The user collections include users, the matches they make, and the musical content that they like. Our data is mainly broken down into two collections: music related data from the Spotify set and the user collections. To parse this data set, we used the Pandas library from Python on Jupyter Notebooks, and obtained the necessary data to populate our tables. We were able to settle on the following categories to integrate into Tunify: Artists, Genres, and Songs. To populate the database that would be necessary to build Tunify, we found a Spotify dataset from Kaggle with data on various categories involving Spotify’s data. We realized that people universally bond over music, and that we could base an application around that which addresses the current problem and brings about a positive outcome. While social media apps were useful in keeping touch and sharing information with our peers, it was difficult to meet new people this can be especially hard on university students trying to make friends. In the grand scheme of things, Tunify was developed to address the lack of social interaction amidst the current global pandemic. During the process, we learned a variety of tools and technologies while addressing various challenges in making our application the best it can be. In developing Tunify, we gained an understanding of full stack web development by developing a database schema consisting of various tables which we were able to interact with via advanced queries and triggers, a backend REST API using ExpressJS to handle HTTP requests communicating with the database, and a frontend web application designed and programmed with React. They can then view other users with mutual interests, like their profiles, and initiate friendships. Users create an account and proceed to like various artists, genres, and songs. Tunify is a web service through which users can meet those with similar taste in music. Check all news and articles from the latest Audio news updates.UIUC CS 411 Database Systems Final Course Project.Bluesound BluOS adds Tunify support and unlocks Dolby Atmos.There is also a 7-day free trial available. The plans start at $17.00 per month (Green). There are three levels of Tunify Service, Green, Blue, and Orange. However, it makes it more convenient for business owners to access such a service using off-the-shelf Bluesound products. However, it is going to be accessible to most BluOS supported BlueSound streaming devices, but the key thing to remember is that the service is not free. Tunify specializes in providing streaming music to business users that are commercially licensed. The second feature enabled on via the BluOS firmware update 3.16 is the Tunify Music Service. The best way to test it is to check out the On/Off setting. While the methods used by BluOS to enable Dolby Atmos aren’t as precise and when using a home theater system with separate speakers, the result is a more immersive audio listening experience than a soundbar without Dolby Atmos can provide. This includes the ability to use four Dolby Atmos virtualization profiles: Movie, Music, Late Night, and On/Off.Īlthough content specifically encoded with Dolby Atmos provides the best result, the virtualization presets can be used with any content to create a more immersive listening environment. With the Dolby Atmos component included in the latest BluOS firmware update, users can now access the Dolby Atmos features as originally intended.
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