(Safe) rust is known for its rigorous enforcement of borrowing rules: Any piece of memory is always owned by exactly one scope (that is responsible for freeing its memory at some point) and can in addition be in use by either a single scope that is allowed to modify it (mutable borrow) OR by arbitrary … Read more
I’m a huge fan of the Bevy Engine for developing games in rust. Recently, I came across an unstable rust feature that I find utterly fascinating and that can make certain Bevy code much more ergonomic: Arbitrary Self Types. This post assumes basic knowledge about the Bevy ECS and that you do not shy away … Read more
In the previous post on the topic we looked into how to combine ingredients such that they fulfill various (linear) nutritional (lower- and upper-) bounds while optimizing some (linear) objective function such as total cost of the ingredients. We have seen that Linear Programs are a great way to describe these sorts of problems and … Read more
Optimize your own Dog Food In this post we’ll look into how to make your own dog food, seen as an optimization problem. I’ll give a short background intro into this way of feeding your dog (called BARF), which I’m by no means an expert in. What you thus can not expect from this article … Read more
We consider an issue that appears frequently in game development and simulation projects: We have many moving points in a 2d world and need to find out which points are in range of which other points. We’ll call this the “range query problem” here (even though that is a bit imprecise). This has several applications: … Read more