# Editing TISEAN package

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[dim_hen, frac_hen] = false_nearest (hen(:,1)); | [dim_hen, frac_hen] = false_nearest (hen(:,1)); | ||

[dim_hen_noisy, frac_hen_noisy] = false_nearest (hen_noisy(:,1)); | [dim_hen_noisy, frac_hen_noisy] = false_nearest (hen_noisy(:,1)); | ||

− | plot (dim_ikd, frac_ikd, '-b*;Ikeda;',... | + | plot (dim_ikd, frac_ikd, '-b*;Ikeda;', 'markersize', 15,... |

− | dim_hen, frac_hen, '-r+;Henon;',... | + | dim_hen, frac_hen, '-r+;Henon;', 'markersize', 15,... |

− | dim_hen_noisy, frac_hen_noisy, '-gx;Henon Noisy;'); | + | dim_hen_noisy, frac_hen_noisy, '-gx;Henon Noisy;', 'markersize', 15); |

</syntaxhighlight>}} | </syntaxhighlight>}} | ||

The {{Codeline|dim_*}} variables hold the dimension (so here 1:5), and {{Codeline|frac_*}} contain the fraction of false nearest neighbors. From this chart we can obtain the sufficient embedding dimension for each system. For a Henon Map {{Codeline|m = 2}} is sufficient, but for an Ikeda map it is better to use {{Codeline|m = 3}}. | The {{Codeline|dim_*}} variables hold the dimension (so here 1:5), and {{Codeline|frac_*}} contain the fraction of false nearest neighbors. From this chart we can obtain the sufficient embedding dimension for each system. For a Henon Map {{Codeline|m = 2}} is sufficient, but for an Ikeda map it is better to use {{Codeline|m = 3}}. |