52 Things You Should Know About Geocomputing
Introduction
Indices
Alphabetical
By Author
By Topic
Chapters
In Praise of Small Tools, or a short Ode to the CommandLine
Best Practices are not (always) the best approach
Domain-Driven Design in Geocomputing
5 Minute Intro to HPC
Is Geology Cartesian?
Why use virtual outcrops?
Building Technical Communication Tools
Simple Machine Learning: A Mini Tutorial
SEG-Y: Judging books by their covers
General purpose GPU programming
R, RStudio, and the tidyverse for Geocomputing
The grammar of graphics
Turn data into colours
Software, software, everywhere, but which ones should I choose?
Reproducible Research
Seismic Data Encryption
Standing on the Shoulders of the Guy in the UK Office
My favourite 10-line program
What’s so special about geoscience?
What is scientific computing?
The Virtual Geoscience Revolution: From William Smith to Lidar
The Virtual Geoscience Revolution: Beyond Lidar – the democratization of Virtual Outcrops
Getting started in Geocomputing can seem daunting but it doesn’t need to be!
Crossplots on the boardroom table
My name is bot, geobot
Hardware is hard: teaching geotech
‘Digitalization,’ from Harry Nyquist to the ‘edge’ of the internet
The Steady Advance of Linux
Software Challenges in Oil and Gas
Human neural networks in geocomputing
Prototype colourmaps for fault interpretation
Keep on improving your geocomputing projects
Some advice on reproducing figures
Tailor your teaching with Jupyter Notebooks
The obsolete geoscientist
Arm-wavers Anonymous
Learn Javascript
Open source geostatistical geomodelling
Machine Learning for Geological Modeling
Use standard, not specialized, file and problem formats
Some advice from a fractured reservoir modeler to his younger self
I hate computers
I hate computers II
Speeding things up
Serverless computing
How to teach geoscience students to code
Overcoming the tyranny of formats
A Geological Model is a Single Hypothesis - of Many Possible Ones
GemPy: 3D Structural Geomodeling in Python
Quality Checking your Spatial Data
The Pheonix
De profundis: of well depth
Author Bios
Contributing
Review Status
Submitting an article
Headshots & Bios needed
For Reviewers
Not Ready For Review
Am=d: A linear algebra approach to seismic modelling
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