public double Calculate()
{
if (currentNumSystem == NumSystem.Binary)
{
firstNumber = NumberSystemConverter.ConvertBinaryToDecimal(firstNumber);
secondNumber = NumberSystemConverter.ConvertBinaryToDecimal(secondNumber);
}
else if (currentNumSystem == NumSystem.Hex)
{
firstNumber = NumberSystemConverter.ConvertHexToDecimal(firstHexNumber);
secondNumber = NumberSystemConverter.ConvertHexToDecimal(secondHexNumber);
}
double score = 0;
switch (currentOperation)
{
case "+":
score = firstNumber + secondNumber;
break;
case "-":
score = firstNumber - secondNumber;
break;
case "*":
score = firstNumber * secondNumber;
break;
case "/":
score = firstNumber / secondNumber;
break;
case "^":
score = Math.Pow(firstNumber, secondNumber);
break;
}
if (currentNumSystem == NumSystem.Binary)
{
firstNumber = double.Parse(NumberSystemConverter.ConvertDecimalToBinary(firstNumber));
secondNumber = double.Parse(NumberSystemConverter.ConvertDecimalToBinary(secondNumber));
score = double.Parse(NumberSystemConverter.ConvertDecimalToBinary(score));
}
if (currentNumSystem == NumSystem.Binary || currentNumSystem == NumSystem.Decimal)
{
AddToCalculationsHistory(score);
}
else
{
AddToCalculationsHistory(NumberSystemConverter.ConvertDecimalToHex(score));
}
firstNumber = score;
return(score);
}
public double SetSqrtOperation(string value)
{
if (currentNumSystem == NumSystem.Binary)
{
value = NumberSystemConverter.ConvertBinaryToDecimal(value).ToString();
}
else if (currentNumSystem == NumSystem.Hex)
{
value = NumberSystemConverter.ConvertHexToDecimal(value).ToString();
}
double score = Math.Sqrt(double.Parse(value));
if (currentNumSystem == NumSystem.Binary)
{
score = double.Parse(NumberSystemConverter.ConvertDecimalToBinary(score));
}
if (currentNumSystem != NumSystem.Hex)
{
AddToCalculationsHistory(value, score, "√");
}
return(score);
}
