Imports: IDSL.MXP (>= 1.4), xml2, RNetCDF, base64enc, grid, readxl,

Description: A sophisticated pipeline for processing LC/HRMS data to extract signals of organic compounds. The package performs isotope pairing, peak detection, alignment, RT correction, gap filling, peak annotation and visualization of extracted ion chromatograms and total ion chromatograms.

Description: A sophisticated pipeline for processing LC/HRMS data to extract signals of organic compounds. The package performs isotope pairing, peak detection, alignment, RT correction, gap filling, peak annotation and visualization of extracted ion chromatograms (EIC) and total ion chromatograms (TIC).

Imports: IDSL.MXP (>= 1.4), doParallel, foreach, readxl
Description: A sophisticated pipeline for processing LC/HRMS data to extract signals of organic compounds. The package performs ion pairing, peak detection, alignment, RT correction, gap filling, peak annotation and visualization of extracted ion chromatograms (EICs) and total ion chromatograms (TICs).

Description: A tiny parser to extract mass spectra data and metadata from mzML and mzXML files.

Title: Parser for mzML, mzXML, and netCDF Files (Mass Spectrometry
Description: A tiny parser to extract mass spectra data and metadata table of MS acquisition properties from mzML, mzXML and netCDF mass spectrometry files.

Description: A simplified version of the 'IDSL.UFA' package to calculate isotopic profiles and adduct formulas from molecular formulas with no dependency on other R packages for online tools.

Description: A simplified version of the 'IDSL.UFA' package to calculate isotopic profiles and adduct formulas from molecular formulas with no dependency on other R packages for online tools. The IDSL.SUFA package has functions to process user-defined adduct formulas.

Title: Ultimate Formula Annotation (UFA) for HRMS Data Processing
Imports: Rcpp, BiocManager, mzR, readxl, parallel, doSNOW, foreach,
stringi, IDSL.IPA (>= 1.3), GA, doParallel, ggplot2, gridExtra
Description: A pipeline to annotate peaklists from the IDSL.IPA package with molecular formula
using an isotopic profile matching approach.