An S3 class cfp_run_map to be used in alternate(). Either create a new run map from a cfp_pfres or cfp_fgres model or extract an existing run_map from an cfp_altres object.
Usage
cfp_run_map(
x,
params = list(),
type = NULL,
method = NULL,
n_runs = NULL,
layers_different = FALSE,
layers_from = "layers_map",
layers_altmap = NULL,
topheight_adjust = FALSE
)Arguments
- x
- params
A named list of numeric vectors. Names indicate column names in soilphys, vectors either distinct values (method permutation) or limits (method random).
- type
A vector of length param indicating what the values in params represent. One of
- abs
Absolute values that are applied as-is.
- factor
Factors to be multiplied with the original values.
- addition
Factors to be added to the original values.
- method
Either 'random', where a random value is chosen within the bounds set in
paramsor 'permutation', where every permutation of the values inparamsis added.- n_runs
Integer value of the number of alterations to be done for method = 'random'.
- layers_different
Should layers from layers_map be changed individually? If
TRUEthis allows for different changes at different depths.- layers_from
(character) If layers_different is TRUE, from which source should the layers be created? One of:
- layers_map
(default) Use the layers that are defined in layers_map.
- soilphys
Use the layers as defined in soilphys
- layers_altmap
Use the layers as defined in the provided layers_altmap object.
- layers_altmap
An optional layers_map created using layers_map() that defines the layers to be used if layers_different = TRUE.
- topheight_adjust
(logical) If the proposed change in topheight is larger than the highest layer in soilphys, should the limits be automatically adjusted per id_cols individually? Default is FALSE, which leads to an error in that case.
Value
An object of type cfp_run_map that can be used within
alternate.
Examples
PROFLUX <- ConFluxPro::base_dat |> pro_flux()
# Create a cfp_run_map where TPS is changed between 90 % and 110 %
# of the original value for 50 runs.
cfp_run_map(
PROFLUX,
list("TPS" = c(0.9, 1.1)),
"factor",
n_runs = 50)
#>
#> A cfp_run_map to be used in alternate().
#> number of runs: 50
#> parameters to alternate:
#> param param_id
#> 1 TPS 1
#> run_id param value type gas param_id
#> 1 1 TPS 1.0412868 factor CO2 1
#> 2 2 TPS 1.0897153 factor CO2 1
#> 3 3 TPS 0.9360678 factor CO2 1
#> 4 4 TPS 0.9433800 factor CO2 1
#> 5 5 TPS 1.0360326 factor CO2 1
#> 6 6 TPS 0.9997691 factor CO2 1
#> 7 7 TPS 1.0283359 factor CO2 1
#> 8 8 TPS 1.0320569 factor CO2 1
#> 9 9 TPS 0.9192048 factor CO2 1
#> 10 10 TPS 1.0531200 factor CO2 1
#> 11 11 TPS 1.0539350 factor CO2 1
#> 12 12 TPS 1.0981425 factor CO2 1
#> 13 13 TPS 1.0941042 factor CO2 1
#> 14 14 TPS 0.9778366 factor CO2 1
#> 15 15 TPS 0.9922373 factor CO2 1
#> 16 16 TPS 0.9630484 factor CO2 1
#> 17 17 TPS 0.9349352 factor CO2 1
#> 18 18 TPS 1.0063147 factor CO2 1
#> 19 19 TPS 0.9987274 factor CO2 1
#> 20 20 TPS 1.0558617 factor CO2 1
#> 21 21 TPS 0.9408357 factor CO2 1
#> 22 22 TPS 1.0426795 factor CO2 1
#> 23 23 TPS 0.9130432 factor CO2 1
#> 24 24 TPS 0.9708414 factor CO2 1
#> 25 25 TPS 1.0650399 factor CO2 1
#> 26 26 TPS 0.9547636 factor CO2 1
#> 27 27 TPS 1.0140090 factor CO2 1
#> 28 28 TPS 0.9671438 factor CO2 1
#> 29 29 TPS 1.0192526 factor CO2 1
#> 30 30 TPS 0.9383036 factor CO2 1
#> 31 31 TPS 1.0895528 factor CO2 1
#> 32 32 TPS 1.0084961 factor CO2 1
#> 33 33 TPS 1.0089207 factor CO2 1
#> 34 34 TPS 0.9557194 factor CO2 1
#> 35 35 TPS 0.9893405 factor CO2 1
#> 36 36 TPS 0.9743022 factor CO2 1
#> 37 37 TPS 0.9056122 factor CO2 1
#> 38 38 TPS 0.9931974 factor CO2 1
#> 39 39 TPS 0.9780063 factor CO2 1
#> 40 40 TPS 0.9040130 factor CO2 1
#> 41 41 TPS 0.9753942 factor CO2 1
#> 42 42 TPS 1.0119826 factor CO2 1
#> 43 43 TPS 1.0714167 factor CO2 1
#> 44 44 TPS 0.9769619 factor CO2 1
#> 45 45 TPS 1.0055834 factor CO2 1
#> 46 46 TPS 1.0201275 factor CO2 1
#> 47 47 TPS 0.9522743 factor CO2 1
#> 48 48 TPS 0.9580100 factor CO2 1
#> 49 49 TPS 0.9960150 factor CO2 1
#> 50 50 TPS 1.0840011 factor CO2 1