Hi Mitar,
> I have made this function to generate a random graph for
> Data.Graph.Inductive library:
>
> generateGraph :: Int -> IO (Gr String Double)
> generateGraph graphSize = do
> when (graphSize < 1) $ throwIO $ AssertionFailed $ "Graph size out
> of bounds " ++ show graphSize
> let ns =
Hi!
On Mon, Apr 11, 2011 at 7:36 AM, Steffen Schuldenzucker
wrote:
> So when using randomRs, the state of the global random number generator is
> not updated, but it is used again in the next iteration of the toplevel forM
> [1..graphSize] loop.
I thought it would be interleaved.
Thanks.
Mita
On Mon, 11 Apr 2011, Mitar wrote:
generateGraph :: Int -> IO (Gr String Double)
generateGraph graphSize = do
when (graphSize < 1) $ throwIO $ AssertionFailed $ "Graph size out of bounds "
++ show graphSize
let ns = map (\n -> (n, show n)) [1..graphSize]
es <- fmap concat $ forM [1..graphSiz
Hello.
I don't know if that is the reason for the strange behaviour, but
On 04/11/2011 03:03 AM, Mitar wrote:
I have made this function to generate a random graph for
Data.Graph.Inductive library:
generateGraph :: Int -> IO (Gr String Double)
generateGraph graphSize = do
when (graphSize<
Hi!
I have made this function to generate a random graph for
Data.Graph.Inductive library:
generateGraph :: Int -> IO (Gr String Double)
generateGraph graphSize = do
when (graphSize < 1) $ throwIO $ AssertionFailed $ "Graph size out
of bounds " ++ show graphSize
let ns = map (\n -> (n, show n
