Description Usage Arguments Value Author(s) See Also Examples
Calculates normalised fluorescence values by taking into account the differences between replicates nested in specimens, plates and markers. This is based on a linear mixed model. The form of the model is automatically chosen based on the number of replicates, specimens, plates and marker. The same form is apply on each primer combination separately.
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data |
An AFLP object |
output |
Which output is required. "screen" put QQ-plots of the random effects, QQ-plots of the residuals and possible outliers on the screen. "tex" givens the same information but saves the QQ-plots to files and report LaTeX code to include the information in a LaTeX document. |
path |
the path where the figures are saved. Only
used if |
device |
the device to which the figures are saved.
See |
SpecimenEffect |
Add a random effect of the specimens to the model. Defaults to FALSE. |
level |
The level of the prediction intervals. Used to determine possible outliers in the QQ-plots. Defaults to 0.99. |
transformation |
Which transformation to use on the
raw fluorescence data. Valid choises are "log", "logit"
and "none". Defaults to "log". "log" implies the use of
|
data The altered data object that was put
into the function. Outliers in the outliers
slot
are removed from the Fluorescence
slot. The
Normalised and Score columns from the Fluorescence
slot are overwritten. Normalised holds the new
normalised values. Score with be fill with NA.
outliers An AFLP.outlier object with all possible outliers detected by this procedure.
Thierry Onkelinx Thierry.Onkelinx@inbo.be, Paul Quataert
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