(Partial Triadic Analysis), STATIS(), STATISDUAL() and TUCKER3(), which perform analysis of a sequence

Title: GUI for Cohen's and Fleiss' Kappa
Description: Offers a complete and interactive GUI to work out Cohen's

Description: Offers a complete and interactive GUI to work out Cohen's and Fleiss' Kappa.

Packaged: 2015-03-26 09:08:50 UTC; Pingouache

Description: Offers a Shiny user interface to work out Cohen's and Fleiss' Kappa.

Description: A Shiny front-end for the package 'irr' to compute Cohen's and Fleiss' Kappa.

Title: An R-Shiny Application for Calculating Cohen's and Fleiss' Kappa
Description: Offers a graphical user interface for the evaluation of inter-rater agreement with Cohen's and Fleiss' Kappa. The calculation of kappa statistics is done using the R package 'irr', so that 'KappaGUI' is essentially a Shiny front-end for 'irr'.

Title: Calculates "vectorial Kappa", an index of congruence between
Description: this package allows to quantify the congruence between two
patchy mosaics or landscapes. This "vectorial Kappa" approach
extends the principle of Cohen's Kappa index by calculating
areas of intersected patches between two mosaics rather than
agreement between pixels. It provides an exact alternative for
patchy mosaics when a Kappa index is needed.
Depends: maptools, sp, rgeos, gpclib, PresenceAbsence, R(>= 2.15.0)
Packaged: 2012-12-13 08:49:17 UTC; vincent.bonhomme

Description: this package allows to quantify the congruence between two patchy mosaics or landscapes. This "vectorial Kappa" approach extends the principle of Cohen's Kappa index by calculating areas of intersected patches between two mosaics rather than agreement between pixels. It provides an exact alternative for patchy mosaics when a Kappa index is needed.
Depends: maptools, sp, rgeos, PresenceAbsence, R(>= 2.15.0)

Description: this package allows to quantify the congruence between two patchy
mosaics or landscapes. This "vectorial Kappa" approach extends the
principle of Cohen's Kappa index by calculating areas of intersected
patches between two mosaics rather than agreement between pixels. It
provides an exact alternative for patchy mosaics when a Kappa index is
Depends: PresenceAbsence, maptools, rgeos, sp