Pinned Repositories
lintsampler
Efficient random sampling via linear interpolation.
EXP
Basis Function Expansion C++ library and Python package for running N-body galactic simulations and dynamical discovery
FiniteHilbertTransform.jl
Methods to perform analytic continuations following Hilbert Transformation methods.
LinearResponse.jl
Stellar system linear response theory in Julia
exptool
Tools for analysis of N-body models with Basis Function Expansions and perturbation theory themes.
ReflexMotion
Reproduce reflex motion results from Petersen & Peñarrubia (2021).
SgrL
Reproduce Peñarrubia & Petersen (2021) Sgr results.
sphexpansion
Simple spherical basis function expansion tools.
michael-petersen's Repositories
michael-petersen/exptool
Tools for analysis of N-body models with Basis Function Expansions and perturbation theory themes.
michael-petersen/ReflexMotion
Reproduce reflex motion results from Petersen & Peñarrubia (2021).
michael-petersen/SgrL
Reproduce Peñarrubia & Petersen (2021) Sgr results.
michael-petersen/sphexpansion
Simple spherical basis function expansion tools.
michael-petersen/similarity
Statistical measures of similarity between one-dimensional distributions.
michael-petersen/BarGMM
Gaussian Mixture Modelling of the Inner Milky Way with APOGEE
michael-petersen/Clusters.jl
Julia package for the analysis of stellar cluster models (like simulated globulars)!
michael-petersen/commensurability
Packages for calculating orbit commensurabilities.
michael-petersen/CPyEXP
C++ routine collection for analyzing EXP
michael-petersen/elliptical
Draw ellipses on images.
michael-petersen/journal-system
Procedurally generated html journal system for keeping track of research.
michael-petersen/LinearResponse-paper
Scripts to generate figures for the Linear Response calculations in Petersen et al. (2024)
michael-petersen/lintsampler
Efficient random sampling via linear interpolation.
michael-petersen/michael-petersen
About me
michael-petersen/michael-petersen.github.io
My research webpage: https://michael-petersen.github.io
michael-petersen/pedagogical-gaia
Pedagogical Gaia examples
michael-petersen/phurt
Python astronomical image reduction software.
michael-petersen/PlummerPlus
Rotating and anisotropic Plummer models
michael-petersen/rrlyrae-edr3
michael-petersen/s4g_barfractions
Data files, code, and Jupyter notebooks for paper on frequency of bars in spiral galaxies, using S4G data
michael-petersen/SuperFreq
Numerically determine the fundamental frequencies of an orbit
michael-petersen/unitcentroid
Compute the centroid of a distribution of particles on a unit sphere.