Pretty much yeah.. Im going through the book and things like : Define a function rangeProduct which when given natural numbers m and n, returns the product m*(m+1)*....*(n-1)*n I got the solution from my lecture notes but I still dont understand it.. rangeProduct :: Int -> Int -> Int rangeProduct m n | m > n = 0 | m == n = m | otherwise = m * rangeProduct (m+1) n Totally lost! Haha.. But thanks for the book suggestion, My exam is tommorow so I'm hoping theres an online version of this book that I can read through! And maybe by some divine miracle I'll understand it :-) Martin Coxall-2 wrote:
But after that im lost :(
Is there any general advice? Just keep reading the book till it drills into my big head?
Is it that you're having difficulty knowing how you'd solve certain classes of problems using Haskell? You're stuck in an imperative rut?
The O'Reilly book "Real World Haskell" is very good for this, because as the name implies, it uses Haskell to solve actual engineering problems, rather than approach it from the theoretical angle.
Martin _______________________________________________ Haskell-Cafe mailing list Haskell-Cafe@haskell.org http://www.haskell.org/mailman/listinfo/haskell-cafe
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