"Dodge the Wall - Flight Simulator" is an interactive game where players control a virtual aircraft through physical hand movements, detected by an STM32 board's accelerometer. The game environment and aircraft responses are displayed and managed through a Python-based GUI.

Demo play can be found here (You can turn on the sound to see the BGM and sound effects):

It is quite fun, please check it out :)

• Real-Time Aircraft Control: Tilt the STM32 board to control the aircraft's movement in the game.
• Dynamic Obstacles: Avoid dynamically generated walls that move towards your aircraft with increasing obstacle speed.
• Sound Effects and Background Music: Experience real-time audio feedback for actions such as collecting coins or crashing from your STM32 board (speaker needed on your board).
• Leaderboard: Compete with others by trying to achieve the highest scores and best survival times, stored and retrieved from the STM32's memory.

To run the game, you will need:

• Python 3.x installed on your computer.
• Pygame library installed (pip install pygame).
• PySerial library installed for serial communication (pip install pyserial).

For the hardware part, you will require:

• STM32L475 IoT node.
• Micro USB to USB cable for communication.
• The STM32 board must be programmed with the provided main.c logic.

1. Clone the Repository: Clone this repo to your local machine.
2. Connect the STM32 Board: Connect the STM32 board to your computer via USB.
3. Load the STM32 Firmware: Flash the main.c program onto the STM32 board using STM32CubeIDE or a similar tool.
4. Run the Game: Navigate to the repository's directory and run python game.py to start the game.

• Tilt the STM32 Board: Tilt the board left or right to move the aircraft horizontally, and tilt forward or backward to move vertically.

• The STM32 board sends accelerometer data to the Python game via UART, controlling the on-screen aircraft based on the board's orientation.
• Sound effects for game events (e.g., coin collection and explosions) are managed through the DAC outputs of the STM32.

• The game begins at a start screen, waiting for the player to press the space bar.
• As the game progresses, walls appear at the top of the screen and move downwards.
• The player must avoid these walls by moving the aircraft, using the STM32 board's tilt angles.
• Coins appear periodically which the player can collect for points.
• The game tracks the duration of survival and the number of coins collected.

• Handles game graphics, collision detection, and GUI interactions.
• Receives tilt data from the STM32 board to control the aircraft.

• Manages accelerometer data reading, sound effects via DAC, and UART communication.
• Keeps track of high scores and survival times using onboard QSPI memory.