Movatterモバイル変換

Type:	Package
Title:	Utility Functions for Data Analysis and Visualization
Version:	0.3.7
Date:	2025-10-16
Author:	Evan Zhou [aut, cre]
Maintainer:	Evan Zhou <evanzhou.bio@gmail.com>
Description:	A comprehensive collection of utility functions for data analysis and visualization in R. The package provides 55+ functions for data manipulation, file handling, color palette management, bioinformatics workflows, plotting, and package management. Features include void value handling, custom infix operators, flexible file I/O, and publication-ready visualizations with sensible defaults. Implementation follows tidyverse principles (Wickham et al. (2019) <doi:10.21105/joss.01686>) and incorporates best practices from the R community.
License:	MIT + file LICENSE
License_is_FOSS:	yes
License_restricts_use:	no
Encoding:	UTF-8
RoxygenNote:	7.3.2
Config/testthat/edition:	3
URL:	https://github.com/evanbio/evanverse,https://evanbio.github.io/evanverse/
BugReports:	https://github.com/evanbio/evanverse/issues
VignetteBuilder:	knitr
Depends:	R (≥ 4.1)
Imports:	cli, tibble, tidyr, data.table, dplyr, ggplot2, jsonlite,curl, openxlsx, readxl, tictoc, fs, rlang, withr, ggpubr,utils, tools, stats, grDevices
Suggests:	BiocManager, GSEABase, Biobase, GEOquery, biomaRt, knitr,rmarkdown, testthat (≥ 3.0.0), ggvenn, ggVennDiagram, writexl,R.utils, janitor, RColorBrewer, devtools, digest, forestploter,purrr, reactable
NeedsCompilation:	no
Packaged:	2025-10-16 11:46:30 UTC; 84241
Repository:	CRAN
Date/Publication:	2025-10-21 09:00:02 UTC

Strict identity comparison with diagnostics

Description

A semantic operator that checks whether two objects are strictly identical,and prints where they differ if not.

Usage

a %is% b

Arguments

Value

TRUE if identical, FALSE otherwise (with diagnostics)

Examples

1:3 %is% 1:3                  # TRUE1:3 %is% c(1, 2, 3)           # FALSE, type mismatch (integer vs double)data.frame(x=1) %is% data.frame(y=1)  # FALSE, column name mismatchm1 <- matrix(1:4, nrow=2)m2 <- matrix(c(1,99,3,4), nrow=2)m1 %is% m2                  # FALSE, value differs at [1,2]c(a=1, b=2) %is% c(b=2, a=1) # FALSE, names differ

%map%: Case-insensitive mapping returning named vector

Description

Performs case-insensitive matching between elements inx and entries intable,returning a named character vector: names are the matched entries fromtable,values are the original elements fromx.Unmatched values are ignored (not included in the result).

Usage

x %map% table

Arguments

Value

A named character vector. Names are from matchedtable values, values are fromx.If no matches are found, returns a zero-length named character vector.

Examples

# Basic matching (case-insensitive)c("tp53", "brca1", "egfr") %map% c("TP53", "EGFR", "MYC")# returns: Named vector: TP53 = "tp53", EGFR = "egfr"# Values not in table are droppedc("akt1", "tp53") %map% c("TP53", "EGFR")# returns: TP53 = "tp53"# All unmatched values returns: empty resultc("none1", "none2") %map% c("TP53", "EGFR")# returns: character(0)

%match%: Case-insensitive match returning indices

Description

Performs case-insensitive matching, likebase::match(), but ignores letter case.

Usage

x %match% table

Arguments

Value

An integer vector of the positions of matches ofx intable,likebase::match(). ReturnsNA for non-matches. Returns an integer(0)ifx is length 0.

Examples

# Basic matchingc("tp53", "BRCA1", "egfr") %match% c("TP53", "EGFR", "MYC")# returns: 1 NA 2# No matches returns: all NAc("aaa", "bbb") %match% c("xxx", "yyy")# Empty inputcharacter(0) %match% c("a", "b")# Order sensitivity (like match): first match is returnedc("x") %match% c("X", "x", "x")# returns: 1

⁠%nin%⁠: Not-in operator (negation of%in%)

Description

A binary operator to test whether elements of the left-hand vector arenotpresent in the right-hand vector. This is equivalent to!(x %in% table).

Usage

x %nin% table

Arguments

Value

A logical vector whereTRUE indicates the corresponding element ofxis not present intable. Results involvingNA follow base R semantics:e.g., ifx containsNA andtable does not, the result at that positionisNA (since!NA isNA).

