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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FMM: Stata module to estimate finite mixture models: Partha Deb
FNDMTCH: Stata module to find matching values: Nicholas Cox and Desmond E. Williams
FODSTR: Stata modules to handle fractional day calculations: William Gould
FOR211: Stata modules to document features of for and extend the for command: Patrick Royston
FOR2: Stata module: enhancement of for: Jeroen Weesie
FORFILE: Stata module to execute command for each matching file: Jan Brogger
FPRANK: Stata module to compute Two-Sample Fligner-Policello Robust Rank Order Test: Mamoun BenMamoun
FRACDIFF: Stata module to generate fractionally-differenced timeseries: Christopher Baum
FRACIRF: Stata module to compute impulse response function for fractionally-integrated timeseries: Christopher Baum
FRACTILEPLOT: Stata module for smoothing with respect to distribution function predictors: Nicholas Cox
FRE: Stata module to display one-way frequency table: Ben Jann
FREDUSE: Stata module to Import FRED (Federal Reserve Economic Database) data: David M. Drukker
FS: Stata module to show names of files in compact form: Nicholas Cox
FSREG: Stata module for forward search regression: Stanislav Kolenikov
FSUM: Stata module to generate and format summary statistics: Fred Wolfe
FTEST: Stata module comparing two nested models using an F-test: Maarten L. Buis
FULL_PALETTE: Stata module to display color palette: Nick Winter
FULLTAB: Stata module to generate 'full tables' which can be stacked into matrices: Guy D. van Melle
FVIEW: Stata module to find and view a file: Ben Jann
GAM: Stata module for generalised additive models: Patrick Royston and Gareth Ambler
GAMET: Stata module to perform game-theoretic calculations: Nicola Orsini, Debora Rizzuto and Nicola Nante
GAMMAFIT: Stata module to fit a two-parameter gamma distribution: Nicholas Cox and Stephen Jenkins
GAMMASYM: Stata module to compute the value of the symmetrical gamma function: Jean-Benoit Hardouin
GAUSSHERMITE: Stata module to estimate integrals using Gauss Hermite quadratures: Jean-Benoit Hardouin
GB2FIT: Stata module to fit Generalized Beta of the Second Kind distribution by maximum likelihood: Stephen Jenkins
GBY: Stata module to subset graphs and calculate in the same output: Zhiqiang Wang
GCAUSE: Stata module to perform Granger causality tests: Patrick Joly
GDECOMP: Stata module to compute decomposition of outcome differentials after nonlinear models: Tamás Bartus
GED: RATS module to draw from Generalized Error Distribution: Tom Doan
GEEKEL2D: Stata module to estimate the parameters of unidimensional and bidimensional IRT models: Jean-Benoit Hardouin
GEIVARS: Stata module to calculate Generalized Entropy inequality indices: Stephen Jenkins
GEN_TAIL: Stata module to work with indicator observations: David Kantor
GENASS: Stata module to perform Genetic Case-control Association tests: Neil Shephard
GENEIGEN: Stata module to calculate eigenvalues of a real general matrix: Christopher Baum
GENFREQ: Stata module to produce a frequency distribution for a variable: Nicholas Cox
GENGROUP: Stata module to produce groups of individuals: Jean-Benoit Hardouin
GENHWCCI: Stata module to calculate Hardy-Weinberg equilibrium test in case-control studies: James Cui
GENL: Stata module: automatic generation of variable labels: Jeroen Weesie
GENNORM: Stata module to generate correlated normal random deviates: William Gould
GENSCORE: Stata module to generate a score: Jean-Benoit Hardouin
GENTRUN: Stata module to generate truncated normal variate: Hung-Jen Wang
GENVARS: Stata module to generate covariate patterns: Jan Brogger
GETFILENAME2: Stata program for handling filename specifications: Jeffrey Bernard Arnold
GEVFIT: Stata module to module to fit a generalized extreme value distribution by maximum likelihood: Scott Merryman
GFIELDS: Stata module to calculate decomposition of inequality by source: Stanislav Kolenikov
GHISTCUM: Stata module to graph histogram and cumulative distribution: Christopher Baum and Nicholas Cox
GHK2: Stata module (enhanced Mata function) to implement the Geweke-Hajivassiliou-Keane multivariate normal simulator: David Malin Roodman
GINIDESC: Stata module to compute Gini index with within- and between-group inequality decomposition: Roger Aliaga-Diaz and Silvia Montoya
GIPF: Stata module to graphically display a log-linear model: Adrian Paul Mander
GIVGAUSS2: Stata module to estimate generalized two-parameter inverse Gaussian regression: Joseph Michael Hilbe