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| class Quart_Explicite
{
public:
int m_debut;
vector<int> m_acts;
vector<int> m_per_fin;
public:
Quart_Explicite() : m_debut(0), m_acts(vector<int>()), m_per_fin(vector<int>()) { }
Quart_Explicite(int debut, vector<int> acts, vector<int> per_fin) : m_debut(debut), m_acts(acts), m_per_fin(per_fin) { }
};
class Quarts_Explicites
{
public:
vector<vector<vector<Quart_Explicite>>> m_elements;
double m_temps_enumeration;
public:
Quarts_Explicites() : m_elements(vector<vector<vector<Quart_Explicite>>>()), m_temps_enumeration(0.0) { }
Quarts_Explicites(vector<vector<vector<Quart_Explicite>>> elements, double temps_enumeration) : m_elements(elements), m_temps_enumeration(temps_enumeration) { }
void set_dimensions(Employes &mes_employes)
{
...
}
void set_days_off(Employes &mes_employes)
{
...
}
void enumerate(TypeQuarts &mes_types_quarts, int jour_operation, Activites &mes_activites, string &my_path)
{
... // le problème est ici :cry:
}
void set_elements(Data &my_data, string &my_path)
{
...
}
};
int main
{
for(unsigned int ins = 0; ins < my_instances.m_elements.size(); ins ++)
{
Data my_data;
my_data.set_elements(my_instances.m_elements[ins].m_path, my_instances.m_elements[ins].m_period_minute);
cout << my_instances.m_elements[ins].m_path << endl;
clock_t start_main = clock();
Quarts_Explicites mes_quarts_explicites;
mes_quarts_explicites.set_elements(my_data, my_instances.m_elements[ins].m_path);
IloEnv env;
Variables mes_variables(env, my_data.m_employes.m_elements.size(), my_data.m_activites.melements.size());
mes_variables.set_elements(env, mes_quarts_explicites, my_data.m_activites.melements.size(), my_data.m_horizon);
Set_Covering_Model my_set_covering_model(env);
Call_To_Cplex my_call_to_cplex;
my_set_covering_model.set_elements(env, my_data, mes_quarts_explicites, my_instances.m_elements[ins].m_path, my_call_to_cplex, mes_variables);
clock_t end_main = clock();
double temps_main=(end_main - start_main) / (double)CLOCKS_PER_SEC;
env.end();
my_output.set_elements(my_instances.m_elements[ins], my_call_to_cplex, mes_quarts_explicites, temps_main);
cout << "/************************************************/" << endl;
}
return 0;
} |
