SAS/STAT User's Guide

Book Contents

Master Index

SAS/STAT User's Guide

A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z |

T option: MEANS statement (GLM); MODEL statement(LOESS); PROC CANCORR statement

T= option: PROC ACECLUS statement

t statistic: approximate; for equality of means

t test: MULTTEST procedure "Example 43.2: Freeman-Tukey and t-Tests with Bootstrap Resampling"; MULTTEST procedure "Statistical Tests"; MULTTEST procedure "TEST Statement"; SURVEYMEANS procedure

t value: CALIS procedure; displaying (CALIS)

t-square statistic: CLUSTER procedure "Miscellaneous Formulas"; CLUSTER procedure "PROC CLUSTER Statement"

table names: MIXED procedure

table scores

TABLEOUT option: PROC REG statement

tables: frequency and crosstabulation (FREQ) "Overview"; frequency and crosstabulation (FREQ) "TABLES Statement"; MIXED procedure; multiway "Displayed Output"; multiway "Displayed Output"; multiway "Displayed Output"; one-way frequency "Displayed Output"; one-way frequency "Displayed Output"; one-way, tests "Chi-Square Tests and Statistics"; one-way, tests "Chi-Square Tests and Statistics"; two-way, tests "Chi-Square Tests and Statistics"; two-way, tests "Chi-Square Tests and Statistics"

TABLES statement: FREQ procedure

TABLES statement, use: CORRESP procedure

TABULATE procedure

TARGET= option: PROC FACTOR statement

TAU= option: PROC NLIN statement

TCORR option: PROC CANDISC statement; PROC DISCRIM statement; PROC STEPDISC statement

TCOV option: PROC CANDISC statement; PROC DISCRIM statement; PROC STEPDISC statement

TDATA= option: PRIOR statement (MIXED)

TDIFF option: LSMEANS statement (GLM)

TDPREFIX= option: OUTPUT statement (TRANSREG)

TECHNIQUE= option: MODEL statement (LOGISTIC); NLOPTIONS statement (CALIS); PROC CALIS statement; PROC NLMIXED statement

templates: displaying contents of template; in SASUSER library; modifying "Example 15.10: Using the TEMPLATE Procedure to Customize Output"; modifying "Example 15.11: Creating HTML Output, Linked Within a Single Analysis"; modifying "Using the Output Delivery System"; style templates; table templates; TEMPLATE procedure

test indices: constraints (CALIS)

TEST option: MODEL statement (TRANSREG); PROC MODECLUS statement; RANDOM statement (GLM)

test set classification: DISCRIM procedure

test set validation: PLS procedure

TEST statement: ANOVA procedure; FREQ procedure; GLM procedure; LOGISTIC procedure; MULTTEST procedure; PHREG procedure; REG procedure

TESTCLASS statement, DISCRIM procedure

TESTDATA= option: PROC DISCRIM statement

TESTF= option: TABLES statement (FREQ) "Chi-Square Tests and Statistics"; TABLES statement (FREQ) "TABLES Statement"

TESTFREQ statement, DISCRIM procedure

TESTID statement, DISCRIM procedure

testing linear hypotheses: LOGISTIC procedure "TEST Statement"; LOGISTIC procedure "Testing Linear Hypotheses about the Regression Coefficients"

TESTLIST option: PROC DISCRIM statement

TESTLISTERR option: PROC DISCRIM statement

TESTOUT= option: PROC DISCRIM statement

TESTOUTD= option: PROC DISCRIM statement

TESTP= option: TABLES statement (FREQ) "Chi-Square Tests and Statistics"; TABLES statement (FREQ) "Example 28.2: Computing Chi-square Tests for One-Way Frequency Tables"; TABLES statement (FREQ) "TABLES Statement"

tests, hypothesis: examples (GLM); GLM procedure

tetrachoric correlation coefficient

theoretical correlation: INBREED procedure

thin-plate smoothing splines: bootstrap "Example 64.5: Computing a Bootstrap Confidence Interval"; bootstrap "Example 64.5: Computing a Bootstrap Confidence Interval"; large data sets; theoretical foundation

three-way multidimensional scaling: MDS procedure

THRESHOLD= option: PROC ACECLUS statement; PROC DISCRIM statement; PROC MODECLUS statement

threshold response rate

TICKPOS= option: PROC TREE statement

ties: checking for in CLUSTER procedure; MDS procedure; PHREG procedure "Displayed Output"; PHREG procedure "Getting Started"; PHREG procedure "MODEL Statement"; PHREG procedure "MODEL Statement"; PHREG procedure "MODEL Statement"; PHREG procedure "Overview"; PHREG procedure "Partial Likelihood Function for the Cox Model"

