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Company.cpp
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Company.cpp
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#include "Company.h"
#include <chrono>
#include <thread>
void Company::extractDateTime(string x, Events* curEv)
{
int i = 0;
string tmp = "";
while (x[i] != ':')
{
tmp += x[i];
i++;
}
curEv->setDay(stoi(tmp));
tmp = "";
i++;
while (x[i] != '\0')
{
tmp += x[i];
i++;
}
curEv->setTime(stoi(tmp));
}
void Company::augmentHour()
{
hour++;
if (hour == 24)
{
day++; hour = 0;
}
}
bool Company::workingHours()
{
return (hour >= 5 && hour <= 23);
}
int Company::getVipPriority(cargo* vipCargo)
{
int cost = vipCargo->getCost();
int dist = vipCargo->getDeliveryDistance();
int days;
int hours;
vipCargo->getTime(days, hours);
int eq = 100 * cost + 10 * dist + (24 * days + hours);
return eq;
}
int Company::getLoadingPriority(trucks* Truck, int loadStartHours)
{
PriorityQueue<cargo*> tmpCargos = Truck->getCarriedCargos();
int maxLT = 0;
while (!tmpCargos.isEmpty())
{
int val;
Truck->addcargosNumber();
maxLT = getMax(maxLT, tmpCargos.peekFront(val)->getLoadTime());
tmpCargos.dequeue();
//if (loadStartHours >= 0 && loadStartHours < 5)
//maxLT += loadStartHours;
}
Truck->setActiveTime(maxLT);
int eq = (loadStartHours + maxLT);
//int rem = eq;
//rem%24
//while (rem 2> 4)
//{
// rem -= 24;
//}
//if (rem < 5)
// {rem = 6 - rem;
//eq += rem;}
if (eq % 24 < 5)
eq += 6;
Truck->setLoadedtime(eq);
tmpCargos = Truck->getCarriedCargos();
while (!tmpCargos.isEmpty())
{
int val;
tmpCargos.peekFront(val)->setloadedtime(eq);
int cargD = 0, cargH = 0;
tmpCargos.peekFront(val)->getTime(cargD, cargH);
tmpCargos.peekFront(val)->setWaitedTime(loadStartHours - cargD * 24 - cargH);
tmpCargos.dequeue();
}
return -eq;
}
int Company::getCargoMovingPriority(trucks* Truck, cargo* Cargo, int accLoadTime)
{
int days;
int hours;
Truck->getLoadedTime(days, hours);
int eq = (days * 24 + hours + ceil((double)Cargo->getDeliveryDistance() / Truck->getSpeed()) + Cargo->getLoadTime() + accLoadTime);
Cargo->setDeliverytime(eq);
return -eq;
}
int Company::getTruckMovingPriority(trucks* Truck)
{
int days;
int hours;
Truck->getLoadedTime(days, hours);
PriorityQueue<cargo*> tmpCargos = Truck->getCarriedCargos();
int moveStart = days * 24 + hours;
int maxDist = INT_MIN;
int tmpval;
int loadTimeSum = 0;
while (!tmpCargos.isEmpty())
{
maxDist = getMax(maxDist, tmpCargos.peekFront(tmpval)->getDeliveryDistance());
tmpCargos.dequeue();
}
int t = maxDist / Truck->getSpeed();
Truck->setActiveTime(t);
tmpCargos = Truck->getCarriedCargos();
while (!tmpCargos.isEmpty())
{
loadTimeSum += tmpCargos.peekFront(tmpval)->getLoadTime();
tmpCargos.dequeue();
}
int eq = (2 * ceil(((double)maxDist / Truck->getSpeed())) + loadTimeSum + moveStart);
