View source: R/cox_boost_fun2.R
cox_boost_fun2 | R Documentation |
CoxBoost model
cox_boost_fun2( r, data, cvK, numm, topnumm, time1, timess, stepnumber, penaltynumber )
r |
a numeric value, a seed to run this method |
data |
a dataframe, the data used to performance this survival model |
cvK |
a numeric value, cross-validation fold |
numm |
a numeric value, the number of variables,i.e.for example, number of proteins in the data |
topnumm |
a numeric value, the number of variables selected to be passed into the model, for example, the number of DE genes |
time1 |
a numeric value, the time point to calculate the risk, see package "CoxBoost" |
timess |
a numeric vector of length 15, contains time points to get the time-dependent AUC values |
stepnumber |
a numeric value, the number of stpes performed in the model, see package "CoxBoost" |
penaltynumber |
a numeric value, the penalty number used in the model, see package "CoxBoost" |
a data.frame with allevaluation measurements in all columns and rows are each fold results from cross-validation
data("exampledt", package = "SurvBenchmark") fitform_ogl=survival::Surv(time,status)~. formula1=fitform_ogl formula2=fitform_ogl formula3=survival::Surv(time,status)~1 formula4=survival::Surv(time,status)~1 form1=as.formula(~.) timess=seq(as.numeric(summary(cancerdt2_1$time)[2]),as.numeric(summary(cancerdt2_1$time)[5]),(as.numeric(summary(cancerdt2_1$time)[5])-as.numeric(summary(cancerdt2_1$time)[2]))/14) time1=timess[3] stepnumber=10 penaltynumber=100 want=cox_boost_fun2(1,cancerdt2_1,5,16047,1000,time1,timess,stepnumber,penaltynumber);
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