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. 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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Osmium on Nov 14, prev next [—] Eventually crashed Safari on my rMBP, but this seems to be a trend, so possibly Safari's fault and would explain why WebGL is not enabled by default.

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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. It's the same workshop that gave us Aaron Koblin and Chris Milk's The Exquisite Forest , a platform for the public to collaborate and develop animations for a Tate Modern exhibit. With , Stars, data and source imagery used was all drawn from Nasa and the ESA, and the project was collated by the Google Data Team -- however the view from space is an artist's impression, hence the compelling ethereal glow. When you're done zooming hundreds of light years out at the drag of a mouse, there are a few educational nuggets to be found as well. Yes, it's nice to know that it if the laws of physics were set aside it would take a plane 18 years to fly to the Sun; but there are also 87 major local stars named and detailed when users hover over and click on them. The system immediately zooms in and gives a brief description extracted from Wikipedia of what you need to know -- how many light years the star is from the Sun or what constellation it's in.

Chrome experiments 10000 stars

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. As the blog post points out : "Using your mouse or trackpad, you can zoom in and out to explore our galaxy. Zooming in reveals the names of the most prominent stars close to our sun". Clicking each name shows more info on the star, and a digital rendition is shown. Unfortunately the site doesn't work in Internet Explorer 10, but it will render in Firefox following our own testing, as well as Opera and Safari which all support WebGL. Check it out!

Furafinity

It's 15 lines of code and the only library it depends on are Python's functions to sleep for a fraction of a second, output stuff to stdout, and round to integer. Fantastic idea! TheAmazingIdiot on Nov 14, prev next [—] Who made that music? But in that case the world will have much bigger problems To yet-unknown sentient creatures? You can also scale camera space to screen coordinates this way. If it grows at 3. Of course if the assumption of continuous future economic growth doesn't hold up, this isn't going to happen. Music by Sam Hulick, whose work you may have heard in the video game, Mass Effect. For starters, there's this assertion: "The far-fetched version is to use back holes as power sources [1] as this is, as far as I've read anyway, the only remotely viable method of providing propulsion without reaction mass to speak of and reaction mass is the death of any form of interstellar propulsion. Is there a better way to view the source than just 'view source' in chrome? POLYGONS: If you're drawing polygons, straight lines are still straight lines when you rotate them, and in either perspective or orthographic projections, so you can just rotate and project the corners of the polygons into your canvas space, and then connect them with 2-D straight lines or fill the resulting 2-D triangle. In the meantime, I guess this will have to suffice.

A celebration of the first 1, experiments submitted to ChromeExperiments. A gallery of virtual reality Chrome Experiments, created for Cardboard.

MBP Chrome here, I see maybe 50 closest stars. What's below is short and doesn't have much math, but it should be enough to allow someone who knows linear algebra and 2-D graphics to both understand and rederive most of 3D graphics. Distances are closer in the Galactic Core. Same, on a Mac Mini. Same here, but I doubt we'll ever be able to do that without some serious genetic enhacements to the point where we might not be recognizable as humans, or an even better solution, transferring our minds to machines, and then being able to live thousands of years or more and make it more possible for us to travel there. In any case, great visualisation. Of course not. Those are all logical, not physical mappings. Who made that music? You can't be serious. TinyGrab is down again, I have a headache, etc. Hold control on your MBP and scroll up.