Nothing
################################################################################
### Aux functions
# select...
#################################################################################
### Fills tabTopGo
#################################################################################
# Requiered arguments for topGO query:
# genes
# geneIdType <- "GENENAME"
# annotations <- c("BP", "MF", "CC")
# refPackage <- NULL # genesUniverse <- NULL
# orgPackage <- "org.Sc.sgd.db" # geneID2GO <- NULL
# nodeSize <- 5 # 1 (no prune), more stable: 5-10
# pValThr <- 0.01
tabTopGo_fill <- function(mainWindow, allOrgs)
{
tabTopGo <- RGtk2::gtkVBox(FALSE,2)
hbox1TopGO <- RGtk2::gtkHBoxNew(homogeneous=FALSE, spacing=0)
# geneIdType
geneIDsTopGO <- c("ENTREZID", "ENSEMBL", "ENSEMBLPROT", "ENSEMBLTRANS", "UNIPROT", "SYMBOL") # Los ensemble en algunos org no estan
geneIDsTopGO <- c(geneIDsTopGO, "ALIAS", "COMMON", "TAIR") # Varios (no humano)
frameGeneIdTypeTopGo <- RGtk2::gtkFrame("Gene ID")
RGtk2::gtkFrameSetShadowType(frameGeneIdTypeTopGo, GtkShadowType["none"])
comboGeneIdTypeTopGo <- RGtk2::gtkComboBoxNewText()
for(id in geneIDsTopGO) RGtk2::gtkComboBoxAppendText(comboGeneIdTypeTopGo, id)
comboGeneIdTypeTopGo$setActive(1)
frameGeneIdTypeTopGo$add(comboGeneIdTypeTopGo)
hbox1TopGO$packStart(frameGeneIdTypeTopGo, expand=TRUE)
# Organism
orgTopGoBox <- RGtk2::gtkHBoxNew(homogeneous=FALSE, spacing=0)
comboOrgTopGo <- RGtk2::gtkComboBoxNewText()
for (ch in names(allOrgs[["Descr"]])) RGtk2::gtkComboBoxAppendText(comboOrgTopGo, ch)
comboOrgTopGo$setActive(allOrgs[["ID"]]["Hs"])
comboOrgTopGo$"tooltip-text" <- "Available organisms"
frameOrgTopGo <- RGtk2::gtkFrame("Organism")
RGtk2::gtkFrameSetShadowType(frameOrgTopGo, GtkShadowType["none"])
orgTopGoBox$packStart(comboOrgTopGo, expand = TRUE)
frameOrgTopGo$add(orgTopGoBox)
hbox1TopGO$packStart(frameOrgTopGo, expand=TRUE)
tabTopGo$packStart(hbox1TopGO, expand=FALSE)
# annotations <- c("BP", "MF", "CC")
# Annotations
topGO_annots <- c("GO Biological Process (BP)","GO Molecular Function (MF)", "GO Cellular Component (CC)")
names(topGO_annots) <- c("GO_BP","GO_MF","GO_CC")
frameAnnotsTopGo <- RGtk2::gtkFrame("Annotations")
annotsAreaTopGo <- RGtk2::gtkVBoxNew(homogeneous=FALSE, spacing=0)
frameAnnotsTopGo$add(annotsAreaTopGo)
checkAnnotsTopGo<-list()
for(annot in topGO_annots)
{
checkAnnotsTopGo[[annot]] <- RGtk2::gtkCheckButton(annot)
checkAnnotsTopGo[[annot]]$active <- TRUE
annotsAreaTopGo$add(checkAnnotsTopGo[[annot]])
}
tabTopGo$packStart(frameAnnotsTopGo, expand=FALSE)
# Evidence
data("GOEvidenceCodes", envir = environment())
GOEvidenceCodes <- get("GOEvidenceCodes", envir = environment())
frameEvidenceTopGo <- RGtk2::gtkFrame("Evidence")
frameEvidenceTopGo$setShadowType("none")
fevidenceScroll <- RGtk2::gtkScrolledWindow()
evidenceScroll$setPolicy("automatic", "automatic")
evidenceScroll$setShadowType("none")
evidenceViewport <- RGtk2::gtkViewportNew()
subFrameEvidence <- RGtk2::gtkFrame()
RGtk2::gtkFrameSetShadowType(subFrameEvidence, GtkShadowType["none"])
evidArea <- RGtk2::gtkVBoxNew(FALSE, 0)
subFrameEvidence$add(evidArea)
