View source: R/netfacs_multiple.R

multiple.netfacs | R Documentation |

`netfacs`

function across multiple
levels of the condition and puts them in a listThis function is deprecated. Please see `netfacs_multiple`

instead

multiple.netfacs( data, condition = NULL, duration = NULL, ran.trials = 1000, control = NULL, random.level = NULL, combination.size = NULL, tail = "upper.tail", use_parallel = TRUE, n_cores = 2 )

`data` |
A binary matrix with one column per element, and one row per event, consisting of 1 (element was active during that event) and 0 (element was not active). |

`condition` |
character vector of same length as 'data' that contains information on the condition each event belongs to, so probabilities can be compared across conditions |

`duration` |
A numeric vector that contains information on the duration of each event; if NULL, all events are assumed to have equal duration. |

`ran.trials` |
Number of randomisations that will be performed to find the null distribution. |

`control` |
A list of vectors that are used as control variables. During bootstraps, the ratio of events in each level will be adapted. So, for example, if in the test distribution, there are three angry participants for each happy participant, the null distribution will maintain that ratio. |

`random.level` |
A character vector of the level on which the randomization should take place. If NULL, the randomization takes place on the event level (i.e., every row can either be selected or not); if a vector is provided, the randomization takes place on the levels of that vector rather than individual events. |

`combination.size` |
A positive integer, indicating the maximum combination size of element combinations. Higher numbers will increase computation time. Default is 2. |

`tail` |
Either 'upper.tail' (proportion of null probabilities that are larger than observed probabilities), or 'lower.tail' (proportion of null probabilities that are smaller than observed probabilities); default is 'upper.tail'. |

`use_parallel` |
Logical, indicating whether randomization or bootstrap
should be parallelized (default is |

`n_cores` |
Numeric, indicating the number cores to be used for parallelization. Default is 2. |

Function returns for each level of the condition a list equivalent to the results of the netfacs function; can be used to create multiple networks and graphs at the same time

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