|
|
请使用QQ关联注册PLM之家，学习更多关于内容，更多精彩原创视频供你学习！
您需要 登录 才可以下载或查看，没有账号？注册
×
NX二次开发源码分享：NXOpen C++获取当前模版和所有设置+ h& @6 i' H/ S
: G/ C! ^& f# C4 [
+ R) j) R$ J4 A& k
void createCAMTool::do_it()
! L. m6 o: d& N, G# O) t: C{; F( w, p5 }, w
9 ?( S# X' l! c
. g3 _" @% C8 h0 z# [5 Y2 V
// TODO: add your code here' S* r6 H& s- Q
std::vector<NXString> types = theSession->CAMSession()->GetTemplateTypes();4 p! X& |; T" `- k5 a# A; x
for(int i = 0 ; i < types.size();i++)
1 X z: K" ~! @; Z {
$ O7 ~5 p" m. M8 n* { print("Types:"+ types+"\n");* D" [, ]. f( ?) J
std::vector<NXString> ObjectSubtypeGeometrysubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeGeometry);
, W/ N$ Y. n% v! Q2 `, r0 f3 z print("\t----ObjectSubtypeGeometry-------");% r$ `: d6 U4 a1 U* k9 D2 L
for(int ii = 0 ; ii < ObjectSubtypeGeometrysubtypes.size();ii++)
, O! C5 O- [2 w {3 F9 J1 o. l/ Y! Q$ ]) m0 w& Z
print(ObjectSubtypeGeometrysubtypes[ii]);! a8 W" g$ [5 f' H
}
) F; n' N' Y! B6 ~3 V5 g std::vector<NXString> ObjectSubtypeMethodsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeMethod);1 R+ {* j9 U( s- E
print("\t----ObjectSubtypeMethod-------");
8 d p# i6 r0 L5 j" p0 m for(int ii = 0 ; ii < ObjectSubtypeMethodsubtypes.size();ii++)
0 n2 B2 b& U, f2 z0 J {
- c/ `! g/ C( ^, T print(ObjectSubtypeMethodsubtypes[ii]);* a$ s' b K+ A' J" p" p
}, _7 N8 ]" |+ f2 l! s ~$ L
std::vector<NXString> ObjectSubtypeOperationsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeOperation);
4 x# L/ q; O# o3 _9 K) M" v' o6 i print("\t----ObjectSubtypeOperation-------");
( {. T3 e; R6 O! m2 `# T# C for(int ii = 0 ; ii < ObjectSubtypeOperationsubtypes.size();ii++)
' E, m9 \* f% O+ L2 | {
6 V1 Q l& V& [- f4 D print(ObjectSubtypeOperationsubtypes[ii]);: P( u+ e# ]5 E( n- t. V/ O
}. ?. h/ z I1 R, v9 B
std::vector<NXString> ObjectSubtypeProgramsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeProgram);
* _7 V$ Z4 s/ b) U print("\t----ObjectSubtypeProgram-------");
4 W$ t! Q0 G3 r' j) w& J for(int ii = 0 ; ii < ObjectSubtypeProgramsubtypes.size();ii++)
* Y" M7 i1 J& g6 k {( e0 {% G1 Y5 S, q y
print(ObjectSubtypeProgramsubtypes[ii]);
0 \0 u0 t2 p0 m. p }6 q/ x& A1 Z8 H3 T9 P m* A) n
std::vector<NXString> ObjectSubtypeSetupsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeSetup);" G" z: n# \: F/ p; S) o& C, ?
print("\t----ObjectSubtypeSetup-------");
3 M& y8 p7 Z p8 U5 ^$ D7 h for(int ii = 0 ; ii < ObjectSubtypeSetupsubtypes.size();ii++)
& Q4 l& u1 o7 p+ G) z {* n6 e L+ e6 u _& ?$ O
print(ObjectSubtypeSetupsubtypes[ii]);2 \/ _" n5 t1 P- M3 ~- e& z& W3 A& I: v# Q
} D# ~" A' u2 _. n- F. e
std::vector<NXString> ObjectSubtypeToolsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeTool);
. X5 b7 A2 S# I3 d6 C* b8 P print("\t----ObjectSubtypeTool-------");* x# T. y2 i7 j+ b
for(int ii = 0 ; ii < ObjectSubtypeToolsubtypes.size();ii++)& c" P6 n2 q$ d/ f+ z+ T
{4 M6 z2 B9 p' W9 n
print(ObjectSubtypeToolsubtypes[ii]);
4 m* s; B9 j( e# Z+ L0 j }
/ b" X$ F. ]) I6 `}
6 o7 ?* _! c/ p' K& F
K. D) s4 S& U1 l
0 u) ~. W0 A9 X7 g" F4 l/ ?
