R/SpeciesCategoryCatch.R
MeanSpeciesCategoryCatch.Rd
This function averages link{SpeciesCategoryCatchData}
data horizontally, weighted by the effective towed distance.
MeanSpeciesCategoryCatch(
SpeciesCategoryCatchData,
SumSpeciesCategoryCatchData,
LayerDefinition = c("FunctionParameter", "FunctionInput", "PreDefined"),
LayerDefinitionMethod = c("WaterColumn", "HighestResolution", "Resolution", "Table"),
Resolution = double(),
LayerTable = data.table::data.table(),
BioticLayer = NULL,
SurveyDefinition = c("FunctionParameter", "FunctionInput"),
SurveyDefinitionMethod = c("AllStrata", "Table"),
SurveyTable = data.table::data.table(),
Survey = NULL,
PSUDefinition = c("FunctionParameter", "FunctionInput"),
PSUDefinitionMethod = c("StationToPSU", "None"),
StratumPolygon = NULL,
BioticPSU = NULL
)
The SpeciesCategoryCatchData
data.
The SumSpeciesCategoryCatchData
data.
The method to use for defining the Layers, one of FunctionParameter
to define the Layers on the fly in this function, FunctionInput
to import Layer process data from a previously run process using the function DefineBioticLayer
, or PreDefined
whihc requires SumLengthDistributionData
as input.
Numeric: A single numeric giving the thickness of the layers.
A table of Layer name, MinLayerDepth in meters and MaxLayerDepth in meters, defining the Layers.
The BioticLayer
process data.
The method to use for defining the Survey, one of FunctionParameter
to define the Survey on the fly in this function, or FunctionInput
to import Survey process data from a previously run process by the input Survey
.
See DefineSurvey
A table of the two columns Stratum and Survey.
The Survey
process data.
The method to use for defining the PSUs, one of FunctionParameter
to define the PSUs on the fly in this function, or FunctionInput
to import PSU process data from a previously run process by BioticPSU
.
See DefineBioticPSU
The StratumPolygon
process data.
The BioticPSU
process data.
An MeanSpeciesCategoryCatchData
object.