v.0.8.0

Improvements

• Lateral scanner response correction.
• Uncertainty analysis.
• Automatic quality control test between scanned images.
• Improved algorithm for automatic film detection.

Improvements for development

• New LUT class in the calibration module, used to manipulate data for film calibration. The class is an adoption of the LUT class from OMG Dosimetry package
• Tiff2Dose module uses the DoseConverter interface to handle conversion to dose using different channels or fit functions.
• Dosepy uses MIT license on the belief that open source is better science.

Issue

• In Dosepy GUI, changed settings by the user were not updated in the application.

Change

• In the image module, TiffImage.get_labeled_objects() was replaced with TiffImage.set_labeled_films_and_filters() method.
• In the image module, load_images was replaced with load_multiples function. The to_dose() and dose_in_central_rois() methods were deleted.
• In the calibration module, the Calibration class was deleted to use the LUT class instead.

v0.7.0

Improvements

• The app now allows to store configuration settings for film calibration (with a .toml file).

• New functionalities for the GUI, like buttons for dose image manipulation.

• New method for resolution management, called reduce_resolution_as(). The user can now reduce the resolution of some image to match the resolution of a reference one (useful for gamma analysis).

• README update to be more user-friendly for Python developers.

Improvements for developing

• New name and new functionalities for build_and_installing.sh file. Now it is called packaging_installing_testing.sh and it is used to build, install and test the package.

• Better management of dependencies using pyproject.toml file.

• First steps with Test-Driven Development.

Refactoring

• The equate() function from tools.files_to_image module is now called equate_array_size().

Issues

• There is no function called equate_images() in Dosepy.image module, as it was stated in readthedocs documentation.To solve this, a new method called reduce_resolution_as() is created as a method of ArrayImage class.

• _equate_height() function from tools.files_to_image module did not worked properly. It is now fixed.

• Dosepy.old.gui_components.Bloque_Imagenes used a float for the axes.set_xdata() method instead of a sequence.

v.0.6.1

New Features

• New graphical user interface (GUI), using Model-View-Controller architecture.
• The number of films, their size and dose imparted to each of them can be defined by the user.
• Once a tif file is loaded, films are automatically detected.
• Average multiple scans of the same film to increase signal-to-noise ratio.

Improvements

• The gamma2D method from ArrayImage class is adapted from the previous Dosepy.dose module.
• The load function (an extension from pylinac), supports DICOM files used for dose distributions (RD.dcm from Eclipse treatment planning system).
• PyPI README and gamma2D method are translated to English.

Breaking Change

• The new GUI focuses just on film dosimetry. Gamma index analysis requires a Python script.

v0.4.0

My first release