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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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F8 k1 n5 @1 ]( R( x$ [void createCAMTool::do_it()
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// TODO: add your code here5 M+ N. y6 ]% c; c5 j
std::vector<NXString> types = theSession->CAMSession()->GetTemplateTypes();
1 D' }! g4 ^) H6 [& m for(int i = 0 ; i < types.size();i++)8 h+ H) J8 T, \
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print("Types:"+ types+"\n");0 ~9 f) Z. b7 d' x# O* _, h( ?. R
std::vector<NXString> ObjectSubtypeGeometrysubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeGeometry);
5 ` Q% c7 \0 t2 Z8 T0 _# @ print("\t----ObjectSubtypeGeometry-------");
$ L" p) E0 |% I+ f! j w for(int ii = 0 ; ii < ObjectSubtypeGeometrysubtypes.size();ii++)
: _, Z5 u' n9 k; J {
( f5 m, |! \# g- k) v print(ObjectSubtypeGeometrysubtypes[ii]);( i' i% [; D- |5 W* T
}
' E- j# [1 q. z. W+ W& l std::vector<NXString> ObjectSubtypeMethodsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeMethod);
1 I, K) G. _ |0 F" R6 \ print("\t----ObjectSubtypeMethod-------");0 [0 b6 Z$ H6 C9 ~8 [
for(int ii = 0 ; ii < ObjectSubtypeMethodsubtypes.size();ii++)
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print(ObjectSubtypeMethodsubtypes[ii]);
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4 T3 g* i; Z' t8 g4 R3 K- y std::vector<NXString> ObjectSubtypeOperationsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeOperation);+ V: Z8 o* f. v7 o, N, T
print("\t----ObjectSubtypeOperation-------");: j y% `/ J& C2 Q- D3 q
for(int ii = 0 ; ii < ObjectSubtypeOperationsubtypes.size();ii++)
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print(ObjectSubtypeOperationsubtypes[ii]);+ \& R* l1 F+ F& W- i
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std::vector<NXString> ObjectSubtypeProgramsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeProgram);
9 Q2 o6 i0 f* l& U6 g3 s9 I print("\t----ObjectSubtypeProgram-------");3 R1 |( L5 n+ b; I! T( {
for(int ii = 0 ; ii < ObjectSubtypeProgramsubtypes.size();ii++)
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print(ObjectSubtypeProgramsubtypes[ii]);9 _2 i1 J3 ~- z+ p0 u
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std::vector<NXString> ObjectSubtypeSetupsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeSetup);3 x! W7 L7 s! J' d8 s
print("\t----ObjectSubtypeSetup-------");
% U- e: q# {% N3 k+ g- } for(int ii = 0 ; ii < ObjectSubtypeSetupsubtypes.size();ii++)1 d8 \& _2 N3 k8 w" H
{3 B2 s% {0 f% ?) e& T+ `
print(ObjectSubtypeSetupsubtypes[ii]);
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# y' P5 V4 x. ]5 g std::vector<NXString> ObjectSubtypeToolsubtypes = theSession->CAMSession()->GetTemplateSubtypes(types,NXOpen::CAM::CAMSession::ObjectSubtypeTool);$ Z( [8 n) e' o+ h. ~: d! h
print("\t----ObjectSubtypeTool-------");
+ J" W1 d" G, R9 T, @- k for(int ii = 0 ; ii < ObjectSubtypeToolsubtypes.size();ii++)
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print(ObjectSubtypeToolsubtypes[ii]);6 p4 p7 Y, S9 W$ C5 Y. n! A( g
}
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7 ^$ f% U8 s$ R* y% S结果如下：2 o% H- p; S) Q8 l
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+ D6 Q: p, g( C5 D3 FTypes:mill_planar1 i9 I5 _2 L( s- e+ g
----ObjectSubtypeGeometry-------6 |3 d: U! p% Y- Q: I7 f" \
MCS* P$ ~1 I2 C# V$ z8 @$ ]1 R
WORKPIECE
8 Q# s3 n& H4 U) O& l4 P" dMILL_AREA
" N& k4 d: M1 ^4 n6 X0 oMILL_BND
% A! E* o! I$ @+ i+ f2 ^( b4 B! KMILL_TEXT
" T" X* T* |% hHOLE_BOSS_GEOM( h4 [$ K. J/ v, m
MILL_GEOM
- [9 U" z" L, i. e ----ObjectSubtypeMethod-------6 n) n1 J7 p' R: G8 E/ k
MILL_METHOD
; T6 h+ P; m$ ]4 A2 [ ----ObjectSubtypeOperation-------- w6 r5 K- u; P+ u4 F' }6 H
FLOOR_WALL. {& x9 P; j! ]3 U, ?
