[
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 31.72888,
      "lon": 34.74632,
      "name": "Qiryat Mal’akhi"
    },
    "point_b": {
      "lat": 53.73953,
      "lon": 78.04387,
      "name": "Karasuk"
    },
    "ground_truth": {
      "initial_bearing_deg": 41.44,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Qiryat Mal’akhi at (31.72888°, 34.74632°)",
      "  To: Karasuk at (53.73953°, 78.04387°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 78.04387 - 34.74632 = 43.2976°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 41.44°",
      "Step 5: Determine cardinal direction",
      "  41.4° → NE",
      "FINAL ANSWER: 41.44° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 16.70836,
      "lon": 95.9336,
      "name": "Twante"
    },
    "point_b": {
      "lat": -22.36611,
      "lon": -48.38028,
      "name": "Dois Córregos"
    },
    "ground_truth": {
      "initial_bearing_deg": 254.61,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Twante at (16.70836°, 95.9336°)",
      "  To: Dois Córregos at (-22.36611°, -48.38028°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -48.38028 - 95.9336 = -144.3139°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 254.61°",
      "Step 5: Determine cardinal direction",
      "  254.6° → W",
      "FINAL ANSWER: 254.61° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 29.86632,
      "lon": 77.89118,
      "name": "Roorkee"
    },
    "point_b": {
      "lat": -37.84205,
      "lon": 145.0694,
      "name": "Camberwell"
    },
    "ground_truth": {
      "initial_bearing_deg": 133.24,
      "cardinal_direction": "SE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Roorkee at (29.86632°, 77.89118°)",
      "  To: Camberwell at (-37.84205°, 145.0694°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 145.0694 - 77.89118 = 67.1782°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 133.24°",
      "Step 5: Determine cardinal direction",
      "  133.2° → SE",
      "FINAL ANSWER: 133.24° (SE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 30.20942,
      "lon": -9.37922,
      "name": "Tine Biougra"
    },
    "point_b": {
      "lat": 45.63873,
      "lon": -122.66149,
      "name": "Vancouver"
    },
    "ground_truth": {
      "initial_bearing_deg": 319.68,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Tine Biougra at (30.20942°, -9.37922°)",
      "  To: Vancouver at (45.63873°, -122.66149°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -122.66149 - -9.37922 = -113.2823°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 319.68°",
      "Step 5: Determine cardinal direction",
      "  319.7° → NW",
      "FINAL ANSWER: 319.68° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -18.14307,
      "lon": 177.50691,
      "name": "Sigatoka"
    },
    "point_b": {
      "lat": 12.24922,
      "lon": -0.61527,
      "name": "Zorgo"
    },
    "ground_truth": {
      "initial_bearing_deg": 197.35,
      "cardinal_direction": "S",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Sigatoka at (-18.14307°, 177.50691°)",
      "  To: Zorgo at (12.24922°, -0.61527°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -0.61527 - 177.50691 = -178.1222°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 197.35°",
      "Step 5: Determine cardinal direction",
      "  197.3° → S",
      "FINAL ANSWER: 197.35° (S)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 26.13421,
      "lon": -80.23184,
      "name": "Plantation"
    },
    "point_b": {
      "lat": 40.68496,
      "lon": -80.10714,
      "name": "Cranberry Township"
    },
    "ground_truth": {
      "initial_bearing_deg": 0.38,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Plantation at (26.13421°, -80.23184°)",
      "  To: Cranberry Township at (40.68496°, -80.10714°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -80.10714 - -80.23184 = 0.1247°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 0.38°",
      "Step 5: Determine cardinal direction",
      "  0.4° → N",
      "FINAL ANSWER: 0.38° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -23.55108,
      "lon": -46.53829,
      "name": "Carrao"
    },
    "point_b": {
      "lat": -5.04098,
      "lon": 18.81619,
      "name": "Kikwit"
    },
    "ground_truth": {
      "initial_bearing_deg": 84.61,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Carrao at (-23.55108°, -46.53829°)",
      "  To: Kikwit at (-5.04098°, 18.81619°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 18.81619 - -46.53829 = 65.3545°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 84.61°",
      "Step 5: Determine cardinal direction",
      "  84.6° → E",
      "FINAL ANSWER: 84.61° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 13.95,
      "lon": 40.66667,
      "name": "Arerti"
    },
    "point_b": {
      "lat": 24.47979,
      "lon": 118.08187,
      "name": "Xiamen"
    },
    "ground_truth": {
      "initial_bearing_deg": 68.25,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Arerti at (13.95°, 40.66667°)",
      "  To: Xiamen at (24.47979°, 118.08187°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 118.08187 - 40.66667 = 77.4152°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 68.25°",
      "Step 5: Determine cardinal direction",
      "  68.2° → E",
      "FINAL ANSWER: 68.25° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 43.98333,
      "lon": 25.33333,
      "name": "Alexandria"
    },
    "point_b": {
      "lat": 54.66079,
      "lon": -5.66802,
      "name": "Bangor"
    },
    "ground_truth": {
      "initial_bearing_deg": 309.16,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Alexandria at (43.98333°, 25.33333°)",
      "  To: Bangor at (54.66079°, -5.66802°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -5.66802 - 25.33333 = -31.0014°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 309.16°",
      "Step 5: Determine cardinal direction",
      "  309.2° → NW",
      "FINAL ANSWER: 309.16° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -28.72472,
      "lon": -52.84972,
      "name": "Espumoso"
    },
    "point_b": {
      "lat": 50.90395,
      "lon": -1.40428,
      "name": "Southampton"
    },
    "ground_truth": {
      "initial_bearing_deg": 29.56,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Espumoso at (-28.72472°, -52.84972°)",
      "  To: Southampton at (50.90395°, -1.40428°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -1.40428 - -52.84972 = 51.4454°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 29.56°",
      "Step 5: Determine cardinal direction",
      "  29.6° → NE",
      "FINAL ANSWER: 29.56° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 10.38542,
      "lon": -9.30568,
      "name": "Kankan"
    },
    "point_b": {
      "lat": 24.74745,
      "lon": 67.92353,
      "name": "Thatta"
    },
    "ground_truth": {
      "initial_bearing_deg": 67.02,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kankan at (10.38542°, -9.30568°)",
      "  To: Thatta at (24.74745°, 67.92353°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 67.92353 - -9.30568 = 77.2292°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 67.02°",
      "Step 5: Determine cardinal direction",
      "  67.0° → NE",
      "FINAL ANSWER: 67.02° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -33.28397,
      "lon": 149.10018,
      "name": "Orange"
    },
    "point_b": {
      "lat": -37.87709,
      "lon": 145.12939,
      "name": "Mount Waverley"
    },
    "ground_truth": {
      "initial_bearing_deg": 213.97,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Orange at (-33.28397°, 149.10018°)",
      "  To: Mount Waverley at (-37.87709°, 145.12939°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 145.12939 - 149.10018 = -3.9708°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 213.97°",
      "Step 5: Determine cardinal direction",
      "  214.0° → SW",
      "FINAL ANSWER: 213.97° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 28.92313,
      "lon": -13.66579,
      "name": "Puerto del Carmen"
    },
    "point_b": {
      "lat": 46.61667,
      "lon": 14.28333,
      "name": "Sankt Martin"
    },
    "ground_truth": {
      "initial_bearing_deg": 43.21,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Puerto del Carmen at (28.92313°, -13.66579°)",
      "  To: Sankt Martin at (46.61667°, 14.28333°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 14.28333 - -13.66579 = 27.9491°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 43.21°",
      "Step 5: Determine cardinal direction",
      "  43.2° → NE",
      "FINAL ANSWER: 43.21° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 37.57444,
      "lon": 43.74083,
      "name": "Hakkâri"
    },
    "point_b": {
      "lat": 32.12722,
      "lon": 112.75417,
      "name": "Zaoyang"
    },
    "ground_truth": {
      "initial_bearing_deg": 73.35,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Hakkâri at (37.57444°, 43.74083°)",
      "  To: Zaoyang at (32.12722°, 112.75417°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 112.75417 - 43.74083 = 69.0133°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 73.35°",
      "Step 5: Determine cardinal direction",
      "  73.3° → E",
      "FINAL ANSWER: 73.35° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 9.86142,
      "lon": -84.09266,
      "name": "Aserrí"
    },
    "point_b": {
      "lat": -4.04167,
      "lon": -44.475,
      "name": "São Mateus do Maranhão"
    },
    "ground_truth": {
      "initial_bearing_deg": 107.54,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Aserrí at (9.86142°, -84.09266°)",
      "  To: São Mateus do Maranhão at (-4.04167°, -44.475°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -44.475 - -84.09266 = 39.6177°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 107.54°",
      "Step 5: Determine cardinal direction",
      "  107.5° → E",
      "FINAL ANSWER: 107.54° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 30.0362,
      "lon": 47.91951,
      "name": "Umm Qaşr"
    },
    "point_b": {
      "lat": 38.99817,
      "lon": -77.28832,
      "name": "Great Falls"
    },
    "ground_truth": {
      "initial_bearing_deg": 320.45,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Umm Qaşr at (30.0362°, 47.91951°)",
      "  To: Great Falls at (38.99817°, -77.28832°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -77.28832 - 47.91951 = -125.2078°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 320.45°",
      "Step 5: Determine cardinal direction",
      "  320.4° → NW",
      "FINAL ANSWER: 320.45° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 43.18944,
      "lon": 141.00222,
      "name": "Otaru"
    },
    "point_b": {
      "lat": -25.76972,
      "lon": -49.71583,
      "name": "Lapa"
    },
    "ground_truth": {
      "initial_bearing_deg": 30.13,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Otaru at (43.18944°, 141.00222°)",
      "  To: Lapa at (-25.76972°, -49.71583°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -49.71583 - 141.00222 = -190.7181°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 30.13°",
      "Step 5: Determine cardinal direction",
      "  30.1° → NE",
      "FINAL ANSWER: 30.13° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 35.93333,
      "lon": 140.55,
      "name": "Itako"
    },
    "point_b": {
      "lat": -1.04576,
      "lon": -80.65889,
      "name": "Montecristi"
    },
    "ground_truth": {
      "initial_bearing_deg": 57.07,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Itako at (35.93333°, 140.55°)",
      "  To: Montecristi at (-1.04576°, -80.65889°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -80.65889 - 140.55 = -221.2089°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 57.07°",
      "Step 5: Determine cardinal direction",
      "  57.1° → NE",
      "FINAL ANSWER: 57.07° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -33.85,
      "lon": 151.03333,
      "name": "Auburn"
    },
    "point_b": {
      "lat": -28.29917,
      "lon": -54.26306,
      "name": "Santo Ângelo"
    },
    "ground_truth": {
      "initial_bearing_deg": 155.8,
      "cardinal_direction": "SE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Auburn at (-33.85°, 151.03333°)",
      "  To: Santo Ângelo at (-28.29917°, -54.26306°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -54.26306 - 151.03333 = -205.2964°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 155.80°",
      "Step 5: Determine cardinal direction",
      "  155.8° → SE",
      "FINAL ANSWER: 155.80° (SE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 43.93064,
      "lon": 10.92365,
      "name": "Pistoia"
    },
    "point_b": {
      "lat": 39.34474,
      "lon": 16.23802,
      "name": "Quattromiglia"
    },
    "ground_truth": {
      "initial_bearing_deg": 137.31,
      "cardinal_direction": "SE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Pistoia at (43.93064°, 10.92365°)",
      "  To: Quattromiglia at (39.34474°, 16.23802°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 16.23802 - 10.92365 = 5.3144°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 137.31°",
      "Step 5: Determine cardinal direction",
      "  137.3° → SE",
      "FINAL ANSWER: 137.31° (SE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 32.65236,
      "lon": -8.42769,
      "name": "Sidi Bennour"
    },
    "point_b": {
      "lat": 11.70611,
      "lon": 122.36444,
      "name": "Kalibo (poblacion)"
    },
    "ground_truth": {
      "initial_bearing_deg": 55.16,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Sidi Bennour at (32.65236°, -8.42769°)",
      "  To: Kalibo (poblacion) at (11.70611°, 122.36444°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 122.36444 - -8.42769 = 130.7921°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 55.16°",
      "Step 5: Determine cardinal direction",
      "  55.2° → NE",
      "FINAL ANSWER: 55.16° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 11.52134,
      "lon": 13.68952,
      "name": "Bama"
    },
    "point_b": {
      "lat": 36.72016,
      "lon": -4.42034,
      "name": "Málaga"
    },
    "ground_truth": {
      "initial_bearing_deg": 330.12,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Bama at (11.52134°, 13.68952°)",
      "  To: Málaga at (36.72016°, -4.42034°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -4.42034 - 13.68952 = -18.1099°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 330.12°",
      "Step 5: Determine cardinal direction",
      "  330.1° → NW",
      "FINAL ANSWER: 330.12° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -22.54861,
      "lon": -47.91389,
      "name": "São Pedro"
    },
    "point_b": {
      "lat": -34.49459,
      "lon": -58.62729,
      "name": "Don Torcuato"
    },
    "ground_truth": {
      "initial_bearing_deg": 215.79,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: São Pedro at (-22.54861°, -47.91389°)",
      "  To: Don Torcuato at (-34.49459°, -58.62729°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -58.62729 - -47.91389 = -10.7134°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 215.79°",
      "Step 5: Determine cardinal direction",
      "  215.8° → SW",
      "FINAL ANSWER: 215.79° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 35.70915,
      "lon": 10.67397,
      "name": "Ouardenine"
    },
    "point_b": {
      "lat": 48.7606,
      "lon": 8.23975,
      "name": "Baden-Baden"
    },
    "ground_truth": {
      "initial_bearing_deg": 352.94,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Ouardenine at (35.70915°, 10.67397°)",
      "  To: Baden-Baden at (48.7606°, 8.23975°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 8.23975 - 10.67397 = -2.4342°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 352.94°",
      "Step 5: Determine cardinal direction",
      "  352.9° → N",
      "FINAL ANSWER: 352.94° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 52.20667,
      "lon": 104.2177,
      "name": "Markova"
    },
    "point_b": {
      "lat": 24.55524,
      "lon": -81.78163,
      "name": "Key West"
    },
    "ground_truth": {
      "initial_bearing_deg": 5.6,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Markova at (52.20667°, 104.2177°)",
      "  To: Key West at (24.55524°, -81.78163°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -81.78163 - 104.2177 = -185.9993°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 5.60°",
      "Step 5: Determine cardinal direction",
      "  5.6° → N",
      "FINAL ANSWER: 5.60° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 37.16911,
      "lon": 10.03478,
      "name": "El Alia"
    },
    "point_b": {
      "lat": 7.90303,
      "lon": 4.31364,
      "name": "Ejigbo"
    },
    "ground_truth": {
      "initial_bearing_deg": 191.49,
      "cardinal_direction": "S",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: El Alia at (37.16911°, 10.03478°)",
      "  To: Ejigbo at (7.90303°, 4.31364°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 4.31364 - 10.03478 = -5.7211°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 191.49°",
      "Step 5: Determine cardinal direction",
      "  191.5° → S",
      "FINAL ANSWER: 191.49° (S)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 17.67178,
      "lon": 74.01289,
      "name": "Godoli"
    },
    "point_b": {
      "lat": 56.56699,
      "lon": 9.02707,
      "name": "Skive"
    },
    "ground_truth": {
      "initial_bearing_deg": 325.43,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Godoli at (17.67178°, 74.01289°)",
      "  To: Skive at (56.56699°, 9.02707°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 9.02707 - 74.01289 = -64.9858°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 325.43°",
      "Step 5: Determine cardinal direction",
      "  325.4° → NW",
      "FINAL ANSWER: 325.43° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 19.6031,
      "lon": 74.19356,
      "name": "Ghulewadi"
    },
    "point_b": {
      "lat": -37.71893,
      "lon": -72.24099,
      "name": "Mulchén"
    },
    "ground_truth": {
      "initial_bearing_deg": 230.92,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Ghulewadi at (19.6031°, 74.19356°)",
      "  To: Mulchén at (-37.71893°, -72.24099°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -72.24099 - 74.19356 = -146.4346°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 230.92°",
      "Step 5: Determine cardinal direction",
      "  230.9° → SW",
      "FINAL ANSWER: 230.92° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 14.10594,
      "lon": -15.5508,
      "name": "Kaffrine"
    },
    "point_b": {
      "lat": 31.18352,
      "lon": 30.52448,
      "name": "Al Maḩmūdīyah"
    },
    "ground_truth": {
      "initial_bearing_deg": 59.88,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kaffrine at (14.10594°, -15.5508°)",
      "  To: Al Maḩmūdīyah at (31.18352°, 30.52448°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 30.52448 - -15.5508 = 46.0753°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 59.88°",
      "Step 5: Determine cardinal direction",
      "  59.9° → NE",
      "FINAL ANSWER: 59.88° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 57.7584,
      "lon": 16.63733,
      "name": "Västervik"
    },
    "point_b": {
      "lat": -31.44957,
      "lon": -60.93153,
      "name": "Esperanza"
    },
    "ground_truth": {
      "initial_bearing_deg": 242.5,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Västervik at (57.7584°, 16.63733°)",
      "  To: Esperanza at (-31.44957°, -60.93153°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -60.93153 - 16.63733 = -77.5689°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 242.50°",
      "Step 5: Determine cardinal direction",
      "  242.5° → SW",
      "FINAL ANSWER: 242.50° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 36.84666,
      "lon": 136.98355,
      "name": "Himi"
    },
    "point_b": {
      "lat": 30.36846,
      "lon": 75.86791,
      "name": "Dhūri"
    },
    "ground_truth": {
      "initial_bearing_deg": 281.57,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Himi at (36.84666°, 136.98355°)",
      "  To: Dhūri at (30.36846°, 75.86791°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 75.86791 - 136.98355 = -61.1156°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 281.57°",
      "Step 5: Determine cardinal direction",
      "  281.6° → W",
      "FINAL ANSWER: 281.57° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 60.45148,
      "lon": 22.26869,
      "name": "Turku"
    },
    "point_b": {
      "lat": 33.41477,
      "lon": -111.90931,
      "name": "Tempe"
    },
    "ground_truth": {
      "initial_bearing_deg": 322.41,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Turku at (60.45148°, 22.26869°)",
      "  To: Tempe at (33.41477°, -111.90931°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -111.90931 - 22.26869 = -134.1780°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 322.41°",
      "Step 5: Determine cardinal direction",
      "  322.4° → NW",
      "FINAL ANSWER: 322.41° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -20.83778,
      "lon": -40.72194,
      "name": "Piúma"
    },
    "point_b": {
      "lat": 48.78421,
      "lon": 1.9552,
      "name": "Élancourt"
    },
    "ground_truth": {
      "initial_bearing_deg": 27.03,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Piúma at (-20.83778°, -40.72194°)",
      "  To: Élancourt at (48.78421°, 1.9552°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 1.9552 - -40.72194 = 42.6771°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 27.03°",
      "Step 5: Determine cardinal direction",
      "  27.0° → NE",
      "FINAL ANSWER: 27.03° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -4.36667,
      "lon": 35.08333,
      "name": "Basotu"
    },
    "point_b": {
      "lat": -0.40306,
      "lon": 31.15722,
      "name": "Lyantonde"
    },
    "ground_truth": {
      "initial_bearing_deg": 315.2,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Basotu at (-4.36667°, 35.08333°)",
      "  To: Lyantonde at (-0.40306°, 31.15722°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 31.15722 - 35.08333 = -3.9261°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 315.20°",
      "Step 5: Determine cardinal direction",
      "  315.2° → NW",
      "FINAL ANSWER: 315.20° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -22.98436,
      "lon": -43.20285,
      "name": "Ipanema"
    },
    "point_b": {
      "lat": 45.81516,
      "lon": 19.6318,
      "name": "Bačka Topola"
    },
    "ground_truth": {
      "initial_bearing_deg": 38.33,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Ipanema at (-22.98436°, -43.20285°)",
      "  To: Bačka Topola at (45.81516°, 19.6318°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 19.6318 - -43.20285 = 62.8346°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 38.33°",
      "Step 5: Determine cardinal direction",
      "  38.3° → NE",
      "FINAL ANSWER: 38.33° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 38.24719,
      "lon": 125.79476,
      "name": "Ayang-ni"
    },
    "point_b": {
      "lat": -19.9,
      "lon": 47.23333,
      "name": "Soanindrariny"
    },
    "ground_truth": {
      "initial_bearing_deg": 247.45,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Ayang-ni at (38.24719°, 125.79476°)",
      "  To: Soanindrariny at (-19.9°, 47.23333°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 47.23333 - 125.79476 = -78.5614°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 247.45°",
      "Step 5: Determine cardinal direction",
      "  247.4° → SW",
      "FINAL ANSWER: 247.45° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 27.06193,
      "lon": -101.54891,
      "name": "San Buenaventura"
    },
    "point_b": {
      "lat": 38.50839,
      "lon": -90.32289,
      "name": "Mehlville"
    },
    "ground_truth": {
      "initial_bearing_deg": 36.58,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: San Buenaventura at (27.06193°, -101.54891°)",
      "  To: Mehlville at (38.50839°, -90.32289°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -90.32289 - -101.54891 = 11.2260°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 36.58°",
      "Step 5: Determine cardinal direction",
      "  36.6° → NE",
      "FINAL ANSWER: 36.58° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 21.68216,
      "lon": -78.62567,
      "name": "Baraguá"
    },
    "point_b": {
      "lat": 20.66667,
      "lon": -88.56667,
      "name": "Chichén-Itzá"
    },
    "ground_truth": {
      "initial_bearing_deg": 265.56,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Baraguá at (21.68216°, -78.62567°)",
      "  To: Chichén-Itzá at (20.66667°, -88.56667°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -88.56667 - -78.62567 = -9.9410°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 265.56°",
      "Step 5: Determine cardinal direction",
      "  265.6° → W",
      "FINAL ANSWER: 265.56° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -5.04098,
      "lon": 18.81619,
      "name": "Kikwit"
    },
    "point_b": {
      "lat": -27.18871,
      "lon": 25.32931,
      "name": "Schweizer-Reneke"
    },
    "ground_truth": {
      "initial_bearing_deg": 165.04,
      "cardinal_direction": "S",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kikwit at (-5.04098°, 18.81619°)",
      "  To: Schweizer-Reneke at (-27.18871°, 25.32931°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 25.32931 - 18.81619 = 6.5131°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 165.04°",
      "Step 5: Determine cardinal direction",
      "  165.0° → S",
      "FINAL ANSWER: 165.04° (S)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 34.67139,
      "lon": 70.20944,
      "name": "Mehtar Lām"
    },
    "point_b": {
      "lat": -7.31473,
      "lon": 16.0024,
      "name": "Sanza Pombo"
    },
    "ground_truth": {
      "initial_bearing_deg": 241.62,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Mehtar Lām at (34.67139°, 70.20944°)",
      "  To: Sanza Pombo at (-7.31473°, 16.0024°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 16.0024 - 70.20944 = -54.2070°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 241.62°",
      "Step 5: Determine cardinal direction",
      "  241.6° → SW",
      "FINAL ANSWER: 241.62° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 9.8,
      "lon": 38.73333,
      "name": "Fichē"
    },
    "point_b": {
      "lat": 7.15571,
      "lon": 3.34509,
      "name": "Abeokuta"
    },
    "ground_truth": {
      "initial_bearing_deg": 268.51,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Fichē at (9.8°, 38.73333°)",
      "  To: Abeokuta at (7.15571°, 3.34509°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 3.34509 - 38.73333 = -35.3882°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 268.51°",
      "Step 5: Determine cardinal direction",
      "  268.5° → W",
      "FINAL ANSWER: 268.51° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 50.965,
      "lon": 5.50082,
      "name": "Genk"
    },
    "point_b": {
      "lat": 10.35028,
      "lon": 39.93626,
      "name": "Āt’aye"
    },
    "ground_truth": {
      "initial_bearing_deg": 132.91,
      "cardinal_direction": "SE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Genk at (50.965°, 5.50082°)",
      "  To: Āt’aye at (10.35028°, 39.93626°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 39.93626 - 5.50082 = 34.4354°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 132.91°",
      "Step 5: Determine cardinal direction",
      "  132.9° → SE",
      "FINAL ANSWER: 132.91° (SE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -3.49167,
      "lon": -45.25111,
      "name": "Monção"
    },
    "point_b": {
      "lat": 13.4556,
      "lon": 109.22348,
      "name": "Sông Cầu"
    },
    "ground_truth": {
      "initial_bearing_deg": 66.89,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Monção at (-3.49167°, -45.25111°)",