% |) X' l3 W7 M, j结果如下：& M) ], E* N5 D! w$ }0 Z% l
# x% Z+ p3 J6 B1 I. N. D
% w4 E8 ]5 y$ q$ c6 a0 O" i$ A cTypes:mill_planar0 q3 \/ {/ m4 S6 ~3 A2 U
----ObjectSubtypeGeometry-------; p* i% a. V3 j! u* Z! K9 s8 j
MCS+ H. j% Z+ k# G6 L& P5 a* K; N. o
WORKPIECE
7 G2 H$ b0 _1 I3 r. y) @+ \MILL_AREA
: ~9 C% z; r" I0 q n6 H. MMILL_BND
! I* _1 M' n" o4 Q# {. N/ cMILL_TEXT
/ [6 J S; [1 a$ S( JHOLE_BOSS_GEOM% `# w" N" ?" b* h1 _
MILL_GEOM
7 v; S& b* G! F" K) W/ ~& P( Q ----ObjectSubtypeMethod-------# Z+ x$ m! B% V9 ~; e
MILL_METHOD. [3 f# L8 \- D$ Z2 N
----ObjectSubtypeOperation-------5 R+ v1 X4 O' r
FLOOR_WALL
4 M6 c8 j" g4 F" LFLOOR_WALL_IPW
3 B; B% y3 T) R: E5 u2 yFACE_MILLING
: g; X4 T' F1 `6 g% \9 R4 GFACE_MILLING_MANUAL# C. v& U4 k( z
PLANAR_MILL
( i( t6 y) \& ?PLANAR_PROFILE- z2 \: V+ g/ \0 c: K: z- t7 s
CLEANUP_CORNERS9 b: v7 L1 Z. l7 H& Z
FINISH_WALLS4 T0 x6 b* b1 c; L5 `; H
FINISH_FLOOR
; N3 v" S/ k& @) I2 d$ N* d+ bGROOVE_MILLING
3 M# J1 W) o/ A% qHOLE_MILLING. [' T T! K4 i! f' y j
THREAD_MILLING' X* m% U/ E% _4 d3 ^, ]5 R- C9 U
PLANAR_TEXT
; |$ w4 i$ h4 n, H8 v0 Q2 }; cMILL_CONTROL9 V1 [9 i. Q! V6 ]! _% i
MILL_USER
3 A; c$ ]8 t8 D% u. ^! X ----ObjectSubtypeProgram-------8 |5 r9 V/ u. _8 H( h
PROGRAM
0 q$ j% Z6 ]+ G+ a B ----ObjectSubtypeSetup-------
9 x5 p0 h5 a- @% M; l ----ObjectSubtypeTool-------
, u% S: f, q0 }" ]5 D4 BMILL8 e2 f+ ~. {6 b* u; U
CHAMFER_MILL
9 n7 y+ ^, E; r, L0 `5 B( OBALL_MILL- G$ ]4 u; d' m- p" [ G+ v: L
SPHERICAL_MILL) g5 g! o9 J0 t0 g1 I) o
T_CUTTER
+ j9 m* [4 v6 ]7 CBARREL- Q# A* v, v/ g- z2 u/ F
THREAD_MILL
1 l' V$ u4 o8 f( V) JMILL_USER_DEFINED
2 G* N: q% l- G9 r* DCARRIER0 W/ l1 K4 o: U- j
MCT_POCKET3 X4 i2 |* P0 y; z& G9 Q3 O( g
HEAD, r; w1 Z5 [6 `+ S& m
Types:mill_contour
. \' x) r0 ?( H5 [; b. d2 F ----ObjectSubtypeGeometry-------5 O) A2 C8 I2 Q' q3 {6 n1 Y% Q
MCS
# o5 t3 F! v7 Z% q6 KWORKPIECE( [5 J5 Y" w6 e) e$ y
MILL_AREA
- z8 F; B. [0 p( {! NMILL_BND
3 p9 z8 ] _! G& z4 ^( LMILL_TEXT& G. W& A @1 b4 |( n1 V0 s; d
MILL_GEOM
" Q' ?' R5 V$ _1 L3 |$ ~8 e, n ----ObjectSubtypeMethod-------
( f: j7 P5 F W, M5 Q' T1 o! I) ZMILL_METHOD }. [; M/ y( W4 z! m7 X
MOLD_ROUGH_HSM( _# C8 E( \6 R/ Y! F
MOLD_SEMI_FINISH_HSM
. \0 b9 p+ M" v+ J1 ZMOLD_FINISH_HSM
7 v4 l. t6 T8 P4 |% s4 E ----ObjectSubtypeOperation-------
( D4 o: K- }7 I3 d6 @+ M# xCAVITY_MILL/ V" y5 b8 u2 p# W6 j* W, V
PLUNGE_MILLING
6 `/ f- p3 e7 }+ ECORNER_ROUGH
