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/*
* Station Forwarder
* Fill in the API Keys (and which other services you'd like to update) below, and "▷ Run" the Schedule function. You're all set!
* You can see updates in the "☰▶ Executions" section on the left. If you make any changes to the API Keys or enabled services, run Schedule again.
*/
// Getting data
const datasource = 'weatherflow'; // 'ibm' (wunderground), 'acurite' (myacurite), 'davis' (weatherlink), 'weatherflow' (tempestwx), 'ambient' (ambient weather), 'ecowitt', 'aprs' (aprs.fi), or 'custom' (custom webhook in rtl_433 format)
const ibmAPIKey = 'xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx';
const ibmStationID = 'KXXXXXXXXXX';
// or
const acuriteUsername = 'xxxxxx@example.com';
const acuritePassword = 'xxxxxxxxxxxxxxxxxx';
const acuriteHubName = 'xxxxxxxxxxxxxxxx';
const acuriteStationName = 'xxxxxxxxxxxxxxxx';
// or
const davisApiKey = 'xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx';
const davisApiSecret = 'xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx';
const davisStationName = 'xxxxxxxxxxxxxxxx';
// or
const weatherflowPUT = 'xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx';
const weatherflowStationId = 'xxxxx';
// or
const ambientWeatherStationName = 'xxxxxx';
const ambientWeatherApiKey = 'xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx';
// or
const ecowittAPIKey = 'xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx';
const ecowittApplicationKey = 'xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx';
const ecowittMacAddress = 'XX:XX:XX:XX:XX:XX';
// or
const aprsStationID = 'xxxxxx';
const aprsApiKey = 'xxxxxx.xxxxxxxxxxxxxxxx';
// or
const customStationLat = 'xx.xxxxxx';
const customStationLon = 'xx.xxxxxx';
// Sending data
const updateWunderground = false;
const wundergroundStationID = 'KXXXXXXXXXX';
const wundergroundStationKey = 'xxxxxxxx';
///
const updateWindy = false;
const windyAPIKey = 'xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx';
const windyStationID = '0';
///
const updatePWSWeather = false;
const pwsWeatherAPIKey = 'XXXXXXXXXXX';
const pwsWeatherStationID = 'XXXXXXXXXXX';
///
const updateWeatherCloud = false;
const weathercloudAPIKey = 'xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx';
const weathercloudID = 'xxxxxxxxxxxxxxxx';
const hasWeatherCloudPro = false;
///
const updateOpenWeatherMap = false;
const openWeatherMapAPIKey = 'xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx';
const openWeatherMapStationID = 'xxxxxxxxxxxxxxxx';
///
const updateWindGuru = false;
const windGuruStationUID = 'xxxxxxxxxx';
const windGuruStationPassword = 'xxxxxxxxxxxxxxxx';
///
const updateWOW = false;
const wowSiteID = 'xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx';
const wowAuthKey = 'xxxxxx';
///
const updateCWOP = false;
const cwopStationIDOrHamCallsign = 'CW0001';
const cwopValidationCode = null;
/*
____ _ _ _ _____ _ _ _ ____ _
| _ \ ___ | \ | | ___ | |_ | ____|__| (_) |_ | __ ) ___| | _____ __
| | | |/ _ \ | \| |/ _ \| __| | _| / _` | | __| | _ \ / _ \ |/ _ \ \ /\ / /
| |_| | (_) | | |\ | (_) | |_ | |__| (_| | | |_ | |_) | __/ | (_) \ V V /
|____/ \___/ |_| \_|\___/ \__| |_____\__,_|_|\__| |____/ \___|_|\___/ \_/\_/
*/
let version = 'v2.9.5';
function Schedule() {
if (updateWunderground && datasource === 'ibm' && ibmStationID === wundergroundStationID) throw 'Error: You are currently set to pull data from Wunderground and also send data to Wunderground. Please disable one or the other to avoid duplicate data.';
if (updateCWOP && datasource === 'aprs' && aprsStationID === cwopStationIDOrHamCallsign) throw 'Error: You are currently set to pull data from APRS.FI (CWOP) and also send data to CWOP. Please disable one or the other to avoid duplicate data.';
ScriptApp.getProjectTriggers().forEach(trigger => ScriptApp.deleteTrigger(trigger));
switch (datasource) {
case 'ibm':
refreshFromIBM_();
ScriptApp.newTrigger('refreshFromIBM_').timeBased().everyMinutes(1).create();
break;
case 'acurite':
refreshFromAcurite_();
ScriptApp.newTrigger('refreshFromAcurite_').timeBased().everyMinutes(1).create();
break;
case 'davis':
refreshFromDavis_();
ScriptApp.newTrigger('refreshFromDavis_').timeBased().everyMinutes(1).create();
break;
case 'weatherflow':
refreshFromWeatherflow_();
ScriptApp.newTrigger('refreshFromWeatherflow_').timeBased().everyMinutes(1).create();
break;
case 'ambient':
refreshFromAmbientWeather_();
ScriptApp.newTrigger('refreshFromAmbientWeather_').timeBased().everyMinutes(1).create();
break;
case 'ecowitt':
refreshFromEcowitt_();
ScriptApp.newTrigger('refreshFromEcowitt_').timeBased().everyMinutes(1).create();
break;
case 'aprs':
refreshFromAPRSFI_();
ScriptApp.newTrigger('refreshFromAPRSFI_').timeBased().everyMinutes(1).create();
break;
case 'custom':
console.warn('You have chosen a custom datasource! Please publish this Apps Script project as a web app');
break;
default:
throw 'Invalid datasource';
}
if (updateWunderground) ScriptApp.newTrigger('updateWunderground_').timeBased().everyMinutes(1).create();
if (updateWindy) ScriptApp.newTrigger('updateWindy_').timeBased().everyMinutes(5).create();
if (updatePWSWeather) ScriptApp.newTrigger('updatePWSWeather_').timeBased().everyMinutes(5).create();
if (updateWeatherCloud) ScriptApp.newTrigger('updateWeatherCloud_').timeBased().everyMinutes(hasWeatherCloudPro ? 1 : 10).create();
if (updateOpenWeatherMap) ScriptApp.newTrigger('updateOpenWeatherMap_').timeBased().everyMinutes(1).create();
if (updateWindGuru) ScriptApp.newTrigger('updateWindGuru_').timeBased().everyMinutes(1).create();
if (updateWOW) ScriptApp.newTrigger('updateWOW_').timeBased().everyMinutes(5).create();
if (updateCWOP) ScriptApp.newTrigger('updateCWOP_').timeBased().everyMinutes(5).create();
console.log('Scheduled! Check Executions ☰▶ tab for status.');
checkGithubReleaseVersion_();
}
/*
____ _
| _ \ ___ ___ ___(_)_ _____ _ __ ___
| |_) / _ \/ __/ _ \ \ \ / / _ \ '__/ __|
| _ < __/ (_| __/ |\ V / __/ | \__ \
|_| \_\___|\___\___|_| \_/ \___|_| |___/
*/
// https://www.wunderground.com/member/api-keys
function refreshFromIBM_() {
