Weather Info from API

[fabiorusco]

Hello,
i nedd to know how may mm of rain done. I modify the script:
require('json')
https = require('ssl.https')
escape = require('socket.url').escape

key = 'xxxxxxxxxxxx'
location = 'Mandello del Lario'
latitude = 45.921373
longitude = 9.314482
args = 'lat=' .. latitude .. '&lon=' .. longitude

url = 'https://api.apixu.com/v1/forecast.json?key=%s&q=%s&days=2'
url = string.format(url, key, escape(arg))

res = https.request(url)

data = json.pdecode(res)
if type(data) ~= 'table' then
alert('Informazioni meteo non pervenute')
return
end

if data.error then
log('error', data.error)
return
end

current = data.current
today = data.forecast.forecastday[ 1 ].day
tomorrow = data.forecast.forecastday[ 2 ].day

-- log(current, today, tomorrow)

-- temperature in C
grp.write('32/2/1', current.temp_c)

-- total precipitation in millimeters
grp.write('32/2/8', today.totalprecip_mm)

But don't function. Can someone help me please.

[RomansP]

Hello, fabiorusco!

I have added one more object to my script for api.met.no (it is free, no need for special key, you can monitor weather for tomorrow and after tomorrow).

Here are changes what I have added

Code:

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local status_precipitation_amount_6h = grp.create({ datatype = dt.float16, address = '33/1/28', name = 'precipitation_amount_6h',}) -- mm for next 6 hours local precipitation_amount_6h = -1 -- participation amount in mm next 6 hours     -- for weather now     if entry.time == timestamp_current_hour then -- get data only for one hour (current hour)       current_data = entry.data.instant.details       if type(current_data) == 'table' then         temperature_YR = current_data.air_temperature or -273          -- temperature in Celsius degree         air_pressure_YR = current_data.air_pressure_at_sea_level or -1  -- air pressure in hPa         humidity_YR = current_data.relative_humidity or -1              -- air humidity in %         wind_direction_YR = current_data.wind_from_direction or -1      -- wind direction in degrees [0;360)         wind_speed_YR = current_data.wind_speed or -1                  -- wind speed in m/s         uv_index_YR = current_data.ultraviolet_index_clear_sky or -1    -- uv index         feelslike_temp_YR = calc_feelslike(temperature_YR, wind_speed_YR, humidity_YR) -- feels like temperature in Celsius degree       end             next_6h = entry.data.next_6_hours.details       if type(next_6h) == 'table' then         precipitation_amount_6h = next_6h.precipitation_amount or -1 -- precipitation amount in mm, next 6 hours       end     end     grp.write(status_precipitation_amount_6h, precipitation_amount_6h) -- precipitation mm for next 6 hours

And here the whole script:

Code:

123456789101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899100101102103104105106107108109110111112113114115116117118119120121122123124125126127128129130131132133134135136137138139140141142143144145146147148149150151152153154155156157158159160161162163164165166167168169170171172173174175176177178179180181182183184185186187188189190191192193194195196197198199200201202203204205206207208209210211212213214215216217218219220221222223224225226227228229230231232233234235236237238239240241242243244245246247248249250251252253254255256257258259260261262263264265266267268269270271272273274275276277278279280281282283284285286287288289290291292293294295296297298299300301302303304305306307308309310311312313314315316317318319320321322323324325326327328329330331332333334335336337338339340341342343344345346347348

