public void processTask1()
{
Input input = new Input();
IFrac computer = new FracComputer();
Console.WriteLine("Print some data to run this task(2 fracs and single natural val):");
Structures.Frac frac1 = input.inputFrac();
Structures.Frac frac2 = input.inputFrac();
int n = input.inputNaturalInt();
Console.WriteLine("First frac double value is {0}", Math.Round(computer.doubleVal(frac1), 3));
Console.WriteLine("Second frac double value is {0}", Math.Round(computer.doubleVal(frac2), 3));
Console.WriteLine(frac1 + " + " + frac2 + " = " + computer.ToStringWithIntegerPart(computer.plus(frac1, frac2)));
Console.WriteLine(frac1 + " - " + frac2 + " = " + computer.ToStringWithIntegerPart(computer.minus(frac1, frac2)));
Console.WriteLine(frac1 + " * " + frac2 + " = " + computer.ToStringWithIntegerPart(computer.multiply(frac1, frac2)));
try
{
Console.WriteLine(frac1 + " / " + frac2 + " = " + computer.ToStringWithIntegerPart(computer.divide(frac1, frac2)));
}
catch (ArithmeticException e)
{
MessageBox.Show(e.ToString());
}
Console.WriteLine($"First sum({n}) = n/(n + 1) = " + computer.caclSum1(n));
try
{
Console.WriteLine($"Second sum({n}) = (n + 1)/(2*n) = " + computer.caclSum2(n));
}
catch (ArgumentException e)
{
MessageBox.Show(e.ToString());
}
Console.WriteLine(new string('-', 35));
}
public Frac(long nom, long denom)
{
FracComputer fracComp = new FracComputer();
long divisor = fracComp.findGreatestCommonDivisor(Math.Abs(nom), Math.Abs(denom));
this.nom = nom / divisor;
this.denom = denom / divisor;
}