flowTraceR (version 0.1.0)

analyze_connected_levels: Analysis of connected levels

Description

Analysis of the traceR_connected_pg_prec or traceR_connected_mod.pep_prec column

Usage

analyze_connected_levels(
  input_df,
  connected_levels = c("proteinGroup_precursor", "mod.peptides_precursor"),
  count_level = c("upper", "lower"),
  plot = TRUE,
  plot_characteristic = c("absolute", "relative")
)

Arguments

input_df

A tibble with flowTraceR<U+00B4>s connected level information e.g. traceR_connected_pg_prec.

connected_levels

Choose either proteinGroup_precursor or mod.peptides_precursor for the corresponding traceR connection. Default is proteinGroup_precursor.

count_level

Counts appearances per possible connections. Choose either upper or lower - lower is always precursor level; upper is either proteingroup or mod.peptide level depending on chosen connected_levels. Default is upper. Duplicate entries are removed.

plot

Logical value, default is TRUE. If TRUE barplot is generated, if FALSE report as output.

plot_characteristic

if absolute the absolute count is displayed in barplot, if relative the relative count is displayed in barplot. Default is absolute. plot_characteristic has no influence on report.

Value

This function returns a plot - absolute/relative counts - or a data frame.

Details

Shows the absolute and relative counts of possible connections - unique_unique/unique_common/common_unique/common_common of the respective column - as report or plot.

Examples

# NOT RUN {
# Load libraries
library(dplyr)
library(stringr)
library(ggplot2)
library(tibble)

# DIA-NN example data
data <- tibble::tibble(
  "traceR_connected_pg_prec" = c("common_common", "common_unique", "unique_common"),
  "traceR_traced_proteinGroups" = c("common", "common", "unique"),
  "traceR_traced_mod.peptides" = c("common", "unique", "common"),
  "traceR_traced_precursor" = c("common", "unique", "common"),
  "traceR_proteinGroups" = c("P02768", "P02671", "Q92496"),
  "traceR_precursor" = c("AAC(UniMod:4)LLPK1", "RLEVDIDIK2", "EGIVEYPR2")
)

# Upper level - proteingroup level - how many proteingroups have a specific categorization
# Plot
analyze_connected_levels(input_df = data,
 connected_levels = "proteinGroup_precursor",
 count_level = "upper",
 plot = TRUE,
 plot_characteristic = "relative")

#Report
analyze_connected_levels(input_df = data,
 connected_levels = "proteinGroup_precursor",
 count_level = "upper",
 plot = FALSE)
# }