Re: [perl #41237] [TODO] PMC Class name IDs will require a dot in front

2007-01-15 Thread Klaas-Jan Stol
Matt Diephouse wrote: Allison Randal via RT [EMAIL PROTECTED] wrote: PMC Class name IDs ... will require a dot in front My preference is to eliminate the dot in classname IDs. Lodge your objections now, before it's made fact in 0.4.9. Allison I actually prefer the dot. I don't like the

Parrot Bug Summary

2007-01-15 Thread Parrot Bug Summary
Parrot Bug Summary http://rt.perl.org/rt3/NoAuth/parrot/Overview.html Generated at Mon Jan 15 14:00:04 2007 GMT --- * Numbers * New Issues * Overview of Open Issues * Ticket Status By Version * Requestors with

Re: [perl #41237] [TODO] PMC Class name IDs will require a dot in front

2007-01-15 Thread Patrick R. Michaud
On Sun, Jan 14, 2007 at 11:58:10PM -0500, Matt Diephouse wrote: Allison Randal via RT [EMAIL PROTECTED] wrote: PMC Class name IDs ... will require a dot in front My preference is to eliminate the dot in classname IDs. Lodge your objections now, before it's made fact in 0.4.9. Allison

[perl #41269] [PATCH] fix some failed test in Ft/compilers/tge/grammar.t

2007-01-15 Thread Patrick R. Michaud via RT
On Sun Jan 14 00:09:35 2007, [EMAIL PROTECTED] wrote: Attached patch fix some failed tests in Ft/compilers/tge/grammar.t when run Cmake fulltest: [...] Could you verify that the bug exists in the latest revision? I'm not seeing the error when I run the tge tests (and I think this

Re: Numeric Semantics

2007-01-15 Thread TSa
HaloO, Mark J. Reed wrote: I believe mod should be defined in the conventional way: x mod y = x - floor(x/y) * y, which does yield 0.8 for 3.2 mod 2.4. However, for 3.2 mod - 2.4 it yields -1.6. To get 0.8 you would have to round toward zero instead of taking the floor, and that complicates

Re: Numeric Semantics

2007-01-15 Thread TSa
HaloO, I wrote: I cannot give an algorithm how to calculate the remainder. Even less do I know how to generalize it to full Complex. Since one wants the absolute value of the remainder less than the absolute value of the divisor the float result is *rounded* in the real and imaginary

Re: Numeric Semantics

2007-01-15 Thread Smylers
TSa writes: Looks like we need a host of division function pairs: fdiv fmodflooring division ediv emodeuclidean division rdiv rmodrounding division tdiv tmodtruncating division cdiv cmodceiling division That depends on exactly what you mean by we and need.