Bundle for the Equal-mass ice-cream cone and Ice-cream cone with generic masses pages of bootloops.ai: everything the page does not link individually — expression file, data, helper modules, checksums. The stand-alone evaluators icc-evaluate.py and icc-genmass-evaluate.py are included so the unzipped folder runs as is.

Files:
LICENSE — the MIT License text for the code
MANIFEST.sha256 — sha256 of every file; sha256sum -c MANIFEST.sha256
NOTICE — release notice: authorship, licenses of code and data
README.md — what the bundle is, file list, how to run
elim_series.py — series-ring cyclic elimination of the cusp-solve stack
g1_vendored/VENDOR_SHAS.txt — sha256 of every file of g1_vendored/
g1_vendored/elim_series.py — series-ring elimination of the grade-1 stack
g1_vendored/gen_g1_mellin/RESULT2.json — regions-route record of the grade-1 Mellin constants
g1_vendored/gen_g1_mellin/RESULT3.json — basis-change route record of the grade-0 slave slots
g1_vendored/gen_g1_mellin/RESULT3_FINAL.json — grade-1 slave slots injected at runtime (sha256-pinned)
g1_vendored/gen_g1_mellin/row16_g1.py — the grade-1 boundary derivation at x = -1
g1_vendored/row16_coupled.py — coupled (T, F18) solver of the grade-1 stack
g1_vendored/row16_g1_coupled.py — two-pass coupled solver for the grade-1 derivation
g1_vendored/row16_solve.py — generic-mass chain solver of the grade-1 stack
g1_vendored/run_g1_json.py — subprocess wrapper icc-evaluate.py drives for grade 1
g1_vendored/series_ring.py — series ring of the grade-1 stack
icc-derived.json — exact scalar boundary equation, conditions, constants, cross-check values
icc-evaluate.py — stand-alone evaluator: the cone on the slice, all arms
icc-expression.md — the result written out at both mass configurations
icc-genmass-evaluate.py — stand-alone evaluator at any rational squared masses
icc-offslice-evaluate.py — evaluator for the two off-slice lines and their landings
icc-oracle-xm3.json — independent AMFlow values at x = -3, generic mass
icc-reference-minkowski.json — independent AMFlow values at x = 12, physical region
icc-transport-data.json — exact rational connection coefficients and x = -1 boundary strings
icc_blib.py — equal-mass boundary-derivation library and shared helpers
icc_genmass_lib.py — generic-mass specialization at exact rational masses
icc_layers_generic.json — generic-mass constant masters and pole layers (sympy strings)
icc_scooplib.py — the sunrise ('scoop') master by spectral integrals
icc_slots_result.json — the four derived slave resonance slots, masses (1,2,3,5)
row16_coupled.py — coupled (T, F18) solver of the cusp-solve stack
row16_final.py — generic-mass final assembly from the infinity-cusp conditions
row16_solve.py — generic-mass chain solver of the cusp-solve stack
series_ring.py — truncated Laurent series ring in u = 1/x
vendor_row15_landing/README.md — what vendor_row15_landing/ holds
vendor_row15_landing/icc_xm1o2_g120_out.json — independent AMFlow record at x = -1/2 (equal mass)
vendor_row16_genmass/b1gen/assemble.py — expansion-by-regions engine: master asymptotics, layers, resonant slots
vendor_row16_genmass/b1gen/massparams.py — squared-mass parametrization of the regions engine
vendor_row16_genmass/b1gen/parametric.py — exact two-dimensional parametric representation of the base objects
