Showdown Hold'em table
Showdown Hold’em · 30 hands · Oct 14, 2026, 8:54 AM UTC
Action timeline
Model's stated reason
86o is well below the standard 4x preflop raising threshold, so checking to see the flop is optimal.
Model's stated reason
Holding bottom pair with a gutshot straight draw on a wet board does not have sufficient equity to warrant a 2x raise; checking allows us to see the turn and river for free.
Model's stated reason
Player holds two pair (Tens and Sixes), which comfortably beats dealer hands that only play the board's pair of Tens and well exceeds the ~21% win equity required to bet 1x on the river.
Model's stated reason
K3o does not meet the standard preflop 4x raising threshold of K5o+, so checking to see the flop is optimal.
Model's stated reason
Holding two pair (Kings and Eights) with top pair on the flop gives strong showdown value against a random dealer hand, making raise_2x clearly positive EV.
Model's stated reason
Standard preflop strategy calls for a 4x raise with any ace, including A7o.
Model's stated reason
T4o is well below the optimal 4x preflop raising range, so checking to see the flop is standard.
Model's stated reason
With only ten-high and weak backdoor equity on a queen-high board, checking is the correct play.
Model's stated reason
We have a pair of fours, which easily beats any non-qualifying dealer hand and wins the play bet, easily justifying the 1x raise over folding.
Model's stated reason
Any Ace is in the optimal preflop 4x raising range.
Model's stated reason
85 offsuit is well below the standard preflop raising threshold, so checking to see the flop is optimal.
Model's stated reason
With eight-high and only an inside straight draw on a very coordinated board, checking to see the river for free is optimal.
Model's stated reason
We hold a pair of eights, which beats all dealer non-qualifying hands, lower pocket pairs, and pairs of sevens, making raising 1x significantly higher EV than folding.
Model's stated reason
T2s does not meet the preflop 4x raising threshold, so checking to see the flop for free is optimal.
Model's stated reason
With only a gutshot straight draw to a Queen and no pair on an ace-high board, checking to see the remaining cards for free is optimal.
Model's stated reason
With a board of Kh-Jc-Ad-As-Th and our 2s-Ts, we have two pair (Aces and Tens with a King kicker), beating all dealer holdings with cards 9 or lower as well as lower pocket pairs, making raising 1x clearly superior to folding.
Model's stated reason
Ten-nine offsuit is not within the optimal preflop 4x raising range, so checking to see the flop is standard.
Model's stated reason
I hold top pair of nines on a 7-2-9 rainbow board, which easily meets the standard threshold to commit a 2x play bet on the flop.
Model's stated reason
82s does not meet the preflop 4x raising criteria (which requires J8s+ among suited cards with an eight or higher high card, or any ace/king/suited queen Q6s+). Checking to see the flop is standard.
Model's stated reason
Holding eight-high with no pair and no significant draw on a Kd-4d-9h flop, checking to see the turn and river for free is optimal.
Model's stated reason
With only an eight-kicker to the high board cards, we lose to almost every dealer holding including most non-qualifying hands. Folding loses 20 chips compared to an expected loss near 30 chips by calling.
Model's stated reason
Pocket nines easily meets the preflop 4x raising threshold, which includes all pocket pairs 33 and higher.
Model's stated reason
74o is well below the standard preflop 4x raising threshold, so checking to see the flop is optimal.
Model's stated reason
With seven-high, no made pair, and no immediate draw on a Ts-2c-5c board, checking is clearly optimal to see the remaining cards for free.
Model's stated reason
The board provides trips so the dealer automatically qualifies, and my seven kicker only beats a minuscule fraction of dealer holdings, making a fold higher EV than calling.
Model's stated reason
Standard preflop strategy dictates a 4x raise with any Ace, including A6o.
Model's stated reason
Holding Ace-Jack offsuit meets the standard preflop 4x raising threshold (any Ace), maximizing expected value against the house dealer.
Model's stated reason
Q4o falls well below the standard preflop raising threshold of Q8o+ or Q6s+, so checking to see the flop is optimal.
Model's stated reason
Pair of Queens on an Ace-high flop has substantial equity against a random dealer hand, making the 2x flop raise clearly positive EV.
Model's stated reason
Pocket sixes fall well within the standard optimal 4x preflop raising range (pair of 3s or better).
Model's stated reason
J3o is well below the standard 4x preflop raising threshold (which starts at JTo or J8s+ for jacks), so checking is optimal.
Model's stated reason
With only Jack-high on a paired board of 7d-Td-Tc and no significant draw, checking to see the turn and river for free is optimal.
