**Teff** | Effective temperature of the star | Kelvin | |

**[M/H]** | Metal abundance of the star | Logarithmic relative to the Sun | I adopt [M/H] where a specific [Fe/H] is not available |

**K** | Orbital velocity amplitude of the star | m/s | |

**i** | Orbital inclination | degrees | i = 90 degrees indicates a system where the orbit is edge-on as seen from Earth |

**r*** | Fractional radius of the star (R*/a) | - | |

**rp** | Fractional radius of the planet (Rp/a) | - | |

**M*** | Mass of the star | Msun | |

**R*** | Radius of the star | Rsun | |

**logg** | Surface gravity of the star | logarithmic in c.g.s. units | |

**ρ*** | Density of the star | ρsun | |

**a** | Orbital semimajor axis | AU | |

**Mp** | Mass of the planet | Mjup | |

**Rp** | Radius of the planet | Rjup | |

**gp** | Surface gravity of the planet | m/s2 | |

**ρp** | Density of the planet | ρjup | |

**Teq** | Equilibrium temperature of the planet | Kelvin | In the case of no albedo (A=0) and no heat redistribution (f=0) |

**Θ** | Safronov number | - | Ratio of the escape velocity to the orbital velocity of the planet |