SPSS® 12.0 Command Syntax Reference

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856 MANOVA: Univariate • MANOVA displays both weighted means, in which all cases count equally, and unweighted means, in which all cells count equally. PMEANS Subcommand PMEANS (predicted means) displays a table of the predicted cell means of the dependent variable, both adjusted for the effect of covariates in the cell and unadjusted for covariates. For comparison, it also displays the observed cell means. • Output from PMEANS can be computationally expensive. • PMEANS without any additional specifications displays a table showing for each cell the observed mean of the dependent variable, the predicted mean adjusted for the effect of covariates in that cell (ADJ. MEAN), the predicted mean unadjusted for covariates (EST. MEAN), and the raw and standardized residuals from the estimated means. • Cells are numbered in output from PMEANS so that the levels vary most rapidly on the factor named last in the MANOVA variables specification. A table showing the levels of each factor corresponding to each cell number is displayed at the beginning of the MANOVA output. • Predicted means are suppressed for any design in which the MUPLUS keyword appears. • Covariates are not predicted. • In designs with covariates and multiple error terms, use the ERROR subcommand to designate which error term’s regression coefficients are to be used in calculating the standardized residuals. For univariate analysis, the following keywords are available on the PMEANS subcommand: TABLES Additional tables showing adjusted predicted means for specified factors or combinations of factors. Enter the names of factors or combinations of factors in parentheses after this keyword. For each factor or combination, MANOVA displays the predicted means (adjusted for covariates) collapsed over all other factors. PLOT A plot of the predicted means for each cell. Example MANOVA DEP BY A(1,4) B(1,3) /PMEANS TABLES(A, B, A BY B) /DESIGN = A, B. • PMEANS displays the default table of observed and predicted means for DEP and raw and standardized residuals in each of the 12 cells in the model. • The TABLES specification on PMEANS displays tables of predicted means for A (collapsing over B), for B (collapsing over A), and all combinations of A and B. • Because A and B are the only factors in the model, the means for A by B in the TABLES specification come from every cell in the model. They are identical to the adjusted predicted means in the default PMEANS table, which always includes all non-empty cells. • Predicted means for A by B can be requested in the TABLES specification, even though the A by B effect is not in the design.
RESIDUALS Subcommand MANOVA: Univariate 857 Use RESIDUALS to display and plot casewise values and residuals for your models. • Use the ERROR subcommand to specify an error term other than the default to be used to standardize the residuals. • If a designated error term does not exist for a given design, no predicted values or residuals are calculated. • If you specify RESIDUALS without any keyword, CASEWISE output is displayed. The following keywords are available: CASEWISE A case-by-case listing of the observed, predicted, residual, and standardized residual values for each dependent variable. PLOT A plot of observed values, predicted values, and case numbers versus the standardized residuals, plus normal and detrended normal probability plots for the standardized residuals (five plots in all). POWER Subcommand POWER requests observed power values based on fixed-effect assumptions for all univariate and multivariate F tests and t tests. Both approximate and exact power values can be computed, although exact multivariate power is displayed only when there is one hypothesis degree of freedom. If POWER is specified by itself, with no keywords, MANOVA calculates the approximate observed power values of all F tests at 0.05 significance level. The following keywords are available on the POWER subcommand: APPROXIMATE Approximate power values. This is the default if POWER is specified without any keyword. Approximate power values for univariate tests are derived from an Edgeworth-type normal approximation to the noncentral beta distribution. Approximate values are normally accurate to three decimal places and are much cheaper to compute than exact values. EXACT Exact power values. Exact power values for univariate tests are computed from the noncentral incomplete beta distribution. F(a) Alpha level at which the power is to be calculated for F tests. The default is 0.05. To change the default, specify a decimal number between 0 and 1 in parentheses after F. The numbers 0 and 1 themselves are not allowed. F test at 0.05 significance level is the default when POWER is omitted or specified without any keyword. T(a) Alpha level at which the power is to be calculated for t tests. The default is 0.05. To change the default, specify a decimal number between 0 and 1 in parentheses after t. The numbers 0 and 1 themselves are not allowed. • For univariate F tests and t tests, MANOVA computes a measure of the effect size based on partial η : 2
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SPSS® 12.0 Command Syntax Referenc
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Universals This part of the SPSS Sy
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Commands 5 before processing. All u
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Commands 7 • Subcommands begin wi
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Commands 9 • Transformation comma
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Files SPSS reads, creates, and writ
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SPSS-Format Data File Files 13 An S
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SPSS Matrix Data Files Files 15 An
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Files 17 4. VARNAME_ variable (or F
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Figure 6 Dictionary of a matrix sys
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Variables To prepare data for proce
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Keyword TO Variables 23 You can est
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Variable Formats Variables 25 SPSS
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Format type Description Ew.d Scient
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Table 4 Numeric formats with punctu
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Variables 31 PIBHEXw (hexadecimal o
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Variables 33 RBw (real binary): The
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Variables 35 is read as two separat
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Transformation Expressions Transfor
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SQRT(arg) Square root. SQRT(SIBS) i
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The following are suffixes for cont
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Transformation Expressions 43 0≤p
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Domain Errors Transformation Expres
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Transformation Expressions 47 origi
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Transformation Expressions 49 • L
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NOT Logical Operator Transformation
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and COMPUTE lagvar=LAG(var1). EXECU
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Date and Time SPSS reads and writes
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Input Data Specification Date and T
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The LIST output from these commands
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Date and Time 61 • A time interva
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Aggregation Functions Date and Time
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Conversion Functions Date and Time
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Date and Time 67 XDATE.HOUR(arg) Re
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Precautions with Date and Time Vari
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72 ACF and DIFF subcommands. With s
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74 ACF SDIFF Subcommand If the seri
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76 ACF SERROR Subcommand SERROR spe
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ADD DOCUMENT ADD DOCUMENT ’text
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ADD FILES ADD FILES FILE={file} {*
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82 ADD FILES • The resulting file
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84 ADD FILES • Input data files a
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86 ADD FILES FIRST and LAST Subcomm
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88 ADD VALUE LABELS • The added v
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AGGREGATE AGGREGATE OUTFILE={file}
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92 AGGREGATE Example Example • If
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94 AGGREGATE Example AGGREGATE OUTF
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96 AGGREGATE FIN(varlist,value1,val
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98 AGGREGATE • User-missing value
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ALSCAL ALSCAL VARIABLES=varlist [/F
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102 ALSCAL Operations • ALSCAL ca
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104 ALSCAL ASYMMETRIC Asymmetric da
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106 ALSCAL • INITIAL is the defau
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108 ALSCAL differences model propos
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110 ALSCAL • Algorithmic options
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112 ALSCAL Table 2 Types of configu
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Matrix mode Object by object 114 AL
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Matrix mode Object by object Object
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118 Syntax Reference Basic Specific
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120 Syntax Reference Example DATA L
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122 Syntax Reference PLOT Subcomman
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124 Syntax Reference VARNAME_ Strin
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ANOVA ANOVA [VARIABLES=] varlist BY
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Example Example ANOVA 129 ANOVA VAR
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ANOVA 131 Some restrictions apply t
