'+div_01+'<\/div>';
div_03 = '
'+div_02+'<\/div>';
var label = new ELabel(new GLatLng(localities.locality[i].position_lat, localities.locality[i].position_lng), div_03, null, null, 75);
localities.locality[i].divs[localities.icons.zoom_zoomlevel_max - idx] = label;
map.addOverlay(localities.locality[i].divs[localities.icons.zoom_zoomlevel_max - idx]);
localities.locality[i].divs[(localities.icons.zoom_zoomlevel_max - idx)].hide();
}
}
}
map.AddSections = function(sections, id)
{
if(id)
map.sections[id] = sections;
else
{
var counter = 0;
for(var key in map.sections)
counter++;
map.sections[counter] = sections;
}
}
return map;
}
function isGoogleMapSupported()
{
return typeof GMap2!="undefined";
}
if(isGoogleMapSupported())
CMap.Extends(GMap2);
function zoomMarker(oldLevel, newLevel)
{
for(var key in map.localities)
{
map.localities[key].zoom(newLevel);
}
}
function createMarker(lat, lng, status, localities, locality_id, highlight_id)
{
var marker = new GMarker(new GLatLng(lat, lng), status);
GEvent.addListener(marker, "click", function(){
localities.click(localities.locality[locality_id]);
//localities.xhighlight(locality_id);
});
return marker;
}
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// Polyline with arrows
//
// Bill Chadwick May 2008
//
// Free for any use
//
// Constructor params exactly as GPolyline then
// 1) arrow spacing in pixels,
// 2) arrow head length in pixels
// 3) arrow colour
// 4) arrow thickness in pixels
// 5) arrow opacity
function BDCCArrowedPolyline(points, color, weight, opacity, opts, gapPx, headLength, headColor, headWeight, headOpacity) {
this.gapPx = gapPx;
this.points = points;
this.color = color;
this.weight = weight;
this.opacity = opacity;
this.headLength = headLength;
this.headColor = headColor;
this.headWeight = headWeight;
this.headOpacity = headOpacity;
this.opts = opts;
this.heads = new Array();
this.line = null;
}
if(isGoogleMapSupported())
{
BDCCArrowedPolyline.prototype = new GOverlay();
BDCCArrowedPolyline.prototype.initialize = function(map) {
this.map = map;
this.prj = map.getCurrentMapType().getProjection();
var rdrw = GEvent.callback(this,this.recalc );
this.lstnMoveEnd = GEvent.addListener(map,"zoomend",function(){rdrw ();});
this.lstnType = GEvent.addListener(map,"maptypechanged",function(){rdrw ();});
this.recalc();//first draw
}
BDCCArrowedPolyline.prototype.remove = function() {
try{
if (this.line)
this.map.removeOverlay(this.line);
for(var i=0; i Math.PI)
t -= 2*Math.PI;
var t2 = theta - (Math.PI/4) ;
if(t2 <= (-Math.PI))
t2 += 2*Math.PI;
var pts = new Array();
var x1 = x-Math.cos(t)*this.headLength;
var y1 = y+Math.sin(t)*this.headLength;
var x2 = x-Math.cos(t2)*this.headLength;
var y2 = y+Math.sin(t2)*this.headLength;
pts.push(this.prj.fromPixelToLatLng(new GPoint(x1,y1), zoom));
pts.push(this.prj.fromPixelToLatLng(new GPoint(x,y), zoom));
pts.push(this.prj.fromPixelToLatLng(new GPoint(x2,y2), zoom));
this.heads.push(new GPolyline(pts,this.headColor,this.headWeight,this.headOpacity,this.opts));
this.map.addOverlay(this.heads[this.heads.length-1]);
}
}