Use websockets to access sondehub/sondehub-amateur chase car data.

master
Mark Jessop 2022-09-22 15:47:51 +09:30
rodzic aa2176e518
commit 8f4a73245f
6 zmienionych plików z 2592 dodań i 189 usunięć

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@ -8,4 +8,4 @@
# Now using Semantic Versioning (https://semver.org/) MAJOR.MINOR.PATCH
__version__ = "1.4.5"
__version__ = "1.5.0"

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@ -159,22 +159,3 @@ function get_habitat_vehicles(){
}
// Show/Hide all vehicles.
function show_habitat_vehicles(){
var state = document.getElementById("showOtherCars").checked;
for (_car in chase_vehicles){
// Add to map, if its not already on there.
if(state){
if(!chase_vehicles[_car].onmap){
chase_vehicles[_car].marker.addTo(map);
chase_vehicles[_car].onmap = true;
}
} else{
if(chase_vehicles[_car].onmap){
chase_vehicles[_car].marker.remove();
chase_vehicles[_car].onmap = false;
}
}
}
}

Plik diff jest za duży Load Diff

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@ -79,6 +79,7 @@ function serverSettingsUpdate(data){
// Update version
$('#chasemapper_version').html(chase_config.version);
}
function clientSettingsUpdate(){

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@ -1,189 +1,227 @@
//
// Project Horus - Browser-Based Chase Mapper - SondeHub Data Scraping
// Project Horus - Browser-Based Chase Mapper - SondeHub Websockets Connection.
//
// Copyright (C) 2021 Mark Jessop <vk5qi@rfhead.net>
// Copyright (C) 2022 Mark Jessop <vk5qi@rfhead.net>
// Released under GNU GPL v3 or later
//
// URL to scrape recent vehicle position data from.
var sondehub_vehicle_url = "https://api.v2.sondehub.org/listeners/telemetry?duration=1h";
var sondehub_vehicle_url_amateur = "https://api.v2.sondehub.org/amateur/listeners/telemetry?duration=1h";
function handleSondeHubWebSocketPacket(data){
// Handle a packet of vehicle / listener telemetry from a SondeHub / SondeHub-Amateur Websockets Connection.
// Only process frames where the 'mobile' flag is present and is true.
if (data.hasOwnProperty('mobile')){
if(data['mobile'] == true){
// We have found a mobile station!
//console.log(data);
// Not really sure if this is necessary.
var sondehub_request_running = false;
// Extract position.
var v_lat = parseFloat(data.uploader_position[0]);
var v_lon = parseFloat(data.uploader_position[1]);
var v_alt = parseFloat(data.uploader_position[2]);
var vcallsign = data.uploader_callsign;
// If the vehicle is already known to us, then update it position.
// Update any existing entries (even if the range is above the threshold)
if (chase_vehicles.hasOwnProperty(vcallsign)){
//console.log("Updating: " + vcallsign);
// Update the position ID.
chase_vehicles[vcallsign].position_id = data.ts;
var temp_sondehub = null;
// Since we don't always get a heading with the vehicle position, calculate it.
var old_v_pos = {lat:chase_vehicles[vcallsign].latest_data[0],
lon: chase_vehicles[vcallsign].latest_data[1],
alt:chase_vehicles[vcallsign].latest_data[2]};
var new_v_pos = {lat: v_lat, lon:v_lon, alt:v_alt};
chase_vehicles[vcallsign].heading = calculate_lookangles(old_v_pos, new_v_pos).azimuth;
function process_sondehub_vehicles(data){
// Check we have a 'valid' response to process.
if (data === null ||
data === {}) {
sondehub_request_running = false;
return;
}
// Update the position data.
chase_vehicles[vcallsign].latest_data = [v_lat, v_lon, v_alt];
// Now iterate over all the callsigns in the response.
Object.keys(data).forEach(function(vcallsign){
// Skip over our own data.
if (vcallsign.startsWith(chase_config.habitat_call)){
return;
}
// Update the marker position.
chase_vehicles[vcallsign].marker.setLatLng(chase_vehicles[vcallsign].latest_data).update();
if( (data[vcallsign] === null) || (data[vcallsign] == {})){
// No data. This shouldn't happen, as the DB shouldn't give us empty results.
return;
// Rotate/replace the icon to match the bearing.
var _car_heading = chase_vehicles[vcallsign].heading - 90.0;
if (_car_heading<=90.0){
chase_vehicles[vcallsign].marker.setIcon(habitat_car_icons[chase_vehicles[vcallsign].colour]);
chase_vehicles[vcallsign].marker.setRotationAngle(_car_heading);
}else{
// We are travelling West - we need to use the flipped car icon.
_car_heading = _car_heading - 180.0;
chase_vehicles[vcallsign].marker.setIcon(habitat_car_icons_flipped[chase_vehicles[vcallsign].colour]);
chase_vehicles[vcallsign].marker.setRotationAngle(_car_heading);
}
}else{
// Array of times for each callsign
_position_times = Object.keys(data[vcallsign]);
// Get last position, which should be the latest.
_last_position = data[vcallsign][_position_times[_position_times.length - 1]];
