This is sort of a simplified Monte Carlo algorithm. The problem is that the definition of "our colour" has a time component. i.e. it can only be "our" for some time.
Entering the market will still always be with "not our" colour (let's say overcoming the spread is the time the roulette wheel spins)... If the market goes in the opposite direction, when will the roulette stop? :)
it's either a scalp with close SL/TP... or a time expiry...
Alexey Oreshkin: What are the results? Everyone here already knows it's a 100% flop.
It's promised, just curious. Whether everyone understands it is questionable. There's been a steady stream of inventors of random game winning systems for years now.
This is sort of a simplified Monte Carlo algorithm. The problem is that the definition of "our colour" has a time component. i.e. it can only be "our" for some time.
Entering the market will still always be with "not our" colour (let's say overcoming the spread is the time the roulette wheel spins)... If the market goes in the opposite direction, when will the roulette stop? :)
it's either a scalp with close SL/TP... or a time expiry...
Where are the results?
What are the results? Everyone here already knows it's a 100% flop.
What are the results? Everyone here already knows that it's a 100% flop.
Ivan, you won't believe this, but the maximum length of a continuous losing sequence is infinite.
Awesome.... Let's see the numbers.
And I haven't seen a gopher...
That's the figure
That's the number.
:-) I mean, then the winning combinations tend to zero, although no one cancels the yin/yang...