Truck->setDeliveredTime(eq);
return -eq;
}
int Company::getTruckCheckUpPriority(trucks* Truck)
{
int returnTime = Truck->getDeliveredTime();
int mntTime = Truck->getMt();
int eq = -(returnTime + mntTime);
return eq;
}
int Company::getMax(int x, int y)
{
return (x > y ? x : y);
}
Company::Company(string name)
{
day = 1;
hour = 0;
int assignmentCounter = 0;
assignedVip = false;
assignedNormal = false;
assignedSpecial = false;
file.open(name);
if (!file.is_open()) {
cout << "Failed to open file" << endl;
}
else
loadall(NORMAL_trucks, SPECIAL_trucks, VIP_trucks, events, MaxW, AutoP);
}
Company::~Company()
{
delQueue(*waitCargos[0]);
delQueue(*waitCargos[1]);
delPQueue(VIP_cargos);
delQueue(events);
delQueue(DELIVERED_cargos);
for (int i = 0; i < 3; i++)
{
delQueue(*waitTrucks[i]);
delPQueue(*moveCargos[i]);
delPQueue(*moveTrucks[i]);
delPQueue(*checkupTrucks[i]);
delPQueue(*loadTrucks[i]);
}
}
void Company::Work()
{
while (!events.isEmpty()) {
executeEvent();
//augmentHour();
}
return;
}
void Company::executeEvent()
{
if (!events.isEmpty()) {
Events* ev = events.peekFront();
//>=
while (ev->getDay() == day && ev->getTime() == hour)
{
ev->execute(VIP_cargos, SPECIAL_cargos, NORMAL_cargos);
events.dequeue();
if (!events.isEmpty())
ev = events.peekFront();
else break;
}
}
}
void Company::vipCargoToLoading(int priority)
{
//0 vip
int tmp;
cargo* curCargo = VIP_cargos.peekFront(tmp);
VIP_cargos.dequeue();
}
void Company::CargoToLoading(int curType)
{
//0 vip
cargo* curCargo = waitCargos[curType - 1]->peekFront();
waitCargos[curType]->dequeue();
}
void Company::CargoToMoving(trucks* curTruck, int priority)
{
//PriorityQueue<cargo*>tmppq = curTruck->getCarriedCargos();
int val;
int curType = curTruck->PeekCargo(val)->getCargoType();
cargo* curCargo = curTruck->PeekCargo(val);
moveCargos[curType]->enqueue(curCargo, priority);
return;
}
/*void Company::CargoToDelivered_ph1()
{
int whours, wdays;
cargo* curCargo = nullptr;
if (!NORMAL_cargos.isEmpty())
{
curCargo = NORMAL_cargos.peekFront();
curCargo->getWaitingTime(hour, day, whours, wdays);
if (whours == 5) {
NORMAL_cargos.dequeue();
DELIVERED_cargos.enqueue(curCargo);
}
}
if (!SPECIAL_cargos.isEmpty())
{
curCargo = SPECIAL_cargos.peekFront();
curCargo->getWaitingTime(hour, day, whours, wdays);
if (whours == 5) {
SPECIAL_cargos.dequeue();
DELIVERED_cargos.enqueue(curCargo);
}
}
if (!VIP_cargos.isEmpty())
{
int tmp;
curCargo = VIP_cargos.peekFront(tmp);
curCargo->getWaitingTime(hour, day, whours, wdays);
if (whours == 5) {
VIP_cargos.dequeue();
DELIVERED_cargos.enqueue(curCargo);
}
}
}*/
void Company::CargoToDelivered(int curType)
{
int tmp;
if (!moveCargos[curType]->isEmpty()) {
cargo* curCargo = moveCargos[curType]->peekFront(tmp);
moveCargos[curType]->dequeue();
