Yes, the problem may be special code.
I think I can see how to edit the fsoj now.
Thanks, Raul
On Sat, Jul 28, 2018 at 7:01 PM, Raul Miller wrote:
> I do not think that this is 64 bit representation issue:
>
>2^.15^22
> 85.9516
>15(cs&|@^)22 5 3 20 15 18
> 6 10 11 24 14 9
>cs|15(^)22
L:, especially the dyad, is so complicated already that it's not worth
changing if complex arguments are needed.
It would be pretty simple to look through your code for for L:_,
wouldn't it? Do you have more than one occurrence? Could you replace
the level with a positive constant or a negat
I have, at least, produced code which includes L:_1 in a context in which
it is not equivalent to &.>.
Have you considered to get what you want without potentially breaking
existing code (e.g., giving meaning to imaginary whole numbers for the
right argument of L:)?
(It seems that you wrote L" in
I do not think that this is 64 bit representation issue:
2^.15^22
85.9516
15(cs&|@^)22 5 3 20 15 18
6 10 11 24 14 9
cs|15(^)22 5 3 20 15 18
0 10 11 0 0 0
I think it's a special code issue. I think the (cs&|@^) expression
gets handled by special code.
Thanks,
--
Raul
On Sat, Jul 28, 20
Oops. I forgot to mention that I am working on fsoj 39.
On Sat, Jul 28, 2018 at 3:59 PM, Brian Schott
wrote:
> Chris, (et al),
>
> Referring to your recommendation regarding issue #1, I am having some
> difficulty.
> Norman claims that the reason the following computation results in 0's is
> tha
Chris, (et al),
Referring to your recommendation regarding issue #1, I am having some
difficulty.
Norman claims that the reason the following computation results in 0's is
that numbers like 15^22 are too big for the computer to represent. But
15^22 can be represented with a 64bit computer, at leas
For 1), please use 2 large primes as suggested to fix this for J64. I think
any pair should do for this article.
For 2) whether you use f"0 or f&> on a list of numbers is a matter of
taste, as also whether you include the "0 or &> in the definition or use it
when it is called. I would leave the st
