SirStone
fd2f7f608c
Offline four-arm pipeline: extracts the 49-bit draft spec + a 4-bit horizon one-hot (53 bits) from the DrussGT fixtures, derives fact-based quadrant labels (side vs the naive guess, magnitude vs the TRAIN median), trains the validated `tm_diag/tm_core.nim` fresh PER ROUND with a fit / calibrate / eval within-round split, applies each predicted quadrant's out-of-sample conditional-median offset and measures the residual angular error. 50 clauses, N=64, s=3.0, 5 epochs (verdict identical at 1 and 10). Estimated hit = |residual| < atan(18px/range). POOLED (tr_drussgt_vs_modularbot + _shield, N~9.1-9.4k per horizon): h arm med|err| p90|err| hit% 15 naive 4.08 14.24 39.3 15 TM 4.81 13.53 29.0 15 shuffled 4.45 14.58 34.3 15 turn-only 4.13 14.10 37.1 20 naive 6.81 21.60 28.2 20 TM 7.61 20.85 19.2 25 naive 9.71 29.13 20.9 25 TM 10.33 28.63 13.1 30 naive 12.62 36.12 16.4 30 TM 13.09 35.17 10.5 Delta hits (pp): TM-naive **-10.3 / -9.0 / -7.8 / -5.9**; **TM-turn -8.1 / -5.1 / -2.0 / -0.9** (h=15/20/25/30). Median miss: TM is WORSE by +0.5..+0.8 deg. p90: marginally better by 0.5-1.3 deg. So it pulls in the TAIL but not the typical miss. Shuffled control: quadrant accuracy 22.9-24.8% ~= 25% chance, and dHit <= 0 at every horizon -> NO LEAK. (The mild negative is the expected cost of applying a noisy offset, not leakage.) THE MECHANISM, and it is the important part: **the learning is REAL - the TM gets the side right 59.6-61.0% vs 50% (quadrant 34-35% vs 25% chance; turn-only 53-56%) - but it does not translate into hits because the per-quadrant conditional-median offsets (~4-16 deg for "big") are FAR LARGER than the body half-angle (~2.6-3.4 deg at typical range).** The naive guess is essentially UNBIASED (the median signed error is 0.00 deg at every horizon, from the headroom study), so its error is centred on the target; shifting an already-centred distribution away from zero DESTROYS near-target mass. That is why the turn-only arm loses too (-2.2 to -5.8 pp): any constant shift hurts. VERDICT AS IMPLEMENTED: **STOP. There is no case for building the new TM gun on this evidence.** NOT YET DISTINGUISHED, and worth one cheap test before the idea is declared dead: whether this is a STRUCTURALLY dead application (no shift can help, because the baseline is unbiased and the correction is coarser than the target) or merely a MISCALIBRATED one (the offset was fitted to minimise the conditional MEDIAN of the error, which is NOT the objective - hits are maximised by the shift that maximises P(|error| < body), typically a SMALLER shift or none at all on a dense near-zero distribution). That distinction decides whether the whole "TM predicts the enemy's position" premise is dead or only this instantiation of it. Caveats: DrussGT-only; the enemy's movement is a closed-loop response to our CURRENT movement so the numbers are conditional on how we move now; offline observation is perfect every tick while live we see the enemy only on scans, so all of this is an UPPER BOUND. The bullet block was proxy-based (no gun heading or power is recorded in the fixtures) - INFERRED, and stated as such rather than silently dropped.
794 lines
36 KiB
Plaintext
794 lines
36 KiB
Plaintext
==========================================================================================
|
|
GATE 2 - does a learned Tsetlin model SHRINK THE MISS (and turn it into hits)?
|
|
==========================================================================================
|
|
fixtures : tr_drussgt_vs_modularbot.jsonl, tr_drussgt_vs_modularbot_shield.jsonl
|
|
bits : 53 (49 draft + 4 horizon one-hot)
|
|
TM : 50 clauses, 64 states, s=3.0, 5 epochs, fresh per round
|
|
split : within-round, train first 70.%, eval later portion
|
|
label : side=sign(err); mag=|err| > train median (per round,h)
|
|
estimated hit : |residual| < atan(18px / range) -- ABSOLUTE IS OPTIMISTIC
|
|
bullet block : INFERRED from self-energy drops (no gun heading recorded)
|
|
==========================================================================================
|
|
|
|
## FIXTURE tr_drussgt_vs_modularbot.jsonl: 15 rounds, 20026 ticks
|
|
round 1 (L= 1252) nEval/h = [361, 356, 351, 346]
|
|
h arm med p90 hit%
|
|
15 naive 4.20 11.73 30.2
|
