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User-defined science module for the Fink broker.

Project description

pypi Sentinel PEP8 codecov

Fink Science

This repository contains science modules used to generate added values to alert collected by the Fink broker.

ZTF alert stream

It currently contains:

Source Field in Fink alerts Type Contents
fink_science/xmatch cdsxmatch++ string Counterpart (cross-match) from any CDS catalog or database using the CDS xmatch service. Contains also crossmatch to the General Catalog of Variable Stars and the International Variable Star Index, 3HSP, 4LAC DR3, Mangrove
fink_science/random_forest_snia rf_snia_vs_nonia float Probability to be a rising SNe Ia based on Random Forest classifier (1 is SN Ia). Based on https://arxiv.org/abs/2111.11438
fink_science/snn snn_snia_vs_nonia float Probability to be a SNe Ia based on SuperNNova classifier (1 is SN Ia). Based on https://arxiv.org/abs/1901.06384
fink_science/snn snn_sn_vs_all float Probability to be a SNe based on SuperNNova classifier (1 is SNe). Based on https://arxiv.org/abs/1901.06384
fink_science/microlensing mulens float Probability score to be a microlensing event by LIA
fink_science/asteroids roid int Determine if the alert is a Solar System object
fink_science/kilonova rf_kn_vs_nonkn float probability of an alert to be a kilonova using a Random Forest Classifier (binary classification).
fink_science/nalerthist nalerthist int Number of detections contained in each alert (current+history). Upper limits are not taken into account.
fink_science/ad_features lc_* dict[int, array] Numerous light curve features used in astrophysics.
fink_science/agn rf_agn_vs_nonagn float Probability to be an AGN based on Random Forest classifier (1 is AGN).
fink_science/anomaly_detection anomaly_score float Anomaly score (lower values mean more anomalous observations)
fink_science/t2 t2 dic[str, float] Classifier based on Transformers. Based on https://arxiv.org/abs/2105.06178

You will find README in each subfolder describing the module.

ELASTiCC stream (Rubin-like simulated data)

These modules are being tested for Rubin era on the LSST-DESC ELASTiCC data challenge:

Source Field in Fink alerts Type Contents
fink_science/agn_elasticc rf_agn_vs_nonagn float Probability to be an AGN based on Random Forest classifier (1 is AGN).
fink_science/random_forest_snia rf_snia_vs_nonia float Probability to be a rising SNe Ia based on Random Forest classifier (1 is SN Ia). Based on https://arxiv.org/abs/2111.11438
fink_science/snn snn_snia_vs_nonia float Probability to be a SNe Ia based on SuperNNova classifier (1 is SN Ia). Based on https://arxiv.org/abs/1901.06384
fink_science/snn broad array[float] Broad classifier based on SNN. Returns [class, max(prob)].
fink_science/cats fine array[float] Fine classifier based on the CBPF Algorithm for Transient Search. Returns [class, max(prob)].

How to contribute

Learn how to design your science module, and integrate it inside the Fink broker.

Installation

If you want to install the package (broker deployment), you can just pip it:

pip install fink_science

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