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Table 2 Combinations of COVARIATES
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Multiple Classification Analysis AN
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APPLY DICTIONARY 137 • The applie
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APPLY DICTIONARY 139 target file as
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APPLY DICTIONARY 141 MRSETS = MERGE
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APPLY DICTIONARY 143
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Options Basic Specification Subcomm
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• Only one method can be specifie
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APPLY Subcommand AREG 149 • Itera
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AREG 151
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Options Basic Specification ARIMA 1
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Limitations Example ARIMA 155 • F
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D Order of differencing. Q Moving-a
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Termination Criteria Subcommands CI
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References ARIMA 161 Akaike, H. 197
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Subcommand Order • VARIABLES must
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Example AUTORECODE 165 DATA LIST /
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BEGIN DATA—END DATA BEGIN DATA da
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BREAK BREAK Overview BREAK controls
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CASEPLOT Overview CASEPLOT [VARIABL
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Subcommand Order • Subcommands ca
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LN and NOLOG Subcommands CASEPLOT 1
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CASEPLOT 177 erence line. Figure 3
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CASEPLOT 179 • If FORMAT=REFERENC
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Options CASESTOVARS 181 Automatic c
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The commands: CASESTOVARS 183 SPLIT
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create a new file with the followin
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SEPARATOR Subcommand CASESTOVARS 18
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CATPCA CATPCA is available in the C
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Optional output. You can request op
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CATPCA 193 • The NORMALIZATION su
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SPORD and SPNOM Keywords The follow
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ACTIVE Keyword The ACTIVE keyword h
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MAXITER Subcommand CATPCA 199 MAXIT
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CATPCA 201 The keyword TO in a vari
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TRIPLOT(varlist(varlist))(n) CATPCA
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CATPCA 205 procedures with the succ
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CATREG Overview CATREG is available
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Operations Limitations CATREG 209
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ANALYSIS Subcommand LEVEL Keyword C
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GROUPING Keyword DISTR Keyword MISS
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PRINT Subcommand CATREG 215 The PRI
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SAVE Subcommand OUTFILE Subcommand
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CCF Overview Options CCF [VARIABLES
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CCF 221 • LN transforms the data
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CCF 223 • If a natural log transf
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CLEAR TRANSFORMATIONS Overview CLEA
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Example Overview Options CLUSTER V1
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CLUSTER 229 • The variable list i
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Measures for Binary Data CLUSTER 23
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DICE[(p[,np])] Dice (or Czekanowski
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Y( x, y) ad - bc = ----------------
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CLUSTER 237 MEDIAN Median clusterin
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CLUSTER 239 • This example displa
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Matrix Input CLUSTER 241 • The ma
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Example Example Example DATA LIST F
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COMMENT {COMMENT} text { * } Overvi
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Cumulative distribution functions (
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Cumulative distribution functions (
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Logical functions: RANGE(varname,ra
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String Transformations COMPUTE 253
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Examples COMPUTE 255 • The string
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COMPUTE 257 • Alternatively, you
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Equivalence COMPUTE 259 STRING DEPT
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CONJOINT Overview CONJOINT is avail
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CONJOINT 263 the experimental profi
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CONJOINT 265 • The ADD FILES comm
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CONJOINT 267 subject is asked to as
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CONJOINT 269 • New value labels a
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PLOT Subcommand CONJOINT 271 The PL
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Basic Specification CORRELATIONS 27
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MISSING Subcommand CORRELATIONS 275
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Example CORRELATIONS 277 • CORREL
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CORRESPONDENCE CORRESPONDENCE is av
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Syntax Rules Operations Limitations
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DIMENSION Subcommand CORRESPONDENCE
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CORRESPONDENCE 285 EUCLID Euclidean
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PLOT Subcommand NONE No output othe
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CORRESPONDENCE 289 DIM1...DIMn Nume
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COUNT COUNT varname=varlist(value l
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COXREG COXREG is available in the A
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Basic Specification COXREG 295 •
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VARIABLES Subcommand COXREG 297 VAR
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COXREG 299 • If the categorical v
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COXREG 301 BSTEP Backward stepwise.
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CRITERIA Subcommand COXREG 303 CRIT
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COXREG 305 TABLE Write the survival
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CREATE CREATE new series={CSUM (ser
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Example CREATE NEWVAR1 = DIFF(OLDVA
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LAG Function CREATE 311 LAG creates
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Example CREATE TICKMA = MA(TICKETS,
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T4253H Function CREATE 315 T4253H p
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Overview Options CROSSTABS 317 CROS
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Example CROSSTABS 319 • The varia
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CROSSTABS 321 • VARIABLES names t
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CROSSTABS 323 CORR Display Pearson
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FORMAT Subcommand CROSSTABS 325 By
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CROSSTABS 327 • The split-file gr
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CROSSTABS 329
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Operations CSDESCRIPTIVES 331 • C
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CSDESCRIPTIVES 333 • Plan file an
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CSDESCRIPTIVES 335 • The set of s
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CSDESCRIPTIVES 337
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CSSELECT 339 inclusion probabilitie
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PLAN Subcommand CSSELECT 341 The PL
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Example CSPLAN /PLAN OUTFILE=’c:\
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CSSELECT 345
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Design Block: Stages 2 and 3 CSPLAN
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Example Overview Options CSPLAN SAM
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CSPLAN 351 • A PLAN subcommand is
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Stratified sample design CSPLAN SAM
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CSPLAN 355 • The variable samplew
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CSPLAN 357 Typically the previous w
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CSPL AN 359 • CLUSTER is required
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SIZE Subcommand CSPLAN 361 The SIZE
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MINSIZE Keyword CSPLAN 363 MINSIZE
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Keyword Default Root Name Descripti
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CSPLAN 367 strata only the last one
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CSPLAN 369
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CSTABULATE 371 • This specificati
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CSTABULATE 373 on the left defines
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CSTABULATE 375 • For example, /SU
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ADJUST= {BONFERRONI} ORIGIN=COLUMN
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Example Think of self as liberal or
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Example CTABLES /TABLE HAPPY. Gener
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Scale Variables CTABLES 383 Scale v
