This function provides a print method for the class "plsRmodel"

# S3 method for plsRmodel
print(x, ...)

Arguments

x

an object of the class "plsRmodel"

...

not used

Value

NULL

References

Nicolas Meyer, Myriam Maumy-Bertrand et Frédéric Bertrand (2010). Comparaison de la régression PLS et de la régression logistique PLS : application aux données d'allélotypage. Journal de la Société Française de Statistique, 151(2), pages 1-18. http://publications-sfds.math.cnrs.fr/index.php/J-SFdS/article/view/47

See also

Author

Frédéric Bertrand
frederic.bertrand@utt.fr
https://fbertran.github.io/homepage/

Examples

data(Cornell) XCornell<-Cornell[,1:7] yCornell<-Cornell[,8] modpls <- plsRglm(yCornell,XCornell,3,modele="pls")
#> ____************************************************____ #> #> Model: pls #> #> ____Component____ 1 ____ #> ____Component____ 2 ____ #> ____Component____ 3 ____ #> ____Predicting X without NA neither in X nor in Y____ #> ****________________________________________________**** #>
class(modpls)
#> [1] "plsRglmmodel"
print(modpls)
#> Number of required components: #> [1] 3 #> Number of successfully computed components: #> [1] 3 #> Coefficients: #> [,1] #> Intercept 92.675989 #> X1 -9.828318 #> X2 -6.960181 #> X3 -16.666239 #> X4 -8.421802 #> X5 -4.388934 #> X6 10.161304 #> X7 -34.528959 #> Information criteria and Fit statistics: #> AIC RSS_Y R2_Y R2_residY RSS_residY AIC.std #> Nb_Comp_0 82.01205 467.796667 NA NA 11.0000000 37.010388 #> Nb_Comp_1 53.15173 35.742486 0.9235940 0.9235940 0.8404663 8.150064 #> Nb_Comp_2 41.08283 11.066606 0.9763431 0.9763431 0.2602256 -3.918831 #> Nb_Comp_3 32.06411 4.418081 0.9905556 0.9905556 0.1038889 -12.937550 #> DoF.dof sigmahat.dof AIC.dof BIC.dof GMDL.dof DoF.naive #> Nb_Comp_0 1.000000 6.5212706 46.0708838 47.7893514 27.59461 1 #> Nb_Comp_1 2.740749 1.8665281 4.5699686 4.9558156 21.34020 2 #> Nb_Comp_2 5.085967 1.1825195 2.1075461 2.3949331 27.40202 3 #> Nb_Comp_3 5.121086 0.7488308 0.8467795 0.9628191 24.40842 4 #> sigmahat.naive AIC.naive BIC.naive GMDL.naive #> Nb_Comp_0 6.5212706 46.0708838 47.7893514 27.59461 #> Nb_Comp_1 1.8905683 4.1699567 4.4588195 18.37545 #> Nb_Comp_2 1.1088836 1.5370286 1.6860917 17.71117 #> Nb_Comp_3 0.7431421 0.7363469 0.8256118 19.01033
rm(list=c("XCornell","yCornell","modpls"))