public override void execute()
{
double expectedTime = (lengthOfWay / (car.getSpeed() / 60.0)) + time; // ocakavany cas - kolko autu trava cesta
// poruchovost
if (car.hasFailed())
{
expectedTime += car.getTimeOfRepair();
}
core.materialB += car.getVolume();
if (core.materialB >= Constants.materialToLoad)
{
core.materialB = Constants.materialToLoad;
return;
}
Event arrivalC = new EventArrivalToC(core, expectedTime, car);
core.updateEventCalendar(arrivalC);
Vehicle carInFront = core.getFirstBeforeBuilding();
if (carInFront != null)
{
Event unloadStart = new EventUnloadStart(core, time, carInFront);
core.updateEventCalendar(unloadStart);
}
else
{
core.unloadMachineWorking = false;
}
}
public override void execute()
{
double expectedTime = (lengthOfWay / (double)(car.getSpeed() / 60.0)) + time; // ocakavany cas - kolko by autu trava cesta
expectedTime = core.wayAB.realTime(expectedTime);
Event arrivalB = new EventArrivalToB(core, expectedTime, car);
core.updateEventCalendar(arrivalB);
if (core.materialA <= 0)
{
return;
}
Vehicle carInFront = core.getFirstBeforeDepo();
if (carInFront != null)
{
Event loadStart = new EventLoadStart(core, time, carInFront);
core.updateEventCalendar(loadStart);
}
else
{
core.loadMachineWorking = false;
}
}
public override void execute()
{
double expectedTime = (lengthOfWay / (car.getSpeed() / 60.0)) + time; // ocakavany cas - kolko by autu trava cesta
expectedTime = core.wayCA.realTime(expectedTime);
Event arrivalA = new EventArrivalToA(core, expectedTime, car);
core.updateEventCalendar(arrivalA);
}
public override void execute()
{
// postavia sa do radu
core.updteListBeforeBuilding(car);
// nastavi sa im pociatocny cas cakania
car.setStartOfWaiting(time);
// ak sa nic nenaklada, pride prve auto na rad
if (core.unloadMachineWorking == false)
{
Event unloadStart = new EventUnloadStart(core, time, core.getFirstBeforeBuilding());
core.updateEventCalendar(unloadStart);
core.unloadMachineWorking = true;
}
}
public override void execute()
{
// postavia sa do radu
core.updteListBeforeDepo(car);
// nastavi sa im pociatocny cas cakania
car.setStartOfWaiting(time);
// ak sa nic nenaklada, pride prve auto na rad
if (core.loadMachineWorking == false)
{
if (core.materialA <= 0)
{
return;
}
Event loadStart = new EventLoadStart(core, time, core.getFirstBeforeDepo());
core.updateEventCalendar(loadStart);
core.loadMachineWorking = true;
}
}
public override void execute()
{
double volumeToLoad = (core.materialA <= car.getVolume()) ? core.materialA : car.getVolume();
core.materialA -= volumeToLoad;
double timeOfLoading = volumeToLoad / speedOfLoading;
car.realVolume = volumeToLoad;
core.loadMachineWorking = true;
car.setEndOfWaitingOnDepo(time);
Event loadEnd = new EventLoadFinish(core, timeOfLoading + time, car);
core.updateEventCalendar(loadEnd);
}
public override void execute()
{
// nastavi nakladac ze pracuje
core.unloadMachineWorking = true;
// nastavi cas koniec cakania v rade
car.setEndOfWaitingOnBuilding(time);
// TO-DO vypocita cas nakladania
double timeOfUnloading = car.realVolume / speedOfUnloading; // v minutach
car.realVolume = 0;
// vytvori koniec nakladania
Event unloadEnd = new EventUnloadFinish(core, timeOfUnloading + time, car);
// prida koniec nakladania do kalendata udalosti
core.updateEventCalendar(unloadEnd);
}