Title: Lag-Sequential Categorical Data Analysis
Author: Zakary A. Draper & Brian P. O'Connor
Description: Lag-sequential analysis is a method of assessing of patterns (what tends to
follow what?) in sequences of codes. The codes are typically for discrete
behaviors or states. The functions in this package read a stream of codes,
or a frequency transition matrix, and produce a variety of lag sequential
statistics, including transitional frequencies, expected transitional frequencies,
transitional probabilities, z values, adjusted residuals, Yule's Q values,
likelihood ratio tests of stationarity across time and homogeneity across groups
or segments, transformed kappas for unidirectional dependence, bidirectional
dependence, parallel and nonparallel dominance, and significance levels based on
both parametric and randomization tests. The methods are described in
Packaged: 2019-05-15 09:45:58 UTC; brianoconnor

= "Dennis", family = "Murphy", role="ctb"))
Author: Michael Friendly and Dennis Murphy
Description: This package provides the tables from Sean Lahman's
Baseball Database as a set of R data.frames.  It uses the data
on pitching, hitting and fielding performance and other tables
from 1871 through 2010, as recorded in version 5.8 of the
Suggests: lattice, ggplot2, googleVis, data.table, vcd, plyr

Suggests: lattice, ggplot2, googleVis, data.table, vcd

Authors@R: c(person(given = "Michael", family = "Friendly", role="aut", email="friendly@yorku.ca"),
person(given ="Chris", family = "Dalzell", role=c("cre","aut"), email="cdalzell@gmail.com"),
person(given ="Martin", family = "Monkman", role="aut"),
person(given= "Dennis", family = "Murphy", role="aut"),
person(given ="Vanessa", family = "Foot", role="ctb"),
person(given = "Justeena", family = "Zaki-Azat", role="ctb"),
person(given = "Sean", family = "Lahman", role="cph")
Description: Provides the tables from the 'Sean Lahman Baseball Database' as
a set of R data.frames. It uses the data on pitching, hitting and fielding
performance and other tables from 1871 through 2021, as recorded in the 2022
version of the database. Documentation examples show how many baseball
Suggests: lattice, ggplot2, googleVis, data.table, vcd, reshape2,