Sugarcube MIDI Controller 3. Steps with Pictures This project is a portable, Arduino powered, grid based MIDI controller that boots up into a variety of apps to do lots of things with sound. It has 1. 6 backlit buttons, used as both inputs and outputs to give the controller some visual feedback. Issuu is a digital publishing platform that makes it simple to publish magazines, catalogs, newspapers, books, and more online. Easily share your publications and get. ANVIL Video Tutorials. On this page you find a series of short tutorial videos explaining various aspects of coding videos with ANVIL. Feel free to comment on YouTube. There are just 5 things that you really need to build your own MIDI controller, everything else is optional. Necessary Arduino or Teensy Potentiometers. DESCRIPTION. mpv is a media player based on MPlayer and mplayer2. It supports a wide variety of video file formats, audio and video codecs, and subtitle types. The Roomba 900 Series offers a Clean Map Report, which maps your home as it vacuums, improving its movement and telling you how well it cleaned. But to get that map. A Wiki with skins, plugins, XMLRPC remote API, portlet integration, statistics, RSS feeds, PDF exporting, and WYSIWYG editing. A Different Corner Midi File' title='A Different Corner Midi File' />MIDI velocity, pitch, and scrolling making the avaible grid space larger than 4x. An xy accelerometer and an xy gyroscope add some playful, gestural control to the device most of the apps implement a shake to erase control and several respond to tilt in various ways. It boots up into 7 different apps described below, though it has the potential to boot up into 1. Free midi music files to download, classical favourites by Bach, Mozart, Beethoven, Chopin, Mendelssohn, Joplin piano rags, Christmas Carols, traditional hymns and. This project is a portable, Arduinopowered, gridbased MIDI controller that boots up into a variety of apps to do lots of things with sound. It has 16 backlit. Fm 2010 Patch 10.3 Best Players. This device is primarily a MIDI controller, but Ive also written an app that allows you to pull the button and analog data into Max. MSP and to control audio. This controller was inspired by both the monome and tenori on. When I was in college, I built a large touchscreen display, based on the Arduinome monome Arduino clone schematics and code, that worked with all the open source monome applications written in Max. MSP. There are a ton of people building their own monome type devices using these buttons from Sparkfun and the Arduinome code, as well as a few variations on the theme. With this project, I was interested in making a device that was a little more self contained and relatively cheap to make lots of buttons lots of. In keeping more with the concept of the tenori on, this controller does all its app processing itself, it does not rely on a computer to process button pressesanalog controls into MIDI. This means you can plug it directly into a synth or any device that understands MIDI and youre good to go, no computer required. It runs off a beefy Li. Po battery that keeps it running for days on a charge, so its fairly portable as well. In keeping with the monome side of things, its totally open source and can be adapted to your particular audio setupneeds. All the Arduino code is up on github click the cloud shaped button to download, along with a Max. MSP patch that decodes data from the controller into something usable in Max. An overview of the apps Ive written so far Pixel Tilt One pixel moves across a 2. MIDI-Transform_3.png' alt='A Different Corner Midi File' title='A Different Corner Midi File' />D keyboard with tilt, triggering MIDI as it moves. Control velocity and basenote with pots. Flin Music Box app based on monome. Speed and velocity of notes controlled by y tilt. A Different Corner Midi File' title='A Different Corner Midi File' />Paging across 1. Shake to erase. Serial Communication with Max. MSP Pull data from buttons and analog controls into Max. MSP and use Max to send LED states. Supports 5 bit analog controls for xy accelerometer and 2 pots. This is great if you want to run audio processing applications with the controller. Download Serial. Demo app Serial. Demo. maxpat, included with the Arduino files, click the cloud shaped button here to parse data in Max. Beat slicer shown above app is included with the Arduino files as well. A Different Corner Midi File' title='A Different Corner Midi File' />Arpeggiator Plays a two, three, or four note arpeggio, similar to this app I wrote for monome. One pot controls the speed of the arpeggio, another controls velocity. Notes within the arpeggio can be shifted up or down by one semitone via button controls. The whole arpeggio is transposed via x tilt. Press the leftmost note in the arpeggio to play the notes in ascending order, press the rightmost note in the arpeggio to play the notes in descending order, and press a middle note in the arpeggio to play the notes in a random order. Shake to erase. Boiing Bouncing pixels that generate polyrhythms, based on this tenori on app. Bounce direction based on y tilt. Speed and MIDI velocity loudness controlled by pots. Shake to erase. Step Sequencer Four note 1. Final Draft Printer Name Is Invalid Pdf. Pots control tempo and paging across sequence. Shake to erase. MIDI Keyboard Simple MIDI keypad. Control velocity and basenote with pots, pitchbend with x tilt. Parts List SPARKFUN 1x Button Pad 4x. LED Compatible Sparkfun COM 0. Button Pad 4x. 4 Breakout PCB Sparkfun COM 0. Arduino Uno Sparkfun DEV 1. AccelerometerGyro 5 Degrees of Freedom Sparkfun SEN 1. I put a 3 axis accelerometer and 2 axis gyroscope in this controller to give it some gestural control, but so far I havent actually used the gyro in any apps, and Ive only got the x and y axis of the accelerometer wired up. That means you could sub in a simplercheaper part like this. Update this part is no longer available and Im having a hard time finding an analog gyro to replace it. This analog accelerometer board will work, and as I said before, I havent actually implemented any apps with the gyro yet, so its not really necessary. Ive described in the rest of the schematics, and connect the 5. V from the Arduino to the accelerometers Vin, it should work the same. DIGIKEY 1. 6x White 5mm LED 3mm is fine too Digikey C5. A WSN CV0. Y0. 15. ND2x 7. 4HC5. 95 shift register Digikey 2. ND1x 7. 4HC1. 65 shift register Digikey 2. ND3x 1. 6 pin IC socket Digikey AE9. ND 1. 6x 1. N4. Diode Digikey 1. Metro A Responsive Theme For Phpbb 3 Styles here. N4. FS ND4x current limiting resistors value will depend on LEDs, sample calculation included in step 54x 1. Ohm 14watt resistors Digikey CF1. JT1. 0K0. CT ND1x 2. Ohm 14watt resistor Digikey CF1. JT2. 20. RCT ND1x 5 Pin MIDI Jack Digikey CP 7. ND optional explained in step 2. USB type B female jack Digikey 7. ND optional explained in step 2. Ohm linear taper potentiometer Digikey 9. ND1x Size N Panel Mount Coaxial DC Power Jack with Switch Radioshack 2. Update Digikey CP 0. AHPJCT ND this part may look different than the one pictured, check the datasheetuse a multimeter to be sure connection are correct. SPST Toggle Switch Digikey 3. ND1x Size N Coaxial Power Plug Digikey CP3 1. NDJAMECO 1x 1. Jameco 2. RC1. 6 1. VP1x 1. Jameco 7. Jameco 1. AMAZON 1x Midi Cable Amazon optional explained in step 2. Li Ion 7. 4. V Tenergy 2. Ah Rechargeable Battery module with PCB Amazon1x Tenergy Universal Smart Charger for Li IonPolymer battery Pack 3. V 1. 4. 8. V 1 4 cells Amazon1x MIDI to USB cable Amazon optional explained in step 2. MANY SUPPLIERS 2x Knobs the knobs I got are out of stock from newark as long as it fits a 0. RXew. 6a ADDITIONAL MATERIALS 2. Gauge Wire, various colors Jameco 9. Relectrical tape Radioshack 6. I used this 6x. 6x. The Container Storeglueepoxydouble sided foam tape Amazon.