@@ -710,7 +710,7 @@ int LIBXC_is_hybrid(const xc_func_type *func)
710710{
711711 int hyb ;
712712
713- #if XC_MAJOR_VERSION <= 6
713+ #if XC_MAJOR_VERSION <= 7
714714 switch (func -> info -> family )
715715 {
716716#ifdef XC_FAMILY_HYB_LDA
@@ -734,7 +734,7 @@ double LIBXC_hybrid_coeff(const xc_func_type *func)
734734{
735735 double factor ;
736736
737- #if XC_MAJOR_VERSION <= 6
737+ #if XC_MAJOR_VERSION <= 7
738738 switch (func -> info -> family )
739739 {
740740#ifdef XC_FAMILY_HYB_LDA
@@ -769,7 +769,7 @@ void LIBXC_rsh_coeff(const xc_func_type *func, double *rsh_pars) {
769769 rsh_pars [1 ] = 0.0 ;
770770 rsh_pars [2 ] = 0.0 ;
771771
772- #if XC_MAJOR_VERSION <= 6
772+ #if XC_MAJOR_VERSION <= 7
773773 XC (hyb_cam_coef )(func , & rsh_pars [0 ], & rsh_pars [1 ], & rsh_pars [2 ]);
774774#else
775775 switch (xc_hyb_type (func )) {
@@ -781,7 +781,7 @@ void LIBXC_rsh_coeff(const xc_func_type *func, double *rsh_pars) {
781781}
782782
783783int LIBXC_is_cam_rsh (const xc_func_type * func ) {
784- #if XC_MAJOR_VERSION <= 6
784+ #if XC_MAJOR_VERSION <= 7
785785 return func -> info -> flags & XC_FLAGS_HYB_CAM ;
786786#else
787787 return (xc_hyb_type (func ) == XC_HYB_CAM );
@@ -1084,7 +1084,7 @@ void LIBXC_xc_func_set_params(const int nfn, xc_func_type *fn_obj, const double
10841084 // set the range-separated parameter
10851085 if (omega [i ] != 0 ) {
10861086 // skip if func is not a RSH functional
1087- #if XC_MAJOR_VERSION <= 6
1087+ #if XC_MAJOR_VERSION <= 7
10881088 if (func -> cam_omega != 0 ) {
10891089 func -> cam_omega = omega [i ];
10901090 }
@@ -1096,7 +1096,7 @@ void LIBXC_xc_func_set_params(const int nfn, xc_func_type *fn_obj, const double
10961096 // Recursively set the sub-functionals if they are RSH
10971097 // functionals
10981098 for (j = 0 ; j < func -> n_func_aux ; j ++ ) {
1099- #if XC_MAJOR_VERSION <= 6
1099+ #if XC_MAJOR_VERSION <= 7
11001100 if (func -> func_aux [j ]-> cam_omega != 0 ) {
11011101 func -> func_aux [j ]-> cam_omega = omega [i ];
11021102 }
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