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HTML5 prettifies fan-made Tron trailer... in real time! (video)
What can HTML5 do for you? Quite a lot, as it happens. A chap by the name of Franz Enzenhofer has put together a real-time effects mixer for a fan-made Tron trailer, which combines HTML5 with a dash of JavaScript and a sprinkling of CSS to demonstrate the awesome potency of open web standards. You can recolor, reposition, rotate, stretch, or skew the video, all while it plays. We've got the unaltered trailer, made earlier this year as a sort of homage to the 1982 picture, for you after the break, but you'll want to hit the source link to start post-processing it with the finest browser-based video editor yet.
ClearCam goes legit, will increase image resolution at a price
ClearCam has been around for a while, and I first took a look at it more than a year ago. It was a clever app that had two modes. One mode took a series of four pictures in rapid succession, and then it saved the best and sharpest one in your photo library; the other mode took six images together and stacked them in order to increase resolution and reduce noise. In practice, it meant that the old 3G 2MP camera became the rough equivalent of a 4MP camera. The app had been pulled from the App Store for a while -- the SDK did not allow access to raw iPhone images (only compressed images), which meant it was impossible to run any enhancement algorithms on the data. The SDK now allows for access to those uncompressed images, iPhone cameras are better, and ClearCam has returned as a regular iPhone app. It runs on the 3GS and the iPhone 4, and it requires iOS 4. The app is similar to the original version, although now it chooses the best shot out of three instead of four. For the stacking or enhanced mode, it still takes six images and then aligns and processes them. %Gallery-98422%
Final roll of Kodachrome processed in Kansas; angel sheds a rainbow-colored tear
Kodak stopped manufacturing the oldest film in its catalog last year, but Dwayne's Photo in Parsons, Kansas kept its Kodachrome processing rig around just in case. Last week photographer Steve McCurry processed the final manufactured roll of Kodachrome there - 33 frames taken around New York City, and three taken in Parsons. A crew from National Geographic (where McCurry made his name, specifically with the iconic "Afghan Girl" cover photo) documented the final roll's journey from the factory to processing, so you'll probably be able to find out more on it soon. Oh, and if grandma's a real shutterbug, you might want to tell her to check the attic for any spare Kodachrome rolls she has lying around -- Dwayne's is the last remaining Kodachrome processing facility in the world, and that service will stop on December 10th. Now, if it's quite alright -- pardon us while we attempt to capture a meaningful moment on our soulless Easyshare ecosystem of products.
Intel mulling WebM hardware acceleration in Atom CE4100 chip
Hey Google, shall we try the other box? Maybe it has hardware acceleration built in for your new WebM video format? Intel's Wilfred Martis has told IDG News that his company is keeping a close eye on Google's new VP8-based format, and should it prove popular enough, hardware acceleration for it will be built into the CE4100 and other Atom chips headed to TVs and overpowered cable boxes in the future: Just like we did with other codecs like MPEG2, H.264 & VC1, if VP8 establishes itself in the Smart TV space, we will add it to our [hardware] decoders. Not exactly astonishing news, as Google TV is still likely to proceed on those chips with WebM getting decoded by software in the mean time, but at least Intel's absenteeism from the WebM hardware partner list can now be explained as simple precaution, rather than some deeper division between the companies.
NVIDIA VP says 'Moore's law is dead'
NVIDIA and Intel haven't been shy about their differing respective visions of the future of computing in the past year or so, but it looks like Team GPU just upped the rhetoric a little -- a Forbes column by NVIDIA VP Bill Dally argues that "Moore's law is dead." Given that Moore's law is arguably the foundation of Intel's entire business, such a statement is a huge shot across the bow; though other companies like AMD are guided by the doctrine, Intel's relentless pursuit of Gordon Moore's vision has become a focal point and rallying cry for the world's largest chipmaker. So what's Dally's solution to the death of Moore's law? For everyone to buy into parallel computing, where -- surprise, surprise -- NVIDIA's GPUs thrive. Dally says that dual, quad- and hex-core solutions are inefficient -- he likens multi-core chips to "trying to build an airplane by putting wings on a train," and says that only ground-up parallel solutions designed for energy efficiency will bring back the golden age of doubling performance every two years. That sounds fantastic, but as far as power consumption is concerned, well, perhaps NVIDIA had best lead by example.
