Reverse Dependencies of schwimmbad

The following projects have a declared dependency on schwimmbad:

• abacusutils — Python and C/C++ code to read halo catalogs and other Abacus N-body data products
• anacal — no summary
• backtracks — Python package to fit relative astrometry with background star motion tracks.
• bilby — A user-friendly Bayesian inference library
• chimera-gw — Combined Hierarchical Inference Model for Electromagnetic and gRavitational-wave Analysis
• cosmic-popsynth — a Python-interfaced binary population synthesis suite
• dredge — User-friendly thresholded subspace-constrained mean shift for geospatial data
• EZFF — Multiobjective forcefield optimization for Molecular Dynamics
• gaussbock — Fast parallel-iterative cosmological parameter estimation with Bayesian nonparametrics
• gigalens — Fast strong gravitational lens modeling
• impt — Auto-diff Estimator of Lensing Perturbations
• leopy-stat — Likelihood Estimation for Observational data with Python
• mosfit — Modular software for fitting semi-analytical model predictions to observed astronomical transient data.
• parallel-bilby — Running bilby on GW data with MPI
• pixedfit — A python package specially designed for SED fitting of resolved sources
• pyeee — pyeee: a library providing parameter screening of computational models using the Morris method of Elementary Effects or its extension of Efficient Elementary Effects by Cuntz, Mai et al. (Water Res Research, 2015).
• pyjams — pyjams: a general Python package with a wide variety of miscellaneous utility functions.
• RM-Tools — RM-synthesis, RM-clean and QU-fitting on polarised radio spectra
• schwimmbad — A common interface for parallel processing pools.
• scope-astr — Simulating high-resolution spectroscopy of exoplanet atmospheres.
• species — Toolkit for atmospheric characterization of directly imaged exoplanets
• thejoker — A custom Monte Carlo sampler for the two-body problem.