Contributors
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Below is a list of those who have contributed code or data to the releases of FEW. Note this is not an exhaustive list of those who have contributed to FEW development for each version, as often people are also involved via extensive discussion and paper writing.
FEW v2.0 (Kerr eccentric equatorial waveforms added)
Christian Chapman-Bird Development and testing of trajectory and amplitude modules, refactoring of package structure, upgrading of existing framework for Kerr and elliptic, utility and mapping functions with numba.
Philip Lynch Testing and debugging of trajectory module and utility functions.
Lorenzo Speri Initial development of trajectory.
Zachary Nasipak Generation of flux/amplitude data, transition to symmetric mass ratio convention, refactoring of mode handling and mode selection
Maxime Pigou Refactoring of build procedure; automation in CI of tests execution, wheels deployment to PyPI and documentation build (github page/readthedocs); development of config and file management utilities
Scott Hughes Generation of flux/amplitude data for cross-validation and investigations of data-grid structure.
Maurice Meus
FEW v1.5.1 (Frequency domain waveform added)
Christian Chapman-Bird Kernel efficiency improvements and bug fixes
Philip Lynch Added limiting cases of frequencies and separatrix functions
Monica Rizzo
Lorenzo Speri Developer of the frequency domain model, testing of its efficiency and accuracy against the time domain model.
Scott Hughes Writing of second-order SPA mathematical framework for frequency-domain waveform generation.
FEW v1.4.4
Christian Chapman-Bird Numerical root-finding for get_at_t functions
Ryuichi Fujita
Soichiro Isoyama
FEW v1.0.0 (Initial release)
Alvin Chu
Scott Hughes Generation of Schwarzschild, eccentric flux and amplitude data
Niels Warburton Trajectory implementation