Bonjour Patrick,
Attached is *weewx_data.json.tmpl.N* It has the fix for the issue that
you are encountering along with some additional fire-proofing. I am
hoping to submit a PR with this code. Perhaps tomorrow.
If you want to test with it, place is on your /server/. Say
/var/tmp/weewx_data.json.tmpl.N Next, do the following:
# Change directories to the json subdirectory
cd .../skins/new-belchertown/json
# Backup the original file weewx_data.json.tmpl
cp weewx_data.json.tmpl weewx_data.json.tmpl.ORIG
# Overlay the new version over the original file
cp /var/tmp/weewx_data.json.tmpl.N weewx_data.json.tmpl
# Restart weewx
systemctl restart weewx
Cheers!
---
pablo
On 2026-07-16 14:51, Pablo Sanchez wrote:
Salut Patrick,
Yes, please open a ticket. What you are seeing is expected. As the
data changes, if there is no data for the raw JSON elements, the file
becomes invalid.
Merci !
---
pablo
On 2026-07-16 14:34, salinois wrote:
It's me again, Pablo.
I ran the commands you suggested, and while they do fix the issue,
it comes back after the update—just as you said.
Do you still want me to open a ticket? Let me know.
I'll wait for the bug fix.
cheers
Patrick
Le 16/07/2026 à 16:05, Pablo Sanchez a écrit :
Bonjour Patrick,
A quick clarification. The *sed* script will only fix the file per
forecast update. Once another update happens, the file may have bad
data. You could run the* sed* script again if you want. :) This is
until the bug is resolved.
If all goes well today, I will to submit a PR. Ideally, against an
open Issue.
Merci.
---
pablo
On 2026-07-15 18:30, Pablo Sanchez wrote:
Bonjour Patrick,
These two missing values are making the JSON file,
*weewx_data.json*, invalid:
"inTemp_raw":,
"rain_raw":,
Are you comfortable submitting an Issue -
https://github.com/uajqq/weewx-belchertown-new/issues
If you want to run a quick test, in your .../public_html/json, you
will see a set of JSON files:
# ls
charts.json earthquake.json index.html week.json
year.json
current_conditions.json forecast.json last_365d.json
weewx_data.json
day.json homepage.json month.json year_2025.json
You can do a quick test and fix the forecast file with this command:
sed -i -e 's@"rain_raw": ,@"rain_raw": "N/A",@' -e 's@"inTemp_raw":
,@"inTemp_raw": "N/A",@' weewx_data.json
The command searches for the two bad elements and sets them to "N/A".
Cheers!
---
pablo
On 2026-07-15 14:30, salinois wrote:
Hello Pablo,
I follow as you said:
weectl extension install
/home/patrick/weewx-belchertown-new-dev.tar.gz
Using configuration file /home/patrick/weewx-data/weewx.conf
Install extension '/home/patrick/weewx-belchertown-new-dev.tar.gz'
(y/n)? y
Extracting from tar archive
/home/patrick/weewx-belchertown-new-dev.tar.gz
Saving installer file to
/home/patrick/weewx-data/bin/user/installer/new-belchertown
Saved copy of configuration as
/home/patrick/weewx-data/weewx.conf.20260715200818
Finished installing extension new-belchertown from
/home/patrick/weewx-belchertown-new-dev.tar.gz
after, restart weewx
but , this the same thing !!!
it is normal for the dev version ? =>
2026-07-15T20:15:23.881047+02:00 RPi-WS-BCRo weewxd[207955]: INFO
user.new_belchertown: version 2.1beta3
My extract of weewx.conf: I don't use mqtt.
I must be getting some of the settings wrong...
[[new-belchertown]]
# See wiki for configuration help:
https://github.com/uajqq/weewx-belchertown-new/wiki
skin = new-belchertown
HTML_ROOT = public_html/new-belchertown
enable = true
[[[Extras]]]
# ----- Core site branding and language -----
# belchertown_locale = "auto"
# theme = "light"
site_title = "Meteo Loulle, Jura France"
logo_image =
http://jurassikpat.ddns.net/weewx/new-belchertown/images/jura-fc.jpg
# logo_image_dark = ""
manifest_name = Station Meteo Loulle
manifest_short_name = SML
# googleAnalyticsId = ""
# ----- Homepage -----
station_observations = pressure, dewpoint,
outHumidity, rainWithRainRate, visibility, soilTemp1
aqi_enabled = 1
# aqi_source = "auto"
aqi_location_enabled = 1
# almanac_extras = 1
# align_solar_path = "transit"
# beaufort_category = 0
# beaufort_category_gusts = 0
# wind_compass_marker = ""
# wind_compass_source = ""
# unit_switching = 0
# back_to_top_button_enabled = 0
# back_to_top_button_position = 0
# back_to_top_button_opacity = 0.8
# ----- Radar and map display -----
# radar_html = ""
# radar_html_dark = "None"
# radar_width = 650
# radar_height = 360
# radar_marker = 0
# radar_zoom = 8
# radar_overlay = "radar"
# radar_rain = "default"
# radar_temp = "default"
# radar_wind = "default"
# aeris_map = "1"
# ----- Charts -----
highcharts_enabled = 1
chart_page_show_all_button = 1
# chart_page_default_chartgroup = "day"
# highcharts_homepage_chartgroup = "homepage"
# highcharts_decimal = "auto"
# highcharts_thousands = "auto"
# ----- Live updates and MQTT -----
# mqtt_websockets_enabled = 0
# mqtt_websockets_host = ""
# mqtt_websockets_port = "8080"
# mqtt_websockets_ssl = 0
# mqtt_websockets_topic = ""
# mqtt_websockets_username = ""
# mqtt_websockets_password = ""
# disconnect_live_website_visitor = 1800000
# ----- Page status and auto-refresh behavior -----
# show_last_updated_alert = 0
# last_updated_alert_threshold = 1800
webpage_autorefresh = 1
# reload_hook_images = 0
# reload_images_radar = 300
# reload_images_hook_asi = -1
# reload_images_hook_af = -1
# reload_images_hook_as = -1
# reload_images_hook_ac = -1
# ----- Forecast -----
forecast_enabled = 1
forecast_provider = aeris
forecast_api_id = "my parameters"
forecast_api_secret = "my parameters"
forecast_units = ca
# forecast_interval_hours = 24
# nws_station_id = ""
forecast_lang = fr
# forecast_stale = 3540
# current_conditions_stale = 3540
# forecast_aeris_use_metar = 1
# forecast_alert_enabled = 0
# forecast_alert_limit = 1
# forecast_show_daily_forecast_link = 0
# forecast_daily_forecast_link = ""
# forecast_show_humidity_dewpoint = 0
# forecast_place = ""
# current_conditions = "obs"
# current_conditions_timestamp_enabled = 0
# ----- Earthquake options -----
earthquake_enabled = 1
earthquake_maxradiuskm = 2000
# earthquake_stale = 10740
# earthquake_server = USGS
# earthquake_minmag = 2
# ----- Social sharing and footer extras -----
# facebook_enabled = 0
# twitter_enabled = 0
# social_share_html = ""
# ----- Kiosk -----
# pi_kiosk_bold = "false"
# pi_theme = "auto"
# radar_html_kiosk = ""
# radar_width_kiosk = 490
# radar_height_kiosk = 362
# mqtt_websockets_host_kiosk = ""
# mqtt_websockets_port_kiosk = ""
# mqtt_websockets_ssl_kiosk = ""
# forecast_interval_hours_kiosk = 24
# aqi_enabled_kiosk = 0
# ----- Dev/debug options -----
# belchertown_debug = 0
# minify = 0
patrick
Le 15/07/2026 à 18:30, Pablo Sanchez a écrit :
This was reported as Issue 261
<https://github.com/uajqq/weewx-belchertown-new/issues/261>. The
problem is with malformed JSON coming from your station - see the
scrape below from your website. This has been resolved in the
development branch:
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#encoding UTF-8
#import datetime
#import json
#import math
#from user.new_belchertown import build_almanac_template_context, build_earthquake_map_context
