// // Call from Body as: Clooney Road // function qs() { var query = window.location.search.substring(1); var parms = query.split('&'); for (var i=0; i 0) { var key = parms[i].substring(0,pos); var val = parms[i].substring(pos+1); // As this is passed in the url spaces appear as %20. Firefox does not convert %20 to a space (IE does) so fix it now qsParm[key] = val.replace(/%20/," "); } } } // // Polygons ------------------------------- // // // Build the pull down Select list // // nameList contains the labels that are displayed in the list // actionList contains actions that go into the 'value' field // select list must be called 'groupList' // // // Add Item to Array if it isn't aready in it // function addUnique(addItem,addArray) { var inGroup=false; for (var c = 0; c < addArray.length; c++) { if (addItem==addArray[c]) { var inGroup=true; } } if (!inGroup){addArray[c]=addItem} }; function addItemToPulldownList(group,item,title) { opt=document.createElement("option"); opt.setAttribute("value",item); opt.appendChild(document.createTextNode(item)); opt.setAttribute("title",title); group.appendChild(opt); } function buildPulldownLists() { buildGroupList() buildItemList() }; function buildGroupList() { selectGroup=document.getElementById("groupSelect"); // Insert sub-heading addItemToPulldownList(selectGroup," .. Group by:",-1) addItemToPulldownList(selectGroup,"____________________",-1) for (var g = groupName.length-1; g>-1 ;g--) { addItemToPulldownList(selectGroup,groupName[g],g) } // Initial grouping gLevel=startGroup; iLevel=startList; }; // // Build a list of items of group "itemLevel" grouped by group "groupLevel" // function buildItemList() { var groupByList = new Array(); var itemList = new Array(); var subName= new Array(); if (gLevel>0) { // gLevel = 0 for parishes, this list has to be build differently // build a sorted list of "gLevel" names for (var g = 0; g < polyGroup[gLevel].length; g++) { // the string could contain several names seperated by "; " subName=polyGroup[gLevel][g].split("; ") for (var n = 0 ; n < subName.length; n++) { addUnique(subName[n],groupByList); } } groupByList=groupByList.sort(); // now build the form by extracting the "iLevel" names which have the "gLevel" name selectGroup=document.getElementById("groupList"); // Heading addItemToPulldownList(selectGroup," .. Select by "+groupName[gLevel]+":",-1); addItemToPulldownList(selectGroup,"",-1); addItemToPulldownList(selectGroup,"Clear All",-1); for (var g = 0; g < groupByList.length; g++) { itemList.length=0; // clear the list for (var h = 0; h < polyGroup[iLevel].length; h++) { subName=polyGroup[gLevel][h].split("; ") for (var n = 0 ; n < subName.length; n++) { if (subName[n]==groupByList[g]) { addUnique(polyGroup[iLevel][h],itemList) } } } itemList=itemList.sort(); // Insert sub-heading addItemToPulldownList(selectGroup,"_________________________________",-1) addItemToPulldownList(selectGroup," .. "+groupName[iLevel]+" list for "+groupName[gLevel]+":",-1) addItemToPulldownList(selectGroup,groupByList[g],gLevel+"; "+groupByList[g]) addItemToPulldownList(selectGroup,"------------",-1) // Add list for (var c = 0; c < itemList.length; c++) { addItemToPulldownList(selectGroup,itemList[c],iLevel+"; "+groupByList[g]) } } } else { // gLevel = 0 for parishes, this list has to be build differently for (var h = 0; h < polyGroup[iLevel].length; h++) { subName=polyGroup[gLevel][h].split("; ") for (var n = 0 ; n < subName.length; n++) { addUnique(polyGroup[iLevel][h],itemList) } } itemList=itemList.sort(); // Insert sub-heading addItemToPulldownList(selectGroup," .. Select