FLOOR_WALL_IPW
( J6 f: p2 R6 |' j2 jFACE_MILLING
) O. u( ~; {2 @- R3 zFACE_MILLING_MANUAL
9 e3 t! ~: X7 z* b6 K0 W) U' [PLANAR_MILL! z: R2 b! a/ e. P" Q' S/ @
PLANAR_PROFILE
% s/ ^/ q I: {5 A7 `* p5 H9 c# ?CLEANUP_CORNERS3 ~9 {( V8 f' O4 U) _4 v
FINISH_WALLS9 [8 N4 w" A. O. u) g( h- U0 V [
FINISH_FLOOR
- o6 E+ o- ^6 @$ G1 A: CGROOVE_MILLING6 s/ u! ]9 A1 \& C+ x4 g$ G8 R& e3 i
HOLE_MILLING
/ g$ s7 Y) `2 o" ETHREAD_MILLING
+ v3 e# |$ x: Y5 a) Z# N; OPLANAR_TEXT
( X3 c8 J) d* l5 ~. cMILL_CONTROL
3 i: d/ B: p2 Q" ^MILL_USER
; N/ f5 k( \( [9 s ----ObjectSubtypeProgram-------. t; \; [" J- m! q# [- E
PROGRAM
6 C& i* x6 U7 H- ]2 ` c ----ObjectSubtypeSetup-------4 y. J) S# E! K
----ObjectSubtypeTool-------
+ f2 Y4 V; p% qMILL
. Y0 j+ m2 [) }% jCHAMFER_MILL
" [5 [6 p& i1 g# O' u* j3 F' t! iBALL_MILL2 @; @0 v8 X; b
SPHERICAL_MILL4 C5 K* _7 M: q+ } U
T_CUTTER
) S- z0 u* t/ ~6 H0 M GBARREL- v# a, E* T* \2 h/ t+ e. S/ d
THREAD_MILL
3 f7 u8 \9 O4 W3 J- ?MILL_USER_DEFINED3 V% d2 b' a% v- A
CARRIER
( S' G, w& o$ \! P m# rMCT_POCKET
% S8 L/ N/ @! _' h" h/ H1 DHEAD
6 a* P0 a* N. q; S& g# n& UTypes:mill_contour
4 P5 j! j: C7 \" Z4 }) K' L2 i ----ObjectSubtypeGeometry-------
1 E; ?% C$ E) D: y/ p% g7 @9 JMCS; R7 e" o) D5 G3 \) K/ _6 S
WORKPIECE
, h! f1 t! n: t- _8 HMILL_AREA
; R: L! q1 ?1 J8 x" wMILL_BND0 O" b. W/ ~' Q
MILL_TEXT
# `1 n4 u7 ]7 Q+ k+ dMILL_GEOM# g' P! ^. w' {7 ~
----ObjectSubtypeMethod-------" Z: J5 q) z: v% `9 t9 t( o
MILL_METHOD1 {$ z+ B8 _* H1 l1 N2 E' D3 `
MOLD_ROUGH_HSM1 [4 O1 ^, E0 i# V5 }
MOLD_SEMI_FINISH_HSM
* v! |$ N6 K: d8 C7 r I R5 tMOLD_FINISH_HSM
+ D2 _2 o$ n+ l1 J9 c( E& R- G& R9 q ----ObjectSubtypeOperation-------
4 d& I/ N" U) M/ q+ P$ @1 ZCAVITY_MILL
* C1 g' B: R5 ~3 x" OPLUNGE_MILLING6 t* W, F; {( b( l6 d! z3 O) r. k
CORNER_ROUGH
9 D; e5 P7 |# k/ \4 r0 RREST_MILLING& F2 n) D" p8 W/ z" ^
ZLEVEL_PROFILE
9 t ^1 U6 ]2 i, ?# T# O3 x9 HZLEVEL_CORNER) b- `' _3 j3 W& |% }+ A
FIXED_CONTOUR/ ?! O' ?1 w* x" K, x9 _+ s+ i7 Z
CONTOUR_AREA- ]* L6 y: v" w) H$ u) o( Z. |1 w) E
CONTOUR_SURFACE_AREA
, d0 G$ E0 P6 Z) |$ _6 G5 lSTREAMLINE
2 p% K( {1 Q- I& W$ U. HCONTOUR_AREA_NON_STEEP
- |* v- c/ K: |7 OCONTOUR_AREA_DIR_STEEP
. s! K5 _3 W" |& m, a$ X1 GFLOWCUT_SINGLE8 M! c' v% T1 n# i! ]! p
FLOWCUT_MULTIPLE1 Y7 v$ G! l& [8 s7 `
FLOWCUT_REF_TOOL5 E. B y5 d1 B& ?# S
SOLID_PROFILE_3D
9 }3 B+ G; Q# \6 c8 h( P+ FPROFILE_3D
