dragozzine

Pinned Repositories

ABC.jl
Approximate Bayesian Computing with Julia
Language:Julia0 1 00
ExoplanetsSysSim.jl
Planetary Systems Simulation & Model of Kepler Mission for characterizing the Occurence Rates fo Exoplanets and Planetary Architectures
Language:Julia0 1 00
hstfakes
Generate and plant fake stars (PSFs) into HST images.
Language:Python0 0 00
multimoon
fit solar system small body multiple systems with non-Keplerian orbits including quadrupole shapes
Language:Python4 2 200
nPSF
fits n PSFs to an image using Bayesian statistics for precise relative astrometry
Language:C0 2 01
PhoDyMM
the PhotoDynamical Multiplanet Model for Exoplanet Density Inference
Language:C++6 4 14
PhoDyMMOld
PhotoDynamical Multiplanet Model (PhoDyMM) for fitting light curves of multiple transiting exoplanets
0 1 00
ExoplanetsSysSim.jl
Planetary Systems Simulation & Model of Kepler Mission for characterizing the Occurence Rates fo Exoplanets and Planetary Architectures
Language:Julia1 4 25

dragozzine's Repositories

dragozzine/PhoDyMM
the PhotoDynamical Multiplanet Model for Exoplanet Density Inference
Language:C++6 4 14
dragozzine/multimoon
fit solar system small body multiple systems with non-Keplerian orbits including quadrupole shapes
Language:Python4 2 200
dragozzine/ABC.jl
Approximate Bayesian Computing with Julia
Language:Julia0 1 00
dragozzine/ExoplanetsSysSim.jl
Planetary Systems Simulation & Model of Kepler Mission for characterizing the Occurence Rates fo Exoplanets and Planetary Architectures
Language:Julia0 1 00
dragozzine/hstfakes
Generate and plant fake stars (PSFs) into HST images.
Language:Python0 0 00
dragozzine/nPSF
fits n PSFs to an image using Bayesian statistics for precise relative astrometry
Language:C0 2 01
dragozzine/PhoDyMMOld
PhotoDynamical Multiplanet Model (PhoDyMM) for fitting light curves of multiple transiting exoplanets
0 1 00