Statistical Software Components

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SPAUTOC: Stata modules to calculate spatial autocorrelation (Moran and Geary measures): Nicholas Cox
SPAUTOREG: Stata module to estimate Spatial (Lag-Error-Durbin-SAC-SPGKS-SPGSAR-GS2SLS-GS3SLS-SPML-SPGS-SPIVREG-IVTobit): Emad Shehata
SPCS2XT: Stata module to Convert Cross Section to Panel Spatial Weight Matrix: Emad Shehata
SPDIR: Stata module to create directed dyad contagion spatial effect variable: Eric Neumayer and Thomas Plümper
SPEARMAN2: Stata module to calculate Spearman rank correlations, extended: Christopher Baum
SPEC_STAND: Stata module to create dataset of stratum-specific, unadjusted and standardized rates: Rosa Gini
SPECC: Stata module to create specification curves: Benjamin Daniels
SPECCHECK: Stata module to check model specification: Nikolai Cook
SPECFORE: RATS procedure to compute forecasts using spectral techniques: Tom Doan
SPECHIST: Stata module to produce specific histograms for continuous variables: Alfonso Sánchez-Peñalver
SPECIALEXP: Stata module to obtain expression that evaluates to specified string: Matthew White
SPECTDENS: Stata module to compute sample spectral density: Huseyin Tastan
SPECTRUM: RATS procedure to compute/graph spectral density: Tom Doan
SPEEDERGLES: Stata module to compute the GLES response speed index: Joss Roßmann
SPELL: Stata module for identification of spells or runs of similar values: Nicholas Cox and Richard Goldstein
SPELLUTIL: Stata module of utilities for the manipulation of timespan data: Edwin Leuven
SPGEN: Stata module to generate spatially lagged variables: Keisuke Kondo
SPGLSXT: Stata module to estimate Spatial Panel Autoregressive Generalized Least Squares Regression: Emad Shehata
SPGMM: Stata module to estimate Spatial Autoregressive Generalized Method of Moments Cross Sections Regression: Emad Shehata
SPGMMXT: Stata module to estimate Spatial Panel Autoregressive Generalized Method of Moments Regression: Emad Shehata
SPGRID: Stata module to generate two-dimensional grids for spatial data analysis: Maurizio Pisati
SPHDIST: Stata module to compute spherical distances: Bill Rising
SPIDER: Stata module for spider plots: Asjad Naqvi
SPIKE: Stata module to allow for a zero willingness to pay: João Pedro Azevedo
SPIKEPLT: Stata module to generate spike plot showing fine structure of the data: Nicholas Cox and Tony Brady
SPINEPLOT: Stata module for spine plots for two-way categorical data: Nicholas Cox
SPKDE: Stata module to perform kernel estimation of density and intensity functions for two-dimensional spatial point patterns: Maurizio Pisati
SPLAGVAR: Stata module to generate spatially lagged variables, construct the Moran Scatter plot, and calculate Moran's I statistics: P. Wilner Jeanty
SPLINEFIT: Stata module for smooth connected line plots: Asjad Naqvi
SPLIT: Stata modules for splitting string variables into parts: Nicholas Cox
SPLITIT: Stata module to split chronological overlapping spells in spell data: Klaudia Erhardt and Ralf Kuenster
SPLITVALLABELS: Stata module to split up value labels for multi-line graph labelling: Nicholas Winter and Ben Jann
SPMAP: Stata module to visualize spatial data: Maurizio Pisati
SPMLREG: Stata module to estimate the spatial lag, the spatial error, the spatial durbin, and the general spatial models by maximum likelihood: P. Wilner Jeanty
SPMON: Stata module to create spatial effect variable for monadic data: Eric Neumayer and Thomas Plümper
SPMSTAR: Stata module to Estimate (m-STAR) Spatial Multiparametric Spatio Temporal AutoRegressive Regression Models: Emad Shehata
SPMSTARD: Stata module to estimate Multiparametric Spatio Temporal AutoRegressive Regression Spatial Durbin Cross Sections Models: Emad Shehata and Sahra Mickaiel
SPMSTARDH: Stata module to Estimate (m-STAR) Spatial Multiparametric Spatio Temporal AutoRegressive Regression: Spatial Durbin Multiplicative Heteroscedasticity Cross Sections Models: Emad Shehata and Sahra Mickaiel
SPMSTARDHXT: Stata module to estimate (m-STAR) Spatial Multiparametric Spatio Temporal AutoRegressive Regression: Spatial Durbin Multiplicative Heteroscedasticity Panel Models: Emad Shehata and Sahra Mickaiel
SPMSTARDXT: Stata module to Estimate (m-STAR) Spatial Multiparametric Spatio Temporal AutoRegressive Regression: Spatial Durbin Panel Models: Emad Shehata and Sahra Mickaiel
SPMSTARH: Stata Module to Estimate (m-STAR) Spatial Multiparametric Spatio Temporal AutoRegressive Regression: Spatial Lag Multiplicative Heteroscedasticity Cross Sections Models: Emad Shehata and Sahra Mickaiel
SPMSTARHXT: Stata module to Estimate (m-STAR) Spatial Multiparametric Spatio Temporal AutoRegressive Regression: Spatial Lag Multiplicative Heteroscedasticity Panel Models: Emad Shehata and Sahra Mickaiel
SPMSTARXT: Stata module to Estimate (m-STAR) Spatial Panel Multiparametric Spatio Temporal AutoRegressive Regression Models: Emad Shehata
SPNORM: Stata module to plot Shaded Percentiles of Normal Distributions: Nicola Orsini
SPPACK: Stata module for cross-section spatial-autoregressive models: David Drukker, Hua Peng, Ingmar Prucha and Rafal Raciborski
SPREGCS: Stata Module Econometric Toolkit to Estimate Spatial Cross Section Regression Models: Emad Shehata
SPREGDHP: Stata module to estimate Spatial Panel Han-Philips Linear Dynamic Regression: Lag & Durbin Models: Emad Shehata and Sahra Mickaiel
SPREGDPD: Stata module to estimate Spatial Panel Arellano-Bond Linear Dynamic Regression: Lag & Durbin Models: Emad Shehata and Sahra Mickaiel
SPREGFEXT: Stata module to compute Spatial Panel Fixed Effects Regression: Lag and Durbin Models: Emad Shehata and Sahra Mickaiel
SPREGHETXT: Stata module to Estimate Spatial Panel Random-Effects Multiplicative Heteroscedasticity Regression: Lag and Durbin Models: Emad Shehata and Sahra Mickaiel