Layout algorithms based on configurational positions

Configurational layouts locate nodes at symmetric coordinates to help illustrate particular configurations. Currently configurational layouts are available for 2-6 nodes. The "configuration" layout will choose the appropriate configurational layout automatically.

Usage

layout_configuration(.data, circular = TRUE, times = 1)

layout_tbl_graph_configuration(.data, circular = TRUE, times = 1)

layout_dyad(.data, circular = TRUE, times = 1)

layout_tbl_graph_dyad(.data, circular = TRUE, times = 1)

layout_triad(.data, circular = TRUE, times = 1)

layout_tbl_graph_triad(.data, circular = TRUE, times = 1)

layout_tetrad(.data, circular = TRUE, times = 1)

layout_tbl_graph_tetrad(.data, circular = TRUE, times = 1)

layout_pentad(.data, circular = TRUE, times = 1)

layout_tbl_graph_pentad(.data, circular = TRUE, times = 1)

layout_hexad(.data, circular = TRUE, times = 1)

layout_tbl_graph_hexad(.data, circular = TRUE, times = 1)

Arguments

.data

Some {manynet} compatible network data.

circular

Logical, required for {ggraph} compatibility, default TRUE.

times

Integer, how many times to run the algorithm. Required by for {ggraph} compatibility, but not used here, so default = 1.

See also

Other mapping: layout_partition, plot_graphr, plot_graphs, plot_grapht

Examples

# "configuration" picks the layout matching the number of nodes
graphr(manynet::create_ring(4), layout = "configuration")

# or a specific configuration can be named
graphr(manynet::create_ring(3), layout = "triad")

# the layout functions can also be called directly for their coordinates
layout_tetrad(manynet::create_ring(4))
#>   x y
#> 1 0 0
#> 2 0 1
#> 3 1 0
#> 4 1 1