by "+groupName[gLevel]+":",-1); addItemToPulldownList(selectGroup,"",-1); addItemToPulldownList(selectGroup,"Clear All",-1); addItemToPulldownList(selectGroup,"_________________________________",-1) // Add list for (var c = 0; c < itemList.length; c++) { addItemToPulldownList(selectGroup,itemList[c],iLevel) } } } function clearItemList() { itemList=document.getElementById("groupList"); for (i=itemList.options.length-1; i>-1 ;i--) { itemList.options[i] = null; } }; // // Select Grouping of the Pulldown list // called from the pull down list // function selectGrouping(selection) { gLevel = selection.options[selection.selectedIndex].title; if(gLevel>-1) { clearItemList(); // rebuild with new grouping buildItemList() } } // // build the polygon from the encoded line data // // and find the center location // function buildPolygon(a) { if (!polyBuilt[a]) { var fillColour=polyFillCol[a]; var fill=true; if (fillColour=="") {fill = false}; // // Draw outline according to map type to increase contrast // this doesn't work perfectly as the lines are built ones and even if Cleared ot Reset the colour etc is retained // if (map.getCurrentMapType()==G_NORMAL_MAP) { if (polyOutline[a]=="n") { lineColour= "#555555"; lineWidth = 1.0; } else { lineColour= "#333333"; lineWidth = 2.0; } } else { if (polyOutline[a]=="n") { lineColour= "#333333"; lineWidth = 1.0; } else { lineColour= "#ffff00"; lineWidth = 2.0; } } lineOpacity = 1.0; // Fixed fill info fillOpacity = .25; // Fixed data for encoded lines lineNumber = 18; lineZoom = 2; polyInfo[a]=new GPolygon.fromEncoded( { polylines: [{ points: polyLineEnc[a], levels: polyLineLev[a], color: lineColour, opacity: lineOpacity, weight: lineWidth, numLevels: lineNumber, zoomFactor: lineZoom }], fill: fill, color: fillColour, opacity: fillOpacity, outline: true }); // Find the polygon's center and size var latTempC=polyInfo[a].getBounds().getCenter().lat(); //latitude of centre of rectangle containing polygon var lngTempC=polyInfo[a].getBounds().getCenter().lng(); //longitude of centre of rectangle containing polygon polyLat[a]=latTempC+polyLat[a]; //latitude of label position = center of the containing rectangle + latOffset (to adjust for odd shapes) polyLng[a]=lngTempC+polyLng[a]; //longitude of label position = center of the containing rectangle + lngOffset (to adjust for odd shapes) // Recover some memory by clearing the original data polyLineEnc[a]="" polyLineLev[a]="" } polyBuilt[a]=true; }; // // The XML file containing Polylines has two formats for the lines: unencoded and encoded. Most of the data is common between the two formats: // // // Group Name, defined in the same order as the polygon groups g0, g1, g2 etc: // group - name of the g0 group // group - name of the g1 group // etc // // Common data: // // Fill: // fCol colour of fill // fOpa opacity of fill // // Label - this is automatically positioned in the center of the polygon: // name name of the polygon // nLat latitude offset of the label from the automatic position // nLng longitude offset of label // // Outline: // lCol colour of outline // lWid width of outline // lOpa opacity of line // // Group - each polygon can belong to a number of groups (eg a parish, barony, county etc) // g0 to gn name of the group // outline if the polygon is an outline, this tells the program which group the outline belongs to // only used i // // Encoded lines - the list of vertices is encoded and zoom extra controls to reduce resolution at low zoom levels // - see http://facstaff.unca.edu/mcmcclur/GoogleMaps/EncodePolyline/ // // lEnc points: // the string containing the compressed vertices // lLev levels: // the length of the levels string equals the number of points determining the path // the character in a particular position of the levels string tells us when the corresponding point from the points list should be plotted // lNum numLevels: // indicates how many different zoom levels are associated with the polyline, normally 18 // lZom zoomFactor: // the step in zoom between zoom levels, normally 2 // eg if numLevels is 9, set zoomfactor to 4 // // Example: // // // function readXMLLines(xmlLineFile) { GDownloadUrl(xmlLineFile , function(googleLines) { var xmlLines = GXml.parse(googleLines); // Get the group names var groups = xmlLines.documentElement.getElementsByTagName("group"); for (var a = 0; a < groups.length; a++) { groupName[a]= groups[a].getAttribute("name"); } numberOfGroups=groupName.length; // Create 2d array for the Group Names: polyGroup[numberOfGroups][numberOfItems] for (i=0; i < numberOfGroups; i++) { polyGroup[i]=new Array() } // Get the polygon info lines = xmlLines.documentElement.getElementsByTagName("line"); for (var a = 0; a < lines.length; a++) { // Initflags polyLineDisp[a]=false; // not displayed polyNameDisp[a]=false; // not displayed polyBuilt[a]=false; // not built // // Get the Outline Flag which is either: // n - if it is not an Outline or // digit - for the group level of the Outline // polyOutline[a]=lines[a].getAttribute("outline"); // // Get the Polygon group // each polygon can belong to a number of groups: g0, g1 etc which are read from the XML file // for (var i = 0; i < numberOfGroups; i++) { if (lines[a].getAttribute("g"+i)!="") { polyGroup[i][a]=lines[a].getAttribute("g"+i); } } // Save the marker position offset polyLat[a] = parseFloat(lines[a].getAttribute("nLat")); polyLng[a] = parseFloat(lines[a].getAttribute("nLng")); // Polygon line information polyLineEnc[a] = lines[a].getAttribute("lEnc"); polyLineLev[a] = lines[a].getAttribute("lLev"); polyFillCol[a] = lines[a].getAttribute("fillCol"); // Polygon name information polyName[a] = lines[a].getAttribute("name"); } // // The file has now been downloaded (remember that this is an async function // The following will execute once polydata has been read: // // Build the pulldownlist buildPulldownLists() // to display a specific polygon or group of polygons (similar to clicking on an item in the pulldown) // qName - the name of the item(s) to be displayed // qLevel - the level of the item(s) to be displayed // qGroupName - the name of the group // qGroupLevel - the level of the group - if absent or 0 all items of qName will be displayed // qIcon - 'y' to show icons // // the main difference to the pulldownlist is that by using qGroup items can be filtered more tahan the pulldown list. // the pulldown only filters on qGroupLevel if qLevel=0. // this method will filter all levels. // /*/ test stuff qsParm['qName']='Dungannon Upper' qsParm['qLevel']='2' qsParm['qGroupName']='Tyrone' qsParm['qGroupLevel']='5' qsParm['qIcon']='y' //alert("Name: "+qsParm['qName']+"; Level: "+qsParm['qLevel']+"; Group name: "+qsParm['qGroupName']+"; Group level: "+qsParm['qGroupLevel']+"; Display Icon: "+qsParm['qIcon']) */ qName=qsParm['qName'] qLevel=qsParm['qLevel'] qGroupName=qsParm['qGroupName'] qGroupLevel=qsParm['qGroupLevel'] qIcon=qsParm['qIcon'] //alert("Name: "+qName+"; Level: "+ qLevel +"; Group name: "+ qGroupName +"; Group level: "+ qGroupLevel+"; Display Icon: "+qIcon) if(qName==null || qName=='' || qLevel<0 || qLevel>groupName.length-1 || qLevel==null || qLevel=='') { } else { if (qGroupLevel<0 || qGroupLevel>groupName.length-1 || qGroupLevel==null) { qGroupLevel=0 } for (var a = 0; a < lines.length; a++) { //Correct Group? // for level 0 the group doesn't matter so show all with matching nanes // otherwise match both the group and name if (qGroupLevel==0) { var inGroup=true; } else { var inGroup=(polyGroup[qGroupLevel][a].match(qGroupName)== qGroupName)?true: false } subName=polyGroup[qLevel][a].split("; ") for (var n = 0 ; n < subName.length; n++) { // Do the selected name and the selected group match? if (qName==subName[n] && inGroup) { displayPolyline(a); // center map on polygon - if more than one it will point to the last one if (polyOutline[a]!="n") { var point = new GLatLng(polyLat[a],polyLng[a]); map.setCenter(point); }; //Enable markers polyNameDisp[a]=true; } } } // Turn on markers only if requested if (qIcon=='y') { // Now turn on the markers, sort out the button text etc. changeButton(document.getElementById('Label'), togglePolyNames(), 'Icons On', 'Icons Off'); } } }); } // // Display of polygon markers // // // build polygon marker // function createPolyMarker(marker,tableData,maxZoom,lab1,lab2) { GEvent.addListener(marker, "click", function() {marker.openInfoWindowHtml(tableData);}); GEvent.addListener(marker, "dblclick", function() {marker.openInfoWindowHtml(tableData);}); GEvent.addListener(marker, "mouseover", function() {showName(lab1,lab2); }); GEvent.addListener(marker, "mouseout", function() {showName("","");}); mgr.addMarker(marker,maxZoom); }; function displayPolyMarker(a) { var pIcon= new GIcon(polyIcon); var pType=""; if (polyOutline[a]=="n") { pIcon.image = "../Maps/Images/iconT.png"; pType="Townland"; } else { // Icon shows first letter of Group Name var initLetter=groupName[polyOutline[a]].charAt(0); pIcon.image = "../Maps/Images/icon"+initLetter+".png"; // Top of popup shows polgon Name and Group Name pType=groupName[polyOutline[a]]; } var tableData= ''+ ''+ ''+ ''+ ''+ ''+ '

'+polyName[a]+' '+pType for (var i = 1; i < numberOfGroups; i++) { tableData=tableData+ '
'+groupName[i]+ '	'+polyGroup[i][a] } // // create a link, passing it's name and all of it's group names as parameters // if (polyOutline[a]!="n"&&mapListEnabled) { tableData=tableData+ '
Townland List'+ '	'+polyName[a]+'' } tableData=tableData+ '
© 2007 Murray Lynn'+ '

'; if (polyOutline[a]=="n") { maxZoom=12; } else { maxZoom=9; }; var point = new GLatLng(polyLat[a],polyLng[a]); polyMarker[a] = new GMarker(point,{icon:pIcon}); infoName1=polyName[a]+' '+pType; if (polyOutline[a]=="n") { infoName2=groupName[0]+": "+polyGroup[0][a]; } else { infoName2=groupName[gLevel]+": "+polyGroup[gLevel][a]; } createPolyMarker(polyMarker[a], tableData, maxZoom, infoName1, infoName2); } // // Remove a polygon marker // function removePolyMarker(a) { mgr.removeMarker(polyMarker[a]); } // // Display Polygon // function displayPolyline(a) { //Only display if not already on display, else doubles up if (!polyLineDisp[a]) { //The polygon is built the first time it is displayed buildPolygon(a); map.addOverlay(polyInfo[a]); polyLineDisp[a]=true; // // It would be nice to change the colour of the polygon if the maptype changes, however this can't be done as the Polygon Outline Color is not accessible // The code to detect the type looks like this: if (map.getCurrentMapType() == G_NORMAL_MAP){ alert("normal");} } } // // Remove Polygon // function removePolyLine(a) { map.removeOverlay(polyInfo[a]); }; // // Turn on/off Polygon Icons // called by Icons on / off button // function togglePolyNames() { for (var a = 0; a < lines.length; a++) { //Should the name be on? (don't change this flag here) if (polyNameDisp[a]) { if (displayPolyNames) { removePolyMarker(a); } else { displayPolyMarker(a); } } } displayPolyNames=!displayPolyNames; return displayPolyNames; } // // Turn on/off selected polygons // called from the pull down list // function displayPolygons(selection) { var selVal = selection.options[selection.selectedIndex].value; var polyCenter = false; // used to stop multiple recentering var subName= new Array(); var listVal = selection.options[selection.selectedIndex].title; // Don't execute if there are no lines (as it is not necessary to load a line file) if (containsPolylines) { // Clear: turn off lines and names unconditionally if(selVal=="Clear All") { for (var a = 0; a < lines.length; a++) { if (polyLineDisp[a]) { removePolyLine(a); } polyLineDisp[a]=false; if (polyNameDisp[a] && displayPolyNames) { removePolyMarker(a); } polyNameDisp[a]=false; } } else if (selVal=="all") { for (var a = 0; a < lines.length; a++) { displayPolyline(a) //Display makers only if it is not already displayed and polgon labels are enabled if (!polyNameDisp[a]) { if (displayPolyNames) { displayPolyMarker(a); } polyNameDisp[a]=true; } } } else if (selVal=="") { } else if (listVal != -1) { for (var a = 0; a < lines.length; a++) { // listVal is in the form: groupVal; groupName var groupSelected=listVal.split("; ") //Correct Group? // for level 0 the group doesn't matter so show all with matching nanes // otherwise match both the group and name if (gLevel==0) { var inGroup=true; } else { var inGroup=(polyGroup[gLevel][a].match(groupSelected[1])== groupSelected[1])?true: false } subName=polyGroup[groupSelected[0]][a].split("; ") for (var n = 0 ; n < subName.length; n++) { // Do the selected name and the selected group match? if (selVal==subName[n] && inGroup) { displayPolyline(a); // center map on polygon - but only if it is an outline and only for the first one if (polyOutline[a]!="n" && !polyCenter) { var point = new GLatLng(polyLat[a],polyLng[a]); map.setCenter(point); polyCenter=true; }; //Display markers only if not already displayed and polygon labels are enabled if (!polyNameDisp[a]) { if (displayPolyNames) { displayPolyMarker(a); } polyNameDisp[a]=true; } } } } } } } // // Markers -------------------------------- // // // read the data from the XML file into array mapData, ignoring points whose lat/lng are not defined // function readXMLPoints(xmlDataFile) { GDownloadUrl(xmlDataFile , function(googleMap) { var xmlMap = GXml.parse(googleMap); markers = xmlMap.documentElement.getElementsByTagName("Fields"); var j=0; //count valid points // Create marker icon var baseIcon = new GIcon(); baseIcon.shadow = "../Maps/Images/shadow.png"; baseIcon.iconSize = new GSize(20, 34); baseIcon.shadowSize = new GSize(37, 34); baseIcon.iconAnchor = new GPoint(9, 34); baseIcon.infoWindowAnchor = new GPoint(9, 2); baseIcon.infoShadowAnchor = new GPoint(18, 25); baseIcon.transparent = "../Maps/Images/markerTransparent.png"; for (var i = 0; i < markers.length; i++) { var lati=markers[i].getAttribute("Lat"); var lngi=markers[i].getAttribute("Lng"); if (lati!