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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9 c9 K& H/ m% P* Q: V
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void createCAMTool::do_it()' x+ J- j3 r* C3 F5 Y
{1 Z# N6 `* \7 w! l
8 h! S/ F- j* X. v# z
; [5 \/ r9 u" R6 L# G/ d2 U // TODO: add your code here7 c4 D1 O0 \' R
std::vector<NXString> types = theSession->CAMSession()->GetTemplateTypes();; E' `7 r3 {4 W( p. g/ E3 O- x! R
for(int i = 0 ; i < types.size();i++)( O) b% ? x# A2 }; p8 g$ @
{# r9 l: w* o" o. S& ?6 x: T/ g
print("Types:"+ types+"\n");! Z' W. D5 x0 C' a' L
std::vector<NXString> ObjectSubtypeGeometrysubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeGeometry);
% w& U" ^3 |. }+ @6 ~; G8 I; x print("\t----ObjectSubtypeGeometry-------");
2 i/ I- z# l- w5 A) \2 N& v8 U" T- P for(int ii = 0 ; ii < ObjectSubtypeGeometrysubtypes.size();ii++)
, }# U4 g- ?# k# Q! D) R Q {
! @) Z+ v6 l" ]! g' h. b print(ObjectSubtypeGeometrysubtypes[ii]);
% `# K; F7 V O: R7 w. p }
; ~, M! `0 f6 X std::vector<NXString> ObjectSubtypeMethodsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeMethod);
0 U. p9 j) T. v1 O- G print("\t----ObjectSubtypeMethod-------");* u: P/ b- u; `6 v
for(int ii = 0 ; ii < ObjectSubtypeMethodsubtypes.size();ii++)
) s/ l7 u( v- v3 b! J/ i {( |" P _0 x6 t! f1 W
print(ObjectSubtypeMethodsubtypes[ii]);
$ B9 I# {/ Y$ o }
; w6 k0 ^3 f' r: y std::vector<NXString> ObjectSubtypeOperationsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeOperation);( W; Y3 F+ X0 d4 e8 Z
print("\t----ObjectSubtypeOperation-------");1 ~# p5 G8 J9 n1 r0 S5 {
for(int ii = 0 ; ii < ObjectSubtypeOperationsubtypes.size();ii++)
$ q( {6 ~$ d u0 }) ~7 Y {8 a# S3 G y& X1 o9 p0 i8 ^
print(ObjectSubtypeOperationsubtypes[ii]);; k7 l! M9 n4 _. m8 U( r7 v: ^
}
& H1 \) o! v; m6 b; U std::vector<NXString> ObjectSubtypeProgramsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeProgram);) l: f- ^! F" U/ r; A' n0 l
print("\t----ObjectSubtypeProgram-------");
7 o1 L4 q" [& D: m7 Z for(int ii = 0 ; ii < ObjectSubtypeProgramsubtypes.size();ii++)7 _+ b. h2 I1 u
{ m; S6 y; o8 }
print(ObjectSubtypeProgramsubtypes[ii]);
9 M' q8 c3 F; |2 K$ t }1 G: @' D$ _1 o# d
std::vector<NXString> ObjectSubtypeSetupsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeSetup);
$ ^7 s% ]" I" M( U' O i print("\t----ObjectSubtypeSetup-------");1 G* g+ i" N. z" X1 i: ^2 K+ c
for(int ii = 0 ; ii < ObjectSubtypeSetupsubtypes.size();ii++)
4 k9 [( q8 `* Z, c5 H4 E {
! y$ v% Q& V2 ~; T print(ObjectSubtypeSetupsubtypes[ii]);5 Q V: }4 E% O
}
9 U! I3 X1 Q: ]' [- z5 h std::vector<NXString> ObjectSubtypeToolsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeTool);/ [$ d; [6 x& z( l- N: {8 M
print("\t----ObjectSubtypeTool-------");5 L( x3 S% l+ P) R
for(int ii = 0 ; ii < ObjectSubtypeToolsubtypes.size();ii++)7 L# x7 h+ J+ W8 }$ E* ^
{
( y+ L u3 {( d& q) T, e( L# Q2 g print(ObjectSubtypeToolsubtypes[ii]);
4 }5 B$ L8 w$ m- A }
& N! V: f+ b- ^# @- g* \; v) E) r}
! C' C" f# ~# _5 s M! M* d ?- ] ?: l' X! n
: e( K/ f& Y( D
( C1 U% s- v* l @2 a3 I6 m) w d结果如下：5 O' ?" A% O. ]$ w+ ?$ C
$ f4 w, q( K/ J; p% ?
