really neat - could do well in JS with WebGL
This is simple and very impressive. I use finite differences methods frequently, because its efficiency in functional programming. For single-variables, this is easily better in all situations.
If you don't know the symbolic representation of a function, then you can still compute the numerical derivative. Additionally, evaluating the the function at a point is much more efficient than parsing the terms (which…
Fascinating science!
You know, I agree that I shouldn't care. That was a momentary sentiment. Either way, I use vim, and, as a result, I have to listen to pro-and-con debates unwillingly... all the time. At the time, this was an example. In…
-_- seriously how much can we talk about vim and emacs
yo why is anyone reading this kind of shit
really neat - could do well in JS with WebGL
This is simple and very impressive. I use finite differences methods frequently, because its efficiency in functional programming. For single-variables, this is easily better in all situations.
If you don't know the symbolic representation of a function, then you can still compute the numerical derivative. Additionally, evaluating the the function at a point is much more efficient than parsing the terms (which…
Fascinating science!
You know, I agree that I shouldn't care. That was a momentary sentiment. Either way, I use vim, and, as a result, I have to listen to pro-and-con debates unwillingly... all the time. At the time, this was an example. In…
-_- seriously how much can we talk about vim and emacs
yo why is anyone reading this kind of shit