code width造句

例句与造句

1. Thus the encoder can generate 2 n  " 2 codes without triggering an increase in code width.
2. Thus in the upper block there are 2 n  " 3 codes available to the decoder that won't trigger an increase in code width.
3. This sent me to Sardanaphalus'user page to find out who it was who was so unaware of the deleterious implications of hard-coding widths.
4. Sardanaphalus came to my attention when Edokter removed a hard-coded width from Theistic evolution, and had it re-inserted by Sardanaphalus, and was reverted by Edokter.
5. When processing an uncompressed GIF, a standard GIF decoder will not be prevented from writing strings to its dictionary table, but the code width must never increase since that triggers a different packing of bits to bytes.
6. It's difficult to find code width in a sentence. 用code width造句挺难的
7. Since this is the point where the encoder will increase the code width, the decoder must increase the width here as well : at the point where it generates the largest code that will fit in p bits.
8. When the table is cleared in response to a clear code, both encoder and decoder change the code width after the clear code back to the initial code width, starting with the code immediately following the clear code.
9. When the table is cleared in response to a clear code, both encoder and decoder change the code width after the clear code back to the initial code width, starting with the code immediately following the clear code.
10. Unfortunately some early implementations of the encoding algorithm increase the code width and " then " emit ? at the new width instead of the old width, so that to the decoder it looks like the width changes one code too early.
11. Of that upper block, the first two codes are already taken : 2 n for CLEAR and 2 n + 1 for STOP . The decoder must also be prevented from using the last code in the upper block, 2 n + 1  " 1, because when the decoder fills that slot, it will increase the code width.
12. It is critical that the encoder and decoder agree on which variety of LZW is being used : the size of the alphabet, the maximum table size ( and code width ), whether variable-width encoding is being used, the initial code size, whether to use the clear and stop codes ( and what values they have ).
13. For such a reduced alphabet, the full 12-bit codes yielded poor compression unless the image was large, so the idea of a "'variable-width "'code was introduced : codes typically start one bit wider than the symbols being encoded, and as each code size is used up, the code width increases by 1 bit, up to some prescribed maximum ( typically 12 bits ).
14. The core issue is that the template doesn't dynamically scales to adjust for potential infoboxes and other boxes, currently the template has a hard coded width ( actually hard coded margin on the right ) to work fine with the infobox when users use the default settings ( 220px image width ), but when using a larger, custom, size ( 250px or 300px ) the table moves down to make way for the infobox, creating huge chunks of whitespace . talk ) 22 : 59, 4 December 2010 ( UTC)