var baseIcon = new GIcon();
baseIcon.shadow = "images/shadow1.png";
baseIcon.iconSize = new GSize(26, 28);
baseIcon.shadowSize = new GSize(37, 34);
baseIcon.iconAnchor = new GPoint(11, 32);
baseIcon.infoWindowAnchor = new GPoint(11, 0);
baseIcon.infoShadowAnchor = new GPoint(11, 0);


var Mapifies;

if (!Mapifies) Mapifies = {};

Mapifies.MapObjects = {};

Mapifies.MapObjects.Set = function ( element, options ) {
	var mapName = jQuery(element).attr('id');
	var thisMap = new GMap2(element);
	Mapifies.MapObjects[mapName] = thisMap;
	Mapifies.MapObjects[mapName].Options = options;
	return Mapifies.MapObjects[mapName];
};

Mapifies.MapObjects.Append = function ( element, description, appending ) {
	var mapName = jQuery(element).attr('id');
	Mapifies.MapObjects[mapName][description] = appending;
};

Mapifies.MapObjects.Get = function ( element ) {
	return Mapifies.MapObjects[jQuery(element).attr('id')];
};

Mapifies.Initialise = function ( element, options, callback ) {
	
	function defaults() {
		return {
			// Initial type of map to display
			'language': 'en',
			// Options: "map", "sat", "hybrid"
			'mapType': 'sat',
			// Initial map center
			'mapCenter': [55.958858,-3.162302],
			// Initial zoom level
			'mapZoom': 12,
			// Initial map control size
			// Options: "large", "small", "none"
			'mapControl': 'small',
			// Initialise type of map control
			'mapEnableType': false,
			// Initialise small map overview
			'mapEnableOverview': false,
			// Enable map dragging when left button held down
			'mapEnableDragging': true,
			// Enable map info windows
			'mapEnableInfoWindows': true,
			// Enable double click zooming
			'mapEnableDoubleClickZoom': false,
			// Enable zooming with scroll wheel
			'mapEnableScrollZoom': false,
			// Enable smooth zoom
			'mapEnableSmoothZoom': false,
			// Enable Google Bar
			'mapEnableGoogleBar': false,
			// Enables scale bar
			'mapEnableScaleControl': false,
			// Enable the Mapifies icon
			'mapShowjMapsIcon': true,
			//Debug Mode
			'debugMode': false
		};
	};
	options = jQuery.extend(defaults(), options);
	
	if (GBrowserIsCompatible()) {
			
		var thisMap = Mapifies.MapObjects.Set(element, options);
		var mapType = Mapifies.GetMapType(options.mapType);
		thisMap.setCenter(new GLatLng(options.mapCenter[0], options.mapCenter[1]), options.mapZoom, mapType);
		
		// Attach a controller to the map view
		// Will attach a large or small.  If any other value passed (i.e. "none") it is ignored
		switch (options.mapControl) {
			case "small":
				thisMap.addControl(new GSmallMapControl());
				break;
			case "large":
				thisMap.addControl(new GLargeMapControl());
				break;
		};
		// Type of map Control (Map,Sat,Hyb)
		if (options.mapEnableType) 
			thisMap.addControl(new GMapTypeControl()); // Off by default
		// Show the small overview map
		if (options.mapEnableOverview) 
			thisMap.addControl(new GOverviewMapControl());// Off by default
		// GMap2 Functions (in order of the docs for clarity)
		// Enable a mouse-dragable map
		if (!options.mapEnableDragging) 
			thisMap.disableDragging(); // On by default
		// Enable Info Windows
		if (!options.mapEnableInfoWindows) 
			thisMap.disableInfoWindow(); // On by default
		// Enable double click zoom on the map
		if (options.mapEnableDoubleClickZoom) 
			thisMap.enableDoubleClickZoom(); // On by default
		// Enable scrollwheel on the map
		if (options.mapEnableScrollZoom) 
			thisMap.enableScrollWheelZoom(); //Off by default
		// Enable smooth zooming
		if (options.mapEnableSmoothZoom) 
			thisMap.enableContinuousZoom(); // Off by default
		// Enable Google Bar
		if (options.mapEnableGoogleBar) 
			thisMap.enableGoogleBar(); //Off by default
		// Enables Scale bar
		if (options.mapEnableScaleControl) 
			thisMap.addControl(new GScaleControl());
		
