GCalignR-package | GCalignR: A Package to Align Gas Chromatography Peaks Based on Retention Times |
aligned_peak_data | Aligned Gas-Chromatography data |
align_chromatograms | Aligning peaks based on retention times |
as.data.frame.GCalign | Output aligned data in form of a data frame for each variable |
blank_substraction | Subtraction of blank readings from sample readings |
check_input | Check input prior to processing in GCalignR |
choose_optimal_reference | Select the optimal reference for full alignments of peak lists |
draw_chromatogram | Visualise peak lists as a pseudo-chromatogram |
find_peaks | Detect local maxima in time series |
GCalignR | GCalignR: A Package to Align Gas Chromatography Peaks Based on Retention Times |
gc_heatmap | Visualises peak alignments in form of a heatmap |
linear_transformation | Full Alignment of Peak Lists by linear retention time correction. |
merge_redundant_rows | Merge redundant rows |
norm_peaks | Normalisation of peak abundancies |
peak_data | Gas-chromatography data for Antarctic Fur Seals (_Arctocephalus gazella_) |
peak_factors | Grouping factors corresponding to gas-chromatography data of Antarctic Fur Seals (_Arctocephalus gazella_) |
peak_interspace | Estimate the observed space between peaks within chromatograms |
plot.GCalign | Plot diagnostics for an GCalign Object |
print.GCalign | Summarising Peak Alignments with GCalignR |
read_empower2 | Import data from single EMPOWER2 HPLC files |
read_peak_list | Read content of a text file and convert it to a list |
remove_blanks | Remove peaks present in negative control samples |
remove_singletons | Remove singletons |
simple_chroma | Simulate simple chromatograms |