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Read ego-centered network data exported with EgoNet software as an egor object

Source: R/read.ego.folders.R
read_egonet.Rd

This function imports ego-centered network data from folders with separate files for alters-level and edge data. It will run some basic checks upon the completeness of the data and inform the user of potential problems. This function can be used to import data exported from EgoNet (McCarty 2011).

Usage

read_egonet(
  egos.file,
  alter.folder,
  edge.folder,
  csv.sep = ",",
  ID.vars = list(ego = "egoID", alter = "alterID", source = "Source", target = "Target"),
  first.col.row.names = FALSE,
  ...
)

Arguments

egos.file

File name of the .csv file containing the ego data.

alter.folder

Folder name of the folder containing the alter data in separate .csv files for each ego/ network.

edge.folder

Folder name of the folder containing the edge/ tie data in separate .csv files for each ego/ network.

csv.sep

Character indicating the separator used in csv files.

ID.vars

A named list containing column names of the relevant input columns:

ego

unique identifier associated with each ego, defaulting to "egoID"; has no effect if alters.df and aaties.df are both lists of data frames.

alter

unique-within-ego identifier associated with each alter, defaulting to "alterID"; optional aaties.df are not provided.

source

if aaties.df is provided, the column given the alter identifier of the origin of a relation.

target

if aaties.df is provided, the column given the alter identifier of the destination of a relation.

first.col.row.names

Boolean indicating if first column contains row names, that are to be skipped, default is FALSE.

...

additional arguments to egor().

Value

An egor object is returned. It is a list of three data frames: (1) ego: dataframe of all egos and their attributes; (2) alter: dataframe of all alters; (3) aatie: dataframe of alter alter ties/ edges

Examples

egos.file <-  system.file("extdata", "egos_32.csv", package = "egor")
alters.folder <- system.file("extdata", "alters_32", package = "egor")
edge.folder <-  system.file("extdata", "edges_32", package = "egor")

ef <- read_egonet(egos.file = egos.file, 
                          alter.folder = alters.folder, 
                          edge.folder = edge.folder, 
                          csv.sep = ";")
#> Reading ego data.
#> Checking if alter.files and edge.files correspond
#> Creating $alters.df and $alters.list
#> Creating edge lists: $edges