
Report statistics from regression summary tables inline
Source:R/inline_text.tbl_uvregression.R
inline_text.tbl_uvregression.Rd
Extracts and returns statistics from a table created by the tbl_uvregression
function for inline reporting in an R markdown document.
Detailed examples in the
inline_text vignette
Usage
# S3 method for class 'tbl_uvregression'
inline_text(
x,
variable,
level = NULL,
pattern = "{estimate} ({conf.level*100}% CI {conf.low}, {conf.high}; {p.value})",
estimate_fun = x$inputs$estimate_fun,
pvalue_fun = label_style_pvalue(prepend_p = TRUE),
...
)
Arguments
- x
(
tbl_uvregression
)
Object created bytbl_uvregression()
- variable
(
tidy-select
)
A single variable name of statistic to present- level
(
string
)
Level of the variable to display for categorical variables. Default isNULL
- pattern
(
string
)
String indicating the statistics to return. Usesglue::glue()
formatting. Default isNULL
- estimate_fun
(
function
)
Function to style model coefficient estimates. Columns'estimate'
,'conf.low'
, and'conf.high'
are formatted. Default isx$inputs$estimate_fun
- pvalue_fun
function to style p-values and/or q-values. Default is
label_style_pvalue(prepend_p = TRUE)
- ...
These dots are for future extensions and must be empty.
pattern argument
The following items (and more) are available to print. Use print(x$table_body)
to
print the table the estimates are extracted from.
{estimate}
coefficient estimate formatted with 'estimate_fun'{conf.low}
lower limit of confidence interval formatted with 'estimate_fun'{conf.high}
upper limit of confidence interval formatted with 'estimate_fun'{p.value}
p-value formatted with 'pvalue_fun'{N}
number of observations in model{label}
variable/variable level label
Examples
inline_text_ex1 <-
trial[c("response", "age", "grade")] %>%
tbl_uvregression(
method = glm,
method.args = list(family = binomial),
y = response,
exponentiate = TRUE
)
inline_text(inline_text_ex1, variable = age)
#> [1] "1.02 (95% CI 1.00, 1.04; p=0.10)"
inline_text(inline_text_ex1, variable = grade, level = "III")
#> [1] "1.10 (95% CI 0.52, 2.29; p=0.8)"