var map = L.map("map");
map.attributionControl.setPrefix('');
- if (!args.layer || args.layer == "mapnik" || args.layer == "osmarender") {
+ if (!args.layer || args.layer === "mapnik" || args.layer === "osmarender") {
new L.OSM.Mapnik().addTo(map);
- } else if (args.layer == "cyclemap" || args.layer == "cycle map") {
+ } else if (args.layer === "cyclemap" || args.layer === "cycle map") {
new L.OSM.CycleMap().addTo(map);
- } else if (args.layer == "transportmap") {
+ } else if (args.layer === "transportmap") {
new L.OSM.TransportMap().addTo(map);
- } else if (args.layer == "mapquest") {
+ } else if (args.layer === "mapquest") {
new L.OSM.MapQuestOpen().addTo(map);
- } else if (args.layer == "hot") {
+ } else if (args.layer === "hot") {
new L.OSM.HOT().addTo(map);
}
if (args.bbox) {
var bbox = args.bbox.split(',');
map.fitBounds([L.latLng(bbox[1], bbox[0]),
- L.latLng(bbox[3], bbox[2])])
+ L.latLng(bbox[3], bbox[2])]);
} else {
map.fitWorld();
}