      "  To: Sông Cầu at (13.4556°, 109.22348°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 109.22348 - -45.25111 = 154.4746°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 66.89°",
      "Step 5: Determine cardinal direction",
      "  66.9° → NE",
      "FINAL ANSWER: 66.89° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 41.17289,
      "lon": -8.59931,
      "name": "Paranhos"
    },
    "point_b": {
      "lat": -27.3171,
      "lon": 153.03097,
      "name": "Bracken Ridge"
    },
    "ground_truth": {
      "initial_bearing_deg": 53.17,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Paranhos at (41.17289°, -8.59931°)",
      "  To: Bracken Ridge at (-27.3171°, 153.03097°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 153.03097 - -8.59931 = 161.6303°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 53.17°",
      "Step 5: Determine cardinal direction",
      "  53.2° → NE",
      "FINAL ANSWER: 53.17° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -11.72917,
      "lon": -49.06861,
      "name": "Gurupi"
    },
    "point_b": {
      "lat": 22.75923,
      "lon": 113.79452,
      "name": "Gongheyong"
    },
    "ground_truth": {
      "initial_bearing_deg": 53.69,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Gurupi at (-11.72917°, -49.06861°)",
      "  To: Gongheyong at (22.75923°, 113.79452°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 113.79452 - -49.06861 = 162.8631°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 53.69°",
      "Step 5: Determine cardinal direction",
      "  53.7° → NE",
      "FINAL ANSWER: 53.69° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 34.11849,
      "lon": -6.7389,
      "name": "Bouknadel"
    },
    "point_b": {
      "lat": 59.34,
      "lon": 17.94,
      "name": "Bromma"
    },
    "ground_truth": {
      "initial_bearing_deg": 25.21,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Bouknadel at (34.11849°, -6.7389°)",
      "  To: Bromma at (59.34°, 17.94°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 17.94 - -6.7389 = 24.6789°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 25.21°",
      "Step 5: Determine cardinal direction",
      "  25.2° → NE",
      "FINAL ANSWER: 25.21° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 32.7236,
      "lon": -5.1025,
      "name": "Boumia"
    },
    "point_b": {
      "lat": 39.07195,
      "lon": -0.26623,
      "name": "Tavernes de la Valldigna"
    },
    "ground_truth": {
      "initial_bearing_deg": 30.29,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Boumia at (32.7236°, -5.1025°)",
      "  To: Tavernes de la Valldigna at (39.07195°, -0.26623°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -0.26623 - -5.1025 = 4.8363°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 30.29°",
      "Step 5: Determine cardinal direction",
      "  30.3° → NE",
      "FINAL ANSWER: 30.29° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 39.76282,
      "lon": -86.39972,
      "name": "Avon"
    },
    "point_b": {
      "lat": 3.6746,
      "lon": 100.9867,
      "name": "Sungai Besar"
    },
    "ground_truth": {
      "initial_bearing_deg": 349.35,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Avon at (39.76282°, -86.39972°)",
      "  To: Sungai Besar at (3.6746°, 100.9867°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 100.9867 - -86.39972 = 187.3864°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 349.35°",
      "Step 5: Determine cardinal direction",
      "  349.4° → N",
      "FINAL ANSWER: 349.35° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -21.13361,
      "lon": -51.10167,
      "name": "Mirandópolis"
    },
    "point_b": {
      "lat": 6.19041,
      "lon": -67.48391,
      "name": "Puerto Carreño"
    },
    "ground_truth": {
      "initial_bearing_deg": 327.75,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Mirandópolis at (-21.13361°, -51.10167°)",
      "  To: Puerto Carreño at (6.19041°, -67.48391°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -67.48391 - -51.10167 = -16.3822°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 327.75°",
      "Step 5: Determine cardinal direction",
      "  327.8° → NW",
      "FINAL ANSWER: 327.75° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 20.71373,
      "lon": 77.02639,
      "name": "Umbri"
    },
    "point_b": {
      "lat": -43.89834,
      "lon": 171.73011,
      "name": "Ashburton"
    },
    "ground_truth": {
      "initial_bearing_deg": 131.15,
      "cardinal_direction": "SE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Umbri at (20.71373°, 77.02639°)",
      "  To: Ashburton at (-43.89834°, 171.73011°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 171.73011 - 77.02639 = 94.7037°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 131.15°",
      "Step 5: Determine cardinal direction",
      "  131.2° → SE",
      "FINAL ANSWER: 131.15° (SE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -9.53694,
      "lon": -36.63361,
      "name": "Igaci"
    },
    "point_b": {
      "lat": -20.87222,
      "lon": -51.4875,
      "name": "Castilho"
    },
    "ground_truth": {
      "initial_bearing_deg": 229.9,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Igaci at (-9.53694°, -36.63361°)",
      "  To: Castilho at (-20.87222°, -51.4875°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -51.4875 - -36.63361 = -14.8539°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 229.90°",
      "Step 5: Determine cardinal direction",
      "  229.9° → SW",
      "FINAL ANSWER: 229.90° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 40.84394,
      "lon": 14.0952,
      "name": "Pozzuoli"
    },
    "point_b": {
      "lat": 9.56667,
      "lon": 37.1,
      "name": "Shambu"
    },
    "ground_truth": {
      "initial_bearing_deg": 140.52,
      "cardinal_direction": "SE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Pozzuoli at (40.84394°, 14.0952°)",
      "  To: Shambu at (9.56667°, 37.1°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 37.1 - 14.0952 = 23.0048°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 140.52°",
      "Step 5: Determine cardinal direction",
      "  140.5° → SE",
      "FINAL ANSWER: 140.52° (SE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 49.19884,
      "lon": 9.5072,
      "name": "Öhringen"
    },
    "point_b": {
      "lat": 78.22334,
      "lon": 15.64689,
      "name": "Longyearbyen"
    },
    "ground_truth": {
      "initial_bearing_deg": 2.57,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Öhringen at (49.19884°, 9.5072°)",
      "  To: Longyearbyen at (78.22334°, 15.64689°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 15.64689 - 9.5072 = 6.1397°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 2.57°",
      "Step 5: Determine cardinal direction",
      "  2.6° → N",
      "FINAL ANSWER: 2.57° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -33.71028,
      "lon": 150.95095,
      "name": "Kellyville"
    },
    "point_b": {
      "lat": 43.70313,
      "lon": 7.26608,
      "name": "Nice"
    },
    "ground_truth": {
      "initial_bearing_deg": 300.43,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kellyville at (-33.71028°, 150.95095°)",
      "  To: Nice at (43.70313°, 7.26608°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 7.26608 - 150.95095 = -143.6849°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 300.43°",
      "Step 5: Determine cardinal direction",
      "  300.4° → NW",
      "FINAL ANSWER: 300.43° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -2.94722,
      "lon": -48.95306,
      "name": "Tailândia"
    },
    "point_b": {
      "lat": 17.66709,
      "lon": 82.61245,
      "name": "Narsīpatnam"
    },
    "ground_truth": {
      "initial_bearing_deg": 69.22,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Tailândia at (-2.94722°, -48.95306°)",
      "  To: Narsīpatnam at (17.66709°, 82.61245°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 82.61245 - -48.95306 = 131.5655°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 69.22°",
      "Step 5: Determine cardinal direction",
      "  69.2° → E",
      "FINAL ANSWER: 69.22° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 49.26667,
      "lon": 6.78333,
      "name": "Wadgassen"
    },
    "point_b": {
      "lat": 11.46009,
      "lon": 78.18635,
      "name": "Rasipuram"
    },
    "ground_truth": {
      "initial_bearing_deg": 96.58,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Wadgassen at (49.26667°, 6.78333°)",
      "  To: Rasipuram at (11.46009°, 78.18635°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 78.18635 - 6.78333 = 71.4030°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 96.58°",
      "Step 5: Determine cardinal direction",
      "  96.6° → E",
      "FINAL ANSWER: 96.58° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 25.84341,
      "lon": 93.43116,
      "name": "Diphu"
    },
    "point_b": {
      "lat": -35.41647,
      "lon": 149.06954,
      "name": "Tuggeranong Administrative District"
    },
    "ground_truth": {
      "initial_bearing_deg": 137.03,
      "cardinal_direction": "SE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Diphu at (25.84341°, 93.43116°)",
      "  To: Tuggeranong Administrative District at (-35.41647°, 149.06954°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 149.06954 - 93.43116 = 55.6384°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 137.03°",
      "Step 5: Determine cardinal direction",
      "  137.0° → SE",
      "FINAL ANSWER: 137.03° (SE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 4.08466,
      "lon": -76.19536,
      "name": "Tuluá"
    },
    "point_b": {
      "lat": 27.31667,
      "lon": 103.71667,
      "name": "Zhaotong"
    },
    "ground_truth": {
      "initial_bearing_deg": 0.15,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Tuluá at (4.08466°, -76.19536°)",
      "  To: Zhaotong at (27.31667°, 103.71667°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 103.71667 - -76.19536 = 179.9120°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 0.15°",
      "Step 5: Determine cardinal direction",
      "  0.1° → N",
      "FINAL ANSWER: 0.15° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -34.424,
      "lon": 150.89345,
      "name": "Wollongong"
    },
    "point_b": {
      "lat": 54.69981,
      "lon": 25.18393,
      "name": "Pilaitė"
    },
    "ground_truth": {
      "initial_bearing_deg": 315.8,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Wollongong at (-34.424°, 150.89345°)",
      "  To: Pilaitė at (54.69981°, 25.18393°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 25.18393 - 150.89345 = -125.7095°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 315.80°",
      "Step 5: Determine cardinal direction",
      "  315.8° → NW",
      "FINAL ANSWER: 315.80° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -37.0646,
      "lon": 174.94212,
      "name": "Papakura"
    },
    "point_b": {
      "lat": 41.20917,
      "lon": 36.97389,
      "name": "Terme"
    },
    "ground_truth": {
      "initial_bearing_deg": 290.56,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Papakura at (-37.0646°, 174.94212°)",
      "  To: Terme at (41.20917°, 36.97389°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 36.97389 - 174.94212 = -137.9682°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 290.56°",
      "Step 5: Determine cardinal direction",
      "  290.6° → W",
      "FINAL ANSWER: 290.56° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 14.1951,
      "lon": 43.31518,
      "name": "Zabīd"
    },
    "point_b": {
      "lat": -22.84278,
      "lon": -45.25139,
      "name": "Potim"
    },
    "ground_truth": {
      "initial_bearing_deg": 247.48,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Zabīd at (14.1951°, 43.31518°)",
      "  To: Potim at (-22.84278°, -45.25139°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -45.25139 - 43.31518 = -88.5666°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 247.48°",
      "Step 5: Determine cardinal direction",
      "  247.5° → SW",
      "FINAL ANSWER: 247.48° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 25.27143,
      "lon": 55.30207,
      "name": "Dayrah"
    },
    "point_b": {
      "lat": 39.75895,
      "lon": -84.19161,
      "name": "Dayton"
    },
    "ground_truth": {
      "initial_bearing_deg": 328.9,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Dayrah at (25.27143°, 55.30207°)",
      "  To: Dayton at (39.75895°, -84.19161°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -84.19161 - 55.30207 = -139.4937°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 328.90°",
      "Step 5: Determine cardinal direction",
      "  328.9° → NW",
      "FINAL ANSWER: 328.90° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 1.23889,
      "lon": 35.11194,
      "name": "Kapenguria"
    },
    "point_b": {
      "lat": 41.74115,
      "lon": -87.61255,
      "name": "Chatham"
    },
    "ground_truth": {
      "initial_bearing_deg": 317.05,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kapenguria at (1.23889°, 35.11194°)",
      "  To: Chatham at (41.74115°, -87.61255°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -87.61255 - 35.11194 = -122.7245°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 317.05°",
      "Step 5: Determine cardinal direction",
      "  317.1° → NW",
      "FINAL ANSWER: 317.05° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -3.20333,
      "lon": -52.20639,
      "name": "Altamira"
    },
    "point_b": {
      "lat": 51.09242,
      "lon": 4.3717,
      "name": "Boom"
    },
    "ground_truth": {
      "initial_bearing_deg": 33.36,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Altamira at (-3.20333°, -52.20639°)",
      "  To: Boom at (51.09242°, 4.3717°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 4.3717 - -52.20639 = 56.5781°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 33.36°",
      "Step 5: Determine cardinal direction",
      "  33.4° → NE",
      "FINAL ANSWER: 33.36° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -11.83268,
      "lon": 16.23613,
      "name": "Mungo"
    },
    "point_b": {
      "lat": -11.26833,
      "lon": -37.43833,
      "name": "Estância"
    },
    "ground_truth": {
      "initial_bearing_deg": 264.78,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Mungo at (-11.83268°, 16.23613°)",
      "  To: Estância at (-11.26833°, -37.43833°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -37.43833 - 16.23613 = -53.6745°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 264.78°",
      "Step 5: Determine cardinal direction",
      "  264.8° → W",
      "FINAL ANSWER: 264.78° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 43.17124,
      "lon": -2.6338,
      "name": "Durango"
    },
    "point_b": {
      "lat": 20.38983,
      "lon": 78.09027,
      "name": "Lohāra"
    },
    "ground_truth": {
      "initial_bearing_deg": 80.75,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Durango at (43.17124°, -2.6338°)",
      "  To: Lohāra at (20.38983°, 78.09027°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 78.09027 - -2.6338 = 80.7241°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 80.75°",
      "Step 5: Determine cardinal direction",
      "  80.8° → E",
      "FINAL ANSWER: 80.75° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 40.15669,
      "lon": 43.13424,
      "name": "Kağızman"
    },
    "point_b": {
      "lat": 12.99809,
      "lon": 15.73195,
      "name": "Massakory"
    },
    "ground_truth": {
      "initial_bearing_deg": 229.28,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kağızman at (40.15669°, 43.13424°)",
      "  To: Massakory at (12.99809°, 15.73195°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 15.73195 - 43.13424 = -27.4023°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 229.28°",
      "Step 5: Determine cardinal direction",
      "  229.3° → SW",
      "FINAL ANSWER: 229.28° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -27.31472,
      "lon": -48.55917,
      "name": "Governador Celso Ramos"
    },
    "point_b": {
      "lat": -38.82225,
      "lon": -68.06293,
      "name": "Cinco Saltos"
    },
    "ground_truth": {
      "initial_bearing_deg": 229.77,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Governador Celso Ramos at (-27.31472°, -48.55917°)",
      "  To: Cinco Saltos at (-38.82225°, -68.06293°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -68.06293 - -48.55917 = -19.5038°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 229.77°",
      "Step 5: Determine cardinal direction",
      "  229.8° → SW",
      "FINAL ANSWER: 229.77° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 13.737,
      "lon": 100.512,
      "name": "Samphanthawong"
    },
    "point_b": {
      "lat": 19.26028,
      "lon": -99.59083,
      "name": "San Salvador Tizatlalli"
    },
    "ground_truth": {
      "initial_bearing_deg": 31.43,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Samphanthawong at (13.737°, 100.512°)",
      "  To: San Salvador Tizatlalli at (19.26028°, -99.59083°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -99.59083 - 100.512 = -200.1028°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 31.43°",
      "Step 5: Determine cardinal direction",
      "  31.4° → NE",
      "FINAL ANSWER: 31.43° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 26.96667,
      "lon": 1.08333,
      "name": "Aoulef"
    },
    "point_b": {
      "lat": 14.0775,
      "lon": -3.51594,
      "name": "Bankass"
    },
    "ground_truth": {
      "initial_bearing_deg": 199.34,
      "cardinal_direction": "S",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Aoulef at (26.96667°, 1.08333°)",
      "  To: Bankass at (14.0775°, -3.51594°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -3.51594 - 1.08333 = -4.5993°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 199.34°",
      "Step 5: Determine cardinal direction",
      "  199.3° → S",
      "FINAL ANSWER: 199.34° (S)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 5.62611,
      "lon": 10.25421,
      "name": "Mbouda"
    },
    "point_b": {
      "lat": 38.6703,
      "lon": 26.75656,
      "name": "Foça"
    },
    "ground_truth": {
      "initial_bearing_deg": 22.02,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Mbouda at (5.62611°, 10.25421°)",
      "  To: Foça at (38.6703°, 26.75656°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 26.75656 - 10.25421 = 16.5023°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 22.02°",
      "Step 5: Determine cardinal direction",
      "  22.0° → N",
      "FINAL ANSWER: 22.02° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -26.49155,
      "lon": 29.22878,
      "name": "Trichardt"
    },
    "point_b": {
      "lat": 20.62268,
      "lon": -103.06813,
      "name": "Zapotlanejo"
    },
    "ground_truth": {
      "initial_bearing_deg": 272.83,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Trichardt at (-26.49155°, 29.22878°)",
      "  To: Zapotlanejo at (20.62268°, -103.06813°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -103.06813 - 29.22878 = -132.2969°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 272.83°",
      "Step 5: Determine cardinal direction",
      "  272.8° → W",
      "FINAL ANSWER: 272.83° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 41.2,
      "lon": -8.63333,
      "name": "São Tiago de Custoias"
    },
    "point_b": {
      "lat": 45.46005,
      "lon": -73.57058,
      "name": "Verdun"
    },
    "ground_truth": {
      "initial_bearing_deg": 298.19,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: São Tiago de Custoias at (41.2°, -8.63333°)",
      "  To: Verdun at (45.46005°, -73.57058°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -73.57058 - -8.63333 = -64.9373°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 298.19°",
      "Step 5: Determine cardinal direction",
      "  298.2° → NW",
      "FINAL ANSWER: 298.19° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -21.15345,
      "lon": 149.16554,
      "name": "Mackay"
    },
    "point_b": {
      "lat": -24.95911,
      "lon": 31.17025,
      "name": "Hlanganani"
    },
    "ground_truth": {
      "initial_bearing_deg": 235.65,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Mackay at (-21.15345°, 149.16554°)",
      "  To: Hlanganani at (-24.95911°, 31.17025°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 31.17025 - 149.16554 = -117.9953°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 235.65°",
      "Step 5: Determine cardinal direction",
      "  235.7° → SW",
      "FINAL ANSWER: 235.65° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -27.03424,
      "lon": -65.30196,
      "name": "Bella Vista"
    },
    "point_b": {
      "lat": 29.14816,
      "lon": 31.12733,
      "name": "Būsh"
    },
    "ground_truth": {
      "initial_bearing_deg": 65.84,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Bella Vista at (-27.03424°, -65.30196°)",
      "  To: Būsh at (29.14816°, 31.12733°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 31.12733 - -65.30196 = 96.4293°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 65.84°",
      "Step 5: Determine cardinal direction",
      "  65.8° → NE",
      "FINAL ANSWER: 65.84° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 52.92343,
      "lon": 9.23491,
      "name": "Verden"
    },
    "point_b": {
      "lat": -33.89743,
      "lon": 150.93446,
      "name": "Cabramatta"
    },
    "ground_truth": {
      "initial_bearing_deg": 70.37,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Verden at (52.92343°, 9.23491°)",
      "  To: Cabramatta at (-33.89743°, 150.93446°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 150.93446 - 9.23491 = 141.6995°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 70.37°",
      "Step 5: Determine cardinal direction",
      "  70.4° → E",
      "FINAL ANSWER: 70.37° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 20.27465,
      "lon": -76.95132,
      "name": "Yara"
    },
    "point_b": {
      "lat": 47.79494,
      "lon": 124.45773,
      "name": "Fuyu"
    },
    "ground_truth": {
      "initial_bearing_deg": 344.94,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Yara at (20.27465°, -76.95132°)",
      "  To: Fuyu at (47.79494°, 124.45773°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 124.45773 - -76.95132 = 201.4090°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 344.94°",
      "Step 5: Determine cardinal direction",
      "  344.9° → N",
      "FINAL ANSWER: 344.94° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -17.29972,
      "lon": -48.27944,
      "name": "Pires do Rio"
    },
    "point_b": {
      "lat": 1.3375,
      "lon": 103.90917,
      "name": "Kaki Bukit Estate"
    },
    "ground_truth": {
      "initial_bearing_deg": 117.29,
      "cardinal_direction": "SE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Pires do Rio at (-17.29972°, -48.27944°)",
      "  To: Kaki Bukit Estate at (1.3375°, 103.90917°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 103.90917 - -48.27944 = 152.1886°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 117.29°",
      "Step 5: Determine cardinal direction",
      "  117.3° → SE",
      "FINAL ANSWER: 117.29° (SE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -32.27682,
      "lon": 115.72978,
      "name": "Rockingham"
    },
    "point_b": {
      "lat": 44.36548,
      "lon": 20.95885,
      "name": "Smederevska Palanka"
    },
    "ground_truth": {
      "initial_bearing_deg": 308.14,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Rockingham at (-32.27682°, 115.72978°)",
      "  To: Smederevska Palanka at (44.36548°, 20.95885°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 20.95885 - 115.72978 = -94.7709°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 308.14°",
      "Step 5: Determine cardinal direction",
      "  308.1° → NW",
      "FINAL ANSWER: 308.14° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 42.34593,
      "lon": -71.55229,
      "name": "Marlborough"
    },
    "point_b": {
      "lat": -3.50306,
      "lon": -80.27306,
      "name": "Zarumilla"
    },
    "ground_truth": {
      "initial_bearing_deg": 192.04,
      "cardinal_direction": "S",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Marlborough at (42.34593°, -71.55229°)",
      "  To: Zarumilla at (-3.50306°, -80.27306°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -80.27306 - -71.55229 = -8.7208°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 192.04°",
      "Step 5: Determine cardinal direction",
      "  192.0° → S",
      "FINAL ANSWER: 192.04° (S)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -23.65094,
      "lon": -70.39752,
      "name": "Antofagasta"
    },
    "point_b": {
      "lat": 12.95479,
      "lon": 36.15549,
      "name": "Metemma"
    },
    "ground_truth": {
      "initial_bearing_deg": 84.26,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Antofagasta at (-23.65094°, -70.39752°)",
      "  To: Metemma at (12.95479°, 36.15549°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 36.15549 - -70.39752 = 106.5530°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 84.26°",
      "Step 5: Determine cardinal direction",
      "  84.3° → E",
      "FINAL ANSWER: 84.26° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 36.50861,
      "lon": 32.08278,
      "name": "Kestel"
    },
    "point_b": {
      "lat": 34.09205,
      "lon": 134.28452,
      "name": "Awa"
    },
    "ground_truth": {
      "initial_bearing_deg": 55.58,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kestel at (36.50861°, 32.08278°)",
      "  To: Awa at (34.09205°, 134.28452°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 134.28452 - 32.08278 = 102.2017°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 55.58°",
      "Step 5: Determine cardinal direction",
      "  55.6° → NE",
      "FINAL ANSWER: 55.58° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 2.2618,
      "lon": 102.2317,
      "name": "Kawasan Perindustrian Cheng"
    },
    "point_b": {
      "lat": 31.31146,
      "lon": 31.14766,
      "name": "Al Ḩāmūl"
    },
    "ground_truth": {
      "initial_bearing_deg": 302.17,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kawasan Perindustrian Cheng at (2.2618°, 102.2317°)",
      "  To: Al Ḩāmūl at (31.31146°, 31.14766°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 31.14766 - 102.2317 = -71.0840°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 302.17°",
      "Step 5: Determine cardinal direction",
      "  302.2° → NW",
      "FINAL ANSWER: 302.17° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 40.42122,
      "lon": -3.61759,
      "name": "Arcos"
    },
    "point_b": {
      "lat": 50.93331,
      "lon": 6.95954,
      "name": "Altstadt Sud"
    },
    "ground_truth": {
      "initial_bearing_deg": 31.42,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Arcos at (40.42122°, -3.61759°)",
      "  To: Altstadt Sud at (50.93331°, 6.95954°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 6.95954 - -3.61759 = 10.5771°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 31.42°",
      "Step 5: Determine cardinal direction",
      "  31.4° → NE",
      "FINAL ANSWER: 31.42° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 27.61987,
      "lon": 80.20343,
      "name": "Pihānī"
    },
    "point_b": {
      "lat": 40.41189,
      "lon": -3.65682,
      "name": "Media Legua"
    },
    "ground_truth": {
      "initial_bearing_deg": 305.33,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Pihānī at (27.61987°, 80.20343°)",
      "  To: Media Legua at (40.41189°, -3.65682°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -3.65682 - 80.20343 = -83.8602°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 305.33°",
      "Step 5: Determine cardinal direction",
      "  305.3° → NW",
