Bundle for the Light-by-light box with a sunrise insertion page(s) of bootloops.ai: everything the page does not link individually — expression file, data, helper modules, checksums. The stand-alone evaluator(s) lbl3e-box-evaluate.py, lbl3e-master-evaluate.py are included so the unzipped folder runs as is.

CONTENTS.txt — this list
LICENSE — the MIT license of the code
NOTICE — copyright notice; CC BY 4.0 for data and text
README.md — what the bundle is, file list, how to run
MANIFEST.sha256 — every file of the bundle with its sha256
lbl3e-box-evaluate.py — the top master at a Euclidean (s, t) point
lbl3e-master-evaluate.py — the full sector-15 elliptic master through eps^2
lbl3e-evaluate.py — psi1(w)/pi and B^(0) at runtime, certified truncation
lbl3e-expression.md — the result written out, conventions included
row27_data.json — reference values: periods, tau, Eichler integral, boundary constants
row27_gate_amflow.json — closed-form prediction and the two AMFlow values
vendor_row27_box/box_assembly.py — the (s, t)-assembly evaluator of record
vendor_row27_box/boxkern.py — the one-loop box kernel B(w), two routes
vendor_row27_box/disp_sub.py — the dispersion-subtracted tanh-sinh quadrature (second route)
vendor_row27_box/epsser.py — eps-series arithmetic shared by the assembly modules
vendor_row27_box/gentri.py — the generalized triangles X(alpha) as eps-series
vendor_row27_box/lbl3disp.py — closed elliptic spectral density and shared quadrature library
vendor_row27_box/rhorem.py — the subtracted spectral density rho_rem(w) and its one-fold
vendor_row27_box/sunrise_asym.py — large-momentum asymptotics of the two-loop sunrise, exact in eps
vendor_row27_box/points/points.json — the three (s, t) points, domain rule, bars
vendor_row27_box/points/P1/record.json — the assembly's own runs at P1, dps 32/48
vendor_row27_box/points/P1/reference.json — the independent AMFlow pair at P1
vendor_row27_box/points/P2/record.json — the assembly's own runs at P2, dps 32/48
vendor_row27_box/points/P2/reference.json — the independent AMFlow pair at P2
vendor_row27_box/points/P3/prediction.json — the blind prediction at P3, filed beforehand
vendor_row27_box/points/P3/record.json — the assembly's own runs at P3, dps 32/48
vendor_row27_box/points/P3/reference.json — the independent AMFlow pair at P3
vendor_row27_box/triangles/GT2_P1_g40.json — AMFlow out at P1, goal 40, two-loop family
vendor_row27_box/triangles/GT2_P1_g60.json — AMFlow out at P1, goal 60, two-loop family
vendor_row27_box/triangles/GT2_P2_g40.json — AMFlow out at P2, goal 40, two-loop family
vendor_row27_box/triangles/GT2_P2_g60.json — AMFlow out at P2, goal 60, two-loop family
vendor_row27_box/triangles/GT2_P3_g40.json — AMFlow out at P3, goal 40, two-loop family
vendor_row27_box/triangles/GT2_P3_g60.json — AMFlow out at P3, goal 60, two-loop family
vendor_row27_box/triangles/GT3_P1_g40.json — AMFlow out at P1, goal 40, three-loop massless-insertion family
vendor_row27_box/triangles/GT3_P1_g60.json — AMFlow out at P1, goal 60, three-loop massless-insertion family
vendor_row27_box/triangles/GT3_P2_g40.json — AMFlow out at P2, goal 40, three-loop massless-insertion family
vendor_row27_box/triangles/GT3_P2_g60.json — AMFlow out at P2, goal 60, three-loop massless-insertion family
vendor_row27_box/triangles/GT3_P3_g40.json — AMFlow out at P3, goal 40, three-loop massless-insertion family
vendor_row27_box/triangles/GT3_P3_g60.json — AMFlow out at P3, goal 60, three-loop massless-insertion family
vendor_row27_box/triangles/closed_P1_d32.json — closed one-loop form's triangle coefficients at P1, dps 32
vendor_row27_box/triangles/closed_P1_d48.json — closed one-loop form's triangle coefficients at P1, dps 48
vendor_row27_box/triangles/closed_P2_d32.json — closed one-loop form's triangle coefficients at P2, dps 32
vendor_row27_box/triangles/closed_P2_d48.json — closed one-loop form's triangle coefficients at P2, dps 48
vendor_row27_box/triangles/closed_P3_d32.json — closed one-loop form's triangle coefficients at P3, dps 32
vendor_row27_box/triangles/closed_P3_d48.json — closed one-loop form's triangle coefficients at P3, dps 48
vendor_row27_eps1/EPS1_ASSEMBLY_SPLIT_P1_dps32_W8_asm_20260909T095231Z_MAIN.json — the eps^1 assembly record at P1, precision 32
vendor_row27_eps1/EPS1_ASSEMBLY_SPLIT_P1_dps48_W8_asm_20260909T101534Z_MAIN.json — the eps^1 assembly record at P1, precision 48
vendor_row27_eps1/NODES_P1_dps32.json — the one-fold kernel node set at P1, precision 32
vendor_row27_eps1/NODES_P1_dps48.json — the one-fold kernel node set at P1, precision 48
vendor_row27_eps1/README.md — what the eps^1 directory holds, how to run
vendor_row27_eps1/S2P1_g60_eps1.json — the goal-60 AMFlow solve at P1 through eps^1
vendor_row27_eps1/VENDOR_MANIFEST.sha256 — sha256 manifest of the eps^1 directory
vendor_row27_eps1/config.json — the configuration of the goal-60 AMFlow solve
vendor_row27_eps1/reproduce_eps1.py — the comparator: recomputes the eps^1 digit readings

Evaluator commands, as the page prints them:
    python3 lbl3e-box-evaluate.py --point P3 --dps 48
    python3 lbl3e-master-evaluate.py
    python3 lbl3e-evaluate.py --point=-7/3 --dps 200