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CTABLES 385 • Each summary functi
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Table 2 Summary functions: scale va
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Table 3 Summary functions: multiple
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Missing Values in Summaries CTABLES
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Example CTABLES 393 CTABLES /TABLE
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CTABLES 395 • The SUBTOTAL keywor
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Totals Example CTABLES /TABLE AGE [
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CTABLES 399 CORNER Corner text. Cor
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Pairwise Comparisons of Proportions
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CTABLES 403 EMPTY Fill characters u
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CURVEFIT CURVEFIT [VARIABLES=] varn
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Operations CURVEFIT 407 • When CU
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CURVEFIT 409 • This command fits
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APPLY Subcommand CURVEFIT 411 APPLY
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Example Overview Options Week and y
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Fixed-Format Data DATA LIST 415 •
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DATA LIST 417 LIST Freefield data w
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DATA LIST 419 • RECORDS can be us
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Example DATA LIST 421 INPUT PROGRAM
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Variable Names DATA LIST 423 • Va
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Example * Mixing column-style and F
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DATA LIST 427 • For freefield dat
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DATA LIST 429 • The width (w) por
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DATE DATE keyword [starting value [
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DATE 433 • The starting value is
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DATE 435 • For DAY_, the starting
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Example 5 DATE Y 1950 Q 2 M. DATE 4
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The following is a partial listing
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Example DEFINE sesvars () age sex e
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Example Example * Macro without arg
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DEFINE—!ENDDEFINE 445 • The mac
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DEFINE—!ENDDEFINE 447 • This ex
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Example * Keyword !CHAREND. DEFINE
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DEFINE—!ENDDEFINE 451 !DEFAULT De
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DEFINE—!ENDDEFINE 453 !HEAD (str)
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Conditional Processing DEFINE—!EN
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DEFINE—!ENDDEFINE 457 • The fir
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DEFINE—!ENDDEFINE 459
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DESCRIPTIVES Overview Options DESCR
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Z Scores DESCRIPTIVES 463 The z-sco
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MAX Maximum observed value. SUM Sum
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DISCRIMINANT DISCRIMINANT GROUPS=va
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Basic Specification DISCRIMINANT 46
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DISCRIMINANT 471 • Variables shou
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Example DISCRIMINANT 473 DISCRIMINA
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DISCRIMINANT 475 • You can set FI
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SAVE Subcommand DISCRIMINANT 477 SA
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STATISTICS Subcommand DISCRIMINANT
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• The default keywords for CLASSI
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Matrix Input DISCRIMINANT 483 recor
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Example Example Example * Use matri
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DISPLAY DISPLAY [SORTED] [{NAMES**
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DISPLAY 489 • If the keyword SORT
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Example Example DOCUMENT 491 • If
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Overview DO IF 493 The DO IF—END
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Flow of Control DO IF 495 • If th
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Example DO IF 497 DO IF (YRHIRED GT
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Nested DO IF Structures DO IF 499 T
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DO REPEAT—END REPEAT DO REPEAT st
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Example DO REPEAT—END REPEAT 503
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Figure 2 Output from the PRINT subc
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ECHO ECHO "text". Example Overview
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Operations Example END CASE 509 •
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END CASE 511 • Data are extracted
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END CASE 513 BEGIN DATA 1 AC 91 2 C
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END CASE 515 • The frequencies ta
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Example Example *Select cases. INPU
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EXAMINE EXAMINE VARIABLES=varlist [
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Example EXAMINE VARIABLES=MIPERGAL
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• The method keywords follow the
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STATISTICS Subcommand EXAMINE 525 S
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EXAMINE 527 PAIRWISE Delete cases w
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EXPORT EXPORT OUTFILE=file [/TYPE={
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EXPORT 531 • Tape density—200,
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DROP and KEEP Subcommands EXPORT 53
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EXSMOOTH EXSMOOTH is available in t
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Subcommand Order Syntax Rules Opera
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Table 1 Models for different types
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Example EXSMOOTH 541 EXSMOOTH VAR2
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INITIAL Subcommand EXSMOOTH 543 •
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References EXSMOOTH 545 • The fir
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Example Overview Options FACTOR VAR
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Operations Example FACTOR 549 • V
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FACTOR 551 • By default, FACTOR u
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FACTOR 553 DET Determinant of the c
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• The factor pattern matrix is ro
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ROTATION Subcommand FACTOR 557 ROTA
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FACTOR 559 • The ROTATION subcomm
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Example Example Example Example FAC
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FACTOR 563 Jöreskog, K. G. 1977. F
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MULTIPUNCH Column binary file. IMAG
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FILE TYPE—END FILE TYPE For mixed
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Syntax Rules FILE TYPE—END FILE T
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Example * A grouped file of student
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FILE TYPE—END FILE TYPE 573 GROUP
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FILE TYPE—END FILE TYPE 575 • T
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FILE TYPE—END FILE TYPE 577 • T
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FILE TYPE—END FILE TYPE 579 WARN
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FILE TYPE—END FILE TYPE 581 BEGIN
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Example FILTER 583 • Both system-
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Example * A command file. FINISH 58
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Syntax Rules FIT 587 • If OBS is
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FLIP FLIP [[VARIABLES=] {ALL }] {va
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FLIP 591 Example Using the untransp
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FORMATS FORMATS varlist(format) [va
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Table 1 Output data formats (Contin
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FREQUENCIES FREQUENCIES [VARIABLES=
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Example FREQUENCIES 599 • FREQUEN
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FREQUENCIES 601 • MISSING and NOM
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Example FREQUENCIES 603 FREQUENCIES
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Example FREQUENCIES VAR=AGE /STATS=
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Options GENLOG 607 mates for unsatu
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GENLOG 609 • To separate the inde
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GENLOG 611 • For each effect, GEN
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GENLOG 613 DESIGN The design matrix
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GENLOG 615 • The saved variables
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GET GET FILE=file [/KEEP={ALL** }]
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GET 619 • Variables can be specif
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GET CAPTURE GET CAPTURE {ODBC }* [/
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GET CAPTURE 623 • You can display
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Overview GET DATA 625 GET DATA read
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READNAMES Subcommand GET DATA 627 O
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QUALIFIER Subcommand GET DATA 629 T
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GET SAS Overview Options GET SAS DA
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GET SAS 633 • Value labels read f
