Package 'hypeR'

Title: An R Package For Geneset Enrichment Workflows
Description: An R Package for Geneset Enrichment Workflows.
Authors: Anthony Federico [aut], Andrew Chen [aut, cre], Stefano Monti [aut]
Maintainer: Andrew Chen <[email protected]>
License: GPL-3 + file LICENSE
Version: 2.11.0
Built: 2026-05-10 09:34:51 UTC
Source: https://github.com/bioc/hypeR

Help Index

Clean labels of genesets

Description

Clean labels of genesets

Usage

clean_genesets(x)

Arguments

x

A vector of labels

Examples

HALLMARK <- msigdb_download("Homo sapiens", "H")
names(HALLMARK) <- clean_genesets(names(HALLMARK))
head(names(HALLMARK))

Get enrichr available genesets

Description

Get enrichr available genesets

Usage

enrichr_available(
  db = c("Enrichr", "YeastEnrichr", "FlyEnrichr", "WormEnrichr", "FishEnrichr")
)

Arguments

db

A species

Value

A dataframe of available genesets

Examples

enrichr_available()

Download data from enrichr in the form of a named list

Description

Download data from enrichr in the form of a named list

Usage

enrichr_download(
  genesets,
  db = c("Enrichr", "YeastEnrichr", "FlyEnrichr", "WormEnrichr", "FishEnrichr")
)

Arguments

genesets

A name corresponding to available genesets
db

A species

Value

A list of genesets

Examples

ATLAS <- enrichr_download("Human_Gene_Atlas")

Download data from enrichr in the form of a gsets object

Description

Download data from enrichr in the form of a gsets object

Usage

enrichr_gsets(
  genesets,
  db = c("Enrichr", "YeastEnrichr", "FlyEnrichr", "WormEnrichr", "FishEnrichr"),
  clean = FALSE
)

Arguments

genesets

A name corresponding to available genesets
db

A species
clean

Use true to clean labels of genesets

Value

A gsets object

Examples

ATLAS <- enrichr_gsets("Human_Gene_Atlas")

Shiny server module for geneset selection

Description

Shiny server module for geneset selection

Usage

genesets_Server(id, clean = FALSE)

Arguments

id

A unique namespace identifier matching to interface
clean

Use true to clean geneset names

Value

Shiny server code

Shiny interface module for geneset selection

Description

Shiny interface module for geneset selection

Usage

genesets_UI(id)

Arguments

id

A unique namespace identifier

Value

Shiny ui elements

An empty ggplot

Description

An empty ggplot

Usage

ggempty()

Value

A ggplot object

Enrichment plot implemented in ggplot

Description

Enrichment plot implemented in ggplot

Usage

ggeplot(n, positions, x_axis, y_axis, title = "")

Arguments

n

The length of a ranked list
positions

A vector of positions in the ranked list
x_axis

The x-axis of a running enrichment score
y_axis

The y-axis of a running enrichment score
title

Plot title

Value

A ggplot object

Venn diagram implemented in ggplot

Description

Venn diagram implemented in ggplot

Usage

ggvenn(a, b, ga, gb, title = "")

Arguments

a

A vector for group a
b

A vector for group b
ga

A string label for group a
gb

A string label for group b
title

Plot title

Value

A ggplot object

A genesets object

Description

A genesets object

A genesets object

See Also

rgsets

Public fields

genesets

A named list of genesets

name

A character vector describing source of genesets

version

A character vector describing versioning

Methods

Public methods

Method new()

Create a gsets object

Usage
gsets$new(
  genesets,
  name = "Custom",
  version = "",
  clean = FALSE,
  quiet = FALSE
)
Arguments
genesets

A named list of genesets

name

A character vector describing source of genesets

version

A character vector describing versioning

clean

Use true to clean labels of genesets

quiet

Use true to silence warnings

Returns

A new gsets object

Method print()

Print genesets information

Usage
gsets$print()
Returns

NULL

Method list()

Return genesets as a list

Usage
gsets$list()
Returns

A list of genesets

Method info()

Returns versioning information

Usage
gsets$info()
Returns

A character vector with name and version

Method reduce()

Reduces genesets to a background distribution of symbols

Usage
gsets$reduce(background)
Arguments
background

A character vector of symbols

Returns

A gsets object

Method clone()

The objects of this class are cloneable with this method.

