public static double CalculateCoinRevenuePerDay(double hashrateMega, double networkDifficultyMega, double blockReward, RevenueCalcMethod revenueCalcMethod = RevenueCalcMethod.Method1, double blockTimeInSeconds = 0)
{
switch (revenueCalcMethod)
{
case RevenueCalcMethod.Method1:
return(CalculateCoinRevenuePerDayMethod1(hashrateMega, networkDifficultyMega, blockReward));
case RevenueCalcMethod.Method2:
return(CalculateCoinRevenuePerDayMethod2(hashrateMega, networkDifficultyMega, blockReward));
case RevenueCalcMethod.Method3:
return(CalculateCoinRevenuePerDayMethod3(hashrateMega, networkDifficultyMega, blockReward, blockTimeInSeconds));
case RevenueCalcMethod.Method4:
return(CalculateCoinRevenuePerDayMethod4(hashrateMega, networkDifficultyMega, blockReward));
case RevenueCalcMethod.Method5:
return(CalculateCoinRevenuePerDayMethod5(hashrateMega, networkDifficultyMega, blockReward));
}
throw new Exception(" out of switch");
}
public static double CalculateCoinRevenuePerDayBtcEchangeRate(double hashrateMega, double networkDifficultyMega, double blockReward, double singleCoinBtcPrice, RevenueCalcMethod revenueCalcMethod = RevenueCalcMethod.Method1, double blockTimeInSeconds = 0)
{
return(CalculateCoinRevenuePerDay(hashrateMega, networkDifficultyMega, blockReward, revenueCalcMethod, blockTimeInSeconds) * singleCoinBtcPrice);
}