local status_temp = grp.create({ datatype = dt.float16, address = '33/1/1', name = 'current_temp',}) local status_pressure = grp.create({ datatype = dt.uint16, address = '33/1/2', name = 'current_press',}) local status_humidity = grp.create({ datatype = dt.scale, address = '33/1/3', name = 'current_humid',}) local status_wind_direction = grp.create({ datatype = dt.float16, address = '33/1/4', name = 'current_wind_dir',}) local status_wind_speed = grp.create({ datatype = dt.float16, address = '33/1/5', name = 'current_wind_sp',}) local status_uv_index = grp.create({ datatype = dt.uint8, address = '33/1/6', name = 'current_uv_index',}) local status_feelslike_temp = grp.create({ datatype = dt.float16, address = '33/1/7', name = 'current_feels_temp',}) local status_rain_today = grp.create({ datatype = dt.bool, address = '33/1/8', name = 'rain_today',}) local status_snow_today = grp.create({ datatype = dt.bool, address = '33/1/9', name = 'snow_today',}) local status_min_temp_today = grp.create({ datatype = dt.float16, address = '33/1/10', name = 'today_temp_min',}) local status_max_temp_today = grp.create({ datatype = dt.float16, address = '33/1/11', name = 'today_temp_max',}) local status_min_pressure_today = grp.create({ datatype = dt.uint16, address = '33/1/12', name = 'today_press_min',}) local status_max_pressure_today = grp.create({ datatype = dt.uint16, address = '33/1/13', name = 'today_press_max',}) local status_min_wind_speed_today = grp.create({ datatype = dt.float16, address = '33/1/14', name = 'today_wind_min',}) local status_max_wind_speed_today = grp.create({ datatype = dt.float16, address = '33/1/15', name = 'today_wind_max',}) local status_min_uv_today = grp.create({ datatype = dt.uint8, address = '33/1/16', name = 'today_uv_min',}) local status_max_uv_today = grp.create({ datatype = dt.uint8, address = '33/1/17', name = 'today_uv_max',}) local status_rain_tomor = grp.create({ datatype = dt.bool, address = '33/1/18', name = 'rain_tomor',}) local status_snow_tomor = grp.create({ datatype = dt.bool, address = '33/1/19', name = 'snow_tomor',}) local status_min_temp_tomor = grp.create({ datatype = dt.float16, address = '33/1/20', name = 'tomor_temp_min',}) local status_max_temp_tomor = grp.create({ datatype = dt.float16, address = '33/1/21', name = 'tomor_temp_max',}) local status_min_pressure_tomor = grp.create({ datatype = dt.uint16, address = '33/1/22', name = 'tomor_press_min',}) local status_max_pressure_tomor = grp.create({ datatype = dt.uint16, address = '33/1/23', name = 'tomor_press_max',}) local status_min_wind_speed_tomor = grp.create({ datatype = dt.float16, address = '33/1/24', name = 'tomor_wind_min',}) local status_max_wind_speed_tomor = grp.create({ datatype = dt.float16, address = '33/1/25', name = 'tomor_wind_max',}) local status_min_uv_tomor = grp.create({ datatype = dt.uint8, address = '33/1/26', name = 'tomor_uv_min',}) local status_max_uv_tomor = grp.create({ datatype = dt.uint8, address = '33/1/27', name = 'tomor_uv_max',}) local status_precipitation_amount_6h = grp.create({ datatype = dt.float16, address = '33/1/28', name = 'precipitation_amount_6h',}) -- mm for next 6 hours local rain_tod_YR = false        -- is rainy or not (for today) local snow_tod_YR = false        -- is snowy or not (for today) local rain_tom_YR = false        -- is rainy or not (for tomorrow) local snow_tom_YR = false        -- is snowy or not (for tomorrow) -- current temperature, air pressure, humidity, wind direction and speed local temperature_YR = -273    -- temperature in degree Celsius local air_pressure_YR = -1    -- air pressure in hPa local humidity_YR = -1        -- air humidity in % local wind_direction_YR = -1  -- wind direction in degrees [0; 360) local wind_speed_YR = -1      -- wind speed in m/s local uv_index_YR = -1        -- UV index local feelslike_temp_YR = -273 -- feels like temperature in degree Celsius local precipitation_amount_6h = -1 -- participation amount in mm next 6 hours function init_min_max_table() -- initialize table for minimum, maximum temperature, pressure, windspeed   local min_max = {}   min_max.min_t = 8000 -- minimum temperature for today   min_max.max_t = -273 -- maximum temperature for today   min_max.min_p = 8000 -- minimum pressure for today   min_max.max_p = -1  -- maximum pressure for today   min_max.min_w = 8000 -- minimum wind speed for today   min_max.max_w = -1  -- maximum wind speed for today   min_max.min_uv = 8000 -- minimum UV index   min_max.max_uv = -1  -- maximum UV index     return min_max end function set_timestamp(day) -- if day = 0 today; if day = 1 tomorrow, if day = 2 day after tomorrow   local date = os.date('*t')   date.day = date.day + day   local time = os.time(date)   return os.date('%Y-%m-%d', time), date.hour -- timestamp and current hour end -- minimum maximum values of temperature, pressure and windspeed function min_max_temp_press_wind(dat_tab, min_max_tab)   min_max_tab.min_t = math.min(min_max_tab.min_t, dat_tab.air_temperature or 8000)   min_max_tab.max_t = math.max(min_max_tab.max_t, dat_tab.air_temperature or -273)   min_max_tab.min_p = math.min(min_max_tab.min_p, dat_tab.air_pressure_at_sea_level or 8000)   min_max_tab.max_p = math.max(min_max_tab.max_p, dat_tab.air_pressure_at_sea_level or -1)   min_max_tab.min_w = math.min(min_max_tab.min_w, dat_tab.wind_speed or 8000)   min_max_tab.max_w = math.max(min_max_tab.max_w, dat_tab.wind_speed or -1)   min_max_tab.min_uv = math.min(min_max_tab.min_uv, dat_tab.ultraviolet_index_clear_sky or 8000)   min_max_tab.max_uv = math.max(min_max_tab.max_uv, dat_tab.ultraviolet_index_clear_sky or -1)     return min_max_tab end function check_for_rain(next1h)   local is_rainy = false   local code = ''     if type(next1h) == 'table' and type(next1h.summary) == 'table' then     code = next1h.summary.symbol_code or ''   end     if code:find('rain') then     is_rainy = true   end     return is_rainy end function check_for_snow(next1h)   local is_snowy = false   local code = ''     if type(next1h) == 'table' and type(next1h.summary) == 'table' then     code = next1h.summary.symbol_code or ''   end     if code:find('snow') then     is_snowy = true   end   return is_snowy end function calc_heat_index(temperature, humidity)   if temperature < 26.7 then     log('for heat_index calculation temperature should be higher than +26.7 Celsius degree')     return -273   end     if humidity < 0 or humidity > 100 then     log('humidity should be in a range from 0 ... 100%')     return -273   end     local T = temperature   local H = humidity   local c_1 = -8.785   local c_2 = 1.611   local c_3 = 2.339   local c_4 = -0.146   local c_5 = -0.0123   local c_6 = -0.0164   local c_7 = 0.00221   local c_8 = 0.000725   local c_9 = -0.00000358   local heat_index = c_1+c_2*T+c_3*H+c_4*T*H+c_5*T*T+c_6*H*H+c_7*T*T*H+c_8*T*H*H+c_9*T*T*H*H   return heat_index end function calc_wind_chill(temperature, wind_speed)   if temperature > 10 then     log('temperature should be less than +10.0 Celsius degree')   return -273   end       if wind_speed < 0 or wind_speed > 49.2 then   log('wind speed should be in a range 0 ... 49.2 m/s')     return -273   end     local T_air = temperature -- air temperature Celsius degree     local a = 0.62 -- coef   local b = 0.51 -- coef   local T_1 = 13.1 -- Celsius degree   local T_2 = 14.6 -- Celsius degree     local M_0 = 1.3333 -- m/s   local M = wind_speed -- m/s     local T_wind_chill     if M > M_0 then     T_wind_chill = (a*T_air + T_1) + (b*T_air - T_2)*(M/M_0)^0.16   else     T_wind_chill = T_air   end     return T_wind_chill end function calc_feelslike(temperature, wind_speed, humidity)   local T_feelslike     if temperature <= 10.0 then -- if less than 10.0 Celsius degree (or equal) then wind chill     T_feelslike = calc_wind_chill(temperature, wind_speed)   elseif temperature >= 26.7 then -- if more than 26.7 Celsius degree (or equal) then heat index     T_feelslike = calc_heat_index(temperature, humidity)   else -- other cases just return temperature     T_feelslike = temperature   end   return T_feelslike end local min_max_today = init_min_max_table() -- table for minimum maximum temperature, air pressure, wind direction local min_max_tomor = init_min_max_table() -- table for minimum maximum temperature, air pressure, wind direction --local latitude = 51.5072 --  'London' --local longitude = 0.1276 --  'London' local latitude = 45.921373 --  'Mandello del Lario' local longitude = 9.314482 --  'Mandello del Lario' https = require('ssl.https') json = require('json') ltn12 = require('ltn12') args = 'lat=' .. latitude .. '&lon=' .. longitude url = 'https://api.met.no/weatherapi/locationforecast/2.0/complete?' .. args mac = 0 io.readfile('/sys/class/net/eth0/address'):gsub('%x%x', function(v)   mac = mac * 256 + tonumber(v, 16) end) response = {} res, code = https.request({   url = url,   protocol = 'tlsv12',   headers = {     ['user-agent'] = 'LM ' .. mac   },   sink = ltn12.sink.table(response) }) if res and code == 200 then   data = json.pdecode(table.concat(response)) else   log('request error', res, code) end if type(data) == 'table' then   timestamp, hour = set_timestamp(0) -- current day     if hour < 10 then     timestamp_current_hour = timestamp .. 'T0' .. hour .. ':00:00Z' -- time stamp for current hour   else     timestamp_current_hour = timestamp .. 'T' .. hour .. ':00:00Z'  -- time stamp for current hour   end     --log('timestamp = ' .. timestamp)     timestamp_next = set_timestamp(1) -- timestamp for tomorrow   --log('timestamp_next = ' .. timestamp_next)     --timestamp_after_next = set_timestamp(2) -- timestamp for day after tomorrow   --log('timestamp_after_next = ' .. timestamp_after_next)     --timestamp_after_after = set_timestamp(3) -- timestamp for day after day after tomorrow   --log('timestamp_after_after = ' .. timestamp_after_after)     for i, entry in ipairs(data.properties.timeseries) do          -- for weather now     if entry.time == timestamp_current_hour then -- get data only for one hour (current hour)       current_data = entry.data.instant.details       if type(current_data) == 'table' then         temperature_YR = current_data.air_temperature or -273          -- temperature in Celsius degree         air_pressure_YR = current_data.air_pressure_at_sea_level or -1  -- air pressure in hPa         humidity_YR = current_data.relative_humidity or -1              -- air humidity in %         wind_direction_YR = current_data.wind_from_direction or -1      -- wind direction in degrees [0;360)         wind_speed_YR = current_data.wind_speed or -1                  -- wind speed in m/s         uv_index_YR = current_data.ultraviolet_index_clear_sky or -1    -- uv index         feelslike_temp_YR = calc_feelslike(temperature_YR, wind_speed_YR, humidity_YR) -- feels like temperature in Celsius degree       end             next_6h = entry.data.next_6_hours.details       if type(next_6h) == 'table' then         precipitation_amount_6h = next_6h.precipitation_amount or -1 -- precipitation amount in mm, next 6 hours       end     end         if entry.time:sub(1, #timestamp) == timestamp then -- checks remaining hours + 3 previous hours of current day     current_data = entry.data.instant.details       if type(current_data) == 'table' then         min_max_today = min_max_temp_press_wind(current_data, min_max_today)       end             if rain_tod_YR == false then -- if detected rain does not check for rain         rain_tod_YR = check_for_rain(entry.data.next_1_hours)       end             if snow_tod_YR == false then -- if detected snow does not check for snow         snow_tod_YR = check_for_snow(entry.data.next_1_hours)       end     end         if entry.time:sub(1, #timestamp_next) == timestamp_next then -- checks 24 hours of next day       tomor_data = entry.data.instant.details       if type(tomor_data) == 'table' then         min_max_tomor = min_max_temp_press_wind(tomor_data, min_max_tomor)       end             if rain_tom_YR == false then -- if detected rain does not check for rain         rain_tom_YR = check_for_rain(entry.data.next_1_hours)       end             if snow_tom_YR == false then -- if detected snow does not check for snow         snow_tom_YR = check_for_snow(entry.data.next_1_hours)       end     end     end     -- data for current hour   grp.write(status_temp, temperature_YR)   grp.write(status_pressure, air_pressure_YR)   grp.write(status_humidity, humidity_YR)   grp.write(status_wind_direction, wind_direction_YR)   grp.write(status_wind_speed, wind_speed_YR)   grp.write(status_uv_index, uv_index_YR)   grp.write(status_feelslike_temp, feelslike_temp_YR)   grp.write(status_precipitation_amount_6h, precipitation_amount_6h) -- precipitation mm for next 6 hours     -- data for today: rain, snow; min and max for temperature, pressure, wind   grp.write(status_rain_today, rain_tod_YR)   grp.write(status_snow_today, snow_tod_YR)     grp.write(status_min_temp_today, min_max_today.min_t)   grp.write(status_max_temp_today, min_max_today.max_t)   grp.write(status_min_pressure_today, min_max_today.min_p)   grp.write(status_max_pressure_today, min_max_today.max_p)   grp.write(status_min_wind_speed_today, min_max_today.min_w)   grp.write(status_max_wind_speed_today, min_max_today.max_w)   grp.write(status_min_uv_today, min_max_today.min_uv)   grp.write(status_max_uv_today, min_max_today.max_uv)       -- data for tomorrow: rain, snow; min and max for temperature, pressure, wind   grp.write(status_rain_tomor, rain_tom_YR)   grp.write(status_snow_tomor, snow_tom_YR)     grp.write(status_min_temp_tomor, min_max_tomor.min_t)   grp.write(status_max_temp_tomor, min_max_tomor.max_t)   grp.write(status_min_pressure_tomor, min_max_tomor.min_p)   grp.write(status_max_pressure_tomor, min_max_tomor.max_p)   grp.write(status_min_wind_speed_tomor, min_max_tomor.min_w)   grp.write(status_max_wind_speed_tomor, min_max_tomor.max_w)   grp.write(status_min_uv_tomor, min_max_tomor.min_uv)   grp.write(status_max_uv_tomor, min_max_tomor.max_uv)   end

[fabiorusco]

Hello, fabiorusco!

