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UVEX Transients

End-to-end simulations of transients from UVEX all-sky surveys.

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UVEX Transients provides spectral and light-curve models for several transient classes (kilonovae, tidal disruption events, luminous fast blue optical transients, supernovae), built on a common cosmologically-aware SED framework, and tools to Monte Carlo sample populations of these transients against a real survey schedule to produce an event catalog of detections.

Installation

pip install uvex-transients

Or install from source:

git clone https://github.com/TransientsExtragalactic/uvex-transients
cd uvex-transients && pip install -e .

Quickstart

The uvex-transients CLI drives the full simulation pipeline (sample events, screen by magnitude/SNR, run synthetic photometry) from a single YAML config file. Try it against the bundled configs/quickstart_tde.yaml example:

uvex-transients run configs/quickstart_tde.yaml --out-dir results/quickstart/

uvex-transients run demo

See the file itself for what each section does, and uvex-transients --help for every command. configs/full_run.yaml is a full-scale config covering every registered transient class at once; run it directly or via make run (see the Makefile -- make help lists every target). configs/infant_sne.yaml is a secondary run for supernovae detected within 72 hours of explosion; it is attached to each release as its own infant_sne.zip, and get_results(..., simulation="infant_sne") fetches individual files from it.

For the results of that run, the documentation's report page has a summary of every transient family (kilonovae, TDEs, LFBOTs, Type I and Type II supernovae, SLSNe): its detection funnel, expected number of events and the distributions of the selected events, all built from the data products attached to the latest release.

Full documentation, including the API reference, is available in the docs/ directory.


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