> "JH" == Jeremy Howard <[EMAIL PROTECTED]> writes:
JH> Uri Guttman wrote:
>> > "BS" == Benjamin Stuhl <[EMAIL PROTECTED]> writes:
>>
>> >> Can anyone think of things I've forgotten? It's been a while since
>> >> I've done numeric work.
>>
BS> ln, asinh, acosh, atanh2?
>
> "BS" == Benjamin Stuhl <[EMAIL PROTECTED]> writes:
>> Can anyone think of things I've forgotten? It's been a while since
>> I've done numeric work.
BS> ln, asinh, acosh, atanh2?
dan mentioned log (base anything) but i don't recall ln. and definitely
the arc hyberbolics are in after
--- Dan Sugalski <[EMAIL PROTECTED]> wrote:
> Okay, I'm whipping together the "fancy math" section of
> the interpreter
> assembly language. I've got:
>
> sin, cos, tan : Plain ones
> asin, acos, atan : arc-whatevers
> shinh, cosh, tanh : Hyperbolic whatevers
> log2, log10, log
On Saturday 08 September 2001 04:14 pm, Brian Wheeler wrote:
> While not math, per se, there are bitops (and, or, not, xor, eqv) and
> shifts (though they can be simulated by "mul tx,ty,(2^bits)" and "div
> tx,ty,(2^bits)")
There will be bitops.
>
> I doubt rolls would be useful :)
Vuja de.
>
On Sat, 2001-09-08 at 11:00, Dan Sugalski wrote:
> Okay, I'm whipping together the "fancy math" section of the interpreter
> assembly language. I've got:
>
> sin, cos, tan : Plain ones
> asin, acos, atan : arc-whatevers
> shinh, cosh, tanh : Hyperbolic whatevers
> log2, log10, l
On Sat, Sep 08, 2001 at 02:55:36PM -0400, Uri Guttman wrote:
> zap is an ibm 360/370/390 assembler op code and i bet they
> trademarked/patented/whatevered its name. :)
>
> Zero and Add Packed.
>
> gawd, i can't believe i remembered that. i don't recall exactly what it
> does but i think it was
> "MGS" == Michael G Schwern <[EMAIL PROTECTED]> writes:
MGS> On Sat, Sep 08, 2001 at 12:00:24PM -0400, Dan Sugalski wrote:
>> pow: Raise x to the y power
MGS> You forgot biff, zap and womp!
zap is an ibm 360/370/390 assembler op code and i bet they
trademarked
> "DS" == Dan Sugalski <[EMAIL PROTECTED]> writes:
>> 1/x is often handy, although maybe not enough to justify its own opcode.
>> (It is often used in other calculations, however, so perhaps one opcode
>> would be better than 3.)
>>
>> sqrt has traditionally been provided in langua
On Sat, Sep 08, 2001 at 12:00:24PM -0400, Dan Sugalski wrote:
> pow : Raise x to the y power
You forgot biff, zap and womp!
--
Michael G. Schwern <[EMAIL PROTECTED]>http://www.pobox.com/~schwern/
Perl6 Quality Assurance <[EMAIL PROTECTED]> Kwalitee Is Job One
At 01:38 PM 9/8/2001 -0400, Bryan C. Warnock wrote:
>On Saturday 08 September 2001 12:00 pm, Dan Sugalski wrote:
> > Okay, I'm whipping together the "fancy math" section of the interpreter
> > assembly language. I've got:
> >
> > sin, cos, tan : Plain ones
> > asin, acos, atan : arc-w
On Saturday 08 September 2001 12:00 pm, Dan Sugalski wrote:
> Okay, I'm whipping together the "fancy math" section of the interpreter
> assembly language. I've got:
>
> sin, cos, tan : Plain ones
> asin, acos, atan : arc-whatevers
> shinh, cosh, tanh : Hyperbolic whatevers
> log2,
At 12:29 PM 9/8/2001 -0400, Buddha Buck wrote:
>Dan Sugalski <[EMAIL PROTECTED]> writes:
>
> > Okay, I'm whipping together the "fancy math" section of the interpreter
> > assembly language. I've got:
>
>
>
> > Can anyone think of things I've forgotten? It's been a while since I've
> > done numeric
At 12:12 PM 9/8/2001 -0400, Uri Guttman wrote:
> > "DS" == Dan Sugalski <[EMAIL PROTECTED]> writes:
> DS> Can anyone think of things I've forgotten? It's been a while since
> I've
> DS> done numeric work.
>
>i am not being picky, but there is secant, and arc hyperbolics too. you
>can deri
Dan Sugalski <[EMAIL PROTECTED]> writes:
> Okay, I'm whipping together the "fancy math" section of the interpreter
> assembly language. I've got:
> Can anyone think of things I've forgotten? It's been a while since I've
> done numeric work.
Uri mentioned exp(x) = e^x, but I think if you are
> "DS" == Dan Sugalski <[EMAIL PROTECTED]> writes:
DS> Okay, I'm whipping together the "fancy math" section of the interpreter
DS> assembly language. I've got:
DS> sin, cos, tan : Plain ones
DS> asin, acos, atan : arc-whatevers
DS> shinh, cosh, tanh : Hyperbolic whate
Okay, I'm whipping together the "fancy math" section of the interpreter
assembly language. I've got:
sin, cos, tan : Plain ones
asin, acos, atan: arc-whatevers
shinh, cosh, tanh : Hyperbolic whatevers
log2, log10, log: Base 2, base 10, and explicit base logarithms
"Bryan C. Warnock" <[EMAIL PROTECTED]> wrote:
> On Thursday 06 September 2001 08:53 am, Dave Mitchell wrote:
> > But surely %MY:: allows you to access/manipulate variables that are in
> > scope, not just variables are defined in the current scope, ie
> >
> > my $x = 100;
> > {
> > print $MY::{
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