Tutorials¶
Basics of Reflected Light¶
Basics of Transmisison¶
Basics of Thermal Emission¶
Cloud Modeling with Virga¶
Moving to 3 Dimensions¶
Relevant Citatons: Adams et al. 2022 for 3D spectra and Robbins-Blanch et al. 2022 for Phase Curves.
- Non-Zero Phase and Spherical Integration
- Basics of a 3D Calculation
- What is post-processing?
- Post-Process 3D Chemistry Input
- Post-Processing Clouds for 3D runs
- Modeling a 3D Spectrum (Adams et al. 2022)
- Modeling a Thermal Phase Curve pt 1 (Robbins-Blanch et al. 2022)
- Modeling a Thermal Phase Curve pt 2 (Robbins-Blanch et al. 2022)
- Modeling a Reflected Light Phase Curve (Hamill et al. 2024)
1D Climate Modeling¶
Relevant Citatons: Mukherjee et al. 2022
Fitting models to data¶
Relevant Citatons: JWST Transiting Exoplanet Community Early Release Science Team (2022)
Model Storage & Reuse¶
Opacities¶
Radiative Transfer Techniques¶
- Approximations for Toon89 Two-Stream Radiative Transfer in Reflected Light
- Benchmark Toon89 w/ Dlugach & Yanovitskij (1974)
- Spherical Harmonics Radiative Transfer in Reflected Light
- Approximations for Spherical Harmonics Radiative Transfer in Thermal Emission
- Dependence of Radiative Transfer Method on Scattering Parameters
FAQs¶
- How do I load in target properties from Exo.Mast?
- How do I access the pressure-temperature profile parameterizations?
- How do I return the output from photon attenuation plot?
- Can I use the phase angle function to specify a non-zero phase for thermal emission?
- I’m confused about what opacity file to use
- Has your question not been answered? Feel free to contact us!
- Contribution Functions