本文整理汇总了C++中Fvector2::averageA方法的典型用法代码示例。如果您正苦于以下问题：C++ Fvector2::averageA方法的具体用法？C++ Fvector2::averageA怎么用？C++ Fvector2::averageA使用的例子？那么, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类Fvector2的用法示例。
在下文中一共展示了Fvector2::averageA方法的1个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的C++代码示例。
示例1:
void tessalate_faces( xr_vector<Face*> & faces, Vertex* V1, Vertex* V2, tesscb_face* cb_F, tesscb_vertex* cb_V )
{
xr_vector<Face*> & adjacent_vec = faces;
// create new vertex (lerp)
Vertex* V = lc_global_data()->create_vertex();
V->P.lerp (V1->P, V2->P, .5f);
// iterate on faces which share this 'problematic' edge
for (u32 af_it=0; af_it<adjacent_vec.size(); ++af_it)
{
Face* AF = adjacent_vec[af_it];
VERIFY (false==AF->flags.bSplitted);
AF->flags.bSplitted = true;
_TCF& atc = AF->tc.front();
// indices & tc
int id1 = AF->VIndex(V1);
VERIFY ( id1>=0 && id1<=2 );
int id2 = AF->VIndex(V2);
VERIFY ( id2>=0 && id2<=2 );
int idB = 3-(id1+id2);
VERIFY ( idB>=0 && idB<=2 );
Fvector2 UV;
UV.averageA (atc.uv[id1],atc.uv[id2]);
// Create F1 & F2
Face* F1 = lc_global_data()->create_face();
F1->flags.bSplitted = false;
F1->flags.bLocked = false;
F1->dwMaterial = AF->dwMaterial;
F1->dwMaterialGame = AF->dwMaterialGame;
Face* F2 = lc_global_data()->create_face();
F2->flags.bSplitted = false;
F2->flags.bLocked = false;
F2->dwMaterial = AF->dwMaterial;
F2->dwMaterialGame = AF->dwMaterialGame;
set_backface( F1->sm_group, is_backface( AF->sm_group ) );
set_backface( F2->sm_group, is_backface( AF->sm_group ) );
if (is_CCW(id1,id2))
{
bool id1_id2_soft = is_soft_edge( AF->sm_group, id1 );
bool id2_idB_soft = is_soft_edge( AF->sm_group, id2 );
bool idB_id1_soft = is_soft_edge( AF->sm_group, idB );
// F1
F1->SetVertices ( AF->v[idB], AF->v[id1], V );
F1->AddChannel ( atc.uv[idB], atc.uv[id1], UV );
set_soft_edge ( F1->sm_group, 0, idB_id1_soft );
set_soft_edge ( F1->sm_group, 1, id1_id2_soft );
set_soft_edge ( F1->sm_group, 2, true );
// F2
F2->SetVertices (AF->v[idB], V, AF->v[id2]);
F2->AddChannel (atc.uv[idB], UV, atc.uv[id2]);
set_soft_edge ( F2->sm_group, 0, true );
set_soft_edge ( F2->sm_group, 1, id1_id2_soft );
set_soft_edge ( F2->sm_group, 2, id2_idB_soft );
} else {
bool id1_id2_soft = is_soft_edge( AF->sm_group, id2 );
bool id2_idB_soft = is_soft_edge( AF->sm_group, idB );
bool idB_id1_soft = is_soft_edge( AF->sm_group, id1 );
// F1
F1->SetVertices (AF->v[idB], V, AF->v[id1]);
F1->AddChannel (atc.uv[idB], UV, atc.uv[id1]);
set_soft_edge ( F1->sm_group, 0, true );
set_soft_edge ( F1->sm_group, 1, id1_id2_soft );
set_soft_edge ( F1->sm_group, 2, idB_id1_soft );
// F2
F2->SetVertices (AF->v[idB], AF->v[id2], V);
F2->AddChannel (atc.uv[idB], atc.uv[id2], UV);
set_soft_edge ( F2->sm_group, 0, id2_idB_soft );
set_soft_edge ( F2->sm_group, 1, id1_id2_soft );
set_soft_edge ( F2->sm_group, 2, true );
}
// Normals and checkpoint
F1->N = AF->N; if (cb_F) cb_F(F1);
F2->N = AF->N; if (cb_F) cb_F(F2);
//smoth groups
//F1->sm_group= AF->sm_group;
//F2->sm_group= AF->sm_group;
// don't destroy old face (it can be used as occluder during ray-trace)
// if (AF->bLocked) continue;
// FacePool.destroy (g_faces[I]);
}
// calc vertex attributes
{
V->normalFromAdj ();
//.........这里部分代码省略.........