simndecay_gen_paramGUI: Simulate data

Description

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

Usage

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 = TRUE
)

Value

an object of class 'kin'

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

Author

Katharine M. Mullen

Ivo H. M. van Stokkum