Oh, python has a nice solution in this problem space - NumPy. But again, this only works in some cases. Unfortunately, the model fails performance-wise once you

Oh, python has a nice solution in this problem space - NumPy. But again, this only works in some cases. Unfortunately, the model fails performance-wise once you use non native type - think array of arbitrary precision floats. Haskell being much more powerful and expressive, I would expect it to be able to express those concepts in a more elegant manner, but I could be wrong (I know next to nothing about haskell).