Sixteen codes were added to the ASCL in March, 2024:
BTSbot: Automated identification of supernovae with multi-modal deep learning
CLASS-PT: Nonlinear perturbation theory extension of the Boltzmann code CLASS
DensityFieldTools: Manipulating density fields and measuring power spectra and bispectra
DistClassiPy: Distance-based light curve classification
FitCov: Fitted Covariance generation
fkpt: Compute LCDM and modified gravity perturbation theory using fk-kernels
kinematic_scaleheight: Infer the vertical distribution of clouds in the solar neighborhood
LtU-ILI: Robust machine learning in astro
MINDS: Hybrid pipeline for the reduction of JWST/MIRI-MRS data
OneLoopBispectrum: Computation of the one-loop bispectrum of galaxies in redshift space
Poke: Polarization ray tracing and Gaussian beamlet module for Python
pycorr: Two-point correlation function estimation
Pylians3: Libraries to analyze numerical simulations in Python 3
Pynkowski: Minkowski functionals and other higher order statistics
s4cmb: Systematics For Cosmic Microwave Background
URecon: Reconstruct initial conditions of N-Body simulations
Ten codes were added to the ASCL in February, 2024:
2cosmos: Monte Python modification for two independent instances of CLASS
CCBH-Numerics: Cosmologically-coupled-black-holes formation mass numerics
ECLIPSR: Automatically find individual eclipses in light curves, determine ephemerides, and more
MGPT: Modified Gravity Perturbation Theory code
NMMA: Nuclear Multi Messenger Astronomy framework
polarizationtools: Polarization analysis and simulation tools in python
Rfits: FITS file manipulation in R
Rwcs: World coordinate system transforms in R
SkyLine: Generate mock line-intensity maps
star_shadow: Analyze eclipsing binary light curves, find eccentricity, and more