transbigdata-getdata

Fetches transit routes, stops, boundaries, and isochrones as GeoDataFrames for Chinese cities.

4|2|Updated Feb 4, 2026
One-click install
npx skills add https://github.com/ni1o1/claude-skill-transbigdata --skill transbigdata-getdata
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: transbigdata-getdata
Source: https://github.com/ni1o1/claude-skill-transbigdata/tree/main/skills/transbigdata-getdata
Command: npx skills add https://github.com/ni1o1/claude-skill-transbigdata --skill transbigdata-getdata

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Provides a straightforward way to obtain public transit routes, stops, administrative boundaries, and isochrone polygons so analysts and engineers can avoid manual API calls, parsing, and reprojection tasks when preparing transport spatial data.

Core Features & Use Cases

  • Retrieve bus and metro route geometries and stop locations for Chinese cities with fuzzy or exact matching for route names.
  • Download administrative boundary polygons by name or code and optionally fetch subdistricts for zonal analyses.
  • Generate isochrone (accessibility) polygons using AMap for public-transport or Mapbox for driving/walking/cycling modes, and produce GeoDataFrames ready for plotting or spatial joins.
  • Use cases include transit accessibility studies, OD extraction and visualization, grid-based spatial aggregation, and preparing basemaps and overlay layers for mapping.

Quick Start

Use the transbigdata-getdata skill to fetch Shenzhen's M433 bus line and its stops as GeoDataFrames for immediate inspection.

Frequently Asked Questions about transbigdata-getdata

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I get bus routes and stops as GeoDataFrames for Chinese cities?

You can retrieve bus route geometries and stop locations as GeoDataFrames. The skill supports exact or fuzzy matching for route names to return spatial data ready for plotting or analysis in Chinese cities.

What is the best way to generate isochrone polygons for public transport accessibility?

Generate isochrone accessibility polygons using AMap for public transport or Mapbox for driving, walking, and cycling modes. The output is a GeoDataFrame ready for spatial joins and mapping visualization.

How do I download administrative boundary polygons for urban transport workflows?

Download administrative boundary polygons by name or code to perform zonal analyses. The skill optionally fetches subdistricts, returning GeoDataFrames for preparing basemaps and overlay layers in urban transport workflows.

Can I use Mapbox to generate driving and walking isochrones?

Yes, Mapbox supports generating driving, walking, and cycling isochrones. The skill uses API-key based requests to fetch accessibility polygons and returns them as GeoDataFrames for spatial analysis.

Do I need API keys to fetch public transit and geospatial data?

Yes, API keys are required for AMap and Mapbox requests when fetching isochrones and transit data. The skill uses API-key based requests with configurable timeouts to retrieve administrative boundaries and route geometries.

Does this tool support fuzzy matching for transit route names?

Yes, fuzzy matching is supported for transit route names alongside exact matching. This allows flexible retrieval of bus and metro route geometries and stop locations as GeoDataFrames for transport analysis.