  A novel cellular automaton with update rules reversed with the environment
depending on the cell, is frustrated through its von Neumann and Moore
neighborhoods and evolved anisotropically. Addition of fine tuning and coupling
plots the susceptibility of an Ising model that has five phase transitions,
both first-order and second-order, and four magnetic phases. This
susceptibility model generates a trigonometric plot as an output of the cell
evolution, without the use of math libraries or primitives.
