3 ms·
Or as I used to call them, Particularly Difficult Equations. You see, the trick to a PDE is to use the LOFL transform. The LOFL transform (Leap Of Fuggin Logic
by IIAOPSW 8y ago
Or as I used to call them, Particularly Difficult Equations.
You see, the trick to a PDE is to use the LOFL transform. The LOFL transform (Leap Of Fuggin Logic) moves your PDE into easy space. Easy space has the important property that all problems are trivial and or linear. Once you've solved you're PDE in easy space you just apply the inverse LOFL and you're done.
How do you take a LOFL transform you ask? That's left as an exercise for the reader.
- thatoneuser 8y agoBetter yet - I'll show you how to perform the LOFL. I'll show you with the most trivial example possible. It will have no applicability to any other problem you encounter and may in fact be the only problem solveable by the LOFL.
- gundmc 8y agoIntegral transformations are the "rest of the fucking owl"[1] of the STEM world. [1] - https://i.kym-cdn.com/photos/images/original/000/572/078/d6d.jpg https://i.kym-cdn.com/photos/images/original/000/572/078/d6d...
- nsporillo 8y agoInteresting that you mention this as this is a topic I learned today in Numerical Linear Algebra: Krylov subspace methods.