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2026-10-04 04:07:15 +00:00

27 lines
1.0 KiB
Groff

--- sox.1.orig 2021-05-09 20:19:07 UTC
+++ sox.1
@@ -3531,8 +3531,7 @@ The average of the absolute value of each sample in th
T}
Mean amplitude \(S1/\s-2n\s+2\^\(*S\^\fIx\s-2\dk\u\s0\fR T{
The average of each sample in the audio. If this figure is non-zero, then it indicates the
-presence of a D.C. offset (which could be removed using the
-.B dcshift
+presence of a D.C. offset (which could be removed using the \fBdcshift\fR
effect).
T}
RMS amplitude \(sr(\(S1/\s-2n\s+2\^\(*S\^\fIx\s-2\dk\u\s0\fR\(S2) T{
@@ -3545,11 +3544,9 @@ Mean delta \(S1/\s-2n\-1\s+2\^\(*S\^\^\(br\^\fIx\s-2\d
RMS delta \(sr(\(S1/\s-2n\-1\s+2\^\(*S\^(\fIx\s-2\dk\u\s0\fR\^\-\^\fIx\s-2\dk\-1\u\s0\fR)\(S2)
Rough frequency \ In Hz.
Volume Adjustment \ T{
-The parameter to the
-.B vol
+The parameter to the \fBvol\fR
effect which would make the audio as loud as possible without clipping.
-Note: See the discussion on
-.B Clipping
+Note: See the discussion on \fBClipping\fR
above for reasons why it is rarely a good idea actually to do this.
T}
.TE