private void AssignRideToCar(Ride ride, Car car)
{
ride.GotBonus = BonusCalculator.CalculateBonus(car, ride, _problemData.PerRideBonus) > 0;
car.Rides.Add(ride);
car.OccupiedUntil = StepCalculator.CalculateStepAfterRide(car, ride);
car.CurrentColumn = ride.RideFinishColumn;
car.CurrentRow = ride.RideFinishRow;
_problemData.RidesToDo.Remove(ride);
}
public void CalculateMagicRatio(Car car, ProblemData problemData)
{
var stepsToGoToRideStart = StepCalculator.CalculateStepsFromCarToRideStart(car, this);
int waitTime = StepCalculator.CalculateWaitTime(car, this);
var endRideStep = StepCalculator.CalculateStepAfterRide(car, this);
// Si le trajet peut etre fini avant la fin de la simu
// ou si le trajet peut etre fini avant la fin du ride
if ((endRideStep >= problemData.NumberOfSteps) ||
(endRideStep >= RideLatestFinish))
{
MagicNumber = 0;
return;
}
var bonus = BonusCalculator.CalculateBonus(car, this, problemData.PerRideBonus);
var totalPoint = RidePointsWithoutBonus + bonus;
var totalTime = stepsToGoToRideStart + waitTime + RidePointsWithoutBonus;
var wastedTime = stepsToGoToRideStart + waitTime;
float ponderation = 1F / (1F + wastedTime);
MagicNumber = (totalPoint / (float)totalTime) * ponderation;
}