lol yeah it does sound a lot like that, doesn't it?
now, if I had picked up the UA and dropped it again, would the same sequence repeat? Or would it be a different sequence?
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UAs, Barnacles & More Thread 5 - The Canonn
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lol yeah it does sound a lot like that, doesn't it?
now, if I had picked up the UA and dropped it again, would the same sequence repeat? Or would it be a different sequence?
Thanks for the input, but unfortunately your image does not really help, as I can´t identify any star on it.
If you want to help with the constellation research (which will be great!!) please make sure to identify at least one of the stars on it when you take an image from a different system. Otherwise, we can´t use it to triangulate the exact position.
Update on the Constellation research:
We are finishing building a 3d matrix that will help us to locate each star of the constellation. Once this is done it'll be a matter of time to find the exact system.
I'm going to take a wild stab at this.
Using either HIP 18502 - (has icy moons like the picture) or its neighbor LC-V C2-1
1. Maia
2. Pleione
3. Merope
4. HR 1183
5. Caelano
6. HR 1172
7. Pleiades Sector GW-W C1-15 (famous for the airless water world)
8. HIP 17684
9. Atlas
Not perfect but close. I wanted to use systems that were mainly identifiable in real life so the GW-W system is the stretch here. Everything else more or less fits looking from the vantage point indicated.
Binary:
001100
011011
0101101
0010010
1010010
1100100
01100110
00110110
0
Binary to Hex: 636B4952C8CC6C
Binary to Decimal: 27983985360030828
Binary to Text: 1µ¤©df6
I can't see any reference or idea from this, but i never decode anything in my life, good luck for anyone who try to solve.
OMG
This is hilarious! Obviously they took samples of whatever brass instrument that is and slowed it down to make that part of the UA sound but when sped back up it's like a whimsical silent comedy skit.
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Can you try it with the opposite binaries? 1s as 0s and 0s as 1s.
and Octal, just because the thargoid ships are octagonal in previous games:
14332644 52262146 154
edit: I excluded the last 0
edit2: I used this site. seems to be giving different results: https://paulschou.com/tools/xlate/
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Interesting point, agree.
Although the odds may be lower in other locations, it's may not be impossible to trigger them.
But POI being POI, it's not persistent, and that can quite frankly be a pain when coming to proving it if your in Solo.
ProTip: Don't fly in solo! If you need commanders confirming your finding, make sure you have a PG or Open session.
Keep in mind, POI (non-persistant ones) do despawn when you reconnect / jump out and back in.
You may be right. Perhaps the team would be kind enough later to tell us whether they managed to produce their spawning using regular game mechanics.
Still, with thousands of commanders triggering POI we should eventually manage to increase our odds.
but staying near the location which has been indicated should also contribute to increasing the odds.
I do like your example with the pseudo-code. Great job explaining.
o7
that was my thought too. but which planet? is the 154 significant? Ross 154? Its outside the pleidades nebula.
Anyone else finding the POIs indicator utterly useless ?? Need to be high to have them, but can't see crap from up there... All in Ultra/max ... loosing so much time on this and not finding crap....
If only the dawn pop up distance was higher, then maybe we could find that needle...
/rant
If only the dawn pop up distance was higher, then maybe we could find that needle...
/rant
if they are they would be way outside the galaxy, we can always hope
if they are they would be way outside the galaxy, we can always hope
ah, I was thinking lat/long (decimal point excluded), and not sure what to do with the 154...
as in: 14.332644 52.262146 154
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Just for documentation sake - UA on Merope 1A night side way down in a dark crater.
[video=youtube;8oi95jMenW8]https://www.youtube.com/watch?v=8oi95jMenW8[/video]
[video=youtube;8oi95jMenW8]https://www.youtube.com/watch?v=8oi95jMenW8[/video]
It was the 154 that made me think of the Gal map
Old:
001100
011011
0101101
0010010
1010010
1100100
01100110
00110110
0 (poof)
New reference:
110011
100100
1010010
1101101
0101101
0011011
10011001
11001001
1 (foop)
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You know, if there was a system in the Pleiades in which UAs were appearing as SSSs, like they used to, then that system would immediately shoot to the top of my list of potential candidates for weird on-planet goings-on...
It might only be one or two. It might only be in proximity to the planet in question.
I think Operation Scour investigated as much as possible about Merope, including Signal Sources - but what about since Horizons and the Barnacle thing? Is there a planet in Merope around which UAs appear in SSS? If so, is that planet landable? If so, does the surface of that planet harbour the Barnacles?
When I head to Merope on Monday, I'm definitely going to be checking out any SSS I come across, I think. (Until I get beasted by a giant wing of pirates and run away at least!)
Could well be a dead-end, but if correct, then it won't take long to rule out, assuming the spawn rate of such SSS is similar to what it is in the shell.
Would also mean 1.5 CMDRs can join in for part of this.
Just a thought
It might only be one or two. It might only be in proximity to the planet in question.
I think Operation Scour investigated as much as possible about Merope, including Signal Sources - but what about since Horizons and the Barnacle thing? Is there a planet in Merope around which UAs appear in SSS? If so, is that planet landable? If so, does the surface of that planet harbour the Barnacles?
When I head to Merope on Monday, I'm definitely going to be checking out any SSS I come across, I think. (Until I get beasted by a giant wing of pirates and run away at least!)
Could well be a dead-end, but if correct, then it won't take long to rule out, assuming the spawn rate of such SSS is similar to what it is in the shell.
Would also mean 1.5 CMDRs can join in for part of this.
Just a thought
Merope in binary
01101101 01100101 01110010 01101111 01110000 01100101 00001101 00001010
01101101 01100101 01110010 01101111 01110000 01100101 00001101 00001010
One thing I notice here is the visual effect after each set. Its as if the probe is sending off the stream and waiting for a reply
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