public TFrac(TNumber a, TNumber b)
{
try {
if (a < 0 && b < 0)
{
a *= -1;
b *= -1;
}
else if (b < 0 && a > 0)
{
b *= -1;
a *= -1;
}
else if (a == 0 && b == 0 || b == 0 || a == 0 && b == 1)
{
Numerator = new TNumber(0);
Denominator = new TNumber(1);
return;
}
Numerator = new TNumber(a);
Denominator = new TNumber(b);
long gcdResult = GCD((long)a.Number, (long)b.Number);
if (gcdResult > 1)
{
Numerator /= gcdResult;
Denominator /= gcdResult;
}
} catch {
throw new OverflowException();
}
}
public TFrac(int a, int b)
{
if (a < 0 && b < 0)
{
a *= -1;
b *= -1;
}
else if (b < 0 && a > 0)
{
b *= -1;
a *= -1;
}
else if (a == 0 && b == 0 || b == 0 || a == 0 && b == 1)
{
Numerator = new TNumber(0);
Denominator = new TNumber(1);
return;
}
Numerator = new TNumber(a);
Denominator = new TNumber(b);
long gcdResult = GCD(a, b);
if (gcdResult > 1)
{
Numerator /= gcdResult;
Denominator /= gcdResult;
}
}
public override void SetString(string str)
{
TFrac TempFrac = new TFrac(str);
Numerator = TempFrac.Numerator;
Denominator = TempFrac.Denominator;
}
public override void SetString(string str)
{
TComplex temp = new TComplex(str);
Real = temp.Real;
Imaginary = temp.Imaginary;
}
public TComplex(string str)
{
Regex FullNumber = new Regex(@"^-?(\d+.?\d*)\s+\+\s+i\s+\*\s+-?(\d+.?\d*)$");
Regex LeftPart = new Regex(@"^-?(\d+.?\d*)(\s+\+\s+i\s+\*\s+)?$");
if (FullNumber.IsMatch(str))
{
List <string> Parts = str.Split(new string[] { Separator }, StringSplitOptions.None).ToList();
Real = new TNumber(Parts[0]);
Imaginary = new TNumber(Parts[1]);
}
else if (LeftPart.IsMatch(str))
{
if (str.Contains(Separator))
{
str = str.Replace(Separator, string.Empty);
}
Real = new TNumber(str);
Imaginary = new TNumber();
}
else
{
Real = new TNumber(0);
Imaginary = new TNumber(0);
}
}
public TPNumber(string str, TNumber not, TNumber pre)
{
Notation = not;
Precision = pre;
try {
Number = new TNumber(Conver_p_10.dval(str, Convert.ToInt32(not.Number)));
}
catch {
throw new System.OverflowException();
}
}
public TPNumber(string str, int not, int pre)
{
try {
Number = new TNumber(Conver_p_10.dval(str, not));
Notation = new TNumber(not);
Precision = new TNumber(pre);
}
catch {
throw new System.OverflowException();
}
}
public PNumberEditor(string str, TNumber not, TNumber pre)
{
if (not < 2 || not > 16 || pre < 0 || pre > 10)
{
number = "0";
Notation = new TNumber(10);
Precision = new TNumber(5);
}
else
{
Notation = not;
Precision = pre;
number = new TPNumber(str, Notation, Precision).ToString();
}
}
public PNumberEditor(double num, TNumber not, TNumber pre)
{
if (not < 2 || not > 16 || pre < 0 || pre > 10)
{
number = "0";
Notation = new TNumber(10);
Precision = new TNumber(5);
}
else
{
Notation = not;
Precision = pre;
number = new TPNumber(num, Convert.ToInt32(Notation.Number), Convert.ToInt32(Precision.Number)).ToString();;
}
}
public TPNumber(TNumber num, TNumber not, TNumber pre)
{
if (not < 2 || not > 16 || pre < 0 || pre > 10)
{
Number = new TNumber();
Notation = new TNumber(10);
Precision = new TNumber(5);
}
else
{
Number = new TNumber(num);
Notation = new TNumber(not);
Precision = new TNumber(pre);
}
}
public PNumberEditor(double num, int not, int pre)
{
if (not < 2 || not > 16 || pre < 0 || pre > 10)
{
number = "0";
Notation = new TNumber(10);
Precision = new TNumber(5);
}
else
{
Notation = new TNumber(not);
Precision = new TNumber(pre);
number = TPNumber.Conver_10_p.Do(num, not, pre);
}
}
public TPNumber(double num, int not, int pre)
{
if (not < 2 || not > 16 || pre < 0 || pre > 10)
{
Number = new TNumber();
Notation = new TNumber(10);
Precision = new TNumber(5);
}
else
{
Number = new TNumber(num);
Notation = new TNumber(not);
Precision = new TNumber(pre);
}
}
public TFrac(string fraction)
{
Regex FracRegex = new Regex(@"^-?(\d+)/(\d+)$");
Regex NumberRegex = new Regex(@"^-?\d+/?$");
if (FracRegex.IsMatch(fraction))
{
List <string> FracParts = fraction.Split('/').ToList();
Numerator = new TNumber(FracParts[0]);
Denominator = new TNumber(FracParts[1]);
if (Denominator.IsZero())
{
Numerator = new TNumber(0);
Denominator = new TNumber(1);
return;
}
long gcdResult = GCD((long)Numerator.Number, (long)Denominator.Number);
if (gcdResult > 1)
{
Numerator /= gcdResult;
Denominator /= gcdResult;
}
return;
}
else if (NumberRegex.IsMatch(fraction))
{
Numerator = new TNumber(fraction);
Denominator = new TNumber(1);
return;
}
else
{
Numerator = new TNumber(0);
Denominator = new TNumber(1);
return;
}
}
public TComplex(TNumber anReal, TNumber anImaginary)
{
Real = anReal;
Imaginary = anImaginary;
}
public TComplex(int anReal, int anImaginary)
{
Real = new TNumber(anReal);
Imaginary = new TNumber(anImaginary);
}
public TComplex(double anReal, double anImaginary)
{
Real = new TNumber(anReal);
Imaginary = new TNumber(anImaginary);
}
public TComplex()
{
Real = new TNumber(0);
Imaginary = new TNumber(0);
}
public TPNumber()
{
Number = new TNumber();
Notation = new TNumber(10);
Precision = new TNumber(5);
}
public PNumberEditor(string str)
{
Notation = new TNumber(10);
Precision = new TNumber(5);
number = new TPNumber(str, Notation, Precision).ToString();
}
public TComplex(TComplex anotherComplex)
{
Real = anotherComplex.Real;
Imaginary = anotherComplex.Imaginary;
}
public PNumberEditor()
{
number = "0";
Notation = new TNumber(10);
Precision = new TNumber(5);
}
public TFrac(TFrac anotherFrac)
{
Numerator = anotherFrac.Numerator;
Denominator = anotherFrac.Denominator;
}
public TFrac()
{
Numerator = new TNumber(0);
Denominator = new TNumber(1);
}
public TPNumber(TPNumber anotherTPNumber)
{
Number = anotherTPNumber.Number;
Notation = anotherTPNumber.Notation;
Precision = anotherTPNumber.Precision;
}
public TNumber(TNumber num)
{
Number = num.Number;
}
public override void SetString(string str)
{
Number = new TNumber(Conver_p_10.dval(str, Convert.ToInt32(Notation.Number)));
}