		if (options.debugMode) 
			console.log(Mapifies);
		
		if (typeof callback == 'function') 
			return callback(thisMap, element, options);
	} else {
		jQuery(element).text('Your browser does not support Google Maps.');
		return false;
	}
	return;
};

Mapifies.MoveTo = function ( element, options, callback ) {
	
	function defaults() {
		return {
			'centerMethod': 'normal',
			'mapType': null,
			'mapCenter': [],
			'mapZoom': null
		};
	};
	var thisMap = Mapifies.MapObjects.Get(element);
	options = jQuery.extend(defaults(), options);	
	if (options.mapType)
		var mapType = Mapifies.GetMapType(options.mapType);
	var point = new GLatLng(options.mapCenter[0], options.mapCenter[1]);
	switch (options.centerMethod) {
		case 'normal':
			thisMap.setCenter(point, options.mapZoom, mapType);
		break;
		case 'pan':
			thisMap.panTo(point);
		break;
	}
	if (typeof callback == 'function') return callback(point, options);
};

Mapifies.SavePosition = function( element, options, callback ) {
	var thisMap = Mapifies.MapObjects.Get(element);
	thisMap.savePosition();
	if (typeof callback == 'function') return callback(thisMap);
};

Mapifies.GotoSavedPosition = function ( element, options, callback) {
	var thisMap = Mapifies.MapObjects.Get(element);
	thisMap.returnToSavedPosition();
	if (typeof callback == 'function') return callback(thisMap);
};

Mapifies.CreateKeyboardHandler = function( element, options, callback ) {
	var thisMap = Mapifies.MapObjects.Get(element);
	var keyboardHandler = new GKeyboardHandler(thisMap);
	if (typeof callback == 'function') return callback(keyboardHandler);
};

Mapifies.CheckResize = function( element, options, callback ) {
	var thisMap = Mapifies.MapObjects.Get(element);
	thisMap.checkResize();
	if (typeof callback == 'function') return callback(element);
};

Mapifies.SearchAddress = function( element, options, callback) {
	function defaults() {
		return {
			// Address to search for
			'query': null,
			// Return Type
			'returnType': 'getLatLng',
			// Optional Cache to store Geocode Data (not implemented yet)
			'cache': undefined,
			// Country code for localisation (not implemented yet)
			'countryCode': 'uk'
		};
	};
	var thisMap = Mapifies.MapObjects.Get(element);
	options = jQuery.extend(defaults(), options);
	
	// Check to see if the Geocoder already exists in the object
	// or create a temporary locally scoped one.
	if (typeof thisMap.Geocoder === 'undefined') {	
		if (typeof options.cache === 'undefined') {
		 	var geoCoder = new GClientGeocoder();
		} else {
			var geoCoder = new GClientGeocoder(cache);
		}
		Mapifies.MapObjects.Append(element, 'Geocoder', geoCoder);
		// We need to get the map object again, now we have attached the geocoder
		thisMap = Mapifies.MapObjects.Get(element);
	}
	thisMap.Geocoder[options.returnType](options.query, function(result){
		if (typeof callback === 'function') {
			return callback(result, options); 
		}
	});
	return;
};
	