let ibmConditions = fetchJSON_('https://api.weather.com/v2/pws/observations/current?stationId=' + ibmStationID + '&format=json&units=e&numericPrecision=decimal&apiKey=' + ibmAPIKey);
if (!ibmConditions) return false; // still no luck? give up
// console.log(JSON.stringify(ibmConditions));
ibmConditions = ibmConditions['observations'][0];
let conditions = {};
conditions.time = new Date(ibmConditions.obsTimeUtc).getTime();
conditions.latitude = ibmConditions.lat.toString();
conditions.longitude = ibmConditions.lon.toString();
if (ibmConditions.imperial.temp != null) conditions.temp = {
"f": Number(ibmConditions.imperial.temp).toFixedNumber(2),
"c": Number(ibmConditions.imperial.temp).fToC().toFixedNumber(2)
};
if (ibmConditions.imperial.dewpt != null) conditions.dewpoint = {
"f": Number(ibmConditions.imperial.dewpt).toFixedNumber(2),
"c": Number(ibmConditions.imperial.dewpt).fToC().toFixedNumber(2)
};
if (ibmConditions.imperial.windSpeed != null) conditions.windSpeed = {
"mph": Number(ibmConditions.imperial.windSpeed).toFixedNumber(2),
"mps": Number(ibmConditions.imperial.windSpeed).mphToMPS().toFixedNumber(2),
"kph": Number(ibmConditions.imperial.windSpeed).mphToKPH().toFixedNumber(2),
"knots": Number(ibmConditions.imperial.windSpeed).mphToKnots().toFixedNumber(2)
};
if (ibmConditions.imperial.windGust != null) conditions.windGust = {
"mph": Number(ibmConditions.imperial.windGust).toFixedNumber(2),
"mps": Number(ibmConditions.imperial.windGust).mphToMPS().toFixedNumber(2),
"kph": Number(ibmConditions.imperial.windGust).mphToKPH().toFixedNumber(2),
"knots": Number(ibmConditions.imperial.windGust).mphToKnots().toFixedNumber(2)
};
if (ibmConditions.winddir != null) conditions.winddir = ibmConditions.winddir;
if (ibmConditions.imperial.windChill != null) conditions.windChill = {
"f": Number(ibmConditions.imperial.windChill).toFixedNumber(2),
"c": Number(ibmConditions.imperial.windChill).fToC().toFixedNumber(2)
};
if (ibmConditions.imperial.heatIndex != null) conditions.heatIndex = {
"f": Number(ibmConditions.imperial.heatIndex).toFixedNumber(2),
"c": Number(ibmConditions.imperial.heatIndex).fToC().toFixedNumber(2)
};
if (ibmConditions.imperial.pressure != null) conditions.pressure = {
"inHg": Number(ibmConditions.imperial.pressure).toFixedNumber(3),
"hPa": Number(ibmConditions.imperial.pressure).inHgTohPa().toFixedNumber(0)
};
if (ibmConditions.humidity != null) conditions.humidity = Number(ibmConditions.humidity).toFixedNumber(0);
if (ibmConditions.uv != null) conditions.uv = ibmConditions.uv;
if (ibmConditions.solarRadiation != null) conditions.solarRadiation = ibmConditions.solarRadiation;
if (ibmConditions.imperial.precipRate != null) conditions.precipRate = {
"in": Number(ibmConditions.imperial.precipRate).toFixedNumber(3),
"mm": Number(ibmConditions.imperial.precipRate).inTomm().toFixedNumber(2)
};
if (ibmConditions.imperial.precipTotal != null) conditions.precipSinceMidnight = {
"in": Number(ibmConditions.imperial.precipTotal).toFixedNumber(3),
"mm": Number(ibmConditions.imperial.precipTotal).inTomm().toFixedNumber(2)
};
let calculatedHourlyPrecipAccum = getCalculatedHourlyPrecipAccum_(conditions.precipRate.in);
if (calculatedHourlyPrecipAccum != null) conditions.precipLastHour = {
"in": Number(calculatedHourlyPrecipAccum).toFixedNumber(3),
"mm": Number(calculatedHourlyPrecipAccum).inTomm().toFixedNumber(2)
};
console.log(JSON.stringify(conditions));
CacheService.getScriptCache().put('conditions', JSON.stringify(conditions), 21600);
return JSON.stringify(conditions);
}
// https://community.smartthings.com/t/my-very-quick-and-dirty-integration-with-myacurite-smart-hub-st-webcore/97749
function refreshFromAcurite_() {
let accountId = CacheService.getScriptCache().get('myAcuriteAccountId');
let token = CacheService.getScriptCache().get('myAcuriteToken');
// pretending-ish to be a browser
let headers = {
"Content-Type": "application/json;charset=UTF-8",
"Origin": "https://www.myacurite.com/",
"Accept-Language": "en-us",
"Accept": "application/json",
"Referer": "https://www.myacurite.com/",
"DNT": "1"
};
if (!token) { // get a new one every 6 hours when the cache expires
const credentials = {
"remember": true,
"email": acuriteUsername,
"password": acuritePassword
};
token = UrlFetchApp.fetch('https://marapi.myacurite.com/users/login', {
"headers": headers,
"method": "post",
"payload": JSON.stringify(credentials)
}).getContentText();
token = JSON.parse(token);
// console.log(JSON.stringify(token));
accountId = token['user']['account_users'][0]['account_id'].toString();
token = token['token_id'];
CacheService.getScriptCache().put('myAcuriteAccountId', accountId, 21600);
CacheService.getScriptCache().put('myAcuriteToken', token, 21600);
Utilities.sleep(5000);
}
headers['x-one-vue-token'] = token;
let hubs;
try {
hubs = UrlFetchApp.fetch('https://marapi.myacurite.com/accounts/' + accountId + '/dashboard/hubs/', {"headers": headers}).getContentText();
hubs = JSON.parse(hubs);
}
catch(e) {
const credentials = {
"remember": true,
"email": acuriteUsername,
"password": acuritePassword
};
let token = UrlFetchApp.fetch('https://marapi.myacurite.com/users/login', {
"headers": headers,
"method": "post",
"payload": JSON.stringify(credentials)
}).getContentText();
token = JSON.parse(token);
accountId = token['user']['account_users'][0]['account_id'].toString();
token = token['token_id'];
CacheService.getScriptCache().put('myAcuriteAccountId', accountId, 21600);
CacheService.getScriptCache().put('myAcuriteToken', token, 21600);
Utilities.sleep(5000);
hubs = UrlFetchApp.fetch('https://marapi.myacurite.com/accounts/' + accountId + '/dashboard/hubs/', {"headers": headers}).getContentText();
hubs = JSON.parse(hubs);
}
// console.log(JSON.stringify(hubs));
let hubId = hubs.account_hubs.find(hub => hub.name === acuriteHubName).id.toString();
let sensors = UrlFetchApp.fetch('https://marapi.myacurite.com/accounts/' + accountId + '/dashboard/hubs/' + hubId, {"headers": headers}).getContentText();
sensors = JSON.parse(sensors);
// console.log(JSON.stringify(sensors));
let acuriteConditions = sensors.devices.find(device => device.name === acuriteStationName);
// console.log(JSON.stringify(acuriteConditions));
let conditions = {};