7 [ _- ]1 G8 R* S W6 T: I& E' H; vTypes:mill_planar
. ?4 }1 t1 Z, _2 r5 {+ L9 K5 t ----ObjectSubtypeGeometry-------# V- C2 M: h3 [ D9 f4 Z
MCS
! {9 A6 n$ i6 ~WORKPIECE3 `, i; ^+ O9 s6 B" P1 B, O! V1 m5 N% Z
MILL_AREA
! e; z" _8 b2 _1 t- q- P! aMILL_BND9 J& x8 o% W2 _: E: E& ]
MILL_TEXT
0 @" M# z8 k( c+ r% x8 B2 XHOLE_BOSS_GEOM
3 _+ z1 h! ]8 BMILL_GEOM
. z6 g+ K, {8 C9 h$ [ ----ObjectSubtypeMethod-------$ D5 Y/ P- ]& y: U# ^8 z/ J" G* q
MILL_METHOD
8 r! W9 `3 @6 Z ----ObjectSubtypeOperation-------
4 t: V. p+ {# i8 IFLOOR_WALL2 F% T2 M. Y0 w+ {) s1 F) b, U
FLOOR_WALL_IPW+ g# n6 W; K+ l2 E$ k
FACE_MILLING
" p: L# c/ v! t! [4 J4 ^' eFACE_MILLING_MANUAL
2 {! P4 O4 z/ t# M( o- X+ RPLANAR_MILL9 K; p: _6 d1 W M
PLANAR_PROFILE- T) o8 h) ]( U0 G- B
CLEANUP_CORNERS
: R L+ H y! y' xFINISH_WALLS6 w& Z. N0 |3 V* T$ q) R. H* {# Z
FINISH_FLOOR
' y4 _6 k7 z) M! }1 n$ ?GROOVE_MILLING7 G* X8 W2 i4 m) z( V2 E$ L
HOLE_MILLING& p3 U a+ N9 ]' j
THREAD_MILLING5 a$ y2 B, s3 u1 `3 k6 c
PLANAR_TEXT7 F+ q& y$ J7 q4 N' |
MILL_CONTROL
( P+ q c/ I! c, F& `& PMILL_USER L8 R! u% X; e. X
----ObjectSubtypeProgram-------
2 q, j/ i( F. i5 ^PROGRAM, n) e# K9 H: w% m9 `3 ]0 o% A* j' O
----ObjectSubtypeSetup-------
+ X2 R. l: K' q ----ObjectSubtypeTool-------' [8 L* D) |( \& w- H& B: T) I
MILL! m! \6 @( y4 m/ Z$ t8 F
CHAMFER_MILL
* ^/ {- u! q; V& r! {1 BBALL_MILL
g0 A) g% F, v+ X8 o2 z QSPHERICAL_MILL( U. k, ]7 a$ p; N$ l
T_CUTTER
8 Z, C0 Y# L" G* A. k2 J0 dBARREL
4 S6 Y( Z, n4 U' y4 g# Y6 lTHREAD_MILL
. W. z( }) e7 l* p" l) SMILL_USER_DEFINED
% Y. U$ B' p# R8 `+ BCARRIER
' u' s1 r1 d$ Q! JMCT_POCKET, N1 @) M* d: i+ F
HEAD# B) u8 d9 @( L# N
Types:mill_contour' J( o0 g8 R2 k8 ^* g. I; c
----ObjectSubtypeGeometry-------
% d* X2 T3 a, `6 N" T" ^4 {MCS
* P; W) p1 t( Y2 o' y3 ?WORKPIECE/ E8 O5 j6 J+ t0 J! {- S
MILL_AREA
+ `, T% a+ P; S" x _# uMILL_BND/ G& i: a: ^/ e3 ]) D
MILL_TEXT
{% Q5 b( i7 K0 tMILL_GEOM! u" Z) a8 A, G
----ObjectSubtypeMethod-------
* H$ o$ `! Q7 Y- x$ J+ x+ c2 rMILL_METHOD6 ~2 K' d% B4 e; g
MOLD_ROUGH_HSM4 u& M) }0 F3 b) r0 q0 E
MOLD_SEMI_FINISH_HSM
' P! v3 L) O* p3 d% k; V; AMOLD_FINISH_HSM
0 \" W. z8 b5 [* b2 A' u6 M ----ObjectSubtypeOperation-------5 B* c5 k$ K. ?/ |- g- c! r
CAVITY_MILL& w( z2 U: ?' L
PLUNGE_MILLING
, F8 u3 U' A4 r# m# X& gCORNER_ROUGH
/ M# v! W i; K2 xREST_MILLING* L! S- Y. |* J$ q) u& j8 F/ Q5 g