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GET TRANSLATE GET TRANSLATE FILE=fi
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GET TRANSLATE 637 • The first row
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GET TRANSLATE 639 • For string va
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GET TRANSLATE 641 • RANGE cannot
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GLM: Overview GLM is available in t
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GLM: Overview 645 • Display expec
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Model 2: Fixed-effects ANOVA and MA
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GLM: Overview 649 For univariate an
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GLM: Univariate GLM is available in
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Basic Specification GLM: Univariate
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GLM: Univariate 655 • If you spec
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INTERCEPT Subcommand GLM: Univariat
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GLM: Univariate 659 LOF Perform a l
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GLM: Univariate 661 • A coefficie
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Example GLM: Univariate 663 GLM DEP
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Example GLM: Univariate 665 GLM DEP
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GLM: Univariate 667 • Multiple PO
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COMPARE(factor) ADJ(method) GLM: Un
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DESIGN Subcommand GLM: Univariate 6
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Overview Options GLM: Multivariate
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GLM: Multivariate 675 Residual cova
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GLM: Repeated Measures GLM is avail
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Subcommand Order • The list of de
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GLM: Repeated Measures 681 • Leve
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GLM: Repeated Measures 683 • WSFA
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GLM: Repeated Measures 685 • Thes
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GRAPH 687 The following table shows
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GRAPH 689 NGT(x) Number of cases fo
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• The default span (2) and sigma
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GRAPH 693 Figure 3 /BAR=MEAN(SALBEG
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GRAPH 695 Figure 9 /BAR(STACKED)=CO
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LINE Subcommand GRAPH 697 LINE crea
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Figure 19 /LINE=MEAN(THEFT AUTO BUR
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Figure 25 /LINE(AREA)=COUNT BY TIME
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Figure 31 LINE(DIFFERENCE)=VALUE(SA
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GRAPH 705 the variable must be dich
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ERRORBAR Subcommand GRAPH 707 ERROR
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GRAPH 709 MATRIX Scatterplot matrix
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Figure 49 /SCATTERPLOT(XYZ)=JOBCAT
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Figure 52 PARETO(CUM SIMPLE)=SUM(DE
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Elements and Attributes Dependent o
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HILOGLINEAR Overview HILOGLINEAR is
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Operations HILOGLINEAR 719 • HILO
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Example HILOGLINEAR 721 HILOGLINEAR
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Example * An Incomplete Rectangular
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HILOGLINEAR 725 NONE No plots. Spec
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HOMALS Overview Options HOMALS is a
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Example HOMALS 729 Values outside o
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HOMALS 731 The total number of vali
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Example HOMALS 733 HOMALS VARIABLES
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HOMALS 735 LEVEL String variable LE
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Basic Specification IF 737 The basi
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Example Example Example IF (AGE > 2
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Example Example IF 741 tions on eve
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{VERTICAL } {THREE } [/EFFECT={NONE
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Overview Options IGRAPH 745 The int
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CATORDER Subcommand IGRAPH 747 The
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Example IGRAPH /VIEWNAME=’Scatter
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CHARTLOOK Subcommand IGRAPH 751 CHA
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FORMAT Subcommand IGRAPH 753 For ch
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IGRAPH 755 The INTERPOLATE keyword
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IGRAPH 757 START num Indicates the
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Example IGRAPH /X1=VAR(region) TYPE
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ERRORBAR Subcommand IGRAPH 761 Erro
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IGRAPH 763 REGRESSION Fits a straig
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IGRAPH 765 Number of Cases Less Tha
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IMPORT IMPORT FILE=file [/TYPE={COM
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IMPORT 769 • DROP excludes a vari
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INCLUDE INCLUDE FILE=file Example O
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INFO This command is not available
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Types of Information The following
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INPUT PROGRAM—END INPUT PROGRAM I
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Example Example * Select cases with
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KEYED DATA LIST KEYED DATA LIST KEY
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Syntax Rules KEYED DATA LIST 783
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Example * Reading a keyed file: rea
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KM Overview KM is available in the
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KM 789 • Only one status variable
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STRATA Subcommand KM 791 STRATA ide
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TEST Subcommand KM 793 TEST specifi
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SAVE Subcommand KM 795 SAVE saves t
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Example LEAVE 797 • Numeric varia
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Operations Example Example LIST 799
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LIST 801 • If SPLIT FILE is in ef
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Temporary variables created by LOGI
Page 805 and 806: Limitations Example LOGISTIC REGRES
Page 807 and 808: LOGISTIC REGRESSION 807 DEVIATION(r
Page 809 and 810: LOGISTIC REGRESSION 809 Wald statis
Page 811 and 812: ID Subcommand LOGISTIC REGRESSION 8
Page 813 and 814: LOGISTIC REGRESSION 813 • POUT re
Page 815 and 816: LOGISTIC REGRESSION 815 • Assigne
Page 817 and 818: LOGLINEAR 817 multiway contingency
Page 819 and 820: Example Example Example Example LOG
Page 821 and 822: LOGLINEAR 821 • To enter cell cov
Page 823 and 824: CONTRAST Subcommand LOGLINEAR 823 C
Page 825 and 826: Example * Contrasts for a logistic
Page 827 and 828: Example LOGLINEAR RESPONSE(1,2) BY
Page 829 and 830: Example * Equiprobability model LOG
Page 831 and 832: Options LOOP—END LOOP 831 Missing
Page 833 and 834: LOOP—END LOOP 833 • The program
Page 835 and 836: LOOP—END LOOP 835 time, resulting
Page 837 and 838: LOOP—END LOOP 837 • The loop is
Page 839 and 840: MANOVA: Overview MANOVA is availabl
Page 841 and 842: Overview Example 2 * Analysis of Co
Page 843 and 844: MANOVA: Univariate MANOVA is availa
Page 845 and 846: MANOVA: Univariate 845 in the model
Page 847 and 848: MANOVA: Univariate 847 WITHIN Terms
Page 849 and 850: MANOVA: Univariate 849 The specifie
Page 851 and 852: MANOVA: Univariate 851 it generally
Page 853 and 854: PARAMETERS Keyword MANOVA: Univaria
Page 855: ERROR Keyword MANOVA: Univariate 85
Page 859 and 860: MANOVA: Univariate 859 CELLPLOTS Ce
Page 861 and 862: Split Files and Variable Order MANO
Page 863 and 864: DESIGN Subcommand MANOVA: Univariat
Page 865 and 866: MANOVA: Univariate 865 • The numb
Page 867 and 868: MANOVA: Univariate 867 with similar
Page 869 and 870: MANOVA: Multivariate MANOVA is avai
Page 871 and 872: Limitations MANOVA: Multivariate 87
Page 873 and 874: MANOVA: Multivariate 873 DEVIATION
Page 875 and 876: MANOVA: Multivariate 875 • You mu
Page 877 and 878: MANOVA: Multivariate 877 SINGLEDF S
Page 879 and 880: MANOVA: Multivariate 879 ROTATE Rot
Page 881 and 882: CONDITIONAL and UNCONDITIONAL Keywo
Page 883 and 884: MANOVA: Repeated Measures 883 descr
Page 885 and 886: MANOVA: Repeated Measures 885 • I
Page 887 and 888: Example MANOVA: Repeated Measures 8
Page 889 and 890: MANOVA: Repeated Measures 889 • A
Page 891 and 892: 1 MAPS MAPS {/GVAR = VAR(varname)[V
Page 893 and 894: Operations 893 MAPS • Each MAPS c
Page 895 and 896: 895 MAPS • The total (sum) of sal
Page 897 and 898: Example 897 MAPS standard deviation
Page 899 and 900: Example 899 MAPS MAPS /GVAR = VAR(f
Page 901 and 902: Example 901 MAPS MAPS /GVAR = VAR(c
Page 903: Number of Cases Less Than (N of Cas
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906 MATCH FILES Variable Names. You
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908 MATCH FILES • If the files ha
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910 MATCH FILES RENAME Subcommand R
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912 MATCH FILES • FIRST creates a
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914 MATRIX—END MATRIX INV Inverse
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916 MATRIX—END MATRIX • A symme
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918 MATRIX—END MATRIX Example {11
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920 MATRIX—END MATRIX • All of
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922 MATRIX—END MATRIX ** &* &/ &*
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924 MATRIX—END MATRIX • The res
