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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()
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// TODO: add your code here: R2 c/ z$ L+ S7 C6 u' d- ?
std::vector<NXString> types = theSession->CAMSession()->GetTemplateTypes();1 U) Z# r4 Z# E& ~
for(int i = 0 ; i < types.size();i++)
& i4 W1 F9 t( |- O {
& X3 W* B8 w3 y% a' u9 W print("Types:"+ types+"\n");, x4 U% H; [, ~, V/ N
std::vector<NXString> ObjectSubtypeGeometrysubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeGeometry);4 _6 S ^$ V3 ]5 F
print("\t----ObjectSubtypeGeometry-------");5 d w( a& \4 N0 @
for(int ii = 0 ; ii < ObjectSubtypeGeometrysubtypes.size();ii++)1 v; \$ |0 I8 b) R+ j% Y
{
. s, i- C- ^4 }. | print(ObjectSubtypeGeometrysubtypes[ii]);4 u/ K7 w3 Y; N8 {8 b& O
}
' x! T% G) C0 J; x) ~( \ std::vector<NXString> ObjectSubtypeMethodsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeMethod);% K3 [- n% E/ U7 a, R, ^! x2 v
print("\t----ObjectSubtypeMethod-------");$ f+ X* p: |+ [5 D# m
for(int ii = 0 ; ii < ObjectSubtypeMethodsubtypes.size();ii++)
$ a6 F& F T8 @: s9 [+ Z {
9 ?; M6 ?- `+ [5 ] print(ObjectSubtypeMethodsubtypes[ii]);" m/ a1 e# s4 B. S! c0 ^
}
- L2 o5 B: S" A' y& s& h std::vector<NXString> ObjectSubtypeOperationsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeOperation);- R# R7 h) K. v. X# h/ w, g: H
print("\t----ObjectSubtypeOperation-------");: Y* P7 m; S% a5 [9 Q( }
for(int ii = 0 ; ii < ObjectSubtypeOperationsubtypes.size();ii++)4 V* V2 }% l3 y$ Y
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print(ObjectSubtypeOperationsubtypes[ii]);! _ H9 A9 N6 l" r' v, b
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std::vector<NXString> ObjectSubtypeProgramsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeProgram);+ m: o8 U1 j' u# C
print("\t----ObjectSubtypeProgram-------");) S7 k, Z# q3 C# K* A
for(int ii = 0 ; ii < ObjectSubtypeProgramsubtypes.size();ii++)
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print(ObjectSubtypeProgramsubtypes[ii]); U1 l& I9 Z7 K* v8 h
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std::vector<NXString> ObjectSubtypeSetupsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeSetup);
# \" y3 \7 V, W, }: H6 X print("\t----ObjectSubtypeSetup-------");
6 c& m/ Y9 R: v$ ], \ for(int ii = 0 ; ii < ObjectSubtypeSetupsubtypes.size();ii++)- D2 i% @3 y# h+ t/ C4 ?& x8 n T' V) [8 L
{% _9 M- o3 ?* @+ n& A
print(ObjectSubtypeSetupsubtypes[ii]);. {9 m6 r1 m2 N# q9 V/ Z. h
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std::vector<NXString> ObjectSubtypeToolsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeTool);+ m. f3 h& C5 a& h3 n
