Copyright Douglas S. Leonard 2024. All rights reserved Licenses are shown in each link. If in doubt, all rights, reserved/ask, especially for for the non-public repos, where license text is a draft only. Generally, I don't like gpl, particularly gpl3.

Fun Highlights:

PyLaunch
_{A uv-based python project and git repo generator to streamline source-based deployment, dependency, and development}

• dsleonard-pylaunch

SISIFI

Super simple C#-like solution to polymorphic fluent classes in C++ (a super hard problem) using a shadowing method usually avoided as a pitfall to do things usually believed impossible:

• SISIFI ​

DLG4::VolumeBuilders

• DLG4::VolumeBuilders: A documented, streamlined, fluent geometry API for Geant4
• DLG4::Units: Type-safe units for Geant4

Notebooks and wikis:

• Properties and C# vs python, Jupyter notebook

This next one is mostly obsolete since MS shut down their polyglot development:

• Setting up an SoS multi-language Jupyter Notebook
• Multi-language list benchmark tests
• My wiki about how to unerstand git

Public Physics utilities/libraries:

• DLG4::VolumeBuilders: A documented, streamlined, fluent geometry API for Geant4
• alldat: Data read/write/conversion and utility clas for Ortec and root formats
• UAO2_PLTLY: Representative use of PLTLY.NET for interactive plots

Misc utilities:

git

• git-alltrees subtree behavior with root-tree compliment and seamless merge history (no-squash/duplicates)

python:

• dsleonard-pylaunch scaffolding launcher for
• dsleonard-git-tools, for github/gitlab pylaunch interaction, but useful elsewhere
• qx: Console command/log-level convenience utility for phython This one is pretty handy for CLI scripting.
• strictdataclasses: Prevents many un-intentional or ad-hoc modification of dataclasses Now with extensive test/demonstration/CI/CD

C-sharp/C# (my favorite language):

• UAO2_PLTLY: Representative use of PLTLY.NET for interactive plots

Largely obsolete since Lezyne quit making gps units, but the code is a useful example of repairing fit files:

• [Fitfix: Fixes garmin fit files with corrupt times alpha code, but it works. My first C# project.

C++

This first one solves polymorphic fluent classes in C++ in a very simplistic C#-like way believed impossible using a method usually avoided as a pitfall.

• SISIFI ​
• CMake module for easy Geant4, and ROOT setup, and env variable grabbing
• Heterogeneous tuple order/sort by column priority list Good for sorting column-wise heterogeneous output. Harder than it sounds.

Other

• DOCTocActions: A simple auto Table of Contents generator script for markdown on github repos Just the sctript is mine, not the genertor.

Internal physics tools (access may be required, public versions comming soon!):

• DecayChain: WIP, A decay network buider/analyzer parsing endsf data files This may go public.
• HpgeSim: CupSIM/GLG4SIM/ect based HPGe Geant sim with a focus on flexible sample/source batch deployment and portability
• HpgeSim-distrib: Same as above but without proprietary models, may not be as updated
• HpgeAnalys: Data processing pipeline/event-/histogram-builder for CUP HPGe data and sims Shares event selection and usage interface for Sim/Data.
• gdcodes/gdfit: Branching/Intensity-constrained multi-activity peak fitting targetting HPGe This code has a lot of history. It shows, but it works. Used originally for NAA analysis in EXO, although that was an adaptation too. Uses alldat for data reading. Now includes a python API for automation.
• Decay coincidence toy MC generator in C# Intended for alpha coincidence analysis for DES measurements.
• Decay coincidence toy MC generator, original python version

Comming soon:

• A cookie cutter for easy creation and straight-to-git(lab/hub) deployment of new pip-installable python projects, so you can just code.
• A vscode extension to report and export an organized view of extensions and packs per profile.
• DecayChain may go public.

How this page was made:

This is a gitlab/github (depending where you are)-pages page. The underlying repo is here: Link. I just use scripts to generate static html in public/ and the only thing needed to publish on gitlab is the .gitlab-ci.yml and enabling pages in the project.