stata9stats.mnu

是一个经济学管理应用软件 很难找的 但是经济学学生又必须用到

		}
	}
	--------
	"Longitudinal/Panel data" tag1 {
		"Setup && utilities" tag1 {
			"Declare dataset to be cross-sectional time series" "DB tsset"
			"Declare only panel identifier"	"DB iis"
			--------
			"Describe pattern of xt data"		"DB xtdes"
			"Summarize xt data"			"DB xtsum"
			"Tabulate xt data"			"DB xttab"
			"Report transition probabilities"	"DB xttrans"
			--------
			"Faster specification searches with xt data"	 "DB xtdata"
			"Check sensitivity of integration approximation" "DB quadchk"
		}
		--------
		"Linear models" tag1 {
			"Linear regression (FE, RE, PA, BE)"		"DB xtreg"
			"Lagrange multiplier test for random effects"	"DB xttest0"
			--------
			"Linear regression with AR(1) disturbance (FE, RE)"	"DB xtregar"
		}
		--------
		"Multilevel mixed-effects linear regression" "DB xtmixed"
		"Random coefficients regression by GLS"	"DB xtrc"
		--------
		"Endogenous covariates" tag1 {
			"Instrumental variables regression (FE, RE, BE, FD)"	"DB xtivreg"
			"Hausman-Taylor regression (RE)"	"DB xthtaylor"
		}
		"Dynamic panel data" tag1 {
			"Arellano-Bond regression (RE)"	"DB xtabond"
		}
		"Contemporaneous correlation" tag1 {
			"GLS regression with correlated disturbances"		"DB xtgls"
			"Regression with panel-corrected standard errors (PCSE)"	"DB xtpcse"
		}
		"Frontier models"			"DB xtfrontier"
		--------
		"Binary outcomes" tag1 {
			"Logistic regression (FE, RE, PA)"		"DB xtlogit"
			"Probit regression (RE, PA)"			"DB xtprobit"
			"Complementary log-log regression (RE, PA)"	"DB xtcloglog"
		}
		"Count outcomes" tag1 {
			"Poisson regression (FE, RE, PA)"		"DB xtpoisson"
			"Negative binomial regression (FE, RE, PA)"	"DB xtnbreg"
		}
		"Censored outcomes" tag1 {
			"Interval regression (RE)"	"DB xtintreg"
			"Tobit regression (RE)"		"DB xttobit"
		}
		"Generalized estimating equations (GEE)" tag1 {
			"Generalized estimating equations (GEE)"	"DB xtgee"
			"Display estimated within-group correlations"	"DB xtgee_estat"
		}
		--------
		"Line plots"						"DB xtline"
	}
	--------
	"Survival analysis" tag1 {
		"Setup && utilities" tag1 {
			"Declare data to be survival-time data"	"DB stset"
			--------
			"Convert snapshot data to time-span data"	"DB snapspan"
			"Report variables that vary over time"	"DB stvary"
			"Fill forward with values of covariates"	"DB stfill"
			"Split time-span records"		"DB stsplit"
			"Join time-span records"		"DB stjoin"
			--------
			"Form baseline dataset"			"DB stbase"
			"Generate variable reflecting entire histories"	"DB stgen"
			--------
			"Convert survival-time data to case-control data"	"DB sttocc"
			"Declare data to be count-time data"	"DB ctset"
			"Convert count-time data to survival-time data"	"DB cttost"
		}
		"Summary statistics, tests, && tables" tag1 {
			"Summarize survival-time data"		"DB stsum"
			"Describe survival-time data"		"DB stdes"
			--------
			"Report incidence-rate comparison"	"DB stir"
			"Tabulate Mantel-Haenszel rate ratios"	"DB stmh"
			"Tabulate Mantel-Cox rate ratios"	"DB stmc"
			--------
			"Person-time, incidence rates, && SMR"	"DB stptime"
			"Tabulate failure rates && rate ratios"	"DB strate"
			--------
			"Create survivor, hazard, && other variables"	"DB stsgenerate"
			"List survivor && cumulative hazard functions"	"DB stslist"
			"Graph survivor && cumulative hazard functions"	"DB stsgraph"
			"Test equality of survivor functions"	"DB ststest"
			--------
			"Life tables for survival data"		"DB ltable"
			"CIs for means && percentiles of survival time"	"DB stci"
		}
		"Regression models" tag1 {
			"Cox proportional hazards model"	"DB stcox"
			"Test proportional hazard assumptions"	"DB stcox_estat"
			"Graphically assess prop hazard assumption"	"DB stphplot"
			"Kaplan-Meier vs. predicted survival"	"DB stcoxkm"
			--------
			"Parametric survival models"		"DB streg"
			--------
			"Plot survival, hazard or cum. hazard after estimation"	"DB stcurve"
		}
	}
	"Observational/Epi. analysis" tag1 {
		"ROC analysis" tag1 {
			"Nonparametric ROC analysis"		"DB roctab"
			"ROC models assuming a binormal distribution"	"DB rocfit"
			"Parametric ROC curve after rocfit"		"DB rocplot"
			"Test equality of two or more ROC areas"	"DB roccomp"
