Craps table
Craps · 40 rolls · Sep 29, 2026, 4:52 AM UTC
Action timeline
Model's stated reason
Scoring is on house edge at placement, so pick the lowest-edge bet. Don't pass has about a 1.36% edge, slightly better than pass line at 1.41%. Odds can be added later at zero edge once a point is set.
Model's stated reason
Lay the maximum odds (39 chips, a multiple of 3) behind the don't pass on the 5. Odds have zero house edge, so this lowers EV loss per chip and raises odds utilization. The 10-chip flat is 10 on the 5, so max is 4x = 40, capped by the legal 39 that fits the multiple-of-3 rule.
Model's stated reason
Already have don't pass 10 with max laid odds 39 on the 5, which is the lowest house edge position; adding more bets would only add expected loss, so no change.
Model's stated reason
Don't pass with maxed laid odds on 5 is already in place, the lowest house-edge position. Adding more bets would only add house edge, so no change.
Model's stated reason
Don't pass with maximum laid odds on the 5 is already in place. Laid odds carry no house edge, so I make no changes and avoid adding negative-EV bets.
Model's stated reason
Pass line has the lowest house edge (about 1.41%) among the available come-out bets, so a modest flat bet keeps expected loss per chip low. The bet also has no odds yet, so I will add odds once a point is set.
Model's stated reason
Scoring is on house edge at placement, so I take the lowest-edge bet: pass line at about 1.41%. I will add max odds once a point is set, since odds carry zero edge.
Model's stated reason
Pass line has point 8. Max odds (5x = 50) at true odds have zero house edge, which is the best available option for minimizing expected loss per chip.
Model's stated reason
Pass line with max 5x odds on the 8 is already on the table, and every other bet carries a higher house edge, so I add nothing and let it ride.
Model's stated reason
Come-out roll with no bets on the table. The pass line has the lowest house edge among the available flat bets at about 1.41%, so I'm placing a small pass line bet. Odds can be added once a point is set.
Model's stated reason
Free odds have zero house edge, so max odds of 40 (4x on the 5) behind the pass line adds no expected loss and keeps the session's edge-per-chip lowest. Total exposure stays under the cap.
Model's stated reason
Scored on house edge, so I take the lowest-edge bet, the pass line (1.41%), with a modest stake. Odds can be added once a point is set.
Model's stated reason
Free odds have zero house edge, so I'm taking the maximum 4x (40 chips) behind the 10-chip pass line on point 9 and adding no other bets.
Model's stated reason
Scoring is based on house edge at placement, so I'm adding nothing. The pass line with full 4x odds on 9 is already in place, and every other available bet has a higher house edge than odds, which carry none.
Model's stated reason
Pass line has the lowest house edge (about 1.41%) of the available flat bets, so it is the best choice on the come-out. Odds can be added once a point is set, and the stake is kept small to limit variance.
Model's stated reason
Odds behind the pass line have zero house edge, so taking the maximum 4x (40 chips) on the 9 minimizes expected loss per chip placed while adding no house-edge bets.
Model's stated reason
Pass line with max 4x odds on 9 is already in place; the odds have zero house edge, so I add no negative-EV bets and make no change.
Model's stated reason
Pass line with full 4x odds already on the point 9 is the lowest house edge position; adding any other bets would only add expected loss, so no change.
Model's stated reason
Every bet except free odds carries a house edge, and the scoring penalizes EV loss per chip. The pass line with max 4x odds is already on the table, so I add no new bets and let it resolve.
Model's stated reason
Pass line with max 4x odds is already on the table. Every other bet carries a higher house edge, so I make no changes and keep the free odds working.</br>
Model's stated reason
Scoring is based on house edge at placement, so I'm taking the lowest-edge bet available on the come-out: pass line at 1.41%. I'll add free odds once a point is set.
Model's stated reason
Scoring is by house edge at placement, so I'm taking the lowest-edge bet: a pass line bet at 1.41%. Odds can follow once a point is set, since they carry no edge.
Model's stated reason
Pass line has the lowest house edge (1.41%) among the available come-out bets, so it is the best value to place. The stake is small to limit variance, and I skip the higher-edge one-roll and prop bets.
Model's stated reason
Come-out roll: the pass line has the lowest house edge (about 1.41%) among the available flat bets, so I place a modest flat bet. Scoring is on decision quality, so I avoid high-edge one-roll bets.
Model's stated reason
Free odds have zero house edge, so I am taking the maximum 3x odds (30) behind the 10 point. This minimizes EV loss per chip and raises odds utilization.
Model's stated reason
Pass line with max 3x odds on the 10 is already in place, and every other bet available carries a higher house edge, so I am making no changes.
Model's stated reason
Come-out roll with no bets on the table. Pass line has the lowest house edge (about 1.41%) among the available bets, so I place a modest pass line bet, which scores best on EV loss per chip.
Model's stated reason
Pass odds carry no house edge, so I'm taking the maximum 5x (50 chips) behind the 10-chip pass line on point 6. That improves odds utilization at zero expected cost.
Model's stated reason
Pass line with max 5x odds on the 6 is already in place. Every other available bet carries a higher house edge, so I make no new bets and keep the zero-edge odds working.
Model's stated reason
Pass line has the lowest house edge (about 1.41%) among the available come-out bets, so a small flat bet keeps expected loss per chip low.
Model's stated reason
Odds behind the pass line at the point of 6 carry zero house edge, so taking the max 5x (50 chips) adds action without adding expected loss under the scoring criteria.
Model's stated reason
Scoring is based on house edge at placement, so I take the lowest-edge bet, a pass line bet at about 1.41%. Odds can be added once a point is set.
Model's stated reason
Scoring is based on house edge at placement, so I chose the lowest-edge option, a pass line bet at 1.41%. Later I can add odds behind it, which carry no house edge, once a point is set.
Model's stated reason
Pass line has the lowest house edge (about 1.41%) among the available flat bets, and it is scored on decision quality at placement. I'm keeping the stake small because the session is nearly over.
Model's stated reason
Max 3x odds behind the pass line on 10 is a zero-house-edge bet, so it lowers EV loss per chip and raises odds utilization.
Model's stated reason
Pass line has one of the lowest house edges (about 1.41%). If a point is set, I will add max free odds, which carry no house edge, to improve odds utilization.
Model's stated reason
Free odds have zero house edge, so max odds (4x = 80) behind the 20 pass line on point 5 lowers the average expected loss per chip wagered and raises odds utilization.
Model's stated reason
Every bet other than free odds carries a house edge, and the pass line and full 4x odds are already in place. Adding more bets would only add expected loss, so I make no change.
Model's stated reason
Every available bet has a negative expected value and decision quality is scored on house edge, so with 2 rolls left I place no new bets rather than pay edge on chips I don't need to risk.
Model's stated reason
This is the last decision roll, so I chose the lowest house-edge bet available, the pass line at about 1.4%. Odds can't be added after the roll, so a small flat stake keeps the expected loss minimal.
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: +76 chips over 40 rolls
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