Usage
gsets$clone(deep = FALSE)
Arguments
deep

Whether to make a deep clone.

Examples

genesets <- list("GSET1" = c("GENE1", "GENE2", "GENE3"),
                 "GSET2" = c("GENE4", "GENE5", "GENE6"),
                 "GSET3" = c("GENE7", "GENE8", "GENE9"))

gsets_obj <- gsets$new(genesets, name="example", version="v1.0")
print(gsets_obj)

A hyp object

Description

A hyp object

A hyp object

See Also

multihyp

Public fields

data

A dataframe returned by hypeR()

plots

A list of plots returned by hypeR()

args

A list of arguments passed to hypeR()

info

Exported information for reproducibility

Methods

Public methods

Method new()

Create a hyp object

Usage
hyp$new(data, plots = NULL, args = NULL, info = NULL)
Arguments
data

A dataframe returned by hypeR()

plots

A list of plots returned by hypeR()

args

A list of arguments passed to hypeR()

info

Exported information for reproducibility

Returns

A new hyp object

Method print()

Print hyp obect

Usage
hyp$print()
Returns

NULL

Method as.data.frame()

Extract dataframe from hyp obect

Usage
hyp$as.data.frame()
Returns

NULL

Method clone()

The objects of this class are cloneable with this method.

Usage
hyp$clone(deep = FALSE)
Arguments
deep

Whether to make a deep clone.

Examples

data <- data.frame(replicate(5,sample(0:1,10,rep=TRUE)))
args <- list("arg_1"=1, "arg_2"=2, "arg_3"=3)
hyp_obj <- hyp$new(data, args=args)

Visualize hyp/multihyp objects as a dots plot

Description

Visualize hyp/multihyp objects as a dots plot

Usage

hyp_dots(
  hyp_obj,
  top = 20,
  abrv = 50,
  size_by = c("genesets", "significance", "none"),
  pval = 1,
  fdr = 1,
  val = c("fdr", "pval"),
  title = "",
  merge = FALSE
)

Arguments

hyp_obj

A hyp or multihyp object
top

Limit number of genesets shown
abrv

Abbreviation length of geneset labels
size_by

Size dots by e.g. c("genesets", "significance", "none")
pval

Filter results to be less than pval cutoff
fdr

Filter results to be less than fdr cutoff
val

Choose significance value for plot e.g. c("fdr", "pval")
title

Plot title
merge

Use true to merge a multihyp object into one plot

Value

A ggplot object

Examples

genesets <- msigdb_gsets("Homo sapiens", "C2", "CP:KEGG_LEGACY")

signature <- c("IDH3B","DLST","PCK2","CS","PDHB","PCK1","PDHA1","LOC642502",
               "PDHA2","LOC283398","FH","SDHD","OGDH","SDHB","IDH3A","SDHC",
               "IDH2","IDH1","OGDHL","PC","SDHA","SUCLG1","SUCLA2","SUCLG2")

hyp_obj <- hypeR(signature, genesets, background=2522)

hyp_dots(hyp_obj, val="fdr")

Visualize hyp/multihyp objects as an enrichment map

Description

Visualize hyp/multihyp objects as an enrichment map

Usage

hyp_emap(
  hyp_obj,
  similarity_metric = c("jaccard_similarity", "overlap_similarity"),
  similarity_cutoff = 0.2,
  pval = 1,
  fdr = 1,
  val = c("fdr", "pval"),
  top = NULL,
  title = ""
)

Arguments

hyp_obj

A hyp or multihyp object
similarity_metric

Metric to calculate geneset similarity
similarity_cutoff

Geneset similarity cutoff
pval

Filter results to be less than pval cutoff
fdr

Filter results to be less than fdr cutoff
val

Choose significance value shown above nodes e.g. c("fdr", "pval")
top

Limit number of pathways shown
title

Plot title

Value

A visNetwork object

Examples

genesets <- msigdb_gsets("Homo sapiens", "C2", "CP:KEGG_LEGACY")

signature <- c("IDH3B","DLST","PCK2","CS","PDHB","PCK1","PDHA1","LOC642502",
               "PDHA2","LOC283398","FH","SDHD","OGDH","SDHB","IDH3A","SDHC",
               "IDH2","IDH1","OGDHL","PC","SDHA","SUCLG1","SUCLA2","SUCLG2")

hyp_obj <- hypeR(signature, genesets, background=2522)

hyp_emap(hyp_obj, top=30, val="fdr")

