Schlagwort: prop

  • Working Eye of Agamotto from Doctor Strange (excluding time travel)

    Working Eye of Agamotto from Doctor Strange (excluding time travel)

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    Arduino TeamAugust 25th, 2021

    Eye of Agamotto with Arduino Every

    We’ve not released a time travel shield for Arduino yet. But when we do, this Eye of Agamotto project will be a perfect fit. So even though it may not bend time yet, it does everything else we’ve seen in Doctor Strange.

    Eye of Arduino. Er… Agamotto

    Just in case you’re not up to speed with the events of the Marvel universe (or have totally lost track of them), the Eye of Agamotto is a magical device worn by the Sorcerer Supreme. Currently, that’s Doctor Stephen Strange.

    Maker Bradley Campbell is in the running to become the next Sorcerer Supreme. To get himself in the running, he’s built his own Eye of Agamotto using an Arduino Nano Every.

    The housing of the prop is mostly 3D printed. It features a working “eye” mechanism, that’s opened and closed by a servo motor and printed, beveled gears. It’s a slick design, that creates the perfect housing for the bright, RGB LED mounted inside. A diffuser then gives it the appropriate infinity stone vibe.

    Although his Eye of Agamotto prop is a pretty small piece, and is worn around the neck, all the electronics are built into the medallion itself. It’s a great example of a compact build. A small, low profile Li-Po battery on the back to drive the servo and LED. An equally slim combo of a charging module and DC-to-DC converter keep the lights on, and the power constant.

    Like all good prop makers, he doesn’t just show us how to put the electronics together. There are some excellent tips on finishing the 3D printed parts, painting them, and adding texture. The weathering is essential to giving the medallion an ancient gold finish, and bringing the prop to life.

    All in all, including spray paint (and excluding the 3D printer), the cost of Bradley’s prop runs to around $150.

    Take a look at Bradley’s full build over on Instructables.

    Website: LINK

  • Stay busy in your Vault with a Raspberry Pi Zero Pipboy

    Stay busy in your Vault with a Raspberry Pi Zero Pipboy

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    While being holed up in the Vaults living off our stash of Nuke cola, we’ve come across this mammoth junk-build project, which uses Raspberry Pi Zero W to power a working Pipboy.

    Pipboy scrap build

    No Description

    UK-based JustBuilding went full Robert House and, over several months, built the device’s body by welding together scrap plastic. Raspberry Pi Zero W serves as the brain, with a display header mounted to the GPIO pins. The maker wrote a Pipboy-style user interface, including demo screens, in Python — et voilà…

    Lucky for him, semiconductors were already invented but, as JustBuilding admits, this is not what we’d call a beginner’s project. Think the Blue Peter show’s Tracey Island extravaganza, except you don’t have crafty co-presenters/builders, and you also need to make the thing do something useful (for our US readers who just got lost there, think Mr Rogers with glitter glue and outdoor adventure challenges).

    The original post on Instructables is especially dreamy, as JustBuilding has painstakingly produced a really detailed, step-by-step guide for you to follow, including in-the-making photos and links to relevant Raspberry Pi forum entries to help you out where you might get stuck along the way.

    And while Raspberry Pi can help you create your own post-apocalyptic wristwear, we’re still working on making that Stealthboy personal cloaking device a reality…

    If you’re lucky enough to have access to a 3D printer, the following is the kind of Pipboy you can knock up for yourself (though we really like JustBuilding’s arts’n’crafts upcycling style):

    3D Printed Pipboy 3000 MKIV with Raspberry Pi

    Find out how to 3D print and build your own functional Pipboy 3000 using a Raspberry Pi and Adafruit 3.5″ PiTFT. The pypboy python program for the Raspberry …

    Website: LINK

  • Build your own animatronic GLaDOS

    Build your own animatronic GLaDOS

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    It’s 11 years since Steam’s Orange Box came out, which is probably making you feel really elderly. Portal was the highlight of the game bundle for me — cue giant argument in the comments — and it still holds up brilliantly. It’s even in the Museum of Modern Art’s collection; there’s nothing that quite says you’re part of the establishment like being in a museum. Cough.

    I bought an inflatable Portal turret to add to the decor in Raspberry Pi’s first office (I’m still not sure why; I just thought it was a good idea at the time, like the real-life Minecraft sword). Objects and sounds from the game have embedded themselves in pop culture; there’s a companion cube paperweight somewhere in my desk at home, and I bet you’ve encountered a cake that looks like this sometime in the last 11 years or so.

    A lie

    But turrets, cakes, and companion cubes pale into viral insignificance next to the game’s outstanding antagonist, GLaDOS, a psychopathic AI system who just happens to be my favourite video game bad guy of all time. So I was extremely excited to see Element14’s DJ Harrigan make an animatronic GLaDOS, powered, of course, by a Raspberry Pi.

    Animitronic GLaDOS Head with Raspberry Pi

    The Portal franchise is one of the most engaging puzzle games of the last decade and beyond the mind-bending physics, is also known for its charming A.I. antagonist: G.L.a.D.O.S. Join DJ on his journey to build yet more robotic characters from pop culture as he “brings her to life” with a Raspberry Pi and sure dooms us all.

    Want to make your own? You’ll find everything you need here. I’ve been trying awfully hard not to end this post on a total cliche, but I’m failing hard: this was a triumph.

    Website: LINK

  • Watch Game of Thrones with a Raspberry Pi-powered Drogon

    Watch Game of Thrones with a Raspberry Pi-powered Drogon

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    Channel your inner Targaryen by building this voice-activated, colour-changing, 3D-printed Drogon before watching the next episode of Game of Thrones.

    Winter has come

    This is a spoiler-free zone! I’ve already seen the new episode of season 8, but I won’t ruin anything, I promise.

    Even if you’ve never watched an episode of Game of Thrones (if so, that’s fine, I don’t judge you), you’re probably aware that the final season has started.

    And you might also know that the show has dragons in it — big, hulking, scaley dragons called Rhaegal, Viserion, and Drogon. They look a little something like this:Daenerys-Targaryen-game-of-thrones

    Well, not anymore. They look like this now:

    04_15_GameOfThrones_S07-920x584

    Raspberry Pi voice-responsive dragon!

    The creator of this project goes by the moniker Botmation. To begin with, they 3D printed modified a Drogon model they found on Thingiverse. Then, with Dremel in hand, they modified the print, to replace its eyes with RGB LEDs. Before drawing the LEDs through the hollowed-out body of the model, they soldered them to wires connected to a Raspberry Pi Zero W‘s GPIO pins.

    Located in the tin beneath Drogon, the Pi Zero W is also equipped with a microphone and runs the Python code for the project. And thanks to Google’s Speech to Text API, Drogon’s eyes change colour whenever a GoT character repeats one of two keywords: white turns the eyes blue, while fire turns them red.

    If you’d like more information about building your own interactive Drogon, here’s a handy video. At the end, Botmation asks viewers to help improve their code for a cleaner voice-activation experience.

    3D printed Drogon with LED eyes for Game of Thrones

    Going into the final season of Game of Thrones with your very own 3D printed Drogron dragon! The eyes are made of LEDs that changes between Red and Blue depending on what happens in the show. When you’re watching the show, Drogon will watch the show with you and listen for cues to change the eye color.

    Drogon for the throne!

    I’ve managed to bag two of the three dragons in the Pi Towers Game of Thrones fantasy league, so I reckon my chances of winning are pretty good thanks to all the points I’ll rack up by killing White Walker.

    Wait — does killing a White Walker count as a kill, since they’re already dead?

    Ah, crud.

    Website: LINK

  • Build your own Commodore PET model 8032

    Build your own Commodore PET model 8032

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    Build a mini version of one of history’s most iconic personal computers with Lorenzo ‘Tin Cat’ Herrera and his Commodore PET Mini, which is based on the Commodore PET model 8032.

    Commodore PET Mini Retrowave intro

    3D Print your own Commodore PET Mini retro computer with a Raspberry Pi and Retropie for retro gaming or retro emulation. Fully documented DIY project: https://commodorepetmini.com The Commodore PET is one of the most iconic-looking computer of the 70’s, it reminds us of an era of frenetic innovation, harsh competition and bold design choices that shaped the computer industry as we know it today.

