View source: R/julia_interface.R
variables | R Documentation |
Specify the variables of the virtual crop
variables( pars, nleaf = 4, wleaf = 100, SLA = 300, kN = 0.4, f_Ncmn = 0.1, f_Ncmx = 0.3, pf_Nc = 4, f_Nrmn = 0.2, f_Nrmx = 0.6, pf_Nr = 2 )
pars |
Parameters as generated by the |
nleaf |
Canopy nitrogen content (g N/m2) |
wleaf |
Canopy (leaf) biomass as dry weight (g/m2) |
SLA |
Specific leaf area (cm2/g) |
kN |
Extinction coefficient of leaf nitrogen within the canopy |
f_Ncmn |
Minimum fraction of N allocated to chlorophyll |
f_Ncmx |
Maximum fraction of N allocated to chlorophyll |
pf_Nc |
Scaling constant for fraction of N allocated to chlorophyll |
f_Nrmn |
Minimum fraction of N allocated to Rubisco |
f_Nrmx |
Maximum fraction of N allocated to Rubisco |
pf_Nr |
Scaling constant for fraction of N allocated to Rubisco |
A Julia object with all the variables required to perform the simulations:
Minimum leaf nitrogen content (mol/m2)
Green leaf area index (limited by nleaf
or wleaf
)
Leaf nitrogen content on top of the canopy (mol/m2)
Extinction coefficient of leaf nitrogen within the canopy
Minimum fraction of N allocated to chlorophyll
Maximum fraction of N allocated to chlorophyll
Scaling constant for fraction of N allocated to chlorophyll
Minimum fraction of N allocated to Rubisco
Maximum fraction of N allocated to Rubisco
Scaling constant for fraction of N allocated to Rubisco
pars = parameters() vars = variables(pars) vars$GLAI
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