public Bank(Bank bank)
{
this.WinningTotal = bank.WinningTotal;
//if (this.CurrentBank >= this.BankStart)
//{
//}
this.WinningCurrent = (int)((bank.WinningCurrent * .11) + bank.WinningCurrent);
this.CurrentBank = bank.CurrentBank;
this.BankStart = bank.BankStart;
//COULD CHANGE THIS TO USE GET AND SET, PROBABLY LOOK ALOT NICER AND EASIER TO UNDERSTAND
int temp =0;
this.ABetAmount = (int)((this.WinningCurrent *.1) + this.WinningCurrent);
temp = this.ABetAmount + this.WinningCurrent;
this.BBetAmount = (int)((temp * .1) + temp);
temp = this.BBetAmount + this.ABetAmount + this.WinningCurrent;
this.CBetAmount = (int)((temp * .1) + temp);
temp = this.CBetAmount + this.BBetAmount + this.ABetAmount + this.WinningCurrent;
this.DBetAmount = (int)((temp * .1) + temp);
this.RequiredBank = this.ABetAmount + this.BBetAmount + this.CBetAmount;// +this.DBetAmount;
}
public ActionResult BankTest(int bettingType)
{
List<Bank> season = new List<Bank>();
Bank bank = new Bank();
bank.BankStart = 800;
bank.CurrentBank = 800;
bank.WinningCurrent = 100;
bank.WinningTotal = 0;
season.Add(bank);
for (int i = 0; i < 100; i++)
{
Bank nextBank = new Bank(season[i]);
nextBank.Win();
// nextBank.CashOut = 0;
season.Add(nextBank);
switch (bettingType)
{
case 0:
break;
case 1:
//
#region
if (i == 10 || i == 20 || i == 30 || i == 40 || i == 50 || i == 60)
{
int newWinningTotal = (nextBank.WinningTotal / 2);
//int newWinningTotal = (nextBank.WinningTotal / 2);
int nextCurrentBank = nextBank.CurrentBank - newWinningTotal;
Bank newBank = new Bank();
Bank tempBank = season.Where(s => s.RequiredBank <= nextCurrentBank).LastOrDefault();
newBank.ABetAmount = tempBank.ABetAmount;
newBank.BankStart = tempBank.BankStart;
newBank.BBetAmount = tempBank.BBetAmount;
newBank.CashOut = tempBank.CashOut;
newBank.CBetAmount = tempBank.CBetAmount;
newBank.CurrentBank = tempBank.CurrentBank;
newBank.DBetAmount = tempBank.DBetAmount;
newBank.RequiredBank = tempBank.RequiredBank;
newBank.WinningCurrent = tempBank.WinningCurrent;
newBank.WinningTotal = tempBank.WinningTotal;
newWinningTotal = newWinningTotal + (nextCurrentBank - tempBank.RequiredBank);
newBank.CurrentBank = newBank.RequiredBank;
newBank.WinningTotal = 0;
newBank.CashOut = newWinningTotal;
newBank.Win();
season.Add(newBank);
i++;
}
#endregion
break;
case 2:
break;
case 3:
break;
}
}
return View("~/Views/Sports/NBA/BankTest.cshtml", season);
}
