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Formatting | Result |
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{LASTUSERMODIFIED} | Contains the last user to either scan or validate the process |
{PROCESSID} | Contains the numeric unique identifier for this particular process |
{NOW} | Contains the date and time that the notation is accessed |
{TODAY} | Contains the date that the notation is accessed |
{p_ActiveTemplate} | The Template which was lasted assigned to the document through classification |
{p_BatchID} | Contains the numeric unique identifier for this particular set of processes |
{p_FileType} | Contains the current file extension of the document that is being processed |
{p_FilePath} | Contains the path to the document in process if merged. (PDF and TIFs do not populate this property mid-process) |
{p_OriginalFileName} | Contains the original name of the file prior to it being imported into the GlobalCapture Workflow |
{p_ReleasedFilePath} | Contains the path to the released document following a Release Node |
Basic Process Field Notation
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In GlobalCapture Convey PLUS, you can extract the confidence of a given Field that has passed through the Classify Node or has been modified by a user. This will return a numeric value between 0 and 100; a higher value meaning that the capture engine is more confident in the value currently held in the Process Field.
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In a slightly more complex example of a basic S9 Notation within a MVFieldName
notation, the value extracted from the MVFieldName
MVFieldName
array will be based on the numeric value currently stored within the index
Process Field.
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With a method of extracting specific values from the MVFieldName
notation, it can become useful to check the length of the Field data to ensure that a valid extraction is taking place. Use a trailing underscore followed by by length
to access the exact number of values within the Multi-Value Field.
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Like normal Process Fields, the MVFieldName
notation also supports confidence extraction.
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You can use S9 Notation with your Table Fields to access row and column data during your Workflows. The example shows how to access a specific value from within a Table Field. (Replace TFName
with the name of your Table Field.) Note that there are two indexes used as coordinates of this data. The first index is the Field ID of the Process Field within that Table Field. This points to the column from which are you are planning on extracting data. The second index is the index of the array holding the data. In this example, the Process Field with Field ID 5
and 0
to extract data in the first row of the Table Field.
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Here is the more complex example to show what notations S9 Notations are capable of. This example attempts to extract the confidence of a particular value in the Table Field. To focus on this value, it attempts a mathematical operation within the second index of the Table Field. This operation is checking the length of the Table Field column and then subtracting a counter from it to specify the index. This index is then used to extract the confidence from that specific table cell.
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You can use addition and subtraction in S9 Notation-based operations, as seen in the following examples.
The values that are needed to do math do not need to be S9 Notations, but at least one of the values included in the string does.
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