ZLEVEL_PROFILE
4 x2 j5 Y _, KZLEVEL_CORNER
+ ` ^8 h3 g; s# R# B3 `, Q: e# @FIXED_CONTOUR; S" O' s; k7 q6 Z" ]
CONTOUR_AREA
6 r3 `( I9 b- A! c, @CONTOUR_SURFACE_AREA
) Y& U1 Q' L# R3 {) u8 }0 ?! eSTREAMLINE
% I: c2 x" Z8 a3 H4 pCONTOUR_AREA_NON_STEEP" l+ F: w* ?. y7 O
CONTOUR_AREA_DIR_STEEP
/ H$ [/ Z3 c; [ K7 M% e7 OFLOWCUT_SINGLE
V) I' I$ K# m ^FLOWCUT_MULTIPLE
, i$ m! H/ c: q8 t( dFLOWCUT_REF_TOOL
: m6 N7 l2 f4 f; I; L G. K$ RSOLID_PROFILE_3D5 K$ Z& P. U9 b# v
PROFILE_3D
" p0 a' F6 a1 G; U$ `. V+ n6 dCONTOUR_TEXT g& A! `4 V% {* c, L3 y5 N
MILL_USER
{) D& A, L1 S% S0 |& V, _MILL_CONTROL
" |! }3 Y: h- A" \ ----ObjectSubtypeProgram-------
1 C# v8 o- O0 O# O7 kPROGRAM
& X4 N) {3 t# L1 v7 o H ----ObjectSubtypeSetup-------
$ I$ G6 m( K- H/ [0 r0 `& L ----ObjectSubtypeTool-------6 C* v/ E. g4 K" B* m* w
MILL
' X: X* W9 d& @' X' pCHAMFER_MILL5 G q) k( z/ Y6 n4 x
BALL_MILL
) m+ V5 z( F% k+ M2 W& E- ?SPHERICAL_MILL
; o/ t0 z m& ?7 Y% fBARREL
3 \; C0 D3 J: Z8 Y! R* g1 P' BT_CUTTER8 I% ?; O, X9 I0 ^" d: Q8 M
CARRIER
- o6 r- f+ V8 B& I8 V$ p& NMCT_POCKET# F" R8 v7 G8 Z$ G2 v- {" Y
HEAD
% X1 B e9 H3 j0 N( u: ~, yTypes:mill_multi-axis
. b) i" W6 s1 m9 f+ {# ? ----ObjectSubtypeGeometry-------- C$ I9 A0 f9 o% W! ]; Q
MCS
4 U- q7 \. S: l, YWORKPIECE
3 U: T: K( v$ h* e+ w& \' BMILL_AREA
& ?; m& Q" B3 d/ kMILL_BND% W2 ?# v0 @6 V7 D* P
MILL_GEOM
; j- e. r2 P. ]6 m6 z: `+ N ----ObjectSubtypeMethod-------. M; a, B% F" }5 E5 {2 B* r: O
MILL_METHOD% P/ x; f9 q1 `% p2 g* I+ H$ j) L1 _
----ObjectSubtypeOperation-------
: u& F- d5 t$ D2 y0 ?/ ^7 CVARIABLE_CONTOUR
$ X- E- n; u( @1 u9 AVARIABLE_STREAMLINE6 V6 P% A7 Q* m }/ i) Y
CONTOUR_PROFILE
/ Z: P& |8 I& n) @' b0 BFIXED_CONTOUR
& \5 M) D5 q# M3 ?, cZLEVEL_5AXIS t9 U8 Y- x5 j7 G2 `) i$ r
SEQUENTIAL_MILL
, e' [) E" v5 B1 [2 F% W- TGENERIC_MOTION
- Q: l" C w0 P# X: xMILL_USER
7 h, U. N9 M' K8 J# i& R j5 eMILL_CONTROL
' _) m/ N) U) l5 b& X% G8 Y: o+ v; [ ----ObjectSubtypeProgram-------1 {1 L* b- C) d; r
PROGRAM2 v) J3 j% d9 T! _
----ObjectSubtypeSetup-------& c1 y/ |% I9 K4 w$ R
----ObjectSubtypeTool-------
% \% C* ]. w c: o4 o) D* oMILL8 Q" n0 N6 E# a* ^' b, U
CHAMFER_MILL
& W7 H* x- V# Z" H; KBALL_MILL
3 O# Y% E" C& V4 A. b7 `SPHERICAL_MILL) i+ @5 V( B- d# d4 @. o
MILL_7_PARAMETER5 R; @9 f' ]4 H# ]& l8 Z
MILL_10_PARAMETER