#errorCatcher Echo
## Almanac/daylight precompute (safe defaults so values are available even without hasExtras).
#set $sun_None = "--"
#set $daylight_str = "--"
#set $sun_azimuth = "--"
#set $sun_ra = "--"
#set $sun_dec = "--"
#set $moon_azimuth = "--"
#set $moon_altitude = "--"
#set $moon_ra = "--"
#set $moon_dec = "--"
#set $moon_age_label = "Moon age"
#set $moon_age_days_label = "days"
#set $moon_age_days = None
#set $moon_age_display = "--"
#set $moon_tilt_degrees = None
#set $synodic_month_days = 29.530588853
#set $sun_altitude_raw = None
#set $sun_altitude = "--"
#try
#set $sun_altitude_raw = $almanac.sun.alt
#except
#set $sun_altitude_raw = None
#end try
#if $sun_altitude_raw is None
#set $sun_altitude_raw = -90.0
#end if
#try
#if $obs.label.moon_age != "moon_age"
#set $moon_age_label = $obs.label.moon_age
#end if
#except
#set $unused_moon_age_label = None
#end try
#try
#if $obs.label.moon_age_days != "moon_age_days"
#set $moon_age_days_label = $obs.label.moon_age_days
#end if
#except
#set $unused_moon_age_days_label = None
#end try
#set $next_new_moon_raw = None
#set $now_raw = None
#try
#set $next_new_moon_raw = $almanac.next_new_moon.raw
#except
#set $next_new_moon_raw = None
#end try
#try
#set $now_raw = $current.dateTime.raw
#except
#set $now_raw = None
#end try
#if $next_new_moon_raw is not None and $now_raw is not None
#set $days_to_next_new = (float($next_new_moon_raw) - float($now_raw)) / 86400.0
#set $moon_age_days = $synodic_month_days - $days_to_next_new
#while $moon_age_days < 0
#set $moon_age_days = $moon_age_days + $synodic_month_days
#end while
#while $moon_age_days >= $synodic_month_days
#set $moon_age_days = $moon_age_days - $synodic_month_days
#end while
#set $moon_age_display = "%.1f %s" % ($moon_age_days, $moon_age_days_label)
#end if
#if $moon_age_days is not None and not math.isfinite($moon_age_days)
#set $moon_age_days = None
#end if
#include "almanac_daylight_data.inc"
## If extended almanac information is available, do extra calculations.
#if $almanac.hasExtras
#import locale
#set $sun_azimuth = locale.format_string( "%.1f°", $almanac.sun.az )
#set $sun_ra = locale.format_string( "%.1f°", $almanac.sun.ra )
#set $sun_dec = locale.format_string( "%.1f°", $almanac.sun.dec )
#set $moon_azimuth = locale.format_string( "%.1f°", $almanac.moon.az )
#set $moon_altitude = locale.format_string( "%.1f°", $almanac.moon.alt )
#set $moon_ra = locale.format_string( "%.1f°", $almanac.moon.ra )
#set $moon_dec = locale.format_string( "%.1f°", $almanac.moon.dec )
#set $sun_altitude = locale.format_string( "%.1f°", $sun_altitude_raw )
#end if
#set $almanac_diagram_context = build_almanac_template_context($almanac, $current.dateTime.raw, $almanac.hasExtras)
#set $almanac_data_source = $almanac_diagram_context.get("almanac_data_source", "none")
#set $sun_az_attr = $almanac_diagram_context.get("sun_az_attr", "")
#set $sun_alt_attr = $almanac_diagram_context.get("sun_alt_attr", "")
#set $moon_az_attr = $almanac_diagram_context.get("moon_az_attr", "")
#set $moon_alt_attr = $almanac_diagram_context.get("moon_alt_attr", "")
#set $sun_rise_epoch_attr = $almanac_diagram_context.get("sun_rise_epoch_attr", "")
#set $sun_set_epoch_attr = $almanac_diagram_context.get("sun_set_epoch_attr", "")
#set $moon_rise_epoch_attr = $almanac_diagram_context.get("moon_rise_epoch_attr", "")
#set $moon_set_epoch_attr = $almanac_diagram_context.get("moon_set_epoch_attr", "")
#set $sun_rise_az_attr = $almanac_diagram_context.get("sun_rise_az_attr", "")
#set $sun_rise_alt_attr = $almanac_diagram_context.get("sun_rise_alt_attr", "")
#set $sun_transit_az_attr = $almanac_diagram_context.get("sun_transit_az_attr", "")
#set $sun_transit_alt_attr = $almanac_diagram_context.get("sun_transit_alt_attr", "")
#set $sun_set_az_attr = $almanac_diagram_context.get("sun_set_az_attr", "")
#set $sun_set_alt_attr = $almanac_diagram_context.get("sun_set_alt_attr", "")
#set $moon_rise_az_attr = $almanac_diagram_context.get("moon_rise_az_attr", "")
#set $moon_rise_alt_attr = $almanac_diagram_context.get("moon_rise_alt_attr", "")
#set $moon_transit_az_attr = $almanac_diagram_context.get("moon_transit_az_attr", "")
#set $moon_transit_alt_attr = $almanac_diagram_context.get("moon_transit_alt_attr", "")
#set $moon_set_az_attr = $almanac_diagram_context.get("moon_set_az_attr", "")
#set $moon_set_alt_attr = $almanac_diagram_context.get("moon_set_alt_attr", "")
#set $sun_track_points_attr = $almanac_diagram_context.get("sun_track_points_attr", "")
#set $moon_track_points_attr = $almanac_diagram_context.get("moon_track_points_attr", "")
#set $sun_track_path_attr = $almanac_diagram_context.get("sun_track_path_attr", "")
#set $moon_track_path_attr = $almanac_diagram_context.get("moon_track_path_attr", "")
#set $diagram_centering_mode_attr = $almanac_diagram_context.get("diagram_centering_mode_attr", "off")
#set $sun_x_offset_attr = $almanac_diagram_context.get("sun_x_offset_attr", "0.000")
#set $moon_x_offset_attr = $almanac_diagram_context.get("moon_x_offset_attr", "0.000")
#set $diagram_current_ts_attr = $almanac_diagram_context.get("diagram_current_ts_attr", "")
#set $diagram_current_x_attr = $almanac_diagram_context.get("diagram_current_x_attr", "")
#set $almanac_svg_markup_attr = $almanac_diagram_context.get("almanac_svg_markup_attr", "")
#set $earthquake_map_context = build_earthquake_map_context($earthquake_lat, $earthquake_lon)
#try
#set $moon_tilt_degrees = float($almanac.moon.moon_tilt.raw)
#except
#set $moon_tilt_degrees = None
#end try
#if $moon_tilt_degrees is not None and not math.isfinite($moon_tilt_degrees)
#set $moon_tilt_degrees = None
#end if
#if $almanac_data_source == "none"
#if $sun_az_attr != "" or $moon_az_attr != "" or $sun_track_path_attr != "" or $moon_track_path_attr != ""
#set $almanac_data_source = "pyephem"
#end if
#end if
{
"site": "$station.location",
