#pragma once
#include "Problem.h"
#include <numeric>
#include <algorithm>
#include <list>
#include <vector>
#include <chrono>
#define episilon 10e-8



class RF :
	public Problem
{
public:
	RF(const char* filename) : Problem(filename) {	};


	vector<vector<variavel>> RF_S1(vector<variavel>  particoes_completas, int K);

	vector<vector<variavel>> RF_S2(vector<variavel> particoes_completas, int K);

	vector<vector<variavel>> RF_S3(vector<variavel>  particoes_completas, int K);

	vector<vector<variavel>> RF_S4(vector<variavel>  particoes_completas, int K);

	vector<vector<variavel>> RF_S5(vector<variavel>  particoes_completas, int K);

	vector<vector<variavel>> RF_S6(vector<variavel>  particoes_completas, int K);

	vector<vector<variavel>> RF_S7(vector<variavel>  particoes_completas, int K);

	vector<vector<variavel>> RF_S8(vector<variavel>  particoes_completas, int K);

	vector<vector<variavel>> RF_S9(vector<variavel> particoes_completas, int K);

	vector<vector<variavel>> RF_S10(vector<variavel> particoes_completas, int K);

	vector<vector<variavel>> RF_S112(vector<variavel> particoes_completas, int K);

	vector<vector<variavel>> RF_S11(vector<variavel> particoes_completas, int K);

	vector<vector<variavel>> HRF1_S1_S5(vector<variavel> particoes_completas, int K);

	vector<vector<variavel>> HRF1_S1_S8(vector<variavel> particoes_completas, int K);

	vector<vector<variavel>> HRF1_S5_S8(vector<variavel> particoes_completas, int K);

	vector<vector<variavel>> HRF1_S1_S5_S8(vector<variavel> particoes_completas, int K);

	vector<vector<variavel>> HRF2_S1_S5(vector<variavel> particoes_completas, int K);

	vector<vector<variavel>> HRF2_S1_S8(vector<variavel> particoes_completas, int K);

	vector<vector<variavel>> HRF2_S5_S8(vector<variavel> particoes_completas, int K);

	vector<vector<variavel>> HRF2_S1_S5_S8(vector<variavel> particoes_completas, int K);

	vector<vector<variavel>> HRF3_S1_S8(vector<variavel> particoes_completas, int K);

	vector<vector<variavel>> HRF4_S1_S5(vector<variavel> particoes_completas, int K);

	vector<vector<variavel>> HRF4_S1_S8(vector<variavel> particoes_completas, int K);

	vector<vector<variavel>> HRF4_S5_S1(vector<variavel> particoes_completas, int K);

	vector<vector<variavel>> HRF4_S5_S8(vector<variavel> particoes_completas, int K);

	vector<vector<variavel>> HRF4_S8_S1(vector<variavel> particoes_completas, int K);

	vector<vector<variavel>> HRF4_S8_S5(vector<variavel> particoes_completas, int K);

	void RELAX_AND_FIX(int estrategia, const char* saida, int k = -1, double BUDGET = 3600.0, int modo_divisao = -1); //Relax-and-fix por máquina com mais produtos criticos
	bool teste_de_viabilidade(IloCplex cplex, IloArray<IloFloatVarArray> I_plus, IloArray<IloFloatVarArray> I_minus,
		IloArray<IloArray<IloFloatVarArray>> q, IloArray<IloArray<IloArray<IloNumVar>>> x,
		IloArray<IloArray<IloArray<IloFloatVarArray>>> y);

	void imprimirdadosgerais();


};