intNumberConverter(start, step) {
        var multiplicator = 1;
        while ((step - Math.floor(step)) > 0 || (start - Math.floor(start)) > 0) {
            step *= 10;
            start *= 10;
            multiplicator *= 10;
        }
        return multiplicator;
    }
/**
     * intNumberConverter - find the largest multiplicator in which start, step and every count can be an integer.
     *
     * @param  {int} start number to start counting
     * @param  {int} step  number to add to start
     * @return {int}       largest multiple of 10
     */
find the largest multiplicator in which start, step and every count can be an integer.
@param  {int} start number to start counting
@param  {int} step  number to add to start
@return {int}       largest multiple of 10
find the largest multiplicator in which start step and every count can be an integer . @param { int } start number to start counting @param { int } step number to add to start @return { int } largest multiple of 10
intNumberConverter(start, step) {
        var multiplicator = 1;
        while ((step - Math.floor(step)) > 0 || (start - Math.floor(start)) > 0) {
            step *= 10;
            start *= 10;
            multiplicator *= 10;
        }
        return multiplicator;
    }
intNumberConverter ( start , step ) { var multiplicator = 1 ; while ( ( step - Math . floor ( step ) ) > 0 || ( start - Math . floor ( start ) ) > 0 ) { step *= 10 ; start *= 10 ; multiplicator *= 10 ; } return multiplicator ; }
intNumberConverter - find the largest multiplicator in which start, step and every count can be an integer.
intNumberConverter - find the largest multiplicator in which start step and every count can be an integer .