public Equation(IValue value)
{
if (value == null)
{
content = new Integer(0);
}
content = value.Direct();
}
public Equation(IValue value)
{
if (value == null)
{
Content = new Integer(0);
}
Content = value.Direct();
if (Content.Complexity > 5)
{
CustomSimplify();
}
}
public Product(IValue first, IValue second)
{
first = first.Direct();
second = second.Direct();
if (first.Integerable && second.Integerable)
{
First = first.ToInteger() * second.ToInteger();
Second = new Integer(1);
return;
}
if (first.Fractionable && second.Fractionable)
{
Fraction a = first.ToFraction();
Fraction b = second.ToFraction();
First = new Fraction(new Product(a.Numerator, b.Numerator).Simple(), new Product(a.Denominator, b.Denominator).Simple());
Second = new Integer(1);
return;
}
if (first.Radicalable && second.Radicalable)
{
Radical a = first.ToRadical();
Radical b = second.ToRadical();
First = new Radical(new Product(a.Radicant, b.Radicant).Simple(), new Product(a.Coefficient, b.Coefficient).Simple(), true);
Second = new Integer(1);
return;
}
if (First is Sum firstSum)
{
First = new Sum(new Product(firstSum.First, Second).Simple(), new Product(firstSum.Second, Second));
Second = new Integer(1);
return;
}
if (Second is Sum secondSum)
{
First = new Sum(new Product(secondSum.First, First).Simple(), new Product(secondSum.Second, First));
Second = new Integer(1);
return;
}
First = first.Simple();
Second = second.Simple();
}
public ComplexNumber(IValue valueToSqrt, bool negative = false)
{
source = valueToSqrt.Direct();
Negative = negative;
}