Newform data - 9680.2.a.bh

Formats: - HTML - YAML - JSON - 2025-12-06T19:47:21.727698

• 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': 38720, 'analytic_conductor': 77.2951891565994, 'analytic_rank': 0, 'analytic_rank_proved': True, 'atkin_lehner_eigenvals': [[2, -1], [5, 1], [11, 1]], 'atkin_lehner_string': '-++', 'char_conductor': 1, 'char_degree': 1, 'char_is_minimal': False, 'char_is_real': True, 'char_orbit_index': 1, 'char_orbit_label': 'a', 'char_order': 1, 'char_parity': 1, 'char_values': [9680, 1, [3631, 2421, 1937, 4721], [1, 1, 1, 1]], 'cm_discs': [], 'conrey_index': 1, 'dim': 2, 'field_disc': 5, 'field_disc_factorization': [[5, 1]], 'field_poly': [-1, -1, 1], 'field_poly_is_cyclotomic': False, 'field_poly_is_real_cyclotomic': True, 'field_poly_root_of_unity': 10, 'fricke_eigenval': -1, 'has_non_self_twist': 0, 'hecke_cutters': [[3, [-4, 2, 1]], [7, [1, 3, 1]], [13, [-1, 1, 1]], [17, [4, 6, 1]]], 'hecke_orbit': 34, 'hecke_orbit_code': 148618787736790480, 'hecke_ring_generator_nbound': 7, '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': False, 'label': '9680.2.a.bh', 'level': 9680, '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': False, 'level_primes': [2, 5, 11], 'level_radical': 110, 'minimal_twist': '110.2.g.a', 'nf_label': '2.2.5.1', 'prim_orbit_index': 1, 'qexp_display': 'q-2\\beta q^{3}-q^{5}+(-1-\\beta )q^{7}+(1+4\\beta )q^{9}+\\cdots', 'related_objects': [], 'relative_dim': 2, 'rm_discs': [], 'sato_tate_group': '1.2.3.c1', 'self_twist_discs': [], 'self_twist_type': 0, 'space_label': '9680.2.a', 'trace_display': [0, -2, -2, -3], 'trace_hash': 1823103049404468286, 'trace_moments': [{'__RealLiteral__': 0, 'data': '0.098', 'prec': 17}, {'__RealLiteral__': 0, 'data': '1.846', 'prec': 17}, {'__RealLiteral__': 0, 'data': '0.570', 'prec': 17}, {'__RealLiteral__': 0, 'data': '8.552', 'prec': 17}, {'__RealLiteral__': 0, 'data': '4.190', 'prec': 17}, {'__RealLiteral__': 0, 'data': '55.277', 'prec': 20}], 'trace_zratio': {'__RealLiteral__': 0, 'data': '0.011', 'prec': 17}, 'traces': [2, 0, -2, 0, -2, 0, -3, 0, 6, 0, 0, 0, -1, 0, 2, 0, -6, 0, -3, 0, 8, 0, -7, 0, 2, 0, -20, 0, 2, 0, 10, 0, 0, 0, 3, 0, 5, 0, 6, 0, 3, 0, 14, 0, -6, 0, -7, 0, -7, 0, 16, 0, 13, 0, 0, 0, -22, 0, -7, 0, 0, 0, -19, 0, 1, 0, -6, 0, -8, 0, -22, 0, 10, 0, -2, 0, 0, 0, 12, 0, 22, 0, -18, 0, 6, 0, 8, 0, 5, 0, 4, 0, -20, 0, 3, 0, -24, 0, 0, 0, -6, 0, 7, 0, -8, 0, 24, 0, 24, 0, 10, 0, 26, 0, 7, 0, -13, 0, 14, 0, 0, 0, 12, 0, -2, 0, 7, 0, -24, 0, 4, 0, -8, 0, 20, 0, -6, 0, 23, 0, 42, 0, 0, 0, -2, 0, -8, 0, -8, 0, 6, 0, -38, 0, -10, 0, 15, 0, 12, 0, 3, 0, 10, 0, 0, 0, -27, 0, -23, 0, 41, 0, -23, 0, -3, 0, 2, 0, 17, 0, -32, 0, -40, 0, -5, 0, 0, 0, 40, 0, -24, 0, 16, 0, -6, 0, -21, 0, 10, 0, -4, 0, 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178, 0, -56, 0, -24, 0, 54, 0, -66, 0, 0, 0, -96, 0, 56, 0, -85, 0, -120, 0, 83, 0, -86, 0, 20, 0, 124, 0, 40, 0, -164, 0, 0, 0, 17, 0, -60, 0, 103, 0, -114, 0, 104, 0, -4, 0, -4, 0, -70, 0, -30, 0, -32, 0, 0, 0, 1, 0, -30, 0, 44, 0, 42, 0, -38, 0, 48, 0, -156, 0, 42, 0, -7, 0, -1, 0, 0, 0, 4, 0, -60, 0, -137, 0, -2, 0, -114, 0, 22, 0, 170, 0, -88, 0, -23, 0, -188, 0, 0, 0, 143, 0, 66, 0, -6, 0, -6, 0, 108, 0, 45, 0, 24, 0, -18, 0, -44, 0, 53, 0, 0, 0, -79, 0, 22, 0, -228, 0, -12, 0, 8, 0, -50, 0, 0, 0, 133, 0, 4, 0, -2, 0, 0, 0, 20, 0, 52, 0, 28, 0, -44, 0, -120, 0, 7, 0, -48, 0, 120, 0, 70, 0, 39, 0, 0, 0, 10, 0, 18, 0, 64, 0, -36, 0, -28, 0, -83, 0, -136, 0, 102, 0, -16, 0, 15, 0, 0, 0, 73, 0, -32, 0, -8, 0, -46, 0, 6, 0, 240, 0, -54, 0, 40, 0, -8, 0, -40, 0, 0, 0, -2, 0, -102, 0, 40, 0, -205, 0, -6, 0, -72, 0, 124, 0, -1, 0, -33, 0, 100, 0, 0, 0, -25, 0, 11, 0, 64, 0, 19, 0, 136, 0, 75, 0, -6, 0, 18, 0, -50, 0, 40, 0, 0, 0, 24, 0, -15, 0, 112, 0, -45, 0, 60, 0, -8, 0, 25, 0, 3, 0, 8, 0, -17, 0, 0, 0, 40, 0, 51, 0, 70, 0, 4, 0, 16, 0, -6, 0, -178, 0, -138, 0, -28, 0, -52, 0, 0, 0, -28, 0, -64, 0, -28, 0, 24, 0, 0, 0, -69, 0, -40, 0, -64, 0, 18, 0, -4, 0, 0, 0, -66, 0, 32, 0, -80, 0, -24, 0, -40, 0, -104, 0, -2, 0, 28, 0, -24, 0, -40, 0, 0, 0, 188, 0, 8, 0, -73, 0, -76, 0, -40, 0, 7, 0, 10, 0, -136, 0, -11, 0, -140, 0, 0, 0, -15, 0, -148, 0, 8, 0, -18, 0, 62, 0, 12, 0, -43, 0, 28, 0, 165, 0, -104, 0, 0, 0, 16, 0, 41, 0, 124, 0, -24, 0, 12, 0, 204, 0, 3, 0, 30, 0, -184, 0, 26, 0, 0, 0, -42, 0, 12, 0, 26, 0, 63, 0, -75, 0, 56, 0, 216, 0, -48, 0, -1, 0, 0, 0, 0, 0, -131, 0, 1, 0, -47, 0, 70, 0, -48, 0, 70, 0, 64, 0, -84, 0, -140, 0, -184, 0, 0, 0, 64, 0, 7, 0, -44, 0, 162, 0, -32, 0, -98, 0, -12, 0, 72, 0, -200, 0, 32, 0, 0, 0, -44, 0, -76, 0, 0, 0, -6, 0, 27, 0, -42, 0, -168, 0, 32, 0, -18, 0, 192, 0, 0, 0, -28, 0, 62, 0, -32, 0, 60, 0, -13, 0, -31, 0, -36, 0, 36, 0, -4, 0, -46, 0, 0, 0, 67, 0, 74, 0, -200, 0, -10, 0, 44, 0, 56, 0, -22, 0, 128, 0, 4, 0, 39, 0, 0, 0, 224, 0, 2, 0, 26, 0, -36, 0, -65, 0, 69, 0, 220, 0, 14, 0, 42, 0, 83, 0, 0, 0, -10, 0, -20, 0, -28, 0, 60, 0, 116, 0, 60, 0, 24, 0, -35, 0, -36, 0, -59, 0, 0, 0, -25, 0, -120, 0, -36, 0, 48, 0, -104, 0, -2, 0, -70, 0, 11, 0, -118, 0, -112, 0, 0, 0, -218, 0, -18, 0, -32, 0, 252, 0, 20, 0, -39, 0, -116, 0, 39, 0, -26, 0, 12, 0, 0, 0, 136, 0, -200, 0, -164, 0, -21, 0, 102, 0, -17, 0, -4, 0, 156, 0, -32, 0, 50, 0, 0, 0, 0, 0, -24, 0, 12, 0, 116, 0, -100, 0, 16, 0, -76, 0, -48, 0, 132, 0, 9, 0, 0, 0, 160, 0, 3, 0, 10, 0, 4, 0, 16, 0, 44, 0, -40, 0, 4, 0, 108, 0, 160, 0, 0, 0, -25, 0, 152, 0, 90, 0, 15, 0, 222, 0, -2, 0, -58, 0, -32, 0, 0, 0, 6, 0, 0, 0, 74, 0, 40, 0, 212, 0, -12, 0, 0, 0, 2, 0, -14, 0, 6, 0, -2, 0, -12, 0, 0, 0, 66, 0, 44, 0, 106, 0, -64, 0, -29, 0, 147], '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, 0], [0, 0], [0, -2], [0, 0], [-1, 0], [0, 0], [-1, -1], [0, 0], [1, 4], [0, 0], [0, 0], [0, 0], [0, -1], [0, 0], [0, 2], [0, 0], [-2, -2], [0, 0], [-4, 5], [0, 0], [2, 4], [0, 0], [-5, 3], [0, 0], [1, 0], [0, 0], [-8, -4], [0, 0], [2, -2], [0, 0], [4, 2], [0, 0], [0, 0], [0, 0], [1, 1], [0, 0], [4, -3], [0, 0], [2, 2], [0, 0], [3, -3], [0, 0], [6, 2], [0, 0], [-1, -4], [0, 0], [0, -7], [0, 0], [-5, 3], [0, 0], [4, 8], [0, 0], [9, -5], [0, 0], [0, 0], [0, 0], [-10, -2], [0, 0], [-4, 1], [0, 0], [-4, 8], [0, 0], [-5, -9], [0, 0], [0, 1], [0, 0], [-4, 2], [0, 0], [-6, 4], [0, 0], [-10, -2], [0, 0], [8, -6], [0, 0], [0, -2], [0, 0], [0, 0], [0, 0], [8, -4], [0, 0], [5, 12], [0, 0], [-6, -6], [0, 0], [2, 2], [0, 0], [4, 0], [0, 0], [9, -13], [0, 0], [1, 2], [0, 0], [-4, -12], [0, 0], [4, -5], [0, 0], [-12, 0], [0, 0], [0, 0], [0, 0]], 'ap': [[0, 0], [0, -2], [-1, 0], [-1, -1], [0, 0], [0, -1], [-2, -2], [-4, 5], [-5, 3], [2, -2], [4, 2], [4, -3], [3, -3], [6, 2], [0, -7], [9, -5], [-4, 1], [-4, 8], [-4, 2], [-10, -2], [8, -6], [8, -4], [-6, -6], [9, -13], [-12, 0], [-6, 6], [0, 7], [14, -4], [14, -4], [16, -6], [4, -1], [8, -12], [-2, -2], [13, -3], [-4, 0], [10, -14], [7, 1], [4, 2], [-16, 5], [-11, -1], [11, -5], [-14, -4], [-6, -12], [14, -12], [-13, 5], [8, -6], [-8, -8], [-21, 7], [10, 4], [-12, -10], [12, 2], [-16, 4], [3, -3], [-11, 13], [-12, 0], [-8, -11], [-18, 22], [6, -12], [1, -1], [18, 0], [14, -24], [7, -19], [14, 8], [-4, 4], [8, 12], [24, -11], [16, -1], [16, 12], [-2, 18], [18, 8], [2, 6], [24, 4], [-4, -4], [28, -13], [-1, 7], [11, 3], [-4, 10], [-11, 11], [20, -19], [-12, -7], [0, 1], [4, -14], [10, 10], [16, -4], [-16, 18], [-24, 14], [8, -3], [-16, 30], [-20, 30], [12, -17], [-14, -2], [-6, 22], [-24, -8], [4, -25], [-5, 11], [20, -17], [-2, -18], [-7, -1], [30, -14], [-8, 0], [-20, 22], [-4, 23], [2, -16], [-3, 7], [21, 5], [2, 8], [24, -2], [-10, -6], [-10, -4], [8, 9], [0, -20], [18, -4], [20, 8], [8, -19], [12, -12], [-12, 31], [-6, 12], [20, -8], [8, 11], [15, -1], [-14, 10], [-4, 0], [-10, 0], [-8, 34], [17, -19], [22, -10], [40, -18], [-40, 10], [-9, 11], [-22, 36], [27, 3], [-13, 19], [-2, 8], [40, -11], [26, -12], [-24, -5], [-23, -9], [36, 0], [16, 13], [12, -13], [45, 1], [8, -20], [-4, 13], [-22, 0], [0, -8], [4, 30], [37, -13], [22, 0], [39, -5], [24, -11], [4, -1], [13, -25], [-8, -14], [-23, -15], [-10, 14], [8, 8], [12, 0], [29, 15], [-32, -10], [14, 26], [18, -42], [6, 6], [-12, 5], [27, -41], [12, -10], [11, -13], [10, -40], [-46, -4], [-8, 39], [22, 12], [0, -17], [-12, -22], [-2, -26], [-44, 14], [2, -26], [-16, 5], [4, -1], [-30, 16], [7, -21], [-18, -24], [20, -44], [-28, 15], [-14, -28], [-26, 2], [4, 21], [-12, 0], [-46, 8], [16, 24], [58, -4], [-20, 34], [4, 28], [6, 20], [-20, 1], [32, -16], [36, -26], [-46, 0], [24, -3], [-10, -12], [-34, 12], [31, -57], [-44, 18], [16, 32], [-16, 23], [10, 4], [-8, 36], [-28, 35], [-16, 46], [28, 2], [-19, -9], [40, -36], [-42, 24], [2, 16], [55, -21], [20, -32], [-14, 52], [-44, 19], [4, 32], [-8, 13], [-20, 12], [14, 16], [26, -56], [26, 10], [27, 1], [-49, 3], [2, 8], [-6, 42], [-30, 2], [-2, 22], [4, -37], [11, 3], [12, -29], [23, 15], [22, -14], [-39, 11], [10, 34], [-48, 24], [56, -7], [-40, 49], [-28, 0], [-34, 24], [-28, 12], [29, -47], [19, -53], [40, -6], [-2, -16], [-34, -2], [-56, 17], [-20, 24], [40, -28], [-15, 25], [-15, 15], [-12, -33], [12, 19], [15, -7], [-12, -7], [32, -1], [20, -58], [18, -4], [-48, 25], [-36, 50], [-32, 32], [-6, 2], [24, -52], [29, -1], [-12, -22], [-28, 35], [-6, -2], [36, -53], [22, 18], [-20, 51], [-28, -16], [10, -6], [28, 4], [18, 0], [62, 2], [8, -33], [-20, 16], [-22, -6], [-24, -3], [8, 0], [-43, 33], [58, 8], [-16, 19], [32, -34], [-12, -14], [30, 8], [-32, 52], [52, 19], [2, 18], [-17, 33], [-16, 12], [-60, 26], [-6, 14], [-1, -25], [25, -37], [42, -36], [60, -12], [31, -35], [40, -15], [-14, 34], [2, 34], [-41, 21], [-30, 48], [36, -50], [-40, 39], [38, -74], [54, -18], [58, 2], [30, 0], [23, -7], [4, 0], [44, -2], [-18, -4], [30, -46], [-4, -13], [38, -44], [-3, 9], [-26, -4], [-20, -28], [32, 7], [-33, -9], [68, 0], [28, 34], [-55, 33], [-48, 22], [-33, -3], [-55, -19], [-40, 56], [-49, 27], [12, -47], [-20, 32], [-68, -9], [2, -40], [-6, 4], [40, 21], [22, -20], [-26, 28], [-10, 24], [24, 33], [-68, 28], [51, 25], [16, -38], [10, -62], [24, 8], [-31, -21], [48, -9], [28, -10], [54, -54], [4, -16], [20, 3], [-20, 60], [6, 14], [-20, 14], [-20, 19], [46, -70], [-46, -6], [68, 0], [49, 9], [8, 50], [-12, -32], [-40, -5], [64, -45], [52, 20], [41, 21], [0, -4], [14, -60], [17, -33], [-80, 23], [75, -7], [31, -17], [36, -19], [-48, 17], [-12, 12], [-32, 72], [65, 3], [72, -24], [14, 36], [-36, 36], [12, 49], [-28, 62], [-16, -22], [-66, 30], [-47, 61], [8, 48], [-11, 41], [17, 41], [16, 8], [8, -31], [60, -60], [20, -15], [-33, 69], [8, -33], [29, -7], [-32, 58], [-76, 14], [-44, 60], [8, -44], [-28, -13], [-8, -24], [-30, -6], [-26, 12], [-4, 6], [-39, 5], [-70, 4], [28, -48], [4, -26], [-35, 27], [73, 19], [-30, -44], [33, -63], [-8, 42], [-16, -43], [-24, 0], [-60, -11], [36, -2], [36, -2], [76, 10], [52, -32], [-36, -4], [29, -31], [-2, 36], [-30, 32], [-1, -29], [44, -21], [62, 4], [35, -31], [18, -34], [-53, 41], [52, -35], [20, -76], [-23, -13], [12, 24], [36, -61], [-76, 40], [-7, -25], [11, 17], [82, -28], [-12, 20], [32, -14], [-62, 24], [-44, 12], [-31, 71], [38, 32], [64, -38], [-12, 39], [16, 42], [58, -10], [-39, 49], [72, 3]], 'char_orbit_index': 1, 'field_poly': [-1, -1, 1], 'hecke_orbit_code': 148618787736790480, 'hecke_ring_cyclotomic_generator': 0, 'hecke_ring_power_basis': True, 'hecke_ring_rank': 2, 'label': '9680.2.a.bh', 'level': 9680, 'maxp': 3169, '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': [24, 30, 30, 25, 30, 25, 24, 30], 'ALdims_eis_new': [0, 0, 0, 0, 0, 0, 0, 0], 'ALdims_eis_old': [17, 18, 18, 18, 18, 18, 18, 18], 'ALdims_old': [157, 168, 162, 161, 168, 155, 162, 162], 'Nk2': 38720, 'analytic_conductor': 77.2951891565994, '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': [9680, 1, [3631, 2421, 1937, 4721], [1, 1, 1, 1]], 'conrey_index': 1, 'cusp_dim': 1513, 'dim': 218, 'eis_dim': 143, 'eis_new_dim': 0, 'hecke_cutter_primes': [3, 7, 13, 17], 'hecke_orbit_code': 33564112, '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, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 6, 6, 6, 6, 6, 6, 6, 6, 8, 8], 'label': '9680.2.a', 'level': 9680, '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': False, 'level_primes': [2, 5, 11], 'level_radical': 110, 'mf_dim': 1656, 'mf_new_dim': 218, 'num_forms': 84, 'plus_dim': 98, 'prim_orbit_index': 1, 'relative_dim': 218, 'sturm_bound': 3168, 'trace_bound': 17, 'trace_display': [0, 2, 0, 6], 'traces': [218, 0, 2, 0, 0, 0, 6, 0, 222, 0, 0, 0, 0, 0, -2, 0, 4, 0, 0, 0, -4, 0, -2, 0, 218, 0, -4, 0, -12, 0, 12, 0, 0, 0, -6, 0, -8, 0, -20, 0, 0, 0, 14, 0, -4, 0, -22, 0, 230, 0, -36, 0, 0, 0, 0, 0, 8, 0, -16, 0, 16, 0, 6, 0, 4, 0, 30, 0, 20, 0, 12, 0, 20, 0, 2, 0, 0, 0, 8, 0, 230, 0, -26, 0, 8, 0, -36, 0, 20, 0, 52, 0, 40, 0, 8, 0, 28, 0, 0, 0, 28, 0, 30, 0, 4, 0, -46, 0, 0, 0, -36, 0, -12, 0, 2, 0, 40, 0, -36, 0, 0, 0, -36, 0, 0, 0, 22, 0, 4, 0, 60, 0, 24, 0, -20, 0, -28, 0, -56, 0, 44, 0, 0, 0, 8, 0, 2, 0, 0, 0, 52, 0, -36, 0, 20, 0, 8, 0, 52, 0, -36, 0, 74, 0, 0, 0, 14, 0, 222, 0, 32, 0, 24, 0, 6, 0, -56, 0, 56, 0, 12, 0, 52, 0, -4, 0, 0, 0, 40, 0, 4, 0, 4, 0, 4, 0, 24, 0, 16, 0, 12, 0, 28, 0, -12, 0, 54, 0, 0, 0, -20, 0, 56, 0, 26, 0, 8, 0, 124, 0, -32, 0, -82, 0, 222, 0, -62, 0, -12, 0, 0, 0, -52, 0, -10, 0, 48, 0, 40, 0, 48, 0, -50, 0, -20, 0, 80, 0, 20, 0, -36, 0, 0, 0, 36, 0, 20, 0, 60, 0, -36, 