Visualize hyp/multihyp objects as a hiearchy map

Description

Visualize hyp/multihyp objects as a hiearchy map

Usage

hyp_hmap(
  hyp_obj,
  pval = 1,
  fdr = 1,
  val = c("fdr", "pval"),
  top = NULL,
  title = "",
  graph = FALSE
)

Arguments

hyp_obj

A hyp or multihyp object
pval

Filter results to be less than pval cutoff
fdr

Filter results to be less than fdr cutoff
val

Choose significance value displayed when hovering nodes e.g. c("fdr", "pval")
top

Limit number of pathways shown
title

Plot title
graph

Return an igraph object instead

Value

A visNetwork object

Examples

genesets <- hyperdb_rgsets("REACTOME", "70.0")

signature <- c("IDH3B","DLST","PCK2","CS","PDHB","PCK1","PDHA1","LOC642502",
               "PDHA2","LOC283398","FH","SDHD","OGDH","SDHB","IDH3A","SDHC",
               "IDH2","IDH1","OGDHL","PC","SDHA","SUCLG1","SUCLA2","SUCLG2")

hyp_obj <- hypeR(signature, genesets, background=2522)

hyp_hmap(hyp_obj, top=60)

Convert a hyp object to a reactable table

Description

Convert a hyp object to a reactable table

Usage

hyp_show(hyp_obj, simple = FALSE)

Arguments

hyp_obj

A hyp object
simple

Use true to only include essential columns

Value

A reactable table

Examples

genesets <- msigdb_gsets("Homo sapiens", "C2", "CP:KEGG_LEGACY")

signature <- c("IDH3B","DLST","PCK2","CS","PDHB","PCK1","PDHA1","LOC642502",
               "PDHA2","LOC283398","FH","SDHD","OGDH","SDHB","IDH3A","SDHC",
               "IDH2","IDH1","OGDHL","PC","SDHA","SUCLG1","SUCLA2","SUCLG2")

hyp_obj <- hypeR(signature, genesets, background=2522)

hyp_show(hyp_obj)

Export hyp/multihyp object to excel

Description

Export hyp/multihyp object to excel

Usage

hyp_to_excel(hyp_obj, file_path, cols = NULL, versioning = TRUE)

Arguments

hyp_obj

A hyp or multihyp object
file_path

A file path
cols

Dataframe columns to include
versioning

Add sheet with versioning information

Examples

genesets <- msigdb_gsets("Homo sapiens", "C2", "CP:KEGG_LEGACY")

signature <- c("IDH3B","DLST","PCK2","CS","PDHB","PCK1","PDHA1","LOC642502",
               "PDHA2","LOC283398","FH","SDHD","OGDH","SDHB","IDH3A","SDHC",
               "IDH2","IDH1","OGDHL","PC","SDHA","SUCLG1","SUCLA2","SUCLG2")

hyp_obj <- hypeR(signature, genesets, background=2522)

hyp_to_excel(hyp_obj, file_path="pathways.xlsx")

Convert a hyp object to an igraph object

Description

Convert a hyp object to an igraph object

Usage

hyp_to_graph(hyp_obj)

Arguments

hyp_obj

A hyp object

Value

An igraph object

Examples

genesets <- hyperdb_rgsets("REACTOME", "70.0")

signature <- c("IDH3B","DLST","PCK2","CS","PDHB","PCK1","PDHA1","LOC642502",
               "PDHA2","LOC283398","FH","SDHD","OGDH","SDHB","IDH3A","SDHC",
               "IDH2","IDH1","OGDHL","PC","SDHA","SUCLG1","SUCLA2","SUCLG2")

hyp_obj <- hypeR(signature, genesets, background=2522)

ig <- hyp_to_graph(hyp_obj)

