Details about Maarten L. Buis

Access statistics for papers by Maarten L. Buis.

Last updated 2023-01-30. Update your information in the RePEc Author Service.

Short-id: pbu92

Working Papers

2024

1. mkproject and boilerplate: Automate the beginning
   German Stata Conference 2024, Stata Users Group

2022

2. It is all about the data
   Swiss Stata Conference 2022, Stata Users Group

2020

3. Agent based models in Mata: Modelling aggregate processes, like the spread of a disease
   London Stata Conference 2020, Stata Users Group

2019

4. Agent based models in Mata
   German Stata Users' Group Meetings 2019, Stata Users Group
5. Making interactive presentations in Stata
   London Stata Conference 2019, Stata Users Group

2015

6. Log-linear models for cross-tabulations using Stata
   United Kingdom Stata Users' Group Meetings 2015, Stata Users Group
7. Logistic regression: Why we often can do what we think we can do
   United Kingdom Stata Users' Group Meetings 2015, Stata Users Group View citations (5)

2013

8. Using simulation to inspect the performance of a test, in particular tests of the parallel regressions assumption in ordered logit and probit models
   German Stata Users' Group Meetings 2013, Stata Users Group View citations (2)

2012

9. Comparing observed and theoretical distributions
   German Stata Users' Group Meetings 2012, Stata Users Group

2010

10. Analyzing proportions
    German Stata Users' Group Meetings 2010, Stata Users Group View citations (9)
11. Extracting results from nonlinear models
    Italian Stata Users' Group Meetings 2010, Stata Users Group

2009

12. Three models for combining information from causal indicators
    United Kingdom Stata Users' Group Meetings 2009, Stata Users Group
13. Using and interpreting restricted cubic splines
    German Stata Users' Group Meetings 2009, Stata Users Group View citations (2)

2008

14. Direct and indirect effects in a logit model
    German Stata Users' Group Meetings 2008, Stata Users Group
    See also Journal Article Direct and indirect effects in a logit model, Stata Journal, StataCorp LLC (2010) View citations (26) (2010)
15. Understanding statistics using simulate
    Summer North American Stata Users' Group Meetings 2008, Stata Users Group

2007

16. Assessing the reasonableness of an imputation model
    German Stata Users' Group Meetings 2007, Stata Users Group
17. Linking process to outcome: The seqlogit package
    Nordic and Baltic Stata Users' Group Meetings 2007, Stata Users Group
18. Usefulness and estimation of proportionality constraints
    United Kingdom Stata Users' Group Meetings 2007, Stata Users Group

2006

19. Modeling for response variables that are proportions
    United Kingdom Stata Users' Group Meetings 2006, Stata Users Group View citations (1)

Journal Articles

2020

1. Stata tip 135: Leaps and bounds
   Stata Journal, 2020, 20, (1), 244-249

2017

2. Not All Transitions Are Equal: The Relationship Between Effects on Passing Steps in a Sequential Process and Effects on the Final Outcome
   Sociological Methods & Research, 2017, 46, (3), 649-680 View citations (9)

2015

3. Stata tip 124: Passing temporary variables to subprograms
   Stata Journal, 2015, 15, (2), 597-598

2014

4. Forest Clearing in Rural Livelihoods: Household-Level Global-Comparative Evidence
   World Development, 2014, 64, (S1), S67-S79 View citations (28)
5. Stata tip 116: Where did my p-values go? (Part 3)
   Stata Journal, 2014, 14, (1), 218-220
6. Stata tip 120: Certifying subroutines
   Stata Journal, 2014, 14, (2), 449-450

2012

7. Stata tip 106: With or without reference
   Stata Journal, 2012, 12, (1), 162-164 View citations (1)
8. Stata tip 107: The baseline is now reported
   Stata Journal, 2012, 12, (1), 165-166 View citations (4)
9. Stata tip 108: On adding and constraining
   Stata Journal, 2012, 12, (2), 342–344
10. Stata tip 112: Where did my p-values go? (Part 2)
    Stata Journal, 2012, 12, (4), 759-760

2011

11. Stata tip 97: Getting at ρ’s and σ’s
    Stata Journal, 2011, 11, (2), 315-317 View citations (6)

2010

12. Direct and indirect effects in a logit model
    Stata Journal, 2010, 10, (1), 11-29 View citations (26)
    See also Working Paper Direct and indirect effects in a logit model, German Stata Users' Group Meetings 2008 (2008) (2008)
13. Stata tip 87: Interpretation of interactions in nonlinear models
    Stata Journal, 2010, 10, (2), 305-308 View citations (144)

