So you want to know about the Formidine Rift? (Part 3)

Hmm i see the Tionisla Graveyard was meant to be added in Version 2.2 of Elite Dangerous, but never made it. Has anyone checked if it was added in 2.2.03? I know that update was mostly fixes but they did add a few things in for ships and engineers.


EDIT: Sorry, no disregard this comment.. they would of had something on Galnet if this was the case.

I had thought that as well, but what they said was it would be added some time "after" 2.2, so any time from 2.3 to the heat death of the universe.
 
Don't suppose you'd be able to make a co-ordinate spreadsheet?
(Mind you, it sounds like we'd need 7-8 enteries per degree longitude gl-y!)

If you're really going to try it that way, as someone else suggested I'd do latitude not longitude because it removes the problem of convergence as you get closer to the poles. Otherwise there will be a lot of duplicated effort with the overlaps.
 
If you're really going to try it that way, as someone else suggested I'd do latitude not longitude because it removes the problem of convergence as you get closer to the poles. Otherwise there will be a lot of duplicated effort with the overlaps.

On the planet you are searching, can you go from pole to pole during the day or it rotates too fast and you always end up in the dark? I chose longitude exactly because of that, so I can finish one trip in the daylight, but if the planet is too big then it does not matter probably that much.
 
If you're really going to try it that way, as someone else suggested I'd do latitude not longitude because it removes the problem of convergence as you get closer to the poles. Otherwise there will be a lot of duplicated effort with the overlaps.

On the planet you are searching, can you go from pole to pole during the day or it rotates too fast and you always end up in the dark? I chose longitude exactly because of that, so I can finish one trip in the daylight, but if the planet is too big then it does not matter probably that much.

I think someone said that GL-Y E2 6 completes a rotation every 1.6 days but can't check at the moment. That is going to be one of the kinks we would need to consider exactly. We want to minimize searching at night whenever possible, I think. So keeping that in mind, switching to latitude is still best? If we were searching along latitudes we would have to travel with the sun (star) behind us to minimize the glare. That will eventually takes us to nightime, wouldn't it? Along longitude the sun (star)' glare would not be a concern because it would be to our sides?
 
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I think someone said that GL-Y E2 6 completes a rotation every 1.6 days but can't check at the moment. That is going to be one of the kinks exactly. We want to minimize searching at night whenever possible, I think. So switching to latitude is best?

GL-Y E2 6's rotatonal period is 1 day exactly, I think.
 
I think someone said that GL-Y E2 6 completes a rotation every 1.6 days but can't check at the moment. That is going to be one of the kinks exactly. We want to minimize searching at night whenever possible, I think. So keeping that in mind, switching to latitude is still best?

The last suspect at HG has a rotational period of 1.6 days.

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Thanks for the tips guys. But don't we want to instruments on while searching? Even 1 degree off can take you somewhere else and I find myself constantly having to adjust heading, cause the ship tends to drift off. And does turning instruments off (ctrl + alt + g, thanks exgoaltender) turn the lights off on the panel right under my eyes (the fake buttons bewteen the virtual throttle and joystick)? Those cause the worst glare. I'll try this as soon as I'm back in my ship later today. The tip about the nav panels ON/OFF via joystick buttons sounds awesome, razioer + assimilator1, thank you. I was looking for an option like that. Gonna try that later too.




You mean like 180...180H...180G...180F...180E...180D...180C...180B...180A...179...179H...etc...?

But then how can we actually follow those lines somewhat precisely? It's going to be difficult near the poles where longitudinal lines are closest. And along the way, wouldn't we need a more precise HUD? I can definitely get a spreadsheet going later today and as soon as we work out the possible kinks.

What bugs me is whether the planet actually rotates beneath you.
 
Just made it out here now, at alpha base at the moment, going to beta soon.

So has anyone worked out anything that could narrow down the search? or are we simply just looking around systems on luck? sorry if this has been covered.

The so far 4 known Unregistered Comms Beacons in the Eafots region have told us what planets these bases are on, as for where on the planet it's been down to pure searching & luck.
It's highly likely their are other UCBs in this area (& probably derelict ships or crash sites, & maybe distress beacons) & the other 2 areas, but we have no co-ordinates for them, nor do we know how many. Personally I think their will be more going up (or maybe down??) in a straight line from the current know UCBs.
You can get the baulk of the story/info from the logs, listed by Cmdr Zach :)

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I blame the names themselves....should have been called upsydownsies and sidewaysies. :D
Lol :D, would rep you again if I could :)
 
On the planet you are searching, can you go from pole to pole during the day or it rotates too fast and you always end up in the dark? I chose longitude exactly because of that, so I can finish one trip in the daylight, but if the planet is too big then it does not matter probably that much.

I headed back to the bubble about four days ago mate, I'm just keeping an eye on things here in the thread at the moment. :D

Edit: And already answered above, thanks guys.
 
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Regarding the search on GL-Y E2 6, perhaps we should split the search in quadrants? I am currently searching the area highlighted in light gray, where most of the bases seem to be. Regardless whether this is correct, most likely not, splitting the search in quadrants should make it easier to deal with. In the picture below, going from latitude 0 to -45 on the prime meridian (the 0 longitude) for example, takes 3 hours, if you fly at 1500Km/hour (440m/s). We could go back and forth in that light grey box (0 to -45 on the 0 longitude, then -45 to 0 on the adjacent negative longitude and so on). Then move to the next quadrant (the one highlighted in darker grey). We would have a total of 8 quadrants to search. Thoughts?

http://i.imgur.com/ulJ0pwB.jpg
Sounds like a good idea :), but a couple of issues, can you use the same terms in your text as your graph? I think 45S = -45, but I'm not sure ;).
.
...on the adjacent negative longitude....
So 1 degree over? Did you see the posts by racer1 & Red Anders? On our ~7000 Kms radius planet, 1° separation will be too big a gap, especially at & adjacent to the equators.
 
