MembraneBreathCtrl: Unterschied zwischen den Versionen

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All parts are laser-cut from a very thin (0.5mm) like acrylic sheet and a thicker (4mm) acrylic plate. The 0.5mm acrylic is more like a foil and much more flexible than the 4mm glass like sheets. These are the files with the laser cut parts made with Inkscape:
 
All parts are laser-cut from a very thin (0.5mm) like acrylic sheet and a thicker (4mm) acrylic plate. The 0.5mm acrylic is more like a foil and much more flexible than the 4mm glass like sheets. These are the files with the laser cut parts made with Inkscape:
  
* [[Datei:MembranBreathConttrolThinPlexi.svg]] for thin (0.5mm) acrylic
+
* Datei:MembranBreathConttrolThinPlexi.svg for thin (0.5mm) acrylic
* [[Datei:MembranBreathConttrolThickPlexi.svg]] for thick (4mm) acrylic
+
* Datei:MembranBreathConttrolThickPlexi.svg for thick (4mm) acrylic
  
 
<gallery perrow="4" caption="MembraneBreathCtrl assembly">
 
<gallery perrow="4" caption="MembraneBreathCtrl assembly">

Version vom 8. Januar 2022, 00:08 Uhr

MembraneBreathCtrlComplete.jpg

Features

  • Breath controller
    • Send control change messages via Midi to DAW (CC2 breath control)
    • Fast and responsive (200 Hz CC2 update rate)
    • Easy to clean and easy to dry - pressure sensor can be opened via a slide
    • Based on a linear Hall-sensor and two magnets on a membrane cut out of a rubber glove
  • X/Y Joystick
    • Sends 4 additional CCs
  • Optical metronome
    • Uses internal RGB LED
    • Indicates Beat 1, 2, 3, 4 of optically (no annoying click-sound)
    • Easy to use with Ableton Live - just activate "Sync" on Midi-Out in Preferences
    • Alternative control of RGB via note velocity (send notes C, D, E to device, velocity = brightness)
  • Full DIY
    • Based on Adafruit Trinket M0
    • All parts laser cut from 0.5 and 4mm acrylics
    • No hard-to-get special pressure sensor

Breath controller

Background

To play wind instruments more realistic if you are a keyboard player, a breath-controller is a good option: You select the notes to play with your keyboard, but the sound is triggered and articulated based on your breath.

==

How it is build

Usually people (like me) use instructions like this only for own inspirations, so this is not meant to be a full "how-to-build" instruction, but it should give you enough insights to do so if you want. In the rare case you really build this and make it to work please drop us a mail :-)

All parts are laser-cut from a very thin (0.5mm) like acrylic sheet and a thicker (4mm) acrylic plate. The 0.5mm acrylic is more like a foil and much more flexible than the 4mm glass like sheets. These are the files with the laser cut parts made with Inkscape:

  • Datei:MembranBreathConttrolThinPlexi.svg for thin (0.5mm) acrylic
  • Datei:MembranBreathConttrolThickPlexi.svg for thick (4mm) acrylic