7 r+ K$ V; @7 j5 X" n. O% I, {, RBARREL
4 O6 F* _4 L/ W7 B9 W/ \T_CUTTER
( J U* M4 d* k6 [5 Z, gCARRIER
5 s: t2 E* L* o9 }" l9 ?MCT_POCKET
* z( N$ s8 R4 p7 |. QHEAD
+ ?; E; V/ c3 H: A2 B: V. T# q8 B QTypes:mill_multi_blade+ i% c" |7 h2 _1 P, u
----ObjectSubtypeGeometry-------' ?& C7 e% y9 s8 Q% Z
MCS3 c+ J3 P4 l/ Y& A; p
WORKPIECE
/ ~- t! v( f- r2 d9 l0 vMULTI_BLADE_GEOM
* y- Q* o6 j% k1 p# R ----ObjectSubtypeMethod-------
- n- n" A O, m0 B ^4 V/ S7 TMULTI_BLADE_FINISH
+ ?/ ^8 D1 k3 bMILL_METHOD
+ u; n2 v8 @( @ ----ObjectSubtypeOperation-------' c6 f4 h% z3 `: V( H+ g
MULTI_BLADE_ROUGH
3 z* ~* M. V, h8 OHUB_FINISH5 ~" H0 W6 K I0 Z) T; G
BLADE_FINISH
% x9 C0 a7 U& w5 a8 ^1 DBLEND_FINISH z& P! V- m" `8 H" u' z7 W- q
GENERIC_MOTION" q8 r& \+ }2 I c$ x4 h; S1 M- I
MILL_USER1 J7 X! h) a: w
MILL_CONTROL
+ W3 C, J. v$ \3 I3 `4 c ----ObjectSubtypeProgram-------3 F4 N, t8 q p2 D9 a# {. p
PROGRAM$ o2 T. c9 l3 M+ d/ k J
----ObjectSubtypeSetup-------
- \* K; e5 a6 C7 J1 j3 u1 n" a' D- M% d ----ObjectSubtypeTool-------
( f7 }# m3 N2 i, x2 U6 `& K3 t( ]MILL" j, E4 f1 Q( ^+ [% U
CHAMFER_MILL; u4 `1 s1 |! j1 `
BALL_MILL4 ]. }! u) L# g
SPHERICAL_MILL2 ~7 i3 {3 Z& d; G
MILL_7_PARAMETER
V2 H1 m" e) L9 w v+ g1 K. YMILL_10_PARAMETER( S/ K6 c+ L2 R9 w# a$ }1 I
BARREL
; m- D" H# U$ `. u H wT_CUTTER
4 d! Q2 F$ u7 _ CCARRIER
' A+ L& o! A* M& x5 X- }9 OMCT_POCKET
3 [: c' `, Z* w F _HEAD9 ~. o. k& O+ D v
Types:mill_rotary
9 M) l P2 {* Z$ K0 S. | H ----ObjectSubtypeGeometry-------, L- h/ y0 Q; k; ^8 g% \( n& T
MCS! H/ _5 b _! J5 J' r1 L
WORKPIECE: x) K& \2 |0 X/ ]* I8 q
ROTARY_GEOM
7 R) k# M/ D4 @% y8 y/ S ----ObjectSubtypeMethod-------3 v( _- [9 [: k( d
MILL_METHOD+ i" F/ `( _, F4 h7 ]- j
----ObjectSubtypeOperation-------
- K$ F3 W& Z. _ V* u$ TROTARY_FLOOR" _. A# x& r& O' G- o
GENERIC_MOTION
+ W4 t0 Y% B3 H6 I2 w1 cMILL_USER" v/ j4 x* X3 |0 v2 v
MILL_CONTROL
0 {, d0 f6 H7 ^; w- _/ D ----ObjectSubtypeProgram-------" T2 v- e5 u5 A! r; J8 u
PROGRAM
^ `" F- D7 O0 u$ i: e h) M, S ----ObjectSubtypeSetup-------3 l, U6 T5 U: h4 X7 K8 I
----ObjectSubtypeTool-------. q) t, f' j" J7 S- x
BALL_MILL& _5 F6 t0 F$ a( N
SPHERICAL_MILL
2 h6 V# M( ~7 JCARRIER- n6 p8 v9 {6 W4 R- f
MCT_POCKET
5 U* N ]0 [9 W( q1 Z! TTypes:hole_making _5 g S. ?. ]2 I
----ObjectSubtypeGeometry-------
9 a/ h2 i, T. {- ~: {1 Z7 f) R0 \MCS0 d2 T4 P5 |- I; S. M0 p
