Nice demo, and well explained. Just a thing that popped up in my mind: if the system is a simulation of a real life chemical reaction, does it make sense to evaluate the value of a cell on the opposite side of the grid (in the worst case scenario) to calculate the average concentration? Using modulo to wrap around an array is a common technique for cellular automata like the game of life (as far as I know), but in this specific case doesn't make a lot of sense in my opinion, even though the result is really cool.
Over 8,000 subscribers!! We’ll be seeing 10,000 soon! 🚀 Way to go Patt. 🎉
Interesting 😃 thank you for linking the reference paper.
Nice tutorial! I'll have a go at it later this wekeend. NileRed fan here too.
Great work as usual! Keep it up!
Excellent demo -- super clear and fun!
That's so cool! Please explore more into cellular automata
Yea cellular automata seems really interesting to explore
Nice demo, and well explained.
Just a thing that popped up in my mind: if the system is a simulation of a real life chemical reaction, does it make sense to evaluate the value of a cell on the opposite side of the grid (in the worst case scenario) to calculate the average concentration? Using modulo to wrap around an array is a common technique for cellular automata like the game of life (as far as I know), but in this specific case doesn't make a lot of sense in my opinion, even though the result is really cool.
Challenge to myself and others: implement this algorithm on a hexagonal grid!
can u send the research paper pdf you would in the news letter?
Alasdair Turner’s A Simple Model of the Belousov-Zhabotinsky Reaction from First Principles: discovery.ucl.ac.uk/id/eprint/17241/1/17241.pdf
@syedabuthahirkaz thanks a lot