public int ScoreRide(Car car, int currentStep)
{
int score = 0;
int rideStart;
int carArrives = SelfDriving.GetDist(car.Location, StartLocation) + currentStep;
if (carArrives <= EarliestStart)
{
score = bonus;
rideStart = EarliestStart;
}
else
{
rideStart = carArrives;
}
int downTime = rideStart - currentStep;
const int MAX_DOWN_TIME = 1000000000;
score += (MAX_DOWN_TIME - downTime); //invert, so lower downtime gives higher score
int rideFinish = rideStart + Raw_score;
if (rideFinish <= LatestFinish && rideFinish <= totalSteps)
{
return(score);
//return downTime;
}
else
{
return(0);
}
}
static List <List <int> > IO_in(string filePath)
{
// below IF no line split
//string text = System.IO.File.ReadAllText(filePath);
string[] lines = File.ReadAllLines(filePath);
//Iterate over lines and split
int lineNo = 1;
int[] fl; //First line
List <List <int> > rides = new List <List <int> >();
foreach (string line in lines)
{
if (lineNo == 1)
{
fl = Array.ConvertAll(line.Split(), st => int.Parse(st));
lineNo++;
continue;
}
rides.Add(Array.ConvertAll(line.Split(), st => int.Parse(st)).ToList());
}
return(SelfDriving.Solve(fl[0], fl[1], fl[2], fl[3], fl[4], fl[5], rides));
}
public void TakeRide(Ride ride, int currentStep)
{
int carArrives = SelfDriving.GetDist(Location, ride.StartLocation) + currentStep;
int rideStart = (carArrives <= ride.EarliestStart)? ride.EarliestStart: rideStart = carArrives;
_activeTill = rideStart + ride.Raw_score;
_location = ride.EndLocation;
}
public Ride(List <int> rideDeets, int ind)
{
Index = ind;
StartLocation = new Tuple <int, int>(rideDeets[0], rideDeets[1]);
EndLocation = new Tuple <int, int>(rideDeets[2], rideDeets[3]);
EarliestStart = rideDeets[4];
LatestFinish = rideDeets[5];
Raw_score = SelfDriving.GetDist(StartLocation, EndLocation);
}