Newform data - 5610.2.a.bh

Formats: - HTML - YAML - JSON - 2025-12-17T13:00:44.868382

• mf_newforms •

  Column	Type
  Nk2	integer
  analytic_conductor	double precision
  analytic_rank	smallint
  analytic_rank_proved	boolean
  artin_degree	integer
  artin_field	numeric[]
  artin_field_label	text
  artin_image	text
  atkin_lehner_eigenvals	integer[]
  atkin_lehner_string	text
  char_conductor	integer
  char_degree	integer
  char_is_minimal	boolean
  char_is_real	boolean
  char_orbit_index	smallint
  char_orbit_label	text
  char_order	integer
  char_parity	smallint
  char_values	jsonb
  cm_discs	integer[]
  conrey_index	integer
  dim	integer
  embedded_related_objects	text[]
  field_disc	numeric
  field_disc_factorization	numeric[]
  field_poly	numeric[]
  field_poly_is_cyclotomic	boolean
  field_poly_is_real_cyclotomic	boolean
  field_poly_root_of_unity	integer
  fricke_eigenval	smallint
  has_non_self_twist	smallint
  hecke_cutters	jsonb
  hecke_orbit	integer
  hecke_orbit_code	bigint
  hecke_ring_generator_nbound	integer
  hecke_ring_index	numeric
  hecke_ring_index_factorization	numeric[]
  hecke_ring_index_proved	boolean
  inner_twist_count	integer
  inner_twists	integer[]
  is_cm	boolean
  is_largest	boolean
  is_maximal	boolean
  is_polredabs	boolean
  is_rm	boolean
  is_self_dual	boolean
  is_self_twist	boolean
  is_twist_minimal	boolean
  label	text
  level	integer
  level_is_powerful	boolean
  level_is_prime	boolean
  level_is_prime_power	boolean
  level_is_prime_square	boolean
  level_is_square	boolean
  level_is_squarefree	boolean
  level_primes	integer[]
  level_radical	integer
  minimal_twist	text
  nf_label	text
  prim_orbit_index	smallint
  projective_field	numeric[]
  projective_field_label	text
  projective_image	text
  projective_image_type	text
  qexp_display	text
  related_objects	text[]
  relative_dim	integer
  rm_discs	integer[]
  sato_tate_group	text
  self_twist_discs	integer[]
  self_twist_type	smallint
  space_label	text
  trace_display	numeric[]
  trace_hash	bigint
  trace_moments	numeric[]
  trace_zratio	numeric
  traces	numeric[]
  weight	smallint
  weight_parity	smallint

  
  {'Nk2': 22440, 'analytic_conductor': 44.79607553393829, 'analytic_rank': 1, 'analytic_rank_proved': True, 'atkin_lehner_eigenvals': [[2, -1], [3, -1], [5, 1], [11, -1], [17, -1]], 'atkin_lehner_string': '--+--', 'char_conductor': 1, 'char_degree': 1, 'char_is_minimal': True, 'char_is_real': True, 'char_orbit_index': 1, 'char_orbit_label': 'a', 'char_order': 1, 'char_parity': 1, 'char_values': [5610, 1, [1871, 3367, 1531, 3301], [1, 1, 1, 1]], 'cm_discs': [], 'conrey_index': 1, 'dim': 1, 'field_disc': 1, 'field_disc_factorization': [], 'field_poly': [0, 1], 'field_poly_is_cyclotomic': False, 'field_poly_is_real_cyclotomic': False, 'field_poly_root_of_unity': 0, 'fricke_eigenval': 1, 'has_non_self_twist': 0, 'hecke_cutters': [[7, [0, 1]], [13, [6, 1]], [19, [0, 1]], [23, [8, 1]]], 'hecke_orbit': 34, 'hecke_orbit_code': 148618787736786410, 'hecke_ring_generator_nbound': 1, 'hecke_ring_index': 1, 'hecke_ring_index_factorization': [], 'hecke_ring_index_proved': True, 'inner_twist_count': 1, 'inner_twists': [[1, 1, 1, 1, 1, 1, 1]], 'is_cm': False, 'is_largest': False, 'is_maximal': False, 'is_polredabs': True, 'is_rm': False, 'is_self_dual': True, 'is_self_twist': False, 'is_twist_minimal': True, 'label': '5610.2.a.bh', 'level': 5610, 'level_is_powerful': False, 'level_is_prime': False, 'level_is_prime_power': False, 'level_is_prime_square': False, 'level_is_square': False, 'level_is_squarefree': True, 'level_primes': [2, 3, 5, 11, 17], 'level_radical': 5610, 'minimal_twist': '5610.2.a.bh', 'nf_label': '1.1.1.1', 'prim_orbit_index': 1, 'qexp_display': 'q+q^{2}+q^{3}+q^{4}-q^{5}+q^{6}+q^{8}+\\cdots', 'related_objects': ['EllipticCurve/Q/5610/bh'], 'relative_dim': 1, 'rm_discs': [], 'sato_tate_group': '1.2.3.c1', 'self_twist_discs': [], 'self_twist_type': 0, 'space_label': '5610.2.a', 'trace_display': [1, 1, -1, 0], 'trace_hash': 1072883220481184872, 'trace_moments': [{'__RealLiteral__': 0, 'data': '0.010', 'prec': 17}, {'__RealLiteral__': 0, 'data': '1.002', 'prec': 17}, {'__RealLiteral__': 0, 'data': '0.046', 'prec': 17}, {'__RealLiteral__': 0, 'data': '2.017', 'prec': 17}, {'__RealLiteral__': 0, 'data': '0.149', 'prec': 17}, {'__RealLiteral__': 0, 'data': '5.010', 'prec': 17}], 'trace_zratio': {'__RealLiteral__': 0, 'data': '0.017', 'prec': 17}, 'traces': [1, 1, 1, 1, -1, 1, 0, 1, 1, -1, 1, 1, -6, 0, -1, 1, 1, 1, 0, -1, 0, 1, -8, 1, 1, -6, 1, 0, -6, -1, -4, 1, 1, 1, 0, 1, 2, 0, -6, -1, 2, 0, -8, 1, -1, -8, 0, 1, -7, 1, 1, -6, -6, 1, -1, 0, 0, -6, -8, -1, 2, -4, 0, 1, 6, 1, 12, 1, -8, 0, 8, 1, -2, 2, 1, 0, 0, -6, 0, -1, 1, 2, 12, 0, -1, -8, -6, 1, 2, -1, 0, -8, -4, 0, 0, 1, -6, -7, 1, 1, -2, 1, -8, -6, 0, -6, -12, 1, 2, -1, 2, 0, -10, 0, 8, -6, -6, -8, 0, -1, 1, 2, 2, -4, -1, 0, -16, 1, -8, 6, 4, 1, 0, 12, -1, 1, 2, -8, 4, 0, 0, 8, -6, 1, 6, -2, -7, 2, -2, 1, 16, 0, 1, 0, 4, -6, -2, 0, -6, -1, 0, 1, -4, 2, -1, 12, 4, 0, 23, -1, 0, -8, 2, -6, 0, 1, -8, 2, 0, -1, -6, 0, 2, -8, -2, -4, 1, 0, 0, 0, -24, 1, 6, -6, 6, -7, 2, 1, 12, 1, 12, -2, 0, 1, -2, -8, 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-6, 2, 6, 0, -6, -30, -22, 32, -2, 0, 0, 12, 6, -86, 4, 8, 22, 0, -8, -44, 40, -6, 0, 84, -7, 36, -12, 2, 0, -22, 4, 0, 8, -4, -14, 4, 2, 8, 0, -8, 2, 64, 0, 40, -30, 0, 52, 0, 1, -38, -12, -12, 0, -78, 10, 32, -2, 6, 14, 0, 12, -38, 0, -30, 48, -6, 0, -12, -24, 0, 2, -72, 1, 49, -18, 2, 22, 12, 22, -72, 0, -2, -14, -52, 12, 0, 8, 0, 16, -62, 24, -16, -1, 18, 0, -48, -2, -6, -6, 26, 16, 0, -1, -6, 0, -12, 42, -12, 0, 26, 48, -16, -2, -54, 2, 0, 0, 4, -40, -24, 1, 0, -7, 0, 10, -24, -14, -36, -24, 0, -30, -36, -2, 96, -16, 42, 0, 6, 2, -76, -42, 4, 0, 0, -8, -54, 22, 1, 36, 2, 0, 24, 4, 4, -2, 144, -8, 0, -10, -2, 0, 0, -12, 0, 0, -22, 48, 28, -6, 12, -14, -7, 1, 4, 4, -16, -14, -4, 0, -16, 0, -36, 8, -4, -2, 0, -4, -28, 2, 40, 32, -2, 0, -2, 36, 7, -24, -2, -18, 0, 0, 26, 8, -48, -20, -2, 0, -23, 18, 64, 0, 84, 16, 0, -8, -36, -6, -2, 0, -4, 42, 30, 1, 56, -6, -16, 26, 0, 8, 2, 40, -22, -1, -12, 0, -6, 6, 0, -36, 16, -12, 0, 6, 10, -44, -48, -6, -8, 0, -4, -30, -76, 8, -12, 52, 0, 0, 0, -20, -72, 8, -32, 0, -20, 1, 10, 22, -2, -8, 42, 2, 80, -6, 1, 2, 0, 0, 18, -44, 0, -4, -78, 6, 0, 18, -72, 0, 8, 2, -70, 0, -6, -4, 2, 0, -16, 2, 0, 12, 16, -2, 0, 8, -46, 0, -30, -16, 4, 20, 22, 44, 0, -1, 0, -46, 6, -10, -41, -7, -40, 28, -28, -6, 14, -6, 0, -32, 8, 12, -6, 24, 20, 0, 44, 1, -48, 2, 12, 32, 0, 48, -2, -2, -64, 4, 1, 0, -12, -24, -34, 48, 0, -12, 0, -2, 28, 2, 0, 0, 0, 0, -62, -18, 48, 22, -86, -2, 7, 6, 24, 0, -48, 1, -4, 0, -6, 23, 30, 2, -60, 18, 0, 16, 64, -10, 14, 64, 6, 0, 0, 16, 56, -1, -12, 18, 0, 12, 2, 0, -2, -4, 26, 0, -20, 12, 16, 32, -12, 0, 0, -33, 12, -2, -98, 10, 120, 0, -2, -38, 24, -2, 2, -1, 0, -8, 42, 1, 0, 36, 16, 0, -8, 8, -8, -22, -24, 44, 0, 14, -8, 2, -48, 22, -4, 0, 0, 0, 2, 20, -10, 8, 0, -4, -8, 72, -8, -6, -38, 0, -34, 2, -66, 4, -8, 26, 0, -16, -48, -6, -42, -64, 0, 0, 66, -32, -44, -18, -1, -16, 0, -6, -17, -26, -38, 0, 36, 0, 4, 1, -14, -14, 4, 0, 0, 12, 18, 10, -10, -2, -6, 0, -16, 4, 0, -8, -74, -12, 0, -46, -42, -8, 4, -8, 36, 42, -64, 0, 22, 60, 12, 2, 0, 0, 28, 32, 18, -68, -28, 0, 34, -30, -22, 6, -78, -6, 0, 0, 24, 30, 0, 0, 0, 0, -6, 0, 23, 12, 8, 40, 0, 8, 20, -1, -96, 4, -15, 0, -18, -12, 12, -19, -12, -1, 56, 14, -8, -48, -6, -6, 14, 0, 144, -6, 32, 4, -16, 1, 0, -34, 0, -48, -102, 6, 16, 0, -8, 0, 6, 1, 26, 52, 0, 2, 128, 12, 0, -8, -6, 0, -16, 2, 12, -22, -38, -22, 0, -4, -40, -28, 2, 60, 4, 7, 2, -16, 2, -8, 0, 36, 0, 12, 48, -8, -72, 2, -14, 0, -2, 16, -62, -6, 18, -2, 0, -22, -84, 0, 30, -4, 64, 0, 10, -1, 76, -36, -20, 32, 0, -4, 12, -38, 28, 2, -16, 0, 0, -14, -12, 34, 48, 12, -14, -48, 42, 1, -4, -28, 24, 0, 2, -20, -20, -1], 'weight': 2, 'weight_parity': 1}
• mf_hecke_nf •

  Column	Type
  an	jsonb
  ap	jsonb
  char_orbit_index	smallint
  field_poly	numeric[]
  hecke_orbit_code	bigint
  hecke_ring_character_values	jsonb
  hecke_ring_cyclotomic_generator	integer
  hecke_ring_denominators	numeric[]
  hecke_ring_inverse_denominators	numeric[]
  hecke_ring_inverse_numerators	numeric[]
  hecke_ring_numerators	numeric[]
  hecke_ring_power_basis	boolean
  hecke_ring_rank	integer
  label	text
  level	integer
  maxp	integer
  weight	smallint

  
  {'an': [[1], [1], [1], [1], [-1], [1], [0], [1], [1], [-1], [1], [1], [-6], [0], [-1], [1], [1], [1], [0], [-1], [0], [1], [-8], [1], [1], [-6], [1], [0], [-6], [-1], [-4], [1], [1], [1], [0], [1], [2], [0], [-6], [-1], [2], [0], [-8], [1], [-1], [-8], [0], [1], [-7], [1], [1], [-6], [-6], [1], [-1], [0], [0], [-6], [-8], [-1], [2], [-4], [0], [1], [6], [1], [12], [1], [-8], [0], [8], [1], [-2], [2], [1], [0], [0], [-6], [0], [-1], [1], [2], [12], [0], [-1], [-8], [-6], [1], [2], [-1], [0], [-8], [-4], [0], [0], [1], [-6], [-7], [1], [1]], 'ap': [[1], [1], [-1], [0], [1], [-6], [1], [0], [-8], [-6], [-4], [2], [2], [-8], [0], [-6], [-8], [2], [12], [8], [-2], [0], [12], [2], [-6], [-2], [-8], [-12], [2], [-10], [-16], [4], [2], [4], [-2], [16], [-2], [-4], [4], [2], [0], [-6], [-24], [6], [2], [12], [-20], [-24], [12], [-2], [-6], [0], [14], [-8], [-6], [-8], [18], [-16], [-22], [26], [-4], [22], [-24], [0], [-14], [18], [28], [6], [20], [26], [10], [0], [-28], [-14], [-4], [8], [-22], [10], [22], [-14], [-4], [-18], [-20], [2], [-16], [24], [-2], [10], [14], [8], [-32], [12], [12], [36], [-28], [28], [2], [-18], [-8], [-30], [12], [38], [-4], [-22], [28], [18], [40], [-30], [-24], [22], [16], [10], [-42], [36], [-24], [6], [-44], [8], [18], [20], [-10], [22], [18], [12], [44], [-18], [-46], [40], [-48], [-22], [16], [-36], [28], [-34], [-6], [34], [10], [-4], [-30], [26], [-12], [42], [4], [4], [-2], [40], [-22], [10], [-4], [-32], [-46], [6], [-28], [44], [-12], [16], [16], [-34], [-38], [18], [36], [-22], [32], [-8], [-38], [48], [-20], [42], [-58], [-6], [12], [46], [-60], [26], [56], [54], [20], [-38], [-16], [-22], [-48], [-20], [-14], [26], [-32], [-14], [34], [36], [-50], [-28], [-46], [-20], [4], [-14], [52], [14], [-18], [-6], [42], [-40], [-30], [-16], [22], [-14], [32], [26], [40], [-36], [-30], [52], [22], [2], [-44], [0], [44], [-46], [-32], [18], [32], [-38], [-22], [-64], [-14], [60], [-68], [-30], [30], [8], [-48], [4], [-34], [52], [-16], [-22], [-4], [32], [-38], [34], [-20], [8], [-28], [16], [8], [-42], [-14], [36], [-20], [-68], [32], [-56], [-62], [66], [-40], [-46], [14], [60], [58], [-52], [-22], [-70], [8], [12], [26], [66], [54], [4], [-6], [-6], [4], [14], [42], [20], [-38], [32], [-62], [72], [-16], [66], [-30], [12], [-48], [4], [52], [-14], [4], [-24], [-54], [82], [40], [50], [18], [36], [-6], [-12], [2], [26], [-16], [-6], [-68], [-40], [34], [-18], [80], [44], [76], [2], [-24], [34], [72], [18], [-44], [58], [10], [-36], [64], [-30], [8], [-44], [-14], [50], [20], [-38], [-10], [-16], [-30], [-78], [-4], [12], [12], [-14], [-14], [-62], [40], [-36], [-44], [-36], [-50], [18], [2], [8], [-66], [-78], [58], [-40], [-30], [12], [-86], [-44], [84], [-22], [40], [-38], [-78], [32], [-38], [-6], [-72], [-52], [-62], [-48], [26], [-54], [-24], [-36], [-76], [-54], [2], [-16], [-2], [-48], [84], [-36], [30], [56], [2], [-76], [-20], [10], [-78], [-70], [2], [-30], [-40], [-6], [20], [-48], [-64], [-34], [28], [0], [-62], [-86], [-48], [-60], [64], [14], [56], [26], [-20], [-98], [2], [42], [-8], [-10], [-66], [-8], [-42], [66], [-44], [4], [-74], [-42], [-64], [28], [34], [-78], [20], [12], [14], [-16], [-102], [26], [-16], [4], [-14], [-62], [-84], [10], [76], [-20]], 'char_orbit_index': 1, 'field_poly': [0, 1], 'hecke_orbit_code': 148618787736786410, 'hecke_ring_cyclotomic_generator': 0, 'hecke_ring_power_basis': True, 'hecke_ring_rank': 1, 'label': '5610.2.a.bh', 'level': 5610, 'maxp': 2999, 'weight': 2}
• mf_newspaces •

  Column	Type
  ALdims	integer[]
  ALdims_eis_new	integer[]
  ALdims_eis_old	integer[]
  ALdims_old	integer[]
  Nk2	integer
  a4_dim	integer
  a5_dim	integer
  analytic_conductor	double precision
  char_conductor	integer
  char_degree	integer
  char_is_real	boolean
  char_orbit_index	smallint
  char_orbit_label	text
  char_order	integer
  char_parity	smallint
  char_values	jsonb
  conrey_index	integer
  cusp_dim	integer
  dihedral_dim	integer
  dim	integer
  eis_dim	integer
  eis_new_dim	integer
  hecke_cutter_primes	integer[]
  hecke_orbit_code	bigint
  hecke_orbit_dims	integer[]
  label	text
  level	integer
  level_is_powerful	boolean
  level_is_prime	boolean
  level_is_prime_power	boolean
  level_is_prime_square	boolean
  level_is_square	boolean
  level_is_squarefree	boolean
  level_primes	integer[]
  level_radical	integer
  mf_dim	integer
  mf_new_dim	integer
  num_forms	smallint
  plus_dim	integer
  prim_orbit_index	smallint
  relative_dim	integer
  s4_dim	integer
  sturm_bound	integer
  trace_bound	integer
  trace_display	numeric[]
  traces	numeric[]
  weight	smallint
  weight_parity	smallint

