public override long Calculate(ProblemInput input, ProblemOutput output)
{
long result = 0;
foreach (var car in output.Cars)
{
Coordinate location = new Coordinate();
long time = 0;
foreach (var ride in car.RidesTaken)
{
int distance = location.CalcGridDistance(ride.Start);
long minStartTurn = Math.Max(time + distance, ride.StartTime);
if (ride.StartTime >= minStartTurn)
{
result += input.Bonus;
}
time = minStartTurn + ride.Distance;
location = ride.End;
result += ride.Distance;
}
}
return(result);
}
private static bool Apply(ProblemInput input, bool assignedRide, IEnumerable <Car> cars)
{
foreach (var car in cars)
// foreach (var car in input.Cars)
{
double minScore = double.MaxValue;
Ride maxRide = null;
Coordinate currLoc = car.CurrentTime > 0 ? car.RidesTaken.Last().End : new Coordinate(0, 0);
foreach (var ride in input.Rides)
{
// TODO: break cond
var score = ScoreCalc.GetScore(ride, currLoc, car.CurrentTime, input);
if (score < minScore)
{
minScore = score;
maxRide = ride;
assignedRide = true;
}
}
if (maxRide != null)
{
input.Rides.Remove(maxRide);
car.RidesTaken.Add(maxRide);
long minStartTurn = Math.Max(car.CurrentTime + currLoc.CalcGridDistance(maxRide.Start),
maxRide.StartTime);
car.CurrentTime = minStartTurn + maxRide.Distance;
}
}
return(assignedRide);
}
//public static double GetScoreBonus(Ride ride, Coordinate location, long currTime, ProblemInput input)
//{
// long distance = GetDistance(ride.Start, location);
// long minStartTurn = Math.Max(currTime + distance, ride.StartTime);
// long timeToStart = minStartTurn - currTime;
// timeToStart = timeToStart < 0 ? 0 : timeToStart;
// if (IsNotValid(ride, input, minStartTurn, timeToStart))
// return -1;
// return 1.0 / timeToStart;
// double scoreWithBonus = timeToStart * 2 / Math.Sqrt(ride.Distance);
// return scoreWithBonus / Math.Sqrt(input.Bonus);
//}
public static long GetDistance(Coordinate x, Coordinate y)
{
return(x.CalcGridDistance(y));
}
