' + titleList[1] + '

// aimsLayers.js /* * JavaScript template file for ArcIMS HTML Viewer * dependent on aimsXML.js, ArcIMSparam.js, aimsCommon.js, aimsMap.js, * aimsDHTML.js */ aimsLayersPresent=true; var LayerName = new Array(); var LayerMETAURL = new Array(); //NJDEP-Dnyanada 1/30/03 var LayerID = new Array(); var LayerVisible = new Array(); var LayerType = new Array(); var LayerIsFeature = new Array(); var LayerExtent = new Array(); var LayerMinScale = new Array(); var LayerMaxScale = new Array(); var LayerRenderString = new Array(); var LayerShapeField = new Array(); var LayerIDField = new Array(); var LayerFieldList = new Array(); var LayerFieldTypeList = new Array(); var LayerFieldSizeList = new Array(); var LayerFieldPrecisionList = new Array(); var LayerFields = new Array(); var LayerFieldType = new Array(); var LayerFieldCount=0; var ActiveLayer=""; var ActiveLayerType=""; var layerCount = 0; var layerLeft = 0; var layerRight = 0; var layerTop = 0; var layerBottom = 0; var fieldIndex = 0; var FeatureLayerCount = 0; // field aliases arrays var AliasFieldName = new Array(); var AliasFieldAlias = new Array(); var LayerListOpen=false; var queryOpen = false; var displayLayerInfoButton=false; var setLayerVisible = new Array(); // check for query form. . . if present, update field list function setActiveLayer(i) { //alert("In aimsLayers setactivelayer"); fieldIndex=0; selectCount=0; showBuffer=false; ActiveLayer=LayerID[i]; //alert("ActiveLayer = " + ActiveLayer); ActiveLayerType=LayerType[i]; ActiveLayerIndex=i; setLayerFields(i); if (useGeocode) { // if active layer is geocodeable - set current geocode layer to active layer if (GCLayerCount>0) { var j =-1; for (var k=0;k' + titleList[1] + ''); //Win1.document.writeln(''); //Win1.document.writeln('' + LayerName[ActiveLayerIndex] + msgList[20] + ''); //Win1.document.writeln(''); //Win1.document.close(); } } // write out form for layerList in separate window function getLayerMETAURL(lname) { switch(lname) { case "Aerial Photos 1930": return "sde.image1930"; break case "Aerial Photos 1995/97": return "Image"; break case "Aerial Photos 2002": return "sde.aerials2002"; break case "Air Monitoring Stations": return "sde.airqm"; break case "Ambient Biomonitoring Network (AMNET)": return "sde.biopts"; break case "CAFRA": return "sde.cafra"; break case "Category One Waters": return "sde.c1waters"; break case "Chromate Sites": return "sde.chromsites"; break case "Congressional Districts": return "sde.condis"; break case "Counties": return "sde.stco"; break case "Critical Environmental and Historic Sites": return "sde.cehs2"; break case "Deed Notice Areas": return "sde.dna"; break case "Delaware and Raritan Canal Commission Review Zones": return "sde.drcczones"; break case "Fish Index Of Biotic Integrity": return "sde.fibi"; break //Dnyanada 2/7/2007 // case "Freshwater Wetlands": // return "sde.fww"; // break case "Groundwater Contamination Areas (CEA)": return "sde.cea"; break case "Groundwater Contamination Areas (CKE)": return "sde.cke"; break case "Highlands": return "sde.highlands"; break case "Impervious Surface % (2002)": return "sde.is02"; break case "Known Contaminated Sites List": return "sde.kcsl"; break case "Land Use 1995": return "sde.lulc95_02"; break case "Land Use 2002": return "sde.lulc2002_gen"; break case "Land Use Change 1995-2002": return "sde.change95_02"; break case "Landscape Project 2.1 - Bald Eagle Foraging": return "baldeagleforaging"; break case "Landscape Project 2.1 - Beach": return "beach_view"; break case "Landscape Project 2.1 - Emergent Wetlands": return "emergent_view"; break case "Landscape Project 2.1 - Forest": return "forest_view"; break case "Landscape Project 2.1 - Forested Wetlands": return "forestedwetland_view"; break case "Landscape Project 2.1 - Grassland": return "grassland_view"; break case "Landscape Project 2.1 - Urban Peregrine": return "urbanperegrine"; break case "Landscape Project 2.1 - Wood Turtle": return "woodturtle"; break case "Landscape Project 3.0 - Landscape Version": return "landscapeversion"; break case "Landscape Project 3.0 - Species Based Patches": return "sbp_view"; break case "Landscape Project 3.0 - Streams": return "highlands_streams"; break case "Landscape Project 3.0 - Vernal Habitat": return "vernal_habitat"; break case "Legislative Districts": return "sde.legdis"; break case "Mid-Atlantic States": return "sde.midatl"; break case "Municipalities": return "sde.stmun"; break