import requests

def get_realtime_weather(query):
    url = 'https://60s.viki.moe/v2/weather/realtime'
    response = requests.get(url, params={'query': query})
    return response.json()

# Example
weather = get_realtime_weather('北京')
print(f"☁️ {weather['location']}天气")
print(f"🌡️ 温度：{weather['temperature']}°C")
print(f"💨 风速：{weather['wind']}")
print(f"💧 湿度：{weather['humidity']}")

def get_weather_forecast(query):
    url = 'https://60s.viki.moe/v2/weather/forecast'
    response = requests.get(url, params={'query': query})
    return response.json()

# Example
forecast = get_weather_forecast('上海')
for day in forecast['forecast']:
    print(f"{day['date']}: {day['weather']} {day['temp_low']}°C ~ {day['temp_high']}°C")

# Real-time weather
curl "https://60s.viki.moe/v2/weather/realtime?query=北京"

# Weather forecast
curl "https://60s.viki.moe/v2/weather/forecast?query=上海"

{
  "location": "北京",
  "weather": "晴",
  "temperature": "15",
  "humidity": "45%",
  "wind": "东北风3级",
  "air_quality": "良",
  "updated": "2024-01-15 14:00:00"
}

{
  "location": "上海",
  "forecast": [
    {
      "date": "2024-01-15",
      "day_of_week": "星期一",
      "weather": "多云",
      "temp_low": "10",
      "temp_high": "18",
      "wind": "东风3-4级"
    },
    ...
  ]
}

weather = get_realtime_weather('北京')
response = f"""
☁️ 北京今日天气

天气状况：{weather['weather']}
🌡️ 温度：{weather['temperature']}°C
💧 湿度：{weather['humidity']}
💨 风力：{weather['wind']}
🌫️ 空气质量：{weather['air_quality']}
"""

forecast = get_weather_forecast('上海')
response = "📅 上海未来天气预报\n\n"
for day in forecast['forecast'][:3]:
    response += f"{day['date']} {day['day_of_week']}\n"
    response += f"  {day['weather']} {day['temp_low']}°C ~ {day['temp_high']}°C\n"
    response += f"  {day['wind']}\n\n"

weather = get_realtime_weather('深圳')
if '雨' in weather['weather']:
    print("☔ 是的，深圳现在正在下雨")
    print("建议带伞出门！")
else:
    forecast = get_weather_forecast('深圳')
    rain_days = [d for d in forecast['forecast'] if '雨' in d['weather']]
    if rain_days:
        print(f"未来{rain_days[0]['date']}可能会下雨")
    else:
        print("近期没有降雨预报")

def give_weather_advice(location):
    weather = get_realtime_weather(location)
    advice = []
    
    temp = int(weather['temperature'])
    if temp > 30:
        advice.append("🔥 天气炎热，注意防暑降温，多喝水")
    elif temp < 5:
        advice.append("🥶 天气寒冷，注意保暖")
    
    if '雨' in weather['weather']:
        advice.append("☔ 记得带伞")
    
    if weather['air_quality'] in ['差', '重度污染']:
        advice.append("😷 空气质量不佳，建议戴口罩")
    
    return '\n'.join(advice)

def compare_weather(cities):
    results = []
    for city in cities:
        weather = get_realtime_weather(city)
        results.append({
            'city': city,
            'temperature': int(weather['temperature']),
            'weather': weather['weather']
        })
    
    # Find hottest and coldest
    hottest = max(results, key=lambda x: x['temperature'])
    coldest = min(results, key=lambda x: x['temperature'])
    
    return f"🌡️ 最热: {hottest['city']} {hottest['temperature']}°C\n" \
           f"❄️ 最冷: {coldest['city']} {coldest['temperature']}°C"

def check_travel_weather(destination, days=3):
    forecast = get_weather_forecast(destination)
    suitable_days = []
    
    for day in forecast['forecast'][:days]:
        if '雨' not in day['weather'] and '雪' not in day['weather']:
            suitable_days.append(day['date'])
    
    if suitable_days:
        return f"✅ {destination}适合出行的日期：{', '.join(suitable_days)}"
    else:
        return f"⚠️ 未来{days}天{destination}天气不太适合出行"