Statistical Software Components

From Boston College Department of Economics
Boston College, 140 Commonwealth Avenue, Chestnut Hill MA 02467 USA.
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Bibliographic data for series maintained by Christopher F Baum ().

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AVAR: Stata module to perform asymptotic covariance estimation for iid and non-iid data robust to heteroskedasticity, autocorrelation, 1- and 2-way clustering, and common cross-panel autocorrelated disturbances: Christopher Baum and Mark Schaffer
AVCIPLOT: Stata module to produce added-variable plot with confidence intervals: John Luke Gallup
AVG_EFFECT: Stata module to calculate mean (standardized) effect size across multiple outcomes: Christopher Robert
AVPLOT2: Stata modules for added variable plots: Nicholas Cox
AVPLOT3: Stata module to generate partial regression plots for subsamples: Christopher Baum
AVPLOTS4: Stata module to graph added-variable plots for specified regressors in a single image: Ben Jann
B1X2: Stata module to account for changes when X2 is added to a base model with X1: Jonah Gelbach
BABIBPLOT: Stata module to plot two graph types which are rooted in Bland-Altman plots using journal and paper percentiles: Lutz Bornmann
BACKRASCH: Stata module to implement a backward procedure with a Rasch model: Jean-Benoit Hardouin
BACKUP: Stata module to make daily backup of important files (Windows only): R. Castañeda
BACONDECOMP: Stata module to perform a Bacon decomposition of difference-in-differences estimation: Andrew Goodman-Bacon, Thomas Goldring and Austin Nichols
BAING: RATS procedure to estimate factors in a factor model using Bai-Ng formulas: Tom Doan
BAING: Stata module to determine and estimate the number of common factors following Bai and Ng: Héctor M. Núñez and Jesus Otero
BAIPERRON: RATS procedure to perform Bai-Perron Test for Multiple Structural Changes: Tom Doan
BALANCETABLE: Stata module to build a balance table and print it in a LaTeX file or an Excel file: Mattia Chiapello
BANDPLOT: Stata module to plot summary statistics of responses for bands of predictors: Nicholas Cox
BAP: Stata module to generate a Bland-Altman plot: Niels Henrik Bruun
BAPLOT: Stata module to produce Bland-Altman plots: Paul Seed
BARPLOT2: Stata module to produce bar plot with optional error bars: Nicholas Cox
BARPLOT: Stata module to plot varlist against xvar: Nicholas Cox
BASETABLE: Stata module to compare a set of risk factors or effects with respect to a categorical variable: Niels Henrik Bruun
BATCHER: Stata module to parallelize tasks (Windows only): Jesse Wursten
BATPLOT: Stata module to produce Bland-Altman plots accounting for trend: Adrian Mander
BAYERHANCK: Stata module to compute test for non-cointegration: Christian Bayer and Christoph Hanck
BAYESMIXEDLOGIT: Stata module to perform Bayesian estimation of mixed logit models: Matthew Baker
BAYESMIXEDLOGITWTP: Stata module for Bayesian estimation of mixed logit model in willingness-to-pay (WTP) space: Matthew Baker
BAYESTST: RATS procedure to perform Bayesian Unit Root test: Tom Doan
BCII: Stata module to to estimate the number needed to treat (NNT) and confidence intervals for patients improving, or ‘benefiting’ (either improvements gained or deteriorations prevented), in a randomised controlled trial: Robert Froud
BCOEFF: Stata module to save regression coefficients to new variable: Zhiqiang Wang and Nicholas Cox
BCOEFFS: Stata module to save regression coefficients to new variable: Hejun Liu
BCSS: Stata module to create graphs to show how baseline data (prospective or retrospective) affect sample size for a cluster randomised trial: Ella Marley-Zagar
BCSTATS: Stata module to analyze back check (field audit) data and compare it to the original survey data: Matthew White
BCTOBIT: Stata module to produce a test of the tobit specification: David Vncent
BCUSE: Stata module to access instructional datasets on Boston College server: Christopher Baum
BDIFF: Stata module to compute Bootstrap and Permutation tests for difference in coefficients between two groups: Yujun Lian
BDINDTEST: RATS procedure to perform battery of independence tests: Tom Doan
BDS: MATLAB module to calculate Brock, Dechert & Scheinkman test for independence: Ludwig Kanzler
BDSSIG: MATLAB module to calculate Brock, Dechert & Scheinkman test significance: Ludwig Kanzler
BDSTEST: RATS procedure to compute Brock-Decher-Scheinkman test for i.i.d: Tom Doan
BEAMPLOT: Stata module to draw horizontal dotplots using beams: Nicholas Cox
BENFORD: Stata module to test Benford's Law on a variable: Nikos Askitas
BETACOEF: Stata module to calculate beta coefficients from regression: Christopher Baum
BETAFIT: Stata module to fit a two-parameter beta distribution: Maarten Buis, Nicholas Cox and Stephen Jenkins
BETAPARMS: RATS procedure to compute parameters required for beta distribution: Tom Doan
BETAPRIOR: Stata module to calculate the parameters of a Beta distribution given the mean and variance: Adrian Mander
BETSIM: C module to compute simulations of betting market equilibrium: Brian R. Adams, Frank W. Rusco and W. Walls
BETTERBAR: Stata module to produce bar graphs with optional standard error bars and cross-group comparisons: Benjamin Daniels
BFMCORR: Stata module for correcting surveys using tax data: Thomas Blanchet, Ignacio Flores and Marc Morgan
BGSHADE: Stata module to add background shading to twoway plots using either dummy variable(s) denoting shaded areas and/or precoded NBER recessions: Eric Haavind-Berman and Aaron Markiewitz
BGTEST: Stata module to calculate Breusch-Godfrey test for serial correlation: Christopher Baum and Vince Wiggins