print("\t----ObjectSubtypeTool-------");0 C7 R$ i: q4 r" \3 W# x
for(int ii = 0 ; ii < ObjectSubtypeToolsubtypes.size();ii++)/ t* j( {7 n) f$ e# d! C
{
3 \# r1 b" F" k' `: r5 @4 t% w. t; a' a print(ObjectSubtypeToolsubtypes[ii]);. I# B& ^, s5 f2 O$ Z& g
}
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结果如下：1 C' S0 k/ ~* n4 Z" u' a+ L
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) }- y6 P+ x- ~ l7 V' [5 KTypes:mill_planar9 j! }, G+ F1 h$ r# r8 k
----ObjectSubtypeGeometry-------
+ t' O5 d8 Q3 ~; s# q" {MCS5 Z8 f1 d2 f2 v! N/ {0 E
WORKPIECE
) _( x) O1 l( w; F' u8 t |, \MILL_AREA
& u1 V% k7 d/ r" \3 Q# d* u5 pMILL_BND/ c8 X% u7 e0 h/ a1 ~0 U5 B: k0 `
MILL_TEXT# ^& D6 t& Z* e/ W
HOLE_BOSS_GEOM& v7 f% ?+ ?# G4 \$ G/ {/ Q2 n
MILL_GEOM
( i7 f s9 U3 y/ a* ^ ----ObjectSubtypeMethod-------7 @) m% V: |+ _( v: t
MILL_METHOD
; d0 `3 o/ J& U% D2 U# p ----ObjectSubtypeOperation-------
) [% K: ]' V7 D& bFLOOR_WALL
7 A: Y, w% f+ H$ m% U" c; BFLOOR_WALL_IPW' G f$ K2 e& R! E
FACE_MILLING
; u* M- a' C; {- u4 A$ [1 z! N0 cFACE_MILLING_MANUAL, w0 @- e9 _& A4 Z. O" F
PLANAR_MILL3 G* F7 R) @' s7 P1 j" V
PLANAR_PROFILE
* Y; t1 b. `! J1 g8 P1 hCLEANUP_CORNERS
B0 b4 e) `7 D) r. g; W3 |FINISH_WALLS
g2 t: y' q) {4 B. qFINISH_FLOOR9 J/ d& R3 J2 d# o2 Y7 h2 P
GROOVE_MILLING
" _$ @4 S ~& a6 K0 sHOLE_MILLING
9 _0 a2 F( }7 ^ K) pTHREAD_MILLING9 L, i8 R0 ~; y- Z
PLANAR_TEXT
/ G7 ^( D- Z d/ s, GMILL_CONTROL% T) F# F; D4 [0 S- K, D+ p% s
MILL_USER/ } E( { ~" a% p5 \& \
----ObjectSubtypeProgram-------5 T" b; A/ e# E9 l; Q7 f
PROGRAM
, g) s2 ? ~, V1 F k( a ----ObjectSubtypeSetup-------3 s3 A" Q" s. L. G1 [
----ObjectSubtypeTool-------
0 |( v0 N( E/ Q& Q oMILL
) z; k- i4 L& e, B& {CHAMFER_MILL" x6 }6 V" N2 C6 E" o
BALL_MILL, @% X! Y) G6 u: x( K
SPHERICAL_MILL' b: M f6 b2 T9 K6 q+ a0 S$ ~9 }
T_CUTTER |9 R1 u" T6 Q
BARREL
5 s5 f* ~' k+ }" T! N( y$ T* XTHREAD_MILL
% k: t7 R% g( d8 @; qMILL_USER_DEFINED0 n, j9 n5 Z4 @- g4 A
CARRIER7 y, R! d0 I* O' u8 Y6 Z; j3 h
MCT_POCKET
, ^+ H& b S$ [( u; `* ]) `% \+ qHEAD
9 f" {! f. O9 U0 |Types:mill_contour: | w7 J( ?* z0 i- k- ~/ \/ r: L7 w, O
----ObjectSubtypeGeometry-------
3 e. M3 A# F5 KMCS" {3 M% J' Q, M# S6 f! N- ]
WORKPIECE
% U: ]& q T: k6 pMILL_AREA8 \4 `6 o! s& U& `2 b
MILL_BND) `' V7 w( ~+ V1 W6 J9 G, L% E4 s, L
MILL_TEXT
6 Z! F+ ]' L9 B. O S/ @! @MILL_GEOM7 x; e! t* E( l- n$ B+ ^, ~
----ObjectSubtypeMethod-------0 e% P; ?) \' H7 m) t3 L& ^
MILL_METHOD
4 k8 B* O, C& f0 {( ?% X: f/ pMOLD_ROUGH_HSM
) g- X; ^5 j' t) }MOLD_SEMI_FINISH_HSM
& ~# w4 Q: T' A6 [; ^MOLD_FINISH_HSM
8 v( U) r/ D5 b+ b% E3 { ----ObjectSubtypeOperation-------* ~% ]; A1 a% o* I& d4 H# @
CAVITY_MILL; L h4 n$ L8 n2 p+ g6 f! I
