Leaf FLUSPECT-B model

Usage

getFluspect.B(inputsLeaf, inputsOptipar, version = "PROSPECT-D")

Arguments

inputsLeaf: a LUT for FLUXspect
inputsOptipar: internal parameters
version: Leaf model uses for Kcal: 'D' refers as PROSPECT-D; 'PRO', refers as PROSPECT-PRO

Value

description

Details

getFluspect.B calculates reflectance and transmittance spectra of a leaf using FLUSPECT-B, calculates reflectance and transmittance spectra of a leaf using FLUSPECT-B, plus four excitation-fluorescence matrices

Additional details... refl (reflectance) tran (transmittance) Mb (backward scattering fluorescence matrix, I for PSI and II for PSII) Mf (forward scattering fluorescence matrix, I for PSI and II for PSII)

Authors: Wout Verhoef, Christiaan van der Tol, Joris Timmermans,

Date: 2007 Update from PROSPECT to FLUSPECT: January 2011 (CvdT)

Nov 2012 (CvdT) Output EF-matrices separately for PSI and PSII

31 Jan 2013 (WV) Adapt to SCOPE v_1.40, using structures for I/O 30 May 2013 (WV) Repair bug in s for non-conservative scattering 24 Nov 2013 (WV) Simplified doubling routine 25 Nov 2013 (WV) Restored piece of code that takes final refl and tran outputs as a basis for the doubling routine 03 Dec 2013 (WV) Major upgrade. Border interfaces are removed before the fluorescence calculation and later added again 23 Dec 2013 (WV) Correct a problem with N = 1 when calculating k and s; a test on a = Inf was included 01 Apr 2014 (WV) Add carotenoid concentration (Cca and Kca) 19 Jan 2015 (WV) First beta version for simulation of PRI effect 20 Jan 2021 (CvdT) Include PROSPECT-PRO coefficients 01 Apr 2014 (WV) Add carotenoid concentration (Cca and Kca) 19 Jan 2015 (WV) First beta version for simulation of PRI effect

Author

Wout Verhoef, Christiaan van der Tol, Joris Timmermans, Nastassia Vilfan (Original version in Matlab)

Carlos Camino (Ported version into R)

Examples


inputs = ToolsRTM::inputsRTMs
LUT<-as.data.frame(getLUT(inputs = inputs, nLUT=1, setseed = 1234))
sim <-getFluspect.B(inputsLeaf = LUT, inputsOptipar =ToolsRTM::optipar,version='D')