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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% o4 J3 ?/ \3 c: i7 c2 O5 S3 e' c
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4 Z* I" }4 X! p% Cvoid createCAMTool::do_it()
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/ C; R- i1 p; w% S5 a // TODO: add your code here, I, [% m! L$ C! n
std::vector<NXString> types = theSession->CAMSession()->GetTemplateTypes();4 c7 |* `3 l: h* w" }% r
for(int i = 0 ; i < types.size();i++)( P, Y+ e" o$ d9 F: a) @
{
1 @9 H) P7 N7 z3 m% P- Z print("Types:"+ types+"\n");
; w9 R: }, w8 `: g) V std::vector<NXString> ObjectSubtypeGeometrysubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeGeometry);
% v r1 c; u3 T0 @, m! _ print("\t----ObjectSubtypeGeometry-------");
) |( l1 a3 b. p2 o! H5 D9 O for(int ii = 0 ; ii < ObjectSubtypeGeometrysubtypes.size();ii++)
( C" h" Z4 B6 F' ` {6 y0 w6 y& y$ R3 l5 X. I
print(ObjectSubtypeGeometrysubtypes[ii]);
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( l, a. g! c* r( i ?- Q6 t std::vector<NXString> ObjectSubtypeMethodsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeMethod);5 V. _* S7 c" l
print("\t----ObjectSubtypeMethod-------");
( D! h! x. n+ n for(int ii = 0 ; ii < ObjectSubtypeMethodsubtypes.size();ii++)) n! B `% Z9 `) U- }
{. }0 S$ S8 d. D- |* r$ S
print(ObjectSubtypeMethodsubtypes[ii]);( ?# V7 M( p+ @, v( b
}
0 g* q2 W/ ~" j: Y, { std::vector<NXString> ObjectSubtypeOperationsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeOperation);3 d M# \+ @" m( M# A6 K* s
print("\t----ObjectSubtypeOperation-------");. O3 t% H! L. j; @" q
for(int ii = 0 ; ii < ObjectSubtypeOperationsubtypes.size();ii++)
0 F8 h, o, a" I! Q5 @ { s* k3 C2 Z' J+ o3 I. g
print(ObjectSubtypeOperationsubtypes[ii]);
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std::vector<NXString> ObjectSubtypeProgramsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeProgram);
# v0 _) Y# B3 A1 @3 Q! } print("\t----ObjectSubtypeProgram-------");. t" N% Q: K6 D
for(int ii = 0 ; ii < ObjectSubtypeProgramsubtypes.size();ii++)6 p) B# ~( u. p* d& v0 u
{
6 C' @* ]0 o3 L- R( n print(ObjectSubtypeProgramsubtypes[ii]);9 _* @# Z7 A3 X5 K2 D) O5 D+ u
}% k: k8 i$ v. k8 Q. T5 L
std::vector<NXString> ObjectSubtypeSetupsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeSetup);
0 k, K+ N e4 @6 ^( ^: x" N$ { print("\t----ObjectSubtypeSetup-------");
; O+ d& T6 _) P; _( x7 P for(int ii = 0 ; ii < ObjectSubtypeSetupsubtypes.size();ii++)
: S' d( G9 I7 H& A- Z6 Z {! P$ i6 r4 \' L6 Z7 s; a% Q" x( V
print(ObjectSubtypeSetupsubtypes[ii]);
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std::vector<NXString> ObjectSubtypeToolsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeTool);8 U- b- R9 s9 X; b/ j8 O: e
print("\t----ObjectSubtypeTool-------");! f( x+ i- r6 }: o6 C4 Y
for(int ii = 0 ; ii < ObjectSubtypeToolsubtypes.size();ii++)* v9 l0 z* Z1 W$ t8 [" P. j
{+ }7 n; x2 l5 l5 J; L, T, T
print(ObjectSubtypeToolsubtypes[ii]);
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}- i( [7 r5 G3 p3 R- p- C) x- o/ t$ r
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3 l1 D1 J& d% p) \* I/ z+ ~+ A( O% |, k) H4 `; v$ B! R
结果如下：
5 {6 V) i ~" b) I$ S6 ]* ^& n1 W2 Z5 x( _1 n3 S F5 i: i+ V
) g, P+ k/ _9 e8 U5 g: ^4 STypes:mill_planar6 P, E$ I% @4 r/ \7 q' d ]' [- M
----ObjectSubtypeGeometry-------
! `$ T; H4 u1 H5 TMCS0 `9 V1 U# D3 m' {" Z A3 \4 o9 R
WORKPIECE s# A5 O% X6 H3 i0 p% L5 a# K7 s( o
MILL_AREA+ g& R* K s9 } D$ Q
MILL_BND
; }6 z) U! |! ~. H0 p1 gMILL_TEXT
, r! Z, L1 c, A. W6 ]/ `8 @HOLE_BOSS_GEOM0 B0 v! n0 z% F. C& O
MILL_GEOM/ {. M* O0 N+ \% b
----ObjectSubtypeMethod-------6 m! f- V7 ?9 s1 ^: Q
MILL_METHOD
* F6 V7 g( H# s; Q- ^5 O" } ----ObjectSubtypeOperation-------( n, U3 Y A3 ^' r
FLOOR_WALL
" V2 {1 w* s: W n/ KFLOOR_WALL_IPW
4 Z& F/ h# _# z8 A" U% ^7 S' ]- gFACE_MILLING
5 f. d5 X9 l( L' T& DFACE_MILLING_MANUAL
) w9 ~: T& C9 w( c4 ]( W. Y0 uPLANAR_MILL% [( r% C+ \! o. y5 k- Z
PLANAR_PROFILE; V3 r4 S" ~3 O; P L% \ ?
