06.03.2015 Views

Stata Quick Reference and Index

Stata Quick Reference and Index

Stata Quick Reference and Index

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

Subject index 99<br />

constrained estimation, continued<br />

logit <strong>and</strong> probit estimation for grouped data,<br />

[R] glogit<br />

multinomial logistic regression, [R] mlogit<br />

multinomial probit regression, [R] mprobit<br />

multivariate regression, [R] mvreg<br />

negative binomial regression, [R] nbreg<br />

nested logit regression, [R] nlogit<br />

ordered logistic regression, [R] ologit<br />

ordered probit regression, [R] oprobit<br />

parametric survival models, [ST] streg<br />

Poisson regression, [R] poisson<br />

probit model with<br />

endogenous regressors, [R] ivprobit<br />

selection, [R] heckprob<br />

probit regression, [R] probit<br />

r<strong>and</strong>om- <strong>and</strong> fixed-effects logit models, [XT] xtlogit<br />

r<strong>and</strong>om- <strong>and</strong> fixed-effects negative binomial models,<br />

[XT] xtnbreg<br />

r<strong>and</strong>om- <strong>and</strong> fixed-effects Poisson models,<br />

[XT] xtpoisson<br />

r<strong>and</strong>om-effects cloglog model, [XT] xtcloglog<br />

r<strong>and</strong>om-effects interval-data regression models,<br />

[XT] xtintreg<br />

r<strong>and</strong>om-effects probit model, [XT] xtprobit<br />

r<strong>and</strong>om-effects tobit models, [XT] xttobit<br />

seemingly unrelated regression, [R] sureg<br />

stereotype logistic regression, [R] slogit<br />

stochastic frontier models, [R] frontier<br />

stochastic frontier models for panel data,<br />

[XT] xtfrontier<br />

structural vector autoregressive models, [TS] var<br />

svar<br />

three-stage least squares, [R] reg3<br />

tobit model with endogenous regressors, [R] ivtobit<br />

treatment-effects model, [R] treatreg<br />

vector autoregressive models, [TS] var<br />

vector error-correction models, [TS] vec<br />

zero-inflated negative binomial regression, [R] zinb<br />

zero-inflated Poisson regression, [R] zip<br />

zero-truncated negative binomial regression, [R] ztnb<br />

zero-truncated Poisson regression, [R] ztp<br />

constrained estimation, programming, [P] makecns<br />

constrained linear regression, [SVY] svy estimation<br />

constrained optimization, [TS] arch, [TS] arima,<br />

[TS] dfactor, [TS] dvech, [TS] sspace, [TS] var<br />

constraint<br />

comm<strong>and</strong>, [R] constraint<br />

macro extended function, [P] macro<br />

constraint matrix, creating <strong>and</strong> displaying, [P] makecns<br />

constructor, [M-2] class<br />

containers, [M-5] asarray( )<br />

contents of data, [D] describe; [D] codebook,<br />

[D] labelbook<br />

context, class, [P] class<br />

contingency tables, [MV] ca, [R] table, [R] tabulate<br />

twoway, [ST] epitab, [SVY] svy: tabulate<br />

twoway<br />

continue, display directive, [P] display<br />

continue comm<strong>and</strong>, [P] continue<br />

continuous variable imputation, see imputation,<br />

continuous<br />

contract comm<strong>and</strong>, [D] contract<br />

contrast or contrasts, [MV] Glossary<br />

control charts, [R] qc<br />

convergence criteria, [R] maximize<br />

conversion, file, [D] filefilter<br />

convert, mi subcomm<strong>and</strong>, [MI] mi convert<br />

converting between styles, [MI] mi convert<br />

convolve() function, [M-5] fft( )<br />

Cook–Weisberg test for heteroskedasticity, [R] regress<br />

postestimation<br />

Cook’s D, [R] predict, [R] regress postestimation<br />

coordinates, estat subcomm<strong>and</strong>, [MV] ca<br />

postestimation, [MV] mca postestimation<br />

copy,<br />

graph subcomm<strong>and</strong>, [G] graph copy<br />

label subcomm<strong>and</strong>, [D] label<br />

mi subcomm<strong>and</strong>, [MI] mi copy, [MI] styles<br />

ssc subcomm<strong>and</strong>, [R] ssc<br />

copy <strong>and</strong> paste, [D] edit<br />

.copy built-in class function, [P] class<br />

copy comm<strong>and</strong>, [D] copy<br />

copy graph, [G] graph copy<br />

copy macro extended function, [P] macro<br />

copycolor, set subcomm<strong>and</strong>, [R] set<br />

copying variables, [D] clonevar<br />

copyright<br />

lapack, [R] copyright lapack<br />

scintilla, [R] copyright scintilla<br />

symbol, [G] text<br />

ttf2pt1, [R] copyright ttf2pt1<br />

copyright comm<strong>and</strong>, [R] copyright<br />

copysource, [M-1] source<br />

Cornfield confidence intervals, [ST] epitab<br />

Corr() function, [M-5] fft( )<br />

corr() function, [M-5] corr( )<br />

corr() function, [D] functions, [M-5] corr( ),<br />

[P] matrix define<br />

corr2data comm<strong>and</strong>, [D] corr2data<br />

correcting data, see editing data<br />

correlate comm<strong>and</strong>, [R] correlate<br />

correlated error, see robust<br />

correlated errors, [SVY] variance estimation, see<br />

robust, Huber/White/s<strong>and</strong>wich estimator of<br />

variance<br />

correlation, [R] correlate; [M-5] corr( ), [M-5] fft( )<br />

[M-5] mean( ),<br />

compound symmetric, [MV] mvtest correlations<br />

data generation, [D] corr2data, [D] drawnorm<br />

for binary variables, [R] tetrachoric<br />

intracluster, [R] loneway<br />

Kendall’s rank, [R] spearman<br />

matrices, [MV] mvtest correlations, [R] correlate,<br />

[R] estat

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!