0, -30, 0, 20, 0, 132, 0, 32, 0, 44, 0, 24, 0, 0, 0, -16, 0, 68, 0, -48, 0, 54, 0, 24, 0, -76, 0, 198, 0, -60, 0, 8, 0, -32, 0, 0, 0, 4, 0, -36, 0, -20, 0, -4, 0, 50, 0, 100, 0, -12, 0, -4, 0, 10, 0, 56, 0, 0, 0, -20, 0, -64, 0, 0, 0, 100, 0, 20, 0, -12, 0, -32, 0, -6, 0, -68, 0, 28, 0, 0, 0, 132, 0, 28, 0, -22, 0, -28, 0, -168, 0, -68, 0, 36, 0, 56, 0, 96, 0, 258, 0, 0, 0, 8, 0, 394, 0, 120, 0, -148, 0, -96, 0, -2, 0, 0, 0, 408, 0, -36, 0, -170, 0, 0, 0, -34, 0, -32, 0, -44, 0, 32, 0, -40, 0, -64, 0, 352, 0, 20, 0, -72, 0, -44, 0, 0, 0, 8, 0, 52, 0, 88, 0, -30, 0, 104, 0, -48, 0, 32, 0, -6, 0, 4, 0, 348, 0, 0, 0, -116, 0, -4, 0, -60, 0, -8, 0, -32, 0, 314, 0, 90, 0, 0, 0, -44, 0, 24, 0, 0, 0, -8, 0, 12, 0, -52, 0, -40, 0, -4, 0, 462, 0, 40, 0, 54, 0, -28, 0, 188, 0, 0, 0, 0, 0, 40, 0, -24, 0, 88, 0, -104, 0, 16, 0, -110, 0, 20, 0, -60, 0, 88, 0, 0, 0, -88, 0, 56, 0, -68, 0, -6, 0, -16, 0, 606, 0, -60, 0, 92, 0, -48, 0, 50, 0, 0, 0, 92, 0, -28, 0, -18, 0, -4, 0, -40, 0, 166, 0, 80, 0, 8, 0, -26, 0, -40, 0, 0, 0, -36, 0, 84, 0, 12, 0, -62, 0, 56, 0, 24, 0, 64, 0, -4, 0, -112, 0, 420, 0, 0, 0, -106, 0, 40, 0, 94, 0, -120, 0, 156, 0, -200, 0, -2, 0, 4, 0, -132, 0, -36, 0, 0, 0, -4, 0, 54, 0, 80, 0, 124, 0, 12, 0, 28, 0, -80, 0, -56, 0, 64, 0, 334, 0, 0, 0, -34, 0, 8, 0, 108, 0, -24, 0, 84, 0, 44, 0, 440, 0, -8, 0, 60, 0, 218, 0, 0, 0, -32, 0, 28, 0, -32, 0, 10, 0, 56, 0, 116, 0, -80, 0, 34, 0, 12, 0, 106, 0, 0, 0, 32, 0, -136, 0, 60, 0, 44, 0, 88, 0, 96, 0, -56, 0, 8, 0, 68, 0, -92, 0, 0, 0, 44, 0, -4, 0, -200, 0, -68, 0, -68, 0, -150, 0, 24, 0, 540, 0, -24, 0, -140, 0, 0, 0, 32, 0, 16, 0, 140, 0, 112, 0, 176, 0, -28, 0, -60, 0, -44, 0, -40, 0, -72, 0, 0, 0, -16, 0, 8, 0, 140, 0, 300, 0, -12, 0, -78, 0, 354, 0, 108, 0, -72, 0, -114, 0, 0, 0, -8, 0, -192, 0, 122, 0, 12, 0, -10, 0, -140, 0, -44, 0, 96, 0, 12, 0, -32, 0, 0, 0, 100, 0, 308, 0, 0, 0, 176, 0, 52, 0, 20, 0, 72, 0, 12, 0, 216, 0, -8, 0, 0, 0, 104, 0, -36, 0, -38, 0, -124, 0, -132, 0, 168, 0, 12, 0, -72, 0, 76, 0, 60, 0, 0, 0, 4, 0, -4, 0, -28, 0, -92, 0, 24, 0, -34, 0, 120, 0, -76, 0, -16, 0, -218, 0, 0, 0, 106, 0, 144, 0, -132, 0, 124, 0, -78, 0, 48, 0, 56, 0, 214, 0, 28, 0, 0, 0, 0, 0, 36, 0, -380, 0, 24, 0, -88, 0, -124, 0, -40, 0, -120, 0, -578, 0, -20, 0, -194, 0, 0, 0, -76, 0, 148, 0, -6, 0, -40, 0, -36, 0, -96, 0, -422, 0, -24, 0, -98, 0, 20, 0, 0, 0, -24, 0, 48, 0, 136, 0, -56, 0, 48, 0, 96, 0, -64, 0, -122, 0, 4, 0, -212, 0, 0, 0, -52, 0, 160, 0, -72, 0, 44, 0, -200, 0, -8, 0, 6, 0, -24, 0, 0, 0, -24, 0, 0, 0, 124, 0, 492, 0, 108, 0, -332, 0, 72, 0, -370, 0, 128, 0, 180, 0, -68, 0, 92, 0, 0, 0, -180, 0, 298, 0, -222, 0, -24, 0, -10, 0, -248, 0, -156, 0, 72, 0, -20, 0, -332, 0, 0, 0, -24, 0, -2, 0, 44, 0, -56, 0, 4, 0, -628, 0, -408, 0, 32, 0, 192, 0, -32, 0], '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

  
  
  • id: 1442811
    {'conductor': 44, 'degree': 4, 'multiplicity': 2, 'order': 10, 'parity': -1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 2, 'source_hecke_orbit': 34, 'source_is_minimal': False, 'source_label': '9680.2.a.bh', 'source_level': 9680, 'target_char_orbit': 7, 'target_dim': 4, 'target_hecke_orbit': 1, 'target_is_minimal': True, 'target_label': '110.2.g.a', 'target_level': 110, 'twist_class_label': '110.2.g.a', 'twist_class_level': 110, 'twisting_char_label': '44.h', 'twisting_char_orbit': 8, 'weight': 2}
  • id: 1442812
    {'conductor': 220, 'degree': 4, 'multiplicity': 2, 'order': 10, 'parity': -1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 2, 'source_hecke_orbit': 34, 'source_is_minimal': False, 'source_label': '9680.2.a.bh', 'source_level': 9680, 'target_char_orbit': 8, 'target_dim': 4, 'target_hecke_orbit': 6, 'target_is_minimal': False, 'target_label': '550.2.h.f', 'target_level': 550, 'twist_class_label': '110.2.g.a', 'twist_class_level': 110, 'twisting_char_label': '220.n', 'twisting_char_orbit': 14, 'weight': 2}
  • id: 1442813
    {'conductor': 220, 'degree': 8, 'multiplicity': 4, 'order': 20, 'parity': 1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 2, 'source_hecke_orbit': 34, 'source_is_minimal': False, 'source_label': '9680.2.a.bh', 'source_level': 9680, 'target_char_orbit': 27, 'target_dim': 8, 'target_hecke_orbit': 1, 'target_is_minimal': False, 'target_label': '550.2.ba.a', 'target_level': 550, 'twist_class_label': '110.2.g.a', 'twist_class_level': 110, 'twisting_char_label': '220.v', 'twisting_char_orbit': 22, 'weight': 2}
  • id: 1442814
    {'conductor': 11, 'degree': 4, 'multiplicity': 2, 'order': 5, 'parity': 1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 2, 'source_hecke_orbit': 34, 'source_is_minimal': False, 'source_label': '9680.2.a.bh', 'source_level': 9680, 'target_char_orbit': 41, 'target_dim': 4, 'target_hecke_orbit': 1, 'target_is_minimal': False, 'target_label': '880.2.bo.a', 'target_level': 880, 'twist_class_label': '110.2.g.a', 'twist_class_level': 110, 'twisting_char_label': '11.c', 'twisting_char_orbit': 3, 'weight': 2}
  • id: 1442815
    {'conductor': 132, 'degree': 4, 'multiplicity': 2, 'order': 10, 'parity': 1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 2, 'source_hecke_orbit': 34, 'source_is_minimal': False, 'source_label': '9680.2.a.bh', 'source_level': 9680, 'target_char_orbit': 14, 'target_dim': 4, 'target_hecke_orbit': 6, 'target_is_minimal': False, 'target_label': '990.2.n.f', 'target_level': 990, 'twist_class_label': '110.2.g.a', 'twist_class_level': 110, 'twisting_char_label': '132.o', 'twisting_char_orbit': 15, 'weight': 2}
  • id: 1442816
    {'conductor': 44, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': 1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 2, 'source_hecke_orbit': 34, 'source_is_minimal': False, 'source_label': '9680.2.a.bh', 'source_level': 9680, 'target_char_orbit': 1, 'target_dim': 2, 'target_hecke_orbit': 16, 'target_is_minimal': False, 'target_label': '1210.2.a.p', 'target_level': 1210, 'twist_class_label': '110.2.g.a', 'twist_class_level': 110, 'twisting_char_label': '44.c', 'twisting_char_orbit': 3, 'weight': 2}
  • id: 1442817
    {'conductor': 4, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': -1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 2, 'source_hecke_orbit': 34, 'source_is_minimal': False, 'source_label': '9680.2.a.bh', 'source_level': 9680, 'target_char_orbit': 1, 'target_dim': 2, 'target_hecke_orbit': 20, 'target_is_minimal': False, 'target_label': '1210.2.a.t', 'target_level': 1210, 'twist_class_label': '110.2.g.a', 'twist_class_level': 110, 'twisting_char_label': '4.b', 'twisting_char_orbit': 2, 'weight': 2}
  • id: 1442818
    {'conductor': 20, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': -1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 2, 'source_hecke_orbit': 34, 'source_is_minimal': False, 'source_label': '9680.2.a.bh', 'source_level': 9680, 'target_char_orbit': 1, 'target_dim': 2, 'target_hecke_orbit': 47, 'target_is_minimal': False, 'target_label': '6050.2.a.bu', 'target_level': 6050, 'twist_class_label': '110.2.g.a', 'twist_class_level': 110, 'twisting_char_label': '20.d', 'twisting_char_orbit': 4, 'weight': 2}
  • id: 1442819
    {'conductor': 220, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': 1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 2, 'source_hecke_orbit': 34, 'source_is_minimal': False, 'source_label': '9680.2.a.bh', 'source_level': 9680, 'target_char_orbit': 1, 'target_dim': 2, 'target_hecke_orbit': 65, 'target_is_minimal': False, 'target_label': '6050.2.a.cm', 'target_level': 6050, 'twist_class_label': '110.2.g.a', 'twist_class_level': 110, 'twisting_char_label': '220.g', 'twisting_char_orbit': 7, 'weight': 2}
  • id: 1442820
    {'conductor': 1, 'degree': 1, 'multiplicity': 1, 'order': 1, 'parity': 1, 'self_twist_disc': 1, 'source_char_orbit': 1, 'source_dim': 2, 'source_hecke_orbit': 34, 'source_is_minimal': False, 'source_label': '9680.2.a.bh', 'source_level': 9680, 'target_char_orbit': 1, 'target_dim': 2, 'target_hecke_orbit': 34, 'target_is_minimal': False, 'target_label': '9680.2.a.bh', 'target_level': 9680, 'twist_class_label': '110.2.g.a', 'twist_class_level': 110, 'twisting_char_label': '1.a', 'twisting_char_orbit': 1, 'weight': 2}
  • id: 1442821
    {'conductor': 11, 'degree': 1, 'multiplicity': 1, 'order': 2, 'parity': -1, 'self_twist_disc': 0, 'source_char_orbit': 1, 'source_dim': 2, 'source_hecke_orbit': 34, 'source_is_minimal': False, 'source_label': '9680.2.a.bh', 'source_level': 9680, 'target_char_orbit': 1, 'target_dim': 2, 'target_hecke_orbit': 35, 'target_is_minimal': False, 'target_label': '9680.2.a.bi', 'target_level': 9680, 'twist_class_label': '110.2.g.a', 'twist_class_level': 110, 'twisting_char_label': '11.b', 'twisting_char_orbit': 2, 'weight': 2}
• mf_hecke_charpolys •

  Column	Type
  charpoly_factorization	jsonb
  hecke_orbit_code	bigint
  p	integer

  
  
  • id: 5095175
    {'charpoly_factorization': [[[0, 1], 2]], 'hecke_orbit_code': 148618787736790480, 'p': 2}
  • id: 5095176
    {'charpoly_factorization': [[[-4, 2, 1], 1]], 'hecke_orbit_code': 148618787736790480, 'p': 3}
  • id: 5095177
    {'charpoly_factorization': [[[1, 1], 2]], 'hecke_orbit_code': 148618787736790480, 'p': 5}
  • id: 5095178
    {'charpoly_factorization': [[[1, 3, 1], 1]], 'hecke_orbit_code': 148618787736790480, 'p': 7}
  • id: 5095179
    {'charpoly_factorization': [[[0, 1], 2]], 'hecke_orbit_code': 148618787736790480, 'p': 11}
  • id: 5095180
    {'charpoly_factorization': [[[-1, 1, 1], 1]], 'hecke_orbit_code': 148618787736790480, 'p': 13}
  • id: 5095181
    {'charpoly_factorization': [[[4, 6, 1], 1]], 'hecke_orbit_code': 148618787736790480, 'p': 17}
  • id: 5095182
    {'charpoly_factorization': [[[-29, 3, 1], 1]], 'hecke_orbit_code': 148618787736790480, 'p': 19}
  • id: 5095183
    {'charpoly_factorization': [[[1, 7, 1], 1]], 'hecke_orbit_code': 148618787736790480, 'p': 23}
  • id: 5095184
    {'charpoly_factorization': [[[-4, -2, 1], 1]], 'hecke_orbit_code': 148618787736790480, 'p': 29}
  • id: 5095185
    {'charpoly_factorization': [[[20, -10, 1], 1]], 'hecke_orbit_code': 148618787736790480, 'p': 31}
  • id: 5095186
    {'charpoly_factorization': [[[-5, -5, 1], 1]], 'hecke_orbit_code': 148618787736790480, 'p': 37}
  • id: 5095187
    {'charpoly_factorization': [[[-9, -3, 1], 1]], 'hecke_orbit_code': 148618787736790480, 'p': 41}
  • id: 5095188
    {'charpoly_factorization': [[[44, -14, 1], 1]], 'hecke_orbit_code': 148618787736790480, 'p': 43}
  • id: 5095189
    {'charpoly_factorization': [[[-49, 7, 1], 1]], 'hecke_orbit_code': 148618787736790480, 'p': 47}
  • id: 5095190
    {'charpoly_factorization': [[[11, -13, 1], 1]], 'hecke_orbit_code': 148618787736790480, 'p': 53}
  • id: 5095191
    {'charpoly_factorization': [[[11, 7, 1], 1]], 'hecke_orbit_code': 148618787736790480, 'p': 59}
  • id: 5095192
    {'charpoly_factorization': [[[-80, 0, 1], 1]], 'hecke_orbit_code': 148618787736790480, 'p': 61}
  • id: 5095193
    {'charpoly_factorization': [[[4, 6, 1], 1]], 'hecke_orbit_code': 148618787736790480, 'p': 67}
  • id: 5095194
    {'charpoly_factorization': [[[116, 22, 1], 1]], 'hecke_orbit_code': 148618787736790480, 'p': 71}
  • id: 5095195
    {'charpoly_factorization': [[[-20, -10, 1], 1]], 'hecke_orbit_code': 148618787736790480, 'p': 73}
  • id: 5095196
    {'charpoly_factorization': [[[16, -12, 1], 1]], 'hecke_orbit_code': 148618787736790480, 'p': 79}
  • id: 5095197
    {'charpoly_factorization': [[[36, 18, 1], 1]], 'hecke_orbit_code': 148618787736790480, 'p': 83}
  • id: 5095198
    {'charpoly_factorization': [[[-205, -5, 1], 1]], 'hecke_orbit_code': 148618787736790480, 'p': 89}
  • id: 5095199
