This dataset contains the numerical data and computational files supporting the results presented in the associated publication “Integrability of non-homogeneous Hamiltonian systems with gyroscopic coupling”. The deposited materials include high-resolution PDF versions of the figures presented in the article and Wolfram Mathematica notebooks used to perform the numerical computations and generate the corresponding graphical results.
The Mathematica notebooks contain the computational procedures, parameter values and numerical settings used to construct the Poincaré sections and other numerical results presented in the publication. The files allow the numerical analysis to be reproduced and provide access to the computational data underlying the corresponding figures. File names are organized so that the Mathematica notebooks and PDF files can be associated with the respective numerical experiments and figures.
The numerical computations and visualization of the results were performed using Wolfram Mathematica. The deposited data were generated in the framework of the research project “Integrability, non-integrability and chaos in multi-dimensional dynamical systems”, funded by the National Science Centre, Poland (NCN), project no. 2020/39/D/ST1/01632.
A detailed description of the mathematical model, parameter choices, computational methodology and interpretation of the numerical results is provided in the associated publication: W. Szumiński and A. J. Maciejewski, “Integrability of non-homogeneous Hamiltonian systems with gyroscopic coupling”, Nonlinear Dynamics 114, 435 (2026), DOI: 10.1007/s11071-026-12309-x. Additional information on the organization and contents of the deposited files is provided in the README.txt file.
(2026)