} else {
// Check if the vehicle is marked as a 'mobile' station
if (_last_position.hasOwnProperty('mobile')){
if(_last_position['mobile'] == true){
// We have found a mobile station!
//console.log(_last_position);
// Otherwise, we need to decide if we're going to add it or not.
// Determine the vehicle distance from our current position.
var v_pos = {lat: v_lat, lon:v_lon, alt:v_alt};
if (chase_car_position.marker === "NONE"){
var my_pos = {lat:chase_config.default_lat, lon:chase_config.default_lon, alt:0};
}else{
var my_pos = {lat:chase_car_position.latest_data[0], lon:chase_car_position.latest_data[1], alt:chase_car_position.latest_data[2]};
}
var v_range = calculate_lookangles(my_pos, v_pos).range/1000.0;
// Extract position.
var v_lat = parseFloat(_last_position.uploader_position[0]);
var v_lon = parseFloat(_last_position.uploader_position[1]);
var v_alt = parseFloat(_last_position.uploader_position[2]);
// If the vehicle is already known to us, then update it position.
// Update any existing entries (even if the range is above the threshold)
if (chase_vehicles.hasOwnProperty(vcallsign)){
// If the range is less than the threshold, add it to our list of chase vehicles.
if(v_range < vehicle_max_range){
//console.log("Adding: " + vcallsign);
chase_vehicles[vcallsign] = {};
// Initialise a few default values
chase_vehicles[vcallsign].heading = 90;
chase_vehicles[vcallsign].latest_data = [v_lat, v_lon, v_alt];
chase_vehicles[vcallsign].position_id = data.ts;
// Only update if the position ID of this position is newer than that last seen.
if (chase_vehicles[vcallsign].position_id !== _last_position.ts){
//console.log("Updating: " + vcallsign);
// Update the position ID.
chase_vehicles[vcallsign].position_id = _last_position.ts;
// Get an index for the car icon. This is incremented for each vehicle,
// giving each a different colour.
chase_vehicles[vcallsign].colour = car_colour_values[car_colour_idx];
car_colour_idx = (car_colour_idx+1)%car_colour_values.length;
// Since we don't always get a heading with the vehicle position, calculate it.
var old_v_pos = {lat:chase_vehicles[vcallsign].latest_data[0],
lon: chase_vehicles[vcallsign].latest_data[1],
alt:chase_vehicles[vcallsign].latest_data[2]};
var new_v_pos = {lat: v_lat, lon:v_lon, alt:v_alt};
chase_vehicles[vcallsign].heading = calculate_lookangles(old_v_pos, new_v_pos).azimuth;
// Create marker
chase_vehicles[vcallsign].marker = L.marker(chase_vehicles[vcallsign].latest_data,
{title:vcallsign,
icon: habitat_car_icons[chase_vehicles[vcallsign].colour],
rotationOrigin: "center center"});
// Update the position data.
chase_vehicles[vcallsign].latest_data = [v_lat, v_lon, v_alt];
// Update the marker position.
chase_vehicles[vcallsign].marker.setLatLng(chase_vehicles[vcallsign].latest_data).update();
// Rotate/replace the icon to match the bearing.
var _car_heading = chase_vehicles[vcallsign].heading - 90.0;
if (_car_heading<=90.0){
chase_vehicles[vcallsign].marker.setIcon(habitat_car_icons[chase_vehicles[vcallsign].colour]);
chase_vehicles[vcallsign].marker.setRotationAngle(_car_heading);
}else{
// We are travelling West - we need to use the flipped car icon.
_car_heading = _car_heading - 180.0;
chase_vehicles[vcallsign].marker.setIcon(habitat_car_icons_flipped[chase_vehicles[vcallsign].colour]);
chase_vehicles[vcallsign].marker.setRotationAngle(_car_heading);
}
return;
}
// No need to go any further.
return;
}
// Otherwise, we need to decide if we're going to add it or not.
// Determine the vehicle distance from our current position.
var v_pos = {lat: v_lat, lon:v_lon, alt:v_alt};
if (chase_car_position.marker === "NONE"){
var my_pos = {lat:chase_config.default_lat, lon:chase_config.default_lon, alt:0};
}else{
var my_pos = {lat:chase_car_position.latest_data[0], lon:chase_car_position.latest_data[1], alt:chase_car_position.latest_data[2]};
}
var v_range = calculate_lookangles(my_pos, v_pos).range/1000.0;
// If the range is less than the threshold, add it to our list of chase vehicles.
if(v_range < vehicle_max_range){
//console.log("Adding: " + vcallsign);
chase_vehicles[vcallsign] = {};
// Initialise a few default values
chase_vehicles[vcallsign].heading = 90;
chase_vehicles[vcallsign].latest_data = [v_lat, v_lon, v_alt];
chase_vehicles[vcallsign].position_id = _last_position.ts;
// Get an index for the car icon. This is incremented for each vehicle,
// giving each a different colour.
chase_vehicles[vcallsign].colour = car_colour_values[car_colour_idx];
car_colour_idx = (car_colour_idx+1)%car_colour_values.length;
// Create marker
chase_vehicles[vcallsign].marker = L.marker(chase_vehicles[vcallsign].latest_data,
