![]() Because the layer inherits from Static Text Layer the basic graphical parameters of the layer are described here: Static Text Layer. Now that you successfully installed the connection from mimoLive to your weather station hardware via WeatherSnoop its time to customize the visual output of the layer. Now you can switch your layer live to see its output in your video production. The URL should look something like this: ĭone! After some seconds the preview of your layer should display the weather data from your weather station. If the WeatherSnoop app is on the same machine as mimoLive you can enter 127.0.0.1 as the host. You may have to replace the host name in the URL by the IP adress the WeatherSnoop HTTP server is on. * Sometimes the URL isn’t working out of the box. Paste the URL you copied in the previous section into this field. * Select the WeatherSnoop layer in the layer stack and find the WeatherSnoop HTTP Server section in the settings pane on the left: Scroll through the layers list and find the sunny Sun:īy drag&drop add the layer to your Layer Stack at the very top. * Make sure you have successfully installed the WeatherSnoop layer by selecting the “+” button at the top of the layer stack of your mimoLive document window. * Create a new blank document or open up an existing document where you want to add the live weather data. You will need the link in the WeatherSnoop layer in mimoLive in the next section. Please right click on the “JSON” link to reveal a context menu to copy the link to the clipboard. Your preferred web browser should open and display the following web site: The status line below should change to “Server is running.” * Now click the Server Page button below the status line in order to open the webpage WeatherSnoop is serving. To start the web server of WeatherSnoop check the Server my weather data via HTTP option. This will get you to the preference pane of WeatherSnoop: Setting Up WeatherSnoopĪfter you successfully connected your weather station hardware with WeatherSnoop app you can start the build-in HTTP web server by selecting WeatherSnoop 3 ⇢ Preferences…. mimoLive will open and install the layer that you will then find in the Layer Template Repository. tvlayer file, that you just need to double click. Right afterwards you will receive an email with an unique download link. To purchase the mimoLive WeatherSnoop layer, please go to the mimoLive Buy page and purchase the “mimoLive WeatherSnoop Layer”. Please refer to WeatherSnoop website for a (). WeatherSnoop compatible wether station hardware.WeatherSnoop Weather Station Software (lite version included with the bundle).Please contact [Boinx if you are interested in integrating a weather station into mimoLive. We are currently looking into providing support for Weathersnoop 4. If you have a license for Weathersnoop 3, you can continue to use it with mimoLive. Solar radiation data can also be coded into the data packet.The Weathersnoop Layer Bundle is currently no longer available as the makers of Weathersnoop are discontinuing sales of Version 3 and have begun shipment of Version 4 which is currently not compatible with mimoLive. The first four fields (wind direction, wind speed, temperature and gust) are required, in that order, and if a particular measurement is not present, the three numbers should be replaced by "." to indicate no data available. The letter "h" followed by 2 numbers represents the relative humidity in percent, where "h00" implies 100% RH. The letter "b" followed by 5 numbers represents the barometric pressure in tenths of a millibar. The letter "P" followed by 3 numbers represents the amount of rain in hundredths of inches that fell since local midnight. Only these two precipitation values are accepted by MADIS. The letter "p" followed by 3 numbers represents the amount of rain in hundredths of inches that fell in the past 24 hours. The letter "r" followed by 3 numbers represents the amount of rain in hundredths of inches that fell the past hour. The letter "t" followed by 3 characters (numbers and minus sign) represents the temperature in degrees F. The letter "g" followed by 3 numbers represents the peak instaneous value of wind in miles per hour. The slash "/" followed by 3 numbers represents the average wind speed in miles per hour. This is the direction that the wind is blowing from. The underscore "_" followed by 3 numbers represents wind direction in degrees from true north. ![]() How is the weather data coded into the data packet? When you look at examples of APRS position weather packets here, or here, the part after the longitude "E" or "W" carries the weather data as symbols followed by numbers. ![]()
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