  
  {'ALdims': [5, 2, 2, 4, 3, 4, 2, 4, 4, 4, 3, 4, 4, 4, 5, 2, 3, 2, 3, 5, 3, 4, 5, 1, 3, 5, 5, 2, 5, 1, 1, 7], 'ALdims_eis_new': [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0], 'ALdims_eis_old': [0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1], 'ALdims_old': [25, 46, 44, 32, 41, 33, 36, 38, 35, 37, 43, 31, 37, 37, 32, 38, 34, 44, 36, 34, 42, 30, 31, 43, 38, 34, 38, 34, 39, 33, 34, 41], 'Nk2': 22440, 'analytic_conductor': 44.79607553393829, 'char_conductor': 1, 'char_degree': 1, 'char_is_real': True, 'char_orbit_index': 1, 'char_orbit_label': 'a', 'char_order': 1, 'char_parity': 1, 'char_values': [5610, 1, [1871, 3367, 1531, 3301], [1, 1, 1, 1]], 'conrey_index': 1, 'cusp_dim': 1281, 'dim': 111, 'eis_dim': 31, 'eis_new_dim': 0, 'hecke_cutter_primes': [7, 13, 19, 23], 'hecke_orbit_code': 33560042, 'hecke_orbit_dims': [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 3, 3, 3, 3, 3, 3, 4, 4, 4, 4, 5, 5, 5], 'label': '5610.2.a', 'level': 5610, 'level_is_powerful': False, 'level_is_prime': False, 'level_is_prime_power': False, 'level_is_prime_square': False, 'level_is_square': False, 'level_is_squarefree': True, 'level_primes': [2, 3, 5, 11, 17], 'level_radical': 5610, 'mf_dim': 1312, 'mf_new_dim': 111, 'num_forms': 63, 'plus_dim': 44, 'prim_orbit_index': 1, 'relative_dim': 111, 'sturm_bound': 2592, 'trace_bound': 13, 'trace_display': [-1, 7, -1, 8], 'traces': [111, -1, 7, 111, -1, -1, 8, -1, 111, -1, -1, 7, 2, -8, -1, 111, -1, -1, -4, -1, 8, 7, -8, -1, 111, 2, 7, 8, -30, -1, 0, -1, -1, -1, -8, 111, 26, 28, 34, -1, 22, -8, 36, -1, -1, 8, 16, 7, 119, -1, -1, 2, 26, -1, -1, -8, 28, 2, 20, -1, 18, 32, 8, 111, 18, -1, 60, -1, 8, -8, 8, -1, 6, -6, 7, -4, 8, 2, 64, -1, 111, 22, 44, 8, -1, 68, 34, 7, -26, -1, -16, -8, 16, 16, -20, -1, 30, 71, -1, 111, 26, 7, -8, 2, -8, 26, -12, 7, -30, -1, -6, 8, -2, 12, 8, -30, 2, 52, 8, -1, 111, 50, -10, 0, -1, -8, 32, -1, 36, 2, 28, -1, 32, 28, -1, -1, -10, -8, 68, -8, -16, 24, 2, 111, 2, 86, 79, 26, 10, -1, 8, 28, -1, -8, 32, 34, 2, 48, 10, -1, 0, -1, 60, 22, 7, -4, -40, -8, 233, -1, -4, 36, -14, -14, 8, -1, -12, 38, -36, -1, 42, 16, 66, 8, -38, 0, 7, 16, 8, 12, 32, 7, -114, -34, 18, 119, -6, 7, 24, -1, -36, -6, -48, -1, -10, -40, -8, 2, -4, 8, -68, 26, -40, 20, 20, -1, -64, -30, 6, -1, 18, -6, -96, -8, 111, 46, -68, 28, -22, 8, -8, 2, 86, 2, 0, 20, 0, -8, 16, -1, -2, -1, 7, 18, 7, 22, -24, 32, -20, -1, 84, 8, -24, 0, -1, 111, 30, 20, 112, 18, -30, 28, -8, -1, -6, 64, -10, 60, 146, -1, 176, -1, 16, 86, -1, 8, 122, 36, 0, -8, -58, -48, 116, 8, -20, 2, -80, -1, 111, 66, 78, 6, -102, 7, 36, -6, -1, 10, -16, 7, -160, -88, -38, -4, -30, -1, -100, 8, 24, 0, -104, 2, 102, 66, -8, 64, 34, -54, 2, -1, -12, 64, -20, 111, 2, -4, 18, 22, 128, 7, -124, 44, 26, -40, -36, 8, -2, 9, -2, -1, -32, 28, 16, 68, -8, -14, -28, 34, 82, -8, 34, 7, -34, 4, -24, -26, 8, 28, 24, -1, 99, 42, 7, -16, 86, -14, 80, -8, 22, -6, -144, 16, -166, -1, -1, 16, -4, -8, 4, -20, 16, -96, -64, -1, 8, 30, 36, 30, 202, 2, -8, 71, -68, 26, -16, -1, -14, -72, 64, 111, -34, 60, 0, 26, -1, 80, 26, 7, 70, -10, -58, -8, -64, 8, 12, 2, 52, 12, -68, -8, -86, 28, 16, 26, -1, -24, -80, -12, -14, 20, -144, 7, 46, 128, 2, -30, -128, -42, 24, -1, 119, -14, -300, -6, 6, 64, -118, 8, -82, -1, -10, -2, 88, 60, 16, 12, 22, -38, -1, 8, -206, 8, -304, -30, 0, 86, -4, 2, -128, 16, -78, 52, -28, 0, -4, 8, 26, -16, -32, -1, -116, 14, -128, 111, 30, -1, -40, 50, -84, 71, -236, -10, 34, 40, -1, 0, -128, -20, 44, -1, 24, -44, -248, -8, -38, 24, 129, 32, 114, 15, -16, -1, 28, 30, 24, 36, 0, 144, -14, 2, -58, 2, -220, 28, 8, 56, -32, -1, 455, 74, 20, 32, -204, 6, 52, 28, -100, 82, 71, -1, 50, -48, 74, -1, 50, 80, -244, -10, 18, 7, -24, -8, 0, -166, 58, 68, 50, 32, -232, -8, -1, 6, -148, -16, 62, 84, 8, 24, -26, 12, -76, 2, 0, 80, -8, 111, -130, -1, 14, 2, -32, 126, -22, 86, 18, 42, -188, 79, 0, -28, -102, 26, -146, -1, 8, 10, -152, 48, 40, -1, -266, -96, 60, 8, -1, -54, 80, 28, 16, 34, -224, -1, 42, 92, -42, -8, -90, 24, -108, 32, 8, -24, -48, 34, 111, -90, -20, 2, 58, -8, 104, 48, 44, -62, 0, 10, 210, 66, 8, -1, -18, -44, -292, 0, -12, 12, -168, -1, 20, 2, 128, 60, -142, 98, 92, 22, 6, -64, -276, 7, 58, 212, -14, -4, 32, -6, -80, -40, 0, -4, -30, -8, -114, 46, 7, 233, -422, -98, -368, -1, 28, -16, -108, -4, 22, -16, 10, 36, -52, 40, -308, -14, 8, 164, -108, -14, 22, -142, -74, 8, -30, 2, -216, -1, -48, 30, -176, -12, -198, 24, 64, 38, -64, -8, -14, -36, -48, -136, 64, -1, 32, -125, 30, 42, -30, -1, -152, 16, 111, -58, -44, 66, 82, -176, 39, 8, 60, 22, 12, -38, 104, 176, -296, 0, -22, -38, 44, 7, -160, -1, 80, 16, -76, 124, 8, 8, -310, 100, -24, 12, -186, 112, 48, 32, -1, -64, 56, 7, 126, -8, -18, -114, -310, 68, 0, -34, 176, 42, -8, 18, 72, 72, 34, 119, 98, -36, 60, -6, 24, -64, -208, 7, -164, -78, -54, 24, 178, 96, 16, -1, -26, 78, -58, -36, 0, 0, -174, -6, 22, -1, -92, -48, -64, -22, 60, -1, -304, -154, -16, -10, -118, -74, 136, -40, -1, -128, -604, -8, 18, 12, 10, 2, -57, 52, -8, -4, 16, -164, 72, 8, 89, -6, -154, -68, -55, 16, 8, 26, -156, -1, -176, -40, -134, -48, -20, 20, 134, -14, -140, 20, -112, 16, 0, -1, 82, -146, 7, -64, 32, 2, 40, -30, 30, -64, -8, 6, -62, -184, 26, -1, 30, 71, 12, 18, -12, -108, -248, -6, -32, -26, -1, -96, 96, -134, -20, -8, 16, -66, 96, 111, -22, 22, 160, 46, -22, 120, 212, -68, 26, 16, -352, 28, -20, 54, -62, -22, 320, 7, 40, 8, -100, 50, -48, -8, 26, -208, -8, 2, 270, -32, -356, 86, 40, -4, -1, 2, 182, -32, -74, 0, 18, -158, -112, 20, -8, -12, 44, 0, -44, 28, -30, -8, -378, 26, -112, 16, 2, 0, 368, -1, 335, 76, -12, -2, -66, -128, -264, -1, -20, -2, -124, 7, 256, 56, 34, 18, 78, 60, 38, 7, -30, -108, 88, 22, 26, 34, 0, -24, -224, -1, -64, 32, -44, 256, -40, -20, 42, -212, -6, -1], 'weight': 2, 'weight_parity': 1}
• mf_twists_nf •

  Column	Type
  conductor	integer
  degree	integer
  multiplicity	smallint
  order	integer
  parity	smallint
  self_twist_disc	integer
  source_char_orbit	smallint
  source_dim	integer
  source_hecke_orbit	integer
  source_is_minimal	boolean
  source_label	text
  source_level	integer
  target_char_orbit	smallint
  target_dim	integer
  target_hecke_orbit	integer
  target_is_minimal	boolean
  target_label	text
  target_level	integer
  twist_class_label	text
  twist_class_level	integer
  twisting_char_label	text
  twisting_char_orbit	smallint
  weight	smallint

  
  {'conductor': 1, 'degree': 1, 'multiplicity': 1, 'order': 1, 'parity': 1, 'self_twist_disc': 1, 'source_char_orbit': 1, 'source_dim': 1, 'source_hecke_orbit': 34, 'source_is_minimal': True, 'source_label': '5610.2.a.bh', 'source_level': 5610, 'target_char_orbit': 1, 'target_dim': 1, 'target_hecke_orbit': 34, 'target_is_minimal': True, 'target_label': '5610.2.a.bh', 'target_level': 5610, 'twist_class_label': '5610.2.a.bh', 'twist_class_level': 5610, 'twisting_char_label': '1.a', 'twisting_char_orbit': 1, 'weight': 2}
• mf_hecke_charpolys •

  Column	Type
  charpoly_factorization	jsonb
  hecke_orbit_code	bigint
  p	integer

  
  
  • id: 3947925
    {'charpoly_factorization': [[[-1, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 2}
  • id: 3947926
    {'charpoly_factorization': [[[-1, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 3}
  • id: 3947927
    {'charpoly_factorization': [[[1, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 5}
  • id: 3947928
    {'charpoly_factorization': [[[0, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 7}
  • id: 3947929
    {'charpoly_factorization': [[[-1, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 11}
  • id: 3947930
    {'charpoly_factorization': [[[6, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 13}
  • id: 3947931
    {'charpoly_factorization': [[[-1, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 17}
  • id: 3947932
    {'charpoly_factorization': [[[0, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 19}
  • id: 3947933
    {'charpoly_factorization': [[[8, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 23}
  • id: 3947934
    {'charpoly_factorization': [[[6, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 29}
  • id: 3947935
    {'charpoly_factorization': [[[4, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 31}
  • id: 3947936
    {'charpoly_factorization': [[[-2, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 37}
  • id: 3947937
    {'charpoly_factorization': [[[-2, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 41}
  • id: 3947938
    {'charpoly_factorization': [[[8, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 43}
  • id: 3947939
    {'charpoly_factorization': [[[0, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 47}
  • id: 3947940
    {'charpoly_factorization': [[[6, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 53}
  • id: 3947941
    {'charpoly_factorization': [[[8, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 59}
  • id: 3947942
    {'charpoly_factorization': [[[-2, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 61}
  • id: 3947943
    {'charpoly_factorization': [[[-12, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 67}
  • id: 3947944
    {'charpoly_factorization': [[[-8, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 71}
  • id: 3947945
    {'charpoly_factorization': [[[2, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 73}
  • id: 3947946
    {'charpoly_factorization': [[[0, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 79}
  • id: 3947947
    {'charpoly_factorization': [[[-12, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 83}
  • id: 3947948
    {'charpoly_factorization': [[[-2, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 89}
  • id: 3947949
    {'charpoly_factorization': [[[6, 1], 1]], 'hecke_orbit_code': 148618787736786410, 'p': 97}
• mf_newform_portraits •

  Column	Type
  char_orbit_index	smallint
  hecke_orbit	integer
  label	text
  level	integer
  portrait	text
  weight	smallint

