HRTrain: A 3-way array, The first dimension is the number of metabolites, the second dimension is the HR statistics for the low risk group in the train dataset (HR,1/HR LCI, UCI) while the third dimension is the number of cross validation performed.
HRTest: A 3-way array, The first dimension is the number of metabolites, the second dimension is the HR statistics for the low risk group in the test dataset (HR,1/HR LCI, UCI) while the third dimension is the number of cross validation performed.
train: The selected subjects for each CV in the train dataset
test: The selected subjects for each CV in the test dataset
n.mets: The number of metabolite used in the analysis
Ncv: The number of cross validation performed
Rdata: The Metabolite data matrix that was used for the analysis either same as Mdata or a reduced version
Examples
## GENERATE SOME METABOLIC SURVIVAL DATA WITH PROGNOSTIC FACTORSData<-MSData(nPatients=100,nMet=150,Prop=0.5)## USING THE FUNCTIONResult = CVMetSpecificCoxPh(Fold=3,Survival=Data$Survival,Mdata=t(Data$Mdata),Censor= Data$Censor,Reduce=TRUE,Select=150,Prognostic=Data$Prognostic,Quantile =0.5,Ncv=3)## GET THE CLASS OF THE OBJECTclass(Result)# An "cvmm" Class## METHOD THAT CAN BE USED FOR THIS CLASSshow(Result)summary(Result)plot(Result)