alignDecimals(multiplicator, decimals) {
        if (!decimals) decimals = '.';
        while (decimals.length < multiplicator.toString().length)
            decimals += '0';
        return decimals;
    }
/**
     * alignDecimals - add zeros on the right to align decimal area.
     *
     * @param  {int} multiplicator number which if it's multiplied to any count it results an integer, so,
     *                             if casted to string it represents the length of decimal area including point
     * @param  {string} decimals   optional. Decimals to align
     * @return {string}            decimals plus zeros padded right
     */
add zeros on the right to align decimal area.
@param  {int} multiplicator number which if it's multiplied to any count it results an integer, so,
if casted to string it represents the length of decimal area including point
@param  {string} decimals   optional. Decimals to align
@return {string}            decimals plus zeros padded right
add zeros on the right to align decimal area . @param { int } multiplicator number which if it ' s multiplied to any count it results an integer so if casted to string it represents the length of decimal area including point @param { string } decimals optional . Decimals to align @return { string } decimals plus zeros padded right
alignDecimals(multiplicator, decimals) {
        if (!decimals) decimals = '.';
        while (decimals.length < multiplicator.toString().length)
            decimals += '0';
        return decimals;
    }
alignDecimals ( multiplicator , decimals ) { if ( ! decimals ) decimals = '.' ; while ( decimals . length < multiplicator . toString ( ) . length ) decimals += '0' ; return decimals ; }
alignDecimals - add zeros on the right to align decimal area.
alignDecimals - add zeros on the right to align decimal area .