TIES= option: MODEL statement (PHREG)

TIME= option: TEST statement (MULTTEST)

time requirements: ACECLUS procedure; CLUSTER procedure; FACTOR procedure "Cautions"; FACTOR procedure "Time Requirements"; VARCLUS procedure "Computational Resources"; VARCLUS procedure "Using PROC VARCLUS"

time series data: REG procedure

time-dependent covariates: PHREG procedure "BASELINE Statement"; PHREG procedure "Getting Started"; PHREG procedure "OUTPUT Statement"; PHREG procedure "Overview"; PHREG procedure "PROC PHREG Statement"; PHREG procedure "Programming Statements"

TIMELIM= option: PROC LIFETEST statement

TIMELIST= option: PROC LIFETEST statement

TIPREFIX option: OUTPUT statement (TRANSREG)

TITLE= option: FACTORS statement (CATMOD); LOGLIN statement (CATMOD); MODEL statement (CATMOD); REPEATED statement (CATMOD); RESPONSE statement (CATMOD)

Tobit model: LIFEREG procedure "Example 36.2: Computing Predicted Values for a Tobit Model"; LIFEREG procedure "Overview"

Toeplitz structure: example (MIXED); MIXED procedure

TOL option: MODEL statement (REG)

TOLERANCE option: MODEL statement (GLM)

TOTAL= option: PROC SURVEYMEANS statement; PROC SURVEYREG statement

TOTEFF option: PROC CALIS statement

TOTPANELS= option: PLOT statement (BOXPLOT)

TOTPCT option: TABLES statement (FREQ)

TPREFIX= option: PROC PRINQUAL statement

TPSPLINE procedure: bootstrap; computational formulas; large data sets; nonhomogeneous variance; ODS table names; partial spline model; smoothing parameter; smoothing penalty

TPSPLINE procedure, BY statement

TPSPLINE procedure, FREQ statement

TPSPLINE procedure, ID statement

TPSPLINE procedure, MODEL statement: ALPHA= option; DF= option; DISTANCE= option; LAMBDA= option; LAMBDA0= option; LOGNLAMBDA= option; LOGNLAMBDA0= option; M= option

TPSPLINE procedure, OUTPUT statement: OUT= option

TPSPLINE procedure, PROC TPSPLINE statement: DATA= option

TPSPLINE procedure, SCORE statement: DATA= option; OUT= option

TRACE option: PROC MODECLUS statement; PROC NLIN statement; PROC NLMIXED statement; PROC VARCLUS statement

training data set: DISCRIM procedure

TRANS= option: PRIOR statement (MIXED)

TRANSFORM statement (PRINQUAL): ARSIN transformation; DEGREE= option; EVENLY option; EXP transformation; IDENTITY transformation; KNOTS= option; LINEAR transformation; LOG transformation; LOGIT transformation; MONOTONE transformation; MSPLINE transformation; NAME= option; NKNOTS= option; OPSCORE transformation; ORIGINAL option; PARAMETER= option; POWER transformation; RANK transformation; SPLINE transformation; SSPLINE transformation; TSTANDARD= option; UNTIE transformation

TRANSFORM statement, PRINQUAL procedure

transformation matrix: orthonormalizing

transformation options: PRINQUAL procedure; TRANSREG procedure

transformation standardization: TRANSREG procedure

transformations: ANOVA procedure; cluster analysis; for multivariate ANOVA "MANOVA Statement"; for multivariate ANOVA "MANOVA Statement"; MDS procedure "Formulas"; MDS procedure "Formulas"; MDS procedure "OUT= Data Set"; MDS procedure "Overview"; MDS procedure "Overview"; MDS procedure "PROC MDS Statement"; MDS procedure "PROC MDS Statement"; MDS procedure "PROC MDS Statement"; oblique "Background"; oblique "PROC FACTOR Statement"; orthogonal "Background"; orthogonal "PROC FACTOR Statement"; repeated measures "Repeated Measures Analysis of Variance"; repeated measures "Repeated Measures Analysis of Variance"; repeated measures "Repeated Measures Analysis of Variance"; repeated measures "Repeated Measures Analysis of Variance"; repeated measures "Repeated Measures Analysis of Variance"; repeated measures "Repeated Measures Analysis of Variance"