conditions.time = new Date(acuriteConditions.last_check_in_at).getTime();
conditions.latitude = sensors.latitude.toString();
conditions.longitude = sensors.longitude.toString();
let temp = acuriteConditions.sensors.find(sensor => sensor.sensor_code === 'Temperature');
if (temp != null) conditions.temp = {
"f": temp.chart_unit === 'F' ? Number(temp.last_reading_value).toFixedNumber(2) : Number(temp.last_reading_value).cToF().toFixedNumber(2),
"c": temp.chart_unit === 'C' ? Number(temp.last_reading_value).toFixedNumber(2) : Number(temp.last_reading_value).fToC().toFixedNumber(2)
};
let dewpoint = acuriteConditions.sensors.find(sensor => sensor.sensor_code === 'Dew Point');
if (dewpoint != null) conditions.dewpoint = {
"f": dewpoint.chart_unit === 'F' ? Number(dewpoint.last_reading_value).toFixedNumber(2) : Number(dewpoint.last_reading_value).cToF().toFixedNumber(2),
"c": dewpoint.chart_unit === 'C' ? Number(dewpoint.last_reading_value).toFixedNumber(2) : Number(dewpoint.last_reading_value).fToC().toFixedNumber(2)
};
let windspeed = acuriteConditions.sensors.find(sensor => sensor.sensor_code === 'WindSpeedAvg');
if (windspeed != null) conditions.windSpeed = {
"mph": windspeed.chart_unit === 'mph' ? Number(windspeed.last_reading_value).toFixedNumber(2) : Number(windspeed.last_reading_value).kphToMPH().toFixedNumber(2),
"mps": windspeed.chart_unit === 'mph' ? Number(windspeed.last_reading_value).mphToMPS().toFixedNumber(2) : Number(windspeed.last_reading_value).kphToMPS().toFixedNumber(2),
"kph": windspeed.chart_unit === 'mph' ? Number(windspeed.last_reading_value).mphToKPH().toFixedNumber(2) : Number(windspeed.last_reading_value).toFixedNumber(2),
"knots": windspeed.chart_unit === 'mph' ? Number(windspeed.last_reading_value).mphToKnots().toFixedNumber(2) : Number(windspeed.last_reading_value).kphToKnots().toFixedNumber(2)
};
let windgust = acuriteConditions.sensors.find(sensor => sensor.sensor_code === 'Wind Speed');
if (windgust != null) conditions.windGust = {
"mph": windgust.chart_unit === 'mph' ? Number(windgust.last_reading_value).toFixedNumber(2) : Number(windgust.last_reading_value).kphToMPH().toFixedNumber(2),
"mps": windgust.chart_unit === 'mph' ? Number(windgust.last_reading_value).mphToMPS().toFixedNumber(2) : Number(windgust.last_reading_value).kphToMPS().toFixedNumber(2),
"kph": windgust.chart_unit === 'mph' ? Number(windgust.last_reading_value).mphToKPH().toFixedNumber(2) : Number(windgust.last_reading_value).toFixedNumber(2),
"knots": windgust.chart_unit === 'mph' ? Number(windgust.last_reading_value).mphToKnots().toFixedNumber(2) : Number(windgust.last_reading_value).kphToKnots().toFixedNumber(2)
};
let winddir = acuriteConditions.sensors.find(sensor => sensor.sensor_code === 'Wind Direction');
if (winddir != null) conditions.winddir = Number(winddir.last_reading_value);
let pressure = acuriteConditions.sensors.find(sensor => sensor.sensor_code === 'Barometric Pressure');
if (pressure != null) conditions.pressure = {
"inHg": pressure.chart_unit === 'inHg' ? Number(pressure.last_reading_value).toFixedNumber(3) : Number(pressure.last_reading_value).hPaToinHg().toFixedNumber(3),
"hPa": pressure.chart_unit === 'hPa' ? Number(pressure.last_reading_value).toFixedNumber(0) : Number(pressure.last_reading_value).inHgTohPa().toFixedNumber(0)
};
let humidity = acuriteConditions.sensors.find(sensor => sensor.sensor_code === 'Humidity');
if (humidity != null) conditions.humidity = Number(humidity.last_reading_value).toFixedNumber(0);
if (temp != null && windspeed != null) conditions.windChill = {
"f": conditions.temp.f.windChill(conditions.windSpeed.mph, 'F').toFixedNumber(2),
"c": conditions.temp.c.windChill(conditions.windSpeed.kph, 'C').toFixedNumber(2)
};
if (temp != null && humidity != null) conditions.heatIndex = {
"f": conditions.temp.f.heatIndex(conditions.humidity, 'F').toFixedNumber(2),
"c": conditions.temp.c.heatIndex(conditions.humidity, 'C').toFixedNumber(2)
};
let uv = acuriteConditions.sensors.find(sensor => sensor.sensor_code === 'UV'); // TODO: Unable to test, may be wrong sensor code
if (uv != null) conditions.uv = uv.last_reading_value;
let lightIntensity = acuriteConditions.sensors.find(sensor => sensor.sensor_code === 'Light Intensity'); // TODO: Unable to test, may be wrong sensor code
if (lightIntensity != null) conditions.solarRadiation = lightIntensity.last_reading_value;
let rain = acuriteConditions.sensors.find(sensor => sensor.sensor_code === 'Rainfall');
if (rain != null) {
// current accumulation since midnight is provided by the api
conditions.precipSinceMidnight = {
"in": rain.chart_unit === 'in' ? Number(rain.last_reading_value).toFixedNumber(3) : Number(rain.last_reading_value).mmToIn().toFixedNumber(3),
"mm": rain.chart_unit === 'mm' ? Number(rain.last_reading_value).toFixedNumber(2) : Number(rain.last_reading_value).inTomm().toFixedNumber(2)
};
// but the rate is not
conditions.precipRate = {
"in": 0,
"mm": 0
};
// calculate rate from most recent accumulation difference
let lastRainReading = CacheService.getScriptCache().get('lastAcuriteRainReading');
let lastRainTime = CacheService.getScriptCache().get('lastAcuriteRainTime');
if (lastRainReading && lastRainTime) {
let timeDiff = (conditions.time - Number(lastRainTime)) / (60 * 60 * 1000); // Convert to hours
let accumDiff = conditions.precipSinceMidnight.in - Number(lastRainReading);
if (timeDiff > 0 && timeDiff < 0.1 && accumDiff >= 0) { // maximum six minutes since last check and accumulation has increased
conditions.precipRate = {
"in": (accumDiff / timeDiff).toFixedNumber(3),
"mm": (accumDiff / timeDiff).inTomm().toFixedNumber(2)
};
}
}
// cache current reading for next rate calculation
CacheService.getScriptCache().put('lastAcuriteRainReading', conditions.precipSinceMidnight.in.toString(), 21600);
CacheService.getScriptCache().put('lastAcuriteRainTime', conditions.time.toString(), 21600);
}
console.log(JSON.stringify(conditions));
CacheService.getScriptCache().put('conditions', JSON.stringify(conditions), 21600);
return JSON.stringify(conditions);
}
// https://weatherlink.github.io/v2-api/api-reference
function refreshFromDavis_() {
let now = Math.round(new Date().getTime() / 1000);