Examples

c("A", "B", "C") %nin% c("B", "D")   # TRUE FALSE TRUE1:5 %nin% c(2, 4)                    # TRUE FALSE TRUE FALSE TRUENA %nin% c(1, 2)                     # NA (since NA %in% c(1,2) is NA)NA %nin% c(NA, 1)                    # FALSE (since NA is in table)# Works with mixed types as `%in%` does:c(1, "a") %nin% c("a", "b", 2)

⁠%p%⁠: paste two strings with a single space

Description

An infix operator for string concatenation with one space betweenlhs andrhs.Inspired by the readability of⁠%>%⁠, intended for expressive text building.

Usage

lhs %p% rhs

Arguments

Value

A character vector, concatenatinglhs andrhs with a single space.

Examples

"Hello" %p% "world""Good" %p% "job"c("hello", "good") %p% c("world", "morning")   # vectorized

any_void(): Check if Any Value is Void (NA / NULL / "")

Description

Test whether any element in a vector or list is considered "void".Void values includeNA,NULL, and empty strings (""), andyou can customize which ones to consider.

Usage

any_void(x, include_na = TRUE, include_null = TRUE, include_empty_str = TRUE)

Arguments

Value

A single logical value:

• TRUE if any void values are present.

• FALSE otherwise.

• ForNULL input, returnsTRUE ifinclude_null = TRUE, elseFALSE.

Examples

any_void(c("a", "", NA))                # TRUEany_void(list("x", NULL, "y"))          # TRUEany_void(c("a", "b", "c"))              # FALSEany_void(NULL)                          # TRUEany_void("", include_empty_str = FALSE) # FALSE

bio_palette_gallery(): Visualize All Palettes in a Gallery View

Description

Display palettes from a compiled RDS in a paged gallery format.

Usage

bio_palette_gallery(  palette_rds = NULL,  type = c("sequential", "diverging", "qualitative"),  max_palettes = 30,  max_row = 12,  verbose = TRUE)

Arguments

Value

A named list of ggplot objects (one per page)

check_pkg(): Check if packages are installed and optionally install them

Description

A utility to check whether CRAN / GitHub / Bioconductor packages are installed,with optional auto-installation viainst_pkg().

Usage

check_pkg(  pkg = NULL,  source = c("CRAN", "GitHub", "Bioconductor"),  auto_install = TRUE,  ...)

Arguments

Value

A tibble with columns:package,name,installed,source.

Examples

check_pkg("ggplot2", source = "CRAN")check_pkg("r-lib/devtools", source = "GitHub", auto_install = FALSE)

cols_with_void(): Detect Columns Containing Void Values

Description

Scan a data.frame or tibble and identify columns that contain any "void" values.Void values includeNA,NULL, and"", which can be toggled via parameters.

Usage

cols_with_void(  data,  include_na = TRUE,  include_null = TRUE,  include_empty_str = TRUE,  return_names = TRUE)

Arguments

Value

A character vector (column names) or logical vector indicating void presence per column.

Examples

df <- data.frame(name = c("A", "", "C"), score = c(1, NA, 3), id = 1:3)cols_with_void(df)cols_with_void(df, return_names = FALSE)cols_with_void(df, include_na = FALSE)

comb: Calculate Number of Combinations C(n, k)

Description

Calculates the total number of ways to choose k items from n distinct items (without regard to order),i.e., the number of combinations C(n, k) = n! / (k! * (n - k)!).This function is intended for moderate n and k. For very large values, consider the 'gmp' package.

Usage

comb(n, k)

Arguments

Value

Numeric. The combination count C(n, k) (returns Inf for very large n).

Examples

comb(8, 4)      # 70comb(5, 2)      # 10comb(10, 0)     # 1comb(5, 6)      # 0

combine_logic: Combine multiple logical vectors with a logical operator

Description

A utility function to combine two or more logical vectors usinglogical AND (&) or OR (|) operations. Supports NA handling andchecks for consistent vector lengths.

Usage

combine_logic(..., op = "&", na.rm = FALSE)

Arguments

Value

A single logical vector of the same length as inputs.

Examples

x <- 1:5combine_logic(x > 2, x %% 2 == 1)            # AND by defaultcombine_logic(x > 2, x %% 2 == 1, op = "|")  # OR logiccombine_logic(c(TRUE, NA), c(TRUE, TRUE), na.rm = TRUE)

compile_palettes(): Compile JSON palettes into RDS

Description

Read JSON files under⁠palettes_dir/⁠, validate content, and compile into a structured RDS file.

