function autoCheck(s, settings) {
        s = s.toString();
        s = s.replace(',', '.');
        var minParse = parseStr(settings.vMin),
            maxParse = parseStr(settings.vMax),
            valParse = parseStr(s);
        return testMinMax(minParse, valParse) > -1 && testMinMax(maxParse, valParse) < 1;
    }
/**
     * checking that number satisfy format conditions
     * and lays between settings.vMin and settings.vMax
     * and the string length does not exceed the digits in settings.vMin and settings.vMax
     */
checking that number satisfy format conditions
and lays between settings.vMin and settings.vMax
and the string length does not exceed the digits in settings.vMin and settings.vMax
checking that number satisfy format conditions and lays between settings . vMin and settings . vMax and the string length does not exceed the digits in settings . vMin and settings . vMax
function autoCheck(s, settings) {
        s = s.toString();
        s = s.replace(',', '.');
        var minParse = parseStr(settings.vMin),
            maxParse = parseStr(settings.vMax),
            valParse = parseStr(s);
        return testMinMax(minParse, valParse) > -1 && testMinMax(maxParse, valParse) < 1;
    }
function autoCheck ( s , settings ) { s = s . toString ( ) ; s = s . replace ( ',' , '.' ) ; var minParse = parseStr ( settings . vMin ) , maxParse = parseStr ( settings . vMax ) , valParse = parseStr ( s ) ; return testMinMax ( minParse , valParse ) > - 1 && testMinMax ( maxParse , valParse ) < 1 ; }
checking that number satisfy format conditions
 and lays between settings.vMin and settings.vMax
 and the string length does not exceed the digits in settings.vMin and settings.vMax
checking that number satisfy format conditions and lays between settings . vMin and settings . vMax and the string length does not exceed the digits in settings . vMin and settings . vMax