OnLive demos Crysis on iPhone, expects to go to iPad
OnLive was at the DICE Summit in Las Vegas last week, where they showed their game streaming software running on the iPhone again. This time they had Crysis going, and apparently the demo ran "fast and smooth." The way they do it is to run the game and render it all on a fast computer somewhere, and then stream video to the iPhone while streaming controls back to the game itself. Of course a demo is just a demo, and actually running a game like that out in the real world is much tougher. But OnLive is convinced they can do it. And that's not all -- they also made mention of running their app on "tablets," which is a roundabout way of hinting that they'd like to do the same for the iPad. Now that is an intriguing opposition -- you wouldn't even need processing power for games on the iPad if you can run the software. If OnLive sets it up so you can stream on your local Wi-Fi connection (essentially using the iPad as a remote viewer/controller), then we might have something interesting here. Apple might be interested in that as well. Streaming heavyweight games from your Mac to the iPad? Yes, please. But of course, all OnLive has so far is a nice demo and some good ideas. We're still waiting to hear details of how they're going to bring out their streaming service, not to mention get it up and running on the iPhone. As soon as they let us know, we'll let you know.
ATI Stream goes fisticuffs with NVIDIA's CUDA in epic GPGPU tussle
It's a given that the GPGPU (or General-Purpose Graphics Processing Unit) has a long, long ways to go before it can make a dent in the mainstream market, but given that ATI was talking up Stream nearly three whole years ago, we'd say a battle royale between it and its biggest rival was definitely in order. As such, the benchmarking gurus over at PC Perspective saw fit to pit ATI's Stream and NVIDIA's CUDA technologies against one another in a knock-down-drag-out for the ages, essentially looking to see which system took the most strain away from the CPU during video encoding and which produced more visually appealing results. We won't bother getting into the nitty-gritty (that's what the read link is for), but we will say this: in testing, ATI's contraption managed to relieve the most stress from the CPU, though NVIDIA's alternative seemed to pump out the highest quality materials. In other words, you can't win for losin'.
Creative Zen Zii screenshots unearthed, possibly faked
As you know, we've been hearing some mind-blowing Zii hype lately. If this latest rumor has any weight to it, among earth-shattering revelations unearthed in Creative's booth at CES will be a Zii-powered Zen. Of course, screenshots like these can be faked all too easily -- but really, why would anyone bother? What we have here is something that resembles previous Zen interfaces, formatted landscape rather than portrait, with what appears to be a widescreen display. Really, guys? Is this what passes for "revolutionary" these days? Call us jaded, but it's rather hard for us to believe that any PMP would have the power to "better lives beyond our imagination." Unless, of course, you're talking about the MySpace MP3 player. We so want one of those.[Thanks, Oscar M.]
