static void Main(String[] args)
{
var collection = new InputCollection(Console.ReadLine());
var rand = new Random();
while (true)
{
var output = string.Empty;
// Read information from standard input
collection.ParseInput();
Console.Error.WriteLine("Control Room: {0}, Beam Location: {1}", collection.ControlRoom == null ? "none" : "found", collection.BeamLocation == null ? "none" : "found");
Console.Error.WriteLine("Traveled: {0}, Travelable: {1}", collection.TraveledPoints.Count, collection.TravelablePoints.Count);
Console.Error.WriteLine("Kirk: {0}, {1}", collection.Kirk.X, collection.Kirk.Y);
// Compute logic here
if (collection.ControlRoom != null && !collection.ReachedControlRoom && collection.IsDistanceSafe())
{
output = collection.GetDirectionToTarget(collection.ControlRoom);
Console.Error.WriteLine("Going for Control Room: {0}, {1}", collection.ControlRoom.X, collection.ControlRoom.Y);
}
else if (collection.ReachedControlRoom)
{
output = collection.GetDirectionToTarget(collection.BeamLocation);
Console.Error.WriteLine("Going for Beam Location: {0}, {1}", collection.BeamLocation.X, collection.BeamLocation.Y);
}
else
{
var validMoves = collection.ValidMoves(collection.Kirk);
var nearestUnexplored = collection.GetNearestUnexploredPoint();
if (nearestUnexplored != null)
{
output = collection.GetDirectionToTarget(nearestUnexplored);
}
else
{
var randm = rand.Next(validMoves.Count);
output = collection.GetDirection(collection.Kirk, validMoves[randm]);
}
}
// Console.Error.WriteLine("Debug messages...");
// Write action to standard output
Console.WriteLine(output);
}
}
