Statistical Software Components

from Boston College Department of Economics
Boston College, 140 Commonwealth Avenue, Chestnut Hill MA 02467 USA.
Contact information at EDIRC.
Series data maintained by Christopher F Baum ().

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SBRI: Stata module to calculate the Spearman-Brown reliability: Nicola Orsini
SBROWNI: Stata module to calculate Spearman-Brown reliability correction for test length: Herve M. Caci
SCAT3: Stata module for crude three-dimensional graphics: Nicholas Cox
SCHEME_RBN1MONO: Stata module to provide a minimal monochrome graphics scheme: Roger Benedict Newson
ScoreContributions: Ox function to enable differentiation of vector-valued functions: Michael Creel
SCORES: Stata module to calculate scores of variables depending on user specified number of missings: Dirk Enzmann
SDECODE: Stata module to decode a numeric variable into a string variable: Roger Benedict Newson
SDLINE: Stata module to plot SD line or reduced major axis: Nicholas Cox
SDTEST: Stata modules (corrected) sdtest, sdtesti: Bill Sribney
SEAST: Stata module to calculate tests for seasonality with a variable population at risk: Mark S. Pearce and Richard Feltbower
SEG: Stata module to compute multiple-group diversity and segregation indices: Sean F. Reardon
SELECTVARS: Stata module for selecting all possible n-tuples from a varlist: Nicholas Cox
SEMEAN: Stata module to compute standard error of mean (optionally from transformed data): Christopher Baum
Semi-Parametric Binary And Sample Selection Code: Yuriy Tchamourliyski
SENCODE: Stata module to encode a string variable non-alphanumerically into a numeric variable: Roger Benedict Newson
SENSATT: Stata module to compute sensitivity for matching estimators: Tommaso Nannicini
SENSPEC: Stata module to compute sensitivity and specificity results saved in generated variables: Roger Benedict Newson
SEQ: Stata module to generate sequences of integers: Nicholas Cox
SEQLOGIT: Stata module to fit a sequential logit model: Maarten L. Buis
SF36: Stata module to calculate summary statistics for the SF-36 Health Survey Instrument: Philip Ryan
SHAPLEY: Stata module to perform additive decomposition of sample statistic: Stanislav Kolenikov
SHEAFCOEF: Stata module to compute sheaf coefficients: Maarten L. Buis
SHORTDIR: Stata module to return the short Windows directory path name: Dan Blanchette
SHORTH: Stata module for descriptive statistics based on shortest halves: Nicholas Cox
SHOWGPH: Stata module to to show graphs previously saved: Jan Brogger and Nicholas Cox
SHOWNEAR: Stata module to show nearby values of numeric variable: Nicholas Cox
SHP2DTA: Stata module to converts shape boundary files to Stata datasets: Kevin Crow
SHUFFLE8: Stata module to shuffle a list: Ben Jann
SHUFFLE: Stata module to shuffle a list: Ben Jann
SIM_ARMA: Stata module to simulate data for ARMA processes: Jeff Pitblado
SIMIRT: Stata module to process data generated by IRT models: Jean-Benoit Hardouin
SIMON2STAGE: Stata module to compute permutation test approach to assessing genetic associations with case/control status: Adrian Paul Mander
SIMUL2: Stata module: Parameterized Monte Carlo simulations: Jeroen Weesie
SIMUPED: Stata module to simulate two- and three-generation family data: James Cui
SIZEFX: Stata module to compute effect size correlations: Matthew Openshaw
SKBIM: Stata module to generate a sample from a bimodal distribution using normal or skewed (skew-normal) unimodal distributions, as defined by the user: Evangelos Kontopantelis
SKEWPLOT: Stata module to draw skewness plots: Nicholas Cox
SKILMACK: Stata module to calculate Skillings-Mack statistic: Mark David Chatfield
SKNOR: Stata module to generate a sample from a normal or skewed (skew-normal) distribution, as defined by the user: Evangelos Kontopantelis
SLICEPLOT: Stata module for time series or other plot in slices: Nicholas Cox
SLIDEPLOT: Stata module for sliding bar plot for frequencies or percents: Nicholas Cox
SLIST: Stata module to "smart list" variables in compact format: Svend Juul, Jens Martin Lauritsen and John Luke Gallup
SLOG: Ox module to unconditionally calculate log(x): Michael Creel
SME: Stata Program to compute tests of simple main effects: Philip B. Ender
SMFIT: Stata module to fit a Singh-Maddala distribution by maximum likelihood: Stephen Jenkins (Nicholas Cox)
SMHSIAO: Stata module to conduct Small-Hsiao test for IIA in multinomial logit: Nick Winter
SMILEPLOT: Stata module to create plots for use with multiple significance tests: Roger Benedict Newson
SMITHWELCH: Stata module to compute trend decomposition of outcome differentials: Ben Jann
SOEPDO: Stata module to handle SOEP drop-outs: Tim Stegmann
SOEPREN: Stata module providing easy SOEP renames: Ulrich Kohler