FLANG

Fortran::evaluate::value::Complex< REAL_TYPE > Member List

This is the complete list of members for Fortran::evaluate::value::Complex< REAL_TYPE >, including all inherited members.

Add(const Complex &, Rounding rounding=defaultRounding) const (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > |
AIMAG() const (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > | inline
AsFortran(llvm::raw_ostream &, int kind) const (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > |
bits (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > | static
Complex() (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > | inline
Complex(const Complex &)=default (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > |
Complex(const Part &r, const Part &i) (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > | inline
Complex(const Part &r) (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > | inline explicit
CONJG() const (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > | inline
Divide(const Complex &, Rounding rounding=defaultRounding) const (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > |
DumpHexadecimal() const (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > |
Equals(const Complex &that) const (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > | inline
FlushSubnormalToZero() const (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > | inline
FromInteger(const INT &n, Rounding rounding=defaultRounding) (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > | inline static
IsInfinite() const (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > | inline
IsNotANumber() const (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > | inline
IsSignalingNaN() const (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > | inline
IsZero() const (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > | inline
Multiply(const Complex &, Rounding rounding=defaultRounding) const (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > |
Negate() const (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > | inline
NotANumber() (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > | inline static
operator=(const Complex &)=default (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > |
operator=(Complex &&)=default (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > |
operator==(const Complex &that) const (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > | inline
Part typedef (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > |
REAL() const (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > | inline
Subtract(const Complex &, Rounding rounding=defaultRounding) const (defined in Fortran::evaluate::value::Complex< REAL_TYPE >) | Fortran::evaluate::value::Complex< REAL_TYPE > |