Tom Pledger [EMAIL PROTECTED] wrote:
The floating point part of the GNU mp library looks difficult to
fit into Haskell's numeric classes, because the type signatures in
class Floating don't include a how-much-precision-do-you-want
parameter.
Fergus Henderson [EMAIL PROTECTED] writes:
How
On Tue, 25 Mar 2003, Tom Pledger wrote:
I don't know whether arbitrary precision reals have been done in
Haskell, but here's one of the issues...
There is a Haskell implementation of exact real arithmetic using Linear
Fractional Transformations, see
http://www.doc.ic.ac.uk/~ae/exact
On 25-Mar-2003, Tom Pledger [EMAIL PROTECTED] wrote:
The floating point part of the GNU mp library looks difficult to fit
into Haskell's numeric classes, because the type signatures in class
Floating don't include a how-much-precision-do-you-want parameter.
How about using a function type
precision reals have been done in
Haskell, but here's one of the issues...
The floating point part of the GNU mp library looks difficult to fit
into Haskell's numeric classes, because the type signatures in class
Floating don't include a how-much-precision-do-you-want parameter.
For example