|
15 TM 4.54 12.06 29.9
|
|
15 shuffled 4.61 12.88 25.8
|
|
15 turn-only 4.24 12.18 28.8
|
|
15 majority 4.43 12.59 27.4
|
|
20 naive 6.41 18.49 16.0
|
|
20 TM 6.19 18.21 19.1
|
|
20 shuffled 6.29 18.78 19.9
|
|
20 turn-only 6.34 19.95 23.9
|
|
20 majority 8.42 20.37 12.4
|
|
25 naive 8.45 26.51 12.3
|
|
25 TM 9.14 22.74 8.3
|
|
25 shuffled 8.79 26.66 14.2
|
|
25 turn-only 8.54 27.24 18.2
|
|
25 majority 12.37 28.14 7.4
|
|
30 naive 8.91 33.37 13.3
|
|
30 TM 11.18 29.74 6.6
|
|
30 shuffled 9.12 34.64 11.8
|
|
30 turn-only 9.77 34.25 13.9
|
|
30 majority 14.50 36.56 6.4
|
|
|
|
round 2 (L= 1416) nEval/h = [410, 405, 400, 395]
|
|
h arm med p90 hit%
|
|
15 naive 2.49 13.34 47.8
|
|
15 TM 4.42 11.90 28.8
|
|
15 shuffled 2.41 13.33 47.6
|
|
15 turn-only 2.41 13.36 47.3
|
|
15 majority 2.37 13.37 47.6
|
|
20 naive 4.91 21.45 35.6
|
|
20 TM 7.21 17.83 25.2
|
|
20 shuffled 5.75 20.51 24.0
|
|
20 turn-only 4.75 21.65 37.0
|
|
20 majority 4.67 21.45 37.5
|
|
25 naive 7.54 29.02 28.8
|
|
25 TM 8.97 27.06 21.8
|
|
25 shuffled 8.09 29.37 27.5
|
|
25 turn-only 6.82 29.59 13.8
|
|
25 majority 7.83 29.07 30.0
|
|
30 naive 12.27 36.16 21.8
|
|
30 TM 10.55 31.84 13.7
|
|
30 shuffled 12.15 36.11 20.0
|
|
30 turn-only 11.65 38.61 5.3
|
|
30 majority 11.32 37.03 9.1
|
|
|
|
round 3 (L= 845) nEval/h = [239, 234, 229, 224]
|
|
h arm med p90 hit%
|
|
15 naive 1.09 13.57 59.4
|
|
15 TM 1.08 13.53 59.8
|
|
15 shuffled 0.87 15.76 60.7
|
|
15 turn-only 1.14 13.51 59.4
|
|
15 majority 1.14 13.53 59.8
|
|
20 naive 2.94 23.90 46.2
|
|
20 TM 3.27 22.89 43.2
|
|
20 shuffled 3.53 22.96 45.7
|
|
20 turn-only 3.08 23.56 46.2
|
|
20 majority 3.11 23.46 46.6
|
|
25 naive 7.12 32.44 29.3
|
|
25 TM 6.66 31.73 21.4
|
|
25 shuffled 5.73 32.90 28.8
|
|
25 turn-only 6.76 33.33 25.3
|
|
25 majority 6.85 33.39 14.8
|
|
30 naive 10.18 42.99 17.9
|
|
30 TM 12.32 40.72 20.1
|
|
30 shuffled 10.54 42.91 13.8
|
|
30 turn-only 9.87 42.69 10.3
|
|
30 majority 12.82 44.87 14.7
|
|
|
|
round 4 (L= 1446) nEval/h = [419, 414, 409, 404]
|
|
h arm med p90 hit%
|
|
15 naive 4.97 11.21 23.9
|
|
15 TM 4.77 12.28 24.3
|
|
15 shuffled 5.70 12.72 19.8
|
|
15 turn-only 5.21 11.09 18.9
|
|
15 majority 15.12 24.97 1.4
|
|
20 naive 7.53 16.45 13.5
|
|
20 TM 6.59 16.82 12.3
|
|
20 shuffled 6.97 16.50 13.3
|
|
20 turn-only 7.46 16.43 11.8
|
|
20 majority 20.42 34.48 1.0
|
|
25 naive 9.99 23.25 10.5
|
|
25 TM 9.03 22.95 11.7
|
|
25 shuffled 9.06 22.07 11.7
|
|
25 turn-only 9.27 23.93 8.3
|
|
25 majority 10.05 23.18 10.3
|
|
30 naive 12.60 29.60 6.9
|
|
30 TM 11.19 29.12 8.7
|
|
30 shuffled 13.10 30.15 8.2
|
|
30 turn-only 11.19 32.25 10.1
|
|
30 majority 14.26 32.58 7.4
|
|
|
|
round 5 (L= 1893) nEval/h = [553, 548, 543, 538]
|
|
h arm med p90 hit%
|
|
15 naive 3.33 13.59 44.7
|
|
15 TM 3.13 13.70 45.4
|
|
15 shuffled 3.46 13.88 44.8
|
|
15 turn-only 3.47 13.67 44.5
|
|
15 majority 3.49 13.69 44.7
|
|
20 naive 5.75 21.91 34.9
|
|
20 TM 5.23 21.62 31.8
|
|
20 shuffled 5.75 21.51 29.4
|
|
20 turn-only 5.93 21.45 33.2
|
|
20 majority 5.99 21.52 33.4
|
|
25 naive 8.09 29.86 27.6
|
|
25 TM 6.89 29.83 17.5
|
|
25 shuffled 8.08 30.20 21.2
|
|
25 turn-only 8.70 28.02 25.4
|
|
25 majority 7.89 29.97 19.7
|
|
30 naive 11.17 35.88 21.2
|
|
30 TM 9.42 36.62 15.4
|
|
30 shuffled 11.73 36.79 18.6
|
|
30 turn-only 13.18 35.16 16.0
|
|
30 majority 11.31 36.80 18.0
|
|
|
|
round 6 (L= 1080) nEval/h = [309, 304, 299, 294]
|
|
h arm med p90 hit%
|
|
15 naive 6.66 13.01 20.7
|
|
15 TM 6.26 12.61 17.5
|
|
15 shuffled 6.66 12.95 20.4
|
|
15 turn-only 6.63 13.22 21.4
|
|
15 majority 6.59 13.06 21.0
|
|
20 naive 9.00 20.62 12.2
|
|
20 TM 8.75 18.74 13.2
|
|
20 shuffled 8.33 20.37 9.5
|
|
20 turn-only 9.09 20.19 11.5
|
|
20 majority 9.33 20.49 10.2
|
|
25 naive 11.36 26.48 8.0
|
|
25 TM 9.05 23.09 11.4
|
|
25 shuffled 11.37 24.85 7.4
|
|
25 turn-only 11.74 26.58 8.0
|
|
25 majority 11.79 26.69 8.7
|
|
30 naive 14.01 32.46 6.5
|
|
30 TM 10.03 29.06 13.6
|
|
30 shuffled 14.62 30.36 6.5
|
|
30 turn-only 13.43 34.41 7.8
|
|
30 majority 16.18 33.44 9.2
|
|
|
|
round 7 (L= 1460) nEval/h = [424, 419, 414, 409]
|
|
h arm med p90 hit%
|
|
15 naive 4.85 14.20 33.5
|
|
15 TM 5.08 13.66 27.1
|
|
15 shuffled 5.94 14.94 25.0
|
|
15 turn-only 4.91 13.38 28.1
|
|
15 majority 5.42 14.60 12.5
