Portable Raspberry Pi Arcade Machine: Starforce Pi

You can find a ton of DIY guides and kits to make arcade machines based on the Raspberry Pi, but if you’re willing to pay to play, watch out for Marcel de Haan and Hartmut Wendt’s Starforce Pi, a compact retro arcade machine with an internal battery.

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The Starforce PI has a 4.2″ 320×240 TFT screen that’s mounted behind a tinted magnifying glass to get that vintage arcade look. It also has an 8-way microswitch joystick, microswitch arcade buttons, an HDMI output, two USB inputs, stereo speakers, 3.5mm output, microSD card slot and a 3000mAh battery that should last up to five hours per charge. Last but not least, it’s got a beautiful retro case.

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Here’s the teaser for their upcoming Kickstarter fundraiser:

And here’s Marcel demonstrating the Starforce Pi’s prototype:

Marcel also made a mockup of a game made for the Raspberry Pi itself, delivered in the form of a microSD card. He hopes that the Starforce Pi and other Pi gaming machines would lead to new 8-bit and 16-bit games for the Pi. And why not? There’s certainly a market for it.

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Marcel and Hartmut’s Kickstarter will launch on 11/15/15, where a pledge of at least €199 (~$220 USD) will get you a Starforce Pi as a reward. Keep an eye on their website and their Facebook and Twitter pages for updates.

DIY Raspberry Pi Voice-activated Smart Mirror: Who’s the Makest of Them All?

Videos about the future of consumer tech often feature interactive mirrors, windows and other glass surfaces. But you don’t have to wait for the future. With a bit of elbow grease and help from your fellow makers you can have your own high tech mirror today.

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This particular mirror we’re checking out is a work in progress by Evan Cohen, but it’s mostly based on the work of Michael Teeuw and Hannah Mitt. What Evan did is build on their work by adding a few more functions such as controlling his Philips Hue lights, and most importantly adding voice control using TalAter’s JavaScript speech recognition library.

Head to Evan’s GitHub page, Michael’s blog or Hannah’s GitHub page for more on their work.

[via Digg]

Futuristic Raspberry Pi Desk Computer: PiDesk

Here’s a fun project that uses two Raspberry Pi units. Frederick Vandenbosch made his PiDesk as his entry to Element 14’s Sci Fi Your Pi contest. The desk has a Raspberry Pi 2 B running Ubuntu MATE, while the futuristic furniture’s hidden controls are powered by a Raspberry Pi B+.

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The main controls are five capacitive touch points in the form of spots of conductive paint, which are hidden under the lower right portion of the desk’s surface. Strips of copper tape connect the spots to a capacitive touch chip, which in turn connects to the Raspberry Pi B+. A motor controller Pi add-on called a Gertbot handles the stepper motors that raise and lower the Pi 2’s screen. The Pi B+ itself takes care of the decorative LEDs.

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Finally, Frederik hid a wireless charger beneath the desk’s upper left corner, then he made a “magic lamp” using a NeoPixel ring. The ring’s LEDs are powered only when the lamp is placed over the concealed charger.

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Skip to 2:03 in the video below for a quick demo:

Frederik didn’t win Element 14’s contest – that honor went to a portable medical check-up kit – but his project is no less inspiring because it’s both fun and practical. Check out his website for more on his project.

[via Hack A Day]

LEGO Lovelace & Babbage Computer Set: Imaginative Engine

The Analytical Engine would have been the first general purpose computer, but inventor Charles Babbage never finished it. Still, the man’s a genius and a pioneer, and so is his friend, mathematician Ada Lovelace. She wrote the first documented computer program for the Analytical Engine, though of course she never got to see it run. LEGO Ideas member Stewart Lamb Cromar honors these computer science pioneers with a monochromatic LEGO set.

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Stewart’s Lovelace & Babbage Build the First Computer concept set comes with the Analytical Engine, minifigs of Charles and Ada and an owl. Stewart took some aesthetic liberties and added cogs, chains and pistons on the primitive computer. He also made it so you could fit a single board computer such as the Raspberry Pi inside the Analytical Engine. The model has three easy to remove panels to provide access to the board and its ports.

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Stewart also made two bonus sets: Ada Junior Classroom and Babbage Tea Party.

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The concept is proving really popular so far, gathering over 4,200 votes in just 5 months. That’s still not 10,000 though, so if you like it head to LEGO Ideas and vote for the set.

ZeroPi Helps You Build Robots with Arduino and Raspberry Pi

Robots are awesome, and if I had the time and hardware, I would definitely build some cool ‘bots to amble around the house and scare the crap out of my kids. That would be awesome. If you like to build robots, a new device has landed on Kickstarter that you might want to add to your parts collection.

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The gizmo is called the ZeroPi, and is aimed at controlling robotic motion structure systems. ZeroPi has an Atmel SAMD21J18 32-bit ARM Cortex M0+ MCU inside, and it’s compatible with Arduino Zero and Raspberry Pi processors.

It is capable of controlling up to 11 micro servos and 8 DC motors at the same time. Those eight DC motors can be replaced with four stepper motors. ZeroPi is also compatible with a number of open source sensors.

The project is on Kickstarter and has blown its goal out of the water, raising over $24,000 to date, with almost a month left on its fundraiser. You can order a ZeroPi for $24(USD) or more with shipping set for December 2015.

PolyEyes AR Headset Enhances Your Peripheral Vision

PolyEyes Hammerhead Vision System

If the field of view of the individual human eye seems a bit limited to you, wearing the Hammerhead Vision System (aka PolyEyes 2.0) might be a solution to that problem.