DELIVERED_cargos.enqueue(curCargo);
}
return;
}
void Company::TruckToLoading(int curType, int priority)
{
trucks* tmp = waitTrucks[curType]->peekFront();
waitTrucks[curType]->dequeue();
loadTrucks[curType]->enqueue(tmp, priority);
}
void Company::TruckToMoving(int curType)
{
int k;
trucks* tmp = loadTrucks[curType]->peekFront(k);
loadTrucks[curType]->dequeue();
moveTrucks[curType]->enqueue(tmp, 0);
return;
}
void Company::TruckToCheckup(int curType)
{
int tmp;
trucks* curTruck = moveTrucks[curType]->peekFront(tmp);
moveTrucks[curType]->dequeue();
checkupTrucks[curType]->enqueue(curTruck, 0);
return;
}
void Company::TruckToAvailable(trucks* curTruck, LinkedList<trucks*>& ptrCheckOrMoving)
{
int curType = curTruck->getType();
ptrCheckOrMoving.del(curTruck);
waitTrucks[curType]->enqueue(curTruck);
}
bool Company::LoadTrucks(QueueLinkedList<trucks*>& normal, QueueLinkedList<trucks*>& special, QueueLinkedList<trucks*>& vip)
{
QueueLinkedList<trucks*>* truckTypes[3]{ &normal,&special,&vip };
if (file.is_open())
{
unsigned int ntrucks[3];
unsigned int speed[3];
unsigned int capacity[3];
int nj;
unsigned int checkupDuration[3];
for (int i = 0; i < 3; i++)
{
file >> ntrucks[i];
}
for (int i = 0; i < 3; i++)
{
file >> speed[i];
}
for (int i = 0; i < 3; i++)
{
file >> capacity[i];
}
file >> nj;
for (int i = 0; i < 3; i++)
{
file >> checkupDuration[i];
}
for (int typeInd = 0; typeInd < 3; typeInd++)
{
for (int i = 0; i < ntrucks[typeInd]; i++)
{
trucks* newtruck = new trucks(capacity[typeInd], speed[typeInd], nj, checkupDuration[typeInd]);
newtruck->setTruckType(typeInd);
truckTypes[typeInd]->enqueue(newtruck);
}
}
return true;
}
return false;
}
bool Company::LoadEvents(QueueLinkedList<Events*>& events)
{
int n;
int extramoney;
char evt, type;
cargoType tp;
file >> n;
unsigned short loadTime;
unsigned int deliveryDistance;
unsigned int cost;
int id;
string time;
while (n--)
{
file >> evt;
if (evt == 'R')
{
file >> type;
if (type == 'N')
tp = NORMAL;
else if (type == 'S')
tp = SPECIAL;
else
tp = VIP;
file >> time;
file >> id;
file >> deliveryDistance;
file >> loadTime;
file >> cost;
PreparationEvent* ev = new PreparationEvent(tp, loadTime, deliveryDistance, cost, id);
extractDateTime(time, ev);
events.enqueue(ev);
}
else if (evt == 'X')
{
file >> time;
file >> id;
CancelEvent* ev = new CancelEvent(id);
extractDateTime(time, ev);
events.enqueue(ev);
}
else if (evt == 'P')
{
file >> time;
file >> id;
file >> extramoney;
PrompteEvent* ev = new PrompteEvent(id, extramoney);
string tmp;
extractDateTime(time, ev);
events.enqueue(ev);
}
}
return true;
}
bool Company::LoadMaxw_Autop(int& MaxW, int& AutoP)
{
if (file.is_open())
{
file >> AutoP;
file >> MaxW;
return true;
}
return false;
}