    {'charpoly_factorization': [[[12, 1], 2]], 'hecke_orbit_code': 148618787736790480, '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': '9680.2.a.bh', 'level': 9680, 'portrait': 'data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAALgAAAC4CAYAAABQMybHAAAABGdBTUEAALGPC/xhBQAAACBjSFJNAAB6JgAAgIQAAPoAAACA6AAAdTAAAOpgAAA6mAAAF3CculE8AAAABmJLR0QA/wD/AP+gvaeTAAAACXBIWXMAAA9hAAAPYQGoP6dpAAAAB3RJTUUH5AsHFik1oVh+lgAAABBjYU52AAAA1wAAANcAAAAQAAAADnCbpecAAIAASURBVHja7P13vGVZed6Jf1fYe594Y+XU1aGqc6JpuqHJ2WAMMgJhIcmyoq2R7fH8bEuygm2NZEmMPAr+SVZCKIKQAIEQuWmgu+mcY1V15Vx188lnh7Xmj7XjudUN1iAj5DkfDifc23XP2fvZz3re5w1L8P/dvmG3j3zyLqQUm588cHzaJtZum/fwPcnDR3q88ro5cetVraU7H0nYNr88f9OVp+zjB7ZT8yWb5we0mokwcs8a2HPz214BsBVYBYZCiG/2V/uWvelv9gf4VrkdPHoW4GJjks0WYQbDkI9+7C/Zs+00u7cuU1M+h09+LFqxL/pPw/7KP9TCRqfO+myeE0SDEb212D91avH9J04JRDL6/hNT/fDMuUW2zsPxUchUK/FG8dG//vU/3Pefnjn5cfGr//kHfuncqSN/UYsff7i/tl9ZAhBCKumdA47UW9u+2YfkW+L2/1HD89yePbiAFbUZzx555WDlCZSQ0amV6X/TG8k3SGEJo5hHHnmMVn2Vy7Z1WO0pTpyvgxkTRzGzbcv+Ez5XX5xwZkEyOxXTbgYcOqNJTMSGluD0UsQ1lxieOyGZmzL4vk+tpjmyIFntw95NMXt2zXL5lddh8dAKBqH+wr4jo19JbOK95uXXcNnu7Xdix6tCbvpmH7K/k7f/D+DpbXV1EQtvajXHlx452jP/+df/3Lz3TVMX98ebfrzfPUSz5nP0xFm63SXCSLMykCTWp+ZZ2oHlfDfmuTMjts3VmK4rlIjYMOWzZ6diMAIhx5xa0IxCOL0kUPgMxxGX7rRsnu0jkTQbIVs29th/bI7l1TrNWkKgIwYjQ6evCOOYmdkNNFvbUHrM1Xsu5vH9S794y96zR3bs+R4Zimm5baM6BHxuqr3hm31I/07c/pcH+DNP3o0U4pWra+Ebnzy09O1XXrxw+bjv8/6PHeDWa1ZZXPA4vjhg+7yiEcCGacOplQAlLVIYts4kHD9fo9mwPHxozGAsqPmwtAYXb9A06gGbN8S88pouzxyZ4uF9gmePx7z06oRt84ZmU7Bz8yqLq4paAMOx5dH987TqksPnfbbMjpACfJVwdlkx1YyRJGzbFLG41GJoDa++vsnxlauotRJeft3U/rMrmz4SxfLzQnDnm97wqm/2If6m3v6XA3ivu0a9Vps9e37xv/zOn3zBP3D82eSH3xa8aGV16qYPfeYcmzce47XXN/niQ9MMzRpveJHm7sdrXLJjSH/ocWZFMY4EgY65ckfCptkxyz3J44eniGLBnm0jzvcU114y5LmjHt2RJhzDzVf2OXCyQbsesu+U5pa9kjAa0x1pHj8mueGihE7P49LtIWEkefKIYKlXY8sMXL6zh68lYQRnVzx645jLtnp85XHLa2/qMx5O85n7B7zqpjWuv2QnDz63laXh4OH3vHbpkU3z16v5HW8Om+25/5DE4crMzNQ3+xT8T739vQ8yjxw9ju9p8Rd/dTevuWWg1Pizv3n4qL/3gUfPvvzksVPq3PkOB4+vsrk1xba5Jo8dmueVN6zwosun+NyDLR46NOCiLZYzC5qtGy2D05bIWsaRx8lFyaa5MUJY9mwf8+wRTeAPuWSLz7lFj5m24JYrI544aHjycJtB1GPX5pDrvClOL8Hjz9XZuytm5zwcPi+oBxEIxXOnNJYIaUN2bLC06qBEiKc8OkPYsVFx7Izgpst7zDSafOEpQXsq4qVXt3nkGcvdjxxmx47eTWasbnp231HO3v/xxGttv7ITeQd+908/9CMvv0omG3a8Emtiu2nzzm/2Kfpbvf29BPjaylmUVHI47Nb+7AM/M37Ld/zMvzVJ8t0/+RvHop/6rgNX1Jmu9VdrtH0YDSSPPif47tf3uebSFmeWa9z+cMA/fvka118yxx2P+Vy6Y8Dm6RbHzsTcfHnI/pM+080IkDx9rMHWWcPyquaeZxLuOQjX7rJcuUOy0hPc/azkNVdHTDcVq70WJ89q1roW5YV8z5tXOX6uzVpPcOPeEddeuojHDOeWNnByEa68yDAMJUfPBcw0NPtOSfbugF5PsnfXEru31rjjIZ9jy0Pe+UrD+aUZ9h2DzjjhhktDhJnmuaMDnjm8Tx1YOPyqqZn+Lb/yI/WbjXmxNx6P//jd7/3xX37m2YPB7MzUKI5js3Pn3z9n5u+VREkSg5BCimRpem35yK2Dof7dA88djh945ODc48+ebT9xLGZ2wxI/9Z4xNtnGE8/Vefy5iOfODXnjSzvcdkWTJw5Mc+eTIdNzfb7tZZKn9re4++khV1wSs322DnaI0AJPag6d1WxsJ3TGllZtzPGFhGdOJrTUDG94cZ/VtRYPPGu5erfgsp0JSSw4seiRJIbLtguuujjigWcEK/0Br79JUm+e4cCxFsfOztAIBL2Bx/xUzOGzPr4eo6TCGs2OzStctUtx12MzPHwk4u2v7LCpOc1dj9Z47OiAW65f5S0v9jl0fAOPHzA8cThiIPv81HctsHV6I/uPzbM63NSdntu9fNHuS/UwFj947dWX3LdlfmoNjBFCfbNP5Tfs9veGwc+eW+b02aWL7nrkyPY925OPXNT85NSxI8Pm0aOC8VDTqsO2acsTx2b46r5zfNutq+zoaDp9TXcY8JE7msy1uly7RzMKm3z1acvH7xnwzpd3qNVaPHrQY+tcn7m2z8nzmu4wYTAY0tzkERnNbFOxdUbyiquHPHYwRktB4McEjZiHjyiaLY/t8yHjGLbNwQ17F+kMNON4hshonjomeeK5XQSqRuAn6OkxwzFMtYfsBrp9n5MLCXPTAzZMtfj8Az5PnQh5x6v6bJ9uc88TNZ48OuLKS1b5J69OeO7YDIdPCU4txJztJLz1VV2u2lln3+EmS6uC42fPtU/ef6y9NHqQ5sbNf/FrPzHo2Hr07aG46tR4uHQsqM9/s0/pN+T2LQ9way3A3tu/eOfWMPF++8v3PnPZz973ZfUHP36W+fZmNkzPMxxphiPNYGTYPYI/+vwsW+eWuXWPZjCaZxx5DMMGDzwbEkarXLsHAr/Bg/sVH7urw9UXrfHya5scPNlmcW1E3Y/ZMGPYs01xdlmx0pF0ewmt+pjA99i+IeToOQ8th7zjZZpHDnhcsWuN6ekun360QXcYMD/V5NHnfK68uMfclMexBcG2DR61WsRMLcHTEikFD++bZao5oO6PuXSHwpd1vvqkpdFY452vgpY3zZce8tl/asi1l69wwyVw8sxm9h3xOHYm4plTlpuuWeV7Xx9x6vwWzq7UWFqDlU7M6gCeOTVkuvtQc3j6c82l8M13jpV3cLVjf9haewY48K2eRf2WBfjq6gpa6cuefebp6/r9wb8+cvToK7/01ad57FCXhdEUv/VXA/7tu7ts3VBnOFYMxz6jscdwbOmfqfPpB5q89KplbtirgBms9Xj80Ax/cKDPO1/T5dYrIuanmzy8b4YvPDBiy/yIy3cJNk5pDp/xGIwi+gPo9AVaW7bNJ6AkUoYMB5KzqzUwdTZOhVy6bcA9TwaMifm22yKSsMGhU5INM5ptcwJjYhZXNd3RmGHk0+v77JgfM9ceoZREa0EUaQ6fgg0zA265NmbrjOa541N8dT+cWelx07U93vOqhJNnNvPYgYADx2MeO5IQiR5vvXnEaDjPqfMNzi9LFlcjljsxp1YkXn3Ev35nh5pqcPjg4+r82sLlunHNl4ehf2e9Vv+1TqfzRBzHB+fm5r7Zp/xvdPuWFFtLCyepBf5FJ08c+L8PH9r/H++5996LDjx3mNEoREvJeKx4+pjH9i1dXnZlRBT5RInGWIW1Ao3hxDmfY0uGi7Z02TwDjaBGzdMoNI8fVpxbG9Fuh1y127B3e0CvX+PUosDXEZFVnFn1OLNo6IYCrTWbpmPOrxqOnfWZaUkEmo2zESs9yzUXjZCywdnlBnu2BTx3PODkkuXKi8acX5FEsccwVOzdESGEpTeQbJqO2TA7ZuNsiCehM1AEAezZLlhdbXHHI3UOnhkxO9vh1S8acsvegMMnNvL4AZ9njsQcWQxpTXf4vjf1uWrXFMfPTnPinMeZxYTzyxEnlgXPLVreftt5vv/NMb3BHOeWpji3CM8dPsOBg8cuGo7i7xiHya75+Q33/ciP/Ojar/3qr3yzT/3/8O1bav0x46cRurZh1D39r08cfuKak2dG73h2/wk6fY9OX7DSiVhaizm3ajm6Kpib7/AT717iJXuaHD0zx4lzDU4tKM4sJJw4F3Fk0aAbfd758j5vvdnnxLk59h0NOHTKsO9ERCJH7NgY8tJrDLs2Sk6ca3LyvGSlaxjFBilhpgUbpmJWuppuXzHTDtFCM9NOqAURD+wLuHizYcNMzNmlOp4ynF42bJyxXLwl5P59Ab6vmGuBUhHzTVjtC5b7go1tw2w7QkoYh4qVrub4ec2JxZhdm0fcek3M9g0akgb7jzY4fMry7PGE48tj3vSyVf7xy8fU1QzHzs5w7IzmzELCmaWIE4uW5xYtL75qkR97V5dNUzOcXpzm/FKN8yseyx1YXgtZWh2xZdvFWH/m4y972Y1PXXbx1l/rD0aLt91w2TcbCl/37VsG4L/3oQ/QHQbtSzYv/86rrnz23adOhfLMeclyp8Fyx2O5I1npJCyvhSx3Es6uwsFFweaNq/z0e1d48WUtjp+d4+T5OmcWNWcWE04vRuw/ZdC1IW+6tcvrbzDU9RSnFlocO+Nx+BScWk7w9JCpVsJCVzEYxCRxjEAQ1Ors2Ohx2ZaQ6amIs8uCTl9z6dYILIQGjp+v0Rta2nVBwxdIYoIgod1I6A58ji/A2PgYa7l8a0hvkHBmSTPT8rh4a8zOTX2ajTFCWsJQ0BnUWez4zDQEnvQ4s+Bz6LTg2LmYE8sxQX3Aa2/q85abIZDTHDje5sR5xdmMuRcth5YsL7pqkZ9+7ypbZ6Y5fmaWs8t1Flc9llYlK52YlW7Majfm3EpMx7TYuGHK/MQ/m/3zl1wT/NDCStK97Kp/8c2GxNd1+zsN8OWVDp2BIPDsLxw/9exLF07+d3nnw4OX/tQ/OaGX17axuDbD0mqD5Y7Pckez3IGVTsJKJ2J5LeHcGhxeFmyYX+M/f/cyL97T4OT5Wc4sNDmzpDm/bDm3FHNqMWGhFzM9O+Jl1/R5yeXgyzqBCji/UuPskubcimAwhjg21HxDs5YwMxVjgOPnYrp92LXJo1kfY60A4dMfGnZuHrO8psE6KbLWh3EMFstKJ2TbRo/eUCGURZgx7ZrHzi0j1gaC42c0idHMtSWtmiDwII4Fg7Hk3Irk7LLl/GpMEIzAi7nlyj4vvUqwoV1nebXNyfMBZ5bg/FLM+ZWY0ytweNnyoiuX+NnvXmXzdJsT52Y5t1xncdVnqSNZWUtY7UasdhNWepaFruBYB/pri/zufwjjh5+bvffffP/3md27rrpXSPsTUazwg7+72dG/s0Hmn3zoY8zNTnH23OLP/+lH7/o3f/H5h4OFVR+t+7zt1oDrL+4Txj5xLEmMIDFgjMZahTNWQIgEISxHlmf4z38q+PnvO88Nu0Na9Vma9RbtRkCr4THdVpxfVpxb1dxxX43P3BNz2Y4Bl18cs7I65IodY97zRkMUKwSWv76/xkKnRj0Zc+ysot9vce2lCQvdmH0HPPbskBw8A7fshU4PQqMJdMh8E547XadRjwhUzFRLsNaDm6/ocfhUwJ5dhqNnxjxz2P173o4Rh89bplpjVrohn7qjgRWKJEl45fUDbr3Bcm7N44ZLRlyy1SOO2gyGdfYdqXFuSbC4mrCwGnN+xXBiRXC+H3L9nmV+5jv7bGjPcPzsNOeX6yyuuRVwtZPQ6UV0+gmdgWVtAItDyXAw5uarh1y3e0nfunf0imTpTzmdvOrW2W2vNc3W7E8+8NVP8pLb3vbNhswFb38nGfzjn/gEN92wW33+S0//zJFj537ygcePqZNLIQtDj+VRxHUXLfB///ASN1xS59zKDMtrTVY6NVY6HitdzWoPVjsJq92YlV7MUgdOrgp0fcStV63w7leE7N7YZK3fZmGlzuKKz1JHsNIxLHcMqz1Dd2joji2DUcxcO2LnJgMIAs9yasFDyIBdGxW7t1q2bhxwfnXMEwdb3HiZpVFf5elDs7SaIWHoMTdjGI7gip0jPvjlafbuiBmPLfNTkigZ0qoFPHNsRN1rcv2emCePhJxf9tk2F7B7C+zcHKJUxKkl8D2LEJZdm2JmWpLeMKA/8OgOPFa6ipU1WO4YVjoJS52Ecx1YHiXs3Nbn3a9c4tbLNTWvzdmlNkurNZbWNCtdwWrHsNaLWO0lrPUsy30411ecW4u5ee853vfPl9i7vU6n32ZlrcZqfwaj9yRebfPPL48u/tm2fyZ5/Rv/7oH87xTADx88QBDU6gsLp3c+9cz+dx06cvrnnt1/gt5IsDaEtYFkYSg524t40cXn+a8/vMK1F9dZWJ1mea3JarfGStdjtatZ7UKnZ1jrxaz2Yla6lvMdwZm+BdHnHbd1ePOLDRdvqRGGDVY7Ndb6Pp2eYrUv6A0Eo7EljC1JAkpaAg/qgWW6bdk4G6G9EYfPhjx1KMDETd54c4j21nhk3xQXbYHPPhhz29UBC50hNa2Ik4jZGYgjD+3FLC83eNkNXT57X4vdW+Dhg2M8GrzhxYZYDHnqcMLRUzW09Nk0o5lpCuqBwPcFSkBsIIwsoxB6A8ta39AbGNYGhuW+ZZgk7No+4M0v6fCOl4ZgWiyvTbGwUmc5I4MOrPUSOv2YtV7CWt+y0oezPcViN+FFe87zvh9e4MpddZbWpljrNej2aqz0fJZXBTLYjl/f+FO7Lr7sL3bv2nliOBwN9+7d+82GUn77OwPw/fsPMje/wT965OD3Hj926Df37XtaLC73Zbcf0x0Ydx8K1oYiB/mLL13gl35gmRsurbG0loE8YK3ns9rTrPUEnZ6l009Y68V0+obVvmWhJzjbMcxMD3jdi3rccnnMrk2Kdt2j26sReBJQhLHEGIGxMBgBwjDTGnHwtMXYkNsfbjIe1Ll0m8+t1wyIzBp3PTrN9Zd5HDzXp7Pa5iXXDLjjkYBNs5Z9xy3/29u77DsWsGlW8sVHFbdeoVgZdDlycpbr94Tc9dSQeNzglit9LtkxYhj3+cIjChLB4VOadkOjBQyGEmMFibFEMSAN2jd0+pZmK2LHljEvvWLA626MmWvWOL8yxfJandWuOzarXUGnD51eTKcf57JkZSA51xMs9WJu3rvIz//AItfurrGYgbsf0O37dPqatb5ipSMIY89cd921du/ey37k0kv3/MHi4kK466JLv9mQAv6OADyKYhmFw7c+cO9nLz2/FL/vwYce8jwtiRPoDxP6w5j+0NAbWXpDQScF+ZlOzC1XLPALP7DIjZf4rHWnWFxt0enXWOv5rPU1nZ6iM4Be39IdxHT7Cf2hoTOwLPYFi32IkjHXXjZk82xCf2B500vGXLTZECcSLS1hBHc+UePEQo0tMzFPH66BaXD5dsUNew1BbcAjBwcsLjW56qIm7elV7nvS46bLaiwP1lhdbbN5s+XBfYrvfHWfh/Zptm/0WOp3WF2Z5YYrBtz3dMJsfZqrLu2z0Onw4LPT1HWTF+217Nk5AtnniaOCjbMR5xcj7nrCYxQppITEWC7aEvK6l4T0+oqtM4YbLoMwbLDSabDSCVjre3QHik5f0u1Dd5DQ7Sf0BgndgWFtYFkZSk53BZ3hmFv3LPKz37/Kiy5zF0enV6c7COilcqg7UPQGkv4QhuMEKS3XXXdTNBjx79/x9rccajYan/J8z3yzsfVNDzJHowFROPjuowcf/ZXzZw7Onjy9yuyUJk4EYWRJEosxWeBoEDgNKqVFSs1Dz23iJ96vefutK3zHq1fYvS3k3HKbwK9TD3wagUezrunVJa2hx1RTMxgl9IcJm8aG4djSGwWsLNY4ddISxobT52KCwAICX1m0FAyGCoFHPNBcd5Hgkq2WndsGjJMen3tIsf/QDK+/MeCGK1b5o89ZfNHgom0DnrxPsW1aMd8eUFN1wshjoQfNmmb7JsHj+0Nu2FPnFdcv8YefHuJ7LV57s8ULBnzpwZDPPtDk2aN1Lt7a4KItCRtmQnbPR1x9UYJSBq0sYGkEARumA8LIozfwefqgR3+kGQwV/ZEDYn9k6Q/cd+8NE/pDS3doWRvC4kBxftXSmOrwo29c5B/dOubai5ucXWrT6dfopeDuDRW9oWQwEgxDGEeWOIFobPnK3Q96tfr0r2zctHnltpe++N/0+4M/bDYb/+sCPI76COz3nzpx7y8c2X/n7Kjfo9308bRkHIEUwrki6e8LgQO3MChpUTLBl5InD27gseeaHDyzwNtf2uelV46YbrVZ6TRodmu0hz79gaaXnuzhSDMYa0Zjyyg0hJEliixx4u5h7GMNSCXwtKDmC6ZbgpkWbJ43bN80YH6mw+cfgbsf85Bmitff6HHd5T3ueTYiHLW59TpBZzhkYbnJLXsM89MD6jpgFCsWuxHKCK7bo2m0xjx6oMbLb5jiJdf2ePSAAjvFjVf6fN9bVrjj8ZAvPtRk34kaOzcoNs/WmWk1mGpBPQBPW5QEY2HfUUGSCKJYEMYwjnDfcZwwHBtGY8NgZBiMDf0hdMew2Jcs9GBsRrzm+hXe+tIO/+S1hjhuc26pSbdfozf06Q89+kNFb6gYjIQDeHr8xmHCODQMxwlnFs7ywY98bnall/xf/+gfvFx3uoP3T7W/eSD/pgE8HK1grf2+lbNf+oXlU7dvDPSY6XbAcJSgJCglkEIihEAIhRACKUnBDUpZtLJ4ylD3BEuDOh/+8na+9FiX265e472vWePq3X3mphssrzXoDQMGQy8FtnL3UDCOJFEsiGO31GcWo5IWraHmQ6NumG1FbNs4IKbPwdMRf35XjSMnm0wHdW66UnPLNV0efK7D7fe3ufmyGju3DPjglwVKBLRbEWv9McaCErChPaDb8zFxnbfetsCHP9vgkvM13nzzgDBa5q6n5oiSGi++ciNvvqnLZTs6fOnRAU+ebPDEUZ/ts5LZtqARCHzPXYQyvfiNBWMsUZxerJFlHDkgjkIYhtAbCVbHgpUeCD3i+r1rvPd1a9x2ZcJcu85qt0GnV6c3COiPPPrDYiUYjCXDEQzSC2c8NozChFHogt1xLDl/usP7P/TFjf0Rv/Duf/Qye25h7fc3b5z+XwPgP/gfPsiLron4ud/59Pe87SWL79tWf3JeMaRVbyCI3YmSoKRMn0ukcGBXUiNlglIiXZ4NnrIE2lLXgtWRYrkzw0fubPLA031uvXaN9752jesv6TCX1InjgMGoRn/oMRxrwkgRxZI4cV66sQKBRQpL4BsatZjAD/G9MaeXx3z6YcmhUz5HT82gTMAlW3yu2K248fIuKljkqcMttk03uOpi2LxhlZVum6u3SWJj+fxDAeOBZLoZ84YXj/jUXREnzrXYe6nH2bURzxzx2LFphmt3L3LPkz3ue0YwDn0u3z3L5TsCLt/e4/DZFQ6dhof2Nzh4pElDCwItaQaWmgdSuqDKWnexxgmEMYSJoD8WdEeCbgShiTF2xIsu6/Le13W57eqELbMBo9EUy50avX5Af+QzGGr6I8VgpBiOBcORZDh2faOjcZIC2zAaW8ahYRBahmMYxYrTZzr8yp98eWN3dPh93/8PTHx4/2/+0VxNMXPRD//9BfjRp3+P3Vcr/n8/b//Jo/sP/voVs/dOX3GLYTSaxRICItfXSroASilQUiCVQCmFUgKtDFoleFrga4PvWQLP0vATpmuC3thjtTvDx+5u8+UnRmyaGfCuV3a4fMeI0bDPVbstOzYrxpFHkigSI7EZuKXB0wnHz1uOnhOsDQ2fvKfB6aUZbOgxU1NsndPs2qy5eBtcdUkXI5f43U81WVmZ4ubLNVdd0uFLTwhE7LFxRtJsxAwiH2klWInSPp2R4PyK4Erb4JU39rj30Tpb531uvmqWf/aWJf7gsz0eOtCkP/JYXmuxe2udvVsGvHhPj297eY8zKyt88p6A5UHA8bMep0/7eEogpUQgMNaSGIiMJYkNM3MR11w5YDyOuHzHmHe+cszGKcVsKyCKapxdrDEY+gzGbpUb5sCWDtxjwWhMCugklyaOud19GMJgLOiNBT3jcf7oEvff+8z8u2/Z+eued200vevuD/3cr/4JP/W/f9ffP4Dbzu9A+zoxPP3At99+//Hfu+ehQ43EjgkCS90fY40AKwCLkCArQJcoKdFKoFX6qAWeTvC1wPcMNc9SjyyN0DJVS5ipCwahpBc2OXqqyS99aBZMjIhjbrxmwO7NIXEMxhqsdUkcKdyFpD2fAyd89h2q0axpWr5kviHYMCfZOKvZukGxa0vC3l1rJGKZ//bxNsdPTHPzHo/LL0oYxj3ufypguu4xN2WZboU06k4KGSPpjBQrfctyJ6HTr/Oyq9Z4eN+A/ScU0+0aL75ymh946zK/8Ql49FCT/tCy1tOcX2mzeb7BxpkRu+ZG/NtvH9BudHjyKBw4KfE8i1IWIQxg3f8sxDFctDnh1qtjksgjigOsbTAKPc4t+QzHbkUbhSqXb8NQMBoLRqFj7XFoGYVOkoxDwygy6Xs2lyeDSDAIBZ1I0ImAJELLEfsPPTV9x5NTv3e+94b4F3/qO+/6yX/93oVRTFL3/vZNvP8pAP8vv/2HvPzHtqmffPv977h80+E/uuGiR2rf8RqBlglSGhr1YSm9ngFbo5R1waRSqd6WeNppTt9TjD3JODQEYcI4stQjwzgyhKGlHcM4MoxjCGPBKJKMk4AoqbH/UJMn9kNiLQ7aTht7Enzlaj5aAVy1Bdp1mGpKZlqKuWnNxlnYuXnMlg1rRHaF//bxKQ4fmeKGixUXb5dcsn2VrzwTc355iht3S2bahpo/JJABVgniRCKsJU5CVvs1zi973HB5nev29Ljn0RqbZgSNWosb9hh+9B3L/PonDM+cbrHWN6z1FIurmvnpJjPtOjPtKdqNiA3NiF03hARejKdjlEqQwh1Qi7uookixsKiJYkUUK8JIMY7Sx1AyjiTjUDIKJeNQuAA1FIxDJz/GkWPsMEw1feTeH4UwigTDCAfuULASCUZhCHaMEZZP3iv58y8carz05uCPz599rjvb2HbjqD88+T8De3/rAP/5X/kwberqtp1n3vmBTy394WD5YM3XbY6eE+zeGrH3oi5X7xggSF0SmQJcZU6JxVMWTys8bfFCie8JdxI8wdhXhJEDehRZwjhxrkhcuicQJ5YkMSQGp7cNObiFACVBS/A8CLSgFggagaTZUEw1JDNTgo2zMbs2D2g11/j4vSF3PTXL2lKba3Yqdm3xuGzHiESs8fmHGjQ9zYYZRasx4qnD8OwRzdU7LIOx4trLIq65xHLubMLiqs9w1OCNN/X46pNDDp5WNOuSwG9z9cWGn/2eZe58Zsin7pxnuWvZtTFhtaOZbiummh6thkezbqkFhsA3BDpBKye1pHTnwFpcwsoIYiOJE0EcC6JYEsaCKJKMI+e8hJGzZ8MQxlFCGBnCEnGMo+yeujQZuCNBJ5SsRTAah8ioz/UXd3j3awfs3prwypvOEcfng3hpiVPx5S+TautHjz37x8lFV373tzbAl4dWnu+sfceRo2d+646HF2qD8U5MEgIxjz4X0h94vPPVXd716j5T7QQ1SFDSoJXvgkid4GuNF2kCrRh5jmnGniT0BWEk3MmJFFEMYSSdgxAXtl+cGJLEuQuJTZ2SfMVw7oySTvb4WhD4klogadYF7YZlumXYNDtmw0yP2K7xka9K/uCzc2ys1bhmp2DnFo+Lthp2bVnl4/dbVlZqXL5ZMdOGViPi/DHJwmqAvxvGkWDDlGR6Gg4etax2DeeWalx2UY1X39jj03fXmGtB4PsoOc3Vlwh+8M0LeHKBv75nhmdP19jUjdg4HTPVVLTqikZdUg80gQ+BB1o7h0kKkKIEctyFnRhIEkGckAIdosQSxhBFiSOFyBBmj5FJbcfMlXHgHsaCUSToR4JOLOiFlmg8Ziro8q43LvOuV/d4w4sMidFcc7ErUVhePRqMh63fa09brXz9Zzie+dYE+G+8/xPEifmeL9xz5L8+e+Bke2Nb0a0L+rFHmBiSOOLzD/nc/0yNsysr/G/fNmSmHVMLYrr9Glr5eNpz9zAh9DR+6KRJGLlUumMc4ZgoZaU4hiiBJHFOgjE2rTa0WQ9nCm4HcBe4CjztAFILoFEztOox062YDdND5mfWuHd/yJ/cXufA0WkumvK4ZDNs3+yzfRPs3dllEHd5cF+buvLYMKOYbsF0a8zMVIzva4RwF9dw7LPSjVgbWDr9mIVVn52bW7zk8gVuf2jAgdNtGkGEp3yEmOKSbYrveu0SL9q7wJ/c3uLBp6dZ7ms2tmOmGzGNmqReUwSeIPAknudiFaVI7UOHcovrYTWGHOhxYtLVLbUWY0OcOHDHEYSxLe6Rc2VGKbAHkaAXC3oxjIYxJh4y1+jyL/7xCv/2PQOadU2n1yCKfaLYYxx6jEOfODnSttb8N7/1Iv/Yvr/8g4uu+LZvPYCvdTpIKb//tz/wl7+wfPbU3HRDECcGTwnqSjCIJQMZMFaatbHPf/1zn32HV3nry/u88voem+ZDet06w3GA78UEvsc41AS+s/cygEeRJIzdshvFqaedkFp/pMwtMZYC3C5JmTI3aOUSJr5nqfmGei2mVYuZaY/ZMt/lfGfAb37S4/MPz7Ky2uTSDYKdGwXbNvps3yjYvXWE9tf48F2aIyeb7NkkmWlJppoJUo45vWgJtLM9rRWEkWbXxi4PkdAdKFa7lvMrdfZsr/Ftr+zw0S/5HDsf4OkIITyMbRLFkht3r7LrPV0+/+iAD35+lkeONdk2I5hvJjRrCTVfEHgC33OxilYuWSalyGsyLO4iMxbntCQO8BnI48RJOgd2CBNX6xJmyaNYMIyhF0v6EQwiQzIYs32+yytuWONtLx/wppsSPNFgdTUgij3CyEsfNWGkiSLJSndpbmbT6H17rv02Neh3399otr91AL6y2kEp75996ct3/8K+Z5/dOFU3+JFgHIMXgy8hkJaaFPQTxUDW6UQeH/5KjTuf7HHD5V3e89oBb765w9x0wHAUMBz7BJ5HmB6oLFCKY0WUSOJYEiXC1YcnIq0RT7W2EeSqxDrmlsIli1SaLPI9Q+An1IOYVn3M/HSfYTTkS09Z/vwrUzz49DQzvsfV2yxbZiWb5ny2bpBs3xRy8bZVnjw25JNf3cCU0myYErSbgnYjojNI+Oz9NVq+RQgHrOFY89Zbx3zmAVcT0+kbFlY12ze2ePtL+zy4v8e+gz7NIEZJ4UBuGoxCp/W/69Ud9mxZ4MN3drnv2WlOrNbZ3BZM1SwN31DTBt8DrQRKkibI3PfOyo9MKtWMKVa4OAW6IwiIEkGUpMBOBKNYMIgFvQTGoSEOQ5r1AW9//QrveW2XG/YkbJrVDIctun0/PVceUZSSUqzToFYzGCmWugc3Wn3/L1x17a1mOOh8oN74xjdOfEMB3u12WF7tIiXfffuX7v7lT3/mjrm11TXqgUzZ0qKlRaes6SsIYqgpQV95DD3Fqa7PmQcaPPBUn49e0+Odrx7yhltHzE77hOOAcc4ImigFepwo4iRN2CQFwI1NmdsUdpQQNg0qXR2H1gbfSwj8iHoQ0qoPSRhyx6OSD315mqePTiGigItmLFumLfPTig2zPpvnJVs3ROzc3OXkYo/f/lSTeFxn+3bBdEvTbkK7ESG8kO6wyXTLIoTAWohiyWygiE1ML/LpDRJWu4rTi3WuvLjFD/3DNd73ZwHHF5toFaUXhiaOa4xCyea5gBsv7XLNxX2eOX6aP/9KndsfmeZMp04zULR8aHoWX1s8BVq6dL4Q1eo6A1jjLrrECBILceKaR6JEECYuSTRMBMMEhrEljmNMNGauNuSNr1njXa/pcdvVEVN1TRg3We0EKagzInKs7VZb59yMQ8UoVAzHa+x/+isbteaXL7rs5nhl+cwfK91kauobB/RvKMDHoyEb5tpve/jhR3/jrju/0h4NutQCTRhbEDYN6FLrLxZoafGkxU9S2ZIIBipgEHssjGv89QNN7np6wIu/2Odf/uMeV+zssnFa0W5owsgxRBwXIE8ygBuJsRJrnSQoLMg01a+sSxbpmMCP8VRIdxix2I34tY/XOLoww6P7prHGZ64u2DhvmZ8SzLUVc9Mem+Ykm+ditm0YMDe9yucfMzzy7DTXbBfMtCSthqTdMDTrIcIbEwQardzftxaSRDIca4ajiNgIekNDr29Z6XqcW25zy94+L7lyjQ9/sUZ9RaFl5ABpNXHiE0aS4dhjfrrGiy7p86JL+zz0ijMcX5T8ye3TLKw1OLUc4CtJ0xP4mQyTLvDMiTyTKjgmj60gNhAZwTiBUQyhsZDEEEdINWbrzJBrdrnzcdMVCe26Jo6bdHoB48gnTgEdxZowtSSjSLnnkUztSWdLxolgebnHV+++a6438H5j75XXrQ4Gw09+IzH5DQP48vkDzG7YpO