| bRTM | Backward implementation (inversion) of coupled Radiative... |
| cambell | Leaf inclination distribution function Ellipsoidal... |
| ccrtm | ccrtm: Coupled Chain Radiative Transfer Models. |
| cdcum | Leaf inclination distribution function cummulative lagden... |
| checkPars | Function to check and return parameters |
| data_prospect5 | refractive index and specific absorption coefficients for... |
| data_prospectd | refractive index and specific absorption coefficients for... |
| defaults.flim | d = stand density (d) cd = crown diameter (cd) h = mean crown... |
| eigenRb | eigen decomposition for PROSPECT5 |
| eigenRd | eigen decomposition for PROSPECTD |
| 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... |
| invertRTM | invert a requested RTM (internal function) |
| KLd | Kullback-Lieber divergence function D(spec1 || spec2) =... |
| lidf | Leaf inclination distribution function models s3 method for... |
| model5 | Bayesian fitted weight matrix for PROSPECT5 |
| modeld | Bayesian fitted weight matrix for PROSPECTD |
| nn5b | fitted weight matrix for PROSPECT5 |
| nnd | fitted weight matrix for PROSPECTD |
| plot.rtm.spectra | Plot RTM return spectra vs. wavelength |
| plsr5 | fitted PLSR for PROSPECT5 |
| plsrd | fitted PLSR for PROSPECTD |
| print.rtm.inversion | RTM inversion |
| print.rtm.spectra | RTM generic print function |
| prospect5 | PROSPECT model version 5 and 5B |
| prospectd | PROSPECT model version D |
| r_foursail | R implementation of foursail (pure R) |
| runRTM | run a requested RTM (internal function) |
| sail_BDRF | The SAIL BDRF function |
| skyl | Sky light model |
| soil | soil reflectance |
| solar | direct and diffuse light |
| summary.rtm.inversion | RTM inversion summary |
