Google Maps Script error in Onion.js - google-maps
This morning I just started getting a google maps script error.
Line: 0
Char: 0
Error: Script Error
Code: 0
URL:
I reverted all my code changes back to an earlier version but it still persists.
I will include the script below but I must mention that this runs in a Delphi TWebBrowser that interfaces IE.
I can run my program, interact with the Page and then let it sit idle. After 20 seconds or so, without any user interaction, I get the persistent error above. When I close the Error Message box, it immediately opens with the same message.
I have been working this project for months and now this started. I have rolled back several versions but it still persists.
Where do I start looking?
<html>
<head>
<title>Find your Qtr minute locator</title>
<script type="text/javascript" src="https://maps.googleapis.com/maps/api/js?api=AIzaSyAa7YZpvi09ig92s_BLP2H3QVLTmoqdcQQ&v=3.exp&libraries=geometry&sensor=false"></script>
</head>
<body><!-- Declare the div, make it take up the full document body -->
<div id="map-canvas" style="HEIGHT: 100%; WIDTH: 100%"></div>
<script type="text/javascript">
var map;
var idx = 0;
var qtrArray = [];
var userGridArray = [];
var Startlatlng = "";
var llOffset = 0.00416666666667;
var babyOffset = (llOffset/2); // offsets gridSelector 1/2 qtr min
var drawGridSelectBox = false;
var findNeighbor = false;
var firstRun = true;
var drawGridBox = false;
var deSelectOn = false;
var GridSelect = false;
var gridOverBox = new google.maps.Polygon();
var gridSelectBox = new google.maps.Polygon();
var gridline;
var polylinesquare;
var latPolylines = [];
var lngPolylines = [];
var lngLabels = [];
var otherColor = "#128A00";
var bounds = new google.maps.LatLngBounds();
function initialize() {
map = new google.maps.Map(document.getElementById("map-canvas"), {
center: new google.maps.LatLng(34.0, -84.0),
zoom: 14,
streetViewControl: true,
mapTypeId: google.maps.MapTypeId.ROADMAP,
scaleControl: true
});
google.maps.event.addListener(map, "click", function (event) {
if (!google.maps.geometry.poly.containsLocation(event.latLng, gridSelectBox)) {
map.setZoom(14);
if (findNeighbor)
MarkArea(event.latLng.lat(), event.latLng.lng());
if (drawGridSelectBox) {
createGridSelectBox(event.latLng);
GridSelect = !firstRun;
if (!GridSelect) {
ClearGrid()
}
}
for(var xx=0;xx<latPolylines.length;++xx){
for(var yy=0;yy<lngPolylines.length-1;++yy){
var latLng=new google.maps.LatLng(latPolylines[xx].getPath().getAt(0).lat(),
lngPolylines[yy].getPath().getAt(0).lng());
if ((google.maps.geometry.poly.containsLocation(latLng, gridSelectBox))&&(!firstRun))
{
drawGridBox = true;
createGridBox(latLng);
}
}
}
firstRun = false;
map.panTo(event.latLng);
drawGridBox = false;
}});
DrawGridOn();
google.maps.event.addListener(map, "idle", function () {
createGridLines(map.getBounds());
});
} // initialize
google.maps.event.addDomListener(window, "load", initialize);
function createGridLines(bounds) {
for (var i = 0; i < latPolylines.length; i++) {
latPolylines[i].setMap(null);
}
latPolylines = [];
for (var j = 0; j < lngPolylines.length; j++) {
lngPolylines[j].setMap(null);
}
lngPolylines = [];
for (var k = 0; k < lngLabels.length; k++) {
lngLabels[k].setMap(null);
}
lngLabels = [];
if (map.getZoom() < 10) return;
var north = bounds.getNorthEast().lat();
var east = bounds.getNorthEast().lng();
var south = bounds.getSouthWest().lat();
var west = bounds.getSouthWest().lng();
// define the size of the grid
var topLat = Math.ceil(north / llOffset) * llOffset;
var rightLong = Math.ceil(east / llOffset) * llOffset;
var bottomLat = Math.floor(south / llOffset) * llOffset;
var leftLong = Math.floor(west / llOffset) * llOffset;
var qtrNELatLngCode = ddToQM(topLat, rightLong);
var qtrNorth = qtrNELatLngCode.substring(0, 5);
var qtrEast = qtrNELatLngCode.substring(5, 12);
var qtrSWLatLngCode = ddToQM(bottomLat, leftLong);
var qtrSouth = qtrSWLatLngCode.substring(0, 5);
var qtrWest = qtrSWLatLngCode.substring(5, 12);
for (var latitude = bottomLat; latitude <= topLat; latitude += llOffset) latPolylines.push(new google.maps.Polyline({
path: [
new google.maps.LatLng(latitude, leftLong), new google.maps.LatLng(latitude, rightLong)],
map: map,
geodesic: true,
strokeColor: "#0000FF",
strokeOpacity: 0.1,
strokeWeight: 1
}));
for (var longitude = leftLong; longitude <= rightLong; longitude += llOffset) lngPolylines.push(new google.maps.Polyline({
path: [
new google.maps.LatLng(topLat, longitude), new google.maps.LatLng(bottomLat, longitude)],
map: map,
geodesic: true,
strokeColor: "#0000FF",
strokeOpacity: 0.1,
strokeWeight: 1
}));
if (map.getZoom() < 15) {
for (var l = 0; l < lngLabels.length; l++) {
lngLabels[l].setMap(null);
}
lngLabels = [];
return;
} // set lngLabels to null
for(var x=0;x<latPolylines.length;++x){
for(var y=0;y<lngPolylines.length-1;++y){
var latLng=new google.maps.LatLng(latPolylines[x].getPath().getAt(0).lat(),
lngPolylines[y].getPath().getAt(0).lng());
var qtrLatLng = ddToQM(latLng.lat(), latLng.lng());
lngLabels.push(new google.maps.Marker({
map:map,
position:latLng,
icon:{ url:"https://chart.googleapis.com/chart?"
+"chst=d_bubble_text_small&chld=bb|"
+ qtrLatLng
+"|FFFFFF|000000",
anchor:new google.maps.Point(0,42)
}
}));
}
}
external.ShowQtrMinBounds(qtrNorth, qtrSouth, qtrEast, qtrWest);
} // end createGridLines
function createGridSelectBox(point) {
// Square limits
var smPoint = point;
var bottomLeftLat = (Math.floor(point.lat() / llOffset) * llOffset) - babyOffset;
var bottomLeftLong = (Math.floor(point.lng() / llOffset) * llOffset) - babyOffset;
var gridLineSquare = [
new google.maps.LatLng(bottomLeftLat, bottomLeftLong), //lwr left
new google.maps.LatLng(bottomLeftLat, bottomLeftLong + llOffset), //lwr right
new google.maps.LatLng(bottomLeftLat + llOffset, bottomLeftLong + llOffset), //upr right
new google.maps.LatLng(bottomLeftLat + llOffset, bottomLeftLong)]; //upr left
//auto-complete to lwr left
if (drawGridSelectBox == true) {
gridSelectBox = new google.maps.Polygon({
path: gridLineSquare,
draggable:true,
geodesic:true,
editable :true,
fillColor: "#FF0000",
fillOpacity: 0.35,
strokeColor: "#CC0099",
strokeOpacity: 0.1,
strokeWeight: 1
});
gridSelectBox.setMap(map);
drawGridSelectBox = false;
}
}
function MarkArea(Lat, Lng) {
var latLng = new google.maps.LatLng(Lat,Lng);
drawUserGrids(latLng);
}
function SaveQtrMin(){
for (var m in qtrArray) {
external.SaveQtrMinutes(qtrArray[m].qtrMinute);
}
}
function DrawGridOn() { //creates GridSelectBox
addGridOn = false;
drawGridSelectBox = true;
firstRun = true;
}
function DrawGridOff() {
gridSelectBox.setMap(null);
drawGridSelectBox = false;
}
function GotoLatLng(Lat, Lng) {
var latlng = new google.maps.LatLng(Lat,Lng);
map.setCenter(latlng);
}
function DeSelectOn(){
deSelectOn = true;
addGridOn = false;
}
function DeSelectOff(){ // Allows removing 1 QtrMin
deSelectOn = false;
}
function AddGridOn(){ // Allows adding 1 QtrMin
addGridOn = true;
deSelectOn = false;
}
function AddGridOff(){
addGridOn = false;
}
function ClearGrid() {
if (qtrArray) {
for (var i in qtrArray) {
qtrArray[i].setMap(null);
}
}
qtrArray=[];
idx = 0;
}
function ClearUserGrid() {
if (userGridArray) {
for (var i in userGridArray) {
userGridArray[i].setMap(null);
}
}
userGridArray=[];
}
function drawUserGrids(point) {
// Square limits
var bottomLeftLat = (Math.floor(point.lat() / llOffset) * llOffset);
var bottomLeftLong = (Math.floor(point.lng() / llOffset) * llOffset);
var gridLineSquare = [
new google.maps.LatLng(bottomLeftLat, bottomLeftLong), //lwr left
new google.maps.LatLng(bottomLeftLat, (bottomLeftLong + llOffset)), //lwr right