vendor_row16_genmass/b1gen/reduction.py — exact reduction of slave/dotted masters to kernel moments
vendor_row16_genmass/b1gen/regions.py — large-Q expansion by regions of the kernel moments
vendor_row16_genmass/b1gen/slots_gen.py — four slave resonance slots at arbitrary rational masses
vendor_row16_genmass/elim_series.py — series-ring elimination of the generic-mass stack
vendor_row16_genmass/eval_row16.py — generic-mass masters by eps-graded transport from x = -1
vendor_row16_genmass/gen_layers.py — generic-mass pole layers at arbitrary rational masses
vendor_row16_genmass/icc_gen_cfg.py — generic-mass configuration of the cusp-solve stack
vendor_row16_genmass/icc_genmass_eval.py — generic-mass top master T(x) from a runtime-derived boundary
vendor_row16_genmass/make_gen_cfg.py — builds the configuration for one mass point (needs the witness)
vendor_row16_genmass/masses/m1_2_3_5/cfg.json — (1,2,3,5) mass pack: configuration
vendor_row16_genmass/masses/m1_2_3_5/cusp_dps30.json — (1,2,3,5) pack: infinity-cusp boundary state at dps 30
vendor_row16_genmass/masses/m1_2_3_5/layers.json — (1,2,3,5) pack: exact pole layers
vendor_row16_genmass/masses/m1_2_3_5/slots.json — (1,2,3,5) pack: four slave resonance slots
vendor_row16_genmass/masses/m1_3_2_7/cfg.json — (1,3,2,7) mass pack: configuration
vendor_row16_genmass/masses/m1_3_2_7/coef.json — (1,3,2,7) pack: eps-graded x-connection at these masses
vendor_row16_genmass/masses/m1_3_2_7/cusp_dps30.json — (1,3,2,7) pack: infinity-cusp boundary state at dps 30
vendor_row16_genmass/masses/m1_3_2_7/cusp_dps60.json — (1,3,2,7) pack: infinity-cusp boundary state at dps 60
vendor_row16_genmass/masses/m1_3_2_7/layers.json — (1,3,2,7) pack: exact pole layers
vendor_row16_genmass/masses/m1_3_2_7/reference.json — (1,3,2,7) pack: independent AMFlow reference for T(-2)
vendor_row16_genmass/masses/m1_3_2_7/slots.json — (1,3,2,7) pack: four slave resonance slots
vendor_row16_genmass/masses/m1_5h_1h_3/cfg.json — (1,5/2,1/2,3) mass pack: configuration
vendor_row16_genmass/masses/m1_5h_1h_3/coef.json — (1,5/2,1/2,3) pack: eps-graded x-connection at these masses
vendor_row16_genmass/masses/m1_5h_1h_3/cusp_dps30.json — (1,5/2,1/2,3) pack: infinity-cusp boundary state at dps 30
vendor_row16_genmass/masses/m1_5h_1h_3/cusp_dps60.json — (1,5/2,1/2,3) pack: infinity-cusp boundary state at dps 60
vendor_row16_genmass/masses/m1_5h_1h_3/layers.json — (1,5/2,1/2,3) pack: exact pole layers
vendor_row16_genmass/masses/m1_5h_1h_3/reference.json — (1,5/2,1/2,3) pack: independent AMFlow reference for T(-2)
vendor_row16_genmass/masses/m1_5h_1h_3/slots.json — (1,5/2,1/2,3) pack: four slave resonance slots
vendor_row16_genmass/row16_final.py — final assembly of the generic-mass stack
vendor_row16_genmass/row16_solve.py — chain solver of the generic-mass stack
vendor_row16_pair/P16-M1327_g100.json — goal-100 AMFlow solve at masses (1,3,2,7), x = -2
vendor_row16_pair/P16-M1327_g60.json — goal-60 AMFlow solve of the same system
vendor_row16_pair/README.md — what vendor_row16_pair/ holds and the reproduction commands
vendor_row16_pair/VENDOR_MANIFEST.sha256 — sha256 manifest of vendor_row16_pair/
vendor_row16_pair/compare_pair_dps100_dps108.json — comparison record: each value vs the AMFlow strings
vendor_row16_pair/dps100_r70.json — evaluator record at (1,3,2,7), x = -2, dps 100
