Delete location.js
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buffbears
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function Location() { // onReady, onRefresh, onAllComplete
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var that = this,
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$this = $(this),
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_forecastmgr,
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_observations=[];
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this.temperature = function() {
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if (_observations[1]!=null && _observations[1].temperature.value) {
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return C2F(_observations[1].temperature.value);
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} else {
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return Math.round( _observations[0].current.temp );
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}
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}
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this.observations = function(i) {
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return _observations[i];
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};
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this.forecasts=function(type){return _forecastmgr.forecast(type)};
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this.init = function(searchString){
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checkRefresh(searchString);
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};
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this.initForecasts = function() {
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// start the forecast data pull
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if (_observations[0] != undefined){
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_forecastmgr = new ForecastManager(_observations[0].lat, _observations[0].lon, function() {
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$this.trigger('ready');
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});
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}
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};
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this.initNWSObservations = function(){
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stationObservations();
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};
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// check to see if data needs to be refreshed
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function checkRefresh(location) {
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// check the expiration
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if ( _observations[0]!=undefined && dateFns.isFuture( _observations[0].xdate ) ) {
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setTimeout(checkRefresh, getRandom(5000, 10000));
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return;
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}
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// woeid is the id for the location to pull data for
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console.log(location);
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if (location != undefined) {
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var loclat = location.split(",")[0]
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var loclong = location.split(",")[1]
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var url = 'https://api.openweathermap.org/data/2.5/onecall?lat=' + loclat + '&lon=' + loclong + '&appid=putkeyhere&units=imperial'
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// ajax the latest observation
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$.getJSON(url, function(data) {
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_observations[0] = json = data;
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$this.trigger('refresh');
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// the following block only runs on init
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if (that.woeid===undefined) {
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that.woeid = loclat
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that.lat = data.lat
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that.long = data.lon;
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//that.city = data.query.results.channel.location.city;
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$this.trigger('init');
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}
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// set the expiration date/time
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_observations[0].xdate = dateFns.addMinutes(json.lastBuildDate, json.ttl);
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setTimeout(checkRefresh, getRandom(5000, 10000));
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});
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$.getJSON('http://api.openweathermap.org/geo/1.0/reverse?lat=' + loclat + '&lon=' + loclong + '&limit=1&appid=0cb279a98124446dd16dba02fbfb60ee', function(sloc) {
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that.city = (sloc[0].name);
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});
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}
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}
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// pull observations from the location observation station
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function stationObservations() {
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var url = that.stationUrl + '/observations/current';
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// check the expiration
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if ( _observations[1]!=undefined && dateFns.isFuture( _observations[1].xdate ) ) {
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setTimeout(checkRefresh, getRandom(5000, 10000));
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return;
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}
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// ajax the current conditions
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$.getJSON(url, function(data) {
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_observations[1] = data.properties;
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// set the expiration date/time
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_observations[1].xdate = dateFns.addMinutes(data.properties.timestamp, 60);
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setTimeout(stationObservations, getRandom(5000, 10000));
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});
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}
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function ForecastManager (latitude, longitude, readyCallback) {
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var _forecasts = {},
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keys =['daily','hourly'],
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key,
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readycount = 0;
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for(key of keys) {
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_forecasts[key] = new Forecast(key, latitude, longitude, count);
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}
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function count() {
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// count up completed forecast pulls
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readycount++;
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if (readycount===keys.length) {
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readyCallback();
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}
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}
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this.forecast = function(type) {
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try{
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return _forecasts[type].data;
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} catch(err){}
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}
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}
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function Forecast(type, lat, lon, readyCallback) {
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var that = this,
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url = 'https://api.weather.gov/points/' + lat + ',' + lon + "/forecast/" + (type==='hourly' ? type : '');
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this.data = {};
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checkRefresh();
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function checkRefresh() {
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// check the expiration
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if ( that.data!={} && dateFns.isFuture( that.data.xdate ) ) {
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setTimeout(checkRefresh, getRandom(5000, 10000));
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return;
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}
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// ajax the forecast
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$.getJSON(url, function(data) {
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that.data = data.properties.periods;
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// trigger ready callback on first data pull
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if (readyCallback){
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readyCallback();
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}
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// set the expiration date/time
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that.data.xdate = dateFns.addMinutes(data.properties.updated, 60);
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that.data.xdate = dateFns.addMinutes(new Date(), 5);
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setTimeout(checkRefresh, getRandom(5000, 10000));
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});
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}
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}
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}
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