transformations for repeated measures: GLM procedure

transformed data: MDS procedure

transformed distances: MDS procedure

TRANSREG procedure: additive models; algorithms; alpha level; ANOVA; ANOVA codings; ANOVA table "Hypothesis Tests"; ANOVA table "MODEL Statement"; ANOVA table in OUTTEST= data set; asterisk (*) operator; at sign (@) operator; B-spline basis "MODEL Statement"; B-spline basis "SPLINE, BSPLINE, and PSPLINE Comparisons"; bar (|) operator; CANALS method; canonical correlation "Model Statement Usage"; canonical correlation "OUTPUT Statement"; canonical variables; casewise deletion; cell-means coding "ANOVA Codings"; cell-means coding "MODEL Statement"; cell-means coding "Model Statement Usage"; center-point coding "ANOVA Codings"; center-point coding "ANOVA Codings"; center-point coding "MODEL Statement"; choice experiments; CLASS variables, prefix; classification variables "MODEL Statement"; classification variables "MODEL Statement"; coefficients, redundancy; confidence limits; confidence limits, individual; confidence limits, mean; confidence limits, prefix "OUTPUT Statement"; confidence limits, prefix "OUTPUT Statement"; confidence limits, prefix "OUTPUT Statement"; confidence limits, prefix "OUTPUT Statement"; confidence limits, prefix "OUTPUT Statement"; confidence limits, prefix "OUTPUT Statement"; confidence limits, prefix "OUTPUT Statement"; confidence limits, prefix "OUTPUT Statement"; conjoint analysis "Example 65.2: Nonmetric Conjoint Analysis of Tire Data"; conjoint analysis "Example 65.3: Metric Conjoint Analysis of Tire Data"; conjoint analysis "MODEL Statement"; conjoint analysis "Model Statement Usage"; conjoint analysis "Model Statement Usage"; conjoint analysis "Model Statement Usage"; constant transformations, avoiding; constant variables "Constant Variables"; constant variables "MODEL Statement"; degrees of freedom; dependent variable list; dependent variable name; design matrix; details of model; deviations-from-means coding "ANOVA Codings"; deviations-from-means coding "ANOVA Codings"; deviations-from-means coding "MODEL Statement"; deviations-from-means coding "Model Statement Usage"; deviations-from-means coding "Using the DESIGN Output Option"; displaying iteration histories; dummy variables; duplicate variable names; effect coding "ANOVA Codings"; effect coding "ANOVA Codings"; effect coding "Main-Effects ANOVA"; effect coding "MODEL Statement"; effect coding "Using the DESIGN Output Option"; excluded observations; excluding nonscore observations; expansions; explicit intercept; frequency variable; full-rank coding; GLMMOD alternative "OUTPUT Statement"; GLMMOD alternative "Using the DESIGN Output Option"; history, iteration; hypothesis tests "Hypothesis Tests"; hypothesis tests "MODEL Statement"; id variables; ideal point model; ideal points; identity transformation; implicit intercept; independent variable list; initialization; interaction effects "MODEL Statement"; interaction effects "Model Statement Usage"; interaction effects "Model Statement Usage"; interaction effects "Model Statement Usage"; interaction effects "Model Statement Usage"; interactions, quantitative; intercept; intercept, none; iterations; iterations, maximum number of; iterations, restarting "MODEL Statement"; iterations, restarting "Using the REITERATE Algorithm Option"; knots "Example 65.1: Using Splines and Knots"; knots "MODEL Statement"; knots "MODEL Statement"; knots "MODEL Statement"; knots "Specifying the Number of Knots"; less-than-full-rank model "ANOVA Codings"; less-than-full-rank model "MODEL Statement"; less-than-full-rank model "Model Statement Usage"; leverage; limiting displayed output; linear regression; linear transformation "MODEL Statement"; linear transformation "OPSCORE, MONOTONE, UNTIE, and LINEAR Transformations"; macros; main effects "MODEL Statement"; main effects "Model Statement Usage"; main effects "Model Statement Usage"; main effects "Model Statement Usage"; main effects "Model Statement Usage"; maximum redundancy analysis; METHOD=MORALS rolled output