{title:vcallsign,
icon: habitat_car_icons[chase_vehicles[vcallsign].colour],
rotationOrigin: "center center"})
.addTo(map);
// Add tooltip, with custom CSS which removes all tooltip borders, and adds a text shadow.
chase_vehicles[vcallsign].marker.bindTooltip(vcallsign,
{permanent: true,
direction: 'center',
offset:[0,25],
className:'custom_label'}).openTooltip();
if(document.getElementById("showOtherCars").checked){
// Add the car to the map if we have the show other cars button checked.
chase_vehicles[vcallsign].marker.addTo(map);
// Keep our own record of if this marker has been added to a map,
// as we shouldn't be using the private _map property of the marker object.
chase_vehicles[vcallsign].onmap = true;
// Add tooltip, with custom CSS which removes all tooltip borders, and adds a text shadow.
chase_vehicles[vcallsign].marker.bindTooltip(vcallsign,
{permanent: true,
direction: 'center',
offset:[0,25],
className:'custom_label'}).openTooltip();
}
}
}
}
}
});
sondehub_request_running = false;
}
}
// Request the latest vehicle positions from Sondehub
function get_sondehub_vehicles(){
if(!sondehub_request_running){
sondehub_request_running = true;
console.log("Requesting vehicles from Sondehub...")
$.ajax({
url: sondehub_vehicle_url,
dataType: 'json',
timeout: 15000,
async: true,
success: function(data) {
console.log(data);
process_sondehub_vehicles(data);
}
});
function flush_sondehub_vehicles(){
for (_car in chase_vehicles){
// Remove from map if present.
if(chase_vehicles[_car].onmap){
chase_vehicles[_car].marker.remove();
chase_vehicles[_car].onmap = false;
}
delete chase_vehicles[_car];
}
}
// Request the latest vehicle positions from Sondehub-Amateur
function get_sondehub_amateur_vehicles(){
//
// SondeHub Websockets connection.
//
var livedata = "wss://ws-reader.v2.sondehub.org/";
var clientID = "ChaseMapper-" + Math.floor(Math.random() * 10000000000);
var client;
var clientConnected = false;
var clientActive = false;
var clientTopic;
if(!sondehub_request_running){
sondehub_request_running = true;
console.log("Requesting vehicles from Sondehub Amateur...")
$.ajax({
url: sondehub_vehicle_url_amateur,
dataType: 'json',
timeout: 15000,
async: true,
success: function(data) {
console.log(data);
process_sondehub_vehicles(data);
}
});
}
function onConnect() {
if (chase_config.profiles[chase_config.selected_profile].online_tracker === "sondehub") {
var topic = "listener/#";
client.subscribe(topic);
clientTopic = topic;
} else if (chase_config.profiles[chase_config.selected_profile].online_tracker === "sondehubamateur") {
var topic = "amateur-listener/#";
client.subscribe(topic);
clientTopic = topic;
} else {
return;
}
clientConnected = true;
clientActive = true;
console.log("SondeHub Websockets Connected - Subscribed to " + clientTopic);
};
function connectionError(error) {
clientConnected = false;
clientActive = false;
console.log("SondeHub Websockets Connection Error");
};
function onConnectionLost(responseObject) {
if (responseObject.errorCode !== 0) {
clientConnected = false;
clientActive = false;
console.log("SondeHub Websockets Connection Lost");
}
};
function onMessageArrived(message) {
try {
if (clientActive) {
var frame = JSON.parse(message.payloadString.toString());
handleSondeHubWebSocketPacket(frame);
}
}
catch(err) {}
};
function startSondeHubWebsockets() {
if(document.getElementById("showOtherCars").checked){
// Clear off any vehicles on the map.
flush_sondehub_vehicles();
if(clientConnected == false){
// Not connected yet. Start a new connection.
client = new Paho.Client(livedata, clientID);
client.onConnectionLost = onConnectionLost;
client.onMessageArrived = onMessageArrived;
client.connect({onSuccess:onConnect,onFailure:connectionError,reconnect:true});
} else {
// Already connected, un-sub and re-sub to the correct topic.
client.unsubscribe(clientTopic);
onConnect();
}
} else {
if(clientConnected || (client != null)){
client.disconnect();
clientConnected = false;
console.log("SondeHub Websockets Disconnected.")
}
}
}
// Show/Hide all vehicles.
function show_sondehub_vehicles(){
var state = document.getElementById("showOtherCars").checked;
for (_car in chase_vehicles){
// Add to map, if its not already on there.
if(state){
if(!chase_vehicles[_car].onmap){
chase_vehicles[_car].marker.addTo(map);
chase_vehicles[_car].onmap = true;
}
} else{
if(chase_vehicles[_car].onmap){
chase_vehicles[_car].marker.remove();
chase_vehicles[_car].onmap = false;
}
}
}
// Re-connect to websockets if necessary.
startSondeHubWebsockets();
}
/* Habitat ChaseCar lib (copied from SondeHub Tracker)
* Uploads geolocation for chase cars to habitat
*