Usage

compile_palettes(palettes_dir, output_rds, log = TRUE)

Arguments

Value

Invisibly returns RDS file path (character)

Examples

# Compile palettes using temporary directory:compile_palettes(  palettes_dir = system.file("extdata", "palettes", package = "evanverse"),  output_rds = file.path(tempdir(), "palettes.rds"))

convert_gene_id(): Convert gene identifiers using a reference table

Description

Converts between Ensembl, Symbol, and Entrez gene IDs using a reference table.Supports both character vectors and data.frame columns. Automatically loadsspecies-specific reference data from⁠data/⁠, or downloads if unavailable.

Usage

convert_gene_id(  query,  from = "symbol",  to = c("ensembl_id", "entrez_id"),  species = c("human", "mouse"),  query_col = NULL,  ref_table = NULL,  keep_na = FALSE,  preview = TRUE)

Arguments

Value

Adata.frame containing original and converted columns.

create_palette(): Save Custom Color Palettes as JSON

Description

Save a named color palette (sequential, diverging, or qualitative) to a JSON file.Used for palette sharing, reuse, and future compilation.

Usage

create_palette(  name,  type = c("sequential", "diverging", "qualitative"),  colors,  color_dir,  log = TRUE)

Arguments

Value

(Invisibly) A list withpath andinfo.

Examples

# Create palette in temporary directory:temp_dir <- file.path(tempdir(), "palettes")create_palette(  "blues",  "sequential",  c("#deebf7", "#9ecae1", "#3182bd"),  color_dir = temp_dir)create_palette(  "vividset",  "qualitative",  c("#E64B35", "#4DBBD5", "#00A087"),  color_dir = temp_dir)# Clean upunlink(temp_dir, recursive = TRUE)

Convert Data Frame to Named List by Grouping

Description

Group a data frame by one column and convert to named list.Each key becomes a list name; each value column becomes vector.

Usage

df2list(data, key_col, value_col, verbose = TRUE)

Arguments

Value

A named list, where each element is a character vector of values.

Examples

df <- data.frame(  cell_type = c("T_cells", "T_cells", "B_cells", "B_cells"),  marker = c("CD3D", "CD3E", "CD79A", "MS4A1"))df2list(df, "cell_type", "marker")

Test Dataset for Forest Plots

Description

A sample dataset used for demonstrating and testing forest plot functionality.Contains example effect sizes, confidence intervals, and study information.

Format

A data frame with 12 rows and 5 columns:

variable

Character vector of variable names

estimate

Numeric vector of effect estimates

conf.low

Numeric vector of lower confidence limits

conf.high

Numeric vector of upper confidence limits

p.value

Numeric vector of p-values

Source

Created for testing and demonstration purposes.

download_batch(): Batch download files using multi_download (parallel with curl)

Description

A robust batch downloader that supports concurrent downloads with flexible options.Built on top ofcurl::multi_download() for parallelism.

Usage

download_batch(  urls,  dest_dir,  overwrite = FALSE,  unzip = FALSE,  workers = 4,  verbose = TRUE,  timeout = 600,  resume = FALSE,  speed_limit = NULL,  retries = 3)

Arguments

Value

Invisibly returns a list of downloaded (and optionally unzipped) file paths.

Download gene annotation reference table from Ensembl

Description

Downloads a standardized gene annotation table for human or mouse usingbiomaRt.Includes Ensembl ID, gene symbol, Entrez ID, gene type, chromosome location, and other metadata.

Usage

download_gene_ref(  species = c("human", "mouse"),  remove_empty_symbol = FALSE,  remove_na_entrez = FALSE,  save = FALSE,  save_path = NULL)

Arguments

Value

Adata.frame containing gene annotation.

Download GEO Data Resources

Description

Downloads GEO (Gene Expression Omnibus) datasets including expression data,supplemental files, and platform annotations with error handling and logging.

Usage

download_geo_data(  gse_id,  dest_dir,  overwrite = FALSE,  log = TRUE,  log_file = NULL,  retries = 2,  timeout = 300)

Arguments

Details

Downloads GSEMatrix files, supplemental files, and GPL annotations.Includes retry mechanism, timeout control, and logging.Requires: GEOquery, Biobase, withr, cli.

Value

A list with components:

gse_object

ExpressionSet object with expression data and annotations

supplemental_files

Paths to downloaded supplemental files

platform_info

Platform information (platform_id, gpl_files)

meta

Download metadata (timing, file counts, etc.)

References

https://www.ncbi.nlm.nih.gov/geo/

Barrett T, Wilhite SE, Ledoux P, Evangelista C, Kim IF, Tomashevsky M,Marshall KA, Phillippy KH, Sherman PM, Holko M, Yefanov A, Lee H,Zhang N, Robertson CL, Serova N, Davis S, Soboleva A. NCBI GEO: archivefor functional genomics data sets–update. Nucleic Acids Res. 2013 Jan;41(Database issue):D991-5.