CLEANUP_CORNERS+ u4 E8 \( m4 A3 G8 z
FINISH_WALLS% B5 ?5 n2 E% J6 p( e7 A- I$ I$ Z
FINISH_FLOOR
* U) l+ S% n* e7 w. ~GROOVE_MILLING
; n r+ u# l) w+ r/ ]/ q( UHOLE_MILLING$ g% q; Z: m# L5 Q4 {' r
THREAD_MILLING" z" U% ]+ R, ?+ S# `* e- d
PLANAR_TEXT
$ E( l; W' `5 g) D2 i. ~' L( MMILL_CONTROL1 d. b: f. |0 s1 z3 U s
MILL_USER' F; ^- h- Q* R( m) h2 v1 r9 j
----ObjectSubtypeProgram-------6 }/ O+ C/ \7 \ b
PROGRAM8 ~8 ~3 X1 i; \2 `. b3 l; u z7 v& W
----ObjectSubtypeSetup-------
7 x9 L6 I9 ~) I/ O: @: i6 M( ~2 E0 f0 z ----ObjectSubtypeTool-------
3 h1 T9 n2 B/ i# L LMILL; P2 l+ x2 \' u, [
CHAMFER_MILL' ?/ j S$ F" B- f- r: _
BALL_MILL
; ?9 a# b$ q5 `4 _5 VSPHERICAL_MILL \' c- U& r, z
T_CUTTER; C8 v1 S: p- @2 o
BARREL5 `6 N; j' \0 L7 p+ S0 Y* f
THREAD_MILL
/ v" K8 g: _: NMILL_USER_DEFINED
; z+ S2 S5 I9 o: v1 ^ Y( [. GCARRIER
' A( D r6 ~2 bMCT_POCKET
& i3 V9 _6 O, T3 @HEAD
: K/ Q; D" ?2 y: o+ W( W* gTypes:mill_contour
5 E* |, Y. U. ?' n. H3 N; ] ----ObjectSubtypeGeometry-------7 O; c- e: @, P0 v! F
MCS. q$ K9 d, V+ a1 X& P, D
WORKPIECE6 ~ |+ A2 b3 \/ G
MILL_AREA0 r$ A3 v# K' x- W8 I+ I' r: P: q
MILL_BND
+ ~# V- i- R5 X/ xMILL_TEXT
8 |8 s9 \0 a4 r8 u- ?! aMILL_GEOM0 D K0 ]" r( @" C) l' k
----ObjectSubtypeMethod-------; ?* h, ~) g2 Q5 O+ f
MILL_METHOD" y" [+ X) ]6 B6 L7 x: b$ s: n, [
MOLD_ROUGH_HSM
! c' W5 D4 P$ G2 `MOLD_SEMI_FINISH_HSM
) G% U. E, R( cMOLD_FINISH_HSM# {0 p, K/ j7 G+ c( V
----ObjectSubtypeOperation-------+ p5 g4 ]& G2 I
CAVITY_MILL
/ \6 w7 V& L: [7 }$ ~PLUNGE_MILLING
6 O: Z; g2 m( H( G3 g" yCORNER_ROUGH9 g' O5 N- m% Q9 z6 _4 `5 }) R' |1 C
REST_MILLING
" d. {, D% c# L% X+ `ZLEVEL_PROFILE- G) D/ B% K) d& w) k& ^' d9 }; |
ZLEVEL_CORNER
Z O' ?1 F% S% I: cFIXED_CONTOUR4 S. H# d0 H' S9 c6 ~3 {# n; p# f) a% y
CONTOUR_AREA
! X& R; g. G2 ?" p) s+ FCONTOUR_SURFACE_AREA+ n- L6 h' S3 Q0 [! ^6 @
STREAMLINE: |3 O2 }/ G# y8 S1 Z
CONTOUR_AREA_NON_STEEP& u ]( B; a5 S! ^
CONTOUR_AREA_DIR_STEEP
1 q) d n$ e* s4 W6 Z- H: FFLOWCUT_SINGLE3 X1 i0 h* H; h. s4 ^2 V7 D: g) F
FLOWCUT_MULTIPLE% ^/ q! v' y! f1 D# T: t
FLOWCUT_REF_TOOL* M+ ?5 c% m0 x) c2 Z2 T
SOLID_PROFILE_3D3 s3 Q; a' ^& U
PROFILE_3D; j" N! E2 v2 T) ?& ]+ e
CONTOUR_TEXT9 q0 J; A" z# r3 L' @$ s
MILL_USER
& e0 O. `% H- P% TMILL_CONTROL
# W7 Q( d( J4 e6 Z ----ObjectSubtypeProgram-------+ I# W1 N) c+ [$ f- e6 c
PROGRAM
