Suggestions

[ACuriousGrey]

6 days a year actually round up well too, you could technically consider 1 OOC day as 2 months for people who love to keep track of time passage.

Honestly this suggestion is perhaps the best one because my OCD demands it. The consistency of 2 months per one OOC day just feels right.

[Temperance]

well considering the incurvate structure of gravitational time dilation as it relates to this particular isometric pixelscape, imagine if you would, a euclidian plane wherein time is equal to an isometric postulate gathered within a unit vector field at the intersection of segment pr and point f with regards to, obviously, the holomorphic sectional curvature of the overlaying kahler manifold's hypersurface. this in tandem with the assumed geodesic sphere radius and its structure torsion function, allows us to interpret the parabolic arc length which should, ideally, be congruent to the orthagonal vector of the ambient space.

this formula should make it a little easier to understand.




basically, mathematically, the ideal time for one year to pass is actually 4.563 days.

[Lammy]

put the thesarus down

[Nectarine Sunset]

get out of here nerd
we don't play this game for math (the subject)
we play it to kill each other

[Allegory]

lower energy costs on certain foods, why am i spending 200 energy on a riceball

[Moloch]

well considering the incurvate structure of gravitational time dilation as it relates to this particular isometric pixelscape, imagine if you would, a euclidian plane wherein time is equal to an isometric postulate gathered within a unit vector field at the intersection of segment pr and point f with regards to, obviously, the holomorphic sectional curvature of the overlaying kahler manifold's hypersurface. this in tandem with the assumed geodesic sphere radius and its structure torsion function, allows us to interpret the parabolic arc length which should, ideally, be congruent to the orthagonal vector of the ambient space.

this formula should make it a little easier to understand.




basically, mathematically, the ideal time for one year to pass is actually 4.563 days.

[Dandeli]

well considering the incurvate structure of gravitational time dilation as it relates to this particular isometric pixelscape, imagine if you would, a euclidian plane wherein time is equal to an isometric postulate gathered within a unit vector field at the intersection of segment pr and point f with regards to, obviously, the holomorphic sectional curvature of the overlaying kahler manifold's hypersurface. this in tandem with the assumed geodesic sphere radius and its structure torsion function, allows us to interpret the parabolic arc length which should, ideally, be congruent to the orthagonal vector of the ambient space.

this formula should make it a little easier to understand.




basically, mathematically, the ideal time for one year to pass is actually 4.563 days.

this is so real i thinkk i agree with thise one (pretends i read it and understood)

[Raihex]

elementary really

[Didos]

i hate math

[Shelpies]

lower energy costs on certain foods, why am i spending 200 energy on a riceball

This, please make sugar take less than 200 energy to make.
And other food components please.