DATA: list (required ): list of objects LT, sLT, ITimes, dLab, ddot_env, regDose, J, K, Nb_measurement, #' provided by Generate_DataFile or Generate_DataFile_MG or combine_DataFiles .DATA can contain information from more than one sample.
Path: character (required ): path to the project folder (the same as the one used in Generate_DataFile or Generate_DataFile_MG to provide DATA)
FolderNames: character (required ): vector of names of the sub-folders containing the BIN-files, which were used by Generate_DataFile or Generate_DataFile_MG
to generate the DATA object.
SampleNames: character (with default): Names of samples. To use if there is more than one bin file per sample.
Nb_sample: integer (required ): ID number (in [1,Nb_sample]) of the sample selected for plotting L/T as a function of regenerative doses. Required if the DATA object contains information for more than one sample.
BinPerSample: integer (with default): integer vector (with default): vector with the number of BIN files per sample, which was used in Generate_DataFile or Generate_DataFile_MG to generate the DATA object.
SG: logical (with default): vector to set the type of measurement for each sample length(SG)=Nb_sample.If the sample of number ID equal to i, SG[i]=TRUE
if it is a Single-grain OSL measurements, SG[i]=FALSE if it is a Multi-grain OSL measurements.
sepDP: character (with default): column separator in the DiscPos.csv
file or in Disc.csv file. It must be the same separator for all samples, for single-grain OSL measurements or multi-grain OSL measurements.
nrow: integer (with default): controls the arrangement of the plots, here the number of rows. Can be set to NULL.
ncol: integer (with default): controls the arrangement of the plots, here the number of columns. Can be set to NULL.
Returns
Lx/Tx plots; there are as many plots as selected aliquots in the DiscPos.csv file. There are 9 plots per page. There is not interpolation.
Details
To fill FolderNames and BinPerSample, we refer to the Detail section from the Generate_DataFile or Generate_DataFile_MG function. As well for a precise description of input DATA.
Examples
## Not run:## load data file generated by the function Generate_DataFiledata(DATA3,envir = environment())path<- system.file("extdata/FER1","", package="BayLum")folder=""samplename <-"FER1"LT_RegenDose( DATA = DATA3, Path = path, FolderNames = folder, SampleNames = samplename, Nb_sample =1, SG =FALSE)## End(Not run)
See Also
Generate_DataFile , Generate_DataFile_MG
Author(s)
Claire Christophe, Sebastian Kreutzer, Anne Philippe, Guillaume Guérin , RLum Developer Team