/ N0 a0 D6 j# A1 s4 y, h9 F ----ObjectSubtypeSetup-------( h) g) u" R/ u1 F
----ObjectSubtypeTool-------
' c4 ]. C# e7 q ~7 @( oMILL& y: ?+ R/ d6 Z8 o% f0 `# `" B4 B
CHAMFER_MILL
& u! k7 L6 y K8 nBALL_MILL$ G2 O- }! e$ O: ~2 R4 z
SPHERICAL_MILL. u. H5 ~8 X3 y( S( ?! |) N
BARREL
: b7 P. w* ?. s) k% ZT_CUTTER4 g& [' `& a( x& d. }/ F* H
CARRIER
% c$ U; U3 e4 L4 X/ K# gMCT_POCKET
, G+ ]1 X% F5 w6 Z6 f( w% A" ZHEAD J6 x5 H2 o. S7 I
Types:mill_multi-axis$ [1 d+ s( L7 E* B) C
----ObjectSubtypeGeometry-------5 U4 L, q8 E# ~6 {9 ~
MCS
* N/ K! B+ b" \- u$ i$ ^/ a$ K ZWORKPIECE
0 \8 }. A' d2 {4 U4 o3 GMILL_AREA8 `0 N3 @& V3 O0 l' w9 ?, j+ u9 b
MILL_BND3 K! m: i6 O- Q3 O+ E
MILL_GEOM, s8 K" V2 W1 M) z
----ObjectSubtypeMethod-------
' H! e( V" Z; V! f* aMILL_METHOD& ~6 p+ I4 u: r& z/ k8 z- B2 x7 g
----ObjectSubtypeOperation-------$ D1 L* v$ L' G% p" p+ C
VARIABLE_CONTOUR" u4 v! d6 g8 I. W+ b. m: d
VARIABLE_STREAMLINE
, A+ m: b$ B/ F3 k! w! L& i0 QCONTOUR_PROFILE0 Q, Q/ v' \& B/ f9 s5 y
FIXED_CONTOUR! R- C P# k# P% ~
ZLEVEL_5AXIS
' e1 ^: I; v" L5 f! E" TSEQUENTIAL_MILL; ]' M$ s4 {7 S4 W' W
GENERIC_MOTION0 K& Y) X6 z. N4 G. i6 y" _- E
MILL_USER& V5 n9 @, ]* Q5 L* Y* e) \
MILL_CONTROL5 X% G! h8 w+ p* z, v& a
----ObjectSubtypeProgram-------$ M9 n6 W# c* H5 Q e6 {2 A
PROGRAM. r; U; c! L R6 @, a D/ u/ `
----ObjectSubtypeSetup-------
$ r5 `1 z }1 ~0 e ----ObjectSubtypeTool-------
$ R: Z' Q0 ?8 M2 M& o: SMILL K; {$ S7 f o$ Q c2 H2 P) v' u
CHAMFER_MILL- }/ K) O+ x# _, F( a
BALL_MILL% Z, J, H$ Y- L6 c% u. v5 Z Z
SPHERICAL_MILL+ P' F' A4 M5 l9 v
MILL_7_PARAMETER
' ? `6 u6 G+ M. c4 Q" y. QMILL_10_PARAMETER
4 g# e, O% C, c5 V4 JBARREL
" k R( i' l0 B- qT_CUTTER7 ]% O0 J% B2 n6 N }, L/ |+ q
CARRIER
0 l# G5 ?4 u W$ M9 TMCT_POCKET O) Q3 m. W& l
HEAD; q5 K) r6 O3 O& d
Types:mill_multi_blade( U# D1 n. L6 n0 S2 b& T4 O4 W
----ObjectSubtypeGeometry-------: Q. S' y8 |+ }8 P
MCS& G) t. `1 K+ l
WORKPIECE
& G& a3 a6 t' M. f" |MULTI_BLADE_GEOM# b4 e2 C" d7 v1 c
----ObjectSubtypeMethod-------6 r( v/ n" \: `2 D
MULTI_BLADE_FINISH7 |/ {) N' Y% a( l9 P0 S
MILL_METHOD
6 b. t8 A2 f0 j' J! w( H ----ObjectSubtypeOperation-------
& m h4 g6 F; VMULTI_BLADE_ROUGH
; p' W1 v: ], [" }0 ?HUB_FINISH( v' x3 q$ g# ?8 A
BLADE_FINISH
8 J3 c5 V L! g/ ~! h3 Y3 YBLEND_FINISH
6 a2 l% \) s/ J: [- tGENERIC_MOTION3 a4 J9 i0 Y) D0 A4 H( c( _
MILL_USER