2009

14. Stata tip 81: A table of graphs
    Stata Journal, 2009, 9, (4), 643-647

2007

15. Stata tip 48: Discrete uses for uniform()
    Stata Journal, 2007, 7, (3), 434-435 View citations (3)
16. Stata tip 53: Where did my p-values go?
    Stata Journal, 2007, 7, (4), 584-586 View citations (3)
17. predict and adjust with logistic regression
    Stata Journal, 2007, 7, (2), 221-226 View citations (1)

Software Items

2025

1. DIRTREE: Stata module to display the content of a directory as a tree
   Statistical Software Components, Boston College Department of Economics
2. MKPROJECT: Stata module to create a project folder with some boilerplate code and research log
   Statistical Software Components, Boston College Department of Economics

2022

3. LANY: Stata module to list values of variables for all observations in subsets of the data
   Statistical Software Components, Boston College Department of Economics
4. LOOKFOR2: Stata module to search for string in variable names, variable labels, value labels, and notes
   Statistical Software Components, Boston College Department of Economics
5. SMCLPRES: Stata module to create a SMCL presentation from a do file
   Statistical Software Components, Boston College Department of Economics
6. STDTABLE: Stata module to standardize cross-tabulations to pre-specified row and column totals
   Statistical Software Components, Boston College Department of Economics

2020

7. HTMLCB: Stata module to write a codebook as an html file
   Statistical Software Components, Boston College Department of Economics

2019

8. OPARALLEL: Stata module providing post-estimation command for testing the parallel regression assumption
   Statistical Software Components, Boston College Department of Economics View citations (1)
9. TWBY: Stata module to create a cross-tabulation of graphs
   Statistical Software Components, Boston College Department of Economics

2017

10. FMLOGIT: Stata module fitting a fractional multinomial logit model by quasi maximum likelihood
    Statistical Software Components, Boston College Department of Economics View citations (15)

2015

11. LVR2PLOT2: Stata module to produce leverage versus squared residual plot with Cook's D
    Statistical Software Components, Boston College Department of Economics

2014

12. LDECOMP: Stata module decomposing the total effects in a logistic regression into direct and indirect effects
    Statistical Software Components, Boston College Department of Economics

2013

13. ASL_NORM: Stata module computing bootstrap Gaussianity tests
    Statistical Software Components, Boston College Department of Economics
14. POSTRCSPLINE: Stata module containing post-estimation commands for models using a restricted cubic spline
    Statistical Software Components, Boston College Department of Economics View citations (1)
15. PROPCNSREG: Stata module fitting a measurement model with causal indicators
    Statistical Software Components, Boston College Department of Economics
16. QENV: Stata module to generate quantile envelopes for quantile-quantile plots
    Statistical Software Components, Boston College Department of Economics
17. SEQLOGIT: Stata module to fit a sequential logit model
    Statistical Software Components, Boston College Department of Economics View citations (5)
18. SIMPPLOT: Stata module creating a plot describing p-values from a simulation by comparing nominal significance levels with the coverages
    Statistical Software Components, Boston College Department of Economics

2012

19. BETAFIT: Stata module to fit a two-parameter beta distribution
    Statistical Software Components, Boston College Department of Economics View citations (6)
20. MARGDISTFIT: Stata module to check the distributional assumptions underlying a parametric regression model
    Statistical Software Components, Boston College Department of Economics
21. ZOIB: Stata module to fit a zero-one inflated beta distribution by maximum likelihood
    Statistical Software Components, Boston College Department of Economics View citations (6)

2011

22. HANGROOT: Stata module creating a hanging rootogram comparing an empirical distribution to the best fitting theoretical distribution
    Statistical Software Components, Boston College Department of Economics View citations (2)
23. PROPRCSPLINE: Stata module for restricted cubic spline smoothing of proportions
    Statistical Software Components, Boston College Department of Economics

2010

24. DIRIFIT: Stata module to fit a Dirichlet distribution
    Statistical Software Components, Boston College Department of Economics View citations (5)
25. OBSOFINT: Stata module to display observations of interest
    Statistical Software Components, Boston College Department of Economics
26. SCENREG: Stata module for estimating effects in models for binary variables given a scenario concerning unobserved variables
    Statistical Software Components, Boston College Department of Economics
27. SHEAFCOEF: Stata module to compute sheaf coefficients
    Statistical Software Components, Boston College Department of Economics View citations (1)

2008

28. FISKFIT: Stata module to fit a Fisk distribution by ML to unit record data
    Statistical Software Components, Boston College Department of Economics View citations (2)
29. FTEST: Stata module comparing two nested models using an F-test
    Statistical Software Components, Boston College Department of Economics

2007

30. INDEPLIST: Stata module to returns lists of independent variables from the active estimation command
    Statistical Software Components, Boston College Department of Economics

2006

31. PCORRMAT: Stata module to compute partial correlation coefficients controlled for a fixed set of covariates
    Statistical Software Components, Boston College Department of Economics