664y8ufWb/4bZN+rRbPuPQIIRJwWWR0i2bSlp0ApES6NjiJxAkloYSDJVgoAOGicdyWOf2R6a499khzWDMP31Th+1zMRdtHXLLVT20ULQaGiGcXHFZSVcrbW2JubEIaVHCeeaWGGTMM0clD+/XfPrBFs+caBHGDVpasaFumW1aZhrW+eBtzeyUZm5asHk2ZuuGIVs2rHLX02N+99Mb2TKt2dCGdlPRbgpajZh6MObe5xSjUOM1HaisFYSxpKYV1+8Z8sBT067waZiw1vVYWgs4vzTDD735PKeWlnng8Q14EhARBlIAeYxDSX+omWnVmG43ecmeAa+4ZsB7XrXI/pOGzzxY48H9dZ470iQWmvFYMYgUKq/vKQeeaU7AGmJjscbgiYQpP6RGxEtu6LN7y4jt8xHvfcOYui9p1j3CsEGn59jaAdpzkrFyl/ndxU7u+49Tc2AUalYXO5y7/a720/tPXvrP/ul71GNPHEhuuO4b0zTxDQH4g088w2OnZ/1tyw9+r5bhfx31V2jUfKxN0sBO5MujFKCEdbZcYt1dOs3npSCvKUEjEYwNjBKPYeIxSGr0egm//OEZbByxacOIK3eOmJuKeeerh+zcGBJFItXbEkrMTao/pTQIKfjYnXWePNxEaM3xMw1On29QqyumAsF009KuGdo1aNUFUw1Fu6WYaWnmpmF+OmbT3IhtG7skdo2PfbXNsN/ksu2WdkPRakhadUOrFuN5IZ9/oMZ4IPE2gkzBFMWSZl3xxhcPufsxQ38s6Q8TugPNWk9zbrnBFbtbvPO2Lo8+0+D4SgslDRCletkjShwTjkJJf6Tp9H1a9QbN+pgrto+4ee+Ikwsdjp1dQ3sJTxzRfPQrDYRyhWsIWT2J1gAGrCUKE3ZtinnXq4fMtxP27rJsmoMk9hiHLeLYY7XrEUeKKNFpHOQAnQHcxUQydbUyz92ZAJnrNQ7dPUkUC2cXmJrb/l/vvf++wUtv2fIHp08+Gm7bcePfDYA/e+A4Qp3fc3x4+jf7Zx+Ro7GHEAJPCYx2BzJjcRWn7kViiRMHck85H9ZLnAYMjKWWWBfkGEuYCMZGMk4kofGIDCz223zlSYMl4a8ejBAicSfJupMEqVnivMC0IlEilSKONNJoPC1pBbB7g6XpGRqBoRFAIxA065JW3cmhqZZkpg1zUzEbZsZs3dAjYZVf+8sa9zy1kUvmYKaRsndD0qrHNOohzcaQer1BoCRKphocJweiyGM0FAzHCb2xoj8y9IbGtcw1fU6dn+JlV4750W8/z698VHNiLUAIg7URJrGpKyEZjV0Za2uoadZ8GvUajaBBLYho1UNuvCzE9yJuuizmva8ZoFWcJoEMQtiqKE8lnTESISSBpwCf0VizvKpd3U6SxTypLEyBHCcO1HEe8GcJpczZKiWWUu89TB8tzvl55OEH5RUXm988e7zz1V5v9PQ3Apv/rwH+W+//CwIh6s/u3/+OI0cOia2zksAXWGsRafLEkoHcpjKFVKY4bRgnoBPX+xhnEX0iiI0tInvj9KG7C0Ijia0kMZrIBCSp7VW+5VlKAVoIl6lUUKtbatpSUwmBB4GGmm+pB4K6L2nUJY2adgBvCqZbhtl2zNz0mI2zfbZuXOZ3P2344O2b2DGtmG8Z2k1Fq6FoNqBRT2jVI84uGw6fDaj5TpJBVunnlubdmw2b50d0Rz7DkU1ZXLLW07TqNVqNad77mgWOnD3H731yG1pqLIbEJMTGEsWacagYhq4oalCTNEaaeuBRDxI6PRdj+F6CpxM8L0FL1yghpUvni/TuSlcEIFKQCzomrbI0Lq5JEokxktgU8U6cCJLEAdolj1JgJ4653fMM4GkGNSEvUTYGhBQ06pqppmDp7D5xshW/Y37jJYeffvhjw6tv+sffXIBvnKv5a2vLP95dWfhxn7GMYz+N2NMMIRIwSCFdgCmcNadTz9WBmdyzdnaV82STLOtmXPlnnmZPK+WclyvyQKmsuYE0k+cCKy1N6t64FcNTAk9b5xtrQS2Q1HxJPVDUa4pWXdJqWKaaCdOtmNn2mPmZATs3LfPgc2M+fOdWZmoBm1qGdkM4cNclzZqhWYtpNcY8eACe2N/g0g021b1F2nw4Vty013LZziEPPT3NYGwZjhL6Q52C3KNRq1OvTfPul6/wxHMLPLBvM1iFMYkrh40tcWTzepLhWNMYWeo1Rc03BL5H4CcE2qB1gqddiXFWBiGlIxyERRRtJaXg3JUQm8yRMpn9WrJiM2AbkYM9y5ImpgrwOAN24s51nLhzKHCWZs3XLK0ksnZq+WeG8azv+a2fB8JvGsCHw6EcjYb/6YMf/NC/GQ8W/em2j+85SzDLErpa7qI6MJHWyRPlHhPjwO4OnMWkBybJs484dk5BbtJMXJassNZSyrxXVtwsVV2sGGnGUlEq2nLZv8BX1AJFPRA06oJW3dJuJEw1Y6ZbY+amhmzdsMoDB4b8pz/cxIlT01w8b5huQLuuaNYVzRo0awn1WoTvjeiMXDWkp1xwnd3ciZdEsU+7HjGIDYO0znowSugNJJ26otELqAUtLtoc8bPf2+E//pHk/n2bsCiMNSSJIU5iwtgQRqn1FkjqY0XNlwS+JfAVgTZ4nvP7tUrrfJTNCYe0WaJCD2lq36YkYtNaliQFfGKKR0dMMn0UKeBLz2O36magzsgsNsW5FMKVMaz1FN3nFvzto6l//4/e8VpvOBz8VL3e+Bun8//GAB8Ou1gb/vy+p+/51+P+6drm+QBjXSRZrn9IDEjjNGhsnEWYZOBWaSZN2ZylTfqlM3Cb9N+wxrou8rQEtHxnAuCp7E4DSydRlBQo5SSRTlvRPC0JfInvKWqBG8lQDyzNmqHVSGg3IqZaIbPtIVs3rPHA/gH/8Q/mOXBill2zzmFp1SXNhnTsXbc0agmNWkSUhPzpF1tIpfCkRYnCJjQ2W8o9vuv1q3zhkZBeGDBIAd4fKnp9RSfQ1PyAwGuzd0fMz33fMj/9B4L7nt6EsZLEuLR6FLtCs3FoGNdcuWsQCGqeIPCdvvW1zTO2Whmkct54JhlzgBcpTyAlEVwuwbktaSCfATidOmDy5Bopu5OvuEnG2PkqXZROmCJkIo4t49D994tPHakFrTv/9ze9/jViba37E9PTf7NM598c4J0DGGNesnDq4XrDHyOFypecrA7ZWFA5+wpUIqqgTixGFcAuM7QxRfuVA7rT9SYDdXbgJz5XBvCsBiPL5GXsrXVWdyLxPOnqN3xBLXAzTxpBQrPuwN1uhky3h2yY7vDg/gH/6QOzPHN8nu0zgrlmSZrUNM2aq1+p12LqQYjnjTm9PIOnBEqa1JYrgswkkcSxYsuMJY4julEt7ZQxDEcJvZGkPlDUfA/fq+HpKS7fHvNz/2yR//D78MCzG0mMdABPLFGcpExuGAeGWigZ+SqXYJ4HnnYSzdWpOPdKZt54+ngBjDu5QpoUQuTJIZMmh7JscZKUkkaleheTM7c7f648wObn2KZZ1ewxTtzApS9++eH63OaLXiInHZ+/bYDff+8XOXoqaKye/nN/OOgR+AohbLosUZIQIi/sMRYS5a5OI4UDtC592RzMZRlSPgjlA7Ee2NlNipI8kqS+u0jT1jJtlMjkCdQ8CHxDvWapB04/N+oR7UbIdHPI/EyHRw6O+On3z/DU8Q1snVZsaBqm6oJWTdKoKRp1Qb3mLg6X6g95YJ+gP/KpKdKLzGnw7OJPjCCKNc2a4parejz4TJtB5GTKcJwwGCp6gSLwFb7np/p5mit2GH7xBxb4sd+B+/ZtJDKSyJi0WbrowRz7ksA3jr29oo5eq+xOKlMKGSfTLO+FQJ4lhWwG8BTwSe68UF15M2mZTBCYyXpf3Wt3sWT1MenvpYy/srbGH3/kM/6Pf98bG5/61OcGb33rm/72AX72zAnmN2ybvv+rn/ztk2e9l5tIoJQlEKCMTeuOM3DbAtyJyEGeX/EGjBIXZu0SoM3EFZ7SSlV3C1dQJGRJ+6fgdgB3jcyedkzme7hOID8tsAoS6qm8aNXHTLWGzLS6PH5ozE+/f4Ynjm1k87RmQ8MwVYdmTdCsKxp1RSNn74RaENNqjLjrCZ+1To2ZmSJNngHGpNo0ShQb5xSvua7PXQ8b10UTmhLIJTVPUvM0nvbRuo6Uhit2WH7hBxb4sd+x3HdgI5HRRGkFoCt7dUweRDKvLvS1ROu0CEsKlM6ODfnnyy7CTKqIrCqNIiE0eTelR2NKj/m5tyXpadevzBmhTdTFGAOeNMz7w5c/+szR33/ve97xw0ePHlvbvfuiv12AjwenOXdq4ceG3SPfoe0CKvCwuA+pkzRQNBlo0/pjKzCqVKZZZvb0YkhyGULO3pVAcpK5U6RnGbmiYSKroCt0d2ZHaoWrz9AWz3ONxTXfUPMT6rWYRi2iWRvTaoyYnerw6HNjfvx35nn8yCY2TntsbCRMNWwK7pS9a5J64Ni/FsQ0gpDYjOmFAUJJvIzBcw2eXugm9Ysjj6Y/cuUCYY2ZDOSjhIHvGDzwJZ7WeDrbgNZy9UWW9/3wef7dbxnu27+JyGjGiSBMTMriglpkCDyL77neVZ3GHVq5EmElZdHzKpxdJ0vxS5agKx3uvGCtDO6chErElIH7BUGd/w6Vnycms3wFh48t4AdHvuOi+x4/HIbRf/hbZXAbHgVv+66Dj/3ONT7HmJkyJElcRNQqi65tqs8ykFeZPTHlK1bkByox5QMmSkxRZCVtec3MWLscVGbLbdqho9JgSuu0MygtQsqqB2tekurmiHptzEx7wFSzxwP7Yn7id+d57MgmNkxpNtQTpmqWVgrues3ZiRm460FCzY9pN0P2HbPc+WgTX0o8ZdIgrvAossA5ShSx0bzyxohLL+5z+ESdDQ2KPsdxwmCUsrBWaO3lXU5CWK7aBb/4g0v8h98xfPWZDYyiukuGxZZGWsMdeDiQ62z1Mnlvq1RJvsIpKUoAFyWQs06vFCC3VYDnFYplyZGBP2Nz8t/JQF1+L7N/syA0jCWPPXuGWD58zc/8+x/c9ehTZ47feM3WbzzA73j4DJ97YvaiTd7dv1qPzrytFawibD0dTpka/kZgsjrszD+dZPT8sbqkFXZUKXIvuyTr3JKUuSfBLSxSkde7KJnOT0mZ29cGzzMEniHwY2p+TC0IadTGzE4NWO0NuPtp+MUPbebJQ/PMp+CerltadUGzJnKv3DkvxrG37wBeD8aEScJoWKOm3EUmRWnpJ9OsIg00tdPyesw4tAwjUQK4wfcTfE/jeRKtFEp6OcARcO1uwS/+8Cq//Gcx9+2f40ynzagpmU4srdhSSycOBJ5Nvf/MSbE5e2dSJQN4/nnTD13Gea4Q05Ni83NVKr8tScri3FZlSEFqtiptbNaI4cAexoKV3pCZxZW3PfHsnckrbr7if7f20DEhvr7Zh183wPsrJ5Fq5eZDKwfesdV/hrnpFrGJkVIRJwaVZrac5Zd5pJkWzwAtSiDPluvs6halA7Me4NkhLqvC7CS4cQ8Ze9u8NLcYDuTKYj1t0jETSQ7uwE/BPdtncXXIL/xpg0/ev4Gl/gwbpiQbaim4a053N9LAsh5IGoFNGdxp71oQAiFfftxnNfKZC6jUYyOqK1SSuOaHdqB59Q0DHjgQ0osCpvKOdYM/drXqvnYA18qipIeQLkGDhct3SH7lX3b5zANDfv4Dmzi1NMNwWjPtC1qxoRFDELnRy75yA428LNCUIg+Cs8dyoF6+MIXIe0Xy8wMTEjIDdoXZS1q9DOjSBVFIkwzgLpvtSnY1j+0/yLGjM++48bLGn671hse+oQw+Gg8I/Pplz+27718dWtpPPWhgLfhe7JIFsUz9bVNK7YqSBJEVOVIwtcjrtS22sKEmWbssS9IDnTFLlm7OXACVAVyltedp9s7TaX+nl+B7MTU/IvAjWvUhWg+464mE3/9sm0/fs5HQtNnYFszXnCxxFmDmk6v0LlLmLrN3hNZj7n12mkGo2dLIPs8kg2dBtiSKFTVP8ZIrhsTGAXwYCde1nnWuj40LDrVIWdxdyCJNrlsE89OC73hVn1Zwhg98dsjdz85xLqozqEnasaWprQO5TuMQZdO4xKYgz46hKGrHJUgKFp/cUTCXKtmICia1ebl7iJzhM7lSBnkF3Ck5xmk9upAgE5+/+vRBtm+6+l+95lWveKw/GBxsNr72SLivCXAbPcfCqb/GC6a21sxzr9g6e5bAVyDcwB1X3y0dgxvpDH9r8ue5m2ILDZ6d4IrWJgN6Gdgl66FsXwk7IU2yrJyrGHSj3Uxa852CW7lajMCL8P2ImhfSaIzw/QEful3zS3+8kcOLs3hBjc0twWyQ0A4szQCaaYd9PXDZzlqaEHL1K0m6Ejh5stRN6Ic+vlL40uYBJqWvkl3YWe1GGHvUvRGbp4esDVoMI5GOW3Oxguclqc2nUrtTOYBXAldX+fi22/rcdOUiv/gnIz74+Q2sxE0GgUfTk7S1q8EJtGs2yZohdJb0SVc+mUuVIgFUJpWqWCkDnQuuwDngTQnUdr0syRNF6fPIpL21VmATxUP7uvzlHQdecXTRbF1a6Ry898mTvPTaHf/vAJ6YhA07X3lR1H30d2NxD3MzQ4zx8gIcJQ2xVCiZFuSotGYhMRglJ6RJmvK1Rb1D/uUpgkqsuKDPLbAFm8iseKs8JMiipEFWmDtJQR7jaydJAn9M4A05dj7m9z7T5BNfnePI+RnaDY/ZGswECa3Apqn3DNwyBbfMk0K1VHsHvrtw2s0xH79Xc/B4nVo6gStvF6NAeT7GwaaFSrHm8l3wlpt6/P7n5ug3NO109kgQpnGDMmgt07F1lEDuldjIrQo75yU/8Z0Drtl9it/59CxHzk2xEtcZeJqmEjRSoPvSugsndZny1S87rpl9iNPnRabTrvfJM2LKSifs+liqzOIFyDOnrQB2lk8JU5CHRhBbGEYeH/rSAa669orffcebX/am88vdrylVXhDgw3GE8jWPPXXv9nOnn7hkVp7gyosCwrDmitsTRRxrlDQkquimSYx04DYmZasM2EyAvMTeVuQskB+snLZtRQdmwC6qEzOAm9Q1ydg7wdOx69zRMUEwxtdjeknIb37E5wOf2czp5WmMqjM7pZj1LVO+oZEydyNP38u0TiWVJql3noPbd9nLcRRy8FRAPwyYCVIXJ6/JIU/0lJM9cSKJIk27qdm9PUQFI3phi6EvqEeWcQZwnaSJGuV8bJmVAF8oeFVsmBrwQ28b8I5XnuMDn+nyex+bY2nYZKhr1LSioQV1ZQli69hcpjX6sihvyLKc65icC8iVSYeFKpMX4BYlfZ4mg9ISgIy94xTYYyMYJTA0EMcJMhmxKzgJ/XsvGXft9pdd97JjJgmRyv+bAfzEyfPMzzQ3LKw0P/I9P33K2za/nff987O88roeg2GNMPaR0pDEitgULJ5rcCtcd40pqtJsGdg5wEUO6AtnKG3JDrQ5sCvyRKZVciqdq6ITtErwvYiaH+J7IZ1RyL1PSj50e5uPfXWOUdLC933mfMG0b2j6lkZgafgFuGuBJAgkQSpNXGIodSZSgPuey3wePWu5+5EGYeQRNO26ADO75WnuNF4JI4XnaV5zU48P39HnwKkmw5qb9zL2LH4MXmTwQoNS0vnWUqQVmgWwKh67kTQCzabpIf/u3QOu2Dnmg7e3eHjfFIvDJiPl43mamhbU0yZwT1nH5plUEYVUKQJPW0oEVU5RhdHzFbnE4HZSnpTT/dYBO7auZW5kYGgEYWKxSYQIB7zm+iV+4Ye6bJu/z2ttfPVHxqPOdSbuLv6NGXzPJbPywL4DN3/ms1+Z8qXhscNz/PIHR+zeushFm0aIoQNYLAzKGBIpSYzKSyvLZZaF3i7dM2BXQJ4yRInAySrKRTG3UAiTl3s63W3RKnEAV0kuR7SO6PQj7nla8Iefa3P7o1OsdFrIeo1WXTHtWdq+oeFZGr6l7pOytmPueiCp+YqaL6j5pBV6JgW3IfCc/lZ6zHOn4HSn5hIrqb6tJk6K+hnXBynSJVkShppNbcFlO4Y8dSJmEHmM0xnffogDn8om62aJGpis0yhLQlen7erD3/WaIW948SpfeqzHH32+zcP72iz3GnSkT9/X+ErgS0Eg3dQDLS1aZHFN0YklSrmH8m19/Ur5wqvmNhKbxSIl5rYQ2YK5QwOxMWAiGI+4dMsa/+4717h6d41jpz3O7rtzyp9RN+vGns/xAsODXhDgp06eDsaR+a0zZ041tRJIX/HggTp3P+Fx2ZtGeF46DVYoEqvdkEyTpKBO+yKNXA/sjL0pAkmb/1/pyFWkiaVcoO9kiUk1t0HJxA3Ez9wMGbHYi7nrEc1n72nxybunWOg2EbUaXsujrWHKc508dY9UdkDdF+ldpiWnqe72BUHG3hnAdYzvx9T8EGsjvvxowPGzdeZnBZ40qY4VRaNvie3y8tNUUgzHHrs2CV5zw4BP3B/SjzyGkaDmWfzYsfg4sqVVSuV+NUJWZIrNV85CMsaxph6MederhrzupmX+6qs9PnNPg7uebLHQaTAUPkNfoz2FFgJPCjwp8YRNpZZFIUrSsGofXoDM1webWfltBu6UsbN7lDY9x7ndEkE8gmTEbdf3uWlvwij0SKzk7NlTzYvnkt/yOHUFMPwbAfzeB/ezsjbg2WMDFgcSa0JWVuDYOYWQCb4KcX60hzIGM8Hg1sqq3qYK8Kx7xK4TJqIaUJaALYRJ7UCDSAGudYKvI2q1iNE44cBpOHZG8edfnOJzD7dZWG2CV0O3PRpK0vIsLW2oe5a6BzXPgbvmuZmErsxUlu4i/blNQW5ykPuea087fMbw1NEAPC9d5m0pRS8qKCjr0iRJa6YTN8756t1jrtzeZ//pBsOaoBELgsgyVqTWnknZO3NTMguy0Cq5z55akcaodPqAxyj0qNfHfM8bx7z1ljW+8Eifv7ijwbEzNfafbhCuBcSBZqQ1UrmpvgrQ6WPG5Ll0oQj+J2/l+CoDtUmfxyUNnnVjGbJKvcSB26R3InZvjpmfTeh2QuamR/QHK/RWDiJ084Ug/PwAP3nqlIii0b/66pc+PP+mW4d86ZkBD+9zeshXFgKLTGI0bksRkwJb5QCXOZNkNpZFlJqBi673iU6zFAu2pPlcUsNJEpPu8pAQBG6SapwknFuGL35Fc/hUnTsfrHN6tc7hM00IAlRDU9OKprY0tXEugucG59c8N67NgTi7y/SuUoCTau4U3F5C4Dn2dhdWyNFF2HesgSer9mAuUSjqwfOgK3NSTNbT6HHlriGXbRzw9JGYQezRigRjDX7sZgKqEsClFPkGARmTw4QFl8mgrG8yUUSJx9jzaddDvuv1Y267psvp1S5ffsjnyMmALzza4MxyjWToYaQm8hVCSrdSpF35kjTjCblsYWIBLpc025IscY82dVxsqZc2cXeTgI3T5zGMLWEC6ATf77P/oOQrj8yQJAfnf/D7vuNfLS6ceN+GjTsvGL49L8A/9+V7ECTfsaN9uvm9/6DLu163yIFTCV951GMUCg4e9di9MyawEUmUYI1yssQ4FnfMLPMmViqSJAN7cVRsekRyn7vC3CUpohK8ICFKLEdOCp46ovjigw2ePurz7NE63XHAOAzA81Ftj0AJGgoa2lAv+cCBzuo0srJZVxcepLLE9xW+L9MLwBba20tcZtFzOr/mR1gTcn5FMrYBWkt8adElm22CwHOQJ7ba7xjGHgLNhtkQqUb0I4+BFs7piIqCMa1MJQMpRSmKzYYdUcjDrLUsG4zkpe5XGHkMxj6bZ0J2boq48eIxw3DIPz3a4eljPl98oMZTR2scOVEjihUECisVCEkiS9mgcjJ/AuCV7Fb+mPnBpgA3aeG4LT1GBk3CRRdHBD781kcb3PlInadPzLDWDbhiy7nm6w7c/R2+r973P8Tgpw59hm6vr/btOyzajRGtumH3NsGLrx2y99KQn/31Ke54YIbrrop4w4vHvPr6MeAaW+sNizbplzaSJCpY3JZZm2pw5Gqn3JcX0tWNIAxCWqLQMhg5Rj92SvJntwcMIsXjz9Y4dDJgqe8zTnzQPigP1Vb4UlBX0FCWmsKNM1Np4ZFyrO17wiU9yuD2JH4qSwIfAp/UNXEpc08bfC9OM6IR9VrIwmrCF+9r0ekFzEwJdOrFZ0Vf4vmWb1MKCI1kPFbMzynecMuILzw85ESnydCTTqZo8GKLF2Wedeqxy8TZhZRnncj8bxirS3/DAd1PFIlWxJ4b+xBFnrNSvYimH3Hb1TEvuWLM218x4rmTkif2eQxDxQe/2ODoOQ+EZDDUJKHKyjexOlt6JyyjCsAzH9jkr0VsEInFpmCvNxK8mkFgePUNIa9/8ZjrrgpZ6Uv+869P8ciBJjSmmG1pljsJn7rjhLj0sqvUH/7Z5+N/+p43fn0AFwKm2o3fvGTrwrW+7ON5IZBgInj6OZ/799c4v6x4aF+Nj36xyYZZN//khj0R73rtyDUMJ7BhynD91RHNms13cMis4PXnXOTDeToDwRNPapa7knpN8uA+j099tcYoUowixdlzPkZoIuthhAdaIwKNlhJfCWrSUkuBHShLoKyrAdep56sL5vazvswc3Crt0RQ5e/uewfezAq0kZ2/fj1Aq5CuPKT5xfwvla2e3VfT38zN45oUneWe6YjTyeOutQz55b5cPfnmKflyjmepwL9PhUZaUsXm3kBAyB5j7U7Kk9UsAN+loB+2Y3NOKWGt0nDigqwSl3CD9mVrMrXtjbtkbYcWYd75qwChy6fO//mrAQ/t86oFgqat44mmf7kCmKklc8AwXSQCXxm/WDNdfFzE/nbjGl8TyrtcOuX5PhDWwYcYwO+tKfs8uS666LOTRw3UsMf3EcKYjeGjf8Nqrrmn/prH80NfF4NYuAvPt1VN/vHd+akH5epVaMGYYhvzVvTV+7v3TnO/4UBOMreB8B86vuQ//3AnLp77SdtoqsUzNGG6+NqRVdzXB68T2BMBJXYe1vuLhp3y6HYXU0s1Esdoxk9Bu4x6pQTrnxpPCgVlaAmnwpQOCr8BXxYw+B3JRNDxo1wiQNR6Xwe0YPi2r9TIGT0r3mEBHWBtyesknHNcIpiR+mvZWaVVeJYspKHSpLTK6eXe6UYSRx0xLsWM+xBcjhnHAMBbUtRuCmdWQZAmtbIKBu4hk/rfc38gkoimSLMakPZOFNIrjJM0bqHT/o5goTlCRyyVolSBlzPZ5k64Yhit2jgjtEKkNnY7g4ac0awOJyhVLNaiunGnr6sGbNctLro2YmjHY2P039TTZRHqMbKyIY8umKcPP/ECXcSz5wkNu36DTUYBaitTxpf7en/nRd7Rf9+q17q6t0y8M8KMnV1Cy97677376Vd2Vs1yyLWbfEcEdj0/z2fsbjCLfGaVCQkVmWGJr6WRLkYTumuXsV5qlr3jhBHy+bGQnRwhMtuUCac2pUEWQI2VqZWWgTtPOknTj1sw3Lj3qtJNekW69Rw5u19al8FNw+5q8xNQxeMri2uCn2VHPiwiCiJNLhj/5QhO0jydFEWDm8kSsY/Bypi8bEurA5gbrhJHHe98w5K/uGvLs+Rb9xKMRu01pXRWgLTpxVJYTKAV72bHMa0BkqcAru5u8FkZrhZe4eSleCnQli6SZqxtPnwuTDg5K0MIibMJ8w/APXmZAJKnMBES2f8YFznm5xsgoTKzzXIiJJWOoxGhCOBmze2PCB35ilc8+MOSOxzo8eaTOzk0JczXvVQsL179PE/+Lr8ng/+7X7kIp6d91l2VhdSvbNoScPKEwWmJ1WqGTL4dVgJeWgXw5SrzSz3Kzu6zRMnbLAF4NXoSUeQuaEuAJl1YOhE2Hd7rXWpLWVKTd41khkaY0B4V0Z7aiq74AuMxlS+DbvKXN901pcE6Ml7K3ryOkDDl+TrDYrSG0JpBU5Iksf63S6S5LhwrwUqcjjD3m2mN2bR6y/9yYYaIZJRAkAi+xeHGqw2NyZ6lIoatKp0J2yN2k3awdTJSkkUEnrtRC6Wz7cpUWqyVIZdKVwhTWbApykf1t3JQskdapZ7tRZ05YXgWaw6OU+8jrc8oarprRzv7NOHaf4R+9LOYfvrLD8RNDNs1YtHeQePRR379AvmcdwA8+dwIhBKFNwJvh+JLFtsv/YQa+8kded4l+DTlS+fRuWc17AQWSIkXsplKBJyyeIB+/rErP8/dSsi9KQckbbH0lHNgr4Jbu0c+AngWfKbiz7h9tconiaadPfT8iJuIz99Y5v1jHm1L45RqOsoMyeaQqqWsxEQQqRmM3wfbNL+1z75MjunGNgdbUY0OYptOVLAqisoIzNx4v+0tZoCmopMhNOlPFkndgaSOIlUAnMt3FztXyxCnQi2SayRNsUppS4i19LgtwZ9buhQq01kHeTv70QjAp/ZuRO3abpgWjsSYcCLR3lAutFhWAf/TjX2CqVX/ZH3/s7pvC1QjPCPpGMU6rv76Rt1yQZMkCASp7FBYNudWm0pSxm29SaFyVAVu6/eSzUQhlYOdzUBSuH/FCAM8Czkx360yW2FRvV2vJfS/C90LOdQyPHqqD9tGpPNGlAqUs2ycmEO7cpFLVXd7KJ3NPPIo8brh0zNz0kM5qg0GsaCjwYvddVOJmy6ioDPB0Oc//kJyo1BRpyWpaSpHW73tGuGI5ZUiUIE5BXi5ey8ohZAbyEqizkgmBSUFOWtJcTMwqJNoLSJavBZhyia5NV7tIMxjVMGrLTVObXv+y555+5z17rn7dhQGeJIbBcPwP2jV7fSBD2r6Hjg3jtCDmG4FxkSqUTOA4hrN5VqwAh80ZfLKEU2e1EWkNeFbq6ZqLs04VJ0tU3r1SADtrvnXsnWpuTa63M0vQMXYBbi+vTowQRHz6qwH3Pt1CBhpfCjd/O68gLNroioq/yWymyKstTd4ookiMYjjyuOWqIW+5rcfvfbpFmAT0E0ktsYxj0pWrXPVnUjlnJi6o52NyMFrmTeIZuBMlUco4RpcyHS2R7XhnSgAvAVtWyygKmZJezqI4+V8HlL/2LZVcSaIYR5pOVxJJ//pgevwPTGLuKf9qDvBh9yR+0HrD0QO3f+eX7zrPOFGAK4xXotR79zcFdvl5idnyhA4FGPIUcAby0miDjLndFiTZa1IGJ2/DqrB42g3jqSq43TiFCeZOezb9tL3N01nDQVy6R4RE/MWX2yQ2QOXZy3KAWfQ1Zs5GRYMz0a6XNYskWbCpEXi869UD/vQzY9ZMxDCpMUwEXkzO4lJaZCzyojNnF05qUVmyJkW1kk+ns0hUCnJtUcbJFTeBzFUwuuyxzEuTC4uyXN1ZlDFnO2ms0+