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926 MATRIX—END MATRIX COMPUTE Sta
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928 MATRIX—END MATRIX A = 111 111
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930 MATRIX—END MATRIX DET(M) Dete
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932 MATRIX—END MATRIX MOD(M,S) Re
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934 MATRIX—END MATRIX and the num
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936 MATRIX—END MATRIX • Constan
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938 MATRIX—END MATRIX • The fir
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940 MATRIX—END MATRIX • A logic
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942 MATRIX—END MATRIX • The mat
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944 MATRIX—END MATRIX FORMAT Spec
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946 MATRIX—END MATRIX HOLD Specif
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948 MATRIX—END MATRIX NAMES Speci
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950 MATRIX—END MATRIX • If more
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952 MATRIX—END MATRIX Valid keywo
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954 MATRIX—END MATRIX • The mat
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956 MATRIX—END MATRIX FNAMES Spec
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MATRIX DATA MATRIX DATA VARIABLES=v
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960 MATRIX DATA Table 1 summarizes
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962 MATRIX DATA Example • No othe
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964 MATRIX DATA Example * Matrix da
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966 MATRIX DATA • ROWTYPE_ is spe
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968 MATRIX DATA FULL do not enter t
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970 MATRIX DATA • The split varia
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972 MATRIX DATA Example MATRIX DATA
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974 MATRIX DATA Within-Cells Record
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976 MATRIX DATA • Because ROWTYPE
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978 MCONVERT • If there are multi
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MEANS Overview Options MEANS [TABLE
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982 MEANS • The first table list
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984 MEANS LINEARITY Test of lineari
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986 MISSING VALUES • For date for
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MIXED MIXED is available in the Adv
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990 MIXED Models The following are
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992 MIXED Basic Specification • T
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994 MIXED ARMA1 Autoregressive movi
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996 MIXED Example matrix: σ2 1 σ2
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998 MIXED Variable List The variabl
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1000 MIXED WITH (option) Covariate
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1002 MIXED • The following option
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1004 MIXED Otherwise, it will be ig
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1006 MIXED REGWGT Subcommand The RE
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1008 MIXED Example MIXED SCORE BY S
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1010 MIXED Interpretation of Random
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1012 MIXED
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1014 Syntax Reference Examples MODE
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1016 MRSETS These variables are cod
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1018 MRSETS DISPLAY Subcommand /DIS
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1020 MULT RESPONSE Options did not
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1022 MULT RESPONSE • The group na
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1024 MULT RESPONSE TABLES Subcomman
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1026 MULT RESPONSE ROW Row percenta
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1028 MULT RESPONSE The following ke
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1030 MVA Overview Options [/REGRESS
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1032 MVA Symbols The symbols displa
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1034 MVA Examples MVA VARIABLES=pop
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1036 MVA PERCENT=n Omit rows for va
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1038 MVA TPATTERN Subcommand The TP
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1040 MVA CONVERGENCE=value Converge
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1042 MVA ADDTYPE Type of distributi
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NLR NLR and CNLR are available in t
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1046 NLR Basic Specification The ba
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1048 NLR • The two COMPUTE statem
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1050 NLR Example MODEL PROGRAM A=1,
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1052 NLR • Some new parameters ma
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1054 NLR Example MODEL PROGRAM A=.5
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1056 NLR sponding to a more accurat
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1058 NLR Nonlinear Constraints Nonl
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1060 NLR • CNLR generates the boo
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1062 N OF CASES Example GET FILE=CI
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1064 NOMREG Overview Options NOMREG
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1066 NOMREG mates convergence crite
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1068 NOMREG B are factors. The expr
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1070 NOMREG • The initial model c
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1072 NOMREG • Only one OUTFILE su
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1074 NOMREG SCALE Subcommand The SC
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NONPAR CORR Overview Options NONPAR
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1078 NONPAR CORR Example NONPAR COR
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1080 NONPAR CORR Format of the Matr
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NPAR TESTS NPAR TESTS [CHISQUARE=va
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1084 NPAR TESTS Options Statistical
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1086 NPAR TESTS • If more than 0.
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1088 NPAR TESTS Operations Example
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1090 NPAR TESTS Example • A test
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1094 NPAR TESTS MEDIAN Subcommand S
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1096 NPAR TESTS MOSES Subcommand Sy
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1100 NPAR TESTS Example • Under t
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NUMERIC NUMERIC varlist[(format)] [
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OLAP CUBES OLAP CUBES {varlist} BY
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1106 OLAP CUBES • A Layered Repor
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1108 OLAP CUBES The percentage diff
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OMS Note: Square brackets used in t
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1112 OMS bles from the FREQUENCIES
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1114 OMS Example OMS /SELECT TABLES
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1116 OMS be followed by an equals s
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1118 OMS SVWSOXML XML used by Smart
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1120 OMS • The first OMS command
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1122 OMS keyword must be followed b
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1124 OMS Figure 4 Single two-dimens
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1126 OMS Figure 6 Multiple Tables w
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1128 OMS Figure 8 Tables with diffe
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1130 OMS tics in the columns. To in
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1132 OMS Figure 11 Variable names i
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1134 OMS Figure 13 OXML for simple
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1136 OMS Command and Subtype Identi
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1138 OMS Table 2 Command Command Id
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OMSINFO OMSINFO. Example OMSINFO. O
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13 1156 OMSEND OMSEND Note: Square
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OMSLOG OMSLOG FILE = ’filespec’
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ONEWAY Overview Options ONEWAY varl
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1162 ONEWAY Analysis List The analy
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1164 ONEWAY groups. In addition, ho
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1166 ONEWAY • Up to 10 RANGE subc
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1168 ONEWAY • The dependent varia
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ORTHOPLAN Overview Options ORTHOPLA
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1172 ORTHOPLAN Example • The FACT
Page 1174 and 1175:
1174 ORTHOPLAN • MINIMUM is follo
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1176 Syntax Reference Basic Specifi
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1178 Syntax Reference SETS Subcomma
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1180 Syntax Reference CONVERGENCE S
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1182 Syntax Reference SAVE Subcomma
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PACF Overview Options PACF [VARIABL
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PACF 1187 • DIFF differences the
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PACF 1189 • If SEASONAL is specif
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PARTIAL CORR Overview Options PARTI
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VARIABLES Subcommand PARTIAL CORR 1