Examples

## Not run: # Download GEO data (requires network connection):result <- download_geo_data("GSE12345", dest_dir = tempdir())# Advanced usage with custom settings:result <- download_geo_data(  gse_id = "GSE7305",  dest_dir = tempdir(),  log = TRUE,  retries = 3,  timeout = 600)# Access downloaded data:expr_data <- Biobase::exprs(result$gse_object)sample_info <- Biobase::pData(result$gse_object)feature_info <- Biobase::fData(result$gse_object)## End(Not run)

download_url(): Download File from URL

Description

Downloads files from URLs (HTTP/HTTPS/FTP/SFTP) with robust error handling,retry mechanisms, and advanced features like resume, bandwidth limiting, and auto-extraction.

Usage

download_url(  url,  dest,  overwrite = FALSE,  unzip = FALSE,  verbose = TRUE,  timeout = 600,  headers = NULL,  resume = FALSE,  speed_limit = NULL,  retries = 3)

Arguments

Details

This function provides a comprehensive solution for downloading files with:

Supported Protocols

Supports HTTP/HTTPS, FTP, and SFTP protocols.

Features

Includes retry mechanism, resume support, bandwidth control, auto-extraction, progress tracking, and custom headers.

Compression Support

Supports .zip, .gz, and .tar.gz formats.

Value

Invisible character string or vector of file paths:

If unzip = FALSE

Path to the downloaded file

If unzip = TRUE

Vector of paths to extracted files

Dependencies

Required packages: curl, cli, R.utils (automatically checked at runtime).

Examples

## Not run: # Download a CSV file from GitHub:download_url(  url = "https://raw.githubusercontent.com/tidyverse/ggplot2/main/README.md",  dest = file.path(tempdir(), "ggplot2_readme.md"),  timeout = 30)# Download and extract a zip file:download_url(  url = "https://cran.r-project.org/src/contrib/Archive/dplyr/dplyr_0.8.0.tar.gz",  dest = file.path(tempdir(), "dplyr.tar.gz"),  unzip = TRUE,  timeout = 60)## End(Not run)# Quick demo with a tiny file:download_url(  url = "https://httpbin.org/robots.txt",  dest = file.path(tempdir(), "robots.txt"),  timeout = 10,  verbose = FALSE)

drop_void: Remove Void Values from a Vector or List

Description

Removes elements from a vector or list that are considered "void":NA,NULL, and empty strings ('"""). Each can be toggled via parameters.

Usage

drop_void(x, include_na = TRUE, include_null = TRUE, include_empty_str = TRUE)

Arguments

Value

A cleaned vector or list of the same type as input, with void values removed.

Examples

drop_void(c("apple", "", NA, "banana"))drop_void(list("A", NA, "", NULL, "B"))drop_void(c("", NA), include_na = FALSE)

file_info: Summarise file information

Description

Given a file or folder path (or vector), returns a data.frame containingfile name, size (MB), last modified time, optional line count, and path.

Usage

file_info(  paths,  recursive = FALSE,  count_line = TRUE,  preview = TRUE,  filter_pattern = NULL,  full_name = TRUE)

Arguments

Value

A data.frame with columns: file, size_MB, modified_time, line_count, path.

Examples

file_info("R")file_info(c("README.md", "DESCRIPTION"))file_info("R", filter_pattern = "\\.R$", recursive = TRUE)

file_tree: Print and Log Directory Tree Structure

Description

Print the directory structure of a given path in a tree-like format usingASCII characters for maximum compatibility across different systems.Optionally, save the result to a log file for record keeping or debugging.

Usage

file_tree(  path = ".",  max_depth = 2,  verbose = TRUE,  log = FALSE,  log_path = NULL,  file_name = NULL,  append = FALSE)

Arguments

Value

Invisibly returns a character vector containing each line of the file tree.

Examples

# Basic usage with current directory:file_tree()file_tree(".", max_depth = 3)# Example with temporary directory and logging:temp_dir <- tempdir()file_tree(temp_dir, max_depth = 2, log = TRUE, log_path = tempdir())

get_ext: Extract File Extension(s)

Description

Extract file extension(s) from a file name or path. Supports vector input andoptionally preserves compound extensions (e.g., .tar.gz) when keep_all = TRUE.

Usage

get_ext(paths, keep_all = FALSE, include_dot = FALSE, to_lower = FALSE)

Arguments

Value

Character vector of extensions.

