Chrome experiments 10000 stars

It shows the real location of overnearby stars. Zooming in reveals 87 individually identified stars and our solar system. The galaxy view is an artist's rendition. FullHD Video preview.

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.

Chrome experiments 10000 stars

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As far as Apple is concerned, it ain't broke until Final Cut is broke. GDP is not a good proxy for available energy for hopefully obvious reasons: Just because you have a high GDP doesn't mean that you have a lot of energy chrome experiments 10000 stars, it may mean that you use the energy you have very effectively.

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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.

Chrome experiments 10000 stars

A celebration of the first 1, experiments submitted to ChromeExperiments. A gallery of virtual reality Chrome Experiments, created for Cardboard. Learn more about Web Lab by Google. See the magic of the web brought to life through 5 Chrome Experiments. Open to the world online

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This is a rare interaction, which is arguably backwards. The usual way is to go from two coordinate systems, camera and world, to N: camera, world, and one for each object. Hold out your hand and make the "unpinch" gesture, which enlarges photos in iOS and Android. Wilhelm Gliese and Dr. Put your hand to your monitor, and with your thumb and forefinger, unpinch. Gendler and A. Aaaaaaaaaand chrome mobile fails once again. The single-pixel distance lines also look wrong during transitions. That is, you take the density of the fog a fraction slightly less than 1 to the power of the Z coordinate of the point on the object, and multiply that by the color of the object. Called , stars this is a fully-immersive 3D plot of in fact , stars. If it grows at 3.

Whisking you through a vivid 3D map of the local universe, Chrome's , Stars page hones in on the Sun before shooting out to give a view of the solar system and then the nearest star system, Alpha Centauri, 4.

Hacker News new past comments ask show jobs submit. But again, you can't underestimate compounded interest applied to GDP growth see above comment. The important thing is that it maps a 3-D point in object space to a color. You can either compute the colors at the corners of the polygons and interpolate the colors at each point you draw Gouraud shading or you can interpolate the normals and redo the lighting calculation for each point Phong shading , which gives you dramatically better results if you have specular highlights. You're in "magic wand" territory, and in agreement with Stross' arguments. I agree with you. Roybatty on Nov 15, prev next [—]. The 5th power is pretty shiny. I'm trying to show that notion is dead wrong. On my MBP scrolling is backwards swipe up moves closer , and mouse motion controls the camera offset angle. Until now I had not seen this video, but thank you. People pull things towards them to get a better view. SkyMarshal on Nov 15, root parent next [—]. Edit: I'm sorry for my misleading and value-free comment.