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Installing PyORBIT
Quickstart
Radial Velocities
Light curve fit
Combined radial velocity and light curve fit
Prepare a dataset file
Prepare a configuration file
Adding a dataset
Include common objects
Running PyORBIT
Interpreting the results
results
flags
Plot parameters
Caveats regarding MCMC and NS
Caveats on the use of
tinyGP
Common objects
Planets
Star
Stellar activity
Dataset modeling
Planetary RV signal
Transit light-curve models
Transit models for TTV measurements
Correlated datasets
Common offset
Common jitter
Dilution factor
Gaussian Process regression
Quasi-periodic kernel
Quasi-periodic with cosine kernel
Exponential-sine periodic kernel (S+LEAF)
Quasi-periodic plus derivative kernel
Quasi-periodic plus squared-exponential kernel
Granulation, Oscillation, Rotation kernels
SHO and Matern-3/2 kernels
Multidimensional GPs
Quasi-periodic kernel
Exponential-sine periodic kernel (S+LEAF)
Extended multidimensional kernels
Multidimensional Matern-3/2 kernel
Original three-dataset framework
Dynamical Analysis
Integration with TRADES
TTV and RV fit
Advanced use
Simultaneous GPs on photometry and spectroscopy
GitHub Repository
Repository
Open issue
.rst
.pdf
Abstract Model
Abstract Model
#
This is the common model class
Add explanation
