SOOTBONNIE 🕯️🛎
@sootbonnie.bsky.social
BONNIE - illustrator, music producer, graphic designer [ #art #music ]
✦: our existence at the crossroads of liminality :✦
🔞 MINORS DNI — blood + spooks ahead
📍 SoCal | 🇰🇭🏳️🌈 agender | 🔗 linktr.ee/sootbonnie
✦: our existence at the crossroads of liminality :✦
🔞 MINORS DNI — blood + spooks ahead
📍 SoCal | 🇰🇭🏳️🌈 agender | 🔗 linktr.ee/sootbonnie
fine. whatever. my worldbuilding's magicians get some easy math shortcuts. 😒
the catalyst for all this was, firing a parabolic magic missile over a "barricade" while being mindful of a literal ceiling above the area. so identifying how far your magic missile can go with all these limitations
the catalyst for all this was, firing a parabolic magic missile over a "barricade" while being mindful of a literal ceiling above the area. so identifying how far your magic missile can go with all these limitations
November 26, 2025 at 8:40 AM
fine. whatever. my worldbuilding's magicians get some easy math shortcuts. 😒
the catalyst for all this was, firing a parabolic magic missile over a "barricade" while being mindful of a literal ceiling above the area. so identifying how far your magic missile can go with all these limitations
the catalyst for all this was, firing a parabolic magic missile over a "barricade" while being mindful of a literal ceiling above the area. so identifying how far your magic missile can go with all these limitations
i. think. the x = 4y_m thing is related the latus rectum and focal length of the parabola 😶
so the points on the parabola where the derivative is ±1 are the end points of the latus rectum... ... ... ...
so the points on the parabola where the derivative is ±1 are the end points of the latus rectum... ... ... ...
![Screenshot of an in-line math text editor with two proofs — 1) a proof that derives the equation of a parabolic projectile for y(x), i.e. the actual path the projectile travels in the x-y plane by combining the kinematics equations for x(t) and y(t); 2) a proof that shows that the point where the derivative of a [normally-oriented] parabola y'(t) = 1 is the point whose t-coordinate is 1/2a away from the parabola's extremum's t-coordinate, where 1/2a is the general value of a parabola's semi-latus rectum.](https://cdn.bsky.app/img/feed_thumbnail/plain/did:plc:elxpgcnuh7pcr6nl3myoxohi/bafkreihzcsjkasvunha4gyzu3yjhrj7men3hwabovduw64wcn7utlptioy@jpeg)
November 26, 2025 at 8:30 AM
i. think. the x = 4y_m thing is related the latus rectum and focal length of the parabola 😶
so the points on the parabola where the derivative is ±1 are the end points of the latus rectum... ... ... ...
so the points on the parabola where the derivative is ±1 are the end points of the latus rectum... ... ... ...
the reason i deep-dive into math is because i think about the Joules that are needed for magick. and then the numerical limitations of a spell. and then how the energy is used as kinetic energy for firing a magic missile. and then the max speed to power ratio of the spell. and so forth. 😐
November 26, 2025 at 4:10 AM
the reason i deep-dive into math is because i think about the Joules that are needed for magick. and then the numerical limitations of a spell. and then how the energy is used as kinetic energy for firing a magic missile. and then the max speed to power ratio of the spell. and so forth. 😐
OKAY i got the proper eqn for the farthest x displacement of a parabolic magic missile, shot at 45deg, with a height limit on the parabola LOL
AND THEN JUST REALIZED THERE WAS A PROOF FOR THIS ALSO ON WIKIPEDIA SLKJDGLS
AND THEN JUST REALIZED THERE WAS A PROOF FOR THIS ALSO ON WIKIPEDIA SLKJDGLS
November 26, 2025 at 3:37 AM
OKAY i got the proper eqn for the farthest x displacement of a parabolic magic missile, shot at 45deg, with a height limit on the parabola LOL
AND THEN JUST REALIZED THERE WAS A PROOF FOR THIS ALSO ON WIKIPEDIA SLKJDGLS
AND THEN JUST REALIZED THERE WAS A PROOF FOR THIS ALSO ON WIKIPEDIA SLKJDGLS
ftr this is all already available on like. every physics site + on Wikipedia's article re: projectile motion HAHA
it's good to verify if we did our math correctly though
it's good to verify if we did our math correctly though
November 26, 2025 at 2:50 AM
ftr this is all already available on like. every physics site + on Wikipedia's article re: projectile motion HAHA
it's good to verify if we did our math correctly though
it's good to verify if we did our math correctly though
i'm neutral about the whole "humanity's collective thoughts" concept bc there are a billion stories out there that also incorporate that (including mine lmao)
November 21, 2025 at 8:03 AM
i'm neutral about the whole "humanity's collective thoughts" concept bc there are a billion stories out there that also incorporate that (including mine lmao)
Super Star on the SNES, though only bc that was the first Kirby game i played :v
November 9, 2025 at 2:16 AM
Super Star on the SNES, though only bc that was the first Kirby game i played :v
your selection of button artwork keeps on expanding, it's always awesome to see ^^
i will eat all of these
i will eat all of these
November 9, 2025 at 2:16 AM
your selection of button artwork keeps on expanding, it's always awesome to see ^^
i will eat all of these
i will eat all of these