order alphanumeric values from a list
mmixedOrder(
...,
decreasing = FALSE,
blanksFirst = TRUE,
na.last = NAlast,
keepNegative = FALSE,
keepInfinite = FALSE,
keepDecimal = FALSE,
ignore.case = TRUE,
useCaseTiebreak = TRUE,
sortByName = FALSE,
NAlast = TRUE,
honorFactor = TRUE,
verbose = FALSE,
matrixAsDF = TRUE
)arguments treated as a list of vectors to be ordered in
proper order, based upon the mechanism by base::order(), and
as such data.frame is equivalent to a list.
arguments passed to mixedOrder(), except sortByName which is not
passed along.
logical indicating whether to print verbose output,
passed as verbose - 1 to mixedOrder().
logical if ... supplies only one matrix object,
then matrixAsDF=TRUE will cause it to be converted to a data.frame,
then coerce to a list before processing.
By default, in the event only one matrix object is supplied,
this conversion is performed, in order to define a sort order based upon
each column in order, consistent with behavior of data.frame input.
integer vector of row orders
This function is a minor extension to mixedOrder(),
"multiple mixedOrder()",
which accepts list input, similar to how base::order() operates.
This function is mainly useful when sorting something like a
data.frame, where ties in column 1 should be maintained then
broken by non-equal values in column 2, and so on.
This function essentially converts any non-numeric column
to a factor, whose levels are sorted using mixedOrder().
That factor is converted to numeric value, multiplied by -1
when decreasing=TRUE. Finally the list of numeric vectors
is passed to base::order().
In fact, mixedSortDF() calls this mmixedOrder() function,
in order to sort a data.frame properly by column.
See mixedOrder() and mixedSort() for a better
description of how the sort order logic operates.
Other jam sort functions:
mixedOrder(),
mixedSortDF(),
mixedSorts(),
mixedSort()
Other jam string functions:
asSize(),
breaksByVector(),
cPasteSU(),
cPasteS(),
cPasteUnique(),
cPasteU(),
cPaste(),
fillBlanks(),
formatInt(),
gsubOrdered(),
gsubs(),
makeNames(),
mixedOrder(),
mixedSortDF(),
mixedSorts(),
mixedSort(),
nameVectorN(),
nameVector(),
padInteger(),
padString(),
pasteByRowOrdered(),
pasteByRow(),
sizeAsNum(),
tcount(),
ucfirst(),
uniques()
Other jam string functions:
asSize(),
breaksByVector(),
cPasteSU(),
cPasteS(),
cPasteUnique(),
cPasteU(),
cPaste(),
fillBlanks(),
formatInt(),
gsubOrdered(),
gsubs(),
makeNames(),
mixedOrder(),
mixedSortDF(),
mixedSorts(),
mixedSort(),
nameVectorN(),
nameVector(),
padInteger(),
padString(),
pasteByRowOrdered(),
pasteByRow(),
sizeAsNum(),
tcount(),
ucfirst(),
uniques()
# test factor level order
factor1 <- factor(c("Cnot9", "Cnot8", "Cnot10"))
sort(factor1)
#> [1] Cnot10 Cnot8 Cnot9
#> Levels: Cnot10 Cnot8 Cnot9
mixedSort(factor1)
#> [1] Cnot8 Cnot9 Cnot10
#> Levels: Cnot10 Cnot8 Cnot9
factor1[mixedOrder(factor1)]
#> [1] Cnot8 Cnot9 Cnot10
#> Levels: Cnot10 Cnot8 Cnot9
factor1[mixedOrder(factor1, honorFactor=FALSE)]
#> [1] Cnot8 Cnot9 Cnot10
#> Levels: Cnot10 Cnot8 Cnot9
factor1[mixedOrder(factor1, honorFactor=TRUE)]
#> [1] Cnot10 Cnot8 Cnot9
#> Levels: Cnot10 Cnot8 Cnot9
factor1[mmixedOrder(list(factor1))]
#> Warning: 'length(x) = 2 > 1' in coercion to 'logical(1)'
#> [1] Cnot10 Cnot8 Cnot9
#> Levels: Cnot10 Cnot8 Cnot9
factor1[mmixedOrder(list(factor1), honorFactor=FALSE)]
#> Warning: 'length(x) = 2 > 1' in coercion to 'logical(1)'
#> [1] Cnot8 Cnot9 Cnot10
#> Levels: Cnot10 Cnot8 Cnot9
factor1[mmixedOrder(list(factor1), honorFactor=TRUE)]
#> Warning: 'length(x) = 2 > 1' in coercion to 'logical(1)'
#> [1] Cnot10 Cnot8 Cnot9
#> Levels: Cnot10 Cnot8 Cnot9