Export hyp object to rmarkdown

Description

Export hyp object to rmarkdown

Usage

hyp_to_rmd(
  hyp_obj,
  file_path,
  title = "Workflow Report",
  subtitle = "",
  author = "",
  header = "Results",
  versioning = TRUE,
  show_dots = TRUE,
  show_emaps = TRUE,
  show_hmaps = FALSE,
  show_tables = TRUE,
  hyp_dots_args = list(top = 15, val = "fdr"),
  hyp_emap_args = list(top = 25, val = "fdr", similarity_metric = "jaccard_similarity",
    similarity_cutoff = 0.2),
  hyp_hmap_args = list(top = 25, val = "fdr"),
  custom_rmd_config = NULL,
  custom_pre_content = NULL,
  custom_post_content = NULL,
  session_info = FALSE
)

Arguments

hyp_obj

A hyp object, multihyp object, or list of multihyp objects
file_path

A file path
title

Title of markdown report
subtitle

Subtitle of markdown report
author

Authors of markdown report
header

Header name of tabset section
versioning

Add versioning information
show_dots

Option to show dots plots in tabs
show_emaps

Option to show enrichment maps in tabs
show_hmaps

Option to show hiearchy maps in tabs
show_tables

Option to show table in tabs
hyp_dots_args

A list of keyword arguments passed to hyp_dots
hyp_emap_args

A list of keyword arguments passed to hyp_emap
hyp_hmap_args

A list of keyword arguments passed to hyp_hmap
custom_rmd_config

Replace configuration section of markdown report
custom_pre_content

Insert custom content before tabset section
custom_post_content

Insert custom content after tabset section
session_info

Use true to include session info

Export hyp/multihyp object to table

Description

Export hyp/multihyp object to table

Usage

hyp_to_table(hyp_obj, file_path, sep = "\t", cols = NULL, versioning = TRUE)

Arguments

hyp_obj

A hyp or multihyp object
file_path

A file path for hyp objects and directory for multihyp objects
sep

The field separator string
cols

Dataframe columns to include
versioning

Add header with versioning information

Examples

genesets <- msigdb_gsets("Homo sapiens", "C2", "CP:KEGG_LEGACY")

signature <- c("IDH3B","DLST","PCK2","CS","PDHB","PCK1","PDHA1","LOC642502",
               "PDHA2","LOC283398","FH","SDHD","OGDH","SDHB","IDH3A","SDHC",
               "IDH2","IDH1","OGDHL","PC","SDHA","SUCLG1","SUCLA2","SUCLG2")

hyp_obj <- hypeR(signature, genesets, background=2522)

hyp_to_table(hyp_obj, file_path="pathways.txt")

Calculate enrichment of one or more signatures

Description

Calculate enrichment of one or more signatures

Usage

hypeR(
  signature,
  genesets,
  test = c("hypergeometric", "kstest"),
  background = 23467,
  power = 1,
  absolute = FALSE,
  pval = 1,
  fdr = 1,
  plotting = FALSE,
  quiet = TRUE
)

Arguments

signature

A vector of symbols
genesets

A gsets/rgsets object or a named list of genesets
test

Choose an enrichment type e.g. c("hypergeometric", "kstest")
background

Size or character vector of background population genes
power

Exponent for weights (kstest only)
absolute

Takes max-min score rather than the max deviation from null (kstest only)
pval

Filter results to be less than pval cutoff
fdr

Filter results to be less than fdr cutoff
plotting

Use true to generate plots for each geneset test (may slow performance)
quiet

Use true to suppress logs and warnings

Value

A hyp object

Examples

genesets <- msigdb_gsets("Homo sapiens", "C2", "CP:KEGG_LEGACY")

signature <- c("IDH3B","DLST","PCK2","CS","PDHB","PCK1","PDHA1","LOC642502",
               "PDHA2","LOC283398","FH","SDHD","OGDH","SDHB","IDH3A","SDHC",
               "IDH2","IDH1","OGDHL","PC","SDHA","SUCLG1","SUCLA2","SUCLG2")

hyp_obj <- hypeR(signature, genesets, background=2522)

Check available data to download from hyperdb

Description

Check available data to download from hyperdb

Usage

hyperdb_available()

Examples

hyperdb_available()

Download data from hyperdb

Description

Download data from hyperdb

Usage

hyperdb_gsets(source, gsets)

Arguments

source

A source identifier
gsets

A genesets identifier

Value

A list

Examples

KEGG <- hyperdb_gsets("KEGG", "KEGG_v92.0.rds")