Mapifies.SearchDirections = function( element, options, callback) {
	
	function defaults() {
		return {
			// From address
			'query': null,
			// Optional panel to show text directions
			'panel': null,
			//The locale to use for the directions result.
			'locale': 'en_GB',
			//The mode of travel, such as driving (default) or walking
			'travelMode': 'driving',
			// Option to avoid highways
			'avoidHighways': false,
			// Get polyline
			'getPolyline': true,
			// Get directions
			'getSteps': true,
			// Preserve Viewport
			'preserveViewport' : false,
			// clear last search
			'clearLastSearch' : false
		};
	};
	var thisMap = Mapifies.MapObjects.Get(element);
	options = jQuery.extend(defaults(), options);
	
	var queryOptions = {
		'locale': options.locale,
		'travelMode': options.travelMode,
		'avoidHighways': options.avoidHighways,
		'getPolyline': options.getPolyline,
		'getSteps': options.getSteps,
		'preserveViewport' : options.preserveViewport
	};
	
	var panel = $(options.panel).get(0);
	
	if (typeof thisMap.Directions === 'undefined') {
  	Mapifies.MapObjects.Append(element, 'Directions', new GDirections(thisMap, panel));
  }	
	
	GEvent.addListener(thisMap.Directions, "load", onLoad);
  GEvent.addListener(thisMap.Directions, "error", onError);
	
	if (options.clearLastSearch) {
		thisMap.Directions.clear();
	}
	
	thisMap.Directions.load(options.query, queryOptions);
	
	function onLoad() {
		if (typeof callback == 'function') return callback(thisMap.Directions, options);	
	}
	
	function onError() {
		if (typeof callback == 'function') return callback(thisMap.Directions, options);	
	}
	
	return;
};

Mapifies.CreateAdsManager = function( element, options, callback) {
	
	function defaults() {
		return {
			'publisherId':'',
			'maxAdsOnMap':3,
			'channel':0,
			'minZoomLevel':6
		}
	};
	var thisMap = Mapifies.MapObjects.Get(element);
	options = jQuery.extend(defaults(), options);
	
	var adsOptions = {
		'maxAdsOnMap':options.maxAdsOnMap,
		'channel':options.channel,
		'minZoomLevel':options.minZoomLevel
	}
	
	if (typeof thisMap.AdsManager == 'undefined') {
  	Mapifies.MapObjects.Append(element, 'AdsManager', new GAdsManager(thisMap, options.publisherId, adsOptions));
  }	
	
	if (typeof callback == 'function') return callback(thisMap.AdsManager, options);
};

Mapifies.AddFeed = function( element, options, callback ) {
	
	function defaults() {
		return {
			// URL of the feed to pass (required)
			'feedUrl': null,
			// Position to center the map on (optional)
			'mapCenter': []
		};
	};
	var thisMap = Mapifies.MapObjects.Get(element);
	options = jQuery.extend(defaults(), options);

	// Load feed
	var feed = new GGeoXml(options.feedUrl);
	// Add as overlay
	thisMap.addOverlay(feed);
	
	// If the user has passed the optional mapCenter,
	// then center the map on that point
	if (options.mapCenter[0] && options.mapCenter[1])
		thisMap.setCenter(new GLatLng(options.mapCenter[0], options.mapCenter[1]));
		
	if (typeof callback == 'function') return callback( feed, options );
	return;
};

Mapifies.RemoveFeed = function ( element, feed, callback ) {
	var thisMap = Mapifies.MapObjects.Get(element);
	thisMap.removeOverlay(feed);
	if (typeof callback == 'function') return callback( feed );
	return;
};

Mapifies.AddGroundOverlay = function( element, options, callback) {
  
	function defaults() {
		return {
			// South West Boundry
			'overlaySouthWestBounds': undefined,
			// North East Boundry
			'overlayNorthEastBounds': undefined,
			// Image
			'overlayImage': undefined
		};
	};
	
	var thisMap = Mapifies.MapObjects.Get(element);
	options = jQuery.extend(defaults(), options);
	
	var boundries = new GLatLngBounds(new GLatLng(options.overlaySouthWestBounds[0], options.overlaySouthWestBounds[1]), new GLatLng(options.overlayNorthEastBounds[0], options.overlayNorthEastBounds[1]));
	groundOverlay = new GGroundOverlay(options.overlayImage, boundries);
	
	thisMap.addOverlay(groundOverlay);
		
	if (typeof callback == 'function') return callback( groundOverlay, options );
	return;
};