      "FINAL ANSWER: 305.33° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 48.53695,
      "lon": 9.2833,
      "name": "Metzingen"
    },
    "point_b": {
      "lat": 10.47027,
      "lon": -66.61934,
      "name": "Guarenas"
    },
    "ground_truth": {
      "initial_bearing_deg": 266.45,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Metzingen at (48.53695°, 9.2833°)",
      "  To: Guarenas at (10.47027°, -66.61934°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -66.61934 - 9.2833 = -75.9026°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 266.45°",
      "Step 5: Determine cardinal direction",
      "  266.4° → W",
      "FINAL ANSWER: 266.45° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 43.80306,
      "lon": 143.89083,
      "name": "Kitami"
    },
    "point_b": {
      "lat": -19.05294,
      "lon": -169.91957,
      "name": "Alofi"
    },
    "ground_truth": {
      "initial_bearing_deg": 135.27,
      "cardinal_direction": "SE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kitami at (43.80306°, 143.89083°)",
      "  To: Alofi at (-19.05294°, -169.91957°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -169.91957 - 143.89083 = -313.8104°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 135.27°",
      "Step 5: Determine cardinal direction",
      "  135.3° → SE",
      "FINAL ANSWER: 135.27° (SE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -17.36667,
      "lon": 30.2,
      "name": "Chinhoyi"
    },
    "point_b": {
      "lat": 48.92426,
      "lon": 2.2128,
      "name": "Bezons"
    },
    "ground_truth": {
      "initial_bearing_deg": 340.94,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Chinhoyi at (-17.36667°, 30.2°)",
      "  To: Bezons at (48.92426°, 2.2128°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 2.2128 - 30.2 = -27.9872°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 340.94°",
      "Step 5: Determine cardinal direction",
      "  340.9° → N",
      "FINAL ANSWER: 340.94° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 38.83861,
      "lon": 105.66861,
      "name": "Bayan Hot"
    },
    "point_b": {
      "lat": 38.90524,
      "lon": -77.04362,
      "name": "Golden Triangle"
    },
    "ground_truth": {
      "initial_bearing_deg": 2.16,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Bayan Hot at (38.83861°, 105.66861°)",
      "  To: Golden Triangle at (38.90524°, -77.04362°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -77.04362 - 105.66861 = -182.7122°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 2.16°",
      "Step 5: Determine cardinal direction",
      "  2.2° → N",
      "FINAL ANSWER: 2.16° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -10.68333,
      "lon": 39.83333,
      "name": "Nanyamba"
    },
    "point_b": {
      "lat": 1.94468,
      "lon": 30.03861,
      "name": "Mangbwalu"
    },
    "ground_truth": {
      "initial_bearing_deg": 321.78,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Nanyamba at (-10.68333°, 39.83333°)",
      "  To: Mangbwalu at (1.94468°, 30.03861°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 30.03861 - 39.83333 = -9.7947°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 321.78°",
      "Step 5: Determine cardinal direction",
      "  321.8° → NW",
      "FINAL ANSWER: 321.78° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 51.90006,
      "lon": -2.07972,
      "name": "Cheltenham"
    },
    "point_b": {
      "lat": 54.67501,
      "lon": 20.13473,
      "name": "Svetlyy"
    },
    "ground_truth": {
      "initial_bearing_deg": 69.4,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Cheltenham at (51.90006°, -2.07972°)",
      "  To: Svetlyy at (54.67501°, 20.13473°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 20.13473 - -2.07972 = 22.2144°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 69.40°",
      "Step 5: Determine cardinal direction",
      "  69.4° → E",
      "FINAL ANSWER: 69.40° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 44.103,
      "lon": 9.82375,
      "name": "La Spezia"
    },
    "point_b": {
      "lat": 1.61549,
      "lon": -75.60412,
      "name": "Florencia"
    },
    "ground_truth": {
      "initial_bearing_deg": 267.98,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: La Spezia at (44.103°, 9.82375°)",
      "  To: Florencia at (1.61549°, -75.60412°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -75.60412 - 9.82375 = -85.4279°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 267.98°",
      "Step 5: Determine cardinal direction",
      "  268.0° → W",
      "FINAL ANSWER: 267.98° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 8.05861,
      "lon": -6.18972,
      "name": "Mankono"
    },
    "point_b": {
      "lat": 41.97263,
      "lon": -71.32474,
      "name": "North Attleborough Center"
    },
    "ground_truth": {
      "initial_bearing_deg": 312.51,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Mankono at (8.05861°, -6.18972°)",
      "  To: North Attleborough Center at (41.97263°, -71.32474°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -71.32474 - -6.18972 = -65.1350°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 312.51°",
      "Step 5: Determine cardinal direction",
      "  312.5° → NW",
      "FINAL ANSWER: 312.51° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 22.06566,
      "lon": 81.68543,
      "name": "Mungeli"
    },
    "point_b": {
      "lat": 44.53889,
      "lon": 10.81166,
      "name": "Fiorano"
    },
    "ground_truth": {
      "initial_bearing_deg": 309.86,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Mungeli at (22.06566°, 81.68543°)",
      "  To: Fiorano at (44.53889°, 10.81166°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 10.81166 - 81.68543 = -70.8738°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 309.86°",
      "Step 5: Determine cardinal direction",
      "  309.9° → NW",
      "FINAL ANSWER: 309.86° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 25.00827,
      "lon": 55.15682,
      "name": "Dubai Investments Park"
    },
    "point_b": {
      "lat": 55.75,
      "lon": -4.03333,
      "name": "Meikle Earnock"
    },
    "ground_truth": {
      "initial_bearing_deg": 322.38,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Dubai Investments Park at (25.00827°, 55.15682°)",
      "  To: Meikle Earnock at (55.75°, -4.03333°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -4.03333 - 55.15682 = -59.1902°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 322.38°",
      "Step 5: Determine cardinal direction",
      "  322.4° → NW",
      "FINAL ANSWER: 322.38° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 28.3769,
      "lon": 129.49379,
      "name": "Amami"
    },
    "point_b": {
      "lat": 11.21266,
      "lon": 79.36369,
      "name": "Jayamkondacholapuram"
    },
    "ground_truth": {
      "initial_bearing_deg": 260.37,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Amami at (28.3769°, 129.49379°)",
      "  To: Jayamkondacholapuram at (11.21266°, 79.36369°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 79.36369 - 129.49379 = -50.1301°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 260.37°",
      "Step 5: Determine cardinal direction",
      "  260.4° → W",
      "FINAL ANSWER: 260.37° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 32.91851,
      "lon": -80.02203,
      "name": "Hanahan"
    },
    "point_b": {
      "lat": -4.32861,
      "lon": -38.88472,
      "name": "Baturité"
    },
    "ground_truth": {
      "initial_bearing_deg": 125.71,
      "cardinal_direction": "SE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Hanahan at (32.91851°, -80.02203°)",
      "  To: Baturité at (-4.32861°, -38.88472°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -38.88472 - -80.02203 = 41.1373°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 125.71°",
      "Step 5: Determine cardinal direction",
      "  125.7° → SE",
      "FINAL ANSWER: 125.71° (SE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 29.2699,
      "lon": 51.2188,
      "name": "Borāzjān"
    },
    "point_b": {
      "lat": 47.29722,
      "lon": -1.4921,
      "name": "Carquefou"
    },
    "ground_truth": {
      "initial_bearing_deg": 309.21,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Borāzjān at (29.2699°, 51.2188°)",
      "  To: Carquefou at (47.29722°, -1.4921°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -1.4921 - 51.2188 = -52.7109°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 309.21°",
      "Step 5: Determine cardinal direction",
      "  309.2° → NW",
      "FINAL ANSWER: 309.21° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 22.24126,
      "lon": -80.3911,
      "name": "Palmira"
    },
    "point_b": {
      "lat": 35.73289,
      "lon": 139.82085,
      "name": "Sumida"
    },
    "ground_truth": {
      "initial_bearing_deg": 325.94,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Palmira at (22.24126°, -80.3911°)",
      "  To: Sumida at (35.73289°, 139.82085°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 139.82085 - -80.3911 = 220.2120°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 325.94°",
      "Step 5: Determine cardinal direction",
      "  325.9° → NW",
      "FINAL ANSWER: 325.94° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 46.87719,
      "lon": -96.7898,
      "name": "Fargo"
    },
    "point_b": {
      "lat": -31.76737,
      "lon": 115.96936,
      "name": "Ellenbrook"
    },
    "ground_truth": {
      "initial_bearing_deg": 289.4,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Fargo at (46.87719°, -96.7898°)",
      "  To: Ellenbrook at (-31.76737°, 115.96936°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 115.96936 - -96.7898 = 212.7592°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 289.40°",
      "Step 5: Determine cardinal direction",
      "  289.4° → W",
      "FINAL ANSWER: 289.40° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 11.08155,
      "lon": 39.74339,
      "name": "Kombolcha"
    },
    "point_b": {
      "lat": 41.66394,
      "lon": -83.55521,
      "name": "Toledo"
    },
    "ground_truth": {
      "initial_bearing_deg": 319.5,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kombolcha at (11.08155°, 39.74339°)",
      "  To: Toledo at (41.66394°, -83.55521°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -83.55521 - 39.74339 = -123.2986°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 319.50°",
      "Step 5: Determine cardinal direction",
      "  319.5° → NW",
      "FINAL ANSWER: 319.50° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 8.01714,
      "lon": 4.90421,
      "name": "Ila Orangun"
    },
    "point_b": {
      "lat": 39.95373,
      "lon": -74.19792,
      "name": "Toms River"
    },
    "ground_truth": {
      "initial_bearing_deg": 309.28,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Ila Orangun at (8.01714°, 4.90421°)",
      "  To: Toms River at (39.95373°, -74.19792°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -74.19792 - 4.90421 = -79.1021°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 309.28°",
      "Step 5: Determine cardinal direction",
      "  309.3° → NW",
      "FINAL ANSWER: 309.28° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 30.96187,
      "lon": 108.24327,
      "name": "Nanmen"
    },
    "point_b": {
      "lat": 21.46002,
      "lon": 95.3884,
      "name": "Myingyan"
    },
    "ground_truth": {
      "initial_bearing_deg": 233.52,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Nanmen at (30.96187°, 108.24327°)",
      "  To: Myingyan at (21.46002°, 95.3884°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 95.3884 - 108.24327 = -12.8549°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 233.52°",
      "Step 5: Determine cardinal direction",
      "  233.5° → SW",
      "FINAL ANSWER: 233.52° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 10.31028,
      "lon": 123.94944,
      "name": "Lapu-Lapu City"
    },
    "point_b": {
      "lat": -0.41611,
      "lon": 31.40806,
      "name": "Lwengo"
    },
    "ground_truth": {
      "initial_bearing_deg": 270.05,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Lapu-Lapu City at (10.31028°, 123.94944°)",
      "  To: Lwengo at (-0.41611°, 31.40806°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 31.40806 - 123.94944 = -92.5414°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 270.05°",
      "Step 5: Determine cardinal direction",
      "  270.1° → W",
      "FINAL ANSWER: 270.05° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 18.91614,
      "lon": -103.87713,
      "name": "Tecomán"
    },
    "point_b": {
      "lat": -36.99282,
      "lon": 174.87986,
      "name": "Manukau City"
    },
    "ground_truth": {
      "initial_bearing_deg": 232.37,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Tecomán at (18.91614°, -103.87713°)",
      "  To: Manukau City at (-36.99282°, 174.87986°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 174.87986 - -103.87713 = 278.7570°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 232.37°",
      "Step 5: Determine cardinal direction",
      "  232.4° → SW",
      "FINAL ANSWER: 232.37° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -17.345,
      "lon": -44.94194,
      "name": "Pirapora"
    },
    "point_b": {
      "lat": 4.29005,
      "lon": -74.81612,
      "name": "Flandes"
    },
    "ground_truth": {
      "initial_bearing_deg": 303.53,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Pirapora at (-17.345°, -44.94194°)",
      "  To: Flandes at (4.29005°, -74.81612°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -74.81612 - -44.94194 = -29.8742°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 303.53°",
      "Step 5: Determine cardinal direction",
      "  303.5° → NW",
      "FINAL ANSWER: 303.53° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 43.50092,
      "lon": -70.44283,
      "name": "Saco"
    },
    "point_b": {
      "lat": 11.22191,
      "lon": -4.64423,
      "name": "Karankasso"
    },
    "ground_truth": {
      "initial_bearing_deg": 98.62,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Saco at (43.50092°, -70.44283°)",
      "  To: Karankasso at (11.22191°, -4.64423°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -4.64423 - -70.44283 = 65.7986°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 98.62°",
      "Step 5: Determine cardinal direction",
      "  98.6° → E",
      "FINAL ANSWER: 98.62° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -33.30422,
      "lon": 26.53276,
      "name": "Grahamstown"
    },
    "point_b": {
      "lat": 7.6685,
      "lon": 5.12627,
      "name": "Igede-Ekiti"
    },
    "ground_truth": {
      "initial_bearing_deg": 329.67,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Grahamstown at (-33.30422°, 26.53276°)",
      "  To: Igede-Ekiti at (7.6685°, 5.12627°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 5.12627 - 26.53276 = -21.4065°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 329.67°",
      "Step 5: Determine cardinal direction",
      "  329.7° → NW",
      "FINAL ANSWER: 329.67° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 47.05893,
      "lon": -0.87974,
      "name": "Cholet"
    },
    "point_b": {
      "lat": -19.93167,
      "lon": -44.05361,
      "name": "Contagem"
    },
    "ground_truth": {
      "initial_bearing_deg": 221.22,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Cholet at (47.05893°, -0.87974°)",
      "  To: Contagem at (-19.93167°, -44.05361°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -44.05361 - -0.87974 = -43.1739°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 221.22°",
      "Step 5: Determine cardinal direction",
      "  221.2° → SW",
      "FINAL ANSWER: 221.22° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 35.65087,
      "lon": 139.79163,
      "name": "Toyosu"
    },
    "point_b": {
      "lat": 38.67727,
      "lon": -87.52863,
      "name": "Vincennes"
    },
    "ground_truth": {
      "initial_bearing_deg": 35.11,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Toyosu at (35.65087°, 139.79163°)",
      "  To: Vincennes at (38.67727°, -87.52863°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -87.52863 - 139.79163 = -227.3203°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 35.11°",
      "Step 5: Determine cardinal direction",
      "  35.1° → NE",
      "FINAL ANSWER: 35.11° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -13.08333,
      "lon": 48.85,
      "name": "Antsohimbondrona"
    },
    "point_b": {
      "lat": -30.60106,
      "lon": -71.19901,
      "name": "Ovalle"
    },
    "ground_truth": {
      "initial_bearing_deg": 231.46,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Antsohimbondrona at (-13.08333°, 48.85°)",
      "  To: Ovalle at (-30.60106°, -71.19901°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -71.19901 - 48.85 = -120.0490°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 231.46°",
      "Step 5: Determine cardinal direction",
      "  231.5° → SW",
      "FINAL ANSWER: 231.46° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 35.818,
      "lon": 139.368,
      "name": "Iruma"
    },
    "point_b": {
      "lat": 9.45149,
      "lon": 18.94493,
      "name": "Kyabé"
    },
    "ground_truth": {
      "initial_bearing_deg": 296.57,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Iruma at (35.818°, 139.368°)",
      "  To: Kyabé at (9.45149°, 18.94493°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 18.94493 - 139.368 = -120.4231°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 296.57°",
      "Step 5: Determine cardinal direction",
      "  296.6° → NW",
      "FINAL ANSWER: 296.57° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 42.37649,
      "lon": -71.23561,
      "name": "Waltham"
    },
    "point_b": {
      "lat": -37.73333,
      "lon": 145.15,
      "name": "Eltham"
    },
    "ground_truth": {
      "initial_bearing_deg": 267.2,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Waltham at (42.37649°, -71.23561°)",
      "  To: Eltham at (-37.73333°, 145.15°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 145.15 - -71.23561 = 216.3856°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 267.20°",
      "Step 5: Determine cardinal direction",
      "  267.2° → W",
      "FINAL ANSWER: 267.20° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 53.85713,
      "lon": -2.16851,
      "name": "Colne"
    },
    "point_b": {
      "lat": 38.91667,
      "lon": 141.13333,
      "name": "Ichinoseki"
    },
    "ground_truth": {
      "initial_bearing_deg": 28.01,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Colne at (53.85713°, -2.16851°)",
      "  To: Ichinoseki at (38.91667°, 141.13333°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 141.13333 - -2.16851 = 143.3018°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 28.01°",
      "Step 5: Determine cardinal direction",
      "  28.0° → NE",
      "FINAL ANSWER: 28.01° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 31.09311,
      "lon": 30.31418,
      "name": "Abū Ḩummuş"
    },
    "point_b": {
      "lat": -29.57366,
      "lon": 31.11552,
      "name": "Tongaat"
    },
    "ground_truth": {
      "initial_bearing_deg": 179.2,
      "cardinal_direction": "S",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Abū Ḩummuş at (31.09311°, 30.31418°)",
      "  To: Tongaat at (-29.57366°, 31.11552°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 31.11552 - 30.31418 = 0.8013°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 179.20°",
      "Step 5: Determine cardinal direction",
      "  179.2° → S",
      "FINAL ANSWER: 179.20° (S)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 12.77972,
      "lon": 101.64831,
      "name": "Klaeng"
    },
    "point_b": {
      "lat": -15.48211,
      "lon": 28.35099,
      "name": "Chisankane"
    },
    "ground_truth": {
      "initial_bearing_deg": 250.79,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Klaeng at (12.77972°, 101.64831°)",
      "  To: Chisankane at (-15.48211°, 28.35099°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 28.35099 - 101.64831 = -73.2973°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 250.79°",
      "Step 5: Determine cardinal direction",
      "  250.8° → W",
      "FINAL ANSWER: 250.79° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 53.20271,
      "lon": 5.80973,
      "name": "Leeuwarden"
    },
    "point_b": {
      "lat": -4.52483,
      "lon": 35.3849,
      "name": "Katesh"
    },
    "ground_truth": {
      "initial_bearing_deg": 146.43,
      "cardinal_direction": "SE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Leeuwarden at (53.20271°, 5.80973°)",
      "  To: Katesh at (-4.52483°, 35.3849°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 35.3849 - 5.80973 = 29.5752°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 146.43°",
      "Step 5: Determine cardinal direction",
      "  146.4° → SE",
      "FINAL ANSWER: 146.43° (SE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -17.54234,
      "lon": -65.83472,
      "name": "Punata"
    },
    "point_b": {
      "lat": 40.45245,
      "lon": -3.70763,
      "name": "Bellas Vistas"
    },
    "ground_truth": {
      "initial_bearing_deg": 42.82,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Punata at (-17.54234°, -65.83472°)",
      "  To: Bellas Vistas at (40.45245°, -3.70763°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -3.70763 - -65.83472 = 62.1271°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 42.82°",
      "Step 5: Determine cardinal direction",
      "  42.8° → NE",
      "FINAL ANSWER: 42.82° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -33.9049,
      "lon": 151.01996,
      "name": "Yagoona"
    },
    "point_b": {
      "lat": 14.33236,
      "lon": -16.40513,
      "name": "Fatick"
    },
    "ground_truth": {
      "initial_bearing_deg": 213.23,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Yagoona at (-33.9049°, 151.01996°)",
      "  To: Fatick at (14.33236°, -16.40513°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -16.40513 - 151.01996 = -167.4251°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 213.23°",
      "Step 5: Determine cardinal direction",
      "  213.2° → SW",
      "FINAL ANSWER: 213.23° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 48.6511,
      "lon": 2.41406,
      "name": "Ris-Orangis"
    },
    "point_b": {
      "lat": -25.96222,
      "lon": 32.45889,
      "name": "Matola"
    },
    "ground_truth": {
      "initial_bearing_deg": 152.74,
      "cardinal_direction": "SE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Ris-Orangis at (48.6511°, 2.41406°)",
      "  To: Matola at (-25.96222°, 32.45889°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 32.45889 - 2.41406 = 30.0448°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 152.74°",
      "Step 5: Determine cardinal direction",
      "  152.7° → SE",
      "FINAL ANSWER: 152.74° (SE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 24.42244,
      "lon": 88.25238,
      "name": "Lālgola"
    },
    "point_b": {
      "lat": -2.5964,
      "lon": 140.6324,
      "name": "Abepura"
    },
    "ground_truth": {
      "initial_bearing_deg": 110.34,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Lālgola at (24.42244°, 88.25238°)",
      "  To: Abepura at (-2.5964°, 140.6324°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 140.6324 - 88.25238 = 52.3800°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 110.34°",
      "Step 5: Determine cardinal direction",
      "  110.3° → E",
      "FINAL ANSWER: 110.34° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -0.24849,
      "lon": 35.73194,
      "name": "Molo"
    },
    "point_b": {
      "lat": -22.67842,
      "lon": 14.52663,
      "name": "Swakopmund"
    },
    "ground_truth": {
      "initial_bearing_deg": 221.16,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Molo at (-0.24849°, 35.73194°)",
      "  To: Swakopmund at (-22.67842°, 14.52663°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 14.52663 - 35.73194 = -21.2053°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 221.16°",
      "Step 5: Determine cardinal direction",
      "  221.2° → SW",
      "FINAL ANSWER: 221.16° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -2.85,
      "lon": 33.08333,
      "name": "Misungwi"
    },
    "point_b": {
      "lat": 45.82972,
      "lon": 20.46528,
      "name": "Kikinda"
    },
    "ground_truth": {
      "initial_bearing_deg": 348.53,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Misungwi at (-2.85°, 33.08333°)",
      "  To: Kikinda at (45.82972°, 20.46528°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 20.46528 - 33.08333 = -12.6180°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 348.53°",
      "Step 5: Determine cardinal direction",
      "  348.5° → N",
      "FINAL ANSWER: 348.53° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 23.6303,
      "lon": 85.52156,
      "name": "Rāmgarh"
    },
    "point_b": {
      "lat": 40.65642,
      "lon": 17.70814,
      "name": "San Vito dei Normanni"
    },
    "ground_truth": {
      "initial_bearing_deg": 304.46,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Rāmgarh at (23.6303°, 85.52156°)",
      "  To: San Vito dei Normanni at (40.65642°, 17.70814°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 17.70814 - 85.52156 = -67.8134°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 304.46°",
      "Step 5: Determine cardinal direction",
      "  304.5° → NW",
      "FINAL ANSWER: 304.46° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -5.22152,
      "lon": 145.78695,
      "name": "Madang"
    },
    "point_b": {
      "lat": 33.19973,
      "lon": 120.4578,
      "name": "Dazhong"
    },
    "ground_truth": {
      "initial_bearing_deg": 329.76,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Madang at (-5.22152°, 145.78695°)",
      "  To: Dazhong at (33.19973°, 120.4578°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 120.4578 - 145.78695 = -25.3291°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 329.76°",
      "Step 5: Determine cardinal direction",
      "  329.8° → NW",
      "FINAL ANSWER: 329.76° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 36.64997,
      "lon": 3.3308,
      "name": "Khemis el Khechna"
    },
    "point_b": {
      "lat": 0.55667,
      "lon": 31.80222,
      "name": "Kasanda"
    },
    "ground_truth": {
      "initial_bearing_deg": 137.32,
      "cardinal_direction": "SE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Khemis el Khechna at (36.64997°, 3.3308°)",
      "  To: Kasanda at (0.55667°, 31.80222°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 31.80222 - 3.3308 = 28.4714°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 137.32°",
      "Step 5: Determine cardinal direction",
      "  137.3° → SE",
      "FINAL ANSWER: 137.32° (SE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -26.14095,
      "lon": 28.15247,
      "name": "Edenvale"
    },
    "point_b": {
      "lat": 36.01393,
      "lon": -5.60695,
      "name": "Tarifa"
    },
    "ground_truth": {
      "initial_bearing_deg": 331.39,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Edenvale at (-26.14095°, 28.15247°)",
      "  To: Tarifa at (36.01393°, -5.60695°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -5.60695 - 28.15247 = -33.7594°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 331.39°",
      "Step 5: Determine cardinal direction",
      "  331.4° → NW",
      "FINAL ANSWER: 331.39° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 28.3091,
      "lon": 70.12652,
      "name": "Saddiqabad"
    },
    "point_b": {
      "lat": 29.41369,
      "lon": 112.16435,
      "name": "Shenliu"
    },
    "ground_truth": {
      "initial_bearing_deg": 77.85,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Saddiqabad at (28.3091°, 70.12652°)",
