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The major noticeable difference between the two is that while the IEnumerable is pull-based, and the consuming part is the one making its move iterating and retrieving the data and the source listens, IObservable is the opposite – the consumer listens to the source, and the source is the one notifying all listeners about a new item that is available.
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The System.Reactive (Rx hereinafter) library, is a set of extensions that offer LINQ-like extensions methods on the IObservable type.Īn IObservable is very similar to IEnumerable.
#Iobserve for windows code
The Code is located under the UnoRx repo on GitHub, so just clone the code from GitHub to start an Uno project with RxUI and Microsoft Extensions DI and logging. It uses the following frameworks: Uno Platform, ReactiveUI, and Microsoft Extensions for hosting, dependency injection, and for logging.
#Iobserve for windows how to
To conclude, iObserve is a very useful application if you are looking for a method to keep track of all celestial bodies you are planning to observe and determine the best time for your analysis.The article shows how to create a cross-platform Uno template app that consists of a basic NavigationView and basic ViewModel navigation capabilities, and can run on Windows, Android, iOS, and as a website (via WASM). However, the iObserve app comes with a help section that provides details about various time measurement methods, night and airmass curves, coordinates transformation or fluxes conversion. Comprehensive Mac app for complex astronomy analysis tasks The application is making use of concepts that are closely related to astronomy, so you must be in command of at least the basic notions to be able to use the application properly. In fact, you can use different catalogs to identify all the infrared photometric or telluric stars that are closest to Earth.įurthermore, iObserve is able to download SDSS, 2MASS or DSS charts that include a large amount of information about different celestial bodies. Using the iObserve app you will be able to analyze the Moon’s illumination fraction, its age or its airmass curve. Basic notions of astronomy are required to use it effectively IObserve is able to import data from SIMBAD files about unknown objects, but it also allows you to browse the Exoplanets catalog and download information.Īt the same time, iObserve comes with details for more than 100 observatories scattered all over the world and you can track the object’s airmass curves in order to determine the best observation time. Moreover, with the help of iObserve, you can also create a list of relevant websites for your research. The same area provides access to different conversion tools that can process coordinates, times, fluxes or distances. In the iObserve left side panel you can organize the celestial objects you want to monitor (small bodies or exoplanets) and the observatories you are working with.
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Support for importing SIMBAD data files and for browsing the Exoplanets catalog Working with iObserve is fairly straightforward due to the organized user interface: the main window is split in two areas, one for managing your lists and one for viewing the available information about each subject.
#Iobserve for windows professional
Designed for both professional and amateur astronomers, iObserve provides a plethora of useful tools that will help you manage the information gathered by your telescope or made available by different observatories.