proximoception | (no subject)

Is the mistake in the first paragraph of "The Library of Babel" deliberate?

The universe (which others call the Library) is composed of an indefinite, perhaps an infinite, number of hexagonal galleries, with enormous ventilation shafts in the middle, encircled by very low railings. From any hexagon the upper or lower stories are visible, interminably. The distribution of the galleries is invariable. Twenty shelves - five long shelves per side - cover all sides except two; their height, which is that of each floor, scarcely exceeds that of an average librarian. One of the free sides gives upon a narrow entrance way, which leads to another gallery, identical to the first and to all the others. To the left and to the right of the entrance way are two miniature rooms. One allows standing room for sleeping; the other, the satisfaction of fecal necessities. Through this section passes the spiral staircase, which plunges down into the abyss and rises up to the heights. In the entrance way hangs a mirror, which faithfully duplicates appearances. People are in the habit of inferring from this mirror that the Library is not infinite (if it really were, why this illusory duplication?); I prefer to dream that the polished surfaces feign and promise infinity...

Or is it there to make you stay up all night with someone trying to work out what all this would look like, only to find that there is exactly enough room for two identical labyrinths to weave through one another infinitely with no foot access between them (and where in the Library could one get a rope to climb down the air shaft?). There wouldn't even need to be another labyrinth: directly above and below every single chamber could be rooms filled with intelligible books, or the fabled smaller magic books, or identical copies of the concordance to the volumes of the library, or of the one true book that saves you, or even with the cylinder-spined book of God. The only way you might ever know these rooms existed - depending on the thickness of the floors and the width of the air shafts - would be upon suicide, in your infinite fall through the shaft, as you saw over and over again, while disintegrating, everything withheld from you your entire life. Could even Borges have imagined such cruelty in the demiurge?

Flat | Top-Level Comments Only

the right is out because no two hex sides match up. but the left is interesting with a major drawback: the squares dont match up at any other angle. which means that either 1) you have lines infinitely cut off from parallels or 2) you offset the open ends of each hex. instead of parallel opening you could have either an acute or an obtuse angled openings, leading to either an infinite zigzag or infinite, cut-off hexagons made of six connected hexagon. with the hexa-hexagons one could imagine having upper and lower hexa-hexagons to be offset, leading to slight maneuverability between different hexa-s on the same plane, however, not without leaving many empty hexes. also many stairwells would be multi-level. IN SHORT ignore this because it's too complex to be feasible.

imagine the dodecahedron to be the spiral staircase, which goes to the next hexagon clockwise or counterclockwise per level. actually, the second next hex, since a given hex only has hallways to connect to two docecas each, meaning half the hexes adjacent to a given dodeca would not connect to it. here the difficulty is getting to a hex immediately above you, i dont know if it's impossible but it seems terribly difficult.

im going to abandon semi-regulars, what if we assume that it's a regular hexagon tessellation and the hallways take up no more length than the thickness of the walls. in this case the hallways must be offset. and if they are regularly offset then we're left with closed loops. BUT. they could be distributed in some regular way. and since any given edge is a hallway one time out of three, you could have stairways going up three flights at once and have it be regular vertically as well. OR you could have stairways going up a random number of flights each, making it possible to be entirely random horizontally and vertically, which was what was suggested in whatsisface's conception.

Regular tessellation works fine. Just think of the actual rooms as slightly smaller hexagons within the larger hexagon formed by them, their walls and exactly half of each hallway, including half of the top of each stairway, to which they're connected.

They can be dyads, they can be lines. If hex-rooms only exist on every other floor, they can be regular planes - with room left for an entire, identical second labyrinth.

If space is at the same time infinite, worth conserving, and to be filled with only one labyrinth then the book guy's solution is the only one: infinite snaking. Which can create an infinite plane too, near as I can tell, while also leaving room for the cyclicality that the straight lines do.

I guess you're saying the floorplans of the levels wouldn't have to be identical if stairways could skip one or more floors as needed? The stairways would have to pierce through the middle of one border between hexagons no matter where they are, so as to go through either a hallway or middle of a wall on each level, therefore the hex grid itself would have to be regular. Otherwise I'm failing to see why you couldn't do it, yeah.

I think one problem with all of this is that spatial irregularities are never spoken of. Maybe if you live in a labyrinth all your life they don't seem very important, maybe not even very difficult to deal with.

Makes the story seem even more darkly about atoms.

hah. the dipole would be a classic O2 molecule, two atoms with 6 valence electrons forming a double bond with each other. the lattices are more like carbon lattices, but those require other elements. maybe the one librarian to two hexagon ratio is a clue. maybe they're decaying.

one librarian to three hex, sorry.

well it could be graphite:

but those have three bonds per atom.

It was one to three, but used to be one to one I thought?

People do seem to be increasingly dying of lung disease as time goes on - but I took that to be from the particles of suicides (only other cause of death mentioned) disintegrated by air erosion when falling through the shafts. The books and environment somehow seem like they must be undecaying.

But the traveling inquisitors do speak of broken stairs. A world the demiurge simply abandons is gnostic enough (see Frost's "The Wood Pile").

Only problem with random numbers of flights is that it closes off the possibility of that border area being used for another flight - unless it's irregular where the narrow hallway is - to the left, right or middle of the border region. And if it is, where the stairway comes up might be irregular too, allowing several invisible stairways to be tunneling up through the wall in any given border area.

But I dislike all this irregularity. The point of the hexes and everything they contain, including stairs, is to be not just space-saving but labor-saving: the same. Even extra-long stairs violate this.

What's circuit in Spanish?

i thought this the other night, what if it's not a spiral staircase the way we normally think of it, a free-standing spiral staircase, but, instead, merely a spirally-winding one. if a staircase passed along the outer circumference of the hex, inside the wall, and opening at the hallway, it could still be called a spiral -- a closed spiral but still a spiral. so if flights were every 60 degrees you could have rows of infinite parallels without any dead spots or unreachable labyrinths.

but, right as i was writing this, it occurred to me: with this configuration it is possible to have INFINITE, REGULAR HORIZONTAL PLANES MADE UP ONLY OF DYADS. Take a look!

fuck, it's just barely not working.

My plot to drive you mad and steal your cookies seems to be working.

I don't understand what you're talking about when you say "if flights were every sixty degrees." If flights came out into entrance halls 60 degrees off from where they left from, you mean?

"The stairway sinks abysmally and soars upward to great distances." This surely implies you can see it do so; at the very least it's a continuous stairway, the way one coming in on one side of the entrance and going out on the other would not be (and I'd have a hard time not seeing that as two staircases, rather than one interrupted one).

But even if it did exist I'm confused how that could lead to dyad planes. Only the one stairway could exist, in any connected tower of dyads - doesn't matter how much the staircase spins or how far off to the side it goes. The tower can lean or spiral around insanely, but it's still never an infinite plane on one level - hell, you could never even go back up. Two hexes at any given altitude in any self-continuous labyrinth. Only one staircase going up and down.

he only says the staircase rises to the heavens and lowers to the depths, not that one would actually see it. each hex has its own staircase, see. so the dyad has two staircases, so you could go up a flight in one hex, cross the hallway into another hex which is offset from the previous by 60 degrees, then go down a flight in that hex and you would be in a hexagon unconnected to the two you started on but on the same level. the pattern this creates is, some some minor problems, infinite.

Departs way too much from what's implied, esp. if you're talking about a total of four staircases opening out into each hallway.

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Re: two Ls

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