Skip to content

Latest commit

 

History

History
100 lines (83 loc) · 4.54 KB

README.md

File metadata and controls

100 lines (83 loc) · 4.54 KB

planetarygeology-book

Repo for undergraduate textbook

Contributors

Requirements

Use of Anaconda python advised. Parameter file for creating a conda virtual environment (to be checked if it covers all notebooks...)

for nbexntensions, see conda nb extension guide

name: pgbook
dependencies:
  - python=3.4
  - bokeh=0.9.2
  - gdal
  - numpy=1.9.*
  - flask
  - jupyter
  - matplotlib (basemap)
  - pandas
channels:
  - conda-forge
dependencies:
  - jupyter_contrib_nbextensions

Available notebooks

Chapter <> Notebook

Part I: Methods and Tools

  1. Geologic Tools
  2. Exploration Tools :
  1. Cartography Tools :
  1. Ground Truth

Part II: Processes and Sources

  1. Meteorites
  2. Impact Cratering
  3. Endogenic Processes :
  1. Surface Processes
  2. Interiors and Atmospheres

Part III: Integration and Geological Syntheses

  1. The Terrestrial Planets:
  1. Icy and Rocky–Icy Satellites
  2. Small Bodies and Dwarf Planets

Part IV: Frontiers

  1. Astrobiology, the Emergence of Life, and Planetary Exploration
  2. Spaceand Planetary Resources

Appendix: Planetary Facts, Data and Tools Part V Index Terms

Input/Oputput and support files

Eventual input files should be in a directory with the same name of the Jupyter notebook (or script, or alike) with the _input suffix, e.g.. Similar approach for outputs, i.e. _output.

├── hypsometry_terrestrial_planets.ipynb
└── hypsometry_terrestrial_planets_input
    ├── data-sources.md
    └── topography
        ├── earth.etopo1.cea.tif
        ├── mars.mola.cea.tif
        ├── mars.mola.iau2000.cea.tif
        ├── mercury.mla.cea.tif
        ├── moon.lola.cea.tif
        └── venus.magellan.filled.cea.tif