"station_url": "$station.station_url",
"version": "$station.version",
"belchertown_version": "$belchertown_version",
"weewxuptime": "$station.uptime",
"serveruptime": "$station.os_uptime",
"serverLocale": "$system_locale",
"serverLocaleJS": "$system_locale_js",
"momentLocaleJS": "$moment_locale_js",
"localeEncoding": "$locale_encoding",
"station": {
"hardware": "$station.hardware",
"location": "$station.location",
"latitude": "$station.latitude[0] $station.latitude[1]' $station.latitude[2]",
"longitude": "$station.longitude[0] $station.longitude[1]' $station.longitude[2]",
"latitude_dd": "$station.stn_info.latitude_f",
"longitude_dd": "$station.stn_info.longitude_f",
"altitude": "$station.altitude",
"archive_interval": "#echo $archive_interval_ms / 1000 #",
"archive_interval_ms": "$archive_interval_ms"
},
"extras": {
"belchertown_theme": "$Extras.theme",
"theme_toggle_enabled": "$Extras.theme_toggle_enabled",
"belchertown_locale": "$Extras.belchertown_locale",
"reload_hook_images": "$Extras.reload_hook_images",
"reload_images_radar": "$Extras.reload_images_radar",
"reload_images_hook_asi": "$Extras.reload_images_hook_asi",
"reload_images_hook_af": "$Extras.reload_images_hook_af",
"reload_images_hook_as": "$Extras.reload_images_hook_as",
"reload_images_hook_ac": "$Extras.reload_images_hook_ac",
"station_observations": "$Extras.station_observations",
"highcharts_homepage_chartgroup": "$Extras.highcharts_homepage_chartgroup",
"highcharts_decimal": "$Extras.highcharts_decimal",
"highcharts_thousands": "$Extras.highcharts_thousands"
},
"earthquake": {
"time": "$earthquake_time",
"place": "$earthquake_place",
"latitude": "$earthquake_lat",
"longitude": "$earthquake_lon",
"magnitude": "$earthquake_magnitude",
"url": "$earthquake_url",
"distance_away": "$earthquake_distance_away",
"distance_label": "$earthquake_distance_label",
"bearing": "$earthquake_bearing",
"bearing_raw": "$earthquake_bearing_raw",
"map": #if $earthquake_map_context##echo json.dumps($earthquake_map_context)##else#null#end if#
},
"station_observations": {
"current": $station_obs_json,
"sources": $station_obs_source_json,
"unit_switch": $station_obs_unit_json
},
"unit_rounding": $all_obs_rounding_json,
"unit_label": $all_obs_unit_labels_json,
"current": {
"datetime": "$current.dateTime",
#if $current.dateTime.raw is not None
"datetime_raw": "$current.dateTime.raw",
#else
"datetime_raw": null,
#end if
"epoch": "#echo int( time.time() )#",
"outTemp": "$current.outTemp",
"outTemp_formatted": "$current.outTemp.toString(addLabel=False, localize=False)",
#if $current.outTemp.degree_C.raw is not None
"outTemp_raw": $current.outTemp.degree_C.raw,
#else
"outTemp_raw": null,
#end if
"outHumidity": "$current.outHumidity",
## TODO: Move inside data to it's own json file, and update ajax functions to correctly pull and parse data.
#if $Extras.has_key("aqi_enabled_kiosk") and $Extras.aqi_enabled_kiosk == '0'
"inTemp": "$current.inTemp",
"inTemp_formatted": "$current.inTemp.toString(addLabel=False, localize=False)",
#if $current.inTemp.degree_C.raw is not None
"inTemp_raw": $current.inTemp.degree_C.raw,
#else
"inTemp_raw": null,
#end if
"inHumidity": "$current.inHumidity",
"inHumidity_formatted": "$current.inHumidity.toString(addLabel=False, localize=False)",
#end if
#if $records_has_app_temp
"appTemp": "$current.appTemp",
#if $current.appTemp.degree_C.raw is not None
"appTemp_raw": $current.appTemp.degree_C.raw,
#else
"appTemp_raw": null,
#end if
#end if
"windchill": "$current.windchill",
#if $current.windchill.degree_C.raw is not None
"windchill_raw": $current.windchill.degree_C.raw,
#else
"windchill_raw": null,
#end if
"heatindex": "$current.heatindex",
#if $current.heatindex.degree_C.raw is not None
"heatindex_raw": $current.heatindex.degree_C.raw,
#else
"heatindex_raw": null,
#end if
"dewpoint": "$current.dewpoint",
#if $current.dewpoint.degree_C.raw is not None
"dewpoint_raw": $current.dewpoint.degree_C.raw,
#else
"dewpoint_raw": null,
#end if
"barometer": "$current.barometer",
"barometer_formatted": "$current.barometer.toString(addLabel=False, localize=False)",
#if $current.barometer.hPa.raw is not None
"barometer_raw": $current.barometer.hPa.raw,
#else
"barometer_raw": null,
#end if
"barometer_trend": "$trend.barometer",
"barometer_trend_formatted": "$trend.barometer.toString(addLabel=False, localize=False)",
"windspeed": "$current.windSpeed",
#if $current.windSpeed.meter_per_second.raw is not None
"windspeed_raw": $current.windSpeed.meter_per_second.raw,
#else
"windspeed_raw": null,
#end if
"winddir": "$current.windDir",
#if $current.windDir.raw is not None
"winddir_raw": $current.windDir.raw,
#else
"winddir_raw": null,
#end if
"winddir_formatted": "$current.windDir.toString(addLabel=False, localize=False)",
"windGust": "$current.windGust",
"windGust_formatted": "$current.windGust.toString(addLabel=False, localize=False)",
#if $current.windGust.meter_per_second.raw is not None
"windGust_raw": $current.windGust.meter_per_second.raw,
#else
"windGust_raw": null,
#end if
"windGustDir": "$current.windGustDir",
"windcompass": "$current.windDir.ordinal_compass",
#if $records_has_windrun
"windrun": "$current.windrun",
#end if
#if $day.extraTemp1.has_data
"extraTemp1": "$current.extraTemp1",
#if $current.extraTemp1.degree_C.raw is not None
"extraTemp1_raw": $current.extraTemp1.degree_C.raw,
#else
"extraTemp1_raw": null,
#end if
#end if
#if $records_has_uv
"uv": "$current.UV",
#end if
#if $records_has_radiation
"solar_radiation": "$current.radiation",
#end if
#if $day.ET.has_data and $day.ET.sum.raw > 0.0
"et": "$current.ET",
#end if
"rainRate": "$current.rainRate",
#if $current.rainRate.mm_per_hour.raw is not None
"rainRate_raw": $current.rainRate.mm_per_hour.raw,
#else
"rainRate_raw": null,
#end if
"rain": "$current.rain",
#if $current.rain.mm.raw is not None
"rain_raw": $current.rain.mm.raw,
#else
"rain_raw": null,