* I5 }- G8 t. TREST_MILLING+ R8 o; }4 F3 k6 w; M
ZLEVEL_PROFILE
5 i8 M f1 ` a2 _4 S: i1 TZLEVEL_CORNER
" e. [2 u5 }8 [4 A- B' D* Q; _FIXED_CONTOUR
2 Q. }# S+ R) [8 V! s4 ZCONTOUR_AREA( A5 V9 [! v* L$ ^
CONTOUR_SURFACE_AREA# d5 U' E9 [$ q4 b+ [6 \0 L+ p
STREAMLINE: z# [0 D0 {$ `) d; ~' m
CONTOUR_AREA_NON_STEEP
1 @/ f, U0 u/ K2 t \3 aCONTOUR_AREA_DIR_STEEP
3 e& _9 H: {9 PFLOWCUT_SINGLE
& U+ k2 _1 E7 W& }FLOWCUT_MULTIPLE
% Y* A) t) P+ c. X) ZFLOWCUT_REF_TOOL
R) Z; }6 t" t/ A. B! U; ySOLID_PROFILE_3D
7 W8 t% R- X, DPROFILE_3D
9 R0 w9 M# i" H- L9 \3 }7 r( PCONTOUR_TEXT
0 o- i- A! g$ ]& `0 |( R( W5 TMILL_USER
9 q# N( C! K& s: C$ b; R. ]. O+ SMILL_CONTROL
% H9 x6 M9 R8 V+ ~4 f- o% u# X ----ObjectSubtypeProgram-------: y7 O5 g4 g, j% i! Q; _) |
PROGRAM# [4 r. I; ]+ U* }7 P
----ObjectSubtypeSetup-------
# J8 o! y; A/ b! B/ L# \ ----ObjectSubtypeTool-------
' j1 w& S Q: D/ A* V( i D `- sMILL
! A9 f6 v5 ]. a$ DCHAMFER_MILL9 _/ |& B6 C5 A9 J i2 P- c* u
BALL_MILL
5 `8 f3 W2 r, b; [6 f! ]6 LSPHERICAL_MILL0 P4 } b1 Q7 t3 n( b
BARREL
+ Q9 s/ N/ S; l# a1 z8 q% dT_CUTTER' e) z1 X/ Y0 i2 C
CARRIER
+ w/ e% g" r! l3 r0 t$ u& ?MCT_POCKET# ?. e L% b r8 ?7 L% W* D& g2 x
HEAD
6 s/ H8 m: G2 I8 a0 V3 e# nTypes:mill_multi-axis- u/ k/ i( `% x! T$ t
----ObjectSubtypeGeometry-------. m% a9 `% `6 {1 e
MCS u& F3 Q; h$ G
WORKPIECE
q% Y9 _1 U# lMILL_AREA
/ j" E2 D2 D& q2 KMILL_BND# F/ I2 k5 U1 C6 H
MILL_GEOM% l$ X7 B4 b* m" `- a1 T% x
----ObjectSubtypeMethod-------5 }; ~5 O8 D, c7 h4 q0 V- i
MILL_METHOD
0 W1 ^7 K* Y9 W8 g$ H- o w& i ----ObjectSubtypeOperation-------. Q' S1 e( R3 X
VARIABLE_CONTOUR
6 g5 B2 ] p4 ]" dVARIABLE_STREAMLINE1 a. D- a* h" e. @5 g/ H
CONTOUR_PROFILE$ b; s' Z/ A* U5 O& v% r) T7 f* i i
FIXED_CONTOUR
- Z7 z4 F; E$ i0 C# h: O; DZLEVEL_5AXIS
a/ L5 \0 G8 J# M3 Z5 O( \. [5 M7 CSEQUENTIAL_MILL3 i2 {" d a! j; I7 v; y7 _
GENERIC_MOTION7 _3 i7 e; @& V0 P5 {- H
MILL_USER
1 Z) w0 \, U' ~0 B$ p# N4 UMILL_CONTROL; z B; d9 u6 g
----ObjectSubtypeProgram-------
. k$ l- Y# p6 APROGRAM: r# M# H5 Y: ]2 G5 P
----ObjectSubtypeSetup-------+ Q1 h# n6 Z/ _: E
----ObjectSubtypeTool-------: B! }) F: r# E5 [7 {
MILL
5 A4 w0 y ^: gCHAMFER_MILL1 v; O" E' O+ E9 F
BALL_MILL
6 A; L8 l7 d- ]1 ySPHERICAL_MILL+ s% p+ _5 N. ]. o" J8 T
MILL_7_PARAMETER
% X3 ?' R! d( e- r7 L0 D. [MILL_10_PARAMETER3 R0 z7 i& V. N! G L$ ?+ g
BARREL3 W F) V- \- C0 q
T_CUTTER
