Calculates multi sample hypothesis tests depending on the class of its input.
multi_sample_htest(value, group, ...)# S3 method for logical
multi_sample_htest(value, group, ...)
# S3 method for factor
multi_sample_htest(value, group, multi_sample_htest.factor = NULL, ...)
# S3 method for character
multi_sample_htest(value, group, ...)
# S3 method for ordered
multi_sample_htest(value, group, multi_sample_htest.ordered = NULL, ...)
# S3 method for numeric
multi_sample_htest(value, group, multi_sample_htest.numeric = NULL, ...)
A named list with length > 0.
Most hypothesis-test-functions in R like t.test
or chisq.test
return an
object of class 'htest'
. 'htest'
-objects are a suitable output for function two_sample_htest
.
Function check_tests
checks if the output is suitable for further processing.
An atomic vector.
A factor, same length as value
.
Passed to methods.
Analog to argument two_sample_htest.numeric
Analog to argument two_sample_htest.numeric
Either NULL
or a function. Default is NULL
.
If a function, then it will replace atable:::multi_sample_htest.numeric
.
The function must mimic multi_sample_htest.numeric
: arguments are
value
, group
and the ellipsis ... .
Result is a named list with length
> 0 with unique names.
multi_sample_htest(logical)
: Casts to factor and then calls method multi_sample_htest
again.
multi_sample_htest(factor)
: Calls chisq.test
.
multi_sample_htest(character)
: Casts value
to factor and then calls method multi_sample_htest
again.
multi_sample_htest(ordered)
: Calls kruskal.test
.
multi_sample_htest(numeric)
: Calls multi_sample_htest
's method on ordered(value)
.
Calculates multi sample hypothesis tests depending on the class of its input.
Results are passed to function format_tests
for the final table.
If you are not pleased with the current hypothesis tests you may alter these functions.
But you must keep the original output-format, see section Value.
Function check_tests
checks if the output of statistics is suitable for further processing.
The function multi_sample_htest
is essentially a wrapper
to standardize the arguments of various hypothesis test functions.