new google.maps.LatLng((bottomLeftLat + llOffset), (bottomLeftLong + llOffset)), //upr right
new google.maps.LatLng((bottomLeftLat + llOffset), bottomLeftLong)]; //upr left
drawGridBox = true;
if (drawGridBox == true) {
gridUserArea = new google.maps.Polygon({
path: gridLineSquare,
draggable:false,
geodesic:true,
editable :false,
fillColor:otherColor,
fillOpacity: 0.35,
strokeColor: "#CC0099",
strokeOpacity: 0.1,
strokeWeight: 1
});
gridUserArea.setMap(map);
userGridArray.push(gridUserArea);
}
}
function createGridBox(point) {
// Square limits
var arrayIdx = 0;
var addListenersOnPolygon = function(polygon) {
google.maps.event.addListener(polygon, 'click', function (event) {
if (deSelectOn==true) {
arrayIdx = qtrArray.indexOf(polygon);
qtrArray.splice(arrayIdx,1);
polygon.setMap(null);
}
});
};
var smPoint = point;
var bottomLeftLat = (Math.floor(point.lat() / llOffset) * llOffset);
var bottomLeftLong = (Math.floor(point.lng() / llOffset) * llOffset);
var gridLineSquare = [
new google.maps.LatLng(bottomLeftLat, bottomLeftLong), //lwr left
new google.maps.LatLng(bottomLeftLat, (bottomLeftLong + llOffset)), //lwr right
new google.maps.LatLng((bottomLeftLat + llOffset), (bottomLeftLong + llOffset)), //upr right
new google.maps.LatLng((bottomLeftLat + llOffset), bottomLeftLong)]; //upr left
drawGridBox = true;
if (drawGridBox == true) {
gridOverBox = new google.maps.Polygon({
path: gridLineSquare,
draggable:false,
geodesic:true,
editable :false,
fillColor: "#EAED00",
fillOpacity: 0.35,
strokeColor: "#CC0099",
strokeOpacity: 0.1,
strokeWeight: 1,
qtrMinute : ddToQM(bottomLeftLat, bottomLeftLong),
indexID : ++idx
});
gridOverBox.setMap(map);
addListenersOnPolygon(gridOverBox);
qtrArray.push(gridOverBox);
}
}
function ddToQM(alat, alng) {
var latResult, lngResult, dmsResult;
alat = parseFloat(alat);
alng = parseFloat(alng);
latResult = "";
lngResult = "";
latResult += getDms(alat);
lngResult += getDms(alng);
dmsResult = latResult + lngResult;
// Return the resultant string.
return dmsResult;
}
function toggleGridSelection(){
GridSelect = true;//(!!GridSelect);
}
function findNeighborOn(){
findNeighbor = true;
otherColor = randColor();
}
function findNeighborOff(){
findNeighbor = false;
otherColor = "#128A00";
}
function randColor() {
var i;
var colorArray = ["#B2A209","#A4A07B","#B02600","#6CA200","#BC0072","#B1ADFF","#16CADB","#A1FFD1","#9999CC","#EEFF7C"];
i = Math.floor((Math.random() *10)+1);
return colorArray[i];
}
function getDms(val) {
// Required variables
var valDeg, valMin, valSec, interimResult;
var qtrMin;
val = Math.abs(val);
// ---- Degrees ----
valDeg = Math.floor(val);
valMin = Math.floor((val - valDeg) * 60);
valSec = Math.round((val - valDeg - valMin / 60) * 3600 * 1000) / 1000;
if (valSec == 60){
valMin +=1;
valSec = 0;
}
if (valMin == 60){
valMin +=1;
valSec = 0;
}
interimResult = valDeg+"";
if (valMin<10){
valMin = "0"+valMin;
}
interimResult += valMin + "";
switch(valSec){
case 0 : qtrMin = "A";
break;
case 15 : qtrMin = "B";
break;
case 30 : qtrMin = "C";
break;
case 45 : qtrMin = "D";
break;
}
interimResult += qtrMin;
return interimResult;
}
</script>
</body>
</html>
Adding the following meta tag in a header section solved this issue for me.
<meta http-equiv="X-UA-Compatible" content="IE=edge">
The X-UA-Compatible meta tag allows web authors to choose what
version of Internet Explorer the page should be rendered as.
Edge mode tells Internet Explorer to display content in the highest mode
available.
I also changed this tag. then work it well. thanks
<meta http-equiv="X-UA-Compatible" content="IE=edge"/>
It works both ver 3.22 & 3.23.
This onion.js script error has returned, the v=3.22 no longer fixes the issue. It turns out that the problem is an issue with IE and onios.js. Embedding a web browser by default used IE7 standard and that’s the problem my fix was an addition to the registry as follows:-
[HKEY_CURRENT_USER\SOFTWARE\Microsoft\Internet Explorer\Main\FeatureControl\FEATURE_BROWSER_EMULATION]
"yourApp.exe"=dword:00002EDF
[HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Internet Explorer\Main\FeatureControl\FEATURE_BROWSER_EMULATION]
"yourApp.exe"=dword:00002EDF
[HKEY_LOCAL_MACHINE\SOFTWARE\WOW6432Node\Microsoft\Internet Explorer\Main\FeatureControl\FEATURE_BROWSER_EMULATION]
"yourApp.exe"=dword:00002EDF
Google launched a new release version 3.24 on May 24, 2016.
According to the versioning model, there are only three versions: frozen, release and experimental.
https://developers.google.com/maps/documentation/javascript/versions
Version 3.22 is retired and cannot be accessed anymore.
The new version supports only IE10 and IE11, the compatibility mode is unsupported.
https://developers.google.com/maps/documentation/javascript/browsersupport
WebBrowser control can default to an IE 7 rendering mode:
https://weblog.west-wind.com/posts/2011/May/21/Web-Browser-Control-Specifying-the-IE-Version
You should force the control to a newer IE version
http://www.codeproject.com/Articles/793687/Configuring-the-emulation-mode-of-an-Internet-Expl
Use latest version of Internet Explorer in the webbrowser control
Additionally, you can add the meta tag in your html
It looks like the new version of Maps JavaScript API relies on a global JSON object which is not available in IE7. So, alternatively you can try to polyfill JSON:
https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/JSON
I was having the same error.
I've just found a solution that worked for me.
I just added "&v=3.22" in the url of Google Maps.
Like this:
http://maps.google.com/maps/api/js?sensor=true&v=3.22
I was having a similar problem and the provided solution didn't work for me. I was getting the error in Delphi inside the TWebBrowser control also with the meta tag.
I figured out the problem.
Onion.js fires the error, because it calls JSON.parse.
JSON Parse isn't supported by the web browser control. You can test this by adding this to your JavaScript (already quoted for Delphi):
'var code = ''"\u2028\u2029"''; JSON.parse(code); ' +
Every browser should execute
var code = '"\u2028\u2029"';
JSON.parse(code);
When executed in Delphi it fires an error instantly.
You can avoid the whole thing with a JSON3 polyfill (already quoted for Delphi):
'<script src="https://cdn.jsdelivr.net/json3/3.3.2/json3.js"></script>' +
Then JSON will be defined and work as expected, resolving the problem.
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HTML - Banner 1:
<!DOCTYPE html>
<!--
NOTES:
1. All tokens are represented by '$' sign in the template.
2. You can write your code only wherever mentioned.
3. All occurrences of existing tokens will be replaced by their appropriate values.
4. Blank lines will be removed automatically.
5. Remove unnecessary comments before creating your template.
-->
<html>
<head>
<meta charset="UTF-8">
<meta name="authoring-tool" content="Adobe_Animate_CC">
<title>sky1</title>
<!-- write your code here -->
<script src="https://code.createjs.com/createjs-2015.11.26.min.js"></script>
<script src="sky1.js"></script>
<script src="localconnection.js"></script>
<script>
var canvas, stage, exportRoot;
function init() {
canvas = document.getElementById("canvas");
handleComplete();
}
function handleComplete() {
//This function is always called, irrespective of the content. You can use the variable "stage" after it is created in token create_stage.
exportRoot = new lib.sky1();
stage = new createjs.Stage(canvas);
stage.addChild(exportRoot);
//Registers the "tick" event listener.
createjs.Ticker.setFPS(lib.properties.fps);
createjs.Ticker.addEventListener("tick", stage);
//Code to support hidpi screens and responsive scaling.
