I don't suppose there's a broswer-based "offline ED galaxy map" is there? It sounds like the sort of thing someone would have made by now..
o7
Have you tried using EDSM or EDDiscovery ?
I don't suppose there's a broswer-based "offline ED galaxy map" is there? It sounds like the sort of thing someone would have made by now..
o7
Can someone post images of the markings on the 4 pillars at the known site?
Maybe they hint to the right planets.
Hello CMDRs o7,
I've been studying the monoliths, hoping to find some patterns.
I wanted to link some monoliths together like lasers and mirrors.
Unfortunately I found too much of a pattern. All Monoliths have the same markings.
Can someone post images of the markings on the 4 pillars at the known site?
Maybe they hint to the right planets.
Good idea
Details of Ruins site 1:-
Yeah, I think we have to find a planet, similar to this planet indeed.
I don't suppose there's a broswer-based "offline ED galaxy map" is there? It sounds like the sort of thing someone would have made by now..
o7
Yeah, I think we have to find a planet, similar to this planet indeed.
A quick question - where did new system names came from? Because I don't see any galnet article about it.
I just did some quick calculations before I popped off to work. I calculated the declination of the 4 candidate systems measured from SYNUEFE XR-H D11-102 1A. Comparing these values to the latitude of the ruins it seems to me that two remain visible in the sky all the time, although one of those is really borderline (it is right in the margin of error for my calculations).
I rounded to the nearest tenth of a degree, taking the latitude of the ruins to be around -31.8:
IC 2391 SECTOR GW-V B2-4 dec -28.0 (partially visible)
IC 2391 SECTOR ZE-A D101 dec -31.7 (might be always visible - really low on horizon)
SYNUEFE XO-P C22-17 dec -43.0 (always visible)
SYNUEFE ZL-J D10-119 dec -27.6 (partially visible)
I don't know if this is significant; if line of sight is need for this network (an assumption) the ones that are always visible might hold some importance. Would appreciate somebody calculating these independently to confirm if they are accurate. I used WREGOE BW-E D11-74 as my reference for the *southern* celestial pole.
I just did some quick calculations before I popped off to work. I calculated the declination of the 4 candidate systems measured from SYNUEFE XR-H D11-102 1A. Comparing these values to the latitude of the ruins it seems to me that two remain visible in the sky all the time, although one of those is really borderline (it is right in the margin of error for my calculations).
I rounded to the nearest tenth of a degree, taking the latitude of the ruins to be around -31.8:
IC 2391 SECTOR GW-V B2-4 dec -28.0 (partially visible)
IC 2391 SECTOR ZE-A D101 dec -31.7 (might be always visible - really low on horizon)
SYNUEFE XO-P C22-17 dec -43.0 (always visible)
SYNUEFE ZL-J D10-119 dec -27.6 (partially visible)
I don't know if this is significant; if line of sight is need for this network (an assumption) the ones that are always visible might hold some importance. Would appreciate somebody calculating these independently to confirm if they are accurate. I used WREGOE BW-E D11-74 as my reference for the *southern* celestial pole.
Well this is going to be a pain in the , none of the planets in IC 2391 Sector GW-V b2-4 even come close to having the same stats as the original ruins planet. Given that the sites wont load into view sub 10km and are impossible to find at night, without a pattern to follow this is going to be frustratingly painful.