{"push_id":1080345470,"size":1,"distinct_size":1,"ref":"refs/heads/master","head":"61171c8a54c00ab23c4b8c45549677c705da6e9e","before":"ffc0467003b1c3ba3925afa6ca3a519f4415aa2e","commits":[{"sha":"61171c8a54c00ab23c4b8c45549677c705da6e9e","author":{"email":"da0cee525ea095cebd642feb98c0fe5678fb7db3@psi.edu","name":"Amy Barr Mlinar"},"message":"Added files via upload\n\nColumns are:\r\n1. Run name\r\n2. Final time step\r\n3. Total mass involved in impact, scaled by mass of the Earth (5.98e27 grams)\r\n4. Target mass (Earth masses)\r\n5. Impactor mass (Earth masses)\r\n6. Gamma = Mimp/(Mtarg+Mimp)\r\n7. Mass fraction of iron in target\r\n8. Mass fraction if iron in impactor\r\n9. Target radius (cm)\r\n10. Projectile radius (cm)\r\n11. Impact velocity (km/s)\r\n12. Vimp/Vesc,sys\r\n13. Impact angle (degrees)\r\n14. Minteract (grams)\r\n15. Angular momentum of all material bound to the system (in cgs units)\r\n16. Disk mass (grams)\r\n17. Disk angular momentum (cgs units)\r\n18. Predicted lunar mass, based on Ida, Canup & Stewart (1997) equation \r\n19. Radius of the final planet (cm)\r\n20. Mass of the final planet (grams)\r\n21. Density of the planet material (g/cm^3)\r\n22. Density of the disk material (g/cm^3)\r\n23. Total mass of material gravitationally bound to the system (grams)\r\n24. Total mass of material in the computational domain (grams)\r\n25. Roche limit of the planet (cm)\r\n26. Mass of m","distinct":true,"url":"https://api.github.com/repos/amybarr/exomoons/commits/61171c8a54c00ab23c4b8c45549677c705da6e9e"}]}