工具箱 混沌系统模拟我要分享

Simulation of toolbox chaotic system

Lyapunov 混沌-分岔图 bifurcation-diagram 分岔 混沌分岔图

关注次数: 358

下载次数: 2

文件大小: 1640KB

代码分类: 仿真计算

开发平台: matlab

下载需要积分: 1积分

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代码描述

中文说明:

从官网下载的工具箱,用于混沌系统模拟,可画相轨迹,求Lyapunov指数,画分岔图等。


English Description:

The toolbox downloaded from the official website can be used to simulate chaotic systems, draw phase trajectories, calculate Lyapunov exponents, draw bifurcation diagrams, etc.


代码预览

Matds TOOL Box

..............\gui

..............\...\about.fig

..............\...\about.m

..............\...\calc_driver.fig

..............\...\calc_driver.m

..............\...\checksymb.m

..............\...\Check_And_Delete.m

..............\...\Check_And_Load.m

..............\...\Check_And_Write.m

..............\...\clear2Dtraj.m

..............\...\clear3Dtraj.m

..............\...\clear_all2D.m

..............\...\clear_all3D.m

..............\...\clear_buffer.m

..............\...\close_matds.m

..............\...\close_win.m

..............\...\ColorPlot2Dtraj.m

..............\...\ColorPlot3Dtraj.m

..............\...\ColorPlotTraj.m

..............\...\Delete2D.m

..............\...\Deletewin.m

..............\...\delete_files.m

..............\...\EquilibriaPlot2D.m

..............\...\EquilibriaPlot3D.m

..............\...\expr_check.m

..............\...\field2d.fig

..............\...\field2d.m

..............\...\field2draw.m

..............\...\field3d.fig

..............\...\field3d.m

..............\...\field3draw.m

..............\...\func_list.m

..............\...\itegrdata.fig

..............\...\itegrdata.m

..............\...\Load_point.m

..............\...\lyapunov_set.fig

..............\...\lyapunov_set.m

..............\...\mColorPlot2Dtraj.m

..............\...\mExit_Callback.m

..............\...\mOpen_Callback.m

..............\...\mRegionPlot2D.m

..............\...\mSave_Callback.m

..............\...\mTrajectoryPlot2D.m

..............\...\newtraj2D.m

..............\...\newtraj3D.m

..............\...\new_trajectories.m

..............\...\odeoutp.m

..............\...\Open2DWin.m

..............\...\Open3DWin.m

..............\...\open_files.m

..............\...\param_set.fig

..............\...\param_set.m

..............\...\plot2D.fig

..............\...\plot3D.fig

..............\...\PoincarePlot2D.m

..............\...\PoincarePlot3D.m

..............\...\poincare_set.fig

..............\...\poincare_set.m

..............\...\PointSizeSet.m

..............\...\redraw2d.m

..............\...\redraw3d.m

..............\...\RegionPlot2D.m

..............\...\RegionPlot3D.m

..............\...\Save_As.m

..............\...\Save_point.m

..............\...\stream3draw.m

..............\...\streamtube_plot.fig

..............\...\streamtube_plot.m

..............\...\symbfind.m

..............\...\systemdef.fig

..............\...\systemdef.m

..............\...\systemedit.fig

..............\...\systemedit.m

..............\...\system_gen.m

..............\...\TimeIndication.m

..............\...\TrjPlot2D.m

..............\...\TrjPlot3D.m

..............\...\update_ds.m

..............\...\update_opt_last.m

..............\...\vars_set.fig

..............\...\vars_set.m

..............\...\var_set2D.fig

..............\...\var_set2d.m

..............\...\var_set3D.fig

..............\...\var_set3d.m

..............\matds.fig

..............\matds.m

..............\maths

..............\.....\equilibria.m

..............\.....\equil_find.m

..............\.....\integrator.m

..............\.....\lyapunov.m

..............\.....\ode78.m

..............\.....\ode87.m

..............\.....\readme

..............\systems

..............\.......\abc.mds

..............\.......\abc.w01

..............\.......\abc.w02