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Audio Visual LED Cube
Matthew Daigle
Robert Hunter
Kendra Kreider
Advisor: Richard Messner
Overview
Problem Definition
Design Objectives
Block Diagram
Design
Testing & Programming
Goals
Budget
Project Timeline
Problem Definition
3-D cube of LEDs
Audio/visual effects in real time
Completed within budget
Presented at URC in April
Design Objectives
Build cube of LEDs
8x8x8 single color LEDs
or
5x5x5 RGB LEDs
Program LEDs
To light up in different patterns
To change in sync with music playing
Control with computer
Block Diagram
Design
Goal: 8x8x8 single color LED or 5x5x5 RGB LED
Start with 3x3x3 single color LED cube
Experimentation
Learn how to use Arduino microcontroller
Work on light and music programming
Mimic expected design for second cube to become
familiar with final circuit on a smaller scale
Enabling LEDs
Design does not allow for
LEDs in separate columns
to light simultaneously
Flash LEDs faster that
human eye can detect
(persistence of vision)
Anode & Cathode Mapping
Building
Solder Cube
Check solder points
before adding next layer
Construct LED driver
circuitry
Wooden base
LED Casing
Testing & Programming
Major part of project
Testing- results will not be qualitative
Programming
Get acquainted with Arduino software
Lighting- patterns
Music- spectrum analysis
Goals
Size 3 single color cube
Size 8 single color or size 5 RGB cube
Effective light and music synchronization
Programming development has no definitive end
Dependent on time and knowledge of Arduino software
Budget
Parts
Arduino Mega 2560 Microcontroller
RGB LEDs or Single Color LEDs
Plexiglass for casing
Decoders (2-to-4 & 3-to-8)
General Components (resistors,
capacitors, transistors, etc.)
Breadboards
Shipping and Handling
Cost
$65
$80
$30
$15
Total
$310
$70
$20
$30
Project Timeline
Questions
Picture Sources
http://www.nenomart.com/catalog/index.php?cPath=39
http://v3spin.blogspot.com/2010/06/8x8x8-rgd-led-cube-testpattern.html
http://www.tecratools.com/media/productImages/15206.jpg