Reference

dtscalibration Package

Functions

open_datastore(filename_or_obj[, group, ...])	Load and decode a datastore from a file or file-like object.
open_mf_datastore([path, paths, combine, ...])	Open a datastore from multiple netCDF files.
read_apsensing_files([filepathlist, ...])	Read a folder with measurement files from a device of the Sensortran brand.
read_sensornet_files([filepathlist, ...])	Read a folder with measurement files.
read_sensortran_files(directory[, ...])	Read a folder with measurement files from a device of the Sensortran brand.
read_silixa_files([filepathlist, directory, ...])	Read a folder with measurement files from a device of the Silixa brand.
check_dims(ds, labels[, correct_dims])	Compare the dimensions of different labels.
check_timestep_allclose(ds[, eps])	Check if all timesteps are of equal size.
get_netcdf_encoding(ds[, zlib, complevel])	Get default netcdf compression parameters.
merge_double_ended(ds_fw, ds_bw, cable_length)	Some measurements are not set up on the DTS-device as double-ended meausurements.
shift_double_ended(ds, i_shift[, verbose])	The cable length was initially configured during the DTS measurement.
suggest_cable_shift_double_ended(ds, irange)	The cable length was initially configured during the DTS measurement.
plot_accuracy(accuracy, accuracy_x_avg, ...)	Analyze the residuals of the reference sections, between the Stokes signal and a best-fit decaying exponential.
plot_location_residuals_double_ended(ds, ...)
plot_residuals_reference_sections(resid, ...)	Analyze the residuals of the reference sections, between the Stokes signal and a best-fit decaying exponential.
plot_residuals_reference_sections_single(resid)	Analyze the residuals of the reference sections, between the Stokes signal and a best-fit decaying exponential.
plot_sigma_report(ds, temp_label, ...[, ...])	Returns two sub-plots.

Classes

DataStore(*args[, autofill_dim_attrs])

The data class that stores the measurements, contains calibration methods to relate Stokes and anti-Stokes to temperature.