private MultiMoves GetBreakBonusMoves(BonusIDType opponentBonus, MultiMoves presentMoves)
{
var bonusTerritories = GameState.Map.Bonuses[opponentBonus].Territories;
var distances = MapInformer.GetDistancesFromTerritories(bonusTerritories);
var ownedBorderTerritories = MapInformer.GetOwnedBorderTerritories(presentMoves.GetTerritoryStandingsAfterAllMoves(), GameState.MyPlayerId);
int minDistance = ownedBorderTerritories.Min(o => distances[o.ID]);
var bestStartTerritory = ownedBorderTerritories.Where(o => distances[o.ID] == minDistance).First();
int currentDistance = minDistance;
var currentTerritoryInAttackPath = bestStartTerritory.ID;
List <TerritoryIDType> territoriesToTake = new List <TerritoryIDType>();
while (currentDistance != 0)
{
var neighbors = MapInformer.GetNeighborTerritories(currentTerritoryInAttackPath);
var possibleAttackNeighbors = neighbors.Where(n => distances[n] == currentDistance - 1).ToList();
var bestNeighborToAttack = GetBestNeighborToAttack(possibleAttackNeighbors);
territoriesToTake.Add(bestNeighborToAttack);
currentTerritoryInAttackPath = bestNeighborToAttack;
currentDistance--;
}
TakeTerritoriesTask takeTerritoriesTask = new TakeTerritoriesTask(REASON);
MultiMoves resultMoves = takeTerritoriesTask.CalculateTakeTerritoriesMoves(territoriesToTake, presentMoves);
return(resultMoves);
}
// Calculates for each bonus on the map the steps necessary to take it
// Currently only neighboring bonuses are seen as applicable
public List <MultiMoves> CalculateTakeBonusMultiTask(MultiMoves presentMoves)
{
List <MultiMoves> resultMoves = new List <MultiMoves>();
Dictionary <BonusIDType, BonusDetails> applicableBonuses = GetApplicableBonuses(presentMoves);
foreach (var bonus in applicableBonuses.Values)
{
var territoriesToTake = GetMissingBonusTerritories(bonus, presentMoves);
TakeTerritoriesTask takeTerritoriesTask = new TakeTerritoriesTask(REASON);
MultiMoves calculatedMoves = takeTerritoriesTask.CalculateTakeTerritoriesMoves(territoriesToTake, presentMoves);
if (calculatedMoves != null)
{
resultMoves.Add(calculatedMoves);
}
}
return(resultMoves);
}