K, I5 {; K
MCT_POCKET
+ U6 \; S" N( g% X. |# BHEAD
5 Q# Z3 Q3 k6 }4 B' [! `Types:drill$ x: X. w2 @9 s$ P
----ObjectSubtypeGeometry-------: L7 E2 l+ s7 ]) G) a8 {
MCS! m" @' U$ O, K6 X1 |% b* ~
WORKPIECE
" d7 j7 F7 g* T& Q0 FDRILL_GEOM4 b$ x8 K% L' l: |+ z& b1 H
HOLE_BOSS_GEOM: U8 [( {; u$ g- _
----ObjectSubtypeMethod-------" |& k/ e6 l" n j e# e: |" P
DRILL_METHOD
9 x( I4 r% z; _" F" @5 V ----ObjectSubtypeOperation-------
/ m& P- S* Y+ k) h0 LSPOT_FACING
) v" j) H) v5 z# W& D8 TSPOT_DRILLING
8 w+ S2 V- L S( yDRILLING1 D& I o- C5 A3 z) P
PECK_DRILLING3 Q2 |$ n0 H" S4 Z$ P
BREAKCHIP_DRILLING
9 A( [0 i! C ?BORING
M9 w8 r; v6 ^1 Z L: OREAMING& I* \5 M' O+ T' m) t' _
COUNTERBORING3 E9 V p8 k; @- \0 e5 Z6 f$ P" `
COUNTERSINKING ?, k+ E4 O' `' O: s( \4 c
TAPPING0 U7 r5 \: D% ^: V3 W1 ~
HOLE_MILLING6 f( m2 u1 V8 e( C2 v" ~" S4 T3 T3 w
THREAD_MILLING" r$ \, _7 k h; C* I
MILL_CONTROL4 F8 q2 Q! j+ m$ D2 l
MILL_USER
0 G8 {8 _: P1 {( f3 x3 d ----ObjectSubtypeProgram-------
4 D3 r( k7 k) J2 H! N2 S; R3 lPROGRAM
: R4 k# b4 _ B O/ O ----ObjectSubtypeSetup-------7 n4 x9 Y8 O* x2 e L! O# e
----ObjectSubtypeTool-------, z* J2 b( q) _& I# ^* }
SPOTFACING_TOOL
E6 w: |2 t0 u1 RSPOTDRILLING_TOOL) M: Q- `/ w# h7 }, c# I P2 j
DRILLING_TOOL
1 [# v. J! r. k0 X) K0 T' I; R, dBORING_BAR/ l6 Q+ r/ _: F1 n9 u
REAMER) g# W1 ]3 [3 f Z9 a# D/ l$ ?# p0 e
COUNTERBORING_TOOL% @5 n9 H' h$ G$ d. g6 M
COUNTERSINKING_TOOL
; D, I' g Q. H0 U @$ ETAP p& {% y& c7 b* Z/ ?5 t' G R
THREAD_MILL2 n! d$ g6 F2 p+ V# n" A# S6 k
CARRIER+ Y; y5 {9 H2 k R$ X
MCT_POCKET
4 p" c b: P/ W; H8 GHEAD
- C6 V# a2 f7 c; j) E# xTypes:turning& J( }. E" u3 O, Y
----ObjectSubtypeGeometry-------
, b5 u) R% V m- M8 u8 YMCS_SPINDLE' U5 o9 ?. G3 y! z# x# i
WORKPIECE) f" D& M [, m* M; D4 r! {# N
TURNING_WORKPIECE8 u. V# k; v* }/ O
TURNING_PART1 @1 _" O: ?1 O8 F6 r, m% w
CONTAINMENT, D% _& b& W, o. `/ F, e, T/ A9 s& B
AVOIDANCE: j7 }8 ~+ h# [% o" P l
----ObjectSubtypeMethod-------
! ]1 M! H0 A' g$ cLATHE_METHOD
- T# i' o# q' e ----ObjectSubtypeOperation-------
6 D' t* z" `" t9 t7 G; o0 GCENTERLINE_SPOTDRILL2 M8 D/ ]& ~2 v1 I& X1 E4 `
