May 25, 2019 - AMA #116

22 comments

Jan

... mathematically speaking...

Thwaitesy • 05/25/2019

In other words he can't stop thinking about her boobies.

Verp • 05/25/2019

People are complex. I love that complexity.

Rocketroo • 05/25/2019

Localized Min/Max and Saddle Points all over. So much math to keep you busy for days and days.

Panther • 05/25/2019 • edited

Twin mounds with nubbin are hard to mathematize ; isn't it , Wolf ^_^"

Shockwave07 • 05/25/2019

And somehow Wolf made it mathematically possible to render boobs...

Definitely hiring him for the graphic design team!

...And ask him to explain breast jiggling!

Fuzzy TwoShirts • 05/25/2019

Wolf, the point is that you have three dimensional objects whose topology you can manipulate by hand. If the curvature isn't pleasing you apply pressure to rectify it. It's more fun to have physical representations of those than digital ones since the texture and bouyancy cant be measured without hands in research

Ephesus • 05/25/2019

I see Wolf is awfully well-versed within the wondrous word-weaving art of alliteration. How swell, what awesome news; who would’ve wagered! ~ @Panther: it’s not the only thing that’s hard ;) ...which makes me think, how would he describe his cooties-indicator? I graduated in science (genetics) but wasn’t good at the mathematical aspect.

William Carney • 05/25/2019

He would be the only one to reduce a female trait to math.

N7: • 05/25/2019

Wolf; It depends on your point of view. With reference to 'ama-115' imagine yourself in Kiela's place

jprime • 05/25/2019

"Fourier"?

Silverwolf • 05/25/2019

Using similar mathematics, he drew the dong on the chalkboard in college.

Adam • 05/26/2019

And possibly even more unfair is the fact the its inherently true that no two slopes are ever the same. The equilibrium of female mounds is tarnished by the fact that one side develops differently from the other, resulting in double the amount of mathematical necessities to represent each mound respectably. :P

Noone of consequence • 05/26/2019

@jprime: Fourier was a very influential mathematician. Typically one has a given function given in a form "what is the value at given points" so for example f(x)=1/(1+x^2), but in practical problems like here you just get a collection of points like f(0)=1, f(1)=1/2, f(2)=1/5 and so on.

Fourier transform decomposes a given function into a collection of sine and cosine functions, which is very useful for estimating how the function looks like between those given points among other things.

Fast Fourier transform is a particular method of calculating the Fourier transform very widely used in computer science and by extension physical and engeneering problems.

Ephesus • 05/26/2019

@William Carney: not the only one https://pbfcomics.com/comics/the-breakthrough/ ...but definitely one of a rare breed, for obvious reasons ;3

N7: • 05/26/2019

Don't ask him to explain cootie's

CW Glenn • 05/26/2019

Just wait till he's forced to calculate the jiggle factor in.

TheJestor • 05/27/2019

He can't stop thinking math equations that equate to the shape of her boobs!! HA!!! I love it!

Dragon Furry • 05/29/2019

Or calculate the level of softness. Before, doing and after.

William Carney • 05/29/2019

Ephesus « 26 May 2019 @William Carney: not the only one https://pbfcomics.com/comics/the-breakthrough/ ...but definitely one of a rare breed, for obvious reasons ;3

I was talking here on the comic that I've read so far anyway. I've not noticed anyone here. Another thought I just had a few minutes ago is that Wolf did not take into account the motion of the body part. That would also be complex math. :)

jrh150482 • 06/02/2019

Those are nice alliterations in the last panel, Wolf.

NiebieskieFrugo • 06/02/2019

Or you can do this: https://pbs.twimg.com/media/D8DEfN3WwAoCi0K.jpg:large

Fletcher_Crane • 07/28/2020

Oh god MATLAB. One of the deciding factors in killing my interest in an engineering career. Gotta love it when a program tells you there's an error despite putting in the exact same input as the guy next to you who didn't.

Comments are closed.