Cram into 80 columns by 24 rows.

1 files changed, 20 insertions, 33 deletions

diff --git a/audio/mp3encode/pkg-descr b/audio/mp3encode/pkg-descr
index 40ee034..d4accf7 100644
--- a/audio/mp3encode/pkg-descr
+++ b/audio/mp3encode/pkg-descr
@@ -1,37 +1,24 @@
-INTRODUCTION
-============
-mp3encode is a package for encoding MPEG layer I, II and III audio
-files. This is the reference implementation so don't expect
-spectacular performance.
-
-Driving encode is pretty simple although it may take some practice to
-work out an optimal compression rate. AIFF files are the only type of
-files that seem to work with this version so you may need to install a
-port like "sox" to convert your file types. I use the "nas" port to
-record and edit all of my audio files but so long as you have a valid
-AIFF file it shouldn't matter what you use.
-
-Although the source code includes a decoder I have decided not to port
-it because we already have a couple of top class mpeg decoders in the 
-ports collection.
-
-HINTS & TIPS 
-============ 
-Physcoacoustic model 2 is the only supported model in layer III
-encoding.  A bit-rate of 128Kbps is adequate for most forms of music but
-you may need to turn down the compression to 160Kbps if the music is
+	The mp3encode package encodes MPEG layer I, II and III audio files.
+This is the reference implementation so don't expect spectacular performance.
+	Driving encode is pretty simple although it may take some practice to
+work out an optimal compression rate. AIFF files are the only type of files that
+seem to work with this version so you may need to install a port like "sox" to
+convert your file types. I use the "nas" port to record and edit all of my audio
+files but so long as you have a valid AIFF file it shouldn't matter what you
+use.
+	Although the source code includes a decoder I have decided not to port
+it because we already have a couple of top class MPEG decoders in the ports
+collection.
+	Psychoacoustic model 2 is the only supported model in layer III
+encoding.  A bit-rate of 128 kilobits/s is adequate for most forms of music but
+you may need to turn down the compression to 160 kilobits/s if the music is
 particularly atmospheric.
-
-Vocal spoken recordings are best encoded using a 32Kbps bit-rate with
-layer II (layer III makes you sound like a Dalek under digital water)
-with a 32kHz sample rate in mono. Using this method I have managed to
-get about 5 minutes of AM Radio quality audio into around 1 MB.
-
-MISC
-====
-If anyone finds any bugs in this software please let me know and
-include patches to fix them.
+	Vocal spoken recordings are best encoded using a 32 kilobits/s bit-rate
+with layer II (layer III makes you sound like a Dalek under digital water) with
+a 32 kHz sample rate in mono. Using this method I have managed to get about 5
+minutes of AM radio quality audio into around 1 MB.
+	If anyone finds any bugs in this software please let me know and include
+patches to fix them.
 
 Share and enjoy,
-
 Joel...