void Company::loadall(QueueLinkedList<trucks*>& normal, QueueLinkedList<trucks*>& special, QueueLinkedList<trucks*>& vip, QueueLinkedList<Events*>& events, int& MaxW, int& AutoP)
{
LoadTrucks(normal, special, vip);
LoadMaxw_Autop(MaxW, AutoP);
LoadEvents(events);
}
//void Company::Update()
//{
// cargo* tempCargo;
// int i = 0;
// while (!events.isEmpty() || !VIP_cargos.isEmpty() || !SPECIAL_cargos.isEmpty() || !NORMAL_cargos.isEmpty() || !VIP_cargos.isEmpty())
// {
// //system("cls");
// i++;
// executeEvent();
// CargoToDelivered_ph1();
// /*Interface.printAll(day, hour, NORMAL_cargos, SPECIAL_cargos, VIP_cargos, LOADINGNORMAL_trucks, LOADINGSPECIAL_trucks, LOADINGVIP_trucks, NORMAL_trucks, SPECIAL_trucks,
// VIP_trucks, MOVINGNORMAL_trucks, MOVINGSPECIAL_trucks, MOVINGVIP_trucks, CHECKUPNORMAL_trucks, CHECKUPSPECIAL_trucks, CHECKUPVIP_trucks, DELIVEREDNORMAL_cargos
// , DELIVEREDSPECIAL_cargos, DELIVEREDVIP_cargos);*/
// augmentHour();
// using namespace std::this_thread;
// using namespace std::chrono;
// sleep_until(system_clock::now() + milliseconds(1000));
// }
//}
void Company::assign()
{
if (!workingHours())
return;
int vipCapacity = 0;
int specialCapacity = 0;
int normalCapacity = 0;
if (!VIP_trucks.isEmpty())
vipCapacity = VIP_trucks.peekFront()->getTc();
if (!SPECIAL_trucks.isEmpty())
specialCapacity = SPECIAL_trucks.peekFront()->getTc();
if (!NORMAL_trucks.isEmpty())
normalCapacity = NORMAL_trucks.peekFront()->getTc();
cargo* tmpc;
trucks* tmpt;
int priority;
int h = 0, d = 0;
// Checking For AutoP
if (!NORMAL_cargos.isEmpty())
NORMAL_cargos.peekFront()->getWaitingTime(hour, day, h, d);
while (d > AutoP)
{
cargo* promote = NORMAL_cargos.peekFront();
NORMAL_cargos.dequeue();
int pri = getVipPriority(promote);
promote->setCargoType(VIP);
promote->promote();
VIP_cargos.enqueue(promote, pri);
if (!NORMAL_cargos.isEmpty())
NORMAL_cargos.peekFront()->getWaitingTime(hour, day, h, d);
else
break;
}
// Checking for MaxW in Normal and Special and VIP
tmpt = nullptr;
if (!NORMAL_cargos.isEmpty())
NORMAL_cargos.peekFront()->getWaitingTime(hour, day, h, d);
while (h + d * 24 >= MaxW)
{
tmpc = NORMAL_cargos.peekFront();
if (tmpt && tmpt->getCarriedCargos().getCount() < tmpt->getTc())
{
NORMAL_cargos.dequeue();
int p = tmpc->getDeliveryDistance();
tmpt->addCargo(tmpc,p);
tmpc->setCurrTruck(tmpt);
}
else {
if (!NORMAL_trucks.isEmpty())
{
tmpt = NORMAL_trucks.peekFront();
NORMAL_trucks.dequeue();
int p = tmpc->getDeliveryDistance();
tmpt->addCargo(tmpc, -p);
tmpc->setCurrTruck(tmpt);
priority = getLoadingPriority(tmpt, hour + 24 * day);
LOADINGNORMAL_trucks.enqueue(tmpt, priority);
NORMAL_cargos.dequeue();
}
else if (!VIP_trucks.isEmpty())
{
tmpt = VIP_trucks.peekFront();
VIP_trucks.dequeue();
tmpt->addCargo(tmpc, -tmpc->getDeliveryDistance());
tmpc->setCurrTruck(tmpt);