WORKPIECE
2 U, d6 C, W, PMILL_AREA P0 t, j( J- p$ P6 L
FBM_GEOM
. R; }* O: i0 G4 p3 _ hSIMPLE_HOLE
& ~% F9 n9 o$ ^CB_HOLE. J+ E/ p) @ a/ N: h2 r
CS_HOLE
2 {* B" `" P, D: {( uTHD_SIMPLE_HOLE
0 M- l: d0 k1 r2 f& ETHD_CB_HOLE
6 A6 M1 ^1 {3 C/ pTHD_CS_HOLE
- o' B# K) K8 F8 ?SYMBOLIC_THREAD
4 g- c+ N' l2 J) t! Z: m/ hCAP_SCREW_CB
: c3 A# @2 J: e0 aCAP_SCREW_CS
k* g2 K0 R& ?FIT_HOLE
! ^; p1 o ~8 g d# O7 VSTANDARD_THREAD5 Z9 E/ c( B' f4 z( X9 ~
ALL_FEATURES
# x6 f+ n4 g0 c: {6 Y: }: K4 _. UHOLE_BOSS_GEOM8 S( O( o$ o! `( i; i
----ObjectSubtypeMethod-------
8 f* u2 V- ?1 I0 W. oDRILL_METHOD
9 M f" w. q W" E9 y+ L+ M' RHOLE_MILL_METHOD- _; n& A" k9 `3 t6 A1 Q+ m4 W
----ObjectSubtypeOperation-------$ b/ {# k1 q6 U H
SPOT_DRILLING( h0 s+ s) p3 u. w5 K3 I' k$ X
DRILLING
/ j; _' T0 N/ |. ?5 }COUNTERSINKING) _, y& j$ H7 \& U- o; s9 ]. H
TAPPING
- @6 P: M* @5 Z+ KHOLE_MILLING
* w$ Y: ]+ c5 _4 c7 aHOLE_CHAMFER_MILLING
+ d! D' E; f- TBOSS_MILLING ~: y( Z2 y% C
THREAD_MILLING0 r' B. h9 e& `+ j( `# h; J
BOSS_THREAD_MILLING
2 m# P$ j6 ~1 X2 V2 QMILL_CONTROL* i2 H& g/ q; P$ ^
HOLE_MAKING- Z; u6 g& I4 Y7 v X& j- m
HOLE_MILL5 \3 q4 z# S2 b- A: x/ a, x
----ObjectSubtypeProgram-------5 X+ |1 Z( R0 D% ]( I
PROGRAM, Z! K9 P/ }- M1 e, T/ L
OPTIMIZED_NC8 y, l! y6 l9 M( N) D8 \: U- v& {! f
----ObjectSubtypeSetup-------
5 ~1 E% y! r$ h) u$ a6 ` ----ObjectSubtypeTool-------+ G8 j* S1 U% R9 ~* |
STD_DRILL
( [; n3 f- I; FCENTERDRILL- t4 J* q5 K6 a. K$ k
COUNTER_SINK: [0 u2 M, n. ?2 E
SPOT_DRILL
" k) K6 A1 l9 F9 x* u' ]: tBORE, x/ |, o; L" n) U, ]+ T
REAMER% x; F2 y8 \( t
STEP_DRILL2 J4 o5 L) t# O2 d: w; [: j1 x
CORE_DRILL
+ Y: `8 T3 v9 v- s9 u0 pCOUNTER_BORE
6 b0 j: H0 X8 Y' ?TAP
: X' G6 ?. ?- O/ wTHREAD_MILL
' l6 H) `# K! ^" X% d' y# c2 k& ^SPOT_FACING
?- d% w0 E( `CHAMFER_MILL( ?2 S8 g. a3 G* ?
MILL# z; s4 J; @7 R$ {, E
CARRIER
1 {) B/ V g! a1 S7 {/ uMCT_POCKET
2 R% _+ c' s% F- E# R! LHEAD4 q1 M4 K; h1 y; A) p" j" I; s
Types:drill2 M6 ~7 ^$ H3 k* ^
----ObjectSubtypeGeometry-------1 |/ b4 n# X) W
MCS5 V; e9 T# b! e7 V
WORKPIECE3 E0 b$ n! ^) Z% b$ o2 P& W
DRILL_GEOM Y" P- J8 G7 R; p0 e3 g
HOLE_BOSS_GEOM9 m. [2 ]# \; j' B$ F
----ObjectSubtypeMethod-------
- c, {8 K% V i( \% tDRILL_METHOD2 w0 Q% H% {5 @; o) L
----ObjectSubtypeOperation-------
0 @& \5 t7 b/ YSPOT_FACING# L( W+ H, \4 b: D: X
SPOT_DRILLING D3 \; c: L* [" j
