Who needs straight roads anyway
No!
Hexagons are the Bestagons!
Submitted 17 hours ago by possiblylinux127@lemmy.zip to showerthoughts@lemmy.world
Who needs straight roads anyway
No!
Hexagons are the Bestagons!
Funny for once, but highly inefficient. Hexagons remain bestagons.
Hexagons are the bestagons
Came into the thread for this comment.
You might never see the sun again!
Far point although it might be better for driving during dawn and dusk
Room for parks!
Parks are in the middle, Roman domus style.
Yeah, that should work. If you stick with the definition provided by OP, “small buildings” would be technically allowed as well.
Another thing about the initial conditions. OP defined that there would be only three way intersections, but that’s clearly not the case here.
AbouBenAdhem@lemmy.world 17 hours ago
Progressing from regular triangles to squares to pentagons to hexagons, pentagons are the only shape that doesn’t tile a plane. How do you figure they’re the best for buildings?
PhobosAnomaly@feddit.uk 17 hours ago
oh no
superkret@feddit.org 14 hours ago
Image
megane_kun@lemm.ee 12 hours ago
But the Earth isn’t a plane.
Sure, human scaled patches of the Earth’s surface can be approximated by a similarly sized patch of a plane, but if we’re talking about tiling the entire surface of the Earth with buildings, it can actually be done using twelve pentagons or twenty isosceles triangles. We just need buildings whose footprints are roughly 1/12th and 1/20th the Earth’s surface respectively.
For the pentagon, that’d be around 510.07 × 10^12 m² divided by 12 = 42.505 × 10^12 m². With the Pentagon building having seven floors, one such building would have roughly 297.541 × 10^12 m² of floor space.
For the triangle, that’d be around 510.07 × 10^12 m² divided by 20 = 25.503 × 10^12 m². Assuming this building has seven floors like the Pentagon building does, it’d have roughly 178.524 × 10^12 m² of floor space.
The good thing about dividing into triangles, however is that it can be subdivided into four similar isosceles triangles, which can be applied recursively down to a far more realistic scale.
Doing that, we can subdivide the original triangle sixteen times yielding the following:
AbouBenAdhem@lemmy.world 4 hours ago
That makes me think of the last episode of Severance, where two characters who have lost their memory of the external world are debating whether the equator is a continent or a continent-sized building.
Lojcs@lemm.ee 17 hours ago
Designated park space
CarbonatedPastaSauce@lemmy.world 17 hours ago
My high ass was like ‘wait they put tile on aircraft?’ and after accepting that I just assumed it messed with airflow or the Bernoulli effect.
Then I was like, ‘Oh’.
possiblylinux127@lemmy.zip 17 hours ago
They line up in zig zag patterns
AbouBenAdhem@lemmy.world 17 hours ago
Only if you distort them.
manxu@piefed.social 12 hours ago
Technically it's only regular pentagons that don't tile the plane.
I know everything about planes because I am shorter than my brothers. When we were young, they called me Tattoo and if I pointed at something with my finger, they screamed in unison, "Da plane! Da plane!"