Difference between revisions of "Automated Xylophone"

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== Team Members ==
== Team Members ==
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== Overview ==
== Overview ==
The goal of this project was to have a user input a sequence of notes and have a PIC controlled solenoid sytem hit a xylophone to generate tones. Our automated xylophone operates in two settings -- real time mode and playback mode. In real time mode, the user inputs notes using the keypad and they get played back on the xylophone instantaneously. In playback mode, a user can use the keypad to store over 250 notes including rests to be played back on the xylophone at a later time.
The goal of this project was to have a user input a sequence of notes and have a PIC controlled solenoid sytem hit a xylophone to generate tones. Our automated xylophone operates in two settings -- real time mode and playback mode. In real time mode, the user inputs notes using the keypad and they get played back on the xylophone instantaneously. In playback mode, a user can use the keypad to store over 250 notes including rests to be played back on the xylophone at a later time.
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== Parts List ==
Coming soon . . .
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Revision as of 03:03, 18 March 2009

Team Members

Brandon Robins (Senior in Mechanical Engineering and Music Performance, Northwestern University)
Neil Tiwari (Masters Student in Biomedical Engineering and Kind of a Big Deal, Northwestern University)
Jenny Yong (Senior in Mechanical Engineering, Northwestern University)


Overview

The goal of this project was to have a user input a sequence of notes and have a PIC controlled solenoid sytem hit a xylophone to generate tones. Our automated xylophone operates in two settings -- real time mode and playback mode. In real time mode, the user inputs notes using the keypad and they get played back on the xylophone instantaneously. In playback mode, a user can use the keypad to store over 250 notes including rests to be played back on the xylophone at a later time.

Parts List

Coming soon . . .