Examples

get_ext("data.csv")               # "csv"get_ext("archive.tar.gz")         # "gz"get_ext("archive.tar.gz", TRUE)   # "tar.gz"get_ext(c("a.R", "b.txt", "c"))   # "R" "txt" ""get_ext("data.CSV", to_lower = TRUE)  # "csv"

Get Palette: Load Color Palette from RDS

Description

Load a named palette from data/palettes.rds, returning a vector of HEX colors.Automatically checks for type mismatch and provides smart suggestions.

Usage

get_palette(  name,  type = c("sequential", "diverging", "qualitative"),  n = NULL,  palette_rds = system.file("extdata", "palettes.rds", package = "evanverse"))

Arguments

Value

Character vector of HEX color codes.

Examples

get_palette("vividset", type = "qualitative")get_palette("softtrio", type = "qualitative", n = 2)get_palette("blues", type = "sequential", n = 3)get_palette("contrast_duo", type = "diverging")

gmt2df: Convert GMT File to Long-format Data Frame

Description

Reads a .gmt gene set file and returns a long-format data frame withone row per gene, including the gene set name and optional description.

Usage

gmt2df(file, verbose = TRUE)

Arguments

Value

A tibble with columns: term, description, and gene.

Examples

## Not run: # Requires a GMT file to run:gmt_file <- "path/to/geneset.gmt"result <- gmt2df(gmt_file)head(result, 10)## End(Not run)

gmt2list: Convert GMT File to Named List

Description

Reads a .gmt gene set file and returns a named list,where each list element is a gene set.

Usage

gmt2list(file, verbose = TRUE)

Arguments

Value

A named list where each element is a character vector of gene symbols.

Examples

## Not run: # Requires a GMT file to run:gmt_file <- "path/to/geneset.gmt"gene_sets <- gmt2list(gmt_file)length(gene_sets)names(gene_sets)[1:3]## End(Not run)

Convert HEX color(s) to RGB numeric components

Description

Convert a single HEX color string or a character vector of HEX strings to RGBnumeric components. The function accepts values with or without a leading⁠#⁠. Messaging usescli if available and falls back tomessage().

Usage

hex2rgb(hex)

Arguments

Value

Ifhex has length 1, a named numeric vector with elementsc(r, g, b). Ifhex has length > 1, a named list where each element isa named numeric vector for the corresponding input.

Examples

hex2rgb("#FF8000")hex2rgb(c("#FF8000", "#00FF00"))

Install R Packages from Multiple Sources

Description

A unified installer for R packages from CRAN, GitHub, Bioconductor, or local source.

Usage

inst_pkg(  pkg = NULL,  source = c("CRAN", "GitHub", "Bioconductor", "Local"),  path = NULL,  ...)

Arguments

Value

NULL (invisibly)

Examples

## Not run: # Install from CRAN:inst_pkg("dplyr", source = "CRAN")# Install from GitHub:inst_pkg("hadley/emo", source = "GitHub")# Install from Bioconductor:inst_pkg("scRNAseq", source = "Bioconductor")# Install from local file:inst_pkg(source = "local", path = "mypackage.tar.gz")## End(Not run)# Quick demo - try to install a small package (will skip if already installed):try(inst_pkg("praise", source = "CRAN"))

is_void(): Check for Null / NA / Blank ("") Values

Description

Determine whether input values are considered "void":NULL,NA, or"".Each condition is controlled by a dedicated argument.

Usage

is_void(x, include_na = TRUE, include_null = TRUE, include_empty_str = TRUE)

Arguments

Value

A logical vector indicating which elements are void.

• Ifx isNULL, returns a singleTRUE (if include_null=TRUE) orFALSE.

• Ifx is an empty vector, returnslogical(0).

• Ifx is a list, evaluates each element recursively and returns a flattened logical vector.

• For atomic vectors, returns a logical vector of the same length.

Examples

is_void(c(NA, "", "text"))                  # TRUE TRUE FALSEis_void(list(NA, "", NULL, "a"))            # TRUE TRUE TRUE FALSEis_void("NA", include_na = FALSE)           # FALSEis_void(NULL)                               # TRUE

list_palettes(): List All Color Palettes from RDS

Description

Load and list all available color palettes compiled into an RDS file.

Usage

list_palettes(  palette_rds = system.file("extdata", "palettes.rds", package = "evanverse"),  type = c("sequential", "diverging", "qualitative"),  sort = TRUE,  verbose = TRUE)

Arguments

Value

Adata.frame with columns:name,type,n_color,colors.

Examples

list_palettes()list_palettes(type = "qualitative")list_palettes(type = c("sequential", "diverging"))

map_column(): Map values in a column using named vector or list

Description

Maps values in a column of a data.frame (query) to new values using a namedvector or list (map), optionally creating a new column or replacing the original.