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@ -44,7 +44,7 @@
<script src="{{ url_for('static', filename='js/predictions.js') }}"></script>
<script src="{{ url_for('static', filename='js/car.js') }}"></script>
<script src="{{ url_for('static', filename='js/bearings.js') }}"></script>
<script src="{{ url_for('static', filename='js/paho-mqtt.js') }}"></script>
<meta name="viewport" content="width=device-width, initial-scale=1.0, maximum-scale=1.0, user-scalable=no" />
@ -134,6 +134,8 @@
// (i.e. when another client makes a change)
socket.on('server_settings_update', function(data){
serverSettingsUpdate(data);
// Re-Connect to websockets if necessary.
startSondeHubWebsockets();
});
// Add handlers for various text fields.
@ -675,22 +677,8 @@
}
}, age_update_rate);
// Habitat/Sondehub Chase Car Position Grabber
var habitat_update_rate = 20000;
window.setInterval(function(){
if(document.getElementById("showOtherCars").checked){
if (chase_config.profiles[chase_config.selected_profile].online_tracker === "sondehub"){
get_sondehub_vehicles();
}
else if (chase_config.profiles[chase_config.selected_profile].online_tracker === "sondehubamateur"){
get_sondehub_amateur_vehicles();
}
else{
// Do nothing...
}
}
}, habitat_update_rate);
// Start connection to Sondehub Websockets.
startSondeHubWebsockets();
// Sadly we can't request location information unless chasemapper is served up via HTTPS
// which is a bit difficult to make happen.
@ -859,7 +847,7 @@
<h3>Chase Car Upload</h3>
<div class="form-switch form-check-reverse">
<input class="form-check-input" type="checkbox" role="switch" value="" id="showOtherCars" onclick="show_habitat_vehicles();">
<input class="form-check-input" type="checkbox" role="switch" value="" id="showOtherCars" onclick="show_sondehub_vehicles();">
<label class="form-check-label" for="showOtherCars">
<b>Show Nearby Chase-Cars </b>
</label>