s1293 — the truncated theory is N = 2 STU in its fermions too
  Q1_truncation_invariant_shifts     {"max |A1| off the (w, −w) pairs": "<1e-12", "max |A2_i^{jkl}| off weight-conserving triples": "<1e-12", "weight-conserving triples per gravitino": [3, 3, 3, 3, 3, 3, 3, 3]}
  Q2_equal_split_no_scale            {"max |7·|A2 component| / |A1_pair| − 1| (5 points × 8 gravitini × 3 components)": "<1e-10", "Σ|A2_i|² / |A1_pair|² (min, max)": [0.367347, 0.367347], "18/49": 0.367347}
  Q3_central_charge                  {"max relative |μ_b² − 4|Z_b|²| (5 points; Z_b = Lévay (49) with a unit charge on q₀, p¹, p², p³)": "<1e-10"}
  Q4_charge_matrix                   {"max |V_BH Hessian/2 − ½⊗ₖg(τₖ)| (3 points; literature K, Z and |Z|² + |DZ|²)": "<1e-10", "max |M|W·(⊗ₖg(τₖ)) − 1| (house field matrix vs literature charge matrix)": "<1e-10"}
  receipt   PASS filed_d1414_house_frames_npz
  receipt   PASS filed_chatgpt_d1414_maps_npz
  receipt   PASS filed_chatgpt_d1417_maps_npz
  receipt   PASS filed_chatgpt_d1405_maps_npz
  receipt   PASS s1283_results_construction_and_machinery
  receipt   PASS s1284_results_face_and_twist_definitions
  receipt   PASS s1286_results_neutral_count_machinery
  receipt   PASS s1290_results_kinetic_matrix_machinery
  receipt   PASS s1291_results_period_matrix
  receipt   PASS s1292_results_truncation_content
  computed  PASS Q1_A1_pairs_w_with_minus_w_and_A2_lives_only_on_the_three_weight_conserving_triples_per_gravitino
  computed  PASS Q2_each_gravitino_shift_splits_equally_over_the_three_vector_multiplets_the_N2_no_scale_identity_per_multiplet
  computed  PASS Q3_the_four_spin32_pair_masses_are_the_literature_STU_central_charges_of_unit_charges_on_the_even_states
  computed  PASS Q4_the_literature_STU_charge_matrix_is_the_tensor_product_of_three_sl2_matrices_and_the_house_field_matrix_is_its_inverse
  argument  ARG  reading
  argument  ARG  scope
VERDICT: the shifts are truncation-invariant and split equally over the three vector multiplets (N = 2 no-scale per multiplet); the pair masses are the literature STU central charges; the house field matrix is the inverse of the literature charge matrix ⊗ₖ g(τₖ). The truncation is N = 2 STU in fermions and bosons.
RESULT_HASH e23a26ffe1f37e7c
s1293: 4 computed, 10 receipt, 2 argument, 0 failed