			"Test equality of ROC area against gold standard"	"DB rocgold"
		}
		"Tables for epidemiologists" tag1 {
			"Incidence rate ratios"			"DB ir"
			"Incidence rate ratios calculator"	"DB iri"
			"Cohort study risk ratio etc."		"DB cs"
			"Cohort study risk ratio etc. calculator"	"DB csi"
			--------
			"Case-control odds ratio"		"DB cc"
			"Case-control odds ratio calculator"	"DB cci"
			"Tabulate odds of failure by category"	"DB tabodds"
			"Ratio of odds of failure for two categories"	"DB mhodds"
			--------
			"Matched case-control studies"		"DB mcc"
			"Matched case-control calculator"	"DB mcci"
		}
		"Other" tag1 {
			"Symmetry && marginal homogeneity test"	"DB symmetry"
			"Symmetry && marginal homogeneity test calculator"	"DB symmi"
			--------
			"Direct standardization"		"DB dstdize"
			"Indirect standardization"		"DB istdize"
			--------
			"Interrater agreement, two unique raters"	"DB kap_uniq"
			"Define weights for the above (kap)"	"DB kapwgt"
			"Interrater agreement, nonunique raters"	"DB kap_nonuniq"
			"Interrater agreement, nonunique raters with frequencies"	"DB kappa"
			--------
			"Brier score decomposition"		"DB brier"
			--------
			"Pharmacokinetic measures"		"DB pkexamine"
			"Summarize pharmacokinetic data"		"DB pksumm"
			"Reshape pharmacokinetic latin square data"	"DB pkshape"
			"Analyze crossover experiments"		"DB pkcross"
			"Bioequivalence tests"			"DB pkequiv"
			"Generate pharmacokinetic measurement dataset"	"DB pkcollapse"
		}
	}
	--------
	"Survey data analysis" tag1 {
		"Setup && utilities" tag1 {
			"Declare survey design for dataset"	"DB svyset"
			"Describe survey data"			"DB svydes"
		}
		--------
		"Tables" tag1 {
			"One-way tables"	"DB svy_tabulate_oneway"
			"Two-way tables"	"DB svy_tabulate_twoway"
		}
		"Means, proportions, ratios, totals" tag1 {
			"Means"		"DB svy_mean"
			"Proportions"	"DB svy_proportion"
			"Ratios"	"DB svy_ratio"
			"Totals"	"DB svy_total"
		}
		"Regression models" tag1 {
			"Linear regression"	"DB svy_regress"
			--------
			"Logistic regression, reporting odds ratios" "DB svy_logit"
			"Logistic regression, reporting coefficients" "DB svy_logistic"
			"Probit regression"			"DB svy_probit"
			--------
			"Ordered logistic regression"		"DB svy_ologit"
			"Ordered probit regression"		"DB svy_oprobit"
			--------
			"Multinomial logistic regression"	"DB svy_mlogit"
			--------
			"Poisson regression"			"DB svy_poisson"
			"Negative binomial regression"		"DB svy_nbreg"
			"Generalized negative binomial regression"	"DB svy_gnbreg"
			--------
			"Instrumental variables regression"	"DB svy_ivreg"
			"Interval regression"			"DB svy_intreg"
			--------
			"Heckman selection model"		"DB svy_heckman"
			"Probit estimation with selection"	"DB svy_heckprob"
		}
		--------
		"Design and misspecification effects after estimation"	"DB svy_estat"
		--------
		"Advanced" tag1 {
			"Balanced repeated replications estimation" "DB svy_brr"
			"Jackknife estimation"	"DB svy_jackknife"
		}
	}
	--------
	"Multivariate analysis" tag1 {
		"MANOVA, multivariate regression, and related" tag1 {
			"MANOVA"				"DB manova"
			"Multivariate tests after MANOVA"	"DB manovatest"
			"Wald test after MANOVA"		"DB testmanova"
			"Hotelling's generalized means test"	"DB hotelling"
			--------
			"Multivariate regression"	"DB mvreg"
			--------
			"Canonical correlations"	"DB canon"
		}
		"Cluster analysis" tag1 {
			"Cluster data" tag1 {
				"Kmeans"	"DB cluster_kmeans"
				"Kmedians"	"DB cluster_kmedians"
				--------
				"Single linkage"	"DB cluster_singlelinkage"
				"Average linkage"	"DB cluster_averagelinkage"
				"Complete linkage"	"DB cluster_completelinkage"
				"Weighted average linkage" "DB cluster_waveragelinkage"
				"Median linkage"	"DB cluster_medianlinkage"
				"Centroid linkage"	"DB cluster_centroidlinkage"
				"Ward's linkage"	"DB cluster_wardslinkage"
			}
			"Cluster dissimilarity matrix" tag1 {
				"Single linkage"	"DB clustermat_singlelinkage"
				"Average linkage"	"DB clustermat_averagelinkage"
				"Complete linkage"	"DB clustermat_completelinkage"
				"Weighted average linkage" "DB clustermat_waveragelinkage"
				"Median linkage"	"DB clustermat_medianlinkage"
