Coupled Chain Radiative Transfer Models

Documentation for package ‘ccrtm’ version 0.1.6

ccrtm-package	ccrtm: Coupled Chain Radiative Transfer Models.
bRTM	Generates an invertable model for backward implementation of Radiative Transfer Models
cambell	Leaf inclination distribution function Ellipsoidal distribution function
ccrtm	ccrtm: Coupled Chain Radiative Transfer Models.
cdcum	Leaf inclination distribution function cummulative lagden function from Wout Verhoef's dissertation Extended here for any angle
data_prospect5	refractive index and specific absorption coefficient for PROSPECT 5
data_prospectd	refractive index and specific absorption coefficient for PROSPECT D
flim	Forest Light Interaction Model (FLIM)
foursail	Optimized R implementation of foursail (4SAIL)
foursail2	R implementation of the foursail2 model with 2 canopy layers.
foursail2b	R implementation of the foursail2 model with 2 canopy layers.
fRTM	Forward implementation of coupled Radiative Transfer Models.
getDefaults	S3- methods for Generate defaults settings and parameters for all supported models.
KLd	Kullback-Lieber divergence function D(spec1 \|\| spec2) = sum(spec1 * log(spec1 / spec2))
lidf	Leaf inclination distribution models s3 method for calling leaf models
plot.rtm.spectra	Plot RTM return spectra vs. wavelength
print.rtm.spectra	Plot RTM return spectra vs. wavelength
prospect5	PROSPECT model version 5 and 5B
prospectd	PROSPECT model version D
r_foursail	R implementation of foursail (pure R)
sail_BDRF	The SAIL BDRF function
skyl	Sky light model
soil	soil reflectance
solar	direct and diffuse light