Retrieve historical solar indices (SFI, SSN, Kp, Ap) for a specified date range from the IONIS dataset (2000-2026). Use for analyzing past solar activity and geomagnetic conditions.
Convert a Maidenhead grid square to geographic coordinates and compute solar elevation with day, twilight, or night classification using optional UTC time.
Retrieve the running PyPI version of ionis-mcp and the IONIS dataset bundle revision to confirm fleet alignment and detect drift across MCP deployments.
An MCP server for HF radio propagation analytics using the IONIS dataset collection, enabling natural language queries about band conditions, propagation paths, and solar correlations.
A Model Context Protocol server that allows AI assistants like Claude and Cursor to create music and control Sonic Pi programmatically through OSC messages.
Classify HF propagation paths by solar elevation at both endpoints for a given band and UTC hour, identifying physically anomalous paths like both-dark propagation.
Analyzes how solar flux (SFI) impacts HF propagation on a given band by grouping spot data into SFI brackets and displaying spot counts, average SNR, and reliability per bracket.
Analyze HF radio propagation paths between two Maidenhead grid squares. Get distance, azimuth, best band/hour ranking, seasonal patterns, and solar geometry from IONIS datasets.
Summarizes band activity across all hours and sources, displaying total signatures and spots, hourly distribution, top grid pairs, SFI range, and distance distribution.
Compare propagation data from multiple independent sources (WSPR, RBN, Contest, DXpedition, PSKR) for the same path and band to validate observations across measurement systems.
Search propagation signatures across WSPR, RBN, Contest, DXpedition, and PSKR tables. Filter by band, grid, time, and minimum spot count to analyze HF radio propagation conditions.