server_output_proportion <- function(input, output, server_env) {
output$groupSelector_4 <- renderUI({
if (MEDSET_FLAG) {
results <- server_env$dataset()
gr_lists <- results@parameters$cg_subsets
GROUPS <- 1:length(gr_lists)
if (is.null(names(gr_lists))) {
names(GROUPS) <- sapply(gr_lists, paste, collapse = "_")
} else{
names(GROUPS) <- names(gr_lists)
}
selectInput('cg_group_4', 'Technical CpG subset:', GROUPS, selected=server_env$Selected$CG)
}
})
output$Kselector_4 <- renderUI({
Ks <- server_env$dataset()@parameters$Ks
selectInput('K_4', 'Number of LMCs (k)', Ks, selected=server_env$Selected$K)
})
output$lambdaSelector_4 <- renderUI({
if (MEDSET_FLAG) {
LAMBDAS <- server_env$dataset()@parameters$lambdas
LAMBDA.IDS <- 1:length(server_env$dataset()@parameters$lambdas)
names(LAMBDA.IDS) <- as.character(LAMBDAS)
selectInput('lambda_4', 'Lambda value', LAMBDA.IDS, selected=server_env$Selected$LAMBDA)
}
})
output$propPlotT <- renderUI({
server_env$df()
p_measure <-
c(
"heatmap",
"barplot",
"lineplot",
"correlations"
)
if(TRUE_A_FLAG){
p_measure<-c(p_measure, "scatterplot")
}
selectInput('propPlotType', 'Plot type',
p_measure,
selected = 1)
})
output$propMatrixSelector <- renderUI({
if (!is.null(input$propPlotType)) {
if (input$propPlotType == "scatterplot") {
prop_mats <- c("regression")
labl <- "Reference proportions:"
} else{
prop_mats <- c("MeDeCom", "regression")
labl <- "Proportions:"
}
if ("analysisrun_ref" %in% names(input)) {
prop_mats <- c(prop_mats, "regression ref cmp")
}
selectInput('propMatrix', labl, prop_mats, selectize = TRUE)
}
})
output$componentSelectorRef <- renderUI({
comps <- c(1:input$K_ref)
selectInput(
'component_ref',
'LMC (ref analysis):',
comps,
selectize = TRUE,
multiple = TRUE,
selected = isolate({
if ("component_ref" %in% names(input))
as.character(input$component_ref)
else
1
})
)
})
output$componentSelector_4 <- renderUI({
if(!is.null(input$K_4)){
comps <- c(1:input$K_4)
names(comps) <- c(as.character(1:input$K_4))
selectInput(
'component_4',
'LMC:',
comps,
selectize = TRUE,
selected = 1
)
}
})
output$refProfileSelector <- renderUI({
rprofiles <- c()
rprofile_names <- c()
if (!is.null(server_env$getTrueT())) {
rprofiles <- c(rprofiles, 1:ncol(server_env$getTrueT()))
rprofile_names_add <- colnames(server_env$getTrueT())
if (is.null(rprofile_names_add)) {
rprofile_names_add <- as.character(1:ncol(server_env$getTrueT()))
}
rprofile_names <- c(rprofile_names, rprofile_names_add)
}
names(rprofiles) <- rprofile_names
if(length(rprofiles)>0){
selectInput('profile', 'Reference Profile:', rprofiles, selectize = TRUE)
}
})
output$sampleColorSelector_4 <- renderUI({
if(PHENO_DATA_FLAG){
pd <- server_env$getPhenoData()
siteannot <- c("none")
if (!is.null(pd)) {
siteannot <- c(siteannot,colnames(pd))
}
if (!is.null(input$propPlotType) && input$propPlotType=='correlations'){
siteannot=siteannot[2:length(siteannot)]
}
selectInput('mdsDataCat_4',
'Color samples by:',
siteannot,
selectize = TRUE)
}
})
output$refcheck<-renderUI({
server_env$df()
if(ANN_C_FLAG || TRUE_T_FLAG || TRUE_A_FLAG || PHENO_DATA_FLAG || SAMPLE_NAME_FLAG || METH_DATA_FLAG){
checkboxInput("useReferences", "Use Reference", value=T)
}
})
}
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