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library(amen)
data(IR90s)
gdp<-IR90s$nodevars[,2]
topgdp<-which(gdp>=sort(gdp,decreasing=TRUE)[30] )
Y_nrm<-log( IR90s$dyadvars[topgdp,topgdp,2] + 1 )
Y_nrm[1:5,1:5]
fit_SRM_nrm<-ame(Y_nrm)
dimnames(IR90s$nodevars)[[2]]
Xn_nrm<-IR90s$nodevars[topgdp,]
Xn_nrm[,1:2]<-log(Xn_nrm[,1:2])
dimnames(IR90s$dyadvars)[[3]]
Xd_nrm<-IR90s$dyadvars[topgdp,topgdp,c(1,3,4,5)]
Xd_nrm[,,3]<-log(Xd_nrm[,,3])
fit_srrm_nrm<-ame(Y_nrm,Xd=Xd_nrm,Xr=Xn_nrm,Xc=Xn_nrm)
fit_rm_nrm<-ame(Y_nrm,Xd=Xd_nrm,Xr=Xn_nrm,Xc=Xn_nrm,
rvar=FALSE,
cvar=FALSE,
dcor=FALSE)
fit_ame2_nrm<-ame(Y_nrm,Xd_nrm,Xn_nrm,Xn_nrm,R=2)
data(lazegalaw)
Y_bin<-lazegalaw$Y[,,2]
Xd_bin<-lazegalaw$Y[,,-2]
Xn_bin<-lazegalaw$X
dimnames(Xd)[[3]]
dimnames(Xn)[[2]]
fit_SRM_bin<-ame(Y_bin,model="bin")
fit_SRG_bin<-ame(Y_bin,model="bin",rvar=FALSE,cvar=FALSE,dcor=FALSE)
Xno_bin<-Xn_bin[,c(1,2,4,5,6)]
fit_SRRM_bin<-ame(Y_bin, Xd=Xd_bin, Xr=Xno_bin, Xc=Xno_bin,
model="bin")
fit_AME_bin<-ame(Y_bin, Xd=Xd_bin[,,2], R=3, model="bin")
data(sheep)
Y_ord<-sheep$dom
x<-sheep$age - mean(sheep$age)
Xd_ord<-outer(x,x)
Xn_ord<-cbind(x,x^2) ; colnames(Xn_ord)<-c("age","age2")
fit_ord<-ame(Y_ord, Xd_ord, Xn_ord, Xn_ord, model="ord")