Nothing
MRGparam = function(par) {
ret = switch(par,
MRGobject = "@param MRGobject An object including all
the necessary variables and parameters, from a call to \\code{\\link{createMRGobject}}",
gdl = "@param gdl A list of gridded data with different resolutions (from a call to \\code{\\link{gridData}}",
MRGinp = "@param MRGinp Either an MRGobject (from a call to \\code{\\link{createMRGobject}}) or
a list of gridded data with different resolutions (from a call to \\code{\\link{gridData}} or
a gridded sf-object (typically from an earlier call to \\code{multiResGrid})",
himg = "@param himg The grid resulting from a call to multiResGrid",
himg1 = "@param himg1 Either a grid resulting from a call to multiResGrid, or a list of such grids",
himg2 = "@param himg2 A grid resulting from a call to multiResGrid",
ifs = "@param ifs A data.frame or tibble with the locations and the data of the survey or census data" ,
crsOut = "@param crsOut The coordinate reference system (crs) to be used ",
ifg = "@param ifg Either a data.frame or tibble or sf-object with the locations and the data of the survey or census data,
or a list of such objects." ,
ress = "@param ress A vector with the different resolutions",
res = "@param res A resolution or a vector with the different resolutions",
lnames = "@param lnames Names for the different surveys or censuses if ifg is a list.
Typically it could be survey years",
geovar = "@param geovar Name of geodata variable in the objects. Must me the same for all of the surveys/censuses, if
the data sets are not submitted as sf-objects",
vars = "@param vars Variable(s) of interest that should be aggregated (necessary when ifg is
used for individual farm specific anonymization rules)",
vars1 = "@param vars1 Variable(s) of interest that should be merged from the first grid, or a list of variables,
one for each grid in the list \\code{himg1}",
vars2 = "@param vars2 Variable(s) of interest that should be merged from the second grid",
weights = "@param weights Extrapolation factor(s) (weights) wi of unit i in the sample of units nc
falling into
a specific cell c. Weights are used for disclosure control measures.
A weight of 1 will be used if missing.
If only one weight is given, it will be used for all variables. If the length is more than one,
the length has to be equal to the number of variables. If the same weight is used for several variables,
it must be repeated in the weights-vector",
mincount = "@param mincount The minimum number of farms for a grid cell (threshold rule)",
countFeatureOrTotal = "@param countFeatureOrTotal Should the frequency limit be applied on records with a positive
value for a certain feature, or on all records, independent of value of feature",
minpos = "@param minpos Minimum number of positive values for a variable",
nlarge = "@param nlarge Parameter to be used if the nlarge(st) farms should count for maximum plim percent of
the total value for the variable in the grid cell (see details of \\code{\\link{gridData}})",
plim = "@param plim See nlarge",
verbose = "@param verbose Indicates if some extra output should be printed. Usually TRUE/FALSE, but can also have
a value of 2 for \\code{\\link{multiResGrid}} for even more output.",
nclus = "@param nclus Number of clusters to use for parallel processing. No parallelization is used
for \\code{nclus = 1}.",
clusType = "@param clusType The type of cluster; see \\code{\\link[parallel]{makeCluster}} for more details.
The default of makeCluster is used if type is missing or NA",
domEstat = "@param domEstat Should the dominance rule be applied as in the IFS handbook (TRUE), where
the weights are rounded before finding the first nlarge contributors, or should
it be the first nlarge contributors*weight, where also fractions are considered (FALSE)?",
consistencyCheck = "@param consistencyCheck logical; whether consistency between the gridded values and
the similar values from ifg should be checked. The gridded value is derived
from rasterize and the second one from st_join. The two methods can in some
cases treat border cases between grid cells differently.",
outfile = "@param outfile File to direct the output in case of parallel processing,
see \\code{\\link[parallel]{makeCluster}} for more details.",
splitlim = "@param splitlim For large dataset - split the data set in batches of more or less splitlim size",
checkDominance = "@param checkDominance Logical - should the dominance rule be applied?",
checkReliability = "@param checkReliability Logical - should the prediction variance be checked, and used for the aggregation?
