Offline use of Windy
No cyclone approaches Tamil Nadu state, India (capital Chennai)
for the next 4 days.
for cyclones in your area,
you can also refer to
Thank you for making this clear.
My question then is how companies like Predict Wind manage to do this?
We usually download Grib files through a satellite request sent to 'firstname.lastname@example.org'.
They send the data back in package file which we then display in ZY Grib or similar.
Is there no way we can have a Windy Platform to display grib data we retrieve?
I am thinking that Windy must be receiving data to generate the display we are seeing - right - so if windy created the app, and steered us to the data request source /s then we effectively could have an off shore windy app?
Thank you for the amazing Windy platform
All GRIB files that you can received via several web app that you mentioned are GFS files which are free. Some of them offer ECMWF GRIB files but you must subscribe monthly payements.
Hidalgof | Premium last edited by
Can you negotiate with your providers to offer this feature?
In the modern world, in order to visualise data you need to transform it. If instead of sharing the source files you share the transformed data you would be respecting the agreement, wouldn't be?
Hidalgof | Premium last edited by
Would you be able to find a workaround for this issue?
For example a "Print Report" option that generates a PDF that we can use after we lost connection.
This is a common feature in websites like Met Office.
In that way you won't be exporting the data but "visualising" it on "paper" (PDF).
It should to be a work around... At the moment the only option are screenshots or printing the forecast before leaving home...
For me the best way is to keep the forecast in a small video. There are many « Screen recorder » which are available. On iPad and iPhone this is a standard feature that I use sometime.
You just need to activate the time slider to get a 10 days-video forecast. Only 1 file per layer. If you need the forecasts of 3 different layers e.g. Wind, Gusts, Rain, then you have only 3 files.
Looking to the forecast offline, you can stop the video where you need to analyse the details.
The liscencing issue only applies to ECMWF. All model output produced by USA agencies is public domain (free to use, no liscencing). So Windy could work with GRIB output from GFS with no issues. Windy already supports use of GFS so this should be a relatively straight forward implementation.
Implementing GRIB viewing capability in Windy would be a powerful addition. End users could download their own GRIBs, from whatever model(s) they choose, and view in Windy (as is now done by all other GRIB viewers).
For us offshore sailors, who commonly have the ability to download a GRIB over low bandwidth interfaces which wont reliably support an online session, this would be a great upgrade vs existing GRIB viewers (many of which are a bit clunky).
It would potentially fix a few issues with windy:
- enable usage of models which are currently not supported in the stock windy models - for example the upcoming ICON-D2 (sequel to Cosmo-D2) which is very high resolution (2.2km, 27hrs in 3hr steps) and covers quite some Europe (page 12)
- it could fix the 'no history in windy' issue - by viewing and downloading archived gribs
- in the case of the trajectory plugin, it could improve both horizontal as well as vertical resolution substantially - for instance, ICON-D2 hast some 91 levels of which about 25 are in the 0-6000m regions which is relevant for me
- enable viewing values which are not in the stock windy layers set. Example: the vertical wind component in ICON-D2.
I concur that the 'market' of current grib reader apps is ready for some disruption...
I'd not necessarily be asking the windy folks to "support that feature" by taking on the load of supporting an extra model or new layers. That is substantial effort.
LIM MING TE Moe last edited by
@mhaberler Here's a proof of concept using the ICON-D2 short term weather model from DWD.de - grid 2km, about 35 elevation levels below 5000m - way beyond other models in horizontal and vertical resolution: