Schlagwort: music

  • qrocodile: the kid-friendly Sonos system

    qrocodile: the kid-friendly Sonos system

    Reading Time: 3 minutes

    Chris Campbell’s qrocodile uses a Raspberry Pi, a camera, and QR codes to allow Chris’s children to take full control of the Sonos home sound system. And we love it!

    qrocodile

    Introducing qrocodile, a kid-friendly system for controlling your Sonos with QR codes. Source code is available at: https://github.com/chrispcampbell/qrocodile Learn more at: http://labonnesoupe.org https://twitter.com/chrscmpbll

    Sonos

    SONOS is SONOS backwards. It’s also SONOS upside down, and SONOS upside down and backwards. I just learnt that this means SONOS is an ambigram. Hurray for learning!

    Sonos (the product, not the ambigram) is a multi-room speaker system controlled by an app. Speakers in different rooms can play different tracks or join forces to play one track for a smooth musical atmosphere throughout your home.

    sonos raspberry pi

    If you have a Sonos system in your home, I would highly recommend accessing to it from outside your home and set it to play the Imperial March as you walk through the front door. Why wouldn’t you?

    qrocodile

    One day, Chris’s young children wanted to play an album while eating dinner. By this one request, he was inspired to create qrocodile, a musical jukebox enabling his children to control the songs Sonos plays, and where it plays them, via QR codes.

    It all started one night at the dinner table over winter break. The kids wanted to put an album on the turntable (hooked up to the line-in on a Sonos PLAY:5 in the dining room). They’re perfectly capable of putting vinyl on the turntable all by themselves, but using the Sonos app to switch over to play from the line-in is a different story.

    The QR codes represent commands (such as Play in the living room, Use the turntable, or Build a song list) and artists (such as my current musical crush Courtney Barnett or the Ramones).

    qrocodile raspberry Pi

    A camera attached to a Raspberry Pi 3 feeds the Pi the QR code that’s presented, and the Pi runs a script that recognises the code and sends instructions to Sonos accordingly.

    Chris used a costum version of the Sonos HTTP API created by Jimmy Shimizu to gain access to Sonos from his Raspberry Pi. To build the QR codes, he wrote a script that utilises the Spotify API via the Spotipy library.

    His children are now able to present recognisable album art to the camera in order to play their desired track.

    It’s been interesting seeing the kids putting the thing through its paces during their frequent “dance parties”, queuing up their favorite songs and uncovering new ones. I really like that they can use tangible objects to discover music in much the same way I did when I was their age, looking through my parents records, seeing which ones had interesting artwork or reading the song titles on the back, listening and exploring.

    Chris has provided all the scripts for the project, along with a tutorial of how to set it up, on his GitHub — have a look if you want to recreate it or learn more about his code. Also check out Chris’ website for more on qrocodile and to see some of his other creations.

    Website: LINK

  • YouTuber creates an organ out of 44 Furbies

    YouTuber creates an organ out of 44 Furbies

    Reading Time: < 1 minute

    YouTuber creates an organ out of 44 Furbies

    Arduino Team — February 12th, 2018

    If you think Furbies have become extinct, think again, as musical hacker “Look Mum No Computer” has decided to revive a number of them to create his own Furby Organ.

    To make this horrifying yet awesome instrument, he placed 44—yes, 44—of these strange creatures on top of an organ frame with a keyboard and several dials, along with a switch labeled ominously as “collective awakening.”

    Each individual Furby is controlled by two Arduino Nano boards, and as you might imagine, the whole project took a massive amount of work to wire things together. You can see the incredible results in the first video below, while the second gives a bit more background on the device’s origin.



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    Website: LINK

  • The Fisher Piano: make music in the air

    The Fisher Piano: make music in the air

    Reading Time: 2 minutes

    Piano keys are so limiting! Why not swap them out for LEDs and the wealth of instruments in Pygame to build air keys, as demonstrated by Instructables maker 2fishy?

    Raspberry Pi LED Light Schroeder Piano – Twinkle Little Star

    Raspberry Pi LED Light Schroeder Piano – Twinkle Little Star

    Keys? Where we’re going you don’t need keys!

    This project, created by either Yolanda or Ken Fisher (or both!), uses an array of LEDs and photoresistors to form a MIDI sequencer. Twelve LEDs replace piano keys, and another three change octaves and access the menu.

    Each LED is paired with a photoresistor, which detects the emitted light to form a closed circuit. Interrupting the light beam — in this case with a finger — breaks the circuit, telling the Python program to perform an action.

    2fishy LED light piano raspberry pi

    We’re all hoping this is just the scaled-down prototype of a full-sized LED grand piano

    Using Pygame, the 2fishy team can access 75 different instruments and 128 notes per instrument, making their wooden piano more than just a one-hit wonder.

    Piano building

    The duo made the piano’s body out of plywood, hardboard, and dowels, and equipped it with a Raspberry Pi 2, a speaker, and the aforementioned LEDs and photoresistors.

    2fishy LED light piano raspberry pi

    A Raspberry Pi 2 and speaker sit within the wooden body, with LEDs and photoresistors in place of the keys.

    A complete how-to for the build, including some rather fancy and informative schematics, is available at Instructables, where 2fishy received a bronze medal for their project. Congratulations!

    Learn more

    If you’d like to learn more about using Pygame, check out The MagPi’s Make Games with Python Essentials Guide, available both in print and as a free PDF download.

    And for more music-based projects using a variety of tech, be sure to browse our free resources.

    Lastly, if you’d like to see more piano-themed Raspberry Pi projects, take a look at our Big Minecraft Piano, these brilliant piano stairs, this laser-guided piano teacher, and our video below about the splendid Street Fighter duelling pianos we witnessed at Maker Faire.

    Pianette: Piano Street Fighter at Maker Faire NYC 2016

    Two pianos wired up as Playstation 2 controllers allow users to battle…musically! We caught up with makers Eric Redon and Cyril Chapellier of foobarflies a…

    Website: LINK

  • Create a beat by nodding your head

    Create a beat by nodding your head

    Reading Time: < 1 minute

    Create a beat by nodding your head

    Arduino Team — December 11th, 2017

    If you are really enjoying a song, you may start to bob your head to the tunes, but what if you could instead create actual music with this subtle movement? That’s exactly what Andrew Lee’s “Nod Bang” system accomplishes.

    An accelerometer mounted to a pair of headphones senses nods in order to dictate the beat, while four 3D-printed arcade buttons are used to select which sounds will be played. An Arduino takes these inputs and passes them to a computer via a MIDI USB interface. The board also controls lights on the buttons for visual feedback.

    Be sure to check it out in action below and read Lee’s entire write-up here.



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    Website: LINK

  • Building an 8-step keyboard sequencer with Arduino

    Building an 8-step keyboard sequencer with Arduino

    Reading Time: 2 minutes

    Building an 8-step keyboard sequencer with Arduino

    Arduino Team — November 20th, 2017

    Sequencers, as YouTuber “LOOK MUM NO COMPUTER” explains, are musical devices that go through a sequence of tones one by one. While this can be done quite simply with a 4017 counter chip, if you instead substitute in an Arduino board for the counter, you can make your gadget behave normally, go backwards, or even act as a sort of keyboard using input buttons.

    This particular project employs a Nano for control, giving it a conveniently small form factor to fit inside your equipment.

    Since the start of building modular synths, ive always been looking for an arduino powered sequencer. but never really happy with the projects that were about. because it was still menu dives and button combinations. which is not what you wanna be messing about with! you may aswell use a computer and a mouse ha.

    Be sure to check out LOOK MUM NO COMPUTER’s entire build process and a demo of the keyboard sequencer in the video below. You can also find circuit diagrams and Arduino code in the project’s write-up here.



    This entry was posted by Arduino Team on Monday, November 20th, 2017 and is filed under Arduino, Featured, Music, Nano. You can follow any responses to this entry through the RSS 2.0 feed. You can leave a response, or trackback from your own site.

    Website: LINK

  • I’m The Violin Painter Who Spends Over 3 Weeks Illustrating Each One

    I’m The Violin Painter Who Spends Over 3 Weeks Illustrating Each One

    Reading Time: < 1 minute

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    Website: LINK

  • Ivy is a massive 240-step sequencer

    Ivy is a massive 240-step sequencer

    Reading Time: 2 minutes

    Ivy is a massive 240-step sequencer

    Arduino Team — October 24th, 2017

    Most musical sequencers use an array of buttons to control sounds played in 16 or perhaps 32 steps. As seen here, Moscow-based artist Dmitry Morozov (aka ::vtol::) created an installation called “Ivy” wth not 16, but 240!

    The sequencer is based on an Arduino Mega along with 74HC40967 multiplexers to handle input from the 240 sliders arranged as controls for each step.  There’s also a bunch of WS2811 LEDs, which are driven by a Teensy board.

    Ivy stretches five meters in length, and several “voices” represented by dots on the 1-dimensional light array travel both right and left at different speeds simultaneously. This allows it to be programmed in ways that wouldn’t be possible with traditionally-operated musical devices.

    The project is created specially for Open Codes exhibition in ZKM center, dedicated to codes and programming in art. On one side, Ivy is a representation of an archaic method of electronic music programming for analog synthesizers. On the other side – gigantic scale and obsessive multiplication of simple primitive elements turns this project into an art installation, that is referring to the topic of graphic and physical organization of parameters in electronic music.

    You can read more about ::vtol::’s latest sound installation here, and see it in action below!



    This entry was posted by Arduino Team on Tuesday, October 24th, 2017 and is filed under Arduino, Featured, Mega, Music. You can follow any responses to this entry through the RSS 2.0 feed. You can leave a response, or trackback from your own site.

    Website: LINK

  • Freedoom Wireless Sport Headphones by JAYBIRD , Unboxing Review

    Freedoom Wireless Sport Headphones by JAYBIRD , Unboxing Review

    Reading Time: 3 minutes

    Freedoom Wireless Sport Headphones by JAYBIRD , Unboxing Review

    Take control of your life with the Jaybird Freedom Wireless Headphones! This revolutionary set of wireless headphones combines cutting-edge engineering and technology with a sleek look and a host of useful features to bring your audio listening experience to the next level.

    Jaybird combines style, comfort, and function in one package: the Freedom. Designed to be as small as possible without sacrificing style or features, these headphones are incredibly versatile and are ideal for both leisure listening and pumping you up during a workout. They are also great for business travelers who need to be constantly updated with the latest news without the hassle of wires and faulty connectivity. The in-ear speaker design has been significantly reduced by 20% and houses an enhanced 6mm driver for subtle lows and a booming bass. The smaller frame is more convenient to handle and offers a comfortable fit for different ear sizes. These earbuds can even be worn with helmets. The control panel features a raised button for easy access and intuitive controls. Take calls and adjust the volume without any hassle! The hydrophobic nano-coating also makes the whole earbud waterproof, preventing sweat, snow, and rain from affecting your sound quality!

    A wide variety of customized fit options are already included inside the box. The patented silicone ear fins (S, M, L) securely keep the buds inside your ears or can be used to hang them over the top. Lift the cord off your neck for a comfortable workout experience! Also, the Comply memory foam ear tips are designed to provide maximum noise isolation and comfort. They lock in the earbuds for a super secure fit, whether you’re on a calm jog, riding an MTB trail, or rushing to your next big meeting.

    Additionally, the MySound app allows you to tweak every aspect of your sound: from the rumbling lows to the sweetest highs! Customize every little detail with the easy-to-understand interface. Compatible with iOS 9+ and Android 4.4+, your customized presets are saved directly onto the Freedom buds, carrying over to any music device or streaming service/app you use. Listen the way you want to or discover how your favorite athletes and artists enjoy their music through their custom sound profiles. Also, the Multipoint feature allows you to simultaneously pair and connect the Freedom buds to two different Bluetooth devices. Listen to your music through your laptop while still answering calls on your phone with the bud controller. You can also share your music with your spotter or workout buddy, as two separate buds can connect to the same Bluetooth device, eliminating the need to share earphones. You can even connect to your smartwatch and leave your smartphone at home!

    With the Jaybird Freedom Headphones’ on-the-go clip charger, you’ll be ready for any adventure. These earbuds are great for people with active lives or who just want a micro wireless headphone that works! The Freedom lets you do more of what you want to do.

     

  • 2×1 UE Roll Block Party – Give a Way – Postet eure coolsten Sommer Erlebnisse!

    2×1 UE Roll Block Party – Give a Way – Postet eure coolsten Sommer Erlebnisse!

    Reading Time: 2 minutes

    Folgt uns auf Instagram oder auf YouTube und hinterlasst einen Kommentar weiter unten warum gerade ihr die UE Rool im Wert von 150 euro gewinnen solltet. Schreibt eure coolsten Sommer Erlebnisse die mit der Ultimate Ear Rool noch besser werden .

    BLOGDOT TV YouTube Channel | BLOGDOT TV Instagram Channel

    ue-roll-05
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    DIMENSIONS

    Diameter: 135mm. Height: 149.51mm. Weight: 330 g

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    WATERPROOF

    IPX7 rated: UE ROLL can be immersed in liquid up to 1m for up to 30 minutes.

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    AUDIO

    Maximum Sound Level: 85dBA. Frequency Range: 108Hz – 20kHz. Drivers: One 2” driver and Two ¾” tweeters.

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    POWER

    Rechargeable Lithium-Ion Battery for up to 9 hours of battery life between Micro USB charges. Actual battery life will vary with use, settings and environmental conditions. Charge time: 5.5 hours

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    WIRELESS CAPABILITIES

    Pair up to 8 Bluetooth ® enabled devices – Connect up to two source devices at the same time. Wirelessly play (stream) to 2 UE ROLLs from one source. Mobile range of play is up to 20m or (65ft).

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    COMPATIBILITY

    For Audio Playback – Smartphones, tablets and other devices that support Bluetooth® wireless audio profile [Advanced Audio Distribution Profile (A2DP)] or 3.5 mm audio output.

    APP CONFIGURABLE

    UE ROLL 2 Apple iOS APPUE ROLL Android APP

    2-YEAR LIMIT

     

    Mehr Infos zur UE Rool findest du hier: http://www.ultimateears.com/en-au/ueroll#adventure

  • VIECC Review Official Music Video | NAKAMA GOLD – Be Myself

    VIECC Review Official Music Video | NAKAMA GOLD – Be Myself

    Reading Time: < 1 minute

    [mbYTPlayer url=“https://www.youtube.com/watch?v=btsqyiE9kTQ“ opacity=“.5″ quality=“medium“ ratio=“auto“ isinline=“false“ showcontrols=“false“ realfullscreen=“true“ printurl=“true“ autoplay=“true“ mute=“true“ loop=“true“ addraster=“true“ stopmovieonblur=“false“ gaTrack=“false“]

    …a classy 80´esque electronic track with lots of synths and ducks! Shot in Santanyi Mallorca, post production by Dominik Krenn. ENJOY!^^ …and sorry, no ducks at all!…

    Thanks for the support for our official review!! 🙂

     

  • Hotline Miami 2 Soundtrack List + Download

    Hotline Miami 2 Soundtrack List + Download

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    Have Fun Listening + Downloading:

    [mbYTPlayer url=“https://www.youtube.com/watch?v=dEFcpyy_vq8″ opacity=“.5″ quality=“default“ ratio=“auto“ isinline=“false“ showcontrols=“false“ realfullscreen=“true“ printurl=“true“ autoplay=“true“ mute=“true“ loop=“true“ addraster=“true“ stopmovieonblur=“false“ gaTrack=“false“]

    Source: http://spacerecordings.bandcamp.com/album/hotline-miami-2-ep

     https://soundcloud.com/tags/hotline%20miami%202

  • CD Player waren cool, aber Sony’s portabler Plattenspieler war der Hit!

    CD Player waren cool, aber Sony’s portabler Plattenspieler war der Hit!

    Reading Time: < 1 minute

    Weit bevor es noch CD Player überhaupt gegeben hat, hatte Sony mit ihrem PS-F9 einen portablen Plattenspieler für den Heimgebrauch erfunden.

    Was für uns so Portable klingt war 1983 doch noch ein bischen anders 😉 (1982 hatte Sony bereits ihren Prototypen)

    sony-ps-f5-portable-record-player

    Das Gerät konnte kleine und Große Platten abspielen mit einer Geschwindigkeit von 33.3/45 RPM.

    Hier noch ein Video damit ihr euch selber von diesem geilen Retro Teil überzeigen könnt:

  • BREAKING BAD SUPERCUT OF THE UNIVERSE: This is my product by Matthijs Vlot

    BREAKING BAD SUPERCUT OF THE UNIVERSE: This is my product by Matthijs Vlot

    Reading Time: < 1 minute

    Made by Matthijs Vlot.
    http://www.mattatjeoorlog.nl
    http://www.twitter.com/yomattie
    https://vimeo.com/112927666

  • トクマルシューゴ – Katachi Paper Art Music Video

    トクマルシューゴ – Katachi Paper Art Music Video

    Reading Time: < 1 minute

    MV制作：Kijek/Adamski

    Official Source: http://www.youtube.com/watch?v=UKPkVSA9UhA

    http://p-vine.jp/music/4171