=null) //Ignore points whose positions aren't defined { mapLat[j] = parseFloat(lati); mapLng[j] = parseFloat(lngi); mapId[j] = markers[i].getAttribute("ID"); if (mapId[j]==null) {mapId[j]=""} mapDescription[j] = markers[i].getAttribute("Description"); if (mapDescription[j]==null) {mapDescription[j]=""} mapLocation[j] = markers[i].getAttribute("Location"); if (mapLocation[j]==null) {mapLocation[j]=""} mapNotes[j] = markers[i].getAttribute("Notes"); if (mapNotes[j]==null) {mapNotes[j]=""} // No need to save in array as it is saved later as a marker var mapIcon = markers[i].getAttribute("Icon"); //Catch undefined Icons - use Question Mark Icon. if (mapIcon==null) {mapIcon="Que"} // Should also check here for non existent files but needs ActiveX mapIcon="../Maps/Images/icon"+mapIcon+".png"; mapImageOwner[j] = markers[i].getAttribute("ImageOwner"); mapImageUrl[j] = markers[i].getAttribute("ImageURL"); mapWebUrl[j] = markers[i].getAttribute("WebURL"); mapZoom[j]= markers[i].getAttribute("Zoom"); if (mapZoom[j]==null) {mapZoom[j]=10} else {mapZoom[j]=parseFloat(mapZoom[j])}; // Set all "ON" or "OFF" to start according to toggleStateMarkers if (toggleStateMarkers) { mapDisplay[j]= true; } else { mapDisplay[j]= false; } var cIcon= new GIcon(baseIcon); cIcon.image = mapIcon; var point = new GLatLng(mapLat[j],mapLng[j]); mapMarker[j]= new GMarker(point,{icon:cIcon}); j++; } } // The file has now been downloaded (remember that this is an async function // The following code must be here to ensure data has been downloaded before it is executed mapTotalLength=j; //the total database size mapDataLength=j; //the filtered database size displayData(); // if a Place parameter has been passed to the map, recenter there if (qsParm['Lat']==null||qsParm['Lng']==null) { } else { if (qsParm['Zoom']==null){qsParm['Zoom']=zoomStart}; qsParm['Zoom']=parseFloat(qsParm['Zoom']); map.setCenter(new GLatLng(qsParm['Lat'], qsParm['Lng']), qsParm['Zoom']); // put a marker here - only shows if no other marker point = new GLatLng(parseFloat(qsParm['Lat']), parseFloat(qsParm['Lng'])); marker = new GMarker(point); map.addOverlay(marker); if (qsParm['Name']==null) {qsParm['Name']="Selected Location"} var addressData= ''+ ''+ ''+ ''+ ''+ '

'+qsParm["Name"]+ '
'+ '
© 2007 MPL'+ '

'; marker.openInfoWindowHtml(addressData); } }) }; function createMarker(marker, point, zoom, tableData, lab1, lab2) { GEvent.addListener(marker, "click", function() {marker.openInfoWindowHtml(tableData);}); GEvent.addListener(marker, "dblclick", function() {map.setCenter(point,zoom); showNumZoom();}); GEvent.addListener(marker, "mouseover", function() {showName(lab1,lab2); }); GEvent.addListener(marker, "mouseout", function() {showName("","");}); //Add Marker visible at level 9 & greater mgr.addMarker(marker,9); } function displayData() { var lat, lng, iHeight, thisImageUrl, thisWebUrl, compareText, filterText; for (var i = 0; i < mapLat.length; i++) { if (mapDisplay[i]) { thisLocation = mapLocation[i]; thisNotes = mapNotes[i]; thisImageOwner = mapImageOwner[i]; if (thisImageOwner==null) { thisImageOwner=""; ILabel=" "; } else { thisImageOwner=thisImageOwner+'
'; ILabel="Image by:"; } thisImageUrl = mapImageUrl[i]; if (thisImageUrl==null) { thisImageUrl="Photo needed." iHeight=10; } else { thisImageUrl='

Click Photo to enlarge'; iHeight=160; iWidth=500; } thisWebUrl = mapWebUrl[i]; if (thisWebUrl==null) { thisWebUrl=""; } else { thisWebUrl='
Website'; } tableData= ''+ ''+ ''+ ''+ ''+ ''+ ''+ ''+ '

'+popupTitle+ '
Place:'+ '	'+ mapDescription[i]+ '
Location:'+ '	'+mapLocation[i]+ '
Notes:'+ '	'+mapNotes[i]+ '
'+ILabel+ '	'+thisImageOwner+thisImageUrl+thisWebUrl+ '
© 2007 MPL'+ '