|
|
20 naive 7.32 20.48 21.7
|
|
20 TM 8.11 19.04 11.5
|
|
20 shuffled 8.28 22.02 17.9
|
|
20 turn-only 7.95 19.53 17.2
|
|
20 majority 10.65 24.69 6.2
|
|
25 naive 10.81 28.52 16.4
|
|
25 TM 10.16 26.15 8.7
|
|
25 shuffled 10.57 29.74 12.3
|
|
25 turn-only 10.86 26.00 7.5
|
|
25 majority 11.00 28.21 12.3
|
|
30 naive 14.36 34.95 9.5
|
|
30 TM 13.26 32.06 5.9
|
|
30 shuffled 13.98 36.75 9.5
|
|
30 turn-only 14.50 32.50 6.4
|
|
30 majority 15.87 37.15 6.1
|
|
|
|
round 8 (L= 1213) nEval/h = [349, 344, 339, 334]
|
|
h arm med p90 hit%
|
|
15 naive 3.89 15.17 37.2
|
|
15 TM 4.06 13.55 38.7
|
|
15 shuffled 4.09 15.10 40.4
|
|
15 turn-only 4.05 14.61 39.3
|
|
15 majority 5.07 15.52 14.9
|
|
20 naive 7.39 21.18 30.5
|
|
20 TM 6.32 21.44 32.0
|
|
20 shuffled 7.40 21.26 33.1
|
|
20 turn-only 6.41 21.56 25.6
|
|
20 majority 8.84 25.31 9.9
|
|
25 naive 10.75 26.76 28.3
|
|
25 TM 7.12 29.72 23.9
|
|
25 shuffled 10.58 26.34 27.4
|
|
25 turn-only 8.72 27.68 24.8
|
|
25 majority 10.70 26.94 29.5
|
|
30 naive 13.98 31.31 24.9
|
|
30 TM 6.90 32.68 20.7
|
|
30 shuffled 13.35 32.35 23.4
|
|
30 turn-only 10.82 33.81 21.3
|
|
30 majority 17.49 45.34 12.0
|
|
|
|
round 9 (L= 1759) nEval/h = [513, 508, 503, 498]
|
|
h arm med p90 hit%
|
|
15 naive 2.58 14.40 49.3
|
|
15 TM 4.59 13.54 19.9
|
|
15 shuffled 3.41 15.24 37.6
|
|
15 turn-only 2.94 13.76 47.4
|
|
15 majority 5.89 16.30 13.3
|
|
20 naive 5.52 22.86 37.0
|
|
20 TM 7.28 20.73 11.8
|
|
20 shuffled 7.17 22.85 26.6
|
|
20 turn-only 6.11 21.06 28.5
|
|
20 majority 9.65 25.76 11.2
|
|
25 naive 8.13 31.70 33.6
|
|
25 TM 10.37 29.16 8.5
|
|
25 shuffled 10.45 32.24 21.3
|
|
25 turn-only 8.52 28.12 8.7
|
|
25 majority 10.76 31.72 5.6
|
|
30 naive 9.83 39.66 28.1
|
|
30 TM 13.29 36.45 8.4
|
|
30 shuffled 10.39 40.58 13.3
|
|
30 turn-only 10.97 37.15 7.2
|
|
30 majority 10.38 39.80 23.9
|
|
|
|
round 10 (L= 1380) nEval/h = [400, 395, 390, 385]
|
|
h arm med p90 hit%
|
|
15 naive 4.01 13.67 39.5
|
|
15 TM 4.47 13.06 27.0
|
|
15 shuffled 4.21 14.32 38.8
|
|
15 turn-only 4.14 13.49 39.5
|
|
15 majority 4.02 13.67 39.5
|
|
20 naive 7.63 20.99 22.8
|
|
20 TM 7.74 21.04 16.7
|
|
20 shuffled 8.15 22.26 17.0
|
|
20 turn-only 7.65 20.85 21.3
|
|
20 majority 7.49 20.90 24.6
|
|
25 naive 10.69 28.86 15.4
|
|
25 TM 9.74 28.43 8.2
|
|
25 shuffled 11.37 29.50 9.5
|
|
25 turn-only 10.11 28.80 18.2
|
|
25 majority 11.51 28.58 11.8
|
|
30 naive 13.79 35.78 11.2
|
|
30 TM 13.76 34.64 7.0
|
|
30 shuffled 13.11 38.65 12.2
|
|
30 turn-only 12.85 36.31 13.2
|
|
30 majority 14.42 36.08 9.1
|
|
|
|
round 11 (L= 1127) nEval/h = [324, 319, 314, 309]
|
|
h arm med p90 hit%
|
|
15 naive 6.80 14.92 20.7
|
|
15 TM 6.86 15.11 19.1
|
|
15 shuffled 8.62 15.29 16.0
|
|
15 turn-only 6.63 14.41 17.0
|
|
15 majority 12.47 22.84 9.0
|
|
20 naive 9.68 22.92 15.4
|
|
20 TM 9.87 22.80 11.9
|
|
20 shuffled 9.51 22.15 12.9
|
|
20 turn-only 9.53 22.15 12.9
|
|
20 majority 17.59 33.36 6.0
|
|
25 naive 10.88 30.80 13.7
|
|
25 TM 11.11 28.15 10.2
|
|
25 shuffled 11.79 31.31 11.8
|
|
25 turn-only 12.48 29.97 10.2
|
|
25 majority 20.29 41.59 4.8
|
|
30 naive 13.77 38.10 10.0
|
|
30 TM 12.41 33.61 9.7
|
|
30 shuffled 14.72 37.96 5.8
|
|
30 turn-only 15.97 36.95 7.4
|
|
30 majority 25.82 58.38 5.2
|
|
|
|
round 12 (L= 1258) nEval/h = [363, 358, 353, 348]
|
|
h arm med p90 hit%
|
|
15 naive 2.76 13.10 47.4
|
|
15 TM 2.72 12.78 46.8
|
|
15 shuffled 3.16 13.33 45.7
|
|
15 turn-only 3.04 13.28 47.1
|
|
15 majority 2.71 13.24 47.7
|
|
20 naive 5.47 19.38 39.4
|
|
20 TM 4.74 19.08 39.9
|
|
20 shuffled 5.63 19.60 37.2
|
|
20 turn-only 5.11 19.60 39.1
|
|
20 majority 5.33 19.74 34.9
|
|
25 naive 8.00 26.76 32.0
|
|
25 TM 7.08 26.69 31.2
|
|
25 shuffled 8.05 26.79 16.4
|
|
25 turn-only 7.93 27.51 31.2
|
|
25 majority 8.51 26.82 19.5
|
|
30 naive 10.11 33.73 24.1
|
|
30 TM 10.04 32.63 14.4
|
|
30 shuffled 12.07 34.27 12.6
|
|
30 turn-only 9.57 34.07 25.9
|
|
30 majority 11.13 33.93 7.2
|
|
|
|
round 13 (L= 1330) nEval/h = [385, 380, 375, 370]
|
|
h arm med p90 hit%
|
|
15 naive 5.81 16.12 32.7
|
|
15 TM 8.07 16.09 16.1
|
|
15 shuffled 5.80 16.10 25.5
|
|
15 turn-only 5.80 15.95 31.4
|
|
15 majority 9.17 22.02 11.9
|
|
20 naive 9.24 23.32 21.8
|
|
20 TM 12.84 24.67 13.7
|
|
20 shuffled 9.89 22.88 20.3
