iDMC is specialized software that enables nonlinear models to be simulated and analyzed dynamically, contributing to effective prediction and analysis of complex systems.
iDMC is a powerful, open-source software program designed for analyzing nonlinear models through simulation and dynamical analysis. It is an integrated and user-friendly package that caters to both teaching and research needs. The software comes with a user's guide, making it incredibly easy to download and use. Users can perform numerical calculations on any model they formulate, or use any model included in the package. There are no compilation requirements as the modeling process involves coding only a few lines.
This software comes with a Java graphical user interface that allows fast generation of graphical data, which is of high quality and can be saved as .png files. It utilizes a native idmclib C library that generates precise results. The iDMC software can simulate trajectories, and users can automatically vary initial values or parameter values. It also comes with bifurcation diagrams to study limit sets with respect to a single parameter or in a two-dimensional parameter space. The software has additional features, including calculating the Lyapunov exponents with respect to time, with respect to a single parameter, or in a two-dimensional parameter space. It also has the capacity to analyze basins of attraction, stable and unstable manifolds, and absorbing areas (some of which are only available for maps).
iDMC was developed as part of a research project funded by the Italian Ministry of Universities, the Universities of Udine and Ca'Foscari of Venice, and the Friuli-Venezia Giulia Region. The software is free, and users can redistribute it and/or modify it under the GNU General Public License version 2 as published by the Free Software Foundation.
To use iDMC, you only need to have Java Runtime Environment (JRE) installed, which is tested with JRE6. In its latest release, the legend in Lyap.exp has been fixed, and the map plot uses 'NA' instead of 'divergent.' Also, there was a bug in the trajectory initialization code, which has been fixed. Other updates include internal code cleanup, and now it reports the silent error message when there are 'NaN' values in trajectory rendering. Overall, iDMC is an impressive software program that is easy to use, making it an excellent tool for teaching and research.
This software comes with a Java graphical user interface that allows fast generation of graphical data, which is of high quality and can be saved as .png files. It utilizes a native idmclib C library that generates precise results. The iDMC software can simulate trajectories, and users can automatically vary initial values or parameter values. It also comes with bifurcation diagrams to study limit sets with respect to a single parameter or in a two-dimensional parameter space. The software has additional features, including calculating the Lyapunov exponents with respect to time, with respect to a single parameter, or in a two-dimensional parameter space. It also has the capacity to analyze basins of attraction, stable and unstable manifolds, and absorbing areas (some of which are only available for maps).
iDMC was developed as part of a research project funded by the Italian Ministry of Universities, the Universities of Udine and Ca'Foscari of Venice, and the Friuli-Venezia Giulia Region. The software is free, and users can redistribute it and/or modify it under the GNU General Public License version 2 as published by the Free Software Foundation.
To use iDMC, you only need to have Java Runtime Environment (JRE) installed, which is tested with JRE6. In its latest release, the legend in Lyap.exp has been fixed, and the map plot uses 'NA' instead of 'divergent.' Also, there was a bug in the trajectory initialization code, which has been fixed. Other updates include internal code cleanup, and now it reports the silent error message when there are 'NaN' values in trajectory rendering. Overall, iDMC is an impressive software program that is easy to use, making it an excellent tool for teaching and research.
What's New
Version 2.0.10: N/A