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FORMAT Subcommand FORMAT determines
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Format of the Matrix Data File Spli
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PARTIAL CORR 1199 • REGRESSION co
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PERMISSIONS PERMISSIONS FILE=’fil
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PLANCARDS Overview Options PLANCARD
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Example PLANCARDS 1205 DATA LIST FR
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Figure 2 Single-profile format Prof
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Profile # 1 Circle the number in th
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1212 PLUM Basic Specification The b
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1214 PLUM value. The criterion is n
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1216 PLUM CELLINFO Cell Information
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1218 PLUM • Covariates can be con
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POINT POINT KEY=varname [FILE=file]
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1222 POINT Example • DATA LIST re
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PPLOT PPLOT [VARIABLES=] varlist [/
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1226 PPLOT Operations • Subcomman
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1228 PPLOT FRACTION Subcommand FRAC
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1230 PPLOT • In low resolution, a
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1232 PPLOT • If a natural log tra
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PREDICT PREDICT [{start date }] [TH
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1236 PREDICT • If there is a gap
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PRESERVE PRESERVE Overview PRESERVE
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1240 Syntax Reference Basic Specifi
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1242 Syntax Reference Example DATA
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1244 Syntax Reference CONVERGENCE S
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Page 1248 and 1249:
1248 Syntax Reference VARNAME_ Stri
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1250 PRINT Syntax Rules • A slash
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1252 PRINT Strings You can specify
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1254 PRINT Example PRINT OUTFILE=PR
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1256 PRINT EJECT Basic Specificatio
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PRINT FORMATS PRINT FORMATS varlist
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1260 PRINT FORMATS Example COMPUTE
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1262 PRINT SPACE Example PRINT / NA
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PROBIT Overview Options PROBIT is a
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1266 PROBIT • If individual cases
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1268 PROBIT • Keywords BY and WIT
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1270 PROBIT mately six significant
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1272 PROBIT RMP Relative median pot
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1274 PROCEDURE OUTPUT Example PROCE
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1276 PROXIMITIES Example Overview O
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1278 PROXIMITIES RANGE Standardize
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1280 PROXIMITIES CORRELATION( xy ,
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1282 PROXIMITIES 0, 1, 1, 0, 0 for
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1284 PROXIMITIES K1[(p[,np])] Kulcz
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1286 PROXIMITIES SS5[(p[,np])] Soka
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1288 PROXIMITIES • When used with
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1290 PROXIMITIES analysis. If a var
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1292 PROXIMITIES Example Example GE
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1294 PROXIMITIES
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1296 Syntax Reference Overview Opti
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1302 Syntax Reference TORGERSON Tor
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1304 Syntax Reference SPLINE Monoto
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1306 Syntax Reference number of cas
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1308 Syntax Reference DIFFSTRESS Co
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1310 Syntax Reference PLOT Subcomma
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1312 Syntax Reference cases in the
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1314 QUICK CLUSTER distances betwee
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1316 QUICK CLUSTER is specified, QU
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1318 QUICK CLUSTER NONE No addition
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RANK RANK [VARIABLES=] varlist [({A
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1322 RANK • String variables cann
Page 1324 and 1325:
1324 RANK TIES Subcommand TIES dete
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RATIO STATISTICS RATIO STATISTICS n
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1328 RATIO STATISTICS • Keywords
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1330 RATIO STATISTICS MEAN Mean. Th
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1332 Syntax Reference Syntax Rules
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RECODE For numeric variables: RECOD
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1336 RECODE • SYSMIS specifies th
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1338 RECODE • Values for V1 throu
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RECORD TYPE For mixed file types: R
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1342 RECORD TYPE Example * Reading
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1344 RECORD TYPE Example * A mixed
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1346 RECORD TYPE Example * Specifyi
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1348 RECORD TYPE • SPREAD can be
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1350 REFORMAT Example * Convert an
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1352 REGRESSION Overview Options RE
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1354 REGRESSION • The DEPENDENT s
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1356 REGRESSION • When more than
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1358 REGRESSION Equation Statistics
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1360 REGRESSION PIN[(value)] Probab
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1362 REGRESSION • COMPUTE creates
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1364 REGRESSION • If SELECT is sp
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1366 REGRESSION MISSING Subcommand
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1368 REGRESSION: Residuals (RESIDUA
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1370 REGRESSION: Residuals • REGR
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1372 REGRESSION: Residuals are RESI
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1374 REGRESSION: Residuals Example
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RELIABILITY Overview RELIABILITY VA
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1378 RELIABILITY • This example a
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1380 RELIABILITY ICC Subcommand ICC
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1382 RELIABILITY Matrix Output Matr
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1384 RELIABILITY Example Example Ex
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RENAME VARIABLES RENAME VARIABLES {
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REPEATING DATA REPEATING DATA [FILE
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1390 REPEATING DATA • The DATA LI
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1392 REPEATING DATA Example Figure
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1394 REPEATING DATA STARTS Subcomma
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1396 REPEATING DATA • In the data
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1398 REPEATING DATA CONTINUED Subco
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1400 REPEATING DATA in positions 1-
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REPORT REPORT [/FORMAT=[{MANUAL }]
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1404 REPORT Column Widths. Default
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1406 REPORT statistics. The maximum
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1408 REPORT Example • The maximum
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1410 REPORT headings with the first
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1412 REPORT Figure 1 Page layout fo
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1414 REPORT Example REPORT FORMAT=A
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1416 REPORT Column Format The follo
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1418 REPORT BREAK Subcommand BREAK
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1420 REPORT (OFFSET) Position of th
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1422 REPORT • To use the summary
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1424 REPORT means of all three vari
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1426 REPORT • The summary title m
Page 1428 and 1429:
1428 REPORT Table 3 Default print f
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1430 REPORT • The right-justified
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1432 REREAD Subcommand Order Subcom
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1434 REREAD FILE Subcommand FILE sp
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1436 REREAD Example * Reading both
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RMV RMV new variables={LINT (varlis
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1440 RMV • NEWVAR1 will have the
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ROC Overview Options ROC varlist BY
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1444 ROC MISSING Subcommand Cases w
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SAMPLE SAMPLE {decimal value} {n FR
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SAVE SAVE OUTFILE=’filespec’ [/
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1450 SAVE Example GET FILE=HUBEMPL.
