Description Slots Author(s) See Also Examples
The cvmm Class.
HRTrainA 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.
HRTestA 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.
trainThe selected subjects for each CV in the train dataset
testThe selected subjects for each CV in the test dataset
n.metsThe number of metabolite used in the analysis
NcvThe number of cross validation performed
RdataThe Metabolite data matrix that was used for the analysis either same as Mdata or a reduced version
Olajumoke Evangelina Owokotomo, olajumoke.owokotomo@uhasselt.be
Ziv Shkedy
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 | ## GENERATE SOME METABOLIC SURVIVAL DATA WITH PROGNOSTIC FACTORS
Data<-MSData(nPatients=100,nMet=150,Prop=0.5)
## USING THE FUNCTION
Result = 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 OBJECT
class(Result) # An "cvmm" Class
## METHOD THAT CAN BE USED FOR THIS CLASS
show(Result)
summary(Result)
plot(Result)
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