(function(isResp, respDim, isScale, scaleType) {
var lastW, lastH, lastS=1;
window.addEventListener('resize', resizeCanvas);
resizeCanvas();
function resizeCanvas() {
var w = lib.properties.width, h = lib.properties.height;
var iw = window.innerWidth, ih=window.innerHeight;
var pRatio = window.devicePixelRatio || 1, xRatio=iw/w, yRatio=ih/h, sRatio=1;
if(isResp) {
if((respDim=='width'&&lastW==iw) || (respDim=='height'&&lastH==ih)) {
sRatio = lastS;
}
else if(!isScale) {
if(iw<w || ih<h)
sRatio = Math.min(xRatio, yRatio);
}
else if(scaleType==1) {
sRatio = Math.min(xRatio, yRatio);
}
else if(scaleType==2) {
sRatio = Math.max(xRatio, yRatio);
}
}
canvas.width = w*pRatio*sRatio;
canvas.height = h*pRatio*sRatio;
canvas.style.width = w*sRatio+'px';
canvas.style.height = h*sRatio+'px';
stage.scaleX = pRatio*sRatio;
stage.scaleY = pRatio*sRatio;
lastW = iw; lastH = ih; lastS = sRatio;
}
})(false,'both',false,1);
}
</script>
<!-- write your code here -->
</head>
<body onload="init();" style="margin:0px;">
<canvas id="canvas" width="200" height="668" style="display: block; background-color:rgba(255, 255, 255, 1.00)"></canvas>
</body>
</html>
js - Banner 1:
(function (lib, img, cjs, ss) {
var p; // shortcut to reference prototypes
lib.webFontTxtInst = {};
var loadedTypekitCount = 0;
var loadedGoogleCount = 0;
var gFontsUpdateCacheList = [];
var tFontsUpdateCacheList = [];
// library properties:
lib.properties = {
width: 200,
height: 668,
fps: 24,
color: "#FFFFFF",
opacity: 1.00,
webfonts: {},
manifest: []
};
lib.ssMetadata = [];
lib.updateListCache = function (cacheList) {
for(var i = 0; i < cacheList.length; i++) {
if(cacheList[i].cacheCanvas)
cacheList[i].updateCache();
}
};
lib.addElementsToCache = function (textInst, cacheList) {
var cur = textInst;
while(cur != exportRoot) {
if(cacheList.indexOf(cur) != -1)
break;
cur = cur.parent;
}
if(cur != exportRoot) { //we have found an element in the list
var cur2 = textInst;
var index = cacheList.indexOf(cur);
while(cur2 != cur) { //insert all it's children just before it
cacheList.splice(index, 0, cur2);
cur2 = cur2.parent;
index++;
}
}
else { //append element and it's parents in the array
cur = textInst;
while(cur != exportRoot) {
cacheList.push(cur);
cur = cur.parent;
}
}
};
lib.gfontAvailable = function(family, totalGoogleCount) {
lib.properties.webfonts[family] = true;
var txtInst = lib.webFontTxtInst && lib.webFontTxtInst[family] || [];
for(var f = 0; f < txtInst.length; ++f)
lib.addElementsToCache(txtInst[f], gFontsUpdateCacheList);
loadedGoogleCount++;
if(loadedGoogleCount == totalGoogleCount) {
lib.updateListCache(gFontsUpdateCacheList);
}
};
lib.tfontAvailable = function(family, totalTypekitCount) {
lib.properties.webfonts[family] = true;
var txtInst = lib.webFontTxtInst && lib.webFontTxtInst[family] || [];
for(var f = 0; f < txtInst.length; ++f)
lib.addElementsToCache(txtInst[f], tFontsUpdateCacheList);
loadedTypekitCount++;
if(loadedTypekitCount == totalTypekitCount) {
lib.updateListCache(tFontsUpdateCacheList);
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};
// symbols:
(lib.Symbol1 = function(mode,startPosition,loop) {
this.initialize(mode,startPosition,loop,{});
// Ebene 1
this.shape = new cjs.Shape();
this.shape.graphics.f("#990033").s().p("AvyMwIAA5fIflAAIAAZfg");
this.shape.setTransform(101.1,81.7);
this.timeline.addTween(cjs.Tween.get(this.shape).wait(1));
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p.nominalBounds = new cjs.Rectangle(0,0,202.3,163.4);
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// timeline functions:
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LC.key = '123';
LC.name = 'links';
LC.frames = 'rechts';
LC.onConnect = function () {
console.log('Do this as soon as connection established!');
LC.rechts.document.getElementsByTagName('body')[0].style.backgroundColor = 'red';
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LC.connect();
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this.timeline.addTween(cjs.Tween.get(this).call(this.frame_0).wait(203));
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this.instance = new lib.Symbol1();
this.instance.parent = this;
this.instance.setTransform(100,80.6,1,1,0,0,0,101.1,81.7);
this.timeline.addTween(cjs.Tween.get(this.instance).wait(1).to({x:100.1,y:85.7},0).wait(1).to({y:90.8},0).wait(1).to({y:95.9},0).wait(1).to({y:101},0).wait(1).to({y:106.1},0).wait(1).to({y:111.3},0).wait(1).to({y:116.4},0).wait(1).to({y:121.5},0).wait(1).to({y:126.6},0).wait(1).to({x:100.2,y:131.7},0).wait(1).to({y:136.8},0).wait(1).to({y:141.9},0).wait(1).to({y:147},0).wait(1).to({y:152.1},0).wait(1).to({y:157.2},0).wait(1).to({y:162.3},0).wait(1).to({y:167.4},0).wait(1).to({y:172.6},0).wait(1).to({x:100.3,y:177.7},0).wait(1).to({y:182.8},0).wait(1).to({y:187.9},0).wait(1).to({y:193},0).wait(1).to({y:198.1},0).wait(1).to({y:203.2},0).wait(1).to({y:208.3},0).wait(1).to({y:213.4},0).wait(1).to({y:218.5},0).wait(1).to({x:100.4,y:223.6},0).wait(1).to({y:228.7},0).wait(1).to({y:233.9},0).wait(1).to({y:239},0).wait(1).to({y:244.1},0).wait(1).to({y:249.2},0).wait(1).to({y:254.3},0).wait(1).to({y:259.4},0).wait(1).to({y:264.5},0).wait(1).to({x:100.5,y:269.6},0).wait(1).to({y:274.7},0).wait(1).to({y:279.8},0).wait(1).to({y:284.9},0).wait(1).to({y:290.1},0).wait(1).to({y:295.2},0).wait(1).to({y:300.3},0).wait(1).to({y:305.4},0).wait(1).to({y:310.5},0).wait(1).to({x:100.6,y:315.6},0).wait(1).to({y:320.7},0).wait(1).to({y:325.8},0).wait(1).to({y:330.9},0).wait(1).to({y:336},0).wait(1).to({y:341.1},0).wait(1).to({y:346.2},0).wait(1).to({y:351.4},0).wait(1).to({y:356.5},0).wait(1).to({x:100.7,y:361.6},0).wait(1).to({y:366.7},0).wait(1).to({y:371.8},0).wait(1).to({y:376.9},0).wait(1).to({y:382},0).wait(1).to({y:387.1},0).wait(1).to({y:392.2},0).wait(1).to({y:397.3},0).wait(1).to({y:402.4},0).wait(1).to({x:100.8,y:407.5},0).wait(1).to({y:412.7},0).wait(1).to({y:417.8},0).wait(1).to({y:422.9},0).wait(1).to({y:428},0).wait(1).to({y:433.1},0).wait(1).to({y:438.2},0).wait(1).to({y:443.3},0).wait(1).to({y:448.4},0).wait(1).to({x:100.9,y:453.5},0).wait(1).to({y:458.6},0).wait(1).to({y:463.7},0).wait(1).to({y:468.9},0).wait(1).to({y:474},0).wait(1).to({y:479.1},0).wait(1).to({y:484.2},0).wait(1).to({y:489.3},0).wait(1).to({y:494.4},0).wait(1).to({x:101,y:499.5},0).wait(1).to({y:504.6},0).wait(1).to({y:509.7},0).wait(1).to({y:514.8},0).wait(1).to({y:519.9},0).wait(1).to({y:525},0).wait(1).to({y:530.2},0).wait(1).to({y:535.3},0).wait(1).to({y:540.4},0).wait(1).to({x:101.1,y:545.5},0).wait(1).to({y:550.6},0).wait(1).to({y:555.7},0).wait(1).to({y:560.8},0).wait(1).to({y:565.9},0).wait(1).to({y:571},0).wait(1).to({y:576.1},