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Scripts and notebooks to accompany the book Data-Driven Methods for Dynamic Systems
A work-in-progress web application for ProADV. This project aims to revive the ProADV website, providing a user-friendly interface for the Python package that processes and analyzes acoustic Doppler velocimeter (ADV) data.
Code associated to the paper "Deep learning of conjugate mappings"
MATLAB files for discovery of Poincaré maps
Python module to compute and interactively visualize Poincaré sections
Interactive document which reveals Duffing Oscillator properties
A library of routines used for the analysis of dynamic systems.
Interactive CLI toolset for the analysis of periodic windows in the Rössler system using Interval Newton's method and Lyapunov exponents.
Code associated to the paper "Data-driven stabilization of periodic orbits"
Solución numérica de la dinámica de una cosmología de Robertson-Walker, además se puede generar graficas de dicha dinámica, las secciones de Poincare, los exponentes de Lyapunov y las orbitas del sistema.
C implementation for phase space and poincaré map of a chaotic pendulum.
Интерактивная виртуальная лаборатория для симуляции и анализа сложной динамики двойного маятника, включая исследование хаоса, фазовых портретов и карт Пуанкаре.
Interactive nonlinear dynamics simulator with Lyapunov spectrum, Poincare sweeps, continuation workflows, and Numba acceleration.
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