function() {
        var me = this,
            min = me.normalizeDate(me.minValue || me.absMin),
            max = me.normalizeDate(me.maxValue || me.absMax);

        me.rangeFilter.setFilterFn(function(record) {
            var date = record.get('date');
            return date >= min && date <= max;
        });
        me.store.filter();
    }
function() {
        var me = this,
            min = me.normalizeDate(me.minValue || me.absMin),
            max = me.normalizeDate(me.maxValue || me.absMax);

        me.rangeFilter.setFilterFn(function(record) {
            var date = record.get('date');
            return date >= min && date <= max;
        });
        me.store.filter();
    }
function ( ) { var me = this , min = me . normalizeDate ( me . minValue || me . absMin ) , max = me . normalizeDate ( me . maxValue || me . absMax ) ; me . rangeFilter . setFilterFn ( function ( record ) { var date = record . get ( 'date' ) ; return date >= min && date <= max ; } ) ; me . store . filter ( ) ; }
Update the list of available times in the list to be constrained within the {@link #minValue}
and {@link #maxValue}.
Update the list of available times in the list to be constrained within the {