      "  To: Shenliu at (29.41369°, 112.16435°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 112.16435 - 70.12652 = 42.0378°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 77.85°",
      "Step 5: Determine cardinal direction",
      "  77.8° → E",
      "FINAL ANSWER: 77.85° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 50.50301,
      "lon": 13.63617,
      "name": "Most"
    },
    "point_b": {
      "lat": 19.30023,
      "lon": 73.05881,
      "name": "Bhiwandi"
    },
    "ground_truth": {
      "initial_bearing_deg": 101.16,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Most at (50.50301°, 13.63617°)",
      "  To: Bhiwandi at (19.30023°, 73.05881°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 73.05881 - 13.63617 = 59.4226°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 101.16°",
      "Step 5: Determine cardinal direction",
      "  101.2° → E",
      "FINAL ANSWER: 101.16° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 20.4925,
      "lon": -103.4175,
      "name": "Lomas del Sur"
    },
    "point_b": {
      "lat": 42.96336,
      "lon": -85.66809,
      "name": "Grand Rapids"
    },
    "ground_truth": {
      "initial_bearing_deg": 29.49,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Lomas del Sur at (20.4925°, -103.4175°)",
      "  To: Grand Rapids at (42.96336°, -85.66809°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -85.66809 - -103.4175 = 17.7494°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 29.49°",
      "Step 5: Determine cardinal direction",
      "  29.5° → NE",
      "FINAL ANSWER: 29.49° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 40.80028,
      "lon": 19.91667,
      "name": "Kuçovë"
    },
    "point_b": {
      "lat": -8.94111,
      "lon": -72.79167,
      "name": "Marechal Thaumaturgo"
    },
    "ground_truth": {
      "initial_bearing_deg": 264.95,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kuçovë at (40.80028°, 19.91667°)",
      "  To: Marechal Thaumaturgo at (-8.94111°, -72.79167°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -72.79167 - 19.91667 = -92.7083°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 264.95°",
      "Step 5: Determine cardinal direction",
      "  264.9° → W",
      "FINAL ANSWER: 264.95° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 41.49167,
      "lon": 20.22194,
      "name": "Bulqizë"
    },
    "point_b": {
      "lat": 20.22627,
      "lon": -103.56981,
      "name": "Zacoalco de Torres"
    },
    "ground_truth": {
      "initial_bearing_deg": 307.79,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Bulqizë at (41.49167°, 20.22194°)",
      "  To: Zacoalco de Torres at (20.22627°, -103.56981°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -103.56981 - 20.22194 = -123.7918°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 307.79°",
      "Step 5: Determine cardinal direction",
      "  307.8° → NW",
      "FINAL ANSWER: 307.79° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -25.5036,
      "lon": -54.65067,
      "name": "Ciudad del Este"
    },
    "point_b": {
      "lat": 11.89494,
      "lon": 75.43959,
      "name": "Chelora"
    },
    "ground_truth": {
      "initial_bearing_deg": 96.5,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Ciudad del Este at (-25.5036°, -54.65067°)",
      "  To: Chelora at (11.89494°, 75.43959°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 75.43959 - -54.65067 = 130.0903°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 96.50°",
      "Step 5: Determine cardinal direction",
      "  96.5° → E",
      "FINAL ANSWER: 96.50° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 35.07465,
      "lon": -1.22431,
      "name": "Bensekrane"
    },
    "point_b": {
      "lat": 47.42346,
      "lon": -120.31035,
      "name": "Wenatchee"
    },
    "ground_truth": {
      "initial_bearing_deg": 323.25,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Bensekrane at (35.07465°, -1.22431°)",
      "  To: Wenatchee at (47.42346°, -120.31035°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -120.31035 - -1.22431 = -119.0860°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 323.25°",
      "Step 5: Determine cardinal direction",
      "  323.2° → NW",
      "FINAL ANSWER: 323.25° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 49.48056,
      "lon": 6.0875,
      "name": "Dudelange"
    },
    "point_b": {
      "lat": 46.23175,
      "lon": 27.66907,
      "name": "Bârlad"
    },
    "ground_truth": {
      "initial_bearing_deg": 94.45,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Dudelange at (49.48056°, 6.0875°)",
      "  To: Bârlad at (46.23175°, 27.66907°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 27.66907 - 6.0875 = 21.5816°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 94.45°",
      "Step 5: Determine cardinal direction",
      "  94.5° → E",
      "FINAL ANSWER: 94.45° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 17.64944,
      "lon": 95.45705,
      "name": "Hinthada"
    },
    "point_b": {
      "lat": -22.94564,
      "lon": 30.48497,
      "name": "Thohoyandou"
    },
    "ground_truth": {
      "initial_bearing_deg": 239.6,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Hinthada at (17.64944°, 95.45705°)",
      "  To: Thohoyandou at (-22.94564°, 30.48497°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 30.48497 - 95.45705 = -64.9721°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 239.60°",
      "Step 5: Determine cardinal direction",
      "  239.6° → SW",
      "FINAL ANSWER: 239.60° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 33.72835,
      "lon": -117.14642,
      "name": "Menifee"
    },
    "point_b": {
      "lat": 15.40637,
      "lon": 79.50702,
      "name": "Kanigiri U"
    },
    "ground_truth": {
      "initial_bearing_deg": 339.37,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Menifee at (33.72835°, -117.14642°)",
      "  To: Kanigiri U at (15.40637°, 79.50702°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 79.50702 - -117.14642 = 196.6534°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 339.37°",
      "Step 5: Determine cardinal direction",
      "  339.4° → N",
      "FINAL ANSWER: 339.37° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 20.67738,
      "lon": -103.34749,
      "name": "Guadalajara"
    },
    "point_b": {
      "lat": -33.8406,
      "lon": 151.00748,
      "name": "Granville"
    },
    "ground_truth": {
      "initial_bearing_deg": 241.08,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Guadalajara at (20.67738°, -103.34749°)",
      "  To: Granville at (-33.8406°, 151.00748°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 151.00748 - -103.34749 = 254.3550°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 241.08°",
      "Step 5: Determine cardinal direction",
      "  241.1° → SW",
      "FINAL ANSWER: 241.08° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 40.31412,
      "lon": -112.00688,
      "name": "Eagle Mountain"
    },
    "point_b": {
      "lat": 5.31198,
      "lon": -3.99363,
      "name": "Marcory"
    },
    "ground_truth": {
      "initial_bearing_deg": 74.1,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Eagle Mountain at (40.31412°, -112.00688°)",
      "  To: Marcory at (5.31198°, -3.99363°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -3.99363 - -112.00688 = 108.0132°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 74.10°",
      "Step 5: Determine cardinal direction",
      "  74.1° → E",
      "FINAL ANSWER: 74.10° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 2.7389,
      "lon": 102.2487,
      "name": "Kuala Pilah"
    },
    "point_b": {
      "lat": 1.25881,
      "lon": 35.09569,
      "name": "Makutano"
    },
    "ground_truth": {
      "initial_bearing_deg": 270.21,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kuala Pilah at (2.7389°, 102.2487°)",
      "  To: Makutano at (1.25881°, 35.09569°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 35.09569 - 102.2487 = -67.1530°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 270.21°",
      "Step 5: Determine cardinal direction",
      "  270.2° → W",
      "FINAL ANSWER: 270.21° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -8.39818,
      "lon": -74.53774,
      "name": "San Fernando"
    },
    "point_b": {
      "lat": 45.25167,
      "lon": 19.83694,
      "name": "Novi Sad"
    },
    "ground_truth": {
      "initial_bearing_deg": 45.3,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: San Fernando at (-8.39818°, -74.53774°)",
      "  To: Novi Sad at (45.25167°, 19.83694°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 19.83694 - -74.53774 = 94.3747°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 45.30°",
      "Step 5: Determine cardinal direction",
      "  45.3° → NE",
      "FINAL ANSWER: 45.30° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 7.50077,
      "lon": 134.6238,
      "name": "Ngerulmud"
    },
    "point_b": {
      "lat": -27.00805,
      "lon": 27.3646,
      "name": "Vredefort"
    },
    "ground_truth": {
      "initial_bearing_deg": 243.96,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Ngerulmud at (7.50077°, 134.6238°)",
      "  To: Vredefort at (-27.00805°, 27.3646°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 27.3646 - 134.6238 = -107.2592°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 243.96°",
      "Step 5: Determine cardinal direction",
      "  244.0° → SW",
      "FINAL ANSWER: 243.96° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 9.36238,
      "lon": -73.60313,
      "name": "Chiriguaná"
    },
    "point_b": {
      "lat": 4.95384,
      "lon": -6.08531,
      "name": "Sassandra"
    },
    "ground_truth": {
      "initial_bearing_deg": 88.55,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Chiriguaná at (9.36238°, -73.60313°)",
      "  To: Sassandra at (4.95384°, -6.08531°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -6.08531 - -73.60313 = 67.5178°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 88.55°",
      "Step 5: Determine cardinal direction",
      "  88.5° → E",
      "FINAL ANSWER: 88.55° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 38.76511,
      "lon": -76.89831,
      "name": "Clinton"
    },
    "point_b": {
      "lat": 36.52056,
      "lon": 6.26111,
      "name": "Sidi Mérouane"
    },
    "ground_truth": {
      "initial_bearing_deg": 63.14,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Clinton at (38.76511°, -76.89831°)",
      "  To: Sidi Mérouane at (36.52056°, 6.26111°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 6.26111 - -76.89831 = 83.1594°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 63.14°",
      "Step 5: Determine cardinal direction",
      "  63.1° → NE",
      "FINAL ANSWER: 63.14° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 14.87964,
      "lon": -91.45699,
      "name": "Salcajá"
    },
    "point_b": {
      "lat": 33.88474,
      "lon": -118.41091,
      "name": "Manhattan Beach"
    },
    "ground_truth": {
      "initial_bearing_deg": 312.83,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Salcajá at (14.87964°, -91.45699°)",
      "  To: Manhattan Beach at (33.88474°, -118.41091°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -118.41091 - -91.45699 = -26.9539°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 312.83°",
      "Step 5: Determine cardinal direction",
      "  312.8° → NW",
      "FINAL ANSWER: 312.83° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 18.54478,
      "lon": -72.30036,
      "name": "Delmas"
    },
    "point_b": {
      "lat": -21.03306,
      "lon": -44.75806,
      "name": "Bom Sucesso"
    },
    "ground_truth": {
      "initial_bearing_deg": 144.43,
      "cardinal_direction": "SE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Delmas at (18.54478°, -72.30036°)",
      "  To: Bom Sucesso at (-21.03306°, -44.75806°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -44.75806 - -72.30036 = 27.5423°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 144.43°",
      "Step 5: Determine cardinal direction",
      "  144.4° → SE",
      "FINAL ANSWER: 144.43° (SE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 38.67351,
      "lon": 29.4058,
      "name": "Uşak"
    },
    "point_b": {
      "lat": -26.31401,
      "lon": 26.82223,
      "name": "Ventersdorp"
    },
    "ground_truth": {
      "initial_bearing_deg": 182.55,
      "cardinal_direction": "S",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Uşak at (38.67351°, 29.4058°)",
      "  To: Ventersdorp at (-26.31401°, 26.82223°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 26.82223 - 29.4058 = -2.5836°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 182.55°",
      "Step 5: Determine cardinal direction",
      "  182.6° → S",
      "FINAL ANSWER: 182.55° (S)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -17.73111,
      "lon": -49.09944,
      "name": "Morrinhos"
    },
    "point_b": {
      "lat": -27.31472,
      "lon": -48.55917,
      "name": "Governador Celso Ramos"
    },
    "ground_truth": {
      "initial_bearing_deg": 177.12,
      "cardinal_direction": "S",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Morrinhos at (-17.73111°, -49.09944°)",
      "  To: Governador Celso Ramos at (-27.31472°, -48.55917°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -48.55917 - -49.09944 = 0.5403°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 177.12°",
      "Step 5: Determine cardinal direction",
      "  177.1° → S",
      "FINAL ANSWER: 177.12° (S)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -7.31056,
      "lon": -50.04833,
      "name": "Rio Maria"
    },
    "point_b": {
      "lat": 14.79032,
      "lon": -15.90803,
      "name": "Mbaké"
    },
    "ground_truth": {
      "initial_bearing_deg": 56.8,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Rio Maria at (-7.31056°, -50.04833°)",
      "  To: Mbaké at (14.79032°, -15.90803°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -15.90803 - -50.04833 = 34.1403°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 56.80°",
      "Step 5: Determine cardinal direction",
      "  56.8° → NE",
      "FINAL ANSWER: 56.80° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -3.52278,
      "lon": -40.34278,
      "name": "Massapê"
    },
    "point_b": {
      "lat": 5.55221,
      "lon": -0.33912,
      "name": "Mandela"
    },
    "ground_truth": {
      "initial_bearing_deg": 77.37,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Massapê at (-3.52278°, -40.34278°)",
      "  To: Mandela at (5.55221°, -0.33912°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -0.33912 - -40.34278 = 40.0037°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 77.37°",
      "Step 5: Determine cardinal direction",
      "  77.4° → E",
      "FINAL ANSWER: 77.37° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 44.9483,
      "lon": -93.34801,
      "name": "Saint Louis Park"
    },
    "point_b": {
      "lat": 54.90973,
      "lon": 64.4319,
      "name": "Kurtamysh"
    },
    "ground_truth": {
      "initial_bearing_deg": 12.82,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Saint Louis Park at (44.9483°, -93.34801°)",
      "  To: Kurtamysh at (54.90973°, 64.4319°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 64.4319 - -93.34801 = 157.7799°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 12.82°",
      "Step 5: Determine cardinal direction",
      "  12.8° → N",
      "FINAL ANSWER: 12.82° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -33.01529,
      "lon": 27.91162,
      "name": "East London"
    },
    "point_b": {
      "lat": 43.67159,
      "lon": -79.404,
      "name": "Annex"
    },
    "ground_truth": {
      "initial_bearing_deg": 303.77,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: East London at (-33.01529°, 27.91162°)",
      "  To: Annex at (43.67159°, -79.404°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -79.404 - 27.91162 = -107.3156°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 303.77°",
      "Step 5: Determine cardinal direction",
      "  303.8° → NW",
      "FINAL ANSWER: 303.77° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 14.2,
      "lon": 24.66667,
      "name": "Kutum"
    },
    "point_b": {
      "lat": 51.66361,
      "lon": 16.0845,
      "name": "Głogów"
    },
    "ground_truth": {
      "initial_bearing_deg": 351.37,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kutum at (14.2°, 24.66667°)",
      "  To: Głogów at (51.66361°, 16.0845°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 16.0845 - 24.66667 = -8.5822°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 351.37°",
      "Step 5: Determine cardinal direction",
      "  351.4° → N",
      "FINAL ANSWER: 351.37° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 54.61378,
      "lon": 25.95537,
      "name": "Astraviec"
    },
    "point_b": {
      "lat": 43.6475,
      "lon": 111.97667,
      "name": "Erenhot"
    },
    "ground_truth": {
      "initial_bearing_deg": 63.57,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Astraviec at (54.61378°, 25.95537°)",
      "  To: Erenhot at (43.6475°, 111.97667°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 111.97667 - 25.95537 = 86.0213°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 63.57°",
      "Step 5: Determine cardinal direction",
      "  63.6° → NE",
      "FINAL ANSWER: 63.57° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 33.88168,
      "lon": -118.11701,
      "name": "Bellflower"
    },
    "point_b": {
      "lat": -7.5817,
      "lon": -39.28348,
      "name": "Jardim"
    },
    "ground_truth": {
      "initial_bearing_deg": 102.55,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Bellflower at (33.88168°, -118.11701°)",
      "  To: Jardim at (-7.5817°, -39.28348°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -39.28348 - -118.11701 = 78.8335°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 102.55°",
      "Step 5: Determine cardinal direction",
      "  102.5° → E",
      "FINAL ANSWER: 102.55° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 48.59479,
      "lon": 17.82591,
      "name": "Piešťany"
    },
    "point_b": {
      "lat": 9.91861,
      "lon": -68.30472,
      "name": "Tinaquillo"
    },
    "ground_truth": {
      "initial_bearing_deg": 273.73,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Piešťany at (48.59479°, 17.82591°)",
      "  To: Tinaquillo at (9.91861°, -68.30472°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -68.30472 - 17.82591 = -86.1306°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 273.73°",
      "Step 5: Determine cardinal direction",
      "  273.7° → W",
      "FINAL ANSWER: 273.73° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -7.96556,
      "lon": 110.60361,
      "name": "Wonosari"
    },
    "point_b": {
      "lat": 46.56718,
      "lon": 26.91384,
      "name": "Bacău"
    },
    "ground_truth": {
      "initial_bearing_deg": 316.88,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Wonosari at (-7.96556°, 110.60361°)",
      "  To: Bacău at (46.56718°, 26.91384°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 26.91384 - 110.60361 = -83.6898°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 316.88°",
      "Step 5: Determine cardinal direction",
      "  316.9° → NW",
      "FINAL ANSWER: 316.88° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 10.1664,
      "lon": 76.20179,
      "name": "Vadakakarai"
    },
    "point_b": {
      "lat": 9.03333,
      "lon": 38.15,
      "name": "Gīnch’ī"
    },
    "ground_truth": {
      "initial_bearing_deg": 271.63,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Vadakakarai at (10.1664°, 76.20179°)",
      "  To: Gīnch’ī at (9.03333°, 38.15°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 38.15 - 76.20179 = -38.0518°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 271.63°",
      "Step 5: Determine cardinal direction",
      "  271.6° → W",
      "FINAL ANSWER: 271.63° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 46.25773,
      "lon": 126.28065,
      "name": "Lanxi"
    },
    "point_b": {
      "lat": -14.33611,
      "lon": -43.77361,
      "name": "Malhada"
    },
    "ground_truth": {
      "initial_bearing_deg": 342.1,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Lanxi at (46.25773°, 126.28065°)",
      "  To: Malhada at (-14.33611°, -43.77361°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -43.77361 - 126.28065 = -170.0543°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 342.10°",
      "Step 5: Determine cardinal direction",
      "  342.1° → N",
      "FINAL ANSWER: 342.10° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 50.70825,
      "lon": -120.41337,
      "name": "Brocklehurst"
    },
    "point_b": {
      "lat": 34.1463,
      "lon": 73.21168,
      "name": "Abbottabad"
    },
    "ground_truth": {
      "initial_bearing_deg": 348.73,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Brocklehurst at (50.70825°, -120.41337°)",
      "  To: Abbottabad at (34.1463°, 73.21168°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 73.21168 - -120.41337 = 193.6250°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 348.73°",
      "Step 5: Determine cardinal direction",
      "  348.7° → N",
      "FINAL ANSWER: 348.73° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 34.01325,
      "lon": -6.83255,
      "name": "Rabat"
    },
    "point_b": {
      "lat": 29.70885,
      "lon": 73.62539,
      "name": "Padampur"
    },
    "ground_truth": {
      "initial_bearing_deg": 68.91,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Rabat at (34.01325°, -6.83255°)",
      "  To: Padampur at (29.70885°, 73.62539°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 73.62539 - -6.83255 = 80.4579°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 68.91°",
      "Step 5: Determine cardinal direction",
      "  68.9° → E",
      "FINAL ANSWER: 68.91° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 13.2045,
      "lon": 108.21029,
      "name": "Ea Drăng"
    },
    "point_b": {
      "lat": 7.4839,
      "lon": 80.3683,
      "name": "Kurunegala"
    },
    "ground_truth": {
      "initial_bearing_deg": 260.99,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Ea Drăng at (13.2045°, 108.21029°)",
      "  To: Kurunegala at (7.4839°, 80.3683°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 80.3683 - 108.21029 = -27.8420°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 260.99°",
      "Step 5: Determine cardinal direction",
      "  261.0° → W",
      "FINAL ANSWER: 260.99° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -4.36667,
      "lon": 35.08333,
      "name": "Basotu"
    },
    "point_b": {
      "lat": 41.52614,
      "lon": -87.88922,
      "name": "Mokena"
    },
    "ground_truth": {
      "initial_bearing_deg": 315.09,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Basotu at (-4.36667°, 35.08333°)",
      "  To: Mokena at (41.52614°, -87.88922°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -87.88922 - 35.08333 = -122.9725°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 315.09°",
      "Step 5: Determine cardinal direction",
      "  315.1° → NW",
      "FINAL ANSWER: 315.09° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 28.01888,
      "lon": -82.11469,
      "name": "Plant City"
    },
    "point_b": {
      "lat": -37.84205,
      "lon": 145.0694,
      "name": "Camberwell"
    },
    "ground_truth": {
      "initial_bearing_deg": 243.45,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Plant City at (28.01888°, -82.11469°)",
      "  To: Camberwell at (-37.84205°, 145.0694°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 145.0694 - -82.11469 = 227.1841°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 243.45°",
      "Step 5: Determine cardinal direction",
      "  243.4° → SW",
      "FINAL ANSWER: 243.45° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -17.82772,
      "lon": 31.05337,
      "name": "Harare"
    },
    "point_b": {
      "lat": -22.66167,
      "lon": -50.41222,
      "name": "Assis"
    },
    "ground_truth": {
      "initial_bearing_deg": 250.41,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Harare at (-17.82772°, 31.05337°)",
      "  To: Assis at (-22.66167°, -50.41222°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -50.41222 - 31.05337 = -81.4656°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 250.41°",
      "Step 5: Determine cardinal direction",
      "  250.4° → W",
      "FINAL ANSWER: 250.41° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 30.73058,
      "lon": 76.69368,
      "name": "Balaungi"
    },
    "point_b": {
      "lat": 30.21754,
      "lon": 105.7452,
      "name": "Shuangjiang"
    },
    "ground_truth": {
      "initial_bearing_deg": 83.66,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Balaungi at (30.73058°, 76.69368°)",
      "  To: Shuangjiang at (30.21754°, 105.7452°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 105.7452 - 76.69368 = 29.0515°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 83.66°",
      "Step 5: Determine cardinal direction",
      "  83.7° → E",
      "FINAL ANSWER: 83.66° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -25.40222,
      "lon": 32.80722,
      "name": "Manhiça"
    },
    "point_b": {
      "lat": 36.18683,
      "lon": 5.31347,
      "name": "Aïn Arnat"
    },
    "ground_truth": {
      "initial_bearing_deg": 336.09,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Manhiça at (-25.40222°, 32.80722°)",
      "  To: Aïn Arnat at (36.18683°, 5.31347°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 5.31347 - 32.80722 = -27.4938°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 336.09°",
      "Step 5: Determine cardinal direction",
      "  336.1° → NW",
      "FINAL ANSWER: 336.09° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -7.86139,
      "lon": -38.75972,
      "name": "São José do Belmonte"
    },
    "point_b": {
      "lat": 29.16042,
      "lon": 78.00762,
      "name": "Hastināpur"
    },
    "ground_truth": {
      "initial_bearing_deg": 61.19,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: São José do Belmonte at (-7.86139°, -38.75972°)",
      "  To: Hastināpur at (29.16042°, 78.00762°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 78.00762 - -38.75972 = 116.7673°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 61.19°",
      "Step 5: Determine cardinal direction",
      "  61.2° → NE",
      "FINAL ANSWER: 61.19° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 35.49474,
      "lon": 6.92492,
      "name": "Kaïs"
    },
    "point_b": {
      "lat": 16.6614,
      "lon": -9.6149,
      "name": "Ayoun El Atrous"
    },
    "ground_truth": {
      "initial_bearing_deg": 222.29,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kaïs at (35.49474°, 6.92492°)",
      "  To: Ayoun El Atrous at (16.6614°, -9.6149°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -9.6149 - 6.92492 = -16.5398°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 222.29°",
      "Step 5: Determine cardinal direction",
      "  222.3° → SW",
      "FINAL ANSWER: 222.29° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 48.44963,
      "lon": -123.50261,
      "name": "Langford"
    },
    "point_b": {
      "lat": 6.56913,
      "lon": -8.00253,
      "name": "Bloléquin"
    },
    "ground_truth": {
      "initial_bearing_deg": 66.17,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Langford at (48.44963°, -123.50261°)",
      "  To: Bloléquin at (6.56913°, -8.00253°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -8.00253 - -123.50261 = 115.5001°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 66.17°",
      "Step 5: Determine cardinal direction",
      "  66.2° → NE",
      "FINAL ANSWER: 66.17° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 10.86242,
      "lon": 76.09218,
      "name": "Irimbiliyam"
    },
    "point_b": {
      "lat": 22.91,
      "lon": -81.85639,
      "name": "Madruga"
    },
    "ground_truth": {
      "initial_bearing_deg": 327.52,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Irimbiliyam at (10.86242°, 76.09218°)",
      "  To: Madruga at (22.91°, -81.85639°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -81.85639 - 76.09218 = -157.9486°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 327.52°",
      "Step 5: Determine cardinal direction",
      "  327.5° → NW",
      "FINAL ANSWER: 327.52° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 5.7,
      "lon": 101.83333,
      "name": "Kampung Jeli"
    },
    "point_b": {
      "lat": 40.70788,
      "lon": -73.7868,
      "name": "Hillside"
    },
    "ground_truth": {
      "initial_bearing_deg": 355.43,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kampung Jeli at (5.7°, 101.83333°)",
      "  To: Hillside at (40.70788°, -73.7868°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -73.7868 - 101.83333 = -175.6201°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 355.43°",
      "Step 5: Determine cardinal direction",
      "  355.4° → N",
      "FINAL ANSWER: 355.43° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 11.17151,
      "lon": 75.80611,
      "name": "Beypore"
    },
    "point_b": {
      "lat": 51.10821,
      "lon": 6.94831,
      "name": "Langenfeld"
    },
    "ground_truth": {
      "initial_bearing_deg": 320.87,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Beypore at (11.17151°, 75.80611°)",
      "  To: Langenfeld at (51.10821°, 6.94831°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 6.94831 - 75.80611 = -68.8578°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 320.87°",
      "Step 5: Determine cardinal direction",
      "  320.9° → NW",
      "FINAL ANSWER: 320.87° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 43.96667,
      "lon": 116.03333,
      "name": "Xilin Hot"
    },
    "point_b": {
      "lat": -2.51667,
      "lon": 32.9,
      "name": "Mwanza"
    },
    "ground_truth": {
      "initial_bearing_deg": 263.41,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Xilin Hot at (43.96667°, 116.03333°)",
      "  To: Mwanza at (-2.51667°, 32.9°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 32.9 - 116.03333 = -83.1333°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 263.41°",
      "Step 5: Determine cardinal direction",
      "  263.4° → W",
      "FINAL ANSWER: 263.41° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 40.98333,
      "lon": 68.9,
      "name": "Zafar"
    },
    "point_b": {
      "lat": -23.20083,
      "lon": -47.28694,
      "name": "Salto"
    },
    "ground_truth": {
      "initial_bearing_deg": 267.82,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Zafar at (40.98333°, 68.9°)",
      "  To: Salto at (-23.20083°, -47.28694°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -47.28694 - 68.9 = -116.1869°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 267.82°",
      "Step 5: Determine cardinal direction",
      "  267.8° → W",
      "FINAL ANSWER: 267.82° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 22.80667,
      "lon": -80.07556,
      "name": "Sagua la Grande"
    },
    "point_b": {
      "lat": 22.61892,
      "lon": -83.70694,
      "name": "Viñales"
    },
    "ground_truth": {
      "initial_bearing_deg": 267.49,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Sagua la Grande at (22.80667°, -80.07556°)",
      "  To: Viñales at (22.61892°, -83.70694°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -83.70694 - -80.07556 = -3.6314°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 267.49°",
      "Step 5: Determine cardinal direction",
      "  267.5° → W",
      "FINAL ANSWER: 267.49° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 6.26812,
      "lon": 100.42167,
      "name": "Jitra"
    },
    "point_b": {
      "lat": 41.60797,
      "lon": 2.28773,
      "name": "Granollers"
    },
    "ground_truth": {
      "initial_bearing_deg": 312.22,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Jitra at (6.26812°, 100.42167°)",
      "  To: Granollers at (41.60797°, 2.28773°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 2.28773 - 100.42167 = -98.1339°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 312.22°",
      "Step 5: Determine cardinal direction",
      "  312.2° → NW",
      "FINAL ANSWER: 312.22° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -7.18833,
      "lon": -39.73694,
      "name": "Santana do Cariri"
    },
    "point_b": {
      "lat": 4.0913,
      "lon": 9.3144,
      "name": "Mutengene"
    },
    "ground_truth": {
      "initial_bearing_deg": 78.55,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Santana do Cariri at (-7.18833°, -39.73694°)",
      "  To: Mutengene at (4.0913°, 9.3144°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 9.3144 - -39.73694 = 49.0513°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 78.55°",
      "Step 5: Determine cardinal direction",
      "  78.5° → E",
      "FINAL ANSWER: 78.55° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 47.67399,
      "lon": -122.12151,
      "name": "Redmond"
    },
    "point_b": {
      "lat": 13.44189,
      "lon": 79.55314,
      "name": "Puttūr"
    },
    "ground_truth": {
      "initial_bearing_deg": 336.46,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Redmond at (47.67399°, -122.12151°)",
      "  To: Puttūr at (13.44189°, 79.55314°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 79.55314 - -122.12151 = 201.6746°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 336.46°",
      "Step 5: Determine cardinal direction",
      "  336.5° → NW",
      "FINAL ANSWER: 336.46° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 28.0199,
      "lon": -82.77323,
      "name": "Dunedin"
    },
    "point_b": {
      "lat": -23.38032,
      "lon": 150.50595,
      "name": "Rockhampton"
    },
    "ground_truth": {
      "initial_bearing_deg": 262.83,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Dunedin at (28.0199°, -82.77323°)",
      "  To: Rockhampton at (-23.38032°, 150.50595°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 150.50595 - -82.77323 = 233.2792°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 262.83°",
      "Step 5: Determine cardinal direction",
      "  262.8° → W",
      "FINAL ANSWER: 262.83° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 19.30133,
      "lon": 76.49735,
      "name": "Manwath"
    },
    "point_b": {
      "lat": 55.84244,
      "lon": 38.19362,
      "name": "Monino"
    },
    "ground_truth": {
      "initial_bearing_deg": 331.29,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Manwath at (19.30133°, 76.49735°)",
      "  To: Monino at (55.84244°, 38.19362°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 38.19362 - 76.49735 = -38.3037°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 331.29°",
      "Step 5: Determine cardinal direction",
      "  331.3° → NW",
      "FINAL ANSWER: 331.29° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 37.49466,
      "lon": -120.84659,
      "name": "Turlock"
    },
    "point_b": {
      "lat": 22.02074,
      "lon": 82.5666,
      "name": "Nailā"
    },
    "ground_truth": {
      "initial_bearing_deg": 335.69,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Turlock at (37.49466°, -120.84659°)",
      "  To: Nailā at (22.02074°, 82.5666°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 82.5666 - -120.84659 = 203.4132°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 335.69°",
      "Step 5: Determine cardinal direction",
      "  335.7° → NW",
      "FINAL ANSWER: 335.69° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 51.7874,
      "lon": 56.35987,
      "name": "Saraktash"
    },
    "point_b": {
      "lat": 10.02798,
      "lon": 39.8528,
      "name": "Kobo"
    },
    "ground_truth": {
      "initial_bearing_deg": 203.81,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Saraktash at (51.7874°, 56.35987°)",
      "  To: Kobo at (10.02798°, 39.8528°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 39.8528 - 56.35987 = -16.5071°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 203.81°",
      "Step 5: Determine cardinal direction",
      "  203.8° → SW",
      "FINAL ANSWER: 203.81° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 42.96336,
      "lon": -85.66809,
      "name": "Grand Rapids"
    },
    "point_b": {
      "lat": -27.58333,
      "lon": 153.1,
      "name": "Eight Mile Plains"
    },
    "ground_truth": {
      "initial_bearing_deg": 268.06,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Grand Rapids at (42.96336°, -85.66809°)",
      "  To: Eight Mile Plains at (-27.58333°, 153.1°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 153.1 - -85.66809 = 238.7681°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 268.06°",
      "Step 5: Determine cardinal direction",
      "  268.1° → W",
      "FINAL ANSWER: 268.06° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -9.40611,
      "lon": -38.21472,
      "name": "Paulo Afonso"
    },
    "point_b": {
      "lat": 35.83333,
      "lon": 140.23333,
      "name": "Ajiki"
    },
    "ground_truth": {
      "initial_bearing_deg": 2.82,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Paulo Afonso at (-9.40611°, -38.21472°)",
      "  To: Ajiki at (35.83333°, 140.23333°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 140.23333 - -38.21472 = 178.4480°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 2.82°",
      "Step 5: Determine cardinal direction",
      "  2.8° → N",
      "FINAL ANSWER: 2.82° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 50.04862,
      "lon": 14.5244,
      "name": "Hostivař"
    },
    "point_b": {
      "lat": -25.9957,
      "lon": 28.1971,
      "name": "Ivory Park"
    },
    "ground_truth": {
      "initial_bearing_deg": 167.41,
      "cardinal_direction": "S",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Hostivař at (50.04862°, 14.5244°)",
      "  To: Ivory Park at (-25.9957°, 28.1971°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 28.1971 - 14.5244 = 13.6727°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 167.41°",
      "Step 5: Determine cardinal direction",
      "  167.4° → S",
      "FINAL ANSWER: 167.41° (S)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 47.76977,
      "lon": 9.17136,
      "name": "Überlingen"
    },
    "point_b": {
      "lat": 47.23088,
      "lon": 16.62155,
      "name": "Szombathely"
    },
    "ground_truth": {
      "initial_bearing_deg": 93.35,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Überlingen at (47.76977°, 9.17136°)",
      "  To: Szombathely at (47.23088°, 16.62155°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 16.62155 - 9.17136 = 7.4502°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 93.35°",
      "Step 5: Determine cardinal direction",
      "  93.3° → E",
      "FINAL ANSWER: 93.35° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 51.61379,
      "lon": 7.19738,
      "name": "Recklinghausen"
    },
    "point_b": {
      "lat": -27.64613,
      "lon": 152.85965,
      "name": "Redbank Plains"
    },
    "ground_truth": {
      "initial_bearing_deg": 60.28,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Recklinghausen at (51.61379°, 7.19738°)",
      "  To: Redbank Plains at (-27.64613°, 152.85965°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 152.85965 - 7.19738 = 145.6623°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 60.28°",
      "Step 5: Determine cardinal direction",
      "  60.3° → NE",
      "FINAL ANSWER: 60.28° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 44.35012,
      "lon": -78.73286,
      "name": "Lindsay"
    },
    "point_b": {
      "lat": 24.33353,
      "lon": 93.66999,
      "name": "Churāchāndpur"
    },
    "ground_truth": {
      "initial_bearing_deg": 7.41,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Lindsay at (44.35012°, -78.73286°)",
      "  To: Churāchāndpur at (24.33353°, 93.66999°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 93.66999 - -78.73286 = 172.4029°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 7.41°",
      "Step 5: Determine cardinal direction",
      "  7.4° → N",
      "FINAL ANSWER: 7.41° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 42.00288,
      "lon": -71.51478,
      "name": "Woonsocket"
    },
    "point_b": {
      "lat": 27.59441,
      "lon": 94.72402,
      "name": "Silapathar"
    },
    "ground_truth": {
      "initial_bearing_deg": 12.9,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Woonsocket at (42.00288°, -71.51478°)",
      "  To: Silapathar at (27.59441°, 94.72402°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 94.72402 - -71.51478 = 166.2388°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 12.90°",
      "Step 5: Determine cardinal direction",
      "  12.9° → N",
      "FINAL ANSWER: 12.90° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 36.77667,
      "lon": 121.15972,
      "name": "Dongcun"
    },
    "point_b": {
      "lat": -9.13333,
      "lon": -35.74833,
      "name": "Joaquim Gomes"
    },
    "ground_truth": {
      "initial_bearing_deg": 317.09,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Dongcun at (36.77667°, 121.15972°)",
      "  To: Joaquim Gomes at (-9.13333°, -35.74833°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -35.74833 - 121.15972 = -156.9081°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 317.09°",
      "Step 5: Determine cardinal direction",
      "  317.1° → NW",
      "FINAL ANSWER: 317.09° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 13.73939,
      "lon": 106.98727,
      "name": "Banlung"
    },
    "point_b": {
      "lat": 51.44657,
      "lon": 0.21423,
      "name": "Dartford"
    },
    "ground_truth": {
      "initial_bearing_deg": 323.36,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Banlung at (13.73939°, 106.98727°)",
      "  To: Dartford at (51.44657°, 0.21423°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 0.21423 - 106.98727 = -106.7730°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 323.36°",
      "Step 5: Determine cardinal direction",
      "  323.4° → NW",
      "FINAL ANSWER: 323.36° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 31.54514,
      "lon": 73.82891,
      "name": "Chak Five Hundred Seventy-five"
    },
    "point_b": {
      "lat": 48.44248,
      "lon": 22.718,
      "name": "Mukachevo"
    },
    "ground_truth": {
      "initial_bearing_deg": 309.11,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Chak Five Hundred Seventy-five at (31.54514°, 73.82891°)",
      "  To: Mukachevo at (48.44248°, 22.718°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 22.718 - 73.82891 = -51.1109°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 309.11°",
      "Step 5: Determine cardinal direction",
      "  309.1° → NW",
      "FINAL ANSWER: 309.11° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -12.78234,
      "lon": 45.22878,
      "name": "Mamoudzou"
    },
    "point_b": {
      "lat": 43.93064,
      "lon": 10.92365,
      "name": "Pistoia"
    },
    "ground_truth": {
      "initial_bearing_deg": 333.33,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Mamoudzou at (-12.78234°, 45.22878°)",
      "  To: Pistoia at (43.93064°, 10.92365°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 10.92365 - 45.22878 = -34.3051°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 333.33°",
      "Step 5: Determine cardinal direction",
      "  333.3° → NW",
      "FINAL ANSWER: 333.33° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 51.78826,
      "lon": 6.13865,
      "name": "Kleve"
    },
    "point_b": {
      "lat": 54.42119,
      "lon": 86.29907,
      "name": "Belovo"
    },
    "ground_truth": {
      "initial_bearing_deg": 53.45,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kleve at (51.78826°, 6.13865°)",
      "  To: Belovo at (54.42119°, 86.29907°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 86.29907 - 6.13865 = 80.1604°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 53.45°",
      "Step 5: Determine cardinal direction",
      "  53.5° → NE",
      "FINAL ANSWER: 53.45° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 46.05007,
      "lon": -71.96579,
      "name": "Victoriaville"
    },
    "point_b": {
      "lat": 32.55556,
      "lon": 35.85,
      "name": "Irbid"
    },
    "ground_truth": {
      "initial_bearing_deg": 55.13,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Victoriaville at (46.05007°, -71.96579°)",
      "  To: Irbid at (32.55556°, 35.85°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 35.85 - -71.96579 = 107.8158°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 55.13°",
      "Step 5: Determine cardinal direction",
      "  55.1° → NE",
      "FINAL ANSWER: 55.13° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 7.75624,
      "lon": -8.8179,
      "name": "Nzérékoré"
    },
    "point_b": {
      "lat": 45.82058,
      "lon": 8.82511,
      "name": "Varese"
    },
    "ground_truth": {
      "initial_bearing_deg": 18.79,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Nzérékoré at (7.75624°, -8.8179°)",
      "  To: Varese at (45.82058°, 8.82511°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 8.82511 - -8.8179 = 17.6430°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 18.79°",
      "Step 5: Determine cardinal direction",
      "  18.8° → N",
      "FINAL ANSWER: 18.79° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 55.78363,
      "lon": 37.47137,
      "name": "Khoroshëvo-Mnevniki"
    },
    "point_b": {
      "lat": 2.34464,
      "lon": 42.27644,
      "name": "Baardheere"
    },
    "ground_truth": {
      "initial_bearing_deg": 174.03,
      "cardinal_direction": "S",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Khoroshëvo-Mnevniki at (55.78363°, 37.47137°)",
      "  To: Baardheere at (2.34464°, 42.27644°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 42.27644 - 37.47137 = 4.8051°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 174.03°",
      "Step 5: Determine cardinal direction",
      "  174.0° → S",
      "FINAL ANSWER: 174.03° (S)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 10.0477,
      "lon": 78.74719,
      "name": "Sankarapatti"
    },
    "point_b": {
      "lat": -12.3644,
      "lon": 13.53601,
      "name": "Lobito"
    },
    "ground_truth": {
      "initial_bearing_deg": 252.34,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Sankarapatti at (10.0477°, 78.74719°)",
      "  To: Lobito at (-12.3644°, 13.53601°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 13.53601 - 78.74719 = -65.2112°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 252.34°",
      "Step 5: Determine cardinal direction",
      "  252.3° → W",
      "FINAL ANSWER: 252.34° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 5.02208,
      "lon": -74.00481,
      "name": "Zipaquirá"
    },
    "point_b": {
      "lat": 25.78924,
      "lon": 100.12279,
      "name": "Wanqiao Zhen"
    },
    "ground_truth": {
      "initial_bearing_deg": 10.2,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Zipaquirá at (5.02208°, -74.00481°)",
      "  To: Wanqiao Zhen at (25.78924°, 100.12279°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 100.12279 - -74.00481 = 174.1276°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 10.20°",
      "Step 5: Determine cardinal direction",
      "  10.2° → N",
      "FINAL ANSWER: 10.20° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 9.02871,
      "lon": 13.1848,
      "name": "Tchéboa"
    },
    "point_b": {
      "lat": 54.12226,
      "lon": 17.98119,
      "name": "Kościerzyna"
    },
    "ground_truth": {
      "initial_bearing_deg": 3.96,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Tchéboa at (9.02871°, 13.1848°)",
      "  To: Kościerzyna at (54.12226°, 17.98119°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 17.98119 - 13.1848 = 4.7964°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 3.96°",
      "Step 5: Determine cardinal direction",
      "  4.0° → N",
      "FINAL ANSWER: 3.96° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 13.18421,
      "lon": 30.21669,
      "name": "El Obeid"
    },
    "point_b": {
      "lat": 52.30322,
      "lon": 13.25405,
      "name": "Ludwigsfelde"
    },
    "ground_truth": {
      "initial_bearing_deg": 344.35,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: El Obeid at (13.18421°, 30.21669°)",
      "  To: Ludwigsfelde at (52.30322°, 13.25405°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 13.25405 - 30.21669 = -16.9626°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 344.35°",
      "Step 5: Determine cardinal direction",
      "  344.4° → N",
      "FINAL ANSWER: 344.35° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 19.22031,
      "lon": -70.53101,
      "name": "La Vega"
    },
    "point_b": {
      "lat": 35.555,
      "lon": 5.61056,
      "name": "N’Gaous"
    },
    "ground_truth": {
      "initial_bearing_deg": 58.45,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: La Vega at (19.22031°, -70.53101°)",
      "  To: N’Gaous at (35.555°, 5.61056°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 5.61056 - -70.53101 = 76.1416°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 58.45°",
      "Step 5: Determine cardinal direction",
      "  58.5° → NE",
      "FINAL ANSWER: 58.45° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 9.59972,
      "lon": 43.335,
      "name": "Tog Wajaale"
    },
    "point_b": {
      "lat": 40.30428,
      "lon": -74.10042,
      "name": "Tinton Falls"
    },
    "ground_truth": {
      "initial_bearing_deg": 315.82,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Tog Wajaale at (9.59972°, 43.335°)",
      "  To: Tinton Falls at (40.30428°, -74.10042°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -74.10042 - 43.335 = -117.4354°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 315.82°",
      "Step 5: Determine cardinal direction",
      "  315.8° → NW",
      "FINAL ANSWER: 315.82° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 26.51393,
      "lon": 85.29341,
      "name": "Sheohar"
    },
    "point_b": {
      "lat": 33.85844,
      "lon": -84.3402,
      "name": "Brookhaven"
    },
    "ground_truth": {
      "initial_bearing_deg": 350.18,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Sheohar at (26.51393°, 85.29341°)",
      "  To: Brookhaven at (33.85844°, -84.3402°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -84.3402 - 85.29341 = -169.6336°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 350.18°",
      "Step 5: Determine cardinal direction",
      "  350.2° → N",
      "FINAL ANSWER: 350.18° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -13.77333,
      "lon": -42.71417,
      "name": "Igaporã"
    },
    "point_b": {
      "lat": 13.42722,
      "lon": -16.68528,
      "name": "Bununka Kunda"
    },
    "ground_truth": {
      "initial_bearing_deg": 44.55,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Igaporã at (-13.77333°, -42.71417°)",
      "  To: Bununka Kunda at (13.42722°, -16.68528°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -16.68528 - -42.71417 = 26.0289°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 44.55°",
      "Step 5: Determine cardinal direction",
      "  44.5° → NE",
      "FINAL ANSWER: 44.55° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 30.71877,
      "lon": 31.56299,
      "name": "Al Ibrāhīmīyah"
    },
    "point_b": {
      "lat": -2.51389,
      "lon": -66.09167,
      "name": "Fonte Boa"
    },
    "ground_truth": {
      "initial_bearing_deg": 271.75,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Al Ibrāhīmīyah at (30.71877°, 31.56299°)",
      "  To: Fonte Boa at (-2.51389°, -66.09167°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -66.09167 - 31.56299 = -97.6547°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 271.75°",
      "Step 5: Determine cardinal direction",
      "  271.8° → W",
      "FINAL ANSWER: 271.75° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 60.40338,
      "lon": 25.105,
      "name": "Kerava"
    },
    "point_b": {
      "lat": 29.35896,
      "lon": 30.68061,
      "name": "Ibshawāy"
    },
    "ground_truth": {
      "initial_bearing_deg": 170.61,
      "cardinal_direction": "S",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kerava at (60.40338°, 25.105°)",
      "  To: Ibshawāy at (29.35896°, 30.68061°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 30.68061 - 25.105 = 5.5756°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 170.61°",
      "Step 5: Determine cardinal direction",
      "  170.6° → S",
      "FINAL ANSWER: 170.61° (S)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 41.38555,
      "lon": 60.36408,
      "name": "Xiva"
    },
    "point_b": {
      "lat": -19.19694,
      "lon": -40.09778,
      "name": "Sooretama"
    },
    "ground_truth": {
      "initial_bearing_deg": 261.83,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Xiva at (41.38555°, 60.36408°)",
      "  To: Sooretama at (-19.19694°, -40.09778°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -40.09778 - 60.36408 = -100.4619°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 261.83°",
      "Step 5: Determine cardinal direction",
      "  261.8° → W",
      "FINAL ANSWER: 261.83° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 29.373,
      "lon": 78.13636,
      "name": "Bijnor"
    },
    "point_b": {
      "lat": 59.91273,
      "lon": 10.74609,
      "name": "Oslo"
    },
    "ground_truth": {
      "initial_bearing_deg": 324.94,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Bijnor at (29.373°, 78.13636°)",
      "  To: Oslo at (59.91273°, 10.74609°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 10.74609 - 78.13636 = -67.3903°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 324.94°",
      "Step 5: Determine cardinal direction",
      "  324.9° → NW",
      "FINAL ANSWER: 324.94° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 12.75975,
      "lon": 75.20169,
      "name": "Puttūr"
    },
    "point_b": {
      "lat": 11.8235,
      "lon": -70.25637,
      "name": "Santa Cruz de los Taques"
    },
    "ground_truth": {
      "initial_bearing_deg": 304.25,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Puttūr at (12.75975°, 75.20169°)",
      "  To: Santa Cruz de los Taques at (11.8235°, -70.25637°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -70.25637 - 75.20169 = -145.4581°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 304.25°",
      "Step 5: Determine cardinal direction",
      "  304.2° → NW",
      "FINAL ANSWER: 304.25° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 19.68006,
      "lon": -103.2514,
      "name": "Tamazula de Gordiano"
    },
    "point_b": {
      "lat": 12.37136,
      "lon": -1.41468,
      "name": "Saaba"
    },
    "ground_truth": {
      "initial_bearing_deg": 74.27,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Tamazula de Gordiano at (19.68006°, -103.2514°)",
      "  To: Saaba at (12.37136°, -1.41468°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -1.41468 - -103.2514 = 101.8367°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 74.27°",
      "Step 5: Determine cardinal direction",
      "  74.3° → E",
      "FINAL ANSWER: 74.27° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 5.26598,
      "lon": -76.56487,
      "name": "Tadó"
    },
    "point_b": {
      "lat": 28.31457,
      "lon": 74.28952,
      "name": "Bhādāsar"
    },
    "ground_truth": {
      "initial_bearing_deg": 38.3,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Tadó at (5.26598°, -76.56487°)",
      "  To: Bhādāsar at (28.31457°, 74.28952°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 74.28952 - -76.56487 = 150.8544°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 38.30°",
      "Step 5: Determine cardinal direction",
