There are four (4) pieces of information that you must identify in order to extract meaningful data from the .out files.
<sequence> ,
<message ID> ,
<occurrence>, and
<item> . These, and other command line entries for studyrlt, are defined by the command line arguments:
Argument
|
Description
|
<study>
|
Study filename with extension. |
-message
|
Specify extraction from log output. |
<sequence>
|
Analysis position in the analysis sequence (Cool(1) + Flow(2) +Warp(3)). |
<message ID>
|
Message ID number or MSCD inside ' cmmesage.dat'. |
<occurrence>
|
Occurrence of the message ID in the log (#1 for first, #0 for last, #n for specific position). |
<item>
|
Specific numerical value/item from the message data block. |
-unit
|
Export unit system: SI(default), Metric or English |
So, to identify the
bulk temperature maximum value for the
packing phase from a
Cool + Fill+Pack + Warp analysis sequence, you need to know the following:
- The <sequence>, or analysis position in the sequence, which is: '2' . Cool=1, Fill+Pack=2, Warp=3.
- · The <message ID> (MSCD), which is 40410.
You would get this information from inside the cmmessage.dat file, by searching the file for
bulk temperature, maximum, and recording the message ID numbers for every instance that you find. With these numbers in hand, you would then search for these numbers inside the .out file to identify the relevant one in your study.
----
MSCD 40410 1 0 0 0 0 0 5
Bulk temperature - maximum (at %7.3f) = %11.4G
s,1,2
K,1,1
----
- The <occurrence>, which is 2, because the message appears twice in the .out file; the first time for Fill and a second time for Pack.
- The <item>, which is '1' because the temperature value represented by the SI unit (K), is the first value in the .out file. (K,1,1).