By Author

By Author

Important

The 52 Chapters organized by Author (Last name, first name)

  • Bentley, Martin

    • In Praise of Small Tools, or a short Ode to the CommandLine

    • Best Practices are not (always) the best approach

  • Bingham, Austin

    • Domain-Driven Design in Geocomputing

  • Bisbas, George

    • 5 Minute Intro to HPC

  • Bond, Claire

    • Why use virtual outcrops?

  • Bril, Bert

    • Turn data into colours

  • Burnham, Brian

    • The Virtual Geoscience Revolution: From William Smith to Lidar

    • The Virtual Geoscience Revolution: Beyond Lidar – the democratization of Virtual Outcrops

  • Caumon, Guillaume

    • Is Geology Cartesian?

  • Cawood, Adam

    • Why use virtual outcrops?

  • Cockett, Rowan

    • Building Technical Communication Tools

  • De la Varga Hormazabal, Miguel

    • GemPy: 3D Structural Geomodeling in Python

  • Dinneen, Chris

    • SEG-Y: Judging books by their covers

  • Dramsch, Jesper

    • General purpose GPU programming

  • Dunnington, Dewey

    • R, RStudio, and the tidyverse for Geocomputing

    • The grammar of graphics

  • Ennen, Chris

    • Software, software, everywhere, but which ones should I choose?

  • Fomel, Sergey

    • Reproducible Research

  • Ganssle, Gram

    • Seismic Data Encryption

  • Gosses, Justin

    • Standing on the Shoulders of the Guy in the UK Office

  • Hale, Dave

    • My favourite 10-line program

  • Hall, Matt

    • What’s so special about geoscience?

    • What is scientific computing?

  • Howell, John

    • The Virtual Geoscience Revolution: From William Smith to Lidar

    • The Virtual Geoscience Revolution: Beyond Lidar – the democratization of Virtual Outcrops

  • Kondrat, Darren

    • Getting started in Geocomputing can seem daunting but it doesn’t need to be!

  • Larsen, Eirik

    • Crossplots on the boardroom table

  • Leckenby, Rob

    • My name is bot, geobot

  • Leeman, John

    • Hardware is hard: teaching geotech

  • Levy, Bruno

    • Is Geology Cartesian?

  • McNaughton, Neil

    • ‘Digitalization,’ from Harry Nyquist to the ‘edge’ of the internet

  • Menger, Bill

    • The Steady Advance of Linux

    • Software Challenges in Oil and Gas

  • Newton, Tyler

    • Human neural networks in geocomputing

  • Niccoli, Matteo

    • Prototype colourmaps for fault interpretation

      • Sigmoid_function_experiments.ipynb

      • Sigmoid_app_static_new.ipynb

      • Scaling_seismic_sigmoid.ipynb

    • Keep on improving your geocomputing projects

      • 52-things_tutorial.ipynb

      • scipy_gaussian_kernel.ipynb

      • speed_up_convolution.ipynb

    • Some advice on reproducing figures

      • Interactive_parameter_exploration_exponential_function.ipynb

      • How_to_evaluate_and_compare_colormaps.ipynb

      • How_to_make_exponetial_grayscale.ipynb

  • Niederau, Jan

    • Tailor your teaching with Jupyter Notebooks

  • Ool, Didi

    • Simple Machine Learning: A Mini Tutorial

  • Pethick, Andrew

    • The obsolete geoscientist

  • Pisel, Jesse

    • Arm-wavers Anonymous

  • Purves, Steve

    • Learn Javascript

  • Pyrcz, Michael J

    • Open source geostatistical geomodelling

    • Machine Learning for Geological Modeling

  • Richardson, Alan

    • Use standard, not specialized, file and problem formats

  • Rogers, Steve

    • Some advice on reproducing figures

  • Rusic, Alberto

    • I hate computers

    • I hate computers II

  • Sabirin, Hassan

    • Quality Checking your Spatial Data

  • Saltmann, Evan

    • Speeding things up

  • Sasvari, Ágoston

    • The Pheonix

  • Selvage, James

    • Serverless computing

  • Steen, Drew

    • How to teach geoscience students to code

  • Storey, Martin

    • De profundis: of well depth

  • Thurmond, John

    • Overcoming the tyranny of formats

  • Wellmann, Florian

    • A Geological Model is a Single Hypothesis - of Many Possible Ones

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