The human body has plenty of limitations (in Battlestar Galactica, Brother Cavil emphasizes some of them in his ‘I don’t Want to Be Human!‘ speech), but technology can help us overcome at least some of them. The PolyEyes 2.0 AR headset gives its wearer a field of view larger than 180 degrees. Add to that the fact that the “eyes” can move independently, and you get some sort of big-headed animals.

Interactive Architecture Lab, the developer of PolyEyes 2.0, explained how the AR helmet fits in the big picture:

“You are alone in the room, except for two Raspberry Pi Camera Module spinning in the dim light. You use PolyEyes (aka Hammerhead Vision System) and through the Raspberry Pi Compute Module, you communicate with some other entities in another room, whom you cannot see. Relying solely on the Exo-skeletical Suit Controller, you must decide whether to share or receive stimuli. One of the entities wants to share its own visual field. The other entity wants to send you signals from its sensing body. He/she/it will reproduce through the PolyLimbs the body movement of the other entity. Your job is to explore alternative ways for communicating that distinguish your current performance from an embodied augmented reality.”

While the creators of this AR headset must have used chameleons as a source of inspiration, the name of the system, Hammerhead, points into a very different direction. Interactive Architecture Lab have clearly designed and named their invention after the hammerhead shark, which is famous not only for its unusual structure of its head, but also for the wide stereo field of view.

Inside each of the clear domes seen in both of the above pictures there is a Raspberry Pi Camera Module, that combined give the wearer more than 180 degrees of vision. As mentioned in the developer’s description, the Hammerhead Vision System is part of a larger conceptual suit, or exosuit, if you want, that Interactive Architecture Labs sees as “part of a continuing process of upgrading the human entity.”

It didn’t take long for people to question whether the Hammerhead Vision System could have any real-world applications. One of the first things that pops to mind is that it could be used by the military, but for that, it would have to be drastically reduced, unless you want soldiers to become better targets. Not at last, people have started to point out similarities between a human wearing the Hammerhead Vision System and the characters from the Warframe video game. Despite the rather consumer-centric video that you can watch above, there are no details of PolyEyes 2.0’s commercial availability or a price, so I cannot help but wander if this is ever going to make it past the concept stage.

Be social! Follow Walyou on Facebook and Twitter, and read more related stories about the FOVE eye tracking VR headset, or Razer’s VR headset that includes a Leap Motion hand tracking sensor.

via Kotaku

Deal: Save 85% on The Complete Raspberry Pi 2 Starter Kit

Been thinking about playing with a Raspberry Pi system, but don’t know where to start? Then check out this awesome deal we’ve got going on.

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Not only will you get a Raspberry Pi 2 Model B board, and all the other components you need to get started, you’ll get a dozens of lessons to teach you the fundamentals of working with the platform. You’ll learn everything from the hardware to programming for Raspberry Pi, and even how to build your own Pi-based robot.

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All told, there’s over $800 worth of training and hardware in this bundle, but it’s yours for just $115 for a limited time. Head on over to the Technabob Shop now to grab yours and start making some delicious Raspberry Pi!

Game Boy Electric Guitar: Play It Loud

Bit Fix’s Game Boy Classic modding competition brought us Mod Purist’s silly Game Boy fridge. Here’s fibbef’s contribution to the contest, an electric guitar that also looks and plays like the classic Nintendo handheld.

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Fibbef used a Raspberry Pi B+ and RetroPie for the emulation, then made the buttons and guitar body from scratch. The A and B buttons also double as the guitar’s volume and tone knobs.

Check out Fibbef’s build log here. Fibbef – who also made the Dreamcast controller screen mod we featured last January – challenged fellow Bit Fix admin lovablechevy as his rival for the Game Boy Classic contest. In case you’re interested lovablechevy crammed in a Super Joy III – the NES/Famicom clone – into a Game Boy for her entry, though she says it’s not 100% done yet.

[via Hack A Day]

Game Boy Refrigerator Mod: Now You’re Playing with Freon

When Daniel d’Entremont aka Mod Purist saw the FreezerBoy Game Boy fridge magnets, he asked himself the classic Maker’s Question: Why not? So he turned a mini fridge into a functioning Nintendo Game Boy.

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Daniel’s Cold Boy is powered by a Raspberry Pi 2 running RetroPie, which means that it can emulate other old consoles as well. He made the buttons out of wood and connected them to a USB keyboard using tactile switches. The screen he used is just an old computer monitor. And yes, the fridge itself still works.

I find it funny that the mod would be easier to use if it was on a bigger fridge. Send Daniel a message through his blog if you’re interested in ordering a Cold Boy. Check out his build log on Bit Fix for more info.

[via Geyser of Awesome]

Official Raspberry Pi 7″ Touchscreen Display: Pi Pan

Last year we checked out the PiTouch, a third-party 10″ touchscreen display for the Raspberry Pi. But that takes up the Pi’s HDMI port and more importantly isn’t for sale as of this writing. Thankfully the Rasberry Pi Foundation has released its own 7″ touchscreen display for the Pi.

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The display has a meager 800×480 resolution but is capable of detecting up to 10 points of touch. Equally important is the fact that it connects to the Pi’s DSI port, leaving the HDMI port free for other uses. It also gives you the option to power both the display and a connected Pi with the same power supply.

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The display is naked like the Pi so you’ll most likely need to get or make a case for it. That’s why electronics shop Pimoroni came up with a bundle that includes the display and a Perspex case, shown below fully assembled.

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Here’s RasPi.TV with more on the display:

And here’s Matt Richardson with a sample project that uses the display:

You can buy the touchscreen display from Element 14 for $60 (USD); the Pimoroni bundle costs ~$90.

[via Raspberry Pi & RasPi.TV via Ars Technica]