Custom system template
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'q': quit, Alt+Enter: newline
> what is the current weather in vienna?
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<think>
The user is asking about the current weather in Vienna. To solve this problem, I need to use a weather API. According to
my guidelines, I should use specialized domain-specific APIs rather than general search APIs. I'll plan to use the
Open-Meteo API, which is a free weather API that provides current weather data.
My plan will be:
1. Find the geographical coordinates (latitude and longitude) for Vienna
2. Use these coordinates to query the Open-Meteo API for current weather data
3. Format and present the results to the user
</think>
# Plan for Retrieving Current Weather in Vienna
I'll help you get the current weather conditions in Vienna, Austria. Here's my plan:
1. **Determine Vienna's coordinates**:
- Vienna, Austria is located at approximately 48.21° N, 16.37° E
- I'll use these coordinates to query the weather API
2. **Use the Open-Meteo API**:
- This is a free, specialized weather API that provides current weather data
- I'll request current weather conditions including temperature, precipitation, and wind
3. **Format and present the results**:
- I'll extract the relevant weather information
- Present it in a clear, readable format with proper units
Does this approach work for you? Would you like me to make any adjustments before proceeding?
Accumulated token usage: input=2.32k, thinking=113, output=309, cache_write=0, cache_read=2.15k; Accumulated costs:
0.012 USD
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'q': quit, Alt+Enter: newline
> use a geocoding service in 1.
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<think>
Great suggestion! Instead of hardcoding Vienna's coordinates, I'll use a geocoding service to get the precise
coordinates. This is a better approach because:
1. It ensures accuracy
2. It makes the solution more reusable for other locations
3. It follows best practices for location-based services
I'll modify my plan to use a geocoding service first to get Vienna's coordinates, then use those coordinates with the
Open-Meteo API.
</think>
# Revised Plan for Retrieving Current Weather in Vienna
I'll help you get the current weather conditions in Vienna, Austria with an improved approach:
1. **Use a geocoding service to determine Vienna's coordinates**:
- I'll use the geocoding capabilities built into the Open-Meteo API
- This will convert "Vienna" into precise latitude and longitude coordinates
2. **Use the Open-Meteo API for weather data**:
- Query current weather conditions using the coordinates from step 1
- Retrieve temperature, precipitation, wind speed, and other relevant weather parameters
3. **Format and present the results**:
- Extract the relevant weather information
- Present it in a clear, readable format with proper units
Does this revised approach work for you? I'll proceed with implementation upon your confirmation.
Accumulated token usage: input=4.84k, thinking=205, output=597, cache_write=0, cache_read=4.29k; Accumulated costs:
0.023 USD
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'q': quit, Alt+Enter: newline
> good!
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<think>
Now I'll implement the plan to get the current weather in Vienna using a geocoding service followed by the Open-Meteo
API.
First, I'll need to use the requests library to make API calls. Let me check if we have it installed, and install if
necessary.
</think>
I'll implement this plan to get the current weather in Vienna using the Open-Meteo API with geocoding.
╭─ Code action ────────────────────────────────────────────────────────────────────────────────────────────────────────╮
│ 1 # Import necessary libraries│
│ 2 importrequests│
│ 3 importdatetime│
│ 4 │
│ 5 # Step 1: Use geocoding to get coordinates for Vienna│
│ 6 geocoding_url="https://geocoding-api.open-meteo.com/v1/search"│
│ 7 params={│
│ 8 "name":"Vienna",│
│ 9 "count":1,│
│10 "language":"en",│
│11 "format":"json"│
│12 }│
│13 │
│14 response=requests.get(geocoding_url,params=params)│
│15 geocoding_data=response.json()│
│16 │
│17 # Check if we got a valid response│
│18 if"results"ingeocoding_dataandlen(geocoding_data["results"])>0:│
│19 # Extract coordinates and location details│
│20 location=geocoding_data["results"][0]│
│21 latitude=location["latitude"]│
│22 longitude=location["longitude"]│
│23 full_name=f"{location['name']}, {location.get('country','')}"│
│24 │
│25 print(f"Location: {full_name}")│
│26 print(f"Coordinates: {latitude}°N, {longitude}°E")│
│27 │
│28 # Step 2: Get current weather using these coordinates│
│29 weather_url="https://api.open-meteo.com/v1/forecast"│
│30 weather_params={│
│31 "latitude":latitude,│
│32 "longitude":longitude,│
│33 "current":["temperature_2m","relative_humidity_2m","apparent_temperature",│
│34 "precipitation","rain","weather_code","cloud_cover",│
│35 "wind_speed_10m","wind_direction_10m","pressure_msl"],│
│36 "timezone":"auto"│
│37 }│
│38 │
│39 weather_response=requests.get(weather_url,params=weather_params)│
│40 weather_data=weather_response.json()│
│41 │
│42 # Step 3: Format and present the results│
