Lorenz System Simulation is a C++ application that numerically solves and visualizes the Lorenz system—a set of three coupled, nonlinear differential equations known for their chaotic solutions and the iconic "butterfly effect." This project provides insights into deterministic chaos and is valuable for educational and research purposes in dynamical systems.

Features

Numerical Integration: Implements the Lorenz equations using numerical methods to simulate the system's behavior over time.

Configurable Parameters: Allows users to modify system parameters (σ, ρ, β) and initial conditions via a configuration file.

Multi-format Output: Generates simulation results in various formats, including CSV, JSON, TXT, and YAML, facilitating further analysis and visualization.

Modular Design: Structured codebase for easy understanding and potential extension.