[2013.12.30x02:59:00] <@Iggy> I wonder if it's '12 square miles' per pixel
[2013.12.30x02:59:14] <@Iggy> if that were the case a pixel's length would be between 3 and 4 miles
[2013.12.30x03:00:00] <@Iggy> which makes caroha to sirasona just 415 miles
[2013.12.30x03:00:15] <@Iggy> rather than 1440 miles
[2013.12.30x03:02:09] <@Iggy> you know I'm crappy with miles
[2013.12.30x03:02:13] <@Iggy> let me convert that to kilometers
[2013.12.30x03:02:58] <@Iggy> okay
[2013.12.30x03:03:04] <@Iggy> yeah, the 12 square miles per pixel
[2013.12.30x03:03:07] <@Iggy> thing makes a lot more sense
[2013.12.30x03:03:14] <@Iggy> in fact, I think that's how he expressed it to me
[2013.12.30x03:04:21] <@Iggy> 415 miles is roughly london to hamburg
[2013.12.30x03:04:40] <+SymphonyD> Yeah that would suggest the planet is wayyyy bigger than Earth.
[2013.12.30x03:07:06] <@Iggy> the 3.4 miles to a pixel edge
[2013.12.30x03:07:24] <@Iggy> means that the known world is 4080 miles across from parthe to the reokhar eshai
[2013.12.30x03:07:30] <@Iggy> equivalent to the distance from europe to india
[2013.12.30x03:07:41] <+SymphonyD> So the map on the front page seems to run from about the equator to arctic.
[2013.12.30x03:07:43] <+SymphonyD> Give or take.
[2013.12.30x03:07:49] <+SymphonyD> And that's around 800 pixels.
[2013.12.30x03:07:50] <@Iggy> I've crossed the equator.
[2013.12.30x03:08:00] <Perfectionist> It also means that Farou is about the size of Ohio
[2013.12.30x03:08:05] <Perfectionist> Which then gives us another scale problem
[2013.12.30x03:08:06] <+SymphonyD> Which would 12 x 800 = 9600.
[2013.12.30x03:08:14] <+SymphonyD> So let's assume this is around a quarter of the globe.
[2013.12.30x03:08:30] <Perfectionist> Which it is
[2013.12.30x03:08:31] <@Iggy> comparing north american sizes to european sizes is always odd
[2013.12.30x03:08:33] <Perfectionist> He's said so
[2013.12.30x03:08:38] <@Iggy> because you forget how tiny european states are
[2013.12.30x03:08:39] <+SymphonyD> So the circumference of the planet is around 38,400 miles.
[2013.12.30x03:09:12] <@Iggy> and how large north american provinces/territories/states are
[2013.12.30x03:09:17] <Perfectionist> Bulgaria, then, if you prefer
[2013.12.30x03:09:24] <+SymphonyD> And Earth is a bit under 25,000 miles.
[2013.12.30x03:09:27] <Perfectionist> Still not exactly a major player on the great power stage
[2013.12.30x03:10:23] <+SymphonyD> So a diameter of 12200 miles, vs.about 8000 miles.
[2013.12.30x03:10:42] <@Iggy> of course, we know that gravity is the same as that on earth
[2013.12.30x03:10:44] <+SymphonyD> So EoEworld would have to be around 1.5 times the size of Earth.
[2013.12.30x03:10:49] <@Iggy> and we can assume planetary density is the same
[2013.12.30x03:10:50] <+SymphonyD> Yeah, which means it's way less dense.
[2013.12.30x03:10:53] <+SymphonyD> No.
[2013.12.30x03:11:00] <+SymphonyD> There is much more material.
[2013.12.30x03:11:05] <+SymphonyD> So the material must be far less dense.
[2013.12.30x03:11:14] <@Iggy> Hmm.
[2013.12.30x03:11:38] <+SymphonyD> Or you've got great underground oceans or caverns or something.
[2013.12.30x03:12:38] <+SymphonyD> 3.4 miles to the pixel isn't much better, because 3.4x800x4=10880 mile circumference.
[2013.12.30x03:13:23] <+SymphonyD> Which would mean the planet was somewhat smaller than Mars.
[2013.12.30x03:13:45] <+SymphonyD> And would need to be over 3 times denser than Mars is to equal Earth's gravity.
[2013.12.30x03:14:20] <+SymphonyD> Maybe your planet is hollow and you'll fight lizardmen and Nazis in its core.
[2013.12.30x03:14:52] <+SymphonyD> So yeah, tl;dr, scale's kinda [screwed].
[2013.12.30x03:16:27] <+SymphonyD> I'd compute what the density of both these sizes would have to be, but that's too much work for something I don't really care about.
[2013.12.30x03:20:18] <+SymphonyD> Also, this problem gets worse the bigger the distance from the pole to the equator is.
[2013.12.30x03:20:26] <+SymphonyD> Well, for the 12 mile case, anyway.
[2013.12.30x03:20:41] <+SymphonyD> For the 3.4 mile case, it edges the planet up towards Mars-sized.
[2013.12.30x03:21:20] <+SymphonyD> If the planet wasn't very dense, it would suggest it was overall rather resource poor.
[2013.12.30x03:21:30] * Perfectionist (473dbbd6@ircip2.mibbit.com) Quit (Quit:
http://www.mibbit.com ajax IRC Client)
[2013.12.30x03:21:33] <+SymphonyD> And originated in a low-metallicity environment, relative to Earth.