examples++-load/Element_Mixte3d.cpp:791: error: STATIC_INITIALIZATION_ORDER_FIASCO
  Initializer of Fem2D::TypeOfFE_Edge2_3d::QFe accesses global variable from a different translation unit: std::cout|.
Showing all 4 steps of the trace


examples++-load/Element_Mixte3d.cpp:791:5: initialization of Fem2D::TypeOfFE_Edge2_3d::QFe
789.       
790.       // Quadrature formula on an edge, exact for degree 5 (ok: int_e (deg3*t *lambda*lambda))
791.       const GQuadratureFormular<R1> TypeOfFE_Edge2_3d:: QFe(2*3-1,3,GaussLegendre(3),true);
           ^
792.       // arguments: exact, num of integration pts, integration pts, clean (~GQuadratureFormular() {if(clean) delete [] p;})
793.       // GaussLegendre defined in QuadratureFormular.cpp

examples++-load/Element_Mixte3d.cpp:791:55: call to Fem2D::GQuadratureFormular<Fem2D::R1>_GQuadratureFormular
789.       
790.       // Quadrature formula on an edge, exact for degree 5 (ok: int_e (deg3*t *lambda*lambda))
791.       const GQuadratureFormular<R1> TypeOfFE_Edge2_3d:: QFe(2*3-1,3,GaussLegendre(3),true);
                                                             ^
792.       // arguments: exact, num of integration pts, integration pts, clean (~GQuadratureFormular() {if(clean) delete [] p;})
793.       // GaussLegendre defined in QuadratureFormular.cpp

src/femlib/QuadratureFormular.hpp:85:51: call to Fem2D::GQuadratureFormular<Fem2D::R1>_Verification
  83.     void Verification(); // for verification 
  84.     GQuadratureFormular (int e,int NbOfNodes,QuadraturePoint *pp,bool c=false)
  85.    :exact(e), n(NbOfNodes),size(n),p(pp),clean(c)  {Verification();}
                                                          ^
  86.     GQuadratureFormular (int e,int NbOfNodes,const QuadraturePoint *pp,bool c=false)
  87.    :exact(e),n(NbOfNodes),p(pp),clean(c)   {Verification();}

src/femlib/QuadratureFormular.cpp:665:4: access to std::cout|
  663.         if (err>tol)
  664.   	{
  665.   	  cerr << " d= " << d << "T Ordre= " << k << " d!k!/(d+k)!= " << se << " " ;
            ^
  666.   	  for(int l=0;l<=d;++l)
  667.   	    cerr << sa[l] << " ";