<commit_before><NAME> and <NAME>
University of Colorado
2015

# Sensor Shirt
A shirt that helps you learn yoga by giving live feedback on your body position compared to the correct form. Developed for <NAME>'s 'Technology for Sport and Play' class at the University of Colorado Boulder, by <NAME> and <NAME>.

##Table of Contents
<!--TODO-MG: link to headings-->

- Inspiration
- Goals
	- MVP
	- Full Plans
- Research
	- General
	- Sensors
	- Microcontrollers
	- Competitors
- Hardware Implementation
- Software Implementation

##Inspiration
<!--TODO: write -->

##Goals

###MVP
Our plan for a minimum viable product is listed below. The idea for the MVP is to define what pieces of the project are necessary to convince initial users of where the project can go.

- Gather data from body using conductive fabric in key areas on the shirt
	- Send data via cable to computer
- Process data
	- Compute differences between correct form and the users form to find out what body parts are out of place
- Display to user on webpage
	- Shows correctly and incorrectly positioned parts of upper body
<commit_msg>Noting who is responsible for writing<commit_after><NAME> and <NAME>
University of Colorado
2015

# Sensor Shirt
A shirt that helps you learn yoga by giving live feedback on your body position compared to the correct form. Developed for <NAME>'s 'Technology for Sport and Play' class at the University of Colorado Boulder, by <NAME> and <NAME>.

##Table of Contents
<!--TODO-MG: link to headings-->

- Inspiration
- Applications
- Goals
	- MVP
	- Full Plans
- Research
	- General
	- Sensors
	- Microcontrollers
	- Competitors
- Hardware Implementation
- Software Implementation

##Inspiration
<!--TODO-KD: write -->

##Applications
<!--TODO-KD: write -->

##Goals

###MVP
Our plan for a minimum viable product is listed below. The idea for the MVP is to define what pieces of the project are necessary to convince initial users of where the project can go.

- Gather data from body using conductive fabric in key areas on the shirt
	- Send data via cable to computer
- Process data
	- Compute differences between correct form and the users form to find out what body parts are out of place
- Display to user on webpage
	- Shows correctly and incorrectly positioned parts of upper body

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