let signature = Utilities.computeHmacSha256Signature('api-key' + davisApiKey + 't' + now, davisApiSecret).map(function(chr){return (chr+256).toString(16).slice(-2)}).join(''); // sha256 to hex
let davisStationInfo = fetchJSON_('https://api.weatherlink.com/v2/stations/?api-key=' + davisApiKey + '&api-signature=' + signature + '&t=' + now);
if (!davisStationInfo) return false; // still no luck? give up
// console.log(JSON.stringify(davisStationInfo));
let station = davisStationInfo.stations.find(station => station.station_name === davisStationName);
let stationId = station.station_id;
signature = Utilities.computeHmacSha256Signature('api-key' + davisApiKey + 'station-id' + stationId + 't' + now, davisApiSecret).map(function(chr){return (chr+256).toString(16).slice(-2)}).join('');
let davisConditions = fetchJSON_('https://api.weatherlink.com/v2/current/' + stationId + '?api-key=' + davisApiKey + '&api-signature=' + signature + '&t=' + now);
if (!davisConditions) return false; // still no luck? give up
// console.log(JSON.stringify(davisConditions));
let conditions = {};
conditions.time = davisConditions.sensors[0].data[0].ts * 1000;
conditions.latitude = station.latitude.toString();
conditions.longitude = station.longitude.toString();
if (davisConditions.sensors[0].data[0].temp != null) conditions.temp = {
"f": Number(davisConditions.sensors[0].data[0].temp_out).toFixedNumber(2),
"c": Number(davisConditions.sensors[0].data[0].temp_out).fToC().toFixedNumber(2)
};
if (davisConditions.sensors[0].data[0].dew_point != null) conditions.dewpoint = {
"f": Number(davisConditions.sensors[0].data[0].dew_point).toFixedNumber(2),
"c": Number(davisConditions.sensors[0].data[0].dew_point).fToC().toFixedNumber(2)
};
if (davisConditions.sensors[0].data[0].wind_speed != null) conditions.windSpeed = {
"mph": Number(davisConditions.sensors[0].data[0].wind_speed).toFixedNumber(2),
"mps": Number(davisConditions.sensors[0].data[0].wind_speed).mphToMPS().toFixedNumber(2),
"kph": Number(davisConditions.sensors[0].data[0].wind_speed).mphToKPH().toFixedNumber(2),
"knots": Number(davisConditions.sensors[0].data[0].wind_speed).mphToKnots().toFixedNumber(2)
};
if (davisConditions.sensors[0].data[0].wind_gust_10_min != null) conditions.windGust = {
"mph": Number(davisConditions.sensors[0].data[0].wind_gust_10_min).toFixedNumber(2),
"mps": Number(davisConditions.sensors[0].data[0].wind_gust_10_min).mphToMPS().toFixedNumber(2),
"kph": Number(davisConditions.sensors[0].data[0].wind_gust_10_min).mphToKPH().toFixedNumber(2),
"knots": Number(davisConditions.sensors[0].data[0].wind_gust_10_min).mphToKnots().toFixedNumber(2)
};
if (davisConditions.sensors[0].data[0].wind_dir != null) conditions.winddir = davisConditions.sensors[0].data[0].wind_dir;
if (davisConditions.sensors[0].data[0].bar != null) conditions.pressure = {
"inHg": Number(davisConditions.sensors[0].data[0].bar).toFixedNumber(3),
"hPa": Number(davisConditions.sensors[0].data[0].bar).inHgTohPa().toFixedNumber(0)
};
if (davisConditions.sensors[0].data[0].hum_out != null) conditions.humidity = Number(davisConditions.sensors[0].data[0].hum_out).toFixedNumber(0);
if (davisConditions.sensors[0].data[0].wind_chill != null) {
conditions.windChill = {
"f": Number(davisConditions.sensors[0].data[0].wind_chill).toFixedNumber(2),
"c": Number(davisConditions.sensors[0].data[0].wind_chill).fToC().toFixedNumber(2)
};
} else if (conditions.temp != null && conditions.windSpeed != null) {
conditions.windChill = {
"f": conditions.temp.f.windChill(conditions.windSpeed.mph, 'F').toFixedNumber(2),
"c": conditions.temp.c.windChill(conditions.windSpeed.kph, 'C').toFixedNumber(2)
};
};
if (davisConditions.sensors[0].data[0].heat_index != null) {
conditions.heatIndex = {
"f": Number(davisConditions.sensors[0].data[0].heat_index).toFixedNumber(2),
"c": Number(davisConditions.sensors[0].data[0].heat_index).fToC().toFixedNumber(2)
};
} else if (conditions.temp != null && conditions.humidity != null) {
conditions.heatIndex = {
"f": conditions.temp.heatIndex(conditions.humidity, 'F').toFixedNumber(2),
"c": conditions.temp.heatIndex(conditions.humidity, 'C').toFixedNumber(2)
};
};
if (davisConditions.sensors[0].data[0].uv != null) conditions.uv = davisConditions.sensors[0].data[0].uv;
if (davisConditions.sensors[0].data[0].solar_rad != null) conditions.solarRadiation = davisConditions.sensors[0].data[0].solar_rad;
if (davisConditions.sensors[0].data[0].rain_storm_in != null) conditions.precipRate = {
"in": Number(davisConditions.sensors[0].data[0].rain_storm_in).toFixedNumber(3),
"mm": Number(davisConditions.sensors[0].data[0].rain_storm_mm).toFixedNumber(2)
};
if (davisConditions.sensors[0].data[0].rain_day_in != null) conditions.precipSinceMidnight = {
"in": Number(davisConditions.sensors[0].data[0].rainfall_daily_in).toFixedNumber(3),
"mm": Number(davisConditions.sensors[0].data[0].rainfall_daily_mm).toFixedNumber(2)
};
if (davisConditions.sensors[0].data[0].rain_day_in != null) conditions.precipLast24Hours = {
"in": Number(davisConditions.sensors[0].data[0].rainfall_last_24_hr_in).toFixedNumber(3),
"mm": Number(davisConditions.sensors[0].data[0].rainfall_last_24_hr_mm).toFixedNumber(2)
};
if (davisConditions.sensors[0].data[0].rain_day_in != null) conditions.precipLastHour = {
"in": Number(davisConditions.sensors[0].data[0].rainfall_last_60_min_in).toFixedNumber(3),
"mm": Number(davisConditions.sensors[0].data[0].rainfall_last_60_min_mm).toFixedNumber(2)
};
console.log(JSON.stringify(conditions));
CacheService.getScriptCache().put('conditions', JSON.stringify(conditions), 21600);
return JSON.stringify(conditions);
}
// https://weatherflow.github.io/Tempest/api/
// https://apidocs.tempestwx.com/reference/derived-metrics
function refreshFromWeatherflow_() {
let weatherflowConditions = fetchJSON_('https://swd.weatherflow.com/swd/rest/observations/station/' + weatherflowStationId + '?token=' + weatherflowPUT);
if (!weatherflowConditions || !weatherflowConditions?.obs || !weatherflowConditions?.obs.length) return false; // still no luck? give up
// console.log(JSON.stringify(weatherflowConditions));
let conditions = {};
conditions.time = weatherflowConditions.obs[0].timestamp * 1000;
