Solve using Von Neumann Neighborhood cellular automata algorithm and with no boundary (innite space) conditions of this algorithm? Shown below is an example of a

Solve using Von Neumann Neighborhood cellular automata algorithm and with no boundary (infinite space) conditions of this algorithm?

 

Shown below is an example of a two-dimensional totalistic CA model with von Neumann neighborhoods and with no boundary (infinite space) conditions. White means 0 (= quiescent state), while gray means 1. Each cell switches to round(S/5) in every time step, where S is the local sum of the states within its neighborhood. Complete the time evolution of this CA. t = 0 H t = 1 t = 2 t = 3