Question

Consider the Henon mapping (13.5) with $a=1.4$ and $b=0.3$. Show that the quadrilateral $D$ with vertices $(1.32,0.133),(-1.33,0.42),(-1.06,-0.5)$ and $(1.245,-0.14)$ is mapped into itself by $f$. Use a computer to plot the iterates of a typical point in $D$.

   Consider the Henon mapping (13.5) with $a=1.4$ and $b=0.3$. Show that the quadrilateral $D$ with vertices $(1.32,0.133),(-1.33,0.42),(-1.06,-0.5)$ and $(1.245,-0.14)$ is mapped into itself by $f$. Use a computer to plot the iterates of a typical point in $D$.
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Fractal Geometry: Mathematical Foundations and Applications
Fractal Geometry: Mathematical Foundations and Applications
Kenneth Falconer 2nd Edition
Chapter 13, Problem 7 ↓

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The Henon map is defined by the equations: \[ x_{n+1} = 1 - a x_n^2 + y_n \] \[ y_{n+1} = b x_n \] where \( a = 1.4 \) and \( b = 0.3 \) for this problem.  Show more…

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Consider the Henon mapping (13.5) with $a=1.4$ and $b=0.3$. Show that the quadrilateral $D$ with vertices $(1.32,0.133),(-1.33,0.42),(-1.06,-0.5)$ and $(1.245,-0.14)$ is mapped into itself by $f$. Use a computer to plot the iterates of a typical point in $D$.
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