Difference between revisions of "Digital Theremin Violin (DTV)"
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=== Code and Source Files === | === Code and Source Files === | ||
− | :All associated files and source code can be found | + | :All associated files and source code can be found [https://github.com/GideonMAnderson/Digital-Theremin-Violin Complete Repository] |
:Microcomputer Code [https://github.com/GideonMAnderson/Digital-Theremin-Violin/blob/master/DTV%20Microcomputer.c Here] | :Microcomputer Code [https://github.com/GideonMAnderson/Digital-Theremin-Violin/blob/master/DTV%20Microcomputer.c Here] |
Revision as of 12:34, 5 May 2017
Contents
Digital Theremin Violin ~ Spring 2017 ~
Introduction
- The Digital Theremin Violin is an instrument that will be combining the classical elegance of the violin and structure with a modern day, completely electric, masterpiece of the theremin. Several inputs varying from a capacitive touch interface, waveform modification and other sound knobs, and a bow constructed of magnets. The instrument will take the previous inputs and create a one of a kind sound.
Code and Source Files
- All associated files and source code can be found Complete Repository
- Microcomputer Code Here
- before this you MUST install and create Port Audio library.
- This must be compiled using the following gcc command "gcc DTV.c libportaudio.a -lrt -lm -lasound -pthread -lwiringPi -o sine5"
- Microcontroller Code Here
- This must be ran onto the ATmega32u4 prior to setting the rest of the system up.
- Amplitude Modulation Circuit ->
- 3D CAD Design Schematics ->
- Located at the same link are the .MakerBot, .ipt, and .iam files
Team
- From left to right:
- Taimur Sohrab
- Kishn Parbadia
- Ayman Alhandali
- Dr. Daniel Lofaro
- Gideon Anderson
- Rafael Gomes