On Sun, Jul 16, 2006 at 12:49:27PM +0100, Ron Blaschke wrote:
> On Win32 the implementation is simple because the IEEE recommended
> functions _finite and _isnan are supported. I'm thinking about adding a
> test for these functions and use them. But what should happen if they
> are not there?
n
On Wed, Jul 26, 2006 at 01:21:11PM -0700, Bill Coffman wrote:
> That being said, you can optimize by looking at the bits. Wikipedia
> explains IEEE-754 http://en.wikipedia.org/wiki/IEEE_754
> First, you have to be aware if the machine is big or little-endian, second,
Beware. It's legal for the e
Bill Coffman wrote:
> There is no platform independent way to produce "NaN" or "Inf", so IMHO,
> you
> did it the only way it can be done.
>
> That being said, you can optimize by looking at the bits. Wikipedia
> explains IEEE-754 http://en.wikipedia.org/wiki/IEEE_754
Many thanks for your though
On 7/26/06, Ron Blaschke <[EMAIL PROTECTED]> wrote:
I'm looking into this issue and would like to ask for some advice.
I have added the following platform dependent functions.
int Parrot_math_isnan(double)
int Parrot_math_finite(double)
On Win32 the implementation is simple because the IEEE re
I'm looking into this issue and would like to ask for some advice.
I have added the following platform dependent functions.
int Parrot_math_isnan(double)
int Parrot_math_finite(double)
On Win32 the implementation is simple because the IEEE recommended
functions _finite and _isnan are supported.
I'm looking into this issue and would like to ask for some advice.
I have added the following platform dependent functions.
int Parrot_math_isnan(double)
int Parrot_math_finite(double)
On Win32 the implementation is simple because the IEEE recommended
functions _finite and _isnan are supported.
# New Ticket Created by Ron Blaschke
# Please include the string: [perl #38887]
# in the subject line of all future correspondence about this issue.
# https://rt.perl.org/rt3/Ticket/Display.html?id=38887 >
.sub main
# produce INFINITY (is there a constant for that?)
set N0, 0.0
ln