priority = getLoadingPriority(tmpt, hour + 24 * day);
LOADINGVIP_trucks.enqueue(tmpt, priority);
NORMAL_cargos.dequeue();
}
else break;
}
h = 0;
d = 0;
if (!NORMAL_cargos.isEmpty())
NORMAL_cargos.peekFront()->getWaitingTime(hour, day, h, d);
}
h = 0;
d = 0;
tmpt = nullptr;
if (!SPECIAL_cargos.isEmpty())
SPECIAL_cargos.peekFront()->getWaitingTime(hour, day, h, d);
while (h + d * 24 >= MaxW)
{
tmpc = SPECIAL_cargos.peekFront();
if (tmpt && tmpt->getCarriedCargos().getCount() < tmpt->getTc())
{
SPECIAL_cargos.dequeue();
int p = tmpc->getDeliveryDistance();
tmpt->addCargo(tmpc, p);
tmpc->setCurrTruck(tmpt);
}
else {
if (!SPECIAL_trucks.isEmpty())
{
tmpt = SPECIAL_trucks.peekFront();
SPECIAL_trucks.dequeue();
tmpt->addCargo(tmpc, -tmpc->getDeliveryDistance());
tmpc->setCurrTruck(tmpt);
priority = getLoadingPriority(tmpt, hour + 24 * day);
LOADINGSPECIAL_trucks.enqueue(tmpt, priority);
SPECIAL_cargos.dequeue();
}
else break;
}
h = 0;
d = 0;
if (!SPECIAL_cargos.isEmpty())
SPECIAL_cargos.peekFront()->getWaitingTime(hour, day, h, d);
}
h = 0;
d = 0;
tmpt = nullptr;
if (!VIP_cargos.isEmpty())
VIP_cargos.peekFront(priority)->getWaitingTime(hour, day, h, d);
while (h + d * 24 >= MaxW)
{
tmpc = VIP_cargos.peekFront(priority);
if (tmpt && tmpt->getCarriedCargos().getCount() < tmpt->getTc())
{
VIP_cargos.dequeue();
int p = tmpc->getDeliveryDistance();
tmpt->addCargo(tmpc, p);
tmpc->setCurrTruck(tmpt);
}
else {
if (!VIP_trucks.isEmpty())
{
tmpt = VIP_trucks.peekFront();
VIP_trucks.dequeue();
tmpt->addCargo(tmpc, -tmpc->getDeliveryDistance());
tmpc->setCurrTruck(tmpt);
priority = getLoadingPriority(tmpt, hour + 24 * day);
LOADINGVIP_trucks.enqueue(tmpt, priority);
VIP_cargos.dequeue();
}
else if (!NORMAL_trucks.isEmpty())
{
tmpt = NORMAL_trucks.peekFront();
NORMAL_trucks.dequeue();
tmpt->addCargo(tmpc, -tmpc->getDeliveryDistance());
tmpc->setCurrTruck(tmpt);
priority = getLoadingPriority(tmpt, hour + 24 * day);
LOADINGNORMAL_trucks.enqueue(tmpt, priority);
VIP_cargos.dequeue();
}
else if (!SPECIAL_trucks.isEmpty())
{
tmpt = SPECIAL_trucks.peekFront();
SPECIAL_trucks.dequeue();
tmpt->addCargo(tmpc, -tmpc->getDeliveryDistance());
tmpc->setCurrTruck(tmpt);
priority = getLoadingPriority(tmpt, hour + 24 * day);
LOADINGSPECIAL_trucks.enqueue(tmpt, priority);
VIP_cargos.dequeue();
}
else break;
}
h = 0;
d = 0;
if (!VIP_cargos.isEmpty())
VIP_cargos.peekFront(priority)->getWaitingTime(hour, day, h, d);
}
// Normal Assignment
if (!VIP_trucks.isEmpty() && assignmentCounter < 3 && !assignedVip)
{
if (VIP_cargos.getCount() >= vipCapacity)
{
tmpt = VIP_trucks.peekFront();
VIP_trucks.dequeue();
for (int i = 0; i < vipCapacity; i++)
{
tmpc = VIP_cargos.peekFront(priority);
VIP_cargos.dequeue();
tmpt->addCargo(tmpc, -tmpc->getDeliveryDistance());
tmpc->setCurrTruck(tmpt);
