Fraction

Functions

template<class T> inline Fraction<T> abs(const Fraction<T> f)

template<class T> inline Fraction<T> operator+(const Fraction<T> &a, const Fraction<T> &b)

template<class T> inline Fraction<T> operator-(const Fraction<T> &a, const Fraction<T> &b)

template<class T> inline Fraction<T> operator*(const Fraction<T> &a, const Fraction<T> &b)

template<class T> inline Fraction<T> operator/(const Fraction<T> &a, const Fraction<T> &b)

template<class T> inline Fraction<T> operator-(const Fraction<T> &f)

template<class T> inline bool operator==(const Fraction<T> &a, const Fraction<T> &b)

template<class T> inline bool operator!=(const Fraction<T> &a, const Fraction<T> &b)

template<class T> inline bool operator<(const Fraction<T> &a, const Fraction<T> &b)

template<class T> inline bool operator<=(const Fraction<T> &a, const Fraction<T> &b)

template<class T> inline bool operator>(const Fraction<T> &a, const Fraction<T> &b)

template<class T> inline bool operator>=(const Fraction<T> &a, const Fraction<T> &b)

template<class T> inline std::ostream &operator<<(std::ostream &os, const Fraction<T> &fraction)

template<class T> class Fraction

Public Functions

inline Fraction(const T num = Constants<T>::zero(), const T den = Constants<T>::one())

inline T num() const: Numerator.

inline T den() const: Denominator.

inline double approx() const: Numerical approximation.

inline Fraction inverse() const

inline void operator+=(const Fraction other)

inline void operator-=(const Fraction other)

inline void operator*=(const Fraction other)

inline void operator/=(const Fraction other)

Private Functions

inline T GCD(const T a, const T b)

inline void simplify()

Private Members

T m_num

T m_den

template<class T> class Constants<Fraction<T>>

Public Static Functions

static inline Fraction<T> zero()

static inline Fraction<T> one()

static inline Fraction<T> infinity()