PLUNGE_MILLING' d K( q1 D* K1 S0 y- [
CORNER_ROUGH4 e0 U% w6 F9 E; y
REST_MILLING, e% H7 ]) k; B7 E$ G
ZLEVEL_PROFILE
2 e% N1 [8 l2 y6 `ZLEVEL_CORNER, p4 u0 M( ^/ [& V* S
FIXED_CONTOUR
" Q/ ]! k5 n, \- Y9 N2 V9 y% ^& rCONTOUR_AREA) q: }3 \3 N5 U: E5 ]
CONTOUR_SURFACE_AREA9 U/ F2 A! o6 S) ^
STREAMLINE+ L( ?$ N P; b" N5 f: \4 i) \/ }+ {% n
CONTOUR_AREA_NON_STEEP s' t: f5 x% n1 Q
CONTOUR_AREA_DIR_STEEP' W. y# A% d: B! |8 v, |0 H
FLOWCUT_SINGLE
2 ~ @3 ^8 X J0 u4 O5 [FLOWCUT_MULTIPLE z/ j+ p% M% h9 \, a2 N: z$ P
FLOWCUT_REF_TOOL
/ u- N, S0 Q6 Y% t$ I2 h+ Q9 pSOLID_PROFILE_3D0 C Z( S/ Z3 j6 A) Q$ B b5 W
PROFILE_3D
2 V1 G; r1 y9 v1 [4 t7 y; [CONTOUR_TEXT
" N" x( i$ N) A1 [$ \& _! nMILL_USER
X; S! j& [) _( KMILL_CONTROL
% v( K8 M- J, e" G7 E* { ----ObjectSubtypeProgram-------
; D m; q6 s0 Y) \" IPROGRAM) k, b6 j4 g1 |$ `# @
----ObjectSubtypeSetup-------5 k. `3 O6 n3 b. ^. Z2 p% W
----ObjectSubtypeTool-------
/ l6 J' j( U+ B' r) ~MILL
& ~/ _0 L7 ~# T4 ?5 _+ E8 `8 v2 cCHAMFER_MILL
2 _! Y `5 ^/ cBALL_MILL' a) T, K* O) c$ C. H
SPHERICAL_MILL
2 |& q8 P' {7 DBARREL
6 h$ A7 |& d6 v, p9 a, }T_CUTTER' h% P+ H2 W* v2 |/ e4 M; v
CARRIER
) l' q2 t4 w6 R- m- w1 GMCT_POCKET
: Q% J. c6 p1 [& K9 C2 GHEAD7 p- g7 O5 l" R3 c1 I: m
Types:mill_multi-axis! z+ @) p! ]+ R! ?) B
----ObjectSubtypeGeometry-------
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4 i3 |5 l& Y, L5 CWORKPIECE
* R8 P2 n# a1 h; { AMILL_AREA7 b3 i+ b/ T. L! f9 ^: l
MILL_BND6 p# c2 D( b8 E
MILL_GEOM6 f) c# F; ]2 P# ?4 f& v6 b: D
----ObjectSubtypeMethod-------
* f3 y8 t+ @( L2 l; _! O. R, B# NMILL_METHOD
7 `7 c. B; e" o7 _1 Y ----ObjectSubtypeOperation-------0 \& E( X9 J/ c: d& Y
VARIABLE_CONTOUR
) C% M0 @* _* [+ m; DVARIABLE_STREAMLINE
& M$ x- |9 f1 q" }' V" UCONTOUR_PROFILE1 j8 v- q9 V, Z8 J, P2 ^0 H
FIXED_CONTOUR1 X: R' N( e" O
ZLEVEL_5AXIS
) E" J0 c7 W2 P8 ]5 A9 X1 _SEQUENTIAL_MILL
+ B: b% K) {- y" m4 GGENERIC_MOTION
% {) p6 l' [; SMILL_USER- o) y3 T4 }, l* E% J
MILL_CONTROL4 v- ]+ j4 U/ v2 c, B
----ObjectSubtypeProgram-------
! A1 q6 n; _) U% DPROGRAM' \8 o; \8 Y4 `6 K8 D6 c# l
----ObjectSubtypeSetup-------) i. t6 G6 k/ h' |8 @
----ObjectSubtypeTool-------6 t# c* a- m" A
MILL$ Z9 v4 Z( C1 F. }& _# S2 Z
CHAMFER_MILL' C- u0 p! q& Z$ ?9 L9 J& }; `
BALL_MILL
% ?8 a; m% X; }, K, w+ GSPHERICAL_MILL: m7 c6 h0 J4 U5 v6 l) \4 y
MILL_7_PARAMETER
+ Q/ t$ X+ X( F' uMILL_10_PARAMETER
8 e; d6 W: b. QBARREL8 j0 s# E$ b& v6 c9 x; c3 ?6 A
T_CUTTER
- L, X1 B( n) {CARRIER
4 p6 L# T6 l! w( Z6 [8 DMCT_POCKET
2 l) ^/ j3 w' c7 bHEAD. r" }' w" M$ Z0 i: f, L
Types:mill_multi_blade& |* y; S3 S$ n \: B7 B
----ObjectSubtypeGeometry-------
+ G" b5 V- g2 _# A0 rMCS
4 g9 A+ G# d8 v! TWORKPIECE
