def __init__(self):
Map.__init__(self, "Cosine Map", "One-dimensional iterated map of a cosine function.")
def __init__(self):
Map.__init__(self, 'Tinkerbell Map', ' ')
def __init__(self):
Map.__init__(self, 'Cusp Map', 'One-dimensional iterated map with a cusp-shaped maximum.')
def __init__(self):
Map.__init__(self, 'Kaplan-Yorke Map', 'A classically chaotic discrete map with a strange attractor introduced by Kaplan and Yorke in 1979.')
def __init__(self):
Map.__init__(self, 'Exponential Map', 'One-dimensional iterated map of an exponential function.')
def __init__(self):
Map.__init__(self, 'Neuron Map', 'Simplified model of spiking activity in biological neurons.')
def __init__(self):
Map.__init__(self, "Cubic Map", "One-dimensional iterated map of a cubic function.")
def __init__(self):
Map.__init__(self, 'Standard Map', 'Area-preserving chaotic map from a square of width 2pi onto itself, modeling a kicked rotator.')
def __init__(self):
Map.__init__(self, "Gingerbread Map", " ")
def __init__(self):
Map.__init__(self, 'Tent Map', 'One-dimensional iterated map with the shape of a tent, behaves similar to the logistic map.')
def __init__(self):
Map.__init__(self, 'Circle Map', 'A simplified model of the phase-locked loop in electronics.')
def __init__(self):
Map.__init__(self, 'Sinai Map', ' ')
def __init__(self):
Map.__init__(self, 'Ikeda Map', 'Plane-wave model of a bistable ring cavity introduced by Ikeda in 1979.')
def __init__(self):
Map.__init__(self, 'Logistic Map', 'Discrete-time population model demonstrating chaotic behavior, introduced by Robert May in 1976.')
def __init__(self):
Map.__init__(self, 'Henon Map', '2-D iterated map modeling the Poincare section of the Lorenz model, introduced by Michel Henon in 1976.')
