Description Usage Arguments Value Examples
JS.uni output the table with general multivariable survival analysis result with Number of total patients, Number of Events, HR (95% Confidence Interval),P value, C index and D index. This function only change the format of the output table. Note: c index and d index are from package survcomp.
JS.uniLR output the table with total number, number of events, estimented survival(Time can be difinded) and p-value. Note: this function can only be used for catagorical analysis.
1 2 3 4 |
Event |
The status indicator, normally 0=alive, 1=dead |
Stime |
This is the follow up time |
Svar |
A vector of group |
groupn |
A text vector of the the group name for output |
Cat |
logical, indicating whether or not Svar is a categorical varaible |
cindex |
logical, indicating whether or not cindex should be in the table |
dindex |
logical, indicating whether or not dindex should be in the table |
AIC |
logical, indicating whether or not AIC should be in the table |
month |
Time for survival estimation |
Rho |
a scalar parameter that controls the type of test. With 'rho = 0' this is the log-rank or Mantel-Haenszel test, and with 'rho = 1' it is equivalent to the Peto & Peto modification of the Gehan-Wilcoxon test. |
D |
A data.frame in which to interpret the variables |
D |
A data.frame in which to interpret the variables |
Event |
The status indicator, normally 0=alive, 1=dead |
Stime |
This is the follow up time |
Svar |
A vector of group |
groupn |
A text vector of the the group name for output |
A dataframe of coxph output including Number of total patients, Number of Events, HRs (95% Confidence Intervals), P values, C index and D index.
A dataframe of output including Number of total patients, Number of Events, Estimited survival , P values.
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 | JS.uni(D = D ,"pd_censor", "pd_surv" , "tr_group", "Treatment" , Cat = T , cindex = F, dindex = F, AIC = F)
rtf output
rtf<-RTF("Table_survival.doc",width = 8.5, height = 11, font.size = 10, omi = c(1,1,1,1))
addHeader(rtf,title="Table , Survival Analysis ")
addTable(rtf,isup_m.surv, font.size = 10, row.names = F, NA.string="-", col.widths = c(rep(0.6, 3), 2, rep(0.6, 3) ) )
done(rtf))
Rmarkdown output
save(isup_m.surv, file='myfile.Rda')
Then open at markdown file
library(knitr)
load("H:/Projects/myfile.Rda")
"```{r, echo=FALSE,results = 'asis'}"
output <- load("H:/Projects/p_Smith, Mitchell/Rituxan/Rituxan/T_BMI.Rdata")
knitr::kable(isup_m.surv, format = "markdown")
Rho
JS.uniLR(Data, Event, Stime, Svars[i] , groupns[i], month, Rho)
rtf output
rtf<-RTF("Table_survival.doc",width = 8.5, height = 11, font.size = 10, omi = c(1,1,1,1))
addHeader(rtf,title="Table , Survival Analysis ")
addTable(rtf,isup_m.surv, font.size = 10, row.names = F, NA.string="-", col.widths = c(rep(0.6, 3), 2, rep(0.6, 3) ) )
done(rtf))
Rmarkdown output
save(isup_m.surv, file='myfile.Rda')
Then open at markdown file
library(knitr)
load("H:/Projects/myfile.Rda")
"```{r, echo=FALSE,results = 'asis'}"
output <- load("H:/Projects/p_Smith, Mitchell/Rituxan/Rituxan/T_BMI.Rdata")
knitr::kable(isup_m.surv, format = "markdown")
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