Attractor

The Ejs Duffing Attractor model computes the solutions to the non-linear Duffing equation, which reads, x'' + 2?zN* x' - x (1 - x2) = f cos(?Ya* t), where each prime denotes a time derivative. The simulation displays a three-dimensional plot of phase space versus angle and three Poincare plots...

One of the readers who attended the introductory Simulink webinar:http://www.mathworks.com/company/events/we.../wbnr37271.htmlasked me how to implement differential equations in Simulink and visualize the results in a MATLAB plot. This demo attempts to answer those kinds of questions.Notes on...

Experience the joy of fractals with this beautiful technicolor example of the Lorenz attractor.


Platforms: Mac

Allows the exploration and rendering of 3D strange attractors on Mac OS X using the Cocoa API.


Platforms: Mac

Experience the joy of fractals with this beautiful technicolor example of the Lorenz attractor.


Platforms: Mac

A gaussian pdf is propagated through the non-linear system and the skewness particularly during the time of bifurcation is observed. To initialize the whole process just run lorenz_att.m. Make sure all the code is in the same directory. The script lorenz_pdf.m saves some images. To modify the...


Platforms: Matlab

The forced Duffing oscillator exhibits behavior ranging from limit cycles to chaos due to its nonlinear dynamics. When the periodic force that drives the system is large, chaotic behavior emerges and the phase space diagram is a strange attractor. In that case the behavior of the system is...


Platforms: Matlab

The three-variable autocatalator is a prototype of complex dynamical behavior. Indeed, period doubling and chaos are found when the bifurcation parameter, nu, is varied between 0.10 and 0.20.The autocatalator's steps are the following:P->AP+C->A+CA->BA+2 B->3 BB->CC->DWhere P is a chemical...


Platforms: Matlab

In this i begin to show 7 figures of chao of my cardiac modele pacemaker VI1.I give definitions of chao of dynamical systems.


Platforms: Matlab

This toolbox contains the functions which can be used to simulate some of the well-known fractional order chaotic systems, such as:- Chen's system,- Arneodo's system,- Genesio-Tesi's system,- Lorenz's system,- Newton-Leipnik's system,- Rossler's system,- Lotka-Volterra system,- Duffing's system,-...


Platforms: Matlab

The Lorenz attractor, named for Edward N. Lorenz, is an example of a non-linear dynamic system corresponding to the long-term behavior of the Lorenz oscillator.The Lorenz oscillator is a 3-dimensional dynamical system that exhibits chaotic flow, noted for its lemniscate shape. The map shows how...


Platforms: Matlab

A Software Laboratory for studying the properties of different types of Random Boolean Networks. It can calculate attractor statistics, graphic representation of dynamics, topology graph, etc.


Platforms: Mac

The Fractal Science Kit fractal generator is a Windows program that generates a fractal image from a set of properties that you can set to control the fractal generation process. Example properties include the type of fractal, the size of the image, and parameters to control orbit generation,...


Platforms: Windows

GraphicalOSfp is a python application which aims to collect random data issued by remote systems in IP and TCP sequences. These data are then displayed in a 3D referencial to highlight an attractor of the random engine of the remote machine.


Platforms: Mac, Linux