`cramers_v()`

correctly does not work with 1-dimentional tables (for goodness-of-fit tests).`interpret_d()`

,`interpret_g()`

, and`interpret_delta()`

are now`interpret_cohens_d()`

,`interpret_hedges_g()`

, and`interpret_glass_delta()`

.`interpret_parameters()`

was removed. Use`interpret_r()`

instead (with caution!).- Phi, Cohen’s
*w*, Cramer’s*V*, ANOVA effect sizes, rank Epsilon squared, Kendall’s*W*- CIs default to 95% one-sided CIs (`alternative = "greater"`

). (To restore previous behavior, set`ci = .9, alternative = "two.sided"`

.) `adjust()`

,`change_scale()`

,`normalize()`

,`ranktransform()`

,`standardize()`

(data), and`unstandardize()`

have moved to the new`{datawizard}`

package!

`pearsons_c()`

(and`chisq_to_pearsons_c()`

) for estimating Pearson’s contingency coefficient.`interpret_vif()`

for interpretation of*variance inflation factors*.`oddsratio_to_riskratio()`

can now convert OR coefficients to RR coefficients from a logistic GLM(M).- All effect-size functions gain an
`alternative`

argument which can be used to make one- or two-sided CIs. `interpret()`

now accepts as input the results from`cohens_d()`

,`eta_squared()`

,`rank_biserial()`

, etc.`interpret_pd()`

for the interpretation of the*Probability of Direction*.

`kendalls_w()`

CIs now correctly bootstrap samples from the raw data (previously the rank-transformed data was sampled from).`cohens_d()`

,`sd_pooled()`

and`rank_biserial()`

now properly respect when`y`

is a grouping character vector.`effectsize()`

for Chi-squared test of goodness-of-fit now correctly respects non-uniform expected probabilities ( #352 ).

`interpret_bf()`

now acceptsas input.`log(BF)`

`eta_squared()`

family now indicate the type of sum-of-squares used.`rank_biserial()`

estimates CIs using the normal approximation (previously used bootstrapping).

`hedges_g()`

now used exact bias correction (thanks to @mdelacre for the suggestion!)

`glass_delta()`

now estimates CIs using the NCP method based on Algina et al (2006).

`eta_squared()`

family returns correctly returns the type 2/3 effect sizes for mixed ANOVAs fit with`afex`

.`cohens_d()`

family now correctly deals with missing factor levels ( #318 )`cohens_d()`

/`hedges_g()`

minor fix for CI with unequal variances.

`mad_pooled()`

(the robust version of`sd_pooled()`

) now correctly pools the the two samples.

`standardize_parameters()`

+`eta_sqaured()`

support`tidymodels`

(when that the underlying model is supported; #311 ).`cohens_d()`

family now supports`Pairs()`

objects as input.`standardize_parameters()`

gains the`include_response`

argument (default to`TRUE`

) ( #309 ).

`kendalls_w()`

now actually returns correct effect size. Previous estimates were incorrect, and based on transposing the groups and blocks.

`effectsize`

now supports `R >= 3.4`

.

`standardize_parameters()`

now supports bootstrapped estimates (from`parameters::bootstrap_model()`

and`parameters::bootstrap_parameters()`

).`unstandardize()`

which will reverse the effects of`standardize()`

.`interpret_kendalls_w()`

to interpret Kendall’s coefficient of concordance.`eta_squared()`

family of functions can now also return effect sizes for the intercept by setting`include_intercept = TRUE`

( #156 ).

`standardize()`

can now deal with dates ( #300 ).

`oddsratio()`

and`riskratio()`

- order of groups has been changed (the*first*groups is now the**treatment group**, and the*second*group is the**control group**), so that effect sizes are given as*treatment over control*(treatment / control) (previously was reversed). This is done to be consistent with other functions in R and in`effectsize`

.