I have added one more object to my script for api.met.no (it is free, no need for special key, you can monitor weather for tomorrow and after tomorrow).

Here are changes what I have added

Code:

1234567891011121314151617181920212223242526

local status_precipitation_amount_6h = grp.create({ datatype = dt.float16, address = '33/1/28', name = 'precipitation_amount_6h',}) -- mm for next 6 hours local precipitation_amount_6h = -1 -- participation amount in mm next 6 hours     -- for weather now     if entry.time == timestamp_current_hour then -- get data only for one hour (current hour)       current_data = entry.data.instant.details       if type(current_data) == 'table' then         temperature_YR = current_data.air_temperature or -273          -- temperature in Celsius degree         air_pressure_YR = current_data.air_pressure_at_sea_level or -1  -- air pressure in hPa         humidity_YR = current_data.relative_humidity or -1              -- air humidity in %         wind_direction_YR = current_data.wind_from_direction or -1      -- wind direction in degrees [0;360)         wind_speed_YR = current_data.wind_speed or -1                  -- wind speed in m/s         uv_index_YR = current_data.ultraviolet_index_clear_sky or -1    -- uv index         feelslike_temp_YR = calc_feelslike(temperature_YR, wind_speed_YR, humidity_YR) -- feels like temperature in Celsius degree       end             next_6h = entry.data.next_6_hours.details       if type(next_6h) == 'table' then         precipitation_amount_6h = next_6h.precipitation_amount or -1 -- precipitation amount in mm, next 6 hours       end     end     grp.write(status_precipitation_amount_6h, precipitation_amount_6h) -- precipitation mm for next 6 hours

And here the whole script:

Code:

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local status_temp = grp.create({ datatype = dt.float16, address = '33/1/1', name = 'current_temp',}) local status_pressure = grp.create({ datatype = dt.uint16, address = '33/1/2', name = 'current_press',}) local status_humidity = grp.create({ datatype = dt.scale, address = '33/1/3', name = 'current_humid',}) local status_wind_direction = grp.create({ datatype = dt.float16, address = '33/1/4', name = 'current_wind_dir',}) local status_wind_speed = grp.create({ datatype = dt.float16, address = '33/1/5', name = 'current_wind_sp',}) local status_uv_index = grp.create({ datatype = dt.uint8, address = '33/1/6', name = 'current_uv_index',}) local status_feelslike_temp = grp.create({ datatype = dt.float16, address = '33/1/7', name = 'current_feels_temp',}) local status_rain_today = grp.create({ datatype = dt.bool, address = '33/1/8', name = 'rain_today',}) local status_snow_today = grp.create({ datatype = dt.bool, address = '33/1/9', name = 'snow_today',}) local status_min_temp_today = grp.create({ datatype = dt.float16, address = '33/1/10', name = 'today_temp_min',}) local status_max_temp_today = grp.create({ datatype = dt.float16, address = '33/1/11', name = 'today_temp_max',}) local status_min_pressure_today = grp.create({ datatype = dt.uint16, address = '33/1/12', name = 'today_press_min',}) local status_max_pressure_today = grp.create({ datatype = dt.uint16, address = '33/1/13', name = 'today_press_max',}) local status_min_wind_speed_today = grp.create({ datatype = dt.float16, address = '33/1/14', name = 'today_wind_min',}) local status_max_wind_speed_today = grp.create({ datatype = dt.float16, address = '33/1/15', name = 'today_wind_max',}) local status_min_uv_today = grp.create({ datatype = dt.uint8, address = '33/1/16', name = 'today_uv_min',}) local status_max_uv_today = grp.create({ datatype = dt.uint8, address = '33/1/17', name = 'today_uv_max',}) local status_rain_tomor = grp.create({ datatype = dt.bool, address = '33/1/18', name = 'rain_tomor',}) local status_snow_tomor = grp.create({ datatype = dt.bool, address = '33/1/19', name = 'snow_tomor',}) local status_min_temp_tomor = grp.create({ datatype = dt.float16, address = '33/1/20', name = 'tomor_temp_min',}) local status_max_temp_tomor = grp.create({ datatype = dt.float16, address = '33/1/21', name = 'tomor_temp_max',}) local status_min_pressure_tomor = grp.create({ datatype = dt.uint16, address = '33/1/22', name = 'tomor_press_min',}) local status_max_pressure_tomor = grp.create({ datatype = dt.uint16, address = '33/1/23', name = 'tomor_press_max',}) local status_min_wind_speed_tomor = grp.create({ datatype = dt.float16, address = '33/1/24', name = 'tomor_wind_min',}) local status_max_wind_speed_tomor = grp.create({ datatype = dt.float16, address = '33/1/25', name = 'tomor_wind_max',}) local status_min_uv_tomor = grp.create({ datatype = dt.uint8, address = '33/1/26', name = 'tomor_uv_min',}) local status_max_uv_tomor = grp.create({ datatype = dt.uint8, address = '33/1/27', name = 'tomor_uv_max',}) local status_precipitation_amount_6h = grp.create({ datatype = dt.float16, address = '33/1/28', name = 'precipitation_amount_6h',}) -- mm for next 6 hours local rain_tod_YR = false        -- is rainy or not (for today) local snow_tod_YR = false        -- is snowy or not (for today) local rain_tom_YR = false        -- is rainy or not (for tomorrow) local snow_tom_YR = false        -- is snowy or not (for tomorrow) -- current temperature, air pressure, humidity, wind direction and speed local temperature_YR = -273    -- temperature in degree Celsius local air_pressure_YR = -1    -- air pressure in hPa local humidity_YR = -1        -- air humidity in % local wind_direction_YR = -1  -- wind direction in degrees [0; 360) local wind_speed_YR = -1      -- wind speed in m/s local uv_index_YR = -1        -- UV index local feelslike_temp_YR = -273 -- feels like temperature in degree Celsius local precipitation_amount_6h = -1 -- participation amount in mm next 6 hours function init_min_max_table() -- initialize table for minimum, maximum temperature, pressure, windspeed   local min_max = {}   min_max.min_t = 8000 -- minimum temperature for today   min_max.max_t = -273 -- maximum temperature for today   min_max.min_p = 8000 -- minimum pressure for today   min_max.max_p = -1  -- maximum pressure for today   min_max.min_w = 8000 -- minimum wind speed for today   min_max.max_w = -1  -- maximum wind speed for today   min_max.min_uv = 8000 -- minimum UV index   min_max.max_uv = -1  -- maximum UV index     return min_max end function set_timestamp(day) -- if day = 0 today; if day = 1 tomorrow, if day = 2 day after tomorrow   local date = os.date('*t')   date.day = date.day + day   local time = os.time(date)   return os.date('%Y-%m-%d', time), date.hour -- timestamp and current hour end -- minimum maximum values of temperature, pressure and windspeed function min_max_temp_press_wind(dat_tab, min_max_tab)   min_max_tab.min_t = math.min(min_max_tab.min_t, dat_tab.air_temperature or 8000)   min_max_tab.max_t = math.max(min_max_tab.max_t, dat_tab.air_temperature or -273)   min_max_tab.min_p = math.min(min_max_tab.min_p, dat_tab.air_pressure_at_sea_level or 8000)   min_max_tab.max_p = math.max(min_max_tab.max_p, dat_tab.air_pressure_at_sea_level or -1)   min_max_tab.min_w = math.min(min_max_tab.min_w, dat_tab.wind_speed or 8000)   min_max_tab.max_w = math.max(min_max_tab.max_w, dat_tab.wind_speed or -1)   min_max_tab.min_uv = math.min(min_max_tab.min_uv, dat_tab.ultraviolet_index_clear_sky or 8000)   min_max_tab.max_uv = math.max(min_max_tab.max_uv, dat_tab.ultraviolet_index_clear_sky or -1)     return min_max_tab end function check_for_rain(next1h)   local is_rainy = false   local code = ''     if type(next1h) == 'table' and type(next1h.summary) == 'table' then     code = next1h.summary.symbol_code or ''   end     if code:find('rain') then     is_rainy = true   end     return is_rainy end function check_for_snow(next1h)   local is_snowy = false   local code = ''     if type(next1h) == 'table' and type(next1h.summary) == 'table' then     code = next1h.summary.symbol_code or ''   end     if code:find('snow') then     is_snowy = true   end   return is_snowy end function calc_heat_index(temperature, humidity)   if temperature < 26.7 then     log('for heat_index calculation temperature should be higher than +26.7 Celsius degree')     return -273   end     if humidity < 0 or humidity > 100 then     log('humidity should be in a range from 0 ... 100%')     return -273   end     local T = temperature   local H = humidity   local c_1 = -8.785   local c_2 = 1.611   local c_3 = 2.339   local c_4 = -0.146   local c_5 = -0.0123   local c_6 = -0.0164   local c_7 = 0.00221   local c_8 = 0.000725   local c_9 = -0.00000358   local heat_index = c_1+c_2*T+c_3*H+c_4*T*H+c_5*T*T+c_6*H*H+c_7*T*T*H+c_8*T*H*H+c_9*T*T*H*H   return heat_index end function calc_wind_chill(temperature, wind_speed)   if temperature > 10 then     log('temperature should be less than +10.0 Celsius degree')   return -273   end       if wind_speed < 0 or wind_speed > 49.2 then   log('wind speed should be in a range 0 ... 49.2 m/s')     return -273   end     local T_air = temperature -- air temperature Celsius degree     local a = 0.62 -- coef   local b = 0.51 -- coef   local T_1 = 13.1 -- Celsius degree   local T_2 = 14.6 -- Celsius degree     local M_0 = 1.3333 -- m/s   local M = wind_speed -- m/s     local T_wind_chill     if M > M_0 then     T_wind_chill = (a*T_air + T_1) + (b*T_air - T_2)*(M/M_0)^0.16   else     T_wind_chill = T_air   end     return T_wind_chill end function calc_feelslike(temperature, wind_speed, humidity)   local T_feelslike     if temperature <= 10.0 then -- if less than 10.0 Celsius degree (or equal) then wind chill     T_feelslike = calc_wind_chill(temperature, wind_speed)   elseif temperature >= 26.7 then -- if more than 26.7 Celsius degree (or equal) then heat index     T_feelslike = calc_heat_index(temperature, humidity)   else -- other cases just return temperature     T_feelslike = temperature   end   return T_feelslike end local min_max_today = init_min_max_table() -- table for minimum maximum temperature, air pressure, wind direction local min_max_tomor = init_min_max_table() -- table for minimum maximum temperature, air pressure, wind direction --local latitude = 51.5072 --  'London' --local longitude = 0.1276 --  'London' local latitude = 45.921373 --  'Mandello del Lario' local longitude = 9.314482 --  'Mandello del Lario' https = require('ssl.https') json = require('json') ltn12 = require('ltn12') args = 'lat=' .. latitude .. '&lon=' .. longitude url = 'https://api.met.no/weatherapi/locationforecast/2.0/complete?' .. args mac = 0 io.readfile('/sys/class/net/eth0/address'):gsub('%x%x', function(v)   mac = mac * 256 + tonumber(v, 16) end) response = {} res, code = https.request({   url = url,   protocol = 'tlsv12',   headers = {     ['user-agent'] = 'LM ' .. mac   },   sink = ltn12.sink.table(response) }) if res and code == 200 then   data = json.pdecode(table.concat(response)) else   log('request error', res, code) end if type(data) == 'table' then   timestamp, hour = set_timestamp(0) -- current day     if hour < 10 then     timestamp_current_hour = timestamp .. 'T0' .. hour .. ':00:00Z' -- time stamp for current hour   else     timestamp_current_hour = timestamp .. 'T' .. hour .. ':00:00Z'  -- time stamp for current hour   end     --log('timestamp = ' .. timestamp)     timestamp_next = set_timestamp(1) -- timestamp for tomorrow   --log('timestamp_next = ' .. timestamp_next)     --timestamp_after_next = set_timestamp(2) -- timestamp for day after tomorrow   --log('timestamp_after_next = ' .. timestamp_after_next)     --timestamp_after_after = set_timestamp(3) -- timestamp for day after day after tomorrow   --log('timestamp_after_after = ' .. timestamp_after_after)     for i, entry in ipairs(data.properties.timeseries) do          -- for weather now     if entry.time == timestamp_current_hour then -- get data only for one hour (current hour)       current_data = entry.data.instant.details       if type(current_data) == 'table' then         temperature_YR = current_data.air_temperature or -273          -- temperature in Celsius degree         air_pressure_YR = current_data.air_pressure_at_sea_level or -1  -- air pressure in hPa         humidity_YR = current_data.relative_humidity or -1              -- air humidity in %         wind_direction_YR = current_data.wind_from_direction or -1      -- wind direction in degrees [0;360)         wind_speed_YR = current_data.wind_speed or -1                  -- wind speed in m/s         uv_index_YR = current_data.ultraviolet_index_clear_sky or -1    -- uv index         feelslike_temp_YR = calc_feelslike(temperature_YR, wind_speed_YR, humidity_YR) -- feels like temperature in Celsius degree       end             next_6h = entry.data.next_6_hours.details       if type(next_6h) == 'table' then         precipitation_amount_6h = next_6h.precipitation_amount or -1 -- precipitation amount in mm, next 6 hours       end     end         if entry.time:sub(1, #timestamp) == timestamp then -- checks remaining hours + 3 previous hours of current day     current_data = entry.data.instant.details       if type(current_data) == 'table' then         min_max_today = min_max_temp_press_wind(current_data, min_max_today)       end             if rain_tod_YR == false then -- if detected rain does not check for rain         rain_tod_YR = check_for_rain(entry.data.next_1_hours)       end             if snow_tod_YR == false then -- if detected snow does not check for snow         snow_tod_YR = check_for_snow(entry.data.next_1_hours)       end     end         if entry.time:sub(1, #timestamp_next) == timestamp_next then -- checks 24 hours of next day       tomor_data = entry.data.instant.details       if type(tomor_data) == 'table' then         min_max_tomor = min_max_temp_press_wind(tomor_data, min_max_tomor)       end             if rain_tom_YR == false then -- if detected rain does not check for rain         rain_tom_YR = check_for_rain(entry.data.next_1_hours)       end             if snow_tom_YR == false then -- if detected snow does not check for snow         snow_tom_YR = check_for_snow(entry.data.next_1_hours)       end     end     end     -- data for current hour   grp.write(status_temp, temperature_YR)   grp.write(status_pressure, air_pressure_YR)   grp.write(status_humidity, humidity_YR)   grp.write(status_wind_direction, wind_direction_YR)   grp.write(status_wind_speed, wind_speed_YR)   grp.write(status_uv_index, uv_index_YR)   grp.write(status_feelslike_temp, feelslike_temp_YR)   grp.write(status_precipitation_amount_6h, precipitation_amount_6h) -- precipitation mm for next 6 hours     -- data for today: rain, snow; min and max for temperature, pressure, wind   grp.write(status_rain_today, rain_tod_YR)   grp.write(status_snow_today, snow_tod_YR)     grp.write(status_min_temp_today, min_max_today.min_t)   grp.write(status_max_temp_today, min_max_today.max_t)   grp.write(status_min_pressure_today, min_max_today.min_p)   grp.write(status_max_pressure_today, min_max_today.max_p)   grp.write(status_min_wind_speed_today, min_max_today.min_w)   grp.write(status_max_wind_speed_today, min_max_today.max_w)   grp.write(status_min_uv_today, min_max_today.min_uv)   grp.write(status_max_uv_today, min_max_today.max_uv)       -- data for tomorrow: rain, snow; min and max for temperature, pressure, wind   grp.write(status_rain_tomor, rain_tom_YR)   grp.write(status_snow_tomor, snow_tom_YR)     grp.write(status_min_temp_tomor, min_max_tomor.min_t)   grp.write(status_max_temp_tomor, min_max_tomor.max_t)   grp.write(status_min_pressure_tomor, min_max_tomor.min_p)   grp.write(status_max_pressure_tomor, min_max_tomor.max_p)   grp.write(status_min_wind_speed_tomor, min_max_tomor.min_w)   grp.write(status_max_wind_speed_tomor, min_max_tomor.max_w)   grp.write(status_min_uv_tomor, min_max_tomor.min_uv)   grp.write(status_max_uv_tomor, min_max_tomor.max_uv)   end

---

Thank you,
good help for me.