    Commodore PET — a (very) brief history

    Presented to the world in 1977, the Commodore PET represents a truly iconic piece of computer history: it was the first personal computer sold to the general public. With a built-in keyboard, screen, and cassette deck, and an introductory price of US$795 — roughly $3287 today — it offered everything a home computer user needed. And it beat the Apple II to market by a few months, despite Jobs and Wozniak offering to sell their Apple II technology to Commodore in September 1976.

    Commodore PET model 8032

    Commodore was also the first company to license Microsoft’s 6502 BASIC, and in the 1980s the Commodore became a staple in many school classrooms, bringing about a surge in the numbers of future computer engineers — a few of which now work in the Raspberry Pi Trading office.

    The Commodore PET model was discontinued in 1982, then resurrected briefly in 1986, before finally stepping aside to make way for the popular Commodore 128, 1571, and 1581 models.

    Redesigning a mini PET

    Based on the Commodore PET model 8032, Lorenzo Herrera’s 3D-printable remake allows users to fit an entire computer — the Raspberry Pi — inside a miniature iconic shell. Lorenzo designed this case to house a working screen, and once you connect the Pi to a Bluetooth keyboard, your Commodore PET Mini will be fully functional as well as stylish and cute as a button.

    You’ll need access to a 3D printer to build your own — all parts are listed on the project’s website. You can also purchase them as a kit directly from Lorenzo if you want to save time on sourcing your own.

    3D-printing the Commodore PET

    To build your own Commodore PET Mini, start by visiting its official website. And if you don’t own a 3D printer, search online for your nearest maker space or 3D printing service to get the parts made.

    We’re definitely going to be building our own here at Raspberry Pi, and if you build one for yourself, or use a Raspberry Pi in any iconic computer rebuild, let us know.

    Website: LINK

  • Halloween voice-changer using Raspberry Pi Zero

    Halloween voice-changer using Raspberry Pi Zero

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    Olivier Ros has put together a short and sweet tutorial for creating your own voice-changing mask for Halloween.

    Voice changer with Raspberry Pi Zero for Halloween

    How to make a voice changer with Raspberry Pi Zero for Halloween Buy MIC+ sound card on Amazon : goo.gl/VDFzu7 tutorial here: https://www.instructables.com/id/Halloween-Voice-Changer-With-Raspberry-Pi/ https://www.raspiaudio.com/halloween

    Halloween: we love it!

    Grab your ghostly fairy lights, hollow out your pumpkins, and hunt down your box of spooky knick-knacks — it’s Halloween season! And with every year that passes, we see more and more uses of the Raspberry Pi in haunting costumes and decorations.

    Voice-changers

    At the top of the list is an increase in the number of voice changers. And Olivier Ros’s recent project is a great example of an easy-to-build piece costumimg that’s possible thanks to the small footprint of the Raspberry Pi Zero.

    An image of the Raspberry Pi Zero voice changer inside a scary mask

    Playdough: so many uses, yet all we wanted to do as kids was eat it.

    Oliver used a Pi Zero, though if you have the mask fit it into, you could use any 40-pin Pi and an audio DAC HAT such as this one. He also used Playdough to isolate the Zero and keep it in place, but some foam should do the trick too. Just see what you have lying around.

    When I said this is an easy project, I meant it: Olivier has provided the complete code for you to install on a newly setup SD card, or to download via the terminal on your existing Raspbian configuration.

    You can read through the entire build on his website, and see more of his projects over on his Instructables page.

    More Halloween inspiration

    If you’re looking to beef up your Halloween game this October, you should really include a Raspberry Pi in the mix. For example, our Halloween Pumpkin Light tutorial allows you to control the light show inside your carved fruit without the risk of fire. Yes, you read that correctly: a pumpkin is a fruit.

    Halloween Pumpkin Light Effect

    Use a Raspberry Pi and Pimoroni Blinkt! to create an realistic lighting effect for your Halloween Pumpkin.

    For more inspiration and instructions, check out John Park’s Haunted Portrait, some of our favourite tweeted spooky projects from last year, and our list of some of the best Halloween projects online.

    Website: LINK