vendor_row16_pair/dps108_r70.json — the same record at dps 108
vendor_row16_pair/dps130.json — the same record at dps 130
vendor_row16_pair/evaluator_pair_dps100_dps108.json — the two values as strings with their two-precision term
vendor_row16_pair/value_form_dps100.json — the dps-100 value in the comparator's value form
vendor_row16_pair/value_form_dps108.json — the dps-108 value in the same form
vendor_rows1517_offslice/amf_result.py — parser of raw AMFlow result entries
vendor_rows1517_offslice/land/bank_objects.py — re-hashes every object under land/ against land_manifest.json
vendor_rows1517_offslice/land/bank_slice_values.py — re-derives the slice reference values from icc-evaluate.py
vendor_rows1517_offslice/land/compare_pair.py — two-precision pair of two landings on one line
vendor_rows1517_offslice/land/land_fixed_eps.py — the landing engine of icc-offslice-evaluate.py --land
vendor_rows1517_offslice/land/land_fixed_eps_legB.py — second landing route via the Wayfinder package (not included)
vendor_rows1517_offslice/land/land_manifest.json — every object of land/ with its sha256
vendor_rows1517_offslice/land/line_m2/A_prime_y.json — line p12^2=-2: gauged nine-master connection, eps-Taylor coefficients
vendor_rows1517_offslice/land/line_m2/A_prime_y_eps_monomial.json — line p12^2=-2: gauged connection in eps-monomial form
vendor_rows1517_offslice/land/line_m2/GATE_MAP_slice.json — line p12^2=-2: map of landed vector onto slice masters
vendor_rows1517_offslice/land/line_m2/ROUTE.json — line p12^2=-2: route census at y = x
vendor_rows1517_offslice/land/line_m2/T_at_y0.json — line p12^2=-2: exact gauge at the seed point
vendor_rows1517_offslice/land/line_m2/icc_xm2_g150_out.json — line p12^2=-2: on-slice AMFlow record at x = -2
vendor_rows1517_offslice/land/line_m2/landed_record.json — line p12^2=-2: the landing of record
vendor_rows1517_offslice/land/line_m2/slice_icc_evaluate_x-2_dps60.json — line p12^2=-2: icc-evaluate.py slice values, x = -2, dps 60
vendor_rows1517_offslice/land/line_m3/A_prime_y.json — line p12^2=-3: gauged nine-master connection, eps-Taylor coefficients
vendor_rows1517_offslice/land/line_m3/A_prime_y_eps_monomial.json — line p12^2=-3: gauged connection in eps-monomial form
vendor_rows1517_offslice/land/line_m3/GATE_MAP_slice.json — line p12^2=-3: map of landed vector onto slice masters
vendor_rows1517_offslice/land/line_m3/P1517-X3_g100.json — line p12^2=-3: on-slice AMFlow record, x = -3, eps_order 6
vendor_rows1517_offslice/land/line_m3/ROUTE.json — line p12^2=-3: route census at y = x
vendor_rows1517_offslice/land/line_m3/T_at_y0.json — line p12^2=-3: exact gauge at the seed point
vendor_rows1517_offslice/land/line_m3/icc_xm3_g120_out.json — line p12^2=-3: on-slice AMFlow record at x = -3
vendor_rows1517_offslice/land/line_m3/landed_record.json — line p12^2=-3: the landing of record
vendor_rows1517_offslice/land/line_m3/seed_e22.json — line p12^2=-3: eps-order-22 AMFlow seed at the seed point
vendor_rows1517_offslice/land/line_m3/slice_icc_evaluate_x-3_dps60.json — line p12^2=-3: icc-evaluate.py slice values, x = -3, dps 60
vendor_rows1517_offslice/land/line_m3/slice_icc_evaluate_x-3_dps90.json — line p12^2=-3: icc-evaluate.py slice values, x = -3, dps 90