# V0 Z- _9 a1 G& `9 cCARRIER
8 M( v# U4 N& _) Q' [ ^% I- hMCT_POCKET8 g) E4 ~) G) g, y
HEAD
$ M( z. T5 I: X+ u/ E* vTypes:mill_multi_blade
6 |1 h' U. H2 v( f ----ObjectSubtypeGeometry-------
6 N/ c( {$ Z: _# o7 i' {$ WMCS+ A$ L/ b1 f G/ Z
WORKPIECE
: a1 f$ E2 |! ], u: Z/ WMULTI_BLADE_GEOM
6 U, o5 A' {7 @% l3 ` ----ObjectSubtypeMethod-------: w# ~: b; ~( k2 h* N0 ^+ ]
MULTI_BLADE_FINISH
, f. \( f7 q# s9 h& G4 NMILL_METHOD
3 L0 s( {3 \$ x ----ObjectSubtypeOperation-------
- K- [+ C3 H/ F0 eMULTI_BLADE_ROUGH; f" [+ V8 A* }" G' U
HUB_FINISH; O+ U( p+ e3 k/ D
BLADE_FINISH2 h1 k, o6 A# x1 \2 s( ?9 p* C
BLEND_FINISH
/ @. T7 P' ~, {3 d$ aGENERIC_MOTION
! R" [( h/ F8 q. S- V8 f/ C/ g; W) sMILL_USER+ a7 D; o) ~2 J3 R7 B( h/ p
MILL_CONTROL
2 F* F" C; w1 F" h" Z. X# } ----ObjectSubtypeProgram-------
6 l' x5 Y1 o5 m, U0 ?/ [PROGRAM; ~+ ^, ]$ F$ g7 n
----ObjectSubtypeSetup-------9 b. v7 d+ R2 }0 g
----ObjectSubtypeTool-------
9 L v, F% s+ A0 zMILL
- O v6 e5 {6 j. hCHAMFER_MILL- X1 f. X1 X8 ?/ \5 I5 o; u
BALL_MILL
0 j' S9 |! r1 b* GSPHERICAL_MILL0 }0 P6 i4 M9 X% {
MILL_7_PARAMETER
8 m D8 D) s% ^9 M* X- }+ QMILL_10_PARAMETER1 t+ E* N) M/ G" B. [; c! \( C! u
BARREL4 q7 k; E; T7 E; h+ u- f2 z
T_CUTTER( _: N$ t% z' j9 M( [4 M. [
CARRIER
. a' U: I% ?' I* ^( P, J2 vMCT_POCKET0 Z/ ]/ f* @3 N' b* c
HEAD
9 G* Y* J7 ` L6 k5 g$ N* B' {Types:mill_rotary- F( y- \/ Q7 f/ N4 x# N
----ObjectSubtypeGeometry-------* z- f* x3 M/ Q, v U% c% D, h/ j
MCS3 K: S& @* Z) P. U1 u1 r. V
WORKPIECE
. o5 a7 j$ [5 I3 g4 bROTARY_GEOM
6 ]# }' R5 d1 @7 | ----ObjectSubtypeMethod-------* y' v( ^1 o; w t5 p9 O
MILL_METHOD$ v( |3 w& F! \" ]! u1 n. F% E0 P% h
----ObjectSubtypeOperation-------5 W3 F' e* P5 K- g( _, p) x4 n `
ROTARY_FLOOR
8 k3 K1 q4 F, \2 eGENERIC_MOTION
8 t% q1 S& S6 v% g; \# VMILL_USER
$ F y& }" \* c9 F* {" \/ t3 z' cMILL_CONTROL
. _6 g* a! q [" c9 d* I- r ----ObjectSubtypeProgram-------2 s7 s2 M) W0 R# q
PROGRAM
# ], [( e, M c( D9 M$ W% N/ x6 z ----ObjectSubtypeSetup-------% M* K0 `8 i9 E
----ObjectSubtypeTool-------
2 g+ T1 D4 z/ q' gBALL_MILL9 o1 E5 P# C, ], Y! J2 z, A
SPHERICAL_MILL
/ t- J( H8 o( _CARRIER) l$ q, {5 d- z* c3 i0 w5 P0 u- s; t
MCT_POCKET$ \3 e) I& t- ?# ~
Types:hole_making
9 J# p8 N5 x! V6 F. a0 D! M. p% e ----ObjectSubtypeGeometry-------" I2 G$ B: P$ o! E2 y
MCS" D' X/ c y. B$ G; _
WORKPIECE) r/ N0 C! s/ E9 J) v7 T. Y1 e
MILL_AREA
/ J$ y& Q3 C2 Z1 tFBM_GEOM1 b9 F! }4 r: F" ?
