I'm a big fan of using software effectively and optimizing my workflows, so over my years using Krita I've spent quite a bit of time digging into its features. In this post I want to talk about how I use this wonderful piece of software and highlight some not-so-obvious bits that have made a difference in my process. I'll do general painting first, hopefully in a way that is useful to beginners, and then indulge in some nerding out about normal maps and how to make them.

The oldest digital drawing I have on my computer turns ten years old today. This post is a self-indulgent trip down memory lane, looking back at landmark pieces and lessons learned throughout the years.

The majority of my recent game development work has revolved around graphics — both workflows for making them and technology for rendering them. Many ideas have been had and many scrapped along the way, and the journey certainly isn't over yet, but I think I'm moving towards something pretty unique and cool. This is a devlog-style post where I meander through some of the more noteworthy moments so far without going very deep into technical details (but providing technical sources where relevant).

Back in 2022 I entirely rewrote one of the most complicated parts of Starframe, the collision detection system. A notable feature of the new system is the ability to give any shape rounded corners. I also wrote most of this post back then, but things happened and it was left unfinished. Here it is now, more than two years later. Better late than never I suppose.

In recent years I've made a habit of posting a list of my favorite heavy metal releases of the year on Mastodon. This year I decided to list more than just music and do it in a more permanent place here on my website. So here are some metal albums, books, and games I enjoyed in 2024.

Inspired by recent discussions in the Eggplant Show Discord community, here's a list of ten video games. Not my favorite games (though many of them are that too), but ones that had a notable influence on who I am today.

Starframe's rope physics is the first piece of physics code I've written that I designed entirely myself. This is a short story of that design process and the challenges and solutions found along the way.

The Starframe physics solver has gone through a few iterations recently as my understanding of the problem and knowledge of available methods have grown. In this post I attempt to explain what constraints are and detail a few game-engine-friendly ways of solving them. I'll try to make this understandable to someone with approximately the level of knowledge I had before starting this: decent linear algebra and calculus skills and a tiny bit of physics knowledge.

I've spent a large portion of the past two years writing and rewriting the basic structures that describe a game and its content in Starframe (formerly known as MoleEngine). These are some notes on what I've done so far and what I've learned from it.

Starframe is an ambitious hobby project, still early on in development, aiming to create a general-purpose 2D game engine suitable for rapid prototyping and game jams as well as more polished, hopefully commercial-quality products. This blog is meant to document the development and ideas behind it in a fair bit of detail - mostly to organize and revise my own thoughts, but with the hope that someone else might also find it interesting and/or helpful. In this first post I will outline what exactly I am trying to accomplish and why I am doing it.