public void SetResetDeck()
{
Decks.Clear();
for (int j = 0; j < NumOfDecks; j++)
{
//Generate cards for deck that are numbers
for (int i = 2; i < 11; i++)
{
for (int NumofSuits = 1; NumofSuits < 5; NumofSuits++)
{
Decks.Add(i.ToString());
}
}
//Generate Face cards
string[] FaceCards = { "J", "Q", "K", "A" };
for (int i = 0; i < (FaceCards.Length); i++)
{
for (int NumofSuits = 1; NumofSuits < 5; NumofSuits++)
{
Decks.Add(FaceCards[i]);
}
}
}
}
public override async Task Update()
{
IsLoadingDecks = true;
Note = _repository.GetGameNote()?.ToString();
var deck = _repository.GetOpponentDeck();
Cards.Clear();
deck.Cards.ForEach(c => Cards.Add(c));
PlayerClass = deck.Class.ToString();
Decks.Clear();
await Task.Run(() =>
{
var alldecks = _repository
.GetAllDecksWithTag(Strings.ArchetypeTag)
.Select(d => new ArchetypeDeck(d))
.ToList();
var results = ViewModelHelper.MatchArchetypes(deck, alldecks);
results.ForEach(r => Decks.Add(r));
results.ForEach(r => _log.Info($"{r.Deck.Name} [{r.Similarity}, {r.Containment}]"));
var firstDeck = Decks.FirstOrDefault();
if (firstDeck != null && firstDeck.Similarity > MatchResult.THRESHOLD)
{
DeckSelected(firstDeck);
}
IsLoadingDecks = false;
IsNoteFocused = true;
});
}
private void UpdateDecks(List <DeckInformation> listDeck)
{
Decks.Clear();
foreach (var deck in listDeck)
{
Decks.Add(deck);
}
}
public void GetAllDeckInformation()
{
ResetCardsCount();
Decks.Clear();
foreach (var deck in dueDeckList)
{
AddNewDeck(deck);
}
UpdatePrimaryTile();
}
public async Task DeckInitializing()
{
var oldDeckList = await DeckDataSource.GetDecksAsync();
Decks.Clear();
foreach (var deck in oldDeckList)
{
foreach (var item in deck.items)
{
FindCardImage(item.card);
}
}
oldDeckList.ForEach(p => Decks.Add(p));
}
public override async Task Update()
{
IsNoteFocused = true;
IsLoadingDecks = true;
Note = _repository.GetGameNote()?.ToString();
Deck deck;
if (EndGame.Settings.Get(Strings.DeveloperMode).Bool)
{
deck = _repository.GetOpponentDeckLive();
}
else
{
deck = _repository.GetOpponentDeck();
}
Cards.Clear();
deck.Cards.ForEach(c => Cards.Add(c));
PlayerClass = deck.Class.ToString();
Decks.Clear();
if (Cards.Count <= 0)
{
EndGame.Logger.Debug("NoteVM: Opponent deck is empty, skipping");
IsLoadingDecks = false;
return;
}
await Task.Run(() =>
{
var alldecks = _repository
.GetAllDecksWithTag(Strings.ArchetypeTag)
.Select(d => new ArchetypeDeck(d))
.ToList();
var format = EndGame.Data.GetGameFormat();
var results = ViewModelHelper.MatchArchetypes(format, deck, alldecks);
results.ForEach(r => Decks.Add(r));
results.ForEach(r => _log.Debug($"Archetype: ({r.Similarity}, {r.Containment}) " +
$"{r.Deck.DisplayName} ({r.Deck.Class})"));
var firstDeck = Decks.FirstOrDefault();
if (firstDeck != null && firstDeck.Similarity > MatchResult.THRESHOLD)
{
DeckSelected(firstDeck);
}
IsLoadingDecks = false;
});
}
private void RefreshDecks()
{
// deckManager.ClearCache();
var oldSelected = SelectedDeck;
var d = deckManager.GetDecks(SelectedServer.Name, ShowHiddenDecks);
Decks.Clear();
Decks.AddRange(d.ToModel());
if (oldSelected != null)
{
SelectedDeck = Decks.FirstOrDefault(x => x.Id == oldSelected.Id);
}
RefreshAvailableDecks();
}
internal void UpdateObservableDeckList(List <SharedDeckInfo> deckList)
{
lock (this)
{
Decks.Clear();
foreach (var g in deckList.GroupBy(x => x.GameId))
{
var dg = new SharedDeckGroup(g.Key, IsMe);
Decks.Add(dg);
foreach (var d in g)
{
dg.Decks.Add(new SharedDeckInfoWithOwner(d, IsMe));
}
}
}
}
public void GetAllDeckInformation()
{
ResetCardsCount();
var deckList = Collection.Deck.All();
Decks.Clear();
foreach (var deck in deckList)
{
AddNewDeck(deck);
}
if (sortBy == SortBy.DateAdded)
{
SortByDateAdded();
}
else
{
SortByName();
}
}
public async Task FilterDecks(GameMode mode, GameFormat format)
{
Decks.Clear();
var allDecks = await GetAllDecks();
allDecks.Where(d =>
{
var include = true;
switch (mode)
{
case GameMode.ALL:
include = include && true; break;
case GameMode.ARENA:
include = include && d.IsArena; break;
default:
include = include && !d.IsArena; break;
}
switch (format)
{
case GameFormat.ANY:
include = include && true; break;
case GameFormat.STANDARD:
include = include && d.IsStandard; break;
case GameFormat.WILD:
include = include && !d.IsStandard; break;
}
return(include);
})
.OrderBy(d => d.Name)
.ToList()
.ForEach(d => Decks.Add(d));
Decks.Insert(0, ALL_DECK);
Decks.Insert(1, Deck.None);
SelectedDeck = ALL_DECK;
}
public void LoadDecks(string file = null)
{
List <ArchetypeDeck> decks = new List <ArchetypeDeck>();
try
{
decks = JsonConvert.DeserializeObject <List <ArchetypeDeck> >(
File.ReadAllText(file ?? DECKS_FILE));
}
catch (Exception e)
{
Log.Error(e);
}
if (decks.Count > 0)
{
Decks.Clear();
foreach (var d in decks)
{
AddDeck(d);
}
}
}
private void Update()
{
Note = _repository.GetGameNote()?.ToString();
var deck = _repository.GetOpponentDeck();
Cards.Clear();
deck.Cards.ForEach(c => Cards.Add(c));
PlayerClass = deck.Klass.ToString();
Decks.Clear();
var alldecks = _repository.GetAllArchetypeDecks();
var results = ViewModelHelper.MatchArchetypes(deck, alldecks);
results.ForEach(r => Decks.Add(r));
results.ForEach(r => _log.Info($"{r.Deck.Name} [{r.Similarity}, {r.Containment}]"));
var firstDeck = Decks.FirstOrDefault();
if (firstDeck != null && firstDeck.Similarity > MatchResult.THRESHOLD)
{
DeckSelected(firstDeck);
}
}
public static void Reset()
{
Decks.Clear();
Cards.Clear();
LoadDecks();
}