I was there yesterday...I only took one picture...https://i.imgur.com/9cFc8ws.pngI was able to get in contact with the discoverer who very kindly sent me the body data. Still no pictures from space, but from the system map, it looks very similar to the other glowing CIIs.
No - there doesn't seem to be any pattern, or at least not one we could find with as few discovered as there is now.So do these things have a pattern of where they appear. It seems to be totally random, some near the center, some near the bubble. Has anyone noticed a pattern yet?
What's your theory? Having multiple people test it could be useful.After reviewing all Data again a few Days ago, I did notice a distinct pattern.... However (BIG however!) I have nothing to show for it until I can prove that my theory is correct.
What’s your theory? Having multiple people test it could be useful.
It'll take me months easily but for what it's worth, I'm on it
(and if I'm unsuccessful, no harm done... that'd only mean I keep/kept doing what I'm already doing since 5 months)
In due time.... For now. give me some time to see it I'm onto something or not in the 1st place.What's your theory? Having multiple people test it could be useful.
Very nice work. Well done. While I haven't thought about it in any detail yet, I will point out that from what you're saying the volume of sector space within which all GGGs have been discovered so far is 77.4% of the total volume of the sector. While the sample set is quite small, this still may statistically significant. I suggest you look into that aspect.Alright, I reviewed, analyzed and refined all Data to my best abilities and this is the Theory I came up with (Warning : long post, conclusion at bottom) :
I checked the Data and my eyes catched what looked like two distinct Medians building up on the Y Coordinates of the GGG Systems.
After sorting all GGGs by Y Elevation and limiting it to the 1280LY dimension of the Sectors directly above/below the plane, a Median above the Galactic plane shows at around 249LY and below the Galactic plane at -220LY elevation.
( http://www.falconfly.de/temp/ELITE-GGG_elevation.gif )
Then I took a step back and looked at the entire Galaxy as a ProcGen entity - made of math that creates Cubes - Boxels.
With the central dividing line at -25LY elevation separating Sectors and its 1280 x 1280 x 1280 Cubes that form and house all the Sectors.
In my imagination, I visualized these Boxels being filled by ProcGen like Fibonacci curves and fractal trees circling out of their centers in 3D and populating (seeding out) the Sectors with all the smaller subdivisions the resulting smaller families of Boxels.
( Details found in this excellent post : https://forums.frontier.co.uk/threads/rv-sonnenkreis-decoding-universal-cartographics.196297/ )
Now my basis was that the ProcGen had to generate all its Variables that create a System - one of these Variables ultimately decides that a Gas Giant turns out as Glowing/Green - would have to require the mathematical requirements to set in. The Pattern everyone is looking for.
As my own Carrier is currently in the very outermost corners where 4 adjacent Sectors meet, I realized again how boring those Systems typically were and how much variation I was missing.
I call those "limit-up edge cases" of Stellar Forge "under-seeded". A visible and notable lack of variation - IMHO due to increasing lack of variables that could still seed out a complete System with everything typical Explorers see elsewhere.
I do remember some Explorers say that they like such areas and find them interesting - but strangely this always went totally against my very own experience.
Even ELWs or Ammonia Worlds were far less common in such borderline areas and an above-average amount of Systems barely contained one or more stars - but no bodies at all.
Sector names such as EORM SCREIA EG-Y C12 instead of i.e. C12-46 (indicating a C12-0 upto at least C12-46 is present with likely headroom to more at a higher count) were often a dead giveaway for such a condition for all I can tell.
With that in mind, I revisited all the GGG Data and wondered :
- do GGGs exist in such "under-seeded" areas at all?
- if not, where in the 1280LY Sector Cubes would the Procgen enter or pass a phase where sufficient variables and RNG potential exists to create the conditions for a GGG?
I found out that only one GGG was in such a System, Pheia Aewsy LV-Y d11. All the others were in "normal" Systems. 1 out of 27 - at least it was possible but apparently very uncommon.
After verifying the Coordinates from the documented GGGs, it appeared that many were "Sector edge cases" at least to some extent and are generally tending towards the outer areas of every Sector.