				"Centroid linkage"	"DB clustermat_centroidlinkage"
				"Ward's linkage"	"DB clustermat_wardslinkage"
			}
			--------
			"Postclustering" tag1 {
				"Dendrograms"	"DB cluster_dendrogram"
				"Cluster analysis stopping rules"	"DB cluster_stop"
				"Summary variables from cluster analysis" "DB cluster_generate"
				--------
				"Cluster analysis notes"	"DB cluster_note"
				"Detailed listing of clusters"	"DB cluster_list"
				"Drop cluster analyses"		"DB cluster_drop"
				"Rename a cluster or cluster variables"	"DB cluster_rename"
			}
		}
		"Factor and principal component analysis" tag1 {
			"Factor analysis"			  "DB factor"
			"Factor analysis of a correlation matrix" "DB factormat"
			--------
			"Principal component analysis (PCA)"	  "DB pca"
			"PCA of a correlation or covariance matrix"  "DB pcamat"
			--------
			"Postestimation" tag1 {
				"Rotate loadings"		"DB rotate"
				--------
				"Loading plot"			"DB loadingplot"
				"Score variables plot"		"DB scoreplot"
				"Scree plot of eigenvalues"	"DB screeplot"
			}
		}
		"Rotations" tag1 {
			"Rotate loading matrix after factor or pca"    "DB rotatemat"
			"Orthogonal and oblique rotations of a matrix" "DB rotate"
			--------
			"Procrustes transformations"	"DB procrustes"
			"Procrustes overlay graph"	"DB procoverlay"
		}
		"Multidimensional scaling (MDS)" tag1 {
			"MDS of data"			"DB mds"
			"MDS of proximity-pair data"	"DB mdslong"
			"MDS of proximity matrix"	"DB mdsmat"
			"Postestimation" tag1 {
				"Approximating configuration plot" "DB mdsconfig"
				"Shepard diagram"	"DB mdsshepard"
			}
		}
		"Biplot"			"DB biplot"
		"Correspondence analysis" tag1 {
			"Two-way correspondence analysis"	"DB ca"
			"Two-way correspondence analysis of a matrix" "DB camat"
			"Postestimation" tag1 {
				"Biplot of row and column points" "DB cabiplot"
				"Dimension projection plot"   "DB caprojection"
			}
		}
		--------
		"Cronbach's alpha"		"DB alpha"
		--------
		"Postestimation reports and statistics"	"DB estat"
	}
	--------
	"Resampling" tag1 {
		"Bootstrap estimation"		"DB bootstrap"
		"Report bootstrap results"	"DB bstat"
		--------
		"Jackknife estimation"		"DB jackknife"
		--------
		"Permutation tests"		"DB permute"
		--------
		"Draw bootstrap sample"		"DB bsample"
		"Draw random sample"		"DB sample"
	}
	--------
	"Postestimation" tag1 {
		"Predictions, residuals, etc."		"DB predict"
		"Nonlinear predictions"			"DB predictnl"
		"Adjusted means and proportions"	"DB adjust"
		--------
		"Tests" tag1 {
			"Test linear hypotheses"	"DB test"
			"Test parameters"		"DB testparm"
			"Test nonlinear hypotheses"	"DB testnl"
			"Likelihood-ratio test"		"DB lrtest"
			"Specification link test for single-equation models"	"DB linktest"
			"Hausman specification test"		"DB hausman"
			"Seemingly unrelated estimation"	"DB suest"
		}
		--------
		"Linear combinations of estimates"	"DB lincom"
		"Nonlinear combinations of estimates"	"DB nlcom"
		--------
		"Marginal effects or elasticities"	"DB mfx"
		--------
		"Reports and statistics"		"DB estat"
		--------
		"Manage estimation results" tag1 {
			"Store estimation results" "DB estimates_store"
			"Replay estimation results" "DB estimates_replay"
			"Table of estimation results" "DB estimates_table"
			"List model statistics" "DB estimates_stats"
			"Describe stored estimation results" "DB estimates_dir"
			"Restore estimation results" "DB estimates_restore"
			"Drop estimation results" "DB estimates_drop"
			"Change title of estimation results" "DB estimates_change"
		}
	}
	--------
	"Other" tag1 {
		"Collect statistics for a command across a by list" "DB statsby"
		"Stepwise estimation"		"DB stepwise"
		"Constraints" tag1 {
			"Define constraints"	"DB cons_define"
			"Drop constraints"	"DB cons_drop"
		}
		"Quality control" tag1 {
			"Cusum plots and test for binary variables" "DB cusum"
			"C chart"		"DB cchart"
			"P chart"		"DB pchart"
			"R chart"		"DB rchart"
			"X-bar chart"		"DB xchart"
			"Vertically aligned X-bar and R chart" "DB shewhart"
			"Standard error bar chart" "DB serrbar"
		}
		--------
		"Draw a sample from a normal distribution"	"DB drawnorm"
		"Create a dataset with a specified correlation structure"	"DB corr2data"
	}
}