Best regards
Fabio

[fabiorusco]

Hello, fabiorusco!

I have added one more object to my script for api.met.no (it is free, no need for special key, you can monitor weather for tomorrow and after tomorrow).

Here are changes what I have added

Code:

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local status_precipitation_amount_6h = grp.create({ datatype = dt.float16, address = '33/1/28', name = 'precipitation_amount_6h',}) -- mm for next 6 hours local precipitation_amount_6h = -1 -- participation amount in mm next 6 hours     -- for weather now     if entry.time == timestamp_current_hour then -- get data only for one hour (current hour)       current_data = entry.data.instant.details       if type(current_data) == 'table' then         temperature_YR = current_data.air_temperature or -273          -- temperature in Celsius degree         air_pressure_YR = current_data.air_pressure_at_sea_level or -1  -- air pressure in hPa         humidity_YR = current_data.relative_humidity or -1              -- air humidity in %         wind_direction_YR = current_data.wind_from_direction or -1      -- wind direction in degrees [0;360)         wind_speed_YR = current_data.wind_speed or -1                  -- wind speed in m/s         uv_index_YR = current_data.ultraviolet_index_clear_sky or -1    -- uv index         feelslike_temp_YR = calc_feelslike(temperature_YR, wind_speed_YR, humidity_YR) -- feels like temperature in Celsius degree       end             next_6h = entry.data.next_6_hours.details       if type(next_6h) == 'table' then         precipitation_amount_6h = next_6h.precipitation_amount or -1 -- precipitation amount in mm, next 6 hours       end     end     grp.write(status_precipitation_amount_6h, precipitation_amount_6h) -- precipitation mm for next 6 hours

And here the whole script:

Code:

