public static void ExecuteOperations(List <Input.Equation> input_)
{
for (int i = 0; i < Input.N; i++)
{
rat1 = Operations.Calculate(input_[i]);
int GDC = Operations.Simplify(rat1);
rat2 = new Input.Rational(rat1.N / GDC, rat1.D / GDC);
Result res = new Result(rat1, rat2);
Console.WriteLine(res.Resp.N + "/" + res.Resp.D + " = " + res.Simp_Resp.N + "/" + res.Simp_Resp.D);
}
}
public static int Simplify(Input.Rational rat)
{
if (Math.Abs(rat.N) > Math.Abs(rat.D))
{
Find_GDC(Math.Abs(rat.N), Math.Abs(rat.D));
}
else
{
Find_GDC(Math.Abs(rat.D), Math.Abs(rat.N));
}
return(GDC);
}
public static Input.Rational Calculate(Input.Equation input_)
{
D = input_.X.D * input_.Y.D;
if (input_.op == '+')
{
Soma_(input_);
}
else if (input_.op == '-')
{
Sub_(input_);
}
else if (input_.op == '*')
{
Mult_(input_);
}
else if (input_.op == '/')
{
Div_(input_);
D = input_.Y.N * input_.X.D;
}
Resp = new Input.Rational(N, D);
return(Resp);
}
public Result(Input.Rational resp1, Input.Rational resp2)
{
this.Resp = resp1;
this.Simp_Resp = resp2;
}
