I like to learn and understand new things.
Here are a few more of my projects where I am trying my best to learn, create, and share.
A Typst package to help typeset an 8-page or 16-page zine about your favorite topic.
I started this project after wanting to have a zine about my PhD thesis and it has
become a fun project where I learn more about the inner workings of Typst.
My zine library is small but is available online and
is something I am proud of.
POSIX-sh compliant program to uniformly interact with docker, podman, Apptainer, and Singularity
container runners. I originally developed this in the context of a large C++/Python project
on both personal computers and academic computing clusters and it has given me a good field
on which to learn the details of container runners.
A Physics experiment's data simulation and reconstruction software written in C++ which I've
become a large contributor to as I worked on the experiment throughout my PhD thesis studies.
Many of my other repositories are related work to this experiment and its softare (mostly
prefixed with
ldmx-).
I am particularly pround of my contributions to the documentation of this project and our
usage of a containerized development eco-system in order to make it easier for new contributors
to be on boarded. Since this is a Physics experiment, lowering the (programming) barrier to entry
is paramount in order to make sure we can harness the people-power we have access to.
Storage of columnar yet ragged data with a runtime-defined schema with HDF5 files.
This was my attempt to mimic
ROOT's TTree interaction
mode (and data "shape") but using a different file format (HDF5 instead of ROOT).
While not successful in the sense of adoption, I found it useful in learning complicated C++
coding concepts surrounding the use of templates to make "user plugin" code require less boilerplate.
An unpublished Rust crate for simulating and analyzing hands of the card game cribbage.
I wanted to learn some Rust and I like playing cribbage, so here we are.
Maybe if I have some extra mental energy in the future, I will return to it.
My undergraduate senior thesis in mathematics where I studied how random walks behaved depending
on the shape of the surface they resided upon. My first large(ish) C++ project, but one I always
think of returning to.