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这段代码可以参考看看哦，显然比ufun的代码长点，但是是新的也是最好的方法
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4 m# r1 h/ _; U7 x* C6 G /* Initialize the API environment */- s8 ~5 H6 Y1 Z" q; a5 D
if( UF_CALL(UF_initialize()) ) ; m; L! s5 U! \
{
9 W& x2 m- r1 \% Z4 H& { /* Failed to initialize */. i- S9 z1 D2 H* x: Z
return;" }% u; K* m+ a3 |
}
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Session *theSession = Session::GetSession();
- Y2 [; Z A" ] Y2 V1 K5 A: M& O Part *workPart = theSession->Parts()->Work();
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, ]# n9 [$ S' k: r6 n6 K /*Get the existing group objects to create the operation under*/. e9 m8 O7 P' B5 ]+ f+ q1 x
CAM::NCGroup *programGroup = workPart->CAMSetup()->CAMGroupCollection()->FindObject("PROGRAM");3 i' `$ T! i7 f0 A/ r/ k" a; z- {
CAM::NCGroup *methodGroup = workPart->CAMSetup()->CAMGroupCollection()->FindObject("METHOD");
# Z% R1 |- u3 N. a* k3 E CAM::NCGroup *toolGroup = workPart->CAMSetup()->CAMGroupCollection()->FindObject("MILL");0 n/ r3 w9 B7 ^, m' M) Y& N
CAM::NCGroup *geometryGroup = workPart->CAMSetup()->CAMGroupCollection()->FindObject("WORKPIECE");
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. m! m( G) o0 i4 G/ b; N9 P$ H /*Create the Cavity Mill operation*/
- z$ Z5 J& U* R& a CAM::Operation *operation = workPart->CAMSetup()->CAMOperationCollection()->Create(programGroup, methodGroup, toolGroup, geometryGroup, "mill_contour", "CAVITY_MILL", CAM::OperationCollection::UseDefaultNameTrue, "CAVITY_MILL");
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& b& P1 Q5 T* ]' G /*Create the Cavity Milling builder*/1 E( {$ u9 P" D9 f
CAM::CavityMillingBuilder *cavityMillingBuilder = workPart->CAMSetup()->CAMOperationCollection()->CreateCavityMillingBuilder(operation);9 [2 B0 Q! G' x5 ^* u: K! \
9 j+ G6 V; H3 N# N9 ^: l% R /*Get the solid body named PART*/* r. S7 {' j4 z: l4 W
tag_t partSolid = NULL_TAG;. Y" C# E! f. r0 D7 Y
UF_OBJ_cycle_by_name_and_type(workPart->Tag(), "PART", UF_solid_type, false, &partSolid);, ?2 {4 l8 s' d& a; }4 {
Body *partBody = dynamic_cast<Body *> (NXObjectManager::Get(partSolid));+ _8 P$ D1 n( b4 ~6 U: @# F; ~/ ]
std::vector<Body *> partBodies(1);4 G+ f$ b- W n7 [5 |: X
partBodies[0] = partBody;8 p& D5 [9 e, q* |. |3 q6 J
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/*Set the part geometry*/
, e( s+ h2 S+ Y; T cavityMillingBuilder->PartGeometry()->InitializeData(false);
: c) F8 m! K! f' c9 l CAM::GeometrySet *partGeometrySet = cavityMillingBuilder->PartGeometry()->GeometryList()->FindItem(0);
7 `( Q. k" r$ a+ j; d6 b9 P: G BodyDumbRule *partBodyDumbRule = workPart->ScRuleFactory()->CreateRuleBodyDumb(partBodies);; i' ^' x, c; o, I. C! J) l
std::vector<SelectionIntentRule *> partRules(1);. M- G8 o: v4 p3 |
partRules[0] = partBodyDumbRule;# ^; r& G# p6 \& U) u
partGeometrySet->ScCollector()->ReplaceRules(partRules, false);! d' C' w" l: J" `* S. K# L
! E1 W, N2 Z( M' N; s" p* E6 \; { /*Get the solid body named BLANK*/9 Y! g- l: E! ?" o. P, d" S
tag_t blankSolid = NULL_TAG;4 T' @3 O& c3 j1 o& ]
UF_OBJ_cycle_by_name_and_type(workPart->Tag(), "BLANK", UF_solid_type, false, &blankSolid);
* P7 Z J2 c2 b* e Body *blankBody = dynamic_cast<Body *> (NXObjectManager::Get(blankSolid));
2 a0 i( T0 p2 x F std::vector<Body *> blankBodies(1);
! @( O) a* f7 A: w* v3 n1 [) h( s blankBodies[0] = blankBody;% w( S. L, Q' {. M9 `
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/*Set the blank geometry*/
: ^- k! L( i+ L6 z, {6 e8 V cavityMillingBuilder->BlankGeometry()->InitializeData(false);
# K; U* F$ b# U" |' f1 j. @% s5 H CAM::GeometrySet *blankGeometrySet = cavityMillingBuilder->BlankGeometry()->GeometryList()->FindItem(0);
& h9 V, P9 n' H! q2 b BodyDumbRule *blankBodyDumbRule = workPart->ScRuleFactory()->CreateRuleBodyDumb(blankBodies);* [) t a9 P6 V: ~# c, Y1 k
std::vector<SelectionIntentRule *> blankRules(1);- n4 h/ [0 Z! q( e
blankRules[0] = blankBodyDumbRule;3 i- R+ Z. D* b3 G
blankGeometrySet->ScCollector()->ReplaceRules(blankRules, false);+ {! y: W1 M ~+ \0 h" E
$ }& d( K5 v5 g/ v$ M1 v& Q cavityMillingBuilder->Commit();
2 R' y, u: M P( a$ N) m, p3 U/ J; Y# i0 T cavityMillingBuilder->Destroy();
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: [5 A/ h" u! l+ y6 @+ i% J /*Generate the tool path*/
5 r4 ^) e( ]- i* ~/ {# m std::vector<CAM::CAMObject *> operations(1);
3 o' T3 ]3 c7 L! G" c/ g, r operations[0] = operation;
* \) t" V& s! n1 q( t! q) z1 C' g workPart->CAMSetup()->GenerateToolPath(operations);
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/* Terminate the API environment */
& m6 X4 x7 q( Z: K* i UF_CALL(UF_terminate());
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