conditions.latitude = weatherflowConditions.latitude.toString();
conditions.longitude = weatherflowConditions.longitude.toString();
if (weatherflowConditions.obs[0].air_temperature != null) conditions.temp = {
"f": Number(weatherflowConditions.obs[0].air_temperature).cToF().toFixedNumber(2),
"c": Number(weatherflowConditions.obs[0].air_temperature).toFixedNumber(2)
};
if (weatherflowConditions.obs[0].dew_point != null) conditions.dewpoint = {
"f": Number(weatherflowConditions.obs[0].dew_point).cToF().toFixedNumber(2),
"c": Number(weatherflowConditions.obs[0].dew_point).toFixedNumber(2)
};
if (weatherflowConditions.obs[0].wind_avg != null) conditions.windSpeed = {
"mph": Number(weatherflowConditions.obs[0].wind_avg).mpsToMPH().toFixedNumber(2),
"mps": Number(weatherflowConditions.obs[0].wind_avg).toFixedNumber(2),
"kph": Number(weatherflowConditions.obs[0].wind_avg).mpsToKPH().toFixedNumber(2),
"knots": Number(weatherflowConditions.obs[0].wind_avg).mpsToKnots().toFixedNumber(2)
};
if (weatherflowConditions.obs[0].wind_gust != null) conditions.windGust = {
"mph": Number(weatherflowConditions.obs[0].wind_gust).mpsToMPH().toFixedNumber(2),
"mps": Number(weatherflowConditions.obs[0].wind_gust).toFixedNumber(2),
"kph": Number(weatherflowConditions.obs[0].wind_gust).mpsToKPH().toFixedNumber(2),
"knots": Number(weatherflowConditions.obs[0].wind_gust).mpsToKnots().toFixedNumber(2)
};
if (weatherflowConditions.obs[0].wind_direction != null) conditions.winddir = weatherflowConditions.obs[0].wind_direction;
if (weatherflowConditions.obs[0].sea_level_pressure != null) conditions.pressure = {
"inHg": Number(weatherflowConditions.obs[0].sea_level_pressure).hPaToinHg().toFixedNumber(3),
"hPa": Number(weatherflowConditions.obs[0].sea_level_pressure).toFixedNumber(0)
};
if (weatherflowConditions.obs[0].relative_humidity != null) conditions.humidity = Number(weatherflowConditions.obs[0].relative_humidity).toFixedNumber(0);
if (weatherflowConditions.obs[0].wind_chill != null) {
conditions.windChill = {
"f": Number(weatherflowConditions.obs[0].wind_chill).cToF().toFixedNumber(2),
"c": Number(weatherflowConditions.obs[0].wind_chill).toFixedNumber(2)
};
} else if (conditions.temp != null && conditions.windSpeed != null) {
conditions.windChill = {
"f": conditions.temp.f.windChill(conditions.windSpeed.mph, 'F').toFixedNumber(2),
"c": conditions.temp.c.windChill(conditions.windSpeed.kph, 'C').toFixedNumber(2)
};
};
if (weatherflowConditions.obs[0].heat_index != null) {
conditions.heatIndex = {
"f": Number(weatherflowConditions.obs[0].heat_index).cToF().toFixedNumber(2),
"c": Number(weatherflowConditions.obs[0].heat_index).toFixedNumber(2)
};
} else if (conditions.temp != null && conditions.humidity != null) {
conditions.heatIndex = {
"f": conditions.temp.f.heatIndex(conditions.humidity, 'F').toFixedNumber(2),
"c": conditions.temp.c.heatIndex(conditions.humidity, 'C').toFixedNumber(2)
};
};
if (weatherflowConditions.obs[0].uv != null) conditions.uv = weatherflowConditions.obs[0].uv;
if (weatherflowConditions.obs[0].solar_radiation != null) conditions.solarRadiation = weatherflowConditions.obs[0].solar_radiation;
if (weatherflowConditions.obs[0].precip != null) conditions.precipRate = {
"in": Number(weatherflowConditions.obs[0].precip * 60).mmToIn().toFixedNumber(3),
"mm": Number(weatherflowConditions.obs[0].precip * 60).toFixedNumber(2)
};
if (weatherflowConditions.obs[0].precip_accum_local_day != null) conditions.precipSinceMidnight = {
"in": Number(weatherflowConditions.obs[0].precip_accum_local_day).mmToIn().toFixedNumber(3),
"mm": Number(weatherflowConditions.obs[0].precip_accum_local_day).toFixedNumber(2)
};
if (weatherflowConditions.obs[0].precip_accum_last_1hr != null) conditions.precipLastHour = {
"in": Number(weatherflowConditions.obs[0].precip_accum_last_1hr).mmToIn().toFixedNumber(3),
"mm": Number(weatherflowConditions.obs[0].precip_accum_last_1hr).toFixedNumber(2)
};
console.log(JSON.stringify(conditions));
CacheService.getScriptCache().put('conditions', JSON.stringify(conditions), 21600);
return JSON.stringify(conditions);
}
// https://ambientweather.docs.apiary.io/
// https://github.com/ambient-weather/api-docs/wiki/Device-Data-Specs
function refreshFromAmbientWeather_() {
let ambientWeatherDevices = fetchJSON_('https://rt.ambientweather.net/v1/devices?applicationKey=' + Utilities.newBlob(Utilities.base64Decode('NDNiYzQwMDgxOTc0NDVhNTk3NDg0ZjBiNjgwMjMxYTRiM2UwOTliNzc0NjY0MDlmYTgwN2Q3ZjQzN2YyYmViYg==')).getDataAsString() + '&apiKey=' + ambientWeatherApiKey);
if (!ambientWeatherDevices || !ambientWeatherDevices.length) return false; // still no luck? give up
// console.log(JSON.stringify(ambientWeatherDevices));
let station = ambientWeatherDevices.find(x => x.info.name === ambientWeatherStationName);
if (!station) throw 'Unable to find station named "' + ambientWeatherStationName + '" in your Ambient Weather account. Only ' + ambientWeatherDevices.map(x => x.info.name).join() + '.';
let conditions = {};
conditions.time = station.lastData.dateutc;
conditions.latitude = station.info.coords.coords.lat.toString();
conditions.longitude = station.info.coords.coords.lon.toString();
if (station.lastData.tempf != null) conditions.temp = {
"f": Number(station.lastData.tempf).toFixedNumber(2),
"c": Number(station.lastData.tempf).fToC().toFixedNumber(2)
};
if (station.lastData.dewPoint != null) conditions.dewpoint = {
"f": Number(station.lastData.dewPoint).toFixedNumber(2),
"c": Number(station.lastData.dewPoint).fToC().toFixedNumber(2)
};
if (station.lastData.windspeedmph != null) conditions.windSpeed = {
"mph": Number(station.lastData.windspeedmph).toFixedNumber(2),
"mps": Number(station.lastData.windspeedmph).mphToMPS().toFixedNumber(2),
"kph": Number(station.lastData.windspeedmph).mphToKPH().toFixedNumber(2),
"knots": Number(station.lastData.windspeedmph).mphToKnots().toFixedNumber(2)
};
if (station.lastData.windgustmph != null) conditions.windGust = {
"mph": Number(station.lastData.windgustmph).toFixedNumber(2),
"mps": Number(station.lastData.windgustmph).mphToMPS().toFixedNumber(2),
"kph": Number(station.lastData.windgustmph).mphToKPH().toFixedNumber(2),