#end if
#if $day.rain.sum.mm.raw is not None
"dayRain_raw": $day.rain.sum.mm.raw,
#else
"dayRain_raw": null,
#end if
"unit_system": "metricwx"
},
"day": {
"outTemp": {
"max": "$day.outTemp.max",
"max_formatted": "$day.outTemp.max.toString(addLabel=False, localize=False)",
"max_raw": $day.outTemp.max.degree_C.raw,
"maxtime": "$day.outTemp.maxtime",
"average": "$day.outTemp.avg",
"avg_raw": $day.outTemp.avg.degree_C.raw,
"min": "$day.outTemp.min",
"min_formatted": "$day.outTemp.min.toString(addLabel=False, localize=False)",
"min_raw": $day.outTemp.min.degree_C.raw,
"mintime": "$day.outTemp.mintime"
},
#if $records_has_app_temp
"appTemp": {
"max": "$day.appTemp.max",
"max_raw": $day.appTemp.max.degree_C.raw,
"maxtime": "$day.appTemp.maxtime",
"min": "$day.appTemp.min",
"min_raw": $day.appTemp.min.degree_C.raw,
"mintime": "$day.appTemp.mintime"
},
#end if
"heatindex": {
"max": "$day.heatindex.max",
"max_raw": $day.heatindex.max.degree_C.raw,
"maxtime": "$day.heatindex.maxtime"
},
"windchill": {
"max": "$day.windchill.min",
"max_raw": $day.windchill.min.degree_C.raw,
"maxtime": "$day.windchill.mintime"
},
"humidity": {
"max": "$day.outHumidity.max",
"maxtime": "$day.outHumidity.maxtime",
"min": "$day.outHumidity.min",
"mintime": "$day.outHumidity.mintime"
},
"dewpoint": {
"max": "$day.dewpoint.max",
"max_raw": $day.dewpoint.max.degree_C.raw,
"maxtime": "$day.dewpoint.maxtime",
"min": "$day.dewpoint.min",
"min_raw": $day.dewpoint.min.degree_C.raw,
"mintime": "$day.dewpoint.mintime"
},
"barometer": {
"max": "$day.barometer.max",
"max_raw": $day.barometer.max.hPa.raw,
"maxtime": "$day.barometer.maxtime",
"min": "$day.barometer.min",
"min_raw": $day.barometer.min.hPa.raw,
"mintime": "$day.barometer.mintime"
},
"wind": {
"max": "$day.wind.max",
"max_formatted": "$day.wind.max.toString(addLabel=False, localize=False)",
"max_raw": $day.wind.max.meter_per_second.raw,
"maxtime": "$day.wind.maxtime",
"gustdir": "$day.wind.gustdir",
"average": "$day.wind.avg",
"avg_raw": $day.wind.avg.meter_per_second.raw,
"vectordir": "$day.wind.vecdir",
"vectoravg": "$day.wind.vecavg",
"rms": "$day.wind.rms"
#if $records_has_windrun
,"windrun_maxsum": "$day.windrun.sum",
"windrun_maxsumtime": "$day.windrun.maxtime",
"windrun_maxsumtime_raw": "$day.windrun.maxtime.raw",
"windrun_max": "$day.windrun.max",
"windrun_maxtime": "$day.windrun.maxtime",
"windrun_min": "$day.windrun.min",
"windrun_mintime": "$day.windrun.mintime",
"windrun": "$day.windrun.sum"
#end if
},
"windGust": {
"max": "$day.windGust.max",
"max_raw": $day.windGust.max.meter_per_second.raw,
"maxtime": "$day.windGust.maxtime"
},
#if $records_has_uv
"uv": {
"max": "$day.UV.max",
"maxtime": "$day.UV.maxtime",
"average": "$day.UV.avg",
"min": "$day.UV.min",
"mintime": "$day.UV.mintime"
},
#end if
#if $records_has_radiation
"solar_radiation": {
"max": "$day.radiation.max",
"maxtime": "$day.radiation.maxtime",
"average": "$day.radiation.avg",
"min": "$day.radiation.min",
"mintime": "$day.radiation.mintime"
},
#end if
#if $records_has_sunshine_dur
"sunshineDur": {
"sum": "$day.sunshineDur.sum"
},
#end if
"rain": {
"sum": "$day.rain.sum",
"sum_raw": $day.rain.sum.mm.raw,
"maxsum": "$day.rain.sum",
"maxsum_raw": $day.rain.sum.mm.raw,
"maxsumtime": "$day.dateTime",
"max": "$day.rainRate.max",
"max_raw": $day.rainRate.max.mm_per_hour.raw,
"maxtime": "$day.rainRate.maxtime"
}
},
"week": {
"outTemp": {
"max": "$span(time_delta=604800).outTemp.max",
"max_raw": $span(time_delta=604800).outTemp.max.degree_C.raw,
"maxtime": "$span(time_delta=604800).outTemp.maxtime",
"maxtime_raw": "$span(time_delta=604800).outTemp.maxtime.raw",
"average": "$span(time_delta=604800).outTemp.avg",
"avg_raw": $span(time_delta=604800).outTemp.avg.degree_C.raw,
"min": "$span(time_delta=604800).outTemp.min",
"min_raw": $span(time_delta=604800).outTemp.min.degree_C.raw,
"mintime": "$span(time_delta=604800).outTemp.mintime",
"mintime_raw": "$span(time_delta=604800).outTemp.mintime.raw"
},
#if $records_has_app_temp
"appTemp": {
"max": "$span(time_delta=604800).appTemp.max",
"max_raw": $span(time_delta=604800).appTemp.max.degree_C.raw,
"maxtime": "$span(time_delta=604800).appTemp.maxtime",
"maxtime_raw": "$span(time_delta=604800).appTemp.maxtime.raw",
"min": "$span(time_delta=604800).appTemp.min",
"min_raw": $span(time_delta=604800).appTemp.min.degree_C.raw,
"mintime": "$span(time_delta=604800).appTemp.mintime",
"mintime_raw": "$span(time_delta=604800).appTemp.mintime.raw"
},
#end if
"heatindex": {
"max": "$span(time_delta=604800).heatindex.max",
"max_raw": $span(time_delta=604800).heatindex.max.degree_C.raw,
"maxtime": "$span(time_delta=604800).heatindex.maxtime",
"maxtime_raw": "$span(time_delta=604800).heatindex.maxtime.raw"
},
"windchill": {
"max": "$span(time_delta=604800).windchill.min",
"max_raw": $span(time_delta=604800).windchill.min.degree_C.raw,
"maxtime": "$span(time_delta=604800).windchill.mintime",
"maxtime_raw": "$span(time_delta=604800).windchill.mintime.raw"
},
"humidity": {
"max": "$span(time_delta=604800).outHumidity.max",
"maxtime": "$span(time_delta=604800).outHumidity.maxtime",
"maxtime_raw": "$span(time_delta=604800).outHumidity.maxtime.raw",
"min": "$span(time_delta=604800).outHumidity.min",
"mintime": "$span(time_delta=604800).outHumidity.mintime",
"mintime_raw": "$span(time_delta=604800).outHumidity.mintime.raw"
},
"dewpoint": {
"max": "$span(time_delta=604800).dewpoint.max",
"max_raw": $span(time_delta=604800).dewpoint.max.degree_C.raw,
"maxtime": "$span(time_delta=604800).dewpoint.maxtime",
"maxtime_raw": "$span(time_delta=604800).dewpoint.maxtime.raw",
"min": "$span(time_delta=604800).dewpoint.min",
"min_raw": $span(time_delta=604800).dewpoint.min.degree_C.raw,
"mintime": "$span(time_delta=604800).dewpoint.mintime",
"mintime_raw": "$span(time_delta=604800).dewpoint.mintime.raw"
},
"barometer": {
"max": "$span(time_delta=604800).barometer.max",
