Musicatini

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Revision as of 16:44, 17 November 2014 by Lfangyi (Talk | contribs)

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Drawings

The tools

Mus0.jpg

Actions involved when mixing

Mus1.jpg

Sensor to tool mapping

Mus2.jpg

Stage set-up

Mus3.jpg

Cocktail design chart

Mus4.jpg

Sound design chart

Mus5.jpg

Cocktail Design

  • Key Lime Pie
    • Recipe: Vodka + Lime + Sugar + Slice of Lime
    • Backing Track Inspiration: Circle Game - Joni Mitchell
    • Sound Design Theme: Plain, peaceful, happy
  • Black Forest
  • Tiramisu
    • Recipe: Vodka + Coffee + Sugar + Cocoa (powder)
    • Backing Track Inspiration: Caffeine - Yoseob
    • Sound Design: Bittersweet, sophisticated
  • Upside Down Pineapple
    • Recipe: Vodka + Pineapple + Sugar + Cherry
    • Backing Track Inspiration: Hawaiian Rollercoaster Ride
    • Sound Design: Hawaiian, beach, upbeat

3 Lists

Things you need to have done for a minimal viable product

  • Each cocktail: the drink + background track + motion/sounds

Things that you want to have done by the final deadline

  • Fine tune program so that sounds produced are coherent and nice
  • Target 5 cocktails

Things that would be nice to have if you had unlimited time.

  • Design more cocktails

List of Materials

  • Sensors
    • Accelerometer
    • Strip sensor
    • Tilt ball switch
  • Alcohol and other ingredients, cups
  • Electronic parts connecting sensor/clips to computer
  • Bartending Kit
  • Arduino + Laptop
  • Background track (part of sound design)

Scheule/Progress

Planned Schedule

  • (11/10): order LED ice cubes/cups, map sensor to tool
  • (11/13): design the drinks (recipe + background + desired motion/sound)
  • (11/16~11/26): sound design, practice, prototype tools
  • (11/30): prepare ingredients, rehearse
  • (12/1): dress rehearsal
  • (12/3): final presentation
  • (12/4): documentation

Progress Notes

  • (11/17): Basic design complete (need to experiment with sound)
  • (11/17): Two accelerometers with extensions complete and tested - find out how to connect all to same Arduino
  • (11/17): Tilt ball tested - find out how to extend + connect to same Arduino
  • (11/17): Softpot tested - find out how to extend + connect to same Arduino

Similar Examples

Uses accelerometer to measure tilt angle.

The Grip Maestro is similar - uses an existing object + sensors

Uses a lot of small objects for interaction

References