  
  {'char_orbit_index': 1, 'hecke_orbit': 34, 'label': '5610.2.a.bh', 'level': 5610, 'portrait': 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wWrPc0lW2OwEBk4PlejO7C064KGL5AkBEFKu5HS6fscPw+h8THWcvnWiG4/5cyCZqrlcfHWhJ2bejQbIUJaokiw2q8zv+oz1RB40uPMeZ9DpwXHziWcWEwI6n1ed1OPb7kZAjnJ/uNtTswpzubMPW85uGC58ap5fvbdy2ydmuT42WnOLdaZX3bgXlhOWViOmFs2nF5MGcgmO7dMmJ/8gQ1/dsvVtR85v5R2LrvmR77ekPgbPf5OA3x+sUMUWZTiF4+f2veycyd+S97z2PBl/+67j+nlzhaWVidZWGkyv1xjflmzsCJYXElZWo1ZXE05uwJHFgUbN6zwc9+3yEv3Njg5N82Z803OLGjmFi3nFhJOzaec7yZMTg95+TU9brkcfFknUAFzSzXOLmjOLQn6ISSJoeYbmrWUqYkEAxw/l9Dpwa5NHs16iLUChE9vYNi5OWRxRYN1UmSlB2ECFsvSasS2jR7dgUIoizAh7ZrHzi1DVvqC42c0qdHMtCWtmiDwIEkE/VBybklydtEyt5wQBEPwEm69ssfLrhLMtussLrc5ORdwZgHmFhLmlhJOL8HhRcuNVy7w89+3zJbJNifOTTO3WGd+xWdhRbKwnLLUiVlcTVhYhbmO4ETXEq7O8/6fTpLHD2948D3f+a5nJvyz/3T7nrdbaxOj/cmvN1Qu+Pg7G2T+8n//OLMzbU6cXviFD3387p/4+BceC84v+Wjd5VtvDbh+T48oDghjTRRL4kSQmExnAxZApEhpObIwxc//seAXfnCO63dHtOrTNOst2o2AVsNjsq2YW1ScW9Z86YEad9yXcOmOPpdfnLC0POCKHSHf9UZDnCgElr96sMb51Rr1NOTYWUWv1+LaS1LOdxL27ffYu0Ny8AzcehmsdiEymkBHbGjCgdN1GvWYQCVMtAQrXbj5ii6HTwXs3WU4eibkucPu3/N2DDk8Z5lohSx1Ij79pQZWKNI05dXX9bntesu5FY/r9wzZs9Ujidv0B3X2HalxbkEwv5xyfjlhbslwYkkw14u4bu8i//57emxsT3H87CRzS3UWVjwWViRLqymrvZhOL6XTt3SGksVQEg2G3Hp1n+v3LOqXXTl4Bb2P3Cj0rbenSe9jfn3TT5868Kds3/tdX2/IrPv4O8ng7//Dj/GGWzapD95x/N/vPzr3b5/ed1wtd2MWI0U3irlu9xy/9o8XuP6SOnOLUyyuNFlcrbG06rO4qlnuwvJqynInYanrmOjkskDXh9x21RLf8aqI3RubrPTanF+qM7/ks7AqWFo1LK4alruGzsDQCS39YcJMO2bnJgMIAs9y6ryHkAG7Nip2b7Vs3dhnbjnkqYMtbrjU0qgv8+yhaVrNiCjymJkyDIZwxc4hf3LXJJftSAhDy4YJSZwOaNUCnjs2pO41uW5vwtNHIuYWfbbNBOzeAjs3RygVc2oBfM8ihGXXpoSplqQ7COj1PTp9j6WOYmkFFlcNS6spC6sp51ZhcZiyc1uP73j1Arddrql5bc4utFlYrrGwolnqCJZXDSvdmKVuynLXstiFs13F+dWYWy4/x3/5xwtcvrNGt9+k06uR2ia11u5UeNt/4cC5W/7Dtql96XU3v/3rDZ01j79TAN9/4AD1Wq1++vSpnfc/9PS79h0885+e3X+axCjCRNCJJAtDwVI/4sY9c/zqP17iJRfXOb/kQL7cDVha9VnqaJY7sNI1rHQTVroJSx3L3KrgTM+C6PG2V6zyzS81XLylRhQ1WF6tsdLzWe0qlnuCbl8wDC1RYklTUNISeFAPLJNty8bpGO0NOXw24plDASZp8sabI7S3wmP7JrhoC3z24YRXXB1wfnVATSuSNGZ6CpLYQ3sJi4sNXn59h88+0GL3Fnj0YIhHgze81JCIAc8cTjl6qoaWPpumNFNNQT0Q+L5ACUgMRLFlGEG3b1npGbp9w0rfsNizDNKUXdv7fPMtq7ztZRGYFosrE5xfqrO46rnztAor3ZTVXsJKN2W5Z1juCc50FfOdhJv2zvEr//g811xUY3G1Tbdfpz/0CSPFYCgQwU6E3vbv2jNX/vm27dtOhOFwcOmll329oVQ8/s4A/PTJg2zcOOsfOHjoB1544eB773vgCXFuviv7IfRDwyCEXijoDAXzQ8l8L+Kll57nl394iRsuCVhYmWRhpcVyJ2Cl67Pc1ax0BStdS6eXstJNWO0ZlnuW813B2VXD1GSfb7qxy62XJ+zapGjXPTrdGoEnAUWUSIwRGAv9ISAMU60hB09bjI2489EmYb/OJdt8brumT2xWuOfxSa671OPguR6ry21uuabPlx4L2DRt2Xfc8k+/rcO+YwGbpiVffFxx2xWKpX6HIyenuW5vxD3PDEjCBrde6bNnx5BB0uMLjylIBYdPadoNjRbQH0iMFaTGEieANGjfsNqzNFsxO7aEvOyKPt90Q8JMs8bc0gSLK3WWO+7cLHcEqz1Y7Sas9hJWeymrfctST3K2K1joJtxy+Xl+4YfnecnFAYurE3R6dXqDgN7QYzDU9AaKTl/Sjxpm686r7M5de35s98WX/OHi4kJ09ZV/N0D+dwLgaZrIJO6/5dCzn7pkfolfefChx72ljqA7MPT6Cb2hoR9a+kNLLxSsDgULQ8m51YRbLz/PL/3wAtdf4rHSmWB+pcVqt8ZK12elp1ntKlb70O1ZOv2ETi+lNzCs9i3zPcF8D+I05NpLB2yeTun1LW+6JeSizYYklWhpiWK4+6kaJ87X2DKV8OzhGpgGl29XXH+ZIaj1eexgn/mFJldd1KQ9ucwDT3vcdGmNxf4Ky8ttNm+2PLxP8T2v7fHIPs32jR4LvVWWl6a5/oo+DzybMl2f5KpLepxfXeXh5yep6yY3XmbZu3MIssdTRwUbp2Pm5mPuecpjGCukhNRYLtoS8U23RHR7iq1ThusvhShqsLTaYGk1YKXn0ekrVnuSTg86/ZROL6XbT+n0DSt9WBoITq8KVocht+2d5z/+8DI37vU5vzjJagbubt+jP9T0horeQLLalyyvpiyuhFz7kpvifqz/9Q+9+62H2q36pz3fM19vbH3dg0xrF7Fm8ft6Cw//Wnfp+elzJ/tMtBTGKhACAUiZoqRxh7IoCVoalNA8cnATP/X7Ht/2siW+67VL7N4acW6xTeDXqQc+jcCjWdd065LWwGOiqekPU3qDlE2hYRBausOApfkap05aosRw+lxCEFhA4CuLloL+QCHwSPqal1wk2LPVsnNbnzDt8rlHFC8cmuL1NwRcf8UyH/ycxRcNLtrW5+kHFNsmFRvafWqqThR7nO9Cs6bZvknw5AsR1++t86rrFvijzwzwvRavu9niBX2+/HDEZx9q8vzROhdvbXDRlpTZqYjdG2KuvihFKYNWLqRuBAGzkwFR7NHt+zx70KM31PQHit5Q0htAb2jp9d137w5SegNLZ2BZGcB8X3Fu2dBsr/Ljb5rnH9wWcu3uBmfn2w7cfZ/u0KM3yP9NQXcg6fYt/aEhjOHOrzzs6dqGX5uafWTpzd9040+cW+r+0ebp1v+5AI/DPknED3XmP/+Li6c+PR0NUmp+i0ZNEieW1EgEAikFUiYVYFuUtHjSEijJ04c28MTBBgfPnOfbXtbjZVcOmWy1WVpt0OzUaA98en1NN7vYg6GmH2qGoWUYGaLYEseWJHVHlPhYA1IJPC2o+YLJlmCqBZs3GLZv6rNhapXPPwb3PuEhzQSvv8HjJZd3ue/5mGjY5raXCFYHA84vNrl1r2HDZJ+6DhgmivlOjDKCl+zVNFohj++v8crrJ7jl2i6P71dgJ7jhSp8f/JYlvvRkxBcfabLvRI2ds4rN03WmWg0mWlAPwNPuhjcW9h0VpKkgTgRRAmGM+45hyiA0DENDf2joh4beADohzPck57sQmgG3X7fEW162yne/zpAkbc4tNOn0a/QGPt2BduAeSnpDSX8gihumP0gZhpZBaDl39hwH/uhz03ES/5cfeMerdbfX//1Ws/F/HsAH/WVSa39w+cxdv7h05vMb47CP0k1831ALUuJEYDKAC6GQApRMUUoUzOUpi6cMdS1Y6Nf5yF3b+fITHV5x9Qrvvn2Fq3f3mJlssLjSoDsI6A+8DNjKHZEgzC3GxC31rnbLBZVaQ82HRt0w3YrZtrFPQo+Dp2P+7J4aR042mQzq3HSl5tZrOjx8YJU7H2xz86U1dm7p8yd3CZQIaLdiVnohxoISMNvu0+n6mKTOW15xno98tsGeuRrffHOfKF7knmdmiNMaL71yI998U4dLd6zy5cf7PH2ywVNHfbZPS6bbgkYg8D13E0oBQliMBWMscZLdrLEljN2NPIxgEEF3KFgOBUtdEHrIdZet8O5vWuEVV6bMtGusdJqsdOv0Bj69gVsJcnD3h4J+KOgPLYNBSn+Y3TyRJUlAe5ql1Q4f/LMvbwyU+MV3fevL7fz88h/Mzk79nwHwf/IzH+KqKwz/+f2f/v633LT0K1tqz2ywyQpCeGhp8HVK3VekqcnAJkEIpFRIJVAyRUuBlgZPG3xt8T1L3RMsDxWLK1P8+VeaPPRsj9uuXeHdr1vhuj2rzKR1kiSgP6zRG3gMQk0UK+JEkqSS1AiMFQgsUlgC39CoJQR+hO+FnF4M+cyjkkOnfI6emkKZgD1bfK7Yrbjh8g4qmOeZwy22TTa46mLYPLvMUqfN1dskibF8/pGAsC+ZbCa84aVDPn1PzIlzLS67xOPsypDnjnjs2DTFtbvnue/pLg88Jwgjn8t3T3P5joDLt3c5fHaJQ6fhkRcaHDzSpKEFgZY0A0vNAyldUGWtu1mTFKIEolQUAXonhsgkGDvkxks7vPubOrzi6pQt0z7DsM3iap1uP6A/8J3EGSr6Q+eY9IeSQej6RgdhymCYATyyDGNLlEJqQCvF6fMdfv1DX9nY6R/9le//ZpMc3v87H2wry8ZL/snfX4A/+tWPcNMrDvKvfmHPdz/2wv7fuHzqgcmrbjVgJggjQWoktVSSmgRjAes+npASJQVKKrQSaJ2itcDzBL42+J6l5lkafspkTdANPZY7U3z83jZ3PTVk01Sfd716lct3DBkOely127JjsyKMPdJUkRqJzcEtDZ5OOT5nOXpOsDIwfOq+BqcXprCRx1RNsXVGs2uz5uJtcNWeDkYu8L5PN1lamuDmyzVX7Vnly08JROKxcUrSbCT0Yx9pJViJ0j6rQ8HckuBK2+DVN3S5//E6Wzf43HzVNP/oWxb4w892eWR/k97QY3Glxe6tdS7b0uele7u8/ZVdziwt8an7Ahb7AcfPepw+7eMpgZRu1TPWkhqIjSVNDFMzMddc2ScMYy7fEfKOV4dsnFBMtwLiuMbZ+Rr9gU8/dKvcYKjcETnWHoSCYYhbCcKUQZg6yRNa+qFbHYaxIEwEg1SwmnocP7zA/ffv2/D2m7f/htbXxrN77/jwb7/vI/yT93zn3z+A28FvQu2AOHdw8zvvvP/w+7/y8KGGkCH1eko99AEwVmKts7/IpIIQCiltAW5Py+zZAdHXAt8z1DxLPbY0IstELWWqLuhHkm7U5OipJr/84WkwCSJJuOGaPrs3RyQJGGuw1iVxpBBIJdCez/4TPvsO1WjWNC1fsqEhmJ2RbJzWbJ1V7NqSctmuFVKxyG9+os3xE5PcvNfj8otSBkmXB58JmKx7zExYJlsRjbosZNfqULHUsyyupqz26rz8qhUe3dfnhROKyXaNl145yQ+/ZZHf+iQ8fqhJb2BZ6Wrmltps3tBg49SQXTND/uU7+7Qbqzx9FPaflHieRSmLEAaw7n8WkgQu2pxy29UJaewRJwHWNhhGHucWfAahW9GGkSrk2yASDEPBMHKsHUZOy4eRyeSOcbo7MgxDGESCQeyOTiLoxAaSEGyf/YcPTz60f/P7z/7pu5LfvOOWj377T3zMfvzX3vH3B+D/9X0f5Jv+/xepn/72x9+2Z8MzH7x1777ad77GoESMVAn12hBrRaF/bQFukMIilUZL8LLaaK0EvqfwPUkYGYIoJYwt9dgQxoYosrQTCGNDmECUCIaxJEwD4rTGC4eaPPUCpNbioO20sSfBV67moxXAVVugXYeJpmSqpZiZ1Gychp2bQ7bMrhDbJX7zExMcPjLB9RcrLt4u2bN9ma88lzC3OMENuyVTbUPNHxDIAKsESSoR1pKkEcu9GnOLHtdfXucle7vc93iNTVOCRq3F9XsNP/62RX7jk4bnTrdY6RlWuor5Zc2GySZT7TpT7QnajZjZZsyu6yMCL8HTCUqlSOFOosXdVHGsOD+viRNFnCiiWBHG2XMkCWNJGEmGkSSMhAtQI0EYWcLIndcwdOfZgdwlmAZxBu5I0IsEy7FgNYI0CsGEIA2fegj+7Iv7Gze+xHzwt/7Zkvmx72984tnv/930mht+9Bsf4B/+8B+zcTJQOjn8jj/69MofLZ4/WvOV5uhZwe5tir0XrXL1jn7G2BYhyKRCeShl0VKhtcLTEt8T7iJ4gtBXRLEDehxboiR1rkhSOVJIUkuaGlKD09uGAtxCkDk04HkQaEEtEDQCSbOhmGhIpiYEG6cTdm3u02qu8In7I+55ZpqVhTbX7FTs2uJx6Y4hqVjh8480aHqa2SlFqzHkmcPw/BHN1Tss/VBx7aUx1+yxnDubMr/sMxg2eONNXb769ICDpxXNuiTw21x9seE/fP8idz834NN3b2CxY9m1MWV5VTPZVkw0PVoNj2bdUgsMgW8IdIpWTmpJWRKGMQJjBImRJKkgSQRxIokSQRxLwtg5L1EsiGJLFEEYp0QFaRgH7tg60McwjGzB2t1YsBILOrEliUJk3OO6PV2+4/V9dm+1vOr6iCQ+Wbt0140feuSBG95z2XXvPtKLfuS+pp/did+oABc6kmeW+9955syZ3/n83XO1+d4O0jgEIh4/GNPra97xmi7vur3PRMug+u7iKOV8by1TPO25gNIzDD2FH0siTxL6gigW7uLEijghK7yyJElp+yWpIU2du5DazCkpVgmBlKCkQGuBrwWBL6kFkmZd0G5YJluGTdMhs1NdErvCR78q+cPPzrCxVuOanYKdWzwu2mrYtWWZTzxoWVqqcflmxVQbWo2YuWOS88sB/m4IY8HshGRyEg4etSx3DOcWalx6UY3X3tDlM/fWmGlB4PsoOcnVewTv+ebzePI8f3XfFM+frrGpE7NxMmGiqWjVFY26pB5oAh8CD7S2DuQCpKiAHHdjpwbSVJCkZECHOLVECcRx6kghNkTZcxgb4hgH7iQDdywY5pIkFqzGgl5sMMMhE7Uu73rTEu96bZc33pSSWs21FxuiYZ3T54/XDs1v/h/tUwdfUNq/Foi/YQF+8KlPECXm+3/vz5/91QefPNVu1QJiJegkmiQJsGnE5x/2ePDZGmdXlvmnb+sz2U4IwoRO3yV3tPLwYoOnNb5W+J4mjCVRxtyOcYRjooyVkgTiFNLUOQnGuIDLGJv3cGbgdgBXSmS63gGkFkCjZmjVEyZbCbOTAzZMrXD/CxEfurPO/qOTXDThsWczbN/ss30TXLazQz/p8PC+NnXlMTulmGzBZCtkaiLB9zVCuJtrEPosdWJW+pbVXsL5ZZ+dm1vccvl57nykz/7TbRpBjKd8hJhgzzbF975ugRsvO8+H7mzx8LOTLPY0G9sJk42ERk1SrykCTxB4Es8TaCVRisw+dCi3uB5WYyiAnqQmW90cKcSJIUkduJMYosSWR+xKfcPEAbsfC7qJpJNYwkGCjfvMNLv82NuX+Jff06NZ13R6TeLEI459hlFAYnz85CmOPLu68fTqTe9+3x/91R++5x9+6zcewI+e6SCk+qEnHvrQL9731JmZ+WUfJS0tDVIIBtJjmChS5bMS+fzqR3z2HVrhW1/Z41XX9dg8E9Hp1hmEAX7k4Xs+vqcJ4tSxdawIE0kcS6LELbtxknnaKZn1R8bcEmMpwe2SlBlzg1YuYeJ7lppvqNcSWrWEqXbIlg0d5lb7vPdTHp9/dJql5SaXzAp2bhRs2+izfaNg99Yh2l/hI/dojpxssneTZKolmWimSBlyet4SaIkUYK0gijW7NnZ4hJROX7Hcscwt1dm7vcbbX73Kx77sc2wuwNMxQngY2yROJDfsXmbXd3X4/ON9/uTz0zx2rMm2KcGGZkqzllLzBYEn8D2JpwVauXMtpShqMizuJjMW57SkDvAFyFMn6dwqCFHO7IkowZ1AN5H0YhjEKWkvZPtsh1ddv8JbX9XjTTemeKLO6krgwJ1q4kSTJBprYdusZW758MxEa8uvvPPt36N++PsXf1+ImW8cgJ9fWKUW6H/0hx+75xf/5FOHNs6vCgJdBo1aQE1aBlIwSD2GUrEae3zkKwF3P93j+su7fNfr+rz55g4bJkL6wxqDKCbwPOJEE8buhMWxC5jiVJIkkjgVJIkkTQWpEaXWNqKsEbf558Cl/bNkke8ZAj+lHiS06iEbJnsM4gFffsbyZ1+Z4OFnJ5nyPa7eZtkyLdk047N1VrJ9U8TF25Z5+tiAT311lgmlmZ0QtJuCdiNmtZ/y2QdrtHwXXxgLg1DzlttC7njI1cSs9gznlzXbN7b4tpf1ePiFLvsO+jSDBCWFA7lpMIyc1v/e166yd8t5PnJ3hween+TEcp3NbcFEzdLwDTVt8D3QSqCku5Edk0NefmQyqWZMucIlGdAdQUCcCuI0y4qmgkHijm4KYWRIoohmvce3vWGZ73pdh+svS9k8pRiGTbp9vwB1nGqSRJEYmSXvLDMTETPqsY1LZ7b/4sTGN5g4XP6AF0z93Qb40vIKS0s9tOT7Pv7pe//rxz7xpZmFuQ4t3xUtgQvs/BR8A4GCemoZpIKB8hl6Hqc6AWceavDQM30+dnWXd9ze5w23rTA94RNFPmHsE8UO6O5Q7uSlWcImLQFubMbcpqwpE8JmQaXLhmpt8L2UwI+pBxGt+oCUAV96XPLhuyZ59ugEIg64aMqyZdKyYVIxO+2zeYNk62zMzs0dTs53+d1PN0nCOtu3CyZbmnYT2o0Y4UV0Bk0mWxYhnFMUJ5LpQJGYhG7s0+2nLHcUp+frXHlxix/51hV+5U8Djs830SrObgxNktQYRpLNMwE3XNLhmot7PHf8NH/2lTp3PjbJmdU6zUDR8qHpWXxt8RRo6dL5LoAvHwawxt10qRGkFpJUOP88FURpBuxUMExhkFiSJMbEETO1AW+8fYV33d7hFVcnTNY1cdJgueMTx37m1miSVGWHA7fJroVSCpVEHN//pY0bB8F/ndn68qS7cup/SN2m0fzazU/8mgK82x0wNdV86733P/Jbd3z2znYarrJlShbLolsaBamy+FkSIkgFtRQaKfRTwUAFhInH+WGNv3q4yT3P9XnpF7v8s2/vccXOLhsnFe2mJop8osRzDJG4k5jmADcy89QZsR8dc7uCLa0MWicEfoKnIjqDmPlOzK9/osbR81M8vm8Sa3xm6oKNGywbJgQzbcXMpMemGcnmmYRts31mJpf5/BOGx56f5JrtgqmWpNWQtBuGZj1CeCFBoNGudsxlGVPJINQMhjGJcVWT3Z5lqeNxbrHNrZf1uOXKFT7yxRr1JYWWLg4zVpOkPlEsGYQeGyZr3Linx42X9HjkVWc4Pi/50J2TnF9pcGoxwFeSpifwcxkmXeBZEHkuVXBMnlhBbCAxgjCFYQKRsZAmkMRIFbJ1asA1F/X4Z2/vctMVKe26JkmarPZ8ogLYngN1hXiqALc2sy8tpEnE2YW7Z3YP6r910Z4blqNo8KmvJSa/ZgDft+8AO7ZvVr/1u39yyXPPH2gPeivMtDVp6tLGJlsO0yzDlqbgG0GiLH6aA90SGcFASwZejWHqsxjVufOxNvc/P6QZhPzDN62yYyZh19YBt17VRQtFq6FBZAA3CmtcssjaCnNjEdKihPNyLQnIhOeOSh59QfOZh1s8d6JFlDRoacVs3TLdtEw1rPPB25rpCc3MpGDzdMLW2QFbZpe559mQ931mI1smNbNtaDcV7aag1UioByH3H1AMI43XdKCyVhAlkppWXLd3wEPPTLrCp0HKSsdjYSVgbmGKH/nmOU4tLPLQk7N4EhAxBkgSTRR7hJGkN9BMtWpMtpvcsrfPq67p812vmeeFk4Y7Hq7x8At1DhxpkghNGCr6sUIJiRBiLPDMcgLWkBiLNQZPpEz4ETVibrm+x+4tQ7ZviHn3G0LqvqRV10RRnU7PrahJhbFzwkky6ZgaRzxJ6sohjMndHJcXCMMuyfP3tnurZy+58WXfoU6fPJRu2/G16dz/mgB83759bN486z/y8KM/UPPMr/Z7S7QbHql1QE5TSG0ZuaeF5nPdMl4qSIzFz7Rf3VjCVDBMBUPtMUw9+qZOt5vyXz8yhU1iNs0OuXLnkJmJhHe8dsDOjRFxLDK9LaHC3GT6U0qDkIKP313n6cNNhNYcP9Pg9FyDWl0xEQgmm5Z2zdCuQasumGgo2i3FVEszMwkbJhM2zQzZtrFDalf4+FfbDHpNLt1uaTcUrYakVTe0agmeF/H5h2qEfYm3EWQGpjiRNOuKN750wL1PGHqhpDdI6fQ1K13NucUGV+xu8Y5XdHj8uQbHl1ooaYA408secaoIY5eY6Q01qz2fVr1Bsx5yxfYhN1825OT5VY6dXUF7KU8d0XzsKw2EUg7cQo5eRGsAg7WWJErZtSnhXa8dsKGdctkuy6YZSBOPMGqRpB7LHT0K6CyBlBpX35MWzC0y4hEO4KaMj5xVKUgSRe/sCn7T/OozTz/W37hl9x8eOLAv2rv3ir8bAD9z+hRLi/N7T5469d5nnn5MtupZMiGl8KJNBmYHbpFZVJAqWxQGJRmzxwZqqaVhBHEKkRFEqSQ0ksh4xAbme22+8rTBkvKXD8cIkbqLZE2RCrVkFplwFYlCSKRSJLFGGo2nJa0Ads9amp6hERgaATQCQbMuadUV7YZmoiWZasPMRMLsVMjW2S4py/z6X9S475mN7JmBqUbG3g1Jq57QqEc0GwPq9QaBkiiZaXDcjR7HHsOBYBCmdENFb2joDoxrmWv6nJqb4OVXhvz4O+f4tY9pTqwECGGwNsakljjxiGLJMPToDRStgaZZ82nUazSCBrUgplWPuOHSCN+LuenShHff3kerJEsCGYSwo6I8k3TGSISQBJ4CfIahZnFZu7qdTAqW2roiQxKVgVaSGFGwtgN5Ceo0Fe7PjShcryiGBx58TF4zUO9d7Qy+GobDZ78W2PxfBvj9d3+SyUlZP3zk0NuOHj4kWk3PJQ5iQ5yaIuGSGmdDOXBXwJ6WPycZuyd5IiJ7nWR/LzGQWIiNIDaSxEpSo4lN4FYIO5oUK7KUArQQWbofanVLTVtqKiXwINBQ8y31QFD3JY26pFHTDuBNwWTLMN1OmJkM2TjdY+vGRd73GcOf3LmJHZOKDS1Du6loNRTNBjTqKa16zNlFw+GzATXfld9CXuknGEaa3ZsNmzcM6Qx9BkObsbhkpatp1Wu0GpO8+/bzHDl7jvd/ahtaaiyG1KQkxjpHKVIMIsUglPRrksZQUw886kHKatfFGL6X4ukUz0vR0jVKSOnS+SI7yHQxiAzkglWTVVmaLK7J4ptScrjXeXCfs3WSgTmpgjmtsjYVAhRZgg4GQ3j40SfFzl2dt23bvuvwH3/4Y4N3f/f/Ws3K/zLAZ6fxe72zPxUNzv6Ur4ay1ZCEEURKoBNJoh3IU5MnFHIWHwW3MSXAy7/jpE1asbLyG8QUXq4oAqWq5gayTJ4LrLQ0aElWRw6eEnjaOt9YC2qBpOZL6oGiXlO06pJWwzLRTJlsJUy3QzZM9dm5aZGHD4R85O6tTNUCNrUM7YZw4K5LmjVDs5bQaoQ8vB+eeqHBJbM2071l2nwQKm66zHLpzgGPPDtJP7QMhim9gc5A7tGo1anXJvmOVy7x1IHzPLRvM1iFMakjgsSSxLaoJxmEmsbQUq8par4h8D0CPyXQBq1TPG3QKs8SZ6UQwoKwCEo9VwbnmWYudLMs7dc0fy0LqTEiPQq2pvI6I6ns/TjJ7MjYJZLCyNAfdGVkTv/72Nb8RqP5C0D0dQP4YNiXcTT8uUfu/eOf6K2e8RuBn9VTC5f6VtkSpCxJKtA5i+eMXgG5MaV8KTOPFM95gGqyTFyerLBZwVT+qEI8T1XnCZ38M3kKPO0aBfws+xf4ilqgqAeCRl3QqlvajZSJZsJkK2RmYsDW2WUe2j/g5/5oEydOTXLxBsNkA9p1RbOuaNagWUup12J8b8jq0FVBesoiZfnJ8uAqTnza9Zh+Yuhnddb9YUq3L1mtKxrdgFrQ4qLNMf/hB1b52Q9KHty3CYvCWEOaGpI0IUoMUawYRopBIKmHipovCXxL4CsCbfA85/drZR3AVVbnk8kUIeyaBl2TxTHGCmxWy+IanUVR2+JIR2YklTF3tgI7sOcApwB4msVaSVrWC0WRIYpTogSOHD3tB7XWv/6JH/9+7939/r9rNBr/072d/9MAj6MVrA1/4diRu/7FyuLxmudJLAaLzHxmgVKgVB5IiExqODY3hWzJ2dlmJ8gW3eIm82jzZER5wilsx2pyMgd4JrsLeZLXmijl7DKdtaJ5WhL4Et9T1AI3kqEeWJo1Q6uR0m7ETLQiptsDts6u8NALfX72Dzew/8Q0u6adw9KqS5oN6di7bmnUUhq1mDiN+OMvtpBK4UmLEqVNaGymU1OP7339Ml94LKIbBVljdUpvoOj2FKuBpuYHBF6by3Yk/KcfXORn/lDwwLObMFZmq6IhTlyhWRgZwpordw0CQc0TBL7LbPraFhlbrQwy622VwrpGiRzgZcozA3nmtJgS7O66lAA3GUMXfnpKEWcVP6eUcZdxWVL32W32+V0xVxQZEIr9B4/VPvapu/+vd/yD14mFpc6/2TDd/n8X4IPVF8DaW/pL99cbQQ8hfPJR0gLpsmcZsJIUEpVrskyH54FnBvq81coVROWvK7UTVrjXVXCv87lygOc1GHkmTynhOoG0KOrKPU+6+g1fUAvczJNGkNKsO3C3mxGT7QGzk6s8/EKfn/vANM8d38D2KcFMsyJNappmzdWv1GsJ9SDC80JOL07hKYGSJrPlyiAzzYKyLVMuedKJawxCyzA0DIYp3aGk3lfUfA/fq+HpCS7fnvCf/tE8P/0H8NDzGzP9a4hTS5ykGZMbwsBQiyRDXxUSzPPA006iuToVi5ZkMgVE9lzFeI5zW8iWSmXiyDMVNi9vgiQtV+BcduYlAUVZQGJGWDyMXc1LdzXik59/tH7R7t23SCn5n338rQEeJRYhaMb9g8HZ/b/jKbNEo+4BievAyZMqUmYAs8SpQGfLUplGz/1wWwDb2Lwv0hasPQpq+6LghjIlnVcJSlnKJSVdPXkpT6DmQeAb6jVLPXD6uVGPaTciJpsDNkyt8tjBIT/z+1M8c3yWrZOK2aZhoi5o1SSNmqJRF9Rr7uZwqf6Ih/YJekOfmiK7yZwGz5sQnIOgadYUt17V5eHn2vTjsh2sP1B0A0XgK3zPz/TzJFfsMPzSD5/nJ38PHti3kdhI4iy+cQVRWUmrLwl849g7q03xspvbHWQypZRxMsvyrgfyrH8ikysUN+o40AtJafOqRUaILDWjAE8Sd4NGWWGXq1S0DBPBwtlV/svvftr/4X/0xsZ/+cAd/X/1j978vx/gy50YIb1/3Tl/5F9bs6S1jvC1IvEMxhgXiQuTsagglgKVgVul1TvbLV1Gi4KtU2Oz1LEt9LW1JZPnSYmiW4XKxchGTAiZgTsrMlIFwB2Le9oxme/hOoH8rMAqSKln8qJVD5loDZhqdXjyUMjP/P4UTx3byOZJzWzDMFGHZk3QrCsadUWjYO+UWpDQagy55ymfldUaU1NlmjwHS76kx6li44zi9pf0uOdR47poIlMBuaTmSWqextM+WteR0nDFDssv/vB5fvL3LA/s30hsNHFWAejKXh2TB7Esqgt9LdE6K8KSAqXzc0Px+fKbMJcqIq9Ko0wIlUAv0/xl8VYZLxWrsRlbqU3J5En2efPnHORR7EoFeqFBdvuvPHPyhT/4lz/4rT/6L3/guRUhrvrfC/A77noSIfxab+GLtddddZJasIFh6LbcSE2eXFEIjAs2M5BrJTIGdzo4NaJyx1d0XXaScrY26zF3+X9FRq7Q3jKvoKvEATLX3rj6DG3xPNdYXPMNNT+lXkto1GKatZBWY8j0xCqPHwj5qd/bwJNHNrFx0mNjI2WiYTNwZ+xdk9QDx/61IKERRCQmpBsFCCXxcgYvNHiuVbMCsdij6Q9duUBUYyoH+TCl7zsGD3yJpzWezjegtVx9keVXfnSOf/U7hgde2ERsNGEqiFKTsbigFhsCz+Jnvataly1/KlvR3PnJuvLz50phVnUHk+r5H42FKnKy+NmWcZQpTQVTcdGcDreZxHLgdrXpLhgdppKVs2cITPKdJrr08CCMfvp/K4PPzZ1j48ZNu3779/7oyrpYQKsa1gikdAX2njbOXiLX4RlLpJIktRnIxZhTIsqlrgB3GcGP15OUVrctWbtyUYrlNuvQKQYF6WzMRFaElFcP1rw0080x9VrIVLvPRLPLQ/sS/s37NvDEkU3MTmhm6ykTNUsrA3e95uzEHNz1IKXmJ7SbEfuOWe5+vIkvJZ4yWRBXIiVfvuNUkRjNq2+IueTiHodP1JltkLWDuR7I/jBjYa3Q2kNJmyWNLFftgl96zwI//XuGrz43yzCuE6aSKLE0shruwMOBXOerl8kkikSqtFjhlBQVgIsKyCvLZDWgHyGeiow0tqhUzNm7ALklkyllrX6SJflykMdFPkRk1zLgyWe6fPaOZ6/5pjf90K5TJ08d375j+9ce4NbuA+KLVubv/G83X3b6rekgJY4mSI1ACNeFo1VZ/5EveVJKZGJQygUhOrMG81qE3B3JtZwdY4d8SRzL4ZAvnWvALSxS5bagA4O7+dzha4PnGQLPEPgJNT+hFkQ0aiHTE32Wu33ufRZ+6cObefrQBjZk4J6sW1p1QbMmCq/cOS/GsbfvAF4PQqI0ZTioUVPuJpOisvSTZwuzpEiinZbXIWHWAlYC3OD7Kb6n8TyJVgolvQLgCLh2t+CXfnSZ//qnCQ+8MMOZ1TbDpmQytbQSN20gyA6vkGg2swupALxk8OLzZh96vfl+NmOb4lrlBXWmyuIUcVXZZGELcsuD0DjNQZ5ZihnJ1TV41ueBJxOsWHhrV92b3vrSK/+vx58/cuyGKy/+2gL88SfmkWpw82Bp39t09BjNRosoUVnuC5Ry7F22glmklIX/XKRpDRglRizB/KRUWdu8KLjz35GxDdVgyWbyJOvlzAYEaZ3PUcnLYx24Az8D93SP+eUBv/jHDT714CwLvSlmJySztQzcNae7G1lgWQ8kjcBmDO60dy2IgIi7nvRZjn1mAkbqsREVJ8K68xHFmnagee31fR7aH9GNAyZi47rYI4Mfulp1XzuAa2VR0kNIl6DBwuU7JL/2zzrc8dCAX/jAJk4tTDGY1Ez6glZiaCQQxG70sq/cQCMvDzSlKILg/LkaqFdvzBG5UrD4aBPFuLQsA9Eyt1F2E1Xr0DNpktUtgbuWAW6lu+uRA1x5xczbbrm69cciGhz7mjL4YDCgVqtd+uijD//z554/xWXbW9RrZfZLSlBYUKn71gV7W1JpS4Cr0SRBaf/lkXgeSJaROuMAHwmCXPmrqLgAMqt9djaYA7ZWphwz4aX4XkLNjwn8mFZ9gNZ97nkq5Q8+2+Yz920kMm02tgUbak6WOAsw98lVdoiMuavsHaN1yP3PT9KPNFsaNssYjjN4bqtJ4kRR8xS3XDEgMQ7gg1gwLBp83cg1T+cWp8qA6M6/Uw6CDZOC73xNj1Zwhg98dsC9z89wLq7Tr0naiaWprQO5zuIQZbO4xGYgz4hBiCyOyQcJlSy+HsDdUyVGqgK9Kj0r1aQmA3HhjZsyGZSX66Z29LpPNTyO7j/I/I3X/POX3vyyJ/r9/sFG468fCffXAtymz/HcU1+m3mhttYNDr9oyuYTveUCY1VdYNzRHWISQZYLFuAKjRFqMFKTWXdDSM81rHsrAq6q3ywTO6ALpwG0rssRmALfZeDebsbfJar4zcCtXixF4Mb4fU/MiGo0hvt/nw3dqfvl/bOTw/DReUGNzSzAdpLQDSzOAZtZhXw9ctrOWJYRc/UqarQROnix0UnqRj68UvrRFgJl/jdxqMzZv/JVEiUfdG7J5csBKv8UgFtm4NRcreF6a2XwqszvdrJj8HOQp9YmG4q2v6HHTlfP80oeG/MnnZ1lKmvQDj6YnaWtXgxNo8BVFM4TOkz7ZyicLqVImgDIbf41cqSbackmZJ4cKh6VSLm3MaGVpLklcs0X15yzuEqCFxRrFk/uWufOe5191dj7aurLaOfjQU4e55SV7/tcAHsaGy19yzUX95WfeZ1fupr4typImrhot/2KuAs0WLJqmFmkcM5TMbUv2rtSR2LylLH+2uHLXsc8iyNPKGXvLCriztLNjcFNh7jQDeYKvnSQJ/JDAG3BsLuH9dzT55FdnODI3RbvhMV2DqSClFdgs9Z6DW2bglkVSqJZp78B3N067GfKJ+zUHj9epKeEyhrmDQonycsVyOjxONJfvgm+5qcsffG6GXkPTjt04tCDK4gZl0FpmsxmpgNyroM2RyM4Nkn/zPX2u2X2K3/vMNEfOTbCU1Ol7mqYSNDKg+9K6GydzmVSFJKSoxjWMaPJ1ibAwAeyaOGqcxV2mmpFaozzFn7N3mluQ2UCmyFgW+h7/43PP8VN79rzv1a+86U3zS92/Vqq8KMDTKEJ6Hh/73KPbn99/cM8VG47zxps8esMaaSpdhqtoDTPIVGGMRRqDknnlmUGZfJC8KQBeFPIYB91Sc4sLam7IT7Qt2CW/oXJgO9ckZ+8UTyeuc0cnBEGIr0O6acR7P+rzgTs2c3pxEqPqTE8opn3LhG9oZMzdKNL3MqtTyaRJ5p0X4PZd9jKMIw6eCuhFAVNB5uLkSafclci/p63UpMSadlOze3uECoZ0oxYDX1DPZpD4mbzyMomic9dDqAsEr4rZiT4/8tY+b3v1OT5wR4f3f3yGhUGTga5R04qGFtSVJUisY/NMSuqcyUWZxi8Ajh11VsZBPgL0fFQFY1I0Y/Ac2HnW0wgSW8qVxEJssz/PXtsw5faLDnLl5gf3bG7q7Rdtf8WxOE7wvAvD+EUB/sKx82yYas7Wa/5Hf/WDh71dG2aZaJzlVdeGDKIaSaKLUsrUKKRwDK2sG56pTL4LgSxOfs5cOcBzWVIF91pZknvetgJwW06+KsBtUCobN6FTtErxvZiaH+F7EavDiPuflnz4zjYf/+oMw7SF7/vM+IJJ39D0LY3A0vBLcNcCSRBIgkyauMRQ5kxkAPc9l/k8etZy72MNotgjaNo1AWb+yB2jvBQ1ihWep7n9pi4f+VKP/aeaDGpu3kvoWfwENzojMijl5jQ6GSHL4T6UUi81ksRIGoFm0+SAf/Udfa7YGfInd7Z4dN8E84MmQ+XjeZqaFtQlBDKzUXN7VbqiOTnO4tl1KORKhYxs5XOMgHzNIQqgp/mNbh2w4wzMYfZeaiw2TRBxyDddP88vvmeF7c2HvdTe/tEkXnqJSTrz/9MMvmPTpPzyI4du/u8fuWeiF6c8dXiCX/1wjz3bl7hos6HfD0iMRhqJMoY0db2QJmNwkwF8BNRGFPMHRzV3njFbSxE5c7i2sxzopij3lNJkdmDqAK7SQo5oHbPai7nvWcEffa7NnY9PsLTaQtZrtOqKSc/S9g0Nz9LwLXWfjLUdc9cDSc1X1HxBzSer0DMZuA2B5/S30iEHTsHp1ZpLrGT6djRxUoLAMVtefSeJIs2mtuDSHQOeOZHQjz03piEGPyIbFZ2Pj84TNSDHOnOK1HlmQ8apqw9/1+0D3vDSZb78RJcPfr7No/vaLHYbrEqfnq/xlcCXgkDiejilRQtbFKvlFqwL7P86+7Bk8+qNZyrMbawoAJ73gsZWEGUsnloLJgUbwyDkkq0d/tV3L3HNxZr5pYhw6S8nlHzLzV7zJZ/LTuffHuD7j5wJPJLfOXf8RHMyECyZgIcPtrn7yS7/6M1DfB9kYkhShZEGKVUJYFMFuCwZuwL2qhwpAZ6DugLwItApC/SdLHHTr9xzipIpfu5myJj5bsI9j2k+e1+LT907wflOE1Gr4bU82homPNfJU/fIZAfUfZEdMis5zXS3Lwhy9s4BrhN8P6HmR1gbc9fjAcfP1tkwLfCkyZwIUTb6VlCQl5+mmaQYhB67Ngluv77PJx+M6MUeg1hQ8yx+4lg8jG1llVKFX42QIzLFHbKyujq/vR6EvOs1A77ppkX+8qtd7rivwT1Ptzi/2mAgfAa+RnsKLQSeFHhS4gmbSS2LRGSSqww8LwjyCsBNRmApef+nA3XRwGIztrZZ04oxYBMwsTvskFde3+HGSw29QY1hVKM7N9fcMqF+x/ROXQEM/qcAfvDgC3Q6fbbUu5imohsJlpZ8/uKuBq+9ccjuTaHjXKEx1qBMWsiRAuTZs2NpWXxZa2V5QdY7O6LimFTALYXJmocNIgO41im+jqnVYgZhyv7TcOyM4s++OMHnHm1zfrkJXg3d9mgoScuztLSh7lnqHtQ8B+6a52YSujJTWTlE9uc2A7kpQO57rj3t8BnDM0cD8LxsmbeVFP1oWrAIzDMnxbkpbpzz1btDrtze44XTDQY1QSMRBLElVGTWnsnYO3dTcguy1CqFz25y50pl0wc8hpFHvR7y/W8MecutK3zhsR5//qUGx87UeOF0g2glIAk0Q62RSrp0Ptnvw2lzlctD8gDaFqRkR76jKAGOA7GxkFKRJzmo81ZDm2bgzp6jmD1bhrzj9gEbJi1zC5qVbpuTcz7L6TE87/yLQfjCAF9eOC3CaPjPP/NXf77hpstrJPsHHFwcQBrx9D7NsSXJnh0ROrFIkWKswhiFNG4EsmPsDOxGYhDZ+zlbi4pWW1+WUDB22RUvhXGjH2RKELhJqkmacm4RvvgVzaFTde55uM7p5TqHzzQhCFANTU0rmtrS1Ma5CJ4l0G5wfOCRgTg/ZHaoDOBkmjsDt5cSeI693Y0VcXQe9h1r4MlRe3BUu455xUUDQdbjmHhcuWvApRv7PHskoZ94tGJBqMHPKu1UBeBSCoSUI0wO44VPoghm8x7KOPUIPZ92PeJ7Xx/yims6nF7ucNcjPkdOBnzh8QZnFmukAw8jNbGvQKosWM42JCBPspXP6zF5VaoU/jjZlDGbiTVrHLAxGbDTEuix4aKZhGuviLGexdNd5pameGxfgDh0cMN3fdd3/PPjJ079yq6d29e1Ji4I8O785zHGfOeOmVPN2ZbhtuuX+cFwjrsfEzz0rMfiogIPvHqCTQwmlRibDZPPQF6CWowsnUVbVH7fj+mSfA5Vydr5tFS3PHtBSpxajpwUPHNE8cWHGzx71Of5o3U6YUAYBeD5qLZHoAQNBQ1tqFd84EDndRp52ayrCw8yWeL7Ct+X2Q1gS+3tpS6z6DmdX/NjrImYW5KENkBriS/d9C4pS/29pmgpdwgqPY5R4iHQzE5HSDWkF3v0tXBOR1wWjGllRjKQUlSi2HyVRBTjM9KiAdj9Hi9VxfiJfuizeSpi56aYGy4OGUQD/uHRVZ495vPFh2o8c7TGkRMBcaKxgSKVCoQkrX65fPUoLyBFIeJIRihvCM+BPQbwvGncZM8u68P0TMLikuSOezy+/EiLpY6PjCIMZ5tp/aHvVEr9yt+Kwc8f/xQ2XVZJ/zGxc/OCy5RN9JiaDHnzy0L+ze9M8J8/0OJLj/i8/qURr70+AmPx/IR6w4LJTngqSJNMolQaWnOP21a84eySAM7X1tpAVnMRR24LQSHg2CnJn94Z0I8VTz5f49DJgIWeT5j6oH1QHqqt8KWgrqChLDWFG2emssIj5Vjb99xIOb8Kbk/iZ7Ik8CHwyVwTlzJ3U26TLCMaU69FnF9O+eIDLVa7AVMTLkeQlwzkOFjDbja/lqLIaoahYsOM4g23DvnCowNOrDYZeNLJFA1eYvHi3LPOPHaZOruQ6qwTWfwOY3Xldzig+6ki1YrEU25uYOw5K9WLafoxr7g64ZYrQr7tVUMOnJQ8tc9jECn+5IsNjp7zQEj6A00ayax8U2J15S4WYh2AV4uL8meDSCzC2GwTAkO9YfBqKQLLa6+PeP1LQ269NuKBp3x++rcnWRlMEjRrbGq4Eo3lB4+If/CqK9XvfegLyY987xv+5gwu1OR706h/bbvZRStDLRgi/YTnjyoefcbnsecDntlf46NfNMxOp1hruX5vzLteN8wK2mF20nDdVTHNmivCKdl6/SUtd0lW+4KnntYsdiT1muThfR6f/mqNYawYxoqz53yM0MTWwwgPtEYEGi0lvhLUpKWWATtQlkBZVwOuM89Xl8zt532ZBbhV1qMpCvb2PYPv5wVaacHevh+jVMRXnlB88sEWytfObhvR3xdm8NwLT9Pc8VAMhx5vuW3Ap+7v8Cd3TdBLajQzHe7lOjzOM4626BYSIr+T8nMrK1q/Oo8kG/GgHZN7WpFojU5SB3SVopQbpD9dT7jtsoRbL4uxIuQdr+kzjN2eP3/11YBH9vnUA8FCR/HUsz6dvsxU0pgvOuIl5tlvaNYM110XsWEydb0BqeVdrxtw3d4Ya2B2KmV62hD4YKXlqq0J9+2LGfohp/s1BBB0+tdumm69F/iRvxGDW7sETLWXTnz4Mk8PVE338f2I3jDhS3drfuPjLfadCsDXRFIwtwJzK+5LHDhu+fRdbl9Em1omplJuvjamVbeY1I5+0XXgndewrPTcTdRZlUitCI0itMoxk9C4ucAapEJKiSelA7O0BNLgSwcEX4Gvyhl9DuTlmGRPu0aAvPG4Cm7H8FlZrZczeFo5EgIdY23E6QWfKKwRTEj8LO2tsqq8kSxm3tFDmV4vQe5yCVHsMdVS7NgQ4YshgyRgkAjq2g3BzGtI8oSWktXyVln8Lvc78vyDqQzBN1nRW2X8Q5JmeQPlEmQqcS1wsbNctUyRKmH7BpOtGIYrdg6J7ACpDaurgkef0az0XXFdtblz7RV367Yx0KxZbrk2YmLKOAlunZzUudqyApMqTGi5YlvCz//TFX7jY4Z7nzb0BhEGn26vruaWB5f9y3/y1varX9nvXLF7tD5lDcDPzC+AWP2VcPXJ1ww6p/nqk5JhpPjSE00++0CdMNIYrcCrai/3wRMsq/mSJC2dFTj7FVtZrtYBeKEfRfHaCoHJt1xAOkAL6QId6YbSaCHwRMbQMks7Z8AunlXlWWed9Ips6z0KcLu2LrclSuALfE1RYuoYPGNx7XaB83SC58UEQczJBcOHvtAE7eNJUQaYhTxZp7a64hPnQ0Id2NxgnSj2ePcbBvzlPQOen2vRSz0aiduU1lUB2rITR+U5gUqwl5/TfKXIXKyRqVIZ0JNUup0zUgdmLwO6kmXSTKm02IxXCpPFQylaGIQ1zDYMb365ccOXREZkeRYo38Bh5NJXC3MkNlFFPGYSQZj/nRw6whIow2tvTLjtmkU+92CfLz9eoxd53PlIl6f3P/+auTPX/YoyyZot3NYA/Bfe+2WEkP6Z0z3OLm7m0WcCwhBQYJWAoFp1s95SNAriVF+IuSv/bVHJI9c8i2zXMFcj4UDtCVtIAS3dz264ZN5UWykk0lTmoOSsXXbVlwCXhWwJfFu0tPm+qQzOSfAy9vZ1jJQRx88J5js1hNYEkhF5IkXl/qWUpFXpMAK8zOmIEo+ZdsiuzQNeOBcySDXDFIJU4KUWL8l0eJIXmZmK/FWVu0kUEtiVU9hKLUgujQw6NaRKoLX7/TrLCju5Us01ZAODit9pyteRGclTFL99zTiK0dJQO/JW1XCsvJ/NbREJKGF4622Wt75iwDAacu8TEUI9h139C1+ZtfmeNQCfO3YKIWD/EY/jS5sQNYH03WDGFy0SueDDVj5o5cNXv4gQZVlm9joHiBZusVDCZkkH51DoPNtWeVZjIM9HRGjlqueqDccO3NI9+znQ8+AzA3fe/aNNIVE87fSp78ckxNxxf525+TrehMLPpYm0ow7K2LemosFNpYQhT/oMQzfB9ptf1uP+p4d0khp9raknhihbofKCqJEsozCUnUOVPMNIsZNy7G0oiuC0ESRKoNNs6m52JFKNAlxl7J27WhnAi8xyAe6ypKLITYsR6I7Afb33nLCza6mxqGFSJKnm2t0eK72Ac2cW1yXSEYD/5afvpNmsv/yzn7/nptWlebSAxYGkk0gGqSyMerP