0).wait(1).to({y:581.2},0).wait(1).to({y:586.4},0).wait(1).to({y:581.5},0).wait(1).to({y:576.6},0).wait(1).to({y:571.7},0).wait(1).to({y:566.8},0).wait(1).to({y:561.9},0).wait(1).to({y:557},0).wait(1).to({y:552.1},0).wait(1).to({y:547.2},0).wait(1).to({y:542.3},0).wait(1).to({y:537.4},0).wait(1).to({y:532.5},0).wait(1).to({y:527.6},0).wait(1).to({y:522.7},0).wait(1).to({y:517.8},0).wait(1).to({y:512.9},0).wait(1).to({y:508},0).wait(1).to({y:503.1},0).wait(1).to({y:498.2},0).wait(1).to({y:493.3},0).wait(1).to({y:488.4},0).wait(1).to({y:483.5},0).wait(1).to({y:478.6},0).wait(1).to({y:473.7},0).wait(1).to({y:468.8},0).wait(1).to({y:463.9},0).wait(1).to({y:459},0).wait(1).to({y:454.1},0).wait(1).to({y:449.2},0).wait(1).to({y:444.3},0).wait(1).to({y:439.4},0).wait(1).to({y:434.5},0).wait(1).to({y:429.6},0).wait(1).to({y:424.7},0).wait(1).to({y:419.8},0).wait(1).to({y:414.9},0).wait(1).to({y:410},0).wait(1).to({y:405.1},0).wait(1).to({y:400.2},0).wait(1).to({y:395.3},0).wait(1).to({y:390.4},0).wait(1).to({y:385.5},0).wait(1).to({y:380.6},0).wait(1).to({y:375.7},0).wait(1).to({y:370.8},0).wait(1).to({y:365.9},0).wait(1).to({y:361},0).wait(1).to({y:356.1},0).wait(1).to({y:351.2},0).wait(1).to({y:346.3},0).wait(1).to({y:341.4},0).wait(1).to({y:336.5},0).wait(1).to({y:331.6},0).wait(1).to({y:326.7},0).wait(1).to({y:321.8},0).wait(1).to({y:316.9},0).wait(1).to({y:312},0).wait(1).to({y:307.1},0).wait(1).to({y:302.2},0).wait(1).to({y:297.3},0).wait(1).to({y:292.4},0).wait(1).to({y:287.5},0).wait(1).to({y:282.6},0).wait(1).to({y:277.7},0).wait(1).to({y:272.8},0).wait(1).to({y:267.9},0).wait(1).to({y:263},0).wait(1).to({y:258.1},0).wait(1).to({y:253.2},0).wait(1).to({y:248.3},0).wait(1).to({y:243.4},0).wait(1).to({y:238.5},0).wait(1).to({y:233.6},0).wait(1).to({y:228.7},0).wait(1).to({y:223.8},0).wait(1).to({y:218.9},0).wait(1).to({y:214},0).wait(1).to({y:209.1},0).wait(1).to({y:204.2},0).wait(1).to({y:199.3},0).wait(1).to({y:194.4},0).wait(1).to({y:189.5},0).wait(1).to({y:184.6},0).wait(1).to({y:179.7},0).wait(1).to({y:174.8},0).wait(1).to({y:169.9},0).wait(1).to({y:165},0).wait(1).to({y:160.1},0).wait(1).to({y:155.2},0).wait(1).to({y:150.3},0).wait(1).to({y:145.4},0).wait(1).to({y:140.5},0).wait(1).to({y:135.6},0).wait(1).to({y:130.7},0).wait(1).to({y:125.8},0).wait(1).to({y:120.9},0).wait(1).to({y:116},0).wait(1).to({y:111.1},0).wait(1).to({y:106.2},0).wait(1).to({y:101.3},0).wait(1).to({y:96.4},0).wait(1).to({y:91.5},0).wait(1).to({y:86.6},0).wait(1).to({y:81.7},0).wait(1));
}).prototype = p = new cjs.MovieClip();
p.nominalBounds = new cjs.Rectangle(98.9,332.9,202.3,163.4);
})(lib = lib||{}, images = images||{}, createjs = createjs||{}, ss = ss||{});
var lib, images, createjs, ss;
HTML - Banner 2:
<!DOCTYPE html>
<!--
NOTES:
1. All tokens are represented by '$' sign in the template.
2. You can write your code only wherever mentioned.
3. All occurrences of existing tokens will be replaced by their appropriate values.
4. Blank lines will be removed automatically.
5. Remove unnecessary comments before creating your template.
-->
<html>
<head>
<meta charset="UTF-8">
<meta name="authoring-tool" content="Adobe_Animate_CC">
<title>sky2</title>
<!-- write your code here -->
<script src="https://code.createjs.com/createjs-2015.11.26.min.js"></script>
<script src="sky2.js"></script>
<script src="localconnection.js"></script>
<script>
var canvas, stage, exportRoot;
function init() {
canvas = document.getElementById("canvas");
handleComplete();
}
function handleComplete() {
//This function is always called, irrespective of the content. You can use the variable "stage" after it is created in token create_stage.
exportRoot = new lib.sky2();
stage = new createjs.Stage(canvas);
stage.addChild(exportRoot);
//Registers the "tick" event listener.
createjs.Ticker.setFPS(lib.properties.fps);
createjs.Ticker.addEventListener("tick", stage);
//Code to support hidpi screens and responsive scaling.
(function(isResp, respDim, isScale, scaleType) {
var lastW, lastH, lastS=1;
window.addEventListener('resize', resizeCanvas);
resizeCanvas();
function resizeCanvas() {
var w = lib.properties.width, h = lib.properties.height;
var iw = window.innerWidth, ih=window.innerHeight;
var pRatio = window.devicePixelRatio || 1, xRatio=iw/w, yRatio=ih/h, sRatio=1;
if(isResp) {
if((respDim=='width'&&lastW==iw) || (respDim=='height'&&lastH==ih)) {
sRatio = lastS;
}
else if(!isScale) {
if(iw<w || ih<h)
sRatio = Math.min(xRatio, yRatio);
}
else if(scaleType==1) {
sRatio = Math.min(xRatio, yRatio);
}
else if(scaleType==2) {
sRatio = Math.max(xRatio, yRatio);
}
}
canvas.width = w*pRatio*sRatio;
canvas.height = h*pRatio*sRatio;
canvas.style.width = w*sRatio+'px';
canvas.style.height = h*sRatio+'px';
stage.scaleX = pRatio*sRatio;
stage.scaleY = pRatio*sRatio;
lastW = iw; lastH = ih; lastS = sRatio;
}
})(false,'both',false,1);
}
</script>
<!-- write your code here -->
</head>
<body onload="init();" style="margin:0px;">
<canvas id="canvas" width="200" height="668" style="display: block; background-color:rgba(255, 255, 255, 1.00)"></canvas>
</body>
</html>
js - Banner 2:
(function (lib, img, cjs, ss) {
var p; // shortcut to reference prototypes
lib.webFontTxtInst = {};
var loadedTypekitCount = 0;
var loadedGoogleCount = 0;
var gFontsUpdateCacheList = [];
var tFontsUpdateCacheList = [];
// library properties:
lib.properties = {
width: 200,
height: 668,
fps: 24,
color: "#FFFFFF",
opacity: 1.00,
webfonts: {},
manifest: []
};
lib.ssMetadata = [];
lib.updateListCache = function (cacheList) {
for(var i = 0; i < cacheList.length; i++) {
if(cacheList[i].cacheCanvas)
cacheList[i].updateCache();
}
};
lib.addElementsToCache = function (textInst, cacheList) {
var cur = textInst;
while(cur != exportRoot) {
if(cacheList.indexOf(cur) != -1)
break;
cur = cur.parent;
}
if(cur != exportRoot) { //we have found an element in the list
var cur2 = textInst;
var index = cacheList.indexOf(cur);
while(cur2 != cur) { //insert all it's children just before it
cacheList.splice(index, 0, cur2);
cur2 = cur2.parent;
index++;
}
}
else { //append element and it's parents in the array
cur = textInst;
while(cur != exportRoot) {
cacheList.push(cur);
cur = cur.parent;
}
}
};
lib.gfontAvailable = function(family, totalGoogleCount) {
lib.properties.webfonts[family] = true;
var txtInst = lib.webFontTxtInst && lib.webFontTxtInst[family] || [];
for(var f = 0; f < txtInst.length; ++f)
lib.addElementsToCache(txtInst[f], gFontsUpdateCacheList);
loadedGoogleCount++;
if(loadedGoogleCount == totalGoogleCount) {
lib.updateListCache(gFontsUpdateCacheList);
}
};
lib.tfontAvailable = function(family, totalTypekitCount) {
lib.properties.webfonts[family] = true;
