ExoplanetsSysSim

Welcome to the ExoplanetsSysSim package for generating planetary systems and simulating observations of those systems with a transit survey. Currently, SysSim focuses on NASA's Kepler mission, but we've aimed to develop a generic framework that can be applied to other surveys (e.g., K2, TESS, PLATO, LSST, etc.).

How to get started:

• Make sure you have julia and git installed.
• If you want to use ssh keys instead of https authentication (to minimize typing your github password), then:
  • Setup a local ssh key using ssh-keygen
  • Tell Github about your ssh key: Person Icon (upper right), Settings, SSH & GPG keys, New SSH Key. Entry a name in the title box and paste the contents of cat ~/.ssh/id_rsa.pub into the "Key" box. Add SSH Key.
• Run julia and install the ExoplanetsSysSim repo as a Julia package using the following command.

#!julia
   Pkg.clone("git@github.com:eford/ExoplanetsSysSim.jl.git")

• If you are using windows, you might encoutner an issue with capitalization of package names.
• If you have some issues with Blosc, you might need to follow the instructions here: JuliaIO/Blosc.jl#5

It's recommended that you run the setup script below that will attempt to install two related packages (ABC, CORBITS) that are often used in combination with ExoplanetsSysSim.

#!julia
   include(joinpath(Pkg.dir("ExoplanetsSysSim"),"src/setup.jl"))  

• Optionally, run some tests, e.g.

#!julia
   using ExoplanetsSysSim
   include(joinpath(Pkg.dir("ExoplanetsSysSim"),"examples/basic/test.jl"))   

• Change into the ExoplanetsSysSim directory (likely ~/.julia/v0.6/ExoplanetsSysSim or the similar appropriate path as the julia version increases).
• Run some simple "applications" (after exiting out of Julia and going to

#!csh
cd apps
julia syssim_summary_stats.jl demo_param.in demo_ss.out
julia syssim_dist.jl demo_param.in demo_ss.out

• Create your own feature branch and start adding features to make SysSim even more realistic and powerful
• Write papers and cite relevant publications (e.g., Hsu et al. 2018)

NOTE: To run simulations which use the same forward model discussed in Hsu et al. (2018), please go to the "examples/hsu_etal_2018/" sub-directory.

Team:

Developers:

• Eric Ford
• Matthias He
• Danley Hsu
• Darin Ragozzine

Other Contributors/Consultants:

• Robert Morehead
• Keir Ashby
• Jessi Cisewski
• Chad Schafer
• Tom Loredo
• Robert Wolpert

Acknowledgements:

• NASA
  • Kepler Mission
  • Kepler Science Team
  • Kepler Multi-body & Transit Timing Variations Working Groups
  • Origins of Solar Systems program, award NNX14AI76G
  • Exoplanets Research Program, award NNX15AE21G
• The Pennsylvania State University
  • Dept. of Astronomy & Astrophysics
  • Center for Exoplanets & Habitable Worlds
  • Eberly College of Science
  • Institute for CyberScience
  • Center for Astrostatistics
  • Penn State Astrobiology Research Center
• Florida Institute of Technology
• University of Florida
• Statistical and Applied Mathematical Sciences Institute