"max_raw": $span(time_delta=604800).barometer.max.hPa.raw,
"maxtime": "$span(time_delta=604800).barometer.maxtime",
"maxtime_raw": "$span(time_delta=604800).barometer.maxtime.raw",
"min": "$span(time_delta=604800).barometer.min",
"min_raw": $span(time_delta=604800).barometer.min.hPa.raw,
"mintime": "$span(time_delta=604800).barometer.mintime",
"mintime_raw": "$span(time_delta=604800).barometer.mintime.raw"
},
"wind": {
"max": "$span(time_delta=604800).wind.max",
"maxtime": "$span(time_delta=604800).wind.maxtime",
"maxtime_raw": "$span(time_delta=604800).wind.maxtime.raw",
"gustdir": "$span(time_delta=604800).wind.gustdir",
"max_raw": $span(time_delta=604800).wind.max.meter_per_second.raw,
"average": "$span(time_delta=604800).wind.avg",
"avg_raw": $span(time_delta=604800).wind.avg.meter_per_second.raw,
"vectordir": "$span(time_delta=604800).wind.vecdir",
"vectoravg": "$span(time_delta=604800).wind.vecavg"
#if $records_has_windrun
,"windrun_maxsum": "$week_windrun_maxsum[1]",
"windrun_maxsumtime": "$week_windrun_maxsum[0]",
"windrun_maxsumtime_raw": "$week_windrun_maxsum[0]",
"windrun_max": "$span(time_delta=604800).windrun.max",
"windrun_maxtime": "$span(time_delta=604800).windrun.maxtime",
"windrun_maxtime_raw": "$span(time_delta=604800).windrun.maxtime.raw",
"windrun_min": "$span(time_delta=604800).windrun.min",
"windrun_mintime": "$span(time_delta=604800).windrun.mintime"
#end if
},
"windGust": {
"max": "$span(time_delta=604800).windGust.max",
"maxtime": "$span(time_delta=604800).windGust.maxtime",
"maxtime_raw": "$span(time_delta=604800).windGust.maxtime.raw"
},
#if $records_has_uv
"uv": {
"max": "$span(time_delta=604800).UV.max",
"maxtime": "$span(time_delta=604800).UV.maxtime",
"maxtime_raw": "$span(time_delta=604800).UV.maxtime.raw",
"average": "$span(time_delta=604800).UV.avg",
"min": "$span(time_delta=604800).UV.min",
"mintime": "$span(time_delta=604800).UV.mintime"
},
#end if
#if $records_has_radiation
"solar_radiation": {
"max": "$span(time_delta=604800).radiation.max",
"maxtime": "$span(time_delta=604800).radiation.maxtime",
"maxtime_raw": "$span(time_delta=604800).radiation.maxtime.raw",
"average": "$span(time_delta=604800).radiation.avg",
"min": "$span(time_delta=604800).radiation.min",
"mintime": "$span(time_delta=604800).radiation.mintime"
},
#end if
#if $records_has_sunshine_dur
"sunshineDur": {
"sum": "$span(time_delta=604800).sunshineDur.sum"
},
#end if
"rain": {
"sum": "$span(time_delta=604800).rain.sum",
"sum_raw": $span(time_delta=604800).rain.sum.mm.raw,
"maxsum": "$week_rainiest_day[1] $unit.label.rain",
"maxsum_raw": $week_rainiest_day_raw[1],
"maxsumtime": "$week_rainiest_day[0]",
"maxsumtime_raw": "$week_rainiest_day[0]",
"max": "$span(time_delta=604800).rainRate.max",
"max_raw": $span(time_delta=604800).rainRate.max.mm_per_hour.raw,
"maxtime": "$span(time_delta=604800).rainRate.maxtime",
"maxtime_raw": "$span(time_delta=604800).rainRate.maxtime.raw"
}
},
"month": {
"outTemp": {
"max": "$month.outTemp.max",
"max_raw": $month.outTemp.max.degree_C.raw,
"maxtime": "$month.outTemp.maxtime",
"maxtime_raw": "$month.outTemp.maxtime.raw",
"average": "$month.outTemp.avg",
"avg_raw": $month.outTemp.avg.degree_C.raw,
"min": "$month.outTemp.min",
"min_raw": $month.outTemp.min.degree_C.raw,
"mintime": "$month.outTemp.mintime",
"mintime_raw": "$month.outTemp.mintime.raw"
},
#if $records_has_app_temp
"appTemp": {
"max": "$month.appTemp.max",
"max_raw": $month.appTemp.max.degree_C.raw,
"maxtime": "$month.appTemp.maxtime",
"maxtime_raw": "$month.appTemp.maxtime.raw",
"min": "$month.appTemp.min",
"min_raw": $month.appTemp.min.degree_C.raw,
"mintime": "$month.appTemp.mintime",
"mintime_raw": "$month.appTemp.mintime.raw"
},
#end if
"heatindex": {
"max": "$month.heatindex.max",
"max_raw": $month.heatindex.max.degree_C.raw,
"maxtime": "$month.heatindex.maxtime",
"maxtime_raw": "$month.heatindex.maxtime.raw"
},
"windchill": {
"max": "$month.windchill.min",
"max_raw": $month.windchill.min.degree_C.raw,
"maxtime": "$month.windchill.mintime",
"maxtime_raw": "$month.windchill.mintime.raw"
},
"humidity": {
"max": "$month.outHumidity.max",
"maxtime": "$month.outHumidity.maxtime",
"maxtime_raw": "$month.outHumidity.maxtime.raw",
"min": "$month.outHumidity.min",
"mintime": "$month.outHumidity.mintime",
"mintime_raw": "$month.outHumidity.mintime.raw"
},
"dewpoint": {
"max": "$month.dewpoint.max",
"max_raw": $month.dewpoint.max.degree_C.raw,
"maxtime": "$month.dewpoint.maxtime",
"maxtime_raw": "$month.dewpoint.maxtime.raw",
"min": "$month.dewpoint.min",
"min_raw": $month.dewpoint.min.degree_C.raw,
"mintime": "$month.dewpoint.mintime",
"mintime_raw": "$month.dewpoint.mintime.raw"
},
"barometer": {
"max": "$month.barometer.max",
"max_raw": $month.barometer.max.hPa.raw,
"maxtime": "$month.barometer.maxtime",
"maxtime_raw": "$month.barometer.maxtime.raw",
"min": "$month.barometer.min",
"min_raw": $month.barometer.min.hPa.raw,
"mintime": "$month.barometer.mintime",
"mintime_raw": "$month.barometer.mintime.raw"
},
"wind": {
"max": "$month.wind.max",
"maxtime": "$month.wind.maxtime",
"maxtime_raw": "$month.wind.maxtime.raw",
"max_raw": $month.wind.max.meter_per_second.raw,
"gustdir": "$month.wind.gustdir",
"average": "$month.wind.avg",
"avg_raw": $month.wind.avg.meter_per_second.raw,
"vectordir": "$month.wind.vecdir",
"vectoravg": "$month.wind.vecavg",
"rms": "$month.wind.rms"
#if $records_has_windrun
,"windrun_maxsum": "$month.windrun.maxsum",
"windrun_maxsumtime": "$month.windrun.maxsumtime",
"windrun_maxsumtime_raw": "$month.windrun.maxsumtime.raw",
"windrun_max": "$month.windrun.max",
"windrun_maxtime": "$month.windrun.maxtime",
"windrun_maxtime_raw": "$month.windrun.maxtime.raw",
"windrun_min": "$month.windrun.min",
"windrun_mintime": "$month.windrun.mintime"
#end if
},
"windGust": {
"max": "$month.windGust.max",
"maxtime": "$month.windGust.maxtime",
