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9 T, {9 h3 |/ c% l1 ]NXOpen C++ CAM二次开发:获取workpiece的所有几何Tag值8 |6 D3 m5 E( ~# u* V1 E* l' B8 G
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6 b1 S" l, L- [# F8 M3 Cstatic void do_it(void); O s8 o6 A; ^$ }, I4 f0 h
{
# u" k" y$ m! {5 Q* B logical is_initialized;
. ^* Z: r% E0 g4 M int object_count;
$ [: }8 s% B" E int type;
& U2 @8 j" Q5 a R& D) X5 a int subtype;# I4 {9 f& U" K; P; E
tag_t *objects;, n0 B% I5 {4 Q6 {- O
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char mesg[133];6 G' d8 t, A1 a! b" }( ] G; \2 Y
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// Get the work part" Z" ]# D, e$ [
Session *theSession = Session::GetSession(); J& J$ l2 L6 o$ `8 X: J
Part *workPart(theSession->Parts()->Work());1 K7 o0 ?2 U0 e( ~! h
Part *displayPart(theSession->Parts()->Display());
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9 p0 m9 o/ ~8 n if (UF_CALL(UF_CAM_is_session_initialized(&is_initialized)) || (is_initialized == FALSE)) return;+ k8 F- H. q2 w& p) w
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/* Get selected WORKPIECE object in ONT */3 l: X! _' ^; {
UF_CALL(UF_UI_ONT_ask_selected_nodes( &object_count, &objects ));
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9 p3 X$ s6 I7 ]- Y! Y if (object_count == 1) {$ ?8 E3 f( Z# }
UF_CALL(UF_OBJ_ask_type_and_subtype (objects[0],&type,&subtype));
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7 [$ t0 \$ |8 ~* a& G* j5 [ if ((type == UF_machining_geometry_grp_type) && (subtype == UF_mill_geom_featr_subtype) ) {
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4 J3 I- r" E5 @4 B3 a- W tag_t ObjectTag = NULL_TAG;# G% a. ?1 {' R7 X" [( X R! N* A$ z
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: @' K8 X1 d3 \* v/ d1 g: d // Get the object from the WORKPIECE tag2 y% J4 ~+ ^4 {" Z9 m% V' M
CAM::FeatureGeometry *WP = (CAM::FeatureGeometry *)NXObjectManager::Get(objects[0]);0 W0 C; w- s% f# `( H4 g9 v4 l
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CAM::MillGeomBuilder *millGeomBuilder1;. P0 B, \) F( H( w( `3 \$ V* C! H1 k
millGeomBuilder1 = workPart->CAMSetup()->CAMGroupCollection()->CreateMillGeomBuilder(WP);
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2 I4 N( K! s: t0 d$ L& O // Get geometry set list
$ H C! D. t, ?8 M- u( i5 g CAM::GeometrySetList *pGeomSetList = millGeomBuilder1->PartGeometry()->GeometryList();
* u) s/ M2 b# u0 Z' _ std::vector<CAM::GeometrySet*> geomSetVec = pGeomSetList->GeTContents();/ O/ W, z4 ?1 o S
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// get geometry set
6 D- W! n4 `' r2 V! A5 Q std::vector<CAM::GeometrySet*>::iterator iter;# s2 @. D* }+ _4 e' j& b
for ( iter=geomSetVec.begin(); iter != geomSetVec.end(); iter++ )0 ^+ H# Q! B X6 X/ n
{
, ~9 X6 T' F( ~* T CAM::GeometrySet* geomSet = dynamic_cast<CAM::GeometrySet*>(*iter);
! ?1 ]1 A4 l) S: @ ScCollector *scCollector = geomSet->ScCollector(); 5 _# J: g2 ^; b( v: _* F
std::vector<SelectionIntentRule*> rules;
8 v' w1 d0 z$ W: h9 j5 t scCollector->GetRules(rules);
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! {0 j. z; m9 Z7 v+ x //get selection rule& H% F9 M- U$ S5 y: H4 Y
std::vector<SelectionIntentRule*>::iterator ruleIter;
. C7 _ N& h1 T- c/ q0 J for ( ruleIter=rules.begin(); ruleIter != rules.end(); ruleIter++ )8 r( H$ G8 J5 Z8 K* y5 o
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SelectionIntentRule* selRule = dynamic_cast<SelectionIntentRule*>(*ruleIter);6 }+ m1 z+ T( {4 \& A$ c
NXOpen::SelectionIntentRule::RuleType ruleType = selRule->Type();
% X& d$ j) K0 L4 n% ~, _, K. {2 O //there are different rule types, here just use body, face as sample
+ M( V& t& O, I. \- B* T, o2 O: G switch ( ruleType )
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! o2 ]+ ^0 W, m2 q/ V4 h case NXOpen::SelectionIntentRule::RuleTypeBodyDumb:
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9 t$ e$ {% m. A1 L; _( k //get bodies & u: t, u# c @( A
NXOpen::BodyDumbRule *bodyRule = dynamic_cast<BodyDumbRule*>(selRule);: n. z' t. w. ?) r V2 P) ~; _
std::vector<Body*> bodies;
7 l+ B1 L7 S- R$ {% l) K3 S- b bodyRule->GetData(bodies);
! }2 K2 l6 |1 z! Z2 ^4 | std::vector<Body*>::iterator bIter;; D, @" F& X( C5 `; ?
