105 3 12
105312005
64 43 1 1 1 1
76 10 75 25 55 65
1 1 43 43 1 1
15 60 59 25 5 85
# solutions_found 12
# distance_bound_overall 18
# latent_method Psi_3 kernel -> u^T H~X, v^T H~Z
# latent_note probabilistic search over Psi_3 / Psi_3^T kernels
# latent_x_upper 60
# latent_z_upper 60
# latent_min_upper 60
# latent_x_support [(0,4) (0,25) (0,46) (0,67) (0,88) (1,13) (1,34) (1,55) (1,76) (1,97) (2,2) (2,23) (2,44) (2,65) (2,86) (3,13) (3,34) (3,55) (3,76) (3,97) (4,10) (4,31) (4,52) (4,73) ...]
# latent_z_support [(0,17) (0,38) (0,59) (0,80) (0,101) (1,4) (1,25) (1,46) (1,67) (1,88) (2,3) (2,24) (2,45) (2,66) (2,87) (3,6) (3,27) (3,48) (3,69) (3,90) (4,20) (4,41) (4,62) (4,83) ...]
# nonlatent_method m-block-constant compression kernel -> lift
# nonlatent_note probabilistic search over all divisors m>=2 of P (best m_X=3, m_Z=7)
# nonlatent_x_upper 18
# nonlatent_z_upper 28
# nonlatent_min_upper 18
# nonlatent_x_m 3
# nonlatent_z_m 7
# nonlatent_x_support [(0,5) (0,27) (0,40) (0,62) (0,75) (0,97) (2,2) (2,15) (2,37) (2,50) (2,72) (2,85) (3,2) (3,37) (3,72) (4,24) (4,59) (4,94)]
# nonlatent_z_support [(0,8) (0,23) (0,38) (0,53) (0,68) (0,83) (0,98) (1,13) (1,28) (1,43) (1,58) (1,73) (1,88) (1,103) (5,3) (5,18) (5,33) (5,48) (5,63) (5,78) (5,93) (9,13) (9,28) (9,43) ...]
# cycle8_ets_method external enumerate_cycle8_ets
# cycle8_ets_note disabled
# cycle8_ets_x_upper n/a
# cycle8_ets_z_upper n/a
# cycle8_ets_min_upper n/a
# table_note selected for exploratory girth-6 table after exact weight-4/6 screening and DFC d<8 monitoring
# exact_odd_weight_le7 impossible_by_column_weight_3
# exact_X_weight4_syndrome_zero not_found
# exact_X_weight6_syndrome_zero not_found
# exact_Z_weight4_syndrome_zero not_found
# exact_Z_weight6_syndrome_zero not_found
# exact_lower_bound 8
# table_extra_upper_bounds file=H_P105_J3_L12_dmax2_nc0-3_1-2_seed105312005_b1d23452.txt P=105 overall=18 latent=60 nonlatent=18 nonlatentX=18 nonlatentZ=28 nonlatentXm=3 nonlatentZm=7 directX=12 directZ=42 crtX=18 crtZ=28 crtXnote=q1=3, q2=35 crtZnote=q1=7, q2=15 fiberX=20 fiberZ=20 fiberXnote=m=15, Q=7, fiber={0,3,6,9,12} fiberZnote=m=15, Q=7, fiber={0,3,6,9,12}
# fiber_quotient_min_upper 20
# crt_min_upper 18
# direct_css_min_upper 12
# decoder_fail_min_upper 10
# decoder_fail_evidence best_logical
# decoder_fail_rounds 1
# decoder_fail_trials_at_p003 5000
# table_best_upper 10
# fer_plot_svg p105_fer_vs_p_decoder.svg
# fer_plot_csv p105_fer_vs_p_decoder.csv
# fer_plot_note BP+PP decoder FER sweep over p; 95% CI included in CSV and SVG; zero-failure markers are plotted at 1/(2N); max_failures=20
# fer_decoder_logical_min_upper 10
# fer_decoder_logical_p 0.02
# fer_decoder_logical_source /Users/kasaikenta/Library/CloudStorage/Dropbox/00_work/SUBMIT/P384-minus/p_lt192_nonprimepower_nc0312_collect_20260426_061637/fer_arxiv260420838_3mac_full_20260426_120120/remote_harvest/lab-mini/P105_H_P105_J3_L12_dmax2_nc0-3_1-2_seed105312005_b1d23452/fail_noises_p0.020.json