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选择方式包括通过mask过滤,通过type选择,或者通过选择所有的对象。6 }: v, x- A- l. p8 J9 C* G
$ q$ `9 ^& C) k" E8 f3 K" R; Z/------------------------------------------------------------------------------7 [; d+ n! b; Y1 ?0 b
// Selection with mask
& A( g: J' a9 ~3 D7 c$ S& E2 B0 s//------------------------------------------------------------------------------* k; W; Z6 K1 B5 x
TaggedObject* MyClass::select_by_mask(); F* S8 s( y" k5 O. ~: I8 o* O
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NXString message("Select an object by mask:");
* [- z0 P( O4 X' j; tNXString title("Select object");
/ B; f Y$ ~# i1 E# kSelection::SelectionScope scope = Selection::SelectionScopeUseDefault;
/ P4 j, h0 j9 ]Selection::SelectionAction action = Selection::SelectionActionClearAndEnableSpecific;9 W5 k& W5 p6 N2 N ]4 E
bool include_features = 0;) N" Y3 v' L- ]* R* X! Z E0 C
bool keep_highlighted = 0; // Define the mask triple(s), see also uf_object_types.h.( T% W0 V- {; X7 J
// Uncomment or combine the desired mask triples+ ?; E5 @/ @- Z8 z g! v5 d
std::vector<Selection::MaskTriple> maskArray(1);8 e, e2 y( [* s$ A8 q
maskArray[0] = Selection::MaskTriple( UF_solid_type, UF_solid_body_subtype, 0 ); // Bodies8 j. u2 j, i" w5 b* Z) z
/*
, X: N' a) J h6 c s8 PmaskArray[0] = Selection::MaskTriple( UF_solid_type, UF_all_subtype, UF_UI_SEL_FEATURE_ANY_FACE); // Faces
6 P5 N. N: [, d0 P2 A6 c1 |maskArray[0] = Selection::MaskTriple( UF_solid_type, UF_all_subtype, UF_UI_SEL_FEATURE_ANY_EDGE); // Edges
; U l% v/ l: o g' V, l7 Z7 X" cmaskArray[0] = Selection::MaskTriple( UF_component_type, 0, 0 ); // Components
: B6 q! j' o% q7 o) CmaskArray[0] = Selection::MaskTriple( UF_line_type, 0, 0 ); // Lines: h' ?* u, p6 D
maskArray[0] = Selection::MaskTriple( UF_drafting_entity_type, 0, 0 ); // Drafting objects) f6 B1 |: k+ Z! n) ~* v+ X
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Point3d cursor;3 u0 p" e6 {+ s8 ^
TaggedObject *object; // Select objects using filter defined by maskArray triples
% s& c" ^/ r/ d# M7 Z& Y4 c& bSelection::Response res = selmgr->SelectTaggedObject(6 s- b' a" C. W' @$ Q5 G! H! F' a
message, title, scope, action, include_features,
! R: o% S7 N; N: K keep_highlighted, maskArray, &object, &cursor ); if( res == Selection::ResponseObjectSelected )
+ X6 F1 x1 X; ]4 Q1 ?{
+ }& {* L5 [1 l9 R% p, L2 R0 t% _ return object;
0 ~: P$ \( s. ]8 W, N2 y# { W}
$ v9 T3 O1 s1 T3 ~ Areturn 0;5 x& }. F' S/ O0 G7 Q
}//------------------------------------------------------------------------------
T$ j1 l+ F% i7 f0 `% ?5 u E// Selection with type array5 Y. Q6 O$ _9 h0 r
//------------------------------------------------------------------------------
1 d, c/ y( g4 j0 T; }4 oTaggedObject* MyClass::select_by_type(): u, e# g) P# k7 S# ^
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NXString message("Select an object by type:");' U1 H) ~. o4 ?: ~7 T# G
NXString title("Select object");3 ^, ~* k/ c) I- h: d8 G) h: a
Selection::SelectionScope scope = Selection::SelectionScopeUseDefault;
v+ K& q9 [/ v- p8 ]bool keep_highlighted = 0; // Define the mask triple(s), see also uf_object_types.h.
. I, z4 C: C8 n2 z7 B5 @// Uncomment or combine the desired types
g1 P. R5 C: n0 D. i0 `std::vector<Selection::SelectionType> typeArray(1);
3 Y2 G, E+ P: K! ktypeArray[0] = Selection::SelectionTypeAll;0 P: p# N ~2 P/ y4 D
/*% [7 Z! b+ ?1 [6 y& z
typeArray[0] = Selection::SelectionTypeFeatures;% y/ k0 }3 o! G, @
typeArray[0] = Selection::SelectionTypeCurves;
; X1 m* W/ }7 U: M9 S5 ]typeArray[0] = Selection::SelectionTypeFaces;
# i6 R% {- _/ a% Q9 O+ d0 HtypeArray[0] = Selection::SelectionTypeEdges;
/ Z% h6 Y4 j/ R1 W6 VtypeArray[0] = Selection::SelectionTypeCurvesAndEdges;
1 o% R$ B K4 {7 S. E9 y9 J' m6 M*/5 D( L4 r2 {& {8 {1 T h
Point3d cursor;. n7 F& `8 k% Z- C a l0 t2 b
TaggedObject *object; // Select objects using filter defined by type array: J* w+ ^3 K: F. Z8 _
Selection::Response res = selmgr->SelectTaggedObject(( p Q- a. X) n! c, S4 Z
message, title, scope, keep_highlighted,
" Z; v5 t/ g) u6 i5 ` typeArray, &object, &cursor ); if( res == Selection::ResponseObjectSelected )
9 ?0 {. R8 A5 W{7 r9 g$ e# h( B' [4 u7 Y& t @* X
return object;7 {- `1 S! p/ p5 g: N3 d
}
5 W4 |' e" `% \' l' ~, r- Freturn 0;
; U2 ~8 _2 d/ D8 w' A2 q4 z}//------------------------------------------------------------------------------) M0 X' j. k( B+ }$ n) e
// Selection any objects
5 w* T, q5 M l* i; U//------------------------------------------------------------------------------7 v1 o2 h$ V$ V
std::vector< NXOpen::TaggedObject * > MyClass::select_any_objects(); o! `! g* Y+ m3 m
{
' B6 n9 E7 X( e+ m A" k1 q" K0 }# `NXString message("Select any objects:");
+ {/ u4 p$ ]$ \6 zNXString title("Select objects");- h. U! J D5 u7 H
Selection::SelectionScope scope = Selection::SelectionScopeUseDefault;
- M4 o2 A% ]% ybool include_features = 0; 3 n5 l* {9 h3 [/ G; s: H
bool keep_highlighted = 0;8 Z; R* Z" l1 G# E
std::vector< NXOpen::TaggedObject * > objectArray; // Select any object array1 N3 d4 f, s0 u7 {: l3 ^! ^
Selection::Response res = selmgr->SelectTaggedObjects(! X8 R E$ y- ]6 _+ M' q6 ]
message, title, scope, include_features, : g6 r2 N# N! u& j4 ?* p
keep_highlighted, objectArray ); return objectArray; Z9 j" F6 m; Q
}
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