public void GrowToSize(PerTurnPlayerCounters counts)
{
while (this.sumAtTurnPerPlayer[0].Count < counts.sumAtTurnPerPlayer[0].Count)
{
this.GrowListsBy1();
}
}
private void AggregateAllDataIfNecessary()
{
if (aggregatedResult == null)
{
aggregatedResult = PerTurnPlayerCounters.Sum(this.counters.AllEntries, playerCount);
}
}
public PerTurnPlayerCountersSeparatedByGame(int playerCount)
{
this.counters = new MapOfGame <PerTurnPlayerCounters>();
this.playerCount = playerCount;
this.counters.InitAllEntries(delegate()
{
return(new PerTurnPlayerCounters(playerCount));
});
this.aggregatedResult = null;
}
static public PerTurnPlayerCounters Sum(IEnumerable <PerTurnPlayerCounters> counters, int playerCount)
{
var result = new PerTurnPlayerCounters(playerCount);
foreach (var counter in counters)
{
result.Add(counter);
}
return(result);
}
public void Add(PerTurnPlayerCounters other)
{
for (int playerIndex = 0; playerIndex < this.sumAtTurnPerPlayer.Length; ++playerIndex)
{
var thisSumAtTurn = this.sumAtTurnPerPlayer[playerIndex];
var otherSumAtTurn = other.sumAtTurnPerPlayer[playerIndex];
GrowListToTurn(thisSumAtTurn, otherSumAtTurn.Count);
for (int turn = 0; turn < otherSumAtTurn.Count; ++turn)
{
thisSumAtTurn[turn] += otherSumAtTurn[turn];
}
}
}
public float[] GetAveragePerTurn(int playerIndex, int throughTurn, PerTurnPlayerCounters counts)
{
if (throughTurn > PlayerTurnLength)
{
throw new Exception("There aren't that many turns");
}
List <int> totalGoldPerTurn = this.sumAtTurnPerPlayer[playerIndex];
List <int> totalCountOfThisTurn = counts.sumAtTurnPerPlayer[playerIndex];
float[] result = new float[throughTurn];
for (int turn = 1; turn <= throughTurn; ++turn)
{
result[turn - 1] = ((float)totalGoldPerTurn[turn]) / (totalCountOfThisTurn[turn] == 0 ? 1 : totalCountOfThisTurn[turn]);
}
return(result);
}