5 O* l! _& G$ o- X2 JCONTOUR_TEXT" v r% j" d7 A) u; G
MILL_USER& _1 n+ f" K9 Q& a
MILL_CONTROL3 J# H& b( U! S4 O, r3 a
----ObjectSubtypeProgram-------
$ Z4 F: v. B; W& v% Z: E) jPROGRAM9 c9 X7 {$ o9 }" [: F3 @
----ObjectSubtypeSetup-------
h) ^" R- o$ F4 e- [& d: r" U( x: T ----ObjectSubtypeTool-------) c4 I$ }. Z0 Y! x% z( [. s; L
MILL. P5 O, C* r; V
CHAMFER_MILL
5 X: i3 ?( {8 o! g0 p o& kBALL_MILL
4 J- @+ S8 x# q P% QSPHERICAL_MILL
) {9 s0 b# e: ?8 ?8 t2 \' g* _BARREL4 e: U. \2 T2 i1 q
T_CUTTER- v5 e( G3 r6 G5 S$ D
CARRIER& w* K) Z, b0 U0 I7 [
MCT_POCKET
6 j+ s7 H* A/ n4 Y& V1 d6 X F/ pHEAD
9 w) }5 F9 [1 d# R& ?' zTypes:mill_multi-axis
0 h, z/ K" r; _0 V* ~ ----ObjectSubtypeGeometry-------
6 [9 ? k9 o4 N+ d. eMCS
: O# P% |+ `; e2 hWORKPIECE0 f' @$ A' W' I7 K' }+ G
MILL_AREA
' @0 _: c* U. O) d% @4 M+ B% KMILL_BND& N% G$ J4 W: |9 q# H
MILL_GEOM
# A/ d4 d& `& g ----ObjectSubtypeMethod-------
: ?5 P8 G# \: p `0 i7 }! |5 nMILL_METHOD! x H, ~. k) a# [9 l2 w3 W
----ObjectSubtypeOperation-------0 p+ m5 P% _% ^1 c8 O( ?
VARIABLE_CONTOUR! D+ V7 C" u' `; D' R& o
VARIABLE_STREAMLINE! Y$ |4 t. q( T' b3 ~* O# a
CONTOUR_PROFILE1 p: Z0 C# R' ]' f5 v
FIXED_CONTOUR
! E' ` |* S( A, y% j+ E3 `ZLEVEL_5AXIS9 q l+ A, r' ^
SEQUENTIAL_MILL
. O/ |: Z- O4 SGENERIC_MOTION
0 k) @6 T6 e' O5 K4 ?2 aMILL_USER
$ h+ C+ n& t* [MILL_CONTROL4 M( `$ O: z. B+ K7 p% \" g8 Y* `
----ObjectSubtypeProgram-------
' \7 J l1 A2 y" YPROGRAM
7 G( t$ D" C3 T2 @* i, B ----ObjectSubtypeSetup-------
0 q3 N* k- i T* B6 u- `) c) F7 W ----ObjectSubtypeTool-------) ~ X1 T4 ^4 Z F" V# ^* a4 V( E& B
MILL; y0 {2 H! l2 `& q7 p/ t
CHAMFER_MILL4 B& |2 E6 Z9 j1 ` Y( |+ @$ D/ V; {
BALL_MILL$ n# ]9 v5 B* U
SPHERICAL_MILL5 Q) {& M: n# C, |& O
MILL_7_PARAMETER9 p& E2 `! `* k
MILL_10_PARAMETER
( a. y5 F" j( v' _) O/ a; IBARREL* g0 P3 M8 G4 h
T_CUTTER
# y) O2 O3 n$ }" LCARRIER
" H- P$ f2 x( j, \' _2 f/ g7 L pMCT_POCKET
- v) D* i/ s" f4 T$ D3 BHEAD
" J2 d' f. }, U9 R; mTypes:mill_multi_blade2 l- \, A# n+ H7 w; L+ z
----ObjectSubtypeGeometry-------
- v v6 k2 |* r7 D" IMCS2 W: \1 Y1 N0 d* R
WORKPIECE
- K4 b* d( k! }9 d: t4 [9 ^. YMULTI_BLADE_GEOM
" e+ t5 @) }/ n7 k/ s ----ObjectSubtypeMethod-------+ T, g0 a6 Q4 v- D
MULTI_BLADE_FINISH' {2 f* L8 K5 W% ?4 b$ D5 T
MILL_METHOD
: q9 E# d4 P! |& w" a" C/ P7 } ----ObjectSubtypeOperation-------
& ^# X X$ j7 T" e& d. }) E- L8 qMULTI_BLADE_ROUGH
