On my iPhone, on the app, I finally found settings (icon under the Home iconas I recently learned). I then scrolled down (also not obvious). I changed from C to F and it automatically asked me to log-in, which I did and the switch stuck. I know I am forgetting something, but the key, in addition to being logged in (on the app on your iPhone!), is to scroll all the way down in Settings to find Save (in red, not grayed out). I did first log into the website, but noticed it was already set to F. Not sure if just then logging into the app made the difference (since settings are supposedly in the cloud) or if actual saving on the app while logged into the app did it.
@capt-Amory
No, GFS 22km has a lower resolution than ECMWF 9km which has a higher resolution.
https://help.weatherflow.com/hc/en-us/articles/207913278-Weather-model-resolution
The resolution is the number of grid points on a given surface (or pixels on a digital photo). If you decrease the distance between the points, you increase their number and so the resolution.
Well seems that I do not know this problematic. I wanted to make a info page for our new monster feature, we are finishing right now. And it seems that you understand the matter more than I do. Thx for all the comments.
Do you have any plans on sharing weather data/parameters (e.g. wind and temp data) in XML or JSON formats through Windy API? It'll be a nice companion to Leaflet map currently in use.
Thanks and Please keep it up!
I am in the Azores islands, which is in the middle of the ocean (250 thousand inhabitants, plus other mid ocean archipelagos such as Iceland, Madeira, Canaries, Cabo Verde, Saint Helena, etc.), so does that mean I am shown a London UTC time for my location at Central Azores (Pico)? There is indeed a time zone for East-West Mid Atlantic ocean, which is Azores Time Zone. Azores TZ is 2 hours behind Madrid-Paris-Berlin-Warsaw and 1 hour behind Dublin and Lisbon and London as well (GMT-1)(UTC-1).
"Of course, if you open detail in the middle of the ocean, we use UTC, since there is no timezone."
@ivo said in Find location by its coordinates:
31°24'12.2"N 12°10'26.5"E
Looks like there is a little problem with the DMS location format analysis :
In the example above, 31°24'12.2"N 12°10'26.5"E goes actually to 31°24'12.2"N 2°10'26.5"E.
Only the units (last digit) of E coordinates is taken into account.
For the North coordinates, it's OK.
With the DDM model, it's also OK
Hi all,
I would like to ask where do you get the raw data (I mean the data saved grid or other format). Can I directly download the data with free of cost?
regards
@Siff
Hello, I'm in Sint-Maarten and I survived Irma (My house didn't). REAL wind values have been constantly updated, thanks to NOAA planes flying through the hurricane constantly. They are today the only way to give us real wind data during such storms (because instruments on the ground fly away). During the peak intensity just before Irma hits sint maarten, they measured 225 mph wind gusts in the eyewall of the hurricane, and sustained wind of 185 mph. We had an anemometer here in Grand-Case airport. the last wind gust measured by the instrument before it broke was 135 mph 2 hours before the eyewall. Everything is destroyed here.
Models like GFS and ECMWF cannot predict hurricane winds, especially close to the eye, where the wind is the strongest, because the resolution scale of these models is not wide enough (this is the main reason to me). In the front of the hurricane, there is northerly wind with strong updrafts, 7 kms away, in the eye there is no wind and a strong downdraft, and the 7km away there is a strong southerly wind with updrafts again ! All of that with huge changes in pressure. It's so powerful in a so small area ! That's why they created the Hurricane Weather Research and Forecasting model(HWRF). It is the only model using recon aircraft data, satellite imagery and buoys data at the same time !!! And it is the more precise model to predict hurricane wind direction and force (not the path of the hurricane).
So, regarding wind force and direction, the more you are close to the eye, the more GFS and ECMWF model will be inaccurate. But these models are better to predict the path of hurricanes, they work well on bigger scales !
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