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Interpolation Implementation for NWS13

supporting moving wind and pressure inputs

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November 8, 2022

NWS13

Flexible (NetCDF) Metocean Inputs for ADCIRC

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November 8, 2022

DIY Cyber Deck

DIY portable mini-computer with cyberpunk theme

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October 1, 2022

Bash Globstar `**`

glob match in folder and/or sub-folders

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September 14, 2022

WSL DNS Issue

always something weird with wsl2

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September 13, 2022

Migrating to Hugo

experimentation

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September 9, 2022

Oilspill Visualizaton

Sample Oilspill Model Output Visualization

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July 6, 2022

Two Ways To Run Python *In* The Browser

JupyterLite WebAssembly (WASM) is changing the game with regards to Python running legitimately in the browser… JupyterLite is a Jupyter Notebook/Lab and Ipython implementation based on Pyodide. I caught wind of JupyterLite from this blog post. Easily embed a console, a notebook, or a fully-fledged IDE on any web page. In a previous blog post, we announced JupyterLite, a JupyterLab distribution that runs entirely in the web browser, backed by in-browser language kernels.

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June 14, 2022

Build ADCIRC using CMake

Gone are the days of having to use config.guess and sed replcements to customize the cmplrflags.mk for a particular HPC environment. Here is the process to build the ADCIRC hydrodynamic model using CMake from the command line on a GNU/Linux host. The CMake infrastructure has only been available in the last few releases of ADCIRC, and this example uses v55.00 from the compressed tar archive of the code. The options specified below enable serial adcirc, distributed parallel padcirc, coupled serial adcswan (ADCIRC+SWAN), and the parallel coupled padcswan model. Standalone parallel SWAN and unstructured SWAN models are also configured, along with the adcprep ADCIRC pre-processor and other utilities.

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June 7, 2022