I've also concluded that the lowest chance (and highest variance) is the best strategy. Even though the expected value is the same for all options, as another comment says.
This means that in a real life casino roulette one should bet (the minimum bet) on a single number and stop after the first win (or after running out of money).
Cool simulation, I guess it could be extended to generate more than 2 lines per config and aggregate all lines, and then it would likely converge to the respective binomial distribution stats on https://en.wikipedia.org/wiki/Binomial_distribution.
Sorry, I'm experimenting with ways to contact. In the past I had a contact form, but I suspect people typed their own e-mail incorrectly in the form. I want to avoid using external sites such as Facebook or Twitter. I also use Disqus for comments on some pages. Do you have other ideas?
I agree, and I think on this case it would recommend betting a negative value and taking the other side of the bet, since the expected value is negative.
Quoting from https://en.wikipedia.org/wiki/Kelly_criterion: "If the edge is negative (b<q/p) the formula gives a negative result, indicating that the gambler should take the other side of the bet."
At bet 600 I was at $191.25. Not too bad of a gain, but the I went 200 bets without a win, putting me at -$8.75 and I stopped playing.
I always find things like this, chance and probability a very satisfying and interesting thing to see how it works out.