Expr

template<class Key1 = idol::Var, class Key2 = Key1>
class Expr : public idol::impl::Expr<idol::Var, idol::Var>

Public Functions

Expr() = default

inline Expr(double t_num)

inline Expr(const Param &t_param)

inline Expr(Constant &&t_expr)

inline Expr(const Constant &t_expr)

inline Expr(const Key1 &t_var)

inline Expr(LinExpr<Key1> &&t_expr)

inline Expr(const LinExpr<Key1> &t_expr)

inline Expr(QuadExpr<Key1> &&t_expr)

inline Expr(const QuadExpr<Key1> &t_expr)

inline Expr(LinExpr<Key1> &&t_lin_expr, QuadExpr<Key1, Key2> &&t_quad_expr, Constant &&t_constant)

inline Expr(const LinExpr<Key1> &t_lin_expr, const QuadExpr<Key1, Key2> &t_quad_expr, const Constant &t_constant)

Expr(const Expr &t_src) = default

Expr(Expr&&) noexcept = default

Expr &operator=(const Expr &t_rhs) = default

Expr &operator=(Expr&&) noexcept = default

Expr fix(const Solution::Primal &t_primals) const

Expr<idol::Var, idol::Var> &operator+=(const Expr<idol::Var, idol::Var> &t_rhs)

Expr<idol::Var, idol::Var> &operator-=(const Expr<idol::Var, idol::Var> &t_rhs)

Expr<idol::Var, idol::Var> &operator*=(double t_rhs)

Expr<idol::Var, idol::Var> &operator/=(double t_rhs)

inline LinExpr<idol::Var> &linear()

inline const LinExpr<idol::Var> &linear() const

inline QuadExpr<idol::Var, idol::Var> &quadratic()

inline const QuadExpr<idol::Var, idol::Var> &quadratic() const

inline Constant &constant()

inline const Constant &constant() const

inline bool is_zero() const

void round()

double gcd() const

double scale_to_integers(unsigned int t_n_significant_digits)

Expr &multiply_with_precision(double t_factor, unsigned int t_n_digits)

Expr &multiply_with_precision_by_power_of_10(unsigned int t_exponent, unsigned int t_n_digits)

inline void clear()