Practical Guides
A collection of theory primers and step-by-step guides demonstrating how to define, simulate, map, and analyze chaotic dynamical systems using the Toolbox GUI.
Concepts and Visual Theory of Chaos
Definitions, figures, and reading strategies for students entering chaotic systems for the first time.
Lorenz Attractor Quick Start
Learn how to set up parameters, run your first simulation, and configure the interactive 3D plotter.
Bifurcation Diagrams
Configure parameter sweeps, retained points, Poincare sections, and Hopf examples.
Coexisting Attractors
Compare registered multistability cases by simulating different initial conditions under the same parameters.
Basins of Attraction
Read basin maps and representative trajectories launched from different colored regions.
Sprott Explorer Guide
Understand codes, decoding, search, filtering, plotting presets, and parameter choices.
FFT & Spectral Analysis
Generate time-series outputs and compute Fast Fourier Transforms (FFT) to analyze frequency behaviors.
Lyapunov Exponent Diagnostics
Visualize perturbation growth and read convergence-aware exponent estimates.