// returns a default set for testing
public static HyperParameters GetDefaults()
{
var hp = new HyperParameters();
foreach (var kvp in BoundDictionary)
{
hp.ParametersDictionary[kvp.Key] = kvp.Value.Seed;
}
return(hp);
}
public static void Main(string[] args)
{
// Get initial game state
GameInfo.ProcessTurn(new Game());
GameInfo.IsDebug = GameInfo.IsLocal && args.Count() > 0 && args[0] == "debug";
if (GameInfo.IsDebug)
{
Stopwatch s = new Stopwatch();
s.Start();
while (!Debugger.IsAttached && s.ElapsedMilliseconds < 60000)
{
; // max 30 seconds to attach, prevents memory leaks;
}
s.Stop();
}
// Do Genetic Algorithm Specimen implementation
Specimen specimen;
if (GameInfo.IsDebug || (GameInfo.IsLocal && args.Count() > 0 && args[0] == "test"))
{
specimen = new FakeSpecimen();
HParams = specimen.GetHyperParameters();
Log.LogMessage("testing...");
}
else
{
specimen = GeneticSpecimen.RandomSpecimen();
HParams = specimen.GetHyperParameters();
}
// Handle Logic
Logic.Logic CombatLogic = new CombatLogic();
Logic.Logic EarlyCollectLogic = new EarlyCollectLogic();
Logic.Logic DropoffLogic = new DropoffLogic();
Logic.Logic EndOfGameLogic = new EndOfGameLogic();
Logic.Logic LateCollectLogic = new LateCollectLogic();
SiteSelection.Initialize();
string BotName = GameInfo.BOT_NAME + specimen.Name();
GameInfo.Game.Ready(BotName);
Log.LogMessage("Successfully created bot! My Player ID is " + GameInfo.Game.myId);
Stopwatch combatWatch = new Stopwatch();
Stopwatch dropoffWatch = new Stopwatch();
Stopwatch proximityWatch = new Stopwatch();
Stopwatch collectWatch = new Stopwatch();
for (; ;)
{
// Basic processing for the turn start
GameInfo.Game.UpdateFrame();
GameInfo.ProcessTurn(GameInfo.Game);
Fleet.UpdateFleet(GameInfo.MyShips);
EnemyFleet.UpdateFleet();
Log.LogMessage("value mapping...");
ValueMapping.ProcessTurn();
SiteSelection.ProcessTurn();
// logic turn processing
EarlyCollectLogic.ProcessTurn();
DropoffLogic.ProcessTurn();
EndOfGameLogic.ProcessTurn();
CombatLogic.ProcessTurn();
// Score the ships first
Safety.InitializeNewTurn();
// Specimen spawn logic for GeneticTuner
if (GameInfo.TurnsRemaining == 0)
{
var players = GameInfo.Opponents;
players.Add(GameInfo.Me);
players = players.OrderByDescending(x => x.halite).ToList();
int numChildren = players.Count - ((players.Count / 2) + players.IndexOf(GameInfo.Me));
if (numChildren > 0)
{
specimen.SpawnChildren(numChildren);
}
else
{
specimen.Kill();
}
if (GameInfo.MyId == 1 && GameInfo.IsLocal)
{
string content = $"\n{BotName},{GameInfo.Me.halite}";
foreach (var o in GameInfo.Opponents)
{
content += $",{o.id.id},{o.halite}";
}
using (StreamWriter sw = File.AppendText("ResultsHistory.txt")) {
sw.Write(content);
}
}
Log.LogMessage("total time in combat logic = " + (combatWatch.ElapsedMilliseconds));
Log.LogMessage("total time in dropoff logic = " + (dropoffWatch.ElapsedMilliseconds));
Log.LogMessage("total time in proximity logic = " + (proximityWatch.ElapsedMilliseconds));
}
bool doFirst = GameInfo.MyShipyardCell.Neighbors.Where(n => n.IsOccupiedByMe).Any(n => n.ship.CellHalite > 10);
if (doFirst && ShouldSpawnShip())
{
Fleet.SpawnShip();
}
// Combat Logic!!!
Log.LogMessage($"*** Combat Logic ***");
combatWatch.Start();
CombatLogic.CommandShips();
combatWatch.Stop();
// End game, return all ships to nearest dropoff
Log.LogMessage($"*** EndGame Logic ***");
EndOfGameLogic.CommandShips();
// Move ships to dropoffs
Log.LogMessage($"*** Dropoff Logic ***");
dropoffWatch.Start();
DropoffLogic.CommandShips();
dropoffWatch.Stop();
// collect halite (move or stay) using Logic interface
Log.LogMessage($"*** Collect Logic ***");
collectWatch.Reset();
collectWatch.Start();
if (GameInfo.Map.AverageHalitePerCell > HParams[Parameters.HALITE_TO_SWITCH_COLLECT] || GameInfo.Map.PercentHaliteCollected < .5)
{
EarlyCollectLogic.CommandShips();
}
LateCollectLogic.CommandShips();
collectWatch.Stop();
Log.LogMessage("collect time was " + collectWatch.ElapsedMilliseconds);
if (!doFirst && ShouldSpawnShip())
{
Fleet.SpawnShip();
}
// spawn ships
GameInfo.Game.EndTurn(Fleet.GenerateCommandQueue());
}
}