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Event Description
Forced Peak (FP) Forces integration between the start and end times. A
resolved baseline is drawn from the amplitude of the
chromatogram at the start time and the amplitude of the
chromatogram at the end time. Any Inhibit Integrate
events that overlap with a Forced Peak event are
ignored. The peak apex is the highest point in the forced
peak time range.
Split Peak (SP) Splits one peak into two peaks. A line is drawn from the
chromatogram at the split point to the baseline to
separate the original and new peaks. A Split Peak event
can be used to split into two peaks a weak shoulder that
was not recognized as a separate peak by data handling.
If the Split Peak event falls on a baseline section of the
chromatogram, the event is ignored.
Horizontal Forward (HF),
Horizontal Backward
(HB), and Horizontal
Minimum (HM)
These events cause a baseline to be drawn horizontally
rather than the way it would have been drawn without the
event. It does not force a baseline to be drawn, it merely
changes the way it is drawn. For Horizontal Forward, the
baseline amplitude is at the amplitude of the first peak
start event, for Horizontal Backward, the baseline
amplitude is at the amplitude of the last peak end event,
and for Horizontal Minimum, the baseline amplitude is at
the lowest data point in the baseline time range.
Signal to Noise Ratio
(SN)
Used to set the sensitivity of peak detection. If a peak is
being processed at the programmed time, the event will
not occur until a baseline segment is detected. Time
programming Signal to Noise Ratio overrides the initial
value set in the Integration Parameters Window.
Tangent Percentage
(TP)
Sets the percentage of a mother peak's size below which
a given peak is considered a tangent peak. Used to
assign tangent peak status as a percentage of the
mother peak size. Can be used to force a peak to be
integrated as a tangent or as a fused peak. Time
programming Tangent Percentage overrides the initial
value set in the Integration Parameters Window.
Peak Reject (PR). Sets the minimum size peak to be identified. Used to
eliminate very small peaks from the report, to ensure that
insignificant peaks are not mistaken for peaks of interest.
Time programming Peak Reject overrides the initial value
set in the Integration Parameters Window.
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