"maxtime_raw": "$month.windGust.maxtime.raw"
},
#if $records_has_uv
"uv": {
"max": "$month.UV.max",
"maxtime": "$month.UV.maxtime",
"maxtime_raw": "$month.UV.maxtime.raw",
"average": "$month.UV.avg",
"min": "$month.UV.min",
"mintime": "$month.UV.mintime"
},
#end if
#if $records_has_sunshine_dur
"sunshineDur": {
"sum": "$month.sunshineDur.sum"
},
#end if
#if $records_has_radiation
"solar_radiation": {
"max": "$month.radiation.max",
"maxtime": "$month.radiation.maxtime",
"maxtime_raw": "$month.radiation.maxtime.raw",
"average": "$month.radiation.avg",
"min": "$month.radiation.min",
"mintime": "$month.radiation.mintime"
},
#end if
"rain": {
"sum": "$month.rain.sum",
"sum_raw": $month.rain.sum.mm.raw,
"maxsum": "$month.rain.maxsum",
"maxsum_raw": $month.rain.maxsum.mm.raw,
"maxsumtime": "$month.rain.maxsumtime",
"maxsumtime_raw": "$month.rain.maxsumtime.raw",
"max": "$month.rainRate.max",
"max_raw": $month.rainRate.max.mm_per_hour.raw,
"maxtime": "$month.rainRate.maxtime",
"maxtime_raw": "$month.rainRate.maxtime.raw"
}
},
"year": {
"outTemp": {
"max": "$year.outTemp.max",
"max_raw": $year.outTemp.max.degree_C.raw,
"maxtime": "$year.outTemp.maxtime",
"maxtime_raw": "$year.outTemp.maxtime.raw",
"min": "$year.outTemp.min",
"min_raw": $year.outTemp.min.degree_C.raw,
"mintime": "$year.outTemp.mintime"
},
#if $records_has_app_temp
"appTemp": {
"max": "$year.appTemp.max",
"max_raw": $year.appTemp.max.degree_C.raw,
"maxtime": "$year.appTemp.maxtime",
"maxtime_raw": "$year.appTemp.maxtime.raw",
"min": "$year.appTemp.min",
"min_raw": $year.appTemp.min.degree_C.raw,
"mintime": "$year.appTemp.mintime",
"mintime_raw": "$year.appTemp.mintime.raw"
},
#end if
"heatindex": {
"max": "$year.heatindex.max",
"max_raw": $year.heatindex.max.degree_C.raw,
"maxtime": "$year.heatindex.maxtime",
"maxtime_raw": "$year.heatindex.maxtime.raw"
},
"windchill": {
"max": "$year.windchill.min",
"max_raw": $year.windchill.min.degree_C.raw,
"maxtime": "$year.windchill.mintime",
"maxtime_raw": "$year.windchill.mintime.raw"
},
"humidity": {
"max": "$year.outHumidity.max",
"maxtime": "$year.outHumidity.maxtime",
"min": "$year.outHumidity.min",
"mintime": "$year.outHumidity.mintime"
},
"dewpoint": {
"max": "$year.dewpoint.max",
"max_raw": $year.dewpoint.max.degree_C.raw,
"maxtime": "$year.dewpoint.maxtime",
"maxtime_raw": "$year.dewpoint.maxtime.raw",
"min": "$year.dewpoint.min",
"min_raw": $year.dewpoint.min.degree_C.raw,
"mintime": "$year.dewpoint.mintime",
"mintime_raw": "$year.dewpoint.mintime.raw"
},
"barometer": {
"max": "$year.barometer.max",
"max_raw": $year.barometer.max.hPa.raw,
"maxtime": "$year.barometer.maxtime",
"maxtime_raw": "$year.barometer.maxtime.raw",
"min": "$year.barometer.min",
"min_raw": $year.barometer.min.hPa.raw,
"mintime": "$year.barometer.mintime",
"mintime_raw": "$year.barometer.mintime.raw"
},
"wind": {
"max": "$year.wind.max",
"max_raw": $year.wind.max.meter_per_second.raw,
"maxtime": "$year.wind.maxtime",
"gustdir": "$year.wind.gustdir",
"average": "$year.wind.avg",
"avg_raw": $year.wind.avg.meter_per_second.raw,
"vectordir": "$year.wind.vecdir",
"vectoravg": "$year.wind.vecavg",
"rms": "$year.wind.rms"
#if $records_has_windrun
,"windrun_max": "$year.windrun.max",
"windrun_maxtime": "$year.windrun.maxtime",
"windrun_min": "$year.windrun.min",
"windrun_mintime": "$year.windrun.mintime"
#end if
},
#if $records_has_uv
"uv": {
"max": "$year.UV.max",
"maxtime": "$year.UV.maxtime",
"average": "$year.UV.avg",
"min": "$year.UV.min",
"mintime": "$year.UV.mintime"
},
#end if
#if $records_has_sunshine_dur
"sunshineDur": {
"sum": "$year.sunshineDur.sum"
},
#end if
#if $records_has_radiation
"solar_radiation": {
"max": "$year.radiation.max",
"maxtime": "$year.radiation.maxtime",
"average": "$year.radiation.avg",
"min": "$year.radiation.min",
"mintime": "$year.radiation.mintime"
},
#end if
"rain": {
"sum": "$year.rain.sum",
"sum_raw": $year.rain.sum.mm.raw,
"max": "$year.rainRate.max",
"max_raw": $year.rainRate.max.mm_per_hour.raw,
"maxtime": "$year.rainRate.maxtime"
}
},
"yesterday": {
"outTemp": {
"max": "$yesterday.outTemp.max",
"max_raw": $yesterday.outTemp.max.degree_C.raw,
"maxtime": "$yesterday.outTemp.maxtime",
"maxtime_raw": "$yesterday.outTemp.maxtime.raw",
"average": "$yesterday.outTemp.avg",
"avg_raw": $yesterday.outTemp.avg.degree_C.raw,
"min": "$yesterday.outTemp.min",
"min_raw": $yesterday.outTemp.min.degree_C.raw,
"mintime": "$yesterday.outTemp.mintime",
"mintime_raw": "$yesterday.outTemp.mintime.raw"
},
#if $records_has_app_temp
"appTemp": {
"max": "$yesterday.appTemp.max",
"max_raw": $yesterday.appTemp.max.degree_C.raw,
"maxtime": "$yesterday.appTemp.maxtime",
"maxtime_raw": "$yesterday.appTemp.maxtime.raw",
"min": "$yesterday.appTemp.min",
"min_raw": $yesterday.appTemp.min.degree_C.raw,
"mintime": "$yesterday.appTemp.mintime",
"mintime_raw": "$yesterday.appTemp.mintime.raw"
},
#end if
"heatindex": {
"max": "$yesterday.heatindex.max",
"max_raw": $yesterday.heatindex.max.degree_C.raw,
"maxtime": "$yesterday.heatindex.maxtime",
"maxtime_raw": "$yesterday.heatindex.maxtime.raw"
},
"windchill": {
"max": "$yesterday.windchill.min",
"max_raw": $yesterday.windchill.min.degree_C.raw,
"maxtime": "$yesterday.windchill.mintime",
"maxtime_raw": "$yesterday.windchill.mintime.raw"
},
"humidity": {
"max": "$yesterday.outHumidity.max",
"maxtime": "$yesterday.outHumidity.maxtime",
"maxtime_raw": "$yesterday.outHumidity.maxtime.raw",
"min": "$yesterday.outHumidity.min",
"mintime": "$yesterday.outHumidity.mintime",
"mintime_raw": "$yesterday.outHumidity.mintime.raw"
},
"dewpoint": {
"max": "$yesterday.dewpoint.max",
"max_raw": $yesterday.dewpoint.max.degree_C.raw,
"maxtime": "$yesterday.dewpoint.maxtime",
"maxtime_raw": "$yesterday.dewpoint.maxtime.raw",
"min": "$yesterday.dewpoint.min",
"min_raw": $yesterday.dewpoint.min.degree_C.raw,
"mintime": "$yesterday.dewpoint.mintime",
