Inspiration
Our team was inspired by the challenge of creating a physics-based simulation that could demonstrate the principles of rocket launches in a visually engaging way. We wanted to capture the complexity of launching a rocket, including elements like gravity, drag, and atmospheric turbulence, all within a customizable environment that allows for experimentation.
What it does
RocketSimulator is a 2D simulation that allows users to launch a rocket under various conditions. By adjusting parameters like thrust, angle, and mass, users can see how different factors affect the rocket’s path and learn about the dynamics of launching a rocket against gravitational and atmospheric forces.
How we built it
We built RocketSimulator using Python and the Pygame library. Python’s simplicity enabled us to focus on the physics and logic, while Pygame provided a straightforward way to implement visuals and interactions. We used math functions to calculate physics like gravity, drag, and angle adjustments in real-time, creating a realistic rocket launch experience.
Challenges we ran into
Throughout development, we encountered several challenges:
Physics Calculations: Balancing realistic gravity, drag, and thrust values to make the simulation both challenging and functional required tuning and careful adjustments. Parameter Customization: Ensuring each customizable parameter interacted correctly with the others was crucial but challenging, as even slight changes could destabilize the rocket’s path. Bug Fixing and Debugging: There were several points where errors in calculations or logic prevented the rocket from launching or caused it to move unpredictably.
Accomplishments that we're proud of
We’re proud that we successfully implemented a functional and visually engaging simulation that lets users customize and launch a rocket. Debugging complex physics was a rewarding process, and we were able to create a program that behaves realistically and smoothly, providing users with a satisfying challenge.
What we learned
This project taught us a lot about:
Teamwork and Communication: Working as a team to solve complex challenges and debug issues collaboratively. Physics in Simulations: Understanding and implementing realistic physics, including drag and gravity, to create a simulation that feels genuine. Problem-Solving: Overcoming bugs and managing dependencies between parameters required critical thinking and persistence.
What's next for RocketSimulator
We plan to improve RocketSimulator by adding:
Advanced Physics Effects: Such as atmospheric turbulence and re-entry effects. Visual Enhancements: More detailed graphics for the rocket and planet, as well as smoother animations. Replay and Analysis Tools: Allow users to save launches and analyze their rocket’s flight path. This great project was made by 4 of us in 28 hours
Log in or sign up for Devpost to join the conversation.