This considerably increases computation time",
pseudoreg = "@param pseudoreg A column with regions to be used to define pseudostrata if checkReliability is TRUE.
This is used for the cases when one or more strata only has a single record (and the weight is
different from one). This makes variance calculation impossible, so such strata are
merged into a pseudostrata. If pseudoreg is given (for example a column with the country name,
or NUTS2 region), the pseudostrata will be created separately for each pseudoreg region.",
userfun = "@param userfun This gives the possibility to add a user defined function with additional confidentiality rules which
the grid cell has to pass",
fargs = "@param fargs The name of the necessary variables of userfun",
strat = "@param strat Column name defining the strata for stratified sampling, used if checkReliability is TRUE",
confrules = "@param confrules Should the frequency rule (number of holdings) refer to the number of holdings with
a value of the individual vars above zero (\"individual\") or the total number of holdings in
the data set (\"total\")? ",
suppresslim = "@param suppresslim Parameter that can be used to avoid that almost empty grid cells are merged with cells
with considerably higher number of observations. The value is a minimum share of the total
potential new cell for a grid cell to be aggregated. See below for more details.",
sumsmall = "@param sumsmall Logical; should the suppresslimSum value be applied on the sum of
small grid cells within the lower resolution grid cell?
Note that different combinations of suppreslim and suppreslimSum values
might not give completely intuitive results.For instance, if both are equal, then
a higher value can lead to more grid cells being left unaggregated for smaller grid sizes, leading
to aggregation for a large grid cell",
suppresslimSum = "@param suppresslimSum Parameter similar to suppreslim, but affecting the total
of grid cells to be suppressed",
plotIntermediate = "@param plotIntermediate Logical or number - make a simple plot showing which grid cells have already
passed the frequency rule. plotintermediate = TRUE, the function will wait 5 seconds after plotting
before continuing, otherwise it will wait plotintermediate seconds.",
addIntermediate = "@param addIntermediate Logical; will add a list of all intermediate himgs
and lohs (overlay of himg and the lower resolution grid) as an attribute to
the object to be returned",
reliabilitySplit = "@param reliabilitySplit Logical or number - parameter to be used in
calculation of the reliability (if checkReliability = TRUE). It can either give the
number of groups, or if TRUE, it will create groups of approdcimately 50,000 records per group.
If FALSE, the data set will not be split, independent on the size.",
locAdj = "@param locAdj parameter to adjust the coordinates if they are exactly on the borders between grid cells. The values
can either be FALSE, or \"jitter\" (adding a small random value to the coordinates, essentially spreading
them randomly around the real location), \"UR\", \"UL\", \"LR\" or \"LL\", to describe which corner of the grid
cell the location belong (upper right, upper left, lower right or lower left).",
remZeroes = "@param remZeroes Set to TRUE if the gridding should only be done on a
subset of the data set, for which the value(s) of the variable(s) of interest
is larger than zero. If there is more than one variable of interest, the subset
will include all records where at least one of the variables are above zero.",
postProcess = "@param postProcess Logical; should the postprocessing be done as part
of creation of the multiresolution grid (TRUE), or be done in a separate
step afterwards (FALSE). The second option is useful when wanting
to check the confidential grid cells of the final map",
remCols = "@param remCols Logical; Should intermediate columns be removed? Can be set
to FALSE for further analyses. Temporary columns will not be removed if their names
partly match the variable names of \\code{vars}",
rounding = "@param rounding either logical (FALSE) or an integer indicating the number
of decimal places
to be used. Negative values are allowed (such as the default
value rounding to the closest 10). See also the details
for \\code{digits} in \\code{\\link{round}}.",
na.rm = "@param na.rm Should NA values be removed when summing values (essentially
treating them equal to zero) ",
ellipsis = "@param ... Possible arguments to underlying functions",
ellipsisMerge = "@param ... Additional grids (himg3, himg4, ...) and variables (vars3, vars4, ...) to be merged.
Additional grids and variables must be named."
)
ret
}
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