EvxORfJ5KyTLgxrganXk947OnTPH127Tvf9fZX33ng8Okv7L1kWxXgq/0xQawvPXb+/CVPnznPyniehk7bvkpJx69XWk+iu5TrKsotMyZPWbzaPFx9Pqk5M9CXZ3soJQotnlbcVYbdpMDWShROSm4Huo5715hsU+YuAkxdYu/AC3n0kOTgmRpWeSgp8aVBT9ZplAT4pIuS3YvhSKLkVzuQR7HHJVsjrry4z/3P1YmUzzAW1CR4iUXHIpVvaRdOnOpwpJMLlT8pSiwuStKomDyWzYTUyuTj9VQq/QpwZ7VANi0TyJicfPXIwJ2XWEwyOVlS73/8Vh2w6nYMmWmPabcOE9auvkSK0aWeHn0h+40c4E/s7zDVjPjw7Zr7n2oxUy+WwUxTFVfP/yC+M12SD+itFs6XdXh5WVd5zXdhuxWSRbjueVGA2wWZIu8W1zm4ZQXg5eE/rtueHNh5tjJn7gRfu8SO6wqKsER89MsNlpfriEA73718EU7WoJQu9ErvoqmyasWbNooo0szPSr79NT0ePdRmnNQYKJ964rR4Vs6qJCm4s7XCpJ54VpgLICtlyXaylbAyyVeiTLYi2fy5A7KsaHGRfm8HarmOwYv68WplaI6H/wHNUmCv+G+VdWXaL79aUJvtUJML+PVB/t/kAP+/fudTKCVZXFxjU0MTeEXAVDCwrfyxr4X1MpDLcXLFXSg/lgFdBno+ealoii3PHMwBnrN4JlckSlcB7ut0AJCXbR2YZji1xctT8SZ9nlTuWrnOnWePw0dubzGWPkqqNHtZvRAnM5iT57G8IlZ1eKrFE0WcaIJE8+2vH/GHnxvw5JE6kfIYSImfmNQ9EsjElo6Pm8ue2XTuZtK/Vd23qMzkiQGdW4hu4q9KSwJUYothnelEWpE1KguIJ/R4LjsnAJ7PPpxg768H5BciVgHEUubWZrx8iGHvT7C2kGga4PiJ0+zcsbXxwz/+33evLi4yXXeZslxKVLFdaPGvgfAMvNn1Wm13slWJMhGYVSWKyIEzOQ5Zlhg7CzKzqU1aZ5u8ptpbTYA7S997WWOycTND8haxrKczTu8Rygs5eFrTC31QOpUndqI8dvLCrSK8OtBowgtPu3GKxI+m6Qn2bhvx5MGQxAQMjU8tcTXbOtXgSriNXF1iKSMTQ5GryE56ucLT1cPofLCpe08ZSKQDvEp3p5CmmBCQTddKsu7+3AAogss88Jw435MAL/T5C1jOpV7WC2PMAoqaganGpt2XXf9vGmsr/8dgenaLA/jZs+fodTuvv2nv/I8d2fcUiRKY0iiAC/3jX4vBy2w9CfjycyGrQCiALSoMLvMgszxUMwM5RY20KoFaVXcx9hSpF+7A7QBcDAXyyvKkzN4q7ev0Q1Z6hv//X7ZYHtYQgefkibSVVaUYnPP8p618DG06jtiW3ZQ0dR/HmnZD8yPf1uNLj7ZZHvuEUjOUEj9NaxcjH1IGL9fTC5PnLSwmBbfJKz0LZ0WkDG7zID0Du5IiZXAniZLcRSGXKYUOL9oJCy1OPqgof/48GHk+iK9riZtolDEGVjoC29j1YyeOH7wnjoZ/BSmDP/n0PoLA59TJk9R0AtIjTooW/7JunPyDL3gT679EeVUQE2yXAcPNySuBvSRNsg6ZHNhSIFUxfkyVQK2lRKeSROcAzzS3yYNKT5sc3J7O6i+q7O2pCN8P+fMvezxzuA7SQ0pJkJXGlqzNfI/49Es+bzUhVBM+pXYzkzK52+TJ4+pLBrztti5/+LkaRgcMpU8gRZ70UVIQVQK6KpOLMpOXSpfLNTFGgbJuVTBWOHBnU8IMJPn8FFEAvPTowC3SjOakO1Z1USZffz238jiRSjbYuJ2t+4MEe/o048gjid3GEBpAKo1UHkorAt/NqIvSEbbF8MuiZjvPxH+tD2cnU9VZYb5dN1Cm4hnngaUo2DxnyK8FcFkAXJVqqHVal+KRSxFPFW6JVxoOVGhux96edlOrVjuGv/5Ki6VOALXUPRGlYOx5JArlhoAyG13ItsssQyPdGLxEEcWambbiH75qwCfvHbHcDwiVZpjI1J4UqXsjimbszBwo6XBri64fk7N5do4FOnNWVPpcpq+lmwqcHfcyyIUUpe77bIhnKk0qerzUy5muMhcCuBA2Zef1AMtVQymGyLqiolgyCi1zSlEPPCLlvrc+cfwwMzMzFz388CM/+vQTy7SbPmHs/nAsSsPnyZhcVKTLJJmX7UALF5QliAsNzRTrXmdMrgT53Ly8o7w0+7vc4eKGu1MFd7azQcbcqsTc6xg8GzdRjJzQymUujx4TPHe8hiFASJ035xbVg+X4QZRcjeJMlmtRipMmSvJE5E5G3m6WaLCay3eFXLJlxPL+OjbxHYsnTqbokotTsGe50CsV3FkZLaTNBqIUfOJmt6dAL8c2yriLxkhS7Z2dl4KMcnAbkc5SyTS5mJAq5eNSxo0tIV6Q9ehOyuSMbPMMcCLc5rihx4HDi9SmLv/Rq695yeOHDh46pmt+CHawedNs+Ib55jLLgU+UxG7jJiUwAjdWzU6elBe+VdzKsiVYYrVyKjtLilTliSg5E6IUbBaAdgxOOgq47IOX7+mW1qoM7hLI0/3qvbQ0NGNvlb7WOkKpiM/c3+LgUh38Qp54JetyveR64VWuOuasaMouRt8VWjwMNRfPh7z5lgEPPdsA4xEnTot7SZrdTapSqWDOwpbLAs98Vc6HL6XPZfpcpquKzO7u2CfpiiFFyuomW2Ftiahs6SIv5zdsZTVbl+l8gYNlJ8i1svqls+fjRPH4/gU27QzfsGsw3twdxMf08fMRM1MR9+0f8/H7BmydyvZ0LFiprHncRyq1Cb9QBWwpQV2w93pQZ68nA7QM0OICwM7ZXIlSE24J3Ol8wmLbDtYDWxcDgvIRb9qkII+dPFER9UbI/QcUf/WVJsORDw2NlgJPVKXJ5Ocvf9cLnjSo6u8Jy7Dsi0exZqqlefsrR3zu3gEPHvCxTY9hEuAL8gtN5X+/0MFVL8uBvJw0d8FneoEpx+aJdHrclFg7C+pNGlxKI0r6W5QC3cI8yJ5DmviiGnyWA7WqpJp4x1Yfy5i01n2eDTMxb3/1ea69eoWNM0NmGgN0t+s+eGdNsrammA0M9cBZb+XMRP6PlZaPr+miXFCeVEFdYe6J57kUEQWopSrt3qBEWptSgLsAeVY2a9G6GKGs002YtKoC3cvZ2t2VcgGm74dEYcLn7mvw7IkGeB5CqhRU6dyQUnApZJXF133/7CRlrJmtjqVMpgO5LHpcU7swDDVX7Ix540v7PHGszjj2SaTH0Cj8hInPknnhTDC4SCmq+llQ2cVmMEqgsukHUmAVSFvo8XxFlSBNaZahKVaNfOybAGEmVu8LEF41G7aevStMXpYu6VdS0tKoGeanGjQCHy0sSNB/9pFPoZSi0+mxbc7D80RuwU3+weoOC9nz54N54R6s+2KTzF1m7SywrASYxQ4EhTQpWYU5Y2cALyan5hIlZW7H2DZnap0/Fs+9NLjUKiLwQ54+LvjCvQ0GQx+aHlJklYOU7MELZDFL33OSkWxOHmll4QXKZ4u5Jirv9mm1Qt5465hP3jXiiSMBaJ+RkfipFlcGVEJJJoBIcIGdEG5GQ7kRQRWg0apkKEjH5tmqkgX5xjqwS1Mk2oQpuynpuTQFs1djK5tjY5IEK89LzD3J4hXAZ/hCMA4lS502dv/T1I4fwyQJmmgVEwt8GTHbdt5x+YNW/nFbuvbLbP58DF5i7PJV6x6rX1yU5UgeVE4yuNPb5WymUmmFYVpR6Nq50ue6PB98Atzp3cum0KYF/lrF7q4jPC8itgmfvqfO3U/XoaZBuoZmr1TCWymNLd/LLy5wq8zUJitnJW9GTmw216QA+njk8YqrB7z5ZQOeOV4jjj2sUAyFxkvIP5NIChYvPsKFmbw8xF6p1KGQjs3da4E0Itfhud+fMXq22qYMXrD3xDkuBZzrVrXnqTQsQF5q3qjgz6WyktQqHIU+3WGIVF2stejplutrHI0tElUaQWDX/RG3nIrKsvECErxSVOW+kFgP8FJbV3lngQqwK1KlnKYv3dMdCwqgl+662AQ1A7RXAnXmnDjHxD0qFeF7EY8fk3zkyy3AB+khhMq7iFSati5nXXPWLq27WT1hxfrKQEWZuUsa3AoXPKl09EO+T7zGWs27Xj3ki/eNePiwmyQQGcUgEWnBVwq6JGXtcpnEBPdZax2Ll4HuiD09zxYj0/18sqA4094yZXPhHvMVN5Mk+ai97IKvtu8VJbUFCT4fEUCJBCbNDlsiUisQSiOlBmvRbr8cl8YNfIWSImfqbByuqbBM9eqhzOrZiZzQ3qSAzuvABRNLVwnY6V2UPO8M4PmcvDLI09a0YrMpm4I9G4BfgLvC2qXHrLE2kypKxXheTJTE3PlgnacO1cHzQLrg0hdFV1GltECKqjypAKoKLVt6kjdAlP3dcnVh4qb1ulJazTj0uOqSEa+42bH4MHEsPhY+IwM6EUXgl2R2ocskFhLFfYDMc15nXUqwyiKtQFlc9tMKhBVYAdKKQqqUnK+K9haZfCkBvsLeVTZ/XoBnOJtIjlVGcJfYtlF3ST1jLbrd9BDCbbccjhMQ2b46pV2w0rrlInK1+dVdLBLZeSxMfMoyJAf+hYCdsncG6NRDrtSfCPK9d/Ldi7Pm20rDQ7F1iVIT4C4Nxc/dE5WgdAngqUTxdcTBs4I/+lyLceRBw0vlCXlrmirvElx2Tip2UQXblbNmL3jysim8ZUdlUotrmoHku9844NN3Nzlw2l18iVEMEuWqDJM0+YNw5yRJx3JMrCQZOZUBLkvJPZlqdGksVrpzZKVwADeiiJUyJjeFI1aVoOSTsMql0usBPqkJyjmYUua3tJ17eW/ObP+fMHbHT/3JB3550+y093+tLp++3DGjTKvRZJGsECXgyYJphSxLiDT4EyWXQ4qKzFBCln5XptZeNg44fVSyYvlN3rORCWWPO3/Uhe52DkoV3OW9eopiqnT3Bx3lzQyeDklkyB9+qsGffmEaggBUDaU0DWWpK5uOoyBvcPZKrXFFJrWciJIUk2GpBKhFLFHYjtlFKyRp42/RC6mkRVjDjs0hp5ckjzzlEws3ecAIhRCulLaaYKmuovmqYsvri6isKvmFaG0FernzU7owcqmFWMey5R7UQpJNPC9lVKsTiAsw50BOitLeOIE4hih2s9QHo4TVbsxFl16z+eprb7lDDzrHpn258qbpxhAlA4YhqNDN4IiF+weEwY1ysNbte/R16G93VZaCywp7lyVJWYOnS12ZtSt14LaivWUOhkKSqJL2VvlOD6WNqJSdkCRZpWDG3hGejnjujOTDX2rg5q849s4797O/L6iMFy5a8KqBpii/KEm8CjhMcXLLcwVtOqE3MdJZh4kiUakWTzTvfs2AT9zZYN8pD2SIFZJR4qFJ60WyY52kZyvJEj8ZVMsumXttcbOxss8mM6/ZgrROtmS6W1r3N6xJ/XHj5I1Z555wweI6mFzhS8ASVKRH5UJIRy47gFuiKHHbmEeG5bUxJ8923hQmJ6b1aBQSxxG1IEUykrxt37q/6HYptuWJWy9gDhYonwR0BvoLpecn9Vtli+k0mVDeR6bQ4MVWgdnOamoC3G4iq0kfnR2olEFlfreKUTJGpfIkUTGfuqfJvoOF9pZCOu8776CZOHmlZbf6WlA6JOuIYbIBueKJlyZS6WyLRlmk8MNIc8WlY976sj6HPxwQJgqEJhGaoRDoJLXvsnORN5yUTYRCUtoUTdYKlHUWJjhpYq1NtXh6F7ZI8Qsw0gHfiMJCLEtRkz03rJMuVVK8MK5yByW7+C3plt9unEQYG8ahYTA2DMeGKAqJojHaT3f5nW6FiIFHFAviWLhCK+l0jHP5nTyxqW/7fLdy2rX8BUlPfAbyajAyWTlYfixYO3udsXYG9oy5c6CrMpMXultlQWS2xYk0aFkMzVcqwfMijpxV/PePtxlJj2yCVtE1n64g5RpoUWbq/Op+wVt1+U6Pqa1uElAEmjKvFc/AnRhNnHgEScy/eEefv7yzweEzGlQERhMJj6EQqKSo5pPlYHMC5Jk3bwGdXXDpe9K69LzFpqydeeKmwuY2/TtGuv+msjJPGgvZoXpeLf78x6y8/WBiLIkxxIkljCzDkaUzgFEkiIxAf+HhITXZY0u9T81v0Etbk0TmZKTyRAqLSUH7fPgW6SdcH0iU7EG5nvUqzQ2yJFVKrJ0lUqrgNoVEkVUG1xV/OwVzxe8u3aVjcU+HdEPD732yzemFAJROrUGZyhNb8b3z51yYlSb3mXw+ZirYO2s8KPdoZil8md/zZgipSGLNtg1jfuBtPX7xj3w6kQsIrJWMjXK2YZJ9DgtJ2TYsQF78v/uJShFlLTlzqyyzmQWg0hYMbkvnzvFhfl7NBc71hfzwFwJ5OdAs756cJ8mMA/s4AvyYF129xjWXSbSJ25ztjjg1qHPjZRWZWPIX0w+Xv1X6BGXCej63pATuyQKrSebOgF00FxdTWnP2TgvuC0CXmFyblNFNLk2cHDElqZIxdpw/ahWhg4iPfTrgdz/aZmw8J0+EyuVJ3lQ8YYlVdHf+3SsL7/MyEvmJK2U0c9BnKXvrNvQypVLa1FWJjaamY37onX2eO+7zgU85LQ6KREhGxgWcMiFn8KIAK0NTYfSW7UoH6kKyWJuyuSiYNDtHItv7tHRsbB7oFuWyZgIHBYNXM9/V+pQJkOcAnTjE6S/ffNmYrdN1pJ1Bv/ElCeOhZfW8oD92g2CiWBAn6V4q+XEornw7GRSUmDv7kLJ8da6ziy7M3EXrU6G7iyAz3aK7vGWgKrsOpiRVMjCXmFwW1YG57s4f3azBlVX4yy81WB1n4HYA96TT3lpU5Ull1cnssgudnNJZKmvtDORlfVmVJ06Plzt98jpxmW42YDRxopnyE97x2gGfuKfBck+BjMAoIpwen6wurF5yz8/kLg9UJIWy+hSVBpukLO4AXWJvO1myUKTuyeR9jo9Sc0YWt0yufOnryj5OgrxE2tMOF1FiuPOxNrZeZ/tWDy30Gkau0IuXWO1tZKUTMBiVyzir/yBc2KCv2lFV9yAPvkoRdJUBi6Ctsn1ducYjDyzLDQbVoDIbTlOAO6kEmFmQme1zo0vs7TViPv2VGg8+VceUtLdrasjkSbXeRJaq4iqasvzdJxhpPe2Uty8vJMpkM4QtB51Womzhi8eJhzYxL7k65C0vHvAnn/FBhSAkVgjGRqOEcFuQZIGmKEA9KVcya9DaoibJWnf8MxllpUBmmlw6E6J8Tm0G9JIktalMEkKkej09ChVnJSXSCVzlzQU5FouVwbXYOYu6H8WsJX2s7pHIOvrjdzc4c77Bg4812TGj2NiOqAXa1aRUAoNi2f1aQYKceH+93i51nZQAIyqzT+yEe1LaprsEcKksOh0xJmXqmEib6uqSJMkcE1mSKNK5J4EXcfiE5I8+3eJcz3f7XUs36F0Jih0bLrD6VO+iAvh1a+zErZLoKTH75GZdlU10S3XiSmaPbvuTTc2E73lLn3ueCjh8XoKIAIVBMhKytImUOwcZqEXlKixkUv7/eTYzPQ9lNhfuuRBgpbso3POs1DrT4bZkCxcYEEI4C1Ok5bSifAGWnCgBwtrqcS4FsVoJNs/Di68xTLUH7Ng1oNkcokXSQEQtol6TNSEJRIK1EPgy746RE4y9TltnzycYGsGE5r6wvVapxCsx9iRzrwN5PiN78nmSa++MxXU2DljFKJmgU1vQ9yPGieG3/7zN3Y/WXW+b1E57S+m6dkQxfyVvJsg+3+QxmGDyMs6fT09W/PASeKrls+UyWtduZjJHJTHEUqNizStuDPnBd3X5T7/tM45lmrOWxKmrIo0ofbY0oiqPcbCuJY3S53OvRSk2SLvrrQO1SVnc4oAs07Yzk/VulrBj5fNjxk5iqnSBVGoyS7+XJdpqAUw3LXNtn5o3hzJzYKbRb7w55szZmMFywsnzisRAFJu0qjDVWRPs/HyaetILzgFe6eqYkCYvxN6l/eddqn5Cnkibv+e2zTYliVK+Z+ydpAMl45zBPT/myw97fOLuBuPQg7rOtXfO3nlgS+W+jrlLKM7BXiKHSfouxZhFt0oF3GBVyuimWiueGIk0TqpkQI9jTb0R845XDLn97iFffFg52xAJQhIJzZBSgJd54yW5YmUeaVVWGWcRZqBOs5kCVO6spVo8lR9WpklBkbko7kLKAZuRoM2elycBlHFVkk4TjJGdh6yZRUlLkggeO6owJzS1poce2h4n1gY8dChhY7PqNU7q73K28ULB4npmLzE2ZUlSqlWeALYQRYpalYAuRWEHZsNncu2dT0I1+fOctbO7KsCtU3D7XsRa3/LpexocOFtz0kS4kliRaW9BaYKUXQfu/BiUltPqkv/CN+cIiNySmywkysG9bjhQUaMipUKaBGk00VizZ3PEW27r8+A+n06Ypl+N0+MhimwfCEnqjVfKaAsEWVxyJ78gpXNbimaIjM1TqZIzeFpDLmzK2EUbm821cyGrRRagOoVSXAwXwJcs2ZRVReEuDqUMN16+zPHBKr24hr79gTZnzoYoowm8tIB9QuNMgju39C4A7gsxdjWKvpBrUt6Wu8rgGZilynzwIriUOYBLIJcTAWWWyCm7KNJ1yhsS/vgzdX734y2s0M73rrA3hfaWF/jcpe9WXuUqC+oLsHelDJQJUOdMvr6VzWRpe2MwiXT7kyZuV4Yo8ZDK8ENvH3DojMfvfkITxQXIDYKxkCiTDZLIvOASyHNQC2eH4BaBHP4iTennbJ5mNlONb9NzaUtAzy4CWdLeDuDOYsyITggxobUdxWdkaSzu96mSQXbRj0NJ3W/z4ssCag2J3tiAuGmZb0PNL+b5ZWMZXNYx66ApTrSSFwb2JLvxfMCW5fdLo8fy0WAFoPOJpmK9YyIzcKtJeVLds16le884DR7h+RGHzkk+cWeTft+DulrP3nnNd7HqlBM8+UrF+ufwtZM8BYOXQF+SLOW5JcZk9R4loMsM6BIjnRaXUhNFCa1mzNtfOeBzX61z6GyafnUDqkmEYFj+pBm4bQF2m4M6baujVCOeSRJZKqzK36PiklSALm2aACqATmYnpgFrNlNF2hLTp9jAuG9gyAJXN4EgNhAngjAWDMeKJKmhGnVqYR0dGZ/EeijlNkENvHSGdlrVp9Pqt0onR5nNy1KE9SxeTuQUkqXMgCXWTiVLNsyxHFyWEztSlAezZ86JqWy3IUuyRMrUMUmZXOuYcWS4/YEmX3qs7oaDS88BfIK9M9tSCVGVVpmWnVjlMtyIr4XsKqFXgV5hpjR7mO8Y7bYicbrbFDLFSBIhUYnECEU01rz2+pDXvmTIyc96jI1MtYAEI4jRjIWTG9KkIaQQKUUWu0+rfBnKHBWHAyvIgW8z3U0WFNoUlGnteHqeC4elALogSwgVQEcIp+GhkFAm+2G2MAqSFG9xAlEM47CoTm23BO1pgd576c41zOhz89O1f1T3oRaofH62m+1XLeusyJPSHI5JTV0BQeX3ilFfFVlSGv21jrVzoJtCg5d2H5jU3ypPvyel5zFSuk4d6cfc9bDPL/3BFInVhXMiFUJItw+QKNLyVQYvxw8XZu8KuF8I6BPJnsmUfVmuGLJlOC3GEhfQ5OlW6sJo4tjg+wk//r1dDpzS3PWQxPgihaz7ApFRDCuCypZkyQU0ee6Fp4SXfV5pUwYvmDsLRDM2L5NeDvSs46f8Ovvv04AVWbB4fhEBxWSAYiXKjpdWdayc/lx7Ztea2rlza7/fXTncqKsf9JQhCFS6tYfIx54VddilMtVy80HpPTn5niTto5wskkrlh6IULBapeDVZHZjfTVFQ9TzgLksVXUnouF7LUyuCX/qjKe55rOk25ZGuHQ3poaWgLiGQpJtc2fW125W7yL9jPl1LlkdZOFaRaqJhuqTri9eiVKpQLQkoxyYVwpDl1XJitwUL83MxgbY8+KTP2lBOLDUynyJeVBy6K1RUgF++Wr/W0iSKHUkqlaeiBM7sxyK/prJO+XUckF7w5d93z6sVmNmM8zAGQ42z59e+5+lnDh7Q2ze5PszxWNLpOQbLDlw2uSgfbDPB2JPsXNbgZSkiKDeiVmVK7qKIMmuvlyZyQnPnLH6huyoHlmkpbPo88RP+6JNT/NVXmtiaAqEcOoV27F3qtyz6G1+gYz5frTJtcsFzvs4DtxOvs5NZsHq1236yw8dIW9Hi1pqiRkUopDEkQiOHCe941ZBnj3i87/2aMIgLgAuBNR7jtHZGpPKExAljS1YfnkIqxZcqSZgMnDaTLWl5LplsyfV10Z9p8wSNzX/u7EVbObZl6eIYvSjdNam0Mqk1KKUgFK6jpzuIkenyoqebjnmHGpK4KIUvZ5smA8cXBHZJflSdE1uw0wWALdaBvLxVRuammNT3LjpccgaXSclJKYM7QZZqT774UMAffLbJKEmn4IvMGnSbmPrCVrT3BVPz5WNCGfATckVMoPyCKsWdvcx7XpfRxK4robWylNmUJWdFKFeYJdPiLGlIjCbwDN/75j73PeHzxcecXZh540iBsZqxcR1aeQWVmZAppQRQ5n/noC+DXOKKrtJmi1yy5EAvzr0tEYTJMTQB/hLQbeqwmPyiSFvxcqfF7TNlidPSbote7qSf3xSd6ZPnpQgeq7XPlRMuJwHwPMAuXRBlIIv8eRXozgs3JaBfCNwTEiXfuDS7xygdMRjDz//+FEdOB27PT3kh7V1sbnXBxA7rQVxVgqKK5xcQ5JOdUdWMZrn4qqzH19emGJlWHMoqi4vEIIRGhoaLt0X81Pd1uO/fB/RGOaryz5WgGeUyYT3IHXALUGcXp0qBmAHb5iBOrUMp8irUvBo1qQI9A7UtYcO+ANARlIYJ2cqhFUCrqQgCjTEGHdTnEFKRRD1sNHKkVjrQkxyUA1ymnSJfB7AnbcRiaHpJrpTckyxr6XbVzXzwErBT0OfJm0oyp7Q7b7oFtdYRcQK/8bEWj+2vOc9bZsxdOCdeFiekn1+JC13Uk+UHZfckKw8Vz8vX65h8wjkpGiAoeh+tSJu/qTC5EY7B86AzY/REYkR6T5STKsZww+URP/KPO/zqn08TJhKIU7Q4fZHgtozM54tPMrkT6ChRynIKt0GvLbN53kdQvJ8xcEYUFgdSSwb0gs1fEOh5pWGBzvK8HoFlx7Y2G+aniKIY/da3vI4gaHL6xNM89ehnkcpP9zJ3XT3lTX/yITJyPZjLqdMi0JnwxzOWLj+fGJxe3sUr2zmsytzZ86TwwlV5u+kqc2sVo2sJdzwQ8IGPtegMvXQrcp1qb9ekm7G3FlX2FrKqw4vRbBeYQVitmMhfi0lAT7D2OrxXgG4pJ4AK1k6nwmaSJB+7bDHC2YiJVEhrXL1KrGjXDN//zgGPPBNw+/0KGqLIpQNIQWwko5zOCpBbnHVnTZa1tEXaXoI0KZvnEqXQzhVGr8iQ9GdJmtoXPD/QSRveS5WGUN5Ey02BGI5C3rDnWm6+6Rq63T663ZB4vmKmbdgwMyJKJONQEkaSODXS82RXBvILSZSK9rZVYE/o7LL+FmVQC3LWruhvYajahAVzS1XYgjLV21mVoJQxUsfsP6b57x9pc2jZd3ZQ6ne7R5mz97pm4smgcnIVowTsDOzkRHfhWyZrJ2pRmNDdRZVhaX7hpEduL1CIZU2+qazIpIqwCKmRkeWS2Zh/8e09jp3THDwtsLossARILwe5KIHcZkyezvzDuAm0yqTzcyTp76WBZvrPZayetbTZ3GAoJ4PcRVG2Ci8EdJEUF0fG3MZakgTC2BJGsNo1DCOJFR4xGp1uCY/vGTbODIkSyXInSMf3Ot3D5El+AWDnweLEhSBlWbJMyBOxnrWr75VYPCuqEqbE5KVCK1lIEz+IOdcR/Pz723ziyw2sp4p0fCpNLsTeRd33+pR8+TiUkzoVyS0mQD5B4xXWngA7FbA/ny+eAbocgGadPzKv6HPP0+AzMcQYPOlclc5Y8mO/oji/JiAoM7nAzViRjEQKZGwamBZJIAdu94WttHlDugOxKLF1AfJcmlBl7ArQ02OXuS7ZaiknsFdm8DixDEaWlb5gpSvy+fZYkNYqhGicS6z9gggCDB1nw6Qzl7OERtXKm5giVaruy+qxi3EOptSUUKodKTGyyv8bU3rvAj53qWKwnI4vuyZSOnB7OibE8Kl769zxUCOtNcksQZkyeMbepTklJfauZGInmbukxTMQiwkg54C/kBaZkCvr5hS6xbgI3EptZJmDUtbjiclKaUupfSsxVqXvuedxrBFW8voXj3jrSwf4InaDRUwMtrhba4gNjAyMjSAyEBlBZCE2gjgRLkVu0tfZFoQ2m1kiiNOGjfy9ycdUWrh7ae5J9vPEzUAxpd/JBvzkQ4pEWj8lBSMbsmV7C88TX2g3aud8T6F+8X3/jd3XXLN2fIG1e55K/slXH1lD2lbqC5fqRyp12OTP5br3i9flFrNyo0JlSzpV9bnLF4wsAb+4MMpWoEnZOinJFDfnJJGGT95d5//8nSmOngvSJoYioYPUCCkIJNSkG2SvBenWfKWpWaXvlgegshjMn0+5FSClJN9WRVSH9LuaHllN3GRO3eS9sjpOOlATvrx0Yx9kltqWrPvdSpwgHO3NthOuuDTm5ILi4AntEj751Zg9d5aiSa9UUQiwYokqXeGFZ17VZDal5Unvv+L/V94rJYXKAbgofl4Gd+BJtmzQvPS6Pu9642Yuv7j5f6wsP/PATTe9zu3Rs7CgCQLFubMNTp9ps6ntoRXUa+4kC2xp8M7EuAQKqVFN9NiKZCnvvjW5x3nhhU/IlNz7NlWZIpPcRZGy6M7Jak48L+HokuQDH29y4HAALZVLEpfY0evZexI02fMyc5fvMsPDZPZvgrkrrwsX5YLBJQI3jL7E7iUXReZViNX0vRRgjExliQtARcbsQqbujpMqwloSo4nGlssvifjed/R46CmfY4ulpSoPOsEaTSxFujFEuqJIsCazC50ut1nq3jjJodKANA82TZGOXydJShpcTujwrKRWpuCWAki7isARTs2XzE9pds212NRqMhV4xKlnrwFef9sV1Op1ts9ZHvNO06xPLMUTLWNFcFhoaFHOTk4Ae509mFuMGcBNukKs1+CZbJGZ5laueMq9TqWJSO8pe6/0BL/+p23ufKxWVAlmGcsM3NJJz3LNSbnHUokyC663BdcBf5LcKk8ufCszVJnCKnUpJZDbHEBZJk/kE8dkxRuXCOHcFGFs+lylbWMSgcIIQzIwvOr6Mf/yvV1+7venWR1mwE7RZDLAa+L0ii1ATfqz1OtOg0slyD3zbKXJ5H1m+5XLaddr74JAcqCnjC5N6RhLF7gaXKDZ6RsOHK+zdfdlbJ++muFolF2jsH37Fq69+orb63rtly7eUWe6aaj5ppgWVWnuNc/zPNsMNeuJLNdql+u1q00KUpazk6aixzOmzmfyqao0UalzkmUrlYoZCctvf7zJ+z/Wohd5TndnzJ26Jm52X9Gtk7kmqgxc1mcvK0ydHehyIJl3x3xd+K4webVlbcIXL/9OJeEzsb9O9l65E9/KUnub6/wxttiDs6XhB9/Z44fe0aNu4lT0Zpo8Kmlzp8nH1uny0Ka6PH1Mylo8KXR4RVvnv+d+N/t5rt/Lz5Pyv1PV6fl76WSrMLKs9SKWu4JnDp7/pa079tw+NbOpBPBt27jrsz83mG+dO7pjc0KrkRTbfeiJWdv5WIZiwI66kH4uAVtPVAHmll+lSKpwTAowV+WIkgkiL38tGFymtqDVhmcP+/zZ7Q26kS5ZgkWnDkIiSDOW+b3w57M2uQtmKss6duKx/P76kpQXhnrRrlbSo7lFWN3LMpco+YVQ3vpErntd7utMjCqBXGGNIo4ULW15z+v7XHHZGJlkgE4jPJuBPQHrQBYaGBsI0+AzTh8TC4l1wWU8AfrYFuA1FaAWQK8Gn+QXS5xkj7a4gBKIjU1LZQ39QcJyBx5/duHo9//o/znYuHFLIVEALrv6rfh+jWeevI+z5x+nVpP4pf1sigE8Zp3XPWkRignNXciY7L8xhQ4XE3o8lyeFNFElFpeZ353XfacA9xKePOLzI780w1MHA6wnC1mSM7gs2YJFzcnkTg0XsgYvJFMm+y3LY6PXyZWvh8YLlVJi7Em70C3J2cQxkw7jySSLES7ANVa69zPbMJuYZZ0/LoQiwTp9HlquvTTiN39sjR/8L4KnDqXBiSx9mHxXcEWCZGwKKWKERZc8cJVKEVN6npfVUpS72NKxNELkK2a5bzOTNlmTg0xrUYx1wa+1Lsi2NuHFL7qc17zqNobDEb//Gz9TBXgiNmJlne6oxTgUTLUMvlfMGJksiip7knkmU2b7Ik4AO9ffppTCN6Wfl71wk4NclPzuMrgL6eKYW3uGnpX81scbPP5MQFJh7kx7u6kgeWApyhnKaid/ZiJMzh1cNxZiAvRMPP9aCLcTwC4j3Jb7NCvvl5l9ombcurndxgqEEZh0tTKZHsem78n0HCmEsSQYtLDccOWYf/72Pj/+qx69WIBXBnb1uUlBbgT4uUfuPHCDTWewZLvIp+13lEBcAnpZh2fjAcuGRQ5uUaoFy+bXK1dsVfcF2ze1uHjnRgaDQX5cc4A3apqg5h/aNF8/PF4LLvHVAN8r14dM7D+eg5w0Si+zdwncVBM8YoK5c6Cn4BYVFk+Kx1yuZM8zcMcMjOADn2jykTuajJUuAC3KWUtn0Xmi2HIvqzeZzFo+b6VgOZisBJaiIlmqyP5a8mSSvUvlqVR1uIF8lHHVG78Q4EUBeCMx0iCsdP2O1rkpLgBVCGtIjMWPLd/+2gH7jms+8PEW/Qh3wJ4H5BZJlH1uIzDSorOVJZV+GYNLgRuin7E1jkDy71Q+xtaRicnPgV13LqQAYVwmNYoNvl8ntv5hqfUhK1R+THOAz2/cytH9n/rC5o3BB72k+VO91UWEzH+cnseSCylStzI/8WWbsARmyHe8lZWLxeYsXXFScoAXEkVklqAogVs4e7AXCj7w6Sb/5f1TLKx6Dr1l5s7liSixt80P/oXb0KqOimQC7OXXkwxe+d2vQ6BMBJQZs1ekSqq3i9+1uTTJgs3cUTGlTQtSyULmrJCNbnMSRYgSyI0lwbJ5LuYnv68DFv7gUy16kXD+X6YVLgDyOH0rMW5zLpOSRiZTitKHgsHdmGWRu5KV2qXJY3sBAilmuQjGoWV+4waEbn3wY5/86hf+2Xvfsh7gALVA4vm1z5yKBm9rNsfXS5EQx6pSFzF5y4pfclBngC69ngR2xtJVsJvS75VkSQrqAtxJocNrlr/6TINf+L0251a1A7fU63R32fPOKwbX9Zba/OBe2PsWFfBSBnp+Xxdd/g/dqoVWVKRKDvx1qXvSgitct3nK2hmDZ+854GcMDsKY1DJMAZ6e3Si0bJlJ+Mnv77LclXzw0y2oZfUnKd1C1t4O0k2yTVL7z1U4gpeuQJJilorMxruJrPve5nMMMw1uRBlTKZtf6BilnziMLdLT1Nrx457f+EwYDyvHVJVf/PKv/imqPX3imSPJzTvmhzfONF1AqUulqtX67sK7FrLITq4rlqq8LjS2qvxO9l6Rki8ndVywGSNTJtc1w6HTml/8wBSP7Q/AV3mG0nndpXoTKfAy3zttRcv2ds/T85W+02qjg+tsmtgzqPK62KpFZD9L3xOlnxXbuVAqfyhlLMtZyPTfXTduWlLkHGTpPcrysWp3FhepzVfiSZeoTFbWWKamDPWa5b4nPVZWZQkpFW02cYG6wM/dqzsCFRnKkhtUeg2TK1bVQXIukHCujBWpzQjjCLZulrz79fGnw9Gzv/G97/0Xlc+kJz/k1XuuxyJJzJPEyTkCP0JgK/s15lu5la62bNkos3SZ2TPGFhQXRPH7hXMiciY3qIy9M8bOEjq+4fAZzc/85jRffqQGgboAcxcMlE6x3QAAMnZJREFUnmvvjL15YcdkndaTVflyoUrCsmtSlSlVoF0wBZ2d/HIRfjnJQynRk0qUzPfOZEp1nkqVvfN7mgASRmCRaSKokJfOYVGAxYwsr3nRiJ/9kQ4//ZtTHDnjg0+JvSl0eQmeFkGMyPe5T6zIx04rkR37QqrkjJ4Fj8JWVtDsmGZBaZJZk+miEkjLplaTur+XODHrLrp1AH/rm16DkDo8d+gsAUdp1UOiRDIae0SxB0m6d0xxPa8Ds8g/ZKGxyz8r6/Ec/FTdEylK8qQMcM9wbFHzH39rio/c3iAU6Y5OFwA26YGs1nlfqFJwstajdIBL7kjxfUs/mwD2894m19mJlxUWmywWz0poc0dlsk48sw4zHZ6Wo2a2YZ7xzMAuU5niCnONkE6Lo3I0JcZS0zHvet2QxMBP/8YUxxcC56xkt1yyWLAq1RPu2BuRAlE4kOky0HHD9DOgi+zcpMGlGx9hK6tLBvAwEfQT6EUgEktNQWt6C9e/6A1hGCVfG+AzM7Ogpv79gWTrlc8+K19lzYjbrk2YqjXp9lPzRxQD1NdbgvYFn1cugtRBEdK4sb5poKnSNLwoAVyJBKUNxxc1P/7fpvjYFxuEMm31F/oCAC8Cy2x4fb6Z1fPcyxfrBX3vnI3FOqZ2T7JU+N/wZicZe6IOnKya0OntbG+f4nU1CZQBOrMNQSCFzFP9wsr8HxfpnWxGCgpi8HTCe944RCv4iV+f5viiX0VNpsVF+t/kcHSrhLWuGTgWoC3o9JxIHOlkDO6qAsrSsBgvlx1Qi2PubmiYa61y21VdZqZmeN1tm79y8e7t/35xufv/tPfdcXYV973fmTnl9r3bV6uVtNoV6gIhhDAYUWLAxAFsP4NL4pa8FxOTGHD8XDDvOf74PcdACo6TOC64KsXE2CFgMMUVhDHFgEGooS5QW23fveWUmffHzJwz59y7QoBAQN58PnfvOeeeW/be7/zO9/f9lXl+gBOrBdd97Y5Jgfat/3zz3DOHxsrssvMm8Ol3V+CHMhKmLVq6TQFNW+zIWeCGhU9bdI6Ek6ksOSE8AW7CQuwftXDtP5bww5/k4OmeFU0td9J6R5dHZT2S1MRQSwwODH2eCWRtiE0EE/POMPcvBOUpDhptmzq56WBqOpCiKRwaayQGvbLepnRIlNKiQS64kF1GiAa4tMZEyFC4hRCXvqmKIAQ++fdlHBi1paVo+o9I11IunyzkbwH5Xh6RRXJMyKcHygG1iEBIlENKJagZ1MWBEGX85HMcJpBlAf7n2yt459kcbjYMW3rE1vrozZOd7e9+foADgB8S1CrTV6xZXD71wEFvpT/lYsezVWRcRG3QmAHuWNabwWqjEdDJcxSgCY+5OonBTRlHYBPcdHset9yjLDehM1htHbGEUchgrOFu0JNGh0xEIJ6pPUQyuEMSFjwZ1Tx6bDcDM1KWXD5AogeSFl336jOXHxEJKy77+cWg1txbqKgnEUJmCFJJdwhnqrWO5OQWOC67oIqtuyxc/60SAiikJoYu/zLBrSQU9SVxIa11IGIDoq26RaSubSlFRtd+EiLL4WwGFChHd8mCS3vxxFaK1raOp1a01K4oFjNNv1/W7ODP7/gXfPiDl4n+vvKHrPDwrNmdNixmw7F5lFtipZKidC6JTpoikQJiRCcVeM3ayrhinifOYypjkDEOWAR3P5jFF/+tiAMTtjK1upegmQar6QqBpZr3RMtu6zxvQyaMqudnyMmO1Y64hjBq0EOM4+Z+pKDE6oru7xirKgA11JHEZEopKYlJRpPHoytQ4jyRmnRGkASNtEreaSAhUljMiaonP4NAdwfHtn0MO/ZYxgupmWZum6HXpjV68RUoVFMjREqK1gEhIt0sxxLIuwKzWoAgcDBVy6B3zkn7D43kvjKw5LKmAG9qwQHg/PPOhOfVbnbEnoX1yqG8bfGoAFmHseOCAyMwo2hGQknROQ8N1tykLEpYIsqhBAe1BIgF/Gh9Bp/4UgmbdjkStTNabsm7KW0sQdO8j5nAwJEjmPIHTvYeNFceAGkCHPM3Pxrz3eyw4VxGGjgac1NiGqJP1dxaOWkRLREJNYUbiorJxQmnMcSo5OQ8Om6BihDLB3387dUT+DgD7lyfkyaSqcgP104mV1acKyuuugLBmImGVReCyPpfxdV9IgNGGQCEqgWwYszDC4FDoz6yhfbpuYOn3JzNNrfeQEroMUdnV684fGDTlwYGBoazTgDX0a2HjdKyqE1aGHVxtXQlu9EyjbFArqhAkymuMpdbqSVEJk1F24yDWMBt92fxqX9Q4HY0v07zbbWvwGilaEm6cU8zeTCx3k7KqUR627BuaLJ9pGPNwC1Sx5NacayUIL1vRj5NBxNIlLTJ6nszKzHWluNjNE6tNe51aq1eaVl4BEv6fVz/ZxO4aG1FpfpxCWYRGpmIQbzPjZI4vc19gHvqXqblCh4i5AIeB6qcoMoJ6hxxmZzqIlv3gUotxODg4PAjv9nwpb7eWTPakhktOAB09y5GrTqJQ88+BtcZRcYJ4NgBbFstf80CIy9bURBoqwxptU2ZX1lOmFYcMeeOHE4GwCK4bX0Wn/7HEp7e7shAjrYGM/Bu0GayYLIyx7TeDTr1TMeQBHUa+Kb3GZ13tI6meSVvAnYN4BjIBELwZO44QYJ36yaYUes11TlL8/FIL1eZhqbSokP7RJJxECIMri9D+9QLsXy+j7/80wkIAdyxPis/bNTZB0pVUSmHOqwuVEBBpJ0WvS1/W0EYQkpRVZ9LniGlT0vVHXS05rFi2UK0lktH/HqPCPBSuace+lN/0jOr5/vM3593FcCZFcA2luCL01ZjgMtPlQzuR+COHtPUhcs2kESAMEBYBD9+IINr/r6EjbsUuE3FBIblRqyaRNYbMIIKSd2bpMBuyoEJBzIN9gYnkqQsOUnOBOORZkBPS91yRyM16UTGACYRgpKAjrMMkQI6F0IpJiZlIbHSolUWXerGaZTYRagA5xK4RHA5IfRn9UKsmO/j+o9MgAvgxw9kAYRxNlikP0WvpgBvfFcigY4EyCEscMpQEywq7JB55wIVj2P1yXOmBeifzOnrqb9ogE9OjvBsqf+R1tmnT+zc8Mv8ivk+/NBS9CSAHQE8zvKjhBuqgJ7OjXRTWm75CJUuPQiV6Y93P5jBx/+uhE07FS2JwolpaqKPyS+MISkLpvubpGlKDGTRYLmh+XaCkqTW4olObLTyaYw3A3ez4yL1uEgdbMgRN86LubjSwbkEd6SucJnzEVlsofPD1XcfSdpxNBSCKUse5cnGH8jjWNbv46+ukpb83gczCAFlsUXSYqcTz0SzbW1ldJtiG4LaqAsbgaCoUAA1jjWLanjvu86YWDw475HxydHG8KUx6JEedHOdaC2XDj+9u3rpgfpq//DENLKuD4v5yNh1ZNwaXKcKOFUIu47R6QA79gv4JIBvB+BWAGb7sCw/Sm9lJAAlQSKQI40wAWcUP3vUxZ/fWMKm3baM0ETgNiUEBiAZsdTJVAwm9zbTeFOOZDMrDTSnJzPw7zTOGx48ypEM2SfBrjWOpqVsRmqsWf2TTMoyNfDGY6Y+jmhbp2NQ1baCRsumyOANjXg994Cl83zc+NEJnHNqHYxrPq45ub4PY27OZasK4vtwAh/Z0EOO1LGgdxqdhSoyYRXZoArmVwCvAgQ1hDxE3QNKuTFc+fsD/uCs0UtzufLhWd2dR/xuj2jBy8UM6tUNuHDtwHO1iakdY3s2LKrWplDIe+Co41DFx1NbLTy+WVYpP7nNwlPbbLz1nCryrkBnOcQb19TR0xKivcAlReMymcec0YTKy+O9D7m4+m9K2Lpbpb0eMZBjUBMFaivFvc215CPrjZnBbQZ5IuvdTDKbwVwT/TyBpNWfCdhHOq5BbCgyMeCF4YA2UVbQTAsXcWVNSl0xI566Sw/Ri+8oeY9Er5V0FqgIAV9g4Vwf//DxcVz1NyX89CEXof5CE/+AALgM3LQXOLrLAd64xkNnOUTO5XjbOXU89YyFJ7dJqfexzS42bMlixAsxHTAwmyCf7UJNnLZj0l/03I6nN2PV8iVHBPjz2hkRbMKmDdthu6W1YWXjfQXciXxxAt/9McEtvyjgmX0uhg7Zsq8GFbJjkS8L7zK5EIN9Pk4c9PD7F1Zx6jIP7UWuIm+KudryB/jpwy6u/KsStu6xZTsx0iSYky5ioJKeyAJiqXnrggZL6d0WFVG2oKUy8KI1L3X/FmL2PNEhfbV0i3FM9jrRjWbiHim6N4o8j8b7Rvag7pES78d6e9RAn2j5Nf5scYam0Z+FJLM1o94yykFPrF/UtK9jsskSTccsoq5hqYxOo5uBzg2iJJSJc1QAFsGWvRau/OsW/OwhR04YK+bbVAh0FEOcstzDH7y5ihMHfQzODuDmBBBScF+mgYDK9RuGhgi277dwy8/z+Nad3Qh4Flf9wWk4a/XgWYdHJu9ftnwhVq844cVbcAAg1hLUahW4bnb/wb3B/Xt3/HLtXT/z8OVbOrD/cFbSiLyepfIyJCwpD1XDEBu2WdjwjIP/vD+Ld/9OBe98cw0XvKEOhBKjew4zPPi4jc9+tYitu20ImyBJR4wbtIqi90kUwrWAhob1SRVFNFCUdOfYZg5lmr5ENBHxdvMY/tGYj5TZPgq+HjmdhlXX9IMQZbUjLp7KW4mst0jQFiJ0NJMn0lTjdFWayAgjQjufKigkQsnTA4HF8wJ86WMT+IuvFvDQ4w72HGaSN4YcbzrdwzvfXMW7z62ikAsVxWEIpixZEC2YdGSFZM7lvMAZy0LM76nBIQfxyLYBrFl1wv1vueCN+6uVKnL53PN+rUf9E/zywfvQUsxdettPH/n+F9c9jGpQAGFUFX7qimoOwbnRcsCPOVcYgtQ5Tlrq4forJ3HB2jqe2c1w/dcLuH29i6ExBmEpzzuS/QzVJIpSxtXx2nq7RLaAiMrRotUZjKglSeZ+J5cJTx8nCQtLlUVmxjYlAGM6KhlbaUJSFpuQlJU3LDhBwponrDVBvHQiMxsvGR3CjPx7K5WDn8y1T1rxpPWOrXailUezgu9EdqfcZ4YvRYiSCi2KoTGK29e7uOGmAp7ZxXDe2jquv3IKJy/1gJoADwjC0ELILYTcltuh0ttV9b/2OywmMD5VRdW+AIWOtZfxYPqWhQvPPSrcPq8F1yNbXIR8ufTI/DnhreesnHrbbzfuhCBEtQMg8ARQDxlqnCHgDCKksVWiUioSGeCJzTau+fsCNu1m+PUTDm79iYsaVx4i0iZUH1PJO1E7KTkRZB5DujJeGJw7ycGTnLtRNkzmmTz/tmklXqR/mbDSkYgqBAxFUOna+ss01qg0okFm8EcmXgmlkkhRI5mjQhr3YZS7cWW9KU2eHzmx8jhUHgsjQlW3iyjlr7uN470X1ZDPAA8+YeP9b61i1WIfoqr7DTIJ7tCGH9oIAhtBaCEImAwshbL2IOQUvi9QaDkZC/pX35pvW/gIMHHU3+1RA3zN8m7s3PXs7ve+/dSrNj39BJsYzlw8OlGHp6ssOFAPCSoBwWRI4cGGiLzpIP7ZCTBdIeAhwWSFSHBbzbSJtHJiHpOnUILIUkf55xENMROqxIyOZcLphNxJxB+QBnTsfCZoi/kweaEQT6VsRH6ZSrRKOZJI0xTtMMI4ptobJx1QYdAVktw3Mw4JidJvOWgkGwpC1fsLpbjIyI5cNU1OAKJ6sIkAyFgChRwHtYBCLk45AOLGoBLUNnzfhhfY8AIF8lBGUOsehRcWQHLdt7uls64aH923p9w299gDHADm9/fhkYcf2vPui0/dwIPJi+9dvw0ZywIhsgGLE+gMMIoxThFQS9IUjQCfoL8nwLWXT+Md59VwzmoPkzWC+x5zjbzUtAXXtIUgYb01uJEKySMZvEnvp4HZmOudBD2Aphbc1AzTFt18zvOZ81S4IAl4pAGvbyIpFapIYTroI5rWchqqiplDLqACPlT1D9T1nkQt/BRbcTMiSoxsRCJzbaOf7RePuvjMlwvYst3C8AjB//nIFPq7fISh7pxLFMgZvMBG3XNQ9yx4voUglBmhdc9HFbPQXjhtw+ZNj+xZceKaFwLZFwZwAFg4OAultr7r8w/sGGhpG3lXUBmDaxP4AVCpyy825AI1TjDNqbrUcrgkxMkn1XDFpdN413k1OBQ4eYmPS86p48nNNsaqOrGxyQWfmM6lPEShI5ZxpDJegbiJ9TYmQDrDLgKk6YQax03ukn5eYos04rnZeRHoUueb0p9iKtEJ2jlEBMY4AamxjQSAKMRuhO2N8+JAj+GEqtYPUR451ecaVhxpuqKaahr/IyXAWIXgtl+4eGKjA9jAv9+TAwjBhy+dxqqFngzuKVoUhBb8wELdt1CpOajUbHgBhc0CdLTnMKez4+aKu/J6iz/7QuHaPF32SOO6G26E03d6vdjRe2cwvPPsLKvPLWSlE+WFIupB53OCOhcQvoc8anjfRVP4+jVjOGWxLyuuQ8kRF8wO8bNHXew9ZMX5qUb/7kgLp7EGTpQsqDvDmtU6LHWfTn81i3xZw/FkSqrpYEaP6wlAYwdTPocYKa26dUO8TRP7zbk9bbZvXo3S24nXMiYfiZfBRuq9pL0wc3GaRHFh2BLS7DyzN06yrlY6mgSPbbFx7VeKqHiypDAkBJt2Orj1Fy7aWjiWLfDBYMHzXdQ9F3XPRt2zUa3bGJlwMTJho1p3wJy29atOHbjMDR6bmtN/5gsGOH3BzwBw7R9fiLMXOJUP/+El3sqlnVjSb6FQpKj5Mg87YwmZ+Odz5EkNH7hoHF/40DjaCwI0JAgDGSHjgUBXa4j3vLmKFtuIO+th8u6IqsSyYJxfkqyvnNFBROpx4xw0PVciIkFB0kAAZmYhL9bbVNtmxqCZkCV3SYPl1scBM2KZCuuLxse4af1B4ogmTI5PkY5+6qSpKNKqvqcJn+Bf78piaMSK62WZBZ/aGJrM4FNfacN37sjBJwFsm0uK4lkIQgbHDjE25ePJZwT2j5bRd8Il3rZd8yvl3t9/MVB94RRFj4UnDEAI/rBfWXn6gb0/zj6828N4NYOeEodjAVXOUe6ewgWrR3Ht+ysoZmzU66oPh5acRAg4Aov6A7S1hBgfNmjKDOI0ARKRyoiDG8CMVZO4QjvdRiFhHZGygA0gV5+KxKDX+xEPJ/G5DX7nUQI9EZ00HU2tqhiA08ciStMkRyWmI1pJUc4pB8A0B5eLyMZqiYicTA10QUQDLTGrhcz/WBCC4XGKzbstlYtCjaIU+aONVYDPfNNBLRjDeasEWGhhspJByAk6WqfhZMex7VA3Tj1tebW7Z97DlL4oO/zSAJ7LF8CDyrXLV75B/OrJxz+6beeuTE+LQGuewGYUc2cLvP3cCtYuF7BZEVMVgCTW1QkARkDqPk5f4eGk5T72/NJRyTomTJJfYEI5IcnwO01z7wYwz5zznXAIU6BNUACkzk1PAvP56Ti+BvJMTiVBwuEUqXMjHk6S8mDEt6F7FEKpGoYzCgP8RHZGIEw0cHKhZo2ZdRgtSMsJCNNWm0KvF6+fQyAb9/z2aRu/fspVuUQ6dmEjikDbBKN14DPfKeEXj9Zx6RvzyDg5yKIa4ITeKi59S0ftd84984sg9v8qlZ4/oHPMAQ4A1MrxK7/wn58V/oC/9iR8amr8kJPLMBTzFhb0CcxrK2Oq4qDuebAtmTtusQCCBepyJit4nIxA1uVR2nBkwSNLnkyHValWqRzvxlvTHoPGdgRiNIKdJpEqL8DE3I9Bn4QySdwdcRipsE2tvHY2YVhfKMtJRBLQRpV9lDOuHUydaWjKhtoqE1MbNyTHdEIWIUiqLhr4mp6QKBO2UqPwa1Tl8OuGTA7AHFBC4TKCDBXIMgf79mex/gkLg7MtlAoC41MUc3pP9C4+o+OGVve2z5OWP+JH8U2+PAAHgLULAq+l1HXdzl1Vb9v2yucY8Wl7maGQCzE+7YIyjlyWwrUCOLYv80wUGaQkBCEUCAO53miEDA1ug3srEOoc76Qqkmw5kLDeM4AYaAS1ycuROm5y8TQnT3zyNFCPAHTTkBMT8FriIzHNMK12pLCYgSBhABYx3TAnUTI5SwMZkSSYzBnHDCBPBn+iDpnGP0sjjkhj680cMMqQY0DR4shZAkVXoDUHTFcD7D9MUKlRtLfmeYXP/dz2A/P+dmrbhPdS8fniyY0al132DlAmqkuWnHDr6aedJFpLQFuRo1z04dgcYchQr9uoeTbqvgU/tBBwK2rC3vwjmCCPkRZFLRGvxpAoPUNsfRuVCtGclijoNj7WWDGfkAxBEhMlSVka7PnzDjO3O8r9Nh+LAJouX0ueE9f3pqxtg7zXxBKndXGjrK3xBpk6a/LydMQrqr6yQAlFjgEli6NgC+RsWQTuhXL5kdEJH4fHPPTNWyZmzR64tVLzq+eed/FLhedLt+AAMG/uHJTL7c/sb8lfUcjyf6qOPETndo+DUGBy2kXIbQihVA+VCyHXV5d5xUQYSEnc4qQqGgHbbA6j2zyYWneTKvI0PTGOJbpYGfhNW/EEL0+9voL7DNb8yBAXBg3RqI1qjRWoCTGphUFToghkvI5lbKVFFAltViSRXEUZSZADsd7eJG+cmG0mSJyLHn24yBDo35DBpgQ5JpC1BLK2QNaWRmdoimBoEgAROOvM1Xxe/+AVJwz2P3Pg4NCxgOaxAfgJC5dg187t3uITT/lGFptze7l14y3rp+DSVizsy6C1GIIQAcvisMI4eV4Si9hixrM+nT0Y53tH1jt9Q0pHTsyXuIK+4fEUeKm5b4BXc259XhLKaVA/L64T9ERz8HTwJzpH0YjYW4RBX9CYOahBToTxOInP0bwepsIijPOMiZN2NtNFFsIogDDzB/SXoFfVoLJpj8MA1wLyrkC5SHHmPB8exjA8MYBD4/bHVq8+5Rvbt28PFy85cp73KwpwAOifP4jh4efC+Ut+b/tje7onH954b7G7UEc55yDj+HCdEGGoM8Xiyxwg13wJVK5DHI6Pc1EokS3xIusNM/01GYDQhtTk503D8RG4m8mDpOnzTHAnjFT0Ps1RfSQHsuFwCrSRUUwfN6REaCUlZeWTYfgmlpwTuayIqZ5okHOoEP0RrDjXfSbV2kCgYEI16aECflRsTqJOBxYVsJlA1gE6WhgGuylOXNyFnv4zJnOtZ27ff2BfuGDBgmMFy2MHcAAgVg57n63dft4Za/60wMgXn3hsfZtFJ/UFLA4qRG6bgG1zPLHZxpNbXIRRBY95H7eBMPO9TQfStN7pxplNrfdMjCjtXM5IT0gDlXleQD/fSIfudY5JKrFKW3NTt9ZgJjCPa5AbwE4EhwwlRUhyY2Ye6mp704rDtOSqAp+AqjU6KURIQRnFiQs9LF9cx8MbXcBSkwDEkAvkZ6vVAoxVOpDrOHukb96qqz2vejto9lhC8tgCvK2lFQAwMTGx7pyzz7C62uj1B/f8vDPvHIbFwuiHkyhQVSCM4/FtGRw8aMf531ErZDnzdRsIs3HPjC2PgSYUpZE+RKFu83zEdCT2JWN6Yr6GfgxI8u8Y3M3oTArTIp5AkZU2qYpxLy2EBL3en8nao5m1NyeMcSzi/2pNTDOFlhMkQG72NtQV+JwIcFCEVC6FEnALPV0+Vi6o4+ENcs3ttEAWhATj0wId7SWsXHXm0JJlp3+y7vnriqWeYwpu4BioKM1GqVQCo8G3Tly55pqVJ84eaiuNq0ABVf+nrKR3HB9TUwJ3P5DBJFdt2KKAgCz9cohqv2ZY7wYnkyAKPSSlQdFgteOJQWacDI3gVqgxQZx2RmPUNw0GzQhyGI6fPhA9ZlrixiglkAyxR8pH9MJNCpGBSBkxwc4jTdtQaqLXTVMU1RBIUJXXzRCGTG4HFnKU4sIzqigWPcAPIMCjxhGMyKvFSCXErHkLh844/bRrpqv1bxVLxZcDii8PwAEgky2BVdZ9o6M9/MT+iXkjh0YcBCFVfoeA6wQIeYBv35XD+ifz4LBjcFMm1yAnssG5uaZl3MvEaL2WAuhMUUoNxqbnAwnr3Mi9U5Y8Oj/dH+VFDpHcNMPvEMlJkODWaAR+85uZQ5I+lgS+aa0TRcrRYrLxtixKUOAOLQShBXALa0/y8cHfnUSG1SG8EIF6D4sB7QWBC97YOyIc9xOf//od32hrbXm5YHhsKUrDi7d9GF+56Yffde0Ob2777q8Am4uAQMYJQFDHTbc7+MK6MoarWcB2VbTLBqMEGVVE7OisQIgo+68xSikSIG4alk/cz9DfWzuX1JgYTZ4Pw6FMO5hJHn9k6Kej8wlqgpiTc6EsXyTnJfNQosBQlDei+59oFcUI+hjBpCjQo4GsazmJwe+VZedC8mjOKaIlvIX5f8VQ8nyBsgt8+n1T4GC46Q4XgW9DZADPD7BwQf/kRWvnfqRUsL63Zm3zppnHDIMv66sDOGtVnYNmb0bYGYT12ndIuDFDaRXfvMvC59e14tBYDnCdCNyWAneGmgu1pnoKausN08LG1jwCZYPK0eiEgjRabM3FTaBGgDX3Uw5mPHGSgG4Gb82/NYiTkmB8joAKy6ekxAawK/ASA/AJ2Q8w8k0QHUto5cbraqIfJXoJuf6lBrnQqbGILbz61AAcCBB0lDz8r/dNQgiKb98j02GXLp9