/ p+ Z2 U4 j1 W# U ]+ {9 u$ K, TMILL_CONTROL* L5 C5 R. ]7 Z: a
----ObjectSubtypeProgram-------: f% b P* O( o) n% b O/ @1 C
PROGRAM( Z+ ? W0 ^9 o1 y% _1 U7 y- h
----ObjectSubtypeSetup-------$ b# b9 G" w* ]: C ?( O, @
----ObjectSubtypeTool-------
# B) y w( d, a* f# b0 ?) j2 Y5 |MILL1 `8 m! @ W) c5 w
CHAMFER_MILL+ j- M9 r A( M
BALL_MILL
" ?# N5 E. X( a) v; v- XSPHERICAL_MILL
! o4 x7 x. |. t/ YMILL_7_PARAMETER
/ F; Y3 Z7 d6 CMILL_10_PARAMETER0 E% c; i1 P! M& B D$ Z0 d
BARREL: x! w# m0 x" J; y+ j2 Q2 _
T_CUTTER
+ F6 C" @9 T+ D7 L( u* n/ w) U, fCARRIER; ?$ B8 B' I! J; ^4 d4 l
MCT_POCKET8 c, S$ M2 [; {" ~& h2 r7 [
HEAD+ |2 a6 Q: |: W
Types:mill_rotary8 B1 u! d) z' H# p
----ObjectSubtypeGeometry-------5 G4 y$ H2 R k
MCS. ` ?+ m8 D7 x* \$ j- j/ _7 A3 f
WORKPIECE
" u+ B$ _1 U% E+ G3 N" ^ROTARY_GEOM
# H1 w+ t, `5 q F1 f$ Q' p ----ObjectSubtypeMethod-------6 v- m/ ?4 e- a0 c/ Y# Y* k$ U
MILL_METHOD
# D, x; `4 ]* W- r8 O1 r ----ObjectSubtypeOperation-------# C. R5 I/ Q2 y/ p" m4 b
ROTARY_FLOOR
: L/ P" w& y+ D. F$ i& w' oGENERIC_MOTION
2 @ v. U- K$ L4 ?) mMILL_USER! d2 Z; s0 z* M* B% H4 x$ m
MILL_CONTROL
3 j- {% }) V% m- L) o: b& n" y; ] ----ObjectSubtypeProgram-------5 _5 }* o3 s, S: g2 H; i( S% t' M! f
PROGRAM5 K+ D2 R0 v) N D( r
----ObjectSubtypeSetup-------
4 ?+ @( I* y A7 }9 h2 L# ? r ----ObjectSubtypeTool-------
7 j8 q: V4 `3 o2 ^BALL_MILL
3 Z4 H& C* |! gSPHERICAL_MILL
* r* O0 Z0 ~. I- ?6 PCARRIER. q% y, O3 ~+ W3 c% M
MCT_POCKET* S5 M2 B# y8 v- I: K
Types:hole_making1 F0 l, z: k0 `7 |/ w% d
----ObjectSubtypeGeometry-------
% s) D* h' m3 M2 T7 ` R$ c" X) MMCS
$ P$ y% H3 `7 F: W) N' R5 g5 ~WORKPIECE
& F' r! U& y& a2 JMILL_AREA2 z1 _. @0 b# F+ ~) Z
FBM_GEOM
4 C9 i9 t* V: Z Q ~SIMPLE_HOLE
* m& M# [, m3 w/ T; a, T! ?( HCB_HOLE; z5 K9 ]( q$ z' ? D
CS_HOLE
# `, _4 `+ F3 b L- ZTHD_SIMPLE_HOLE9 J! N* \- F7 z2 z: [+ T Z7 T+ q
THD_CB_HOLE
& b' ~; Y! X4 \3 x) a2 nTHD_CS_HOLE% b& | Z; Y8 |' N. Y
SYMBOLIC_THREAD
) K7 q7 J& s2 [: P$ r; {5 CCAP_SCREW_CB
+ V( I# _+ ]# U; G f6 gCAP_SCREW_CS
9 R' U/ H! j+ w1 ?( f2 @4 ~! T7 G& r# oFIT_HOLE. |: A D- e$ u, P
STANDARD_THREAD x E, t9 q" \; z9 q
ALL_FEATURES
$ x7 p% x" F' ~- l3 sHOLE_BOSS_GEOM
4 m" @: B5 H ~1 Z2 e) U ----ObjectSubtypeMethod-------
. C f4 m$ l- ^- Q- N% H3 c2 o6 rDRILL_METHOD8 a' p( c7 t" e5 A( W6 E7 }
HOLE_MILL_METHOD
, g( C, _- R/ s$ y2 j ----ObjectSubtypeOperation-------
