Print Graph Constructor Results

Print Graph Constructor Results

Usage

# S3 method for class 'radius_graph'
print(x, ...)

# S3 method for class 'cknn_graph'
print(x, ...)

# S3 method for class 'rknn_graphs'
print(x, ...)

# S3 method for class 'adaptive_radius_graph'
print(x, ...)

# S3 method for class 'sknn_graphs'
print(x, ...)

# S3 method for class 'sknn_graph'
print(x, ...)

Arguments

x

A graph or graph-sequence object returned by the corresponding constructor.

...

Unused.

Value

The input object x, invisibly and unchanged. Prints vertex and edge counts, construction parameters, and connectivity information when present; for a sequence, prints the graph count and neighborhood sizes.

Examples

X <- cbind(seq_len(8), sin(seq_len(8)))
print(create.rknn.graph(X, type = "fixed", radius = 2))
#> Fixed-radius graph
#> Number of vertices: 8 
#> Number of edges: 7 
#> Radius: 2 
#> Connected components before MST augmentation: 1 
#> Connected components after MST augmentation: 1 
print(create.cknn.graph(X, k.scale = 2))
#> Continuous-kNN graph
#> Number of vertices: 8 
#> Number of edges: 7 
#> k.scale: 2 
#> Delta: 
#> Connected components before MST augmentation: 1 
#> Connected components after MST augmentation: 1 
print(create.rknn.graph(X, type = "adaptive.radius", k.scale = 2))
#> Adaptive-radius graph
#> Number of vertices: 8 
#> Number of edges: 9 
#> k.scale: 2 
#> Radius factor: 1 
#> Radius rule: max 
#> Radius search: ann 
#> Connected components before MST augmentation: 1 
#> Connected components after MST augmentation: 1 
print(create.rknn.graphs(X, k.values = seq.int(2, 3)))
#> Adaptive-radius graph sequence
#> Number of vertices: 8 
#> Number of graphs: 2 
#> k values: 2, 3 
print(create.sknn.graph(X, k = 2))
#> Symmetric kNN graph
#> Number of vertices: 8 
#> Number of edges: 9 
#> k: 2 
#> Connected components before MST augmentation: 1 
#> Connected components after MST augmentation: 1 
#> Neighbor method: exact