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  1. import random
  2. from collections import defaultdict
  3.  
  4. # 示例历史数据（需替换为实际数据）
  5. history_data = [
  6.     {"numbers": [8,2,6], "sum": 16, "size": "大", "parity": "双", "result": "错"},
  7.     {"numbers": [1,0,3], "sum": 4, "size": "小", "parity": "双", "result": "中"},
  8.     # 添加更多历史数据...
  9. ]
  10.  
  11. # 统计历史频率
  12. def analyze_trend(data):
  13.     stats = {
  14.         "size_count": defaultdict(int),
  15.         "parity_count": defaultdict(int),
  16.         "recent_size": [],
  17.         "recent_parity": []
  18.     }
  19.  
  20.     for entry in data[-10:]:  # 分析最近10期
  21.         stats["size_count"][entry["size"]] += 1
  22.         stats["parity_count"][entry["parity"]] += 1
  23.         stats["recent_size"].append(entry["size"])
  24.         stats["recent_parity"].append(entry["parity"])
  25.  
  26.     return stats
  27.  
  28. # 生成下一期建议
  29. def predict_next(stats):
  30.     # 倾向性建议（简单趋势模型）
  31.     size_suggestion = "大" if stats["size_count"]["大"] < stats["size_count"]["小"] else "小"
  32.     parity_suggestion = "单" if stats["parity_count"]["单"] < stats["parity_count"]["双"] else "双"
  33.  
  34.     # 若最近连续3次同方向，建议反转（赌徒谬误逻辑）
  35.     if len(stats["recent_size"]) >= 3 and len(set(stats["recent_size"][-3:])) == 1:
  36.         size_suggestion = "大" if stats["recent_size"][-1] == "小" else "小"
  37.     if len(stats["recent_parity"]) >= 3 and len(set(stats["recent_parity"][-3:])) == 1:
  38.         parity_suggestion = "单" if stats["recent_parity"][-1] == "双" else "双"
  39.  
  40.     return size_suggestion, parity_suggestion
  41.  
  42. # 生成随机数字组合（0-9选3个数字）
  43. def generate_numbers():
  44.     return [random.randint(0, 9) for _ in range(3)]
  45.  
  46. # 主程序
  47. if __name__ == "__main__":
  48.     stats = analyze_trend(history_data)
  49.     size, parity = predict_next(stats)
  50.     next_numbers = generate_numbers()
  51.     next_sum = sum(next_numbers)
  52.  
  53.     print(f"历史统计：\n- 大小分布: 大={stats['size_count']['大']}次, 小={stats['size_count']['小']}次")
  54.     print(f"- 单双分布: 单={stats['parity_count']['单']}次, 双={stats['parity_count']['双']}次")
  55.     print(f"\n建议投注：{size} + {parity}")
  56.     print(f"模拟下一组数字: {next_numbers} (和值={next_sum}, {size if next_sum >= 14 else '小'}, {'单' if next_sum % 2 else '双'})")
  57.     print("\n⚠️ 风险提示：此为随机模拟，长期参与必输！请勿沉迷。")
Success #stdin #stdout 0.1s 14340KB
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历史统计：
- 大小分布: 大=1次, 小=1次
- 单双分布: 单=0次, 双=2次

建议投注：小 + 单
模拟下一组数字: [4, 5, 6] (和值=15, 小, 单)

⚠️ 风险提示：此为随机模拟，长期参与必输！请勿沉迷。
https://ideone.com/xukjuL
language:
Python 3 (python  3.12)
created:
39 days ago
visibility:
public

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