The hardware and bandwidth for this mirror is donated by dogado GmbH, the Webhosting and Full Service-Cloud Provider. Check out our Wordpress Tutorial.
If you wish to report a bug, or if you are interested in having us mirror your free-software or open-source project, please feel free to contact us at mirror[@]dogado.de.
First public release.
boxplot3d() and boxplot3d_interactive():
triaxial (three continuous variables) box plots comparing groups, with
four whisker conventions (Tukey, fixed-percentile, mean +/- SD,
letter-value). The _interactive() version draws a single
rotatable 3D plotly scene with live controls (whisker
convention, raw/standardized scale, 2D axis-pair panels, color-by any
categorical column); boxplot3d() draws the same four
conventions as three linked 2D projections using base graphics
only.boxplot3d_significance(): per-axis and joint (3D)
significance testing to accompany the box plots above, combining a
parametric test (Welch t-test/ANOVA per axis, MANOVA for the joint test)
and a non-parametric test (Wilcoxon/Kruskal-Wallis per axis, a
dependency-free permutation PERMANOVA for the joint test) in
parallel.ttest_plot(): a didactic 2D plot of the t-distribution
density with the critical (rejection) region shaded and the observed
t-statistic marked, from raw data or from a manual
t/df pair.ttest_plot3d(): two-group bivariate density comparison
on two continuous variables, drawn as overlapping 3D density surfaces,
with per-axis t-tests and a joint Hotelling’s T-squared test.manova_plot3d(): the >2-group generalization of
ttest_plot3d(), with a one-way MANOVA omnibus test (Wilks’
lambda) and Bonferroni, Tukey, Fisher’s LSD, and Dunnett post-hoc
comparisons.chisq_plot3d(): association between two categorical
variables as a 3D bar chart of standardized (Pearson) residuals, with
Cochran’s-rule and Simpson’s-paradox (descriptive + formal Gail-Simon)
diagnostics.paired_plot3d(): repeated-measures/pre-post comparison
on two continuous variables at once, with paired t-tests per variable
and a joint paired Hotelling’s T-squared test.irt_plot3d(): Item Response Theory item calibration map
(via mirt) drawing every item’s characteristic curve(s) in
3D against a shared ability (theta) axis, with a linked
ability/difficulty histogram panel.plotly-based 3D function ships live, pre-computed
controls (opacity, view/projection buttons, and function-specific
selectors) that recompute instantly in the browser without calling R
again.chisq_plot3d() and irt_plot3d()
additionally offer a “3D / 2D” orthographic view toggle and a
lang = c("es", "en") argument translating every on-plot
label, hover string, and message.vignette("visual-kaito"))
covers all nine functions with runnable examples and a comparison to
related packages (ggstatsplot, ggpubr,
rstatix, effectsize,
superb).citation("visual.kaito")) via
CITATION.cff and inst/CITATION, including a
Zenodo DOI.These binaries (installable software) and packages are in development.
They may not be fully stable and should be used with caution. We make no claims about them.
Health stats visible at Monitor.