f6+zu+R+7h7I/mNxVf0lh+KMZLzvAl656D3ZsWBd6tPcHpZwXBvWJf/7uvaOZ677Xi0PTeSBLoDsZ2ZQgq8Bts7hhfRJ46fzlZPqrqYI0UBEThBrw+jkRiBs5diIIZNIWQx9POJPmc+JD8UiI4ElLLtSG6Xya9ENa+thhjJxNQlQdppwQELpveNKKJ1UUEnW/0h8grgIy9fD4o+sm+yB64slV3ahBfeSvAgShhWJG4BPvqqHmHcC+iTfUumf1vnfpvI5btzw7EV5zdWPD+mM9XnaAA8DA8vdhdM/XwvKcgR/+47eD9//kqdK3aXgw11pgGPdlZT6jQI4BOSrgGlXkJjCM7zk+nrbASE0C47F01DIdhk/z6qQmngzNm881jyUSsAzqgtT/QZocA5KWPdoGSQRtdGc0CbYY0AkeDh3pNCw60lY8pY8bFj+eYcKQL+M02ejrJwKUUFDKISxVlxldgSjGJ134PsWn399beXYi/8Fzzn3vD8PPf1986dp3vRLQe2UADgCtcz+E935ynVj39tr3J0b7rUUd7J/ueWx/S/VQCA8UNmHIUhnKdRTA9RclV9dKAWGG9zmSoxmDL6W2ENJ0QujzoteFrOoBGq23KS82oNfYj6iG+Xgs0CSlPhgUxqQQqdfRx0gidzvV1QqxFU/2Sklq4zCe3+TjG6pLvNqeTsHQ/UwsGoIwAS4CHBorYay6bLy3t/fDn/zC8u+L0RtBWv/8lYLdCy9ZeynjyQf+A60r/wAfvIxtWDTQum/2nLaz5nXuyu3cW4EfZFF2BfK2gGvJkK7F4rRVsyLFBF1DWRpBk54mcRcqc/FXoh8nJF5zksQrMMQrOMTPJdG5jfvmsXiSkMZJ1uyqYUyMBN2KQEZSE9BUc1KPRffme8+wTRBHgAnUsjRmZwK99pL68qHWrAwZ/EAWDOt+JhLsgOv4GJ2ewk9+2wm7+MbhbcPzr/7Nzsy/XPXO/ehbdPkrCbmXpmy9lCHEPgD2H43uu+u63/uz9Z1bdjP0lRmyloCl2o8BMihQC4CqR+CFcVkUI/GSJBaVi63ppUpYAtQGuGkySJQGNyUmkI0JYdZfkrh2M72EScKakyTw0AzgBrjl1SF51UkspUK0pTTrSIUxucUM90gs1qv3WbMmQcayNBbTC/LqZWlE5Oz6AUPds1FT1e8Q8nu3rRCuE6CtNI5pTnDPlvcPXXjWuZ/yff+bJy5sOy44e8UoSnoQ0ovDI5PfpLm3kUsvavvCbXfc1xlUxuE6FDaLragXCNQmCaY8Cl9dDm3VjdYs5Ur4eAb9MK11go9TGFY2aVGjffO4IQOajyXAjbSlRPThSOpDmpU6UWQSSOrhHGqJbrVvcOm0/Bc5mzCdQ8W71QojNKIuyTI2vR2nMaY5toj6ExICWBZQ9xxMVWz4ATUmDQOtEAgyG4tPOnPo6tPOvQbANwk5PuAGjiPAAaCjrYiJyeo3/vC/nRUMdGVu/NFd97WODA9DCAHLosg4sho9JD4O+x7Gp1wwylBkItLFGZBwNBsrz4F4wdE0uFPW1JQGU9xa5pMb1fKqTRvQhI8bVnwmcGvJr8HjNM9TfziXnzmKMqYcQ82pSYM+rueLBrQBfK5qFVJAp1o2ND4OVcurO7YPxnyMThEMT7rYN+SCUiDrSusPwdDS0oWWWWtHrfwpHw989h3befHlZsdiHFeAA0CpmEUYeOvOXbt65Ll9BwaDILjhznt/bXdmCNpbHHS1MZx/RhXT/n58+qY2jPktsIlMv9TOWUwBkhJiutWDpify9FRE0gCjSSvMNzB5dLzyWpN2EDOB2wBz2kmkxil6WxneZMmaSBnZhFQYW+Jo+RK9FJ8R0NHiM+HqPQhgJm+ZV5HIgrMQrlNHiGlc9712VKdczO8AOtsY2ksB2lo8dPW9wbdt+xOz5q7eTlj2Dts57vA6/gAHAGY5fNOWZ26//AMXOT9/cHPFC8mX92x/mrSWOJ3dybF0Hkdft49Htoxg3U8LCBPrSWsblQQ2SziRaS5LEvREOq5m3JE0gD0CMTUnTBrcKXpiTCYY+8l1L+XQuRoEMbD1cSC2shrsEcUgRlDHCNoQGIwDkO2tuXxnqjic6r2DkKtJa4TlE5cSxf9tK8QPfm7htgdaMLdswYUPQoFyKcsHFp4k2rsW/Bkyy789PHzAmzvvyG2NX6nxqgA4ACxZdAIefHSj19XVtW5wfu0XXS38MhYO/d+CtQu27aPmC0zWZIahrayKNuEm9WAmqKmpiCiAo9HJM6XqRJCnKfVIKyEpS05jQEd6cPTHBDcSUpxWiqh6fx0R10+NAW0EYUTSsieuENDyIlFXBYFQSBBDOfD6CyCQrSJC9Z0lUgDUa4Qq9ySXEbBsgVogMDzmY2BeN0rtvZ/p6u7/frmtc2+9vscrz1p2vOEUjZct2erFjNNXL8XKZfOr5czkVp+ddt3iRX2f6x/oD8tFH48/E+L+x8pwbYa8JZUTQhABJ8oyNFSTeMFX1c6YxEpKRE3USPNkfTAZwElLgamFYKlJXQwH1nyvJpZYF/wKIRAqnZpz87HkLaFbA8bkSd2b78OVvCeAkGvAEoSh3icqiSquw9R5A0FI4fsWqnUX56wEThocxzS3MbBgYdg9a97n3nLeyut+9fjI1mxpQbXc+eoBN/AqsuDmeNP5F2Hj4z8Il578nr+oTg9ZpFL62G3fe8KtCwtdmRA5R66VGHCilkxP5qowFgM76tVtcmJzHEEoJcZ9rJogXs04ITOSBKDTr5twLJG8V/GVeKVuIqKAEtR7CsWXCYlSt+OswyP8D2aBsqZiulUEKIVQJIgoJYTz+DUl9+YQgmK6ZqMeULQWCT7y9hwe2Hla/aMfOP9vZve0/YXt/ACX/9E7jjdsjvgbviqHXx+H5UwCwvnCz369+/Tr/+EuWmDV08fGRq390xTjVYK8RVByBXKOgGsDjgVYjCiQkwRl0QCPgIH4Uh6pLTS2/sl7IpcnYTGwGY3PT9Ad48qSTmPlXERWOFEMYPwgplKjJ2y0zEpi8gpjP7ncCY2bzBiJWXryqVQIY7kTi8mlUFybw3UCZN0AhVwdtl3D+KSNfYeKaG0rBz0d/MFi71u5Rxc9WK3Wr+loa0FHa+F4Q2XG8aoGuDnW/dt/gllWsVapfG1ibM87p7wt9LYHq9j7bBvmlEPkXYGMAzgGuONVEyRQTXCHXFkr9fqUNAe2xTSQCZi5bYDbTOE1rxIxPTCohn5fTUVSMy1WaRTADZBHdEttW0wY+3pbREEePUJFRQzJPDo3mihqrR/HDpF1OQpZD12tU9i4dxy/2tCNBXNO5MuXzPv3UjH3Ic8PJk885feONySOarwqKUqz8b73vBU7d+6Z5Mh9JEt2b5seC5fvH6++bdfO/SCCwLEYMjZgWySWAhU9sSwFcKU4BKGQnFPEaagycUlEBQFAOnhEohulaUufzE8H4onDlaIRqk6WEvQCoQK7SF9KoKgMMRwkSkCNdXfMNXgivZporT75eYSAei/AD2UxMSEElqWvHkKF3glIKL8PRgHPkrnbueJyTIu+W+cvWrth2YrevxudqE329R19A/rjPV4zFtwcv37yObSUCvMe++2mLz61YfPbnn7qaQT1CbQULGQzFoQAPF9yS9sicG0qgc8IOAdq9RCVOofnxwBnlKhwv7TUFjMnh7LejMJi0qpHTqyxEpuptERVMqqddMCBMJBLuwchV1cQedOrOABIOK7SctPoimExlZKgbowKWJbeF9EtXnVNvmzdo5iuUlTrFCGXltuxANcRcCy5IkPdk7kkjhUgn6mjqzODefMXoqN74a2FjqVXw5/aTZyB4/3Tv+DxmgQ4ADy3/zAc217w1KYdJ1ar01dt2bLlrL27tsNlFQxNcBwaDpFzKXJZilyGIesyuA4FIQJDowEOHPbgBULREA0SAtsiCsSayxNYCtiMUVgWUZMgzn8x80FMZUbKa9J6+4G+CQQBRxDEIDd9gjjXRatANKJGeuJZFmDrz6xydywmYFvqxrg6LumKH1A8N2Tj4IicQK5NkMsI5LMChWyIXCbE/mGOZw9YmNdXxLIlg5jbP3hfLpf5u5a2wSc5D7a52Y7j/ZO/qPGaoSjpMXtWBwBsE0JsA7CBIZh1xqnLv1qf3Ljgaz9Yz3YesrGgByjkKBybopCjKOWBcpGjp2Maj+6w4IAo51QtR0g10GK+EC8Ia66apjlwbElNWqAH5yKSFDkHQqVehFzTJBE5nXrI0DhAuJB9SZgOAcnG/3GvEkP7NiiVVD6kZXadELlMABAPP3q4CG8aaCnI5qiMUWQzArbFMad7FJOejy7ngvDU05Zuyzj1y+cMnLEfwNYXs97Qq2m8ZgGuh/oBto6Ojm+FCN9cnyaz//S/r7jlpn99oORPPJcHasi4FMUc0FEOMbdnGrY7hBtubUcOWTASKieLgLO4IiWRnopUMElZ0Yga0FiRSABcyBXFKJfWPAikU+kHHF7AEeoVMYSOxpJIrqM0WUlDiACnJKmDI4FvI4orgZtxApTyNTB7BL/ZQVBEFnNUYr1jWShkBdxMDqX2nuk3LTl7YuNO69I5c+c/Z1t092sd2Hq85gGuR2trC4Tgu9F66l6am1z2gcusN9iUf33Xzu3B2PCuNocOF1tLHjrKExirTsEP2+FBOl52KMCtuIIm1rFj662VDc27LQbYTHPgeN1KpvKmozYOFhCGEnieTxCGAnWPw/M4Qq6Bqn0BEb2PxQBhZOvLFYbllcAM8ZuWXAAgSg2xLK5uci1LgQr2jWdRzArkMkC+0D65dPkJIwtOGLCyLv/j1s6BX/f0tYzzENy2Xh/gBl5lkcyXOojsg8e96tToooHeu1vLpYVf/eYtg5e89dLPL1+x6unOzo4n2lrt2i3rO1Gp2HBJCD8U8MO4YsgsnlAxpMiS6gVibc15bcCxBBxbwHUEsg5HxuXIuAIZhyPjcCm55UK0twQo5X1MVQKMToSYrgnUPIGaL+/rXnzvBfLmq1sQKkqjVA51kYlkT13xxJVSw6iQ+dyUo+5RZGwHl18cIpvP1zo7e544dc3qp99x2aWf/+1Ddw5msqWFmfycu6emqqOMkNcVuIHXkQU3R19fLyCVv8rBA3tBmXUDo+yGhYv7mJtZ8OVVK7FwfOrQmSND+9meg1X4ocB01UPWsWBZFhybyuihkvKIynQikfUWcBS4pWPHIyfPYnIpPa7C3wSAZXG0FjzYbh13PupgdMRCW0FaaUCCUyiqzZiArfa1Xi4zGSkYixOptDwJAQSBpEDyMwsw4sG1BbIZjvHpduRKS8LTT+1ZP8a6tk5OVK5gLAwzmQze/v7/Lbpnzasc79/r5RyvS4Cbo7tnDhDT1ODQ0OiHLj7faT1nzchf/scd9zi3/OSZsKu1vCpr81OoPwzXriPrylyNWj1EyAFbQIKeALYFuDaQcTgcS8tyHI4tkHFkRYtrc3i+hbEpG4QAOTdAZ+s0PIzjcLUVw5MlZJ0QOVdOgLFpSZVcVa7HbanXMyE1aqFaVTHKwR0pGzqWnDi+D1TrQLUeIOcCpWIGXT2tyGXC32Scg4+NBQtYe/8l3sKO9k8vX1Efddzy8f5JXtHxugd4enR1tgLAKIAPA8BXv/dLAOQsEtYuKNmVSx3mLYKoY9PmZ7D3QBUHDleQtUNQ4qCYd5FxKLKupCKOxSPn02Yc2YyPtlIVk9UaNu4pwaEZlAscLM+RcX04Vh1hGKLiyVI8iwHlAkV3Vx2/2SEwOpFBV4FH1plzIAgEQgsQkMdtPwTnIfKZAOWiwNh0EdMew/wFA2hryaO7M7Nl9lxySzZL7xEC9/Wf/BYAVxzvr/24jf9yAE+Py999NgDcNzY6eh+A+zkPB6uVUT508DlOMr3z55xQ/tTQgWcxf1YGthhG3jkMx5LWu70lBCEEB4azsJhA1vHQXh7Fd3/q4DcbLJyxlGLRPBVYsQMwGoJwDi+QS59nHIo5PQ7OXDmNvr5x/PXNncjaDMWMDKHvHyUg4Ci6AWwLGJ8iWDLYhYGBXvR1TWPunB5s3z193cj06M5T17yB9nS1U8e2tgvg7lK59Xh/ta+K8V8e4HqUW1sB4G69//SOQ8hm3PLO3fsefHqDhb4Ox5/Xu/ijhZx/PucAJT4O7PsZHni8hpZMFn2ZEKViHY/tILj1VznkQmByygMPBVx7CkJMwQ8D8CBA1a9jZFqgp8xgM4a8K/DmVdO476ksDh/uQUtRYHaXheVLJrH5QCsuPGMNMo5c7qWUZ/cWc/6N3W0Vu2fOIvQv7b3vTRfUx4jVd7y/wlfl+P8An2EsG+gCgDEAtwHA+OgBANjMaNAdcnCIuqgElf7zf3fFx37+4+99hFBGynnf3zJyyWdPWuFd1OmG/tIBG4MDIVrahrH1sA+WZXjLuVlcYoXYP+Siq+Bi4Xwbbd2T6Onst2+4qv1Hb71y52cz8227rcXBosEJjJMs1pyyAvmMDS4IzbjsIITYOWdO7/H+il4T4/WlCb2CQyVJOQC6ADxLCMFff/chEEK69zy7t6XNrYvlcx0snBcgnx/BUzuA9rKDjbssdLdO48lteRSdDBbNsbCofxKzunySKfWPQ/CDJHvh8f73Xjfj/wGlqBYoQsoGLQAAACV0RVh0ZGF0ZTpjcmVhdGUAMjAyMC0xMS0wN1QyMjo0MTo1MyswMDowMOTBWDoAAAAldEVYdGRhdGU6bW9kaWZ5ADIwMjAtMTEtMDdUMjI6NDE6NTMrMDA6MDCVnOCGAAAAOXRFWHRTb2Z0d2FyZQBtYXRwbG90bGliIHZlcnNpb24gMi4yLjUsIGh0dHA6Ly9tYXRwbG90bGliLm9yZy9IzyijAAAAAElFTkSuQmCC', 'weight': 2}
• mf_hecke_traces •

  Column	Type
  hecke_orbit_code	bigint
  n	integer
  trace_an	numeric

  
  
  • id: 69439645
    {'hecke_orbit_code': 148618787736790480, 'n': 1, 'trace_an': 2}
  • id: 69439646
    {'hecke_orbit_code': 148618787736790480, 'n': 2, 'trace_an': 0}
  • id: 69439647
    {'hecke_orbit_code': 148618787736790480, 'n': 3, 'trace_an': -2}
  • id: 69439648
    {'hecke_orbit_code': 148618787736790480, 'n': 4, 'trace_an': 0}
  • id: 69439649
    {'hecke_orbit_code': 148618787736790480, 'n': 5, 'trace_an': -2}
  • id: 69439650
    {'hecke_orbit_code': 148618787736790480, 'n': 6, 'trace_an': 0}
  • id: 69439651
    {'hecke_orbit_code': 148618787736790480, 'n': 7, 'trace_an': -3}
  • id: 69439652
    {'hecke_orbit_code': 148618787736790480, 'n': 8, 'trace_an': 0}
  • id: 69439653
    {'hecke_orbit_code': 148618787736790480, 'n': 9, 'trace_an': 6}
  • id: 69439654
    {'hecke_orbit_code': 148618787736790480, 'n': 10, 'trace_an': 0}
  • id: 69439655
    {'hecke_orbit_code': 148618787736790480, 'n': 11, 'trace_an': 0}
  • id: 69439656
    {'hecke_orbit_code': 148618787736790480, 'n': 12, 'trace_an': 0}
  • id: 69439657
    {'hecke_orbit_code': 148618787736790480, 'n': 13, 'trace_an': -1}
  • id: 69439658
    {'hecke_orbit_code': 148618787736790480, 'n': 14, 'trace_an': 0}
  • id: 69439659
    {'hecke_orbit_code': 148618787736790480, 'n': 15, 'trace_an': 2}
  • id: 69439660
    {'hecke_orbit_code': 148618787736790480, 'n': 16, 'trace_an': 0}
  • id: 69439661
    {'hecke_orbit_code': 148618787736790480, 'n': 17, 'trace_an': -6}
  • id: 69439662
    {'hecke_orbit_code': 148618787736790480, 'n': 18, 'trace_an': 0}
  • id: 69439663
    {'hecke_orbit_code': 148618787736790480, 'n': 19, 'trace_an': -3}
  • id: 69439664
    {'hecke_orbit_code': 148618787736790480, 'n': 20, 'trace_an': 0}
  • id: 69439665
    {'hecke_orbit_code': 148618787736790480, 'n': 21, 'trace_an': 8}
  • id: 69439666
    {'hecke_orbit_code': 148618787736790480, 'n': 22, 'trace_an': 0}
  • id: 69439667
    {'hecke_orbit_code': 148618787736790480, 'n': 23, 'trace_an': -7}
  • id: 69439668
    {'hecke_orbit_code': 148618787736790480, 'n': 24, 'trace_an': 0}
  • id: 69439669
    {'hecke_orbit_code': 148618787736790480, 'n': 25, 'trace_an': 2}
  • id: 69439670
    {'hecke_orbit_code': 148618787736790480, 'n': 26, 'trace_an': 0}
  • id: 69439671
    {'hecke_orbit_code': 148618787736790480, 'n': 27, 'trace_an': -20}
  • id: 69439672
    {'hecke_orbit_code': 148618787736790480, 'n': 28, 'trace_an': 0}
  • id: 69439673
    {'hecke_orbit_code': 148618787736790480, 'n': 29, 'trace_an': 2}
  • id: 69439674
    {'hecke_orbit_code': 148618787736790480, 'n': 30, 'trace_an': 0}
  • id: 69439675
    {'hecke_orbit_code': 148618787736790480, 'n': 31, 'trace_an': 10}
  • id: 69439676
    {'hecke_orbit_code': 148618787736790480, 'n': 32, 'trace_an': 0}
  • id: 69439677
    {'hecke_orbit_code': 148618787736790480, 'n': 33, 'trace_an': 0}
  • id: 69439678
    {'hecke_orbit_code': 148618787736790480, 'n': 34, 'trace_an': 0}
  • id: 69439679
    {'hecke_orbit_code': 148618787736790480, 'n': 35, 'trace_an': 3}
  • id: 69439680
    {'hecke_orbit_code': 148618787736790480, 'n': 36, 'trace_an': 0}
  • id: 69439681
    {'hecke_orbit_code': 148618787736790480, 'n': 37, 'trace_an': 5}
  • id: 69439682
    {'hecke_orbit_code': 148618787736790480, 'n': 38, 'trace_an': 0}
  • id: 69439683
    {'hecke_orbit_code': 148618787736790480, 'n': 39, 'trace_an': 6}
  • id: 69439684
    {'hecke_orbit_code': 148618787736790480, 'n': 40, 'trace_an': 0}
  • id: 69439685
    {'hecke_orbit_code': 148618787736790480, 'n': 41, 'trace_an': 3}
  • id: 69439686
    {'hecke_orbit_code': 148618787736790480, 'n': 42, 'trace_an': 0}
  • id: 69439687
    {'hecke_orbit_code': 148618787736790480, 'n': 43, 'trace_an': 14}
  • id: 69439688
    {'hecke_orbit_code': 148618787736790480, 'n': 44, 'trace_an': 0}
  • id: 69439689
    {'hecke_orbit_code': 148618787736790480, 'n': 45, 'trace_an': -6}
  • id: 69439690
    {'hecke_orbit_code': 148618787736790480, 'n': 46, 'trace_an': 0}
  • id: 69439691
    {'hecke_orbit_code': 148618787736790480, 'n': 47, 'trace_an': -7}
  • id: 69439692
    {'hecke_orbit_code': 148618787736790480, 'n': 48, 'trace_an': 0}
  • id: 69439693
    {'hecke_orbit_code': 148618787736790480, 'n': 49, 'trace_an': -7}
  • id: 69439694
    {'hecke_orbit_code': 148618787736790480, 'n': 50, 'trace_an': 0}
  • id: 69439695
    {'hecke_orbit_code': 148618787736790480, 'n': 51, 'trace_an': 16}
  • id: 69439696
    {'hecke_orbit_code': 148618787736790480, 'n': 52, 'trace_an': 0}
  • id: 69439697
    {'hecke_orbit_code': 148618787736790480, 'n': 53, 'trace_an': 13}
  • id: 69439698
    {'hecke_orbit_code': 148618787736790480, 'n': 54, 'trace_an': 0}
  • id: 69439699
    {'hecke_orbit_code': 148618787736790480, 'n': 55, 'trace_an': 0}
  • id: 69439700
    {'hecke_orbit_code': 148618787736790480, 'n': 56, 'trace_an': 0}
  • id: 69439701
    {'hecke_orbit_code': 148618787736790480, 'n': 57, 'trace_an': -22}
  • id: 69439702
    {'hecke_orbit_code': 148618787736790480, 'n': 58, 'trace_an': 0}
  • id: 69439703
    {'hecke_orbit_code': 148618787736790480, 'n': 59, 'trace_an': -7}
  • id: 69439704
    {'hecke_orbit_code': 148618787736790480, 'n': 60, 'trace_an': 0}
  • id: 69439705
    {'hecke_orbit_code': 148618787736790480, 'n': 61, 'trace_an': 0}
  • id: 69439706
    {'hecke_orbit_code': 148618787736790480, 'n': 62, 'trace_an': 0}
  • id: 69439707
    {'hecke_orbit_code': 148618787736790480, 'n': 63, 'trace_an': -19}
  • id: 69439708
    {'hecke_orbit_code': 148618787736790480, 'n': 64, 'trace_an': 0}
  • id: 69439709
    {'hecke_orbit_code': 148618787736790480, 'n': 65, 'trace_an': 1}
  • id: 69439710
    {'hecke_orbit_code': 148618787736790480, 'n': 66, 'trace_an': 0}
  • id: 69439711
    {'hecke_orbit_code': 148618787736790480, 'n': 67, 'trace_an': -6}
  • id: 69439712
    {'hecke_orbit_code': 148618787736790480, 'n': 68, 'trace_an': 0}
  • id: 69439713
    {'hecke_orbit_code': 148618787736790480, 'n': 69, 'trace_an': -8}
  • id: 69439714
    {'hecke_orbit_code': 148618787736790480, 'n': 70, 'trace_an': 0}
  • id: 69439715
    {'hecke_orbit_code': 148618787736790480, 'n': 71, 'trace_an': -22}
  • id: 69439716
    {'hecke_orbit_code': 148618787736790480, 'n': 72, 'trace_an': 0}
  • id: 69439717
    {'hecke_orbit_code': 148618787736790480, 'n': 73, 'trace_an': 10}
  • id: 69439718
