Point

template<class T>
class Point : public idol::SparseVector<T, double>

Public Types

using iterator = typename map_t::iterator

using const_iterator = typename map_t::const_iterator

Public Functions

Point() = default

inline explicit Point(const SparseVector<T, double> &t_vector)

inline explicit Point(SparseVector<T, double> &&t_vector)

inline SolutionStatus status() const

inline void set_status(SolutionStatus t_status)

inline SolutionReason reason() const

inline void set_reason(SolutionReason t_reason)

double objective_value() const

inline void set_objective_value(double t_objective_value)

inline bool has_objective_value() const

inline void reset_objective_value()

inline Point &operator*=(double t_factor) override

inline Point &operator+=(const Point &t_other)

inline Point &operator+=(Point &&t_other)

inline Point &operator-=(const Point &t_other)

inline Point &operator-=(Point &&t_other)

virtual SparseVector &operator+=(const SparseVector &t_vector)

virtual SparseVector &operator-=(const SparseVector &t_vector)

virtual SparseVector &operator*=(std::conditional_t<std::is_arithmetic_v<double>, double, double> t_scalar)

virtual SparseVector &operator/=(std::conditional_t<std::is_arithmetic_v<double>, double, double> t_scalar)

SparseVector operator-() const

inline unsigned int size() const

inline bool empty() const

inline bool has_index(const T &t_index) const

const double &get(const T &t_index1) const

void set(const T &t_index, const double &t_value)

virtual bool is_zero(double t_tolerance) const

inline void remove(const T &t_index)

inline void clear()

inline void reserve(unsigned int t_capacity)

inline iterator begin()

inline const_iterator begin() const

inline iterator end()

inline const_iterator end() const

inline const_iterator cbegin() const

inline const_iterator cend() const

SparseVector &merge_without_conflict(const SparseVector &t_vec)