{
  "records": 23,
  "unassigned": [],
  "unknown_slots": [],
  "net_exponent": {
    "C_pi": 0,
    "c_lead": 0,
    "q_f": -1,
    "j": 0,
    "log11_gamma": 0,
    "Gauss(chi_8)": 1,
    "S5": 0,
    "16 = e11/theta": 0,
    "416 = 16*26": 0,
    "plus_index_2 (19.a1)": 1,
    "index (389.a1, plus)": 1,
    "index (389.a1, minus)": 1,
    "lambda_i(0)": 0,
    "E_adj_i / P-part": 0,
    "E_adj_i / L-part": 0,
    "Pi_i": 0,
    "kappa_E": 0,
    "ell_0": 0,
    "eta_pdR": 1,
    "kappa_det": 1,
    "id(LR class, PC-001 projected class)": 1,
    "id(Kato class, modular symbol)": 1
  },
  "aliases": {
    "G_b": "q_f"
  },
  "post_chain_extraction_constants": [
    "16 = e11/theta",
    "416 = 16*26"
  ],
  "cancel_in_delta": [
    "C_pi",
    "c_lead",
    "j",
    "log11_gamma",
    "S5",
    "lambda_i(0)",
    "E_adj_i / P-part",
    "E_adj_i / L-part",
    "Pi_i",
    "kappa_E",
    "ell_0"
  ],
  "survivors_delta_factors": {
    "q_f": "G",
    "Gauss(chi_8)": "G",
    "plus_index_2 (19.a1)": "L",
    "index (389.a1, plus)": "L",
    "index (389.a1, minus)": "L",
    "eta_pdR": "E",
    "kappa_det": "E",
    "id(LR class, PC-001 projected class)": "E",
    "id(Kato class, modular symbol)": "E"
  },
  "survivors_by_tag": {
    "G": [
      "q_f",
      "Gauss(chi_8)"
    ],
    "L": [
      "plus_index_2 (19.a1)",
      "index (389.a1, plus)",
      "index (389.a1, minus)"
    ],
    "E": [
      "eta_pdR",
      "kappa_det",
      "id(LR class, PC-001 projected class)",
      "id(Kato class, modular symbol)"
    ]
  },
  "partner_factors_surviving": [],
  "auxiliary_side_G_survivors": [
    "q_f"
  ],
  "free_auxiliary_frames_C1_10": 1,
  "no_double_count": true,
  "reading": "the composite's scalar keeps exactly the frames (G: q_f = G_b measured against omega_f, Gauss), the lattice indices (L), and the exact comparisons (E: eta_pdR, kappa_det, the two identifications); every partner factor and C_d and the cyclotomic log cancel between Psi_1^{-1} and Psi_3 Psi_4 - which is Round 030 (16) computed: delta = a_D q_D eta_D with the P factors removed, and (15.2) delta = c_lead/c_aux",
  "C5": "PASS",
  "agrees": true
}