private void bDivComplex_Click(object sender, RoutedEventArgs e)
{
var ComplexCalc = new ComplexServicesClient();
var FirstComplex = new ComplexType();
var SecondComplex = new ComplexType();
FirstComplex.RealValueOperation = double.Parse(tFirstReal.Text);
FirstComplex.ImaginryValueOperation = double.Parse(tFirstImaginary.Text);
SecondComplex.RealValueOperation = double.Parse(tSecondReal.Text);
SecondComplex.ImaginryValueOperation = double.Parse(tSecondImaginary.Text);
lResult.Content = ComplexCalc.DivisionTwoValue(FirstComplex, SecondComplex);
}
static void Main(string[] args)
{
string sOption = "";
do
{
double firsRealValue = 0; double secondRealValue = 0; double firstImaginaryValue = 0; double secondImaginaryValue = 0;
var ComplexCalc = new ComplexServicesClient();
var FirstComplex = new ComplexType();
var SecondComplex = new ComplexType();
string result = "";
Console.WriteLine("Console Complex Calculator\r");
Console.WriteLine("------------------------\n");
Console.WriteLine("Proszę wybrać opcje z listy:\n");
Console.WriteLine("\ta - Add");
Console.WriteLine("\ts - Subtract");
Console.WriteLine("\tm - Multiply");
Console.WriteLine("\td - Divide");
Console.WriteLine("\taC - Complex(Add)");
Console.WriteLine("\tsC - Complex(Subtract)");
Console.WriteLine("\tmC - Complex(Multiply)");
Console.WriteLine("\tdC - Complex(Divide)");
Console.WriteLine("\tc - czyść console");
Console.WriteLine("\te - zakończ");
sOption = Console.ReadLine();
if (sOption != "c" && sOption != "e")
{
Console.WriteLine("Wpisz pierwszą liczbę rzeczywista");
firsRealValue = Convert.ToInt32(Console.ReadLine());
Console.WriteLine("Wpisz druga liczbę rzeczywista");
secondRealValue = Convert.ToInt32(Console.ReadLine());
Console.WriteLine("Wpisz pierwszą liczbę urojona");
firstImaginaryValue = Convert.ToInt32(Console.ReadLine());
Console.WriteLine("Wpisz druga liczbę urojona");
secondImaginaryValue = Convert.ToInt32(Console.ReadLine());
}
switch (sOption)
{
case "a":
result = ComplexCalc.AddFourValueAsync(firsRealValue, secondRealValue, firstImaginaryValue, secondImaginaryValue).Result;
Console.WriteLine(result);
break;
case "s":
result = ComplexCalc.SubtractFourValue(firsRealValue, secondRealValue, firstImaginaryValue, secondImaginaryValue);
Console.WriteLine(result);
break;
case "m":
result = ComplexCalc.MultiplyFourValue(firsRealValue, secondRealValue, firstImaginaryValue, secondImaginaryValue);
Console.WriteLine(result);
break;
case "d":
result = ComplexCalc.DivisionFourValue(firsRealValue, secondRealValue, firstImaginaryValue, secondImaginaryValue);
Console.WriteLine(result);
break;
case "aC":
FirstComplex.RealValueOperation = firsRealValue;
FirstComplex.ImaginryValueOperation = firstImaginaryValue;
SecondComplex.RealValueOperation = secondRealValue;
SecondComplex.ImaginryValueOperation = secondImaginaryValue;
result = ComplexCalc.AddTwoValue(FirstComplex, SecondComplex);
Console.WriteLine(result);
break;
case "sC":
FirstComplex.RealValueOperation = firsRealValue;
FirstComplex.ImaginryValueOperation = firstImaginaryValue;
SecondComplex.RealValueOperation = secondRealValue;
SecondComplex.ImaginryValueOperation = secondImaginaryValue;
result = ComplexCalc.SubtractTwoValue(FirstComplex, SecondComplex);
Console.WriteLine(result);
break;
case "mC":
FirstComplex.RealValueOperation = firsRealValue;
FirstComplex.ImaginryValueOperation = firstImaginaryValue;
SecondComplex.RealValueOperation = secondRealValue;
SecondComplex.ImaginryValueOperation = secondImaginaryValue;
result = ComplexCalc.MultiplyTwoValue(FirstComplex, SecondComplex);
Console.WriteLine(result);
break;
case "dC":
FirstComplex.RealValueOperation = firsRealValue;
FirstComplex.ImaginryValueOperation = firstImaginaryValue;
SecondComplex.RealValueOperation = secondRealValue;
SecondComplex.ImaginryValueOperation = secondImaginaryValue;
result = ComplexCalc.DivisionTwoValue(FirstComplex, SecondComplex);
Console.WriteLine(result);
break;
case "c":
Console.Clear();
break;
}
} while (sOption != "e");
}