![]() When you start using a binary data file, it is important to know how to interpret the data. You need to make another HTTP request to download the binary data file for each om:result. &bbox=-118331.366,6335621.167,875567.732,7907751.537\įor radar data, the binary download URL inside the WFS response points to the GetMap request of with the the image/geotiff as the response format. Instead they contain a link to download the binary data file using a separate request: However, for radar and gridded forecast model datasets, the om:result element does not contain the entire data grid, because the data files are too big to be encoded inside the returned XML document. ![]() Within each returned GridSeriesObservation feature, there is the om:result -element, which contains the result of the Observation event. This request returns a collection of GridSeriesObservation features, one for each available time step between the starttime and the endtime (see Data models for more information about the returned data model). (Note: long URL broken into several lines for clarity, the backslashes are not part of the request). &storedquery_id=fmi::radar::composite::dbz\ The composite radar data can be retrieved from the FMI Download Service using the following WFS stored queries:įor single radar data use one of the following stored queries:Īn example request for all the available composites between 09:00 UTC and 10:00 UTC: The WFS Download service should be used as a starting point foraccessing the data. Rain classification (hclass), conversion: 0=no signal, 1=non met, 2=rain, 3=wet snow, 4=dry snow, 5=graupel, 6=hailĬloud top height (etop_20), conversion: height = 0.1 * pixel value - 0.1 Rainfall intensity (rr), conversion: rr = 0.01 * pixel valueġ hour precipitation (rr1h), conversion: rr1h = 0.01 * pixel valueįor single radars the following data can be retrieved: Radar reflectivity (dbz), conversion: Z = 0.5 * pixel value - 32 The following data is available for Finnish radar composite: Both single radar data and radar composites over the whole Finland are made available. The radar data is available for past 6 days. Typically the most recent radar data was collected less than 5 minutes ago. Radar data becomes available though the Download service as soon as it's received from the radar and pre-processed into deliverable formats. Our recommendation is to use a single volume for the data, as mentioned above.The up-to-date weather radar from the FMI radar network is available as Open Data. The default volumes are not optimal nor recommended. LinuxServer specifies a couple of optional default volumes such as They also maintain images for most of the popular download clients as well. Is one of the most prolific and popular Docker image maintainers. Hotio also builds our Pull Requests which may be useful for testing. Images are automatically updated multiple times in an hour if upstream changes are found. There are many ways to manage Docker images and containers too, so installationĪnd maintenance of them will depend on the route you choose.ĭoesn't specify any default volumes, besides To install and use these Docker images, you'll need to keep the above in mind while following their documentation. Keep in mind that Radarr will need read and write to the download folders as well as the final folders.įor a more detailed explanation of these issues, see The recommendation is to use a common group for all related containers so that each container can use the shared group permissions to read and write files on the mounted volumes. The default user, group and umask, you should decide this before setting up all of your containers. Most images have environment variables that can be used to override Permissions and ownership of files is one of the most common problems for Radarr users, both inside and outside Docker. If this advice is not followed, you may have to configure a Remote Path Mapping in the Radarr web UI (Settings › Download Clients). The best solution is to use a single, common volume Some also recommend paths for the download client container that are different from the Radarr container, like This causes slow moves and doesn't allow hard links because theyĪre considered two different file systems Both problems can be solved with well planned, consistent paths. The second is a performance issue and causes problems for seeding torrents. torrents/My.Movie.2018/, but in the Radarr container that might be at The first is a problem because the download client will report a download's path as There are two common problems with Docker volumes: Paths that differ between the Radarr and download client container and paths that prevent fast moves and hard links. Radarr v4 will convert the given directory on startup if a Radarr v0.2 or v3 database is found. Volume to mount the data directory and supply that path to Radarr as parameter.
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