SIMPLE_HOLE7 Q& V# m7 J) q& m! @( s- ~ V
CB_HOLE
/ ?- k: c) X0 eCS_HOLE! q9 o% j. t3 k( x- ~6 u
THD_SIMPLE_HOLE
{2 O' `0 Q( h( `1 \ q" QTHD_CB_HOLE
. U: E& d0 t% @6 nTHD_CS_HOLE
6 D# `: ?% q q: r. m4 MSYMBOLIC_THREAD
; N8 P7 n7 |, k6 oCAP_SCREW_CB
( B3 o& V8 ~" q" P/ nCAP_SCREW_CS
( z$ e- y8 N1 D* n' u5 S; n7 F/ GFIT_HOLE
+ S4 _; E% v5 `3 c' l& T$ hSTANDARD_THREAD1 b* w$ m& s1 K8 Q
ALL_FEATURES8 K* x& C. q8 s' g3 q1 A+ l
HOLE_BOSS_GEOM7 r7 P# G1 z. ]9 j% `- N+ r0 Z3 p
----ObjectSubtypeMethod-------
. ~5 t; y r$ u5 W3 n I4 W# fDRILL_METHOD
e( N- ]$ h9 c) t! Z& mHOLE_MILL_METHOD
; [! d( ^ `$ n6 A5 U/ h3 T# S ----ObjectSubtypeOperation-------
$ i8 i& F% Q) B3 K6 \" ~SPOT_DRILLING
7 g# b6 c0 h5 nDRILLING
6 J) ^" E9 J9 g- e8 m& VCOUNTERSINKING
3 h' p7 k8 x, D( k3 c; G9 t6 rTAPPING$ M1 }5 R7 `* Y/ r1 G
HOLE_MILLING
7 P* N1 r o- U( n# s$ T$ d& [HOLE_CHAMFER_MILLING
6 m& @+ {' l( v, o# MBOSS_MILLING
6 Z: U- @1 g+ r- r& X7 KTHREAD_MILLING
( m5 h& p+ G! R' n8 Z2 G/ FBOSS_THREAD_MILLING
1 W; }2 [1 J0 h. R$ ~9 d# V ?MILL_CONTROL% S; @4 g% S* l2 z
HOLE_MAKING
" i+ P2 f4 C+ V: W3 Q( f) | GHOLE_MILL/ \* ~, F# |* C3 v* [; e
----ObjectSubtypeProgram-------
! P# F: q8 ?4 w+ `PROGRAM" e2 \7 l( M/ w& r" h- c4 O
OPTIMIZED_NC7 ]1 L6 |4 {. o. t3 x; m
----ObjectSubtypeSetup-------6 Q7 u9 s4 D% m, ]) O5 c1 `$ u
----ObjectSubtypeTool-------
4 w& h/ m \4 O: G" p) USTD_DRILL2 G, \/ w8 O, _ |( W6 R! M' N
CENTERDRILL/ u( Q5 T; L. ^3 k% j- w
COUNTER_SINK
& d& b& f6 h, r$ K- m6 f! [SPOT_DRILL- l1 E6 u1 m( K# x+ Z) u
BORE3 n( E$ G% ?3 k" y# T' M
REAMER I b8 i6 y5 F5 M$ r
STEP_DRILL& A" N) i8 R9 w7 x: T) b$ ?0 S) y
CORE_DRILL
- G/ \* `( h8 C* P: U) S, ACOUNTER_BORE
( y1 y, @5 q* l5 d8 n7 K1 FTAP
/ q, A, `3 d/ i2 J- E% [THREAD_MILL
! l' @8 S. d# X# y* E: lSPOT_FACING
, I. k6 I& y& F1 sCHAMFER_MILL
+ b3 X: g: w8 ^1 v) ~5 UMILL- M. y; O, Z2 _
CARRIER; j H& c2 p" C
MCT_POCKET8 y# r' l! l2 k- k6 F2 T# a$ h/ I
HEAD
& C) ^ i2 Z6 V$ t2 f- k4 wTypes:drill
) A" s7 f1 }( R0 M2 v& J ----ObjectSubtypeGeometry-------" ^0 W- ^2 j* d. ~8 [+ t
MCS" @6 Q1 L5 `8 R# r; ?1 O
WORKPIECE
; q9 G) e4 y8 }5 dDRILL_GEOM. w# V/ b3 f' H4 l0 V
HOLE_BOSS_GEOM
$ ]; j8 o* D7 ~2 \& T) q0 W ----ObjectSubtypeMethod-------
, e8 Y1 X1 k8 @7 R. }5 I6 yDRILL_METHOD
a$ V$ R3 U7 i) \0 G* f- H! e% u ----ObjectSubtypeOperation-------
! V; @' c# y& x. \, N4 KSPOT_FACING2 Q/ P8 ]* h& b% R7 n+ K: K
SPOT_DRILLING
1 M/ C) B$ d" bDRILLING
& F% [6 G6 W+ V- A% m! d5 g0 PPECK_DRILLING
4 F, x% ~! d- TBREAKCHIP_DRILLING
8 p% i9 x/ Z% g. F h* Y- xBORING
