public SortingMoneyPerDraw CreateObjectSortingMoneyPerDraw()
{
SortingMoneyPerDraw sortingMoneyPerDraw = new SortingMoneyPerDraw()
{
Charity = 0,
listMoneyPerCategory = new List <double>(),
JackPot = 0
};
return(sortingMoneyPerDraw);
}
public double SortingByDraw(List <WinningColumnPerKinoTicket> listResultPerDrawPerKinoTicket, double initialAmount, NumbersOfDraw numbersOfDraw)
{
SortingMoneyPerDraw sortingMoneyPerDraw = new SortingMoneyPerDraw();
List <Result> listObjectOfProfitPerTicket = new List <Result>();
int c1_KB = 0, c2_KB = 0, c3_KB = 0, c4_KB = 0, c5_KB = 0, c6_KB = 0, c7_KB = 0, c1 = 0, c2 = 0, c3 = 0, c4 = 0, c5 = 0, c6 = 0, c7 = 0;
foreach (WinningColumnPerKinoTicket winningNumbersPerKinoTicketsPerDraw in listResultPerDrawPerKinoTicket)
{
var category = CreateResulutPerDraw();
if (winningNumbersPerKinoTicketsPerDraw.FoundKinoBonus)
{
switch (winningNumbersPerKinoTicketsPerDraw.ListWinningsNumbers.Count)
{
case (int)Category.firstCategory:
c1_KB += 1;
category.Percent = firstCategoryWithKB;
break;
case (int)Category.secondCategory:
c2_KB += 1;
category.Percent = secondCategoryWithKB;
break;
case (int)Category.thirdCategory:
c3_KB += 1;
category.Percent = thirdCategoryWithKB;
break;
case (int)Category.fourthCategory:
c4_KB += 1;
category.Percent = fourthCategoryWithKB;
break;
case (int)Category.fifthCategory:
c5_KB += 1;
category.Percent = fifthCategoryWithKB;
break;
case (int)Category.sixthCategory:
c6_KB += 1;
category.Percent = sixthCategoryWithKB;
break;
case (int)Category.seventhCategory:
c7_KB += 1;
break;
}
}
else
{
switch (winningNumbersPerKinoTicketsPerDraw.ListWinningsNumbers.Count)
{
case (int)Category.firstCategory:
c1 += 1;
category.Percent = firstCategory;
break;
case (int)Category.secondCategory:
c2 += 1;
category.Percent = secondCategory;
break;
case (int)Category.thirdCategory:
c3 += 1;
category.Percent = thirdCategory;
break;
case (int)Category.fourthCategory:
c4 += 1;
category.Percent = fourthCategory;
break;
case (int)Category.fifthCategory:
c5 += 1;
category.Percent = fifthCategory;
break;
case (int)Category.sixthCategory:
c6 += 1;
category.Percent = sixthCategory;
break;
case (int)Category.seventhCategory:
c7 += 1;
break;
}
}
listObjectOfProfitPerTicket.Add(category);
}
double jackPot = sortingMoneyPerDraw.PrintReSult(c1_KB, c2_KB, c3_KB, c4_KB, c5_KB, c6_KB, c7_KB, c1, c2, c3, c4, c5, c6, c7, initialAmount, numbersOfDraw);
return(jackPot);
}
public double CalculationProfitPerPlayer(int counter, double percentCategory, double initialAmount, SortingMoneyPerDraw sortingMoneyPerDraw)// Μέθοδος υπολογισμού κέρδους ανα κατηγορία ανα παίχτη
{
double profitPerPlayer;
if (counter != 0)
{
double drawAmount = CalculationPercentPerCategory(initialAmountPerCent) * initialAmount; // Υπολογισμός χρημάτων που θα μοιραστούν επι το 93% του αρχικού ποσού
double calculationAmountPerCategory = CalculationProfitPerCategory(percentCategory, drawAmount); // Υπολογισμός χρημάτων ανα κατηγορία βάση το 93%
profitPerPlayer = calculationAmountPerCategory / counter; // Υπολογισμός χρημάτων ανα κατηγορία ανα παίχτη βάση το 93%
sortingMoneyPerDraw.listMoneyPerCategory.Add(calculationAmountPerCategory);
}
else
{
profitPerPlayer = 0;
}
return(profitPerPlayer);
}