var txtInst = lib.webFontTxtInst && lib.webFontTxtInst[family] || [];
for(var f = 0; f < txtInst.length; ++f)
lib.addElementsToCache(txtInst[f], tFontsUpdateCacheList);
loadedTypekitCount++;
if(loadedTypekitCount == totalTypekitCount) {
lib.updateListCache(tFontsUpdateCacheList);
}
};
// symbols:
(lib.Symbol1 = function(mode,startPosition,loop) {
this.initialize(mode,startPosition,loop,{});
// Ebene 1
this.shape = new cjs.Shape();
this.shape.graphics.f("#990033").s().p("AvyMwIAA5fIflAAIAAZfg");
this.shape.setTransform(101.1,81.7);
this.timeline.addTween(cjs.Tween.get(this.shape).wait(1));
}).prototype = p = new cjs.MovieClip();
p.nominalBounds = new cjs.Rectangle(0,0,202.3,163.4);
// stage content:
(lib.sky2 = function(mode,startPosition,loop) {
this.initialize(mode,startPosition,loop,{});
// timeline functions:
this.frame_0 = function() {
LC.key = '123';
LC.name = 'rechts';
LC.frames = 'links';
LC.onConnect = function () {
console.log('Do this as soon as connection established!');
LC.links.document.getElementsByTagName('body')[0].style.backgroundColor = 'blue';
};
LC.connect();
this.stop();
}
// actions tween:
this.timeline.addTween(cjs.Tween.get(this).call(this.frame_0).wait(202));
// animation
this.instance = new lib.Symbol1();
this.instance.parent = this;
this.instance.setTransform(100,80.6,1,1,0,0,0,101.1,81.7);
this.timeline.addTween(cjs.Tween.get(this.instance).wait(1).to({x:100.1,y:85.7},0).wait(1).to({y:90.8},0).wait(1).to({y:95.9},0).wait(1).to({y:101},0).wait(1).to({y:106.1},0).wait(1).to({y:111.3},0).wait(1).to({y:116.4},0).wait(1).to({y:121.5},0).wait(1).to({y:126.6},0).wait(1).to({x:100.2,y:131.7},0).wait(1).to({y:136.8},0).wait(1).to({y:141.9},0).wait(1).to({y:147},0).wait(1).to({y:152.1},0).wait(1).to({y:157.2},0).wait(1).to({y:162.3},0).wait(1).to({y:167.4},0).wait(1).to({y:172.6},0).wait(1).to({x:100.3,y:177.7},0).wait(1).to({y:182.8},0).wait(1).to({y:187.9},0).wait(1).to({y:193},0).wait(1).to({y:198.1},0).wait(1).to({y:203.2},0).wait(1).to({y:208.3},0).wait(1).to({y:213.4},0).wait(1).to({y:218.5},0).wait(1).to({x:100.4,y:223.6},0).wait(1).to({y:228.7},0).wait(1).to({y:233.9},0).wait(1).to({y:239},0).wait(1).to({y:244.1},0).wait(1).to({y:249.2},0).wait(1).to({y:254.3},0).wait(1).to({y:259.4},0).wait(1).to({y:264.5},0).wait(1).to({x:100.5,y:269.6},0).wait(1).to({y:274.7},0).wait(1).to({y:279.8},0).wait(1).to({y:284.9},0).wait(1).to({y:290.1},0).wait(1).to({y:295.2},0).wait(1).to({y:300.3},0).wait(1).to({y:305.4},0).wait(1).to({y:310.5},0).wait(1).to({x:100.6,y:315.6},0).wait(1).to({y:320.7},0).wait(1).to({y:325.8},0).wait(1).to({y:330.9},0).wait(1).to({y:336},0).wait(1).to({y:341.1},0).wait(1).to({y:346.2},0).wait(1).to({y:351.4},0).wait(1).to({y:356.5},0).wait(1).to({x:100.7,y:361.6},0).wait(1).to({y:366.7},0).wait(1).to({y:371.8},0).wait(1).to({y:376.9},0).wait(1).to({y:382},0).wait(1).to({y:387.1},0).wait(1).to({y:392.2},0).wait(1).to({y:397.3},0).wait(1).to({y:402.4},0).wait(1).to({x:100.8,y:407.5},0).wait(1).to({y:412.7},0).wait(1).to({y:417.8},0).wait(1).to({y:422.9},0).wait(1).to({y:428},0).wait(1).to({y:433.1},0).wait(1).to({y:438.2},0).wait(1).to({y:443.3},0).wait(1).to({y:448.4},0).wait(1).to({x:100.9,y:453.5},0).wait(1).to({y:458.6},0).wait(1).to({y:463.7},0).wait(1).to({y:468.9},0).wait(1).to({y:474},0).wait(1).to({y:479.1},0).wait(1).to({y:484.2},0).wait(1).to({y:489.3},0).wait(1).to({y:494.4},0).wait(1).to({x:101,y:499.5},0).wait(1).to({y:504.6},0).wait(1).to({y:509.7},0).wait(1).to({y:514.8},0).wait(1).to({y:519.9},0).wait(1).to({y:525},0).wait(1).to({y:530.2},0).wait(1).to({y:535.3},0).wait(1).to({y:540.4},0).wait(1).to({x:101.1,y:545.5},0).wait(1).to({y:550.6},0).wait(1).to({y:555.7},0).wait(1).to({y:560.8},0).wait(1).to({y:565.9},0).wait(1).to({y:571},0).wait(1).to({y:576.1},0).wait(1).to({y:581.2},0).wait(1).to({y:586.4},0).wait(1).to({y:581.4},0).wait(1).to({y:576.4},0).wait(1).to({y:571.4},0).wait(1).to({y:566.4},0).wait(1).to({y:561.4},0).wait(1).to({y:556.4},0).wait(1).to({y:551.4},0).wait(1).to({y:546.4},0).wait(1).to({y:541.4},0).wait(1).to({y:536.4},0).wait(1).to({y:531.4},0).wait(1).to({y:526.4},0).wait(1).to({y:521.4},0).wait(1).to({y:516.4},0).wait(1).to({y:511.4},0).wait(1).to({y:506.4},0).wait(1).to({y:501.4},0).wait(1).to({y:496.4},0).wait(1).to({y:491.4},0).wait(1).to({y:486.4},0).wait(1).to({y:481.4},0).wait(1).to({y:476.4},0).wait(1).to({y:471.4},0).wait(1).to({y:466.4},0).wait(1).to({y:461.4},0).wait(1).to({y:456.4},0).wait(1).to({y:451.4},0).wait(1).to({y:446.4},0).wait(1).to({y:441.5},0).wait(1).to({y:436.5},0).wait(1).to({y:431.5},0).wait(1).to({y:426.5},0).wait(1).to({y:421.5},0).wait(1).to({y:416.5},0).wait(1).to({y:411.5},0).wait(1).to({y:406.5},0).wait(1).to({y:401.5},0).wait(1).to({y:396.5},0).wait(1).to({y:391.5},0).wait(1).to({y:386.5},0).wait(1).to({y:381.5},0).wait(1).to({y:376.5},0).wait(1).to({y:371.5},0).wait(1).to({y:366.5},0).wait(1).to({y:361.5},0).wait(1).to({y:356.5},0).wait(1).to({y:351.5},0).wait(1).to({y:346.5},0).wait(1).to({y:341.5},0).wait(1).to({y:336.5},0).wait(1).to({y:331.5},0).wait(1).to({y:326.5},0).wait(1).to({y:321.5},0).wait(1).to({y:316.5},0).wait(1).to({y:311.5},0).wait(1).to({y:306.5},0).wait(1).to({y:301.6},0).wait(1).to({y:296.6},0).wait(1).to({y:291.6},0).wait(1).to({y:286.6},0).wait(1).to({y:281.6},0).wait(1).to({y:276.6},0).wait(1).to({y:271.6},0).wait(1).to({y:266.6},0).wait(1).to({y:261.6},0).wait(1).to({y:256.6},0).wait(1).to({y:251.6},0).wait(1).to({y:246.6},0).wait(1).to({y:241.6},0).wait(1).to({y:236.6},0).wait(1).to({y:231.6},0).wait(1).to({y:226.6},0).wait(1).to({y:221.6},0).wait(1).to({y:216.6},0).wait(1).to({y:211.6},0).wait(1).to({y:206.6},0).wait(1).to({y:201.6},0).wait(1).to({y:196.6},0).wait(1).to({y:191.6},0).wait(1).to({y:186.6},0).wait(1).to({y:181.6},0).wait(1).to({y:176.6},0).wait(1).to({y:171.6},0).wait(1).to({y:166.6},0).wait(1).to({y:161.6},0).wait(1).to({y:156.6},0).wait(1).to({y:151.7},0).wait(1).to({y:146.7},0).wait(1).to({y:141.7},0).wait(1).to({y:136.7},0).wait(1).to({y:131.7},0).wait(1).to({y:126.7},0).wait(1).to({y:121.7},0).wait(1).to({y:116.7},0).wait(1).to({y:111.7},0).wait(1).to({y:106.7},0).wait(1).to({y:101.7},0).wait(1).to({y:96.7},0).wait(1).to({y:91.7},0).wait(1).to({y:86.7},0).wait(1).to({y:81.7},0).wait(2));
}).prototype = p = new cjs.MovieClip();
p.nominalBounds = new cjs.Rectangle(98.9,332.9,202.3,163.4);
})(lib = lib||{}, images = images||{}, createjs = createjs||{}, ss = ss||{});
var lib, images, createjs, ss;
it's better to call LC.connect(); function at the end of handleComplete() event, because as soon as exportRoot defined, it's available to use it main Animation object.