% D9 A8 Q9 c/ M0 u8 \$ r6 G5 A7 M# XMULTI_BLADE_GEOM* B) u) I6 {- Z
----ObjectSubtypeMethod-------
: g1 {1 w: R. Z6 y1 v8 V: Z" B, @MULTI_BLADE_FINISH
" P! i3 f; |7 |MILL_METHOD N) u' {, i* y' V5 `2 z
----ObjectSubtypeOperation-------
# `& D& R5 H) }- T0 c! h! j# I3 CMULTI_BLADE_ROUGH
5 W* h! T/ v0 o$ SHUB_FINISH) s$ o# w. F" O! L
BLADE_FINISH( q, S1 m3 ]0 u4 B
BLEND_FINISH2 ?4 `# q# I ^% ?, h8 R
GENERIC_MOTION
H) H1 {" m: d6 E8 |. h, f7 OMILL_USER
5 n6 v3 E( f0 Q, P0 E2 c8 aMILL_CONTROL
2 p& W+ s9 f* l {9 k ----ObjectSubtypeProgram-------8 a, I4 s+ R: i
PROGRAM A8 J4 Z C9 w; r% C- Z% V+ w; _
----ObjectSubtypeSetup-------
1 M9 W2 B# u! g ----ObjectSubtypeTool-------8 [8 ^3 I, v5 W7 s$ `
MILL# Y- [; [! O* P* n- c9 h) T9 u
CHAMFER_MILL2 R7 Z+ i9 O, e" \
BALL_MILL
- e( [ N; n% v% B: C' S, kSPHERICAL_MILL- Y: w+ e- C3 s: s3 Z6 {
MILL_7_PARAMETER& j6 H7 Z: w4 T8 ]
MILL_10_PARAMETER
& a" k9 \8 Z- L8 q% G2 nBARREL
8 h% ~* {- Q" ^& L& v( f m: W" |T_CUTTER
/ n. A1 [ N9 Q: _* p: {CARRIER9 C3 Q6 d% U" a4 O
MCT_POCKET8 r. J0 I4 L$ n H/ k
HEAD, p* ~/ E& @# W/ u2 C7 B& B
Types:mill_rotary) j1 V' H9 Z: @9 p& R
----ObjectSubtypeGeometry-------
5 C! S: }, b# k6 hMCS# ]* s/ Q' ~1 s O* |: ?/ n+ x4 j
WORKPIECE$ z; L3 q' ^( y1 @4 f- y
ROTARY_GEOM' K. [$ V/ k2 z6 W; t" s
----ObjectSubtypeMethod-------7 E$ @# ?! \) M
MILL_METHOD! c, S4 @3 \: W5 ~0 Q; I
----ObjectSubtypeOperation-------
1 Z/ K/ f6 t* A* bROTARY_FLOOR
7 B1 F! x' ?( x5 F; Y7 OGENERIC_MOTION
1 s. p. Z% }' Y7 D* m7 V Q: RMILL_USER
+ G' V% }. Z W% A9 JMILL_CONTROL
' g! ?! N+ E( d: G. O) [ ----ObjectSubtypeProgram-------
9 K' M( M- U* }. A, U) q. qPROGRAM9 U5 M* Q: W' g- s) `& ~7 b
----ObjectSubtypeSetup-------- E4 X! g( p3 b4 r2 |
----ObjectSubtypeTool-------8 m" G8 M. }% F
BALL_MILL
7 r& }2 P! _% r P6 WSPHERICAL_MILL2 U" N0 W/ l# g( B
CARRIER
: q9 Y, @* l+ h1 R7 N4 I* `MCT_POCKET
: v) p3 W! \2 @0 v: w7 P. DTypes:hole_making0 b- S" z4 M8 b9 Y" P
----ObjectSubtypeGeometry-------
# L. V- R) n& y0 BMCS* I f7 N1 q9 A- f9 |6 d
WORKPIECE
5 V) a9 ^) z2 i2 ?3 BMILL_AREA
- y- Z8 ~/ o; [$ h# sFBM_GEOM( E: T2 u2 j" g8 Q( e8 R
SIMPLE_HOLE5 B/ K0 c O2 x) i) _3 ?" ]
CB_HOLE
6 g/ Q3 K) N+ Q9 ]9 G& dCS_HOLE
. P+ e$ a2 v) k4 ~7 }( F5 WTHD_SIMPLE_HOLE) S2 n+ C+ S1 x; b7 I2 G! W- B3 W
THD_CB_HOLE
3 r* N# A2 H, bTHD_CS_HOLE1 r! M" b9 k9 z7 y- I$ y
SYMBOLIC_THREAD
, W ?" h' Q! G( Z' PCAP_SCREW_CB
_: x4 X' n5 G) t! \3 m* ]' P3 KCAP_SCREW_CS
" l; M% v! |' m/ `$ vFIT_HOLE
2 p, P& m3 q4 S0 u( fSTANDARD_THREAD
& [/ \- Z. ?' e6 J- CALL_FEATURES
# S; v* H, r2 ~/ xHOLE_BOSS_GEOM
% k4 p W, `2 f2 O ----ObjectSubtypeMethod-------
5 J7 o! e; |. hDRILL_METHOD
- f7 W/ s8 P9 i+ W' [0 f9 s' z2 o5 k6 jHOLE_MILL_METHOD1 j! F \3 f) v2 \' I+ T: W* s/ L
