private static void LogDiscardingCard(QuadMistCard card)
{
String cardName = FF9TextTool.CardName(card.id);
String displayInfo = card.ToString();
Int32 arrowCount = MathEx.BitCount(card.arrow);
Log.Message($"Discard the card: {cardName} ({displayInfo}, {arrowCount} arrows) [Id: {card.id}, Type: {card.type}, Attack: {card.atk}, P.Def: {card.pdef}, M.Def: {card.mdef}]");
}
public static void DiscardUnnecessaryCards()
{
List <QuadMistCard> cards = FF9StateSystem.MiniGame.SavedData.MiniGameCard;
Int32 minDeckSize = Configuration.TetraMaster.DiscardMinDeckSize;
if (cards.Count <= minDeckSize)
{
Log.Warning($"You don't have enough cards to discard. You can change a minimum deck size via Mememoria.ini: [{nameof(Configuration.TetraMaster)}].{nameof(Configuration.TetraMaster.DiscardMinDeckSize)}");
return;
}
Dictionary <Byte, List <QuadMistCard> > cardsById = new Dictionary <Byte, List <QuadMistCard> >();
Dictionary <Byte, List <QuadMistCard> > cardsByArrow = new Dictionary <Byte, List <QuadMistCard> >();
foreach (QuadMistCard card in cards)
{
List <QuadMistCard> list;
if (!cardsById.TryGetValue(card.id, out list))
{
list = new List <QuadMistCard>();
cardsById.Add(card.id, list);
}
list.Add(card);
if (!cardsByArrow.TryGetValue(card.arrow, out list))
{
list = new List <QuadMistCard>();
cardsByArrow.Add(card.arrow, list);
}
list.Add(card);
}
foreach (List <QuadMistCard> list in cardsById.Values)
{
list.Sort(CompareCard);
}
foreach (List <QuadMistCard> list in cardsByArrow.Values)
{
list.Sort(CompareCard);
}
Int32 maxSameArrows = Configuration.TetraMaster.DiscardKeepSameArrow;
Int32 maxSameType = Configuration.TetraMaster.DiscardKeepSameType;
Log.Message("-------------------");
Log.Message("Discarding cards...");
foreach (KeyValuePair <Byte, List <QuadMistCard> > pair in cardsByArrow.OrderByDescending(p => MathEx.BitCount(p.Key)))
{
Int32 sameArrows = maxSameArrows;
List <QuadMistCard> list = pair.Value;
for (Int32 i = 0; (i < list.Count && i < list.Count - sameArrows); i++)
{
QuadMistCard card = list[i];
if (!CanDiscard(card))
{
sameArrows--;
continue;
}
List <QuadMistCard> sameCards = cardsById[card.id];
if (sameCards.Count <= maxSameType)
{
sameArrows--;
continue;
}
list.RemoveAt(i);
sameCards.Remove(card);
cards.Remove(card);
i--;
LogDiscardingCard(card);
if (cards.Count <= minDeckSize)
{
break;
}
}
if (cards.Count <= minDeckSize)
{
break;
}
}
foreach (KeyValuePair <Byte, List <QuadMistCard> > pair in cardsById.OrderBy(p => p.Key))
{
Int32 sameType = maxSameType;
List <QuadMistCard> list = pair.Value;
for (Int32 i = 0; (i < list.Count && i < list.Count - sameType); i++)
{
QuadMistCard card = list[i];
if (!CanDiscard(card))
{
sameType--;
continue;
}
List <QuadMistCard> arrowCards = cardsByArrow[card.arrow];
if (arrowCards.Count <= maxSameArrows)
{
sameType--;
continue;
}
list.RemoveAt(i);
arrowCards.Remove(card);
cards.Remove(card);
i--;
LogDiscardingCard(card);
if (cards.Count <= minDeckSize)
{
break;
}
}
if (cards.Count <= minDeckSize)
{
break;
}
}
Log.Message("-------------------");
}