Mapifies.RemoveGroundOverlay = function ( element, groundOverlay, callback ) {
	var thisMap = Mapifies.MapObjects.Get(element);
	thisMap.removeOverlay(groundOverlay);
	if (typeof callback === 'function') return callback(groundOverlay);
	return;
};

Mapifies.AddMarker = function ( element, options, callback ) {
		
	function defaults() {
		var values = {
			'pointLatLng': undefined,
			'pointHTML': undefined,
			'pointOpenHTMLEvent': 'click',
			'pointIsDraggable': false,
			'pointIsRemovable': false,
			'pointRemoveEvent': 'dblclick',
			'pointMinZoom': 4,
			'pointMaxZoom': 17,
			'pointIcon': undefined,
			'centerMap': false,
			'centerMoveMethod':'normal',
			'indice_array': 0
		};
		return values;
	};
	var thisMap = Mapifies.MapObjects.Get(element);
	options = jQuery.extend({}, defaults(), options);
	
	var markerOptions = {}
	
	if (typeof options.pointIcon == 'object')
		jQuery.extend(markerOptions, {'icon': options.pointIcon});
		
	if (options.pointIsDraggable)
		jQuery.extend(markerOptions, {'draggable': options.pointIsDraggable});
			
	if (options.centerMap) {
		switch (options.centerMoveMethod) {
			case 'normal':
				thisMap.setCenter(new GLatLng(options.pointLatLng[0],options.pointLatLng[1]));
			break;
			case 'pan':
				thisMap.panTo(new GLatLng(options.pointLatLng[0],options.pointLatLng[1]));
			break;
		}
	}
		
		
	// Create marker, optional parameter to make it draggable
	marker = new GMarker(new GLatLng(options.pointLatLng[0],options.pointLatLng[1]), markerOptions);
	jmarker[options.indice_array]=marker;
	// If it has HTML to pass in, add an event listner for a click
	if(options.pointHTML)
		GEvent.addListener(jmarker[options.indice_array], options.pointOpenHTMLEvent, function(){
			jmarker[options.indice_array].openInfoWindowHtml(options.pointHTML, {maxContent: options.pointMaxContent, maxTitle: options.pointMaxTitle});
		});
	// If it is removable, add dblclick event
	if(options.pointIsRemovable)
		GEvent.addListener(jmarker[options.indice_array], options.pointRemoveEvent, function(){
			thisMap.removeOverlay(jmarker[options.indice_array]);
		});

	// If the marker manager exists, add it
	if(thisMap.MarkerManager) {
		thisMap.MarkerManager.addMarker(jmarker[options.indice_array], options.pointMinZoom, options.pointMaxZoom);	
	} else {
		// Direct rendering to map
		thisMap.addOverlay(jmarker[options.indice_array]);
	}
		
	if (typeof callback == 'function') return callback(jmarker[options.indice_array], options);
	return;
};

Mapifies.RemoveMarker = function ( element, marker, callback ) {
	var thisMap = Mapifies.MapObjects.Get(element);
	thisMap.removeOverlay(marker);
	if (typeof callback === 'function') return callback(marker);
	return;
};

Mapifies.CreateMarkerManager = function(element, options, callback) {
	
	function defaults() {
		return {
			'markerManager': 'GMarkerManager',
			// Border Padding in pixels
			'borderPadding': 100,
			// Max zoom level 
			'maxZoom': 17,
			// Track markers
			'trackMarkers': false
		}
	}
	var thisMap = Mapifies.MapObjects.Get(element);
	options = jQuery.extend(defaults(), options);
	
	var markerManagerOptions = {
		'borderPadding': options.borderPadding,
		'maxZoom': options.maxZoom,
		'trackMarkers': options.trackMarkers
	}
	
	var markerManager = new window[options.markerManager](thisMap, options);
	Mapifies.MapObjects.Append(element, 'MarkerManager',markerManager);