|
|
20 turn-only 9.49 23.49 23.4
|
|
20 majority 17.60 36.69 7.9
|
|
25 naive 12.70 31.07 13.1
|
|
25 TM 16.49 33.55 9.9
|
|
25 shuffled 12.49 30.94 14.9
|
|
25 turn-only 12.65 31.20 17.3
|
|
25 majority 13.01 30.69 18.1
|
|
30 naive 14.84 36.94 10.0
|
|
30 TM 20.28 42.39 8.6
|
|
30 shuffled 13.71 37.00 8.9
|
|
30 turn-only 14.75 36.89 10.0
|
|
30 majority 15.11 37.90 11.9
|
|
|
|
round 14 (L= 1474) nEval/h = [428, 423, 418, 413]
|
|
h arm med p90 hit%
|
|
15 naive 3.33 13.96 42.5
|
|
15 TM 5.17 11.86 23.4
|
|
15 shuffled 3.32 13.77 40.2
|
|
15 turn-only 3.50 13.77 41.6
|
|
15 majority 5.72 14.64 13.3
|
|
20 naive 6.05 21.34 29.1
|
|
20 TM 8.08 19.45 15.6
|
|
20 shuffled 7.38 20.70 19.1
|
|
20 turn-only 6.62 21.14 25.5
|
|
20 majority 10.39 23.79 6.1
|
|
25 naive 9.48 28.59 24.2
|
|
25 TM 11.16 26.70 11.7
|
|
25 shuffled 9.17 29.91 14.4
|
|
25 turn-only 10.18 28.56 20.6
|
|
25 majority 12.09 31.19 5.5
|
|
30 naive 12.80 37.10 20.8
|
|
30 TM 15.48 35.95 10.2
|
|
30 shuffled 11.50 37.21 15.7
|
|
30 turn-only 13.69 37.37 7.3
|
|
30 majority 26.29 55.88 6.1
|
|
|
|
round 15 (L= 1093) nEval/h = [313, 308, 303, 298]
|
|
h arm med p90 hit%
|
|
15 naive 4.30 18.06 40.9
|
|
15 TM 7.14 14.79 14.1
|
|
15 shuffled 4.28 17.64 37.7
|
|
15 turn-only 4.29 17.75 39.9
|
|
15 majority 7.76 19.84 9.3
|
|
20 naive 7.49 26.79 34.1
|
|
20 TM 9.24 21.96 11.4
|
|
20 shuffled 9.62 26.67 12.0
|
|
20 turn-only 7.99 26.29 32.1
|
|
20 majority 9.55 28.07 8.4
|
|
25 naive 10.87 35.16 23.1
|
|
25 TM 13.81 29.13 7.9
|
|
25 shuffled 14.24 37.56 11.2
|
|
25 turn-only 12.12 33.27 6.9
|
|
25 majority 14.50 40.31 6.9
|
|
30 naive 15.47 43.12 18.5
|
|
30 TM 20.37 36.64 5.0
|
|
30 shuffled 15.49 48.21 5.0
|
|
30 turn-only 15.21 40.76 10.1
|
|
30 majority 21.51 52.65 4.7
|
|
|
|
|
|
## PER-FIXTURE pooled (tr_drussgt_vs_modularbot.jsonl)
|
|
h arm N med|err| p90|err| hit% miss%
|
|
15 naive 5790 4.26 14.10 38.3 61.7
|
|
15 TM 5790 4.85 13.39 28.9 71.1
|
|
15 shuffled 5790 4.48 14.50 35.0 65.0
|
|
15 turn-only 5790 4.28 13.92 36.9 63.1
|
|
15 majority 5790 6.16 17.34 24.5 75.5
|
|
20 naive 5715 6.97 21.49 27.4 72.6
|
|
20 TM 5715 7.61 20.46 20.2 79.8
|
|
20 shuffled 5715 7.52 21.35 22.4 77.6
|
|
20 turn-only 5715 6.96 21.36 25.8 74.2
|
|
20 majority 5715 9.76 26.79 16.9 83.1
|
|
25 naive 5640 9.74 29.02 21.5 78.5
|
|
25 TM 5640 9.89 27.86 13.9 86.1
|
|
25 shuffled 5640 10.06 29.49 16.7 83.3
|
|
25 turn-only 5640 9.62 28.70 16.3 83.7
|
|
25 majority 5640 11.38 30.25 13.8 86.2
|
|
30 naive 5565 12.40 36.16 16.7 83.3
|
|
30 TM 5565 12.75 34.51 11.0 89.0
|
|
30 shuffled 5565 12.75 36.96 12.7 87.3
|
|
30 turn-only 5565 12.55 36.16 11.4 88.6
|
|
30 majority 5565 16.16 40.41 10.6 89.4
|
|
|
|
## PER-FIXTURE learnability (tr_drussgt_vs_modularbot.jsonl)
|
|
h N TMquad% shufquad% TMside% turnSide% majQuad% pred[Ls Lb Rs Rb] / true[Ls Lb Rs Rb]
|
|
15 5790 35.0 22.2 58.2 53.4 25.4 [1237 1608 898 2047 ] / [1448 1427 1471 1444 ]
|
|
20 5715 35.3 22.3 58.9 54.3 25.3 [1273 1542 849 2051 ] / [1392 1438 1445 1440 ]
|
|
25 5640 34.6 24.0 59.0 56.9 25.6 [1227 1558 802 2053 ] / [1368 1414 1445 1413 ]
|
|
30 5565 35.4 23.7 61.1 57.3 26.1 [1254 1469 834 2008 ] / [1340 1361 1452 1412 ]
|
|
|
|
## FIXTURE tr_drussgt_vs_modularbot_shield.jsonl: 10 rounds, 12629 ticks
|
|
round 1 (L= 593) nEval/h = [163, 158, 153, 148]
|
|
h arm med p90 hit%
|
|
15 naive 2.08 16.95 61.3
|
|
15 TM 2.08 16.95 61.3
|
|
15 shuffled 2.08 16.95 61.3
|
|
15 turn-only 2.08 16.95 61.3
|
|
15 majority 2.08 16.95 61.3
|
|
20 naive 4.14 25.55 39.9
|
|
20 TM 4.14 25.55 39.9
|
|
20 shuffled 4.14 25.55 39.9
|
|
20 turn-only 4.14 25.55 39.9
|
|
20 majority 4.14 25.55 39.9
|
|
25 naive 6.92 34.33 22.9
|
|
25 TM 6.92 34.33 22.9
|
|
25 shuffled 6.92 34.33 22.9
|
|
25 turn-only 6.92 34.33 22.9
|
|
25 majority 6.92 34.33 22.9
|
|
30 naive 10.18 41.79 18.2
|
|
30 TM 10.18 41.79 18.2
|
|
30 shuffled 10.18 41.79 18.2
|
|
30 turn-only 10.18 41.79 18.2
|
|
30 majority 10.18 41.79 18.2
|
|
|
|
round 2 (L= 1081) nEval/h = [310, 305, 300, 295]
|
|
h arm med p90 hit%
|
|
15 naive 2.43 9.95 45.5
|
|
15 TM 3.47 8.70 26.8
|
|
15 shuffled 3.70 11.81 18.4
|
|
15 turn-only 3.33 10.22 26.8
|
|
15 majority 2.56 10.20 43.2
|
|
20 naive 4.96 15.77 32.5
|
|
20 TM 4.85 12.53 21.3
|
|
20 shuffled 6.61 16.15 12.1
