Man pages for VEZY/DynACof
A Process-Based Model to Study Growth, Yield and Ecosystem Services of Coffee Agroforestry Systems
| after | Is index after reference ? |
| Allometries | Shade tree allometries (optional) |
| ALS | American Leaf Spot |
| Aquiares | Aquiares meteorology. |
| balance_model | Energy balance |
| bud_init_period | Bud induction window computation |
| CB | Temperature-dependent correction function for buds (CB) |
| CN | Temperature-dependent correction coefficient for nodes (CN) |
| coffee_model | Coffee model |
| Constants | Constants used in the DynACof package |
| cos_deg | Trigonometric Functions (degree) |
| Diffuse_d | Diffuse fraction |
| DynACof | Dynamic Agroforestry Coffee Crop Model |
| dynacof_i | Step-by-step DynACof |
| dynacof_i.jl | Step-by-step 'dynacof.jl()' |
| dynacof.jl | Run DynACof.jl (Julia version of DynACof) |
| dynacof.jl_setup | Setup Julia call |
| dynacof.jl_update | Update DynACof.jl |
| energy_model_coffee | Energy fluxes models |
| energy_water_models | Energy and water models |
| GBCANMS | Canopy and Soil boundary layer conductance (depreciated) |
| Gb_h | Leaf boundary layer conductance for heat |
| Gb_hForced | Leaf boundary layer conductance for heat under forced and... |
| G_bulk | Bulk aerodynamic conductance |
| GDD | Daily growing degree days (GDD) |
| GetWind | Get the average wind speed at center of canopy layer |
| G_interlay | Canopy layer to canopy layer aerodynamic conductance |
| G_soilcan | Canopy to soil aerodynamic conductance |
| Import_Parameters | Import model parameters |
| Init_Sim | Initialise model variables. |
| Light_extinction_K | MAESPA metamodels |
| light_model_tree | Light interception models |
| logistic | Logistic function helpers |
| mainfun | Main function |
| Meteorology | Import Meteorology for model input |
| Paliv_dis | Continuous percentage of living tissue distribution |
| PENMON | Evapotranspiration |
| previous_i | Find the ith previous index |
| Rad_ext | Daily extra-terrestrial radiation |
| Rad_net | Daily net radiation |
| Simulation-class | Generator for class Simulation (simulation object) |
| site | Default (example) parameter functions |
| soil_model | Soil module subroutine |
| Sucrose_cont_perc | Fruit sucrose accumulation |
| test_parameters | Tests on input parameters |
| tree_model | Shade Tree subroutine |
| varnames | Output variables |
| warn.var | Warn or stop execution if mandatory meteorology input... |
| write.results | Write output results to disk |