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local status_temp = grp.create({ datatype = dt.float16, address = '33/1/1', name = 'current_temp',}) local status_pressure = grp.create({ datatype = dt.uint16, address = '33/1/2', name = 'current_press',}) local status_humidity = grp.create({ datatype = dt.scale, address = '33/1/3', name = 'current_humid',}) local status_wind_direction = grp.create({ datatype = dt.float16, address = '33/1/4', name = 'current_wind_dir',}) local status_wind_speed = grp.create({ datatype = dt.float16, address = '33/1/5', name = 'current_wind_sp',}) local status_uv_index = grp.create({ datatype = dt.uint8, address = '33/1/6', name = 'current_uv_index',}) local status_feelslike_temp = grp.create({ datatype = dt.float16, address = '33/1/7', name = 'current_feels_temp',}) local status_rain_today = grp.create({ datatype = dt.bool, address = '33/1/8', name = 'rain_today',}) local status_snow_today = grp.create({ datatype = dt.bool, address = '33/1/9', name = 'snow_today',}) local status_min_temp_today = grp.create({ datatype = dt.float16, address = '33/1/10', name = 'today_temp_min',}) local status_max_temp_today = grp.create({ datatype = dt.float16, address = '33/1/11', name = 'today_temp_max',}) local status_min_pressure_today = grp.create({ datatype = dt.uint16, address = '33/1/12', name = 'today_press_min',}) local status_max_pressure_today = grp.create({ datatype = dt.uint16, address = '33/1/13', name = 'today_press_max',}) local status_min_wind_speed_today = grp.create({ datatype = dt.float16, address = '33/1/14', name = 'today_wind_min',}) local status_max_wind_speed_today = grp.create({ datatype = dt.float16, address = '33/1/15', name = 'today_wind_max',}) local status_min_uv_today = grp.create({ datatype = dt.uint8, address = '33/1/16', name = 'today_uv_min',}) local status_max_uv_today = grp.create({ datatype = dt.uint8, address = '33/1/17', name = 'today_uv_max',}) local status_rain_tomor = grp.create({ datatype = dt.bool, address = '33/1/18', name = 'rain_tomor',}) local status_snow_tomor = grp.create({ datatype = dt.bool, address = '33/1/19', name = 'snow_tomor',}) local status_min_temp_tomor = grp.create({ datatype = dt.float16, address = '33/1/20', name = 'tomor_temp_min',}) local status_max_temp_tomor = grp.create({ datatype = dt.float16, address = '33/1/21', name = 'tomor_temp_max',}) local status_min_pressure_tomor = grp.create({ datatype = dt.uint16, address = '33/1/22', name = 'tomor_press_min',}) local status_max_pressure_tomor = grp.create({ datatype = dt.uint16, address = '33/1/23', name = 'tomor_press_max',}) local status_min_wind_speed_tomor = grp.create({ datatype = dt.float16, address = '33/1/24', name = 'tomor_wind_min',}) local status_max_wind_speed_tomor = grp.create({ datatype = dt.float16, address = '33/1/25', name = 'tomor_wind_max',}) local status_min_uv_tomor = grp.create({ datatype = dt.uint8, address = '33/1/26', name = 'tomor_uv_min',}) local status_max_uv_tomor = grp.create({ datatype = dt.uint8, address = '33/1/27', name = 'tomor_uv_max',}) local status_precipitation_amount_6h = grp.create({ datatype = dt.float16, address = '33/1/28', name = 'precipitation_amount_6h',}) -- mm for next 6 hours local rain_tod_YR = false        -- is rainy or not (for today) local snow_tod_YR = false        -- is snowy or not (for today) local rain_tom_YR = false        -- is rainy or not (for tomorrow) local snow_tom_YR = false        -- is snowy or not (for tomorrow) -- current temperature, air pressure, humidity, wind direction and speed local temperature_YR = -273    -- temperature in degree Celsius local air_pressure_YR = -1    -- air pressure in hPa local humidity_YR = -1        -- air humidity in % local wind_direction_YR = -1  -- wind direction in degrees [0; 360) local wind_speed_YR = -1      -- wind speed in m/s local uv_index_YR = -1        -- UV index local feelslike_temp_YR = -273 -- feels like temperature in degree Celsius local precipitation_amount_6h = -1 -- participation amount in mm next 6 hours function init_min_max_table() -- initialize table for minimum, maximum temperature, pressure, windspeed   local min_max = {}   min_max.min_t = 8000 -- minimum temperature for today   min_max.max_t = -273 -- maximum temperature for today   min_max.min_p = 8000 -- minimum pressure for today   min_max.max_p = -1  -- maximum pressure for today   min_max.min_w = 8000 -- minimum wind speed for today   min_max.max_w = -1  -- maximum wind speed for today   min_max.min_uv = 8000 -- minimum UV index   min_max.max_uv = -1  -- maximum UV index     return min_max end function set_timestamp(day) -- if day = 0 today; if day = 1 tomorrow, if day = 2 day after tomorrow   local date = os.date('*t')   date.day = date.day + day   local time = os.time(date)   return os.date('%Y-%m-%d', time), date.hour -- timestamp and current hour end -- minimum maximum values of temperature, pressure and windspeed function min_max_temp_press_wind(dat_tab, min_max_tab)   min_max_tab.min_t = math.min(min_max_tab.min_t, dat_tab.air_temperature or 8000)   min_max_tab.max_t = math.max(min_max_tab.max_t, dat_tab.air_temperature or -273)   min_max_tab.min_p = math.min(min_max_tab.min_p, dat_tab.air_pressure_at_sea_level or 8000)   min_max_tab.max_p = math.max(min_max_tab.max_p, dat_tab.air_pressure_at_sea_level or -1)   min_max_tab.min_w = math.min(min_max_tab.min_w, dat_tab.wind_speed or 8000)   min_max_tab.max_w = math.max(min_max_tab.max_w, dat_tab.wind_speed or -1)   min_max_tab.min_uv = math.min(min_max_tab.min_uv, dat_tab.ultraviolet_index_clear_sky or 8000)   min_max_tab.max_uv = math.max(min_max_tab.max_uv, dat_tab.ultraviolet_index_clear_sky or -1)     return min_max_tab end function check_for_rain(next1h)   local is_rainy = false   local code = ''     if type(next1h) == 'table' and type(next1h.summary) == 'table' then     code = next1h.summary.symbol_code or ''   end     if code:find('rain') then     is_rainy = true   end     return is_rainy end function check_for_snow(next1h)   local is_snowy = false   local code = ''     if type(next1h) == 'table' and type(next1h.summary) == 'table' then     code = next1h.summary.symbol_code or ''   end     if code:find('snow') then     is_snowy = true   end   return is_snowy end function calc_heat_index(temperature, humidity)   if temperature < 26.7 then     log('for heat_index calculation temperature should be higher than +26.7 Celsius degree')     return -273   end     if humidity < 0 or humidity > 100 then     log('humidity should be in a range from 0 ... 100%')     return -273   end     local T = temperature   local H = humidity   local c_1 = -8.785   local c_2 = 1.611   local c_3 = 2.339   local c_4 = -0.146   local c_5 = -0.0123   local c_6 = -0.0164   local c_7 = 0.00221   local c_8 = 0.000725   local c_9 = -0.00000358   local heat_index = c_1+c_2*T+c_3*H+c_4*T*H+c_5*T*T+c_6*H*H+c_7*T*T*H+c_8*T*H*H+c_9*T*T*H*H   return heat_index end function calc_wind_chill(temperature, wind_speed)   if temperature > 10 then     log('temperature should be less than +10.0 Celsius degree')   return -273   end       if wind_speed < 0 or wind_speed > 49.2 then   log('wind speed should be in a range 0 ... 49.2 m/s')     return -273   end     local T_air = temperature -- air temperature Celsius degree     local a = 0.62 -- coef   local b = 0.51 -- coef   local T_1 = 13.1 -- Celsius degree   local T_2 = 14.6 -- Celsius degree     local M_0 = 1.3333 -- m/s   local M = wind_speed -- m/s     local T_wind_chill     if M > M_0 then     T_wind_chill = (a*T_air + T_1) + (b*T_air - T_2)*(M/M_0)^0.16   else     T_wind_chill = T_air   end     return T_wind_chill end function calc_feelslike(temperature, wind_speed, humidity)   local T_feelslike     if temperature <= 10.0 then -- if less than 10.0 Celsius degree (or equal) then wind chill     T_feelslike = calc_wind_chill(temperature, wind_speed)   elseif temperature >= 26.7 then -- if more than 26.7 Celsius degree (or equal) then heat index     T_feelslike = calc_heat_index(temperature, humidity)   else -- other cases just return temperature     T_feelslike = temperature   end   return T_feelslike end local min_max_today = init_min_max_table() -- table for minimum maximum temperature, air pressure, wind direction local min_max_tomor = init_min_max_table() -- table for minimum maximum temperature, air pressure, wind direction --local latitude = 51.5072 --  'London' --local longitude = 0.1276 --  'London' local latitude = 45.921373 --  'Mandello del Lario' local longitude = 9.314482 --  'Mandello del Lario' https = require('ssl.https') json = require('json') ltn12 = require('ltn12') args = 'lat=' .. latitude .. '&lon=' .. longitude url = 'https://api.met.no/weatherapi/locationforecast/2.0/complete?' .. args mac = 0 io.readfile('/sys/class/net/eth0/address'):gsub('%x%x', function(v)   mac = mac * 256 + tonumber(v, 16) end) response = {} res, code = https.request({   url = url,   protocol = 'tlsv12',   headers = {     ['user-agent'] = 'LM ' .. mac   },   sink = ltn12.sink.table(response) }) if res and code == 200 then   data = json.pdecode(table.concat(response)) else   log('request error', res, code) end if type(data) == 'table' then   timestamp, hour = set_timestamp(0) -- current day     if hour < 10 then     timestamp_current_hour = timestamp .. 'T0' .. hour .. ':00:00Z' -- time stamp for current hour   else     timestamp_current_hour = timestamp .. 'T' .. hour .. ':00:00Z'  -- time stamp for current hour   end     --log('timestamp = ' .. timestamp)     timestamp_next = set_timestamp(1) -- timestamp for tomorrow   --log('timestamp_next = ' .. timestamp_next)     --timestamp_after_next = set_timestamp(2) -- timestamp for day after tomorrow   --log('timestamp_after_next = ' .. timestamp_after_next)     --timestamp_after_after = set_timestamp(3) -- timestamp for day after day after tomorrow   --log('timestamp_after_after = ' .. timestamp_after_after)     for i, entry in ipairs(data.properties.timeseries) do          -- for weather now     if entry.time == timestamp_current_hour then -- get data only for one hour (current hour)       current_data = entry.data.instant.details       if type(current_data) == 'table' then         temperature_YR = current_data.air_temperature or -273          -- temperature in Celsius degree         air_pressure_YR = current_data.air_pressure_at_sea_level or -1  -- air pressure in hPa         humidity_YR = current_data.relative_humidity or -1              -- air humidity in %         wind_direction_YR = current_data.wind_from_direction or -1      -- wind direction in degrees [0;360)         wind_speed_YR = current_data.wind_speed or -1                  -- wind speed in m/s         uv_index_YR = current_data.ultraviolet_index_clear_sky or -1    -- uv index         feelslike_temp_YR = calc_feelslike(temperature_YR, wind_speed_YR, humidity_YR) -- feels like temperature in Celsius degree       end             next_6h = entry.data.next_6_hours.details       if type(next_6h) == 'table' then         precipitation_amount_6h = next_6h.precipitation_amount or -1 -- precipitation amount in mm, next 6 hours       end     end         if entry.time:sub(1, #timestamp) == timestamp then -- checks remaining hours + 3 previous hours of current day     current_data = entry.data.instant.details       if type(current_data) == 'table' then         min_max_today = min_max_temp_press_wind(current_data, min_max_today)       end             if rain_tod_YR == false then -- if detected rain does not check for rain         rain_tod_YR = check_for_rain(entry.data.next_1_hours)       end             if snow_tod_YR == false then -- if detected snow does not check for snow         snow_tod_YR = check_for_snow(entry.data.next_1_hours)       end     end         if entry.time:sub(1, #timestamp_next) == timestamp_next then -- checks 24 hours of next day       tomor_data = entry.data.instant.details       if type(tomor_data) == 'table' then         min_max_tomor = min_max_temp_press_wind(tomor_data, min_max_tomor)       end             if rain_tom_YR == false then -- if detected rain does not check for rain         rain_tom_YR = check_for_rain(entry.data.next_1_hours)       end             if snow_tom_YR == false then -- if detected snow does not check for snow         snow_tom_YR = check_for_snow(entry.data.next_1_hours)       end     end     end     -- data for current hour   grp.write(status_temp, temperature_YR)   grp.write(status_pressure, air_pressure_YR)   grp.write(status_humidity, humidity_YR)   grp.write(status_wind_direction, wind_direction_YR)   grp.write(status_wind_speed, wind_speed_YR)   grp.write(status_uv_index, uv_index_YR)   grp.write(status_feelslike_temp, feelslike_temp_YR)   grp.write(status_precipitation_amount_6h, precipitation_amount_6h) -- precipitation mm for next 6 hours     -- data for today: rain, snow; min and max for temperature, pressure, wind   grp.write(status_rain_today, rain_tod_YR)   grp.write(status_snow_today, snow_tod_YR)     grp.write(status_min_temp_today, min_max_today.min_t)   grp.write(status_max_temp_today, min_max_today.max_t)   grp.write(status_min_pressure_today, min_max_today.min_p)   grp.write(status_max_pressure_today, min_max_today.max_p)   grp.write(status_min_wind_speed_today, min_max_today.min_w)   grp.write(status_max_wind_speed_today, min_max_today.max_w)   grp.write(status_min_uv_today, min_max_today.min_uv)   grp.write(status_max_uv_today, min_max_today.max_uv)       -- data for tomorrow: rain, snow; min and max for temperature, pressure, wind   grp.write(status_rain_tomor, rain_tom_YR)   grp.write(status_snow_tomor, snow_tom_YR)     grp.write(status_min_temp_tomor, min_max_tomor.min_t)   grp.write(status_max_temp_tomor, min_max_tomor.max_t)   grp.write(status_min_pressure_tomor, min_max_tomor.min_p)   grp.write(status_max_pressure_tomor, min_max_tomor.max_p)   grp.write(status_min_wind_speed_tomor, min_max_tomor.min_w)   grp.write(status_max_wind_speed_tomor, min_max_tomor.max_w)   grp.write(status_min_uv_tomor, min_max_tomor.min_uv)   grp.write(status_max_uv_tomor, min_max_tomor.max_uv)   end

---

Thank you,
good help for me.

