Examples
A collection of example input files and scripts using VPLanet that
showcase the various applications of the code. The source files for
the examples below live in the examples
folder in the top-level
directory of the VPLanet
repository.
View them on GitHub.
- Ice Belt Formation on High Obliquity Planets
- Cassini States
- Chaotic Eccentricity-Inclination Resonances
- Atmospheric Erosion of Mini-Neptunes with the Lehmer & Catling (2017) Model
- Evolution of a Wide Stellar Binary due to Galactic Effects
- Thermal and Magnetic Evolution of Earth’s Interior
- Kepler-36 Atmospheric Escape
- Multiple Cassini States in One System
- Stellar Magnetic Braking
- Sinusoidal Evolution of Luminosity
- Orbital Evolution of the Circumbinary Planet Kepler-16 b
- Hydrogen Envelope Loss on Tidally Evolving Planets
- Thermal and Magnetic Evolution of Venus
- (Pre-)Main Sequence Stellar Evolution
- Accumulation of Atmospheric Oxygen due to Water Photolysis and Hydrogen Escape on the TRAPPIST-1 planets b and e with the LS16 Water loss model
- Water Loss on Venus
- Evolution of Tight Stellar Binaries
- Water Loss on a Tidally Evolving Planet
- Tidal Locking of the Planet Candidate Gl 581 d
- Magma ocean evolution on GJ 1132 b
- Parameter Sweep Example
- Magma ocean evolution of Trappist-1 g
- The Habitable Zone
- Atmospheric Erosion of H Envelopes in the Energy-, Radiation/Recombination-, and Bondi-limited Regimes
- Flare frequency distribution of Proxima Centauri
- Apsidal Locking of the CoRoT-7 System
- Coupling Atmospheric Escape and N-Body Evolution: Application to PSR1257+12
- Tidal Evolution of Earth-like Exoplanet
- Proxima Centauri b Atmospheric Escape
- Evolution of a Planet Orbiting a Short-Period Binary
- N-body Orbital Evolution of the Solar System
- Radiogenic Heating of Earth
- Luminosity evolution for stars with mass between 0.2 and 0.6 Msun.
- Tidal Heating of Io
- Magma Ocean Evolution of Earth
- Solar System Orbital Dynamics from Secular Theory
- Proxima Centauri b as a “Habitable Evaporated Core.”
- Earth’s Seasonal and Milankovitch Climate Cycles
- Accumulation of Atmospheric Oxygen due to Water Photolysis and Hydrogen Escape.
- STEEP: Coupled Stellar-Tidal Evolution of Binary Orbits
Broken
Currently broken examples in need of your help!