Chrome experiments 10000 stars

It shows the real location of overnearby stars.

WOW, that is amazing. I'm always blown away by stuff like this, where you can actually get a sense of how small we all are and how distant even the closest neighbor stars are. I just close my eyes for a minute and think or try to , what would it be like for those people that are finally able to reach, say, Vega I know it's not the closest. Sure, this is not a big deal in sci-fi, but for reality, it's pretty mind blowing. In the meantime, I guess this will have to suffice. If you don't already own a pair, I'd recommend getting a basic pair of binoculars and doing some backyard astronomy. You'd be amazed how much more you can see with even a basic 10x50 pair, even in thoroughly light-polluted skies.

Chrome experiments 10000 stars

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But it would be more beautiful if you could actually see their true locations. Probably a hardware glitch.

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This map depicts over , stars which can be observed and explored through this experience. Users can travel throughout the map to explore what stars astronomers discovered, named and their proximity to our home planet, Earth. This map demonstrates the density of each discovered star as well as their physical size as the user independently travels through the galaxy. Users can travel to different star locations and view their proximity to our home star, the Sun. By hovering over a star users can view their name and information about their conditions and measurement. For example, Castor is the second brightest star in the constellation Gemini. Castor is HR is a triple star system in the constellation of Cetus.

Chrome experiments 10000 stars

Michael Chang X Homepage. Recently, we completed , Stars , a Chrome Experiment visualizing nearby stars. In this case study I will outline the discovery process, share some programming techniques, and finish with some thoughts for future improvement. Feel free to jump to an area of interest using the table of contents button on the right. First, I'll show the rendering portion of the project, followed by shader management, and finally how to use CSS text labels in combination with WebGL. I noticed that I could change the interpreted "scale" of the scene by adjusting the amount of the effect applied. When the depth of field effect was really extreme, distant objects became really blurry similar to the way tilt-shift photography works on giving one the illusion of looking at a microscopic scene.

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This is a useful optimization even if your object is more complicated, because it halves the load on the heavier-weight algorithms below. We made it this far. Dorrit Hoffleit and Dr. A rotation matrix that rotates around the X-axis looks like [[1 0 0] [0 c s] [0 -s c]] where s and c are the sin and cos of the angle you want to rotate. People pull things towards them to get a better view. Be sure to check out the middle "star" in Orion's sword. But it seems a lot more likely that we'll just send some strong AI robots to send us back the data until then. But whether you're drawing point clouds or something more complicated, it's often interesting to be able to move multiple objects separately. The galaxy view is an artist's rendition. How was the glow crated using CSS3 for the Sun? That is incredible, wasn't expecting much. I can't find it on your github account. The only issue is that the visualization makes it look like we are in a cluster of stars. On my MBP scrolling is backwards swipe up moves closer , and mouse motion controls the camera offset angle. However, you're being downvoted for not giving any actionable information, or even a screenshot; you're not making it possible for the author to make the project better, you're just making a valueless comment and making it worse with your edit.

There are hundreds of ways to explore parts of the Milky Way galaxy online and even on your smartphone if you have the right app, but what about one that can explore all of it? That's just what Google have done with with a new web experiment called , Stars.

Or technologically sophisticated relatively speaking intelligent life. We love this. I used to think, if kidnapped by interstellar travelers, I might be able to find my way home. Would be a perfect use for a 3D monitor. I wonder if there are clusters where distance between neighbouring stars are much less than with Sun and Proxima Centauri. Regardless, it looks beautiful. Your natural motion is to touch and pull, which is dragging down. I have no idea where to start with doing this, however. Zooming in reveals 87 individually identified stars and our solar system. I agree that scrolling should be inverted. Short answer: places where the distance between stars is closer are unlikely to have space faring civilizations. Wayne H. The answers to those questions will probably not depend on whether we are 1 meter or 1 parsec tall.