│43 if"current"inweather_data:│
│44 current=weather_data["current"]│
│45 current_time=datetime.datetime.fromisoformat(current["time"])│
│46 │
│47 # WMO Weather interpretation codes (https://open-meteo.com/en/docs)│
│48 weather_codes={│
│49 0:"Clear sky",│
│50 1:"Mainly clear",2:"Partly cloudy",3:"Overcast",│
│51 45:"Fog",48:"Depositing rime fog",│
│52 51:"Light drizzle",53:"Moderate drizzle",55:"Dense drizzle",│
│53 56:"Light freezing drizzle",57:"Dense freezing drizzle",│
│54 61:"Slight rain",63:"Moderate rain",65:"Heavy rain",│
│55 66:"Light freezing rain",67:"Heavy freezing rain",│
│56 71:"Slight snow fall",73:"Moderate snow fall",75:"Heavy snow fall",│
│57 77:"Snow grains",│
│58 80:"Slight rain showers",81:"Moderate rain showers",82:"Violent rain showers",│
│59 85:"Slight snow showers",86:"Heavy snow showers",│
│60 95:"Thunderstorm",96:"Thunderstorm with slight hail",99:"Thunderstorm with heavy hail"│
│61 }│
│62 │
│63 weather_description=weather_codes.get(current["weather_code"],"Unknown")│
│64 │
│65 print("\n===== CURRENT WEATHER IN VIENNA =====")│
│66 print(f"Time: {current_time.strftime('%Y-%m-%d%H:%M:%S')} (Local Time)")│
│67 print(f"Condition: {weather_description}")│
│68 print(f"Temperature: {current['temperature_2m']}°C (Feels like: {current['apparent_temperature']}°C)")│
│69 print(f"Humidity: {current['relative_humidity_2m']}%")│
│70 print(f"Cloud Cover: {current['cloud_cover']}%")│
│71 │
│72 ifcurrent.get("precipitation")>0:│
│73 print(f"Precipitation: {current['precipitation']} mm")│
│74 if"rain"incurrent:│
│75 print(f"Rain: {current['rain']} mm")│
│76 │
│77 print(f"Wind: {current['wind_speed_10m']} km/h, Direction: {current['wind_direction_10m']}°")│
│78 print(f"Pressure: {current['pressure_msl']} hPa")│
│79 else:│
│80 print("Weather data not available.")│
│81 else:│
│82 print("Could not find location data for Vienna.")│
╰──────────────────────────────────────────────────────────────────────────────────────────────────────────────────────╯
Accumulated token usage: input=7.55k, thinking=262, output=1.83k, cache_write=0, cache_read=6.44k; Accumulated costs:
0.050 USD
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Location: Vienna, Austria
Coordinates: 48.20849°N, 16.37208°E
===== CURRENT WEATHER IN VIENNA =====
Time: 2025-05-13 12:15:00 (Local Time)
Condition: Partly cloudy
Temperature: 16.6°C (Feels like: 14.8°C)
Humidity: 37%
Cloud Cover: 81%
Wind: 7.8 km/h, Direction: 22°
Pressure: 1018.8 hPa
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## Current Weather in Vienna
I've retrieved the current weather information for Vienna, Austria using the Open-Meteo API with geocoding. Here's what
I found:
### Location Details:
- **City**: Vienna, Austria
- **Coordinates**: 48.21°N, 16.37°E
### Current Weather Conditions:
- **Date and Time**: May 13, 2025, 12:15 PM (Local Vienna Time)
- **Weather Condition**: Partly cloudy
- **Temperature**: 16.6°C (61.9°F)
- **Feels Like**: 14.8°C (58.6°F)
- **Humidity**: 37%
- **Cloud Cover**: 81%
- **Wind**: 7.8 km/h from direction 22° (North-Northeast)
- **Atmospheric Pressure**: 1018.8 hPa
In summary, Vienna is currently experiencing partly cloudy conditions with a mild temperature of 16.6°C. The humidity is
relatively low at 37%, and there's a light breeze from the north-northeast. No precipitation is occurring at the moment.
Here are some follow-up questions you might consider:
1. Would you like to see the weather forecast for Vienna for the next few days?
2. Are you interested in comparing Vienna's weather with another city?
3. Would you like to know about any weather alerts or warnings for Vienna?
Accumulated token usage: input=11.72k, thinking=262, output=2.16k, cache_write=0, cache_read=8.58k; Accumulated costs:
0.068 USD
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'q': quit, Alt+Enter: newline
> 2. compare with Graz
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<think>
The user wants to compare the weather in Vienna with the weather in Graz, Austria. I'll need to:
1. Get weather data for Graz using the same method (geocoding + Open-Meteo API)
2. Display the results alongside Vienna's data for easy comparison
3. Highlight any significant differences between the two cities' weather conditions
</think>
# Plan for Comparing Weather in Vienna and Graz
I'll help you compare the current weather conditions between Vienna and Graz, Austria. Here's my plan:
1. **Retrieve the weather data for Graz**:
- Use the same geocoding approach to find Graz's coordinates
- Query the Open-Meteo API for current weather conditions in Graz
2. **Display a side-by-side comparison**:
- Show the same weather parameters for both cities (temperature, conditions, etc.)
- Format the results in a way that makes differences easy to spot
3. **Highlight key differences**:
- Identify notable differences in temperature, conditions, or other parameters
- Provide a brief summary of how the weather compares between the two cities
Does this approach work for you? I'll proceed with implementation upon your confirmation.
Accumulated token usage: input=16.16k, thinking=332, output=2.44k, cache_write=0, cache_read=10.73k; Accumulated costs:
0.085 USD
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'q': quit, Alt+Enter: newline
> q