Input Settings - trillium_discovery - trillium_quality - Latest

Trillium Control Center

Product type
Software
Portfolio
Verify
Product family
Trillium
Product
Trillium > Trillium Discovery
Version
Latest
Language
English
Product name
Trillium Quality and Discovery
Title
Trillium Control Center
Copyright
2024
First publish date
2008
Last updated
2024-10-18
Published on
2024-10-18T15:02:04.502478

The Set Selection input settings enable you to customize the values that the utility uses to select records. The following table describes the input settings that are specific to the Set Selection utility.

Setting Description
Min no of rows per set, for set to be processed Numeric value that specifies that each selected set must contain at least this many rows. For example, if it is set to 2, then every set will contain 2 or more rows.
Max no of rows per set, for set to be processed Numeric value that specifies that none of the selected sets will contain more than this many rows. For example, if it is set to 10 then sets with 11 or more rows will be excluded.
Max no of sets to be processed Numeric value that limits the total number of key sets to process.
Max no of rows to process per set Specifies the maximum number of total rows to process.
Match key value at which to start processing Specifies the 8-digit numeric match key value (for example, 00000013) that indicates the set at which processing should start.
Increment sample of sets to process Numeric value that determines every nth set selected. For example, if set to 3 then every 3rd set will be selected.
Start record

Numeric value that specifies the row in the input data file at which to begin processing. Default is 1.

Sample every nth row

Numeric value that indicates an incremental sample of rows from a file for processing.

Row filter

An expression that defines conditions for filtering input rows. For more information, see Filtering Rows with Expression Builder.

Note: The aggregate Set Selection functions cannot be used for input row filters, only for input conditionals and Attribute Transformation.