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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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{
2 e/ K9 N9 x( z8 }, u3 ^& i /* Initialize the API environment */
1 a% J6 c3 t) X1 A# y* Q if( UF_CALL(UF_initialize()) ) ' U3 |# X& u# N3 D* U
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/* Failed to initialize */
9 V% r$ `7 g- C' b return;8 J" S. j6 W9 T8 K3 v h0 R! b2 x
}
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& K8 V6 h$ o9 c' u; b Session *theSession = Session::GetSession();: D9 }: s( z' i8 g T) o% e
Part *workPart = theSession->Parts()->Work();
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. P3 s6 x' ]' u1 n. ~ /*Get the existing group objects to create the operation under*/
) ]$ I; i* E( I3 R0 D4 `) l CAM::NCGroup *programGroup = workPart->CAMSetup()->CAMGroupCollection()->FindObject("PROGRAM");
; \4 }4 ]( s& _8 }0 b CAM::NCGroup *methodGroup = workPart->CAMSetup()->CAMGroupCollection()->FindObject("METHOD");( L* P+ F$ T6 S" l" n' @
CAM::NCGroup *toolGroup = workPart->CAMSetup()->CAMGroupCollection()->FindObject("MILL");( [. L+ v. D- F1 B s! e
CAM::NCGroup *geometryGroup = workPart->CAMSetup()->CAMGroupCollection()->FindObject("WORKPIECE");! A( b" N) J% }0 j$ e: ?( q
|" t% F1 {- M) A P) O7 l# d' H /*Create the Cavity Mill operation*/
* k1 ^; n& d. K4 b0 E CAM::Operation *operation = workPart->CAMSetup()->CAMOperationCollection()->Create(programGroup, methodGroup, toolGroup, geometryGroup, "mill_contour", "CAVITY_MILL", CAM::OperationCollection::UseDefaultNameTrue, "CAVITY_MILL");3 f: M$ @ T' r7 r0 e p( X+ G/ ~
9 N H) M; I9 [0 |" V /*Create the Cavity Milling builder*/
: n% \9 _4 }! {- e& d3 r+ Z0 | CAM::CavityMillingBuilder *cavityMillingBuilder = workPart->CAMSetup()->CAMOperationCollection()->CreateCavityMillingBuilder(operation);
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2 R7 u) G) P- X /*Get the solid body named PART*/2 s% o6 M) x. E8 \8 N) {& v# q4 h% f
tag_t partSolid = NULL_TAG;# P1 H, M" B+ t% C5 @' N/ P
UF_OBJ_cycle_by_name_and_type(workPart->Tag(), "PART", UF_solid_type, false, &partSolid);. {# x7 y( C6 F4 l$ A7 z. c
Body *partBody = dynamic_cast<Body *> (NXObjectManager::Get(partSolid));
* o1 h6 b' k8 A std::vector<Body *> partBodies(1); w N+ f( ?8 J R: i# m
partBodies[0] = partBody;3 j1 _) u* l+ K; o: c
1 T1 G1 `) o7 j9 ` /*Set the part geometry*/7 s7 u4 Y; z$ e! S" {
cavityMillingBuilder->PartGeometry()->InitializeData(false);, ]1 S" Z# ^* B& x7 c; R" j# W
CAM::GeometrySet *partGeometrySet = cavityMillingBuilder->PartGeometry()->GeometryList()->FindItem(0);% s h) _5 q. ]! T% I
BodyDumbRule *partBodyDumbRule = workPart->ScRuleFactory()->CreateRuleBodyDumb(partBodies); {. u# T! C" q
std::vector<SelectionIntentRule *> partRules(1);
7 s5 i9 L* K* g partRules[0] = partBodyDumbRule;' b" j# ]/ {& u' E9 L0 X" a' z& ]7 B
partGeometrySet->ScCollector()->ReplaceRules(partRules, false);! I+ S( w4 S& \& \' `
( K. [. P9 r L- F /*Get the solid body named BLANK*/
& V' k& g, z4 B5 Y3 e tag_t blankSolid = NULL_TAG;
0 t" U! a0 X. L5 k. M5 t UF_OBJ_cycle_by_name_and_type(workPart->Tag(), "BLANK", UF_solid_type, false, &blankSolid);
# d5 k1 D$ q$ J- L0 v Body *blankBody = dynamic_cast<Body *> (NXObjectManager::Get(blankSolid));
6 P! X+ B/ K) ^9 p4 ^ std::vector<Body *> blankBodies(1);" D0 T: E( i \- A h
blankBodies[0] = blankBody;- m* Q. W1 P. O( ]9 s) x0 P
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/*Set the blank geometry*/1 X2 ^" p) ]3 F& k% j( n! \" k
cavityMillingBuilder->BlankGeometry()->InitializeData(false);; i2 o8 a; I' E/ E# _' ]' `3 }5 e
CAM::GeometrySet *blankGeometrySet = cavityMillingBuilder->BlankGeometry()->GeometryList()->FindItem(0);/ U, _% D) x+ _1 t
BodyDumbRule *blankBodyDumbRule = workPart->ScRuleFactory()->CreateRuleBodyDumb(blankBodies);
2 E: {8 p( ^4 ~( q* N& p std::vector<SelectionIntentRule *> blankRules(1);
9 i1 h' @2 H# j5 p blankRules[0] = blankBodyDumbRule;
# s, e/ }7 X5 o- N$ {2 R0 k blankGeometrySet->ScCollector()->ReplaceRules(blankRules, false);& K4 y& q4 E* U2 G( A" B
0 `* b% b8 [8 L+ x2 o, i cavityMillingBuilder->Commit();
6 O' ^6 O" l% |! d8 u1 E0 r cavityMillingBuilder->Destroy();
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/ s$ H, d; ^! O6 s /*Generate the tool path*/
7 j1 \; K% N6 t0 T. N) n std::vector<CAM::CAMObject *> operations(1);. J9 e" a$ C8 U" V6 w! O0 t
operations[0] = operation;
t% H. c6 R# \# Y+ r: a workPart->CAMSetup()->GenerateToolPath(operations);( }* N7 ~+ V' @% I! n( ^
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/* Terminate the API environment */
1 R4 ?0 L0 p P3 _, x5 |$ Z UF_CALL(UF_terminate());
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