Model's stated reason
The board shows two pair Tens and Sevens, giving me TT77J. Since the dealer qualifies on any board two pair, my Jack kicker beats all unpaired low holdings (yielding over 31% wins and 7% ties), making raise_1x significantly higher EV (-12 chips) than folding (-20 chips).
Model's stated reason
96s falls outside the optimal preflop 4x raising range, so checking to see the flop is the correct EV play.
Model's stated reason
With middle pair of sixes and a nine kicker, our equity is marginal; checking allows us to see the turn and river for free before deciding on a 1x raise.
Model's stated reason
We hold a pair of sixes on a board of T-7-6-3-2, which beats all dealer unpaired hands and underpairs, easily exceeding the threshold to bet 1x.
Model's stated reason
32o is well outside the standard preflop 4x raising range, so checking to see the flop is optimal.
Model's stated reason
We have bottom pair along with an open-ended straight draw (eight outs to a straight), giving us substantial equity and blind bonus potential to justify a 2x flop raise.
Model's stated reason
K8s is well within the standard preflop 4x raising range (K2s+).
Model's stated reason
Qh 4d is below the standard preflop raising threshold of Q8o+, so checking is optimal.
Model's stated reason
With queen-high and only an inside straight draw, there is insufficient equity to justify a 2x raise on this flop; checking to see the remaining cards for free is optimal.
Model's stated reason
With only queen-high on a connected board and no showdown value, raising risks an additional bet against a dealer who qualifies frequently and holds better non-qualifying hands.
Model's stated reason
J9o is below the published optimal 4x raising threshold of JTo/J8s+, so checking to see the flop is optimal.
Model's stated reason
We flopped top pair of Jacks with a gutshot/backdoor straight potential, which is well above the threshold to make the 2x flop bet.
Model's stated reason
J7o does not meet the preflop 4x raise threshold (J8s+ or JTo), so checking is optimal.
Model's stated reason
Holding unmade Jack-high on an Ace-high flop with no direct draw, checking is clearly higher expectation than raising 2x.
Model's stated reason
Holding only Jack-high on an Ace-high board with no pair gives insufficient equity against the dealer's qualifying range, making a river call negative EV.
Model's stated reason
Q7o falls just below the standard preflop 4x raising threshold of Q8o+, so checking is optimal.
Model's stated reason
With bottom pair of sevens and a queen kicker on a K-8-7 board, our equity is not strong enough to warrant a 2x raise on the flop, so checking to see the remaining cards for free is optimal.
Model's stated reason
Holding a pair of sevens with a queen kicker beats all non-qualifying dealer hands as well as dealer pairs of sixes and fours, easily providing enough equity to make the 1x play bet.
Model's stated reason
42o is well below the standard 4x raising threshold in Ultimate Texas Hold'em, so checking to see the flop is optimal.
Model's stated reason
With four-high and minimal draw potential on a J-8-3 board, checking to see the remaining cards for free is optimal.
Model's stated reason
Our best hand is just the board (a pair of threes with J-8-5 kickers), meaning we can never beat the dealer and tie on fewer than 1% of holdings. Folding loses 20 chips instead of an expected loss of near 30 chips by calling.
Model's stated reason
King-Jack offsuit exceeds the standard threshold of K5o+ for an optimal 4x preflop raise.
Model's stated reason
Ace-King offsuit is a premium starting hand that comfortably meets the optimal 4x preflop raising threshold.
Model's stated reason
Q3o is well below the standard preflop raising threshold (Q8o+ or Q6s+), so checking to see the flop is optimal.
Model's stated reason
We have top pair with Queens on a paired flop, giving us two pair which is comfortably strong enough for a 2x raise.
Model's stated reason
J5o does not meet the preflop 4x raising threshold (which requires J8s+ or JTo+), so checking is optimal.
Model's stated reason
Top pair of Jacks on the flop provides sufficient equity against the dealer's random distribution to warrant a 2x raise.
Model's stated reason
Holding any ace suited qualifies for an optimal 4x preflop raise against the dealer.
Model's stated reason
52o is well outside the standard 4x preflop raising range, making check the clear optimal play to see the flop for free.
Model's stated reason
Holding a gutshot straight draw without a pair, equity is insufficient for a 2x flop raise, making check the standard play.
Model's stated reason
The board has a pair of threes with ace-king-six, meaning we can never beat the dealer and can at best tie if the dealer holds unpaired low cards below seven. A tie occurs only about 6% of the time, making folding for -20 chips clearly higher EV than raising for an expected loss of over 28 chips.
Stated reasons appear after the comparison block is revealed. They are model-submitted text, not verified reasoning.
Decision quality is scored against an exact reference. Realised results are shown separately.
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Result
Session result: +295 chips over 30 hands
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