timePoints: A character or numeric vector indicating the time point(s) for which the predictions should be extracted. When using a character string to reference a time point, the value has to be an exact match to one of the existing time points. When using a number it will be matched by its number ("timeNumber") in the timePoints attribute of the TP object.
predictChecks: Should predictions of the check genotypes be included in the ouptut. If TRUE a list of two data.frames is returned from the function, one with the predictions for the regular genotypes and one with the predictions for the checks.
outFile: A character string indicating the .csv file to which the results should be written. If NULL no file is written.
Returns
A list of two data.frames with predicted genotypic values per time point. genoPred with the predicted values for the genotypes and checkPred with the predicted values for the checks. If predictChecks = FALSE the latter will be NULL.
Examples
## Using the first example dataset (PhenovatorDat1).phenoTP <- createTimePoints(dat = PhenovatorDat1, experimentName ="Phenovator", genotype ="Genotype", timePoint ="timepoints", repId ="Replicate", plotId ="pos", rowNum ="y", colNum ="x", addCheck =TRUE, checkGenotypes = c("check1","check2","check3","check4"))## Fit a SpATS model on few time points.modPhenoSp <- fitModels(TP = phenoTP, trait ="EffpsII", timePoints = c(1,6,20))## Extract the genotypic predictions for one time point:genoPredSp <- getGenoPred(modPhenoSp, timePoints =6)head(genoPredSp)
See Also
Other functions for spatial modeling: fitModels(), getCorrected(), getEffDims(), getHerit(), getVar(), plot.fitMod(), summary.fitMod()