Rubicon's warp/accel changes should shake things up though.

Leave it to the ISDs to completely derail a thread.

select solarSystemName, radius from mapsolarsystems order by radius desc limit 50;

The radius in the DB has likely nothing to do with actual distances of objects within the system. I can confirm that there are definitely gates further out than 203 AU in some systems.

As a matter of interest, why is that top 50 list overwhelmenly populated with WH space?

Resbroko its like 160 au across thats a bigone

More for shorter warps than for longer ones, actually. The issue was acceleration time being constant. In short warps, that resulted in most of it being spent accelerating, so reducing acceleration times for small ships (and lengthening it for big ships) will have more of an effect. In long warps, you already spent most of it at top warp speed, so the effect is lessened.

Just FYI.

Beats me. SQL databases do not really answer "why" questions. W-space is big?

Maximum gate-gate warp was...
in system 9-266Q
a distance of 201.97 AU
from Stargate (1-Y6KI) to Stargate (N6G-H3)

For the spreadsheet people, I have compiled some CSV data for every maximum gate warp for every system. It's even nice to just CTRL+F through and see what warps you should camp try to not warp across in slow ships.

Enjoy!

Hey I need a good spreadsheet person to help me make a better one for keeping track of clients and others. Sadly the in game watchlist maximum is too low. We should get together and discuss sometime.

Solstice Project XXX

Aaaaand done. I wrote a quick little Python script to go through every solar system and compare the distances between its gates. You can find it here.

When run, its output is:



There you have it. It's still in 9-266Q as my radius search of earlier, but the warp is slightly shorter than the diameter of the system.

Let me know if you find any problems with my code or need me to look up something else.

Aaaaand done. I wrote a quick little Python script to go through every solar system and compare the distances between its gates. You can find it here.

When run, its output is:



There you have it. It's still in 9-266Q as my radius search of earlier, but the warp is slightly shorter than the diameter of the system.

Let me know if you find any problems with my code or need me to look up something else.

Python queries aside, I know theres a couple 280au warps in Venal, thats gotta be the biggest..

THOSE ARE THE BEST BIO BREAKS EVER

Better not be flying an interceptor, though.

Better not be flying an interceptor, though.

Better not be flying an interceptor, though.

warping speed will be lower, only acceleration will be a lot faster.. so in long warps it will actually take longer.

u dumb

Open Notepad
Open/Save [filename of clients.txt]
CTRL+F clients nameif he has three X, then he already reached his maximum.
The "X" gets added at the end of the characters line.
You will obviously add the character into the list, if it's not there.
Ordering is irrelevant, as you are using notepads own search.


THAT BEING SAID ...............................


You are *such* a lazy ass! You simply mark every contract with a specific standing.

Well ... that didn't work out forever. xD

Thanks! If you are also skilled in mysql, maybe that would be even better for a more detailed record?

Edit* would my api help?

and you are a fool. =)

Also, as someone referenced we arent dealing with a flat plane. This means a gate on one side of the system could be above the otbit plane while the gate on the other side is below, making the line connecting them longer than a flat diameter measurement.

There is, indeed, at least one system in null where no ship can warp non-stop from gate to gate.
I really do want to say it's 0SHT-A, but I haven't roamed nullsec in a long time.

... Fine, be that way!

I ran this SQLite query on a recent DB dump:



The raw results are here: http://pastebin.com/rixaPWvG

Tinkering with the numbers shows that those figures are in meters (otherwise we would get completely bogus AU figures). This means that, looking at the top 50 systems by radius:

• The largest system in Eve is J101248 in W-space, with a radius of 142.3 AU. That means that its diameter (and longest possible warp) is right around 284.6 AU.
• Ranking 23rd is the largest K-space system, 9-266Q, with a radius of 101.5 AU, or a diameter of 203 AU.
• Aeter is the largest empire system (and 39th in the ranking), with a radius of 83.8 AU, or a diameter of 167.6 AU. It is in lowsec, though.
• The largest hisec system appears to be Yria, which is ranked 48th. It is 78.8 AU in radius, or 157.6 AU across.

Someone should probably check my numbers, or actually visit these systems to confirm the veracity of the info. I have been known to screw up.

Q_GATE_LOCATION = """
select mapdenormalize.itemid, mapdenormalize.x, mapdenormalize.y, mapdenormalize.z
from mapdenormalize
inner join invitems on
invitems.itemid=mapdenormalize.itemid
where invitems.itemid=?
"""

Q_GATE_LOCATION = """
select mapdenormalize.x, mapdenormalize.y, mapdenormalize.z
from mapdenormalize
inner join invitems on
invitems.itemid=mapdenormalize.itemid
where invitems.itemid=?
"""

The systems you guys pointed out:

• H-PA29 actually only has a short warp (13.87 AU). Are you sure you weren't thinking of the adjacent 9-266Q?

The update will makes things better for interdictors and hics, mostly because the targets they chase down are larger than they are. Super excited for my favorite ship class to get even better.

V89M-R only has a 24.72 AU warp, from OJOS-T to 66U-1P. Maybe it was another nearby system.

Like one year ago players were able to create deep spots using some trick in game , after some patch CCP remove them, some of old deep spots were betwen 250-700au... According to this, in theory every solar system got much large radius than we can imagine.

Like one year ago players were able to create deep spots using some trick in game , after some patch CCP remove them, some of old deep spots were betwen 250-700au... According to this, in theory every solar system got much large radius than we can imagine.