Download data from hyperdb in the form of a rgsets object

Description

Download data from hyperdb in the form of a rgsets object

Usage

hyperdb_rgsets(rgsets, version)

Arguments

rgsets

A name corresponding to an available relational genesets object
version

A version number

Value

An rgsets object

Examples

REACTOME <- hyperdb_rgsets("REACTOME", "70.0")

Differential Expression

Description

A differential expression table

Usage

limma

Format

A data frame

Get msigdbr available genesets

Description

Get msigdbr available genesets

Usage

msigdb_available(species = "Homo sapiens")

Arguments

species

A species to determine gene symbols (refer to ?msigdbr::msigdbr for available species)

Value

A dataframe of available genesets

Examples

msigdb_available("Homo sapiens")

Download data from msigdb in the form of a named list

Description

Download data from msigdb in the form of a named list

Usage

msigdb_download(species, collection, subcollection = NULL)

Arguments

species

A species to determine gene symbols (refer to ?msigdbr::msigdbr for available species)
collection

Geneset collection (refer to ?msigdbr::msigdbr_collections for available categories)
subcollection

Geneset subcollection (refer to ?msigdbr::msigdbr_collections for available subcategories)

Value

A list of genesets

Examples

HALLMARK_HUMAN <- msigdb_download("Homo sapiens", "H")
HALLMARK_MOUSE <- msigdb_download("Mus musculus", "MH")

Download data from msigdb in the form of a gsets object

Description

Download data from msigdb in the form of a gsets object

Usage

msigdb_gsets(species, collection, subcollection = NULL, clean = FALSE)

Arguments

species

A species to determine gene symbols (refer to ?msigdbr::msigdbr_species for available species)
collection

Geneset collection (refer to ?msigdbr::msigdbr_collections for available categories)
subcollection

Geneset subcollection (refer to ?msigdbr::msigdbr_collections for available subcategories)
clean

Use true to clean labels of genesets

Value

A gsets object

Examples

HALLMARK_HUMAN <- msigdb_gsets("Homo sapiens", "H")
HALLMARK_MOUSE <- msigdb_gsets("Mus musculus", "MH")

Print msigdb gsets information

Description

Print msigdb gsets information

Usage

msigdb_info()

Examples

msigdb_info()

Get msigdbr available species

Description

Get msigdbr available species

Usage

msigdb_species()

Value

A character vector of species

Examples

msigdb_species()

Get msigdbr package version number

Description

Get msigdbr package version number

Usage

msigdb_version()

Value

Version number

Examples

msigdb_version()

A multihyp object

Description

A multihyp object

A multihyp object

See Also

hyp

Public fields

data

A list of hyp objects

Methods

Public methods

Method new()

Create a multihyp object

Usage
multihyp$new(data)
Arguments
data

A list of hyp objects

Returns

A new multihyp object

Method print()

Print multihyp obect

Usage
multihyp$print()
Returns

NULL

Method as.list()

Print multihyp obect

Usage
multihyp$as.list()
Returns

A list of hyp objects as dataframes

Method clone()

The objects of this class are cloneable with this method.

Usage
multihyp$clone(deep = FALSE)
Arguments
deep

Whether to make a deep clone.

Examples

data <- data.frame(replicate(5,sample(0:1,10,rep=TRUE)))
args <- list("arg_1"=1, "arg_2"=2, "arg_3"=3)
hyp_obj <- hyp$new(data, args=args)
data <- list("hyp_1"=hyp_obj, "hyp_2"=hyp_obj,"hyp_3"=hyp_obj)
multihyp_obj <- multihyp$new(data)

Reactable builder for hyp or mhyp objects

Description

Reactable builder for hyp or mhyp objects

Usage

rctbl_build(obj, ...)

Arguments

obj

A hyp or multihyp object
...

