| AND(const Logical &that) const (defined in Fortran::evaluate::value::Logical< BITS, IS_LIKE_C >) | Fortran::evaluate::value::Logical< BITS, IS_LIKE_C > | inline |
| bits (defined in Fortran::evaluate::value::Logical< BITS, IS_LIKE_C >) | Fortran::evaluate::value::Logical< BITS, IS_LIKE_C > | static |
| EQV(const Logical &that) const (defined in Fortran::evaluate::value::Logical< BITS, IS_LIKE_C >) | Fortran::evaluate::value::Logical< BITS, IS_LIKE_C > | inline |
| IsCanonical() const (defined in Fortran::evaluate::value::Logical< BITS, IS_LIKE_C >) | Fortran::evaluate::value::Logical< BITS, IS_LIKE_C > | inline |
| IsLikeC (defined in Fortran::evaluate::value::Logical< BITS, IS_LIKE_C >) | Fortran::evaluate::value::Logical< BITS, IS_LIKE_C > | static |
| IsTrue() const (defined in Fortran::evaluate::value::Logical< BITS, IS_LIKE_C >) | Fortran::evaluate::value::Logical< BITS, IS_LIKE_C > | inline |
| Logical() (defined in Fortran::evaluate::value::Logical< BITS, IS_LIKE_C >) | Fortran::evaluate::value::Logical< BITS, IS_LIKE_C > | inline |
| Logical(Logical< B, C > x) (defined in Fortran::evaluate::value::Logical< BITS, IS_LIKE_C >) | Fortran::evaluate::value::Logical< BITS, IS_LIKE_C > | inline |
| Logical(bool truth) (defined in Fortran::evaluate::value::Logical< BITS, IS_LIKE_C >) | Fortran::evaluate::value::Logical< BITS, IS_LIKE_C > | inline |
| Logical(Word &&w) (defined in Fortran::evaluate::value::Logical< BITS, IS_LIKE_C >) | Fortran::evaluate::value::Logical< BITS, IS_LIKE_C > | inline |
| NEQV(const Logical &that) const (defined in Fortran::evaluate::value::Logical< BITS, IS_LIKE_C >) | Fortran::evaluate::value::Logical< BITS, IS_LIKE_C > | inline |
| NOT() const (defined in Fortran::evaluate::value::Logical< BITS, IS_LIKE_C >) | Fortran::evaluate::value::Logical< BITS, IS_LIKE_C > | inline |
| operator!=(const Logical< B, C > &that) const (defined in Fortran::evaluate::value::Logical< BITS, IS_LIKE_C >) | Fortran::evaluate::value::Logical< BITS, IS_LIKE_C > | inline |
| operator<(const Logical< B, C > &that) const (defined in Fortran::evaluate::value::Logical< BITS, IS_LIKE_C >) | Fortran::evaluate::value::Logical< BITS, IS_LIKE_C > | inline |
| operator<=(const Logical< B, C > &) const (defined in Fortran::evaluate::value::Logical< BITS, IS_LIKE_C >) | Fortran::evaluate::value::Logical< BITS, IS_LIKE_C > | inline |
| operator=(Logical< B, C > x) (defined in Fortran::evaluate::value::Logical< BITS, IS_LIKE_C >) | Fortran::evaluate::value::Logical< BITS, IS_LIKE_C > | inline |
| operator==(const Logical< B, C > &that) const (defined in Fortran::evaluate::value::Logical< BITS, IS_LIKE_C >) | Fortran::evaluate::value::Logical< BITS, IS_LIKE_C > | inline |
| operator>(const Logical< B, C > &that) const (defined in Fortran::evaluate::value::Logical< BITS, IS_LIKE_C >) | Fortran::evaluate::value::Logical< BITS, IS_LIKE_C > | inline |
| operator>=(const Logical< B, C > &) const (defined in Fortran::evaluate::value::Logical< BITS, IS_LIKE_C >) | Fortran::evaluate::value::Logical< BITS, IS_LIKE_C > | inline |
| OR(const Logical &that) const (defined in Fortran::evaluate::value::Logical< BITS, IS_LIKE_C >) | Fortran::evaluate::value::Logical< BITS, IS_LIKE_C > | inline |
| Word typedef (defined in Fortran::evaluate::value::Logical< BITS, IS_LIKE_C >) | Fortran::evaluate::value::Logical< BITS, IS_LIKE_C > | |
| word() const (defined in Fortran::evaluate::value::Logical< BITS, IS_LIKE_C >) | Fortran::evaluate::value::Logical< BITS, IS_LIKE_C > | inline |