For example :
.....
exportRoot = new lib.sky2();
stage = new createjs.Stage(canvas);
stage.addChild(exportRoot);
LC.key = '123';
LC.name = 'links';
LC.frames = 'rechts';
LC.onConnect = function () {
exportRoot.play();
LC.rechts.exportRoot.play();
};
exportRoot.stop();
LC.connect();
.....
on the other animation you only need to define & call LC.connect(); like this :
.....
exportRoot = new lib.sky2();
stage = new createjs.Stage(canvas);
stage.addChild(exportRoot);
LC.key = '123';
LC.name = 'rechts'; // adjust name
LC.frames = 'links'; // adjust frames
LC.onConnect = function () {
// no action needed here
};
exportRoot.stop();
LC.connect();
....
Google maps api v3 calculate mileage by state
I'm searching for a way to calculate mileage by US State based on an origin, waypoints and destination of a route using Google Maps API v3. I have tried using Googles Distance Matrix API but this it is calculating the distance between 2 points, which is good, but I need the break down for miles traveled for each State. For taxes purposes (IFTA reports for transportation). I've done a lot of googling and looked through the documentation but I'm not seeing anything that calculate the mileage per State. I know how to use Google maps and I know this is possible since I saw it on one video. There is no code I can show because I have no idea how to do it. Any thoughts? Useful links I have found: How to Draw Routes and Calculate Route Time and Distance on the Fly Using Google Map API V3 http://www.c-sharpcorner.com/UploadFile/8911c4/how-to-draw-routes-and-calculate-route-time-and-distance-on/ How to Build a Distance Finder with Google Maps API http://www.1stwebdesigner.com/distance-finder-google-maps-api/
Below is a fully functional implementation that uses the Google Maps Javascript API. All you need to add is your own Maps API Key. As noted in the posts referenced above, Google Maps throttles requests at an asymptotic rate, and thus, the longer the route, the longer it will take to calculate. To give a ballpark, a route from New Haven CT to the NJ/PA border takes approximately 5 minutes. A trip from New Haven CT to Los Angeles takes 45 minutes to index. One other note: There are a few state borders that run through bodies of water. Google considers these to be not located in any state, and so reports undefined as the state name. These sections are obviously only a few tenths of a mile in most cases, but I felt I should mention it just to clarify what is going on when that happens.
UPDATED:
<script src="https://ajax.googleapis.com/ajax/libs/jquery/2.1.4/jquery.min.js"></script>
<script src="https://maps.googleapis.com/maps/api/js?key=<YOUR-KEY-HERE>"></script>
<div id="map" style="height:400px"></div>
<div id="status"></div>
<div id="results" style="height:400px"><b>Results:</b></div>
<script>
var directionsRequest = {
origin: "New York, NY", //default
destination: "Los Angeles, LA", //default
optimizeWaypoints: true,
provideRouteAlternatives: false,
travelMode: google.maps.TravelMode.DRIVING,
drivingOptions: {
departureTime: new Date(),
trafficModel: google.maps.TrafficModel.PESSIMISTIC
}
};
directionsRequest.origin = prompt("Enter your starting address");
directionsRequest.destination = prompt("Enter your destination address");
var starttime = new Date();
var geocoder = new google.maps.Geocoder();
var startState;
var currentState;
var routeData;
var index = 0;
var stateChangeSteps = [];
var borderLatLngs = {};
var startLatLng;
var endLatLng;
directionsService = new google.maps.DirectionsService();
directionsService.route(directionsRequest, init);
function init(data){
routeData = data;
displayRoute();
startLatLng = data.routes[0].legs[0].start_location;
endLatLng = data.routes[0].legs[0].end_location;
geocoder.geocode({location:data.routes[0].legs[0].start_location}, assignInitialState)
}
function assignInitialState(data){
startState = getState(data);
currentState = startState;
compileStates(routeData);
}
function getState(data){
for (var i = 0; i < data.length; i++) {
if (data[i].types[0] === "administrative_area_level_1") {
var state = data[i].address_components[0].short_name;
}
}
return state;
}
function compileStates(data, this_index){
if(typeof(this_index) == "undefined"){
index = 1;
geocoder.geocode({location:data.routes[0].legs[0].steps[0].start_location}, compileStatesReceiver);
}else{
if(index >= data.routes[0].legs[0].steps.length){
console.log(stateChangeSteps);
index = 0;
startBinarySearch();
return;
}
setTimeout(function(){
geocoder.geocode({location:data.routes[0].legs[0].steps[index].start_location}, compileStatesReceiver);
$("#status").html("Indexing Step "+index+"... ("+data.routes[0].legs[0].steps.length+" Steps Total)");
}, 3000)
}
}
function compileStatesReceiver(response){
state = getState(response);
console.log(state);
if(state != currentState){
currentState = state;
stateChangeSteps.push(index-1);
}
index++;
compileStates(routeData, index);
}
var stepIndex = 0;
var stepStates = [];
var binaryCurrentState = "";
var stepNextState;
var stepEndState;
var step;
var myLatLng = {lat:39.8282, lng:-98.5795};
var map = new google.maps.Map(document.getElementById('map'), {
zoom: 4,
center: myLatLng
});
function displayRoute() {
directionsDisplay = new google.maps.DirectionsRenderer();
directionsDisplay.setMap(map);
directionsDisplay.setDirections(routeData);
}
var orderedLatLngs = [];
function startBinarySearch(iterating){
if(stepIndex >= stateChangeSteps.length){
for(step in borderLatLngs){
for(state in borderLatLngs[step]){
for(statename in borderLatLngs[step][state]){
$("#results").append("<br>Cross into "+statename+" at "+JSON.stringify(borderLatLngs[step][state][statename], null, 4));
orderedLatLngs.push([borderLatLngs[step][state][statename], statename]);
}
}
}
compileMiles(true);
return;
}
step = routeData.routes[0].legs[0].steps[stateChangeSteps[stepIndex]];
console.log("Looking at step "+stateChangeSteps[stepIndex]);
borderLatLngs[stepIndex] = {};
if(!iterating){
binaryCurrentState = startState;
}
geocoder.geocode({location:step.end_location},
function(data){
if(data === null){
setTimeout(function(){startBinarySearch(true);}, 6000);
}else{
stepNextState = getState(data);
stepEndState = stepNextState;
binaryStage2(true);
}
});
}
var minIndex;
var maxIndex;
var currentIndex;
function binaryStage2(init){
if (typeof(init) != "undefined"){
minIndex = 0;
maxIndex = step.path.length - 1;
}
if((maxIndex-minIndex)<2){
borderLatLngs[stepIndex][maxIndex]={};
borderLatLngs[stepIndex][maxIndex][stepNextState]=step.path[maxIndex];
var marker = new google.maps.Marker({
position: borderLatLngs[stepIndex][maxIndex][stepNextState],
map: map,
});
if(stepNextState != stepEndState){
minIndex = maxIndex;
maxIndex = step.path.length - 1;
binaryCurrentState = stepNextState;
stepNextState = stepEndState;
}else{
stepIndex++;
binaryCurrentState = stepNextState;
startBinarySearch(true);
return;
}
}
console.log("Index starts: "+minIndex+" "+maxIndex);
console.log("current state is "+binaryCurrentState);
console.log("next state is "+ stepNextState);
console.log("end state is "+ stepEndState);
currentIndex = Math.floor((minIndex+maxIndex)/2);
setTimeout(function(){
geocoder.geocode({location:step.path[currentIndex]}, binaryStage2Reciever);
$("#status").html("Searching for division between "+binaryCurrentState+" and "+stepNextState+" between indexes "+minIndex+" and "+maxIndex+"...")