int index = 1;! v" }: l1 C7 H* N! Q# h
for (bIter=bodies.begin(); bIter!=bodies.end(); bIter++ )3 i# q' U# y' |- \9 c8 T7 P2 p
{
. C$ b2 n/ H+ ^- t: v# D4 m Body* body = dynamic_cast<Body*>(*bIter);
8 {- R4 G% W" n d' m: Y ObjectTag = body->GetTag();' e* V" J0 J$ L: T( h3 n! R
sprintf(mesg,"the geometry object type is body, the index is %d and the tag is %d\n",index, ObjectTag);
+ ^6 b. u2 ^9 `& L1 [' F. ~ WRITE(mesg);
. R5 n5 e; Q* ` body->Highlight();
4 s* L. y$ @6 {8 y3 W' `& B# ? index++;3 r5 c6 n8 ]4 p7 ` X9 A3 S
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}
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case NXOpen::SelectionIntentRule::RuleTypeFaceDumb:
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' t! S- o$ M- _! t; u //get faces
2 {& L( B. ]. L2 G4 X NXOpen::FaceDumbRule *faceRule = dynamic_cast<FaceDumbRule*>(selRule); N, R. a- ~; [. O8 M
std::vector<Face*> faces;) N6 @% p# t7 J1 B2 m9 R# H$ |8 w
faceRule->GetData(faces);# j' O& M6 N& ~! A
std::vector<Face*>::iterator fIter;" R4 G; D; u* q6 Z+ U2 ^ P$ B# N) ^% z
int index = 1;
( z- a2 N9 H6 Z, z) m# A" n for (fIter=faces.begin(); fIter!=faces.end(); fIter++ )
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2 U' o' G; m) P& c Face* face = dynamic_cast<Face*>(*fIter);
D# q# w8 ^% {+ ~ ObjectTag = face->GetTag();. F3 D' ^+ E I
sprintf(mesg,"the geometry object type is face, the index is %d and the tag is %d\n",index, ObjectTag); : X9 a; {4 U8 S8 T: A* ]
WRITE(mesg);6 l% l# A& ~1 Z! S' q
index++;
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}
' }+ Q6 g/ a1 {) S break;# H9 K$ b, m) C9 J: |
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default:$ L% g$ l/ f8 k4 p$ A/ X# D
break;0 y _# p# u# F) r
}
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millGeomBuilder1->Destroy();* e+ E1 `: f& t! t
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} else {
. j/ y; O0 s& Z+ D( F; K: m8 C) p WRITE("type is not UF_machining_geometry_grp_type");/ J$ }# H& s& \; U/ f
WRITE(" or UF_mill_geom_featr_subtype");$ U+ O: p, c& m e1 a7 t/ O4 `
}
+ U3 W7 }( d1 {+ j+ v UF_free(objects);# \( n7 U: e: [# R
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9 ~) n- @6 s R4 \1 F2 T } else {
3 O& Y5 [1 g% t5 S! X WRITE("The number of selected objects in ONT must be 1.");, V8 v) s3 i) b/ e% @" K5 J
}
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}
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