Global Dynamics Research Group

  • Home
  • Team
  • Publications
  • Software and Data
  • Contact

    DynIn Toolbox and other scripts


  • Download DynIn: Matlab Toolbox for estimating the dynamical integrity (or basin stability) of dynamical systems



    Open in MATLAB Online

    This version of the toolbox incorporates the classical DynIn and DynInD, which are included in a single toolbox. The code handles fixed points, periodic solutions, limit cycles generated from ordinary differential equations, difference equations, delay differential equations, black box models, including non-smooth systems.
    Related papers:
    "G. Habib, Dynamical integrity assessment of stable equilibria: a new rapid iterative procedure, Nonlinear Dynamics (2021)"
    "B. Szaksz, G. Stepan, G. Habib, Dynamical integrity estimation in time delayed systems: a rapid iterative algorithm, Journal of Sound and Vibration (2023)"

  • Code for semi-discretization method

    Semidiscration code (tutorial in preparation)
    Code for the automatic implementation of the semi-discretization method in time-delayed systems.
    Related paper: "B. Szaksz, G. Stepan, G. Habib, Dynamical integrity estimation in time delayed systems: a rapid iterative algorithm, Journal of Sound and Vibration (2023)"

  • We welcome any feedback about our codes (please report bugs) and will gladly help you implement them for your research.

    Other scripts


  • Code utilized for the realization of the paper: "G. Habib, A. Horvath, Fold Bifurcation Identification through Scientific Machine Learning, Physica D: Nonlinear Phenomena (2024)"
    Source code


  • Old versions


    DynInD v. 1.0.0

    DynIn v. 1.0.1

    DynIn v. 1.0.2

Relevant links

  • Budapest University of Technology and Economics
  • Faculty of Mechanical Engineering
  • Department of Applied Mechanics
  • BME Library & Technical Information Centre
  • Publication database of Hungary

Administration

  • For students

    MM building I. 24.

  • E-Mail

    hallgatok@mm.bme.hu

  • Phone

    +36 1 463 1369

Contact

  • Address

    1111 Budapest
    Műegyetem rkp. 5.

  • E-Mail

    email address here

  • Phone

    +36 1 463 1369

  • Department of Applied Mechanics, Faculty of Mechanical Engineering, Budapest University of Technology and Economics © 2022
  • Based on a theme by: HTML5 UP
  • Feedbacks are welcome: webadmin@mm.bme.hu