name: transit-station-finder description: When the user needs to identify nearby public transit stations relative to a specific location. This skill searches for transit stations (MRT, subway, bus, etc.) within a specified radius of given coordinates, returning station names, distances, and accessibility information to determine optimal boarding points.
Instructions
Primary Objective
Find the nearest public transit station(s) to a given location and provide detailed information to help the user choose the optimal boarding point for their journey.
Core Workflow
1. Location Identification
- User provides: A location (address, landmark, or coordinates).
- Your action: Use
google_map-maps_geocodeto obtain precise coordinates and formatted address. - Output needed: Latitude, longitude, and verified address.
2. Station Discovery
- Goal: Find all transit stations near the identified coordinates.
- Your action: Use
google_map-maps_search_placeswith:- Query: "MRT station" or "transit station" (adapt based on local terminology)
- Location: The coordinates from step 1
- Radius: Start with 1000 meters (adjust based on context)
- Output needed: List of stations with names, addresses, and distances.
3. Distance Verification
- Goal: Determine exact walking distances to the most promising stations.
- Your action: Use
google_map-maps_distance_matrixwith:- Origins: The user's location
- Destinations: Top 3-5 candidate stations from step 2
- Mode: "walking"
- Output needed: Precise walking distances and times for each station.
4. Route Planning (When Destination Provided)
- Goal: If user provides a destination, find complete transit route.
- Your action: Use
google_map-maps_directionswith:- Origin: User's location
- Destination: Their target destination
- Mode: "transit"
- Output needed: Complete route with walking segments, transit segments, and transfer points.
5. Station Details Enrichment
- Goal: Gather additional information about stations and lines.
- Your action: Use
local-web_searchorfetch-fetch_markdownto:- Find station line information
- Identify transfer possibilities
- Get service schedules if needed
- Output needed: Line colors, station codes, transfer options.
6. Optimal Station Selection
- Criteria for selection (in priority order):
- Shortest walking distance
- Fewest transfers to destination (if destination provided)
- Direct line to destination
- Station amenities/accessibility
7. Output Format
- Always include:
- Nearest station(s) with walking distances
- Station codes and line information
- Next steps for the journey
- When destination provided:
- Complete station-by-station route
- Total journey time
- Transfer points
Special Considerations
File Output Requirements
If the user requests saving station lists to a file:
- Use
filesystem-write_fileto create the file - Format: One station per line in sequential journey order
- Include both boarding and intermediate stations
- Example filename:
routine.txt
Error Handling
- If no stations found within initial radius, expand search radius incrementally
- If geocoding fails, ask for more specific location details
- If walking distance exceeds reasonable limits (e.g., >2km), suggest alternative transport to station
Local Adaptations
- Adjust search terms based on local transit systems (e.g., "subway", "metro", "bus terminal")
- Consider local naming conventions for station types
- Account for different transit authorities in search results