DRILLING1 E& j2 `# ~7 R6 M. v' w4 B
PECK_DRILLING; H" u* [# a8 w1 B8 n* b- G
BREAKCHIP_DRILLING
1 P# {0 j( t4 E0 RBORING1 `. v+ y+ o$ t6 b
REAMING
" X8 M- D3 k9 Y6 \) x0 }COUNTERBORING
( h( C, p/ {, x8 V- z) o# YCOUNTERSINKING
2 @+ V. f0 B) A2 |* NTAPPING! c* [; w( T8 q9 @
HOLE_MILLING" d5 |6 e( }/ N
THREAD_MILLING
9 [/ D! K. n: b- T4 XMILL_CONTROL; R3 A5 ^3 A" \- w! e
MILL_USER7 \& `; }( F8 j) w, n% u
----ObjectSubtypeProgram-------6 P7 F! `5 k# D
PROGRAM
, k- T& Q) Y$ g1 R. l( T ] ----ObjectSubtypeSetup-------: z2 R) D! r3 |" l1 I
----ObjectSubtypeTool-------! E8 i7 u8 k4 [8 j6 f& d
SPOTFACING_TOOL* W& ]6 k6 }6 E5 P
SPOTDRILLING_TOOL3 ]0 a( a6 j8 V
DRILLING_TOOL
- w4 p/ Y; U }BORING_BAR( z$ L6 w& g$ I9 O# c, G
REAMER2 i! w, q( T* l# L% {
COUNTERBORING_TOOL4 m$ v" [) U6 t( J
COUNTERSINKING_TOOL
L1 [* a% A% I) M# gTAP
* t& p& e- F: L6 j/ v3 hTHREAD_MILL% R. u) F" w% y$ ^( I! Q4 ~6 [
CARRIER9 G5 [* Q" s, E
MCT_POCKET
! f4 r% C( N! _6 [0 zHEAD$ [# d' B, s! I6 E) H2 D% p
Types:turning
, X! _& U: {" z' J0 W ----ObjectSubtypeGeometry-------/ w& J" D" T/ v/ E. k3 ]
MCS_SPINDLE
6 d* G# O+ z/ y" H/ I. n+ Y6 x) nWORKPIECE6 m }. B# n! F
TURNING_WORKPIECE
1 Y% ~0 ^! q8 B5 J4 TTURNING_PART
7 f D- Q- i, [! {8 l6 ]" zCONTAINMENT2 v4 k0 t# J; }7 P
AVOIDANCE1 M3 u8 a8 s, P6 |/ O9 a
----ObjectSubtypeMethod-------9 E7 \3 P2 |3 f i$ n+ {9 }& z
LATHE_METHOD9 f. o; i9 p) f3 Y! b9 O
----ObjectSubtypeOperation-------+ w. G7 j( O6 ^- l: |. W; Q$ a) b
CENTERLINE_SPOTDRILL
" ~1 [8 F7 i- F! P. Y3 q; Q, |CENTERLINE_DRILLING
, v9 b) n2 n6 c. `/ `( f6 ^CENTERLINE_PECKDRILL2 U* T2 z% j4 z' ?' \2 e' x
CENTERLINE_BREAKCHIP# z$ o" T, E! V# U. `! I: e- C3 v4 D
CENTERLINE_REAMING
$ _7 J v' |# f tCENTERLINE_TAPPING
; D/ g/ X9 M5 y \FACING
$ c# k Y5 R) j; [! HROUGH_TURN_OD* _1 _" V6 e( J- B% o5 n
ROUGH_BACK_TURN
3 B! P8 U- \* l: JROUGH_BORE_ID9 d) g4 F& P u1 ]) l- B% N5 `; N
ROUGH_BACK_BORE; }7 t k0 x0 e S
FINISH_TURN_OD
% D1 y6 ^" {6 w( w) iFINISH_BORE_ID* y$ N+ Z$ T% ~
FINISH_BACK_BORE
4 z9 z/ I4 n& q0 r8 n, d& xTEACH_MODE; _* U+ B6 g! f+ R
GROOVE_OD- Z; P: g, D: m5 o8 F: o) v- O
GROOVE_ID+ q: ]( m" x4 U) m, y \
GROOVE_FACE
8 _. B. m5 R0 M! Z4 w D9 F; PTHREAD_OD& d: W! @6 ~/ y! M) _0 a2 W& _0 k
THREAD_ID
! N) s; A# e7 L6 m) N' b9 n0 e `# ~PARTOFF
# z- _$ M- [) rLATHE_CONTROL
, k: s' E$ c2 l6 p0 a. l* ]LATHE_USER; ]# |; Q% B+ n) z
