UNIANOVA

UNIANOVA está disponible en Statistics Base Edition.

El procedimiento UNIANOVA proporciona análisis de regresión y análisis de varianza para una variable dependiente por uno o más factores y/o variables.

UNIANOVA dependent var [BY factor list [WITH covariate list]] 

[/RANDOM=factor factor...]

[/REGWGT=varname]

[/METHOD=SSTYPE({1  })]
                {2  }
                {3**}
                {4  }

[/INTERCEPT=[INCLUDE**] [EXCLUDE]]

[/MISSING=[INCLUDE] [EXCLUDE**]]

[/CRITERIA=[EPS({1E-8**})][ALPHA({0.05**})]
                {a     }         {a     }

[/PRINT = [DESCRIPTIVE] [HOMOGENEITY] [PARAMETER][ETASQ] 
          [GEF] [LOF] [OPOWER] [TEST(LMATRIX)]
          [MBP] [BP] [F] [WHITE] ]

[/PLOT=[SPREADLEVEL] [RESIDUALS]
       [PROFILE (factor factor*factor factor*factor*factor ...)
                [WITH(covariate={value} [...])]]
                                {MEAN }
                [TYPE={LINE**}]
                      {BAR   }
                [MEANREFERENCE={NO**}]
                               {YES }
                [ERRORBAR={NO**      }]
                          {CI        }
                          {SE [(2**)]}
                [YAXIS={AUTO**}]
                       {0     }

[/TEST=effect VS {linear combination [DF(df)]}]
                 {value DF (df)              }

[/LMATRIX={["label"] effect list effect list ...;...}]
          {["label"] effect list effect list ...    }
          {["label"] ALL list; ALL...               }
          {["label"] ALL list                       }

[/KMATRIX= {number    }]
           {number;...}

[/CONTRAST (factor name)={DEVIATION[(refcat)]**     }]
                         {SIMPLE [(refcat)]         }
                         {DIFFERENCE                }
                         {HELMERT                   }
                         {REPEATED                  }
                         {POLYNOMIAL  [({1,2,3...})]}
                                        {metric  }   
                         {SPECIAL (matrix)          }

[/POSTHOC =effect [effect...]
          ([SNK] [TUKEY] [BTUKEY][DUNCAN]
           [SCHEFFE] [DUNNETT(refcat)] [DUNNETTL(refcat)]
           [DUNNETTR(refcat)] [BONFERRONI] [LSD] [SIDAK]
           [GT2] [GABRIEL] [FREGW] [QREGW]  [T2] [T3] [GH] [C]
           [WALLER ({100** })])]
                    {kratio}
           [VS effect]

[/EMMEANS=TABLES({OVERALL         }) [WITH(covariate={value} [...])]]
                 {factor          }                  {MEAN }
                 {factor*factor...}
                 
          [COMPARE ADJ(LSD) (BONFERRONI) (SIDAK)]

[/ROBUST={HC0  })]                   
         {HC1  }
         {HC2  }
         {HC3**}
         {HC4  }
               
 [/SAVE=[tempvar [(name)]] [tempvar [(name)]]...]
        
 [/OUTFILE=[COVB ('savfile'|'dataset')]
           [CORB ('savfile'|'dataset')]
           [HCCOVB ('savfile'|'dataset')]
           [EFFECT('savfile'|'dataset')] [DESIGN('savfile'|'dataset')]

 
 [/MBPDESIGN=[effect effect...]]

 [/BPDESIGN=[effect effect...]]

 [/FDESIGN=[effect effect...]]   
  
 [/DESIGN={[INTERCEPT...]    }]
          {[effect effect...]}

**Valor predeterminado si el subcomando o la palabra clave se omite.

Las variables temporales (tempvar) son:

PRED, WPRED, RESID, WRESID, DRESID, ZRESID, SRESID, SEPRED, COOK, LEVER

Este mandato lee el conjunto de datos activo y provoca la ejecución de los mandatos pendientes. Consulte el tema Orden de mandatos para obtener más información.

La sintaxis para el mandato UNIANOVA se puede generar desde el diálogo Análisis univariado de GLM .

Historial de versiones

Ejemplo

UNIANOVA YIELD BY SEED FERT 
  /DESIGN.