Usage

map_column(  query,  by,  map,  to = "mapped",  overwrite = FALSE,  default = "unknown",  preview = TRUE)

Arguments

Value

A data.frame with a new or modified column based on the mapping (returned invisibly).

Examples

df <- data.frame(gene = c("TP53", "BRCA1", "EGFR", "XYZ"))gene_map <- c("TP53" = "Tumor suppressor", "EGFR" = "Oncogene")map_column(df, by = "gene", map = gene_map, to = "label")

Calculate Number of Permutations A(n, k)

Description

Calculates the total number of ways to arrange k items selected from n distinct items, i.e.,the number of permutations A(n, k) = n! / (n - k)!.This function is intended for moderate n and k. For very large numbers, consider supporting the 'gmp' package.

Usage

perm(n, k)

Arguments

Value

Numeric. The permutation count A(n, k) (returns Inf for very large n).

Examples

perm(8, 4)      # 1680perm(5, 2)      # 20perm(10, 0)     # 1perm(5, 6)      # 0

pkg_functions: List exported functions from a package

Description

List exported symbols from a package (via its NAMESPACE). Optionally filterby a case-insensitive keyword. Results are sorted alphabetically.

Usage

pkg_functions(pkg, key = NULL)

Arguments

Value

Character vector of exported names (invisibly).

Examples

pkg_functions("evanverse")pkg_functions("evanverse", key = "plot")

pkg_version: Check Installed and Latest Versions of R Packages

Description

This function checks the installed and latest available versions ofR packages across CRAN, Bioconductor, and GitHub.It supports case-insensitive matching and smart console previews.

Usage

pkg_version(pkg, preview = TRUE)

Arguments

Value

A data.frame with columns: package, version (installed),latest (available), and source.

Examples

## Not run: # Check versions of multiple packages (requires network):pkg_version(c("ggplot2", "dplyr"))# Check with preview disabled:result <- pkg_version(c("ggplot2", "limma"), preview = FALSE)## End(Not run)# Quick demo with base R package:try(pkg_version("base", preview = FALSE))

Bar plot with optional fill grouping, sorting, and directional layout

Description

Create a bar chart from a data frame with optional grouping (fill),vertical/horizontal orientation, and sorting by values.

Usage

plot_bar(  data,  x,  y,  fill = NULL,  direction = c("vertical", "horizontal"),  sort = FALSE,  sort_by = NULL,  sort_dir = c("asc", "desc"),  width = 0.7,  ...)

Arguments

Value

Aggplot object.

plot_density: Univariate Density Plot (Fill Group, Black Outline)

Description

Create a density plot with group color as fill, and fixed black border for all curves.

Usage

plot_density(  data,  x,  group = NULL,  facet = NULL,  palette = c("#1b9e77", "#d95f02", "#7570b3"),  alpha = 0.7,  base_size = 14,  xlab = NULL,  ylab = "Density",  title = NULL,  legend_pos = "right",  adjust = 1,  show_mean = FALSE,  mean_line_color = "red",  add_hist = FALSE,  hist_bins = NULL,  add_rug = FALSE,  theme = "minimal")

Arguments

Value

ggplot object.

Draw a forest plot using forestploter with publication-quality styling

Description

Draw a forest plot using forestploter with publication-quality styling

Usage

plot_forest(  data,  estimate_col = "estimate",  lower_col = "conf.low",  upper_col = "conf.high",  label_col = "variable",  p_col = "p.value",  ref_line = 1,  sig_level = 0.05,  bold_sig = TRUE,  arrow_lab = c("Unfavorable", "Favorable"),  ticks_at = c(0.5, 1, 1.5, 2),  xlim = c(0, 3),  footnote = "P-value < 0.05 was considered statistically significant",  boxcolor = c("#E64B35", "#4DBBD5", "#00A087", "#3C5488", "#F39B7F", "#8491B4",    "#91D1C2", "#DC0000", "#7E6148"),  align_left = 1,  align_right = NULL,  align_center = NULL,  gap_width = 30)

Arguments

Value

A forestplot object

Plot a Clean Pie Chart with Optional Inner Labels

Description

Generate a polished pie chart from a vector or a grouped data frame.Labels (optional) are placed inside the pie slices.

Usage

plot_pie(  data,  group_col = "group",  count_col = "count",  label = c("none", "count", "percent", "both"),  label_size = 4,  label_color = "black",  fill = c("#009076", "#C71E1D", "#15607A", "#FA8C00", "#18A1CD"),  title = "Pie Chart",  title_size = 14,  title_color = "black",  legend.position = "right",  preview = TRUE,  save = NULL,  return_data = FALSE)

Arguments

Value

A ggplot object or list(plot, data)

Draw Venn Diagrams (2-4 sets, classic or gradient style)

Description

A flexible and unified Venn diagram plotting function supporting bothggvennandggVennDiagram. Automatically handles naming, de-duplication, and visualization.

