Plot a Heterogeneous Transition Network

Wrapper around cograph::plot_htna() with defaults suited for HTNA networks built by build_htna(). When layout = "circular", a custom layout is computed so that the first actor group appears on the left.

Usage

plot_htna(
  x,
  layout = "circular",
  group_colors = htna_palette,
  group_shapes = htna_shape_palette,
  minimum = 0.05,
  ...
)

# S3 method for class 'htna'
plot(x, ...)

# S3 method for class 'htna_group'
plot(x, ...)

Arguments

x

A network object produced by build_htna().

layout

Character. Layout algorithm. Default "circular".

group_colors

Character vector of colours, one per actor group. Defaults to the built-in htna_palette.

group_shapes

Character vector of node shapes, one per actor group. Defaults to the built-in htna_shape_palette.

minimum

Numeric. Minimum absolute edge weight to display. Edges below this threshold are hidden. Default 0.05.

...

Additional arguments passed to cograph::plot_htna().

Value

Called for its side effect (a plot). Returns x invisibly.

See also

cograph::plot_htna(), build_htna()

Examples

# \donttest{
data(human_ai)
net <- build_htna(human_ai, actor_type = "actor_type")
#> Warning: A network with one long sequence is not recommended and can't be validated using bootstrap and other confirmatory testings.
#> Metadata aggregated per session: ties resolved by first occurrence in 'session_date' (1 sessions), 'cluster' (42 sessions), 'actor_type' (24 sessions)
plot_htna(net)

plot_htna(net, layout = "auto", minimum = 0.1)

# }