vendor_rows1517_offslice/land/recompare_landing.py — re-runs the slice comparison of a saved landing
vendor_rows1517_offslice/land/seed_points.json — the four off-slice AMFlow points by tag
vendor_rows1517_offslice/line_m2/connection.json — line p12^2=-2: exact rational nine-master connection
vendor_rows1517_offslice/line_m2/record.json — line p12^2=-2: record of the transport
vendor_rows1517_offslice/line_m2/reference.json — line p12^2=-2: independent AMFlow record at the target point
vendor_rows1517_offslice/line_m2/reference_e5.json — line p12^2=-2: AMFlow record at the target, eps_order 5
vendor_rows1517_offslice/line_m2/seed.json — line p12^2=-2: AMFlow seed record at the seed point
vendor_rows1517_offslice/line_m2/seed_e5.json — line p12^2=-2: AMFlow seed at eps_order 5
vendor_rows1517_offslice/line_m2/seed_e5_g60.json — line p12^2=-2: goal-60 twin of the eps_order-5 seed
vendor_rows1517_offslice/line_m2/seed_g60.json — line p12^2=-2: goal-60 twin of the seed
vendor_rows1517_offslice/line_m3/connection.json — line p12^2=-3: exact rational nine-master connection
vendor_rows1517_offslice/line_m3/record.json — line p12^2=-3: record of the transport
vendor_rows1517_offslice/line_m3/reference.json — line p12^2=-3: independent AMFlow record at the target point
vendor_rows1517_offslice/line_m3/reference_e5.json — line p12^2=-3: AMFlow record at the target, eps_order 5
vendor_rows1517_offslice/line_m3/seed.json — line p12^2=-3: AMFlow seed record at the seed point
vendor_rows1517_offslice/line_m3/seed_e5.json — line p12^2=-3: AMFlow seed at eps_order 5
vendor_rows1517_offslice/line_m3/seed_e5_g60.json — line p12^2=-3: goal-60 twin of the eps_order-5 seed
vendor_rows1517_offslice/lines.json — the two lines: family, propagators, seed and target points
vendor_rows1517_offslice/transport_gate_y.py — y-transport engine of the two off-slice lines
vendor_rows1517_offslice/xy/A_point.json — export record of the two-variable connection
vendor_rows1517_offslice/xy/A_xy_eps_monomial.json — exact two-variable connection of the nine off-slice masters
vendor_rows1517_offslice/xy/PAe5_g40.json — AMFlow record at (-3, -15/4), goal 40
vendor_rows1517_offslice/xy/PAe5_g60.json — the same point at goal 60
vendor_rows1517_offslice/xy/PBe5_g40.json — AMFlow record at (-5/2, -15/4), goal 40
vendor_rows1517_offslice/xy/PBe5_g60.json — the same point at goal 60
vendor_rows1517_offslice/xy/PMe5_g40.json — AMFlow record at (-15/4, -5/2), goal 40
vendor_rows1517_offslice/xy/README.md — what xy/ holds and what is established there
vendor_rows1517_offslice/xy/S34e5_g60.json — goal-60 AMFlow twin of the seed at (-3, -4)
vendor_rows1517_offslice/xy/XY_MANIFEST.sha256 — sha256 of every file of xy/
vendor_rows1517_offslice/xy/compare_xy.py — comparison of --offslice predictions against AMFlow records
vendor_rows1517_offslice/xy/transport_xy.py — (x, y) transport engine of icc-evaluate.py --offslice

Evaluator commands as printed on the pages (run inside this folder):
    python3 icc-evaluate.py --config eqmass
    python3 icc-evaluate.py --minkowski 12
    python3 icc-evaluate.py --offslice -3 -15/4
    python3 icc-evaluate.py --onefold=-2 --config generic --dps 220
    python3 icc-genmass-evaluate.py --masses 1,2,3,5 --point=-2 --dps 60

Checksums: sha256sum -c MANIFEST.sha256 (CONTENTS.txt itself is not listed in the manifest).