Usage

plot_venn(  set1,  set2,  set3 = NULL,  set4 = NULL,  category.names = NULL,  fill = c("skyblue", "pink", "lightgreen", "lightyellow"),  label = "count",  label_geom = "label",  label_alpha = 0,  fill_alpha = 0.5,  label_size = 4,  label_color = "black",  set_color = "black",  set_size = 5,  edge_lty = "solid",  edge_size = 0.8,  title = "My Venn Diagram",  title_size = 14,  title_color = "#F06292",  legend.position = "none",  method = c("classic", "gradient"),  digits = 1,  label_sep = ",",  show_outside = "auto",  auto_scale = FALSE,  palette = "Spectral",  direction = 1,  preview = TRUE,  return_sets = FALSE,  ...)

Arguments

Value

A ggplot object (and optionally a list of processed sets ifreturn_sets = TRUE).

Examples

set.seed(123)g1 <- sample(letters, 15)g2 <- sample(letters, 10)g3 <- sample(letters, 12)# Classic 3-set Vennplot_venn(g1, g2, g3, method = "classic", title = "Classic Venn")# Gradient 2-set Vennplot_venn(g1, g2, method = "gradient", title = "Gradient Venn")# Return sets for downstream useout <- plot_venn(g1, g2, return_sets = TRUE)names(out)

Preview Palette: Visualize a Palette from RDS

Description

Preview the appearance of a palette fromdata/palettes.rds using various plot types.This function provides multiple visualization options to help users evaluate color palettes.

Usage

preview_palette(  name,  type = c("sequential", "diverging", "qualitative"),  n = NULL,  plot_type = c("bar", "pie", "point", "rect", "circle"),  title = name,  palette_rds = system.file("extdata", "palettes.rds", package = "evanverse"),  preview = TRUE)

Arguments

Value

NULL (invisible), for plotting side effect.

Examples

# Preview sequential palette:preview_palette("blues", type = "sequential", plot_type = "bar")# Preview diverging palette:preview_palette("fire_ice_duo", type = "diverging", plot_type = "pie")# Preview qualitative palette with custom colors:preview_palette("balanced_quartet", type = "qualitative", n = 4, plot_type = "circle")

Flexible Excel reader

Description

Read an Excel sheet viareadxl::read_excel() with optional column-namecleaning (janitor::clean_names()), basic type control, and CLI messages.

Usage

read_excel_flex(  file_path,  sheet = 1,  skip = 0,  header = TRUE,  range = NULL,  col_types = NULL,  clean_names = TRUE,  guess_max = 1000,  trim_ws = TRUE,  na = "",  verbose = TRUE)

Arguments

Value

A tibble (or data.frame) read from the Excel sheet.

Flexible and fast table reader using data.table::fread

Description

Robust table reader with auto delimiter detection for.csv,.tsv,.txt,and their.gz variants. Usesdata.table::fread() and prints CLI messages.

Usage

read_table_flex(  file_path,  sep = NULL,  encoding = "UTF-8",  header = TRUE,  df = TRUE,  verbose = FALSE)

Arguments

Value

Adata.frame (default) ordata.table depending ondf parameter.

Show usage tips for common R commands

Description

A helper to recall commonly used R functions with short examples.

Usage

remind(keyword = NULL)

Arguments

Value

Invisibly returns the matched keywords (character vector).

Examples

remind("glimpse")remind()  # show all keywords

Remove a Saved Palette JSON

Description

Remove a palette file by name, trying across types if necessary.

Usage

remove_palette(name, type = NULL, color_dir, log = TRUE)

Arguments

Value

Invisibly TRUE if removed successfully, FALSE otherwise.

Examples

## Not run: # Remove a palette (requires write permissions):remove_palette("blues")# Remove with specific type:remove_palette("vividset", type = "qualitative")## End(Not run)

Replace void values (NA / NULL / "")

Description

Replace elements in a vector or list considered "void" with a specified value.Void values includeNA,NULL, and empty strings"" (toggle via flags).

Usage

replace_void(  x,  value = NA,  include_na = TRUE,  include_null = TRUE,  include_empty_str = TRUE)

Arguments

Value

A cleaned vector or list with void values replaced.