1 A9 j/ I& M5 Z% J, A0 V* l; [, zSPOT_DRILLING5 x f! p9 ?8 {- h$ u) A6 q
DRILLING
, |& x4 N4 g2 k( a ~+ d# ^ BCOUNTERSINKING7 B% Q7 T; {: F% V4 P/ I
TAPPING
" c. [' ]+ s! `" j+ |1 G! E! cHOLE_MILLING
6 c6 w- f `) FHOLE_CHAMFER_MILLING
0 i8 W; f- a( o. g+ T8 ]) jBOSS_MILLING' d+ s# \2 V4 T d( f5 n
THREAD_MILLING+ I) Y# @. V! ]# H* V7 m4 P
BOSS_THREAD_MILLING
: L. X' B7 q0 }8 m: R& x0 F: ^5 \MILL_CONTROL
. a" |! d2 k7 Z6 t) g1 q) h5 yHOLE_MAKING5 q/ Y* g- E+ n& s
HOLE_MILL' `: @$ X/ m, g0 H! A7 Y
----ObjectSubtypeProgram-------& o9 y/ d" x* `8 e4 `. M
PROGRAM
d" m9 V) E' B% y! aOPTIMIZED_NC
* W. }! I* a0 X+ |* y ----ObjectSubtypeSetup-------
( [( B7 a6 _# L" O3 N) M ----ObjectSubtypeTool-------
2 b) _ q& n; J" f. dSTD_DRILL
. X0 I3 T* S- KCENTERDRILL+ W4 R$ D0 i0 K8 c! }: ?
COUNTER_SINK
' _) A0 _/ P& C( \( R9 Q9 eSPOT_DRILL
; l% w/ I! i$ VBORE; i, E& B# F2 f4 z
REAMER. n7 T/ w$ [0 X8 Y" ? c* w
STEP_DRILL
4 I8 B* a9 R1 \1 N; fCORE_DRILL
, @0 {! M# y$ K9 OCOUNTER_BORE
3 w" A# }* d. N2 G w9 s& oTAP
+ T0 ~; M0 d/ M, m0 B7 G, s" _THREAD_MILL
1 N/ L( }, H4 _1 O. [4 XSPOT_FACING
( V5 i; u( `: L, K/ {; OCHAMFER_MILL
$ c9 B: f& h/ q9 m0 WMILL
4 z+ d; G: M6 s! OCARRIER
- ~! S; i- l+ t- q. uMCT_POCKET- x N/ L# P( k6 _# ^
HEAD' b$ r1 v( s/ C
Types:drill
) b) Z9 p, m" u* l ----ObjectSubtypeGeometry-------; n' L' E; f& k6 n$ u0 k
MCS
. J# ^ p; E7 T1 T8 d4 [WORKPIECE
& D% ^# [+ `9 h: N+ vDRILL_GEOM9 S7 O/ N- t6 e' E% H) _- E" x
HOLE_BOSS_GEOM9 U- _ E! {/ x( n4 c8 `
----ObjectSubtypeMethod-------
/ ^; n3 m/ U8 b. mDRILL_METHOD
* g! o; k, d7 @9 c4 B ----ObjectSubtypeOperation-------3 d$ g! ~8 C9 ~( y* e
SPOT_FACING/ G5 a, {2 d7 P( S9 C2 l
SPOT_DRILLING/ @8 d0 k3 w+ h
DRILLING+ e# t2 z& ?, ~( |; Q1 A5 _
PECK_DRILLING6 k, V: Q- g7 X2 c
BREAKCHIP_DRILLING# Z/ A2 h) s8 q2 V& c* j5 R
BORING3 [ g D9 v+ p+ r \$ B
REAMING
. p- O2 S8 a# b' F7 Q0 CCOUNTERBORING
( O3 C% b9 X# ]4 V* S- ]3 bCOUNTERSINKING
P) z: w8 r; S( F& t1 zTAPPING; j6 m" z4 [# w
HOLE_MILLING
+ {9 ^- R/ e7 K/ M fTHREAD_MILLING
6 `* u! h" X4 y# v! @MILL_CONTROL. |, g* Z9 h( f8 V. N, ]
MILL_USER
7 W, [, Q( V; l4 K# t ----ObjectSubtypeProgram------- L/ H2 P# e4 @9 @. x9 R% [
PROGRAM$ s; `) L. \8 K9 E$ x& u
----ObjectSubtypeSetup-------
( z- f5 r1 |# C5 a2 h. N ----ObjectSubtypeTool-------
% ?' \0 Y1 B' B. H4 w3 m, ?SPOTFACING_TOOL