}, 3000);
}
function binaryStage2Reciever(response){
if(response === null){
setTimeout(binaryStage2, 6000);
}else{
state = getState(response)
if(state == binaryCurrentState){
minIndex = currentIndex +1;
}else{
maxIndex = currentIndex - 1
if(state != stepNextState){
stepNextState = state;
}
}
binaryStage2();
}
}
var currentStartPoint;
var compileMilesIndex = 0;
var stateMiles = {};
var trueState;
function compileMiles(init){
if(typeof(init)!= "undefined"){
currentStartPoint = startLatLng;
trueState = startState;
}
if(compileMilesIndex == orderedLatLngs.length){
directionsRequest.destination = endLatLng;
}else{
directionsRequest.destination = orderedLatLngs[compileMilesIndex][0];
}
directionsRequest.origin = currentStartPoint;
currentStartPoint = directionsRequest.destination;
directionsService.route(directionsRequest, compileMilesReciever)
}
function compileMilesReciever(data){
if(data===null){
setTimeout(compileMiles, 6000);
}else{
if(compileMilesIndex == orderedLatLngs.length){
stateMiles[stepEndState]=data.routes[0].legs[0].distance["text"];
$("#results").append("<br><br><b>Distances Traveled</b>");
for(state in stateMiles){
$("#results").append("<br>"+state+": "+stateMiles[state]);
}
var endtime = new Date();
totaltime = endtime - starttime;
$("#results").append("<br><br>Operation took "+Math.floor(totaltime/60000)+" minute(s) and "+(totaltime%60000)/1000+" second(s) to run.");
return;
}else{
stateMiles[trueState]=data.routes[0].legs[0].distance["text"];
}
trueState = orderedLatLngs[compileMilesIndex][1];
compileMilesIndex++;
setTimeout(compileMiles, 3000);
}
}
</script>
</script>
set depart and arrival time in google transit Api
I am currently working on one travel domain where I need to integrate "Trip Planner" using "Google Transit API V3". I am done with setting up map and all required option for trip planner. But here I am facing on problem.
I want to set "arrival_time" and "departure_time" in "TransitDetails" object in google API. I have created an object which returns me transit details on the route. But not as per "Departure" and "Arrival" Option passed in object.
This is what I have done in code
var directions = new google.maps.DirectionsService();
var renderer = new google.maps.DirectionsRenderer();
var startLocationAutocomplete;
var endLocationAutocomplete;
var map, transitLayer;
function initialize() {
var mapOptions = {
zoom:14,
center:new google.maps.LatLng(51.538551, -0.016633),
mapTypeId:google.maps.MapTypeId.ROADMAP
};
map = new google.maps.Map(document.getElementById('map'), mapOptions);
google.maps.event.addDomListener(document.getElementById('go'), 'click', route);
var defaultBounds = new google.maps.LatLngBounds(
new google.maps.LatLng(35.371359, -79.319916),
new google.maps.LatLng(36.231424, -77.752991));
var autocompleteOptions = {
bounds:defaultBounds,
types:[ "locality", "political", "geocode" ]
};
startLocationAutocomplete = new google.maps.places.Autocomplete(document.getElementById('from'));
endLocationAutocomplete = new google.maps.places.Autocomplete(document.getElementById('to'));
startLocationAutocomplete.bindTo('bounds', map);
endLocationAutocomplete.bindTo('bounds', map);
transitLayer = new google.maps.TransitLayer();
var control = document.getElementById('transit-wpr');
map.controls[google.maps.ControlPosition.TOP_RIGHT].push(control);
google.maps.event.addDomListener(control, 'click', function () {
transitLayer.setMap(transitLayer.getMap() ? null : map);
});
addDepart();
route();
}
function addDepart() {
var departHr = document.getElementById('departHr');
var departMin = document.getElementById('departMin');
for (var hr = 1; hr < 12; hr++) {
departHr.innerHTML += '<option value = "'+hr+'">' + hr + '</option>';
}
for (var i = 0; i < 12; i++) {
for (var j = 0; j < 60; j += 5) {
var x = i < 10 ? '0' + i : i;
var y = j < 10 ? '0' + j : j;
departMin.innerHTML += '<option value = "'+y+'">' + y + '</option>';
}
}
}
function formatAMPM() {
var date = new Date();
var hours = document.getElementById('departHr').value;
var minutes = document.getElementById('departMin').value;
var ampm = document.getElementById('timeFormat').value;
/*hours = hours % 12;
hours = hours ? hours : 12; // the hour '0' should be '12'
minutes = minutes < 10 ? '0' + minutes : minutes;*/
console.log(hours);
if(ampm == 'pm'){
hours = 12 + parseInt(hours); }
var strTime = hours + ':' + minutes;
return strTime;
}
function route() {
var startLocation = document.getElementById('from').value;
var endLocation = document.getElementById('to').value;
var selectedMode = document.getElementById('modeOfTransportation').value;
var departure = formatAMPM();
var bits = departure.split(':');
var now = new Date();
var tzOffset = (now.getTimezoneOffset() + 60) * 60 * 1000;
var time = ($('#travelDate').val() != '') ? new Date($('#travelDate').val()) : new Date();
time.setHours(bits[0]);
time.setMinutes(bits[1]);
var ms = time.getTime() - tzOffset;
var departureTime = time;
var request = {
origin:startLocation,
destination:endLocation,
travelMode:google.maps.TravelMode[selectedMode],
provideRouteAlternatives:true,
transitOptions:{
departureTime:departureTime
}
};
console.log(request);
var panel = document.getElementById('panel');
panel.innerHTML = '';
directions.route(request, function (response, status) {
if (status == google.maps.DirectionsStatus.OK) {
renderer.setDirections(response);
renderer.setMap(map);
renderer.setPanel(panel);
console.log(status);
} else {
renderer.setPanel(null);
alert(status);
}
});
}
google.maps.event.addDomListener(window, 'load', initialize);
Can somebody help me out with any reference or any code hint to it correct.
Thanks
You need to do something like this
//TranDep and TranArr have a valid date or ''
if ((TranDep == '') && (TranArr == '')) var Transit = null;
else {
if ((TranDep != '') && (TranArr != ''))
var Transit = {arrivalTime: new Date(TranArr), departureTime: new Date(TranDep)}
else {
if ((TranDep == '') && (TranArr != ''))
var Transit = {arrivalTime: new Date(TranArr)}
else
var Transit = {departureTime: new Date(TranDep)}
}
}
var Dir = new google.maps.DirectionsService();
var request = {
transitOptions: Transit,
......... // the others properties
};
If you specifies a arrivalTime, the departureTime will be ignored.
Regards
Slow down google panTo function
I have a map that pans from point to point around a map as markers are dropped on the map. The issue I'm having is that the panning is too fast. Is there any way to slow down the panTo function? Thanks, Chris
Sadly, no, you cannot change the speed of the panTo animation. The function only takes a single latlng argument. Details here: http://code.google.com/apis/maps/documentation/javascript/reference.html#Map
I write my own implementation of panTo. Using class "EasingAnimator".
var EasingAnimator = function(opt){
opt = opt || {};
this.easingInterval = opt.easingInterval;
this.duration = opt.duration || 1000;
this.step = opt.step || 50;
this.easingFn = opt.easingFn || function easeInOutElastic(t, b, c, d) {
if ((t/=d/2) < 1) return c/2*t*t*t*t + b;
return -c/2 * ((t-=2)*t*t*t - 2) + b;
};
this.callBack = opt.callBack || function(){};
};
EasingAnimator.makeFromCallback = function(callBack){
return new EasingAnimator({
callBack: callBack
});
};
EasingAnimator.prototype.easeProp = function(obj, propDict){
propDict = propDict || {};
var self = this,
t = 0,
out_vals = JSON.parse(JSON.stringify(obj));
clearInterval(self.easingInterval);
self.easingInterval = setInterval(function(){
t+= self.step;
if (t >= self.duration) {
clearInterval(self.easingInterval);
self.callBack(propDict);
return;
}
var percent = self.easingFn(t, 0, 1, self.duration);
Object.keys(propDict).forEach(function(key, i) {
var old_val = obj[key];
out_vals[key] = old_val - percent*(old_val - propDict[key]);
});
self.callBack(out_vals);
}, self.step);
};
Now you can control everything including duration, steps and of course the easing function. Here are some nice examples of it http://easings.net/. And now you can use it some like this:
dom_elem.addEventListener('click', function(event){
var point = map.getCenter();
easingAnimator.easeProp({
lat: point.lat(),
lng: point.lng()
}, points[i]);
});
Here you can find live demo of how it works
http://codepen.io/ErDmKo/pen/Jdpmzv
I wrote a function to implement a "slow pan" with Google Maps API v3. It uses small pan steps as well as the previous answer, though I think the implementation is a bit simpler. You may use an easing function for f_timeout().