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1452 SAVE Example GET FILE=PRSNL. C
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1454 SAVE PERMISSIONS Subcommand Th
Page 1456 and 1457:
1456 Syntax Reference SAVE MODEL Ov
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1458 Syntax Reference TYPE Subcomma
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1460 SAVE TRANSLATE ** Required for
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1462 SAVE TRANSLATE • User-missin
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1464 SAVE TRANSLATE The following t
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1466 SAVE TRANSLATE WK1 1-2-3 Relea
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1468 SAVE TRANSLATE CELLS Subcomman
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1470 SAVE TRANSLATE Example SAVE TR
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1472 SCRIPT
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1474 Syntax Reference Subcommand Or
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1476 Syntax Reference PERIOD Subcom
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SELECT IF SELECT IF [(]logical expr
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1480 SELECT IF Missing Values • I
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1482 SELECT IF Example Example Exam
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1484 SET [HEADER={NO** }] {YES } {B
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1486 SET Operations Example • Set
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1488 SET LABELS Displays variable l
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1490 SET JOURNAL Subcommand Alias t
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1492 SET SPSSB in the server versio
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1494 SET • You can specify any le
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1496 SET Example SET SMALL = 0. SET
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SHOW SHOW [ALL] [BLANKS] [BLKSIZE]
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1500 SHOW EPOCH Range of years for
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1502 SHOW WEIGHT Variable used to w
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1504 SORT CASES addition, special c
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1506 SPCHART Overview Options SPCHA
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1508 SPCHART • The default span (
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1510 SPCHART Figure 3 S chart Data
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1512 SPCHART Figure 4 Individuals c
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1514 SPCHART Figure 7 NP chart Data
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1516 SPCHART based on the Poisson d
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1518 SPCHART • A duplicated subco
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1520 SPCHART CAPSIGMA Subcommand Th
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1522 SPCHART fixed control limits a
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1524 Syntax Reference SPECTRA Overv
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1526 Syntax Reference Syntax Rules
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1528 Syntax Reference TUKEY Tukey-H
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1532 Syntax Reference References
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1534 SPLIT FILE • AGGREGATE ignor
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STRING STRING varlist (An) [/varlis
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SUBTITLE SUBTITLE [’]text[’] Ex
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SUMMARIZE SUMMARIZE [TABLES=]{varli
Page 1542 and 1543:
1542 SUMMARIZE Example the FORMAT s
Page 1544 and 1545:
1544 SUMMARIZE GEOMETRIC Geometric
Page 1546 and 1547:
SURVIVAL Overview SURVIVAL is avail
Page 1548 and 1549:
1548 SURVIVAL Operations • SURVIV
Page 1550 and 1551:
1550 SURVIVAL • INTERVALS produce
Page 1552 and 1553:
1552 SURVIVAL HAZARD Plot the hazar
Page 1554 and 1555:
1554 SURVIVAL large samples. It is
Page 1556 and 1557:
1556 SURVIVAL WRITE Subcommand Form
Page 1558 and 1559:
1558 SURVIVAL • Record type 31 is
Page 1560 and 1561:
1560 SYSFILE INFO
Page 1562 and 1563:
1562 Syntax Reference Operations Ex
Page 1564 and 1565:
1564 TEMPORARY Example • The XSAV
Page 1566 and 1567:
TITLE TITLE [’]text[’] Example
Page 1568 and 1569:
TSET TSET [PRINT={DEFAULT**}] [/NEW
Page 1570 and 1571:
1570 TSET MXPREDICT Subcommand MXPR
Page 1572 and 1573:
TSPLOT TSPLOT [VARIABLES=] variable
Page 1574 and 1575:
1574 TSPLOT Subcommand Order • Su
Page 1576 and 1577:
1576 TSPLOT Example TSPLOT TICKETS
Page 1578 and 1579:
1578 TSPLOT Figure 3 FORMAT=REFEREN
Page 1580 and 1581:
1580 TSPLOT UNIFORM Scale uniformly
Page 1582 and 1583:
1582 T-TEST degrees of freedom, and
Page 1584 and 1585:
1584 T-TEST PAIRS Subcommand PAIRS
Page 1586 and 1587:
2SLS Overview Options 2SLS is avail
Page 1588 and 1589:
1588 2SLS • In this example, Y1 i
Page 1590 and 1591:
1590 2SLS • In this example, the
Page 1592 and 1593:
TWOSTEP CLUSTER Overview TWOSTEP CL
Page 1594 and 1595:
1594 TWOSTEP CLUSTER Example TWOSTE
Page 1596 and 1597:
1596 TWOSTEP CLUSTER Example TWOSTE
Page 1598 and 1599:
1598 TWOSTEP CLUSTER STATE Save the
Page 1600 and 1601:
1600 TWOSTEP CLUSTER SUMMARY Descri
Page 1602 and 1603:
1602 UNIANOVA Overview Options ** D
Page 1604 and 1605:
1604 UNIANOVA Example UNIANOVA YIEL
Page 1606 and 1607:
1606 UNIANOVA appropriate effect is
Page 1608 and 1609:
1608 UNIANOVA PRINT Subcommand PRIN
Page 1610 and 1611:
1610 UNIANOVA Example UNIANOVA DEP
Page 1612 and 1613:
1612 UNIANOVA • B1 versus B2 at A
Page 1614 and 1615:
1614 UNIANOVA HELMERT Helmert contr
Page 1616 and 1617:
1616 UNIANOVA Post Hoc Tests Statis
Page 1618 and 1619:
1618 UNIANOVA QREGW Ryan-Einot-Gabr
Page 1620 and 1621:
1620 UNIANOVA SRESID Studentized re
Page 1622 and 1623:
UPDATE UPDATE FILE={master file} {*
Page 1624 and 1625:
1624 UPDATE • UPDATE copies all v
Page 1626 and 1627:
1626 UPDATE BY Subcommand BY specif
Page 1628 and 1629:
1628 UPDATE • IN has only one spe
Page 1630 and 1631:
1630 USE • Values on keyword YEAR
Page 1632 and 1633:
1632 USE USE THRU 5. • This comma
Page 1634 and 1635:
1634 VALUE LABELS Operations Exampl
Page 1636 and 1637:
VARCOMP Overview Options VARCOMP is
Page 1638 and 1639:
1638 VARCOMP • You can specify mu
Page 1640 and 1641:
