void Q3BSPRep::createSurfs(){
int k;
for( k=0;k<t_surfs.size();++k ){
Surf *s=t_surfs[k];
gxMesh *mesh=gx_graphics->createMesh( s->verts.size(),s->tris.size()/3,0 );
mesh->lock( true );
int j;
for( j=0;j<s->verts.size();++j ){
q3_vertex *t;
int n=s->verts[j];
if( n>=0 ){
t=(q3_vertex*)header.dir[10].lump+n;
}else{
t=&p_verts[-n-1];
}
float tex_coords[2][2]={ {t->tex_coords[2],t->tex_coords[3]},{t->tex_coords[0],t->tex_coords[1]}};
unsigned argb=0xff000000|(t->color[0]<<16)|(t->color[1]<<8)|t->color[2];
mesh->setVertex( j,tf(t->coords),tf(t->normal),argb,tex_coords );
}
for( j=0;j<s->tris.size();j+=3 ){
#ifdef SWAPTRIS
mesh->setTriangle( j/3,s->tris[j],s->tris[j+2],s->tris[j+1] );
#else
mesh->setTriangle( j/3,s->tris[j],s->tris[j+1],s->tris[j+2] );
#endif
}
mesh->unlock();
Q3BSPSurf *surf=d_new Q3BSPSurf;
surf->texture=s->texture;
surf->lm_index=s->lm_index;
surf->mesh=mesh;
surfs.push_back( surf );
s->surf=surf;
}
for( k=0;k<faces.size();++k ){
Q3BSPFace *f=faces[k];
f->surf=f->t_surf->surf;
f->tri/=3;f->n_tris/=3;
}
for( k=0;k<t_surfs.size();++k ){
delete t_surfs[k];
}
face_map.clear();
t_surfs.clear();
p_verts.clear();
}