	// Return the callback
	if (typeof callback == 'function') return callback( markerManager, options );
};

Mapifies.AddPolygon = function( element, options, callback ) {
	
	function defaults() {
		return {
			// An array of GLatLng objects
			'polygonPoints': [],
			// The outer stroke colour
	 		'polygonStrokeColor': "#000000",
	 		// Stroke thickness
	 		'polygonStrokeWeight': 5,
	 		// Stroke Opacity
	 		'polygonStrokeOpacity': 1,
	 		// Fill colour
	 		'polygonFillColor': "#ff0000",
	 		// Fill opacity
	 		'polygonFillOpacity': 1,
	 		// Optional center map
	 		'mapCenter': undefined,
	 		// Is polygon clickable?
	 		'polygonClickable': true
		}
	}
	
	var thisMap = Mapifies.MapObjects.Get(element);
	options = jQuery.extend(defaults(), options);
	var polygonOptions = {};
	
	if (!options.polygonClickable)
		polygonOptions = jQuery.extend(polygonOptions, {clickable: false});
	 		
	if(typeof options.mapCenter !== 'undefined' && options.mapCenter[0] && options.mapCenter[1])
		thisMap.setCenter(new GLatLng(options.mapCenter[0], options.mapCenter[1]));
	
	var allPoints = [];
	jQuery.each(options.polygonPoints, function(i, point) {
		allPoints.push(new GLatLng(point[0],point[1]));
	});
	
	var polygon = new GPolygon(allPoints, options.polygonStrokeColor, options.polygonStrokeWeight, options.polygonStrokeOpacity, options.polygonFillColor, options.polygonFillOpacity, polygonOptions);
	thisMap.addOverlay(polygon);
		
	if (typeof callback == 'function') return callback(polygon, polygonOptions, options);
	return;
}

Mapifies.RemovePolygon = function ( element, polygon, callback ) {
	var thisMap = Mapifies.MapObjects.Get(element);
	thisMap.removeOverlay(polygon);
	if (typeof callback === 'function') return callback(polygon);
	return;
};

Mapifies.AddPolyline = function (element, options, callback) {
	
	function defaults() {
		return {
			// An array of GLatLng objects
			'polylinePoints': [],
			// Colour of the line
			'polylineStrokeColor': "#ff0000",
			// Width of the line
			'polylineStrokeWidth': 10,
			// Opacity of the line
			'polylineStrokeOpacity': 1,
			// Optional center map
			'mapCenter': [],
			// Is line Geodesic (i.e. bends to the curve of the earth)?
			'polylineGeodesic': false,
			// Is line clickable?
			'polylineClickable': true
		};
	};
	
	var thisMap = Mapifies.MapObjects.Get(element);
	options = jQuery.extend(defaults(), options);
	var polyLineOptions = {};
	if (options.polylineGeodesic)
		jQuery.extend(polyLineOptions, {geodesic: true});
			
	if(!options.polylineClickable)
		jQuery.extend(polyLineOptions, {clickable: false});

	if (options.mapCenter[0] && options.mapCenter[1])
		thisMap.setCenter(new GLatLng(options.mapCenter[0], options.mapCenter[1]));

	var allPoints = [];
	jQuery.each(options.polylinePoints, function(i, point) {
		allPoints.push(new GLatLng(point[0],point[1]));
	});

	var polyline = new GPolyline(allPoints, options.polylineStrokeColor, options.polylineStrokeWidth, options.polylineStrokeOpacity, polyLineOptions);
	thisMap.addOverlay(polyline);
		
	if (typeof callback == 'function') return callback(polyline, polyLineOptions, options);
	return;
}

Mapifies.RemovePolyline = function (element, polyline, callback ) {
	var thisMap = Mapifies.MapObjects.Get(element);
	thisMap.removeOverlay(polyline);
	if (typeof callback === 'function') return callback(polyline);
	return;
};