Best regards
Fabio

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Hello,
how it's possible to know the total precipitation of today?
Is it good also for Italy ? (the service is located in scandinavian zone)

[RomansP]

Hello.

I have added calculation of precipitation amount of current day (gives you precipitation amount of remaining day + 3 previous hours of current day).
It is also suitable for Italy (have checked with Rome coordinates).

Code:

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local status_temp = grp.create({ datatype = dt.float16, address = '33/1/1', name = 'current_temp',}) local status_pressure = grp.create({ datatype = dt.uint16, address = '33/1/2', name = 'current_press',}) local status_humidity = grp.create({ datatype = dt.scale, address = '33/1/3', name = 'current_humid',}) local status_wind_direction = grp.create({ datatype = dt.float16, address = '33/1/4', name = 'current_wind_dir',}) local status_wind_speed = grp.create({ datatype = dt.float16, address = '33/1/5', name = 'current_wind_sp',}) local status_uv_index = grp.create({ datatype = dt.uint8, address = '33/1/6', name = 'current_uv_index',}) local status_feelslike_temp = grp.create({ datatype = dt.float16, address = '33/1/7', name = 'current_feels_temp',}) local status_rain_today = grp.create({ datatype = dt.bool, address = '33/1/8', name = 'rain_today',}) local status_snow_today = grp.create({ datatype = dt.bool, address = '33/1/9', name = 'snow_today',}) local status_min_temp_today = grp.create({ datatype = dt.float16, address = '33/1/10', name = 'today_temp_min',}) local status_max_temp_today = grp.create({ datatype = dt.float16, address = '33/1/11', name = 'today_temp_max',}) local status_min_pressure_today = grp.create({ datatype = dt.uint16, address = '33/1/12', name = 'today_press_min',}) local status_max_pressure_today = grp.create({ datatype = dt.uint16, address = '33/1/13', name = 'today_press_max',}) local status_min_wind_speed_today = grp.create({ datatype = dt.float16, address = '33/1/14', name = 'today_wind_min',}) local status_max_wind_speed_today = grp.create({ datatype = dt.float16, address = '33/1/15', name = 'today_wind_max',}) local status_min_uv_today = grp.create({ datatype = dt.uint8, address = '33/1/16', name = 'today_uv_min',}) local status_max_uv_today = grp.create({ datatype = dt.uint8, address = '33/1/17', name = 'today_uv_max',}) local status_rain_tomor = grp.create({ datatype = dt.bool, address = '33/1/18', name = 'rain_tomor',}) local status_snow_tomor = grp.create({ datatype = dt.bool, address = '33/1/19', name = 'snow_tomor',}) local status_min_temp_tomor = grp.create({ datatype = dt.float16, address = '33/1/20', name = 'tomor_temp_min',}) local status_max_temp_tomor = grp.create({ datatype = dt.float16, address = '33/1/21', name = 'tomor_temp_max',}) local status_min_pressure_tomor = grp.create({ datatype = dt.uint16, address = '33/1/22', name = 'tomor_press_min',}) local status_max_pressure_tomor = grp.create({ datatype = dt.uint16, address = '33/1/23', name = 'tomor_press_max',}) local status_min_wind_speed_tomor = grp.create({ datatype = dt.float16, address = '33/1/24', name = 'tomor_wind_min',}) local status_max_wind_speed_tomor = grp.create({ datatype = dt.float16, address = '33/1/25', name = 'tomor_wind_max',}) local status_min_uv_tomor = grp.create({ datatype = dt.uint8, address = '33/1/26', name = 'tomor_uv_min',}) local status_max_uv_tomor = grp.create({ datatype = dt.uint8, address = '33/1/27', name = 'tomor_uv_max',}) local status_precipitation_amount_6h = grp.create({ datatype = dt.float16, address = '33/1/28', name = 'precipitation_amount_6h',}) -- mm for next 6 hours local status_precipitation_amount_today = grp.create({ datatype = dt.float16, address = '33/1/29', name = 'precipitation_amount_today',}) -- mm for current day + 3 previous hours local rain_tod_YR = false        -- is rainy or not (for today) local snow_tod_YR = false        -- is snowy or not (for today) local rain_tom_YR = false        -- is rainy or not (for tomorrow) local snow_tom_YR = false        -- is snowy or not (for tomorrow) -- current temperature, air pressure, humidity, wind direction and speed local temperature_YR = -273    -- temperature in degree Celsius local air_pressure_YR = -1    -- air pressure in hPa local humidity_YR = -1        -- air humidity in % local wind_direction_YR = -1  -- wind direction in degrees [0; 360) local wind_speed_YR = -1      -- wind speed in m/s local uv_index_YR = -1        -- UV index local feelslike_temp_YR = -273 -- feels like temperature in degree Celsius local precipitation_amount_6h = -1 -- participation amount in mm next 6 hours local precipitation_amount_today = 0 -- participation amount in mm for current day + 3 previous hours function init_min_max_table() -- initialize table for minimum, maximum temperature, pressure, windspeed   local min_max = {}   min_max.min_t = 8000 -- minimum temperature for today   min_max.max_t = -273 -- maximum temperature for today   min_max.min_p = 8000 -- minimum pressure for today   min_max.max_p = -1  -- maximum pressure for today   min_max.min_w = 8000 -- minimum wind speed for today   min_max.max_w = -1  -- maximum wind speed for today   min_max.min_uv = 8000 -- minimum UV index   min_max.max_uv = -1  -- maximum UV index     return min_max end function set_timestamp(day) -- if day = 0 today; if day = 1 tomorrow, if day = 2 day after tomorrow   local date = os.date('*t')   date.day = date.day + day   local time = os.time(date)   return os.date('%Y-%m-%d', time), date.hour -- timestamp and current hour end -- minimum maximum values of temperature, pressure and windspeed function min_max_temp_press_wind(dat_tab, min_max_tab)   min_max_tab.min_t = math.min(min_max_tab.min_t, dat_tab.air_temperature or 8000)   min_max_tab.max_t = math.max(min_max_tab.max_t, dat_tab.air_temperature or -273)   min_max_tab.min_p = math.min(min_max_tab.min_p, dat_tab.air_pressure_at_sea_level or 8000)   min_max_tab.max_p = math.max(min_max_tab.max_p, dat_tab.air_pressure_at_sea_level or -1)   min_max_tab.min_w = math.min(min_max_tab.min_w, dat_tab.wind_speed or 8000)   min_max_tab.max_w = math.max(min_max_tab.max_w, dat_tab.wind_speed or -1)   min_max_tab.min_uv = math.min(min_max_tab.min_uv, dat_tab.ultraviolet_index_clear_sky or 8000)   min_max_tab.max_uv = math.max(min_max_tab.max_uv, dat_tab.ultraviolet_index_clear_sky or -1)     return min_max_tab end function check_for_rain(next1h)   local is_rainy = false   local code = ''     if type(next1h) == 'table' and type(next1h.summary) == 'table' then     code = next1h.summary.symbol_code or ''   end     if code:find('rain') then     is_rainy = true   end     return is_rainy end function check_for_snow(next1h)   local is_snowy = false   local code = ''     if type(next1h) == 'table' and type(next1h.summary) == 'table' then     code = next1h.summary.symbol_code or ''   end     if code:find('snow') then     is_snowy = true   end   return is_snowy end function calc_heat_index(temperature, humidity)   if temperature < 26.7 then     log('for heat_index calculation temperature should be higher than +26.7 Celsius degree')     return -273   end     if humidity < 0 or humidity > 100 then     log('humidity should be in a range from 0 ... 100%')     return -273   end     local T = temperature   local H = humidity   local c_1 = -8.785   local c_2 = 1.611   local c_3 = 2.339   local c_4 = -0.146   local c_5 = -0.0123   local c_6 = -0.0164   local c_7 = 0.00221   local c_8 = 0.000725   local c_9 = -0.00000358   local heat_index = c_1+c_2*T+c_3*H+c_4*T*H+c_5*T*T+c_6*H*H+c_7*T*T*H+c_8*T*H*H+c_9*T*T*H*H   return heat_index end function calc_wind_chill(temperature, wind_speed)   if temperature > 10 then     log('temperature should be less than +10.0 Celsius degree')   return -273   end       if wind_speed < 0 or wind_speed > 49.2 then   log('wind speed should be in a range 0 ... 