|
|
20 turn-only 4.31 15.68 15.7
|
|
20 majority 4.92 15.89 34.1
|
|
25 naive 8.08 23.11 26.3
|
|
25 TM 7.10 18.45 15.7
|
|
25 shuffled 9.77 23.46 20.7
|
|
25 turn-only 7.21 21.58 10.7
|
|
25 majority 8.19 22.53 26.3
|
|
30 naive 11.82 30.98 18.6
|
|
30 TM 8.81 24.99 9.8
|
|
30 shuffled 13.31 30.41 12.2
|
|
30 turn-only 12.66 28.23 8.1
|
|
30 majority 12.13 31.22 6.4
|
|
|
|
round 3 (L= 1237) nEval/h = [357, 352, 347, 342]
|
|
h arm med p90 hit%
|
|
15 naive 4.45 17.62 41.5
|
|
15 TM 7.33 14.79 17.1
|
|
15 shuffled 4.72 18.04 31.9
|
|
15 turn-only 4.09 17.24 37.0
|
|
15 majority 4.41 17.56 41.7
|
|
20 naive 7.78 25.57 32.1
|
|
20 TM 11.92 22.17 9.7
|
|
20 shuffled 6.65 25.49 25.3
|
|
20 turn-only 8.31 22.38 7.7
|
|
20 majority 7.47 25.68 18.5
|
|
25 naive 11.50 31.52 19.9
|
|
25 TM 16.11 30.15 6.9
|
|
25 shuffled 9.57 32.60 12.4
|
|
25 turn-only 12.47 29.49 5.5
|
|
25 majority 11.55 31.95 17.9
|
|
30 naive 14.83 38.77 14.3
|
|
30 TM 20.87 34.41 5.8
|
|
30 shuffled 12.62 40.85 4.4
|
|
30 turn-only 16.19 34.54 4.4
|
|
30 majority 14.87 38.69 16.7
|
|
|
|
round 4 (L= 1296) nEval/h = [374, 369, 364, 359]
|
|
h arm med p90 hit%
|
|
15 naive 1.72 12.89 54.8
|
|
15 TM 3.62 14.68 27.0
|
|
15 shuffled 1.89 13.34 53.2
|
|
15 turn-only 1.82 13.32 54.8
|
|
15 majority 2.27 13.67 50.8
|
|
20 naive 3.40 21.79 42.8
|
|
20 TM 7.10 24.36 16.5
|
|
20 shuffled 4.30 21.63 26.6
|
|
20 turn-only 3.99 22.50 42.0
|
|
20 majority 4.41 21.83 17.6
|
|
25 naive 5.26 30.32 32.1
|
|
25 TM 9.22 34.28 13.5
|
|
25 shuffled 6.71 29.26 18.7
|
|
25 turn-only 6.50 30.79 12.1
|
|
25 majority 7.14 30.87 8.2
|
|
30 naive 6.85 38.04 23.7
|
|
30 TM 10.38 42.47 15.3
|
|
30 shuffled 9.07 37.28 16.4
|
|
30 turn-only 9.16 37.81 8.1
|
|
30 majority 10.67 38.24 6.7
|
|
|
|
round 5 (L= 1550) nEval/h = [450, 445, 440, 435]
|
|
h arm med p90 hit%
|
|
15 naive 4.76 14.38 37.1
|
|
15 TM 4.14 13.43 37.3
|
|
15 shuffled 4.55 14.54 30.4
|
|
15 turn-only 4.43 14.47 36.9
|
|
15 majority 4.46 14.47 36.2
|
|
20 naive 7.25 22.56 22.5
|
|
20 TM 7.31 19.53 21.8
|
|
20 shuffled 7.41 22.04 24.0
|
|
20 turn-only 7.04 22.00 24.7
|
|
20 majority 7.46 21.91 24.0
|
|
25 naive 9.70 30.01 11.4
|
|
25 TM 9.72 26.88 12.3
|
|
25 shuffled 9.31 30.03 14.3
|
|
25 turn-only 8.91 29.45 16.1
|
|
25 majority 9.02 29.65 14.8
|
|
30 naive 12.35 36.18 8.0
|
|
30 TM 13.08 34.35 8.3
|
|
30 shuffled 12.92 36.57 9.4
|
|
30 turn-only 12.94 36.01 10.8
|
|
30 majority 12.28 36.03 8.7
|
|
|
|
round 6 (L= 1284) nEval/h = [371, 366, 361, 356]
|
|
h arm med p90 hit%
|
|
15 naive 4.35 13.01 29.9
|
|
15 TM 5.08 12.79 14.3
|
|
15 shuffled 4.87 13.70 27.8
|
|
15 turn-only 4.02 12.81 30.2
|
|
15 majority 4.37 13.06 29.9
|
|
20 naive 7.35 18.96 18.9
|
|
20 TM 9.10 20.33 11.7
|
|
20 shuffled 7.22 19.53 17.2
|
|
20 turn-only 7.03 18.05 11.5
|
|
20 majority 7.50 19.88 13.4
|
|
25 naive 11.26 25.97 10.5
|
|
25 TM 13.50 30.78 9.4
|
|
25 shuffled 11.57 25.86 9.7
|
|
25 turn-only 10.66 23.85 8.3
|
|
25 majority 11.98 26.52 9.1
|
|
30 naive 15.01 33.20 7.9
|
|
30 TM 15.25 36.96 7.9
|
|
30 shuffled 16.33 38.43 6.5
|
|
30 turn-only 13.83 32.45 5.1
|
|
30 majority 17.70 43.79 4.8
|
|
|
|
round 7 (L= 1364) nEval/h = [395, 390, 385, 380]
|
|
h arm med p90 hit%
|
|
15 naive 2.46 13.59 49.1
|
|
15 TM 5.33 12.88 36.2
|
|
15 shuffled 3.46 13.59 44.3
|
|
15 turn-only 2.48 13.71 49.4
|
|
15 majority 2.99 14.19 40.8
|
|
20 naive 5.01 21.20 34.4
|
|
20 TM 8.50 20.85 20.5
|
|
20 shuffled 4.92 21.17 37.9
|
|
20 turn-only 5.02 21.15 34.4
|
|
20 majority 6.37 22.17 13.6
|
|
25 naive 6.96 29.57 24.2
|
|
25 TM 12.04 29.71 14.0
|
|
25 shuffled 7.80 29.64 23.1
|
|
25 turn-only 7.14 29.79 23.6
|
|
25 majority 9.40 31.52 7.3
|
|
30 naive 10.37 35.68 23.4
|
|
30 TM 16.49 38.72 13.7
|
|
30 shuffled 10.19 35.92 26.3
|
|
30 turn-only 10.23 35.14 28.7
|
|
30 majority 29.22 55.48 2.6
|
|
|
|
round 8 (L= 1546) nEval/h = [449, 444, 439, 434]
|
|
h arm med p90 hit%
|
|
15 naive 4.25 14.89 40.1
|
|
15 TM 5.51 16.01 31.4
|
|
15 shuffled 5.67 16.26 19.8
|
|
15 turn-only 4.93 15.16 27.8
|
|
15 majority 4.26 14.81 38.1
|
|
20 naive 7.75 23.03 33.8
|
|
20 TM 7.73 25.17 10.8
|
|
20 shuffled 8.06 23.16 18.7
|
|
20 turn-only 8.72 23.35 10.4
|
|
20 majority 7.37 23.78 7.0
|
|
25 naive 11.52 31.02 24.4
|
|
