'RStudio' Addin for Editing a 'data.frame'
shiny (>= 0.13), miniUI (>= 0.1.1), rstudioapi (>= 0.5), DT,
tibble
An 'RStudio' addin for editing a 'data.frame' or a 'tibble'. You can delete, add or update a 'data.frame'
without coding. You can get resultant data as a 'tibble' or 'data.frame'.

An 'RStudio' addin for editing a 'data.frame' or a 'tibble'. You can delete, add or update a 'data.frame'
without coding. You can get resultant data as a 'data.frame'. In the package, modularized shiny app codes are provided.
These module are intended for reuse across applications.

An 'RStudio' addin for editing a 'data.frame' or a 'tibble'. You can delete, add or update a 'data.frame'
without coding. You can get resultant data as a 'data.frame'. In the package, modularized 'shiny' app codes are provided.
These modules are intended for reuse across applications.

shiny (>= 0.13), miniUI (>= 0.1.1), rstudioapi (>= 0.5), DT(>=
0.17), tibble, dplyr, rio, magrittr, shinyWidgets, openxlsx

Facilitates reading of lineair (in)equalities and
converting them to a matrix format (and vice versa)

Convert readable linear (in)equalities into matrix form.
Facilitates reading of linear (in)equalities, converting
them into matrix format (and vice versa) and checking if data
are valid according to these rules.  This package can be useful
as input for automatic correction methods (imputation).

R package for parsing and manipulating edit rules
Facilitates reading of linear (in)equalities, converting
them into matrix format (and vice versa) and checking if data
are valid according to these rules.  This package can be used
as input for automatic correction methods (imputation).
'check.R' 'editmatrix.R' 'editmatrixAttr.R' 'pkg.R' 'reduce.R'

'check.R' 'editmatrix.R' 'editmatrixAttr.R' 'findBlocks.R'
'pkg.R' 'reduce.R'

Facilitates reading and manipulation of linear
(in)equalities, converting them into matrix format (and vice
versa) and checking if data are valid according to these rules.
Sets of linear edits can be manipulated using Fourier-Motzkin
elimination and variable substitution and solving error
localization problems based on the generalized principle of
Felligi and Holt.
'check.R' 'choicepoint.R' 'cpeditmatrix.R' 'editmatrixAttr.R'
'editmatrix.R' 'eliminate.R' 'findBlocks.R' 'pkg.R' 'reduce.R'