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print.ipcwcompetingrisksSeSpPPVNPV <- function(x,No.lines=5,digits=2,...){
# {{{ generate table to print
## browser()
if(x$iid==TRUE){
tab_ou_print<-round(cbind(x$Stats[,1:4],
x$TP*100,x$inference$vect_se_Se*100,
(1-x$FP_1)*100,x$inference$vect_se_Sp1*100,
(1-x$FP_2)*100,x$inference$vect_se_Sp2*100,
x$PPV*100,x$inference$vect_se_PPV*100,
x$NPV_1*100,x$inference$vect_se_NPV1*100,
x$NPV_2*100,x$inference$vect_se_NPV2*100
),digits=digits)
colnames(tab_ou_print)<-c("Cases","Survivors","Other events","Censored",
"Se","se_Se","Sp_1","se_Sp1","Sp_2","se_Sp_2",
"PPV (%)","se_PPV","NPV_1","se_NPV_1","NPV_2","se_NPV_2")
}
else{
tab_ou_print<-round(cbind(x$Stats[,1:4],
x$TP*100,
(1-x$FP_1)*100,
(1-x$FP_2)*100,
x$PPV*100,
x$NPV_1*100,
x$NPV_2*100
),digits=digits)
colnames(tab_ou_print)<-c("Cases","Survivors","Other events","Censored",
"Se","Sp_1","Sp_2",
"PPV (%)","NPV_1","NPV_2"
)
}
# }}}
cat(paste("Predictive accuracy measures at cutpoint c=",x$cutpoint," estimated using IPCW (n=",x$n, ", with competing risks). \n",sep=""))
cat(paste("No. of positive (X>c) =",x$Stats[1,5],", \n",sep=""))
cat(paste("No. of negative (X<=c) =",x$Stats[1,6],". \n",sep=""))
# {{{ print the table or the quantile rows of the table
l<-length(x$times)
if(l<=No.lines){ print(tab_ou_print) }
else{print(tab_ou_print[unique(round(quantile(1:length(x$times),probs=seq(0,1,length.out=No.lines)),0)),])}
# }}}
cat("\n")
cat("Method used for estimating IPCW:")
cat(paste(x$weights$method,"\n"))
cat("\n")
cat("Total computation time :",round(x$computation_time,2)," secs.")
cat("\n")
}
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