`cohens_h()`

effect size for comparing two independent proportions.`rank_biserial()`

,`cliffs_delta()`

,`rank_epsilon_squared()`

and`kendalls_w()`

functions for effect sizes for rank-based tests.`adjust()`

gains`keep_intercept`

argument to keep the intercept.`eta_squared()`

family of functions supports`Anova.mlm`

objects (from the`car`

package).`effectsize()`

:supports Cohen’s

*g*for McNemar’s test.Extracts OR from Fisher’s Exact Test in the 2x2 case.

`eta2_to_f2()`

/`f2_to_eta2()`

to convert between two types of effect sizes for ANOVA ( #240 ).`cohens_d()`

family of functions gain`mu`

argument.

`adjust()`

properly works when`multilevel = TRUE`

.`cohens_d()`

family /`sd_pooled()`

now properly fails when given a missing column name.

`effectsize()`

for`htest`

objects now tries first to extract the data used for testing, and computed the effect size directly on that data.`cohens_d()`

family /`sd_pooled()`

now respect any transformations (e.g.`I(log(x) - 3) ~ factor(y)`

) in a passed formula.`eta_squared()`

family of functions gains a`verbose`

argument.`verbose`

argument more strictly respected.`glass_delta()`

returns CIs based on the bootstrap.

`cohens_d()`

and`glass_delta()`

: The`correction`

argument has been deprecated, in favor of it being correctly implemented in`hedges_g()`

( #222 ).`eta_squared_posterior()`

no longer uses`car::Anova()`

by default.

`effectsize()`

gains`type =`

argument for specifying which effect size to return.`eta_squared_posterior()`

can return a generalized Eta squared.`oddsratio()`

and`riskratio()`

functions for 2-by-2 contingency tables.`standardize()`

gains support for`mediation::mediate()`

models.`eta_squared()`

family available for`manova`

objects.

`eta_squared()`

family of functions returns non-partial effect size for one-way between subjects design (#180).

`hedges_g()`

correctly implements the available bias correction methods ( #222 ).Fixed width of CI for Cohen’s

*d*and Hedges’*g*when using*non*-pooled SD.

`standardize_parameters()`

for multi-component models (such as zero-inflated) now returns the unstandardized parameters in some cases where standardization is not possible (previously returned`NA`

s).Column name changes:

`eta_squared()`

/`F_to_eta2`

families of function now has the`Eta2`

format, where previously was`Eta_Sq`

.`cramers_v`

is now`Cramers_v`

`effectsize()`

added support for`BayesFactor`

objects (Cohen’s*d*, Cramer’s*v*, and*r*).`cohens_g()`

effect size for paired contingency tables.Generalized Eta Squared now available via

`eta_squared(generalized = ...)`

.`eta_squared()`

,`omega_squared()`

and`epsilon_squared()`

fully support`aovlist`

,`afex_aov`

and`mlm`

(or`maov`

) objects.`standardize_parameters()`

can now return Odds ratios / IRRs (or any exponentiated parameter) by setting`exponentiate = TRUE`

.Added

`cohens_f_squared()`

and`F_to_f2()`

for Cohen’s*f*-squared.`cohens_f()`

/`cohens_f_squared()`

can be used to estimate Cohen’s*f*for the R-squared change between two models.`standardize()`

and`standardize_info()`

work with weighted models / data ( #82 ).Added

`hardlyworking`

(simulated) dataset, for use in examples.`interpret_*`

( #131 ):`interpret_omega_squared()`

added`"cohen1992"`

rule.`interpret_p()`

added*Redefine statistical significance*rules.

`oddsratio_to_riskratio()`

for converting OR to RR.

CIs for Omega-/Epsilon-squared and Adjusted Phi/Cramer’s V return 0s instead of negative values.

`standardize()`

for data frames gains the`remove_na`

argument for dealing with`NA`

s ( #147 ).`standardize()`

and`standardize_info()`

now (and by extension,`standardize_parameters()`

) respect the weights in weighted models when standardizing ( #82 ).Internal changes to

`standardize_parameters()`

(reducing co-dependency with`parameters`

) - argument`parameters`

has been dropped.

