Pinned Repositories
ABC.jl
Approximate Bayesian Computing with Julia
ExoplanetsSysSim.jl
Planetary Systems Simulation & Model of Kepler Mission for characterizing the Occurence Rates fo Exoplanets and Planetary Architectures
hstfakes
Generate and plant fake stars (PSFs) into HST images.
multimoon
fit solar system small body multiple systems with non-Keplerian orbits including quadrupole shapes
nPSF
fits n PSFs to an image using Bayesian statistics for precise relative astrometry
PhoDyMM
the PhotoDynamical Multiplanet Model for Exoplanet Density Inference
PhoDyMMOld
PhotoDynamical Multiplanet Model (PhoDyMM) for fitting light curves of multiple transiting exoplanets
ExoplanetsSysSim.jl
Planetary Systems Simulation & Model of Kepler Mission for characterizing the Occurence Rates fo Exoplanets and Planetary Architectures
dragozzine's Repositories
dragozzine/PhoDyMM
the PhotoDynamical Multiplanet Model for Exoplanet Density Inference
dragozzine/multimoon
fit solar system small body multiple systems with non-Keplerian orbits including quadrupole shapes
dragozzine/ABC.jl
Approximate Bayesian Computing with Julia
dragozzine/ExoplanetsSysSim.jl
Planetary Systems Simulation & Model of Kepler Mission for characterizing the Occurence Rates fo Exoplanets and Planetary Architectures
dragozzine/hstfakes
Generate and plant fake stars (PSFs) into HST images.
dragozzine/nPSF
fits n PSFs to an image using Bayesian statistics for precise relative astrometry
dragozzine/PhoDyMMOld
PhotoDynamical Multiplanet Model (PhoDyMM) for fitting light curves of multiple transiting exoplanets