iea: Applies IEA to get a baseline no-synergy/antagonism mixture...

In eghuang/synergy: Tools for Synergy/Antagonism Modeling

Usage

iea(dose, LET, ratios, E, dE = NULL, coeff = NULL, check = FALSE,
  ...)

Arguments

dose	Numeric vector corresponding to the sum dose in cGy.
LET	Numeric vector of all LET values, must be length n.
ratios	Numeric vector of all dose ratios, must be length n.
E	Vector of dose effect relationship functions.
dE	Optional vector of functions corresponding to the derivatives of E.
check	Optional boolean whether to check DERs in each run.
...	Optional arguments to DER functions in E.

Details

Corresponding elements of ratios, LET should be associated with the same DER.

Value

Numeric vector representing the estimated Harderian Gland tumor prevalence from an IEA mixture DER constructed from the given one-ion DERs parameters.

Author(s)

Edward Greg Huang <[e-mail]>

Examples

ion_data <- load_ion_data("one_ion.csv")
HZE_nte_der <- make_der(ion_data, TRUE, TRUE)
check_der(HZE_nte_der)
# Iron and silicon two-ion mixture.
iea(0:100, c(193, 30), c(1/3, 2/3), rep(c(HZE_nte_der), 2))

eghuang/synergy documentation built on Dec. 31, 2019, 8:55 a.m.