Statistical Software Components

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STCOXGOF: Stata module to produce goodness-of-fit test and plot after a Cox model: Enzo Coviello
STCOXPLT: Stata module to plot predicted survival curves from Cox model: Joanne M. Garrett
STCRMIX: Stata module to estimate Mixtures of Generalized Gamma Models for Competing Risks: Perry Kuo, Usama Bilal and Alvaro Munoz
STCRPREP: Stata module to prepare data for competing risks analysis using time-dependent weights: Paul Lambert
STCSTAT2: Stata module to compute Harrell's c-index for flexible parametric models: Patrick Royston
STCSTAT: Stata module to generate evaluation of fit for Cox regression model: William Gould
STCUMH: Stata module to check proportional hazards assumption: Kim Lyngby Mikkelsen
STD_BETA: Stata module to calculate centered and standardized coefficients after estimation: Doug Hemken
STDDIFF: Stata module to compute Standardized differences for continuous and categorical variables: Ahmed M. Bayoumi
STDTABLE: Stata module to standardize cross-tabulations to pre-specified row and column totals: Maarten Buis
STEP3: Stata module to relate latent class membership to external variables: Giovanbattista Califano
STEPPROBIT: RATS procedure to perform backwards stepwise reduction of a probit model: Tom Doan
STEXPECT: Stata module to compute expected survival: Enzo Coviello
STFFORM: Stata module to provide Functional form test for Cox Models: Daniele Spinelli
STGENREG: Stata module to fit general parametric survival models: Michael J. Crowther and Paul Lambert
STGIT: Stata module to retrieve information about a Git repository: Matthew White
STGTCALC: Stata module to calculate time-varying regression coefficients in Cox PH models (variant): Patrick Royston and Peter Sasieni
STIPW: Stata module to estimate inverse probability weighted parametric survival models with variance obtained via M-estimation: Micki Hill
STJM11: Stata module to fit shared parameter joint models of longitudinal and survival data: Michael J. Crowther
STJM: Stata module to fit shared parameter joint models of longitudinal and survival data: Michael J. Crowther
STJMGRAPH: Stata module to create a joint longitudinal and survival graph: Michael J. Crowther
STKAP: Stata module to automatically center adjustment variables for Kaplan-Meier plots: Joanne M. Garrett
STKERHAZ: Stata module to produce baseline hazard estimates via kernel smoother and plots: Enzo Coviello
STLDA: Stata module for Limiting Dilution Analysis (LDA): Ignacio López de Ullibarri
STMD: Stata module to convert dynamic Markdown to HTML format, using Stata dyndoc: Doug Hemken
STMIX: Stata module to fit two-component parametric mixture survival models: Michael J. Crowther and Paul Lambert
STMIXED: Stata module to fit multilevel mixed effects parametric survival models: Michael J. Crowther
STMT: Stata module to model multiple timescales using flexible parametric survival models on the log-hazard scale: Hannah Bower, Therese M-L Andersson, Michael J. Crowther and Paul Lambert
STNDZXAGE: Stata module to standardize by age: Sarah Reynolds
STNET: Stata module to calculate net survival: Enzo Coviello, Paul Dickman, Karri Seppa and Arun Pokhrel
STNS: Stata module for estimation of net survival: Michel Grzebyk and Isabelle Urmès
STO: Stata module to toggle trace switch: Nicholas Cox
STOCDOM: Stata module to compute bounds assuming stochastic dominance: Alejandro Ome
STOCKCAPIT: Stata module to calculate physical capital stock by the perpetual-inventory method: Ibrahima Diallo
STOCKQUOTE: Stata module to retrieve stock quotes to a Stata-formatted dataset: Nikos Askitas
STOCKWAT: RATS procedure to perform Stock-Watson and Dickey-Fuller Unit Root Tests: Tom Doan
STOP: Stata module to interrupt dofiles intelligently (closes logfiles and optionally sends a message to your smartphone): Jesse Wursten
STORECMD: Stata modules to store and repeat commands using characteristics: Nicholas Cox
STPEPEMORI: Stata module to test the equality of cumulative incidences across two groups in the presence of competing risks: Enzo Coviello
STPHCOXRCS: Stata module to check proportional-hazards assumption using restricted cubic splines: Andrea Discacciati, Viktor Oskarsson and Nicola Orsini
STPIECE: Stata module to estimate piecewise-constant hazard rate models: Jesper B. Sorensen
STPM2: Stata module to estimate flexible parametric survival models: Paul Lambert
STPM2_STANDSURV: Stata module to obtain standardized survival curves after fitting an stpm2 survival model: Paul Lambert
STPM2CIF: Stata module to estimate cumulative incidence function after running stpm2: Sally R. Hinchliffe and Paul Lambert
STPM2CM: Stata module for estimation of crude mortality after fitting stpm2 relative survival model: Paul Lambert
STPM2CR: Stata module to estimate flexible parametric competing risks regression models: Sarwar Islam, Paul Lambert and Mark Rutherford
STPM2ILLD: Stata module to estimate Flexible Parametric Illness-death Models: Sally R. Hinchliffe, David A. Scott and Paul Lambert
STPM3: Stata module to fit flexible parametric survival models: Paul Lambert
STPM: Stata module to fit flexible parametric models for survival-time data: Patrick Royston
STPP: Stata module to compute Pohar-Perme non-parametric estimate of marginal relative (net) survival: Paul Lambert