A simulated dataset.

Examples


m <- '
  X =~ x1 + x2 + x3
  Z =~ z1 + z2 + z3
  Y =~ y1 + y2 + y3

  Y ~ X + Z + X:Z
'

fit <- pls(m, oneIntOrdered)
summary(fit)
#> Warning: Fit measures for MC-PLSc models are under development!
#> Traditional fit criteria will likely be too strict.
#> Resampling MC-PLSc Model (R = 1000000)...
#> Warning: Calculation of fit measures failed, message:
#> argument "parTable" is missing, with no default
#> plssem (0.1.2) ended normally after 53 iterations
#> 
#>   Estimator                                  MCOrdPLSc
#>   Link                                          PROBIT
#>                                                       
#>   Number of observations                          2000
#>   Number of iterations                              53
#>   Number of latent variables                         3
#>   Number of observed variables                       9
#> 
#> Fit Measures:
#>   Chi-Square                                        NA
#>   Degrees of Freedom                                NA
#>   SRMR                                              NA
#>   RMSEA                                             NA
#> 
#> R-squared (indicators):
#>   x1                                             0.930
#>   x2                                             0.900
#>   x3                                             0.905
#>   z1                                             0.935
#>   z2                                             0.901
#>   z3                                             0.912
#>   y1                                             0.972
#>   y2                                             0.952
#>   y3                                             0.962
#> 
#> R-squared (latents):
#>   Y                                              0.564
#> 
#> Latent Variables:
#>                  Estimate  Std.Error  z.value  P(>|z|)
#>   X =~          
#>     x1              0.930                             
#>     x2              0.900                             
#>     x3              0.905                             
#>   Z =~          
#>     z1              0.935                             
#>     z2              0.901                             
#>     z3              0.912                             
#>   Y =~          
#>     y1              0.972                             
#>     y2              0.952                             
#>     y3              0.962                             
#> 
#> Regressions:
#>                  Estimate  Std.Error  z.value  P(>|z|)
#>   Y ~           
#>     X               0.416                             
#>     Z               0.358                             
#>     X:Z             0.448                             
#> 
#> Covariances:
#>                  Estimate  Std.Error  z.value  P(>|z|)
#>   X ~~          
#>     Z               0.194                             
#>     X:Z             0.013                             
#>   Z ~~          
#>     X:Z             0.000                             
#> 
#> Variances:
#>                  Estimate  Std.Error  z.value  P(>|z|)
#>     X               1.000                             
#>     Z               1.000                             
#>    .Y               0.436                             
#>     X:Z             1.000                             
#>    .x1              0.070                             
#>    .x2              0.100                             
#>    .x3              0.095                             
#>    .z1              0.065                             
#>    .z2              0.099                             
#>    .z3              0.088                             
#>    .y1              0.028                             
#>    .y2              0.048                             
#>    .y3              0.038                             
#>