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【PLM之家NX二次开发自动装配项目】1.6 创建固定约束: k6 v, w" [+ _ T( }' Q
装配约束的创建过程,如何创建一个对象的约束为固定约束!
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6 L5 v5 J5 Q9 V0 X// 创建固定约束1 n/ I7 J) y b( Y
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Positioning::ComponentPositioner *componentPositioner1;* e: N+ H) T0 ^( K6 o3 p$ S
componentPositioner1 = workPart->ComponentAssembly()->Positioner();
6 u/ P& h9 u2 K componentPositioner1->ClearNetwork(); W% F5 H& t0 S, l5 _# t
componentPositioner1->BeginAssemblyConstraints();
, K, I# d! W: W& d1 l3 ?7 s Positioning::Network *network1;
4 c* |1 H$ E% H( u' c network1 = componentPositioner1->EstablishNetwork();6 q6 u. a' Z: q7 S& b
Positioning::ComponentNetwork *componentNetwork1(dynamic_cast<Positioning::ComponentNetwork *>(network1));7 v3 V+ n) r2 I. @- I# \# f
componentNetwork1->SetMoveObjectsState(true);
' W: t) u( O7 _+ |& V: W Assemblies::Component *nullAssemblies_Component(NULL);6 R' D; N( d% W
componentNetwork1->SetDisplayComponent(nullAssemblies_Component);# @) P8 t+ [7 @
componentNetwork1->SetNetworkArrangementsMode(Positioning::ComponentNetwork::ArrangementsModeExisting);
) b z6 z; y3 c) T# _ Positioning::Constraint *constraint1;- R( n: s3 u0 O1 ?3 r/ ^
constraint1 = componentPositioner1->CreateConstraint(true);
) V. d- }; @6 C. H0 f. q# L( s; S Positioning::ComponenTConstraint *componentConstraint1(dynamic_cast<Positioning::ComponentConstraint *>(constraint1));* w ~+ ?% G' z& d1 x* W% O0 E
componentConstraint1->SetConstraintType(Positioning::Constraint::TypeFix);/ z' i' U9 S/ o9 g7 j
Positioning::ConstraintReference *constraintReference1;+ t0 l, O8 ^$ ?! R0 D: E
constraintReference1 = componentConstraint1->CreateConstraintReference(component1, component1, false, false, false);3 y6 P8 c- ?% I$ g& w% }+ s
Point3d helpPoint1(0, 0, 0);0 b/ f+ q( O* x( T+ J
constraintReference1->SetHelpPoint(helpPoint1);
- ?& w: l1 w0 I. P6 z componentNetwork1->Solve();, K% [5 c+ r& Q
componentPositioner1->ClearNetwork();
2 d( K; c7 t- l componentPositioner1->DeleteNonPersistentConstraints();
/ W9 { K% k* `; }7 E& N6 p Assemblies::Arrangement *nullAssemblies_Arrangement(NULL);5 s* g! P0 p! K9 x8 [
componentPositioner1->SetPrimaryArrangement(nullAssemblies_Arrangement);, E# `" s* ?9 [0 s1 g1 }
componentPositioner1->EndAssemblyConstraints();
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