'; var point = new GLatLng(mapLat[i],mapLng[i]); var marker = mapMarker[i]; createMarker(marker, point, mapZoom[i], tableData, mapDescription[i], mapLocation[i]) } showNumZoom() //show the Number of points and the Zoom level } }; // Called to "Show" (showData=true) or "Add" (showData=false) points function filterData(filterText,showData) { //Clear the markers if (filterText!="") //if it is blank, do nothing { for (var i=0; i'+ 'Search Results'+ ''+ 'Place:'+ ''+ place.address+ ''+ ''+ ' '+ ''+ 'Lat, Lng:'+ ''+place.Point.coordinates[1]+', '+place.Point.coordinates[0]+ ''+ '© 2007 MPL'+ ''+ ''; marker.openInfoWindowHtml(addressData); } } function showAddress(address) { geocoder.getLocations(address, addAddressToMap); } function showNumZoom() { var zoom=map.getZoom(); var provIcons=mgr.getMarkerCount(6); //the number of icons displayed at level 6 document.getElementById("mZoom").firstChild.nodeValue = zoom; document.getElementById("cCount").firstChild.nodeValue = mapDataLength; } function showName(lab1,lab2) { document.getElementById("Name1").firstChild.nodeValue = lab1; document.getElementById("Name2").firstChild.nodeValue = lab2; } // // < * > buttons: // step = 0 - go to first // step = 1 - go to next // step = -1 - go to last // function iFocus(step) { if (mapDataLength!=0) { loop=true; while (loop) { if (step==0){jFocus=mapTotalLength-1; step=1;}; //fiddle to go to the start jFocus=jFocus+step; if (jFocus>mapTotalLength-1){jFocus=0}; if (jFocus<0){jFocus=mapTotalLength-1}; if (mapDisplay[jFocus]) { loop=false; } } //center map on point map.setCenter(new GLatLng(mapLat[jFocus],mapLng[jFocus]),mapZoom[jFocus]); GEvent.trigger(mapMarker[jFocus], "click"); showNumZoom(); } else { alert("No data selected"); } } function iHelp() { parent.location.href='#Help'; } function iFilter(filterText, filterType) //show filtered markers - retain map zoom level { filterData(filterText,filterType); toggleStateMarkers = false; //changes the toggle state so next click shows all if it has been filtered displayData(); showNumZoom(); //show the Number of points and the Zoom level map.closeInfoWindow(); //to clear any open info windows } function iMarkerToggle() //show all markers retaining map zoom level { // Clear all markers either way, otherwise it adds duplicates when restoring markers for (var i=0; iClooney Road // // to center the map at a lat, lng: // Lat, Lng - startup map center // Zoom - startup map zoom // Name - the title of the initial popup box // // to display a specific polygon or group of polygons (identical to clicking on an item in the pulldown) // qName - the name of the item(s) to be displayed // qLevel - the level of the item(s) to be displayed // qGroupName - the name of the group // qGroupLevel - the level of the group - if absent or 0 all items of qName will be displayed // qIcon - 'y' to turn on marker icons // function loadMap(xmlPointFile, xmlLineFile, imagePath, initLat, initLng, initZoom, initTitle) { if (GBrowserIsCompatible()) { // // Import the extension for Google Maps to add labels // // // var headID = document.getElementsByTagName("head")[0]; // var newScript = document.createElement('script'); // newScript.type = 'text/javascript'; // newScript.src = '../Maps/elabel.js'; // headID.appendChild(newScript); // // reset forms else they retain last startup values // resetForms(); // // initialise & read any parameters passed from html call // qsParm.length=0; qs(); // // and save javascript call parameters to global variables // latStart=initLat; lngStart=initLng; zoomStart=initZoom; popupTitle=initTitle; thisImagePath=imagePath; // // Get the initial display states of Markers & Polygons // displayPolyNames = displayPolyNamesInit; toggleStateMarkers = toggleStateMarkersInit; // // And now set up the map // setupmap(xmlPointFile, xmlLineFile); } else { alert("Sorry, your Browser does not support Google Maps"); } }