Dictionary of fields used in 2D-LC

In addition to the fields listed under Fields used in OpenLab CDS, the following fields are available for 2D data:

Signal

Reporting parameter	Custom Calculation parameter	Shown in Data Analysis	Description
Signal_CustomFields: 2DLC_CutNumber	n/a	Sampling Table - Cut # or Peak Table ²D - Cut #	Contains the cut # of a ²D peak (for cut signals)
Signal_Tags	n/a	n/a	Additional information on the type of 2D signal ("2DLC_CutSignal" or "2DLC_Full2DSignal").
Signal_Dimension	Signal_Dimension	n/a	Defines on which detector the signal was acquired in a 2D-LC setup (1 or 2).

Cut

The values that are shown in the Sampling Table window are available in the Sampling Table snippet. There are no individual reporting parameters or custom calculation parameters.

Compound

Reporting parameter	Custom Calculation parameter	Shown in Data Analysis	Description
Compound_CorrExpRetTime2D	Compound_CorrectedExpectedRetentionTime2D	Injection Results - Corr. expected ²D RT (min)	Corrected expected ²D retention time of the 2D peak. Time unit: minutes
Compound_ExpectedRetTime2D	Compound_ExpectedRetentionTime2D	Injection Results - Expected ²D RT (min)	Expected ²D retention time of the 2D peak. Time unit: minutes
n/a	Compound_Dimension	Processing method - Type	shows if the compound is from a 1st or 2nd dimension detector. Returns the value 2 for two-dimensional compounds.

Peak

Table: Peak

Reporting parameter	Custom Calculation parameter	Shown in Data Analysis	Description
Peak_RetentionTime	Peak_RetentionTime	Injection Results - ¹D RT (min)	Retention time of the ¹D peak. Time unit: minutes
Peak_RetentionTime_2D	Peak_RetentionTime2D	Injection Results - ²D RT (min)	²D retention time of the 2D peak (weighted average by area, see Properties of a 2D peak. Time unit: minutes
Peak_RelativeRetTime	Peak_RelativeRetentionTime	Injection Results - RRT	Relative time (¹D) to the reference peak
Peak_RelativeRetTime_2D	Peak_RelativeRetentionTime2D	Injection Results - ²D RRT	Relative time (²D) to the reference peak See Calculations for relative retention times in 2 dimensions
Peak_CustomFields: 2DLC_2DPeakId	n/a	n/a	ID of the 2D peak that is associated with a ²D peak (each ²D peak belongs to one 2D peak; each 2D peak is made of one or several ²D peaks). This value is not visible in the user interface. It is used in the 2D-LC custom assembly.
Peak_CustomFields: 2DLC_2DPeak_StartTime_1D	n/a	X-axis in the Contour Plot 2D	Start time of the cut of the first ²D peak belonging to the 2D peak
Peak_CustomFields: 2DLC_2DPeak_EndTime_1D	n/a	X-axis in the Contour Plot 2D	End time of the cut of the last ²D peak belonging to the 2D peak
Peak_CustomFields: 2DLC_2DPeak_StartTime_2D	n/a	Y-axis in the contour plot	Earliest start time of all ²D peaks belonging to the 2D peak
Peak_CustomFields: 2DLC_2DPeak_EndTime_2D	n/a	Y-axis in the contour plot	Latest end time of all ²D peaks belonging to the 2D peak

Culture information

The start and end times saved in these custom fields are culture-independent. To apply the local culture settings in a report template, use the function ConvertDoubleToCurrentCulture. The function belongs to the following class of the 2D-LC custom assembly: Agilent.Chromatography.Mdlc.DA.ReportingDataProvider.CustomAssembly.CompoundsAndPeaksMethods

Expression example: =Code.Methods2DLC.ConvertDoubleToCurrentCulture(CFE((Peak_CustomFields),"2DLC_2DPeak_StartTime_2D"))

This custom assembly is used, for example, in the report template 2DLC_Single_Injection_Compounds_Report.

See also

Use custom fields in a report