shithub: sox

--- a/sox.1

+++ b/sox.1

@@ -384,8 +384,10 @@

 is actually an audio device.

.TP

 \fB\-X\fR, \fB\-\-reverse\-bits\fR

-Specified that the bit ordering should be reversed; available for use

-with few formats.

+Specifies that the bit ordering should be reversed; currently only used

+with the

+.B cvsd

+format.

.TP

 \fB\-s\fR\^/\fB\-u\fR\^/\fB\-U\fR\^/\fB\-A\fR\^/\fB\-a\fR\^/\fB\-i\fR\^/\fB\-g\fR\^/\fB\-f\fR

 The audio data encoding is signed linear (2's complement),

@@ -508,14 +510,14 @@

 The AVR format is produced by a number of commercial packages

 on the Mac.

.TP

-.B .cdr

-CD-R.  CD-R files are used in mastering music on Compact Disks.

-The audio data on a CD-R disk is a raw audio file

-with a format of stereo 16-bit signed samples at a 44.1kHz sample

-rate.  There is a special blocking/padding oddity at the end

-of the audio file, which is why it needs its own handler.

+\&\fB.cdda\fR, \fB.cdr\fR

+`Red Book' Compact Disc Digital Audio.

+CDDA has two audio channels formatted as 16-bit

+signed integers at a sample rate of 44.1kHz.  The number of (stereo)

+samples in each CDDA track is always a multiple of 588 which is why it

+needs its own handler.

.TP

-.B .cvs

+\&\fB.cvsd\fR, \fB.cvs\fR

 Continuously Variable Slope Delta modulation.

 Used to compress speech audio for applications such as voice mail.

 This format can use the

@@ -551,8 +553,8 @@

 below for information relating to support for Ogg

 Vorbis files.]

.SP

-SoX has rudimentary support for writing FLAC files: it can encode to

-native FLAC using compression levels 0 to 8. 8 is the default

+SoX has basic support for writing FLAC files: it can encode to

+native FLAC using compression levels 0 to 8.  8 is the default

 compression level and gives the best (but slowest) compression;

 0 gives the least (but fastest) compression.  The compression

 level can be selected using the

--- a/src/cdr.c

+++ b/src/cdr.c

@@ -147,6 +147,7 @@

 static const char *cdrnames[] = {

+  "cdda",

   "cdr",

   NULL

};