; j! L8 L9 G! O7 ^HUB_FINISH$ Y6 C* q$ `8 f/ l3 X' G' ~$ a
BLADE_FINISH7 K- L) q4 H9 p2 z" P3 ]7 s) y. e
BLEND_FINISH
3 \8 h4 m4 E( R' g8 L% UGENERIC_MOTION
8 k0 N' @3 g0 O6 P* q# LMILL_USER$ t9 I' P( G7 N
MILL_CONTROL
* n) a* S. S% x8 E9 z4 X ----ObjectSubtypeProgram-------
4 I) {$ d1 T. F4 e2 N$ x; N; ]PROGRAM% J1 K/ U* L1 W3 K2 J- O& g
----ObjectSubtypeSetup-------6 @( M9 G' z6 N& G5 d
----ObjectSubtypeTool-------
4 G3 `" F, C, \4 s- q8 ]" TMILL
( V; i! Y% p) N6 v; t; {5 E! bCHAMFER_MILL7 K$ G6 L$ {, Z2 o5 l
BALL_MILL
, j) q$ L3 t: g- _& N2 u0 YSPHERICAL_MILL. a" r) z9 \/ S! {
MILL_7_PARAMETER1 G/ Y7 ]: F; _6 G
MILL_10_PARAMETER! H1 q" Z8 A9 m {
BARREL1 B5 b1 M T l- u$ }9 w
T_CUTTER
9 C6 q! R. p) I4 DCARRIER# P" p, i, g7 g% \, Z0 N
MCT_POCKET+ M7 ^+ W3 Y5 U; Q6 T
HEAD
& o' |. q3 R XTypes:mill_rotary. z. {$ `, a" M" g n* R" k, E, f
----ObjectSubtypeGeometry-------
T, m1 d+ H# Q* Q" `MCS2 h+ W0 @7 E4 z) F/ r7 p
WORKPIECE+ _ |7 N& A5 c
ROTARY_GEOM( a6 A* \9 e; x3 ~0 B
----ObjectSubtypeMethod-------
- c5 f/ p/ j- i# r1 {& qMILL_METHOD2 y, |; R2 p3 p& m
----ObjectSubtypeOperation-------
0 Y. v" x# D& o: }ROTARY_FLOOR8 H8 i& C0 Y% V3 o# X" q( J
GENERIC_MOTION2 h2 O$ X& v4 c- s4 Q& x/ T
MILL_USER
l; ?9 s" c7 C$ Z+ r$ @8 H% EMILL_CONTROL9 ^0 b+ A! y* c7 j
----ObjectSubtypeProgram-------% \9 N& M D0 u! x5 r
PROGRAM
+ k+ s8 P' G# @: p7 P ----ObjectSubtypeSetup-------
1 Z, d, O2 ^- X9 @! b" @$ { ----ObjectSubtypeTool-------) i1 r7 o& v. U- j! w
BALL_MILL
6 b+ v \+ }2 o$ s" |SPHERICAL_MILL) W' z, ^# f$ G5 |
CARRIER
; t3 g7 Y3 Y: `( j4 [MCT_POCKET
' ~. u8 k8 r, ^: [* b2 r+ R# wTypes:hole_making
" K7 r2 x1 g# i ----ObjectSubtypeGeometry-------
9 N7 w1 D F. C X5 {+ JMCS
% p8 L* A1 }0 `WORKPIECE
8 p/ _( s: T0 D% N( R2 oMILL_AREA
3 ~4 f: e' f/ MFBM_GEOM1 f6 d$ G' h/ k% J; m$ D: {
SIMPLE_HOLE
5 X. c5 o6 S/ f% Z; }8 ZCB_HOLE7 Q( l8 g( r5 C) a- ] E& l/ j
CS_HOLE
& a5 a# _7 N* d& G* S) eTHD_SIMPLE_HOLE' G) ~8 P3 [, J5 g6 a& o' D
THD_CB_HOLE
: T/ u$ a' \/ q# C& G- QTHD_CS_HOLE( j- c6 Z4 o, K+ I
SYMBOLIC_THREAD" @4 d* C8 Y4 M3 `
CAP_SCREW_CB
% h4 y6 Z# @# B* Y8 j+ `4 iCAP_SCREW_CS( X" n4 B' P/ Z( ~2 }
FIT_HOLE
" u d% p* [0 q4 [ e8 M) ]! [0 j2 USTANDARD_THREAD
. d5 Q9 W2 Y2 k. R- O0 _! UALL_FEATURES: J; l1 d. L5 S! V
HOLE_BOSS_GEOM
5 B$ k) m; P1 x6 Z8 ?" ^ ----ObjectSubtypeMethod-------
. @. i+ d' N( }' r" B0 A: KDRILL_METHOD
; E7 B6 v9 @$ A( X8 n1 e n7 D1 {: PHOLE_MILL_METHOD