25 TM 11.97 33.75 8.4
|
|
25 shuffled 12.01 34.69 13.0
|
|
25 turn-only 10.64 30.33 8.2
|
|
25 majority 15.26 39.26 8.4
|
|
30 naive 14.47 39.88 17.1
|
|
30 TM 13.82 41.47 7.1
|
|
30 shuffled 14.29 39.96 5.3
|
|
30 turn-only 11.86 38.32 7.1
|
|
30 majority 17.05 47.27 6.5
|
|
|
|
round 9 (L= 1286) nEval/h = [371, 366, 361, 356]
|
|
h arm med p90 hit%
|
|
15 naive 5.97 14.60 24.0
|
|
15 TM 5.56 13.46 27.0
|
|
15 shuffled 5.52 14.46 22.6
|
|
15 turn-only 5.76 14.45 24.3
|
|
15 majority 5.79 15.17 25.3
|
|
20 naive 9.31 21.51 15.8
|
|
20 TM 8.73 20.98 17.5
|
|
20 shuffled 8.82 21.90 12.0
|
|
20 turn-only 8.50 20.58 12.3
|
|
20 majority 9.55 24.25 11.2
|
|
25 naive 12.35 27.72 12.2
|
|
25 TM 11.16 27.17 8.3
|
|
25 shuffled 12.12 28.53 9.7
|
|
25 turn-only 11.30 26.23 9.4
|
|
25 majority 12.64 30.49 7.5
|
|
30 naive 14.72 31.71 11.0
|
|
30 TM 14.05 30.50 7.3
|
|
30 shuffled 14.29 33.79 10.4
|
|
30 turn-only 14.09 30.47 8.4
|
|
30 majority 15.49 38.51 7.6
|
|
|
|
round 10 (L= 1392) nEval/h = [403, 398, 393, 388]
|
|
h arm med p90 hit%
|
|
15 naive 4.35 15.34 39.0
|
|
15 TM 4.67 14.34 28.8
|
|
15 shuffled 4.45 15.19 36.7
|
|
15 turn-only 4.38 15.33 39.2
|
|
15 majority 4.28 15.18 39.2
|
|
20 naive 7.44 22.49 28.9
|
|
20 TM 8.41 21.46 20.1
|
|
20 shuffled 7.03 22.52 21.1
|
|
20 turn-only 7.44 22.50 28.9
|
|
20 majority 7.39 22.83 28.1
|
|
25 naive 11.21 30.56 20.1
|
|
25 TM 11.67 30.44 13.5
|
|
25 shuffled 11.22 32.18 7.9
|
|
25 turn-only 11.23 30.50 20.1
|
|
25 majority 11.32 30.69 16.3
|
|
30 naive 15.74 37.20 17.8
|
|
30 TM 14.96 37.52 8.8
|
|
30 shuffled 15.27 40.44 5.7
|
|
30 turn-only 15.58 37.22 16.8
|
|
30 majority 15.53 38.23 12.6
|
|
|
|
|
|
## PER-FIXTURE pooled (tr_drussgt_vs_modularbot_shield.jsonl)
|
|
h arm N med|err| p90|err| hit% miss%
|
|
15 naive 3643 3.83 14.38 41.0 59.0
|
|
15 TM 3643 4.71 13.67 29.3 70.7
|
|
15 shuffled 3643 4.41 14.65 33.1 66.9
|
|
15 turn-only 3643 3.97 14.38 37.5 62.5
|
|
15 majority 3643 3.80 14.46 39.3 60.7
|
|
20 naive 3593 6.50 21.96 29.5 70.5
|
|
20 TM 3593 7.63 21.39 17.7 82.3
|
|
20 shuffled 3593 6.61 21.88 22.7 77.3
|
|
20 turn-only 3593 6.58 21.57 21.8 78.2
|
|
20 majority 3593 6.73 22.48 19.2 80.8
|
|
25 naive 3543 9.68 29.41 20.1 79.9
|
|
25 TM 3543 10.94 29.71 11.8 88.2
|
|
25 shuffled 3543 9.97 30.03 14.6 85.4
|
|
25 turn-only 3543 9.83 28.62 13.3 86.7
|
|
25 majority 3543 10.75 30.84 13.0 87.0
|
|
30 naive 3493 12.97 36.08 15.7 84.3
|
|
30 TM 3493 13.78 36.34 9.7 90.3
|
|
30 shuffled 3493 13.10 37.31 11.0 89.0
|
|
30 turn-only 3493 13.21 35.13 11.3 88.7
|
|
30 majority 3493 15.84 40.40 8.5 91.5
|
|
|
|
## PER-FIXTURE learnability (tr_drussgt_vs_modularbot_shield.jsonl)
|
|
h N TMquad% shufquad% TMside% turnSide% majQuad% pred[Ls Lb Rs Rb] / true[Ls Lb Rs Rb]
|
|
15 3643 35.5 24.1 61.7 52.6 26.3 [1057 1007 549 1030 ] / [959 887 906 891 ]
|
|
20 3593 34.0 25.6 61.1 53.9 25.4 [1008 1037 537 1011 ] / [913 893 898 889 ]
|
|
25 3543 33.7 23.4 60.9 52.8 25.6 [981 1000 564 998 ] / [860 908 870 905 ]
|
|
30 3493 32.5 26.5 60.8 53.3 26.1 [938 1032 541 982 ] / [810 912 869 902 ]
|
|
|
|
==========================================================================================
|
|
|
|
## POOLED PRIMARY (tr_drussgt_vs_modularbot*): four-arm + floor table
|
|
h arm N med|err| p90|err| hit% miss%
|
|
15 naive 9433 4.08 14.24 39.3 60.7
|
|
15 TM 9433 4.81 13.53 29.0 71.0
|
|
15 shuffled 9433 4.45 14.58 34.3 65.7
|
|
15 turn-only 9433 4.13 14.10 37.1 62.9
|
|
15 majority 9433 5.35 16.20 30.2 69.8
|
|
20 naive 9308 6.81 21.60 28.2 71.8
|
|
20 TM 9308 7.61 20.85 19.2 80.8
|
|
20 shuffled 9308 7.14 21.64 22.5 77.5
|
|
20 turn-only 9308 6.80 21.44 24.3 75.7
|
|
20 majority 9308 8.74 24.97 17.8 82.2
|
|
25 naive 9183 9.71 29.13 20.9 79.1
|
|
25 TM 9183 10.33 28.63 13.1 86.9
|
|
25 shuffled 9183 10.03 29.67 15.9 84.1
|
|
25 turn-only 9183 9.68 28.62 15.1 84.9
|
|
25 majority 9183 11.16 30.48 13.5 86.5
|
|
30 naive 9058 12.62 36.12 16.4 83.6
|
|
30 TM 9058 13.09 35.17 10.5 89.5
|
|
30 shuffled 9058 12.94 37.03 12.0 88.0
|
|
30 turn-only 9058 12.76 35.80 11.4 88.6
|
|
30 majority 9058 16.02 40.41 9.8 90.2
|
|
|
|
## DELTAS (percentage points of estimated hit fraction)
|
|
h d(med) TM-naive d(p90) TM-naive d(hit) TM-naive d(hit) TM-turn d(hit) shuf-naive