# Fill...
checkEvidenceTopGo <-list()
for(evid in rownames(GOEvidenceCodes))
{
checkEvidenceTopGo[[evid]] <- RGtk2::gtkCheckButton(paste(evid, " (",GOEvidenceCodes[evid,2],")", sep=""))
evidArea$add(checkEvidenceTopGo[[evid]])
}
#checkEvidenceTopGo[["TAS"]]$active <- TRUE
evidenceViewport$add(subFrameEvidence)
evidenceScroll$add(evidenceViewport)
frameEvidenceTopGo$add(evidenceScroll)
tabTopGo$packStart(frameEvidenceTopGo, expand=TRUE)
# refPackage <- NULL
##
refPackageFrame <- RGtk2::gtkFrame("Chip package (gene universe)")
refPackageBox <- RGtk2::gtkHBoxNew(homogeneous=FALSE, spacing=0)
RGtk2::gtkFrameSetShadowType(refPackageFrame, GtkShadowType["none"])
refPackageTxt <- RGtk2::gtkEntryNew()
refPackageTxt$setWidthChars(25)
refPackageTxt$"tooltip-text" <- "The chip package is used to estimate all the measured genes (gene universe). If blank, the organism package will be used."
refPackageBox$packStart(refPackageTxt, expand = TRUE)
# Installed automatically by buildGeneSets()
refPackageURL <- RGtk2::gtkLinkButtonNewWithLabel("http://www.bioconductor.org/packages/release/BiocViews.html#___ChipDb", label = "[install]", show = TRUE)
refPackageBox$packStart(refPackageURL, expand = FALSE)
refPackageFrame$add(refPackageBox)
tabTopGo$packStart(refPackageFrame, expand = FALSE)
# TopGoOptions
topGoOptionsBox <- RGtk2::gtkHBoxNew(homogeneous=FALSE, spacing=0)
# nodeSize <- 5
nodeSizeFrame <- RGtk2::gtkFrame("Minimum term size (nodeSize)")
RGtk2::gtkFrameSetShadowType(nodeSizeFrame, GtkShadowType["none"])
nodeSizeTxt <- RGtk2::gtkEntryNew()
nodeSizeTxt$"tooltip-text" <- "Set to 1 not to leave out any term. TopGO authors recommend setting to 5-10 for more stable results"
nodeSizeTxt$setText("5")
nodeSizeFrame$add(nodeSizeTxt)
topGoOptionsBox$packStart(nodeSizeFrame, expand=TRUE)
# pValThr <- 0.01
pValThrFrame <- RGtk2::gtkFrame("P-value threshold")
RGtk2::gtkFrameSetShadowType(pValThrFrame, GtkShadowType["none"])
pValThrTxt <- RGtk2::gtkEntryNew()
pValThrTxt$"tooltip-text" <- "p-value threshold to select terms through Fisher test"
pValThrTxt$setText("0.01")
pValThrFrame$add(pValThrTxt)
topGoOptionsBox$packStart(pValThrFrame, expand=TRUE)
tabTopGo$packStart(topGoOptionsBox, expand=FALSE)
#######################################################################
## tabTopGo ready
return(list(tabTopGo=tabTopGo, queryArgs=list(geneIDsTopGO=geneIDsTopGO, comboGeneIdTypeTopGo=comboGeneIdTypeTopGo,
comboOrgTopGo=comboOrgTopGo, allOrgs=allOrgs,
checkAnnotsTopGo=checkAnnotsTopGo, checkEvidenceTopGo=checkEvidenceTopGo, GOEvidenceCodes=GOEvidenceCodes, topGO_annots=topGO_annots, refPackageTxt=refPackageTxt, nodeSizeTxt=nodeSizeTxt, pValThrTxt=pValThrTxt)))
#######################################################################
}
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