cligMET

server weather dashboard
starting cligMET server…
Isosurface volume on Cartesian axes
irradiance: --
observation: --
dry-bulb temperature: --
relative humidity: --
atmospheric pressure
--
hPa
pressure change · 3 h
--
hPa / 3 h
wind speed
--
km/h
rain rate
--
mm/h

previous 3 days + next 24-hour forecast

dry-bulb temperature
previous 72 h as 1-hour means · archived past forecast · next 24 h forecast · 2 h vertical grid
atmospheric pressure + pressure trend
previous 72 h as 1-hour means · next 24 h forecast · 2 h vertical grid
relative humidity
previous 72 h as 1-hour means · next 24 h forecast · 2 h vertical grid
solar irradiance
previous 72 h as 1-hour means · next 24 h forecast · 2 h vertical grid

model calibration

auto-calibrated
Collecting verified forecast results…
verified hours
0 / 168
cligMET temperature MAE
--
Open-Meteo temperature MAE
--
cligMET improvement
--
temperature adjustment
+0.0 °C
station influence
100%
pressure influence
30%
temperature responsiveness
1.5 °C/h
rain influence
20%
coefficient history
Automatic changes begin after seven days of unique verified forecast hours and are limited to small daily steps.
Full-sized defined isosurface field domain
meteorological
observations
past
present

station settings

The key is sent only by the FastAPI server to api.weather.com and is stored in the server SQLite database. It is never returned to the webpage or chart API.

forecast model controls

Choose a preset, then optionally open the advanced settings. The temperature graph shows measured data, the cligMET forecast and an optional likely-range band.

model presetBalanced

Balanced combines numerical-model guidance with restrained station and pressure corrections.

temperature graph displayvisible series
advanced model controls
0.0 °C

Moves the complete temperature forecast colder or warmer.

100%

Controls how much the present station-to-model temperature difference affects the first forecast hours.

30%

Blends the measured 3-, 6- and 12-hour barometric trend into modelled pressure.

1.5 °C/h

Limits how quickly the forecast temperature may change from one hour to the next.

20%

Adds humidity, dew-point and falling-pressure signals from the station to modelled rain probability.