This is a hard task as you have to play to get results and view your hand.
The idea would be to wait for 3+ STD
Assume you have 22 loses and 2 wins in any combination
Then you have reach 4.08 STD
Now the world reckord is 5.04 STD
This means that during the next 9 attempts you will have at least 1 win.
But your expectation is at least 2 wins or more
Because if you would only face 1 win among 9 attempts, then you reach 4.5 STD on the bell curve and you can stay at that value hovering around 4.5 STD
In real life this would mean 1 win and 4 loses if you did not get regression towards the mean
You more wins you larger the gap towards 5.04 STD and you more loses you smaller gap towards 5.04 STD - within the probability window -
You could start from 3+ and get at least one chanse each day (if you where playing roulette) tracking all three even money locations
This is how the values look like
Assume that you have 1 in 2 no matter what you play - then each side "event" has the value of 1
Then you measuring overrepresented events contra underrepresented events
The bell curve can behave with any random combination
It can get weaker or stronger and at any given situation stay still at the same value "hovering" ...
Match expersts will say there is no limits and they will say nothing is due to happen
But if i will risk my money, then i put them at risk each time to brake a world reckord during our life time
Then you can name it gamblers fallacy or any other fancy word, it does not effect me
Because if i have a probability window with limits, then i know my expectation and can caculate the situation
So there is a big difference