CENTERLINE_DRILLING
$ n( @- @8 ]- p W5 x0 CCENTERLINE_PECKDRILL% {+ i+ e8 P o& } `
CENTERLINE_BREAKCHIP! h. V4 Z2 t/ |( j+ f
CENTERLINE_REAMING
# |( t- J4 X4 tCENTERLINE_TAPPING- q1 S# g. c/ O- [1 T/ k
FACING9 ]# s' ?9 j8 |/ x0 T; w, `: v
ROUGH_TURN_OD
% f7 \! V0 [7 l6 x" M: YROUGH_BACK_TURN
# {8 B4 ^* t& TROUGH_BORE_ID
8 L r! L$ F* ?- V& kROUGH_BACK_BORE
0 |1 ~* t3 u7 {0 {FINISH_TURN_OD
9 ], t* x6 u" dFINISH_BORE_ID% t' t3 Y* l# D& _' ]* b
FINISH_BACK_BORE
- r2 T0 p1 c6 E& h7 W- f& vTEACH_MODE
/ D$ a* q5 K7 S% NGROOVE_OD8 @5 b4 N, ~/ ~' T
GROOVE_ID# W( ~# a/ C0 O6 v1 ~1 g+ {6 P- a
GROOVE_FACE5 Y7 J, {) `% E e$ Y+ z, s
THREAD_OD
* x; R7 Y4 T9 x8 V& ZTHREAD_ID
3 M! V1 h! a% V8 F0 ~8 k8 @PARTOFF
1 u$ O6 `8 S& r% W' |LATHE_CONTROL
, \* \% V/ Z# k! j" uLATHE_USER
1 V# v" M, h' ] ----ObjectSubtypeProgram-------4 d- [- C0 S) F, N# J. ?
PROGRAM
: B: r0 U$ {: H0 ]# l ----ObjectSubtypeSetup-------
. G2 q# Y) a% Z1 V ----ObjectSubtypeTool-------+ W: K0 Q8 F6 m. I9 L- ~- _9 X. }4 F
SPOTDRILLING_TOOL4 Q" p5 M# v; t9 }1 L: t$ N: J
DRILLING_TOOL K, G1 f3 d0 C% Y( F& m5 `. j
OD_80_L
' Z" q% e" ^0 j' H/ sOD_80_R
$ w8 Q- ?/ h4 i8 t7 o; \OD_55_L: |$ D" _( q1 X
OD_55_R9 Q$ C/ m4 G9 G; |, \
ID_80_L% U" L9 b: s9 f/ z# [* V& F5 E
ID_55_L; ?' Q/ Q) C! `9 s4 ]6 I; _
BACKBORE_55_L! s5 o% r/ U) l" f2 v, g A
OD_GROOVE_L
$ o4 O( C4 _: j8 |FACE_GROOVE_L. Y4 Z1 j+ e% T4 L9 \9 s+ H
ID_GROOVE_L+ v( V) b/ Z+ ?% B; E9 v
OD_THREAD_L
( x) f: }8 G! b+ ~( {0 gID_THREAD_L
; w5 K; i; y. a0 B6 L& g4 {FORM_TOOL
5 M# v# `8 e/ ` M2 d8 R+ jCARRIER
$ }1 [0 n" _- _ O3 N) ~MCT_POCKET+ t" o! t. e% y; M4 V' }" U
Types:wire_edm. T+ r" B& u, q9 d
----ObjectSubtypeGeometry-------
+ c& y# J: S; V0 zMCS_WEDM
" ^9 f$ R4 H" a5 R9 EWORKPIECE
. f& J+ n( {" w5 B; o2 bSEQUENCE_INTERNAL_TRIM/ D6 d2 P, T4 w& e! }( c
SEQUENCE_EXTERNAL_TRIM8 {5 F+ M# f% F# x
WEDM_GEOM
( Y( V9 w9 W: q! g* [6 W$ t8 v' _- u, z ----ObjectSubtypeMethod-------
2 J0 a% D5 o: e' k% ]WEDM_METHOD% j! R, k2 f+ R; m6 S9 m: B
----ObjectSubtypeOperation-------
( j" s3 d0 L8 M- k) b( hNOCORE
, v' J( r. u& n' Z" R& u# t$ F- J& m. T5 QEXTERNAL_TRIM8 N# k6 `$ l5 ?