206wH63UzXaLyXFQFVpIGEsoUsSgLllT2ns5mjJQdOznYKUYhVIFdzEFRuH7E9QCeB5y57ta5LLGZ3h6tJfe9GN+LOLdqePxQHbSPzuRJnp4vGJxRFoe85qZaiUnhh+eeeBx7XH9JyMzkgNXlBv1E0VDgJe67qNS6I64CHAfy4hfJoranKIswNmNzgVGG1Ag8I0iVJFWOyRMlMyvSVLS+KYJaKSvMLW0B7ALgOZMXxVmVZ9YCYrxudBTgJZsXsUuWuBpGHqu9GvPLNYQ3ddOey1/+8mee+Kb7rrn+tesDvO5bFPGbZybUdYGXUvMUjcR5lZ4QRFlqNV2nlHUEwGL057wwvwrqKrCFcA0TVWDIDNTl69w5oPCYVQZ2XbSolcAuXhfdKyWw8+Zbx96Z5tYUeju3BB1jl+D2iurEGEHMZ74acP+zLWSg8aVw87eLCsKy3LS80cezmeuNRnMTWgdDj1uvGvAtr+jy/s+0iNKAXiqppZYwqdzUoiJTpMxYvPqrLsTkYLQsBy5l4E6VRCnjGF3KbLSEycjEVEok8pIJU9aNS1PsFF0yOAXYizCrKkTGNllbK2cqhVvk50llO314hLHH4oolkVw3uTR8c5Im963L4AvzJ/D81hvOHP3891y0+Rj3S8EwcqfHk65gXeHqCfLOmwsxc7UQp4zpyx2/qsydg14KW4A9B3ReFlsFdbVeWSkKNtfFJK0M2BWw66wbJt9nMwe3G6cwxtxZz6aftbd5Om84SCpHTETMn9/VJrUBqsheVgPMsq8xdzZGNHjO4sWgHInJRw2nijTVCDze9do+f3xHyIqJGaQ1BqnASyhYXEqLTEQhG5xdOK5FZcWarBQ+GUGqsx5JlYFcW5QR6NQxukotSsoM1BKZj3yTpSzJZcook1OyeaXMtgB65TUZ0NezjkdBLopzlRp349b8BM+zfP6B4wz1zu/5vne+/u5Tp098Yfu2naMAP3Y2phZEl9z/1NKeT951nhfOziLSsmvdy1rCtF1buiXGn8VaKZJ/uWraugR3WdMgRFVXVo/R8tOcsfOeT1VMrypBrtTYsJsM2G4jWVGZj+KY2/PyxmSbMXcZYOoKewdexOOHJAfP1LDKQ0mJLw16bNWRleVq3EVhRIOXDRB50idN3U4Je7bGXHlxjwcP1ImVzyAR1CR4qUUnIpNuWRdOkulwJALD6K8UFRYXFWmUd9eUA5m0MqTKAV0Jm8kU6W6mtDq4U5bgrkiVHNxVmVItmCsJsAL8CpOLfCOlcelSVJ7Koous5idcsbvHMD7BRbsu2dNo9i9RcvCFNQw+6K6ibMSxE5KDhyczT7W8f1yBzTrNCJW7sQrwKtDFeu9VK9LGNGu+rBcsXi3Cz0FdzD6hALdSFSavjGnTSo4AvDr8x3XbUwC7yFYWzJ3ia5fYcV1BMZaYj93VYHGxjgi0890rK8uaGpQqE1QswnxERrWOu/CmjSKONRumJe+8vcvjh9qEaY2+8qmnTovnsYqSZODO1wqTXb+8MNexOGN6vJhoUGkEzodpKmPR2QqhTL462aw5uWwyqTadrFernwO+CDwLBh+VMVWQlzJ3bF4io22Nznm2COFz+c4ZanWfc2d6pHFZXFgA/L67P4fWku7CMjtnPeY7boSBseUvVNWOjguydIXB1ymrHNelBcCLP7sAixeNsOU0JjnG3tUJso7FJUqPAtzX2QAgL986MMtwaotXpOJN9jodObRynTvPH4eP3tkilD5KqsyyHJ3JMp7BXN8pqLB4tSEkY/Ak1QSp5p2vH/JHn+vz9JE6sfLoS4mfmsw9Esi0es4sQorCwXAPk/2u0X2LRrpsDOiiOMu68R7SlQSo1BbDOqtjl2Xh5JgC4FVQj0sVuQ7AR4At7BrsjIN/lFwtWLdf0bnFGmcPnSZ99K8QFY2hARYXzjI9s7nxV3/xgd2+WOTkvODYomvhH2HVEfBWf7YXYOlREK/578Z0d36RRn4WlUlVFQAVLK7GAK5G5xCqnMGzJM8IuPP0vZc3Jhs3M6RoEct7OpPsiFFexMHTmm7kg3LlAV5Vf4vR71uAfA0LVWu3GUmll0zutHjTE1y2bcjTByNSEzAwPrXU1WzrTIMr4QZYusRSDg5DmYzLL3pZAJePX9PFYFP3nsoY3Z1P1zwuCxYXI9uslzXvOZvnq+4oyFlHqlR/LgA98nfK/666AlT/O6lSaoFlqaN57nDInoubu//5j/9I4x+8/Xv627dvcwA34SlW5hdff9kljZ/cPX2afXMpp56eou0pGtoUll21q2O9i3jhG4CxLzeqv9cO73HB2ehgyFymVIdqZmPHCoCX3S45a1d3MfYUzlXJwO0AXA4F8qrypMreKuvr9COWuob//hctFgc1ROBqv/3chy9iBDF6U1/gUXS8mGxMxogGd45KkmjaDc2Pvb3Llx9vsxj6RFIzkBI/66HM3aXy+oiKa2HIy2gtJgO3G3M96qyIjMEdiI3JgniTnWNlC9dqLcBtuXpUQD7O6CUGRn8ekSzrMfqYlpfSFJ8j8BKCYMCp5SGfekDzY5dM/+RDj71wX7c3+MuCwbvLDyJlgEr3MUhOcOr8DIMY6irvaq58MbGWpdZl93XAvOZ1Lk1GWLsysqAqU2Q5b3BUquQsPg5wZ3PpTJLoAuC55jZFUOlpU4Dby3o5y458B25Pxfh+xJ/d5fHc4TpIDyklQV4aK8rdJIo94rMve8FqwgqbV6d75TIlMTLbRNXj6j193vqKDn/0uRpGBwykTyBFkfRRUhCLfATyWiYXVSbPqznHemONAmXdqmCscODOLVgDaXV+isydGypaPGNyOSpPqoAfYeCR9zMWr5oNFfYvg1nAuCDabSpmqHkxF20LsZ7g/qcPkIqE/jAqJcrnnqgRBAFHD9e486tTPHVyppzrUbgXWUAzIiPsBdl7HPRCVsEtii9SZbuqPKmyuBK4sWI5c78owGUJ8CLRkwPcujnZmRTxVOmWeJXhQKXmduztaTe1annV8FdfabGwGkAtc09EGYBdSKIw3hBgKyAft+1yyzDfEyd1nu9UW/Gtr+nzqfuHLPYCIqUZpDKzJ0Xm3giqMYwYUfum6KLCginYvGwp07mzorLXMvtZQpoB3WQrVJoHnJnmL8kvb0zJp/1eAODSjkrVERmT/b2KzDHW6X5rbVZGnU3LSiRR4nP7S/r89x8/i2zsZMuWiCQZ8vOAfuqZA2zfPHXRn9/x6I//2WcTDp/ZTtBQTAWWmmak/aqskrMjgFyXqUcucmUc2Aibi0pAJkZ0+AibV0aK5QM9q7O/qx0ubrg7o+DOdzbImVtVmHsNg+fjJsqRE1q5zOXRY4IDx2sYAoTURXNueV5Gb87S1SgDlGotSsnkZUP2yLYgebtZqsFqLt8VsWfLkMUX6tjUdyyeZp6/GJ1nInKpUgS6meDOy2ghazCodlqBkeWE33J2YabLpWNxWXFTUpGDu3wWsgSqNCW7jzC2KYNOMf5n+XumnHuTA11lhfQuxymJhaI/CAh8xS1XBITpMmpiw483pl/55OLc649pa1N6g3BzXadvMOECW6frgMGrjhHIlykxylLV50JzS8bamdYBvKzagWLs3xsdHSazn532zkBeAbRjcLJRwFUfvHpkW1qrKrgrIM/2q/dUxtoZe6vsZ61jlIq548EWBxfq4JfyxJOjq9q4dHsxET46grjseso3ezIVLR5Fmos3RHzzrX0eeb4BxiNJnRb30mzIZzoqlYTIrcNq90EGcmsrEqUiV2T2WmariswP4Vjc2GL1NOPOkclXkJyM8te2gpN1AF+N0bLPT5VIjZMoVlD44BIKqeW2hFH0BjWWVoZs9OQbgonh5iQ1x/RyP0EFCee6Ced7htmWzViprOso6j5G2JW1wHyxwHP871WDzCzrV8zDE9Wf82H2VfbOqgtVBvJCooyBO6smLCoMx4GtywFBxYg3bTKQJ06eqJh6I+LB/Yq//EqTwdCHhkZLgSdGpcl4gFkNtNeiex39PWYZVn3xONFMtDTf9uohn7u/z8P7fWzTY5AGrsKyqNkZY0NRBXcJ8pEaD2vKG0w5Nk+l0+M5wNOCxd21SAtHBaRh5PoV8ZNZayJUAV/cgAWYRRFklsydrQ4mkz7Z7HFpBVZWMpupKwabmVxhdmqFZqNHmnTR3dDiDw29UJAaN73UV6UroIugYq0nPSI9LhBElunqMdcEynnUFWCM/rtjwM5uhoK9lcjmgJfgzp89nd+gFq3LEcpa5xVzo0D3CrZ2h8qcE9+PiKOUzz3Q4PkTDfA8hFT4gmJzqWpwKeTYucjNOVG+LgLMrJzIVhqQi4xmZfRGbhdGkeaKnQlvfFmPp47VCROfVHoMjMJPGfssuRfOGIO757xM1apxT95glEDlWUMpsApkfjOaMv9gJBV5koHUiDV5DJHbiBeIxQpwFwyevTbVmMKBWxqLkU6qGOkqIY3Jsta4iQhSJECEIEb/9h/cgdaapZUOmyc0dV1OHc1T4sVzEQSuBXbhl8syqLqgFq/8O+V/PwbwSkNtzuQi+7kYelNl7RGAl9+hAHYGdDfjzxZMrYvn8rWXBZdaxQR+xLPHBV+4v0F/4EPTQwoxYg2q4kKPZTHX0LeoEniGcjE2z28s4VMpwIpij1Yr4o23hXzqniFPHQlA+4RGMkwzR8W4Ib+Fe1EEug5EbjZxDvbR1UQrSukiHZvnq4rMmFxJB/Yc6LkHnq9eBUaMZTyucu9fKE7Lr7sdJcKc8U2u8W1larEDucwyr8akYCfg1ON48wexJkV3l+cRQmCSmA0Nt6SPLrnVwG8U2HLsg6zP4uICy5QLMnPHRVYYuriJKu+5iH3cA6cosMpllM4LrqQDdD4jfA24s8Or1D87ezBxR9a1k9iUz9xX595n61BzbXJ+Lk/EaHCZM3ZxVIG+5lFh70opaNlYXp3IWwI9HHq86uo+3/zyPs8dr5EkHlYoBkLjpZSfKa0wYVp1VNYyefn7LUpllqF0bK6yTQ2kEU6HV/1+6wCrpECY/DraQmaOSNhxuTISh1UOU5JccZPmeDR5TOaAnlb8dyktsZAMQ0mUxmi9grUWvXPWzdUYRpLVTsku6zHryAeWmQvy18gRRFl0NMLasAbQImfqYskTJYurSkazms0smLsEd76rgx4Ht7IFoL0KqHPnxDkm7lmpGN+LefKY5KN3tQAfpIcQyrXE5dagsKPnpXKz57DK6wlHyvvtqKMysv9kfqSudc9NoVVF+t5azbteO+CLDwx59LCbJBAbRT8VWcFX9lnSjLWrdUIV2s4rGlGMAR2UJbsBHbCVlKiKnalUBjhZsrkQTrc7lh5z2grAZwFmzuSsDdCL3MgYs+c37OiqYYt4Bwtpqlnp1xHSBwx620aNkpJu32ATSZwNJV83QFwnS7cmwFwnkByVI2Ld90qtVgG4FCNL30iqvnB2sgbcEZA75vbkqOYeYe3iOU/slBpcqQTPS4jThLsfrvPMoTp4HkgXXPrFOLOxlUyO3fAjgBqVJ7byoiidrdSIjFQXphKjMkcl1YSRx1V7hrzqZsfig9SxeCh8hgZ0WnEz0twuzCSJKG8yW+m2Gge4tQ5oNkvdW+m0ubQuD2FsloPIwV0Fe/VcmHFbuXL9c9/biDGCoLgBivcyPZ67akXWVJY5BmNhGAq6oU9qfIQwaCEVUmW9j9LVfMuRu8euA0pbYe/c96xMOSoiYlEsR4V1eAGQ5xq71PhjqfoKa5fsbUcZXOaTn6gweAXcqgR3obuzWX8j8kS5qsGDZwUf/FyLMPag4WXyhKI1TYnKLsGF5s4lyZhmWc9FqQB9ZFBldVdhu54W1zQDyfe9sc9n7m2y/7S7+VKj6KfKVRmmopgniLCINGPydGwlyaFeCTjzjaWUdQGmFc61kNatqFYKRCanpBQIW5UQ2fW24zp6XH9XHZQqKYwHnqUPXuRNTMnmVTKxuBDDYnEbvFv0xTe9edOBFw7+2+eeeZi2b4sArgBmVjY7ys6jAeGo550NoKn+OaOgXsvY4++NAVuMg9uOBHdKlVuWFM95YDmyjUn5ekR361FwaxUT2YRP3NXkyYN11+4jNEq4zKUWdiQnMC7fqFywF31UrEJLaRUWY++MccAeAbnEGE009Lj+0gFvf22P3/iwz8BoMJpYSPrGSZVCKmT+OHmNSsVZsZZMopSSxUrXYG6tde6JzCSLLYNQaRzQpRVZAFhhbjtmEY5neHNiK6SsHZMk1Tht1JmSI8xe0enZv1HzLVs2LHHd9df82807d79Hnz5+arKz0n3TamdIc8YVD6lc764XQI7p6FJvUiwXYp3/DkSxvJT/xii4i7t/zJIsi5jsiDyRGWvnhUDFdhyq+pwzt10H1GuflYrxdMyBM5KPfLmBm7/i2Ntpb8rCKsFIbqCojFwn0Cx+KGTJmCwwo7Uh1Y0CbA5sKzGpIlWZFk8133F7n0/e3WDfKQ9khBWSMPXoU1nSMz1Odr0qxuAI3G2+Z0gl+FSVm1BWD5EHmU4mmBzkpkznrxtgZucqZZThi78DZSY0P38jEsauIdgcFxqL0uDJkHA4eNPC2fOTejoIiesxG9quyyXfEXjE8lmjqSugzl9XgAqsAe+oyyLW6PlR37S0JoUoWbv04zP2rASU1S0DVUWeFGDPmFvlEiWf+5EFlVomTnurhFQlfPq+JvsOltpbCFmMrCilyTrslKuTyncdVeCjfSrVBuRyjkl1UHzZ+V6d1msyqXLFJSFveXmPwx8JiFIFQpEKxVBIvEymiCLQrbzONLktgC4KvWStQBUxQSZVMjaXOehFFoCKjLGFK9AqAJ2dFzOCgVJbr5EmFwR0RQKOKYEiaJXZioJBxDC/XKN2LqDZ99EzbUU8UEw03dCb8cCuWs9QBef4L4MxAItRkI9+KDESPa+pAS8KrEp/uex1tGVgKbOC/GLSU0WmFOAuA8pca6ti7keW4JGp2xRVpXhezJGzit/+RJuh9Bx7C13pmi/LForioqokEaIA+YuqE1utRym9cFOp9CsDTVnOTVESZRSp0SSpR5Am/OO39fiLuxscPqNBJiBSYiEYCLeNevE5KxKlVK2VD1Rh8pK9S3Cryg1Y2IQyB7ZwWcYsfjKmGhCWQBfrgLp05dYB+xpyzJ0YyB26fKV3STGLSTWtTkAiAnSSugotX7v5fGtdkdHloGBnKkEVa/9+/t4ae3Dszq1q1yrgq56qA3iFwSvVe0qWDkoB8iywLHZay9i61N+55i53hNAqwdMRncjw/k+1OX0+cPJEaISUpTVY0dzFa1j3wpXtxn8N0AvAVxsPRMU6zAf3yDUBZ5Jots+G/PBbu/zSB31WYzfq2FpJaJSzDdN8xc1sw6IMtZQjZVBQTv61WFR2G8gqm+egtrZwUfI6ESHAZqaDyYJTs25AWeLBUDJ7gZcRfI0Dfx0Wz1cKKcBKRI4DN67MDbkMfEVZsigqy21ln8exgBLGgV0y2boX/gIgH6lhqHTTjzK4HQO4HWPyUqIUO63JSkA5PrFJJSjpDq1idBDz8c8EvO9jbULjZfJEZcEla5uK10nLlzd35c0LQNxWccVoRrMspR2tNBwppZWKVGpqOuFH3tHjwHGfD3zaaXFQpAiGQqKFdYkfxIsyeQlqUX7AXKrkksRalM1AbcGK7KbMNHkeCObnxowBcQ2TryN71zL4mPx7EcALnE8/DAW1SKCn2woTa9pNDyHkmIEk1v3HGQH82C+5EJv9DQAusuygqASUsqq51wN4hbllztoy09z5xlS63KCqWiVYPrus5dIy/MWXGyyHGbiFA3gxHk6U9uSFkjvr4rnyc9VnrtqDrka70v1u8pYymW2/aMbA7aSKMZok1Uz4KW97XZ9P3tdgsatAxmAlsfHoizLJUiR+RoLNygypilNSBpeusKrMvDqNbkRVqriVRgrH5saW+lmKURZ356kk0hHniXHiHMfeBcBeOb/DEJZWwUiLdjsWWHwvQ1YF4fkkj/zOKn4JY2wN699pF1q+R4BhR9hQ5R0hVZCLUVCvAbqyGZgr+ruis7VMK9nLkr21SrLnGK+R8Jmv1Hj4mTpGehTTa/PgspK1LI+ybkKK9b/ni5N4JhGqJbPFtubV5mBG3JXUSlQhV5yjok3CLVdHfMtL+3zoDh9UhEulSCKhGWQrajmpfXw1ERlbjwaepRZ3zG1ludJIUdqKBbglI2xeZfGyTHa0ctDksqkgyqrjU8WUGAV7FX/Z/1kgii1RnBAnCfr8kmF51RDHlnpdjIB2DNVr7pqR98bupirwy8SRXRfk1ZRrLkmELBMphT1YgLuyZbfMNmaS64NbVaxBmW8xmOlvLVOUdIPfD5+QfPAzLc51fbfftdQgnIYtdmzIPzMVQI/cwKXmFpXTd6FH0fgwlkEcaUau6HFblSk5i6cSI11b26Zmyvd/S4/7ngk4PCfBj8EojJCEwu21U9bMjLN4ecPlH07lnjiiosXdeXcp/NxZcdLHAd2B2I4wdtbpDxUmzwNFUbI5JdCrsV0JdjsC7irA878jcCOypycls9MK7WmNp5UbYeaNg3v0q4//o1WQr3mvcteOS5Ryea+mcO06GjyfYFXZgXcE4KMSRa0L7nJCqpJpprsdsKVyQzTD1PC7f9bm3sfrrretGlyKfPhnaVFWA5s1qXkxGixVz1/1HBa2YAXoRQltxVGp7kxXltGaSsCpkKkhkRqVaF51Q8R73tXh537XJ0yka0Q1kkR4DHAFa8X1GqkVX2dVAVTO5lZkDJ7549K6bKbMJI2gsAlNpT5H5NfUVs9PHoRma0cuUyiD3yIoLpjbjpzA/FOL4if396Vwa08YScJIoqcnXCZqsul8ZSon/sUe1WV3FOB2lNXXsJwd09+2PAnV4LLS0Jpv0V1lcZkPupSl7pbrgDtPxauizsSU7olM8PyEux71+OS9DcLQg7p22jtj76CwBkeDy1ENPprgqgK6ykLj9F2mW3KJwCi4TVmIVbC3LTeukkahrMkG9ThHpd5IeNurBtx574AvPqpAxdnFkCRo+tUVVlRhUvVS3FCh4rNlgHZyJQM17hpZyKxBx+42Ox+2WsJQOCm5bM1kSOWzmCoxZpOtylXQvthCOEIYAFEcs9xJUH6KrtcMUc3QqFkQdsy24q99jEe+a95bh8XLgKcE+ahMyQLOSilklblz0K9h7vx1JRXvgJyWz1lCR0k3JXalZ/nMfQ32n625lHymvXP2LvaIFJUbMLsh19PcjAD6r7ssuUSp6F87zuZjDF44KaawDKVQpGmKlJo41OzdHPMtr+jx8D6f1ShLv5oIiyAWiiElY45yobvgyqG3sAmLHQozdiybIXLtnTF4UWZhC03upEnFmRNZP9F6MVvltJUS6q9/2CJB5V4Pw5RBmDIMU/QwlMSJKMpKi8mjtrpJ698A4CMfbAzg+Z/lw1oqjH0hqVLO3SgDyvJnu2bqaTHmtwB7ObRd60xvZ363kq4lzZDyP+6o875PNLEi2xYlY28FFWtwtKNpXXkyItEqIL8Ae1efR2RKrr+NrWQ0x8poi6xm5qxISWoVyhji1EMqw498W59DZzze90lNnGT1BUI6C01Ily0kDzrH+zarN2iF2UX2GaXNSmdFEVha4f4tK0pGNwKErXjURfCY40KMYKZKDCMS5ULAzv7PYoshRsZaktRNFA58ia4HCSZOaTdThHBgTwuLqmJjrQf0KmtXfy6e19Hf2Eo9SqWNqcqSEmS+i9jIiLCq9s6HQI6CuwwyK8wtTAnuvN7Ejzl0TvLJu5v0er6TJjLfD7JM7JSzyteZ+135riMBduUiiRe5OHbsB0v1qG69KLLhQBmbyzLDWT3SVCKlm2nYaiZ826v7fO6rdQ6dzTJkRgAKIwQhbkSnKD5AyeQ2r0UpPkcmT/KEDqOAtoUWL6+rLdibTLaMeeBj+HDAz89cqbdHzt9oDFxg0mRTelPjwD0MDb2hoT806B2bU3rNGNMf0h1IhFAkSVZ2KBlj8XUuV3VgItW7sHqnjk4tKrs51gkyRSlBxAUkSgHscYDLUXA7sJfZylyiaJUQxoY7H2ry5SfqpTTJ2FuKjL1lNbAsh96MxhCjGVuqr/8GD1sBdgH06mFcGWuVxe1I8ieTKUZihMKkBiMUSah53XURr7ulz8nPakLjTEJEDAYStJMqIw7ymFyxlQuZSQApXeBZBboRtmhQLtPyTpML4f4OuSwaGfRTrXIsAV8FlHiR81acMutmpCQpDGPLwios9D2CoY+e2bhtpR4sfS7sRP9geLqGFBKpHG5HdXj2Jdf5ZeWHKJegcYDnTDdau1Eyc/meGdHeQlQDS1NKFGmyKkIz5qCUtSaq8LzTImOpVIL0E+551OeX/3CC1Gi3v4nIGFysn5Yf7QQfswmr33nsJv8byPB1KgzzAqxSkjj/ebTjXkozUjNuZAZ264YF+b7hp36gy/5THvc8ojB+pg3zoNMqhhlKhaXo18xLZ8k0t81sQZU7JjnQbTk6wtWMu8xm4X/ngKdk9WJly86LGcNHlRz/OmKovjYZk8exZSXSWL/9uR27L1pRL3+p3zt95szh+eXgPb1+UHyAaqlqdd+Zog5bjB1yPJ1e7e2sjPmVlX9L2KIisHBMVNX6K7tzympBU3lvbJuNyq5gjsFLWZLXeWudcGpJ8MsfnOC+J5pZn6UPyrWkKeXmb9ck2c5t2UwVOXqsnU2ez0kcHUaksnav0VkupRNT7VLKi9yqrlFBAOP2qaRSyZg14xarY+5eWDbMJATa8PDTHiuDSglkdmsa8uy1KEwVMXaH5jKjRF4pbC58v4pRj5/R1Wqk0AxGg2tbjT1e5DCVuTK4c+EpwdZNHuFg7vv373t6v77n8U0YI6j5KVtnYtpNN/BHSrvmK4zM0ngRJs+XmzX6dKQDoxzhNVowMzaet2BzM8LkpUzJAZ6u1d759ndZxlKphNRP+eCnJvjLu5rYWs7czvcmy1rmuzWsuYm5UIInAwhifcIeY6eRC1xlpIK5qyxe1cFVL9wWetxW2dtIUqGQxpBKhRwo3vaaIc8f6fErv+8RBcmIlrIIokKoZF8y77wXZb24yvU27qa0WdGVq0cpA01TCcRzebLeEKj8XlmPvf/a1W4Mmfm/qZSgVRdcfnGDmSmfOLHo2SkPayVKul17dcaSuTwYXRbyJeyvA/mox1l+iPEBjPnSX3FTRgLL0e0y8noTKcYAPn5k2lvKdESeSJXy5UcC/vCOJsNUu4ylcBlLhNvE1M9rTiqBZfG5ZeWGlYVyXJPcGQ02x2//tWcslyM2Q/1Il721hUQpCq/y1H0+6k240QkFyKWrFzdGkwq3Q9wPvLnHA08FfPEJtw9pNViwRhCVoXEJclnWqDiJYssAU7j2RpvJkxzoQuagppKmL8dki+yErWcPigudpjGsjZsdVaMiNbDcsSQGktSit82mIAzYBC0SfK/UvKPgzm1DewGAV0LcKrDz18WARUYBXTgp1eylLZlcQr5d3ehOXxnQq7bgSDBZHlKmKJ3QDwW/8AcTHDkdYD3XHDDO3p4sd3lbO2+wmqwYZaPy2qx540VBbsdeV4uvRph8JPgUFww4jcgcFSERqXIeeaS4eGvCv/vBFR741z7dYaZvbFxQrrGKyIhRJjflLmdWuNfOI890uXHnqEj0FDqc0TxBdlMUgL6Ae7LeGRrF2igBVB/SuMRYmhrOLkbUem4Clt57cR0hFdGwS68bwkhcLUa1UuWkr72T1vL5uB007nkWAC/0ZTkit9SUFUkiRnf5qnrdahzcKi0SOp6OSVL4rY+3eOKFGlbmW4Hn8sSx90jFoFgnzqgy9DpsXVTrjWS9xs9RJSSvaNSRQHPcSakCeRzYuWSxFmvLFL5jcUlqtDunxnL95TE/9u0d/tufTRCl+aeWxWcyUhGaygcvQA5WCvdaZLUpeZ2KKCsIbZZ+z4FeZKipsHqufhgF/LoQEowQ6XpJyPznXOokiSFoNqn5LUySoi+75s1ov8XK+Sc4dfCTpLZeDH6sJnxGg4ZsQE1FrozfeqMR8doZ0Gu3uihfFyw+5pzIAuTZpqSiIklUydayyuAqQdVTvvhgwAc+1mJ14FWkiQZUqb1FZXBOpVSgSMtzIWCzhrjLBf8Co5PH3huxCql01owxu8tPZDMDc4dFuNax1Ei3TAunxUXG5kYo0kTRrhl+6B1dHnvO584HFTQKZGb/uMhAXn4TK8EztmAsJW02lDavTbGlBs9uF9fKll1XW9Xlo7KkWut1IQE3mgSrAL1yPsq56rDST/n2t9/Ea19+LcsrXbTnSZTS1AJDu9knSiVxrLOpphWbKtN+bqKnLcsm8xqKdT5cdVOh0SCzuo3FKLDHd+wqtfj4RqRV3Z2Duyyokpn2ll7CC0c1v/3RNocWvSyjpzJqUSDdRNpy1oldl7Wr4C6823Gwj9RPXDjgXO8CVlm9ytz51R1lbRdgWlFqc5Eng6Rj9LTC4kZIjFSksWHPdMI/eWeXY+c0B08LrK7cnZmnZ6QitLhZ+VW7MGdvYUtAZzuxGVs6Q3lA7nZCo0zyMH6+Lgzu9Vg7/zl3TvKhpamBxECUCBb7khiN9j2E9tG+HyNUQqM+YHpime7AYyAscaKR6VipZv5MVZOvn9KvpqrXJHrGAs4qsHMvPGftEuRV5q4GmGkF8BWZImK8IOHcquAXfr/NJ+9qYL2yDNb1WmZZS1GpGBQuQ1fMQc+ue7HysPZCFWDPv++4KzDG8CPSZBzYVAK7nLErrWwyY9xR/ztrDbNuY1cHKEWa2izwsojUbdKqpeFtrxmwGkp+8tcUcysCgiwazGWJdVt+hyJfUEQRXFryoZdOlyvh5IsEV15QcVJkJkmqGx6sCcLXAfl45rxkazEKcONi4dQ6cK/GkoVezCCKSYwhNglaaQGef+7cCl84NTfzhk2tEK001qauEyMPYGQ+q6PcaqMokidn9tGLmjsqVXA7orBjQM9LZXM/16zL3gWQC4BXWFumSJkUz1qnRBg+fX+TLz3SwBaJnIo8EQqVgXucvdeW9q7jllSAvi5BX2jdfTEKz96rdvwY62qurak0F4yn8TMmz2cIumvmymkFbiKrsZY0UShteP1Lh7zl5X3++LOSKBGu6MaKbK8qB3SDIsr2sXK/I1s5Mv2thHsvn4GihChKZS1Zoofq+ROZz25HAP5igWUujS/sjbsNA+JUEKYJr73FY8fs8AvCeue0sKif/4+/y8Tm21aePNBaGQ71d08Gc3jac67HSLKhIinIZ25QbjNRJGuqqfcxZ2S8DFaVf37hWu9KpWC1iEqZTGtnQFel5tYqIZUpn7q3zn/8vQmOngsqTQweqGwUhBQEEmrSFjNPirnoleRU8SzLZJUSopyNIqv7B1VmmMvR127j1NGS22rCppo1rc6lUXmiR47+narEE9Ku2z01sldl7mgYmG4nXHFJwsk5xcHjGpPbHCO0KrBIUnIXpLJMjbyuMm+5XI0CtRpLZDdmpd7G4I6R7c0rjJ1WpIh7FiSpIMnqpYQQBCriPW/bzTtfM/H/M4P9D9144xvdHj3X73HloWGvTqffoha4XQ6EyCLzPDUsJGl2l1Y1YenfjlJZMUUpf12c+HUCTNZq8Nw1ERXWFqLqcxukqIA7Z28/5eS84gOfaLL/cADNzBKspOMRcl32LgZXVpi7SNMX30VUMVBh8bWNs2suefUcrUPeUMqUcqleaxXmcqVqE6bCaXFZrTqUEmEVxhpElgQS1pBEhsv3xPzA27s88qzPsfOVDyxzfZSxd8bkVmYrtyj1uHstit5MJUYrCm0uTWzlXNkx9s7dFUZlbiFNKnNiElsCPM3OhRQQaMukhpOnfL78SJ3B0DU3aIBL9l6G0nWWz/cZLDyJ70X4XuK0XDbZVGYbIokM5MLk+7rYyjKy1geHUb29Nti0BfvkYC63o6tIk0KqONaWwoF71D1xrWhLHclv/HGbu5+oQT0LJkXV95aIbFX2RoLK0U4iOQLq0edqs/EaRfI3kCbrqJIMrKaQJtWjnCMuxgCfSZOsMq742UhHRMbgumdUdv4VRhhSYRF9y2uuC/ln7+7wn/5gguV+9qUKIU3xbFHEpmIHylxzi6IOpdTj7udSi4/u3FCcy9KcuaBEGd2gyzF4bASxEYQGEuuC3LqFQHls2bqDK668kk53UAJ8YmoT/szmO/XgI79sdP8nleyhldvWIt/lKxae+yApjgGx5QnHjrJ39TqPg5tR7S3ItbcprMFye+j8PVMGmbmLMgbuvJBqKC2/+4kWv/+xFt0027N7JB2vCu2d24KuNZeRbNu6njdjrys3c1nbLP7GQB9N04+y9yjwq3q0BPbowKCc1SkdliwIldIlPYRQSGudLheWNDG0vJj3vKPL3JLkNz80waCy83exj6yxGcglSV4am4HdSNC4nk2DdQP4hSiYu8hwChBWVM6jXcPeI+emknMxUII7FQyNoJsKhqnFmgSsZQWIVcC9zy/88o//yOV3njp9pgT4zIYtrBz8h/2mp46Gpk+aLpHiWK5R8xlG9Qoz5PaUyU4gZTHOiIuyjjyhAuxKYmf0Z0aBXWVvYTKmNiNZSikTpEyw2vL8QZ8/vbNBJ1FZlWCVvWXB3p5wGcs17C0qI+Oq8qQIMCuTq6oBZiHJ/iaR5eiFHGeu4gJX3BYXWI4C2xTsLQpQG+FmshibASqTKkJIhLEY4UqiTea2JImlFSR81zf1+cIDAU8ecP9GweCZU+am82iskCTG+dwumHVuihE5sPPXjrld3FpJ/OSnLgd7kfixY+dBFN+71OGC2Ar6RjBIDCLu0w76CBKshUDN8uyxs0ev/raf6T/3l/+pBDjAwd6PMtGq8/6//CIf+dyDBH6N6XqfX3rPPDdcEhEnHjI17kThxvIaXMDoLkKZoqpq79xFKYvbR8G8HthlJRUvqswt3MafBbhFeSjP8PQRnx/75SmeOZin4quaOwM5otDeSrBOSr6M8KtsvabIag2DV1g7X5L/NkAfY+zidSXBljtWpYsyKlOqutxYiTQWK1yWU1pbZDndeZYIIxEoRGS59tKY9/7kCu/5z4JnDgnwKB0Vgbu7AFcNLjFIIuPuAytdMZbOPq/CydXSkRKlBB0HOjmDi+JXjX5/9zGMLYPNyABJyK2Xz/NLP7xCq+aRpiH1maupTb8Na3rsHQe40NuRuk6cbqW/uoHICzh1aoKP3htx0+W97ETLwvgnc1OKNo6ctasNENWOHtyfrWcRVgE+KktK/7t4LsBtSt3tpXSt5Hc+0eDJ5wJSPcbclYKqXHtXO3WKwHK8z3IM5Gv0+JjFVerx8pyUqH8xcAvynswRZh+pLqwEm5SycDzId3teugItIyTCWkT+mozBTUZUQmV/blCp4forQ/7xt/X4qf+m6SY4FihkCnmGq3gYJBEuCPQq7K0zNpe4podiGFDeJpdf/zGwVzhyrB6nwh3Z4acJ73zVgGt3t5hfaRNFCRsmtjC7bTNp0is+YwHw6aZmouUfumZn4/DtVzf3LCwPOVdXtGotwjAlijwSI4vh7BQAFvklKkFeAMAWDD6+3/ga1s697yq4Zc7g1rF0BnAp0hFw943gA59s8tEvNQhVlbErzJ2hdzQlv7apYdT3rt6sUB1nl5/yNe4JjCTnX7Rwv0Lbaxm8nCQ1KlPym8Gd95y9Rda04F47YJeM7lhcWJltrpoD2/GtwCJSSyBS3vm6PvuOaz7wiSa9OGPyPL4yGd1KSz5QAgQpmU5GOOK35RyZcaCLzH0pwG3tmhWxeooLqGXXLFCWNhB6mpXOFIdPtTm3EBClTdLmlsPTO+qHwqSoNSg+Jb/+3/5v3vG22w9v31zfGIcrr+52ltkyrdm71Wd6wnfzqI3MTqwoL2aF8YrO+DWzTape+Wh3fJl+h/GEzkhTcaa9hSiDSq1TuongD/6qyX9+/wRzS77bKkxWW9DyXku3F5FfNDJUGxjKYfZVyTLqe5NtYVht8hCjz6Lqeec/S0b2GpL59izVc1ZteCj/LP9zIcdf28LhWTdptiZjOPZ3GI0r8oDPWstE23DjVTGdvuC5w9olgV70Ti1+g5MSBd2JseYGMWJEVD1xxt5f7zeAuwZaQkNbppqCzZMtlGyxsCwZpNsQtd2/dejw8fdfe+31axkcYMusYGLCv+NLlrdOtGrXzUwoWg2P84uKqfYQ30tQ0lTYufzuuQQZsYPWYe3SPbFF5lJU2Ttn85HgsgruMiUvAvjLL9X5xfe3ObfsuUzNiDQpLUKRsXfRJV+VJiOsTXEzjgaXozKFyvvlijV2WV6UvrMLOhZklhWctvzzrCalsGKrpcuF9q5IlkoCxa6jya21bkRccX0co2MhiSxbJlP+7Q91WOxI/uQzLahRSpULPlxnUFKwOXi4Pe9dIaItasilrdykuctiK7PlKcsiin89O/9KQs2zTDWg21EcOiHZOKOZ8Hhyua/vMGky9qkqj4sueyO/9jt339fppY/OTAbMTAqaNQe+YreBPGVhc91dAfcIY1e7csyaI89QrknDy3LEmpRpEWSW4M7S8T4cOqX50GeanJ3PwJ11xY9KEwVZ0kGJ0VrvNZ58BeRrOKoK6MrfKQA/wmdr9fnfCORrwJ5f7qqlKIqboKwdz68NZW147qxYN3p5NEMos7KL0YH6+XMSSbbMJrz7zX327IggSsGmYJPsefxIssNFgsZAbCA0MDQuKIyzJE1sILZZJjIvlqoc1cpVk3/vConkysACvTBlYSVmtSfA4e6NuwAAMItJREFUJo8Ozt9337vf+YaRc6vHT/Z1V1+EEJL5cwcJ1DKTrYR6kOB5acbe66QoRPnLL2QBrmsPZizuspim0OElqCvBpchrTQzStxw+o/n3753krsdqEEiqGcqq353rY+eclBWDpQ1YKQyqAHkNqzM6d3Dtz9mV+NtYJ2MgLwKrsVqU8WK2IsNHztzjvnie/q64LUYU7F1q9kyrZ5YhxgWeWDBDy+03hvyHH1vlZ947wZEzOD0uq7df7nEoSrWbZxSoaHN3aCuyvAMoXA2LzTW6KAMRl49wsUaVKKyF1AiixDIIBR1lkCKi1Wrh1bdjzFqBswbgr3zVq5FSRY8/sETUm2N2MqRRD13ih7JNqnotM05ZB9x565t7Dy7gf0uTgb0EeS5LnFxJy+DSg2PnNT/7OxN89M46kcg2ps9ZO6vvhlK85kkdLcq+SlfSacteS0rWHS8GGmHtFwFw1RP/n31UGat6uUaK/aneAJXa8QwwhX2YZTNFJZ2f735nhav3F8IiVAZyWfrjJlX/T3vnHSbJVZ7736nYYaYn7MzOptm8q92VtAqrVQBFBBIWejAm2cYYrjPGYGySwWDD5bmXjLmADQ4XY5BtwBJcmWghZEARaWWQheJK2qSVVhsndqyqc+4fp8Kpmu5NCitkn+fp6emq6uruqre+es/7JUpOxKte2CSS8Gd/VWPX/hgxibaXm2zGX0po+OrabZp+RGhLHQr9dkdpV74di8txVXqye1YsqBQmnxLt6GmEgkYA7VASRpIN60a48KKLO2EYzjmecwA+ODiE5/e9c9Wqhevr++++qL+yl5LfAeXSaFVotEraAqRfIh9jkpP7YuAmCcxzHTvSeC0NsJvSYISwImwRYTmw64DDuz5d4+s3VDS47SIdyVOTxHrbCZiFAWqRALtLKYiiPBhrWEUrn3P8mGDv+aIHqAsLMmdHoZxe7M3MOjF0seBp0JLKxaaIgowoLJHp4nG0oVAa5FgKFSlcIn7lsiaODe/+dI1dBxJMqy683LTsFqY1VwgiYi1b6F0kFt2J76z6gM41Lsl5UArqIcx2QhwVcrAlsEr9zF+47EfjSxa/cyrpZHw4gPulfjqHvjwzvoCtn/hu5/w7HyzZnlfh0tOaXHQKdAL9FiEU2DKOjzYtsxk/IjmcJEjB2mfr9CRTiEhzbyERDuyZdHjPX9X4+vcrdGyLuVzbpCn6m/V26nQrYn8YHVxkCQ5zsJujMJlIWNwPwgCqQUG08TMsrwlyMrBnplwUgG1m32c0hSR+Pw7CyoAvUques+xxtj5xjwfdbVLhIHnlpU3CCP7k0wM8MWEY7kQfz1nvxB+S/EgrPQAKQUjMuWMVEgRIrb7pI5jl76ZqllA4SuCIiJeee4hLTmtiO5I9U6PRTOhu/djffWfmnb/7kiMDXO9U8cCO1htv+dmKzdt27D/ddyCYgYqlWDyqa/15bohlZbfUBNzmxLGrOtKFk2vrnnktRfp/7NCxFaEj+L/fKHPNdWU6VuJ2N+lIkaZoOS5x6pgtrnPlH8wAoPQUzJ0omrguTjjzVri3u764VHGE0YWLK+hh1aFYckLfaTNxQDtaBAIr7cJArI9rqw5YKtbQY2uuQETgIHnV5U227nD5yN/3EVIAubDIX5LJF5fZOUqykVPFRb81VODFSRWepZ1FOs9SH2fHUngOuLbipHHBlZuGWLW4H9+L8Crzf3bTw9NvPFSvdT2EXQHuDL2Gz/3dV6PLz1utfiwOUfJg/rDLTEMwXW/TX1U4to64SbRYs1ZJ3tXeA9ip8pJMJlU6qcyWaXDjCK6/tcRXv1ehbTbzmWO1M4cOyW0wfk6tNl2sdHFZUR7swcGL7z1m/3wP9KeWucslkGrH6f9GGG1qwePAq5y3M50pIRFpnEpmxXXjpkRSTBQRRVw6WSr8SPHLlzW58wGH791WRokoT1ESZpJyF5uUUadAj2vRxQdMKpGVgZPZHTAp10wsM3o29JcVVd/lwZ0VJmcUtT7BupPPUJvX2NEZ58y13j0BDnDlL5xPq9X6an1y19pW41C11ifw3KxUGJBl4FiGG91O3OiJJzIGMd0BngIaY8KZANxRCFvwrVtKvPNTNe7f4cUBVOYk0uryWsuCTjKxLKgkZnx3z6jBIohzjx75lijE4cXi3qOgmHQDeyYnJjycjK6Y28YbaipieDtFURuPaUlMe0SSaKnQ74P4TmClLv1TVnb4iz+a5h02fOemMtiRMc9UGVVJA2gSP7/Q/ysLXaYkO1cKK9XPiYP3bKGDq5LCFck5DALJ/omQVttm+dLR+oLxs7/q+6Weh7Xn2RhfslhNH7j/0xc/b+XBNeMdhvolvhd7FlOLbdYAjHJt+WwrzGe421nGezJ5zAKmsgtEiFCD21YIR/CNm0q86zMxuN1i4FSRh3ez3nOrw2bg7k5PKAK9IGqbGni6jLnrjwnfBQ286/oUwCZdASVFNulMJERpgplYE+/1yHTypLOyjL3WKtHLY51ctWH98oCPvGmaKy9oajItYz2cSP+fvJaxRp6+Do1HED+S1xIpFS0JLSVoS5Fm72iNXBFKQTtQTM2EbN3VxKkuO3jzj+/79Mjowp5sr6cFB9i4cTnN+hT7Hof9B3RJN9eROK7Uz7aus+0adbctIwk482TK+MRnnDvn0RQqnlDG1j42v9+4qcSf/lWNex/xwLPyvLsoC3ax3rk4ExIrrgocvAc1SYDahcZk63qVSBbHBHJVpO0meA2qktzKSddl7009nvF7iHXl3ER0jvUuqCsypjxpoU8ru/ISydtSWB3JKSsCPvimaRTw7ZvLpKZXmJY7+WHJs9AXQRIgnkw+DSMlhU0TK1XqbAFOBF6oCCNdQdb3wKv2MX98FQO17tz7qADulEfaUwdm37B/dvXVzfaO6vCAxPdCSl6I7wV4XoDr6t7uWS3uKE1gwKAe+rTHkmLq1s9TFYRCWLqUwXdvKfHuz9S4b7unRexcU8oC0FPtWx8Uh8x6m3r3HMWkC3AxliVA7mWpC5juSVwOC27zM7utzHFzQRp1aNKV4qQz5dxG5CHFtLe5aooiBnWsfIh04qriSNL4WSpUoDh1RcBH3jyNVPDdW0oxVTFm3SK+IkWcHZE6T4QB8uTgZ3dnqVxaSofkKgEiULrTdKCo+OC7ghecu6w+2Oe8YWBkrH3cAH98j5TlvvVbzj+/b3rLTV+qVksh1XKHaqlN2W/j+21cJ8CJGzrZiWtdJFZbZb9pzo1XZYBPtHTLQlqC627zecenaty/3TXA3SXOJHlYGTVJrTdZ8FRW28SkJIrDTTQTcGfgTX5HVg88A7fBWQoXyrEA3cRtTiZUSWiEkaeZKCfEsqEwVBQymqIdgnMteLFilm72mmXpk1jxePKZOgnT8NkIK1CcvCLgY2+ZRkm4/sclojSk1rTaBeDPOViG4cICK0BZLm3p6jaJUl9clpB4jqIW2mzefP706lXLtkzP1LPQwWMF+KKFI4B7oD3dfuXGU9f+sD11ozsy2KFSauJ7bWy7g7BChBWBJVFCau1UZKdKCCglF2tM1zLQqBQgwtLlDv79Tp+3frLGgztdTUuSH535G7P/U5qSTP3ywVQJJUkCd+Zq24a1Nr2XhWdh/JNbnuPvXTF+XCNnoM3lqsuy5LXBz5P/U5oC6cQ0kw6LobYidf7o8FoNZt2L3tIhASQXQSIrSkRHsWFZyCffOs2bPgY/3FIiEnEdCdXlqEiV2D18Kwm3TgGhn2USU2QThR6THY9m4NAMbFrtDhc9/5Tg0FTnlaVy/wFl9Z5gHhHgQnjUJ7cxPLr8sWppatuh3T84qRMcgDCkScgPtzjseMxBCFvz5m4f4CheckGbgYGIPl8xr097yFRyC0MgLO26vf52nz/6RI2tO5PIwISOmA+TmuQrPNoii4rIeSvju0Sx/cgcYBbuonqZyAE79795JfQ6hocDsjr8axPpOctuOHdSuVlk+zABn3gzk1bcmSpjekT1Q6e6iVhRMcGc3R1knJ+J0mG5SAWBYu2ykL98xzRv+QTccLtPlLR5SGVCINLnv+pLBgYlL7mgheOows09OQn6YtvxmMsP7yhjOS5KeFCZx5r167atW7PisXsf2Mkp65cf9/EHoDG9g6BxHbXBoQu+84OHb/yzz/4HtuMhkDy4XTA1aVjixIOVmh/tkVy/MqBakmxcE/D6lzQ4Y31AtaxQHcDR8tANP/b5w4/3s3WXi3K6ATpRTZJUNDOoSl8kntAPV8Tx3sKsbxIH4cdesaymSdamJFf7JNnWKFivi9UbBeyT4vdmXZS4+L2VbpstMwvg23b8+bZRc8XoB5oV1U9i5ok7WiTfM6uXbttzO8/l66kXK/OaxUyz5VkOrJncbUSBFsKWrcTTbMVitQMP7nL5w4/X+Pcfe0j0MgKolhSnbwh4/RUNNq4OqJYU61eGpPGy6QWcudoEMDnhcN92D4VNuxOxffrFTEenXdhuH7rpFZeez/q144fF72EtOECltpypmTr4lT2TnVtvqjemL9i9v05HCkIRQX+IUlrmQSUBjrGwryRKSe7d7kAUccfPPP7tVp8/fn2dl1/SYvmoZNdBi9vucnn/5/rZusNBeaZttfLPhlLSTRZMHyklMeLTKVAU85ncjaBoSzJLUDD7T4qKdHF4ZmqKoW2TvU5zF8lc8+m+Ypyk1rZg5fM0JrbkIgu9NcvCFQvyJAU6Ex0dtOIiLRU7kyRCKghh3fKAT799mvf9dR8//qnLowdtlo1FvPySNm99XZ0lY6F2IEWCsGXHobxWFlpApuDIyMbC4ZSVDs2mSxDN45zxs26qjV2yR4Z1bLfviIfZPuIWwIc/9EHOv/iKQwuGqzNVp/Pq7dt24nkuwrKJcJDCjWOxkwwaJ2ddseJLyYbpuuDWn7js2GXT36/44v8r8/EvVdm110G5pkpStOLdUtC0qU0mlkmmvGMZsSep5TXahRSezdDZYvZM0mQqU2GEQXvidVZShcrKXqfLNDCSjB6Re3/8ORj/G2pPVslqbgZO8r2E8f17PxuF/AFhZfMjM6MnFwsffykrFQKy5VnCi1H6IyHWUjAyrLjorICBQYmK4J2/Ved3Xt5ktBYhA0UUWIShSxS5hNIlki5hZDxHLkHo0Ql9mu0SM/UyByY8ROVCnPKat08d2nHz4LyVR2VHjmjBk7Fh7VJG5tW2HJyqX7t1x/6Xbbl7O57lYiGYjSxC6SZqraFXRVrMp53l89mK2UmLh7c7bLnP5Qc3++zba0MVg7MVJ5QJLysCX3+3xCmcs96JNEh2jSXJGbnJJdkJNs5rbnLZVdMWh1n3VI2Uf2vTrOauysep5PTzvA6ecfGEg5uWXt8h0gmnyFv5VEokX+yJJDsIFW8Xf3oIY2Mhl1wA+/ZbrFkZ0j8YIWeJOzY7GtyRSxQ5cc/P+DKJQw50PR6XVtuj2bKp1NYyOLLu2urQ6i1hZ+qoD+FR+5UXL17Itkcndr7w4nPfMr5g4JtL55epOhI/5r6uLSjZgoptUXEsfMfGclywfbC8TO0IYOXKkLf/7iy/8dImF5/fplyThiBsmoq8AycPfP2wyNf07hoNmADySK9N6hH/ERS2yyG8uH1xAnpk9M+ZWHZbrxJGU9R4ugPedBRlG5jlJ0S87+KkM6MwpNTFope0SIFWZKKYoDFt