Description: Provides function transform_mathjax() to transform equations
defined using 'MathML', 'LaTeX' or 'ASCIIMathML' notation
into format 'SVG' or 'Office Open XML Math'. The 'XML'
result can then be included in 'HTML', 'Microsoft Word'
documents or 'Microsoft PowerPoint' presentations by using
a 'Markdown' document or the R package 'officer'.
Imports: rappdirs, xml2, xslt, locatexec
Packaged: 2021-04-09 07:05:23 UTC; davidgohel

Packaged: 2021-08-04 07:46:23 UTC; davidgohel

Description: Provides function to transform latex math expressions
into format 'HTML' or 'Office Open XML Math'. The 'XML'
Packaged: 2022-06-13 21:56:40 UTC; davidgohel

Title: Traditional Methods for Test Score Equating
Description: In educational and psychological measurement multiple
forms of a test are often created, where forms are intended to
be identical in difficulty and statistical characteristics. In
the likely case that forms differ in difficulty, statistical
methods of equating and linking allow for the conversion of
scores on one form to the scale of another, essentially
creating parallel forms. The equate package contains functions
for traditional equating, including mean, linear, and
equipercentile equating and methods for pre- and post-smoothing

Description: The equate package contains functions for traditional
equating under both random groups and nonequivalent groups with
anchor test designs. Mean, linear, and equipercentile equating
are supported as are methods for univariate and bivariate

Title: Statistical Methods for Test Score Equating
Description: The equate package contains functions for non-IRT equating
under both random groups and nonequivalent groups with anchor
test designs. Mean, linear, equipercentile and circle-arc
equating are supported, as are methods for univariate and
bivariate presmoothing of score distributions. Specific
equating methods currently supported include Tucker, Levine
observed score, Levine true score, Braun/Holland, frequency

equating methods currently supported include nominal weights,
Tucker, Levine observed score, Levine true score,
Braun/Holland, frequency estimation, and chained equating.