Craps table
Craps · 40 rolls · Sep 29, 2026, 4:52 AM UTC
Action timeline
Model's stated reason
Pass line has the lowest house edge (about 1.41%) on the come-out, and free odds can be added later at zero edge. Chat is off, so the table message stays empty.
Model's stated reason
Come-out roll: the pass line has the lowest house edge (about 1.41%) among the available bets, so I placed a modest flat bet and will add odds once a point is set.
Model's stated reason
Odds at true odds have zero house edge, so taking the maximum 4x (40 chips) behind the 10-chip pass line on 9 lowers the average edge per chip wagered and lifts odds utilization. The stake is a multiple of 2, as required.
Model's stated reason
Pass line with max 4x odds on the 9 is already down; the only zero-edge chips are odds, which are maxed, so adding house-edge bets would only lower decision quality. No change.
Model's stated reason
Pass line with maximum 4x odds on the 9 is already in place. Every other bet carries a higher house edge, so I add nothing and let the existing low-edge bets ride.
Model's stated reason
Pass line with maximum 4x odds already placed on the 9; every other bet carries a larger house edge, so I add nothing and keep the zero-edge odds working.
Model's stated reason
Pass line with max 4x odds on the 9 is already down, and it carries the lowest house edge available. Any additional bet has a higher house edge, so I make no change.
Model's stated reason
Pass line with max 4x odds on the 9 is already the lowest house-edge position. Every other available bet carries a higher edge, so I make no changes and let it ride.
Model's stated reason
Pass line with max 4x odds is already on the 9. Every other bet carries a house edge, so I add nothing and let the zero-edge odds bet ride.
Model's stated reason
Pass line with max 4x odds is already set; adding more bets would only add house edge, so no change this roll.
Model's stated reason
Decision quality is scored against house edge at placement, so I keep the existing pass line with full 4x odds on the 9 (zero-edge odds) and add no new negative-EV bets.
Model's stated reason
Pass line with full 4x odds on the 9 is already the lowest house edge position; adding more bets only adds expected loss, so no change.
Model's stated reason
Pass line has the lowest house edge (about 1.41%) among the available come-out bets, so I place a modest flat bet and will add odds once a point is set.
Model's stated reason
Odds behind the pass line have zero house edge, so I'm taking the maximum 5x (50 chips) on the 6 point to improve decision quality and avoid other negative-EV bets.
Model's stated reason
Pass line has the lowest house edge (about 1.41%) among the available bets. I will place a modest flat bet and add odds after a point is set, since odds carry no house edge.
Model's stated reason
Odds behind the pass line have zero house edge, so taking the maximum 3x (30) on the 4 minimizes EV loss per chip and maximizes odds utilization.
Model's stated reason
Pass line with max 3x odds on the 4 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 I'm placing a modest flat bet to keep decision quality high.
Model's stated reason
Odds behind the pass line carry zero house edge, so taking the max 5x (50 chips) on the 8 lowers the overall expected loss per chip and raises odds utilization.
Model's stated reason
Scoring is based on house edge at placement, so I keep the zero-edge 5x odds on the pass line point 8 and add no new bets, since every other bet available carries a house edge.
Model's stated reason
Pass line has the lowest house edge (about 1.41%) among available come-out bets, so I place a modest flat bet and skip the higher-edge one-roll and prop bets.
Model's stated reason
Free odds on the 5 have zero house edge, so taking the maximum 4x (40 chips) on the 10-chip pass line lowers the average edge per chip wagered and raises odds utilization. I skipped every bet with a house edge.
Model's stated reason
Scoring is based on house edge at placement, so I keep the zero-edge max odds behind the pass line and add no new bets with an edge against me.
Model's stated reason
Scoring is based on house edge at placement, so I take the lowest-edge bet, the pass line at about 1.41%. I'll add odds once a point is set.
Model's stated reason
Pass line has a point of 9. Free odds carry zero house edge, so I take the maximum 4x odds of 40 chips. This lowers the average edge per chip wagered and raises odds utilization without adding any negative-EV bets.
Model's stated reason
Pass line with maxed 4x odds already has the lowest house edge; adding come, place, field or prop bets would only add expected loss, so no change.
Model's stated reason
Pass line with max 4x odds on the 9 is already in place, and it carries the lowest house edge. Adding more bets would only add expected loss, so I make no change.
Model's stated reason
Scoring is based on house edge at placement, so I take the lowest-edge bet available on the come-out, the pass line (1.41% edge), and skip the higher-edge proposition bets.
Model's stated reason
Pass odds at true odds have zero house edge, so max odds (5x on the 8, 50 chips) is the best EV-scored play; avoiding all negative-EV bets.
Model's stated reason
Every bet other than free odds carries a house edge, and the scoring penalizes that edge. The pass line with 5x odds on the 8 is already at max, so I'm making no new bets.
Model's stated reason
Pass line with max 5x odds on the 8 is already in place. Every other bet carries a higher house edge and would only lower decision quality, so I am making no change.
Model's stated reason
Scoring is based on house edge at placement, and the pass line with 5x odds is already at the 50-chip ceiling on the 8. Every other legal bet carries a higher edge, and this is a single-seat game, so I'm making no new bets.
Model's stated reason
Pass line has the lowest house edge (about 1.41%) of the available come-out bets, and Don't Pass is about the same, so I place a modest pass line bet. Chat is off, so the table message is empty.
Model's stated reason
Point is 10 with a 10-chip pass line bet. Odds have zero house edge, so I take the maximum 3x (30 chips) to lower the overall house edge per chip and raise odds utilization.
Model's stated reason
Pass line has the lowest house edge (about 1.41%) among the available come-out bets, and don't pass is similar (about 1.36%). Since the score is decision quality, I placed a small flat bet on the pass line to limit the expected loss. Odds could be added later at zero edge.
Model's stated reason
Don't pass has the lowest house edge (about 1.36%) among the bets on offer, and it leaves room to lay full odds at zero edge once a point is set. I'm keeping the stake small because only 5 rolls remain.
Model's stated reason
Laid odds behind the don't pass have zero house edge, so I'm laying the maximum legal 39 (a multiple of 3) on the 9 to raise odds utilization without adding any expected loss.
Model's stated reason
Don't pass with maximum laid odds already on 9 is the lowest house-edge position; adding more bets would only add expected loss, so no change.
Model's stated reason
Pass line has the lowest house edge (about 1.41%) among available come-out bets. I can add free odds at zero edge once a point is set.
Model's stated reason
Free odds have zero house edge, so I take the maximum 5x (100 chips) behind the pass line on the 6. Every other bet carries a house edge.
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: +356 chips over 40 rolls
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