`ranktransform(sign = TURE)`

correctly (doesn’t) deal with zeros.`effectsize()`

for`htest`

works with Spearman and Kendall correlations ( #165 ).`cramers_v()`

and`phi()`

now work with goodness-of-fit data ( #158 )`standardize_parameters()`

for post-hoc correctly standardizes transformed outcome.Setting

`two_sd = TRUE`

in`standardize()`

and`standardize_parameters()`

(correctly) on uses 2-SDs of the predictors (and not the response).`standardize_info()`

/`standardize_parameters(method = "posthoc")`

work for zero-inflated models ( #135 )`standardize_info(include_pseudo = TRUE)`

/`standardize_parameters(method = "pseudo")`

are less sensitive in detecting between-group variation of within-group variables.`interpret_oddsratio()`

correctly treats extremely small odds the same as treats extremely large ones.

`standardize_parameters(method = "pseudo")`

returns pseudo-standardized coefficients for (G)LMM models.`d_to_common_language()`

for common language measures of standardized differences (a-la Cohen’s d).

`r_to_odds()`

family is now deprecated in favor of`r_to_oddsratio()`

.`interpret_odds()`

is now deprecated in favor of`interpret_oddsratio()`

`phi()`

and`cramers_v()`

did not respect the CI argument ( #111 ).`standardize()`

/`standardize_parameters()`

properly deal with transformed data in the model formula ( #113 ).`odds_to_probs()`

was mis-treating impossible odds (NEVER TELL ME THE ODDS! #123 )

`eta_squared_posterior()`

for estimating Eta Squared for Bayesian models.`eta_squared()`

,`omega_squared()`

and`epsilon_squared()`

now works with`ols`

/`rms`

models.

`effectsize()`

for class`htest`

supports`oneway.test(...)`

.

Fix minor miss-calculation of Chi-squared for 2*2 table with small samples ( #102 ).

Fixed miss-calculation of signed rank in

`ranktransform()`

( #87 ).Fixed bug in

`standardize()`

for standard objects with non-standard class-attributes (like vectors of class`haven_labelled`

or`vctrs_vctr`

).Fix

`effectsize()`

for one sample`t.test(...)`

( #95 ; thanks to pull request by @mutlusun )

`standardize_parameters()`

now returns CIs ( #72 )`eta_squared()`

,`omega_squared()`

and`epsilon_squared()`

now works with`gam`

models.`afex`

models.`lme`

and`anova.lme`

objects.

New function

`equivalence_test()`

for effect sizes.New plotting methods in the

`see`

package.

New general purpose

`effectsize()`

function.Effectsize for differences have CI methods, and return a data frame.

Effectsize for ANOVA all have CI methods, and none are based on bootstrapping.

New effect sizes for contingency tables (

`phi()`

and`cramers_v()`

).`chisq_to_phi()`

/`cramers_v()`

functions now support CIs (via the ncp method), and return a data frame.`F_to_eta2()`

family of functions now support CIs (via the ncp method), and return a data frame.`t_to_d()`

and`t_to_r()`

now support CIs (via the ncp method), and return a data frame.`standardize()`

for model-objects has a default-method, which usually accepts all models. Exception for model-objects that do not work will be added if missing.`standardize.data.frame()`

gets`append`

and`suffix`

arguments, to add (instead of replace) standardized variables to the returned data frame.`eta_squared()`

,`omega_squared()`

and`epsilon_squared()`

now worksoutput from

`parameters::model_parameters()`

.`mlm`

models.

Fix

`cohens_d()`

’s dealing with formula input (#44).`sd_pooled()`

now returns the… pooled sd (#44).

- In
`t_to_d()`

, argument`pooled`

is now`paired`

.

`standardize.data.frame()`

did not work when variables had missing values.Fixed wrong computation in

`standardize()`

when`two_sd = TRUE`

.Fixed bug with missing column names in

`standardize_parameters()`

for models with different components (like count and zero-inflation).

- News are hidden in an air of mystery…

`standardize_parameters()`

and`standardize()`

now support models from packages*brglm*,*brglm2*,*mixor*,*fixest*,*cgam*,*cplm*,*cglm*,*glmmadmb*and*complmrob*.

- Fix CRAN check issues.