"GTO is good for you!"...every morning says David Sklansky mirror...but...
not for the first time writes with errors and ignores criticism)) but maybe I'm wrong))) so
Einstein's last work -
Norman Zadeh’s Simple GTO Game, Part Two
question to solve the problem and the actual mathematics...EV...
#1. Why in the calculation of the expectation you take into consideration the dead money in the bank that you do not belong. Once we placed a bet in the pot, we have it does not belong.
Thus in fact you EV differs from the calculated actual. ...and if we fold EV can not be a minus, it EV=0.
#2 As for solving the problem
EV player B (who wants to find an optimal strategy against a player A) its the sum of EV(bet) - when player A line is chek-call and EV(call) - when A bet first, taking into account the probability (P):
EV(B)= EV(bet)*P(bet)+EV(call)*P(call)
When Hero (B) bet $2 in pot $2 vs (A) line CHEK-CALL, he can wins $4 (final pot $6, we put $2 in last round), or wins $1 if they split, or B will lose $2.
1. Range A = 40-68%, Range B = 0-40%. A wins $4
2. Range A = 40-68%, Range B = 40-68%, A wins $1
3. If range B = 68-100%, he will not put because lose $2
Top-68% - optimal range to bet for player В vs player А chek. 40/68=0.5882 or 58.82%
EV(bet)=$4*58.82%+$1*41.18%=$2.76
For EV(call) the same method. Also calculate the zero call and find that it range = 84% (not 76% like in you work). Its realy GTO call. So EV(call)=$1.12
Finaly EV(B)=$2.76*28%*68%+$1.12*72%*84%=$1.20 and EV(A)=-$1.2
Best Regards
Last edited by Dynasty; 04-27-2014 at 12:53 AM.