optimization_rock: Rock optimization

Description

Optimization of rock fragment content

Usage

optimization_rock(
  sf,
  SpParams,
  meteo = NULL,
  local_control = defaultControl(),
  dates = NULL,
  parallelize = FALSE,
  num_cores = detectCores() - 1,
  chunk_size = NULL,
  PLCquantile = 0.9,
  qPLC_target = 12,
  qPLC_tol = 0.5,
  sew_min = 30,
  max_rocks = 99,
  progress = TRUE
)

Value

An object of class sf with a modified soil column and an additional column optimization_message with text information about the optimization.

Arguments

sf: An object of class sf (see spwb_spatial).
SpParams: A data frame with species parameters (see SpParamsMED).
meteo: Input meteorological data (see section details in spwb_spatial).
local_control: A list of control parameters (see defaultControl).
dates: A Date object describing the days of the period to be modeled.
parallelize: Boolean flag to try parallelization (will use all clusters minus one).
num_cores: Integer with the number of cores to be used for parallel computation.
chunk_size: Integer indicating the size of chuncks to be sent to different processes (by default, the number of spatial elements divided by the number of cores).
PLCquantile: Maximum PLC quantile to be calculated across years.
qPLC_target: Target PLC to be achieved (by default 12%).
qPLC_tol: Tolerance of PLC difference to target accepted when finding solution.
sew_min: Minimum soil extractable water (mm) for rock exploration.
max_rocks: Maximum content in coarse fragments allowed for any soil layer.
progress: Boolean flag to display progress information of simulations.

Author

Miquel De Cáceres Ainsa, CREAF

Examples

Run this code

# \donttest{
data("example_ifn")
data("examplemeteo")
data("SpParamsMED")
example_subset <- example_ifn[31:32, ]
optimization_rock(example_subset, SpParamsMED, examplemeteo)
# }