AUTHOR . . . . . . . Shahar Ankonina
DESCRIPTION. . . Real-time physics simulation of tension forces between connected nodes
Simulates networks of interconnected nodes with tension forces, allowing users to cut tethers and explore dynamic system behavior. Highlights real-time physics computation, vector-based forces, and interactive visualization.
- Realistic Tension Forces: Tethers apply physics-based tension to connected nodes, simulating real-world interactions.
- Breakable Connections: Tethers have a maximum stretch threshold and break dynamically when overloaded.
- Interactive Environment: Users can cut tethers to manipulate the network and observe cascading effects.
- Gravity Simulation: Nodes are affected by a constant downward force, contributing to natural motion and equilibrium.
- Dynamic Visualization: Real-time updates and rendering allow users to see changes in the system immediately.
- Programming Languages: Python
- Libraries & Frameworks: Pygame
- Tools & Platforms: Git/GitHub, VS Code
Follow these steps to run the project locally:
# Clone the repo
git clone https://github.com/AnkoninaShahar/Tension-Simulation.git
# Navigate into the directory
cd Tension-Simulation
# Install dependencies (Python example)
pip install -r requirements.txt
# Run the project
python main.py
- After launching the simulation, users can manipulate the environment by cutting tethers or spawning new nodes.
- Controls: Click and hold to cut tethers the mouse hovers over