INTERNAL_TRIM
! w+ z* [0 K: V" Q/ ? P$ w, qOPEN_PROFILE+ Y3 Q R* l, _8 ?, j/ ^1 R+ z* K/ T
WEDM_CONTROL* i) K& Q3 A# {% _
WEDM_USER# J N) H$ F- ~3 M
----ObjectSubtypeProgram-------% W5 b. h% Q6 N. \
PROGRAM
0 t8 S- U6 x! h [% L( v/ J3 | ----ObjectSubtypeSetup-------
/ A* j1 |; @) b: W- E5 ^) c- M ----ObjectSubtypeTool-------: O8 {( h0 ]7 v; ]- D
WIRE
' W) C4 h& H+ r- H2 ^! ~/ sTypes:probing
1 l4 \8 P% x, ]) c ----ObjectSubtypeGeometry-------+ s3 Q+ f2 t2 v7 N1 V9 N' l
MCS_MILL
\& s4 r- E$ D: c& T) f* HWORKPIECE
7 {" l; h( {4 b3 p* m0 q& J6 H* B, s2 Z ----ObjectSubtypeMethod-------6 J3 H$ C5 O+ Y, _4 S% Z1 Q& v
MILL_METHOD* w% h+ r" H' b% l
LATHE_METHOD) m+ g7 l" `+ v! b" f' f8 A
----ObjectSubtypeOperation-------' ^$ W* v3 K2 j7 Y: w' [
MILL_PART_PROBING
z' S4 P6 g0 i6 q* NTURN_PART_PROBING
8 J( C9 ~1 {* V4 Y8 qMILL_TOOL_PROBING
6 h( l( B. _; R) bTURN_TOOL_PROBING& ]' O* m$ }( j$ a! D
GENERIC_MOTION8 z, d0 Y( ?5 |2 h; ~8 s% s
----ObjectSubtypeProgram-------
, ?" z3 }# Q7 q: hPROGRAM" s" s: V$ k0 B6 n* n: r
----ObjectSubtypeSetup-------7 @& v2 d, B: o
----ObjectSubtypeTool-------0 m. ^. P$ ?( k9 p5 B- c! i4 b
PROBE
/ X% j( Z0 f' Z& @- M$ `5 }GENERIC
0 ~4 o' ]$ W; NTypes:solid_tool0 p4 B1 S' b& @
----ObjectSubtypeGeometry-------
) }( X [9 U S* I% U ----ObjectSubtypeMethod-------
2 O1 K A3 ]. ?7 b ----ObjectSubtypeOperation-------3 q/ ~6 x7 k4 R, c
----ObjectSubtypeProgram-------6 @% x t( W$ G2 w1 F
----ObjectSubtypeSetup-------
; x t4 v6 k6 v% `* P$ l ----ObjectSubtypeTool-------. g: g9 E5 w+ ] V
GENERIC
# ^ {5 H# s* v1 w7 k) _% c. TPROBE
( t, @$ G5 J# g8 J1 [% p; [Types:machining_knowledge* g; L0 E+ h; z( C7 Z
----ObjectSubtypeGeometry-------
/ I6 q9 `: i5 d; Y* jMCS1 F, D: g# M+ s+ ^* J5 I
WORKPIECE
# D. i$ n3 O( s$ ^MILL_AREA
; F2 C9 O0 @6 @: V8 P' @5 c. NPROCESS_FEATURES
: A: d/ a# |" r8 U! j ----ObjectSubtypeMethod-------
) J3 j: E" M: K7 Q1 N5 A% d- S, ]* RPRE_DRILL_METHOD
2 _ W, g$ J3 B1 rDEBURRING_METHOD8 [0 z+ ]" \2 K; s0 E( R |
