void run_simulation(Pqueue &arrival_queue, int num_checkers, int break_time, ostream &os)
{
int clock = 0;
int customer_time = 0;
int num_customers = arrival_queue.length(); //get number of customers
Checker *check_array = new Checker[num_checkers]; //create array of checkers
Cust* temp_customer = NULL;
Pqueue shopping_q;
Pqueue checker_q;
//Initialize all of the checkers
for(int i = 0; i < num_checkers; i++)
{
check_array[i].money = 100;
check_array[i].break_left = 0;
check_array[i].time_finished = 0;
check_array[i].current_customer = NULL;
}
//start simulation
for(clock = 1; num_customers > 0; clock++)
{
//----Entering Store----
while(!arrival_queue.empty() && arrival_queue.get_priority_of_first() == clock)
{
temp_customer = arrival_queue.dequeue(); //get customer to enter store
temp_customer->print_entered(os, clock); //print that customer entered store
customer_time = clock + temp_customer->get_items()*2; //calculate when customer will be done
shopping_q.enqueue(temp_customer, customer_time); //que up customers by the time they are done shopping
}
//----Shopping----
while(!shopping_q.empty() && shopping_q.get_priority_of_first() == clock)
{
temp_customer = shopping_q.dequeue(); //get customer to enter checker's line
temp_customer->print_finish_shop(os, clock); //print that customer finished shopping
checker_q.enqueue(temp_customer, 0); //place customer on checker q with no priority
}
//----See if any Checkers are done----
for(int i = 0; i < num_checkers; i++)
{
if(check_array[i].current_customer != NULL && check_array[i].time_finished <= clock)
{
if(check_array[i].current_customer->get_alignment()) //if person is a robber
{
check_array[i].current_customer->print_finish_cs(os, clock, i, check_array[i].money);
check_array[i].money = 0; //checker loses all money
check_array[i].break_left = clock + break_time;
}
else //if person is a customer
{
check_array[i].current_customer->print_finish_cs(os, clock, i, 0);
check_array[i].money += check_array[i].current_customer->get_items()*3; //customer gets 3*number of items
}
temp_customer = check_array[i].current_customer;
check_array[i].current_customer = NULL;
delete temp_customer;
num_customers--; //a customer has been served and leaves the store
}
}
//----Finding Available Checker----
for(int i = 0; i < num_checkers; i++)
{
if(check_array[i].current_customer == NULL && check_array[i].break_left <= clock && !checker_q.empty()) //if checker is available
{
temp_customer = checker_q.dequeue(); //get cusotomer waiting in line
check_array[i].current_customer = temp_customer; //assign that checker the customer
if(temp_customer->get_alignment())
{
customer_time = clock + 4; //robbers take clock + 4
}
else
{
customer_time = clock + temp_customer->get_items(); //customers take *1 every item
}
check_array[i].time_finished = customer_time; //set the time the checker will be finished at
temp_customer->print_start_cs(os, clock, i);
}
}
}
for(int i = 0; i < num_checkers; i++)
{
os << "registers[" << i << "] = $" << check_array[i].money << endl;
}
os << "time = " << clock << endl;
}
void run_simulation(Pqueue &arrival_queue, int num_checkers, int break_duration, ostream &os)
{
struct Checker
{
int money;
int m_available_time;
Cust *m_cust;
};
Checker *checkers = new Checker[num_checkers];//array, it is an array, array always is a pointer to the first element,
int clock;
int num_customers=arrival_queue.size();
Pqueue shop_Q;
Pqueue checkout_q;
for(clock=0; num_customers > 0; clock++)
{
while(!arrival_queue.empty() && (arrival_queue.time_check() == clock))
{
Cust *customer = arrival_queue.dequeue();
customer->print_entered(cout, clock);
shop_Q.enqueue(customer, customer->time_done_shopping());
}
while(!shop_Q.empty() && (shop_Q.time_check() == clock))
{
Cust *cust_done = shop_Q.dequeue();
cust_done->print_done_shopping(cout, clock);
checkout_q.enqueue(cust_done, 0);
}
for(int i=0; i<num_checkers; i++)
{
/*
if(checkers[i].m_cust->done_checkout(checkers[i].m_available_time))
{
cout << "right yeah" << endl;
}
*/
cout << "break1" << endl;
cout << checkers[i].m_available_time<< endl;
cout << "clock: " << clock<< endl;
if(checkers[i].m_available_time == clock && checkers[i].m_cust == NULL)
// if((checkers[i].m_cust->done_checkout(checkers[i].m_available_time)) && checkers[i].m_cust == NULL)
{
cout << "break2" << endl;
checkers[i].m_cust->print(cout);
if(checkers[i].m_cust->m_robber())
{
cout << "checker: " << i << endl;
cout << "break3" << endl;
cout << "time: " << clock << endl;
cout << "break4" << endl;
cout << checkers[i].money<< endl;
cout << "break5" << endl;
checkers[i].m_cust->print_done_checkout_robber(os,clock,checkers[i].money,i);
cout << "break6" << endl;
checkers[i].money = 0;
}
else
{
checkers[i].money = checkers[i].money + checkers[i].m_cust->money_earned();
checkers[i].m_cust->print_done_checkout_shopper(os, clock, checkers[i].money, i);
}
/*
if(checkers[i].m_cust->m_robber()==false)
{
cout << "break3" << endl;
checkers[i].money = checkers[i].money + checkers[i].m_cust->money_earned();
checkers[i].m_cust->print_done_checkout_shopper(os, clock, checkers[i].money, i);
}
else
{
checkers[i].m_cust->print_done_checkout_robber(os,clock,checkers[i].money,i);
checkers[i].money = 0;
}
*/
//Cust *tmp = checkers[i].m_cust;
//delete [] tmp;
//delete [] checkers[i].m_cust;
num_customers--;
// checkers[i].m_cust=NULL;
}
}
//cout << "num:" << num_customers << endl;
for(int i=0; i < num_checkers && checkout_q.empty() == false; i++)
{
cout << "break3" << endl;
Cust *checkout_done=checkout_q.dequeue();
checkers[i].m_cust = checkout_done;
checkers[i].m_available_time = checkers[i].m_cust->checkout_time() + checkers[i].m_available_time;
// checkers[i].m_cust->done_checkout_time(checkers[i].m_available_time);
checkers[i].m_cust->print_start_checkout(os, clock, i);
if(checkers[i].m_cust->m_robber())
checkers[i].m_available_time = checkers[i].m_available_time+break_duration;
}
cout << "break4" << endl;
cout << "clock: " << clock << endl;
if(clock==1000)
break;
}
cout << "break5" << endl;
}