Hi everyone! This is my first Github submission, and it is for FlammaSwift.

FlammaSwift is a neat little tool to detect a fire anywhere, really! It is a Raspberry Pi, a few sensors, and some jumper wires to safeguard your home. 

-------------------------------------SETUP--------------------------------------

1. Buy a Raspberry Pi Zero W WITH headers, as well as...

	-4 pin LM393 IR Flame Sensor ($1-5).
	-PCF8591 Analog to Digital convertor ($5).
	-At least 10 female to female jumpers.
	-A 3-pin active buzzer (50 cents to a dollar).
	All of this can be picked up from Adafruit for under $30. 
	But if you are starting from scratch, you will need additionally...
	-4GB microSD card.
	-microUSB cable plus AT LEAST a 1 amp USB power supply.
	I also suggest buying a case, but that isn't needed.
2. Install the Raspbian Lite image on the SD card, but in the root folder, place a blank text file named "ssh". 
	2.5. Download Angry's IP Scanner to find the Pi on your network after it's been plugged in and is running.
		2.75. SSH into it using PuTTY or your favorite SSH client.
3. Prep your Pi by running...
	sudo apt-get update && sudo apt-get install git
	sudo raspi-config
		go to 5 Interfacing Options, go to P4 SPI, and click enable.
		type "sudo reboot now" into console.
4. Git into this repository (git clone (url to ".git" file)).
5. Time to configure this program!
	-Open the "FlammaSwitf" program using nano if you're a Linux n00b (nano FlammaSwift) or Vim if you are a God.
	-If you are NOT using a Gmail or Hotmail account to send your alerts, you will need to add their SMTP information to the file (Google what that is if you don't know it). 
	 -On lines 39-41, I left a blank template for the SMTP info. Replace all the foos and bars with the information you got from Google.
	Once this is all done, type "sudo shutdown now" and unplug your Pi.

6. Wiring time! Don't worry if you eff it up, Pis are generally forgiving.
	-The Sunfounder graph that I have works great. Using both that and the pin header file that I am including to wire up everything to each other correctly.

7. Let's do a bit of testing!! 
	-To run the program for the first time, type "chmod +x FlammaSwift" to give the file permissions to do what it needs to do. The usage is "sudo FlammaSwift -e (your email) -p (password to your email) -u (destination email if you want it sent to one that isn't the one you logged into.)

	-If you get 1 beep (shows correct initialization) followed by 3 digits printed up on screen, or 2 beeps and "FIRE FIRE FIRE!" followed by a long tone and a pleasant message about SMTP, congrats! You got it all wired right, now let's get it fine-tuned.

	-You see that value (typically 3 digit) on the screen? Awesome. I want you to go back into the FlammaSwift program and on line 66, change the 3 digit number to what you just got out of the program. This is your minimum threshold of not-fireness, and it is important to set this correctly.

I am working on making it run on boot, but until now... please do "sudo Flammaswift" thingy. I have a service file, but argparse requires human input... darn. Just SSH into it and start it whenever you print. 

Awesome! So now whenever you plug the Pi in, it will run this. 

AAAAAAAND... you're done! Congratulations! I hope you never have to use this program (or maybe you do, if you WANT to light something on fire) but if you do, I am glad I saved your 3D printer, LiPO battery, or cooking.

SO... in conclusion, follow this guide closely and you will be okay. If you have any issues with anything, PLEASE open an issue! I am happy and here to help... when I'm either on coffee or not sleep-deprived (college life yo.)


DISCLAIMER --- I AM NOT LIABLE FOR ANY MISFUNCTION OF THIS PROGRAM OR HARDWARE, EITHER DUE TO BAD INSTRUCTION, BAD CODING, OR ANYTHING ELSE. BY USING THIS PROGRAM, YOU ACCEPT THOSE TERMS.