CSINK_THD_METHOD
* n/ y7 r0 S$ q2 }+ ZTAP_METHOD4 P, a# }8 w) E* x* o g
STEP_DRILL_METHOD
* `& K9 k7 N9 K8 w+ j5 J8 @3 xTHREAD_MILL_METHOD
4 [8 M5 }8 n! C; c& L. sMILL_CB_METHOD: F& N4 q5 p- a" b- |$ m
BREAKCHIP_DRILL_METHOD
' R6 T% Q2 v& ^) E$ }BORE_METHOD
9 x. z0 N% M3 R1 UCENTER_DRILL_METHOD! v8 g# G+ O/ Z$ F
CORE_DRILL_METHOD
2 Y( F8 `, }6 M2 x) l/ z5 D7 N' RCBORE_METHOD
0 R! {* G# O, @0 ^% D! ^9 YCSINK_METHOD
( }! N3 @3 T/ _DRILL_METHOD
9 N! X' B5 W: V' G+ GPECK_DRILL_METHOD
& [8 W" X7 x0 e, \- Y; lREAMING_METHOD e- I8 o, P ~; K4 R, Y' G& @
SPOT_DRILL_METHOD8 C- w( Z* G2 R
TAPPING_METHOD' }* p. ~1 E; c
HOLE_MILL_METHOD
4 o# I1 s" x( d9 a: H2 `6 I7 iMILL_METHOD_ROUGH
+ |. e: l$ I2 M7 f5 }3 E ----ObjectSubtypeOperation-------
4 l4 f6 D( Z' ^2 g; B; @HOLE_MAKING; D; W+ D0 M! e3 V' ^
HOLE_MAKING_DRILL_TEXT" G) A; C/ r5 e2 D! @! ~( L( a7 Q
HOLE_MAKING_DRILL_DEEP% I p- ]4 M0 o- y3 P
HOLE_MAKING_DRILL_BORE_DRAG& m% n, b( _( j3 a3 S
HOLE_MAKING_DRILL_BORE_NODRAG$ F" }0 T6 J; s# N- G1 K& s# d! L# @
HOLE_MAKING_DRILL_BORE_BACK
6 l$ h( v3 z) b) }7 Y# g# V; qHOLE_MAKING_DRILL_BORE_MANUAL |1 e2 u5 D& U7 I- O# g
SPOT_DRILLING
* b( G5 _" W/ g1 N; e+ QDRILLING, R/ q2 ?, E, T$ j8 |9 Z
PECK_DRILLING
. ?* i% P5 h# gBREAKCHIP_DRILLING
3 k3 p8 U8 l; ~COUNTERBORING( F B4 c5 f. L5 v0 W4 m+ R, n( u
COUNTERSINKING- Z) n/ `' e2 Y# [. T
REAMING
. L' V7 a1 T% T; Q* J2 I. j8 WBORING
$ C0 s, w" d# i& i3 n) O, LHOLE_MILL/ c3 [7 E$ e, @ y3 m
FLOOR_WALL( x5 l- m) c/ s" O( U* E; U
FACE_MILLING
& g: D5 J" I' CCAVITY_MILL
* S$ U! K# l' W7 {TAPPING
! K& ~# q. R5 e0 Y e% T( ?# v ----ObjectSubtypeProgram-------* W, l6 c4 Z' S+ Z5 o
PROGRAM( t* q: Y v- Q( m' Y F; X
----ObjectSubtypeSetup-------4 P9 _* [) U7 \* k4 H
----ObjectSubtypeTool-------
6 W$ w8 f- d$ B6 PCARRIER+ M5 ~7 H% j* x1 _1 O, z
MCT_POCKET( R( K8 A0 U5 Y3 i7 y3 R7 e
HEAD9 ?. d8 c3 ]/ {2 X: T
$ V; s& \" r& |
$ A$ C5 S* \9 I) x9 T, [& Q& @0 D9 A
5 l% [( ^0 W; `& {$ w# U |
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