"mintime_raw": "$yesterday.dewpoint.mintime.raw"
},
"barometer": {
"max": "$yesterday.barometer.max",
"max_raw": $yesterday.barometer.max.hPa.raw,
"maxtime": "$yesterday.barometer.maxtime",
"maxtime_raw": "$yesterday.barometer.maxtime.raw",
"min": "$yesterday.barometer.min",
"min_raw": $yesterday.barometer.min.hPa.raw,
"mintime": "$yesterday.barometer.mintime",
"mintime_raw": "$yesterday.barometer.mintime.raw"
},
"wind": {
"max": "$yesterday.wind.max",
"maxtime": "$yesterday.wind.maxtime",
"maxtime_raw": "$yesterday.wind.maxtime.raw",
"max_raw": $yesterday.wind.max.meter_per_second.raw,
"average": "$yesterday.wind.avg",
"avg_raw": $yesterday.wind.avg.meter_per_second.raw
#if $records_has_windrun
,"windrun_maxsum": "$yesterday.windrun.sum"
,"windrun_maxsumtime": "$yesterday.windrun.maxtime"
,"windrun_maxsumtime_raw": "$yesterday.windrun.maxtime.raw"
,"windrun": "$yesterday.windrun.sum"
,"windrun_maxtime": "$yesterday.windrun.maxtime"
,"windrun_maxtime_raw": "$yesterday.windrun.maxtime.raw"
#end if
},
"windGust": {
"max": "$yesterday.windGust.max",
"maxtime": "$yesterday.windGust.maxtime",
"maxtime_raw": "$yesterday.windGust.maxtime.raw"
},
#if $records_has_uv
"uv": {
"max": "$yesterday.UV.max",
"maxtime": "$yesterday.UV.maxtime",
"maxtime_raw": "$yesterday.UV.maxtime.raw",
"average": "$yesterday.UV.avg"
},
#end if
#if $records_has_radiation
"solar_radiation": {
"max": "$yesterday.radiation.max",
"maxtime": "$yesterday.radiation.maxtime",
"maxtime_raw": "$yesterday.radiation.maxtime.raw",
"average": "$yesterday.radiation.avg"
},
#end if
#if $records_has_sunshine_dur
"sunshineDur": {
"sum": "$yesterday.sunshineDur.sum"
},
#end if
"rain": {
"sum": "$yesterday.rain.sum",
"sum_raw": $yesterday.rain.sum.mm.raw,
"maxsum": "$yesterday.rain.sum",
"maxsum_raw": $yesterday.rain.sum.mm.raw,
"maxsumtime": "$yesterday.dateTime",
"max": "$yesterday.rainRate.max",
"max_raw": $yesterday.rainRate.max.mm_per_hour.raw,
"maxtime": "$yesterday.rainRate.maxtime",
"maxtime_raw": "$yesterday.rainRate.maxtime.raw"
}
},
"last365": {
"outTemp": {
"max": "$span(time_delta=31536000).outTemp.max",
"max_raw": $span(time_delta=31536000).outTemp.max.degree_C.raw,
"maxtime": "$span(time_delta=31536000).outTemp.maxtime",
"maxtime_raw": "$span(time_delta=31536000).outTemp.maxtime.raw",
"min": "$span(time_delta=31536000).outTemp.min",
"min_raw": $span(time_delta=31536000).outTemp.min.degree_C.raw,
"average": "$span(time_delta=31536000).outTemp.avg"
},
"wind": {
"max": "$span(time_delta=31536000).wind.max",
"max_raw": $span(time_delta=31536000).wind.max.meter_per_second.raw,
"average": "$span(time_delta=31536000).wind.avg",
"avg_raw": $span(time_delta=31536000).wind.avg.meter_per_second.raw
},
#if $records_has_uv
"uv": {
"max": "$span(time_delta=31536000).UV.max",
"average": "$span(time_delta=31536000).UV.avg"
},
#end if
#if $records_has_radiation
"solar_radiation": {
"max": "$span(time_delta=31536000).radiation.max",
"average": "$span(time_delta=31536000).radiation.avg"
},
#end if
#if $records_has_sunshine_dur
"sunshineDur": {
"sum": "$span(time_delta=31536000).sunshineDur.sum"
},
#end if
"rain": {
"sum": "$span(time_delta=31536000).rain.sum",
"sum_raw": $span(time_delta=31536000).rain.sum.mm.raw,
"max": "$span(time_delta=31536000).rainRate.max",
"max_raw": $span(time_delta=31536000).rainRate.max.mm_per_hour.raw
}
},
"alltime": {
"outTemp": {
"max": "$alltime.outTemp.max",
"max_raw": $alltime.outTemp.max.degree_C.raw,
"maxtime": "$alltime.outTemp.maxtime",
"maxtime_raw": "$alltime.outTemp.maxtime.raw",
"min": "$alltime.outTemp.min",
"min_raw": $alltime.outTemp.min.degree_C.raw
},
"wind": {
"max": "$alltime.wind.max",
"max_raw": $alltime.wind.max.meter_per_second.raw,
"average": "$alltime.wind.avg",
"avg_raw": $alltime.wind.avg.meter_per_second.raw
#if $records_has_windrun
,"windrun": "$alltime.windrun.sum"
#end if
},
#if $records_has_uv
"uv": {
"max": "$alltime.UV.max",
"average": "$alltime.UV.avg"
},
#end if
#if $records_has_radiation
"solar_radiation": {
"max": "$alltime.radiation.max",
"average": "$alltime.radiation.avg"
},
#end if
"rain": {
"sum": "$alltime.rain.sum",
"sum_raw": $alltime.rain.sum.mm.raw,
"max": "$alltime.rainRate.max",
"max_raw": $alltime.rainRate.max.mm_per_hour.raw
}
},
"almanac": {
"source": "$almanac_data_source",
"sunrise": "$almanac.sunrise",
"sunrise_epoch": "$almanac.sunrise.raw",
#if $almanac.sunrise.raw is not None
"sunrise_hour": "#echo datetime.datetime.fromtimestamp($almanac.sunrise.raw).strftime('%H')#",
"sunrise_minute": "#echo datetime.datetime.fromtimestamp($almanac.sunrise.raw).strftime('%M')#",
#else
"sunrise_hour": "0",
"sunrise_minute": "0",
#end if
"sunset": "$almanac.sunset",
"sunset_epoch": "$almanac.sunset.raw",
#if $almanac.sunset.raw is not None
"sunset_hour": "#echo datetime.datetime.fromtimestamp($almanac.sunset.raw).strftime('%H')#",
"sunset_minute": "#echo datetime.datetime.fromtimestamp($almanac.sunset.raw).strftime('%M')#",
#else
"sunset_hour": "0",
"sunset_minute": "0",
#end if
"diagram": {
"hasExtras": #if $almanac.hasExtras#true#else#false#end if#,
"sun": {
"azimuth": #if $sun_az_attr != ""##echo $sun_az_attr##else#null#end if#,
"altitude": #if $sun_alt_attr != ""##echo $sun_alt_attr##else#null#end if#,
"x_offset": #if $sun_x_offset_attr != ""##echo $sun_x_offset_attr##else#0#end if#,
"rise_epoch": #if $sun_rise_epoch_attr != ""##echo $sun_rise_epoch_attr##else#null#end if#,
"set_epoch": #if $sun_set_epoch_attr != ""##echo $sun_set_epoch_attr##else#null#end if#,
"track_points": "$sun_track_points_attr",
"path_d": "$sun_track_path_attr",
"rise": {
"azimuth": #if $sun_rise_az_attr != ""##echo $sun_rise_az_attr##else#null#end if#,
"altitude": #if $sun_rise_alt_attr != ""##echo $sun_rise_alt_attr##else#null#end if#
},
"transit": {
"azimuth": #if $sun_transit_az_attr != ""##echo $sun_transit_az_attr##else#null#end if#,
"altitude": #if $sun_transit_alt_attr != ""##echo $sun_transit_alt_attr##else#null#end if#
},
"set": {
"azimuth": #if $sun_set_az_attr != ""##echo $sun_set_az_attr##else#null#end if#,
"altitude": #if $sun_set_alt_attr != ""##echo $sun_set_alt_attr##else#null#end if#
}
},
"moon": {
"azimuth": #if $moon_az_attr != ""##echo $moon_az_attr##else#null#end if#,
"altitude": #if $moon_alt_attr != ""##echo $moon_alt_attr##else#null#end if#,
"x_offset": #if $moon_x_offset_attr != ""##echo $moon_x_offset_attr##else#0#end if#,
"rise_epoch": #if $moon_rise_epoch_attr != ""##echo $moon_rise_epoch_attr##else#null#end if#,
"set_epoch": #if $moon_set_epoch_attr != ""##echo $moon_set_epoch_attr##else#null#end if#,
"track_points": "$moon_track_points_attr",
"path_d": "$moon_track_path_attr",
"rise": {
"azimuth": #if $moon_rise_az_attr != ""##echo $moon_rise_az_attr##else#null#end if#,
"altitude": #if $moon_rise_alt_attr != ""##echo $moon_rise_alt_attr##else#null#end if#
},
"transit": {
"azimuth": #if $moon_transit_az_attr != ""##echo $moon_transit_az_attr##else#null#end if#,
"altitude": #if $moon_transit_alt_attr != ""##echo $moon_transit_alt_attr##else#null#end if#
},
"set": {
"azimuth": #if $moon_set_az_attr != ""##echo $moon_set_az_attr##else#null#end if#,
"altitude": #if $moon_set_alt_attr != ""##echo $moon_set_alt_attr##else#null#end if#
}
},
"centering_mode": "$diagram_centering_mode_attr",
"current_ts": #if $diagram_current_ts_attr != ""##echo $diagram_current_ts_attr##else#null#end if#,
"current_x": #if $diagram_current_x_attr != ""##echo $diagram_current_x_attr##else#null#end if#
},
#if $almanac.hasExtras
"almanac_extras_modal_html": "<div id='celestial_widget' class='widget'> <div class='widget_contents'> <div id='celestial_details'> <div class='celestial_source_note'><small>$obs.label.data_source: WeeWX <code>$almanac</code> $obs.label.almanac_data_source_suffix</small></div> <div class='celestial_body'> <table class='celestial'> <tr><th>☀ $obs.label.sun</th><th></th></tr> <tr> <td class='label'>$obs.label.start_civil_twilight</td> <td class='data'>$almanac(horizon=-6).sun(use_center=1).rise</td> </tr> <tr> <td class='label'>$obs.label.rise</td> <td class='data'>$almanac.sun.rise.format(None_string=$sun_None)</td> </tr> <tr> <td class='label'>$obs.label.transit</td> <td class='data'>$almanac.sun.transit</td> </tr> <tr> <td class='label'>$obs.label.set</td> <td class='data'>$almanac.sun.set.format(None_string=$sun_None)</td> </tr> <tr> <td class='label'>$obs.label.end_civil_twilight</td> <td class='data'>$almanac(horizon=-6).sun(use_center=1).set</td> </tr> <tr> <td class='label'>$obs.label.azimuth</td> <td class='data'>$sun_azimuth</td> </tr> <tr> <td class='label'>$obs.label.altitude</td> <td class='data'>$sun_altitude</td> </tr> <tr> <td class='label'>$obs.label.right_ascension</td> <td class='data'>$sun_ra</td> </tr> <tr> <td class='label'>$obs.label.declination</td> <td class='data'>$sun_dec</td> </tr>#slurp
#if $almanac.next_equinox.raw < $almanac.next_solstice.raw
## The equinox is before the solstice. Display them in order.
<tr><td class='label'>$obs.label.equinox</td><td class='data'>$almanac.next_equinox</td></tr><tr><td class='label'>$obs.label.solstice</td><td class='data'>$almanac.next_solstice</td></tr>#slurp
#else
## The solstice is before the equinox. Display them in order.
<tr><td class='label'>$obs.label.solstice</td><td class='data'>$almanac.next_solstice</td></tr><tr><td class='label'>$obs.label.equinox</td><td class='data'>$almanac.next_equinox</td></tr>#slurp
#end if
<tr> <td class='label'>$obs.label.total_daylight</td> <td class='data'>$daylight_str</td> </tr> </table> </div> <div class='celestial_body'> <table class='celestial'> <tr><th>☽ $obs.label.moon</th><th></th></tr> <tr><td class='label'> </td><td class='data'> </td></tr> <tr> <td class='label'>$obs.label.rise</td> <td class='data'>$almanac.moon.rise</td> </tr> <tr> <td class='label'>$obs.label.transit</td> <td class='data'>$almanac.moon.transit</td> </tr> <tr> <td class='label'>$obs.label.set</td> <td class='data'>$almanac.moon.set</td> </tr> <tr><td class='label'> </td><td class='data'> </td></tr> <tr> <td class='label'>$obs.label.azimuth</td> <td class='data'>$moon_azimuth</td> </tr> <tr> <td class='label'>$obs.label.altitude</td> <td class='data'>$moon_altitude</td> </tr> <tr> <td class='label'>$obs.label.right_ascension</td> <td class='data'>$moon_ra</td> </tr> <tr> <td class='label'>$obs.label.declination</td> <td class='data'>$moon_dec</td> </tr>#slurp
#if $almanac.next_full_moon.raw < $almanac.next_new_moon.raw
<tr> <td class='label'>$obs.label.full_moon</td> <td class='data'>$almanac.next_full_moon</td> </tr> <tr> <td class='label'>$obs.label.new_moon</td> <td class='data'>$almanac.next_new_moon</td> </tr>#slurp
#else
<tr> <td class='label'>$obs.label.new_moon</td> <td class='data'>$almanac.next_new_moon</td> </tr> <tr> <td class='label'>$obs.label.full_moon</td> <td class='data'>$almanac.next_full_moon</td> </tr>#slurp
#end if
<tr> <td class='label'>$obs.label.phase</td> <td class='data'>$almanac.moon_phase<br/> $almanac.moon_fullness% $obs.label.full</td> </tr> </table> </div> </div> </div> </div> <div class='clear'></div><div class='almanac_last_updated'></div>",
#end if
"moon": {
"moon_fullness": "$almanac.moon_fullness",
"moon_phase": "$almanac.moon_phase",
"moon_index": "$almanac.moon_index",
"moon_tilt": #if $moon_tilt_degrees is not None##echo "%.6f" % $moon_tilt_degrees##else#null#end if#,
"moon_age": "$moon_age_display",
"moon_age_days": #if $moon_age_days is not None##echo "%.6f" % $moon_age_days##else#null#end if#,
"moon_rise": "$almanac.moon.rise",
"moon_rise_epoch": #if $moon_rise_epoch_attr != ""##echo $moon_rise_epoch_attr##else#null#end if#,
"moon_set": "$almanac.moon.set",
"moon_set_epoch": #if $moon_set_epoch_attr != ""##echo $moon_set_epoch_attr##else#null#end if#
}
}
}