|
|
15 +0.73 -0.71 -10.3 -8.1 -5.0
|
|
20 +0.80 -0.75 -9.0 -5.1 -5.7
|
|
25 +0.61 -0.50 -7.8 -2.0 -5.0
|
|
30 +0.47 -0.95 -5.9 -0.9 -4.3
|
|
|
|
## POOLED learnability diagnostics (is the learner learning?)
|
|
h N TMquad% shufquad% TMside% turnSide% majQuad% pred[Ls Lb Rs Rb] / true[Ls Lb Rs Rb]
|
|
15 9433 35.2 22.9 59.6 53.1 25.5 [2294 2615 1447 3077 ] / [2407 2314 2377 2335 ]
|
|
20 9308 34.8 23.6 59.8 54.1 25.2 [2281 2579 1386 3062 ] / [2305 2331 2343 2329 ]
|
|
25 9183 34.3 23.8 59.7 55.3 25.3 [2208 2558 1366 3051 ] / [2228 2322 2315 2318 ]
|
|
30 9058 34.3 24.8 61.0 55.7 25.6 [2192 2501 1375 2990 ] / [2150 2273 2321 2314 ]
|
|
|
|
==========================================================================================
|
|
## SHUFFLED-CONTROL INTEGRITY (per round, should stay ~flat)
|
|
fixture round h TM-naive shuf-naive turn-naive
|
|
tr_drussgt_vs_modularbot.jsonl 1 15 -0.3 -4.4 -1.4
|
|
tr_drussgt_vs_modularbot.jsonl 1 20 +3.1 +3.9 +7.9
|
|
tr_drussgt_vs_modularbot.jsonl 1 25 -4.0 +2.0 +6.0
|
|
tr_drussgt_vs_modularbot.jsonl 1 30 -6.6 -1.4 +0.6
|
|
tr_drussgt_vs_modularbot.jsonl 2 15 -19.0 -0.2 -0.5
|
|
tr_drussgt_vs_modularbot.jsonl 2 20 -10.4 -11.6 +1.5
|
|
tr_drussgt_vs_modularbot.jsonl 2 25 -7.0 -1.2 -15.0
|
|
tr_drussgt_vs_modularbot.jsonl 2 30 -8.1 -1.8 -16.5
|
|
tr_drussgt_vs_modularbot.jsonl 3 15 +0.4 +1.3 +0.0
|
|
tr_drussgt_vs_modularbot.jsonl 3 20 -3.0 -0.4 +0.0
|
|
tr_drussgt_vs_modularbot.jsonl 3 25 -7.9 -0.4 -3.9
|
|
tr_drussgt_vs_modularbot.jsonl 3 30 +2.2 -4.0 -7.6
|
|
tr_drussgt_vs_modularbot.jsonl 4 15 +0.5 -4.1 -5.0
|
|
tr_drussgt_vs_modularbot.jsonl 4 20 -1.2 -0.2 -1.7
|
|
tr_drussgt_vs_modularbot.jsonl 4 25 +1.2 +1.2 -2.2
|
|
tr_drussgt_vs_modularbot.jsonl 4 30 +1.7 +1.2 +3.2
|
|
tr_drussgt_vs_modularbot.jsonl 5 15 +0.7 +0.2 -0.2
|
|
tr_drussgt_vs_modularbot.jsonl 5 20 -3.1 -5.5 -1.6
|
|
tr_drussgt_vs_modularbot.jsonl 5 25 -10.1 -6.4 -2.2
|
|
tr_drussgt_vs_modularbot.jsonl 5 30 -5.8 -2.6 -5.2
|
|
tr_drussgt_vs_modularbot.jsonl 6 15 -3.2 -0.3 +0.6
|
|
tr_drussgt_vs_modularbot.jsonl 6 20 +1.0 -2.6 -0.7
|
|
tr_drussgt_vs_modularbot.jsonl 6 25 +3.3 -0.7 +0.0
|
|
tr_drussgt_vs_modularbot.jsonl 6 30 +7.1 +0.0 +1.4
|
|
tr_drussgt_vs_modularbot.jsonl 7 15 -6.4 -8.5 -5.4
|
|
tr_drussgt_vs_modularbot.jsonl 7 20 -10.3 -3.8 -4.5
|
|
tr_drussgt_vs_modularbot.jsonl 7 25 -7.7 -4.1 -8.9
|
|
tr_drussgt_vs_modularbot.jsonl 7 30 -3.7 +0.0 -3.2
|
|
tr_drussgt_vs_modularbot.jsonl 8 15 +1.4 +3.2 +2.0
|
|
tr_drussgt_vs_modularbot.jsonl 8 20 +1.5 +2.6 -4.9
|
|
tr_drussgt_vs_modularbot.jsonl 8 25 -4.4 -0.9 -3.5
|
|
tr_drussgt_vs_modularbot.jsonl 8 30 -4.2 -1.5 -3.6
|
|
tr_drussgt_vs_modularbot.jsonl 9 15 -29.4 -11.7 -1.9
|
|
tr_drussgt_vs_modularbot.jsonl 9 20 -25.2 -10.4 -8.5
|
|
tr_drussgt_vs_modularbot.jsonl 9 25 -25.0 -12.3 -24.9
|
|
tr_drussgt_vs_modularbot.jsonl 9 30 -19.7 -14.9 -20.9
|
|
tr_drussgt_vs_modularbot.jsonl 10 15 -12.5 -0.8 +0.0
|
|
tr_drussgt_vs_modularbot.jsonl 10 20 -6.1 -5.8 -1.5
|
|
tr_drussgt_vs_modularbot.jsonl 10 25 -7.2 -5.9 +2.8
|
|
tr_drussgt_vs_modularbot.jsonl 10 30 -4.2 +1.0 +2.1
|
|
tr_drussgt_vs_modularbot.jsonl 11 15 -1.5 -4.6 -3.7
|
|
tr_drussgt_vs_modularbot.jsonl 11 20 -3.4 -2.5 -2.5
|
|
tr_drussgt_vs_modularbot.jsonl 11 25 -3.5 -1.9 -3.5
|
|
tr_drussgt_vs_modularbot.jsonl 11 30 -0.3 -4.2 -2.6
|
|
tr_drussgt_vs_modularbot.jsonl 12 15 -0.6 -1.7 -0.3
|
|
