v1.0.2

1.0.2 (2020-05-04)

• Same as v1.0.1

1.0.1 (2020-05-04)

New features

• st_var can now be array-like. The array-like can vary in x or time, or both.
• When converting from a xr.Dataset to a DataStore object, the attributes arenow transfered over
• Added 'verbose' kwarg to shift_double_ended utility function to silence theconsole output

Bug fixes

• If the '_sections' attribute is missing from a DataStore object it is automagically re-added.
• Assert that stokes variances are passed when running a double-ended WLS calibration
• Added check for NaN/inf values in wls_sparse solver to avoid unclear error messages
• Before calibration, the values of the used reference temperatures are checked if they are valid (float dtype, no NaN/inf values, correct time dimension)

Others

• European Geosciences Union conference 2020 presentation added
• Updated documentation with content article
• Use YAPF formatting of the Python files
• Travis-CI.org integration in GitHub restored.

v1.0.1

1.0.1 (2020-05-04)

• Variances can now passed as a float, a function, or an array to calibrationroutines
• European Geosciences Union conference 2020 presentation added
• Check for nans from reference temperature in wls_sparse routine
• Updated documentation with content article
• Use YAPF formatting of the Python files.

v1.0.0

1.0.0 (2020-03-30)

• First major release
• Reduced flexibility in defining names under which the Stokes are stored
• 4 Averaging functions implemented, with uncertainty estimation. See notebook 16 for the various options
• Notebook about transient attenuation caused by for example connectors
• Bug in singel ended transient attenuation
• Check for consistent number of measurement locations across read files

v0.9.2

0.9.2 (2020-03-17)

• Reduced flexibility in defining Stokes labels

v0.9.0

0.9.0 (2020-03-16)

• Increased precision of least squares solver, as this was limiting theprecision of the parameter estimation
• The variance of the noise in the Stokes can change linear with the intensity
• Improved residuals plot function
• Reduced the number of equations for double ended calibration
• Support for transient attenuation due to connectors along fibers
• Matching sections

v0.8.0

0.8.0 (2020-02-14)

• Valentine edition
• Added example for fixing parameters
• Bug fixed in routine for reading Sensornet files (Bor van der Scheer)
• Official support for Python 3.8
• When the datastore is printed to the screen, the mean and std of thereference temperature is plotted
• Integrated differential attenuation is reformulated. Starts integrating atthe first reference section location.
• Estimation of the variance of the Stokes that is linear dependent on theintensity (Poisson)
• Removed __slots__ attribute

v0.7.4

0.7.4 (2020-01-26)

• Update automated zenodo reference requires to draft a new release

v0.7.3

0.7.3 (2020-01-24)

• Solved xlim in subplots of plot_residuals_reference_sections funciton
• Solved YAML depreciation related problems
• Introduced new approach for double ended calibration, with a different Cfor the forward and backward channel
• First code added for time variant asymmetric attenuation, such as connectors.
• First code added for matching sections

v0.7.2

0.7.2 (2019-11-22)

• Set alpha and or gamma to known value, with corresponding variance.
• Bug in computation of the weights for single and double-ended calibration
• Added notebook about merging two single ended measurements
• Added example notebook on how to create a custom datastore
• Added notebook examples for loading in data from the different manufa..
• Loading AP Sensing files and tests
• Loading Sensortran files

v0.7.1

Updated Zenodo citation