+ X5 B; }& n4 T) n2 Y, @; [ A ----ObjectSubtypeOperation-------
3 @9 C) Q0 s4 C9 J9 A" f1 c- V6 {$ QSPOT_DRILLING
0 b: h/ ]- _/ w4 ~1 T3 L+ d1 CDRILLING1 S$ h8 I; s8 g( p4 Y- I- h
COUNTERSINKING
$ j; Z4 q8 n: M$ uTAPPING: g( L% }: E; ~+ A
HOLE_MILLING
+ R. I. S" [8 o5 H) s1 Q6 ~HOLE_CHAMFER_MILLING
. ]$ q$ Y3 Z: G4 v" i! `9 }BOSS_MILLING! T1 e0 m+ X4 L& ?" C
THREAD_MILLING3 W+ P W/ F, F
BOSS_THREAD_MILLING
2 I1 t2 J2 d: U2 uMILL_CONTROL' g$ H% }4 }& p( K9 c5 c
HOLE_MAKING1 {7 v$ C0 g( l% d' o
HOLE_MILL" ~* T- E) N$ c9 b9 P
----ObjectSubtypeProgram-------1 l6 r( D$ S' K$ L7 T3 y/ {
PROGRAM' e' L1 g9 t$ `
OPTIMIZED_NC! I( H& [( J% H! B. L- R) J
----ObjectSubtypeSetup-------
; p' Z, J/ u! R. V+ D ^1 R% M4 L: a ----ObjectSubtypeTool-------* H" p0 V2 g, S- Y3 \) U+ s
STD_DRILL& p& v+ b/ [5 J6 ~: i
CENTERDRILL3 \* Z( h8 @0 v8 r8 r1 J, O8 i3 K
COUNTER_SINK9 K9 u- F$ K9 p. q5 V' o. x
SPOT_DRILL
9 [- N$ U/ }% C9 mBORE
: v, |- N0 p( _3 x0 Q3 F# ]9 zREAMER2 Z( a" @+ e; ]; i9 z, [! i5 M- W
STEP_DRILL: v0 s" T. R( {' `$ v# F0 s9 ?
CORE_DRILL
# s k; f# s: u- z2 n0 K3 {+ |+ JCOUNTER_BORE
3 e$ h8 X) o9 d5 b# P& g1 ZTAP4 J' V5 z# k) M: }
THREAD_MILL
3 E! F8 I. k( v3 h" BSPOT_FACING0 f2 N+ b3 Y! [' H
CHAMFER_MILL5 N! T) b, B% p
MILL: R8 z8 G$ D2 l: M$ h% P8 ]
CARRIER
# e }% D9 H! UMCT_POCKET( W. R$ A1 p- |+ J# n5 k+ y
HEAD
" r( \% b' u! v+ C2 U( PTypes:drill
8 U+ v: I7 g1 ], a# F7 [/ m ----ObjectSubtypeGeometry-------1 t* n# Z9 G2 b7 j& g# Y2 l8 m
MCS1 A/ g5 o1 P! Y7 b" @
WORKPIECE0 P& y8 _2 i5 S( N% B
DRILL_GEOM
; W( W3 }, j& `) NHOLE_BOSS_GEOM
6 h$ A: s* [* r" ?2 S' _ ----ObjectSubtypeMethod-------
3 p3 X% } A1 k5 n8 A! d4 aDRILL_METHOD
! f& m; x+ D* Y b ----ObjectSubtypeOperation-------' G/ V8 p0 _8 i
SPOT_FACING" S: ~" C# `. V# v8 ], f: i
SPOT_DRILLING* _ ^4 `& G, v: m$ M
DRILLING% q8 _0 S/ D M% v1 X! q
PECK_DRILLING# K q& e: p$ K1 ~9 ~# P
BREAKCHIP_DRILLING
" j, Z6 [& g0 Y9 C* WBORING5 O |3 s& z! ^3 x
REAMING: m$ N, V- k' q+ p, n$ ]3 {
COUNTERBORING
% C5 I4 Z; P: M/ vCOUNTERSINKING
3 X/ C8 y$ C! O3 e2 K$ a5 xTAPPING" h$ q1 F6 t2 {- `
HOLE_MILLING
9 C! @3 Q4 W# V/ qTHREAD_MILLING+ l8 z" `1 M) q5 o* M6 z5 R' m# g
MILL_CONTROL. Y9 P. v/ @- V" ?+ t' v; V" j
MILL_USER
; {5 {- Q% f# B ----ObjectSubtypeProgram-------
9 \; v3 f. C) r( H+ u( IPROGRAM
2 x' Y9 p# Y( K% ]) D6 b ----ObjectSubtypeSetup-------3 Z! A' @5 `2 T) H5 y
