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Hi,is it possible to change the strategy,like if pio solver doesnt fold some hands to bet and instead is calling but i think the villain is folding that particular hand to a bet can i change it to a fold and run the tree again with that hand getting folded instead of calling?
Yes, you can use node-locking and combo-locking specifically for that.
Choose the decision point you want to edit and then click ctrl+N to bring up node-locking interface.
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I was running a hand for a friend. He check raised the flop on a monotone board, leaving effective stack of SPR=1. PIO mostly defended that check/raise by calling.
In my experience, real life Villains often play jam/fold here. Indeed Villain jammed a hand PIO would have flatted.
What I'd like to do is force Villain to jam/fold. How do I do that?
What you want here is to build a tree without an option to call.
To do that you have to remove the line where the call you don't want is made.
In the case it would be:
Code:
check, bet, raise, call
After adding it to remove lines field, like this:
https://gyazo.com/7194f735afa33becb7e5a12deb8cc187
and building the tree again you will get:
https://gyazo.com/2de40072c4936f5bf432515fac1602f6
Now you just need to solve the tree again to see the solution without an option to call.
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well, that sort of worked. unfortunately, PIO knows it can't call the flop, so it doesn't bet the flop. I want PIO to bet like it normally does, THEN to play fold/jam on turn. I am guessing that is not possible...
It's possible although it's a lot of clicking:
1)First solve the tree normally
2)Then save the ranges for all the previous flop decisions
3)Build a new tree without an option to call
4)Lock the previous nodes with the ranges you saved
5)solve
It's not the most convenient but if you are really determined you can do that.
The question is why would you. If you want to know how to react to the shove you can see that in a normal solution. If you want to know how to play if call is not an option then solve it without a call. It's hard for me to imagine practical applications of solving it in a way that the solver doesn't know it can't call on latter streets.
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I have a million questions about all of the functionality PIO has that has gone unused by me as yet.
Well, there are maybe too many features. Don't worry about not using things just because they exist