8YObff7hG2U+/rdVtm13sBz9K6SyCCOHIHTpBB7twKcd+HQCjyB0iUInLQHdaLnMtIaR1sg3Fy47+y2u2r9zeHjB0cL22AIn1q9Zwr13377r137prHsu2LSAQEVMdXQKki+gz1YMuIpBVzLs6Vpxjh1TFwQEiuVjIf/z92d4xaUtloxFvOXXGqxeEsU1OOKT1y0/LFfTQf+f3IK15c7ivFPrPYdzFyy1Ac6iVe8KZdEL4j1xd4wjv4Nuokr6bFpryICWbJADJSlnzwHZ+MzM0dMlnzPh5MwFubbqVu67Cwse2e3wqX+s8theh699v8z7PtfPjn0Othu3R5QOQeDR6vg02z7ttk+74xKELlJZ2EJS8TsEYcDB+hJU+Zx7/vOun+wq9y89piN6zJFB69Ys5ORTTvvI+rUrv/r7r7BYNnqAKIpwBFRtRb8rGfQVg75k2FcMuGAJC9+KOG9jkw+8cYpXX9rAkxLVUqxeEvDrL2lS80y5yDSv3WiLSLcqhsDOkQILE8xkt7nnLjgzJ5+5VSJbfxQYPfbRQ+tO/jEtuunNTDc0gJ5NREX+/WTAT+qP5y+KokPItOLxpDAxJYXvKwRMdQRf/FaZbbsd8AVtYfMv11f5s88OcOvPPFTcgrzV8Wk0SzSaPvWWBnon0NbbdQN2HZjlWz+ZT21o5Vf75532EdtfeMyH85gBXqkt43vf+/5UIDb85q9dHt78i8+bxSfCsxRlV9HnKWolxVBZMa8iGfIUNTvg9S+e5NoPH+TVF7exQpsosHR8jlRceUGLtatDhOmTEkXufbTWO6+KJAe92zLz2cSm6Lmg68t0aU8CUVRLmGudTZSoHhv0DMKiYN27bKNM4KdqTJ73poFahfDaXKY+RQueURXQHP/Bh2y+dbNPWtXAcejYLl+9YYCXvWuUL/6bTyih0fKZmi0zNVtmtuHTaHl0Apco0pUOv3enz7e29N984abVv/nYIzdMnbrh8JJgt3HUk0xzXH75i9m188bGrHxN577HvkwI9Dka3FUfSp7Cc7Rq0F9RXP68Wd71q236vDJBAFEcSYgVQhCxannImqUBd93v60D6Ig8vTjbjkSol5B06pjveLEWQntac5c6nSB3OMovC655DHeV2RztSDp7fffaL1Jzlpps/9x0Spw+mwyh+FiJ1Y2iXhsgK3ysrvmsksSmxcyh2CCUfIgU8/KjL9h2JJzrrZBcIm/3Nft77xRr1VptTxvtptHxsS+G5kpIfopTAtiW+Z3PJpj4ueeGLO7dvbzTOv/BFHM84LoADjC9dh5TyjisvveC8nz14Z7lqB1RL0F+Gasmi7FtUSjajgxaXnl0l6IwyOdvCdzo4TgBOgAaXRERGrEM6srSzzIIburfIu+QLTvyCSkIG0MJEsqe1LazrhdOuAVbHA2ph3Oa7rZ7j7csWpFY5h/DYUykKKouAtM5K4t00vZyx3KdjwHUcd6ao6OVWvH2SOJHlh2bHW6Waq6PnYJaPsD18W1f2vfoGmDzdZXTQplJWVEsR1YqOR7ftCM8bpDJ0SXNwbP0dcS7bcY3jBrgQ83n8QOs9F593hbrlln1/fN99D5b6Sg61iqCvYtNfcaj124wNKWYbZSZmIgYVCD95vw6RlSJCqSg7MXOCPkwOrhemujf5kFjRTUUxHia3Lrrfi8AqTka7OWbMjY/auvcYadgrdOXfc5anaojqup/si5ghq2QOIUgruyb3t8SKJ+DXWUFmTLkVVxWOIwulhbJlnuvnPjupVaNbpbu2w5CnmF+RDPuSPfshDAUD/Tbtiu7YYAmFY7fpGzq5tXHjlf/Hdp33CtF/XBiF4+Dg5lg0UpLXX3/j+09aMf+j61cv6lR9GOhzGOx3Gao5DPdDfyXCthVRZBGENmHkECVFZtLJigkMA9CF8g8J93aIqxeIueTFYJaGFVddAY2xj7kBgUcm3k+rBp4Mw41tgjz30V14eKa0mETMUFMS3o1p/QuT1ZSbZzHkxfQ3Xc7PMmRIlX1BI7RZCJuSDaU4lCCUMNuUTM6EHJqOmJgRTM7aTM/aOKWlHdtb/NHHtt/yfiH6DxsteKRx3BY8O7idzoIFIx+2VL2z7/HGB3wntIZqNn0VRa0a0VcJ8dworotSnJxY+TiE1MQWA+GziWUuOx41x3oXm0WZu02PO0dpccURXp+I0SW4qjvPMtz08e9P2vrlrHq8Uk8uQSQdHeJgOA1yCxXTlSR9LY0Lj6MP1ZyjKnIGSggdn0/8OZ1Q0GgpbCvU2TqhIggEjlOVkbXkA7X++X8xMTnbebKH60lZcIA3/c6rWD7faj5/87prL3z+GWp0SDEyGDJcCxnoC6iWQ0q+LpQp4qSG5ER1VRJMcOeK+MTWWyR5lsrwWhYtuepi0Y0bxBGcK3OwcoTFTxfuu4XH5tZ3/VaH/zYmV89x81R+FMbr7g6erHdqFkeSxZP0PpBJp4YgErQCqLcV0w3F5EzEwckOew+2GV10ivL6Trr2/p1Oc90Zr3zSx/DJW3Bg6dJx/PLoQ/PnVd64cF7ncwf33GG5js7hTLN/3BDbTkq/dTk1ZsD7nMSGPLgPV/a4G7M4kmw3Jzb/COOZoCbdwXskt2ePxckhNxmIIk24Md+uebelY/uTC0GIuIuJycXJSjLHDxUnLasuOmeiuQdS0Ar1aikhiKDZlniO4LIXnCWXjK944ymnrH5o16N7n5Lj+KQtOMCateuo+gc7J23Y9Pl5Q+ptCxf0M9BXZ7CvSX+lRdnv4LshjhWl7vREfxBCEQQWncBC5eK8s4CqBNxpMJXIYk5yiQzE1tuYZB4tCJ7ro9fPTqhL6nonuQAy3TtJQE4LdarkYRuFPAVS2aBsfEfn7prSmEI3jOpIaASCmY5gomVxqCHYNxVR6p9HM3Dfdt65mz//0Lb9nfXr1z8lv/spseAA8+avpT77eDS+5hcfmd4/f6a+75p+V+zDcay4U5u+loTIzxlsT/KD2zxu/WmJKOmGlkQjWjG4rSzOOwfuhHtDPhLOPHtdlj0bqPSJGHPoehx8lfgIEs4u4iVJ8U6EiptZybi0g5XuUessNhFJpwiL553e4ZLNbb59a9lAmCJEZ8u3AdnRlt5SkmULB/nFKy+aeekLNz2y49G90ekbT3rKfvNTYsGT4TgVHA59c2js3D9YtPIFh9yyxa59U4RRHdcJEEIaMRDJ0VRMNy067ThNyQi1FULgCZ3y5gmV1feGfCkIDAveTR787wF0Z2YqNxeK74FmFGLc1SNtGx7z70jqtpKRtGNVLHt4PvSXI3R+QDYsNAdvhgrfa7B8dB+LRuC1r7jo0Isv3fwHOw40vtnfV35Kf/NTZsEB/NKgPnBq71V4v+Ds3iE+8qf/8KPRX75wB1ecIwgjVyclSxkXooGgLfiP+3waUeIQ0F2ILUt3YyiJLCsnjTcp0JDMkWNKgz1OrKEqzNngcFq3uYuj3O4ZH6I3/+oGblR2rJShqWtuLowfqjPtdak3G2XpBAeVm/QohHCILEnJCjlrQ4drbpKECsDCEYKSpWmmUIoXn3WQt73K47H2RftP33jhnzQanas2rT32WJMjjacU4OnBFGM89GjjC4Njv2S95EL1IUvNjO4/ZOHaAt8LsGJngW3BoWmLG24v04pc8DXAbcvCt6EUW23bKmbodLPWvbXuOb6PHie96+gBZtXj/6fsGJLX5ntNO3t/s0wqtLpsnDMESYJy8lJpkqLiTPGsp078Wuk+m5kHVMTlIHUCRLUccunZHYa/HLJvWr/Pt3U4R9WRzCsrrHCAyL5w/0svu/zd0PmCEENPw1F8iimKOdaMV6g//v3PX3x63zv98imHHnl0gJmGTztwCEPdG922Fd+/0+OJKe3pwvJwbZuKDX2WomwrfFvhWgonzql0kpxJi67xJ90Cm3qNXLxGt+17xaueyFFwGHZXdNLA2a7HpLCrOUuTSSYq6xQhpY7PlvEjiizCyCYMbcLIJojju8PIJQgdFgwoXnRWGyJ9jkqWomJLaiXF6lHJ+hWrD219dOSd//SVmz//dIEbniYLnoyNm6/ko5/52pfK3orO2EL7r6V8oF8fGH2QLFfyn9t9JmZL4Pi4jk3VVlTsLGnYjOEGwy9kOMx6ncA5cUYYsdGGo0SIPO1Q3d59wmhJkSEXl2YLk2OR+i6NiyG94xXvcoWfSGyps1qIxpzJ9Ham+7SIpMSOlRYBdGyfgWrI6Ss6/FOg6aVv6cp7URiydvXymUvPXfDmwdrUV9af+dqn9eg9rQAHuOK8jpRUvuqIkZBg6RfrU9tLtu0isDg4YfHEhE9kl3Ecj5oDVUfhG13PzBMqjUi3I8Y4FZx1c6LxjOXJysPSjm405ZkA/ZwQAnOxAf4CyPVTPjI8faSKU2IlusSzdPlhCnRRIMPFnxQztSMd463i1uGWCBkZiqgNhwRKUHEVQgWsXbO8NW9k4W9v3V372tRs+0m54Y9mPG0UJRmnnPWrDNcORatWVL4m3PHXhva61kzdwbEVd9xvc+c9/ShRYtCDAVfR5+q48rKrKLlKa6q2Slv95Tqj0UUtMbx/+RxFw2OHAWzIWygjoEMVFnUbytg2v/DYRrciQlCwtuYHGBsWtzEn3um+c/MWI3SYfJZT19+oTBVF34GD0CYIHDodh1bHodlxabY9mh2PRqtEKMucc7Li3A1NRKQoOyHnn7m8tX71wtfa1QVf2763E/3hG37l+EB1DONpBzjAkrW/wb0PWtFkeOnX/cqS19UGlzemZkO+8v0qW/cNMFyxGC5JaiVJ1VNUPSi7UHYVvqsrJpvNow6XXqZPSPxMAsCCHVMZ+HPODXoD2iyoU1jTZePDr+7+pQ/zFpFfngekKm6Wf6vIvyGjKtmx1Nt1/6KprBsfMylFCvB2YNPsOLTaLs2WS6PlUW/41JslpmYqLBnxePUls5TLTdatXtZYu2Lh6377V87++oAzEb3/bb98lAfmyY2nnaIk48zzXs29d/6z2nD2J6/mwOucq/995edu3zo1MOi7zK9I+j2F5yjdx9U48JFUBBaoUBBld1jiY565m4sAiV8n90DdyFql/DsFesK/ixzG9Ix3oyJHCJ99MuNo3l6cZOZfm10qjAq+xrPZUqbbMC/+7BO0YhJJi05gEwQWUVyBVpe9UDi2QyewCSMLxw7ZvLbO7718cOrhvYt//23ve+hqy3b54ze95skdoGMYzxjAAU4+6zU0Hvs4z3v32i9fcuoi99IL2n/x4D0PzOvUD9FXsXT5b2E0egJCqWi2IYzIrIg5wTROSD5MND7ZysxnjuWvNMbCADkGhRF5a1+ciPWChIrfeCQj39MBdQQPleixy6TfUbfGu2BQlGS50cw3x8VJ9HDSu176uXF3jCjumdruODTbNmHcCTnpwCwAx3FotATCXsr48lUH33uS+9by/Ikv+/6KZxTc8AwDHKCy+O0AfG//xJc813W+e/0tH77u+z8YbTdnsSybMDbTtiVw4n5GYaSYmtSBOmkxzS6u+TSRNgaaUHEpieRESe1lFuTBnb4wqUAB6BjLgKNmHsc7evHwVBkpXARzlBEhDBqSb/FoFZYlhiCfc2ns1eicZ9sS1xZMTPscnHJRChxbYetegISRRRSFDA8PsHL++ftrC5/3rkiGX3o6pcDDjWcc4MmYPzpEfbb+9y+94gIx2G9/6M47bhyNggPs3geNlkNf2aJcsqmWLfprTRpOi3t3likJQdnJogkhAXVi3UWqtgiSZqno5koASmeNSCOabg7/ToFsVj81Ri96MkeXVPScKMRDzNlB93V5Kq3mLEtAn00cVapwJBNLs2dp0io9pShxxKCQWaBVUoRe1y5UuG6AbXd4cJfNQ7t9JqfLVMuCSknRX5HUWxEP7w4YmzfEaWdftH/xinPfHUr196XS8WfkPNlxwgAOUO2r0mg0P3/B888Jl4y5n/zpXd8eunvbBGXHoVpxGKzplLcLF3V4QbSXN35qAc2wQtmJi2nGJcikAhnp0xoq3fYisdtJaC1SaJBLDXphNDnK8XCTspB3BilhIliln9FLajyqcQTCbVpqs7ZVN2DnXidhyQnntgotHpMeSuakRlooZaM7CifVphSO0H11PDciUnU+868DtGYtlo+2GR1ykdKmWoKRoVl2Tw6x8cyLJ9as2/SOUKovViuVEwmxEwtwgEqljFLBVSedfNqh+7dvXbXpTPuj2x68y62WBcP9MH+ow9KxDoFq44qAkLitnK1w48qKZi+XdiToSG3jbHRngORCEEoQCYVl6OkypjKqSEcgA/xhLLaa84YY9El+Y69h0gtTzeixzRF3Y3LweIWVhjYklpu02mzSY0mDPJmzqDTsNYwdcvq36G317414aI9H2LTp90LdZBpFyVNs2nROUJkXvHPjaWc8IlX529XKCYfXiQc4gBCuvOtnW7+5efMrvEULHmmsGa989ond94qBasOq9QWUS012PyGIhEvF0fJh2VO4jj7BnRA6kaAVCaYCQRAj0rEEvlL4scVOuk9LwJICZas8v1Z5i93NIs+lMaRWf87vOt7j0e21MCmJAJElj8xxy4uCimKZvUo1uB070gC3I2yhJ51R0niq5dFqu3RCG4EidHVSuO+5WLbH6ECbh6cl03UouSH91ZJctvp05fevftNLzl71Dwf37usMDaw5UXDKjWdEBz+acfqpa5HtA51l42NXLVu2fMP6k1b9+djYCGW3SbUyy1U31AgDn6GSpM9X9JWgVhYMVASDFYHjSFphByuaQQR1oqBNO5Q0pKAVQSi1zChjgCecvVi0EgrOoB5DHW7ZUfKUXlWz5kYFdu8+kb4Q5Ph5AuyErmSVZhOaIrGtCMcJ8ZyAkt+iXJql5E9T8ut0IsHkjM/kjMd03WW27lFvuMw2SjhWmddd2qDVanGoIZk3Mp/xZav+fOGiZRtKffOv2rp1f2dkwbMD3PAsseDJWLV6LUDzp7dfu7U2svHDvvK9sh2955qbZu3b7+lnflkwryrpKwnKPpR8C8+xcB3By194kIVjh3CdBlf/sMRV3x2mqSqElOgIC0/qYC0pdKXVXMs9sp5gR4w5MTTzo/Z0HsdIK+EWPvawQe45OdBQShL928q3f3TsEN9rIewW/3idx1d+WEOICkuGPc5Z7eG64LuKki8JIkEUT9A3rQn51cvqNDuborVrFvzv521a/uF7tj4enXvuec84Zo40nlUAT8YZ57yM+3/69Wj9Gb/6vif273H23nLj21bO/5lvB1M4lqJa1kWFyiWbim8x0GcxWB1i+ahi4Yhkw/IZWm3Fl64TYDkE0iMQ4CmBjKdqulR/0sYjiZ5TXV35hx0Fa1/w9h8XTUkxXHTHG5q1KGxrut1NLp55LpMqBElnhwjHDqiWW1x1vcMHvjDGweYQSwZtBgTs3COp9TlUy4pKySIMLNodQbPlsXjhPD70lnVta+CKTwzWFr3vr//+a7zhN19xYkHTYzwrAQ6w/oyXs3vvIfpc7z1v/vUXW5efu/a8a7/xbateb57Xakw5tT5dXKhSEvSVFVLaTExX8L0Oo4Mhr35Bg+9uabJ/poyyXdLeE4bZlTEnz7nwjW3UUaNzrmh+tJa7Z+yJ8X+vuWpR+xYpvYmlwVgWTHtXGtbdEgrPDdk7ofjKDf3sb9QY6XeZ3xfhCMF0PSSSilbHptUWtNuSBWPDYTMq3Tay7DLZN7ritqDtvUep/QgxegIQcnTjWQtwgCVjw8m/7/6Xa77BOWef2d9s1P92/97HXt1pHrAGKg1c16YTWoSRoB3YtNoeQeSxcU2DCza0+fpNCnwNwOLtPnmkQD8MoLuFl+SbsGYyolLHdHXkNeyCJ7N7sNXc72Ra9DmOHGN9pvoofF9y2xaHex+qICyXPldRcnRvIKng4FSImuwwvrCfxUvG5ZLlS67p76v+7hNPPD4zvuL0ZwoGT2o8qwFujle/8qXs2LFzxvf9N+/bu/fh3TvvOqVW3v2yLXc9zOTMPCq+IAqz/EFhCe1dQxcBTXrWJypE0hRV96ZJGqkafW3obVkh8+GYgUjJ8uMeBqiLwWRFSz/3Y1SOjuRc8fGEM/FSyqSOCUL7DGTSHEs3sfJci5EB2D9VpzqwksXjC6496+wz71m4cNGnWq3WzJIlx1aj+0SOnxuAAyxfvgzgQNDc8WcbT7ty2T33/SfVx8ZeNt3YSbs9g1S6e1jJDdm1R/DIE7q/vWsJfEtnBtkxj00sd9KEN6Um5hD0nNNpYCfFKzPwGAX/jgrsWSHduZxZr+8WL5LdIXLOn2RimvDsxGsZv11KQYSNiBS2bRN0HFYsCBmZ12bPo5JQ2shIEoWKeUPzuPTSUykPrrx2ZN6mP+p0pnaOjMw/0RA45vFzBfBkuOXl3HL31E5hnfOOpStGr9p06qlvmTm09UIv+gl95d3sm2zxnVtL3P1IH7bvULEVVUcDXKAdQpEUumGtBUJqdSBXmCmx9ga/NW/zOgwA7BjkiRU3ubze2AjiSnYt8ha6COxiOGu6bRwKqT9OxdRKZDs3lJKkNaBtaQ6eZMhH8R3OFop60+PkFS2ueP4M+743zYHpPtYs7OP5563nnM0bbly00PvU4iXjd0N9pxDHXpv72TB+LgEO8PyNAwAPK6UeBu554N7OwrHh8b/Z/diPV7/3r+6wt9xdIpQeZVtQcxV9nsSxdSWlMLDopJkpEgTYChwDiBpUItcxohhVmDzrh16iCtxb9fi/yH9yJdFJuHQWLJWsS/i+lBhJwCnxyhoD2BLH1nIgoBMUQocwtLAtHRnleTYohze/rM25J+/jjp3nRqeuOePhAb/ze5s3n7MH2CqekQqjT9/4uQV4MuITsFVF+7cqFV7+xBSL/8evveiayL+xtv2xh6t797UZ8D2GKjribbYlONCA6RBcS1BVOlLcEQppm/tNGsHqhzAQnlhks/dPFoE3l+6ILneA3HpzO1TOkuv0r2xbhebMKubWlhC6EWu8l9RTaUlcJ4oDpCTttsfUTJmZhodt69LIvjfD7KEhhofX1n/hxVdML3yEVw7U1j7mOPbOn3dgF4/tc2I0Woqyj3X/juYA0b3nBkHwd/963bZw+9Ztw0HzUL+UkqEBSf/wQb5wvcf+mRr9vs2Ao6i6krKnKDmKkge+A74rcBzdwRiIpcWsWL8QcSdkmzi8V2TPtn62jNfFTsdO3OXYsXXIafasJ3uOreLqAUlQmdD9dmNFyLYkrqPwPYnvRZS8UNeC9ANKXkDJ61ApN5mcbfGF74wwXBljdNDDti2WLOqfWbpiwaGJ8BQnivzfOeu0FT+GwSlQUjyJgvPPtvFzb8HNUSkJAKnUjglYcN2efdNr//yDX2w/fNvfvH3Lli2/fs9924KTxpvrzlw/Vdq1Zz/X/AjqooYnLEqOQEqVOmeSeHTPESnAw0gRRXG0oorDdZWKqUxGFVK6gilO9hgmx08eaWvvrJV30nY0kloSBXAsHeVnS4GniGO243bfdoTntXDcGX50t811dy7g/PUDrcWL+h4YmrfcXb1x81UTj/zSx9XIv/iznfmtm34ayAvPfE7ZO32MTvQXeDqGEMtBzwEbjz66C8dxPuo49kcvu2iDPTpS+WwUnbR2bOGD559+0qP2PTsklmXTanewsfBdnShg2+C5gpJn4TiafjTbklZH0Qk0wO24g7OVKDFWpnCYaXDm3T43EVVFr2XijMmA6rmaRyspUMomkoJmy0Iq8Fy9vRv3n9SUKkTJAIGgWpbsmRpgw0nroje89uybB8sDWy3VeKMQYWQ7JYZWf1MtXjzeONHn6+kcz0mAm2N8fClk87uw0574XdcrD719wZ4Pzv7l1d6++r5ow5KRMwVq00O7DjIxM4MnFAMVF8+xqJRtyr6NY8OhmZBHD0C7I/EcnRAthC5gpOKgU91rMu6RLpL23VbM4zXS9QQxA7vpjMkmmKBLUEf4XoRnS5ptiycOVDg0rWlRydOTWseGit/BtepUKy64K8BS/+F4238yMn+1XfN+q7Niw/ifohoTC0ZrJ/qUPKPjOQ/w4vD8IYAJ4PcBrv7GD7AFF+6dDi57bH/jlVGrcVKJOk/sfgTfU5TciMG+kFpVsXppwP5Wiy0PlBhwLQYrOunCSzsnJJa5wNNtcGxt1UOp4pqUmoujzEi/vJ7u2IqyH1KrtqiUGtz+oM2t9wgsJeirCOYPlyiVfCIqjC05mfkjUK24DwZy+JpW0P+9A6G8cXzVC4D/daIP+wkb/+UAXhyveuklADfu2jNxI3BTGIarpicOyGuu2ScXLxpdsXLpyLtkexcD/VC2d7Bq/GHe+NlBtu0eYhU2JUcrGUk1ABkppARLCHA0aD1HUCnpCgEHJiLCSFEuO7iOSMtDu64252EIMiKeYEZUSk2G+g/xyON1PvbPowz397F5/Ri+p9h48nKIJj8ctCa2L15xgTU0VLMsy3kEuM7xn73xIc/k+C8P8GQsXTgEcF3yenLiAI7jDU5OPHHbxD5JtUxQKq3647V957zo3YHFA4+W+cFNP8W3phge1IFfCti9t0m90WKoz8J1XYJAIT3FvFqIpMFPtgKRy/iYbqnXEVDxI2qVEInPgckKUoEvJZ4Hw0ODjIxfQr0keM0rhpnX51zfbtY/6TrKXbf+ZMaXLLyx3e5Mjo39N6C7jf8GeI8xODQCMAl8A6A+8zjAA7YIxs47Q8oVKxVb/vNh3HadSsmlUnEIg06w4Yyz39+cmb5yqBoFwwMuUQiVssXKRQGRVWfbjIMbeSxb4FAta0VkuBayZEHkViqVb139zW3vL5dcVwmJZTn4JZdSbTOLfY+XvrBkVTx7L7B9xbKnvtTwc3E893ShEzg+/7VbEYKxib17BobKHTU04NEJJGXfYtmCkMiq88O7XNzIY3zMoewL2oFgqBYyvkCKsfnDU0qpvZWRy070T3nOjP8Pm8QMwZMDXZkAAAAldEVYdGRhdGU6Y3JlYXRlADIwMjAtMTEtMDdUMjE6MTM6NDkrMDA6MDBEcxdbAAAAJXRFWHRkYXRlOm1vZGlmeQAyMDIwLTExLTA3VDIxOjEzOjQ5KzAwOjAwNS6v5wAAADl0RVh0U29mdHdhcmUAbWF0cGxvdGxpYiB2ZXJzaW9uIDIuMi41LCBodHRwOi8vbWF0cGxvdGxpYi5vcmcvSM8oowAAAABJRU5ErkJggg==', 'weight': 2}
• mf_hecke_traces •

