Welcome to my Verlet Physics Simulation project repository! This project was an exciting learning journey for me, where I delved into the world of physics simulations and applied mathematical concepts to create dynamic and interactive simulations.
The Verlet Physics Simulation project is a fun and engaging exploration of physics principles using the Verlet integration method. Through this project, I aimed to:
- Understand the Verlet integration method and its application in simulating realistic physics interactions.
- Implement mathematical algorithms and concepts such as velocity, acceleration, constraints, and collision detection.
- Create interactive and visually appealing simulations that demonstrate the behavior of physical systems.
- Verlet Integration: The project utilizes the Verlet integration method to simulate physics interactions accurately.
- Particle System: I implemented a flexible and dynamic particle system that allows for the creation of various objects and structures.
- Constraints and Collisions: The simulation includes constraints to maintain relationships between particles and collision detection to handle interactions with boundaries and objects.
This project has been an incredible learning experience for me. Here are some key aspects of my learning journey:
- Algorithm Optimization: I focused on optimizing algorithms for efficiency and accuracy to ensure smooth and realistic simulations.
- Problem-Solving Skills: Developing this project honed my problem-solving skills, especially in tackling complex physics simulations and optimizations.
To experience the Verlet Physics Simulation project:
- Clone this repository to your local machine.
- Open the project in your preferred development environment.
- Run the simulation and interact with the environment to explore physics behaviors.
I would like to acknowledge the following resources that contributed to this project:
- Wikipedia: Wiki about Verlet Integration
Feedback and contributions are welcome! If you have suggestions, improvements, or would like to contribute to the project, please feel free to submit a pull request.