Sea Of Stars Download Android

If you want to get the very best look at the stars and planets, you may want to check out our guides to the best telescopes and best telescopes for deep space. And if you're an aspiring astrophotographer then our lists of the best cameras for astrophotography and best lenses for astrophotography will help get you started.

Stellarium Mobile Plus features a particularly comprehensive map and database that will impress anyone who wants to learn more about the night sky. It has beautiful visuals and very realistic depictions of the stars.

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Star Walk 2 is a great option for beginners looking to learn more about stars, constellations and planets. It also has a satellite tracker and appealing AR overlays even on the free version, with a very affordable upgrade.

The SkySafari 7 Pro app is on the more expensive side of the market for a stargazing app, but with good reason. As we discovered in our SkySafari 7 Pro review, this app is an absolute powerhouse when it comes to its space database, offering details on millions of stars, galaxies and other space objects. The planetarium page syncs seamlessly with the night sky whatever way you're holding your phone and also offers an impressive AR overlay option via your phone's camera.

Finally, I have found Jelly Star, which almost perfectly covers my needs. I was worried about the screen at first, if I will be able to write on it (I am tall and have bigger fingers), but did not have any issues, compared to iPhone 12 mini, which I had to correct myself over and over. I was a bit slower at writing though, I would say I can write at 70% of the speed compared to my 6,5" android phone.

The Jelly Star is surprisingly powerful (nothing lags!) incredibly practical (especially with the little wrist lanyard), reasonably priced, rapidly delivered, and amazingly usable despite its tiny size. 5/5 stars, supremely recommended. I'm using it as my work phone and for such practicalities as "map navigation, music, torchlight, and clock, at hand at all times".

I am following the standard example of how to add a RatingBar. To control the number of stars I tried to use android:numStars="5". The problem is that the number of stars doesn't seem to do anything at all. In portrait-layout I get 6 stars and when I flip the phone I get about 10 stars. I tried to set the number of stars in my Activity (myBar.setNumStars(5)) that loads the xml but there was no success with that option either.

You should just use numStars="5" in your XML, and set android:layout_width="wrap_content".

Then, you can play around with styles and other stuff, but the "wrap_content" in layout_width is what does the trick.

I'm also facing the problem that exceeding the stars than specified no of stars. For this, we don't want worry about whatever the layout type either relative or linear layout. Simply use the width as follows:

If you are wrapping the RatingBar inside a ConstraintLayout with match_constraint for its width, the editor preview is going to show a number of stars proportional to its actual width, no matter what if you set android:numStars property. Use wrap_content to get the correct preview:

I want to show a rating bar via an alert dialog in my android app. The problem I am facing is that depending upon the width of the screen, the ratingbar shows more than 5 stars(upto 10) in landscape mode and the function setNumStars() has no effect. There are posts already dealing with this issue but they deal with a ratingbar whose laout is defined statically while I am creating it dynamically. How to solve this problem?

The SkySafari astronomy app, which starts at $2 on iOS and free on Android, lets you hold your phone to the sky to identify planets, constellations, stars and satellites. You can also use the app to see what the sky might've looked like thousands of years ago, or what it will look like in the future.

The SkySafari astronomy app, which starts at $2 on iOS and free on Android, lets you hold your phone to the sky to identify planets, constellations, stars and satellites. You can also use the app to see what the sky might've looked like thousands of years ago, or what it will look like in the future.

The International Space Station (ISS) app, available free on iOS and Android, doesn't technically show you stars, but you can check out planets and the ISS itself. The app tracks where the in-space laboratory is currently located above the world at any given time.  

The Skyview app is $3 on iOS and $2 on Android, but both platforms have a free lite version. To use Skyview, just point your device at the sky and you can get started identifying galaxies, stars, constellations, planets -- even the International Space Station. The app has night mode and an AR feature, so you can use it comfortably any time. 

The Skyview app is $3 on iOS and $2 on Android, but both platforms have a free lite version. To use Skyview, just point your device at the sky and you can get started identifying galaxies, stars, constellations, planets -- even the International Space Station. The app has night mode and an AR feature, so you can use it comfortably any time.

Star Walk 2, $3 for iOS and free for Android with in-app purchases, uses your phone's sensors and GPS to show you a map of the night sky in real time, pinpointing the location of stars, planets, constellations, comets, the ISS and satellites.

In Brawl Stars, you can find various game modes. In the rewards mode, your objective is to finish the game with more stars than the other team. In other game modes, you have to fight for a series of crystals found in the middle of the map or compete directly against other players in an epic deathmatch.

As you may expect from the franchise, you'll have tons and tons of levels in which to shoot for your three stars. Doing it won't be easy, but at least you can count on invaluable help from your birds.

Star Walk is an astronomical application for stargazing in real-time with an interactive map of the night sky. Easy-to-use and informative, it is a perfect educational tool for space enthusiasts of all ages. Enjoy satellites overhead, find planets, and identify stars in the sky above you with Star Walk!

Mobile app distribution platforms such as Google Play Store allow users toshare their feedback about downloaded apps in the form of a review comment anda corresponding star rating. Typically, the star rating ranges from one to fivestars, with one star denoting a high sense of dissatisfaction with the app andfive stars denoting a high sense of satisfaction. Unfortunately, due to a variety of reasons, often the star rating provided bya user is inconsistent with the opinion expressed in the review. For example,consider the following review for the Facebook App on Android; "Awesome App".One would reasonably expect the rating for this review to be five stars, butthe actual rating is one star! Such inconsistent ratings can lead to a deflated (or inflated) overallaverage rating of an app which can affect user downloads, as typically userslook at the average star ratings while making a decision on downloading an app.Also, the app developers receive a biased feedback about the application thatdoes not represent ground reality. This is especially significant for smallapps with a few thousand downloads as even a small number of mismatched reviewscan bring down the average rating drastically. In this paper, we conducted a study on this review-rating mismatch problem.We manually examined 8600 reviews from 10 popular Android apps and found that20% of the ratings in our dataset were inconsistent with the review. Further,we developed three systems; two of which were based on traditional machinelearning and one on deep learning to automatically identify reviews whoserating did not match with the opinion expressed in the review. Our deeplearning system performed the best and had an accuracy of 92% in identifyingthe correct star rating to be associated with a given review.

Data was found by Starfleet in 2338. He was the sole survivor on Omicron Theta in the rubble of a colony left after an attack from the Crystalline Entity. He is a synthetic life form with artificial intelligence, designed and built by Doctor Noonien Soong in his own likeness (likewise portrayed by Spiner). Data is a self-aware, sapient, sentient and anatomically fully functional male android who serves as the second officer and chief operations officer aboard the Federation starship USS Enterprise-D and later the USS Enterprise-E.

Commenting on Data's perpetual albino-like appearance, he said: "I spent more hours of the day in make-up than out of make-up", so much so that he even called it a way of method acting.[6] Spiner also portrayed Data's manipulative and malevolent brother Lore (a role he found much easier to play, because the character was "more like me"),[6] and Data's creator, Dr. Noonien Soong. Additionally, he portrayed another Soong-type android, B-4, in the film Star Trek: Nemesis, and also Arik Soong, one of Soong's ancestors in three episodes of Star Trek: Enterprise. Spiner said his favorite Data scene takes place in "Descent", when Data plays poker on the holodeck with a re-creation of the famous physicist Stephen Hawking, played by Hawking himself.[6] 2351a5e196