a b/man/AMARETTO_HTMLreport.Rd
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% Generated by roxygen2: do not edit by hand
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% Please edit documentation in R/amaretto_htmlreport.R
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\name{AMARETTO_HTMLreport}
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\alias{AMARETTO_HTMLreport}
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\title{AMARETTO_HTMLreport}
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\usage{
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AMARETTO_HTMLreport(AMARETTOinit, AMARETTOresults, ProcessedData,
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  show_row_names = FALSE, SAMPLE_annotation = NULL, ID = NULL,
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  hyper_geo_test_bool = FALSE, hyper_geo_reference = NULL,
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  output_address = "./", MSIGDB = TRUE, driverGSEA = TRUE,
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  phenotype_association_table = NULL)
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}
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\arguments{
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\item{AMARETTOinit}{AMARETTO initialize output}
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\item{AMARETTOresults}{AMARETTO results output}
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\item{ProcessedData}{List of processed input data}
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\item{show_row_names}{if True, sample names will appear in the heatmap}
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\item{SAMPLE_annotation}{SAMPLE annotation will be added to heatmap}
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\item{ID}{ID column of the SAMPLE annotation data frame}
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\item{hyper_geo_test_bool}{Boolean if a hyper geometric test needs to be performed. If TRUE provide a GMT file in the hyper_geo_reference parameter.}
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\item{hyper_geo_reference}{GMT file with gene sets to compare with.}
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\item{output_address}{Output directory for the html files.}
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\item{MSIGDB}{TRUE if gene sets were retrieved from MSIGDB. Links will be created in the report.}
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\item{driverGSEA}{if TRUE, module drivers will also be included in the hypergeometric test.}
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\item{phenotype_association_table}{a Data Frame, containing all modules phenotype association data. Optional.}
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}
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\value{
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result
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}
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\description{
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Retrieve an interactive html report, including gene set enrichment analysis if asked for.
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}
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\examples{
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\dontrun{
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data('ProcessedDataLIHC')
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AMARETTOinit <- AMARETTO_Initialize(ProcessedData = ProcessedDataLIHC,
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                                    NrModules = 2, VarPercentage = 50)
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AMARETTOresults <- AMARETTO_Run(AMARETTOinit)
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AMARETTO_HTMLreport(AMARETTOinit= AMARETTOinit,AMARETTOresults= AMARETTOresults,
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                    ProcessedData = ProcessedDataLIHC,
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                    hyper_geo_test_bool=FALSE,
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                    output_address='./')
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}
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}