function killButtons()
{
	if (document.getElementById('killbutton_1')){
		document.getElementById('killbutton_1').style.display = 'none';
	}
	if (document.getElementById('killbutton_1_td')){
		document.getElementById('killbutton_1_td').style.width = '85px';
	}
	if (document.getElementById('killbutton_2')){
		document.getElementById('killbutton_2').style.display = 'none';
	}

	if (document.getElementById('killbutton_2_td')){
		document.getElementById('killbutton_2_td').style.width = '85px';
	}

	for (var i = 0; i < 50; i++){
		if (document.getElementById('map_'+i)){
			mapStart(i);
		}
	}
}

function mapStart(counter)
{
	var lat = document.getElementById('map_'+counter+'_lat').value;
	var long = document.getElementById('map_'+counter+'_long').value;
	var htmlText = urldecode(document.getElementById('map_'+counter+'_text').value);

	var map = new GMap2(document.getElementById("map_"+counter));
	var point1 = new GPoint(long,lat);
	var spot = new GMarker(point1);
	map.addOverlay(spot);

	GEvent.addListener(spot, "click", function(){spot.openInfoWindowHtml(htmlText)});
	
	map.enableScrollWheelZoom();
	map.addControl(new GMenuMapTypeControl(false));
	map.addControl(new GSmallMapControl());
	map.setCenter(new GLatLng(lat, long), 11);
}

function sprachWechsel(opfer)
{
	window.location = '?lang=' + opfer.value;
}

function urldecode( str ) {

    var histogram = {};
    var ret = str.toString();
    
    var replacer = function(search, replace, str) {
        var tmp_arr = [];
        tmp_arr = str.split(search);
        return tmp_arr.join(replace);
    };
    
    // The histogram is identical to the one in urlencode.
    histogram["'"]   = '%27';
    histogram['(']   = '%28';
    histogram[')']   = '%29';
    histogram['*']   = '%2A';
    histogram['~']   = '%7E';
    histogram['!']   = '%21';
    histogram['%20'] = '+';
    histogram['\u20AC'] = '%80';
    histogram['\u0081'] = '%81';
    histogram['\u201A'] = '%82';
    histogram['\u0192'] = '%83';
    histogram['\u201E'] = '%84';
    histogram['\u2026'] = '%85';
    histogram['\u2020'] = '%86';
    histogram['\u2021'] = '%87';
    histogram['\u02C6'] = '%88';
    histogram['\u2030'] = '%89';
    histogram['\u0160'] = '%8A';
    histogram['\u2039'] = '%8B';
    histogram['\u0152'] = '%8C';
    histogram['\u008D'] = '%8D';
    histogram['\u017D'] = '%8E';
    histogram['\u008F'] = '%8F';
    histogram['\u0090'] = '%90';
    histogram['\u2018'] = '%91';
    histogram['\u2019'] = '%92';
    histogram['\u201C'] = '%93';
    histogram['\u201D'] = '%94';
    histogram['\u2022'] = '%95';
    histogram['\u2013'] = '%96';
    histogram['\u2014'] = '%97';
    histogram['\u02DC'] = '%98';
    histogram['\u2122'] = '%99';
    histogram['\u0161'] = '%9A';
    histogram['\u203A'] = '%9B';
    histogram['\u0153'] = '%9C';
    histogram['\u009D'] = '%9D';
    histogram['\u017E'] = '%9E';
    histogram['\u0178'] = '%9F';

    for (replace in histogram) {
        search = histogram[replace]; // Switch order when decoding
        ret = replacer(search, replace, ret) // Custom replace. No regexing   
    }
    
    // End with decodeURIComponent, which most resembles PHP's encoding functions
    ret = decodeURIComponent(ret);

    return ret;
}