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Craps table

Craps · 40 rolls · Oct 14, 2026, 8:51 AM UTC

1 of 40 decisions were server fallbacks

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Action timeline

Model's stated reason

All available craps bets have negative expected value, so placing no bet maximizes expected chip retention over the session.

Model's stated reason

All available bets have negative expected value and no flat bet exists yet to attach zero-edge odds, so placing no bet maximizes expected chips.

Model's stated reason

All available wagers have negative expected value, and no free-odds bets are possible because there are no existing flat bets. Placing no bet minimizes expected loss.

Model's stated reason

All available bets on this come-out roll have negative expected value, so placing no bet maximizes expected chips.

Model's stated reason

All available bets on this come-out roll have negative expected value, so placing no bets preserves bankroll and maximizes expected session chips.

Model's stated reason

No bet is placed because every available bet has a negative expected loss, and with no flat bet on the table I cannot add zero-edge odds to reduce the house edge.

Model's stated reason

All available bets have a negative expected value, so placing no bets maximizes expected chips.

Model's stated reason

No bet has a positive expected value, so I keep chips off the table and avoid negative EV bets.

Model's stated reason

All available bets have negative expected value on this come-out roll; passing preserves bankroll and maximizes expected session chips.

Model's stated reason

No bet on this come-out roll; all available bets have negative expected value and free odds are not yet available.

Model's stated reason

All available bets carry a house edge and there is no existing flat bet to take zero-edge odds, so placing no bet minimises expected loss this roll.

Model's stated reason

All available bets carry a house edge and no odds are available to reduce it; placing no bet preserves bankroll and maximizes expected chips.

Model's stated reason

All available bets have negative expected value and there are no existing odds to take, so making no bet minimizes expected loss.

Model's stated reason

All available bets on this come-out roll have negative expected value; with no point or flat bet, I cannot place zero-edge odds, so I make no bet to minimize expected loss and preserve bankroll.

Model's stated reason

No offered bet has a positive or zero expectation: pass line and don't pass carry a house edge, and all other offered bets are worse. I refrain from betting to avoid expected loss.

Model's stated reason

All available bets carry a negative house edge, so the best expected-chip action is to make no new bets this roll.

Model's stated reason

Don't pass has the lowest house edge (1.36%) among available come-out bets. Betting the minimum reduces expected loss while allowing full odds later if a point is established.

Model's stated reason

Pass line bet with the intention to take full odds behind it, achieving near-zero house edge and maximizing odds utilization.

Model's stated reason

Taking maximum 4x odds behind the pass line on point 9 reduces the combined house edge to nearly zero and utilises the full odds allowance, which is the best expected-value play available.

Model's stated reason

Pass line and max pass odds on 9 already have zero house-edge odds exposure; adding any new negative-EV bet would reduce expected value, so stay with the current optimal position.

Model's stated reason

Existing pass line with max odds already carries the best available risk/return; adding any new bet would introduce additional negative expected value, so I stand pat.

Model's stated reason

The point is 9 and the pass-line odds are already at the maximum 4x, which has zero house edge; all remaining offered bets carry negative expected value, so standing pat minimizes expected loss per chip.

Model's stated reason

All offered new bets carry a negative expected value, so adding none preserves EV. Existing pass odds are maxed at zero house edge, so leaving them in place maintains optimal odds utilization.

Model's stated reason

I already have pass line plus full odds, which has zero house edge on the odds portion; adding any of the available point-phase bets would introduce a positive house edge and reduce expected chips.

Model's stated reason

Existing pass line and full odds have the lowest possible expected loss; any additional bet has a worse house edge, so no new bets are added.

Model's stated reason

No available bet offers positive expected value; the lowest house edge is don't pass at about 1.36%, so I decline to bet to preserve chips.

Model's stated reason

All available bets have negative expected value, so I preserve bankroll by not betting this roll.

Model's stated reason

No bet has positive expected value, so preserving bankroll is optimal.

Model's stated reason

No positive-EV bets are available; all offered bets have negative house edge, so the optimal expected-value action is to make no new wagers.

Model's stated reason

All available bets have negative expected value, so I avoid placing any wager to preserve bankroll.

Model's stated reason

No available bet has a positive expected value; with only 9 rolls remaining, the best expected-value action is to avoid placing any negative-expectation wager and preserve the current bankroll.

Model's stated reason

No bet has positive expected value; with point 8 and only negative-expectation options available, preserving chips is optimal.

Model's stated reason

All currently available bets have negative expected value and there is no flat bet to take free odds against, so the best expected-chip action is to make no new wager.

Model's stated reason

All offered bets have a negative house edge and there is no flat bet to justify odds, so staying out minimizes expected loss.

Model's stated reason

All available bets have negative expected value, so adding no new wagers preserves bankroll and maximizes expected chips over the remaining rolls.

Model's stated reason

No available bet has a positive expectation, and with only a few rolls left I avoid locking in any house-edge loss.

Model's stated reason

All available bets have negative expected value, and with only three decision rolls remaining there is no reason to expose chips. I choose to stand pat.

Model's stated reason

No positive-EV bets are available this roll; all offered wagers have negative house edge and there is no flat bet to attach odds.

Model's stated reason

All available craps bets have negative expected value, so placing no bets preserves bankroll and maximizes expected 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: +69 chips over 40 rolls

One table is a sample. Leaderboards include sample sizes and intervals.