      "  38.3° → NE",
      "FINAL ANSWER: 38.30° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -6.98111,
      "lon": -34.83389,
      "name": "Cabedelo"
    },
    "point_b": {
      "lat": 35.72917,
      "lon": 10.58082,
      "name": "Msaken"
    },
    "ground_truth": {
      "initial_bearing_deg": 41.7,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Cabedelo at (-6.98111°, -34.83389°)",
      "  To: Msaken at (35.72917°, 10.58082°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 10.58082 - -34.83389 = 45.4147°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 41.70°",
      "Step 5: Determine cardinal direction",
      "  41.7° → NE",
      "FINAL ANSWER: 41.70° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 44.5432,
      "lon": 10.7848,
      "name": "Sassuolo"
    },
    "point_b": {
      "lat": 58.7002,
      "lon": 59.4839,
      "name": "Kachkanar"
    },
    "ground_truth": {
      "initial_bearing_deg": 46.65,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Sassuolo at (44.5432°, 10.7848°)",
      "  To: Kachkanar at (58.7002°, 59.4839°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 59.4839 - 10.7848 = 48.6991°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 46.65°",
      "Step 5: Determine cardinal direction",
      "  46.6° → NE",
      "FINAL ANSWER: 46.65° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 40.85843,
      "lon": -74.16376,
      "name": "Clifton"
    },
    "point_b": {
      "lat": -3.55,
      "lon": 36.1,
      "name": "Makuyuni"
    },
    "ground_truth": {
      "initial_bearing_deg": 79.16,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Clifton at (40.85843°, -74.16376°)",
      "  To: Makuyuni at (-3.55°, 36.1°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 36.1 - -74.16376 = 110.2638°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 79.16°",
      "Step 5: Determine cardinal direction",
      "  79.2° → E",
      "FINAL ANSWER: 79.16° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 32.68833,
      "lon": 112.8275,
      "name": "Binhe"
    },
    "point_b": {
      "lat": 60.81462,
      "lon": 23.62146,
      "name": "Forssa"
    },
    "ground_truth": {
      "initial_bearing_deg": 326.3,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Binhe at (32.68833°, 112.8275°)",
      "  To: Forssa at (60.81462°, 23.62146°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 23.62146 - 112.8275 = -89.2060°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 326.30°",
      "Step 5: Determine cardinal direction",
      "  326.3° → NW",
      "FINAL ANSWER: 326.30° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -34.71716,
      "lon": -55.9584,
      "name": "Pando"
    },
    "point_b": {
      "lat": 32.28034,
      "lon": 119.16999,
      "name": "Zhenzhou"
    },
    "ground_truth": {
      "initial_bearing_deg": 119.59,
      "cardinal_direction": "SE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Pando at (-34.71716°, -55.9584°)",
      "  To: Zhenzhou at (32.28034°, 119.16999°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 119.16999 - -55.9584 = 175.1284°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 119.59°",
      "Step 5: Determine cardinal direction",
      "  119.6° → SE",
      "FINAL ANSWER: 119.59° (SE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 11.77554,
      "lon": 79.67016,
      "name": "Nellikkuppam"
    },
    "point_b": {
      "lat": 35.42146,
      "lon": 133.24224,
      "name": "Yasugichō"
    },
    "ground_truth": {
      "initial_bearing_deg": 54.45,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Nellikkuppam at (11.77554°, 79.67016°)",
      "  To: Yasugichō at (35.42146°, 133.24224°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 133.24224 - 79.67016 = 53.5721°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 54.45°",
      "Step 5: Determine cardinal direction",
      "  54.5° → NE",
      "FINAL ANSWER: 54.45° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -1.46771,
      "lon": 34.52279,
      "name": "Matongo"
    },
    "point_b": {
      "lat": 31.18065,
      "lon": 31.86497,
      "name": "Al Jammālīyah"
    },
    "ground_truth": {
      "initial_bearing_deg": 355.79,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Matongo at (-1.46771°, 34.52279°)",
      "  To: Al Jammālīyah at (31.18065°, 31.86497°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 31.86497 - 34.52279 = -2.6578°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 355.79°",
      "Step 5: Determine cardinal direction",
      "  355.8° → N",
      "FINAL ANSWER: 355.79° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -16.575,
      "lon": -39.55333,
      "name": "Itabela"
    },
    "point_b": {
      "lat": 6.27534,
      "lon": -6.99704,
      "name": "Buyo"
    },
    "ground_truth": {
      "initial_bearing_deg": 57.27,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Itabela at (-16.575°, -39.55333°)",
      "  To: Buyo at (6.27534°, -6.99704°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -6.99704 - -39.55333 = 32.5563°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 57.27°",
      "Step 5: Determine cardinal direction",
      "  57.3° → NE",
      "FINAL ANSWER: 57.27° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 25.67927,
      "lon": -80.31727,
      "name": "Kendall"
    },
    "point_b": {
      "lat": -28.21901,
      "lon": 152.03438,
      "name": "Warwick"
    },
    "ground_truth": {
      "initial_bearing_deg": 254.54,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kendall at (25.67927°, -80.31727°)",
      "  To: Warwick at (-28.21901°, 152.03438°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 152.03438 - -80.31727 = 232.3517°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 254.54°",
      "Step 5: Determine cardinal direction",
      "  254.5° → W",
      "FINAL ANSWER: 254.54° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 42.9551,
      "lon": -81.62232,
      "name": "Strathroy"
    },
    "point_b": {
      "lat": 40.64175,
      "lon": 15.80794,
      "name": "Potenza"
    },
    "ground_truth": {
      "initial_bearing_deg": 54.16,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Strathroy at (42.9551°, -81.62232°)",
      "  To: Potenza at (40.64175°, 15.80794°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 15.80794 - -81.62232 = 97.4303°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 54.16°",
      "Step 5: Determine cardinal direction",
      "  54.2° → NE",
      "FINAL ANSWER: 54.16° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 25.10479,
      "lon": 84.1162,
      "name": "Nokha"
    },
    "point_b": {
      "lat": -28.07071,
      "lon": 153.39329,
      "name": "Robina"
    },
    "ground_truth": {
      "initial_bearing_deg": 124.09,
      "cardinal_direction": "SE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Nokha at (25.10479°, 84.1162°)",
      "  To: Robina at (-28.07071°, 153.39329°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 153.39329 - 84.1162 = 69.2771°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 124.09°",
      "Step 5: Determine cardinal direction",
      "  124.1° → SE",
      "FINAL ANSWER: 124.09° (SE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 18.20107,
      "lon": -67.13962,
      "name": "Mayagüez"
    },
    "point_b": {
      "lat": 53.59398,
      "lon": 142.95279,
      "name": "Okha"
    },
    "ground_truth": {
      "initial_bearing_deg": 342.17,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Mayagüez at (18.20107°, -67.13962°)",
      "  To: Okha at (53.59398°, 142.95279°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 142.95279 - -67.13962 = 210.0924°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 342.17°",
      "Step 5: Determine cardinal direction",
      "  342.2° → N",
      "FINAL ANSWER: 342.17° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 6.42611,
      "lon": 1.21333,
      "name": "Tsévié"
    },
    "point_b": {
      "lat": 36.9,
      "lon": 7.76667,
      "name": "Annaba"
    },
    "ground_truth": {
      "initial_bearing_deg": 10.19,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Tsévié at (6.42611°, 1.21333°)",
      "  To: Annaba at (36.9°, 7.76667°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 7.76667 - 1.21333 = 6.5533°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 10.19°",
      "Step 5: Determine cardinal direction",
      "  10.2° → N",
      "FINAL ANSWER: 10.19° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 37.75018,
      "lon": -122.43369,
      "name": "Noe Valley"
    },
    "point_b": {
      "lat": 27.9378,
      "lon": -82.28592,
      "name": "Brandon"
    },
    "ground_truth": {
      "initial_bearing_deg": 94.32,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Noe Valley at (37.75018°, -122.43369°)",
      "  To: Brandon at (27.9378°, -82.28592°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -82.28592 - -122.43369 = 40.1478°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 94.32°",
      "Step 5: Determine cardinal direction",
      "  94.3° → E",
      "FINAL ANSWER: 94.32° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 19.64186,
      "lon": 109.3545,
      "name": "Guangcun"
    },
    "point_b": {
      "lat": 10.98133,
      "lon": 8.05749,
      "name": "Soba"
    },
    "ground_truth": {
      "initial_bearing_deg": 284.23,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Guangcun at (19.64186°, 109.3545°)",
      "  To: Soba at (10.98133°, 8.05749°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 8.05749 - 109.3545 = -101.2970°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 284.23°",
      "Step 5: Determine cardinal direction",
      "  284.2° → W",
      "FINAL ANSWER: 284.23° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 51.37281,
      "lon": -2.14002,
      "name": "Melksham"
    },
    "point_b": {
      "lat": 47.42642,
      "lon": 9.65851,
      "name": "Lustenau"
    },
    "ground_truth": {
      "initial_bearing_deg": 112.63,
      "cardinal_direction": "SE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Melksham at (51.37281°, -2.14002°)",
      "  To: Lustenau at (47.42642°, 9.65851°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 9.65851 - -2.14002 = 11.7985°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 112.63°",
      "Step 5: Determine cardinal direction",
      "  112.6° → SE",
      "FINAL ANSWER: 112.63° (SE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 38.81144,
      "lon": -90.85291,
      "name": "Wentzville"
    },
    "point_b": {
      "lat": -34.09345,
      "lon": 21.25725,
      "name": "Riversdale"
    },
    "ground_truth": {
      "initial_bearing_deg": 107.47,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Wentzville at (38.81144°, -90.85291°)",
      "  To: Riversdale at (-34.09345°, 21.25725°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 21.25725 - -90.85291 = 112.1102°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 107.47°",
      "Step 5: Determine cardinal direction",
      "  107.5° → E",
      "FINAL ANSWER: 107.47° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 31.34038,
      "lon": -110.93425,
      "name": "Nogales"
    },
    "point_b": {
      "lat": 49.98037,
      "lon": 18.95382,
      "name": "Pszczyna"
    },
    "ground_truth": {
      "initial_bearing_deg": 29.6,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Nogales at (31.34038°, -110.93425°)",
      "  To: Pszczyna at (49.98037°, 18.95382°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 18.95382 - -110.93425 = 129.8881°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 29.60°",
      "Step 5: Determine cardinal direction",
      "  29.6° → NE",
      "FINAL ANSWER: 29.60° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 36.87617,
      "lon": 6.90921,
      "name": "Skikda"
    },
    "point_b": {
      "lat": -29.82068,
      "lon": 30.88674,
      "name": "Pinetown"
    },
    "ground_truth": {
      "initial_bearing_deg": 158.02,
      "cardinal_direction": "S",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Skikda at (36.87617°, 6.90921°)",
      "  To: Pinetown at (-29.82068°, 30.88674°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 30.88674 - 6.90921 = 23.9775°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 158.02°",
      "Step 5: Determine cardinal direction",
      "  158.0° → S",
      "FINAL ANSWER: 158.02° (S)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -0.33316,
      "lon": 37.64587,
      "name": "Chuka"
    },
    "point_b": {
      "lat": -4.30028,
      "lon": -38.49778,
      "name": "Chorozinho"
    },
    "ground_truth": {
      "initial_bearing_deg": 265.65,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Chuka at (-0.33316°, 37.64587°)",
      "  To: Chorozinho at (-4.30028°, -38.49778°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -38.49778 - 37.64587 = -76.1437°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 265.65°",
      "Step 5: Determine cardinal direction",
      "  265.6° → W",
      "FINAL ANSWER: 265.65° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -32.25215,
      "lon": 24.53075,
      "name": "Graaff Reinet"
    },
    "point_b": {
      "lat": 35.75647,
      "lon": -83.97046,
      "name": "Maryville"
    },
    "ground_truth": {
      "initial_bearing_deg": 294.87,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Graaff Reinet at (-32.25215°, 24.53075°)",
      "  To: Maryville at (35.75647°, -83.97046°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -83.97046 - 24.53075 = -108.5012°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 294.87°",
      "Step 5: Determine cardinal direction",
      "  294.9° → NW",
      "FINAL ANSWER: 294.87° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -29.51694,
      "lon": -50.77778,
      "name": "Três Coroas"
    },
    "point_b": {
      "lat": 52.48419,
      "lon": 13.53185,
      "name": "Karlshorst"
    },
    "ground_truth": {
      "initial_bearing_deg": 33.78,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Três Coroas at (-29.51694°, -50.77778°)",
      "  To: Karlshorst at (52.48419°, 13.53185°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 13.53185 - -50.77778 = 64.3096°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 33.78°",
      "Step 5: Determine cardinal direction",
      "  33.8° → NE",
      "FINAL ANSWER: 33.78° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -12.48602,
      "lon": 130.9833,
      "name": "Palmerston"
    },
    "point_b": {
      "lat": -7.00667,
      "lon": 39.29849,
      "name": "Vikindu"
    },
    "ground_truth": {
      "initial_bearing_deg": 262.8,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Palmerston at (-12.48602°, 130.9833°)",
      "  To: Vikindu at (-7.00667°, 39.29849°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 39.29849 - 130.9833 = -91.6848°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 262.80°",
      "Step 5: Determine cardinal direction",
      "  262.8° → W",
      "FINAL ANSWER: 262.80° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 12.33042,
      "lon": 76.60213,
      "name": "Hinakallu"
    },
    "point_b": {
      "lat": 34.41639,
      "lon": 117.36306,
      "name": "Qingshanquan"
    },
    "ground_truth": {
      "initial_bearing_deg": 52.14,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Hinakallu at (12.33042°, 76.60213°)",
      "  To: Qingshanquan at (34.41639°, 117.36306°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 117.36306 - 76.60213 = 40.7609°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 52.14°",
      "Step 5: Determine cardinal direction",
      "  52.1° → NE",
      "FINAL ANSWER: 52.14° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 32.46367,
      "lon": 44.41963,
      "name": "Al Ḩillah"
    },
    "point_b": {
      "lat": 48.96833,
      "lon": 89.9625,
      "name": "Ölgii"
    },
    "ground_truth": {
      "initial_bearing_deg": 50.25,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Al Ḩillah at (32.46367°, 44.41963°)",
      "  To: Ölgii at (48.96833°, 89.9625°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 89.9625 - 44.41963 = 45.5429°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 50.25°",
      "Step 5: Determine cardinal direction",
      "  50.2° → NE",
      "FINAL ANSWER: 50.25° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 14.8888,
      "lon": 5.2692,
      "name": "Tahoua"
    },
    "point_b": {
      "lat": 25.7076,
      "lon": -80.32561,
      "name": "Glenvar Heights"
    },
    "ground_truth": {
      "initial_bearing_deg": 294.08,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Tahoua at (14.8888°, 5.2692°)",
      "  To: Glenvar Heights at (25.7076°, -80.32561°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -80.32561 - 5.2692 = -85.5948°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 294.08°",
      "Step 5: Determine cardinal direction",
      "  294.1° → NW",
      "FINAL ANSWER: 294.08° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 41.92208,
      "lon": 21.53483,
      "name": "Studeničani"
    },
    "point_b": {
      "lat": 7.43383,
      "lon": 3.28788,
      "name": "Igbo-Ora"
    },
    "ground_truth": {
      "initial_bearing_deg": 210.23,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Studeničani at (41.92208°, 21.53483°)",
      "  To: Igbo-Ora at (7.43383°, 3.28788°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 3.28788 - 21.53483 = -18.2469°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 210.23°",
      "Step 5: Determine cardinal direction",
      "  210.2° → SW",
      "FINAL ANSWER: 210.23° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 47.48919,
      "lon": 19.07012,
      "name": "Budapest VIII. kerület"
    },
    "point_b": {
      "lat": 20.21081,
      "lon": -101.13212,
      "name": "Yuriria"
    },
    "ground_truth": {
      "initial_bearing_deg": 305.64,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Budapest VIII. kerület at (47.48919°, 19.07012°)",
      "  To: Yuriria at (20.21081°, -101.13212°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -101.13212 - 19.07012 = -120.2022°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 305.64°",
      "Step 5: Determine cardinal direction",
      "  305.6° → NW",
      "FINAL ANSWER: 305.64° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 7.3,
      "lon": 38.65,
      "name": "Kuyera"
    },
    "point_b": {
      "lat": 1.99546,
      "lon": 112.93254,
      "name": "Kapit"
    },
    "ground_truth": {
      "initial_bearing_deg": 89.99,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kuyera at (7.3°, 38.65°)",
      "  To: Kapit at (1.99546°, 112.93254°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 112.93254 - 38.65 = 74.2825°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 89.99°",
      "Step 5: Determine cardinal direction",
      "  90.0° → E",
      "FINAL ANSWER: 89.99° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 22.70256,
      "lon": 77.93494,
      "name": "Bābai"
    },
    "point_b": {
      "lat": 52.3475,
      "lon": 5.98333,
      "name": "Epe"
    },
    "ground_truth": {
      "initial_bearing_deg": 318.54,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Bābai at (22.70256°, 77.93494°)",
      "  To: Epe at (52.3475°, 5.98333°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 5.98333 - 77.93494 = -71.9516°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 318.54°",
      "Step 5: Determine cardinal direction",
      "  318.5° → NW",
      "FINAL ANSWER: 318.54° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 44.54394,
      "lon": -73.14791,
      "name": "Colchester"
    },
    "point_b": {
      "lat": 0.29517,
      "lon": 32.50159,
      "name": "Kyengera"
    },
    "ground_truth": {
      "initial_bearing_deg": 78.67,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Colchester at (44.54394°, -73.14791°)",
      "  To: Kyengera at (0.29517°, 32.50159°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 32.50159 - -73.14791 = 105.6495°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 78.67°",
      "Step 5: Determine cardinal direction",
      "  78.7° → E",
      "FINAL ANSWER: 78.67° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 14.76011,
      "lon": 121.19993,
      "name": "Rodriguez"
    },
    "point_b": {
      "lat": -37.78247,
      "lon": 145.31682,
      "name": "Mooroolbark"
    },
    "ground_truth": {
      "initial_bearing_deg": 157.41,
      "cardinal_direction": "SE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Rodriguez at (14.76011°, 121.19993°)",
      "  To: Mooroolbark at (-37.78247°, 145.31682°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 145.31682 - 121.19993 = 24.1169°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 157.41°",
      "Step 5: Determine cardinal direction",
      "  157.4° → SE",
      "FINAL ANSWER: 157.41° (SE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 11.0517,
      "lon": 124.0055,
      "name": "Bogo"
    },
    "point_b": {
      "lat": 51.28087,
      "lon": 4.41813,
      "name": "Ekeren"
    },
    "ground_truth": {
      "initial_bearing_deg": 326.6,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Bogo at (11.0517°, 124.0055°)",
      "  To: Ekeren at (51.28087°, 4.41813°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 4.41813 - 124.0055 = -119.5874°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 326.60°",
      "Step 5: Determine cardinal direction",
      "  326.6° → NW",
      "FINAL ANSWER: 326.60° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 35.9132,
      "lon": -79.05584,
      "name": "Chapel Hill"
    },
    "point_b": {
      "lat": 38.96872,
      "lon": -77.3411,
      "name": "Reston"
    },
    "ground_truth": {
      "initial_bearing_deg": 23.5,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Chapel Hill at (35.9132°, -79.05584°)",
      "  To: Reston at (38.96872°, -77.3411°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -77.3411 - -79.05584 = 1.7147°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 23.50°",
      "Step 5: Determine cardinal direction",
      "  23.5° → NE",
      "FINAL ANSWER: 23.50° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 31.61667,
      "lon": -2.21667,
      "name": "Béchar"
    },
    "point_b": {
      "lat": -1.52823,
      "lon": -45.07862,
      "name": "Apicum-Açu"
    },
    "ground_truth": {
      "initial_bearing_deg": 239.11,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Béchar at (31.61667°, -2.21667°)",
      "  To: Apicum-Açu at (-1.52823°, -45.07862°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -45.07862 - -2.21667 = -42.8620°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 239.11°",
      "Step 5: Determine cardinal direction",
      "  239.1° → SW",
      "FINAL ANSWER: 239.11° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 31.50777,
      "lon": 35.02929,
      "name": "Dūrā"
    },
    "point_b": {
      "lat": 45.84806,
      "lon": 62.15254,
      "name": "Novokazalinsk"
    },
    "ground_truth": {
      "initial_bearing_deg": 47.82,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Dūrā at (31.50777°, 35.02929°)",
      "  To: Novokazalinsk at (45.84806°, 62.15254°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 62.15254 - 35.02929 = 27.1232°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 47.82°",
      "Step 5: Determine cardinal direction",
      "  47.8° → NE",
      "FINAL ANSWER: 47.82° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -20.03841,
      "lon": 57.65055,
      "name": "Goodlands"
    },
    "point_b": {
      "lat": 26.71194,
      "lon": 107.81139,
      "name": "Dafengdong"
    },
    "ground_truth": {
      "initial_bearing_deg": 47.96,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Goodlands at (-20.03841°, 57.65055°)",
      "  To: Dafengdong at (26.71194°, 107.81139°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 107.81139 - 57.65055 = 50.1608°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 47.96°",
      "Step 5: Determine cardinal direction",
      "  48.0° → NE",
      "FINAL ANSWER: 47.96° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -25.699,
      "lon": 27.47475,
      "name": "Marikana"
    },
    "point_b": {
      "lat": -19.57328,
      "lon": 18.1003,
      "name": "Grootfontein"
    },
    "ground_truth": {
      "initial_bearing_deg": 303.41,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Marikana at (-25.699°, 27.47475°)",
      "  To: Grootfontein at (-19.57328°, 18.1003°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 18.1003 - 27.47475 = -9.3744°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 303.41°",
      "Step 5: Determine cardinal direction",
      "  303.4° → NW",
      "FINAL ANSWER: 303.41° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 55.32058,
      "lon": 42.17402,
      "name": "Vyksa"
    },
    "point_b": {
      "lat": 1.30306,
      "lon": 103.90778,
      "name": "Marine Parade"
    },
    "ground_truth": {
      "initial_bearing_deg": 113.15,
      "cardinal_direction": "SE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Vyksa at (55.32058°, 42.17402°)",
      "  To: Marine Parade at (1.30306°, 103.90778°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 103.90778 - 42.17402 = 61.7338°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 113.15°",
      "Step 5: Determine cardinal direction",
      "  113.2° → SE",
      "FINAL ANSWER: 113.15° (SE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 48.89452,
      "lon": 18.04436,
      "name": "Trenčín"
    },
    "point_b": {
      "lat": 16.455,
      "lon": 120.5875,
      "name": "La Trinidad"
    },
    "ground_truth": {
      "initial_bearing_deg": 69.87,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Trenčín at (48.89452°, 18.04436°)",
      "  To: La Trinidad at (16.455°, 120.5875°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 120.5875 - 18.04436 = 102.5431°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 69.87°",
      "Step 5: Determine cardinal direction",
      "  69.9° → E",
      "FINAL ANSWER: 69.87° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 19.15633,
      "lon": 96.34593,
      "name": "Yedashe"
    },
    "point_b": {
      "lat": 56.1,
      "lon": 38.13333,
      "name": "Krasnoarmeysk"
    },
    "ground_truth": {
      "initial_bearing_deg": 325.42,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Yedashe at (19.15633°, 96.34593°)",
      "  To: Krasnoarmeysk at (56.1°, 38.13333°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 38.13333 - 96.34593 = -58.2126°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 325.42°",
      "Step 5: Determine cardinal direction",
      "  325.4° → NW",
      "FINAL ANSWER: 325.42° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 41.11919,
      "lon": 70.09406,
      "name": "Yangiobod"
    },
    "point_b": {
      "lat": 15.42977,
      "lon": 75.62971,
      "name": "Gadag"
    },
    "ground_truth": {
      "initial_bearing_deg": 167.81,
      "cardinal_direction": "S",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Yangiobod at (41.11919°, 70.09406°)",
      "  To: Gadag at (15.42977°, 75.62971°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 75.62971 - 70.09406 = 5.5357°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 167.81°",
      "Step 5: Determine cardinal direction",
      "  167.8° → S",
      "FINAL ANSWER: 167.81° (S)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -12.46113,
      "lon": 130.84185,
      "name": "Darwin"
    },
    "point_b": {
      "lat": 13.69889,
      "lon": 100.51244,
      "name": "Bang Khlo"
    },
    "ground_truth": {
      "initial_bearing_deg": 310.04,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Darwin at (-12.46113°, 130.84185°)",
      "  To: Bang Khlo at (13.69889°, 100.51244°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 100.51244 - 130.84185 = -30.3294°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 310.04°",