  Column	Type
  hecke_orbit_code	bigint
  n	integer
  trace_an	numeric

  
  
  • id: 69316321
    {'hecke_orbit_code': 148618787736786410, 'n': 1, 'trace_an': 1}
  • id: 69316322
    {'hecke_orbit_code': 148618787736786410, 'n': 2, 'trace_an': 1}
  • id: 69316323
    {'hecke_orbit_code': 148618787736786410, 'n': 3, 'trace_an': 1}
  • id: 69316324
    {'hecke_orbit_code': 148618787736786410, 'n': 4, 'trace_an': 1}
  • id: 69316325
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  • id: 69316326
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  • id: 69316327
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  • id: 69316328
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  • id: 69316329
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  • id: 69316330
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  • id: 69316331
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  • id: 69316332
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  • id: 69316333
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  • id: 69316334
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  • id: 69316335
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  • id: 69316336
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  • id: 69316337
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  • id: 69316338
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  • id: 69316339
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  • id: 69316340
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  • id: 69316341
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  • id: 69316342
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  • id: 69316343
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  • id: 69316344
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  • id: 69316345
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  • id: 69316346
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  • id: 69316347
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  • id: 69316348
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  • id: 69316349
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  • id: 69316350
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  • id: 69316351
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  • id: 69316352
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  • id: 69316353
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  • id: 69316354
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  • id: 69316355
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  • id: 69316356
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  • id: 69316357
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  • id: 69316358
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  • id: 69316359
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  • id: 69316360
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  • id: 69316361
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  • id: 69316362
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  • id: 69316363
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  • id: 69316364
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  • id: 69316365
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  • id: 69316366
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  • id: 69316367
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  • id: 69316368
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  • id: 69316369
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  • id: 69316370
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  • id: 69316371
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  • id: 69316372
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  • id: 69316373
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  • id: 69316374
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  • id: 69316375
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  • id: 69316376
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  • id: 69316377
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  • id: 69316378
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  • id: 69316379
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  • id: 69316380
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  • id: 69316381
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  • id: 69316382
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  • id: 69316383
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  • id: 69316384
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  • id: 69316385
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  • id: 69316386
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  • id: 69316387
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  • id: 69316388
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  • id: 69316389
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  • id: 69316390
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  • id: 69316391
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  • id: 69316392
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  • id: 69316393
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  • id: 69316394
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  • id: 69316395
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  • id: 69316396
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  • id: 69316397
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  • id: 69316398
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  • id: 69316399
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  • id: 69316400
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  • id: 69316401
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  • id: 69316402
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  • id: 69316403
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  • id: 69316404
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  • id: 69316405
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  • id: 69316406
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  • id: 69316407
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  • id: 69316408
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  • id: 69316409
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  • id: 69316410
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  • id: 69316411
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  • id: 69316412
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  • id: 69316413
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  • id: 69316414
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  • id: 69316415
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  • id: 69316416
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  • id: 69316417
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  • id: 69316418
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  • id: 69316419
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  • id: 69316420
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  • id: 69316421
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  • id: 69316422
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  • id: 69316423
    {'hecke_orbit_code': 148618787736786410, 'n': 107, 'trace_an': -12}
  • id: 69316424
    {'hecke_orbit_code': 148618787736786410, 'n': 109, 'trace_an': 2}
  • id: 69316425
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  • id: 69316426
    {'hecke_orbit_code': 148618787736786410, 'n': 121, 'trace_an': 1}
  • id: 69316427
    {'hecke_orbit_code': 148618787736786410, 'n': 125, 'trace_an': -1}
  • id: 69316428
    {'hecke_orbit_code': 148618787736786410, 'n': 127, 'trace_an': -16}
  • id: 69316429
    {'hecke_orbit_code': 148618787736786410, 'n': 128, 'trace_an': 1}
  • id: 69316430
    {'hecke_orbit_code': 148618787736786410, 'n': 131, 'trace_an': 4}
  • id: 69316431
    {'hecke_orbit_code': 148618787736786410, 'n': 137, 'trace_an': 2}
  • id: 69316432
    {'hecke_orbit_code': 148618787736786410, 'n': 139, 'trace_an': 4}
  • id: 69316433
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  • id: 69316434
    {'hecke_orbit_code': 148618787736786410, 'n': 151, 'trace_an': 16}
  • id: 69316435
    {'hecke_orbit_code': 148618787736786410, 'n': 157, 'trace_an': -2}
  • id: 69316436
    {'hecke_orbit_code': 148618787736786410, 'n': 163, 'trace_an': -4}
  • id: 69316437
    {'hecke_orbit_code': 148618787736786410, 'n': 167, 'trace_an': 4}
  • id: 69316438
    {'hecke_orbit_code': 148618787736786410, 'n': 169, 'trace_an': 23}
  • id: 69316439
    {'hecke_orbit_code': 148618787736786410, 'n': 173, 'trace_an': 2}
  • id: 69316440
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  • id: 69316441
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  • id: 69316442
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  • id: 69316443
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  • id: 69316444
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  • id: 69316445
    {'hecke_orbit_code': 148618787736786410, 'n': 199, 'trace_an': 12}
  • id: 69316446
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  • id: 69316447
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  • id: 69316448
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  • id: 69316449
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  • id: 69316450
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  • id: 69316451
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  • id: 69316452
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  • id: 69316453
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  • id: 69316454
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  • id: 69316455
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  • id: 69316456
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  • id: 69316457
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  • id: 69316458
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  • id: 69316459
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  • id: 69316460
    {'hecke_orbit_code': 148618787736786410, 'n': 277, 'trace_an': -22}
  • id: 69316461
    {'hecke_orbit_code': 148618787736786410, 'n': 281, 'trace_an': 26}
  • id: 69316462
    {'hecke_orbit_code': 148618787736786410, 'n': 283, 'trace_an': -4}
  • id: 69316463
    {'hecke_orbit_code': 148618787736786410, 'n': 289, 'trace_an': 1}
  • id: 69316464
    {'hecke_orbit_code': 148618787736786410, 'n': 293, 'trace_an': 22}
  • id: 69316465
    {'hecke_orbit_code': 148618787736786410, 'n': 307, 'trace_an': -24}
  • id: 69316466
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  • id: 69316467
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  • id: 69316468
    {'hecke_orbit_code': 148618787736786410, 'n': 317, 'trace_an': 18}
  • id: 69316469
    {'hecke_orbit_code': 148618787736786410, 'n': 331, 'trace_an': 28}
  • id: 69316470
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  • id: 69316471
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  • id: 69316472
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  • id: 69316473
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  • id: 69316474
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  • id: 69316475
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  • id: 69316476
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  • id: 69316477
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  • id: 69316478
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  • id: 69316479
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  • id: 69316480
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  • id: 69316481
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  • id: 69316482
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  • id: 69316483
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  • id: 69316484
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  • id: 69316485
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  • id: 69316486
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  • id: 69316487
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  • id: 69316488
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  • id: 69316489
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  • id: 69316490
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  • id: 69316491
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  • id: 69316492
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  • id: 69316493
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  • id: 69316494
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  • id: 69316495
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  • id: 69316496
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  • id: 69316497
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  • id: 69316498
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  • id: 69316499
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  • id: 69316500
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  • id: 69316501
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  • id: 69316502
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  • id: 69316503
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  • id: 69316504
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  • id: 69316505
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  • id: 69316506
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  • id: 69316507
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  • id: 69316508
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  • id: 69316509
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  • id: 69316510
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  • id: 69316511
    {'hecke_orbit_code': 148618787736786410, 'n': 571, 'trace_an': 28}
  • id: 69316512
    {'hecke_orbit_code': 148618787736786410, 'n': 577, 'trace_an': 18}
  • id: 69316513
    {'hecke_orbit_code': 148618787736786410, 'n': 587, 'trace_an': 40}
  • id: 69316514
    {'hecke_orbit_code': 148618787736786410, 'n': 593, 'trace_an': -30}
  • id: 69316515
    {'hecke_orbit_code': 148618787736786410, 'n': 599, 'trace_an': -24}
  • id: 69316516
    {'hecke_orbit_code': 148618787736786410, 'n': 601, 'trace_an': 22}
  • id: 69316517
    {'hecke_orbit_code': 148618787736786410, 'n': 607, 'trace_an': 16}
  • id: 69316518
    {'hecke_orbit_code': 148618787736786410, 'n': 613, 'trace_an': 10}
  • id: 69316519
    {'hecke_orbit_code': 148618787736786410, 'n': 617, 'trace_an': -42}
  • id: 69316520
    {'hecke_orbit_code': 148618787736786410, 'n': 619, 'trace_an': 36}
  • id: 69316521
    {'hecke_orbit_code': 148618787736786410, 'n': 625, 'trace_an': 1}
  • id: 69316522
    {'hecke_orbit_code': 148618787736786410, 'n': 631, 'trace_an': -24}
  • id: 69316523
    {'hecke_orbit_code': 148618787736786410, 'n': 641, 'trace_an': 6}
  • id: 69316524
    {'hecke_orbit_code': 148618787736786410, 'n': 643, 'trace_an': -44}
  • id: 69316525
    {'hecke_orbit_code': 148618787736786410, 'n': 647, 'trace_an': 8}
  • id: 69316526
    {'hecke_orbit_code': 148618787736786410, 'n': 653, 'trace_an': 18}
  • id: 69316527
    {'hecke_orbit_code': 148618787736786410, 'n': 659, 'trace_an': 20}
  • id: 69316528
    {'hecke_orbit_code': 148618787736786410, 'n': 661, 'trace_an': -10}
  • id: 69316529
    {'hecke_orbit_code': 148618787736786410, 'n': 673, 'trace_an': 22}
  • id: 69316530
    {'hecke_orbit_code': 148618787736786410, 'n': 677, 'trace_an': 18}
  • id: 69316531
    {'hecke_orbit_code': 148618787736786410, 'n': 683, 'trace_an': 12}
  • id: 69316532
    {'hecke_orbit_code': 148618787736786410, 'n': 691, 'trace_an': 44}
  • id: 69316533
    {'hecke_orbit_code': 148618787736786410, 'n': 701, 'trace_an': -18}
  • id: 69316534
    {'hecke_orbit_code': 148618787736786410, 'n': 709, 'trace_an': -46}
  • id: 69316535
    {'hecke_orbit_code': 148618787736786410, 'n': 719, 'trace_an': 40}
  • id: 69316536
    {'hecke_orbit_code': 148618787736786410, 'n': 727, 'trace_an': -48}
  • id: 69316537
    {'hecke_orbit_code': 148618787736786410, 'n': 729, 'trace_an': 1}
  • id: 69316538
    {'hecke_orbit_code': 148618787736786410, 'n': 733, 'trace_an': -22}
  • id: 69316539
    {'hecke_orbit_code': 148618787736786410, 'n': 739, 'trace_an': 16}
  • id: 69316540
    {'hecke_orbit_code': 148618787736786410, 'n': 743, 'trace_an': -36}
  • id: 69316541
    {'hecke_orbit_code': 148618787736786410, 'n': 751, 'trace_an': 28}
  • id: 69316542
    {'hecke_orbit_code': 148618787736786410, 'n': 757, 'trace_an': -34}
  • id: 69316543
    {'hecke_orbit_code': 148618787736786410, 'n': 761, 'trace_an': -6}
  • id: 69316544
    {'hecke_orbit_code': 148618787736786410, 'n': 769, 'trace_an': 34}
  • id: 69316545
    {'hecke_orbit_code': 148618787736786410, 'n': 773, 'trace_an': 10}
  • id: 69316546
    {'hecke_orbit_code': 148618787736786410, 'n': 787, 'trace_an': -4}
  • id: 69316547
    {'hecke_orbit_code': 148618787736786410, 'n': 797, 'trace_an': -30}
  • id: 69316548
    {'hecke_orbit_code': 148618787736786410, 'n': 809, 'trace_an': 26}
  • id: 69316549
    {'hecke_orbit_code': 148618787736786410, 'n': 811, 'trace_an': -12}
  • id: 69316550
    {'hecke_orbit_code': 148618787736786410, 'n': 821, 'trace_an': 42}
  • id: 69316551
    {'hecke_orbit_code': 148618787736786410, 'n': 823, 'trace_an': 4}
  • id: 69316552
    {'hecke_orbit_code': 148618787736786410, 'n': 827, 'trace_an': 4}
  • id: 69316553
    {'hecke_orbit_code': 148618787736786410, 'n': 829, 'trace_an': -2}
  • id: 69316554
    {'hecke_orbit_code': 148618787736786410, 'n': 839, 'trace_an': 40}
  • id: 69316555
    {'hecke_orbit_code': 148618787736786410, 'n': 841, 'trace_an': 7}
  • id: 69316556
    {'hecke_orbit_code': 148618787736786410, 'n': 853, 'trace_an': -22}
  • id: 69316557
    {'hecke_orbit_code': 148618787736786410, 'n': 857, 'trace_an': 10}
  • id: 69316558
    {'hecke_orbit_code': 148618787736786410, 'n': 859, 'trace_an': -4}
  • id: 69316559
    {'hecke_orbit_code': 148618787736786410, 'n': 863, 'trace_an': -32}
  • id: 69316560
    {'hecke_orbit_code': 148618787736786410, 'n': 877, 'trace_an': -46}
  • id: 69316561
    {'hecke_orbit_code': 148618787736786410, 'n': 881, 'trace_an': 6}
  • id: 69316562
    {'hecke_orbit_code': 148618787736786410, 'n': 883, 'trace_an': -28}
  • id: 69316563
    {'hecke_orbit_code': 148618787736786410, 'n': 887, 'trace_an': 44}
  • id: 69316564
    {'hecke_orbit_code': 148618787736786410, 'n': 907, 'trace_an': -12}
  • id: 69316565
    {'hecke_orbit_code': 148618787736786410, 'n': 911, 'trace_an': 16}
  • id: 69316566
    {'hecke_orbit_code': 148618787736786410, 'n': 919, 'trace_an': 16}
  • id: 69316567
    {'hecke_orbit_code': 148618787736786410, 'n': 929, 'trace_an': -34}
  • id: 69316568
    {'hecke_orbit_code': 148618787736786410, 'n': 937, 'trace_an': -38}
  • id: 69316569
    {'hecke_orbit_code': 148618787736786410, 'n': 941, 'trace_an': 18}
  • id: 69316570
    {'hecke_orbit_code': 148618787736786410, 'n': 947, 'trace_an': 36}
  • id: 69316571
    {'hecke_orbit_code': 148618787736786410, 'n': 953, 'trace_an': -22}
  • id: 69316572
    {'hecke_orbit_code': 148618787736786410, 'n': 961, 'trace_an': -15}
  • id: 69316573
    {'hecke_orbit_code': 148618787736786410, 'n': 967, 'trace_an': 32}
  • id: 69316574
    {'hecke_orbit_code': 148618787736786410, 'n': 971, 'trace_an': -8}
  • id: 69316575
    {'hecke_orbit_code': 148618787736786410, 'n': 977, 'trace_an': -38}
  • id: 69316576
    {'hecke_orbit_code': 148618787736786410, 'n': 983, 'trace_an': 48}
  • id: 69316577
    {'hecke_orbit_code': 148618787736786410, 'n': 991, 'trace_an': -20}
  • id: 69316578
    {'hecke_orbit_code': 148618787736786410, 'n': 997, 'trace_an': 42}