1640 VARCOMP The default is 1.0E-8.
Page 1642 and 1643:
1642 VARCOMP Nesting within an inte
Page 1644 and 1645:
VARIABLE LABELS VARIABLE LABELS var
Page 1646 and 1647:
VARIABLE LEVEL VARIABLE LEVEL varli
Page 1648 and 1649:
VARSTOCASES VARSTOCASES /MAKE new v
Page 1650 and 1651:
1650 VARSTOCASES The command: VARST
Page 1652 and 1653:
1652 VARSTOCASES Example VARSTOCASE
Page 1654 and 1655:
1654 VARSTOCASES COUNT Subcommand W
Page 1656 and 1657:
1656 VECTOR Syntax Rules • Multip
Page 1658 and 1659:
1658 VECTOR Example VECTOR X,Y(A5,6
Page 1660 and 1661:
1660 VECTOR • Aggregating by vari
Page 1662 and 1663:
1662 VERIFY Operations • VERIFY r
Page 1664 and 1665:
1664 WEIGHT Example • Each WEIGHT
Page 1666 and 1667:
1666 WLS without erasing values sav
Page 1668 and 1669:
1668 WLS DELTA Subcommand DELTA, al
Page 1670 and 1671:
1670 WLS Example WLS X1 WITH Y1 /SO
Page 1672 and 1673:
1672 WRITE Basic Specification The
Page 1674 and 1675:
1674 WRITE Strings • MOHIRED, YRH
Page 1676 and 1677:
WRITE FORMATS WRITE FORMATS varlist
Page 1678 and 1679:
1678 WRITE FORMATS Example COMPUTE
Page 1680 and 1681:
1680 XSAVE Basic Specification The
Page 1682 and 1683:
1682 XSAVE • Keyword ALL on KEEP
Page 1684:
1684 XSAVE • The only specificati
Page 1687 and 1688:
Appendix A Commands and Program Sta
Page 1689 and 1690:
Determining Command Order Commands
Page 1691 and 1692:
Table A.1 Commands and program stat
Page 1693 and 1694:
Input Program Commands Commands and
Page 1695 and 1696:
Appendix B IMPORT/EXPORT Character
Page 1697 and 1698:
Position Graphic Macintosh Microsof
Page 1699 and 1700:
Position Graphic Macintosh Microsof
Page 1701:
Position Graphic Macintosh 222 â 1
Page 1704 and 1705:
1704 Appendix C Figure C.1 File REC
Page 1706 and 1707:
1706 Appendix C Figure C.4 NESTED.D
Page 1708 and 1709:
1708 Appendix C • The output from
Page 1710 and 1711:
1710 Appendix C FILE TYPE GROUPED R
Page 1712 and 1713:
1712 Appendix C Figure C.8 LIST out
Page 1714 and 1715:
1714 Appendix C • REPEATING DATA
Page 1716 and 1717:
1716 Appendix C The loop terminates
Page 1718 and 1719:
1718 Appendix D Example 1: Automati
Page 1720 and 1721:
1720 Appendix D • Commands betwee
Page 1722 and 1723:
1722 Appendix D Figure D.7 Listing
Page 1724 and 1725:
1724 Appendix D You can modify the
Page 1726 and 1727:
1726 Appendix D • !TOKENS(1) spec
Page 1728 and 1729:
1728 Appendix D Figure D.15 Output
Page 1730 and 1731:
1730 Appendix D Figure D.19 !DATAGE
Page 1733 and 1734:
Appendix A Trends Options: Special
Page 1735 and 1736:
Trends Options: Special Considerati
Page 1737 and 1738:
Trends Options: Special Considerati
Page 1739 and 1740:
Subject Index active data file cach
Page 1741 and 1742:
inary shape difference in Distances
Page 1743 and 1744:
in Logistic Regression procedure, 8
Page 1745 and 1746:
in Multidimensional Scaling procedu
Page 1747 and 1748:
scratch files, 1492 data dictionary
Page 1749 and 1750:
matrices, 479 matrix input, 482 mat
Page 1751 and 1752:
in Hierarchical Loglinear Analysis
Page 1753 and 1754:
cell weights, 610, 821 contrasts, 8
Page 1755 and 1756:
hierarchical loglinear analysis, 71
Page 1757 and 1758:
in Autoregression procedure, 148- 1
Page 1759 and 1760:
See also Linear Regression procedur
Page 1761 and 1762:
linear transformations, 871 naming
Page 1763 and 1764:
date format variables, 986 defining
Page 1765 and 1766:
function precision, 1056 infinite s
Page 1767 and 1768:
in Cox Regression procedure, 302 in
Page 1769 and 1770:
output, 1489, 1494 output page size
Page 1771 and 1772:
elative risk ratio in Crosstabs pro
Page 1773 and 1774:
scientific notation controlling dis
Page 1775 and 1776:
in ROC Curve procedure, 1445 standa
Page 1777 and 1778:
fixed format, 414, 415, 416, 423 fr
Page 1779 and 1780:
date format variables, 1633 in Homo
Page 1781 and 1782:
Syntax Index !BLANKS (function) DEF
Page 1783 and 1784:
AGGREGATE (command), 90 BREAK subco
Page 1785 and 1786:
AR (subcommand) ARIMA command, 158
Page 1787 and 1788:
REPORT command, 1417 BLANKS (subcom
Page 1789 and 1790:
CASENUM$ (system variable) in PRINT
Page 1791 and 1792:
REGRESSION command, 1360 CIN (subco
Page 1793 and 1794:
SHOW command, 1499 COMPUTE (command
Page 1795 and 1796:
TWOSTEP CLUSTER command, 1600 COUNT
Page 1797 and 1798:
WRITE subcommand, 325 CROSSVALID (k
Page 1799 and 1800:
Symbols D (keyword) CLUSTER command
Page 1801 and 1802:
NPAR TESTS command, 1100 ONEWAY com
Page 1803 and 1804:
DISPER (keyword) CLUSTER command, 2
Page 1805 and 1806:
MIXED command, 999 UNIANOVA command
Page 1807 and 1808:
EXPERIMENTAL (keyword) ANOVA comman
Page 1809 and 1810:
MEANS command, 983 PROXSCAL command
Page 1811 and 1812:
GAC (keyword) OLAP CUBES command, 1
Page 1813 and 1814:
TEST(SSCP) keyword, 674 TUKEY keywo
Page 1815 and 1816:
HISTORY (keyword) CATPCA command, 2
Page 1817 and 1818:
INCLUDE (command), 771 FILE subcomm
Page 1819 and 1820:
JITTER (keyword) IGRAPH command, 75
Page 1821 and 1822:
LEAVE (command), 796 LEFT (keyword)
Page 1823 and 1824:
CWEIGHT subcommand, 821 DESIGN subc
Page 1825 and 1826:
ROVMAP subcommand, 896 SHOWLABEL su
Page 1827 and 1828:
RMV command, 1440 MEAN (keyword) AN
Page 1829 and 1830:
MANOVA command, 858 MEANS command,
Page 1831 and 1832:
CATREG command, 212 MULTIPUNCH (key
Page 1833 and 1834:
NMISS (function) AGGREGATE command,
Page 1835 and 1836:
NOREFERENCE (keyword) TSPLOT comman
Page 1837 and 1838:
CATREG command, 215 ODBC (keyword)
Page 1839 and 1840:
RATIO STATISTICS command, 1328 REGR
Page 1841 and 1842:
PER (keyword) SPECTRA command, 1530
Page 1843 and 1844:
SUMMARY keyword, 1216 TEST subcomma
Page 1845 and 1846:
CATREG command, 215 CLUSTER command
Page 1847 and 1848:
QUANT (keyword) CATPCA command, 200
Page 1849 and 1850:
with FORMATS command, 1349 REG (key
Page 1851 and 1852:
CSTABULATE command, 374 CURVEFIT co
Page 1853 and 1854:
SAMPLEFILE (subcommand) CSSELECT co
Page 1855 and 1856:
SEED (keyword) CSSELECT command, 34
Page 1857 and 1858:
MXLOOPS subcommand, 1500 MXMEMORY s
Page 1859 and 1860:
SP (subcommand) ARIMA command, 156-
Page 1861 and 1862:
DISCRIMINANT command, 479 FREQUENCI
Page 1863 and 1864:
Symbols T (function) MATRIX command
Page 1865 and 1866:
TOLERANCE (subcommand) DISCRIMINANT
Page 1867 and 1868:
UNCLASSIFIED (keyword) DISCRIMINANT
Page 1869 and 1870:
REPORT command, 1414, 1418 value la
Page 1871 and 1872:
VIN (subcommand) DISCRIMINANT comma
Page 1873 and 1874:
X1MULTIPLIER (keyword) IGRAPH comma
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