I rechecked with ED Astrometrics - and indeed the 2D representation already indicated that appeared to be the case.
( http://www.falconfly.de/temp/ELITE-GGG_edge.jpg )
So imagining any Sector like a 1280x1280x1280 LY cube and seeing most GGGs being located a bit "obfuscated in the outer rim" as opposed to being in their very center, I measured and verified the raw Data on every single one.
( http://www.falconfly.de/temp/ELITE-GGG_deltas.gif )
Explanation of terms :
- Sector Delta defined as the distance (LY) of a known GGG to the nearest adjacent other Sector, per given X, Y and Z Coordinates
- a Sector Delta of 1LY would mean it resides at the outermost part of its own Sector in that axis, a Delta of 640 LY would indicate it resides at the exact center of the Sector (1280x1280x1280) in that axis
- X/Y/Z Deviation is a Percentage based on that Sector Delta, given per axis. A Deviation of 0% would indicate the GGG was located in the exact center of the 1280LY Sector in its respective axis, a Deviation of 99% would indicate the GGG was located at the outermost part of its Sector for that axis
The preliminary data indicated that most GGGs appear to reside far more likely in the outer parts of a Sector (in at least one of the X, Y or Z axes).
That's the Pattern I saw and intended to confirm with the goal to reduce Search Volumes and increase GGG Discovery effectiveness.
The numbers confirm this, everything in red indicates a Deviation of 50% or more.
This indicates that these GGGs in that X, Y or Z axis are all located in the outer quarter of the entire Sector (= within 320LY of its own outer Sector boundary).
As a result, I'd say :
As a reminder, the Y axis has only a few fixed separators that divides Sectors vertically :
- searching for a GGG is best done in the outer 320LY shell of the 1280x1280x1280LY Sectors
- searching for a GGG seems not suitable anywhere near the 3D center of a Sector in its 1280x1280x1280 cube, as none was ever found in such a location
The majority of GGGs of Sectors right above & below the Galactic plane have been found within ~234LY of the the central -25LY Y Elevation Sector divider of the Galactic plane.
That nicely falls into the "stay within approx. 50% of Sector Boundaries" theory.
That'd define an optimized Search Volume of max. ~320LY distance from any adjacent Sector all inside the 1280LY cube and cover all except one GGG.
If one is to include 100% of all discovered GGGs, the single max. 47.5% Sector Deviation one would change this distance slightly to 336LY from Sector Boundaries to be on the safe side.
Conclusion (TL/DR) :
- so far, all GGGs were found within 336LY of a Sector boundary and at a considerable distance to the 3D Center of its own Sector
- hence, this outer shell of a Sector appears to offer an optimized Search Volume
- however, at this moment it's nothing more than a Theory
Little helper to determine the fixed Sector boundaries :
Unfortunately, that's true...Very nice work. Well done. While I haven't thought about it in any detail yet, I will point out that from what you're saying the volume of sector space within which all GGGs have been discovered so far is 77.4% of the total volume of the sector. While the sample set is quite small, this still may statistically significant. I suggest you look into that aspect.
They don't appear to be completely random: for example, roughly two-thirds of GGGs have been found in systems with a single star, one-third in multiple-star systems. Other such conclusions can be drawn, but the catch is that with the total sample size of only 27, once could easily slap in ten different ones and obliterate any conclusion. For example, if the next ten GGGs discovered were all around solo stars, then that pattern would be gone, and the distribution of GGGs (in that aspect) would match the distribution of all systems.No - there doesn't seem to be any pattern, or at least not one we could find with as few discovered as there is now.
I generally ignore the GMP and never use it (earned by their own actions).
Marx's point is my biggest hiccup in trying to draw much in the way of conclusions given the small dataset. It's possible that sector edge idea holds which would be interesting. But it's also possible that the known locations of GGGs is more a reflection of where people go rather than something more fundamental about where they spawn.@FalconFly : that's pretty interesting, and well done! One more thing that might be worth considering: take a look at the GMP POIs. To me, it looks like the majority of them are nearer to sector boundaries. Perhaps a side effect of how people travel over the galaxy?