There is a mathematical parallel here. Boundary conditions are essential for solving PDEs and ensuring that the solution is physically relevant and unique.
The goal here is “solving the PDE” and the constraints ensure the solution accurately models the physical environment of the problem. Without constraints there can be an infinite number of solutions
When determining the median API response time, is that done from several locations? Not clear if the timing would be due to network or application latency.
Thanks for sharing it! I made this a few weeks ago as part of a blog article and was really impressed how easy three.js was to use. Overall much easier to get into than using C++ and OpenGL where the window setup required several hours to set up back in the day.
> When the guards delivered meals however, he would always drip miso soup on the handcuffs and food slot, both of which became corroded, allowing Shiratori to break them.
Yoshie Shiratori would have probably been a great hacker if he was born at the right time in the right environment
It is literally a quine, viewed as a program in a language where (for example) the code consists of a regular expression and the output is the sequence of all strings matching that regular expression.
In the esolang community, the name for this variation of Quine is a Narcissist or Narcissus program. You can see a bunch of examples in a number of different languages on the Rosetta Code website.
It also reminded me about quines, I especially like the Quine Relay project which uses 100 different programming languages (each producing an input for the next one) to finally produce its own code https://github.com/mame/quine-relay
The goal here is “solving the PDE” and the constraints ensure the solution accurately models the physical environment of the problem. Without constraints there can be an infinite number of solutions