28-07-2025, 10:20 AM
My next chart is not the best, for a lot of reasons, but I still find it a little interesting. What I am trying to achieve is finding phases within the labels, which means a switch from "o"->"y" prefix, for example. I did this very simple, and just counted "y"-phases, "o"-phases and other phases. So whenever the labels switch we increase number of phases.
This has a lot of problems, first of all where we start in the ring will automatically influence the number of phases (if you start in the middle of a phase you will count it twice), and second not everything is _one_ ring, but multiple. I haven't tried to do anything to counter these obvious error sources, but instead use the numbers as a very simple overview of the number of times a "phase" changes. Do not take these numbers as a 100% correct representation, but instead as an indication. We also know that "o" and "y" in itself is not necessarily separate phases, as we have more complex prefixes (o followed by another letter). If someone finds this interesting, I am of course willing to look further into it. But for now, this is what I have.
![[Image: prefix-phase-matrix-1.png]](https://i.postimg.cc/Y2GssP5R/prefix-phase-matrix-1.png)
This has a lot of problems, first of all where we start in the ring will automatically influence the number of phases (if you start in the middle of a phase you will count it twice), and second not everything is _one_ ring, but multiple. I haven't tried to do anything to counter these obvious error sources, but instead use the numbers as a very simple overview of the number of times a "phase" changes. Do not take these numbers as a 100% correct representation, but instead as an indication. We also know that "o" and "y" in itself is not necessarily separate phases, as we have more complex prefixes (o followed by another letter). If someone finds this interesting, I am of course willing to look further into it. But for now, this is what I have.