----ObjectSubtypeTool-------
5 `. r8 D8 |9 k& r2 J; YSPOTFACING_TOOL
, j* S' B1 l# F$ [1 |; MSPOTDRILLING_TOOL4 h+ t+ y* V8 F" U$ N
DRILLING_TOOL
- G2 S4 A Q/ M1 l* C2 ^+ bBORING_BAR, w( Q& z' n& M( p+ `
REAMER9 O7 ]9 ?* G) [
COUNTERBORING_TOOL
0 N8 V/ g3 C8 J. N" {COUNTERSINKING_TOOL
' `# j$ w. ]# \( Z) j: F! z0 oTAP
$ R& J' N9 L: F( P/ Y/ ETHREAD_MILL
% L7 X8 H, R8 O, x2 Y, JCARRIER
8 e6 b- N( J* W* b& m' ]" l# p% l: c( WMCT_POCKET$ }8 |! t/ h7 x) ^, n+ p9 a
HEAD
: h$ ]9 f4 o! CTypes:turning. E6 e; _; _& e) q
----ObjectSubtypeGeometry-------: M! j" s+ X' X* ?" E6 ? Y, u
MCS_SPINDLE
. u* \: }+ `6 l: pWORKPIECE& U8 q% m4 N/ ?5 S% I, |9 l
TURNING_WORKPIECE9 k" j' T- k! e9 g' Z/ ^; a! u- K1 s& J
TURNING_PART- [. Z( t# @8 R* C- V
CONTAINMENT' \) M& e' m l+ t# k
AVOIDANCE" H8 p, H Q/ D2 O( }
----ObjectSubtypeMethod-------8 j8 N% Y q8 R: o8 Q/ w/ t
LATHE_METHOD5 a2 `: Y. k" I
----ObjectSubtypeOperation-------
$ U- v7 d* {; ?/ PCENTERLINE_SPOTDRILL
4 k* b9 j5 `5 P( _$ ^$ q$ [ SCENTERLINE_DRILLING5 L8 h% R* S* _6 n4 r* N+ v
CENTERLINE_PECKDRILL
2 Z- |; N8 X! X2 ~* yCENTERLINE_BREAKCHIP
( h L i$ @) E' tCENTERLINE_REAMING
6 Q1 Q5 C& T8 l [2 c9 GCENTERLINE_TAPPING) r3 L7 g# S2 X7 h
FACING" V+ q" W, A6 |: F9 I/ f% P
ROUGH_TURN_OD
" z: a( s0 D' [7 S" Z" HROUGH_BACK_TURN/ V- w% M# P+ b( N( ^
ROUGH_BORE_ID' s3 A& d- Z7 g( L P4 F
ROUGH_BACK_BORE
3 d; {& M5 G) _5 ~6 _FINISH_TURN_OD
4 x, F- N+ R# Q& h+ L5 R+ n( CFINISH_BORE_ID: `& E6 h4 U1 R" ?3 A* h- g: o
FINISH_BACK_BORE
9 v( X/ @8 z8 t; x: k0 @' w0 q& l% zTEACH_MODE
' A3 T* F3 g" R) Q7 ^GROOVE_OD& }% E7 _3 W+ o+ a6 \2 ?/ |: s1 J
GROOVE_ID
8 Z' ?( Y6 i1 \2 f; R- }# _. aGROOVE_FACE. D- h5 J" Z; d0 T' X7 I
THREAD_OD9 J) f. R) N# L4 l: u
THREAD_ID
4 x- q* i# n# g: u3 ]PARTOFF# ^0 O/ e/ F: w5 J* X7 v( k
LATHE_CONTROL
2 Y; C" x2 Y7 W+ eLATHE_USER: P' j/ }" T4 O) R/ R3 L& d n
----ObjectSubtypeProgram-------- \, x8 E) a1 z
PROGRAM
" A9 f4 p4 O8 X4 g9 r' Q4 D9 L, g ----ObjectSubtypeSetup-------% H. h1 ~3 w, D2 F
----ObjectSubtypeTool-------; k: t3 K$ i- `
SPOTDRILLING_TOOL
]/ k7 `9 z* z8 s* _& ADRILLING_TOOL
/ Y. v0 Q! ]# P' LOD_80_L, E+ O* T- {! A& G0 e
OD_80_R
' _2 Z, T8 n Z5 a8 iOD_55_L
- g" W) v& J% M, G4 M! iOD_55_R
- i1 h9 Y6 \5 X& e1 R( w9 WID_80_L* {, `$ {5 ^, H$ I1 O
ID_55_L% `4 j5 j2 i2 N
BACKBORE_55_L3 J* n- W( s5 s0 b" F' `! s
OD_GROOVE_L( _+ Z+ d+ m1 v! M U9 J
FACE_GROOVE_L6 [. N* J% A2 I |
ID_GROOVE_L
