public List <PlayedDeck> GetBestDeckList(PlayedDeck playedDeck)
{
List <PlayedDeck> deckList = new List <PlayedDeck>();
Dictionary <string, List <FindDeckInfo> > m_DeckNameMap = new Dictionary <string, List <FindDeckInfo> >();
int count = m_Decks.Count;
for (int i = 0; i < count; i++)
{
PlayedDeck deck = m_Decks[i];
List <FindDeckInfo> FindDeckList = null;
string deckName = deck.GetDeckName();
if (!m_DeckNameMap.ContainsKey(deckName))
{
m_DeckNameMap.Add(deckName, new List <FindDeckInfo>());
}
FindDeckList = m_DeckNameMap[deckName];
FindDeckInfo info = new FindDeckInfo();
info.DeckNumber = i;
info.Procent = deck.Compare(playedDeck);
FindDeckList.Add(info);
}
var pEnum = m_DeckNameMap.GetEnumerator();
for (; pEnum.MoveNext();)
{
List <FindDeckInfo> deckListSort = pEnum.Current.Value;
deckListSort.Sort
(
delegate(FindDeckInfo deck1, FindDeckInfo deck2)
{
return(deck2.Procent.CompareTo(deck1.Procent));
}
);
FindDeckInfo info = deckListSort[0];
PlayedDeck findDeck = new PlayedDeck(m_Decks[info.DeckNumber].GetSerialzeDeck());
findDeck.SetFoundPercent(info.Procent);
playedDeck.ClearDeck(findDeck);
deckList.Add(findDeck);
}
return(deckList);
}
public PlayedDeck GetBestCompareDeck(PlayedDeck playedDeck)
{
int count = m_Decks.Count;
int number = 0;
double maxValue = m_Decks[0].Compare(playedDeck);
for (int i = 1; i < count; i++)
{
double temp = m_Decks[i].Compare(playedDeck);
if (temp > maxValue)
{
number = i;
maxValue = temp;
}
}
playedDeck.SetFoundPercent(maxValue);
PlayedDeck findDeck = new PlayedDeck(m_Decks[number].GetSerialzeDeck());
findDeck.SetFoundPercent(maxValue);
playedDeck.ClearDeck(findDeck);
return(findDeck);
}
