fuyooo.. makanan orang melaka memang sedap



semoga berjaya dalam pelajaran akcatzstudio

mass communication ??

budak masscom la ni ye ??

bawah fakulti ni kan ??

mesti pandai betul melukis ni..

i was science com student

but mass comm students really bring happiness to the whole campus..
science com n mass com combo is among the best n always come out with LOL during presentation

usually u using what software to do the final product of a video ?? sony vegas r else ??

oh i see, adobe premiere software

becoz i am former science computer students, i explain abit why apple thinking is really different

Apple really think different, usually intel or amd cpu use little endian technique, but apple computers use big endian technique.
A big-endian machine stores the most significant byte first, and a little-endian machine stores the least significant byte first.

Each byte-order system has its advantages. Little-endian machines let you read the lowest-byte first, without reading the others. You can check whether a number is odd or even (last bit is 0) very easily, which is cool if you're into that kind of thing. Big-endian systems store data in memory the same way we humans think about data (left-to-right), which makes low-level debugging easier.

Big-Endian Pros

1) Reading the arithmetic sign bit of the wrong word size, integer size or floating point number size will always yield a correct value.
2) Most network header codes and bitmapped graphics (displays and memory arrangements) are mapped with a "MSB on the left" scheme which means that shifts and stores of graphical elements larger than a byte are handled naturally by the architecture. This is a major performance disadvantage for little-endian machines since you have to keep reversing the byte order when working with large graphical elements.
3) When decoding variable length bit codes (compressed data) such as Huffman and LZW, you can use the code word as an index into a lookup table if it's encoded MSB to LSB (big-endian); The same goes for encoding since the shifted bits would then have to be mirrored to generate such codes on a little-endian machine.
4) Easier to read hex dumps.

MSB = Most Significant Bit
LSB = Least Significant Bit

Big-Endian Cons
1) Reading a value of the wrong word size will result in an incorrect value; when done on little-endian architecture, it can sometimes yield a correct result.
2) Most big-endian architectures (non-Intel) do not allow words to be written on non-word address boundaries (odd addresses). Intel allows odd address reads and writes (they get broken into 2 separate operations) which makes it easier for programmers, but more difficult for hardware designers.

...
because of this apple computer usually are specially made for graphical elements

This post has been edited by hack3line: Jun 2 2012, 06:29 PM

wahai thexs yang amat disayangi semua orang bebenang SNSD ini,
cepat pergi sediakan template SNSD V34 sebelum mod meradang buang bebenang ni.

thexs, saya rasa baik awak tidur sekarang.. awak kat subang kan.. esok ada acara besar-besaran kat subang, jet pejuang TUDM nak mengamuk kat atas Subang tu.. takut tak dapat tidur je karang.. dah la rumah kat subang.

10 pagi acara akan mula kat TUDM Subang.. habis thexs mesti tak boleh tidur dah lepas ni

sunny snsd is better la ~ jessica snsd said so

thexs sleep.......

#2470 ?? Yoona SNSD

Kim Tae Yeon posing..

what da cameraman thinking about Jessica SNSD ??


it is this !!


edit version of Jessica SNSD with music