data set; METHOD=MORALS variable names; metric conjoint analysis; missing value restoration option; missing values "Missing Values"; missing values "Missing Values, UNTIE, and Hypothesis Tests"; missing values "MODEL Statement"; missing values "Passive Observations"; monotone regression function; monotone transformations; monotonic B-spline transformation "MODEL Statement"; monotonic B-spline transformation "SPLINE and MSPLINE Transformations"; monotonic transformation, ties not preserved "MODEL Statement"; monotonic transformation, ties not preserved "OPSCORE, MONOTONE, UNTIE, and LINEAR Transformations"; monotonic transformation, ties preserved "MODEL Statement"; monotonic transformation, ties preserved "OPSCORE, MONOTONE, UNTIE, and LINEAR Transformations"; MORALS dependent variable name; MORALS method; multiple redundancy coefficients; multiple regression; multivariate multiple regression; names of variables; nonlinear regression functions "Model Statement Usage"; nonlinear regression functions "Solving Standard Least-Squares Problems"; nonlinear transformations; nonmetric conjoint analysis; nonoptimal transformations; optimal scaling; optimal scoring "MODEL Statement"; optimal scoring "OPSCORE, MONOTONE, UNTIE, and LINEAR Transformations"; optimal transformations; order of CLASS levels "MODEL Statement"; order of CLASS levels "MODEL Statement"; OUT= data set "Output Data Set"; OUT= data set "OUTPUT Statement"; output table names; OUTTEST= data set; part-worth utilities; passive observations; piecewise polynomial splines "MODEL Statement"; piecewise polynomial splines "SPLINE, BSPLINE, and PSPLINE Comparisons"; %PLOTIT macro "Example 65.5: Preference Mapping of Cars Data"; %PLOTIT macro "Example 65.5: Preference Mapping of Cars Data"; %PLOTIT macro "Output Data Set"; point models; polynomial-spline basis "MODEL Statement"; polynomial-spline basis "SPLINE, BSPLINE, and PSPLINE Comparisons"; predicted values; preference mapping "Example 65.5: Preference Mapping of Cars Data"; preference mapping "Model Statement Usage"; preference models; prefix, canonical variables "OUTPUT Statement"; prefix, canonical variables "OUTPUT Statement"; prefix, redundancy variables; prefix, residuals; redundancy analysis "MODEL Statement"; redundancy analysis "Model Statement Usage"; redundancy analysis "OUTPUT Statement"; redundancy analysis "OUTPUT Statement"; redundancy analysis "Redundancy Analysis"; redundancy analysis, standardization; reference level "MODEL Statement"; reference level "MODEL Statement"; reference level "OUTPUT Statement"; reference-cell coding "ANOVA Codings"; reference-cell coding "ANOVA Codings"; reference-cell coding "MODEL Statement"; reference-cell coding "Model Statement Usage"; regression table; regression table in OUTTEST= data set; reiteration "MODEL Statement"; reiteration "Using the REITERATE Algorithm Option"; renaming and reusing variables; residuals; residuals, prefix; separate regression functions; short output; singularity criterion; smoothing spline transformation; smoothing splines; spline t-options; spline transformation "MODEL Statement"; spline transformation "SPLINE and MSPLINE Transformations"; splines "Example 65.1: Using Splines and Knots"; splines "Example 65.4: Transformation Regression of Exhaust Emissions Data"; splines "MODEL Statement"; splines "MODEL Statement"; splines "Solving Standard Least-Squares Problems"; splines "SPLINE, BSPLINE, and PSPLINE Comparisons"; standardization, redundancy variables; standardization, transformation "MODEL Statement"; standardization, transformation "MODEL Statement"; star (*) operator; transformation options; transformation standardization "MODEL Statement"; transformation standardization "MODEL Statement"; Type II sums of squares; types of observations; _TYPE_; utilities "Example 65.2: Nonmetric Conjoint Analysis of Tire Data"; utilities "Example 65.3: Metric Conjoint Analysis of Tire Data"; utilities "MODEL Statement"; utilities in OUTTEST= data set; variable list macros; variable names; vector preference models; weight variable