----ObjectSubtypeProgram-------
8 M2 B) c' _2 q9 }# ]PROGRAM7 x3 ^% P9 P+ {+ n
----ObjectSubtypeSetup-------: l3 e: @* Y. Q
----ObjectSubtypeTool-------% N7 [4 E7 r$ q% b# T* n7 [& a
SPOTDRILLING_TOOL/ O7 k1 A/ j4 Z# a
DRILLING_TOOL4 q6 y" a8 d) a' n2 l" H& q
OD_80_L
4 \+ i+ j1 ~% }2 c5 b: YOD_80_R* M0 ^& P7 F- y9 b- ]( L
OD_55_L
! q% x$ n; x9 C2 W+ {3 c, jOD_55_R! y+ g/ l- \) U# u" ]: Q
ID_80_L
/ y9 f3 I2 x1 |0 ~% k" PID_55_L: j. {* }3 U5 X7 J
BACKBORE_55_L( x! J j; h5 A9 O- W
OD_GROOVE_L" o% F( A: Z* R1 O6 e1 Y
FACE_GROOVE_L
( O$ b! L% m0 T3 }! o5 oID_GROOVE_L* R& i1 C: Q& F+ O0 b
OD_THREAD_L( q) C3 h2 B1 z( f- B% u) j
ID_THREAD_L
9 M" \" S/ t& H0 a% oFORM_TOOL, z- V& i2 z; u* a7 O- T1 U8 w
CARRIER2 ~7 l( S' y: x6 e& p
MCT_POCKET; V: T4 J0 }) t$ q% v" W
Types:wire_edm
6 R! M. ?1 p" r% L. S2 Y1 i ----ObjectSubtypeGeometry-------& k0 t/ U y3 B* J# |9 g
MCS_WEDM
, `. `+ t5 X! ^6 @4 r1 D6 RWORKPIECE3 E$ j- W' O: }8 {+ r5 _; i- o# w
SEQUENCE_INTERNAL_TRIM
+ y; o! r; J6 W& j- _& q' D. c# \SEQUENCE_EXTERNAL_TRIM+ F! `0 v P# {7 s/ m& i
WEDM_GEOM/ D, G p" A. e7 J, u& `5 ^! z/ l
----ObjectSubtypeMethod-------% I7 z- c8 f q
WEDM_METHOD2 D4 |7 w `( B! f( y
----ObjectSubtypeOperation-------
0 D5 G) R0 {: `5 mNOCORE) s3 w; a* A, _, |
EXTERNAL_TRIM
; r% ?' [6 u# [) a6 q2 j( z' MINTERNAL_TRIM- O% O2 M1 i8 m
OPEN_PROFILE l$ z$ E4 Z; {
WEDM_CONTROL
) ~' ~5 y( \* ]! {' ^ AWEDM_USER! S7 M0 | l, ^2 Y8 t8 s! }1 i
----ObjectSubtypeProgram-------$ s% @" r" |9 S1 T8 {
PROGRAM
* `* ^( u0 s7 @, g) t) I ----ObjectSubtypeSetup-------
( x6 x. Q; r, c/ E1 X% W q0 V ----ObjectSubtypeTool-------- N/ n1 I' g9 {, Z) @% Y* Q; l _/ |% Q
WIRE
( J" X( H, C9 T! N4 Q& l& q# r" ?Types:probing
( D: Y1 G; G+ Z" G ----ObjectSubtypeGeometry-------
/ Z1 H: { @0 U- d* u8 `MCS_MILL1 B1 R4 e& J% R% j% @1 `8 X
WORKPIECE! [+ I3 i9 K W
----ObjectSubtypeMethod-------
: g: @1 e" g8 y' TMILL_METHOD
@; }! x1 o% FLATHE_METHOD3 c$ H# b2 f& J8 R! n1 Q5 B
----ObjectSubtypeOperation-------
- K; o2 a" q+ }MILL_PART_PROBING$ e/ D- Z% }" j' q& Q
TURN_PART_PROBING
7 U& @* I) e' ~7 P5 ?7 m5 x, J3 RMILL_TOOL_PROBING
# F8 d+ p8 x; m. x# QTURN_TOOL_PROBING; Z# v H6 `( l" R/ S9 z7 J. U
GENERIC_MOTION' h- w v" n% |3 H0 l; h4 |( O8 K
----ObjectSubtypeProgram-------8 }$ D5 j" w0 L) M1 u+ v! y. H3 Q
PROGRAM0 m7 Z" l) \! o$ x* p& ?
