A simple class representing boolean (logical) square matrix run-length encoded in a column-major order.
rlebdm(x, n)as.rlebdm(x, ...)
# S3 method for matrix
as.rlebdm(x, ...)
# S3 method for edgelist
as.rlebdm(x, ...)
# S3 method for network
as.rlebdm(x, ...)
# S3 method for rlebdm
as.matrix(x, ...)
# S3 method for rlebdm
dim(x)
# S3 method for rlebdm
print(x, compact = TRUE, ...)
# S3 method for rlebdm
!(x)
# S3 method for rlebdm
|(e1, e2)
# S3 method for rlebdm
&(e1, e2)
# S3 method for rlebdm
<(e1, e2)
# S3 method for rlebdm
>(e1, e2)
# S3 method for rlebdm
<=(e1, e2)
# S3 method for rlebdm
>=(e1, e2)
# S3 method for rlebdm
==(e1, e2)
# S3 method for rlebdm
!=(e1, e2)
# S3 method for rlebdm
as.edgelist(x, prototype = NULL, ...)
for rlebdm(), an rle() object or a vector that is converted to one; it will be coerced to logical() before processing; for as.rlebdm.matrix(), a matrix.
the dimensions of the square matrix represented.
additional arguments, currently unused.
whether to print the matrix compactly (dots and stars) or to print it as a logical matrix.
arguments to the binary operations.
an optional network with network attributes that
are transferred to the edgelist and will filter it (e.g., if the
prototype network is given and does not allow self-loops, the
edgelist will not have self-loops either,e ven if the dyad matrix
has non-FALSE diagonal).
as.rlebdm: Convert a square matrix of mode coercible to logical to an
rlebdm.
as.rlebdm: Convert an object of class edgelist to an rlebdm object
whose cells in the edge list are set to TRUE and whose other
cells are set to FALSE.
as.rlebdm: Convert an object of class network to an rlebdm object
whose cells corresponding to extant edges are set to TRUE and
whose other cells are set to FALSE.
as.edgelist: Convert an rlebdm object to an edgelist: a two-column
integer matrix giving the cells with TRUE values.