naryapplylogical_byname {matsbyname}

Apply a function logically to numbers, matrices, or lists of numbers or matrices

Description

Operands should be logical, although numerical operands are accepted. Numerical operands are interpreted as 0 is FALSE, and any other number is TRUE.

Usage

naryapplylogical_byname(
  FUN,
  ...,
  .FUNdots = NULL,
  match_type = c("all", "matmult", "none"),
  set_rowcoltypes = TRUE,
  .organize = TRUE,
  .summarise = FALSE
)

Arguments

FUN

a binary function (that returns logical values) to be applied over operands

...

operands; constants, matrices, or lists of matrices

.FUNdots

a list of additional named arguments passed to FUN.

match_type

One of "all", "matmult", or "none". When ... are matrices, "all" (the default) indicates that rowtypes of all ... matrices must match and coltypes of all ... matrices must match. If "matmult", the coltype of the first operand must match the rowtype of the second operand for every sequential invocation of FUN. If "none", neither coltypes nor rowtypes are checked by naryapply_byname().

set_rowcoltypes

Tells whether to apply row and column types from operands in ... to the output of each sequential invocation of FUN. Set TRUE (the default) to apply row and column types. Set FALSE, to not apply row and column types to the output.

.organize

A boolean that tells whether or not to automatically complete operands in ... relative to each other and sort the rows and columns of the completed matrices. This organizing is done on each sequential invocation of FUN. Normally, this should be TRUE (the default). However, if FUN takes over this responsibility, set to FALSE.

.summarise

A boolean that tells whether this call is considered a summarise operation (like dplyr::summarise()). Default is FALSE.

Details

This function is not exported, thereby retaining the right to future changes.

Value

the result of FUN applied logically to ...

Examples

matsbyname:::naryapplylogical_byname(`&`, TRUE, TRUE, TRUE)
matsbyname:::naryapplylogical_byname(`&`, TRUE, TRUE, FALSE)