$ W8 a, P% J! \; k' Z J* x* w2 ^SPOTDRILLING_TOOL v7 e; D, c; s0 ~& @
DRILLING_TOOL- i0 `/ O" j+ M2 @3 v
BORING_BAR# B% l% O* T9 ] O& V& E# A
REAMER$ K) z2 ]5 m. K5 K, e) _
COUNTERBORING_TOOL! V/ B3 r: a/ O& f
COUNTERSINKING_TOOL4 t8 n3 I) }4 |! Z( ]
TAP6 @) k# p5 \2 S, K$ h4 U, e6 c3 q. R
THREAD_MILL+ m. g# I% t/ d
CARRIER
4 p* F9 ~/ M5 \5 M. d! CMCT_POCKET
# m( P) n6 _% m# J, g6 Q, zHEAD! r T) f6 F6 n, n" Z: |/ i
Types:turning
5 @( W( T: S. H; Z0 a ----ObjectSubtypeGeometry-------
: i( w+ w( m; e8 IMCS_SPINDLE
1 N3 P* ]8 q. A6 v, KWORKPIECE& D/ f$ F6 n( g9 x, X9 x1 r. }; M! a
TURNING_WORKPIECE
4 u2 E8 K/ T5 h1 [5 |TURNING_PART
" e7 B9 F: f n/ ~CONTAINMENT: t* I" m" x( ]( D5 j( ~) }7 E
AVOIDANCE" x8 F1 ~6 @7 W. A7 P) Z4 ~
----ObjectSubtypeMethod-------; N! s: S& g5 M+ u8 N
LATHE_METHOD/ r) f* t; ]7 U4 Y5 @/ L2 _: h# \
----ObjectSubtypeOperation-------
# o0 x7 Z( i* w+ a8 [$ J( Q0 e4 iCENTERLINE_SPOTDRILL' F/ Z8 D; [1 T& P: x" p* X5 ^
CENTERLINE_DRILLING
% _3 ~; R* y& n* V7 y/ KCENTERLINE_PECKDRILL6 n# S, y# J/ [ ]5 s* N6 p" Y
CENTERLINE_BREAKCHIP
* ]# n3 t. X! ~, q# y% @CENTERLINE_REAMING
& A! i. j8 L' l% ^$ K* uCENTERLINE_TAPPING2 a, T7 r- W# { V
FACING3 K1 j: |3 C) _& ] q& I6 ^+ w
ROUGH_TURN_OD
) C8 ?0 J$ |" z% {7 GROUGH_BACK_TURN
1 H6 A% ^$ J* }) O- S* VROUGH_BORE_ID
1 {: I0 _$ @; `' S; BROUGH_BACK_BORE% U+ j2 p3 ?! t: u3 s5 i0 F- z
FINISH_TURN_OD$ u" I `0 n0 F8 r O4 q$ S$ T: x% t
FINISH_BORE_ID6 R$ {, [' Q* F& e4 ?# j- z
FINISH_BACK_BORE
4 z' h$ [/ D8 R7 E, l7 eTEACH_MODE( T! }: S1 d0 X7 s6 D9 t8 [& o
GROOVE_OD! U1 U5 `. k9 L2 d
GROOVE_ID; b" q# n% u5 R8 U9 g
GROOVE_FACE
, y) u& m. |/ e b. u& E# d& ETHREAD_OD
' _0 [6 ?8 Z5 STHREAD_ID/ G2 t# a' w# C) J9 W
PARTOFF
/ u2 V9 u4 w1 S+ V3 oLATHE_CONTROL
# t5 G( v6 T7 gLATHE_USER
3 ^4 ~0 G( ^# v% ] ----ObjectSubtypeProgram-------/ z8 ?5 R1 k! G
PROGRAM- I6 R' J2 t! g' K
----ObjectSubtypeSetup-------4 E/ ]* A# s4 H1 D3 b
----ObjectSubtypeTool-------
/ B1 K4 F1 T& q9 k9 [. r5 G3 d# z7 lSPOTDRILLING_TOOL# {! d3 k; Z5 S% y
DRILLING_TOOL2 K" T( y2 a. p( t
OD_80_L) r$ Y: O" K* k. I3 g
OD_80_R
6 ?1 S! g+ E; IOD_55_L* |) a/ x% f8 }9 Q
OD_55_R7 j" m E' K- I5 y1 M% t8 L
ID_80_L
1 q- u& g. e: ^0 J, E. qID_55_L% D/ ?2 X9 } e" P) P8 D
BACKBORE_55_L, v" w I' Q4 g8 L
OD_GROOVE_L9 a3 O0 Q! r) d" |
FACE_GROOVE_L
4 Y" J ^+ h' P# Z8 uID_GROOVE_L/ J: j1 Y7 ]1 H; Z ]1 k
OD_THREAD_L