K8 }* K. i3 Z6 VREAMING
3 F8 [% \% c* BCOUNTERBORING
, K6 Y) z% H: {' ^8 C0 T: Z6 bCOUNTERSINKING
2 Q) y/ T* X$ S$ X+ H, @ o- B N1 XTAPPING
8 W6 \, C2 t0 a X( T9 m9 Q+ @HOLE_MILLING
. r6 d6 u7 m, L4 I% ~/ p4 UTHREAD_MILLING
8 W" f2 H! b& p- I# w5 L% fMILL_CONTROL O8 F) e7 d& n: T- @# T5 W, E
MILL_USER
$ Y5 x: e. M) `# }( | ----ObjectSubtypeProgram-------. g0 ?) o) I' ^) z6 {
PROGRAM
. e% F: X! V% [ ----ObjectSubtypeSetup-------
3 J! t- ?- f( y+ i0 V0 ?* f ----ObjectSubtypeTool-------2 d9 ?9 j4 W* |) D, I
SPOTFACING_TOOL
* |8 ~5 z- U" C+ U$ K* |: u- J, bSPOTDRILLING_TOOL
" ]0 O9 v& ], j- ~: g' VDRILLING_TOOL+ S7 r( B) l; P. \) R, n, r# f# Y
BORING_BAR
; i. y7 K0 z; _* |& sREAMER" ]; X! i5 Z+ _7 S
COUNTERBORING_TOOL
+ [) `7 B& Z$ V `COUNTERSINKING_TOOL
8 o2 l+ n* C- _2 pTAP2 `3 ]* P6 `2 S9 p; _
THREAD_MILL0 }& c T9 c3 y/ s
CARRIER3 P* g- l8 q1 Y+ U4 M0 q
MCT_POCKET
+ W% P4 f* s; x1 f7 m4 T# W' [ y; M5 gHEAD
( l! m8 v! y7 y# |Types:turning5 g4 E5 y5 O% n) v" \: F
----ObjectSubtypeGeometry-------
: l" f/ h* k6 Z8 lMCS_SPINDLE
3 I. x; F; n% ]/ L) SWORKPIECE: t+ g' z' n0 {& T
TURNING_WORKPIECE1 x; ?1 ~0 ~1 D; D' p7 q1 T
TURNING_PART3 f+ i& q& _, ?- f+ o
CONTAINMENT
0 d4 \3 k$ A. {# F7 f1 c" J, k l% \AVOIDANCE. T; {; [) v! m, V h Z' c* \! M
----ObjectSubtypeMethod-------
% [4 E$ ?3 n" |# i. }LATHE_METHOD/ V" t9 v5 r$ G
----ObjectSubtypeOperation-------
* e! b C7 O: z) B1 r4 D7 @CENTERLINE_SPOTDRILL. R0 U6 L& ?% ?' l% P
CENTERLINE_DRILLING: X4 q5 `' i% @" U1 n) c
CENTERLINE_PECKDRILL
% _0 c3 Y/ c3 F sCENTERLINE_BREAKCHIP1 F- v: [% e$ _1 O
CENTERLINE_REAMING
6 `) L" _' O/ \9 c1 Z' W! ~5 ?CENTERLINE_TAPPING- g- ]- Z4 @6 K5 w6 z& I
FACING; C2 G3 c8 ]/ b$ t; | l
ROUGH_TURN_OD o, v3 Y# I0 Q
ROUGH_BACK_TURN
$ I) z9 w5 A& H: J3 G# X* Q6 `/ UROUGH_BORE_ID
: j( x, T) a. P3 g0 N1 ~% uROUGH_BACK_BORE
" G7 |$ P+ }7 U/ p( ^FINISH_TURN_OD
0 q& b" M3 `: Y9 y. uFINISH_BORE_ID, l9 s t0 }) v+ H) z5 `8 r
FINISH_BACK_BORE
2 M6 A5 _( e3 D- _& Y4 XTEACH_MODE8 G; O0 X& w( s5 ^* n
GROOVE_OD
; C- }" S0 f$ Y' ?5 PGROOVE_ID9 S0 P9 Y5 P" B" Z2 m
GROOVE_FACE: b1 v& O; _$ {2 T+ A1 g8 u
THREAD_OD" b) U6 D! N# b8 P& v! y+ z
THREAD_ID6 Y: h! ]5 C9 L) Q- v4 u/ J* W
PARTOFF; @6 B; Z9 _/ |7 B, i0 j6 ?
LATHE_CONTROL
9 T( R: C Y) c/ N# z( y5 zLATHE_USER6 r( K9 D% P% f7 P
----ObjectSubtypeProgram-------$ K) [! ], g- ^
PROGRAM* U9 I' `5 c% x0 e
----ObjectSubtypeSetup-------
. E: O- e% a% ~: }! k6 J9 \ ----ObjectSubtypeTool-------/ E# F5 a7 G g
SPOTDRILLING_TOOL7 O% T9 f7 f. z- w+ ?
