anchor.diff:  
       /// <summary>The (maximum) precision to be used for e.g. division if the operation would otherwise result in a
       /// non-terminating decimal expansion, i.e. if there is no exact representable decimal result, e.g. when
  -    /// dividing <code>     BigDecimal(1) / BigDecimal(3) (= 0.3333333...)</code></summary>
  +    /// dividing <code>BigDecimal(1) / BigDecimal(3) (= 0.3333333...)</code></summary>
       class property DefaultPrecision: Integer read FDefaultPrecision write FDefaultPrecision;
  +
  +    /// <summary>If set to False, division will not try to reduce the trailing zeros to match the
  +    /// preferred scale. That is faster, but usually produces bigger decimals</summary>
  +    class property ReduceTrailingZeros: Boolean read FReduceTrailingZeros write FReduceTrailingZeros;
   
       /// <summary>The string to be used to delimit the exponent part in scientific notation output.</summary>
       /// <remarks>Currently, only 'e' and 'E' are allowed. Setting any other value will be ignored. The default is 'e',
  
positive.code:   // The most used rounding mode in Delphi, AFAIK.
    BigDecimal.FDefaultRoundingMode := rmNearestEven;
  
    // I prefer the lower case 'e', because it is more visible between a number of decimal digits.
    // IOW, the 'e' in 1.23456789e+345 has, IMO, a little higher visibility than in the 'E' in 1.23456789E+345
    BigDecimal.FExponentDelimiter := 'e';
  
negative.code:       // Default precision (number of significant digits) used for e.g. division.
        FDefaultPrecision: Integer;
  
        // Set this to False if trailing zeroes should not be reduced to the preferred scale after a division.
        FReduceTrailingZeros: Boolean;
  
        // Default character used to indicate exponent in scientific notation output. Either 'E' or 'e'. Default 'e'.
        FExponentDelimiter: Char;
  
  