: w( _& S! q: a9 ^OD_THREAD_L
' B" J9 V6 X6 N* l. d. q# uID_THREAD_L% G. L E1 O3 q7 z
FORM_TOOL) y# {/ }* S& y: Z
CARRIER% J. Z3 O. b' K; ^
MCT_POCKET0 I9 G6 K1 J( \; h( N) V7 I
Types:wire_edm
k4 b/ K& I. J+ H ----ObjectSubtypeGeometry-------
( c- Y2 Y/ d0 N) _0 DMCS_WEDM
' ~0 s8 D3 b- G# h1 ?) hWORKPIECE
" C, Y8 R0 _" B) S. R* E. U( d( }! cSEQUENCE_INTERNAL_TRIM4 q2 w9 h+ L4 M2 q3 \7 w
SEQUENCE_EXTERNAL_TRIM
" H) Q2 _# b# T* GWEDM_GEOM1 M; _) {$ E8 r2 P) U# c3 l1 |
----ObjectSubtypeMethod-------
% y% v# p5 y. W" RWEDM_METHOD
7 P3 _# r) a% C, r: |8 ` @# N4 n ----ObjectSubtypeOperation-------
( C2 I* I4 S4 c2 _NOCORE
7 ~! h" k9 h) p7 X' tEXTERNAL_TRIM
: f; _ G' \2 M1 j& Y0 zINTERNAL_TRIM
3 E+ u! Y5 i4 x" J. F' IOPEN_PROFILE( J: F0 D5 L8 U8 ?$ `7 }9 E- j9 h
WEDM_CONTROL
; _1 H! f$ X. D( a7 UWEDM_USER! a% ?3 }) t; ^: O. L! K
----ObjectSubtypeProgram-------
/ [4 _& f; m7 [' w' G2 u% }" @PROGRAM
B) s' G* d( n3 q: t$ \ ----ObjectSubtypeSetup-------
: I$ p9 U/ r& y# Y ----ObjectSubtypeTool-------
, G( c q% a, E. J4 mWIRE, Y5 x. p/ I+ Y# k0 M( S. c
Types:probing
% L L+ a3 |0 H- _0 h ----ObjectSubtypeGeometry------- D8 p# N5 P. G4 w& E- ^2 B
MCS_MILL1 s* l' g- f; {" p+ @
WORKPIECE; L. g& q L/ o; E6 E6 ^
----ObjectSubtypeMethod-------
) M& t: U; c4 o7 r: I9 ~MILL_METHOD) J: e) o" a0 V3 k/ q/ f. e
LATHE_METHOD
( Y6 n- |) W ]% o1 x& I; B/ i ----ObjectSubtypeOperation-------
. s- _4 I7 D: l2 nMILL_PART_PROBING8 }, p* t* v) G5 |% e
TURN_PART_PROBING9 s7 ^' r! ~9 \& a+ [& P- M8 r
MILL_TOOL_PROBING* w9 A' L2 N0 a9 e! ^, P' m' X7 z
TURN_TOOL_PROBING
/ Y, m2 u4 p' t' E' g& C4 sGENERIC_MOTION
' z, \; @& \6 S! W+ h" { ----ObjectSubtypeProgram-------
5 }" b9 ~; `/ O d2 R9 W+ x& u1 tPROGRAM" }, @+ s; [6 n' N+ X; a2 i0 y
----ObjectSubtypeSetup-------
5 ]' P' F! Q `$ K0 k ----ObjectSubtypeTool-------
% n. ?. x$ I. h/ ^PROBE3 V+ b: ?8 Y( v3 J/ y
GENERIC
5 D9 ]: U4 g$ Y+ RTypes:solid_tool
+ o& s: z5 k/ r! V+ {4 D ----ObjectSubtypeGeometry------- j' O( N! C( W; y& Z' ~; W
----ObjectSubtypeMethod-------
+ q! P, p1 B1 O# A% F+ [0 ~, c ----ObjectSubtypeOperation-------8 r7 z1 |* e: z8 \' K8 O6 l8 M
----ObjectSubtypeProgram-------1 y& G0 c0 G, y
----ObjectSubtypeSetup-------4 q" m8 w$ ]; [' Q& V1 p
----ObjectSubtypeTool-------
6 D2 {8 I) M( m$ Z6 `GENERIC. C: W/ }$ e) q" ~- W' l. M2 j
PROBE
0 K0 O: W$ \6 [$ z; m) |6 _: DTypes:machining_knowledge; M4 ?% ]* I6 S6 {1 }