DRILLING_TOOL
3 r1 U; K! K) {/ |OD_80_L
) s+ k$ ^% G/ o) ]% w$ rOD_80_R/ g9 g; ~- M) w0 f) P9 Q2 j1 K
OD_55_L
( K$ H" i$ Q: U* m* A, ]7 aOD_55_R; d. x8 q( B! L+ o3 `- k4 [
ID_80_L$ [4 z' X% Y# Z% J- z; o# }
ID_55_L
3 S2 W% G5 I( {$ b, Y3 D/ xBACKBORE_55_L
/ r" F3 r7 j7 W1 w: R# k2 tOD_GROOVE_L; Q7 _+ ]& W9 K0 F+ r7 b; h
FACE_GROOVE_L
. H2 v- o4 ?1 H/ nID_GROOVE_L
$ ^1 F- w" X' ]+ m, o3 W ]) oOD_THREAD_L% n$ |, Q5 i' y! T* Z' ?/ u
ID_THREAD_L/ N6 A7 W2 W0 j1 |- x3 b9 d
FORM_TOOL
7 j( i* r( g! }0 S: M# ^7 dCARRIER9 d% v5 A/ H5 {6 B: ~$ u# V
MCT_POCKET
% w" U& l' v+ k: P, l$ Q8 KTypes:wire_edm" n+ O u9 Y/ O) E" q
----ObjectSubtypeGeometry-------
' E/ Y$ D) i$ t% r' t5 n. ` d3 }" DMCS_WEDM# l% L6 \/ w c ^9 ^6 D; ~! V# }
WORKPIECE4 _3 d4 n1 k" M6 M
SEQUENCE_INTERNAL_TRIM
, L* ?+ y" }$ j/ r' x" ZSEQUENCE_EXTERNAL_TRIM8 d% w0 [% i2 C6 Z% W0 Q# y
WEDM_GEOM
6 }* t" G! W3 z9 A9 g ----ObjectSubtypeMethod-------
& T8 X/ D' s/ PWEDM_METHOD
9 H# ]. t |1 Z* }# y) R ----ObjectSubtypeOperation-------
; {8 O/ h) a; m6 ^1 s$ D) b$ |NOCORE+ z3 v. o! {% j
EXTERNAL_TRIM$ p- W7 x& m2 @1 ?, Y' ?& |
INTERNAL_TRIM
( e/ h* a( ?; h/ jOPEN_PROFILE
5 C, m0 Q( I5 o7 C4 z% EWEDM_CONTROL
4 Q; B' P# M% n3 [; b2 J6 g+ RWEDM_USER
) l' S. ^# [% y7 W ----ObjectSubtypeProgram-------7 C3 \* K/ } |' m( p
PROGRAM1 p, U h% B4 [
----ObjectSubtypeSetup-------
* z: B' F- g3 I' ^% R ----ObjectSubtypeTool-------
7 F8 D0 E* H1 o6 e$ dWIRE
2 a0 C" V0 Q+ \- y% p7 q- |/ ?! bTypes:probing0 y+ x) t4 q8 d, |2 o4 ]) Z3 r
----ObjectSubtypeGeometry-------6 \+ }$ z% J- R* d6 R. H
MCS_MILL5 P! D. D5 @4 w+ D9 V4 L# @4 n
WORKPIECE% H8 n# X9 u7 g- ^$ l* ?
----ObjectSubtypeMethod------- W7 h+ F: C9 x$ }) g# X* k5 v
MILL_METHOD
# I! z1 }- R7 m& o+ S% d0 fLATHE_METHOD
5 S$ ?/ m' h* E/ ^ ----ObjectSubtypeOperation-------8 }2 W$ q$ K; R( h; r/ J( ^8 R" s
MILL_PART_PROBING
! X8 O2 ]7 g# l$ g# KTURN_PART_PROBING, t" r% A8 H& i
MILL_TOOL_PROBING2 Z, t4 H' u- N
TURN_TOOL_PROBING
. m: S2 c( X% [& qGENERIC_MOTION
+ ~4 S5 z0 a( @1 `1 E! ` _- W/ @ ----ObjectSubtypeProgram-------
' b' W2 O0 E1 p5 kPROGRAM
9 Z- t- Z4 X; {: C ----ObjectSubtypeSetup-------
+ B" Q3 V4 B) Y- x! W' j ----ObjectSubtypeTool-------
1 g; C" T* k1 H# m8 ~, B UPROBE. w" m# |2 P `" m. N7 \
GENERIC6 z. ~0 s9 r" I
Types:solid_tool
5 K; I% A. `$ C& f/ |1 z6 {# T ----ObjectSubtypeGeometry-------% X3 J3 x# q6 ]% F" Y- H
----ObjectSubtypeMethod-------' ?; j! R( G6 r+ |1 J
----ObjectSubtypeOperation-------' v- G7 ], B% Z+ ^5 n& O0 V* q8 y
----ObjectSubtypeProgram-------" e7 ]$ C. r( J6 |% Y3 e
