void firms::set_info()
{
vector<double> x;
x.push_back(1);
x.push_back(production());
_rls.update(average_price(), x);
x.clear();
x = _rls.get_action();
int _f = firm_number();
for (map<int, firm>::iterator i = _firms.begin(); i != _firms.end(); ++i)
{
(i->second).set_info(x[0], -x[1], _f);
}
}
void subformula_2()
{
int choicesubformula2;
//subformula2();
while(choicesubformula2<5 || choicesubformula2>6)
{
clearScreen();
printf("\n[1]M=(P*T)/V\n");
printf("\n[2]V=(P*T)/M\n");
printf("\n[3]P=(M*V)/T\n");
printf("\n[4]T=(M*V)/P\n");
printf("\n[5]Back to main menu\n");
printf("\n[6]Quit\n");
printf("\nWhat variable do you want to solve? ");
fflush(stdin);
scanf("%d",&choicesubformula2);
switch (choicesubformula2)
{
case 1 : money_supply();
break;
case 2 : velocity_money();
break;
case 3 : average_price();
break;
case 4 : index_expenditure();
break;
case 5:
break;
case 6: doExit=1;
break;
default:
printf("Invalid choice.\n");
system("pause");
break;
}
}
}
void firms::write_log(string model_name)
{
for (map<int, firm>::iterator i = _firms.begin(); i != _firms.end(); ++i)
{
(i->second).write_log(model_name, i->first);
//_log.setfirmaction(i->first, (i->second).getaction());
}
ofstream fout;
ostringstream fn;
fn<<model_name<<"_average_price.txt";
fout.open(fn.str(), ios_base::app);
fout<<average_price()<<" ";;
fout.close();
fn.str("");
fn<<model_name<<"_average_salary.txt";
fout.open(fn.str(), ios_base::app);
fout<<average_salary()<<" ";
fout.close();
fn.str("");
fn<<model_name<<"_gdp.txt";
fout.open(fn.str(), ios_base::app);
fout<<gdp()<<" ";
fout.close();
fn.str("");
fn<<model_name<<"_consumption.txt";
fout.open(fn.str(), ios_base::app);
fout<<consumption()<<" ";
fout.close();
fn.str("");
fn<<model_name<<"_production.txt";
fout.open(fn.str(), ios_base::app);
fout<<production()<<" ";
fout.close();
fn.str("");
fn<<model_name<<"_firm_number.txt";
fout.open(fn.str(), ios_base::app);
fout<<firm_number()<<" ";
fout.close();
fn.str("");
}