Arguments passed to table generators

Examples

genesets <- msigdb_gsets("Homo sapiens", "C2", "CP:KEGG_LEGACY")$genesets[1:5]

experiment <- list("S1"=c("IDH3B","DLST","PCK2","CS","PDHB","PCK1","PDHA1","LOC642502"),
                   "S2"=c("PDHA2","LOC283398","FH","SDHD","OGDH","SDHB","IDH3A","SDHC"))

mhyp_obj <- hypeR(experiment, genesets, background=2522)

rctbl_build(mhyp_obj)

Reactable table for hyp objects

Description

Reactable table for hyp objects

Usage

rctbl_hyp(
  hyp,
  type = c("inner", "outer"),
  show_emaps = FALSE,
  show_hmaps = FALSE,
  hyp_emap_args = list(top = 25, val = "fdr"),
  hyp_hmap_args = list(top = 25, val = "fdr")
)

Arguments

hyp

A hyp object
type

Use style class for outer or inner tables
show_emaps

Option to show enrichment maps in tabs
show_hmaps

Option to show hiearchy maps in tabs
hyp_emap_args

A list of keyword arguments passed to hyp_emap
hyp_hmap_args

A list of keyword arguments passed to hyp_hmap

Examples

genesets <- msigdb_gsets("Homo sapiens", "C2", "CP:KEGG_LEGACY")$genesets[1:5]

signature <- c("IDH3B","DLST","PCK2","CS","PDHB","PCK1","PDHA1","LOC642502",
              "PDHA2","LOC283398","FH","SDHD","OGDH","SDHB","IDH3A","SDHC",
              "IDH2","IDH1","OGDHL","PC","SDHA","SUCLG1","SUCLA2","SUCLG2")

hyp_obj <- hypeR(signature, genesets, background=2522)

rctbl_hyp(hyp_obj)

Reactable table for multihyp objects

Description

Reactable table for multihyp objects

Usage

rctbl_mhyp(
  mhyp,
  show_emaps = FALSE,
  show_hmaps = FALSE,
  hyp_emap_args = list(top = 25, val = "fdr"),
  hyp_hmap_args = list(top = 25, val = "fdr")
)

Arguments

mhyp

A multihyp object
show_emaps

Option to show enrichment maps in tabs
show_hmaps

Option to show hiearchy maps in tabs
hyp_emap_args

A list of keyword arguments passed to hyp_emap
hyp_hmap_args

A list of keyword arguments passed to hyp_hmap

Examples

genesets <- msigdb_gsets("Homo sapiens", "C2", "CP:KEGG_LEGACY")$genesets[1:5]

experiment <- list("S1"=c("IDH3B","DLST","PCK2","CS","PDHB","PCK1","PDHA1","LOC642502"),
                   "S2"=c("PDHA2","LOC283398","FH","SDHD","OGDH","SDHB","IDH3A","SDHC"))

mhyp_obj <- hypeR(experiment, genesets, background=2522)

rctbl_mhyp(mhyp_obj)

A relational genesets object

Description

A relational genesets object

A relational genesets object

See Also

gsets

Public fields

genesets

A list of genesets where list names refers to geneset labels and values are geneset members represented as a vector

nodes

A data frame of labeled nodes

edges

A data frame of directed edges

name

A character vector describing source of genesets

version

A character vector describing versioning

Methods

Public methods

Method new()

Create a rgsets object

Usage
rgsets$new(
  genesets,
  nodes,
  edges,
  name = "Custom",
  version = "",
  quiet = FALSE
)
Arguments
genesets

A list of genesets where list names refers to geneset labels and values are geneset members represented as a vector

nodes

A data frame of labeled nodes

edges

A data frame of directed edges

name

A character vector describing source of genesets

version

A character vector describing versioning

quiet

Use true to silence warnings

Returns

A new rgsets object

Method print()

Print relational genesets information

Usage
rgsets$print()
Returns

NULL

Method info()

Returns versioning information

Usage
rgsets$info()
Returns

A character vector with name and version

Method reduce()

Reduces genesets to a background distribution of symbols

Usage
rgsets$reduce(background)
Arguments
background

A character vector of symbols

Returns

A rgsets object

Method subset()

Subsets genesets on a character vector of labels

Usage
rgsets$subset(labels)
Arguments
labels

A character vector of genesets

Returns

A rgsets object

Method clone()

The objects of this class are cloneable with this method.

Usage
rgsets$clone(deep = FALSE)
Arguments
deep

Whether to make a deep clone.

Co-expression Modules

Description

A list of co-expression modules

Usage

wgcna

Format

A nested list of character vectors