Creative sheds some hype on Zii 'stem cell computing'
Pretty big talk, Creative, for such a mysterious product. According to information gleaned from an email that's making the rounds, Zii is "revolutionary" -- in fact, it's about to change everything you know. Everything. The company says they've invested over 10 years, over one billion dollars, and 10,000 man-years (that's a lot of men! and years!) on "stem cell-like silicon that is able to grow and multiply into different solutions and ecosystems," which will "better lives beyond our imagination." Has your mind been blown yet? No? Just wait until you "discover incredible recession-friendly business opportunities that enable you to thrive and prosper." Just what we need in the midst of these turbulent times. Of course this begs us to ask the question: if life as we know it is over, couldn't they have spent a little time coming up with a name other than Zii? And might there be a better place to announce this epoch-making discovery than booth #30651 at CES?[Thanks to everyone who sent this in]
Creative's Zii actually a CES-bound processing chip
While our vivid imaginations certainly had something more invigorating than this in mind, we suppose Creative could still surprise us at CES 2009. The curious Zii website we peeked a few days back is reportedly referring to an all new processing chip, and while eipZENter isn't being too forthcoming with details just yet, we are told that it will likely be "one of the biggest projects Creative has invested in." If that's just too vague for your tastes, try this: "[Zii] is completely different from the X-Fi audio chip and it will be used in a variety of upcoming products." Alrighty then.[Thanks, Swild]
Troubleshooting dynamic shadows on OS X and Windows
This forum thread, about the new shadow technology appearing on the Mac in 3.0.2, is confusing. There are four Blue responses in the first 10 posts, and at the end of it, I still don't have a clear idea of whether shadows work on the Mac or not. The issue seems to be this: shadows do work on the Mac, but not the highest quality shadows. Why? Because while Windows uses DirectX to do its 3D processing, OS X still uses OpenGL. And while shadows do work in OpenGL (and eventually can work just as well in OpenGL), Blizzard needs Apple to put some extensions in which aren't there yet, so the highest quality shadows aren't yet possible.Did your eyes glaze over from all that tech talk? Let's make it simple: if you're on Windows or OS X and you don't see shadows, odds are that your settings are wrong. Open up Video settings in game, and slide the Shadows slider all the way to the right as far as it will go, and then escape out and see if Shadows appear. Note, however, that this will slow your computer down, and as we said earlier today, older computers might have trouble doing this. If you're running an older PC or Mac, you may have to forget about the dynamic shadows completely.That said, according to the Blues, with the shadow slider flipped all the way up on a PC and a Mac, the PC's shadows will look a little better. That's not a limitation of your computer (or of Blizzard's designers), it's a limitation of the technologies that Blizzard is using to make the game. When OpenGL (the code that allows game makers like Blizzard to draw 3D graphics within OS X) gets updated, then we'll see some higher quality shadows.
Rumor: new visualizer in iTunes 8 to be Robert Hodgin's Magnetosphere
On the heels of our earlier post about new features in iTunes 8 comes this post from video producer and designer Allan White, speculating that the new visualizer in iTunes might be Processing artist Robert Hodgin's amazing Magnetosphere, which was available up until a few months ago from The Barbarian Group (aka Robert's design company) as an iTunes plugin. As Allan points out, there are two very strong pieces of evidence for this: 1) Allan emailed Robert, who told him Magnetosphere had been sold to a "third party", and 2) a twitter from Digg founder (and amateur Apple rumor mill) Kevin Rose on Sept. 2nd describing the new visualizer as "planet like objects wrapping around each other w/stars/light streams". As you can see in the image above, this sounds like a pretty apt description of Magnetosphere, which visualizes sound as particle explosions like supernovas. The Barbarian Group website's page for Magnetosphere says that "We've had a ton of interest in it, and we've got some exciting plans, but it's gonna take us a couple months to make it all happen." Of course, nothing is confirmed, but it all points in the right direction. Personally, I'd love to see Magnetosphere on every iTunes user's screen, and not just because Robert is an amazing artist and also always gracious and helpful when I email him because my Processing particle system animations don't look as cool as his. The world just needs stuff this cool-looking everywhere.(Thanks to Poopie for noticing that I'd accidentally added an "s" to "Hodgin"!)[via Create Digital Music]
Hitachi's Reel60 processing technology eliminates 'judder'
Expanding a bit on the Reel60 technology first unveiled in a trio of 1080p sets from Hitachi, the company has reportedly developed a system that eliminates the "mismatch between the motion of films seen in a movie theater and the way that same motion appears on television." Dubbed "judders," these jagged edges will reportedly no longer be apparent on select Hitachi sets, as the Reel60 technology perfects the 3:2 pulldown process by "creating interpolated frames based on the original film images." Interestingly, it wasn't mentioned whether Hitachi would be holding on to its newfangled discovery or licensing it out to other manufacturers, but if anyone feels like coughing up the dough to pick up a P50V701, P50X901, or P60X901, be sure to test it out and sound off below.[Via DealerScope]
Sony considers incentives for commercial PS3 use
Tired of wasting all those idle PS3 clock cycles curing diseases for the benefit of all humanity? Wish you could sell off your extra processing power for prizes and free stuff instead? Sony knows how you feel, and is reportedly looking into a program that would let you do just that.Sony Computer Entertainment CTO Masa Chatani told the Financial Times that they are in discussions with a number of companies interested in using the parallel processing power of the PS3 network for their own research. Chatani realizes users might be hesitant to simply loan out use of their $600 living room computer to a commercial enterprise, so the company is considering offering incentives such as free products to users who would aid in such research.This sounds like a win-win-win situation to us: Sony gets a new revenue stream; small companies get their research done relatively cheaply; and PS3 owners get free stuff. Of course, every PS3 running one of these commercial projects is one less project running the potentially life-saving Folding@Home. OK, so maybe it's win-win-win-lose. Still, three out of four ain't bad.
