/*public static MATRIX2 operator /(MATRIX2 matrix1, Fraction frac)
* { return MATRIX2.Multiply(matrix1, Fraction.Inverse(frac)); }*/
/// <summary>
/// Internal Fucntions for the above operators
/// </summary>
private static MATRIX2 Negate(MATRIX2 matrix)
{
return(MATRIX2.Multiply(matrix, -1));
}
public static MATRIX2 operator /(MATRIX2 matrix1, double dbl)
{
return(MATRIX2.Multiply(matrix1, /*Fraction.Inverse(Fraction.ConvertToFraction(dbl))*/ 1.0d / dbl));
}
/*public static MATRIX2 operator *(Fraction frac, MATRIX2 matrix1)
* { return MATRIX2.Multiply(matrix1, frac); }*/
public static MATRIX2 operator /(MATRIX2 matrix1, int iNo)
{
return(MATRIX2.Multiply(matrix1, /*Fraction.Inverse(new Fraction(iNo))*/ 1.0d / iNo));
}
public static MATRIX2 operator *(double dbl, MATRIX2 matrix1)
{
return(MATRIX2.Multiply(matrix1, dbl));
}
/*public static MATRIX2 operator *(MATRIX2 matrix1, Fraction frac)
* { return MATRIX2.Multiply(matrix1, frac); }*/
public static MATRIX2 operator *(int iNo, MATRIX2 matrix1)
{
return(MATRIX2.Multiply(matrix1, iNo));
}
public static MATRIX2 operator *(MATRIX2 matrix1, MATRIX2 matrix2)
{
return(MATRIX2.Multiply(matrix1, matrix2));
}