      "Step 5: Determine cardinal direction",
      "  310.0° → NW",
      "FINAL ANSWER: 310.04° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -37.8329,
      "lon": 145.0367,
      "name": "Hawthorn South"
    },
    "point_b": {
      "lat": 14.42196,
      "lon": -16.96375,
      "name": "Mbour"
    },
    "ground_truth": {
      "initial_bearing_deg": 219.1,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Hawthorn South at (-37.8329°, 145.0367°)",
      "  To: Mbour at (14.42196°, -16.96375°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -16.96375 - 145.0367 = -162.0005°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 219.10°",
      "Step 5: Determine cardinal direction",
      "  219.1° → SW",
      "FINAL ANSWER: 219.10° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 35.53227,
      "lon": -97.95505,
      "name": "El Reno"
    },
    "point_b": {
      "lat": -37.76722,
      "lon": 144.76657,
      "name": "Deer Park"
    },
    "ground_truth": {
      "initial_bearing_deg": 247.72,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: El Reno at (35.53227°, -97.95505°)",
      "  To: Deer Park at (-37.76722°, 144.76657°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 144.76657 - -97.95505 = 242.7216°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 247.72°",
      "Step 5: Determine cardinal direction",
      "  247.7° → W",
      "FINAL ANSWER: 247.72° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 53.14362,
      "lon": 0.3363,
      "name": "Skegness"
    },
    "point_b": {
      "lat": 8.13333,
      "lon": 81.43333,
      "name": "Vakarai"
    },
    "ground_truth": {
      "initial_bearing_deg": 92.21,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Skegness at (53.14362°, 0.3363°)",
      "  To: Vakarai at (8.13333°, 81.43333°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 81.43333 - 0.3363 = 81.0970°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 92.21°",
      "Step 5: Determine cardinal direction",
      "  92.2° → E",
      "FINAL ANSWER: 92.21° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 43.30491,
      "lon": 13.72068,
      "name": "Civitanova Marche"
    },
    "point_b": {
      "lat": 8.75225,
      "lon": 38.97846,
      "name": "Bishoftu"
    },
    "ground_truth": {
      "initial_bearing_deg": 139.99,
      "cardinal_direction": "SE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Civitanova Marche at (43.30491°, 13.72068°)",
      "  To: Bishoftu at (8.75225°, 38.97846°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 38.97846 - 13.72068 = 25.2578°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 139.99°",
      "Step 5: Determine cardinal direction",
      "  140.0° → SE",
      "FINAL ANSWER: 139.99° (SE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -8.57472,
      "lon": -36.87417,
      "name": "Venturosa"
    },
    "point_b": {
      "lat": 12.24661,
      "lon": -1.58402,
      "name": "Zinguédéssé"
    },
    "ground_truth": {
      "initial_bearing_deg": 59.79,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Venturosa at (-8.57472°, -36.87417°)",
      "  To: Zinguédéssé at (12.24661°, -1.58402°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -1.58402 - -36.87417 = 35.2901°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 59.79°",
      "Step 5: Determine cardinal direction",
      "  59.8° → NE",
      "FINAL ANSWER: 59.79° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 34.50344,
      "lon": -82.65013,
      "name": "Anderson"
    },
    "point_b": {
      "lat": 35.33638,
      "lon": 139.40434,
      "name": "Chigasaki"
    },
    "ground_truth": {
      "initial_bearing_deg": 326.31,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Anderson at (34.50344°, -82.65013°)",
      "  To: Chigasaki at (35.33638°, 139.40434°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 139.40434 - -82.65013 = 222.0545°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 326.31°",
      "Step 5: Determine cardinal direction",
      "  326.3° → NW",
      "FINAL ANSWER: 326.31° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 9.95689,
      "lon": -84.03209,
      "name": "Purral"
    },
    "point_b": {
      "lat": 35.84509,
      "lon": 127.14752,
      "name": "Wanju"
    },
    "ground_truth": {
      "initial_bearing_deg": 328.94,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Purral at (9.95689°, -84.03209°)",
      "  To: Wanju at (35.84509°, 127.14752°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 127.14752 - -84.03209 = 211.1796°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 328.94°",
      "Step 5: Determine cardinal direction",
      "  328.9° → NW",
      "FINAL ANSWER: 328.94° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -25.85583,
      "lon": -52.52333,
      "name": "Chopinzinho"
    },
    "point_b": {
      "lat": 7.82719,
      "lon": 6.07502,
      "name": "Kabba"
    },
    "ground_truth": {
      "initial_bearing_deg": 67.65,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Chopinzinho at (-25.85583°, -52.52333°)",
      "  To: Kabba at (7.82719°, 6.07502°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 6.07502 - -52.52333 = 58.5984°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 67.65°",
      "Step 5: Determine cardinal direction",
      "  67.7° → E",
      "FINAL ANSWER: 67.65° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 8.91587,
      "lon": 17.55046,
      "name": "Koumra"
    },
    "point_b": {
      "lat": -17.345,
      "lon": -44.94194,
      "name": "Pirapora"
    },
    "ground_truth": {
      "initial_bearing_deg": 246.8,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Koumra at (8.91587°, 17.55046°)",
      "  To: Pirapora at (-17.345°, -44.94194°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -44.94194 - 17.55046 = -62.4924°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 246.80°",
      "Step 5: Determine cardinal direction",
      "  246.8° → SW",
      "FINAL ANSWER: 246.80° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 36.81058,
      "lon": 10.13481,
      "name": "Le Bardo"
    },
    "point_b": {
      "lat": -33.88834,
      "lon": 151.12274,
      "name": "Ashfield"
    },
    "ground_truth": {
      "initial_bearing_deg": 96.54,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Le Bardo at (36.81058°, 10.13481°)",
      "  To: Ashfield at (-33.88834°, 151.12274°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 151.12274 - 10.13481 = 140.9879°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 96.54°",
      "Step 5: Determine cardinal direction",
      "  96.5° → E",
      "FINAL ANSWER: 96.54° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 36.45833,
      "lon": 7.51389,
      "name": "Boumahra Ahmed"
    },
    "point_b": {
      "lat": 25.53852,
      "lon": 87.57044,
      "name": "Katihar"
    },
    "ground_truth": {
      "initial_bearing_deg": 74.04,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Boumahra Ahmed at (36.45833°, 7.51389°)",
      "  To: Katihar at (25.53852°, 87.57044°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 87.57044 - 7.51389 = 80.0566°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 74.04°",
      "Step 5: Determine cardinal direction",
      "  74.0° → E",
      "FINAL ANSWER: 74.04° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 42.07593,
      "lon": 21.05179,
      "name": "Tearce"
    },
    "point_b": {
      "lat": 36.76639,
      "lon": 3.47717,
      "name": "Boumerdas"
    },
    "ground_truth": {
      "initial_bearing_deg": 254.41,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Tearce at (42.07593°, 21.05179°)",
      "  To: Boumerdas at (36.76639°, 3.47717°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 3.47717 - 21.05179 = -17.5746°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 254.41°",
      "Step 5: Determine cardinal direction",
      "  254.4° → W",
      "FINAL ANSWER: 254.41° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -6.7559,
      "lon": 111.038,
      "name": "Pati"
    },
    "point_b": {
      "lat": 55.86661,
      "lon": 48.35931,
      "name": "Volzhsk"
    },
    "ground_truth": {
      "initial_bearing_deg": 329.68,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Pati at (-6.7559°, 111.038°)",
      "  To: Volzhsk at (55.86661°, 48.35931°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 48.35931 - 111.038 = -62.6787°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 329.68°",
      "Step 5: Determine cardinal direction",
      "  329.7° → NW",
      "FINAL ANSWER: 329.68° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 6.84684,
      "lon": -1.39612,
      "name": "Effiduase"
    },
    "point_b": {
      "lat": 52.80842,
      "lon": 17.19961,
      "name": "Wągrowiec"
    },
    "ground_truth": {
      "initial_bearing_deg": 14.94,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Effiduase at (6.84684°, -1.39612°)",
      "  To: Wągrowiec at (52.80842°, 17.19961°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 17.19961 - -1.39612 = 18.5957°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 14.94°",
      "Step 5: Determine cardinal direction",
      "  14.9° → N",
      "FINAL ANSWER: 14.94° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -26.8089,
      "lon": -55.02147,
      "name": "Puerto Rico"
    },
    "point_b": {
      "lat": -4.85889,
      "lon": -43.35611,
      "name": "Caxias"
    },
    "ground_truth": {
      "initial_bearing_deg": 28.93,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Puerto Rico at (-26.8089°, -55.02147°)",
      "  To: Caxias at (-4.85889°, -43.35611°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -43.35611 - -55.02147 = 11.6654°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 28.93°",
      "Step 5: Determine cardinal direction",
      "  28.9° → NE",
      "FINAL ANSWER: 28.93° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 36.84774,
      "lon": 10.11083,
      "name": "Mnihla"
    },
    "point_b": {
      "lat": 29.90565,
      "lon": 107.63853,
      "name": "Huwei"
    },
    "ground_truth": {
      "initial_bearing_deg": 61.48,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Mnihla at (36.84774°, 10.11083°)",
      "  To: Huwei at (29.90565°, 107.63853°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 107.63853 - 10.11083 = 97.5277°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 61.48°",
      "Step 5: Determine cardinal direction",
      "  61.5° → NE",
      "FINAL ANSWER: 61.48° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -3.50306,
      "lon": -80.27306,
      "name": "Zarumilla"
    },
    "point_b": {
      "lat": 39.98111,
      "lon": 125.24472,
      "name": "Kusŏng"
    },
    "ground_truth": {
      "initial_bearing_deg": 331.15,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Zarumilla at (-3.50306°, -80.27306°)",
      "  To: Kusŏng at (39.98111°, 125.24472°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 125.24472 - -80.27306 = 205.5178°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 331.15°",
      "Step 5: Determine cardinal direction",
      "  331.1° → NW",
      "FINAL ANSWER: 331.15° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 41.13121,
      "lon": -74.36737,
      "name": "West Milford"
    },
    "point_b": {
      "lat": 36.82657,
      "lon": 10.08974,
      "name": "Douar Hicher"
    },
    "ground_truth": {
      "initial_bearing_deg": 63.31,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: West Milford at (41.13121°, -74.36737°)",
      "  To: Douar Hicher at (36.82657°, 10.08974°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 10.08974 - -74.36737 = 84.4571°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 63.31°",
      "Step 5: Determine cardinal direction",
      "  63.3° → NE",
      "FINAL ANSWER: 63.31° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 28.23937,
      "lon": 75.64035,
      "name": "Chidawa"
    },
    "point_b": {
      "lat": 39.42417,
      "lon": 29.98333,
      "name": "Kütahya"
    },
    "ground_truth": {
      "initial_bearing_deg": 298.82,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Chidawa at (28.23937°, 75.64035°)",
      "  To: Kütahya at (39.42417°, 29.98333°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 29.98333 - 75.64035 = -45.6570°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 298.82°",
      "Step 5: Determine cardinal direction",
      "  298.8° → NW",
      "FINAL ANSWER: 298.82° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -18.06354,
      "lon": 44.02951,
      "name": "Maintirano"
    },
    "point_b": {
      "lat": 35.79154,
      "lon": -78.78112,
      "name": "Cary"
    },
    "ground_truth": {
      "initial_bearing_deg": 301.62,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Maintirano at (-18.06354°, 44.02951°)",
      "  To: Cary at (35.79154°, -78.78112°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -78.78112 - 44.02951 = -122.8106°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 301.62°",
      "Step 5: Determine cardinal direction",
      "  301.6° → NW",
      "FINAL ANSWER: 301.62° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -38.0965,
      "lon": 145.26707,
      "name": "Cranbourne West"
    },
    "point_b": {
      "lat": -23.56729,
      "lon": -46.69232,
      "name": "Pinheiros"
    },
    "ground_truth": {
      "initial_bearing_deg": 167.66,
      "cardinal_direction": "S",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Cranbourne West at (-38.0965°, 145.26707°)",
      "  To: Pinheiros at (-23.56729°, -46.69232°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -46.69232 - 145.26707 = -191.9594°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 167.66°",
      "Step 5: Determine cardinal direction",
      "  167.7° → S",
      "FINAL ANSWER: 167.66° (S)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 38.93067,
      "lon": -77.04081,
      "name": "Mount Pleasant"
    },
    "point_b": {
      "lat": 36.53628,
      "lon": 3.8334,
      "name": "Draa el Mizan"
    },
    "ground_truth": {
      "initial_bearing_deg": 64.23,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Mount Pleasant at (38.93067°, -77.04081°)",
      "  To: Draa el Mizan at (36.53628°, 3.8334°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 3.8334 - -77.04081 = 80.8742°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 64.23°",
      "Step 5: Determine cardinal direction",
      "  64.2° → NE",
      "FINAL ANSWER: 64.23° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 42.34166,
      "lon": 130.41081,
      "name": "Unggi"
    },
    "point_b": {
      "lat": 53.82901,
      "lon": -1.53834,
      "name": "Chapel Allerton"
    },
    "ground_truth": {
      "initial_bearing_deg": 333.02,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Unggi at (42.34166°, 130.41081°)",
      "  To: Chapel Allerton at (53.82901°, -1.53834°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -1.53834 - 130.41081 = -131.9492°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 333.02°",
      "Step 5: Determine cardinal direction",
      "  333.0° → NW",
      "FINAL ANSWER: 333.02° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 27.6327,
      "lon": 85.52201,
      "name": "Banepā"
    },
    "point_b": {
      "lat": 19.11683,
      "lon": -70.63595,
      "name": "Jarabacoa"
    },
    "ground_truth": {
      "initial_bearing_deg": 331.07,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Banepā at (27.6327°, 85.52201°)",
      "  To: Jarabacoa at (19.11683°, -70.63595°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -70.63595 - 85.52201 = -156.1580°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 331.07°",
      "Step 5: Determine cardinal direction",
      "  331.1° → NW",
      "FINAL ANSWER: 331.07° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 36.74445,
      "lon": 49.40082,
      "name": "Manjīl"
    },
    "point_b": {
      "lat": 10.3258,
      "lon": -72.31343,
      "name": "La Villa del Rosario"
    },
    "ground_truth": {
      "initial_bearing_deg": 298.43,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Manjīl at (36.74445°, 49.40082°)",
      "  To: La Villa del Rosario at (10.3258°, -72.31343°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -72.31343 - 49.40082 = -121.7142°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 298.43°",
      "Step 5: Determine cardinal direction",
      "  298.4° → NW",
      "FINAL ANSWER: 298.43° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -18.14307,
      "lon": 177.50691,
      "name": "Sigatoka"
    },
    "point_b": {
      "lat": -36.96807,
      "lon": 174.79875,
      "name": "Mangere"
    },
    "ground_truth": {
      "initial_bearing_deg": 186.67,
      "cardinal_direction": "S",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Sigatoka at (-18.14307°, 177.50691°)",
      "  To: Mangere at (-36.96807°, 174.79875°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 174.79875 - 177.50691 = -2.7082°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 186.67°",
      "Step 5: Determine cardinal direction",
      "  186.7° → S",
      "FINAL ANSWER: 186.67° (S)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 31.07287,
      "lon": 31.49503,
      "name": "Maḩallat Damanah"
    },
    "point_b": {
      "lat": 60.26711,
      "lon": 24.84713,
      "name": "Myyrmäki"
    },
    "ground_truth": {
      "initial_bearing_deg": 353.31,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Maḩallat Damanah at (31.07287°, 31.49503°)",
      "  To: Myyrmäki at (60.26711°, 24.84713°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 24.84713 - 31.49503 = -6.6479°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 353.31°",
      "Step 5: Determine cardinal direction",
      "  353.3° → N",
      "FINAL ANSWER: 353.31° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 50.31297,
      "lon": 11.91261,
      "name": "Hof"
    },
    "point_b": {
      "lat": 42.21421,
      "lon": -83.14992,
      "name": "Wyandotte"
    },
    "ground_truth": {
      "initial_bearing_deg": 303.01,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Hof at (50.31297°, 11.91261°)",
      "  To: Wyandotte at (42.21421°, -83.14992°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -83.14992 - 11.91261 = -95.0625°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 303.01°",
      "Step 5: Determine cardinal direction",
      "  303.0° → NW",
      "FINAL ANSWER: 303.01° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 10.09085,
      "lon": -5.19482,
      "name": "Kaouara"
    },
    "point_b": {
      "lat": 55.75,
      "lon": -4.03333,
      "name": "Meikle Earnock"
    },
    "ground_truth": {
      "initial_bearing_deg": 0.91,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kaouara at (10.09085°, -5.19482°)",
      "  To: Meikle Earnock at (55.75°, -4.03333°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -4.03333 - -5.19482 = 1.1615°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 0.91°",
      "Step 5: Determine cardinal direction",
      "  0.9° → N",
      "FINAL ANSWER: 0.91° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 25.42595,
      "lon": -100.97963,
      "name": "Saltillo"
    },
    "point_b": {
      "lat": 50.93333,
      "lon": 6.95,
      "name": "Köln"
    },
    "ground_truth": {
      "initial_bearing_deg": 37.39,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Saltillo at (25.42595°, -100.97963°)",
      "  To: Köln at (50.93333°, 6.95°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 6.95 - -100.97963 = 107.9296°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 37.39°",
      "Step 5: Determine cardinal direction",
      "  37.4° → NE",
      "FINAL ANSWER: 37.39° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -17.13806,
      "lon": -49.98806,
      "name": "Indiara"
    },
    "point_b": {
      "lat": 38.63706,
      "lon": -77.31109,
      "name": "Dale City"
    },
    "ground_truth": {
      "initial_bearing_deg": 335.89,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Indiara at (-17.13806°, -49.98806°)",
      "  To: Dale City at (38.63706°, -77.31109°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -77.31109 - -49.98806 = -27.3230°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 335.89°",
      "Step 5: Determine cardinal direction",
      "  335.9° → NW",
      "FINAL ANSWER: 335.89° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 27.23818,
      "lon": 111.46214,
      "name": "Shaoyang"
    },
    "point_b": {
      "lat": 37.66442,
      "lon": 139.03502,
      "name": "Kamo"
    },
    "ground_truth": {
      "initial_bearing_deg": 58.78,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Shaoyang at (27.23818°, 111.46214°)",
      "  To: Kamo at (37.66442°, 139.03502°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 139.03502 - 111.46214 = 27.5729°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 58.78°",
      "Step 5: Determine cardinal direction",
      "  58.8° → NE",
      "FINAL ANSWER: 58.78° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -22.88583,
      "lon": -48.445,
      "name": "Botucatu"
    },
    "point_b": {
      "lat": 21.11667,
      "lon": 105.86667,
      "name": "Cổ Lóa"
    },
    "ground_truth": {
      "initial_bearing_deg": 89.29,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Botucatu at (-22.88583°, -48.445°)",
      "  To: Cổ Lóa at (21.11667°, 105.86667°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 105.86667 - -48.445 = 154.3117°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 89.29°",
      "Step 5: Determine cardinal direction",
      "  89.3° → E",
      "FINAL ANSWER: 89.29° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -3.45571,
      "lon": -79.9637,
      "name": "Santa Rosa"
    },
    "point_b": {
      "lat": 22.34835,
      "lon": 73.13313,
      "name": "Undera"
    },
    "ground_truth": {
      "initial_bearing_deg": 51.76,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Santa Rosa at (-3.45571°, -79.9637°)",
      "  To: Undera at (22.34835°, 73.13313°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 73.13313 - -79.9637 = 153.0968°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 51.76°",
      "Step 5: Determine cardinal direction",
      "  51.8° → NE",
      "FINAL ANSWER: 51.76° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 40.9983,
      "lon": 71.67257,
      "name": "Namangan"
    },
    "point_b": {
      "lat": 36.53628,
      "lon": 3.8334,
      "name": "Draa el Mizan"
    },
    "ground_truth": {
      "initial_bearing_deg": 288.6,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Namangan at (40.9983°, 71.67257°)",
      "  To: Draa el Mizan at (36.53628°, 3.8334°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 3.8334 - 71.67257 = -67.8392°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 288.60°",
      "Step 5: Determine cardinal direction",
      "  288.6° → W",
      "FINAL ANSWER: 288.60° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -33.92399,
      "lon": 151.22749,
      "name": "Kingsford"
    },
    "point_b": {
      "lat": 37.3625,
      "lon": 38.52667,
      "name": "Bozova"
    },
    "ground_truth": {
      "initial_bearing_deg": 294.38,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kingsford at (-33.92399°, 151.22749°)",
      "  To: Bozova at (37.3625°, 38.52667°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 38.52667 - 151.22749 = -112.7008°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 294.38°",
      "Step 5: Determine cardinal direction",
      "  294.4° → NW",
      "FINAL ANSWER: 294.38° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 39.30927,
      "lon": -76.47496,
      "name": "Essex"
    },
    "point_b": {
      "lat": -21.28861,
      "lon": -50.34,
      "name": "Birigui"
    },
    "ground_truth": {
      "initial_bearing_deg": 153.15,
      "cardinal_direction": "SE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Essex at (39.30927°, -76.47496°)",
      "  To: Birigui at (-21.28861°, -50.34°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -50.34 - -76.47496 = 26.1350°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 153.15°",
      "Step 5: Determine cardinal direction",
      "  153.2° → SE",
      "FINAL ANSWER: 153.15° (SE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -33.36889,
      "lon": 19.31095,
      "name": "Ceres"
    },
    "point_b": {
      "lat": 51.95951,
      "lon": 4.54533,
      "name": "Ommoord"
    },
    "ground_truth": {
      "initial_bearing_deg": 350.95,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Ceres at (-33.36889°, 19.31095°)",
      "  To: Ommoord at (51.95951°, 4.54533°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 4.54533 - 19.31095 = -14.7656°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 350.95°",
      "Step 5: Determine cardinal direction",
      "  350.9° → N",
      "FINAL ANSWER: 350.95° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 4.775,
      "lon": 103.4162,
      "name": "Dungun"
    },
    "point_b": {
      "lat": 51.22134,
      "lon": 4.46595,
      "name": "Deurne"
    },
    "ground_truth": {
      "initial_bearing_deg": 321.76,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Dungun at (4.775°, 103.4162°)",
      "  To: Deurne at (51.22134°, 4.46595°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 4.46595 - 103.4162 = -98.9502°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 321.76°",
      "Step 5: Determine cardinal direction",
      "  321.8° → NW",
      "FINAL ANSWER: 321.76° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 13.74155,
      "lon": 76.9043,
      "name": "Sīra"
    },
    "point_b": {
      "lat": -2.93323,
      "lon": 10.98178,
      "name": "Tchibanga"
    },
    "ground_truth": {
      "initial_bearing_deg": 260.87,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Sīra at (13.74155°, 76.9043°)",
      "  To: Tchibanga at (-2.93323°, 10.98178°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 10.98178 - 76.9043 = -65.9225°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 260.87°",
      "Step 5: Determine cardinal direction",
      "  260.9° → W",
      "FINAL ANSWER: 260.87° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 22.2475,
      "lon": -97.83665,
      "name": "Ciudad Madero"
    },
    "point_b": {
      "lat": 34.92915,
      "lon": 43.48878,
      "name": "Bayjī"
    },
    "ground_truth": {
      "initial_bearing_deg": 33.56,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Ciudad Madero at (22.2475°, -97.83665°)",
      "  To: Bayjī at (34.92915°, 43.48878°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 43.48878 - -97.83665 = 141.3254°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 33.56°",
      "Step 5: Determine cardinal direction",
      "  33.6° → NE",
      "FINAL ANSWER: 33.56° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 38.05,
      "lon": 23.83333,
      "name": "Melíssia"
    },
    "point_b": {
      "lat": 13.83446,
      "lon": 44.11469,
      "name": "Dhī as Sufāl"
    },
    "ground_truth": {
      "initial_bearing_deg": 137.94,
      "cardinal_direction": "SE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Melíssia at (38.05°, 23.83333°)",
      "  To: Dhī as Sufāl at (13.83446°, 44.11469°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 44.11469 - 23.83333 = 20.2814°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 137.94°",
      "Step 5: Determine cardinal direction",
      "  137.9° → SE",
      "FINAL ANSWER: 137.94° (SE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 50.3505,
      "lon": 14.47411,
      "name": "Mělník"
    },
    "point_b": {
      "lat": 25.27139,
      "lon": 55.30323,
      "name": "Nāyf"
    },
    "ground_truth": {
      "initial_bearing_deg": 113.28,
