public CoachWindow()
{
ResourceDictionary Controls = new ResourceDictionary
{
Source = new Uri("pack://application:,,,/MahApps.Metro;component/Styles/Controls.xaml", UriKind.Absolute)
};
ResourceDictionary Fonts = new ResourceDictionary
{
Source = new Uri("pack://application:,,,/MahApps.Metro;component/Styles/Fonts.xaml", UriKind.Absolute)
};
ResourceDictionary Colors = new ResourceDictionary
{
Source = new Uri("pack://application:,,,/MahApps.Metro;component/Styles/Colors.xaml", UriKind.Absolute)
};
ResourceDictionary BlueAccent = new ResourceDictionary
{
Source = new Uri("pack://application:,,,/MahApps.Metro;component/Styles/Accents/Blue.xaml", UriKind.Absolute)
};
ResourceDictionary BaseLightAccent = new ResourceDictionary
{
Source = new Uri("pack://application:,,,/MahApps.Metro;component/Styles/Accents/BaseLight.xaml", UriKind.Absolute)
};
Application.Current.Resources.MergedDictionaries.Add(Fonts);
Application.Current.Resources.MergedDictionaries.Add(Colors);
Application.Current.Resources.MergedDictionaries.Add(BlueAccent);
Application.Current.Resources.MergedDictionaries.Add(BaseLightAccent);
Application.Current.Resources.MergedDictionaries.Add(Controls);
InitializeComponent();
textBox1.IsReadOnly = true;
DataContext = new MainViewModel();
minProb_procBar.Value = ValueReader.MinProbabilityToReplace;
minProb_lbl.Content = ValueReader.MinProbabilityToReplace + " %";
ProbabilityCalculation probabilityCalculation = new ProbabilityCalculation();
Tuple <int, float> treeResult = probabilityCalculation.GenerateTreeWhiteListDraw();
realProb_procBar.Value = treeResult.Item2;
realProb_lbl.Content = treeResult.Item2;
int normalMinionCount = MainLists.HandCards_BoardCards.Count(x => new NeutralMinion(x).minionBoardCard != null &&
NeutralMinion.WouldTakeMinion(x) && !MainLists.whiteList.Contains(x.Id.ToString()));
//less medium cards than actually having possible
if (treeResult.Item1 /*prospective refused*/ < normalMinionCount)
{
int deltaReplaceCount = normalMinionCount - treeResult.Item1;
int i = 1;
// ReSharper disable once LoopCanBePartlyConvertedToQuery
foreach (CardTemplate badCard in MainLists.HandCards_BoardCards.
Where(x => new NeutralMinion(x).minionBoardCard != null && NeutralMinion.WouldTakeMinion(x) &&
!MainLists.whiteList.Contains(x.Id.ToString())).
OrderBy(x => new NeutralMinion(x).thisCardValue).TakeWhile(x => i <= deltaReplaceCount))
{
string cardString = badCard.Name + " (" + badCard.Id + ")";
textBox1.AppendText(cardString + "\n");
++i;
}
replaceCount_info.Content = "...by being able to replace " + deltaReplaceCount + " cards in hand";
}
}
private void ManageNeutralMinion(Card card, int maxMana, List<Card> HandCards)
{
//<= max mana
var boardCard = new BoardCard(card);
#region normalChecks
if (boardCard.ResultingBoardCard.Quality >= ValueReader.MinCardQualityToInstantAddMinion) //epic by default
chosenCards.Add(card);
else if (boardCard.ResultingBoardCard.Cost <= ValueReader.MaxManaToInstantAddNeutralMinion) // min insta add cost
chosenCards.Add(card);
else
{ //card quality not hight enough and mana to high too
if (!ValueReader.AttendMinionValue)
chosenCards.Add(card);
else if (boardCard.ResultingBoardCard.Cost >= ValueReader.MinManaCostToAttendValue)
{
if ((ValueReader.OnlyAddMinionIfHasEffect && boardCard.HasEffect) ||
!ValueReader.OnlyAddMinionIfHasEffect)
{
var minionCard = new NeutralMinion(card);
NeutralMinion.Value resultingMinNeutralMinionValue =
minionCard.BoardCard.IsMaxManaCard && ValueReader.IncreaseMinMinionValueIfMaxCost
?
ValueReader.IncreasedMinNeutralMinionValue
:
ValueReader.MinNeutralMinionValue;
if (minionCard.CardValue >= resultingMinNeutralMinionValue)
chosenCards.Add(card);
}
}
}
#endregion normalChecks
}
private void ManageNeutralMinion(Card card, int maxMana, List<Card> HandCards)
{
//<= max mana
var boardCard = new BoardCard(card);
if (boardCard.ResultingBoardCard.Quality >= ValueReader.MinCardQualityToInstantAddMinion) //epic by default
chosenCards.Add(card);
else if (boardCard.ResultingBoardCard.Cost <= ValueReader.MaxManaToInstantAddNeutralMinion) // min insta add cost
chosenCards.Add(card);
else
{ //card quality not hight enough and mana to high too
if (!ValueReader.AttendMinionValue)
chosenCards.Add(card);
else if (boardCard.ResultingBoardCard.Cost >= ValueReader.MinManaCostToAttendValue)
{
if ((ValueReader.OnlyAddMinionIfHasEffect && boardCard.HasEffect) ||
!ValueReader.OnlyAddMinionIfHasEffect)
{
var minionCard = new NeutralMinion(card);
NeutralMinion.Value resultingMinNeutralMinionValue =
minionCard.BoardCard.IsMaxManaCard && ValueReader.IncreaseMinMinionValueIfMaxCost
?
