| kmeyer | lol |
| context | apeiros_: i hate the gunmetal look |
| apeiros_ | well, I just wonder how you got to think of it as *gun* metal at least my gun looks not even close like that |
| context | apeiros_: thats what its called .. gun metal thats what apple calls it, thats what /everyone/ calls it |
| apeiros_ | context, um, not really brushed metal |
| context | oh same difference the non-BRUSHED metal looks better still |
| erikh | that's what context calls it |
| action | erikh gathered that from this conversation |
| erikh | gathered that from this conversation |
| action | LoganCapaldo waits for the burshed aqua theme |
| LoganCapaldo | waits for the burshed aqua theme |
| erikh | I got something called 'iridium' a while back that just cleaned the whole thing up |
| context | burshed ? |
| erikh | LoganCapaldo: isn't that basically the iTunes theme? |
| LoganCapaldo | No I call the iTunes theme gray plastic |
| xevox | what i need to use to get the result for some factorial about 1960 + ................ |
| context | blah anything is better than brushed metal |
| LoganCapaldo | xevox: are you asking how to compute the factorial of 1960? |
| xevox | mmm i can get that result but i can't get the result for some number most big haha >-< sorry my english _:P more big |
| LoganCapaldo | How much more big? |
| xevox | m i don't know mmm 5000 ? |
| LoganCapaldo | xevox: you're not using the recursive definition are you? |
| binary42 | A simple trampoline would fix that. |
| xevox | trampoline? |
| LoganCapaldo | r = 1; n = 5000; 1.upto(n) { |i| r *= i }; r works for me |
| xevox | wait :) |
| LoganCapaldo | Because 5000 odd stack frames are no fun |
| binary42 | http://en.wikipedia.org/wiki/Trampoline_%28computers%29 <- A few ideas of what trampoline could be. |
| xevox | i'm traying to do a subnetting script ipv6 based |
| binary42 | But accumulation is simple enough in a case like factorial that a loop does fine. |
| xevox | then i need handle mig numbers so big |