----ObjectSubtypeSetup-------
. v& u8 U! R; D' a5 Y3 b: U ----ObjectSubtypeTool-------
6 r: b" x4 t/ f' {PROBE
K4 C/ J+ ^! \- I* PGENERIC. F# [ [6 {2 V% [ q3 i
Types:solid_tool, j) b9 k9 H( w6 c8 U
----ObjectSubtypeGeometry-------
1 t3 e3 L B1 F ----ObjectSubtypeMethod-------9 p+ o" y% B) I5 c
----ObjectSubtypeOperation-------: @" K( ~9 G7 h: ?9 P j4 C! p
----ObjectSubtypeProgram-------) l4 c4 w/ v* L% k
----ObjectSubtypeSetup-------& ` M7 q& I& |! P q# Z: h# {
----ObjectSubtypeTool-------4 D( j6 }/ x7 l- T; y1 p! A% b
GENERIC+ @* g% H7 J* N; y% g
PROBE1 c( f V5 L5 S& x
Types:machining_knowledge
6 S( E& b3 k* s" S$ ]* W7 v* ] ----ObjectSubtypeGeometry-------" b/ z8 P% F' n* d, v
MCS
! {, K4 Z- A/ Y2 K" F, }2 J# u( k2 nWORKPIECE
& D' P) Y4 A. N; y, L7 v. c% FMILL_AREA
2 |6 Z" t8 V' i3 D7 b- iPROCESS_FEATURES/ G/ Y% m" E5 H# ?9 W
----ObjectSubtypeMethod-------
+ D5 n. U: v" k* R2 M& WPRE_DRILL_METHOD5 j- Q7 G' w: a" [
DEBURRING_METHOD
C7 q8 M' L5 M0 v4 h% ]' d6 lCSINK_THD_METHOD
/ p( e# q2 V7 FTAP_METHOD7 |5 u, x1 i) W: }
STEP_DRILL_METHOD
5 I& L# _8 L. D- lTHREAD_MILL_METHOD
/ t$ o$ r" G7 g8 \6 yMILL_CB_METHOD& ?/ t5 w1 P ~* j0 H* o% J0 h
BREAKCHIP_DRILL_METHOD+ i& j% R1 ^" W9 [$ z, }9 Y
BORE_METHOD
" l" @4 r2 J6 h0 h" J7 U4 gCENTER_DRILL_METHOD
2 m+ z0 G! r# X; tCORE_DRILL_METHOD( y" I E z! `+ j" h2 Z( P
CBORE_METHOD& K4 O3 ~/ m. [9 y$ a8 E
CSINK_METHOD
; }& H1 w5 R0 i: w1 yDRILL_METHOD# N) M7 N9 B: R4 r* T$ A
PECK_DRILL_METHOD
+ l" ~2 @; C3 c8 ?REAMING_METHOD
" o; N% \- ?7 Z( VSPOT_DRILL_METHOD& J1 L7 v( I% U( q
TAPPING_METHOD# z. i, P- \7 O: J+ Y, C
HOLE_MILL_METHOD( d0 N% o( o: I/ h4 L4 C
MILL_METHOD_ROUGH3 j. H9 Q% Y8 z8 E+ b! U' M% i* L m
----ObjectSubtypeOperation-------
K- B$ Y/ k3 G% WHOLE_MAKING2 D9 X5 H: T+ U( x# {6 V+ M+ n5 ]
HOLE_MAKING_DRILL_TEXT+ p; W8 `# ?% k8 _
HOLE_MAKING_DRILL_DEEP, K X/ ]- |! Z( e: c
HOLE_MAKING_DRILL_BORE_DRAG* b% f% {/ s4 P6 V U4 q
HOLE_MAKING_DRILL_BORE_NODRAG
4 z2 z; ], z. J7 xHOLE_MAKING_DRILL_BORE_BACK$ U9 y; ?7 @% K4 P# H/ Q- x5 G H
HOLE_MAKING_DRILL_BORE_MANUAL* F3 d5 h& N `$ K( T9 q
SPOT_DRILLING/ O3 r2 \ E7 C/ p, J% a6 ~0 \
DRILLING
& @0 x7 P( g2 a( O) kPECK_DRILLING
8 P. l% U4 N9 _1 ^+ i2 LBREAKCHIP_DRILLING
6 Y! k/ m8 E, i+ z! c/ BCOUNTERBORING
! Y3 ?& Y, N1 W/ `COUNTERSINKING$ z ^1 g8 d1 j. J+ _/ W2 T8 [. ]
REAMING
' k' `( [" i; }. \9 O- JBORING2 _1 X7 ` o, s* C T
HOLE_MILL
) {+ l; I1 V1 [. \5 ]FLOOR_WALL
3 t& b& M% S* F: ]7 D5 tFACE_MILLING
5 V' p L6 K0 r( W3 a5 tCAVITY_MILL
/ ^9 Z* n1 D4 m# Z& hTAPPING" W" U: w' m9 r# O4 ]* i/ S. A
----ObjectSubtypeProgram-------. S; q( {& V' l
PROGRAM
/ L0 B% E4 J9 V! l ----ObjectSubtypeSetup-------% H! |! t, x0 x
----ObjectSubtypeTool-------
! q! S* l9 B E: R( X: S# |- @' X: ACARRIER
0 ?3 F# @* b+ h8 a* t% m; R& PMCT_POCKET# g* f, i0 P+ h
HEAD
+ G+ b$ a$ S* h) ]% K9 N; g8 b& ~" Z" N0 g w7 F" C
/ ]( D, X, _% Y/ g! D
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发表于 2014-12-18 16:45:22