49.2 m/s')     return -273   end     local T_air = temperature -- air temperature Celsius degree     local a = 0.62 -- coef   local b = 0.51 -- coef   local T_1 = 13.1 -- Celsius degree   local T_2 = 14.6 -- Celsius degree     local M_0 = 1.3333 -- m/s   local M = wind_speed -- m/s     local T_wind_chill     if M > M_0 then     T_wind_chill = (a*T_air + T_1) + (b*T_air - T_2)*(M/M_0)^0.16   else     T_wind_chill = T_air   end     return T_wind_chill end function calc_feelslike(temperature, wind_speed, humidity)   local T_feelslike     if temperature <= 10.0 then -- if less than 10.0 Celsius degree (or equal) then wind chill     T_feelslike = calc_wind_chill(temperature, wind_speed)   elseif temperature >= 26.7 then -- if more than 26.7 Celsius degree (or equal) then heat index     T_feelslike = calc_heat_index(temperature, humidity)   else -- other cases just return temperature     T_feelslike = temperature   end   return T_feelslike end local min_max_today = init_min_max_table() -- table for minimum maximum temperature, air pressure, wind direction local min_max_tomor = init_min_max_table() -- table for minimum maximum temperature, air pressure, wind direction --local latitude = 51.5072 --  'London' --local longitude = 0.1276 --  'London' local latitude = 45.921373 --  'Mandello del Lario' local longitude = 9.314482 --  'Mandello del Lario' https = require('ssl.https') json = require('json') ltn12 = require('ltn12') args = 'lat=' .. latitude .. '&lon=' .. longitude url = 'https://api.met.no/weatherapi/locationforecast/2.0/complete?' .. args mac = 0 io.readfile('/sys/class/net/eth0/address'):gsub('%x%x', function(v)   mac = mac * 256 + tonumber(v, 16) end) response = {} res, code = https.request({   url = url,   protocol = 'tlsv12',   headers = {     ['user-agent'] = 'LM ' .. mac   },   sink = ltn12.sink.table(response) }) if res and code == 200 then   data = json.pdecode(table.concat(response)) else   log('request error', res, code) end if type(data) == 'table' then   timestamp, hour = set_timestamp(0) -- current day     if hour < 10 then     timestamp_current_hour = timestamp .. 'T0' .. hour .. ':00:00Z' -- time stamp for current hour   else     timestamp_current_hour = timestamp .. 'T' .. hour .. ':00:00Z'  -- time stamp for current hour   end     --log('timestamp = ' .. timestamp)     timestamp_next = set_timestamp(1) -- timestamp for tomorrow   --log('timestamp_next = ' .. timestamp_next)     --timestamp_after_next = set_timestamp(2) -- timestamp for day after tomorrow   --log('timestamp_after_next = ' .. timestamp_after_next)     --timestamp_after_after = set_timestamp(3) -- timestamp for day after day after tomorrow   --log('timestamp_after_after = ' .. timestamp_after_after)     for i, entry in ipairs(data.properties.timeseries) do          -- for weather now     if entry.time == timestamp_current_hour then -- get data only for one hour (current hour)       current_data = entry.data.instant.details       if type(current_data) == 'table' then         temperature_YR = current_data.air_temperature or -273          -- temperature in Celsius degree         air_pressure_YR = current_data.air_pressure_at_sea_level or -1  -- air pressure in hPa         humidity_YR = current_data.relative_humidity or -1              -- air humidity in %         wind_direction_YR = current_data.wind_from_direction or -1      -- wind direction in degrees [0;360)         wind_speed_YR = current_data.wind_speed or -1                  -- wind speed in m/s         uv_index_YR = current_data.ultraviolet_index_clear_sky or -1    -- uv index         feelslike_temp_YR = calc_feelslike(temperature_YR, wind_speed_YR, humidity_YR) -- feels like temperature in Celsius degree       end             next_6h = entry.data.next_6_hours.details       if type(next_6h) == 'table' then         precipitation_amount_6h = next_6h.precipitation_amount or -1 -- precipitation amount in mm, next 6 hours       end     end             if entry.time:sub(1, #timestamp) == timestamp then -- checks remaining hours + 3 previous hours of current day     current_data = entry.data.instant.details       if type(current_data) == 'table' then         min_max_today = min_max_temp_press_wind(current_data, min_max_today)       end             if rain_tod_YR == false then -- if detected rain does not check for rain         rain_tod_YR = check_for_rain(entry.data.next_1_hours)       end             if snow_tod_YR == false then -- if detected snow does not check for snow         snow_tod_YR = check_for_snow(entry.data.next_1_hours)       end             precipitation_amount_today = precipitation_amount_today + (entry.data.next_1_hours.details.precipitation_amount or 0)     end         if entry.time:sub(1, #timestamp_next) == timestamp_next then -- checks 24 hours of next day       tomor_data = entry.data.instant.details       if type(tomor_data) == 'table' then         min_max_tomor = min_max_temp_press_wind(tomor_data, min_max_tomor)       end             if rain_tom_YR == false then -- if detected rain does not check for rain         rain_tom_YR = check_for_rain(entry.data.next_1_hours)       end             if snow_tom_YR == false then -- if detected snow does not check for snow         snow_tom_YR = check_for_snow(entry.data.next_1_hours)       end     end     end     -- data for current hour   grp.write(status_temp, temperature_YR)   grp.write(status_pressure, air_pressure_YR)   grp.write(status_humidity, humidity_YR)   grp.write(status_wind_direction, wind_direction_YR)   grp.write(status_wind_speed, wind_speed_YR)   grp.write(status_uv_index, uv_index_YR)   grp.write(status_feelslike_temp, feelslike_temp_YR)   grp.write(status_precipitation_amount_6h, precipitation_amount_6h) -- precipitation mm for next 6 hours   grp.write(status_precipitation_amount_today, precipitation_amount_today) -- precipitation mm for today (remaining day + 3 previous hours)     -- data for today: rain, snow; min and max for temperature, pressure, wind   grp.write(status_rain_today, rain_tod_YR)   grp.write(status_snow_today, snow_tod_YR)     grp.write(status_min_temp_today, min_max_today.min_t)   grp.write(status_max_temp_today, min_max_today.max_t)   grp.write(status_min_pressure_today, min_max_today.min_p)   grp.write(status_max_pressure_today, min_max_today.max_p)   grp.write(status_min_wind_speed_today, min_max_today.min_w)   grp.write(status_max_wind_speed_today, min_max_today.max_w)   grp.write(status_min_uv_today, min_max_today.min_uv)   grp.write(status_max_uv_today, min_max_today.max_uv)       -- data for tomorrow: rain, snow; min and max for temperature, pressure, wind   grp.write(status_rain_tomor, rain_tom_YR)   grp.write(status_snow_tomor, snow_tom_YR)     grp.write(status_min_temp_tomor, min_max_tomor.min_t)   grp.write(status_max_temp_tomor, min_max_tomor.max_t)   grp.write(status_min_pressure_tomor, min_max_tomor.min_p)   grp.write(status_max_pressure_tomor, min_max_tomor.max_p)   grp.write(status_min_wind_speed_tomor, min_max_tomor.min_w)   grp.write(status_max_wind_speed_tomor, min_max_tomor.max_w)   grp.write(status_min_uv_tomor, min_max_tomor.min_uv)   grp.write(status_max_uv_tomor, min_max_tomor.max_uv)   end

[fabiorusco]

Thank you.

[P_marienborg]

Hello. 
I have tried the latest version on my spacelynk with vr 2.8.0
I am getting this error in the log:
* arg: 1
  * string: request error
* arg: 2
  * nil
* arg: 3
  * string: Try again

Could someone point me in the right direction? 
I think it something here that's not right:

https = require('ssl.https')
json = require('json')
ltn12 = require('ltn12')

args = 'lat=' .. latitude .. '&lon=' .. longitude

url = 'https://api.met.no/weatherapi/locationforecast/2.0/complete?' .. args

mac = 0
io.readfile('/sys/class/net/eth0/address'):gsub('%x%x', function(v)
  mac = mac * 256 + tonumber(v, 16)
end)


This is the only changes I have done:
--local latitude = 69.6489 --  'Tromso'
--local longitude = 18.95508 --  'Tromso'
local latitude = 69.6489 --  'Tromso'
local longitude = 18.95508 --  'Tromso'

[admin]

Check that you have correct gateway and DNS settings in System config > Network > Interfaces.

[alias74]

is working for me, thanks