/**
* @method Determine if we will have a lottery given a specific outcome.
* @param outcome - The outcome that we wish to test
* @returns An object that will tell us whether we will have a lottery, won't have one, or will have one given limited population growth
*/
public LotteryStatus GetLotteryStatus(Outcome outcome)
{
LotteryStatus status = new LotteryStatus();
// Will we have a lottery?
if (outcome.TotalAdultTicketsSold > _configuration.projector.lotteryTicketCount)
{
status.StatusCode = LotteryStatusCode.WillHaveLottery;
return(status);
}
// We won't have an automatic lottery. Will we potentially have a lottery?
float neededPopulationIncreaseForLottery = (float)(_configuration.projector.lotteryTicketCount - outcome.TotalAdultTicketsSold) / (float)(outcome.TotalAdultTicketsSold);
neededPopulationIncreaseForLottery *= 100f;
// Is the needed growth outside of our maximum threshold?
if (neededPopulationIncreaseForLottery > _configuration.projector.maximumExpectedPopulationGrowthPercentage)
{
// No lottery.
status.StatusCode = LotteryStatusCode.NoLottery;
}
else
{
// Otherwise, we will have a lottery given a particular population growth.
status.StatusCode = LotteryStatusCode.WillHaveLotteryWithPopulationIncrease;
status.PopulationUnitIncreaseForLottery = neededPopulationIncreaseForLottery / 100f;
}
return(status);
}
/**
* @method Obtain a string that describes the lottery status for a particular outcome.
* @param outcome - The outcome to obtain this description from.
* @returns A string that describes whether this particular outcome will involve having a ticket lottery.
*/
public string GetLotteryStatusSummary(Outcome outcome)
{
string result = "";
// Figure out what the status of our lottery is.
LotteryStatus status = GetLotteryStatus(outcome);
// Write the string that indicates the result of this operation.
switch (status.StatusCode)
{
case LotteryStatusCode.NoLottery:
result = "No lottery";
break;
case LotteryStatusCode.WillHaveLottery:
result = "LOTTERY WILL OCCUR";
break;
case LotteryStatusCode.WillHaveLotteryWithPopulationIncrease:
result = "Lottery WILL occur if the population increases by " + (status.PopulationUnitIncreaseForLottery * 100f).ToString("n2") + "%";
break;
default:
Console.WriteLine("Unsupported lottery status code: " + status.StatusCode.ToString());
break;
}
return(result);
}
public void RollTheDice()
{
Result = new int[NumberSize];
/*var luckManipulation = _collector.OrderBy(x => x.Value).Select(x => x.Key).ToArray();
* for (int i = 0; i < NumberSize; i++)
* {
* int num;
* do
* {
* num = luckManipulation[Rand.Next(0, PoolSize / 2)];
* } while (Result.Contains(num));
*
* Result[i] = num;
* }*/
Result = CasinoTestInstance.RandomSequence();
Status = LotteryStatus.Over;
}
protected LotteryStatus GetCurrentLotteryStatus()
{
LotteryStatus status = new LotteryStatus();
// Check if there is a performance today
DataSet result = WebClient.RawClient.ExecuteLocalProcedure(
SessionKey: Session[WebClient.TessSessionKeySessionKey].ToString(),
LocalProcedureId: 8011, // GetNextPerf
LocalProcedureValues: "@skipTodaysPerf=0");
if (result.Tables[0].Rows.Count > 0)
{
DateTime nextPerfDateTime = Convert.ToDateTime(result.Tables[0].Rows[0][1]);
DateTime compareDate = debugDate;
if (compareDate == DateTime.Parse("1/1/1900"))//If the debug date was not defined.
compareDate = DateTime.Now.Date;
if (nextPerfDateTime.Date == compareDate.Date)
{
DateTime nextOpenTime = GetNextMatchingDateTime(openHour, openMin);
DateTime nextCloseTime = GetNextMatchingDateTime(closeHour, closeMin);
DateTime pickupDueTime = GetNextMatchingDateTime(pickupDueHour, pickupDueMin);
if (nextOpenTime < nextCloseTime && nextOpenTime < pickupDueTime)
{
if (nextOpenTime.Date == DateTime.Now.Date)
status = LotteryStatus.NotYetOpened;
else
status = LotteryStatus.PickupPassed;
}
else if (nextCloseTime < pickupDueTime)
status = LotteryStatus.Opened;
else
status = LotteryStatus.Closed;
}
else
{
status = LotteryStatus.NoShow;
}
}
else
status = LotteryStatus.YearEnd;
return status;
}
