Jetpack Scotty
By Liam Gersten (lgersten)

Description:
- A CMU-themed 2D game that resembles the style of Jetpack Joyride, a once popular mobile game. The player, Scotty, uses their jetpack and their reflexes to advance through a progressively more difficult obstacle course of beams, coins, power-ups, and dangerous missiles. 

How to play:
- Make sure all project folders and files are stored in the same folder.
- Run jetpack.py
- Choose a difficulty from the settings dropdown to begin.
- Hold your mouse/touchpad to launch ScottyÕs Jetpack and release it to fall.
- Make sure to avoid obstacles and watch out for incoming missiles indicated by an exclamation point.
- Collect coins to add to your total coin amount, which saves even if you die.
- Beware of repetitive behaviors like dying/surviving in specific places or to specific obstacles; the smart generation will adapt to this.
- Green power ups slow down time for 15 seconds.
- Pink power ups give you invincibility for 10 seconds.
- Rare yellow power ups give you supersonic speed and invincibility for 10 seconds.
- If you do die, you can revive yourself for 100 coins and gain a 10-second invincibility power up.

System requirements:
- Python 3 or later
- PIL module
- To install modules, follow the official Python 3 DocumentationÕs guide: https://docs.python.org/3/installing/index.html 

Shortcut/cheat commands:
- Use your right and left keyboard keys to increase or decrease the difficulty value (not level) of the game, which will increase or decrease speed.
- Press g to enable/disable background graphics. This may be necessary for players on lower-end hardware. 
- Press c to instantly give yourself 1,000 coins.
- Press i to enable/disable power up spawning. This does not change active power ups.
- Press m to instantly spawn a missile using the smart missile generator.
- Press d to enable/disable debugger mode, which outlines grids and object hit boxes.
- Press p to print active chunks to the console as 2D lists.
- Press i to print dictionaries containing data collected on the player, as well as dictionaries containing probabilities used for smart generation.