Extract EIS timing intervals from EC-Lab .mpt files and reduce neutron events by time slice.
npx skills add https://github.com/mdoucet/analyzer --skill time-resolved
Please help me install this Agent Skill. Skill: time-resolved Source: https://github.com/mdoucet/analyzer/tree/main/skills/time-resolved Command: npx skills add https://github.com/mdoucet/analyzer --skill time-resolved
Time-resolved neutron reflectometry with EIS correlation — extract timing intervals from EIS data, reduce neutron events by time slice, and process time-resolved measurements across EIS intervals, simple-reduction, and eis-reduce-events workflows.
Run eis-intervals to generate intervals.json, then run eis-reduce-events with that file to create per-interval reductions, and finally run run-fit on the results.
High-intent search queries and answers about installing and using this skill.
You can extract timing intervals from EC-Lab .mpt files by parsing the electrochemical impedance spectroscopy data to map wall-clock times to measurement windows. This generates an intervals JSON file that defines the time slices for subsequent neutron event reduction.
To reduce neutron event data by time slice, you use a Docker-orchestrated Mantid workflow that takes the extracted interval definitions and processes the neutron events to produce per-interval reflectivity curves for each specified measurement window.
Yes, interval resolution is flexible and supports both per-file and per-frequency extraction. You can also configure optional hold intervals between measurements to isolate specific electrochemical impedance spectroscopy windows for reduction.
Yes, Docker is required to orchestrate the Mantid-based reduction workflows. It provides the containerized environment necessary to process neutron events and generate per-interval reflectivity curves from the aligned timing data.
The workflow involves extracting EIS intervals from .mpt files, using those intervals to time-slice and reduce neutron event data via Mantid, and then running fits on the resulting per-interval reflectivity curves to analyze the time-resolved measurements.
Misalignment occurs when wall-clock times from EIS data are not properly mapped to neutron event windows. Extracting precise timing intervals from EC-Lab .mpt files ensures the neutron events are accurately sliced according to the electrochemical measurement intervals.
alexismanuelProfile CSV, Parquet, and JSON datasets with DuckDB queries.
3172973615Detect exoplanet transits in stellar light curves using the TLS algorithm.
jpoutrinManages per-worktree port allocations for git worktrees and docker-compose services.
sandraschiExplain chakra systems, energy healing, and aura interpretation for educational contexts.
