public void HardStandingShadedTest()
{
PlayerState expectedState = PlayerState.Stand;
TenCountStrategy player = new TenCountStrategy
{
Chips = 500,
hand = new Hand
{
cards = new List <Card>()
{
new Card(Suit.Club, Face.Ten),
new Card(Suit.Diamond, Face.Seven)
}
},
Count = new List <int>()
{
1, 100
} //Count = 0.01
};
player.UpdateOthersOverTenRatio();
player.hand.SetHandValues();
PlayerState state = (player.React(dealersUpCard: new Card(Suit.Spade, Face.Three), ref player.CurrentState, player.hand, new List <int>()));
Assert.AreEqual(expectedState, state);
}
public void Soft19AgainstAceGreaterThanTest()
{
PlayerState expectedState = PlayerState.Stand;
TenCountStrategy player = new TenCountStrategy
{
Chips = 500,
hand = new Hand
{
cards = new List <Card>()
{
new Card(Suit.Club, Face.Ace),
new Card(Suit.Diamond, Face.Eight)
}
},
Count = new List <int>()
{
221, 100
} //Count = 2.21
};
player.UpdateOthersOverTenRatio();
player.hand.SetHandValues();
PlayerState state = (player.React(dealersUpCard: new Card(Suit.Spade, Face.Ace), ref player.CurrentState, player.hand, new List <int>()));
Assert.AreEqual(expectedState, state);
}
public void HardDoublingEqualToTest()
{
PlayerState expectedState = PlayerState.DoubleDown;
TenCountStrategy player = new TenCountStrategy
{
Chips = 500,
hand = new Hand
{
cards = new List <Card>()
{
new Card(Suit.Club, Face.Three),
new Card(Suit.Club, Face.Six)
}
},
Count = new List <int>()
{
160, 100
} //Count = 1.6
};
player.UpdateOthersOverTenRatio();
player.hand.SetHandValues();
PlayerState state = (player.React(dealersUpCard: new Card(Suit.Club, Face.Eight), ref player.CurrentState, player.hand, new List <int>()));
Assert.AreEqual(expectedState, state);
}
public void PairSplittingGreaterThanTest()
{
PlayerState expectedState = PlayerState.Split;
TenCountStrategy player = new TenCountStrategy
{
Chips = 500,
hand = new Hand
{
cards = new List <Card>()
{
new Card(Suit.Club, Face.Nine),
new Card(Suit.Diamond, Face.Nine)
}
},
Count = new List <int>()
{
430, 100
} //Count = 1.6
};
player.UpdateOthersOverTenRatio();
player.hand.SetHandValues();
PlayerState state = (player.React(dealersUpCard: new Card(Suit.Spade, Face.Nine), ref player.CurrentState, player.hand, new List <int>()));
Assert.AreNotEqual(expectedState, state);
}
//(A,4) against 3 with a count of 2 //Should not double down if count > 1.9
public void SoftDoublingGreaterThanTest()
{
PlayerState expectedState = PlayerState.DoubleDown;
TenCountStrategy player = new TenCountStrategy
{
Chips = 500,
hand = new Hand
{
cards = new List <Card>()
{
new Card(Suit.Club, Face.Ace),
new Card(Suit.Club, Face.Four)
}
},
Count = new List <int>()
{
200, 100
}
};
player.UpdateOthersOverTenRatio();
player.hand.SetHandValues();
PlayerState state = (player.React(dealersUpCard: new Card(Suit.Club, Face.Three), ref player.CurrentState, player.hand, new List <int>()));
Assert.AreNotEqual(expectedState, state);
}
