--- multiplexer/iso13818ts.1	2001/05/14 19:29:17	1.6
+++ multiplexer/iso13818ts.1	2001/07/12 10:01:39	1.7
@@ -163,6 +163,30 @@ The PAT and PMT will be generated at mor
 frequency, even if the tables did not change.
 In any case, the next tables will be generated immediately.
 .TP
+\fB\-\-trigin\fR \fItime\fR
+Set the input buffer trigger timing to \fItime\fR.
+For any input stream, that is newly opened
+(or has to be retriggered, e.g. due to intermediate emptiness),
+the buffer is triggered for promotion to the splice unit
+with a delay of \fItime\fR msec compared to the time
+of data entrance into the buffer.
+For any stream yet triggered the timing is not changed
+unless retriggering takes place.
+Not affected by this value are the other trigger conditions,
+mainly a certain buffer fullness
+and cotriggering with a corresponding stream that is triggered.
+.TP
+\fB\-\-trigout\fR \fItime\fR
+Set the output buffer trigger timing to \fItime\fR.
+As the output buffer is triggered for promotion to \fIstdout\fR,
+this is done with a delay of \fItime\fR msec compared to the time
+of data entrance into the buffer.
+The new timing is only valid if set before the first triggering
+of the output buffer,
+or if retriggering takes place, e.g. due to intermediate emptiness.
+Not affected by this value is the trigger condition
+of a certain buffer fullness.
+.TP
 \fB\-C\fR, \fB\-\-config\fR \fInum\fR
 Order output configuration of target stream with \fInum\fR=1,
 switch off with \fInum\fR=0.
@@ -222,14 +246,19 @@ the following values are calculated:
 Internal clock in msec.
 .TP
 \fIout\fR
-Number of bytes written to stdout since last statistics.
+Number of bytes written to stdout since last statistics,
+and number of write operations needed.
 .TP
 \fIbuf\fR
-Number of bytes currently in the output buffers.
+Number of bytes in the output buffers (lower and upper bound).
 .TP
 \fItime\fR
-Time in msec, for how long the current contents of the
-output buffers should suffice.
+Time in msec, for how long the contents of the
+output buffers should suffice (lower and upper bound).
+.TP
+\fIburst\fR
+Size of write burst, i.e. number of bytes prepared to
+be written in a single write operation (lower and upper bound).
 .RE
 .TP
 \fB\-\-badtiming\fR
@@ -297,7 +326,7 @@ If the program stream doesn't contain co
 the single streams may be extracted one by one. Assuming
 one video stream (0xE0) and mono audio (0xC0):
 .IP
-$ iso13818ts -fpsi 500 --ident 23 --ps x.PS 42 0xE0 --ps = 42 0xC0 > x.TS
+$ iso13818ts --fpsi 500 --ident 23 --ps x.PS 42 0xE0 --ps = 42 0xC0 > x.TS
 .PP
 To bundle two streams originating from video devices and
 send them out to a streaming device, e.g.:
@@ -352,11 +381,12 @@ To add data from a DSMCC carousel to the
 carousel generator must be started seperately. The carousel
 must generate the DSMCC data as a series of transport
 stream packets that contain private sections. The PIDs used by
-the carousel must be known (e.g. 0x10..0x1F):
+the carousel must be known (e.g. 0x10..0x1F). Supposed use of
+the DSMCC carousel data provider \fIrepeatts\fR:
 .IP
 $ mkfifo dsmcc_pipe
 .br
-$ some_dsmcc_carousel ... > dsmcc_pipe &
+$ repeatts 8000 2000 dsmcc_data.TS > dsmcc_pipe &
 .br
 $ iso13818ts -F 500 --busy --ts dsmcc_pipe --si = 0x10 0x1F > /dev/xdvb0
 .br