"knots": Number(station.lastData.windgustmph).mphToKnots().toFixedNumber(2)
};
if (station.lastData.winddir != null) conditions.winddir = station.lastData.winddir;
if (station.lastData.baromabsin != null) conditions.pressure = {
"inHg": Number(station.lastData.baromabsin).toFixedNumber(3),
"hPa": Number(station.lastData.baromabsin).inHgTohPa().toFixedNumber(0)
};
if (station.lastData.humidity != null) conditions.humidity = Number(station.lastData.humidity).toFixedNumber(0);
if (conditions.temp != null && conditions.windSpeed != null) conditions.windChill = {
"f": conditions.temp.f.windChill(conditions.windSpeed.mph, 'F').toFixedNumber(2),
"c": conditions.temp.c.windChill(conditions.windSpeed.kph, 'C').toFixedNumber(2)
};
if (conditions.temp != null && conditions.humidity != null) conditions.heatIndex = {
"f": conditions.temp.f.heatIndex(conditions.humidity, 'F').toFixedNumber(2),
"c": conditions.temp.c.heatIndex(conditions.humidity, 'C').toFixedNumber(2)
};
if (station.lastData.uv != null) conditions.uv = station.lastData.uv;
if (station.lastData.solarradiation != null) conditions.solarRadiation = station.lastData.solarradiation;
if (station.lastData.hourlyrainin != null) conditions.precipRate = {
"in": Number(station.lastData.hourlyrainin).toFixedNumber(3),
"mm": Number(station.lastData.hourlyrainin).inTomm().toFixedNumber(2)
};
if (station.lastData.dailyrainin != null) conditions.precipSinceMidnight = {
"in": Number(station.lastData.dailyrainin).toFixedNumber(3),
"mm": Number(station.lastData.dailyrainin).inTomm().toFixedNumber(2)
};
if (station.lastData['24hourrainin'] != null) conditions.precipLast24Hours = {
"in": Number(station.lastData['24hourrainin']).toFixedNumber(3),
"mm": Number(station.lastData['24hourrainin']).inTomm().toFixedNumber(2)
};
let calculatedHourlyPrecipAccum = getCalculatedHourlyPrecipAccum_(conditions.precipRate.in);
if (calculatedHourlyPrecipAccum != null) conditions.precipLastHour = {
"in": Number(calculatedHourlyPrecipAccum).toFixedNumber(3),
"mm": Number(calculatedHourlyPrecipAccum).inTomm().toFixedNumber(2)
};
console.log(JSON.stringify(conditions));
CacheService.getScriptCache().put('conditions', JSON.stringify(conditions), 21600);
return JSON.stringify(conditions);
}
// doc.ecowitt.net
function refreshFromEcowitt_() {
let ecowittConditions = fetchJSON_('https://api.ecowitt.net/api/v3/device/info?application_key=' + ecowittApplicationKey + '&api_key=' + ecowittAPIKey + '&mac=' + ecowittMacAddress + '&call_back=all&temp_unitid=2&pressure_unitid=4&wind_speed_unitid=9&rainfall_unitid=13&solar_irradiance_unitid=16');
if (!ecowittConditions || ecowittConditions.code !== 0) return false; // still no luck? give up
// console.log(JSON.stringify(ecowittConditions));
let conditions = {};
conditions.time = new Date(Number(ecowittConditions.time) * 1000).getTime();
conditions.latitude = ecowittConditions.data.latitude.toString();
conditions.longitude = ecowittConditions.data.longitude.toString();
if (ecowittConditions.data?.last_update?.outdoor) {
if (ecowittConditions.data?.last_update?.outdoor?.temperature?.value) {
conditions.temp = {
"f": Number(ecowittConditions.data.last_update.outdoor.temperature.value).toFixedNumber(2),
"c": Number(ecowittConditions.data.last_update.outdoor.temperature.value).fToC().toFixedNumber(2)
};
}
if (ecowittConditions.data?.last_update?.outdoor?.dew_point?.value) {
conditions.dewpoint = {
"f": Number(ecowittConditions.data.last_update.outdoor.dew_point.value).toFixedNumber(2),
"c": Number(ecowittConditions.data.last_update.outdoor.dew_point.value).fToC().toFixedNumber(2)
};
}
if (ecowittConditions.data?.last_update?.outdoor?.humidity?.value) {
conditions.humidity = Number(ecowittConditions.data.last_update.outdoor.humidity.value).toFixedNumber(0);
}
}
if (ecowittConditions.data?.last_update?.wind) {
if (ecowittConditions.data?.last_update?.wind?.wind_speed?.value) {
conditions.windSpeed = {
"mph": Number(ecowittConditions.data.last_update.wind.wind_speed.value).toFixedNumber(2),
"mps": Number(ecowittConditions.data.last_update.wind.wind_speed.value).mphToMPS().toFixedNumber(2),
"kph": Number(ecowittConditions.data.last_update.wind.wind_speed.value).mphToKPH().toFixedNumber(2),
"knots": Number(ecowittConditions.data.last_update.wind.wind_speed.value).mphToKnots().toFixedNumber(2)
};
}
if (ecowittConditions.data?.last_update?.wind?.wind_gust?.value) {
conditions.windGust = {
"mph": Number(ecowittConditions.data.last_update.wind.wind_gust.value).toFixedNumber(2),
"mps": Number(ecowittConditions.data.last_update.wind.wind_gust.value).mphToMPS().toFixedNumber(2),
"kph": Number(ecowittConditions.data.last_update.wind.wind_gust.value).mphToKPH().toFixedNumber(2),
"knots": Number(ecowittConditions.data.last_update.wind.wind_gust.value).mphToKnots().toFixedNumber(2)
};
}
if (ecowittConditions.data?.last_update?.wind?.wind_direction?.value) {
conditions.winddir = Number(ecowittConditions.data.last_update.wind.wind_direction.value);
}
}
if (ecowittConditions.data?.last_update?.pressure?.relative) {
conditions.pressure = {
"inHg": Number(ecowittConditions.data.last_update.pressure.relative.value).toFixedNumber(3),
"hPa": Number(ecowittConditions.data.last_update.pressure.relative.value).inHgTohPa().toFixedNumber(0)
};
}
if (ecowittConditions.data?.last_update?.solar_and_uvi) {
if (ecowittConditions.data?.last_update?.solar_and_uvi?.solar?.value) {
conditions.solarRadiation = Number(ecowittConditions.data.last_update.solar_and_uvi.solar.value);
}
if (ecowittConditions.data?.last_update?.solar_and_uvi?.uvi?.value) {
conditions.uv = Number(ecowittConditions.data.last_update.solar_and_uvi.uvi.value);
}
}
if (ecowittConditions.data?.last_update?.rainfall?.rain_rate?.value) {
conditions.precipRate = {
"in": Number(ecowittConditions.data.last_update.rainfall.rain_rate.value).toFixedNumber(3),
"mm": Number(ecowittConditions.data.last_update.rainfall.rain_rate.value).inTomm().toFixedNumber(2)
};
}
if (ecowittConditions.data?.last_update?.rainfall?.daily?.value) {
conditions.precipSinceMidnight = {
"in": Number(ecowittConditions.data.last_update.rainfall.daily.value).toFixedNumber(3),
