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onto_from_mesh.h
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onto_from_mesh.h
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void onto_mesh_delta( Triangulation& Tfrom, Triangulation& Tto, const kind::f);
void onto_mesh_delta_v( Triangulation& Tfrom, Triangulation& Tto, const kind::f);
//void onto_mesh_lumped(void);
void onto_mesh_full( Triangulation& Tfrom, Triangulation& Tto, linear& algebra, const kind::f scalarf);
void onto_mesh_full_v( Triangulation& Tfrom, Triangulation& Tto, linear& algebra, const kind::f vectorf);
void onto_mesh_flip(Triangulation& Tpart, Triangulation& Tmesh, bool FEM, const kind::f scalarf );
void onto_mesh_flip_v(Triangulation& Tpart, Triangulation& Tmesh, bool FEM, const kind::f vectorf );
void from_mesh( Triangulation& Tfrom, Triangulation& Tto,const kind::f ) ;
void from_mesh_v( Triangulation& Tfrom, Triangulation& Tto,const kind::f ) ;
void from_mesh_full( Triangulation& Tfrom, Triangulation& Tto,linear& algebra_p, const kind::f scalarf);
void from_mesh_full_v( Triangulation& Tfrom, Triangulation& Tto,linear& algebra_p, const kind::f vectorf);
void from_mesh_lumped( Triangulation& Tfrom, Triangulation& Tto,const kind::f scalarf);
void from_mesh_lumped_v( Triangulation& Tfrom, Triangulation& Tto,const kind::f vectorf);
void flip_volumes(Triangulation& Tpart, Triangulation& Tmesh, bool FEM);
void incr_v(Triangulation& T, const kind::f vectorfrom,const kind::f vectorincr, const kind::f vectorto) ;
void reset_v(Triangulation& T, const kind::f vectorf);