----ObjectSubtypeOperation-------' G% O- U4 b, m. t6 q: q: K) t' H
SPOT_DRILLING8 O. l0 g( Y; g+ z7 |0 }$ s G
DRILLING9 m/ G" m" S' C/ d! g
COUNTERSINKING8 {; \( F4 }8 ^
TAPPING
* {& u- @ x: t' a9 x8 t0 p% xHOLE_MILLING% \1 I/ W2 Q6 x/ ^
HOLE_CHAMFER_MILLING
7 Q n7 m0 |1 [5 ^* p( S8 Q. vBOSS_MILLING
: B. h! l& {2 W) ] ]0 ~THREAD_MILLING
- v% C3 C- Y/ K/ s( \BOSS_THREAD_MILLING' Y0 w6 e) T& V3 M: O4 L) ^1 \
MILL_CONTROL5 x( e* u, x4 U5 g
HOLE_MAKING0 u n }- c! l7 ]
HOLE_MILL4 O& G; r9 H: F* P( V! M; e
----ObjectSubtypeProgram-------
9 i- `; Y# ]9 T$ z* ]PROGRAM, E; y( ~ y" V3 j! v8 i4 p
OPTIMIZED_NC
( Q" e$ l; u; `# ?# S ----ObjectSubtypeSetup-------8 Z- |1 H) |5 k w7 D# \1 j
----ObjectSubtypeTool-------
. _+ N6 u) k$ l2 A( GSTD_DRILL5 J# \$ V0 X' v
CENTERDRILL/ ]0 E9 F1 F2 v' B* O
COUNTER_SINK. H- X8 ]# J/ p! p* [
SPOT_DRILL
9 T( t+ m1 ~$ Y( S/ @; UBORE
/ n- g# X; q+ T3 D1 {REAMER
1 ] R c6 h- j9 D5 E% A% ^STEP_DRILL3 `5 o+ l; C+ g) l% L0 a
CORE_DRILL
, ]4 n) p+ J' s6 `COUNTER_BORE
I# |% w% ]9 A2 F. |" ~; Q" jTAP; ]' a7 r6 e& e O
THREAD_MILL' D2 Q$ P5 E5 v7 T
SPOT_FACING% v$ j( U, B- [+ I& N/ k
CHAMFER_MILL. ^7 K$ O) M# }& l6 E
MILL# I1 ]; J5 r/ o! T
CARRIER
( S |' i' l8 z# s: }( RMCT_POCKET& v H% J; q% x& i* C a
HEAD( B& U- j" P& K" C$ k" L" Z6 N
Types:drill
( A+ h- X9 F* k) ~ ----ObjectSubtypeGeometry-------
& a/ ]- x* o" L+ J6 KMCS' Q: L5 S# h% `8 r7 V
WORKPIECE
: J/ X; R' N7 L' hDRILL_GEOM
5 x7 I9 S8 ^, X) CHOLE_BOSS_GEOM
0 C- S3 v3 u; z/ W7 Z ----ObjectSubtypeMethod-------
* s: g7 O6 W9 x, N( s% EDRILL_METHOD
& u9 Y" }: n# p: S% L. M ----ObjectSubtypeOperation-------5 Q7 k1 B" w3 t/ D4 O+ `% ]+ h
SPOT_FACING7 V5 g6 J8 M% ?4 Z( _
SPOT_DRILLING
1 F, y! V4 j' @DRILLING
5 J# u7 _+ ?6 J! |* _$ Y" PPECK_DRILLING
6 |: C" `( K4 }, tBREAKCHIP_DRILLING% R) x- o* X1 |- d% K- c
BORING
. `) }# l5 T! K% f l j1 gREAMING% Z4 J5 h4 H2 w! b4 g( d' x% @% X
COUNTERBORING) \, E! x* ?; ^& y* U
COUNTERSINKING' y8 m' X7 e m/ \# g0 I1 @9 B
TAPPING
% A, }1 I* d2 u; m3 D2 dHOLE_MILLING6 f0 h9 ]8 I' D/ Q: U7 A" G+ T
THREAD_MILLING
! D F9 t1 b( Q; M+ rMILL_CONTROL
; c) m1 y! f! R) [6 l; ^4 U% }; ]MILL_USER
& R7 o/ d" ]( o5 P# x ----ObjectSubtypeProgram-------% v& l" a8 i& q' @
PROGRAM- W# Z$ |1 r2 I0 B+ d2 _0 B
----ObjectSubtypeSetup-------
; |3 z. N) k( s" k/ { ----ObjectSubtypeTool-------
3 |+ H/ U! e) p/ Q* X1 pSPOTFACING_TOOL
1 {* H% ~6 M( {) N) ]SPOTDRILLING_TOOL4 W4 Y) `" D9 P$ l
DRILLING_TOOL
, M. V$ I* K4 @' o' iBORING_BAR
1 R; S( ?1 h B6 k8 ]REAMER
/ W; f& ^8 ~- sCOUNTERBORING_TOOL
5 G- j0 ^/ k) D* |, aCOUNTERSINKING_TOOL
7 @* @3 t3 y0 q/ n* YTAP7 s4 l0 y, J. C9 y7 e: J
THREAD_MILL6 _( A7 ]2 \ K2 ]
