report_cor_table | R Documentation |
This function, creates (and optionally saves) a correlation table with summary statistics. It accepts correlation matrices from various functions in this package as its first argument
report_cor_table(
cor_matrix,
ci = c("given", "z_transform", "simple_SE"),
n = NULL,
add_distributions = FALSE,
data = NULL,
filename = NULL,
notes = list(NULL),
stars = NULL,
add_title = FALSE,
extras = NULL,
apa_style = TRUE,
...
)
cor_matrix |
A correlation matrix, for example returned from
|
ci |
Method to create CI - default is to use any given in the cor_matrix, and otherwise to compute them using z-transformations. The simple SE method should not be used, but is provided for compatibility. |
n |
Number of observations to calculate confidence intervals - only needed if cor_matrix does not contain degrees of freedom (df) or numbers of observations (n) and confidence intervals are to be calculated using z-transformations |
add_distributions |
Add graphs showing variable distributions? |
data |
Original data, only needed if |
filename |
the file name to create on disk. Include '.html' extension to best preserve formatting (see gt::gtsave for details) |
notes |
List of additional notes to show under the table. |
stars |
A character vector to change the significance symbols (see details below) |
add_title |
Should title be added to table? Set to TRUE for default title or to character for custom title |
extras |
Tibble of additional columns to be added after the descriptives column -
needs to be sorted in the same order as the |
apa_style |
Logical, should APA-style formatting be applied |
... |
Arguments passed on to
|
A table that can be printed in the RStudio console to be shown in the
viewer. Unless it is to be post-processed with further gt
functions, it should
usually be saved by passing a filename argument.
Based on the apaTables apa.cor.table()
function, but adapted to
accept weighted correlation matrices and work with the gt
package instead. Code
for calculation of confidence intervals adapted from
https://medium.com/@shandou/how-to-compute-confidence-interval-for-pearsons-r-a-brief-guide-951445b9cb2d'
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