      "cardinal_direction": "SE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Mělník at (50.3505°, 14.47411°)",
      "  To: Nāyf at (25.27139°, 55.30323°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 55.30323 - 14.47411 = 40.8291°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 113.28°",
      "Step 5: Determine cardinal direction",
      "  113.3° → SE",
      "FINAL ANSWER: 113.28° (SE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 13.4,
      "lon": -14.21667,
      "name": "Farato"
    },
    "point_b": {
      "lat": 25.13994,
      "lon": 85.84096,
      "name": "Sheikhpura"
    },
    "ground_truth": {
      "initial_bearing_deg": 63.22,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Farato at (13.4°, -14.21667°)",
      "  To: Sheikhpura at (25.13994°, 85.84096°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 85.84096 - -14.21667 = 100.0576°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 63.22°",
      "Step 5: Determine cardinal direction",
      "  63.2° → NE",
      "FINAL ANSWER: 63.22° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 36.80377,
      "lon": 7.73684,
      "name": "El Hadjar"
    },
    "point_b": {
      "lat": -37.66667,
      "lon": 145.01667,
      "name": "Lalor"
    },
    "ground_truth": {
      "initial_bearing_deg": 104.7,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: El Hadjar at (36.80377°, 7.73684°)",
      "  To: Lalor at (-37.66667°, 145.01667°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 145.01667 - 7.73684 = 137.2798°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 104.70°",
      "Step 5: Determine cardinal direction",
      "  104.7° → E",
      "FINAL ANSWER: 104.70° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 36.92917,
      "lon": 6.58556,
      "name": "Kerkera"
    },
    "point_b": {
      "lat": 51.55295,
      "lon": 0.55962,
      "name": "South Benfleet"
    },
    "ground_truth": {
      "initial_bearing_deg": 345.62,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kerkera at (36.92917°, 6.58556°)",
      "  To: South Benfleet at (51.55295°, 0.55962°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 0.55962 - 6.58556 = -6.0259°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 345.62°",
      "Step 5: Determine cardinal direction",
      "  345.6° → N",
      "FINAL ANSWER: 345.62° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 41.40916,
      "lon": -75.6649,
      "name": "Scranton"
    },
    "point_b": {
      "lat": 25.48742,
      "lon": 28.97918,
      "name": "Mūţ"
    },
    "ground_truth": {
      "initial_bearing_deg": 61.53,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Scranton at (41.40916°, -75.6649°)",
      "  To: Mūţ at (25.48742°, 28.97918°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 28.97918 - -75.6649 = 104.6441°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 61.53°",
      "Step 5: Determine cardinal direction",
      "  61.5° → NE",
      "FINAL ANSWER: 61.53° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 23.64824,
      "lon": -100.64334,
      "name": "Matehuala"
    },
    "point_b": {
      "lat": 35.44934,
      "lon": 119.23607,
      "name": "Xihu"
    },
    "ground_truth": {
      "initial_bearing_deg": 326.26,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Matehuala at (23.64824°, -100.64334°)",
      "  To: Xihu at (35.44934°, 119.23607°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 119.23607 - -100.64334 = 219.8794°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 326.26°",
      "Step 5: Determine cardinal direction",
      "  326.3° → NW",
      "FINAL ANSWER: 326.26° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 22.4382,
      "lon": 88.43205,
      "name": "Rajpur Sonarpur"
    },
    "point_b": {
      "lat": 39.34788,
      "lon": -76.76997,
      "name": "Milford Mill"
    },
    "ground_truth": {
      "initial_bearing_deg": 347.23,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Rajpur Sonarpur at (22.4382°, 88.43205°)",
      "  To: Milford Mill at (39.34788°, -76.76997°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -76.76997 - 88.43205 = -165.2020°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 347.23°",
      "Step 5: Determine cardinal direction",
      "  347.2° → N",
      "FINAL ANSWER: 347.23° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 40.84816,
      "lon": -73.99764,
      "name": "Palisades Park"
    },
    "point_b": {
      "lat": 10.78556,
      "lon": -0.85139,
      "name": "Bolgatanga"
    },
    "ground_truth": {
      "initial_bearing_deg": 92.72,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Palisades Park at (40.84816°, -73.99764°)",
      "  To: Bolgatanga at (10.78556°, -0.85139°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -0.85139 - -73.99764 = 73.1463°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 92.72°",
      "Step 5: Determine cardinal direction",
      "  92.7° → E",
      "FINAL ANSWER: 92.72° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -33.01529,
      "lon": 27.91162,
      "name": "East London"
    },
    "point_b": {
      "lat": 38.32614,
      "lon": 26.30574,
      "name": "Çeşme"
    },
    "ground_truth": {
      "initial_bearing_deg": 358.67,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: East London at (-33.01529°, 27.91162°)",
      "  To: Çeşme at (38.32614°, 26.30574°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 26.30574 - 27.91162 = -1.6059°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 358.67°",
      "Step 5: Determine cardinal direction",
      "  358.7° → N",
      "FINAL ANSWER: 358.67° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 12.05267,
      "lon": 78.48023,
      "name": "Harūr"
    },
    "point_b": {
      "lat": 45.58882,
      "lon": 9.19792,
      "name": "Nova Milanese"
    },
    "ground_truth": {
      "initial_bearing_deg": 314.66,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Harūr at (12.05267°, 78.48023°)",
      "  To: Nova Milanese at (45.58882°, 9.19792°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 9.19792 - 78.48023 = -69.2823°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 314.66°",
      "Step 5: Determine cardinal direction",
      "  314.7° → NW",
      "FINAL ANSWER: 314.66° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 30.73916,
      "lon": 108.59976,
      "name": "Changtan"
    },
    "point_b": {
      "lat": -33.2792,
      "lon": 115.71504,
      "name": "Australind"
    },
    "ground_truth": {
      "initial_bearing_deg": 173.4,
      "cardinal_direction": "S",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Changtan at (30.73916°, 108.59976°)",
      "  To: Australind at (-33.2792°, 115.71504°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 115.71504 - 108.59976 = 7.1153°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 173.40°",
      "Step 5: Determine cardinal direction",
      "  173.4° → S",
      "FINAL ANSWER: 173.40° (S)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 33.39678,
      "lon": -84.59576,
      "name": "Peachtree City"
    },
    "point_b": {
      "lat": 34.68406,
      "lon": 33.03794,
      "name": "Limassol"
    },
    "ground_truth": {
      "initial_bearing_deg": 46.76,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Peachtree City at (33.39678°, -84.59576°)",
      "  To: Limassol at (34.68406°, 33.03794°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 33.03794 - -84.59576 = 117.6337°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 46.76°",
      "Step 5: Determine cardinal direction",
      "  46.8° → NE",
      "FINAL ANSWER: 46.76° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 40.72861,
      "lon": 124.78472,
      "name": "Kuandian"
    },
    "point_b": {
      "lat": 39.42417,
      "lon": 29.98333,
      "name": "Kütahya"
    },
    "ground_truth": {
      "initial_bearing_deg": 304.22,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kuandian at (40.72861°, 124.78472°)",
      "  To: Kütahya at (39.42417°, 29.98333°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 29.98333 - 124.78472 = -94.8014°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 304.22°",
      "Step 5: Determine cardinal direction",
      "  304.2° → NW",
      "FINAL ANSWER: 304.22° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 12.63056,
      "lon": 39.03472,
      "name": "Sek’ot’a"
    },
    "point_b": {
      "lat": 0.18333,
      "lon": 30.08333,
      "name": "Kasese"
    },
    "ground_truth": {
      "initial_bearing_deg": 216.16,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Sek’ot’a at (12.63056°, 39.03472°)",
      "  To: Kasese at (0.18333°, 30.08333°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 30.08333 - 39.03472 = -8.9514°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 216.16°",
      "Step 5: Determine cardinal direction",
      "  216.2° → SW",
      "FINAL ANSWER: 216.16° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 7.25597,
      "lon": -7.23508,
      "name": "Kouibly"
    },
    "point_b": {
      "lat": 43.1689,
      "lon": -86.26395,
      "name": "Norton Shores"
    },
    "ground_truth": {
      "initial_bearing_deg": 312.72,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Kouibly at (7.25597°, -7.23508°)",
      "  To: Norton Shores at (43.1689°, -86.26395°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -86.26395 - -7.23508 = -79.0289°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 312.72°",
      "Step 5: Determine cardinal direction",
      "  312.7° → NW",
      "FINAL ANSWER: 312.72° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 51.1681,
      "lon": 52.99782,
      "name": "Aqsay"
    },
    "point_b": {
      "lat": 9.91861,
      "lon": -68.30472,
      "name": "Tinaquillo"
    },
    "ground_truth": {
      "initial_bearing_deg": 301.05,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Aqsay at (51.1681°, 52.99782°)",
      "  To: Tinaquillo at (9.91861°, -68.30472°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -68.30472 - 52.99782 = -121.3025°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 301.05°",
      "Step 5: Determine cardinal direction",
      "  301.1° → NW",
      "FINAL ANSWER: 301.05° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 17.20667,
      "lon": -100.43306,
      "name": "Atoyac de Álvarez"
    },
    "point_b": {
      "lat": 50.90769,
      "lon": 5.41875,
      "name": "Diepenbeek"
    },
    "ground_truth": {
      "initial_bearing_deg": 37.44,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Atoyac de Álvarez at (17.20667°, -100.43306°)",
      "  To: Diepenbeek at (50.90769°, 5.41875°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 5.41875 - -100.43306 = 105.8518°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 37.44°",
      "Step 5: Determine cardinal direction",
      "  37.4° → NE",
      "FINAL ANSWER: 37.44° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -22.59861,
      "lon": -48.80028,
      "name": "Lençóis Paulista"
    },
    "point_b": {
      "lat": -4.66667,
      "lon": 34.86667,
      "name": "Ilongero"
    },
    "ground_truth": {
      "initial_bearing_deg": 91.9,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Lençóis Paulista at (-22.59861°, -48.80028°)",
      "  To: Ilongero at (-4.66667°, 34.86667°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 34.86667 - -48.80028 = 83.6669°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 91.90°",
      "Step 5: Determine cardinal direction",
      "  91.9° → E",
      "FINAL ANSWER: 91.90° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 34.99921,
      "lon": 136.09674,
      "name": "Konan"
    },
    "point_b": {
      "lat": -27.25204,
      "lon": 152.99226,
      "name": "Kallangur"
    },
    "ground_truth": {
      "initial_bearing_deg": 163.33,
      "cardinal_direction": "S",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Konan at (34.99921°, 136.09674°)",
      "  To: Kallangur at (-27.25204°, 152.99226°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 152.99226 - 136.09674 = 16.8955°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 163.33°",
      "Step 5: Determine cardinal direction",
      "  163.3° → S",
      "FINAL ANSWER: 163.33° (S)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -12.6125,
      "lon": -38.29694,
      "name": "Dias d'Ávila"
    },
    "point_b": {
      "lat": -25.77889,
      "lon": -49.32611,
      "name": "Mandirituba"
    },
    "ground_truth": {
      "initial_bearing_deg": 216.67,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Dias d'Ávila at (-12.6125°, -38.29694°)",
      "  To: Mandirituba at (-25.77889°, -49.32611°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -49.32611 - -38.29694 = -11.0292°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 216.67°",
      "Step 5: Determine cardinal direction",
      "  216.7° → SW",
      "FINAL ANSWER: 216.67° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 1.8681,
      "lon": 103.1124,
      "name": "Parit Raja"
    },
    "point_b": {
      "lat": -9.11139,
      "lon": -37.12306,
      "name": "Águas Belas"
    },
    "ground_truth": {
      "initial_bearing_deg": 258.06,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Parit Raja at (1.8681°, 103.1124°)",
      "  To: Águas Belas at (-9.11139°, -37.12306°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -37.12306 - 103.1124 = -140.2355°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 258.06°",
      "Step 5: Determine cardinal direction",
      "  258.1° → W",
      "FINAL ANSWER: 258.06° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -34.75705,
      "lon": 138.60819,
      "name": "Paralowie"
    },
    "point_b": {
      "lat": 48.0021,
      "lon": 0.20251,
      "name": "Le Mans"
    },
    "ground_truth": {
      "initial_bearing_deg": 306.22,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Paralowie at (-34.75705°, 138.60819°)",
      "  To: Le Mans at (48.0021°, 0.20251°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 0.20251 - 138.60819 = -138.4057°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 306.22°",
      "Step 5: Determine cardinal direction",
      "  306.2° → NW",
      "FINAL ANSWER: 306.22° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 20.51167,
      "lon": -103.23689,
      "name": "San José del Castillo"
    },
    "point_b": {
      "lat": -37.74124,
      "lon": 144.73631,
      "name": "Caroline Springs"
    },
    "ground_truth": {
      "initial_bearing_deg": 237.37,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: San José del Castillo at (20.51167°, -103.23689°)",
      "  To: Caroline Springs at (-37.74124°, 144.73631°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 144.73631 - -103.23689 = 247.9732°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 237.37°",
      "Step 5: Determine cardinal direction",
      "  237.4° → SW",
      "FINAL ANSWER: 237.37° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 42.49747,
      "lon": -94.16802,
      "name": "Fort Dodge"
    },
    "point_b": {
      "lat": -24.51667,
      "lon": 28.71667,
      "name": "Mookgophong"
    },
    "ground_truth": {
      "initial_bearing_deg": 87.92,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Fort Dodge at (42.49747°, -94.16802°)",
      "  To: Mookgophong at (-24.51667°, 28.71667°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 28.71667 - -94.16802 = 122.8847°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 87.92°",
      "Step 5: Determine cardinal direction",
      "  87.9° → E",
      "FINAL ANSWER: 87.92° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 36.45833,
      "lon": 7.51389,
      "name": "Boumahra Ahmed"
    },
    "point_b": {
      "lat": 34.1064,
      "lon": -117.37032,
      "name": "Rialto"
    },
    "ground_truth": {
      "initial_bearing_deg": 317.16,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Boumahra Ahmed at (36.45833°, 7.51389°)",
      "  To: Rialto at (34.1064°, -117.37032°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -117.37032 - 7.51389 = -124.8842°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 317.16°",
      "Step 5: Determine cardinal direction",
      "  317.2° → NW",
      "FINAL ANSWER: 317.16° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 27.06309,
      "lon": 31.34425,
      "name": "As Sāḩil"
    },
    "point_b": {
      "lat": -34.15152,
      "lon": 19.01509,
      "name": "Grabouw"
    },
    "ground_truth": {
      "initial_bearing_deg": 191.51,
      "cardinal_direction": "S",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: As Sāḩil at (27.06309°, 31.34425°)",
      "  To: Grabouw at (-34.15152°, 19.01509°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 19.01509 - 31.34425 = -12.3292°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 191.51°",
      "Step 5: Determine cardinal direction",
      "  191.5° → S",
      "FINAL ANSWER: 191.51° (S)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 0.0607,
      "lon": 34.28806,
      "name": "Siaya"
    },
    "point_b": {
      "lat": 53.32641,
      "lon": 9.86812,
      "name": "Buchholz in der Nordheide"
    },
    "ground_truth": {
      "initial_bearing_deg": 342.88,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Siaya at (0.0607°, 34.28806°)",
      "  To: Buchholz in der Nordheide at (53.32641°, 9.86812°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 9.86812 - 34.28806 = -24.4199°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 342.88°",
      "Step 5: Determine cardinal direction",
      "  342.9° → N",
      "FINAL ANSWER: 342.88° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 34.275,
      "lon": 133.75,
      "name": "Tadotsu"
    },
    "point_b": {
      "lat": 44.1494,
      "lon": 43.47019,
      "name": "Georgiyevsk"
    },
    "ground_truth": {
      "initial_bearing_deg": 308.83,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Tadotsu at (34.275°, 133.75°)",
      "  To: Georgiyevsk at (44.1494°, 43.47019°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 43.47019 - 133.75 = -90.2798°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 308.83°",
      "Step 5: Determine cardinal direction",
      "  308.8° → NW",
      "FINAL ANSWER: 308.83° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -6.14755,
      "lon": 143.65633,
      "name": "Mendi"
    },
    "point_b": {
      "lat": -19.39111,
      "lon": -40.07222,
      "name": "Linhares"
    },
    "ground_truth": {
      "initial_bearing_deg": 171.9,
      "cardinal_direction": "S",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Mendi at (-6.14755°, 143.65633°)",
      "  To: Linhares at (-19.39111°, -40.07222°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -40.07222 - 143.65633 = -183.7285°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 171.90°",
      "Step 5: Determine cardinal direction",
      "  171.9° → S",
      "FINAL ANSWER: 171.90° (S)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 37.7966,
      "lon": -122.40858,
      "name": "Chinatown"
    },
    "point_b": {
      "lat": -7.12056,
      "lon": -38.50194,
      "name": "São José de Piranhas"
    },
    "ground_truth": {
      "initial_bearing_deg": 99.35,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Chinatown at (37.7966°, -122.40858°)",
      "  To: São José de Piranhas at (-7.12056°, -38.50194°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -38.50194 - -122.40858 = 83.9066°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 99.35°",
      "Step 5: Determine cardinal direction",
      "  99.3° → E",
      "FINAL ANSWER: 99.35° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 5.89405,
      "lon": 5.67666,
      "name": "Sapele"
    },
    "point_b": {
      "lat": 2.269,
      "lon": 102.1427,
      "name": "Sungai Udang"
    },
    "ground_truth": {
      "initial_bearing_deg": 87.06,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Sapele at (5.89405°, 5.67666°)",
      "  To: Sungai Udang at (2.269°, 102.1427°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 102.1427 - 5.67666 = 96.4660°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 87.06°",
      "Step 5: Determine cardinal direction",
      "  87.1° → E",
      "FINAL ANSWER: 87.06° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 42.81084,
      "lon": -1.66409,
      "name": "Ermitagaña"
    },
    "point_b": {
      "lat": 28.25849,
      "lon": 42.92457,
      "name": "Turubah"
    },
    "ground_truth": {
      "initial_bearing_deg": 97.28,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Ermitagaña at (42.81084°, -1.66409°)",
      "  To: Turubah at (28.25849°, 42.92457°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 42.92457 - -1.66409 = 44.5887°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 97.28°",
      "Step 5: Determine cardinal direction",
      "  97.3° → E",
      "FINAL ANSWER: 97.28° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 34.34381,
      "lon": 3.22475,
      "name": "’Aïn el Bell"
    },
    "point_b": {
      "lat": -34.61315,
      "lon": -58.37723,
      "name": "Buenos Aires"
    },
    "ground_truth": {
      "initial_bearing_deg": 226.38,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: ’Aïn el Bell at (34.34381°, 3.22475°)",
      "  To: Buenos Aires at (-34.61315°, -58.37723°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -58.37723 - 3.22475 = -61.6020°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 226.38°",
      "Step 5: Determine cardinal direction",
      "  226.4° → SW",
      "FINAL ANSWER: 226.38° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -28.13442,
      "lon": -58.76685,
      "name": "San Lorenzo"
    },
    "point_b": {
      "lat": 51.09242,
      "lon": 4.3717,
      "name": "Boom"
    },
    "ground_truth": {
      "initial_bearing_deg": 34.34,
      "cardinal_direction": "NE",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: San Lorenzo at (-28.13442°, -58.76685°)",
      "  To: Boom at (51.09242°, 4.3717°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 4.3717 - -58.76685 = 63.1385°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 34.34°",
      "Step 5: Determine cardinal direction",
      "  34.3° → NE",
      "FINAL ANSWER: 34.34° (NE)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -18.11094,
      "lon": 178.40943,
      "name": "Lami"
    },
    "point_b": {
      "lat": 36.20389,
      "lon": 127.08472,
      "name": "Nonsan"
    },
    "ground_truth": {
      "initial_bearing_deg": 318.74,
      "cardinal_direction": "NW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Lami at (-18.11094°, 178.40943°)",
      "  To: Nonsan at (36.20389°, 127.08472°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 127.08472 - 178.40943 = -51.3247°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 318.74°",
      "Step 5: Determine cardinal direction",
      "  318.7° → NW",
      "FINAL ANSWER: 318.74° (NW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 33.86751,
      "lon": -117.99812,
      "name": "Buena Park"
    },
    "point_b": {
      "lat": 59.51404,
      "lon": 15.99255,
      "name": "Köping"
    },
    "ground_truth": {
      "initial_bearing_deg": 21.81,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Buena Park at (33.86751°, -117.99812°)",
      "  To: Köping at (59.51404°, 15.99255°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 15.99255 - -117.99812 = 133.9907°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 21.81°",
      "Step 5: Determine cardinal direction",
      "  21.8° → N",
      "FINAL ANSWER: 21.81° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 43.73149,
      "lon": -79.42023,
      "name": "Bedford Park-Nortown"
    },
    "point_b": {
      "lat": 34.36591,
      "lon": 107.35904,
      "name": "Guozhen"
    },
    "ground_truth": {
      "initial_bearing_deg": 354.29,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Bedford Park-Nortown at (43.73149°, -79.42023°)",
      "  To: Guozhen at (34.36591°, 107.35904°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 107.35904 - -79.42023 = 186.7793°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 354.29°",
      "Step 5: Determine cardinal direction",
      "  354.3° → N",
      "FINAL ANSWER: 354.29° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 44.95719,
      "lon": 34.11079,
      "name": "Simferopol"
    },
    "point_b": {
      "lat": 29.86632,
      "lon": 77.89118,
      "name": "Roorkee"
    },
    "ground_truth": {
      "initial_bearing_deg": 98.53,
      "cardinal_direction": "E",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Simferopol at (44.95719°, 34.11079°)",
      "  To: Roorkee at (29.86632°, 77.89118°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = 77.89118 - 34.11079 = 43.7804°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 98.53°",
      "Step 5: Determine cardinal direction",
      "  98.5° → E",
      "FINAL ANSWER: 98.53° (E)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -22.97111,
      "lon": 30.67361,
      "name": "Malamulele"
    },
    "point_b": {
      "lat": 53.14083,
      "lon": -6.06306,
      "name": "Greystones"
    },
    "ground_truth": {
      "initial_bearing_deg": 338.78,
      "cardinal_direction": "N",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Malamulele at (-22.97111°, 30.67361°)",
      "  To: Greystones at (53.14083°, -6.06306°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -6.06306 - 30.67361 = -36.7367°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 338.78°",
      "Step 5: Determine cardinal direction",
      "  338.8° → N",
      "FINAL ANSWER: 338.78° (N)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": -21.40611,
      "lon": -48.50472,
      "name": "Taquaritinga"
    },
    "point_b": {
      "lat": -5.55694,
      "lon": -80.82222,
      "name": "Sechura"
    },
    "ground_truth": {
      "initial_bearing_deg": 292.17,
      "cardinal_direction": "W",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Taquaritinga at (-21.40611°, -48.50472°)",
      "  To: Sechura at (-5.55694°, -80.82222°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -80.82222 - -48.50472 = -32.3175°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 292.17°",
      "Step 5: Determine cardinal direction",
      "  292.2° → W",
      "FINAL ANSWER: 292.17° (W)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 52.01682,
      "lon": 11.7307,
      "name": "Schönebeck"
    },
    "point_b": {
      "lat": -22.39028,
      "lon": -44.96667,
      "name": "Passa Quatro"
    },
    "ground_truth": {
      "initial_bearing_deg": 230.61,
      "cardinal_direction": "SW",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Schönebeck at (52.01682°, 11.7307°)",
      "  To: Passa Quatro at (-22.39028°, -44.96667°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -44.96667 - 11.7307 = -56.6974°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 230.61°",
      "Step 5: Determine cardinal direction",
      "  230.6° → SW",
      "FINAL ANSWER: 230.61° (SW)"
    ]
  },
  {
    "task": "bearing_computation",
    "point_a": {
      "lat": 42.90395,
      "lon": -78.69225,
      "name": "Depew"
    },
    "point_b": {
      "lat": 23.02389,
      "lon": -82.408,
      "name": "Fontanar"
    },
    "ground_truth": {
      "initial_bearing_deg": 189.99,
      "cardinal_direction": "S",
      "tolerance_deg": 5.0
    },
    "reasoning_steps": [
      "Step 1: Identify the coordinates",
      "  From: Depew at (42.90395°, -78.69225°)",
      "  To: Fontanar at (23.02389°, -82.408°)",
      "Step 2: Calculate longitude difference",
      "  Δlon = -82.408 - -78.69225 = -3.7157°",
      "Step 3: Apply bearing formula",
      "  θ = atan2(sin(Δlon) × cos(lat₂), cos(lat₁) × sin(lat₂) - sin(lat₁) × cos(lat₂) × cos(Δlon))",
      "Step 4: Convert to degrees and normalize to 0-360°",
      "  Initial bearing = 189.99°",
      "Step 5: Determine cardinal direction",
      "  190.0° → S",
      "FINAL ANSWER: 189.99° (S)"
    ]
  }
]