}
//ADDED 5/26 +24*day
priority = getLoadingPriority(tmpt, hour + 24 * day);
LOADINGVIP_trucks.enqueue(tmpt, priority);
assignedVip = true;
assignmentCounter++;
}
}
else if (!NORMAL_trucks.isEmpty() && assignmentCounter < 3 && !assignedVip)
{
if (VIP_cargos.getCount() >= normalCapacity)
{
tmpt = NORMAL_trucks.peekFront();
NORMAL_trucks.dequeue();
for (int i = 0; i < normalCapacity; i++)
{
tmpc = VIP_cargos.peekFront(priority);
VIP_cargos.dequeue();
tmpt->addCargo(tmpc, -tmpc->getDeliveryDistance());
tmpc->setCurrTruck(tmpt);
}
priority = getLoadingPriority(tmpt, hour + 24 * day);
LOADINGNORMAL_trucks.enqueue(tmpt, priority);
assignedVip = true;
assignmentCounter++;
}
}
else if (!SPECIAL_trucks.isEmpty() && assignmentCounter < 3 && !assignedVip)
{
if (VIP_cargos.getCount() >= specialCapacity)
{
tmpt = SPECIAL_trucks.peekFront();
SPECIAL_trucks.dequeue();
for (int i = 0; i < specialCapacity; i++)
{
tmpc = VIP_cargos.peekFront(priority);
VIP_cargos.dequeue();
tmpt->addCargo(tmpc, -tmpc->getDeliveryDistance());
tmpc->setCurrTruck(tmpt);
}
priority = getLoadingPriority(tmpt, hour + 24 * day);
LOADINGSPECIAL_trucks.enqueue(tmpt, priority);
assignedVip = true;
assignmentCounter++;
}
}
if (!SPECIAL_trucks.isEmpty() && assignmentCounter < 3 && !assignedSpecial)
{
if (SPECIAL_cargos.getCount() >= specialCapacity)
{
tmpt = SPECIAL_trucks.peekFront();
SPECIAL_trucks.dequeue();
for (int i = 0; i < specialCapacity; i++)
{
tmpc = SPECIAL_cargos.peekFront();
SPECIAL_cargos.dequeue();
tmpt->addCargo(tmpc, -tmpc->getDeliveryDistance());
tmpc->setCurrTruck(tmpt);
}
priority = getLoadingPriority(tmpt, hour + 24 * day);
LOADINGSPECIAL_trucks.enqueue(tmpt, priority);
assignedSpecial = true;
assignmentCounter++;
}
}
if (!NORMAL_trucks.isEmpty() && assignmentCounter < 3 && !assignedNormal)
{
if (NORMAL_cargos.getCount() >= normalCapacity)
{
tmpt = NORMAL_trucks.peekFront();
NORMAL_trucks.dequeue();
for (int i = 0; i < normalCapacity; i++)
{
tmpc = NORMAL_cargos.peekFront();
NORMAL_cargos.dequeue();
tmpt->addCargo(tmpc, -tmpc->getDeliveryDistance());
tmpc->setCurrTruck(tmpt);
}
priority = getLoadingPriority(tmpt, hour + 24 * day);
LOADINGNORMAL_trucks.enqueue(tmpt, priority);
assignedNormal = true;
assignmentCounter++;
}
}
else if (!SPECIAL_trucks.isEmpty() && assignmentCounter < 3 && !assignedNormal)
{
if (NORMAL_cargos.getCount() >= specialCapacity)
{
tmpt = SPECIAL_trucks.peekFront();
SPECIAL_trucks.dequeue();
for (int i = 0; i < specialCapacity; i++)
{
tmpc = NORMAL_cargos.peekFront();
NORMAL_cargos.dequeue();
tmpt->addCargo(tmpc, -tmpc->getDeliveryDistance());
tmpc->setCurrTruck(tmpt);
}
priority = getLoadingPriority(tmpt, hour + 24 * day);
LOADINGSPECIAL_trucks.enqueue(tmpt, priority);
assignedNormal = true;
assignmentCounter++;
}
}
