ICC1                    Estimate Intraclass Correlation Coefficient 1
                        or ICC(1) from an aov model
ICC2                    Intraclass Correlation Coefficient 2 or ICC(2)
                        from an aov model
ad.m                    Average deviation around mean or median
ad.m.sim                Simulate significance of average deviation
                        around mean or median
awg                     Brown and Hauenstein (2005) awg agreement index
bh1996                  Data from Bliese and Halverson (1996)
bhr2000                 Data from Bliese, Halverson and Rothberg (2000)
boot.icc                Bootstrap ICC values in 2-level data
chen2005                Data from Chen (2005)
cohesion                Small nested cohesion data frame
cordif                  Estimate whether two independent correlations
                        differ
cordif.dep              Estimate whether two dependent correlations
                        differ
cronbach                Estimate Cronbach's Alpha
dgm.code                Create Coding Matrix for Discontinuous Growth
                        Model
gmeanrel                Group Mean Reliability from an lme model (nlme
                        package)
graph.ran.mean          Graph Random Group versus Actual Group
                        distributions
item.total              Item-total correlations
klein2000               Data from Klein, Bliese, Kozlowski et al.,
                        (2000)
lq2002                  Data used in special issue of Leadership
                        Quarterly, Vol. 13, 2002
make.univ               Convert data from multivariate to univariate
                        form
mix.data                Randomly mix grouped data
mult.icc                Multiple ICCs from a dataset
mult.make.univ          Convert two or more variables from multivariate
                        to univariate form
paneldat                Firm-Level Panel Data from Donald J. (DJ)
                        Schepker
quantile.agree.sim      S3 method for class 'agree.sim'
quantile.disagree.sim   S3 method for class 'disagree.sim'
quantile.rgr.waba       S3 method for class 'rgr.waba'
ran.group               Randomly mix grouped data and return function
                        results
rgr.agree               Random Group Resampling for Within-group
                        Agreement
rgr.ols                 Random Group Resampling OLS Regression
rgr.waba                Random Group Resampling of Covariance Theorem
                        Decomposition
rmv.blanks              Remove blanks spaces from non-numeric variables
                        imported from SPSS dataframes
rtoz                    Conducts an r to z transformation
rwg                     James et al., (1984) agreement index for single
                        item measures
rwg.j                   James et al., (1984) agreement index for
                        multi-item scales
rwg.j.lindell           Lindell et al. r*wg(j) agreement index for
                        multi-item scales
rwg.j.sim               Simulate rwg(j) values from a random null
                        distribution
rwg.sim                 Simulate rwg values from a random null
                        distribution
sam.cor                 Generate a Sample that Correlates a Given
                        Vector
sherifdat               Sherif (1935) group data from 3 person teams
sim.icc                 Simulate 2-level ICC(1) values with and without
                        level-1 correlation
sim.mlcor               Simulate a multilevel correlation
simbias                 Simulate Standard Error Bias in Non-Independent
                        Data
sobel                   Estimate Sobel's (1982) Test for Mediation
summary.agree.sim       S3 method for class 'agree.sim'
summary.disagree.sim    S3 method for class 'disagree.sim'
summary.rgr.agree       S3 method for class 'rgr.agree'
summary.rgr.waba        S3 method for class 'rgr.waba'
tankdat                 Tank data from Bliese and Lang (2016)
univbct                 Data from Bliese and Ployhart (2002)
waba                    Covariance Theoreom Decomposition of Bivariate
                        Two-Level Correlation
