# sp_data_labels ===============================================================
#
#' Lables for variables derived from spectroscopic data files
#'
#' @return A named list with labels
#' @export
sp_data_labels <- function(){
LABELS <- list(
Data_from = 'Data from',
Date = 'Date',
User = 'User',
Spectrometer = 'Spectrometer',
Autoset_integration_time = 'Autoset integration time',
Trigger_mode = 'Trigger mode',
Integration_time = 'Integration time',
t.int = 'Integration time, s',
t_int = 'Integration time, s',
Integration_time_Units = 'Units of integration time',
t.int.units = 'Units of Integration time',
t_int_units = 'Units of Integration time',
Scans_averaged = 'Number of scans averaged',
Electric_dark_correction = 'Electric dark correction',
Nonlinearity_correction = 'Nonlinearity correction',
Boxcar_width = 'Boxcar width',
XAxis_mode = 'X axis mode',
Stop_averaging = 'Stop averaging',
n_pixels_in_spectrum = 'Number of Pixels in Spectrum',
t = 't, s',
datetime = 'Date and Time',
software_info = 'Software information',
file_format = 'File format',
file_name = 'File name',
FileName = 'File name',
last_headerline = 'Number of the last headerline',
Time = 'Time',
Spectrometer_Serial_number = 'Serial number of spectrometer',
Spectrometer_Channel = 'Spectrometer Channel',
Electric_dark_correction = 'Correct for Electrical Dark',
Time_Normalized = 'Time Normalized',
Dual_beam_Reference = 'Dual-beam Reference',
Reference_Channel = 'Reference Channel',
Temperature = 'Temperature',
Spectrometer_Type = 'Type of Spectrometer',
ADC_Type = 'ADC Type',
Graph_Title = 'Title of Spectrum',
# For medical and other information
# Identifications
nr = "Absolute index of a spectrum",
sp_nr = "Index of a spectrum",
ID = "ID of Specimen",
ID_nr = "Medical sample",
ID2 = "ID2 of Specimen",
spID = "ID of Spectrum" ,
point = "ID of Point in Specimen",
Investigation = "Code of Experiment",
FileName = "File name",
Batch = "Batch of Samples",
# Spectroscopy related parameters
Spectroscopy = "Type of Spectroscopy",
excitation = "Excitation wavelength, nm",
# Properties of specimens
Consistency = "Consistency of material",
Material = "Material",
Color = "Approximate color",
Amount = "Amount of sample before investigation",
Sediment_size = "Size of sediment",
# Meddical and patient related information
birth_date = "Date of birth",
age_gr = "Age groups",
CitoGr_2014 = "Cytological groups (2014)",
CitoGr_2015 = "Cytological groups (2015)",
CitoGr = "Cytological groups",
HistGr_2014 = "Histological groups (2014)",
HistGr_2015 = "Histological groups (2015)",
HistGr = "Histological groups",
HistGr0 = "Histological groups",
HistGr1 = "Histology-based groups",
HistGr2 = "Histology-based groups",
HistGr3 = "Histology-based groups",
HistGr4 = "Histology-based groups",
HistGr5 = "Histology-based groups",
HistGr6 = "Histology-based groups",
HistGr7 = "Histology-based groups",
HistGr8 = "Histology-based groups",
HistGr9 = "Histology-based groups",
HPV_16 = "HPV test",
HPV_16 = "HPV 16 test",
HPV_18 = "HPV 18 test",
HPV_hr = "HPV test for other high risk types",
p16_Ki67 = "p16/Ki67 expression",
HybridGr = "Hybrid groups",
Hybrid0 = "Histology and Cytology based groups",
Hybrid = "Histology and Cytology based groups",
Hybrid_normal = "Normal vs. others",
Hybrid_cervicitis = "Cervicitis vs. others",
Hybrid_cin = "CIN vs. others",
Hybrid_cin2_plus = "CIN2+ vs. others",
Hybrid_cin3_plus = "CIN3+ vs. others",
Hybrid_cin3_cis = "CIN3/CIS vs. others"
)
return(LABELS)
}
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