}
void Company::Moving() {
//____________________________________MOVING____________________________________________
int val;
int prior;
cargo* tmpc;
trucks* tmpt;
while (!LOADINGNORMAL_trucks.isEmpty())
{
tmpt = LOADINGNORMAL_trucks.peekFront(val);
val = -val;
if (day * 24 + hour == val) {
if (tmpt->PeekCargo(prior)->getCargoType() == VIP)
{
assignedVip = false;
assignmentCounter--;
if (assignmentCounter < 0)
assignmentCounter = 0;
}
else if (tmpt->PeekCargo(prior)->getCargoType() == SPECIAL)
{
assignedSpecial = false;
assignmentCounter--;
if (assignmentCounter < 0)
assignmentCounter = 0;
}
else
{
assignedNormal = false;
assignmentCounter--;
if (assignmentCounter < 0)
assignmentCounter = 0;
}
tmpt->Incrementjourneys();
tmpt->incCheckj();
LOADINGNORMAL_trucks.dequeue();
int pri = getTruckMovingPriority(tmpt);
MOVINGNORMAL_trucks.enqueue(tmpt, pri);
PriorityQueue<cargo*> cpq = tmpt->getCarriedCargos();
//ADDED
int accumulateLoadTime = 0;
while (!cpq.isEmpty())
{
tmpc = cpq.peekFront(pri);
pri = getCargoMovingPriority(tmpt, tmpc, accumulateLoadTime);
MOVINGNORMAL_cargos.enqueue(tmpc, pri);
//ADDED
accumulateLoadTime += tmpc->getLoadTime();
cpq.dequeue();
}
}
else break;
}
while (!LOADINGSPECIAL_trucks.isEmpty())
{
tmpt = LOADINGSPECIAL_trucks.peekFront(val);
val = -val;
if (day * 24 + hour == val) {
if (tmpt->PeekCargo(prior)->getCargoType() == VIP)
{
assignedVip = false;
assignmentCounter--;
if (assignmentCounter < 0)
assignmentCounter = 0;
}
else if (tmpt->PeekCargo(prior)->getCargoType() == SPECIAL)
{
assignedSpecial = false;
assignmentCounter--;
if (assignmentCounter < 0)
assignmentCounter = 0;
}
else
{
assignedNormal = false;
assignmentCounter--;
if (assignmentCounter < 0)
assignmentCounter = 0;
}
tmpt->Incrementjourneys();
tmpt->incCheckj();
LOADINGSPECIAL_trucks.dequeue();
int pri = getTruckMovingPriority(tmpt);
MOVINGSPECIAL_trucks.enqueue(tmpt, pri);
PriorityQueue<cargo*> cpq = tmpt->getCarriedCargos();
//ADDED
int accumulateLoadTime = 0;
while (!cpq.isEmpty())
{
tmpc = cpq.peekFront(pri);
pri = getCargoMovingPriority(tmpt, tmpc, accumulateLoadTime);
MOVINGSPECIAL_cargos.enqueue(tmpc, pri);
//ADDED
accumulateLoadTime += tmpc->getLoadTime();
cpq.dequeue();
}
}
else
break;
}
while (!LOADINGVIP_trucks.isEmpty())
{
tmpt = LOADINGVIP_trucks.peekFront(val);
val = -val;
if (day * 24 + hour == val) {
if (tmpt->PeekCargo(prior)->getCargoType() == VIP)
{
assignedVip = false;
assignmentCounter--;
if (assignmentCounter < 0)
assignmentCounter = 0;
}
else if (tmpt->PeekCargo(prior)->getCargoType() == SPECIAL)
{
assignedSpecial = false;
assignmentCounter--;
if (assignmentCounter < 0)
assignmentCounter = 0;
}
else
{
assignedNormal = false;
assignmentCounter--;
if (assignmentCounter < 0)
assignmentCounter = 0;
}
tmpt->Incrementjourneys();
