I'm with this idea.What if the difference in your calulations doesn't refer to a different system to d2-33, but implies you need to fly in a particular direction once inside d2-33 quite a long way to find something?
I mean why would a live Thargoid mothership hang out near a sun when they spend so much time between systems?
Also all the generation ships we've found have been "fly this direction from this landmark for quite a long time till you see it".
Not a crazy idea, I always found it weird that the Thargoid artifacts communicate in such human ways that we can easily interpret. Fdev says they want them to be truly alien. Communicating in binary and spectrogram audio stuff doesn't give that impression, but at least with your theory it kinda of makes sense, they're all like "Lets see if these dumb flesh monkies can figure this out, if they can, maybe we give em a chance at the Galactic (or Universal) table, maybe they have something to offer."
The simpler the system, the less error there is in it.. that why they use binary notation. Also mathematics is universal language and this why we can easily interpret.
The Thargoid relics use some awesomely advanced fackstick amazeballs programming language and the Guardian relics use Javascript, the Thargoid machine is like GET THAT OUTTA HERE, WE DO REAL PROGRAMMING HERE.
Maybe breakfast coffee is beginning to wake up the grey cells but I've had a thought. Possibly the UD spectogram is an invitation to a diplomatic meeting between Thargoids and Humans, the representation of a system from each (Merope and Sol) coming to a common point? Just a thought!
Or they realise the full security horror of dropping massive, unreadablly minified JavaScript libraries written by monkeys into their system.
Had some coffe my self.
I'm starting to think that the spectrogram image represents a hyper jump, from the bottom circle to the top circle.
The second number should then be the lenght of the jump from the system where the spectrogram was found to the target system.
I think that gives a single arrival point?
Had some coffe my self.
I'm starting to think that the spectrogram image represents a hyper jump, from the bottom circle to the top circle.
The second number should then be the lenght of the jump from the system where the spectrogram was found to the target system.
I think that gives a single arrival point?
Had some coffe my self.
I'm starting to think that the spectrogram image represents a hyper jump, from the bottom circle to the top circle.
The second number should then be the lenght of the jump from the system where the spectrogram was found to the target system.
I think that gives a single arrival point?
UL doesn't appear to orient itself in any particular fashion (after multiple drops with different ship orientation) nor does it react to honking or EMP.Does an Unknown Link point in a particular direction when dropped in space?
UL doesn't appear to orient itself in any particular fashion (after multiple drops with different ship orientation) nor does it react to honking or EMP.
It somewhat works with the last one as well. The problem is the middle one as I was searching the galaxy map (or whatever exists in edsm) for suitable planets, HIP 14909 kept popping up as a candidate for both the first and last bits of coordinates. However I couldn't find a system that would fit the middle bits of coordinates. The best I could come up with is:
(The percentage is the error as a percentage of the Col70-Merope distance)
Code:First group: Mel 22 Sector ZU-P c5-1 ------------------------------------ Merope: 136.580083 (-0.02%) HIP 14909: 26.941161 (-0.007%) Col 70: 836.592905 (+0.05%) Second group: Mel 22 Sector NX-U d2-33 -------------------------------------- Merope: 127.697097 (+0.2%) HIP 14909: 28.109822 (+0.1%) Col70: 825.827712 (+0.3%) Third group: Mel 22 Sector NX-U d2-27 ------------------------------------- Merope: 131.181898 (-0.04%) HIP 14909: 34.739277 (-0.01%) Col70: 816.147941 (+0.0004%)
The 0.1-0.3 % error doesn't seem that high until you consider the fact that the Link is able to specify coordinates within 1/1000th (0.1%) of Col70-Merope distance - thus the error should never be larger than +/- 0.05%.
If the probe was measuring distances from Mel 22 d2-33, this would result in the following fractions:
Code:Merope: 127.697097 / 871.018424 = 0.1466 = 147 / 1000, actual 144 / 1000 (represented as 18 / 125) HIP 14909: 28.109822 / 871.018424 = 0.0323 = 32 / 1000, actual 31 / 1000 Col70: 825.827713 / 871.018424 = 0.9481 = 948 / 1000, actual 945 / 1000 (represented as 189 / 200)
Don't suppose there exists an unmapped system within couple of light years from d2-33?
can anyone remind where from we did get this numbers? And how. wanna try myself with source
Now, everytime there is real Science to do, here you are Wace
Amazing work, that's what I meant with "We need a true scientist now"....
+REP
The UL transmit a coded message similar to the UP. The coded message souds
like an old printer or old harddrive arms motion.
The UL message has three blocks of two numbers in octal coded on three bits.
Listening/looking at the transmission you get the binary triplets that form the message.
converting to decimal you get :
18/125
31/1000
945/1000
From the UP we know that distances are measured with 1 = 871.012824 lyr
So, in effect what we got here is three distances from known locations : Col70, Merope and HIP14909(?)
Distances from three reference points is a valid way to encode a point in space (though having more cut the uncertainties).
Is that correct?