case "NJEMS Sites": return "sde.njemssites"; break case "Natural Heritage Priority Sites": return "sde.prisites"; break //commented out by Dnyanada 4/21/2006 New Jersey layer is removed from the app // case "New Jersey": // return "sde.stcoast"; // break case "Open Space (State)": return "sde.newstate"; break case "Pinelands Boundary": return "sde.pinelands"; break case "Pinelands Management Area": return "sde.pma"; break case "Place Names": return "sde.placename"; break case "Public Community Water Supply Wells": return "sde.pcws"; break case "Quarter Quad Grid": return "sde.qq91"; break case "Roads (Tele Atlas)": return "sde.ta_roads"; break case "Sewer Service Areas": return "sde.statessa"; break case "Shellfish Classification": return "sde.shellfish"; break case "Soils (SSURGO)": return "sde.ssurgo_view"; break case "State Plan Centers": return "sde.cenlne2"; break case "State Planning Areas": return "sde.splan2"; break case "Streams": return "sde.streams"; break case "Sub-Watersheds (HUC14)": return "sde.dephuc14"; break case "Surface Water Quality Standards": return "sde.swqs"; break case "Urban Enterprise Zones": return "sde.uez"; break case "Water Bodies": return "sde.waterbody"; break case "Watershed Management Areas": return "sde.depwmas"; break case "Watersheds by Name (HUC11)": return "sde.dephuc11"; break case "Well Head Protection Areas (Community)": return "sde.njwhpa"; break case "Well Head Protection Areas (Non-Community)": return "sde.njncwhpa"; break case "Well Program Grid": return "sde.atlasgrid"; break case "Wetlands (2002)": return "sde.wet02"; break case "Zip Codes": return "sde.zipcodes_ta"; break default: return "Layer" ; } } // set up the LayerVisible array for map display function setupLayerVisible() { //alert("in setupLayerVisible"); //1/27/2004 var toggleCount = LayerVisible.length; if (setLayerVisible.length0) { //layerCount = LayerID.length; //alert("Already got layer parameters"); } else { //alert("Getting layer parameters"); var fieldCount = 0; layerCount = 0; LayerName.length=1; LayerType.length=1; LayerVisible.length=1; LayerExtent.length=1; LayerIsFeature.length=1; LayerID.length=1; LayerIDField.length=1; LayerShapeField.length=1; LayerMinScale.length=1; LayerMaxScale.length=1; LayerFieldTypeList.length=1; LayerFieldList.length=1; LayerRenderString.length=1; LayerFieldSizeList.length=1; LayerFieldPrecisionList.length=1; layerCount = 0; var layerMinX=0; var layerMinY=0; var layerMaxX=0; var layerMaxY=0; //alert("Processing LayerInfo"); lpos = theReplyUC.indexOf(" -1) { //alert("0) { LayerFieldList[layerCount] = LayerFieldList[layerCount] + ","; LayerFieldTypeList[layerCount] = LayerFieldTypeList[layerCount] + ","; LayerFieldSizeList[layerCount] = LayerFieldSizeList[layerCount] + ","; LayerFieldPrecisionList[layerCount] = LayerFieldPrecisionList[layerCount] + ","; } LayerFieldList[layerCount] = LayerFieldList[layerCount] + tempString ; LayerFieldTypeList[layerCount] = LayerFieldTypeList[layerCount] + testString; startpos = theReply.indexOf("size=",jpos); startpos= startpos + 6; endpos = theReply.indexOf(dQuote, startpos); testString = theReply.substring(startpos,endpos); LayerFieldSizeList[layerCount] = LayerFieldSizeList[layerCount] + testString; startpos = theReply.indexOf("precision=",jpos); startpos += 11; endpos = theReply.indexOf(dQuote, startpos); testString = theReply.substring(startpos,endpos); LayerFieldPrecisionList[layerCount] = LayerFieldPrecisionList[layerCount] + testString; fldCount += 1; } } else { // search for next Layer endpos = zpos; jpos = -1; } } if (ClassRenderLayer.length>0) { var sr1 = -1 for (var u=0;u-1) { LayerRenderString[layerCount] = ClassRenderString[sr1]; //alert(ClassRenderLayer[sr1]); } else { LayerRenderString[layerCount]=""; } } } else { LayerRenderString[layerCount]=""; } LayerMETAURL[layerCount] = getLayerMETAURL(LayerName[layerCount]); layerCount += 1; endpos = zpos; } lpos = theReplyUC.indexOf("=layerCount) ActiveLayerIndex = 0; if (!LayerIsFeature[ActiveLayerIndex]) { var chk = 0; for (var i=layerCount-1;i>=0;i--) { if (LayerIsFeature[i]) chk = i; } ActiveLayerIndex = chk; } ActiveLayer = LayerID[ActiveLayerIndex]; ActiveLayerType = LayerType[ActiveLayerIndex]; if (FeatureLayerCount==0) { //alert("No Feature Layers"); canQuery=false; useZoomActive=false; useIdentify=false; useSelect=false; useQuery=false; useFind=false; useBuffer=false; useStoredQuery=false; useHyperLink=false; queryZoom=false; } if (noListLayer.length