"mm": Number(ecowittConditions.data.last_update.rainfall.daily.value).inTomm().toFixedNumber(2)
};
}
if (ecowittConditions.data?.last_update?.rainfall?.hourly?.value) {
conditions.precipLastHour = {
"in": Number(ecowittConditions.data.last_update.rainfall.hourly.value).toFixedNumber(3),
"mm": Number(ecowittConditions.data.last_update.rainfall.hourly.value).inTomm().toFixedNumber(2)
};
}
if (conditions.temp && conditions.windSpeed) {
conditions.windChill = {
"f": conditions.temp.f.windChill(conditions.windSpeed.mph, 'F').toFixedNumber(2),
"c": conditions.temp.c.windChill(conditions.windSpeed.kph, 'C').toFixedNumber(2)
};
}
if (conditions.temp && conditions.humidity) {
conditions.heatIndex = {
"f": conditions.temp.f.heatIndex(conditions.humidity, 'F').toFixedNumber(2),
"c": conditions.temp.c.heatIndex(conditions.humidity, 'C').toFixedNumber(2)
};
}
console.log(JSON.stringify(conditions));
CacheService.getScriptCache().put('conditions', JSON.stringify(conditions), 21600);
return JSON.stringify(conditions);
}
// https://aprs.fi/page/api
function refreshFromAPRSFI_() {
let aprsStations = fetchJSON_('https://api.aprs.fi/api/get?name=' + aprsStationID + '&what=wx&format=json&apikey=' + aprsApiKey);
if (!aprsStations || !aprsStations?.entries || !aprsStations?.entries.length) return false; // still no luck? give up
let aprsConditions = aprsStations.entries.find(station => station.name.toLowerCase() === aprsStationID);
if (!aprsConditions) return false;
console.log(JSON.stringify(aprsConditions));
let aprsloc = CacheService.getScriptCache().get('aprsloc');
if (!aprsloc) {
aprsloc = fetchJSON_('https://api.aprs.fi/api/get?name=' + aprsStationID + '&what=loc&format=json&apikey=' + aprsApiKey);
aprsloc = aprsloc.entries.find(station => station.name.toLowerCase() === aprsStationID);
aprsloc = aprsloc.lat + ',' + aprsloc.lng;
CacheService.getScriptCache().put('aprsloc', aprsloc, 21600); // 6h maximum, weather stations don't move much
}
let conditions = {};
conditions.time = aprsConditions.time * 1000;
conditions.latitude = aprsloc.split(',')[0];
conditions.longitude = aprsloc.split(',')[1];
if (aprsConditions.temp != null) conditions.temp = {
"f": Number(aprsConditions.temp).cToF().toFixedNumber(2),
"c": Number(aprsConditions.temp).toFixedNumber(2)
};
if (aprsConditions.wind_speed != null) conditions.windSpeed = {
"mph": Number(aprsConditions.wind_speed).mpsToMPH().toFixedNumber(2),
"mps": Number(aprsConditions.wind_speed).toFixedNumber(2),
"kph": Number(aprsConditions.wind_speed).mpsToKPH().toFixedNumber(2),
"knots": Number(aprsConditions.wind_speed).mpsToKnots().toFixedNumber(2)
};
if (aprsConditions.wind_gust != null) conditions.windGust = {
"mph": Number(aprsConditions.wind_gust).mpsToMPH().toFixedNumber(2),
"mps": Number(aprsConditions.wind_gust).toFixedNumber(2),
"kph": Number(aprsConditions.wind_gust).mpsToKPH().toFixedNumber(2),
"knots": Number(aprsConditions.wind_gust).mpsToKnots().toFixedNumber(2)
};
if (aprsConditions.wind_direction != null) conditions.winddir = aprsConditions.wind_direction;
if (aprsConditions.pressure != null) conditions.pressure = {
"inHg": Number(aprsConditions.pressure).hPaToinHg().toFixedNumber(3),
"hPa": Number(aprsConditions.pressure).toFixedNumber(0)
};
if (aprsConditions.humidity != null) conditions.humidity = Number(aprsConditions.humidity).toFixedNumber(0);
if (conditions.temp != null && conditions.windSpeed != null) conditions.windChill = {
"f": conditions.temp.f.windChill(conditions.windSpeed.mph, 'F').toFixedNumber(2),
"c": conditions.temp.c.windChill(conditions.windSpeed.kph, 'C').toFixedNumber(2)
};
if (conditions.temp != null && conditions.humidity != null) conditions.heatIndex = {
"f": conditions.temp.f.heatIndex(conditions.humidity, 'F').toFixedNumber(2),
"c": conditions.temp.c.heatIndex(conditions.humidity, 'C').toFixedNumber(2)
};
if (aprsConditions.luminosity != null) conditions.solarRadiation = Number(aprsConditions.luminosity).toFixedNumber(0);
if (aprsConditions.rain_1h != null) conditions.precipRate = {
"in": Number(aprsConditions.rain_1h).mmToIn().toFixedNumber(3),
"mm": Number(aprsConditions.rain_1h).toFixedNumber(2)
};
if (aprsConditions.rain_mn != null) conditions.precipSinceMidnight = {
"in": Number(aprsConditions.rain_mn).mmToIn().toFixedNumber(3),
"mm": Number(aprsConditions.rain_mn).toFixedNumber(2)
};
if (aprsConditions.rain_24h != null) conditions.precipLast24Hours = {
"in": Number(aprsConditions.rain_24h).mmToIn().toFixedNumber(3),
"mm": Number(aprsConditions.rain_24h).toFixedNumber(2)
};
let calculatedHourlyPrecipAccum = getCalculatedHourlyPrecipAccum_(conditions.precipRate.in);
if (calculatedHourlyPrecipAccum != null) conditions.precipLastHour = {
"in": Number(calculatedHourlyPrecipAccum).toFixedNumber(3),
"mm": Number(calculatedHourlyPrecipAccum).inTomm().toFixedNumber(2)
};
console.log(JSON.stringify(conditions));
CacheService.getScriptCache().put('conditions', JSON.stringify(conditions), 21600);
return JSON.stringify(conditions);
}
// https://www.triq.org/rtl_433/DATA_FORMAT.html
// https://developers.google.com/apps-script/guides/web#request_parameters
function doPost(request) {
let receivedJSON;
try {
receivedJSON = JSON.parse(request?.postData?.contents);
}
catch(e) {
console.error('Problem with the received payload: ' + e.message + '\n\n' + request?.postData?.contents);
}
if (!receivedJSON) return false;
console.log(JSON.stringify(receivedJSON));
let conditions = {};
conditions.time = new Date(receivedJSON.time).getTime();
conditions.latitude = customStationLat.toString();
conditions.longitude = customStationLon.toString();
if (receivedJSON.temperature_F != null) conditions.temp = {
"f": Number(receivedJSON.temperature_F).toFixedNumber(2),
"c": Number(receivedJSON.temperature_F).fToC().toFixedNumber(2)
};
if (receivedJSON.temperature_C != null) conditions.temp = {
"f": Number(receivedJSON.temperature_C).cToF().toFixedNumber(2),
"c": Number(receivedJSON.temperature_C).toFixedNumber(2)
};
if (receivedJSON.wind_avg_m_s != null) conditions.windSpeed = {
"mph": Number(receivedJSON.wind_avg_m_s).mpsToMPH().toFixedNumber(2),
"mps": Number(receivedJSON.wind_avg_m_s).toFixedNumber(2),
"kph": Number(receivedJSON.wind_avg_m_s).mpsToKPH().toFixedNumber(2),