    {'hecke_orbit_code': 148618787736790480, 'n': 74, 'trace_an': 0}
  • id: 69439719
    {'hecke_orbit_code': 148618787736790480, 'n': 75, 'trace_an': -2}
  • id: 69439720
    {'hecke_orbit_code': 148618787736790480, 'n': 76, 'trace_an': 0}
  • id: 69439721
    {'hecke_orbit_code': 148618787736790480, 'n': 77, 'trace_an': 0}
  • id: 69439722
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  • id: 69439723
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  • id: 69439724
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  • id: 69439725
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  • id: 69439726
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  • id: 69439727
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  • id: 69439728
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  • id: 69439729
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  • id: 69439730
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  • id: 69439731
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  • id: 69439732
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  • id: 69439733
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  • id: 69439734
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  • id: 69439735
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  • id: 69439736
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  • id: 69439737
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  • id: 69439738
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  • id: 69439739
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  • id: 69439740
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  • id: 69439741
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  • id: 69439742
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  • id: 69439743
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  • id: 69439744
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  • id: 69439745
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  • id: 69439746
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  • id: 69439747
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  • id: 69439748
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  • id: 69439749
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  • id: 69439750
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  • id: 69439751
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  • id: 69439752
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  • id: 69439753
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  • id: 69439754
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  • id: 69439755
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  • id: 69439756
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  • id: 69439757
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  • id: 69439758
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  • id: 69439759
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  • id: 69439760
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  • id: 69439761
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  • id: 69439762
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  • id: 69439763
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  • id: 69439764
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  • id: 69439765
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  • id: 69439766
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  • id: 69439767
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  • id: 69439768
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  • id: 69439769
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  • id: 69439770
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  • id: 69439771
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  • id: 69439772
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  • id: 69439773
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  • id: 69439774
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  • id: 69439775
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  • id: 69439776
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  • id: 69439777
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  • id: 69439778
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  • id: 69439779
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  • id: 69439780
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  • id: 69439781
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  • id: 69439782
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  • id: 69439783
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  • id: 69439784
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  • id: 69439785
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  • id: 69439786
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  • id: 69439787
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  • id: 69439788
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  • id: 69439789
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  • id: 69439790
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  • id: 69439791
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  • id: 69439792
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  • id: 69439793
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  • id: 69439794
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  • id: 69439795
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  • id: 69439796
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  • id: 69439797
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  • id: 69439798
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  • id: 69439799
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  • id: 69439800
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  • id: 69439801
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  • id: 69439802
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  • id: 69439803
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  • id: 69439804
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  • id: 69439805
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  • id: 69439806
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  • id: 69439807
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  • id: 69439808
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  • id: 69439809
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  • id: 69439810
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  • id: 69439811
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  • id: 69439812
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  • id: 69439813
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  • id: 69439814
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  • id: 69439815
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  • id: 69439816
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  • id: 69439817
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  • id: 69439818
    {'hecke_orbit_code': 148618787736790480, 'n': 463, 'trace_an': 7}
  • id: 69439819
    {'hecke_orbit_code': 148618787736790480, 'n': 467, 'trace_an': -30}
  • id: 69439820
    {'hecke_orbit_code': 148618787736790480, 'n': 479, 'trace_an': 10}
  • id: 69439821
    {'hecke_orbit_code': 148618787736790480, 'n': 487, 'trace_an': -56}
  • id: 69439822
    {'hecke_orbit_code': 148618787736790480, 'n': 491, 'trace_an': -17}
  • id: 69439823
    {'hecke_orbit_code': 148618787736790480, 'n': 499, 'trace_an': 1}
  • id: 69439824
    {'hecke_orbit_code': 148618787736790480, 'n': 503, 'trace_an': 23}
  • id: 69439825
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  • id: 69439826
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  • id: 69439827
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  • id: 69439828
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  • id: 69439829
    {'hecke_orbit_code': 148618787736790480, 'n': 529, 'trace_an': 1}
  • id: 69439830
    {'hecke_orbit_code': 148618787736790480, 'n': 541, 'trace_an': -16}
  • id: 69439831
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  • id: 69439832
    {'hecke_orbit_code': 148618787736790480, 'n': 557, 'trace_an': 15}
  • id: 69439833
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  • id: 69439834
    {'hecke_orbit_code': 148618787736790480, 'n': 569, 'trace_an': 1}
  • id: 69439835
    {'hecke_orbit_code': 148618787736790480, 'n': 571, 'trace_an': 47}
  • id: 69439836
    {'hecke_orbit_code': 148618787736790480, 'n': 577, 'trace_an': 12}
  • id: 69439837
    {'hecke_orbit_code': 148618787736790480, 'n': 587, 'trace_an': 46}
  • id: 69439838
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  • id: 69439839
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  • id: 69439840
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  • id: 69439841
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  • id: 69439842
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  • id: 69439843
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  • id: 69439844
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  • id: 69439845
    {'hecke_orbit_code': 148618787736790480, 'n': 625, 'trace_an': 2}
  • id: 69439846
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  • id: 69439847
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  • id: 69439848
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  • id: 69439849
    {'hecke_orbit_code': 148618787736790480, 'n': 647, 'trace_an': 32}
  • id: 69439850
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  • id: 69439851
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  • id: 69439852
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  • id: 69439853
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  • id: 69439854
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  • id: 69439855
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  • id: 69439856
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  • id: 69439857
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  • id: 69439858
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  • id: 69439859
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  • id: 69439860
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  • id: 69439861
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  • id: 69439862
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  • id: 69439863
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  • id: 69439864
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  • id: 69439865
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  • id: 69439866
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  • id: 69439867
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  • id: 69439868
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  • id: 69439869
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  • id: 69439870
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  • id: 69439871
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  • id: 69439872
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  • id: 69439873
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  • id: 69439874
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  • id: 69439875
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  • id: 69439876
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  • id: 69439877
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  • id: 69439878
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  • id: 69439879
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  • id: 69439880
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  • id: 69439881
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  • id: 69439882
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  • id: 69439883
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  • id: 69439884
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  • id: 69439885
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  • id: 69439886
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  • id: 69439887
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  • id: 69439888
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  • id: 69439889
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  • id: 69439890
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  • id: 69439891
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  • id: 69439892
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  • id: 69439893
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  • id: 69439894
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  • id: 69439895
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  • id: 69439896
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  • id: 69439897
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  • id: 69439898
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  • id: 69439899
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  • id: 69439900
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  • id: 69439901
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  • id: 69439902
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