get.RTMz get.RTMz Calculates the small modification of TOC outgoing radiance due to the conversion of Violaxanthin into Zeaxanthin in leaves

Date: 08 Dec 2016 Update:

17 Mar 2020 CvdT: added cluming, mSCOPE representation
25 Jun 2020 CvdT: Po, Ps, Pso. fix the problem we have with the oblique angles above 80 degrees

Usage

get.RTMz(
  data.spectral,
  data.rad,
  data.soil,
  data.leafopt,
  data.canopy,
  data.gap,
  data.angles,
  data.Knu,
  data.Knh,
  get.plots = T
)

Arguments

data.spectral: information about wavelengths and resolutions
data.rad: a large number of radiative fluxes: spectrally distributed and integrated, and canopy radiative transfer coefficients.
data.soil: soil properties
data.leafopt: leaf optical properties
data.canopy: canopy properties (such as LAI and height)
data.gap: probabilities of direct light penetration and viewing
data.angles: viewing and observation angles
data.Knu: ...kn for sunlit leaves (data.bcu$Kn)
data.Knh: .. kn for shaded leavess (data.bch$Kn)
get.plots: is true plot the intermediate plots

Value

a rad object with a large number of radiative fluxes: spectrally distributed and integrated, and canopy radiative transfer coefficients.

Author

Christiaan van der Tol (Original version in Matlab)

Carlos Camino (Ported version into R)

Examples

if (FALSE) { # \dontrun{
data.rad <- get.RTMz(data.spectral, data.rad, data.soil, data.leafopt,
                      data.canopy, data.gap, data.angles, data.Knu, data.Knh,
                      get.plots = FALSE)
} # }