----ObjectSubtypeGeometry-------
6 Y/ r; g, u/ h1 C/ S0 GMCS' J/ _4 I; l% P; B
WORKPIECE0 k" Y4 b- P: k, T! D
MILL_AREA# x. j0 p3 q' C/ ~& y" B
PROCESS_FEATURES: T; m0 U) ?4 r! G Z/ J& E, t
----ObjectSubtypeMethod------- C8 h$ f, U% y! g) X+ _. W- R
PRE_DRILL_METHOD# C2 }1 b, R6 r) N* M& _1 t
DEBURRING_METHOD/ r* u2 Q5 ^4 ~2 n8 `+ S2 B/ `
CSINK_THD_METHOD
& O, w x7 m& N+ ]$ T1 YTAP_METHOD6 a( @0 L. ]& \! n9 M8 X& D8 A! w/ P
STEP_DRILL_METHOD
/ K: g. n5 |3 ? ITHREAD_MILL_METHOD
/ {2 T, S' H0 G) u/ I$ uMILL_CB_METHOD
% Z: _7 E9 y% X! G4 u. ~BREAKCHIP_DRILL_METHOD
( ^: e$ W# j% w" `# T9 dBORE_METHOD
( l5 B, B! U& a+ ^CENTER_DRILL_METHOD5 c2 `" l3 J4 _3 d4 j
CORE_DRILL_METHOD6 k) u9 U+ A$ J
CBORE_METHOD
2 W3 S- U; W3 R/ ^CSINK_METHOD
+ {. z1 f0 e# M% i0 iDRILL_METHOD1 A* W/ l4 j' C: y m; z% y
PECK_DRILL_METHOD
7 U4 A4 C! e. A4 s% L F$ CREAMING_METHOD
( p7 o/ F8 c4 Z3 wSPOT_DRILL_METHOD# x$ @* ]% w8 _+ S
TAPPING_METHOD% ~: C; K8 M! G1 s) ~- N
HOLE_MILL_METHOD
: Y ^6 L3 H2 j/ J' NMILL_METHOD_ROUGH, ?1 ]' s+ O* Z
----ObjectSubtypeOperation-------8 [) F; F$ g2 a1 E8 U
HOLE_MAKING
/ Q( s# I% a5 HHOLE_MAKING_DRILL_TEXT
! J3 l! K, {. k' y: [- P3 yHOLE_MAKING_DRILL_DEEP* ]: h$ y4 x% {) E1 y0 t
HOLE_MAKING_DRILL_BORE_DRAG
1 \1 [# y2 w3 g+ K# U/ T3 }8 RHOLE_MAKING_DRILL_BORE_NODRAG
' u! g. M+ R1 a2 H0 F3 EHOLE_MAKING_DRILL_BORE_BACK( z# b+ P5 Z$ i- r1 j
HOLE_MAKING_DRILL_BORE_MANUAL+ g) s, k1 h2 X9 E4 Q6 A* Z9 _; F- H
SPOT_DRILLING+ a+ p7 N' ~1 [/ f7 j; r! P8 s8 U6 S. Z
DRILLING4 I x }* G2 d) _" X# J
PECK_DRILLING
; f8 e8 F2 `8 u/ y, j- x5 NBREAKCHIP_DRILLING
) p; d& v5 R5 a3 m7 R. v( G2 xCOUNTERBORING& O3 u2 M- _* W
COUNTERSINKING1 ?: V+ I! S$ R( \+ \" @
REAMING
1 {1 R& ]; S/ KBORING
) K8 i; s2 Y# |- ~! E/ d! |9 nHOLE_MILL
% A+ X) O" m! w3 Y T$ v: ]FLOOR_WALL6 n% E( U2 G6 G4 f7 T8 g5 D" X
FACE_MILLING& s& R: z0 m5 `, x0 A: t' F
CAVITY_MILL7 L2 P: k% w+ k5 |( P
TAPPING
. G2 N8 }# I, a3 j# Q* V6 b ----ObjectSubtypeProgram-------/ D4 [5 e6 Q8 ~! [/ l
PROGRAM
$ a6 n) F! K/ Z; S5 q3 a2 U! N9 S ----ObjectSubtypeSetup-------
( s! x8 i' p( ] ----ObjectSubtypeTool-------
: E% _* F5 u2 g: n2 GCARRIER
) O0 q$ W2 ]4 S7 V4 Z o/ Y+ i% BMCT_POCKET# R; h k2 T3 F4 \6 _; o H0 C
HEAD7 d2 a, T8 k. { b; g1 `
. j/ _) ^1 W$ Y! t: | e7 e8 L+ x
0 o/ }6 ?/ h5 C2 {% v
) u) p- y5 _5 D' ~# K) D |
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