Mapifies.AddScreenOverlay = function( element, options, callback ) {
	
	function defaults() {
		return {
			'imageUrl':'',
			'screenXY':[],
			'overlayXY':[],
			'size':[]
		};
	};
	var thisMap = Mapifies.MapObjects.Get(element);
	options = jQuery.extend(defaults(), options);

	var overlay = new GScreenOverlay(options.imageUrl, new GScreenPoint(options.screenXY[0],options.screenXY[1]), new GScreenPoint(options.overlayXY[0],options.overlayXY[1]), new GScreenSize(options.size[0],options.size[1]));
	thisMap.addOverlay(overlay);
		
	if (typeof callback == 'function') return callback(overlay, options);
};

Mapifies.RemoveScreenOverlay = function ( element, overlay, callback ) {
	var thisMap = Mapifies.MapObjects.Get(element);
	thisMap.removeOverlay(overlay);
	if (typeof callback === 'function') return callback(overlay);
	return;
};

Mapifies.CreateStreetviewPanorama = function( element, options, callback ) {
	
	function defaults() {
		return {
			'overideContainer':'',
			'latlng':[40.75271883902363, -73.98262023925781],
			'pov': []
		}
	};
	var thisMap = Mapifies.MapObjects.Get(element);
	options = jQuery.extend(defaults(), options);
	// Create Street View Overlay
	
	var container = null;
	if (options.overideContainer !== '') {
		container = jQuery(options.overideContainer).get(0);
	} else {
		container = jQuery(element).get(0);
	}
	
	var viewOptions = {};
	if (options.pov.length > 0) {
		jQuery.extend(viewOptions, {'pov':new GPov(options.latlng[0],options.latlng[1],options.latlng[2])});
	}
	if (options.latlng.length > 0) {
		jQuery.extend(viewOptions, {'latlng':new GLatLng(options.latlng[0],options.latlng[1])});
	}
	
	var overlay = new GStreetviewPanorama(container, viewOptions);
	if (typeof callback == 'function') return callback(overlay, options);
	return;
};

Mapifies.RemoveStreetviewPanorama = function ( element, view, callback ) {
	var thisMap = Mapifies.MapObjects.Get(element);
	view.remove();
	if (typeof callback == 'function') return callback( view );
	return;
};

Mapifies.AddTrafficInfo = function( element, options, callback) {
	
	function defaults() {
		return {
			// Center the map on this point (optional)
			'mapCenter': []
		};
	};
	var thisMap = Mapifies.MapObjects.Get(element);
	options = jQuery.extend(defaults(), options);

	var trafficOverlay = new GTrafficOverlay;
	// Add overlay
	thisMap.addOverlay(trafficOverlay);
	// If the user has passed the optional mapCenter,
	// then center the map on that point
	if (options.mapCenter[0] && options.mapCenter[1]) {
		thisMap.setCenter(new GLatLng(options.mapCenter[0], options.mapCenter[1]));
	}
	if (typeof callback == 'function') return callback(trafficOverlay, options);
};

Mapifies.RemoveTrafficInfo = function ( element, trafficOverlay, callback ) {
	var thisMap = Mapifies.MapObjects.Get(element);
	thisMap.removeOverlay(trafficOverlay);
	if (typeof callback === 'function') return callback(trafficOverlay);
	return;
};

