Description.h

//
// Created by henri on 28.11.24.
//
 
#ifndef IDOL_DESCRIPTION_H
#define IDOL_DESCRIPTION_H
 
#include <optional>
#include "idol/mixed-integer/modeling/annotations/Annotation.h"
#include "idol/mixed-integer/modeling/constraints/Ctr.h"
#include "idol/mixed-integer/modeling/expressions/AffExpr.h"
#include "idol/mixed-integer/modeling/models/Model.h"
 
namespace idol::Robust {
    class Description;
}
 
class idol::Robust::Description {
    Map<Ctr, LinExpr<Var, LinExpr<Var>>> m_uncertain_mat_coeff;
    LinExpr<Ctr, LinExpr<Var>> m_uncertain_rhs;
    LinExpr<Var, LinExpr<Var>> m_uncertain_obj;
    std::unique_ptr<Model> m_uncertainty_set;
public:
    explicit Description(const Model& t_uncertainty_set) : m_uncertainty_set(t_uncertainty_set.clone()) {}
 
    Description(Description&&) = default;
 
    const Model& uncertainty_set() const { return *m_uncertainty_set; }
 
    auto uncertain_mat_coeffs() const { return ConstIteratorForward(m_uncertain_mat_coeff); }
 
    auto uncertain_rhs() const { return m_uncertain_rhs; }
 
    auto uncertain_obj() const { return m_uncertain_obj; }
 
    const LinExpr<Var>& uncertain_mat_coeff(const Ctr& t_ctr, const Var& t_var) const;
 
    const LinExpr<Var, LinExpr<Var>>& uncertain_mat_coeffs(const Ctr& t_ctr) const;
 
    const LinExpr<Var>& uncertain_rhs(const Ctr& t_ctr) const;
 
    const LinExpr<Var>& uncertain_obj(const Var& t_var) const;
 
    void set_uncertain_mat_coeff(const Ctr& t_ctr, const Var& t_var, const LinExpr<Var>& t_coeff) {
        m_uncertain_mat_coeff[t_ctr].set(t_var, t_coeff);
    }
 
    void set_uncertain_rhs(const Ctr& t_ctr, const LinExpr<Var>& t_rhs) {
        m_uncertain_rhs.set(t_ctr, t_rhs);
    }
 
    void set_uncertain_obj(const Var& t_var, const LinExpr<Var>& t_obj) {
        m_uncertain_obj.set(t_var, t_obj);
    }
 
    void set_uncertain_obj(LinExpr<Var, LinExpr<Var>> t_obj) {
        m_uncertain_obj = std::move(t_obj);
    }
 
    void set_uncertain_rhs(LinExpr<Ctr, LinExpr<Var>> t_rhs) {
        m_uncertain_rhs = std::move(t_rhs);
    }
 
    class View {
        const Description& m_description;
        const Model& m_deterministic_model;
    public:
        View(const Model& t_deterministic_model, const Description& t_description);
 
        [[nodiscard]] const Description& description() const { return m_description; }
 
        [[nodiscard]] const Model& deterministic_model() const { return m_deterministic_model; }
    };
};
 
namespace idol {
 
    std::ostream &operator<<(std::ostream &t_os, const idol::Robust::Description::View &t_view);
 
}
 
#endif //IDOL_DESCRIPTION_H