tr_drussgt_vs_modularbot.jsonl 12 20 +0.6 -2.2 -0.3
|
|
tr_drussgt_vs_modularbot.jsonl 12 25 -0.8 -15.6 -0.8
|
|
tr_drussgt_vs_modularbot.jsonl 12 30 -9.8 -11.5 +1.7
|
|
tr_drussgt_vs_modularbot.jsonl 13 15 -16.6 -7.3 -1.3
|
|
tr_drussgt_vs_modularbot.jsonl 13 20 -8.2 -1.6 +1.6
|
|
tr_drussgt_vs_modularbot.jsonl 13 25 -3.2 +1.9 +4.3
|
|
tr_drussgt_vs_modularbot.jsonl 13 30 -1.4 -1.1 +0.0
|
|
tr_drussgt_vs_modularbot.jsonl 14 15 -19.2 -2.3 -0.9
|
|
tr_drussgt_vs_modularbot.jsonl 14 20 -13.5 -9.9 -3.5
|
|
tr_drussgt_vs_modularbot.jsonl 14 25 -12.4 -9.8 -3.6
|
|
tr_drussgt_vs_modularbot.jsonl 14 30 -10.7 -5.1 -13.6
|
|
tr_drussgt_vs_modularbot.jsonl 15 15 -26.8 -3.2 -1.0
|
|
tr_drussgt_vs_modularbot.jsonl 15 20 -22.7 -22.1 -1.9
|
|
tr_drussgt_vs_modularbot.jsonl 15 25 -15.2 -11.9 -16.2
|
|
tr_drussgt_vs_modularbot.jsonl 15 30 -13.4 -13.4 -8.4
|
|
tr_drussgt_vs_modularbot_shield.jsonl 1 15 +0.0 +0.0 +0.0
|
|
tr_drussgt_vs_modularbot_shield.jsonl 1 20 +0.0 +0.0 +0.0
|
|
tr_drussgt_vs_modularbot_shield.jsonl 1 25 +0.0 +0.0 +0.0
|
|
tr_drussgt_vs_modularbot_shield.jsonl 1 30 +0.0 +0.0 +0.0
|
|
tr_drussgt_vs_modularbot_shield.jsonl 2 15 -18.7 -27.1 -18.7
|
|
tr_drussgt_vs_modularbot_shield.jsonl 2 20 -11.1 -20.3 -16.7
|
|
tr_drussgt_vs_modularbot_shield.jsonl 2 25 -10.7 -5.7 -15.7
|
|
tr_drussgt_vs_modularbot_shield.jsonl 2 30 -8.8 -6.4 -10.5
|
|
tr_drussgt_vs_modularbot_shield.jsonl 3 15 -24.4 -9.5 -4.5
|
|
tr_drussgt_vs_modularbot_shield.jsonl 3 20 -22.4 -6.8 -24.4
|
|
tr_drussgt_vs_modularbot_shield.jsonl 3 25 -13.0 -7.5 -14.4
|
|
tr_drussgt_vs_modularbot_shield.jsonl 3 30 -8.5 -9.9 -9.9
|
|
tr_drussgt_vs_modularbot_shield.jsonl 4 15 -27.8 -1.6 +0.0
|
|
tr_drussgt_vs_modularbot_shield.jsonl 4 20 -26.3 -16.3 -0.8
|
|
tr_drussgt_vs_modularbot_shield.jsonl 4 25 -18.7 -13.5 -20.1
|
|
tr_drussgt_vs_modularbot_shield.jsonl 4 30 -8.4 -7.2 -15.6
|
|
tr_drussgt_vs_modularbot_shield.jsonl 5 15 +0.2 -6.7 -0.2
|
|
tr_drussgt_vs_modularbot_shield.jsonl 5 20 -0.7 +1.6 +2.2
|
|
tr_drussgt_vs_modularbot_shield.jsonl 5 25 +0.9 +3.0 +4.8
|
|
tr_drussgt_vs_modularbot_shield.jsonl 5 30 +0.2 +1.4 +2.8
|
|
tr_drussgt_vs_modularbot_shield.jsonl 6 15 -15.6 -2.2 +0.3
|
|
tr_drussgt_vs_modularbot_shield.jsonl 6 20 -7.1 -1.6 -7.4
|
|
tr_drussgt_vs_modularbot_shield.jsonl 6 25 -1.1 -0.8 -2.2
|
|
tr_drussgt_vs_modularbot_shield.jsonl 6 30 +0.0 -1.4 -2.8
|
|
tr_drussgt_vs_modularbot_shield.jsonl 7 15 -12.9 -4.8 +0.3
|
|
tr_drussgt_vs_modularbot_shield.jsonl 7 20 -13.8 +3.6 +0.0
|
|
tr_drussgt_vs_modularbot_shield.jsonl 7 25 -10.1 -1.0 -0.5
|
|
tr_drussgt_vs_modularbot_shield.jsonl 7 30 -9.7 +2.9 +5.3
|
|
tr_drussgt_vs_modularbot_shield.jsonl 8 15 -8.7 -20.3 -12.2
|
|
tr_drussgt_vs_modularbot_shield.jsonl 8 20 -23.0 -15.1 -23.4
|
|
tr_drussgt_vs_modularbot_shield.jsonl 8 25 -15.9 -11.4 -16.2
|
|
tr_drussgt_vs_modularbot_shield.jsonl 8 30 -9.9 -11.8 -9.9
|
|
tr_drussgt_vs_modularbot_shield.jsonl 9 15 +3.0 -1.3 +0.3
|
|
tr_drussgt_vs_modularbot_shield.jsonl 9 20 +1.6 -3.8 -3.6
|
|
tr_drussgt_vs_modularbot_shield.jsonl 9 25 -3.9 -2.5 -2.8
|
|
tr_drussgt_vs_modularbot_shield.jsonl 9 30 -3.7 -0.6 -2.5
|
|
tr_drussgt_vs_modularbot_shield.jsonl 10 15 -10.2 -2.2 +0.2
|
|
tr_drussgt_vs_modularbot_shield.jsonl 10 20 -8.8 -7.8 +0.0
|
|
tr_drussgt_vs_modularbot_shield.jsonl 10 25 -6.6 -12.2 +0.0
|
|
tr_drussgt_vs_modularbot_shield.jsonl 10 30 -9.0 -12.1 -1.0
|