Mapifies.SearchCode = function ( code ) {
	switch (code) {
		case G_GEO_SUCCESS:
			return {'code':G_GEO_SUCCESS,'success':true,'message':'Success'};
		case G_GEO_UNKNOWN_ADDRESS:
			return {'code' : G_GEO_UNKNOWN_ADDRESS, 'success' : false, 'message' : 'No corresponding geographic location could be found for one of the specified addresses. This may be due to the fact that the address is relatively new, or it may be incorrect'};
			break;
		case G_GEO_SERVER_ERROR:
			return {'code' : G_GEO_UNKNOWN_ADDRESS, 'success' : false, 'message' : 'A geocoding or directions request could not be successfully processed, yet the exact reason for the failure is not known.'};
			break;
		case G_GEO_MISSING_QUERY:
			return {'code' : G_GEO_UNKNOWN_ADDRESS, 'success' : false, 'message' : 'The HTTP q parameter was either missing or had no value. For geocoder requests, this means that an empty address was specified as input. For directions requests, this means that no query was specified in the input.'};
			break;
		case G_GEO_BAD_KEY:
			return {'code' : G_GEO_UNKNOWN_ADDRESS, 'success' : false, 'message' : 'The given key is either invalid or does not match the domain for which it was given.'};
			break;
		case G_GEO_BAD_REQUEST:
			return {'code' : G_GEO_UNKNOWN_ADDRESS, 'success' : false, 'message' : 'A directions request could not be successfully parsed.'};
			break;
		default:
			return {
				'code': null,
				'success': false,
				'message': 'An unknown error occurred.'
			};
		break;
	};
}

Mapifies.GetMapType = function ( mapType ) {
	// Lets set our map type based on the options
	switch(mapType) {
		case 'map':	// Normal Map
			mapType = G_NORMAL_MAP;
		break;
		case 'sat':	// Satallite Imagery
			mapType = G_SATELLITE_MAP;
		break;
		case 'hybrid':	//Hybrid Map
			mapType = G_HYBRID_MAP;
		break;
	};
	return mapType;
};

Mapifies.GetTravelMode = function ( travelMode ) {
	switch(travelMode) {
		case 'driving':	
			travelMode = G_TRAVEL_MODE_DRIVING;
		break;
		case 'walking':	
			travelMode = G_TRAVEL_MODE_WALKING;
		break;
	};
	return travelMode;
};

Mapifies.createIcon = function (options) {
	
	function defaults() {
		return {
			'iconImage': undefined,
			'iconShadow': undefined,
			'iconSize': undefined,
			'iconShadowSize': undefined,
			'iconAnchor': undefined,
			'iconInfoWindowAnchor': undefined,
			'iconPrintImage': undefined,
			'iconMozPrintImage': undefined,
			'iconPrintShadow': undefined,
			'iconTransparent': undefined
		};
	};
	
	options = jQuery.extend(defaults(), options);
	var icon = new GIcon(G_DEFAULT_ICON);
		
	if(options.iconImage)
		icon.image = options.iconImage;
	if(options.iconShadow)
		icon.shadow = options.iconShadow;
	if(options.iconSize)
		icon.iconSize = options.iconSize;
	if(options.iconShadowSize)
		icon.shadowSize = options.iconShadowSize;
	if(options.iconAnchor)
		icon.iconAnchor = options.iconAnchor;
	if(options.iconInfoWindowAnchor)
		icon.infoWindowAnchor = options.iconInfoWindowAnchor;
	return icon;
};

Mapifies.getCenter = function ( element ) {
	var thisMap = Mapifies.MapObjects.Get(element);
	return thisMap.getCenter();
};

Mapifies.getBounds = function (element){
	var thisMap = Mapifies.MapObjects.Get(element);
	return thisMap.getBounds();
};var Mapifies;

if (!Mapifies) Mapifies = {};

(function($){
	$.fn.jmap = function(method, options, callback) {
		return this.each(function(){
			if (method == 'init' && typeof options == 'undefined') {
				new Mapifies.Initialise(this, {}, null);
			} else if (method == 'init' && typeof options == 'object') {
				new Mapifies.Initialise(this, options, callback);
			} else if (method == 'init' && typeof options == 'function') {
				new Mapifies.Initialise(this, {}, options);
			} else if (typeof method == 'object' || method == null) {
				new Mapifies.Initialise(this, method, options);
			} else {
				try {
					new Mapifies[method](this, options, callback);
				} catch(err) {
					throw Error('Mapifies Function Does Not Exist');
				}
			}
		});
	}
})(jQuery);