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•
In the second box, we double the
Playout Rate
, effectively increasing it to 2
X
. Consequently the size
of one rotation will be halved, making it equivalent to ½
r
.
When choosing a suitable
Playout Rate
, be aware that this also includes
present/following
–
Actual and Other.
If the
Playout Rate
is too low, present/following actual will be given priority over
present/following other; schedule will be inserted if/where there is room.
Figure 11.10- Setting a Playout Limit
Figure 11.10
illustrates the amount of schedule information sent in one rotation if the Playout Limit is
modified.
•
In the first box, suppose the
Playout Limit
is
L
.
•
In the second box, we reduce the
Playout Limit
to ½
L
. This reduces the amount of schedule
information being output. Consequently the size of one rotation will be halved as well, making it
equivalent to ½
r
.
Figure
11.11 -
Setting
a
Priority
To improve the time it takes for schedule information to load, you can assign a
Priority
value for the next
12 hours of data. Suppose you choose
4x
, then the 12 hours of data will be repeated four times in one
rotation. Consequently, this will increase the size of your rotation.
11.3.2
EIT
S
OURCE
S
ETUP
Once the output transport stream is setup, the information will be displayed in the
EPG
node.
1 Rotation
1 Rotation
Playout Limit =
L
Playout Limit = ½
L
4x
1 Rotation