Asking learners to organize code blocks that have been shuffled around is an approach often referred to as Parsons Problems. There is an excellent short rationale for them, and also a more in-depth research study (along with various other online sources) if you’re interested in reading more. The general idea is that there is a […]
All credit for the amazing title “Snub Modules” goes to Peter West. https://github.com/lpmi-13/snubmodule Having created (and learned quite a bit from) the how to update a submodule micromaterial, I figured I’d go ahead and also learn how to “un-submodule” a submodule. Essentially, if you ever want to stop tracking a submodule and just have it […]
I’m currently trying to map out what the future looks like for micromaterials, and I’ve been kicking around a few thoughts: it would be cool if there were a central place to discover all the micromaterials (like https://www.micromaterials.org/, but less restricted to just github) it would also be very nice if this central place offered […]
So git submodules aren’t really all that complicated, but because they’re wrapped in mystery and intrigue (much like rebase and reflog), they tend to be a bit less well understood. As any long-time readers of this blog will immediately guess, I’m going to say that’s mostly because submodules are merely unfamiliar, rather than being complicated. […]
Similar to the previous micromaterial on IP addresses, I decided to make something, primarily to help myself remember more details about netmasks. https://netmask-slider.netlify.com/ The short explanation is they are used to specify subnets (sub-networks) within networks, mostly so we don’t run out of IP addresses (slide the dot all the way to the left […]
I’m starting to move more into the area of tech-focused micromaterials, and this is part of a large shift towards a focus on TechEd. Does that term already exist? I googled around a bunch and couldn’t find any association with the way I’m using it, so I’m just gonna keep using it until somebody is […]
…or, do…but on the third syllable! here’s the web app (and it’s a PWA, so available offline!) source code at https://github.com/lpmi-13/stress-match-game This micromaterial is mostly an ode to my first love of corpus-informed word lists, the Academic Word List (Coxhead, 2000). Since these words tend to be multi-syllabic and a bit less common in informal […]
This isn’t about a micromaterial per se, but more about the data used to create micromaterials. I was reading an excellent blog post about word lists, and wondered how many of them were accessible in formats other than excel spreadsheets. I soon found out that a lot of them were actually in pdfs (notoriously difficult to […]
mathbuffet.party Thinking about different ways to manifest micromaterials, I decided to make one that would have helped me a bunch, back when I was learning about simple linear equations. The definition of a linear equation: y = mx + b is simple enough…but what does it really mean? Understanding that the “m” is equal to […]
source code on github Finally! Back to my roots of language-based micromaterials! During a perhaps unwise move to completely change stacks, deployment pipelines, and other fun technical stuff, my ability to work on new micromaterials like this slowed down for a bit, but I’m hoping to be back to adding to the growing list of […]
