Create a simple planetary system simulation with ChatGPT-4. Users can choose the number of planets and stars within the system. Orbital objects follow trajectories based on gravitational forces, which result naturally from the masses of the objects and are simulated by the physics engine.
Users can view the simulation in a 3D world in real-time, as well as access graphs that display forces, velocities, and locations.
This task will lay the groundwork for potentially more complex planetary simulations visualized in browsers. The primary goal is to experiment with ChatGPT-4 and explore its potential to aid in the development process.
Future possibilities include for example:
Celestial Mechanics Sandbox: The application can serve as a sandbox for users to experiment with celestial mechanics by adding or modifying celestial bodies, altering their properties, and observing the resulting changes in system behavior.
Create a simple planetary system simulation with ChatGPT-4. Users can choose the number of planets and stars within the system. Orbital objects follow trajectories based on gravitational forces, which result naturally from the masses of the objects and are simulated by the physics engine.
Users can view the simulation in a 3D world in real-time, as well as access graphs that display forces, velocities, and locations.
This task will lay the groundwork for potentially more complex planetary simulations visualized in browsers. The primary goal is to experiment with ChatGPT-4 and explore its potential to aid in the development process.
Future possibilities include for example:
Celestial Mechanics Sandbox: The application can serve as a sandbox for users to experiment with celestial mechanics by adding or modifying celestial bodies, altering their properties, and observing the resulting changes in system behavior.