tmpt->incCheckj();
LOADINGVIP_trucks.dequeue();
int pri = getTruckMovingPriority(tmpt);
MOVINGVIP_trucks.enqueue(tmpt, pri);
PriorityQueue<cargo*> cpq = tmpt->getCarriedCargos();
//ADDED
int accumulateLoadTime = 0;
while (!cpq.isEmpty())
{
tmpc = cpq.peekFront(pri);
pri = getCargoMovingPriority(tmpt, tmpc,accumulateLoadTime);
MOVINGVIP_cargos.enqueue(tmpc, pri);
//ADDED
accumulateLoadTime += tmpc->getLoadTime();
cpq.dequeue();
}
}
else
break;
}
}
void Company::Deliver()
{
cargo* tmpc;
int val;
trucks* tmpt;
//_________________________DELIVERED TRUCKS__________________________
while (!MOVINGVIP_cargos.isEmpty())
{
tmpc = MOVINGVIP_cargos.peekFront(val);
tmpt = tmpc->getCurrTruck();
val = -val;
if (day * 24 + hour == val) {
MOVINGVIP_cargos.dequeue();
tmpc->setCurrTruck(NULL);
DELIVERED_cargos.enqueue(tmpc);
tmpt->removeLastCargo();
//IF NoOfJourney == maxJourneys >> checkup; else >> waitingtrucks
}
else break;
}
while (!MOVINGSPECIAL_cargos.isEmpty())
{
tmpc = MOVINGSPECIAL_cargos.peekFront(val);
tmpt = tmpc->getCurrTruck();
val = -val;
if (day * 24 + hour == val) {
MOVINGSPECIAL_cargos.dequeue();
tmpc->setCurrTruck(NULL);
DELIVERED_cargos.enqueue(tmpc);
tmpt->removeLastCargo();
}
else break;
}
while (!MOVINGNORMAL_cargos.isEmpty())
{
tmpc = MOVINGNORMAL_cargos.peekFront(val);
tmpt = tmpc->getCurrTruck();
val = -val;
if (day * 24 + hour == val) {
MOVINGNORMAL_cargos.dequeue();
tmpc->setCurrTruck(NULL);
DELIVERED_cargos.enqueue(tmpc);
tmpt->removeLastCargo();
}
else break;
}
}
void Company::Returntrucks()
{
trucks* tmpt;
int val;
int pri;
//_________________________DELIVERED TRUCKS__________________________
while (!MOVINGVIP_trucks.isEmpty())
{
tmpt = MOVINGVIP_trucks.peekFront(val);
val = -val;
if (day * 24 + hour == val) {
MOVINGVIP_trucks.dequeue();
if (tmpt->getcheckJ() == tmpt->getJ())
{
tmpt->resetcheckj();
pri = getTruckCheckUpPriority(tmpt);
CHECKUPVIP_trucks.enqueue(tmpt, pri);
}
else
VIP_trucks.enqueue(tmpt);
}
else break;
}
while (!MOVINGSPECIAL_trucks.isEmpty())
{
tmpt = MOVINGSPECIAL_trucks.peekFront(val);
val = -val;
if (day * 24 + hour == val) {
MOVINGSPECIAL_trucks.dequeue();
if (tmpt->getcheckJ() == tmpt->getJ())
{
tmpt->resetcheckj();
pri = getTruckCheckUpPriority(tmpt);
CHECKUPSPECIAL_trucks.enqueue(tmpt, pri);
}
else
SPECIAL_trucks.enqueue(tmpt);
}
else break;
}
while (!MOVINGNORMAL_trucks.isEmpty())
{
tmpt = MOVINGNORMAL_trucks.peekFront(val);
val = -val;
if (day * 24 + hour == val) {
MOVINGNORMAL_trucks.dequeue();
if (tmpt->getcheckJ() == tmpt->getJ())
{
tmpt->resetcheckj();
pri = getTruckCheckUpPriority(tmpt);
CHECKUPNORMAL_trucks.enqueue(tmpt, pri);
}
else
NORMAL_trucks.enqueue(tmpt);
}
else break;
}
}
void Company::backFromCheckup()
{
int val;
trucks* tmpt;
while (!CHECKUPVIP_trucks.isEmpty())
{