CARRIER$ E) P- V3 Y+ T/ Q5 k) G- e
MCT_POCKET7 f5 ?2 |1 r0 p2 b5 Y
HEAD1 W( W3 P' X3 o1 \! }, o: X
Types:turning
' |4 m8 Y4 ?4 T; c& K ----ObjectSubtypeGeometry-------- R& R& q# p7 U1 M+ r p# r
MCS_SPINDLE1 g8 S% \* v3 k& ]7 |
WORKPIECE
: Z3 {1 X: {* [" {TURNING_WORKPIECE
# k0 @7 v k/ u' k- V. {2 MTURNING_PART
% r- P' R/ o+ H# B w2 b% SCONTAINMENT
7 J2 W. O$ o- V- M: C+ K6 s& p% h1 r. XAVOIDANCE- E, T7 g, K3 _( b
----ObjectSubtypeMethod-------" K7 i. ]6 ?( G& a$ @
LATHE_METHOD
+ N2 G% D) D& K) g' m ----ObjectSubtypeOperation-------
5 x( L" ~ A/ YCENTERLINE_SPOTDRILL* k/ S( B+ {* H" p& X5 }
CENTERLINE_DRILLING- X8 T7 M2 G# z" z5 X
CENTERLINE_PECKDRILL
$ N7 V- N5 e" U# b" O" ]+ E dCENTERLINE_BREAKCHIP' N3 Q0 ^2 |7 L0 _
CENTERLINE_REAMING
3 t& b' {4 l' x/ A+ E( `1 n) s# tCENTERLINE_TAPPING2 l. x3 R) Q4 a; p2 b) q
FACING& D& u2 ]% C# ~8 x
ROUGH_TURN_OD9 c5 A" _2 C, {% z5 n" s! c5 Z8 } p
ROUGH_BACK_TURN
6 q" B, A/ ?' v# m0 D& s! ~ROUGH_BORE_ID
0 B# \) Q9 ]+ S$ N1 E& } n2 v0 U, ~ROUGH_BACK_BORE
' p, R8 E# p9 Q! I8 V; ?- J+ xFINISH_TURN_OD( k0 I4 `5 P7 s) `
FINISH_BORE_ID
% ~4 k# E4 _( {' }" mFINISH_BACK_BORE
0 q1 b+ ?: ~- }9 o8 u8 V$ A+ gTEACH_MODE0 G6 s% ]$ P: F, b- O4 F. Q l e
GROOVE_OD0 m' K$ q' i& S
GROOVE_ID6 [: b$ y1 C7 E; G, E* }
GROOVE_FACE
. |5 }$ s5 Q7 X7 j, {THREAD_OD- o1 _( n( O$ i: U' W; y' q' F
THREAD_ID
! G+ \0 d7 r! ^( V/ f- ~ e. hPARTOFF$ I7 k' D# h$ i( I
LATHE_CONTROL$ [$ Q/ l5 Q) ~/ M
LATHE_USER
0 a4 M) G" L" k0 f ----ObjectSubtypeProgram-------1 ? b: L3 F4 o6 I, v5 V
PROGRAM
9 a v& q0 I9 f0 f ----ObjectSubtypeSetup-------9 a0 C% p5 n5 t s, W% R2 q* \
----ObjectSubtypeTool-------2 m' f/ \4 P3 V
SPOTDRILLING_TOOL
" J+ B7 v* M/ d/ `DRILLING_TOOL
; }* L0 d+ j6 NOD_80_L. |4 x: Y. `& W4 g" X
OD_80_R/ ~' e8 h: X5 f5 N5 C
OD_55_L
+ _( x+ N' s+ \: cOD_55_R" T6 o$ b; F( h, _! c5 E# ^# w3 P# x5 u
ID_80_L
7 e- L4 [ I8 D* A! fID_55_L4 F/ a4 l' W% z- J6 l: J) z
BACKBORE_55_L
8 g$ q% n2 e+ _8 Y; A6 a) pOD_GROOVE_L0 H3 y6 c. O+ G
FACE_GROOVE_L
7 R9 n, I% B, y+ c9 {ID_GROOVE_L
|6 v/ |7 W% P9 @# pOD_THREAD_L3 f1 |) j) `! u! P# g
ID_THREAD_L
! U' ~ `% k$ ~& E! H G9 DFORM_TOOL! e2 ]- ]* D: C4 ~& w I' w
CARRIER1 ~5 W" B- [. q7 X/ y# n
MCT_POCKET2 N+ N4 X, l% @# e( h. W' _
Types:wire_edm
