View source: R/biological-functions.R
alpha.beta.ion.sequence | R Documentation |
The evaluation is performed for a monoenergetic ion. It uses a C++ implementation for the evaluation. It accepts a sequence of parameters and ion specifications stored in an input data.frame.
alpha.beta.ion.sequence(model = "MKM", parameters = data.frame(cell = "test", alpha0 = 0.1295, beta0 = 0.03085, rN = 4, rd = 0.31, particle = "H", energy = 50, let = NULL), calculusType = "rapidMKM", precision = 0.5, ignore.stdout = TRUE, ignore.stderr = TRUE, remove.temp.files = TRUE)
model |
the name of the model (options: 'MKM', 'LEMI', 'LEMII', 'LEMIII') |
parameters |
input data.frame containing the cell name (column 'cell', optional) "biological" parameters associated to a specific biological tissue/model, and the specification of the primary particles (ion type and energy and/or LET). All the parameters have to be put in a dataframe. Each row of the dataframe represent the irradiation of a specific tissue/model with a specific particle. In the case of the MKM the biological parameters
In the case of LEMI, LEMII, LEMIII:
The ion is specified with the columns:
#' @family LEM/MKM Models |
calculusType |
the type of the evaluations options are:
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