
Yeah, Data.Vector.Fixed.toList worked. I had found it previously, but it
didn't work for Vec imported from Data.Fixed.Vector.Primitive (as (Double,
Double) doesn't have a Prim instance).
Then I had to switch to Data.Fixed.Vector.Unboxed, and it works now.
Also, those shingles look interesting too. Thanks everybody.
On 12 March 2015 at 12:35, Konstantine Rybnikov
Is `Data.Vector.Fixed.toList` is what you're looking for?
On Thu, Mar 12, 2015 at 1:16 AM, Sumit Sahrawat, Maths & Computing, IIT (BHU)
wrote: The fixed-vector package uses a similar technique. The only trouble I'm having is with converting Vec v (Double, Double) to [(Double, Double)] for further use. I don't want to change all the code, but only the part where the user provides me with arguments.
I'll keep looking into it. Thanks for the help.
On 12 March 2015 at 04:44, David Feuer
wrote: There are a lot of ways to do this sort of thing, and which one you choose will depend on exactly what you're trying to do. For example, you can write something vaguely like
data Nat = Z | S Nat data SL (n :: Nat) a where Nil :: SL Z Cons :: a -> SL n a -> SL (S n) a
plot :: forall (n::Nat) . (SL n Double -> Double) -> SL n (Double, Double) -> IO () On Mar 11, 2015 5:45 PM, "Sumit Sahrawat, Maths & Computing, IIT (BHU)" < sumit.sahrawat.apm13@iitbhu.ac.in> wrote:
Hi everybody,
I have a function of type
plot :: ([Double] -> Double) -- A function to plot -> [(Double, Double)] -- Range for all arguments -> IO ()
I want to enforce the fact that ranges for all arguments should be provided. Is there a way to make the type system enforce it?
-- Regards
Sumit Sahrawat
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Sumit Sahrawat
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-- Regards Sumit Sahrawat