% I/ d1 I; b3 _+ }9 T X) R; V5 T ----ObjectSubtypeGeometry-------
6 O8 n3 r' t7 a) ?: |, ~* \! AMCS_WEDM. F1 Z7 c9 ]( C( ?
WORKPIECE& r4 [5 A: x/ f4 Z7 G" |
SEQUENCE_INTERNAL_TRIM3 M+ b( A# N! H, |1 O" x
SEQUENCE_EXTERNAL_TRIM3 M1 ~* N, |, i7 z
WEDM_GEOM
* i* n( a' Y' a- B5 e) r$ f$ B ----ObjectSubtypeMethod-------( w5 G- b# A0 f. q
WEDM_METHOD2 b5 n# r8 G0 S
----ObjectSubtypeOperation-------$ i, E, O3 b3 F' a0 L3 H" h
NOCORE! C6 `" I/ ~4 R" ]( D5 `4 O7 t3 s0 x5 C
EXTERNAL_TRIM
: w/ G/ B+ [5 p; h2 bINTERNAL_TRIM
$ I+ L# B; |* LOPEN_PROFILE1 M+ F p" X6 b5 e* x8 D K/ |% m
WEDM_CONTROL8 W& M: Q" g8 J+ [3 _/ e
WEDM_USER
7 D5 U2 B+ }6 g/ C2 ~/ i% | ----ObjectSubtypeProgram-------
+ T( R0 Q h+ `4 J" q1 BPROGRAM" o. A9 G( u9 N
----ObjectSubtypeSetup-------
6 G4 S: g* k( ?( f1 B$ h. \7 m ----ObjectSubtypeTool-------
* J! C: _. O0 C4 q+ lWIRE
+ z/ @- k, k q1 M- ZTypes:probing
! P1 v6 s$ p# R" r6 t- m5 v5 z ----ObjectSubtypeGeometry-------+ T4 e+ s2 J% P' Y7 P$ x( E
MCS_MILL
7 D8 B8 s; `% w" W3 tWORKPIECE
! |: Q1 y6 i6 D1 O ----ObjectSubtypeMethod-------
7 e9 W$ v' E$ J8 a, B& rMILL_METHOD
" q( T) A/ ~) p0 v b% oLATHE_METHOD
# e" R* Y! Y: ?. b ----ObjectSubtypeOperation-------
" ?6 `1 O! F- F) cMILL_PART_PROBING" M) \9 s9 l/ x2 s3 O( g: T
TURN_PART_PROBING( q; Z0 }# a4 Z2 t2 V) L4 B
MILL_TOOL_PROBING+ S' f1 V/ A& q4 u: A I
TURN_TOOL_PROBING
2 E; G+ Y3 I, I8 Q1 k6 H% p% YGENERIC_MOTION2 R$ ^& i3 X( W" [
----ObjectSubtypeProgram-------
, m r6 C; L: j( n E0 _1 ?PROGRAM
( T2 }8 x9 r- V1 `5 t: F# i! n ----ObjectSubtypeSetup-------5 x. M5 E: B3 `7 C
----ObjectSubtypeTool-------) t. V0 ^, s1 h+ s' s% {
PROBE, J! @2 O# m) C! k/ P& R
GENERIC& c2 u6 I. N; j; L; j
Types:solid_tool) a8 n9 E" L+ t& G/ s
----ObjectSubtypeGeometry-------$ j1 Q1 P4 p( q+ M( Z
----ObjectSubtypeMethod-------% e3 k. b) u9 S/ j
----ObjectSubtypeOperation-------
3 B L4 @( f, _ R% d ----ObjectSubtypeProgram-------, a8 D- g& A; g0 f# o! y
----ObjectSubtypeSetup-------
8 x; F3 Y4 k0 B/ ~8 W6 @3 W ----ObjectSubtypeTool-------
) }2 T7 D' [0 n0 r( H8 i6 U# UGENERIC$ Z( \2 J. g" @# t% {! g$ M/ r6 Y& o
PROBE, H/ o5 S5 X) K1 ~* Y& |
Types:machining_knowledge& B U) @, m) n9 R5 s% o& M
----ObjectSubtypeGeometry-------" b0 m0 Z" K! |* S
MCS0 ?: N1 w9 Z# Q# ~% r# F
WORKPIECE
