Muldersoft/LameXP
Muldersoft/LameXP
1
0
Fork 0
Code Releases 2 Activity

Updated F.A.Q. document and Changelog.

Browse Source
This commit is contained in:
LoRd_MuldeR 2014-05-30 18:06:16 +02:00
parent 1bb96ba6db
commit 16e40f2bf2
2 changed files with 21 additions and 11 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

3
doc/Changelog.html
View File

@ -24,7 +24,10 @@ a:visited { color: #0000EE; }
<li>Updated MediaInfo to v0.7.69 (2014-04-26), compiled with ICL 14.0 and MSVC 12.0
<li>Updated mpg123 decoder to v1.19.0 (2014-03-08), compiled with GCC 4.8.2
<li>Fixed a bug that could cause the cover artwork to be lost under certain circumstances
<li>Fixed "overwrite existing file" mode to NOT delete the input file
<li>Some more tweaks to the LAME algorithm quality selector
<li>Added command-line options to adjust the LameXP font size (see <a href="FAQ.html#c8870a0a" target="_blank">FAQ doc</a> for details)
<li>Various bugfixes and code improvements
</ul><br>
<a name="4.09"></a>Changes between v4.08 and v4.09 [2014-01-26]:<br><ul>

29
doc/FAQ.html
View File

@ -810,20 +810,27 @@ faster encoding speed at the cost of reduced sound quality (lower algorithm qual
algorithm quality does influence the encoding speed, it does NOT influence the decoding speed at all. Also<br>
note, again, that the chosen algorithm quality does NOT influence the resulting file's bitrate at all.<br>
<br>
The LAME algorithm quality is an integral value between "0" (best/slowest) and "9" (worst/fastest), but NOT<br>
all of the possible values currently have a distinct effect! More specifically, the following table applies:<br>
The LAME algorithm quality is an integral value in the '0' and '9' range, where '0' gives the best quality<br>
(slowest encoding) and '9' gives the fastest encoding speed (worst quality). Note, however, that only the CBR<br>
and ABR modes use all possible values. The (new) VBR mode has only three distinct quality levels: '0' to '4',<br>
'5' to '6' and '7' to '9'. For example, in VBR mode, all values in the '0' to '4' range are mapped to '0'.<br>
<br>
The "algorithm quality" options available in LameXP will be mapped to '7', '5', '2' and '0', respectively.<br>
Note that '0' (best quality) is only slightly better than '2' (high quality), but substantially slower!<br>
<br>
<br>
The following tables contain some details about the LAME algorithm quality modes:<br>
<br>
For CBR and ARB modes:<ul>
<li>0: Use slowest &amp; best possible version of all algorithms
<li>3: Default value, good speed, good quality
<li>7: Very fast, ok quality (psycho acoustics are used for pre-echo &amp; M/S, but NO noise shaping)
<li>9: Disables almost all algorithms including psy-model, poor quality</ul>
<li>0: Use slowest and best possible version of all algorithms (highest precision of parameters)
<li>1 to 3: Similar to 0, but with decreasing precision of parameters the further from 0
<li>5 to 6: Same as 7, but enables noise shaping and increases subblock gain
<li>7 to 9: Very fast (psycho acoustics are used for pre-echo and M/S, but *NO* noise shaping)</ul>
For (new) VBR mode only:<ul>
<li>0 to 4: Use the best algorithm (slower)
<li>5 to 9: Use the not so good algorithm (faster)</ul>
<br>
The "algorithm quality" options available in LameXP will be mapped to "0", "3", "7" and "9", respecitly. Note<br>
that option "0" (best quality) is only very slightly better than "3" (high quality), but significant slower!<br><br>
<li>0 to 4: All features of the other modes, best search when applying Huffman coding
<li>5 to 6: All features of 7, calculat/consider actual quantisation noise, enable subblock gain
<li>7 to 9: This level uses a psy-model but does *NOT* calculate quantisation noise</ul>
Note that the LAME switches "-h" and "-f" are simply aliases for mode '2' and '7', respectively!<br><br>
<br><br>