----ObjectSubtypeSetup-------- J9 v7 A0 u* z/ \8 g6 d& s$ K" M0 {
----ObjectSubtypeTool-------; H1 ~0 y7 Z M+ O0 O* L7 N
GENERIC X' g/ E: B: F' u @
PROBE) O$ ?6 K2 s9 H
Types:machining_knowledge
! l0 i7 J- b1 i7 P4 G3 g ----ObjectSubtypeGeometry-------
/ o; d( x3 C, j) l& m3 OMCS
- r* {% L! m5 \" s- R. p6 ?WORKPIECE
4 f: n4 Z5 Z0 x3 a! h2 XMILL_AREA+ ]8 I6 W7 I) l e1 g w
PROCESS_FEATURES& o% `- ~5 z( E4 Q
----ObjectSubtypeMethod-------
0 ]1 }( @* o- E3 q V6 [( H1 DPRE_DRILL_METHOD |. N4 b! @% c; \6 C
DEBURRING_METHOD
/ [; o, q/ q; [+ D* D qCSINK_THD_METHOD
: r/ p9 u+ J* gTAP_METHOD5 s/ k8 X' i3 {; U; y; m( f
STEP_DRILL_METHOD
, m% v1 \ b, P! L" B: F( UTHREAD_MILL_METHOD
% w0 w, \' Q# \. ^2 a% rMILL_CB_METHOD3 P! F3 m5 `: @( B$ C2 V
BREAKCHIP_DRILL_METHOD( S1 N# j! C3 n; B. B$ S
BORE_METHOD
: T9 d0 b3 Z* u; ECENTER_DRILL_METHOD
1 G1 @( }0 E7 `: L* S2 QCORE_DRILL_METHOD
0 z, Y9 J9 l7 h+ M: o6 m* wCBORE_METHOD" v" T5 U( A7 f3 w+ {6 R; B k! N
CSINK_METHOD( f* ^2 K% ?6 R( j* m. i
DRILL_METHOD1 h$ v% k. H$ F8 ]5 @1 e" c
PECK_DRILL_METHOD( [; Q3 g8 l& ~* ~! ]
REAMING_METHOD
) j$ @/ b3 ]' {4 `SPOT_DRILL_METHOD3 j3 F7 M( q- P$ o/ f
TAPPING_METHOD
. V) o( r' a$ J+ ~4 F2 {: ^+ t! q( k' yHOLE_MILL_METHOD; t' v0 D" `" n
MILL_METHOD_ROUGH
/ ]- ?5 P D1 z- o/ u% u. e: u6 X; O+ K ----ObjectSubtypeOperation-------
* Z, M& \, P, ]# Z1 vHOLE_MAKING
. G3 J: H; @7 A3 SHOLE_MAKING_DRILL_TEXT- f8 k9 O* u9 `2 T( p
HOLE_MAKING_DRILL_DEEP2 c# O; _" z1 U: U
HOLE_MAKING_DRILL_BORE_DRAG
6 C! x( z0 W! t8 J4 A0 YHOLE_MAKING_DRILL_BORE_NODRAG
3 _9 C! @4 c! c( g, X+ G. r8 XHOLE_MAKING_DRILL_BORE_BACK y' x8 U0 X8 Z3 C6 D
HOLE_MAKING_DRILL_BORE_MANUAL9 }+ T1 `9 ^& e9 S& [, e
SPOT_DRILLING" Y" c8 I, ], C* \% R( n* K% m; C
DRILLING
1 z* b" G$ \/ n7 XPECK_DRILLING# b) ?6 J3 Q1 g9 r+ u! `+ e- A% r: q
BREAKCHIP_DRILLING- G9 N: n) ]/ a: x" k7 N1 @; D4 v% V
COUNTERBORING: u) ~2 v/ a, b" L+ q1 }
COUNTERSINKING
( h# D. T, u6 CREAMING
) P7 `6 P: R% O( G" {. R/ KBORING
$ e. C e' R5 L1 g9 A8 UHOLE_MILL
; \- p+ T" u1 n/ `" c: V8 F4 M! w6 M8 V( xFLOOR_WALL
" K. N1 U& y" n, W8 A/ n5 @FACE_MILLING7 R! b3 p7 ^2 S+ O: Q
CAVITY_MILL) K6 g: Z; Y; y
TAPPING
, b' K7 b, B! P, I ----ObjectSubtypeProgram-------
3 C8 _7 P* @6 O& Q; L) J' kPROGRAM% p) B* Z9 b9 _ ?
----ObjectSubtypeSetup-------; v3 s& k+ A2 {2 h
----ObjectSubtypeTool-------! X" }+ A: B. R( A: u3 p
CARRIER
# ]" z: k+ a8 [3 \3 CMCT_POCKET1 l3 l; e2 A1 I" s4 p' V0 |
HEAD- ^" L$ c" L, y7 _. g$ @$ {. ^
! a2 J+ K# k; [9 W
% c9 A" _, C* P! H& ~
! F4 ~" I, I* @" r2 a |
|
发表于 2014-12-18 16:45:22
