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Gallery

Each system in edmkit.generate at the parameters used in scripts/gallery.py, which draws every figure below. For most systems there are three views: the time series, the attractor, and the spectrum. Initial transients are dropped. The spectra are Morlet scalograms from edmkit.wavelet.cwt, with the shaded cone of influence marking times that edge effects make unreliable.

lorenz

Lorenz time series Lorenz attractor Lorenz spectrum

rossler

Rössler time series Rössler attractor Rössler spectrum

three_scroll

Li three-scroll time series Li three-scroll attractor Li three-scroll spectrum

chua

Chua time series Chua attractor Chua spectrum

duffing

Duffing time series Duffing attractor Duffing spectrum

double_pendulum

Path of the lower bob of a double pendulum

euler_spiral

Euler spiral

hindmarsh_rose

Hindmarsh–Rose time series Hindmarsh–Rose attractor Hindmarsh–Rose spectrum

fitzhugh_nagumo

FitzHugh–Nagumo time series FitzHugh–Nagumo attractor FitzHugh–Nagumo spectrum

morris_lecar

Morris–Lecar time series Morris–Lecar attractor Morris–Lecar spectrum

rulkov_map

Rulkov map time series Rulkov map attractor Rulkov map spectrum

pyloric

Pyloric circuit membrane potentials Pyloric circuit calcium attractor Pyloric circuit spectrum

mackey_glass

Mackey–Glass time series Mackey–Glass delay embedding Mackey–Glass spectrum

lorenz96

Lorenz 96 heatmap of all variables Lorenz 96 spectrum

Lorenz, Rössler and Duffing systems coupled as A → B → C ← D, built from lorenz, rossler and duffing. Useful as ground truth for CCM.

Chain time series Chain attractors Chain coupling between driver and driven nodes Chain spectrum

ctrnn

CTRNN connectivity matrix CTRNN activity heatmap CTRNN two-unit slices CTRNN spectrum

lotka_volterra

Lotka–Volterra time series Lotka–Volterra attractor Lotka–Volterra spectrum

kuramoto

Kuramoto phase heatmap Kuramoto mean against natural frequencies