The so far 4 known Unregistered Comms Beacons in the Eafots region have told us what planets these bases are on, as for where on the planet it's been down to pure searching & luck.
It's highly likely their are other UCBs in this area (& probably derelict ships or crash sites, & maybe distress beacons) & the other 2 areas, but we have no co-ordinates for them, nor do we know how many. Personally I think their will be more going up (or maybe down??) in a straight line from the current know UCBs.
You can get the baulk of the story/info from the logs, listed by Cmdr Zach :)


Right ok, after you posting the link to Cmdr Zach's post i know where everyone is up to now, Thanks a lot! I didn't know that gamma settlement was found, will go check out Gamma base now as i have just found the UCB in RA-G B11-0 on my lonesome haha.

So the search for Delta it is...
 
Just thinking out loud here...

You guys think there's a correlation between what's going on with the ruins (4 unidentified planets in 4 separate systems) and our last big baby?

Think about it. Cannon has a massive amount of peeps exploring those systems. (near to the bubble) Us few have a whopping big planet to explore - its mind bogglingly big. -way out in the Rift.
What's the bet that by the time we find this base, cannon have found the last ruin? Timing seems suspect...

Raising eyebrow.... Something to chew on while we get beigeified.
 
Sounds like a good idea :), but a couple of issues, can you use the same terms in your text as your graph? I think 45S = -45, but I'm not sure ;).

Yes, most definitely. That was just a temp graph to show what I am trying to say. Will have to rework that.


...on the adjacent negative longitude....
So 1 degree over? Did you see the posts by racer1 & Red Anders? On our ~7000 Kms radius planet, 1° separation will be too big a gap, especially at & adjacent to the equators.

Trying to work that out too. You must have missed my reply earlier...I will copy and paste it below, gimme a sec...(will update post)..

Here it is:

Don't suppose you'd be able to make a co-ordinate spreadsheet?
(Mind you, it sounds like we'd need 7-8 enteries per degree longitude gl-y!)

You mean like 180...180H...180G...180F...180E...180D...180C...180B...180A...179...179H...etc...?

But then how can we actually follow those lines somewhat precisely? It's going to be difficult near the poles where longitudinal lines are closest. And along the way, wouldn't we need a more precise HUD? I can definitely get a spreadsheet going later today and as soon as we work out the possible kinks.
 
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Ok Mauxus :)
.
Btw, someone mentioned the 10 degree search squares that the cannon thread suggests (sorry can't remember who said that, & I can't find it already!), sounds good :), a similar idea to Mauxus's idea.
 
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Conflux - PRU AESCS NC-M D7-192 A 3 A
I did check the north pole just now, and going on longitude 30, anyone willing to help or share what has been checked already PM me please
I'm in open

https://docs.google.com/spreadsheets/d/1fXnXtyz_EBHYnLgEgaz33pC9rZocmJqNXCvX9ewHRN4/edit?usp=sharing

Looks like easy one, I cover up to two degrees both sides and north to south takes less than 1.5 hr - now we need just manpower :)

South is fairly dark at the moment and full of shadows, so I will stop at -60 and come back another day.
 
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Yes, most definitely. That was just a temp graph to show what I am trying to say. Will have to rework that.




Trying to work that out too. You must have missed my reply earlier...I will copy and paste it below, gimme a sec...(will update post)..

Here it is:



You mean like 180...180H...180G...180F...180E...180D...180C...180B...180A...179...179H...etc...?

But then how can we actually follow those lines somewhat precisely? It's going to be difficult near the poles where longitudinal lines are closest. And along the way, wouldn't we need a more precise HUD? I can definitely get a spreadsheet going later today and as soon as we work out the possible kinks.

At and near the poles it won't be an issue, as the search segments will be much smaller, so a single run would cover it. Trouble is we don't know where it would need to diverge to 2, 3 etc. So as red Anders & someone else suggested (can't recall who :eek: ), we ought to search along latitudes instead.
Although it will still be a insanely large area! Earth's radius is ~6300 Kms and it has just over 500 million square km area!!

Maybe we shouldn't even try to search this planet and look for other beacons instead??
What do you folk think of that?
 
At and near the poles it won't be an issue, as the search segments will be much smaller, so a single run would cover it. Trouble is we don't know where it would need to diverge to 2, 3 etc. So as red Anders & someone else suggested (can't recall who :eek: ), we ought to search along latitudes instead.
Although it will still be a insanely large area! Earth's radius is ~6300 Kms and it has just over 500 million square km area!!

Maybe we shouldn't even try to search this planet and look for other beacons instead??
What do you folk think of that?

We would probably be ok at adding 1 ship for every 10 degrees down the longitude we are exploring. Or something like that. I would be ok switching to latitude if the light from the main star can be left behind us to avoid glare. But then we would only be able to search in one direction becasue the return latitude we would face the star. Searching the longitude should leave the star to our sides (right or left). Sorry for mistakes, on phone rn.
 
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