Examples

replace_void(c(NA, "", "a"), value = "N/A")replace_void(list("A", "", NULL, NA), value = "missing")replace_void(c("", "b"), value = 0, include_empty_str = TRUE)

Convert RGB values to HEX color codes

Description

Convert an RGB triplet (or a list of triplets) to HEX color codes.

Usage

rgb2hex(rgb)

Arguments

Value

A HEX color string if a single RGB vector is provided, or a charactervector of HEX codes if a list is provided.

Examples

rgb2hex(c(255, 128, 0))                           # "#FF8000"rgb2hex(list(c(255,128,0), c(0,255,0)))           # c("#FF8000", "#00FF00")

rows_with_void: Detect rows containing void values (NA / NULL / "")

Description

Scan a data.frame or tibble and identify rows that contain any "void" values.Void values includeNA,NULL, and empty strings"" (toggle via flags).

Usage

rows_with_void(  data,  include_na = TRUE,  include_null = TRUE,  include_empty_str = TRUE)

Arguments

Value

A logical vector of lengthnrow(data) indicating whether each rowcontains at least one void value.

Examples

df <- data.frame(id = 1:3, name = c("A", "", "C"), score = c(10, NA, 20))rows_with_void(df)df[rows_with_void(df), ]

Safely Execute an Expression

Description

Evaluate code with unified error handling (and consistent warning reporting).On error, prints a CLI message (unlessquiet = TRUE) and returnsNULL.

Usage

safe_execute(expr, fail_message = "An error occurred", quiet = FALSE)

Arguments

Value

The result of the expression if successful; otherwiseNULL.

Examples

safe_execute(log(1))safe_execute(log("a"), fail_message = "Failed to compute log")

Set CRAN/Bioconductor Mirrors

Description

Switch CRAN and/or Bioconductor mirrors for faster package installation.

Usage

set_mirror(repo = c("all", "cran", "bioc"), mirror = "tuna")

Arguments

Value

Previous mirror settings (invisibly)

Examples

## Not run: # Set all mirrors to tuna (default):set_mirror()# Set only CRAN mirror:set_mirror("cran", "westlake")# Set only Bioconductor mirror:set_mirror("bioc", "ustc")## End(Not run)# Quick demo - view current mirror settings:getOption("repos")getOption("BioC_mirror")

Clinical Trial Dataset

Description

A sample clinical trial dataset used for testing and demonstration of data analysis functions.Contains typical clinical trial variables for testing various statistical and visualization functions.

Format

A data frame with 200 rows and 8 columns:

trt

Character vector of treatment assignments

age

Numeric vector of patient ages

marker

Numeric vector of biomarker levels

stage

Factor with tumor stage levels

grade

Factor with tumor grade levels

response

Integer vector indicating tumor response

death

Integer vector indicating patient death

ttdeath

Numeric vector of time to death/censoring

Source

Created for testing and demonstration purposes.

Update R Packages from CRAN, GitHub, or Bioconductor

Description

A unified function to update R packages by source. Supports full updates,source-specific updates, or targeted package updates. Automatically sets mirrors(Tsinghua CRAN, Tsinghua Bioconductor) and handles version compatibility checks.Ensures Bioconductor installations specify the correct version to avoid mismatches.

Usage

update_pkg(pkg = NULL, source = NULL)

Arguments

Value

InvisibleNULL. Outputs update progress and logs viacli.

Quick interactive table viewer (reactable)

Description

Quickly view a data.frame or tibble as an interactive table in the Viewer pane.

Usage

view(  data,  page_size = 10,  searchable = TRUE,  filterable = TRUE,  striped = TRUE,  highlight = TRUE,  compact = FALSE)

Arguments

Value

A reactable widget rendered in the Viewer pane.

Examples

view(iris)view(mtcars, page_size = 20, striped = TRUE, filterable = TRUE)

Wrap a function to measure and display execution time

Description

Wraps a function with CLI-based timing and prints its runtime in seconds.Useful for benchmarking or logging time-consuming tasks.

Usage

with_timer(fn, name = "Task")

Arguments

Details

Requires thetictoc package (CLI messages are emitted viacli).

Value

A function that executesfn(...) and prints timing information (returns invisibly).

Examples

slow_fn <- function(n) { Sys.sleep(0.01); n^2 }timed_fn <- with_timer(slow_fn, name = "Square Task")timed_fn(5)

Flexible Excel writer

Description

Write a data frame or anamed list of data frames to an Excel file with optional styling.

Usage

write_xlsx_flex(  data,  file_path,  overwrite = TRUE,  timestamp = FALSE,  with_style = TRUE,  auto_col_width = TRUE,  open_after = FALSE,  verbose = TRUE)

Arguments

Value

No return value; writes a file to disk.