Statistical Software Components

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

Access Statistics for this software series.
Is something missing from the series or not right? See the RePEc data check for the archive and series.

COLDIAG2: Stata module to evaluate collinearity in linear regression: John Hendrickx
COLDIAG: Stata module to perform BWK regression collinearity diagnostics: Joseph Harkness
COLELMS: Stata module to calculate Cole's LMS values for growth data: Zhiqiang Wang and Mark S Pearce
COLLAPSE2: Stata module to extend the collapse command: David Roodman
COLLAPSEUNIQUE: Stata module to reduce data to unique observations based on specified key variables: David Kantor
COLOR_STYLE: Stata module to change the colors in the current scheme: Fernando Rios-Avila
COLORSCATTER: Stata module to draw scatter plots with marker colors varying by a third variable: Simon Heß
COLRSPACE: Stata module providing a class-based color management system in Mata: Ben Jann
COMBINATORICS: Stata module to evaluate the performance of all possible 2^n models generated with a given set of n possible explanatory variables: Claire Vandendriessche
COMBINE: Stata module to combine n, mean, and SD from two groups according to the Cochrane-recommended formula for meta-analyses: Philip M Jones
COMBINEALL: Stata module to combine (append, merge, or joinby) or convert every file in a directory: Eric Booth and Elizabeth Teas
COMBINEPLOT: Stata module to combine similar univariate or bivariate plots for different variables: Nicholas Cox
COMBIVAL: Stata module to combine levels of a categorical variable over observation groups: Klaudia Erhardt and Ralf Kuenster
COMBOMARGINSPLOT: Stata module to combine the saved results from multiple calls to margins into one marginsplot: Nicholas Winter
COMMONBREAKS: MATLAB functions to estimate common breaks for panel data: Jushan Bai
COMPLEXITY: Stata module providing Generalized Approach for Specialization Complexity Indices and Relatedness metrics: Charlie Joyez
COMPLEXROOTS: RATS procedure for calculating roots of a polynomial: Tom Doan
COMPLOGIT: Stata module to compare logit coefficients across groups: Glenn Hoetker
COMPREG: Stata module to estimate a compositional regression with isometric log-ratio (ILR) transformation of the components: Giacomo Zanello
COMTRADE: Stata module to download trade data from UN Comtrade using jsonio and parse the output in a user friendly format: Jan Ditzen
CONCINDC: Stata module to calculate concentration index with both individual and grouped data: Zhuo Chen
CONCINDEX: Stata module to calculate measures of the concentration index: Amadou Diallo
CONCORD: Stata module for concordance correlation: Nicholas Cox and Thomas Steichen
CONCORDANCE: Stata module to harmonize classification codes: Nicole Bellert and Dario Fauceglia
CONDDENS: Stata module to estimate a conditional density to correct for measurement error and missing values: Nikolas Mittag
CONDISC: Stata module to perform convergent and discriminant validity assessment in CFA: Mehmet Mehmetoglu
CONDITION: RATS procedure to implement conditional forecasting: Tom Doan
CONFA: Stata module to perform confirmatory factor analysis modeling: Stanislav Kolenikov
CONFALL: Stata module to plot and display estimates to assess confounding: Zhiqiang Wang
CONFIRMDIR: Stata module to confirm if a directory exists: Dan Blanchette
CONFND: Stata module to plot and display estimates to assess confounding: Zhiqiang Wang
CONFREG: Stata module to compute confusion matrix (Accuracy measures) estimated by mixed regression and nlcom: Niels Henrik Bruun
CONFSVY: Stata module to assess confounding effects in survey studies: Zhiqiang Wang
CONINDEX: Stata module to perform estimation of concentration indices: Owen O'Donnell, Stephen O'Neill, Tom Van Ourti and Brendan Walsh
CONJOINT: Stata module to analyse and visualise conjoint (factorial) experiments: Michael Frith
CONSERVATISM: Stata module to calculate Khan & Watts (2009) Accounting Conservatism Measurement: Wu LiangHai, Wu Hanyan and Chen Liwen
ContagT: GAUSS module to implement a pairwise bootstrap test for contagion: R Scott Hacker and Abdulnasser Hatemi-J
CONTOUR: Stata module to draw contour plots: Adrian Mander
CONTRAST: Stata module to calculate contrasts between factor levels: Patrick Royston
CONTRAST: Stata Program to compute contrasts in anova: Philip B. Ender
CONVERT_TOP_LINES: Stata module to handle leading lines of text file: David Kantor
CONVERTANYTHING: Stata module to multi-format importer and converter for Stata: Eric Booth
COOKSD2: Stata module to compute Cook's distance after regress or xtreg: David Vincent
COOKSD: SAS Routine to calculate the Cook's D statistic: Roger Goodwin
COPYCODE: Stata module to produce modular self-written ado files: Daniel C. Schneider
COPYDESC: Stata module to copy description of variable: Nicholas Cox
CORANAL: Stata module to perform simple correspondence analysis: Philippe Van Kerm
CORESCORE: Stata module to produce Comorbid Operative Risk Evaluation (CORE) Score macro: Nikhil Chervu, Jeffrey Balian and Peyman Benharash
CORR2DOCX: Stata module to report Pearson & Spearman correlation coefficients to formatted table in DOCX file: Chuntao Li, Zijian Li and Yuan Xue
CORR_SVY: Stata module to compute correlation tables for survey data: Nicholas Winter