) |- y& _- y0 `- OID_THREAD_L
1 @1 A( H. n1 j( w) c* p. I @FORM_TOOL* _) @1 |3 U/ k }0 Y
CARRIER1 R4 B# S/ @$ o. l( }0 A
MCT_POCKET
9 q" H) Y+ y7 E4 FTypes:wire_edm
8 \# @: N% b S% e2 a4 U' } ----ObjectSubtypeGeometry-------3 I; a' J% h$ K
MCS_WEDM/ `/ |5 s# [6 |1 a- E$ j
WORKPIECE
x$ b# u3 U$ j8 y5 Q, x5 vSEQUENCE_INTERNAL_TRIM
) a4 j* T3 w1 t! ^& }SEQUENCE_EXTERNAL_TRIM
$ O2 x1 g* @% E9 ], a+ x# ZWEDM_GEOM) K6 i/ s! U# D7 ? {/ u$ S
----ObjectSubtypeMethod-------
) {( k# r$ Q; R" n6 X) ~WEDM_METHOD+ t4 r" z; ^6 G1 {# L
----ObjectSubtypeOperation-------0 } F7 N b' A3 c5 D
NOCORE
' i5 O1 N8 P9 C. LEXTERNAL_TRIM: K; m* u* g) h6 s
INTERNAL_TRIM s# G w Z: n& @& Q: R5 C# i
OPEN_PROFILE
' }6 t W3 R8 nWEDM_CONTROL
$ V" S: {- O$ f& V( s3 a$ s1 `5 tWEDM_USER
2 R0 H6 c; H8 T/ f ----ObjectSubtypeProgram-------9 K% W3 ]! X, w3 `$ N& R! _7 b: o
PROGRAM
4 t5 J2 H: G" V+ |' m% O ----ObjectSubtypeSetup-------
; B$ E+ u! J: P+ Y; A ----ObjectSubtypeTool-------
* }% x4 H1 q1 Q% j3 s# eWIRE# V5 e; e& O0 b1 q* d# V
Types:probing3 [! w: g* W/ I$ ^4 z
----ObjectSubtypeGeometry-------1 R1 p7 Y2 H7 Y" g4 d$ X
MCS_MILL
5 N1 n' s: a0 n3 EWORKPIECE
2 W8 _& I: x1 I& e ----ObjectSubtypeMethod-------
; S2 n- P1 C: u1 ]5 SMILL_METHOD( e$ B6 A- z1 j7 r+ E
LATHE_METHOD
$ B! v3 F' k {( |0 c2 _5 W4 \) b ~ ----ObjectSubtypeOperation-------& y: R( A( }& d
MILL_PART_PROBING
1 X' C3 a# W8 q( j: j- s! f7 s; qTURN_PART_PROBING9 M& ^8 P/ ^/ k# C1 a" ]3 A
MILL_TOOL_PROBING
& i& [9 M# A) {' gTURN_TOOL_PROBING w5 P; N1 ?4 M! e) r
GENERIC_MOTION# D r, I0 q% X6 H
----ObjectSubtypeProgram-------
1 Q" e3 C! C9 v2 f, OPROGRAM$ ?9 r, P; a/ G4 o5 W" c5 E& U, U, ~
----ObjectSubtypeSetup-------1 q3 N9 r: v) v. ^5 D
----ObjectSubtypeTool-------
6 \/ q: |7 }% e4 N+ W) Z! TPROBE
. N2 w O( y# ]# |5 IGENERIC
* _. J+ \1 Y6 x; n2 O JTypes:solid_tool( H. s j) C" L' O+ {' |; v9 g( b( N
----ObjectSubtypeGeometry-------
M ?4 @8 P; w0 ^: B* W/ j! q ----ObjectSubtypeMethod-------. ~* n+ ` v: A8 x4 X
----ObjectSubtypeOperation-------
% r1 t7 F; D, B6 @) t& E7 w( P% x ----ObjectSubtypeProgram-------
1 r4 ^ i2 B4 o* F ----ObjectSubtypeSetup-------: k7 s! l2 T1 A: h6 P7 V: X2 v# q# y
----ObjectSubtypeTool-------
# q) k0 z# `" ^" p# v* I, o" pGENERIC1 V7 n/ {& z( S! Z# M0 |" D2 N. n
PROBE. s* s$ T3 y7 t: `( _- y
Types:machining_knowledge
