ECE497 Project - Paper Football

Team members: Russell Johnson, Griffin Steffy

Executive Summary
This project consists of creating a paper football game board and adding digital features and automation including scoring, possession, and a jumbotron. Two 7-segment displays are used for the scoring for the Home and Away teams. There is also an LED for each team that will light up in order to indicate who has possession. A switch is used to change possession from one team to another. A jumbotron displays various prompts such as whose turn it is as well as videos pertaining to scoring.

Packaging
Parts used for this project:
 * BeagleBone Green Wireless
 * Adafruit 2.4" TFT LCD Display [Part No. ILI9341]
 * Adafruit IR Break Beam Sensors (x5) [Part No. HD-DS25CM-3MM]
 * Adafruit 0.56" 4-Digit 7-Segment Display w/I2C Backpack (x2)
 * A switch
 * A pushbutton
 * 2 LEDs
 * Plenty of wire and shrink wrap
 * Approximately a 2' by 1' flat piece of wood (about 3/4" thick)
 * 6' board that is about 3/4" by 3/4"

Installation Instructions
Getting the Necessary Hardware
 * BeagleBone Green Wireless
 * Adafruit 2.4" TFT LCD Display
 * Adafruit IR Break Beam Sensors
 * Adafruit 7 Segment Displays with i2c Backapack
 * Any generic switch, pushbutton, and LEDs will work
 * You can find the wood at Lowe's, Menards, or any similar store

Building the Board

Installing Necessary Libraries git clone https://github.com/steffygm/ECE434_project cd ECE434_project ./install.sh
 * 1) Checkout the project repository: https://github.com/steffygm/ECE434_project
 * 1) Run the install.sh script to install all of the necessary Adafruit libraries

User Instructions
GitHub Repository: https://github.com/steffygm/ECE434_project.git

Highlights
N/A

Theory of Operation
N/A

Major Tasking
Group Work:
 * Build wooden gameboard
 * Solder extension wires on all components
 * Add shrink wrap on all visible wires to make them look nice
 * Glue components onto the game board
 * Mount a breadboard and the BeagleBone to the bottom of the game board
 * Wire all components to the game board's breadboard

Russell's Individual Work: both 7 segment displays for scoring, 2 LEDs and a switch for possession, and a pushbutton for reset
 * Create a python script to control the IR sensors
 * Create a python script to control the 7 segment displays
 * Create the initial python paper football script that includes all the IR sensors for goal detection,

Griffin's Individual Work:
 * Create shell scripts for the LCD jumbotron
 * Create a python script to call the shell scripts to control the LCD jumbotron
 * Incorporate the LCD jumbotron code into the main paper football python program

Future Work
N/A

Conclusions
N/A