TRANSREG procedure, BY statement

TRANSREG procedure, FREQ statement

TRANSREG procedure, ID statement

TRANSREG procedure, MODEL statement: ADDITIVE option; AFTER option; ALPHA= option; ARSIN transformation; BSPLINE transformation; CCONVERGE= option; CL option; CLASS transformation; CONVERGE option; CPREFIX= option "MODEL Statement"; CPREFIX= option "MODEL Statement"; DEGREE= option; DETAIL option; DEVIATIONS option; DUMMY option; EFFECTS option; EPOINT transformation; EVENLY option; EXP transformation; HISTORY option; IDENTITY transformation; KNOTS= option; LINEAR transformation; LOG transformation; LOGIT transformation; LPREFIX= option "MODEL Statement"; LPREFIX= option "MODEL Statement"; MAXITER= option; METHOD= option; MONOTONE= option; MONOTONE transformation; MSPLINE transformation; NAME= option; NCAN= option; NKNOTS= option; NOINT option; NOMISS option; NOPRINT option; OPSCORE transformation; ORDER= option "MODEL Statement"; ORDER= option "MODEL Statement"; ORIGINAL option; PARAMETER= option; POINT transformation; POWER transformation; PSPLINE transformation; QPOINT transformation; RANK transformation; REFERENCE= option; REFLECT option; REITERATE option; SEPARATORS= option "MODEL Statement"; SEPARATORS= option "MODEL Statement"; SHORT option; SINGULAR= option; SM= option; SMOOTH transformation; SPLINE transformation; SS2 option; SSPLINE transformation; TEST option; TSTANDARD= option "MODEL Statement"; TSTANDARD= option "MODEL Statement"; TYPE= option; UNTIE= option; UNTIE transformation; UTILITIES option; ZERO= option

TRANSREG procedure, OUTPUT statement: ADPREFIX= option; AIPREFIX option; APPROXIMATIONS option; CANONICAL option; CCC option; CDPREFIX= option; CEC option; CILPREFIX= option; CIPREFIX= option; CIUPREFIX= option; CLI option; CLM option; CMLPREFIX= option; CMUPREFIX= option; COEFFICIENTS option; COORDINATES option; CPC option; CQC option; DAPPROXIMATIONS option; DEPENDENT= option; DESIGN= option; DREPLACE option; IAPPROXIMATIONS option; IREPLACE option; LEVERAGE= option; LILPREFIX= option; LIUPREFIX= option; LMLPREFIX= option "OUTPUT Statement"; LMLPREFIX= option "OUTPUT Statement"; MACRO option; MEANS option; MEC option; MPC option; MQC option; MRC option; MREDUNDANCY option; NORESTOREMISSING option; NOSCORES option; NOZEROCONSTANT option; OUT= option; PPREFIX option; PREDICTED option; RDPREFIX= option; REDUNDANCY= option; REFERENCE= option; REPLACE option; RESIDUALS option; RPREFIX= option; TDPREFIX= option; TIPREFIX option

TRANSREG procedure, PROC TRANSREG statement: DATA= option; OUTTEST= option

TRANSREG procedure, WEIGHT statement

treatments in a design: specifying in PLAN procedure

TREATMENTS statement: PLAN procedure

tree diagram: binary tree; branch; children; definitions; leaves; node; parent; root

tree diagrams: cluster analysis

TREE procedure: missing values; OUT= data sets; output data sets; output table names

TREE procedure, BY statement

TREE procedure, COPY statement

TREE procedure, FREQ statement

TREE procedure, HEIGHT statement

TREE procedure, ID statement

TREE procedure, NAME statement

TREE procedure, PARENT statement

TREE procedure, PROC TREE statement: CFRAME= option; DATA= option; DESCENDING option; DESCRIPTION= option; DISSIMILAR option; DOCK= option; FILLCHAR= option; GOUT= option; HAXIS= option; HEIGHT= option; HORDISPLAY= option; HORIZONTAL option; HPAGES= option; INC= option; JOINCHAR= option; LEAFCHAR= option; LEVEL= option; LINEPRINTER option; LINES= option; LIST option; MAXHEIGHT= option; MINHEIGHT= option; NAME= option; NCLUSTERS= option; NOPRINT option; NTICK= option; OUT= option; PAGES= option; POS= option; ROOT= option; SIMILAR option; SORT option; SPACES= option; TICKPOS= option; TREECHAR= option; VAXIS= option; VPAGES= option

TREECHAR= option: PROC TREE statement

TREND option: EXACT statement (FREQ) "EXACT Statement"; EXACT statement (FREQ) "Example 28.7: Computing the Cochran-Armitage Trend Test"; OUTPUT statement (FREQ); TABLES statement (FREQ) "Example 28.7: Computing the Cochran-Armitage Trend Test"; TABLES statement (FREQ) "TABLES Statement"