ValueReader.IncreasedMinNeutralMinionValue
:
ValueReader.MinNeutralMinionValue;
int X_Config_Drop = ValueReader.ValueIgnorer.GetDrop(ValueReader.Lines.X_Drop);
int Y_Config_Drop = ValueReader.ValueIgnorer.GetDrop(ValueReader.Lines.Y_Drop);
int Z_Config_Drop = ValueReader.ValueIgnorer.GetDrop(ValueReader.Lines.Z_Drop);
if (minionCard.CardValue >= resultingMinNeutralMinionValue)
chosenCards.Add(card);
else if (card.Cost == X_Config_Drop &&
HandCards.Count(x => new NeutralMinion(x).BoardCard != null && x.Cost == Y_Config_Drop) > 0 &&
HandCards.Count(x => new NeutralMinion(x).BoardCard != null && x.Cost <= Z_Config_Drop) > 0 &&
ValueReader.ValueIgnorer.IgnoreValueIfCardIsX_DropEtc)
{
//card is X drop and hand contain Y drop and Z drop (or below)
if (
!ValueReader.ValueIgnorer.MakeIgnoringOnlyIfNotBadEffect
||
(ValueReader.ValueIgnorer.MakeIgnoringOnlyIfNotBadEffect &&
!CardProperties.HasBadEffect(card))
)
chosenCards.Add(card);
}
}
}
}
}
private void ManageNeutralMinion(Card card, int maxMana, List<Card> HandCards)
{
//<= max mana
var boardCard = new BoardCard(card);
if (boardCard.ResultingBoardCard.Quality >= ValueReader.MinCardQualityToInstantAddMinion) //epic by default
chosenCards.Add(card);
else if (boardCard.ResultingBoardCard.Cost <= ValueReader.MaxManaToInstantAddNeutralMinion) // min insta add cost
chosenCards.Add(card);
else
{ //card quality not hight enough and mana to high too
if (!ValueReader.AttendMinionValue)
chosenCards.Add(card);
else if (boardCard.ResultingBoardCard.Cost >= ValueReader.MinManaCostToAttendValue)
{
if ((ValueReader.OnlyAddMinionIfHasEffect && boardCard.HasEffect) ||
!ValueReader.OnlyAddMinionIfHasEffect)
{
var minionCard = new NeutralMinion(card);
NeutralMinion.Value resultingMinNeutralMinionValue =
minionCard.BoardCard.IsMaxManaCard && ValueReader.IncreaseMinMinionValueIfMaxCost
?
ValueReader.IncreasedMinNeutralMinionValue
:
ValueReader.MinNeutralMinionValue;
int X_Config_Drop = ValueReader.ValueIgnorer.GetXDrop;
if (minionCard.CardValue >= resultingMinNeutralMinionValue)
chosenCards.Add(card);
else if (card.Cost == X_Config_Drop &&
HandCards.Count(x => new NeutralMinion(x).BoardCard != null && x.Cost == X_Config_Drop - 1) > 0 &&
HandCards.Count(x => new NeutralMinion(x).BoardCard != null && x.Cost == X_Config_Drop - 2) > 0 &&
ValueReader.ValueIgnorer.IgnoreValueIfCardIsX_DropEtc)
{
//card is X drop and hand contain "x - 1 drop" and "x - 2 drop"
if (
!ValueReader.ValueIgnorer.MakeIgnoringOnlyIfNotBadEffect
||
(ValueReader.ValueIgnorer.MakeIgnoringOnlyIfNotBadEffect &&
!CardProperties.HasBadEffect(card))
)
{
//add x drop
chosenCards.Add(card);
//add BEST x - 1 drop and x - 2 drop
var bestX_1Drop =
HandCards.Where(x => new NeutralMinion(x).BoardCard != null && x.Cost == X_Config_Drop - 1).
OrderBy(x => new NeutralMinion(x).CardValue).First();
var bestX_2Drop =
HandCards.Where(x => new NeutralMinion(x).BoardCard != null && x.Cost == X_Config_Drop - 2).
OrderBy(x => new NeutralMinion(x).CardValue).First();
if (!chosenCards.Contains(bestX_1Drop))
{
chosenCards.Add(bestX_1Drop);
blackList.Add(bestX_1Drop.Name);
}
if (!chosenCards.Contains(bestX_2Drop))
{
chosenCards.Add(bestX_2Drop);
blackList.Add(bestX_2Drop.Name);
}
}
}
}
}
}
}