METAR.NET was developed to be a class library for .NET Framework 3.5 used to decode and encode weather information METAR used to capture and present weather mostly for aviation.
It consists of two parts:
First part is library able to decode and encode METAR string, e.g. METAR LKPR 20202Z VRB03KT … into the set of (instances of) classes like Wind, Visibility, etc. describing weather; and back, after changes, to create metar string from value captured in those set.
Second part is small project supporting ability to download METAR information (that is, METAR string) from on-line web source. There are many sources on the web; the project only introduces two opinions, but by interface it is open for any extensions.

 

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If we need to decode METAR string, we need to create new instance of class MetarDecoder
var decoder = new MetarDecoder(prefs);
var decoded = decoder.DecodeMetar(metarText);

MetarDecoder is a constructor which accepts preferences and receives a metar string as input. Then it returns a collection of MetarDecoded instance – a collection of MetarDecoded objects. Each MetarDecoded is a instance of one of the defined classes in the MetarDecoder.
MetarDecoder.MetarDecoded objects can be instanced from different MetarDecoder.MetarDecoded objects. MetarDecoded objects have interesting methods like GetWindDirection() to extract wind direction, etc. from them.
In some cases returned MetarDecoded objects come from different classes. In such cases, for example, weather from some class may be unknown and not exist in file and that data will be omitted. Then for such cases returned MetarDecoded objects are instanced from another class named NotSupportedMetarDecoded – a class you can define yourself to name and extend existing ones, or add entirely new.
MetarDecoder.MetarDecoded is a transient class which can be reused in other instances of MetarDecoder. The first one you create contains all information it needs. Then other decoder instances can get the same instance by calling To(MetarDecoder) method like this:
var decoder = new MetarDecoder(prefs);
var decoded = decoder.To(MetarDecoder.MetarDecoded).DecodeMetar(metarText);

You may also need to change you preferences from time to time to fit your needs. Or you may wish to switch between file and online sources. To do that you can change preferences of decoder. It accepts preferences from EnumPrefs class and contains method SetPrefs(EnumPrefs value); changing preferences.
METAR.NET Encoder Description:
You can encode METAR strings into the set of METAR string, e.g. 20202Z. It is done by creating new instance of MetarEncoder and passing some MetarDecoder as an instance parameter:
var encoder = new MetarEncoder(metarDecoder);

MetarEncoder is also a constructor which accepts MetarDecoder as an input
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This section contains decoder description by one of the major purposes of METAR.NET: a container to store and possibly exchange data about weather, mostly for aviation.
In this case, there are two important parts: one is to store information about “standard text” (in the sense of METAR for aviation), like Wind, Visibility, etc., and one is to store this text itself.
Both of them can be encoded (in METAR.NET) and decoded.
For instance, the object Wind is a complex but consistent object, with all information (e.g. float, double, etc.) needed to describe the weather. When we would like to keep “wind” text which should be used in METAR for aviation, we encode its content (in METAR.NET), and then decode it using a decoder (provided by METAR.NET).
Similarly, the METAR string itself, also a class (called METAR.NET.Metar), contains a lot of internal information used to describe METAR and encode/decode it (in METAR.NET and METAR.NET.Decoder, respectively).
When we will change a weather info we will often need to update the information in METAR.NET, and – sometimes – we need to change its decoder; for example, if we change “standard text” (e.g. change “Visibility” text from 10 to 200) then we should also fix our METAR.NET.Metar class (in fact, it is not very hard).
Now let’s take a look at how “wind” object and METAR string are encoded:
METAR.NET Encoder Description:
This section contains information about how the class Wind is encoded with METAR.NET.
In particular, we will address two important parts: 1) which characters are being stored, and 2) how they are stored.
Note that for any METAR.NET classes the same procedure applies; for example, we will address Visibility class later.
First of all, in METAR.NET, all classes except for “standard text” classes are encoded as a number of uppercase characters (ASCII Uppercase) (e.g. “W”, “FA”, “LK”, “PD”, etc.) but these characters can be encoded using several (hopefully unique) different encoding.
For instance, let’s encode “Wing”: the class Wing, internally, contains the character

What’s New in the METAR.NET Decoder?

METAR.NET is a class library written in C# (C-sharp) for.NET Framework 3.5. METAR.NET is distributed as source code under terms of GNU General Public License (GPL).
METAR.NET includes classes to be used to decode and encode METAR information into set of classes that represent weather data.
METAR.NET supports most of the METAR information bits that are produced by National Weather Service (NWS). Metar parts are:
– forecast
– center
– meteo_station
– meteo_relat
– meso_relat
– period
– metro_station
– station
– satellite_station
– surface
– type
– condition
– omsb
– par_con
– seis
– wx_dt
– wx_dtI
– relative_humidity
– wet_bulb_temperature
– precipitation
– class
– precipitation_type
– precipitation_rate
– precipitation_amount
METAR.NET reference source documents are available from download section.
METAR.NET is a library that can be used in other applications, but it was designed for an aviation application. METAR.NET can work well with an aviation application; it keeps track of when and who changed the report and it records what airplane and flight information is used to calculate a METAR.
The class libraries have an open license and you are not required to register to use it. Download it from the download section.
There is project to use METAR.NET to download METAR information from on-line sources. You can get METAR information from NOAA and from METAR.NET project websources.

METAR.NET FileConverter Description:
METAR.NET FileConverter allows to convert a file to METAR format. The result can be presented in an appropriate framework. You can use this application for converting from METAR to any other file type. It is freely distributable and opensource licensed.

Metar GenerateDescription:
Metar Generate automatically generates METAR string. It works on any platform, is freely distributable and opensource licensed.
METAR.NET FileConverter

METAR.NET FileConverter SDK

System Requirements:

Minimum:
OS: OS X 10.7 or later (Mac OS X Lion is not supported)
Processor: Intel Core 2 Duo @ 2.5 GHz
Memory: 3 GB
Graphics: Intel GMA 950 with 256 MB
Hard Drive: 18 GB
Storage: DVD or Blu-ray drive
Recommended:
OS: OS X 10.8 or later (Mac OS X Lion is not supported)
Memory: 4 GB
Graphics

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