There are automated weather fronts at Meteomatics
https://www.meteomatics.com/en/api/request/advanced-requests/isolines/#weather_fronts
There are automated weather fronts at Meteomatics
https://www.meteomatics.com/en/api/request/advanced-requests/isolines/#weather_fronts
Hello,
Some of you will know that you can set the colour scales of various units to suit your preferences.
https://community.windy.com/topic/10336/customize-the-color-scales-of-windy-layers
This is great but changing the colour scale is a rather slow process imo (eg a good gradient temp europe would have a low range in the middle east).
I would like to start a thread of useful and interesting colour scales including the code to copy.
Please post a screenshot of the colour scale, an example map and the associated code ready to copy. See my example below
Hello
I have a suggestion for the trajectory/tracking plugin or for a similar plugin to expand windy's capabilities.
I would like to be able to track cloud from the satellite or weather radar layer. Unfortunately the plugin wants model data to work.
Is it possible to select the model for trajectory calculation while still being on the satellite layer? (one can go back and forward between model layer but it is a more complicated)
Can a user defined trajectory be made? ideally the user would select multiple points along a line at different time steps and then the plugin would calculate a linear progression forward
EG Point A at 0km at 12Z, Point B at 50KM East at 13Z, Point C at 100km East at 14Z, then the plug in will calculate other points at 75km eastwards every hour
Hopefully it makes sense what i wrote.
cheers
Riccardo
this is a wind scale useful for highlighting areas of good wind power for wind turbines.
it highlights in green the area of moderate wind production (5-10m/s) and yellow when it reaches typical rated wind capacity (10-15m/s) becoming red around max power (15-20m/s).
Violet and grey will highlight wind speeds that are too strong and might cause wind turbines to shut down (>20-25m/s)
[[0,[197,214,216,79.36]],
[2,[166,215,218,256]],
[4,[61,162,214,256]],
[6,[38,73,186,256]],
[7,[55,114,55,256]],
[9,[43,172,43,256]],
[10,[130,190,134,256]],
[11,[222,226,105,256]],
[14,[236,165,54,256]],
[16,[228,117,63,256]],
[18,[212,77,92,256]],
[19,[152,14,14,225.28]],
[20,[113,27,114,256]],
[24,[180,153,176,256]],
[25,[220,220,220,256]],
[35,[148,148,148,256]]]
Exactly! thank you @idefix37 for making it more clear
To quote the old saying "Model useful but wrong", thus extrapolating the sat and radar in the 1 to 6hr range can give me more accurate prediction especially for showers.
@corsita
WIndy is taking the data directly from the thai met serivce.
https://www.tmd.go.th/en/ and https://weather.tmd.go.th/
They have a number of rain radar stations. Navigating through i think there are two that cover the island of Ko Mak
The further away Suvarnbhumi which could have some mountains in the way.
https://weather.tmd.go.th/svp240.php
and the closer one is Sattahip https://weather.tmd.go.th/satLoop.php
which appears to be in a direct line of sight, thus i would not expect any radar shadow to affect the island.
I am not sure why Ko Mak appears to be without rain. However, i don't think you can trust the rain radar for the area in general. This is the edge of the range of the rain radar and the quality of the data deteriorates the further out you go. Mainly is due to problems with detecting a good signal bouncing back and in particular with the radar beam being very high above the ground.
The beam is at a shallow angle upwards (probably 2° or 3°), but in 200km range that is 7-10km; Any rain below that is not going to be detected
@anthony10 I used to work at UK Met Office. The resolution of the global model is 10km
I would love to see UKMO data on Windy as well