Simulate data

Description

Calculates an object of class "kin". <TODO>

Usage

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simndecay_gen_paramGUI(kinpar, tmax, deltat, specpar = vector(), lmin, lmax,
  deltal, sigma, irf = FALSE, irfpar = vector(), seqmod = FALSE,
  dispmu = FALSE, nocolsums = FALSE, disptau = FALSE, parmu = list(),
  partau = vector(), lambdac = 0, fullk = FALSE, kmat = matrix(),
  jvec = vector(), specfun = "gaus", nupow = 1, irffun = "gaus",
  kinscal = vector(), lightregimespec = list(), specdisp = FALSE,
  specdisppar = list(), parmufunc = "exp", specdispindex = list(),
  amplitudes = vector(), specref = 0, nosiminfo = FALSE)

Arguments

kinpar

vector of rate constants

tmax

last time point

deltat

time step

specpar

vector of spectral parameters for location, width, skewness

lmin

minimum wavelength (nm)

lmax

maximum wavelength (nm)

deltal

wavelength step

sigma

noise level

irf

logical for IRF usage

irfpar

vector of IRF parameters for location, width

seqmod

logical for sequential model

dispmu

logical for dispersion of IRF location mu

nocolsums

logical for <TODO>

disptau

logical for dispersion of IRF width tau

parmu

vector of dispersion parameters for IRF location mu

partau

vector of dispersion parameters for IRF width tau

lambdac

center wavelength for dispersion

fullk

logical for full K matrix

kmat

K matrix

jvec

input vector

specfun

function for spectral shape

nupow

power of nu in spectral model

irffun

function for IRF

kinscal

vector of kinetic scaling parameters

lightregimespec

<TODO>

specdisp

logical for dispersion parameters of spectral parameters

specdisppar

vector of dispersion parameters of spectral parameters

parmufunc

<TODO>

specdispindex

<TODO>

amplitudes

amplitudes of components

specref

<TODO>

nosiminfo

logical for hiding simulation information

Value

an object of class "kin"

Author(s)

Katharine M. Mullen

Ivo H. M. van Stokkum