; }' R" p5 C. _4 y+ h6 @; O; S# r ----ObjectSubtypeGeometry-------
( v' Z, H) ^, q0 V) R8 F* }MCS+ V: E( L; Z, ~( A9 e
WORKPIECE* G% w" X u3 C9 J- r5 M6 Y2 A
MILL_AREA
8 h ?% v$ f* v, HPROCESS_FEATURES
: C, f7 b1 c( D8 W' C2 m% D# T ----ObjectSubtypeMethod-------
, `4 h/ U: e+ ePRE_DRILL_METHOD7 m* B+ B' Q; H! Y1 ~* R7 D' Y
DEBURRING_METHOD
, F) Q& h, Z- I" LCSINK_THD_METHOD) e9 w* E- u# C V3 y& X+ Y
TAP_METHOD( s g% u+ K$ |" p# ^7 G. i
STEP_DRILL_METHOD
$ O/ E5 b$ t% d+ }5 hTHREAD_MILL_METHOD
# d6 {* G+ T0 AMILL_CB_METHOD
/ h: a) e c" b9 Q' U# BBREAKCHIP_DRILL_METHOD+ u! O; X& s$ f8 \: m# W
BORE_METHOD- w1 X+ s N6 l
CENTER_DRILL_METHOD# u+ `( n- m/ ?4 L7 L9 q% L! `( \
CORE_DRILL_METHOD
- a2 ?+ L3 E3 m2 A& k3 fCBORE_METHOD
/ a) A( g' t2 V: FCSINK_METHOD
: E2 _* o, G, ~; q% ODRILL_METHOD
- N4 {) Y# d8 i& N5 p; dPECK_DRILL_METHOD+ D) ?8 b3 i, _( a! ]
REAMING_METHOD
: c, _' Y; g( P! A5 T1 qSPOT_DRILL_METHOD
- V8 H1 G3 j r! iTAPPING_METHOD. X# ?) g6 B) O4 L9 f) I3 ^
HOLE_MILL_METHOD* {. G8 a( E: g! b
MILL_METHOD_ROUGH
3 i3 Z' O+ s. c |" D ----ObjectSubtypeOperation-------) h5 i# g, {: q6 J1 k# ^+ ?
HOLE_MAKING" |& v) f. a! j. c" P Y0 L+ O
HOLE_MAKING_DRILL_TEXT
& C. }4 I; u6 M v: _# _0 M: vHOLE_MAKING_DRILL_DEEP
6 R" b- d5 `( `2 w' A& X4 j; V# `/ GHOLE_MAKING_DRILL_BORE_DRAG5 I6 {1 i. _! T2 n
HOLE_MAKING_DRILL_BORE_NODRAG, l0 j8 h* ]/ [) h3 r- o
HOLE_MAKING_DRILL_BORE_BACK
3 l* M7 d0 a$ N% X4 d( M: FHOLE_MAKING_DRILL_BORE_MANUAL
3 d( A7 M0 _: M- X1 vSPOT_DRILLING& m. h- z9 r0 G9 o% W
DRILLING
% ~: b! S3 K }2 y; TPECK_DRILLING" i$ ~6 K* l- L& t
BREAKCHIP_DRILLING% E) a4 {8 b2 `* S5 A0 P% N* B' f
COUNTERBORING* l9 L8 b% c) }* C& W
COUNTERSINKING3 z) d6 L) H: C! B( G* Z9 H/ \
REAMING
Q; Q) g3 O( u3 {5 D, Z' pBORING) m/ P9 c( x+ Z) s
HOLE_MILL
5 [2 o, g% W2 p1 ?, GFLOOR_WALL, R5 x8 j( o$ n
FACE_MILLING9 p* P7 ]6 s% {4 w; m: Q+ j' s3 W
CAVITY_MILL" J2 } {/ Z- l6 ^ q
TAPPING6 s8 O ?9 E: I0 \" I
----ObjectSubtypeProgram-------7 R) ^* ~6 ~6 t G+ b1 Y# I# c
PROGRAM$ O# U- z% K6 `
----ObjectSubtypeSetup-------3 \( Q* M) h" `. F: A. N
----ObjectSubtypeTool-------
0 w2 }# ?3 J% ?4 W6 Y' f6 r: }* F+ `CARRIER
* G4 ^8 h5 E) G5 o8 x4 NMCT_POCKET
4 p0 K9 R+ D. u) U6 ~HEAD
4 z9 ]/ k0 H: E3 b% q: U1 [! K- M6 u% X/ A- k. K9 F
# o; f1 X. I& L" f- i
! r: ?3 P0 U. r8 @% f |
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