Musclex

DOI indexed release

Release Date : Nov 17, 2017

Updates
1. Quadrant Folding
- Fixed : Core dump from SIGABRT/SIGSEGV when Circularly Symmetric Background Subtraction is applied, and R-min or R-max is changed to some value
- Added : 2 background subtraction methods : Roving Window and Smoothed (Gaussian/Box car)
- Added : Blank image and mask settings

2. Bio-musclex
- Added : Blank image and mask settings

3. Circular Projection
- Added : Create a HDF file option for batch mode. When a folder is selected, the program will ask you to select a HDF file, but if you do not have the HDF file, you can create a new one by specify start and point of x and y along with their step size

Release Date : Nov 10, 2017
Updates
1. Projection Traces
- Added : Convex hull ranges spinbox in box tab

2. Diffraction Centroids
- Add Process Current Folder button

Release Date : Nov 8, 2017
Updates
1. All Packages
- Support both PyQt4 and PyQt5 (Python2)
- Fixed: warning from matplotlib due to future deprecation
- Fixed: warning from pandas due to future deprecation

2. Projection Traces
- Fixed : Convex hull background area was not shown properly when there're some minus values

3. Circular Projection
- Added : fixed R-min and R-max settings to image tab
- Apply fixed R-min and R-max to the next image when it's set
- Introducing new feature : Blank image and Mask button which allows user to select black image for background subtraction and generate mask for pyFAI azimuthal integration.

4. Diffraction Centroids
- Remember zoom area for top and bottom diffraction when the image is changed (Reverted from 1.4)
- Remember start and end points for convex hull background subtraction for top and bottom diffraction when the image is changed

Release Date : Oct 31, 2017
Updates
1. Bio-Muscle
- Remove Box width spin box, and remain only check box. The program will remember location of box width in pixel instead of its width.

2. All Packages
- Fixed : Error when input image is empty and the ellipse cannot be fit (Ellipse fitting is required for [finding rotation angle process](https://github.com/biocatiit/musclex/wiki/Image-Processing-Functions#calculate-rotation-angle))