public void OutputCards()
{
for (int i = 0; i < _SetKarts.Count; i++)
{
Karta karta = _SetKarts[i];
Console.WriteLine($"{karta.Type}{karta.Suit}");
}
}
public Karta TakeCards()
{
var karta = new Karta();
int rand = new Random().Next(PlayearKarts.Count);
karta = PlayearKarts[rand];
PlayearKarts.Remove(karta);
return(karta);
}
private void Swap(int i, int j)
{
Karta karta = new Karta();
karta = deck[i];
deck[i] = deck[j];
deck[j] = karta;
}
void Rend_koloda()
{
Random rnd = new Random();
for (int i = 0; i < koloda.Count; i++)
{
Karta t = koloda[0];
koloda.RemoveAt(0);
koloda.Insert(rnd.Next(koloda.Count), t);
}
}
private int Check(Karta kartaOne, Karta kartaTwo)
{
if (kartaOne.Type > kartaTwo.Type)
{
return(1);
}
else if (kartaOne.Type < kartaTwo.Type)
{
return(2);
}
return(0);
}
public void ShuffleCards()
{
Random rand = new Random();
for (int i = Karts.Count - 1; i >= 1; i--)
{
int j = rand.Next(i + 1);
Karta tmp = Karts[j];
Karts[j] = Karts[i];
Karts[i] = tmp;
}
}
public void TakeKart(Karta karta)
{
deck.Add(karta);
}
private void CreateKart(List <Karta> list, int mast, int type)
{
Karta karta = new Karta();
switch (type)
{
case 0: karta = mast == 0 ? new Karta {
Mast = Mast.Kresti, Type = TypeKarta.six
} : mast == 1 ? new Karta {
Mast = Mast.Bubni, Type = TypeKarta.six
} : mast == 2 ? new Karta {
Mast = Mast.Pika, Type = TypeKarta.six
} : new Karta {
Mast = Mast.Chervi, Type = TypeKarta.six
}; break;
case 1: karta = mast == 0 ? new Karta {
Mast = Mast.Kresti, Type = TypeKarta.seven
} : mast == 1 ? new Karta {
Mast = Mast.Bubni, Type = TypeKarta.seven
} : mast == 2 ? new Karta {
Mast = Mast.Pika, Type = TypeKarta.seven
} : new Karta {
Mast = Mast.Chervi, Type = TypeKarta.seven
}; break;
case 2: karta = mast == 0 ? new Karta {
Mast = Mast.Kresti, Type = TypeKarta.eight
} : mast == 1 ? new Karta {
Mast = Mast.Bubni, Type = TypeKarta.eight
} : mast == 2 ? new Karta {
Mast = Mast.Pika, Type = TypeKarta.eight
} : new Karta {
Mast = Mast.Chervi, Type = TypeKarta.eight
}; break;
case 3: karta = mast == 0 ? new Karta {
Mast = Mast.Kresti, Type = TypeKarta.nine
} : mast == 1 ? new Karta {
Mast = Mast.Bubni, Type = TypeKarta.nine
} : mast == 2 ? new Karta {
Mast = Mast.Pika, Type = TypeKarta.nine
} : new Karta {
Mast = Mast.Chervi, Type = TypeKarta.nine
}; break;
case 4: karta = mast == 0 ? new Karta {
Mast = Mast.Kresti, Type = TypeKarta.ten
} : mast == 1 ? new Karta {
Mast = Mast.Bubni, Type = TypeKarta.ten
} : mast == 2 ? new Karta {
Mast = Mast.Pika, Type = TypeKarta.ten
} : new Karta {
Mast = Mast.Chervi, Type = TypeKarta.ten
}; break;
case 5: karta = mast == 0 ? new Karta {
Mast = Mast.Kresti, Type = TypeKarta.jack
} : mast == 1 ? new Karta {
Mast = Mast.Bubni, Type = TypeKarta.jack
} : mast == 2 ? new Karta {
Mast = Mast.Pika, Type = TypeKarta.jack
} : new Karta {
Mast = Mast.Chervi, Type = TypeKarta.jack
}; break;
case 6: karta = mast == 0 ? new Karta {
Mast = Mast.Kresti, Type = TypeKarta.lady
} : mast == 1 ? new Karta {
Mast = Mast.Bubni, Type = TypeKarta.lady
} : mast == 2 ? new Karta {
Mast = Mast.Pika, Type = TypeKarta.lady
} : new Karta {
Mast = Mast.Chervi, Type = TypeKarta.lady
}; break;
case 7: karta = mast == 0 ? new Karta {
Mast = Mast.Kresti, Type = TypeKarta.king
} : mast == 1 ? new Karta {
Mast = Mast.Bubni, Type = TypeKarta.king
} : mast == 2 ? new Karta {
Mast = Mast.Pika, Type = TypeKarta.king
} : new Karta {
Mast = Mast.Chervi, Type = TypeKarta.king
}; break;
case 8: karta = mast == 0 ? new Karta {
Mast = Mast.Kresti, Type = TypeKarta.ACE
} : mast == 1 ? new Karta {
Mast = Mast.Bubni, Type = TypeKarta.ACE
} : mast == 2 ? new Karta {
Mast = Mast.Pika, Type = TypeKarta.ACE
} : new Karta {
Mast = Mast.Chervi, Type = TypeKarta.ACE
}; break;
}
list.Add(karta);
}