" [4 d, }& c8 j" e7 kMILL_AREA
5 _- z( X- i! f& Z$ j- y2 w8 kPROCESS_FEATURES
: H, O6 M8 K2 K2 w. I* L6 z ----ObjectSubtypeMethod-------
' q: p: L1 M9 [) o0 u& b6 S" R" YPRE_DRILL_METHOD
\# j- R' J# r# _- Q9 IDEBURRING_METHOD: C9 R% d: S. c; U0 U' y
CSINK_THD_METHOD
- M, B( E6 L1 eTAP_METHOD9 p) q* w* t# w5 d! X/ ~9 k
STEP_DRILL_METHOD2 O. p8 \+ l5 l
THREAD_MILL_METHOD
9 F- |/ ^# I; n/ o1 z) @0 S+ yMILL_CB_METHOD
! Z ^& E( F: {! ABREAKCHIP_DRILL_METHOD
$ k1 H; a& L; E! J* U( gBORE_METHOD
$ r: u1 Q& S& vCENTER_DRILL_METHOD
+ t" h2 i: L4 n, B; ^3 g4 I$ S% uCORE_DRILL_METHOD" N! Y( r+ Q! S( \$ F: j" h: L
CBORE_METHOD# G7 ?1 J! C9 m/ ?% _4 y* T- _4 o
CSINK_METHOD
( b. d; n4 N) E4 \9 g1 ~! XDRILL_METHOD
; e' q- j- `0 x! d3 `PECK_DRILL_METHOD
" [$ ?, u# v( U8 F" k) wREAMING_METHOD8 N7 l/ R5 q3 D4 _2 M) {) T5 t4 I
SPOT_DRILL_METHOD! `% \5 e. Q, @/ x) }0 q8 \
TAPPING_METHOD7 w4 V9 s; C# x$ A
HOLE_MILL_METHOD
7 `& X" V9 i& d$ mMILL_METHOD_ROUGH: [% K% w3 B- d+ i( z7 p' ]
----ObjectSubtypeOperation-------( y' S9 w" s7 z& S5 Z
HOLE_MAKING
/ ], q/ g1 o4 i- q2 GHOLE_MAKING_DRILL_TEXT# P+ M2 l' b( E$ |3 d, n6 y
HOLE_MAKING_DRILL_DEEP) Y- q( F$ d+ R/ S& ^: _
HOLE_MAKING_DRILL_BORE_DRAG
5 V* P2 i% J3 o7 K' ^6 W: }; LHOLE_MAKING_DRILL_BORE_NODRAG& M4 ^. |( V" B( E
HOLE_MAKING_DRILL_BORE_BACK
1 i6 D7 i! ?0 f% X7 Z3 U6 qHOLE_MAKING_DRILL_BORE_MANUAL) {2 X1 d3 }- O \5 B$ y
SPOT_DRILLING
1 H' _* E3 l. i( WDRILLING
4 u& s5 ?4 M) n4 \# zPECK_DRILLING
6 R+ o( g; |: A+ Q2 O# s, zBREAKCHIP_DRILLING: \7 r3 a/ U7 s: k! k
COUNTERBORING. v. `! O2 J& s; Y! x
COUNTERSINKING* ]+ k! V' l e/ |
REAMING, r% x9 T6 `6 b+ y: O8 Z( q+ ]+ A
BORING! c) l6 f9 ~$ n: h0 B
HOLE_MILL4 S' G2 F7 e K7 v3 _$ g; h/ w& K
FLOOR_WALL
+ I |% ]% Z- t9 Z* y. ~9 uFACE_MILLING4 M5 d4 c9 y. j
CAVITY_MILL
& }% x4 h; g' i1 h' QTAPPING
3 V. j+ @; x% o) R* G ----ObjectSubtypeProgram-------; S) d* Y2 j6 F7 ?. q4 b6 [
PROGRAM
! v- k3 E! N/ p4 e6 M2 B ----ObjectSubtypeSetup-------
5 B5 q" }" }- u! h ----ObjectSubtypeTool-------
$ ]* z1 @ r! M& nCARRIER- y* _: s2 x* P+ O( Y' y4 _
MCT_POCKET
8 N: G4 E" y* r$ P- ^3 Q- @0 s" pHEAD
* D6 w# x9 E: g6 v" Z8 C' Z: @3 k' k
. D, v. D. `! _9 @. \( l0 Q& h5 F5 V' l# G, H) F
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