Researchers working on Cell processor supercomputer
For years, Sony and IBM have talked up the power of the Cell processor that's at the core of of every PS3. Now, some University of Illinois researchers are working on finally unlocking that power for the next generation of highly parallel supercomputers. The Illinois News-Gazette has a report on the efforts of user interface experts Marc Snir, Laxmikant Kale and David Kunzman, who say that a computer with a cluster of Cell chips could offer 50 times the performance of a similar sized PC. Squeezing out that performance is no small task, though -- Kale admits "it's going to be a challenge to program it." Despite the team's inside access to Cell technology and tools, the N-G article ends with a joking complaint that the team members "haven't received a PlayStation 3 yet, either." Hey, if you want one that badly, just go to your local store, guys.
De-interlacing and scaling the most important buying factors?
While the whole "1080i vs. 1080p" debate could likely go on for a good decade or so, having that oh-so-coveted "Full HD" logo slapped on your set evidently isn't the answer to all your HD problems, at least if you watch a good percentage of cable / satellite-provided content. A rather informative writeup / rant over at HD1080i lends a bit more insight into the ongoing discussion of when 1080p differs from 1080i, and goes on to explain that many incorrectly processed images cause quite a bit of dissatisfaction when it comes to quality, and oftentimes, it's not even your fault. Sure, folks outputting 1080p from an HD DVD or Blu-ray player get the benefit of seeing a progressive, pre-cleaned-up image, which basically removes all the hard work from your TV's internal scaler; however, for those watching a processed episode of TNT HD's Charmed, for instance, could witness a bit of "interlacing crop errors when de-interlacing is not done properly," rather than just a correctly rendered motion blur. Essentially, this fellow attempts to convince us that 1080p is an important matter, and it's great to have it there "when you need it," even though it's not likely that we see 1080p content coming through our cable STB anytime soon. So be sure and hit the read link to take a gander at yet another perspective, because a bit more research never hurt anyone, eh?
Bongiovi Acoustics unveils miracle DSP chip for car audio
If there were ever a time where we'd need to hear it before we believed it, this would be it. Tony Bongiovi, an audio engineer who's been around the block a time or two (read: he worked with Hendrix), has finally crafted the miracle chip he's been missing for decades. Dubbed the Digital Power Station (DPS, not to be confused with DSP), the microchip is described as a "very sophisticated equalizer," and while it was originally "the size of a refrigerator," he looked to Glenn Zelniker, a specialist in digital signal processing, to program a wee chip to do the same thing. The result is a dynamically programmed microchip based on an off-the-shelf DSP from Freescale Semiconductor, which is housed in special headunits (like JVC's KD-S100) and has more than "120 points of adjustment" to tune the tunes to fill each vehicle perfectly. Reportedly, the chip even turns factory speakers into high-fidelity drivers, as it calculates the dimensions of the vehicle and the abilities of the cones while outputting the audio. The JVC unit will cost "between $700 and $1,000 installed," since you'll have to schedule an appointment with your service department to get the correct software installed for your make and model, but we'd suggest a trial listen before you plunk down your one large.[Via PhysOrg]