"knots": Number(receivedJSON.wind_avg_m_s).mpsToKnots().toFixedNumber(2)
};
if (receivedJSON.wind_avg_km_h != null) conditions.windSpeed = {
"mph": Number(receivedJSON.wind_avg_km_h).kphToMPH().toFixedNumber(2),
"mps": Number(receivedJSON.wind_avg_km_h).kphToMPS().toFixedNumber(2),
"kph": Number(receivedJSON.wind_avg_km_h).toFixedNumber(2),
"knots": Number(receivedJSON.wind_avg_km_h).kphToKnots().toFixedNumber(2)
};
if (receivedJSON.wind_avg_mi_h != null) conditions.windSpeed = {
"mph": Number(receivedJSON.wind_avg_mi_h).toFixedNumber(2),
"mps": Number(receivedJSON.wind_avg_mi_h).mphToMPS().toFixedNumber(2),
"kph": Number(receivedJSON.wind_avg_mi_h).mphToKPH().toFixedNumber(2),
"knots": Number(receivedJSON.wind_avg_mi_h).mphToKnots().toFixedNumber(2)
};
if (receivedJSON.wind_max_m_s != null) conditions.windGust = {
"mph": Number(receivedJSON.wind_max_m_s).mpsToMPH().toFixedNumber(2),
"mps": Number(receivedJSON.wind_max_m_s).toFixedNumber(2),
"kph": Number(receivedJSON.wind_max_m_s).mpsToKPH().toFixedNumber(2),
"knots": Number(receivedJSON.wind_max_m_s).mpsToKnots().toFixedNumber(2)
};
if (receivedJSON.wind_max_km_h != null) conditions.windGust = {
"mph": Number(receivedJSON.wind_max_km_h).kphToMPH().toFixedNumber(2),
"mps": Number(receivedJSON.wind_max_km_h).kphToMPS().toFixedNumber(2),
"kph": Number(receivedJSON.wind_max_km_h).toFixedNumber(2),
"knots": Number(receivedJSON.wind_max_km_h).kphToKnots().toFixedNumber(2)
};
if (receivedJSON.wind_max_mi_h != null) conditions.windGust = {
"mph": Number(receivedJSON.wind_max_mi_h).toFixedNumber(2),
"mps": Number(receivedJSON.wind_max_mi_h).mphToMPS().toFixedNumber(2),
"kph": Number(receivedJSON.wind_max_mi_h).mphToKPH().toFixedNumber(2),
"knots": Number(receivedJSON.wind_max_mi_h).mphToKnots().toFixedNumber(2)
};
if (receivedJSON.wind_dir_deg != null) conditions.winddir = receivedJSON.wind_dir_deg;
if (receivedJSON.pressure_hPa != null) conditions.pressure = {
"inHg": Number(receivedJSON.pressure_hPa).hPaToinHg().toFixedNumber(3),
"hPa": Number(receivedJSON.pressure_hPa).toFixedNumber(0)
};
if (receivedJSON.pressure_psi != null) conditions.pressure = {
"inHg": Number(receivedJSON.pressure_psi).hPaToinHg().toFixedNumber(3),
"hPa": Number(receivedJSON.pressure_psi).toFixedNumber(0)
};
if (receivedJSON.humidity != null) conditions.humidity = Number(receivedJSON.humidity).toFixedNumber(0);
if (conditions.temp != null && conditions.windSpeed != null) conditions.windChill = {
"f": conditions.temp.f.windChill(conditions.windSpeed.mph, 'F').toFixedNumber(2),
"c": conditions.temp.c.windChill(conditions.windSpeed.kph, 'C').toFixedNumber(2)
}
if (conditions.temp != null && conditions.humidity != null) conditions.heatIndex = {
"f": conditions.temp.f.heatIndex(conditions.humidity, 'F').toFixedNumber(2),
"c": conditions.temp.c.heatIndex(conditions.humidity, 'C').toFixedNumber(2)
};
if (receivedJSON.uv != null) conditions.uv = receivedJSON.uv;
if (receivedJSON.light_lux != null) conditions.solarRadiation = receivedJSON.light_lux;
if (receivedJSON.rain_rate_mm_h != null) conditions.precipRate = {
"in": Number(receivedJSON.rain_rate_mm_h).mmToIn().toFixedNumber(3),
"mm": Number(receivedJSON.rain_rate_mm_h).toFixedNumber(2)
};
console.log(JSON.stringify(conditions));
CacheService.getScriptCache().put('conditions', JSON.stringify(conditions), 21600);
return JSON.stringify(conditions);
}
/*
____ _
/ ___| ___ _ __ __| | ___ _ __ ___
\___ \ / _ \ '_ \ / _` |/ _ \ '__/ __|
___) | __/ | | | (_| | __/ | \__ \
|____/ \___|_| |_|\__,_|\___|_| |___/
*/
// https://support.weather.com/s/article/PWS-Upload-Protocol
function updateWunderground_() {
let conditions = JSON.parse(CacheService.getScriptCache().get('conditions'));
let request = 'https://rtupdate.wunderground.com/weatherstation/updateweatherstation.php';
request += '?ID=' + wundergroundStationID;
request += '&PASSWORD=' + wundergroundStationKey;
request += '&dateutc=' + encodeURIComponent(Utilities.formatDate(new Date(conditions.time), 'UTC', 'yyyy-MM-dd HH:mm:ss'));
if (conditions.temp != null) request += '&tempf=' + conditions.temp.f;
if (conditions.dewpoint != null) request += '&dewptf=' + conditions.dewpoint.f;
if (conditions.windSpeed != null) request += '&windspeedmph=' + conditions.windSpeed.mph;
if (conditions.windGust != null) request += '&windgustmph=' + conditions.windGust.mph;
if (conditions.winddir != null) request += '&winddir=' + conditions.winddir;
if (conditions.pressure != null) request += '&baromin=' + conditions.pressure.inHg;
if (conditions.humidity != null) request += '&humidity=' + conditions.humidity;
if (conditions.uv != null) request += '&uv=' + conditions.uv;
if (conditions.solarRadiation != null) request += '&solarradiation=' + conditions.solarRadiation;
if (conditions.precipRate != null) request += '&rainin=' + conditions.precipRate.in;
if (conditions.precipSinceMidnight != null) request += '&dailyrainin=' + conditions.precipSinceMidnight.in;
request += '&softwaretype=appsscriptforwarder' + version + '&action=updateraw&realtime=1&rtfreq=60';
let response = UrlFetchApp.fetch(request).getContentText();
console.log(response);
return response;
}
// https://community.windy.com/topic/8168/report-your-weather-station-data-to-windy
function updateWindy_() {
let conditions = JSON.parse(CacheService.getScriptCache().get('conditions'));
let request = 'https://stations.windy.com/pws/update/' + windyAPIKey;
request += '?stationId=' + windyStationID;
request += '&time=' + new Date(conditions.time).toISOString();
if (conditions.temp != null) request += '&tempf=' + conditions.temp.f;
if (conditions.dewpoint != null) request += '&dewptf=' + conditions.dewpoint.f;
if (conditions.windSpeed != null) request += '&windspeedmph=' + conditions.windSpeed.mph;
if (conditions.windGust != null) request += '&windgustmph=' + conditions.windGust.mph;
if (conditions.winddir != null) request += '&winddir=' + conditions.winddir;
if (conditions.pressure != null) request += '&baromin=' + conditions.pressure.inHg;
if (conditions.humidity != null) request += '&humidity=' + conditions.humidity;
if (conditions.precipLastHour != null) request += '&rainin=' + conditions.precipLastHour.in;