universe_cs: universe_cs

In multifear: Multiverse Analyses for Conditioning Data

universe_cs

Description

Basic function for running a multiverse analysis for a single data set

Usage

universe_cs(
  cs1,
  cs2,
  data,
  subj,
  group = NULL,
  include_bayes = TRUE,
  include_mixed = FALSE,
  phase = "acquisition",
  dv = "scr",
  print_output = TRUE,
  exclusion = "full data",
  cut_off = "full data",
  correction = FALSE,
  meta.effect = "d_to_eta2"
)

Arguments

cs1	The column name(s) of the conditioned responses for the first conditioned stimulus
cs2	The column name(s) of the conditioned responses for the second conditioned stimulus
data	A data frame containing all the relevant columns for the analyses
subj	The name of the column including the participant numbers. Unique numbers are expected
group	the name of the group, if included, default to NULL
include_bayes	Whether the Bayesian analyses should be run. Default to TRUE
include_mixed	Whether the mixed model results should be run. Default to FALSE
phase	The conditioned phase that the analyses refer to. Accepted values are acquisition, acq, extinction, or ext
dv	name of the measured conditioned response. Default to "SCR"
print_output	Whether to print the output or not. Default set to TRUE
exclusion	Name of the data reduction procedure used. Default to full data
cut_off	cut off score
correction	whether the Greenhouse-Geisser correction should be applied or not. Default to FALSE
meta.effect	How the meta-analytic effect should be computed.

Details

In case of higher order interaction, only the highest order effect is shown.

In case the CSs include only 1 observation per participant, or of unequal numbers of CS trials, the function will return the warning ""Skipping ANOVA due to the number of trials for the cs1 and/or cs2."".

Value

A tibble with the following column names: x: the name of the independent variable (e.g., cs) y: the name of the dependent variable as this defined in the dv argument exclusion: see exclusion argument model: the model that was run (e.g., t-test) controls: ignore this column for this test method: the method used p.value: the reported p-value effect.size: the reported effect size estimate: the estimate of the test run statistic: the value of the test conf.low: the lower confidence interval for the estimate conf.high: the higher confidence interval for the estimate framework: were the data analysed within a NHST or Bayesian framework? data_used: a list with the data used for the specific test

Examples

# Load data and define argument to be fed in universe_cs
data("example_data", package = "multifear")
example_data <- example_data[1:10, ]
cs1 <- paste0("CSP", 1:10)
cs2 <- paste0("CSM", 1:10)
subj = "id"
multifear::universe_cs(cs1, cs2, subj = subj, data = example_data, include_bayes = FALSE)

multifear documentation built on Sept. 24, 2023, 1:06 a.m.