Parameters
map: your google.maps.Map object
endPosition: desired location to pan to, google.maps.LatLng
n_intervals: number of pan intervals, the more the smoother the transition but the less performant
T_msec: the total time interval for the slow pan to complete (milliseconds)
var slowPanTo = function(map, endPosition, n_intervals, T_msec) {
var f_timeout, getStep, i, j, lat_array, lat_delta, lat_step, lng_array, lng_delta, lng_step, pan, ref, startPosition;
getStep = function(delta) {
return parseFloat(delta) / n_intervals;
};
startPosition = map.getCenter();
lat_delta = endPosition.lat() - startPosition.lat();
lng_delta = endPosition.lng() - startPosition.lng();
lat_step = getStep(lat_delta);
lng_step = getStep(lng_delta);
lat_array = [];
lng_array = [];
for (i = j = 1, ref = n_intervals; j <= ref; i = j += +1) {
lat_array.push(map.getCenter().lat() + i * lat_step);
lng_array.push(map.getCenter().lng() + i * lng_step);
}
f_timeout = function(i, i_min, i_max) {
return parseFloat(T_msec) / n_intervals;
};
pan = function(i) {
if (i < lat_array.length) {
return setTimeout(function() {
map.panTo(new google.maps.LatLng({
lat: lat_array[i],
lng: lng_array[i]
}));
return pan(i + 1);
}, f_timeout(i, 0, lat_array.length - 1));
}
};
return pan(0);
};
Google Map Integrated with Salesforce is Blank
I followed the example code line by line from:
How do I integrate Salesforce with Google Maps?
I am not receiving any errors but my Map is blank. The map displays the zoom and position toggle but nothing else.
Any ideas on why?
Here is my Controller Code and Page Code Below
public class mapController2 {
public String address {get;set;}
private List<Account> accounts;
public void find() {
// Normal, ugly query.
/* address = 'USA';
String addr = '%' + address + '%';
accounts = [SELECT Id, Name, BillingStreet, BillingCity, BillingCountry FROM Account
//WHERE Name LIKE :addr OR BillingStreet LIKE :addr OR BillingCity LIKE :addr OR BillingCountry LIKE :addr];
WHERE BillingCountry LIKE :addr];*/
// address = 'Austin';
String addr = '*' + address + '*';
// Or maybe a bit better full-text search query.
List<List<SObject>> searchList = [FIND :addr IN ALL FIELDS RETURNING
Account (Id, Name, BillingStreet, BillingCity, BillingState, BillingCountry)];
accounts = (List<Account>)searchList[0];
}
public List<Account> getAccounts() {
return accounts;
}
}
Page Code
<apex:page controller="mapController2" tabStyle="Account">
<head>
<script type="text/javascript" src="http://maps.google.com/maps/api/js?sensor=false"></script>
<style>
#map {
height:350px;
}
</style>
</head>
<apex:form >
<apex:pageBlock title="Search by Address">
<apex:inputText value="{!address}"/>
<apex:commandButton value="Search" action="{!find}"/>
<p>Examples: "USA", "Singapore", "Uni", "(336) 222-7000".
Any text data (free text, not picklists, checkboxes etc.) will do.
</p>
</apex:pageBlock>
<apex:pageBlock title="Matching Accounts" rendered="{!address != null}">
<apex:pageBlockTable value="{!accounts}" var="account" id="accountTable">
<apex:column >
<apex:facet name="header"><b>Name</b></apex:facet>
<apex:outputLink value="../{!account.Id}">{!account.Name}</apex:outputLink>
</apex:column>
<apex:column >
<apex:facet name="header"><b>Address</b></apex:facet>
{!account.BillingStreet}, {!account.BillingCity}, {!account.BillingCountry}
</apex:column>
</apex:pageBlockTable>
</apex:pageBlock>
<apex:pageBlock title="Map" rendered="{!address != null}">
<div id="log"></div>
<p>Tip: hover mouse over marker to see the Account name. Click to show the baloon.</p>
<div id="map">Placeholder - map will be created here.</div>
<script type="text/javascript">
// First we need to extract Account data (name and address) from HTML into JavaScript variables.
var names = new Array();
var addresses = new Array();
var htmlTable = document.getElementById('j_id0:j_id2:j_id7:accountTable').getElementsByTagName("tbody")[0].getElementsByTagName("tr");
for (var i = 0; i < htmlTable.length; ++i) {
names.push(htmlTable[i].getElementsByTagName("td")[0]);
// We need to sanitize addresses a bit (remove newlines and extra spaces).
var address = htmlTable[i].getElementsByTagName("td")[1].innerHTML;
addresses.push(address.replace(/\n/g, "").replace(/^\s+/,"").replace(/\s+$/,""));
}
var coordinates = new Array(); // Array of latitude/longitude coordinates.
var markers = new Array(); // Red things we pin to the map.
var baloons = new Array(); // Comic-like baloons that can float over markers.
var counter = 0;
var mapOptions = {
zoom: 5,
mapTypeId: google.maps.MapTypeId.ROADMAP,
navigationControl: true,
navigationControlOptions: {
style: google.maps.NavigationControlStyle.ZOOM_PAN
}
};
var map = new google.maps.Map(document.getElementById("map"), mapOptions);
if(addresses.length > 0) {
geocodeOneAddress();
}
function geocodeOneAddress(){
var geocoder = new google.maps.Geocoder();
geocoder.geocode({address: addresses[counter]}, processGeocodingResults);
}
function processGeocodingResults(results, status) {
++counter;
if (status == google.maps.GeocoderStatus.OK) {
coordinates.push(results[0].geometry.location);
} else {
logError(addresses[counter] + " could not be found, reason: " + status);
}
if(counter == addresses.length) {
finalizeDrawingMap();
} else {
geocodeOneAddress();
}
}
function finalizeDrawingMap() {
// Compute min/max latitude and longitude so we know where is the best place to center map & zoom.
var minLat = coordinates[0].b;
var maxLat = coordinates[0].b;
var minLong = coordinates[0].c;
var maxLong = coordinates[0].c;
for(i=0;i < coordinates.length; i++){
markers.push(new google.maps.Marker({ position: coordinates[i], map: map, title: names[i].getElementsByTagName("a")[0].innerHTML, zIndex:i}));
baloons.push(new google.maps.InfoWindow({content: '<b>'+names[i].innerHTML + '</b><br/>' + addresses[i]}));
google.maps.event.addListener(markers[i], 'click', function() {
baloons[this.zIndex].open(map,this);
});
minLat = Math.min(minLat, coordinates[i].b);
maxLat = Math.max(maxLat, coordinates[i].b);
minLong = Math.min(minLong, coordinates[i].c);
maxLong = Math.max(maxLong, coordinates[i].c);
}
map.setCenter(new google.maps.LatLng(minLat + (maxLat-minLat) / 2, minLong + (maxLong-minLong) / 2));
// All that is left is to possibly change the zoom. Let us compute the size of our rectangle.
// This is just a rough indication calculation of size of rectangle that covers all addresses.
var size = (maxLat-minLat) * (maxLong-minLong);
var zoom = 13;
if(size > 7100) {
zoom = 2;
}
else if(size > 6000) {
zoom = 3;
}
else if(size > 550) {
zoom = 4;
}
else if(size > 20) {
zoom = 6;
}
else if(size > 0.12) {
zoom = 9;
}
map.setZoom(zoom);
}
function logError(msg) {
var pTag = document.createElement("p");
pTag.innerHTML = msg;
document.getElementById('log').appendChild(pTag);
}
</script>
</apex:pageBlock>
</apex:form>
</apex:page>
Ya even I was getting a blank map but try to do
https://c.na3.visual.force.com/apex/map?id=0015000000UsQZR
Make sure you enter a valid account id to use.
<apex:page standardController="Account">
<script src="http://maps.google.com/maps?file=api">
</script>
<script type="text/javascript">
var map = null;
var geocoder = null;
var address = "{!Account.BillingStreet}, {!Account.BillingPostalCode} {!Account.BillingCity}, {!Account.BillingState}, {!Account.BillingCountry}";
function initialize() {
if(GBrowserIsCompatible())
{
map = new GMap2(document.getElementById("MyMap"));
map.addControl(new GMapTypeControl());
map.addControl(new GLargeMapControl3D());
geocoder = new GClientGeocoder();
geocoder.getLatLng(
address,
function(point) {
if (!point) {
document.getElementById("MyMap").innerHTML = address + " not found";
} else {
map.setCenter(point, 13);
var marker = new GMarker(point);
map.addOverlay(marker);
marker.bindInfoWindowHtml("Account Name : <b><i> {!Account.Name} </i></b>
Address : "+address);
}
}
);
}
}
</script>
<div id="MyMap" style="width:100%;height:300px"></div>
<script>
initialize() ;
</script>
</apex:page>
Hope this helps
Thanks
tosha
And use the code given as:
src="http://maps.google.com/maps/api/js?sensor=false" Use https not http It will definately be blank in firefox or chrome if using http and not https. Try https.