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server-analysisres.R
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server-analysisres.R
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## ==================================================================================== ##
# START Shiny App for analysis and visualization of transcriptome data.
# Copyright (C) 2016 Jessica Minnier
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see <http://www.gnu.org/licenses/>.
#
# You may contact the author of this code, Jessica Minnier, at <minnier@ohsu.edu>
## ==================================================================================== ##
##
##
## #update list of groups
observe({
print("server-analysisres-update")
data_analyzed = analyzeDataReactive()
tmpdat = data_analyzed$results
tmpgroups = data_analyzed$group_names
tmptests = unique(as.character(tmpdat$test))
tmpdatlong = data_analyzed$data_long
tmpynames = tmpdatlong%>%select(-unique_id,-sampleid,-group)%>%colnames()
updateSelectizeInput(session,'analysisres_test',
choices=tmptests, selected=tmptests[1])
updateSelectizeInput(session,'analysisres_groups',
choices=tmpgroups)
if(length(tmpgroups)==2) {
updateSelectizeInput(session,'analysisres_groups',
choices=tmpgroups,selected = tmpgroups)
}
updateRadioButtons(session,'scattervaluename',
choices=sort(tmpynames,decreasing = TRUE))
})
observe({
print("drawing volcano plot")
data_analyzed = analyzeDataReactive()
data_results = data_analyzed$results
geneids = data_analyzed$geneids
output$volcanoplot <- renderPlotly({
validate(need(input$analysisres_test!="","Select a test."))
validate(need(data_results%>%filter(test==input$analysisres_test)%>%nrow()>0,"Test not found."))
withProgress(message = "Drawing volcano plot, please wait",
{
# rna_volcanoplot(data_results = data_results,
# test_sel = input$analysisres_test,
# absFCcut = input$analysisres_fold_change_cut,
# fdrcut = input$analysisres_fdrcut)%>%
# bind_shiny("volcanoplot_2groups_ggvis","volcanoplot_2groups_ggvisUI")
if (names(dev.cur()) != "null device") dev.off()
pdf(NULL)
p=rna_volcanoplot(data_results = data_results,
test_sel = input$analysisres_test,
absFCcut = input$analysisres_fold_change_cut,
fdrcut = input$analysisres_fdrcut)
})#end withProgress
})
})
observe({
print("drawing scatterplot")
#if(length(input$analysisres_groups)==2) {
data_analyzed = analyzeDataReactive()
data_long = data_analyzed$data_long
geneids = data_analyzed$geneids
# rna_scatterplot(data_long = data_long,
# group_sel = input$analysisres_groups,
# valuename=input$scattervaluename)%>%
# bind_shiny("scatterplot_fc_2groups_ggvis","scatterplot_fc_2groups_ggvisUI")
output$scatterplot <- renderPlotly({
validate(need(length(input$analysisres_groups)==2,"Please select two groups."))
withProgress(message = "Drawing scatterplot, please wait",{
if (names(dev.cur()) != "null device") dev.off()
pdf(NULL)
p=rna_scatterplot(data_long = data_long,
group_sel = input$analysisres_groups,
valuename=input$scattervaluename)
})#end withProgress
})
#}
})