R: returns additional information regarding the networks X and Y...
info_network
R Documentation
returns additional information regarding the networks X and Y (original and augmented).
Description
This function returns some additional information such as number of nodes and edges in the networks X and Y.
Usage
info_network(g1,g2, taxnames)
Arguments
g1
the original network X
g2
the augmented network Y with additional nodes (all the original nodes from X must be present in the augmented network Y)
taxnames
the taxon name of the nodes added to the original graph (default: we select all nodes that are not in g1)
Value
Additional information such as: number of nodes in networks X and Y, clustering coefficient, average degree, number of clusters and node distributions.
Examples
## Report information about the networks of Sample_1
data(Sample_1)
info_network(g1,g2)
## Network characteristics:
## Total of new nodes in network Y: 3
## Number of edges in network Y: 17
## Number of nodes in network Y: 14
## Number of nodes in network X: 11
## Total of pathways to investigate: 55
## Clustering coefficient network Y: 0
## Clustering coefficient network X: 0
## Average degree + std in network Y: 2.428571 + 1.01635
## Average degree + std in network X: 2 + 0.8944272
## Average path length in network Y: 2.119403
## Average path length in network X: 2.162162
## Number of clusters in network Y: 2
## Number of clusters in network X: 2
## Average cluster size + std in network Y: 7 + 7.071068
## Average cluster size + std in network X: 5.5 + 4.949747
## Nodes distribution in network Y (first row taxa, second row count):
## 1 2
## 11 3
Results
R version 3.3.1 (2016-06-21) -- "Bug in Your Hair"
Copyright (C) 2016 The R Foundation for Statistical Computing
Platform: x86_64-pc-linux-gnu (64-bit)
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Type 'demo()' for some demos, 'help()' for on-line help, or
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> library(SDDE)
Loading required package: igraph
Attaching package: 'igraph'
The following objects are masked from 'package:stats':
decompose, spectrum
The following object is masked from 'package:base':
union
Loading required package: doParallel
Loading required package: foreach
Loading required package: iterators
Loading required package: parallel
> png(filename="/home/ddbj/snapshot/RGM3/R_CC/result/SDDE/info_network.Rd_%03d_medium.png", width=480, height=480)
> ### Name: info_network
> ### Title: returns additional information regarding the networks X and Y
> ### (original and augmented).
> ### Aliases: info_network
>
> ### ** Examples
>
> ## Report information about the networks of Sample_1
> data(Sample_1)
> info_network(g1,g2)
Network characteristics:
Total of new nodes in network Y: 3
Number of edges in network Y: 17
Number of nodes in network Y: 14
Number of nodes in network X: 11
Total of pathways to investigate: 55
Clustering coefficient network Y: 0
Clustering coefficient network X: 0
Average degree <U+00B1> std in network Y: 2.428571 <U+00B1> 1.01635
Average degree <U+00B1> std in network X: 2 <U+00B1> 0.8944272
Average path length in network Y: 2.119403
Average path length in network X: 2.162162
Number of clusters in network Y: 2
Number of clusters in network X: 2
Average cluster size <U+00B1> std in network Y: 7 <U+00B1> 7.071068
Average cluster size <U+00B1> std in network X: 5.5 <U+00B1> 4.949747
Nodes distribution in network Y (first row taxa, second row count):
1 2
11 3
> ## Network characteristics:
> ## Total of new nodes in network Y: 3
> ## Number of edges in network Y: 17
> ## Number of nodes in network Y: 14
> ## Number of nodes in network X: 11
> ## Total of pathways to investigate: 55
> ## Clustering coefficient network Y: 0
> ## Clustering coefficient network X: 0
> ## Average degree + std in network Y: 2.428571 + 1.01635
> ## Average degree + std in network X: 2 + 0.8944272
> ## Average path length in network Y: 2.119403
> ## Average path length in network X: 2.162162
> ## Number of clusters in network Y: 2
> ## Number of clusters in network X: 2
> ## Average cluster size + std in network Y: 7 + 7.071068
> ## Average cluster size + std in network X: 5.5 + 4.949747
> ## Nodes distribution in network Y (first row taxa, second row count):
> ## 1 2
> ## 11 3
>
>
>
>
>
> dev.off()
null device
1
>