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
)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