Search and download gravitational wave data from GWOSC catalogs.
npx skills add https://github.com/fundamental-physics/marketplace --skill gwosc
Please help me install this Agent Skill. Skill: gwosc Source: https://github.com/fundamental-physics/marketplace/tree/main/plugins/gr-qc/skills/gwosc Command: npx skills add https://github.com/fundamental-physics/marketplace --skill gwosc
GWOSC data access is scattered across catalogs, and performing searches, retrieving event parameters, and obtaining strain data typically requires navigating multiple endpoints. This Skill streamlines discovery, parameter extraction, and data retrieval from GWOSC through a unified script-driven workflow.
Ask this skill to list catalogs, search for events by criteria, and download strain data for a chosen event.
High-intent search queries and answers about installing and using this skill.
You can download gravitational wave strain data by searching for a specific event and selecting from available strain files. The Skill retrieves data from detectors like H1, L1, and V1 across durations such as 32s or 4096s.
Yes, you can list available GWOSC catalogs and filter events by mass, distance, or SNR. The Skill queries the GWOSC API to retrieve basic event metadata matching your specific search criteria.
You can retrieve detailed event parameters including mass, distance, redshift, SNR, and detector information. The Skill accesses the GWOSC API to extract and print these parameters for selected events.
Yes, the requests library is required to access the GWOSC API. The Skill uses requests to handle multiple catalogs, events, and strain formats when downloading LIGO and Virgo data.
The best way to list available GWOSC catalogs is to use this Skill's catalog discovery feature. It fetches basic event metadata directly from the GWOSC API, allowing you to quickly explore and select events.
The Skill handles multiple detectors and strain formats but prints concise results. You select specific strain files per event from available detectors (H1, L1, V1) and durations (32s, 4096s) to download for analysis.
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