Difference between revisions of "Laser Harp"

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== Overview ==  
 
== Overview ==  
 
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Although instruments have come a long way from their origins, they still have room to grow. Inspired by the transition from acoustic to electronic instruments, the laser harp strives to introduce a new way of experiencing music. With the laser harp, one would be able to enjoy musical scales by touching rays of light. In successfully building the harp, the sensors must be properly installed and synced with the disturbance of the lasers' trajectories. Since the harp will have different keys and scales, it is important that the programming is properly carried out so the user can easily operate the instrument.
  
 
== Team Members ==
 
== Team Members ==

Revision as of 21:55, 29 January 2019

Weekly Log

Laser_Harp_Weekly_Log

Overview

Although instruments have come a long way from their origins, they still have room to grow. Inspired by the transition from acoustic to electronic instruments, the laser harp strives to introduce a new way of experiencing music. With the laser harp, one would be able to enjoy musical scales by touching rays of light. In successfully building the harp, the sensors must be properly installed and synced with the disturbance of the lasers' trajectories. Since the harp will have different keys and scales, it is important that the programming is properly carried out so the user can easily operate the instrument.

Team Members

  • Taylor Howard
  • Jennifer Fleites
  • Yoojin Kim
  • TA: Chance Bayles
  • Instructor: Jim Feher

Objectives

Challenges

Materials

Supplied

  • Switch
  • Wires
  • Mulab
  • 4.7 kOhm resistor
  • 220 Ohm resistor

Purchased

(Total Shipping Cost)

  •  ??

TOTAL:

Gantt Chart

References

https://www.instructables.com/id/Arduino-Laser-Harp-1/

https://www.instructables.com/id/Quick-Arduino-MIDI-Laser-Harp/