/// <summary>
/// Returns the best ActionsPack the can be fabricated from the contained ActionsPacks
/// </summary>
public ActionsPack ChooseBestStableCombination()
{
this.game.Log(LogType.ActionsChoosing, LogImportance.Important, "Packs' count: {0}", this.list.Count);
// sort the list, by descending order
this.list.Sort(new ReverseKeyValueComparer <double, ActionsPack>());
// initialize the heuristics
this.game.Log(LogType.Timing, LogImportance.SomewhatImportant, "start heuristics calculation: {0}", this.game.GetTimeRemaining());
this.heuristics = new HeuristicsManager(this.list, this.game);
this.game.Log(LogType.Timing, LogImportance.SomewhatImportant, "end heuristics calculation: {0}", this.game.GetTimeRemaining());
// will be used to hold the best option
ActionsPack bestOption = new ActionsPack(this.game);
// start up the recursion
this.chooseBestStableCombination(new ActionsPack(this.game), // no packs until now; no need to track this pack, as it will be cleared out anyways
0, // 0 value until now
bestOption, // the best option until now
0, // and its value
0, // choose from the start
this.game.MaxCommandsPerTurn); // the maximum count of ActionsPacks that can be merged
// update the consistency bonus
// reset executing events
for (int i = 0; i < this.executingEvents.Length; i++)
{
this.executingEvents[i] = -1;
}
// reset turns since active
for (int i = 0; i < this.turnsSinceActive.Length; i++)
{
Pirate curPirate = game.GetMyPirate(i);
if (curPirate.State == PirateState.Drunk || curPirate.State == PirateState.Lost || curPirate.Location.Equals(curPirate.InitialLocation))
{
this.turnsSinceActive[i] = -1;
}
else if (this.turnsSinceActive[i] != -1)
{
this.turnsSinceActive[i] += 1;
}
}
// update the arrays
foreach (Command cmd in bestOption.GetCommands())
{
foreach (Pirate pirate in cmd.GetMyPiratesUsed())
{
if (pirate != null)
{
this.executingEvents[pirate.Id] = cmd.SourceEvent;
this.turnsSinceActive[pirate.Id] = 1;
}
}
}
// return the best option
return(bestOption);
}
// Performed when run button pressed
void Awake()
{
grid = GetComponent <Grid> ();
requestManager = GetComponent <PathRequestManager> ();
heuristicsManager = GetComponent <HeuristicsManager> ();
// SET HEURISTIC:
// 0: Manhattan
// 1: Euclidian
// 2: Diagonals
heuristic = 1;
}
