From 13 Jan 2019 to 11 Feb 2019
11 Feb 2019
- 13:56 Bug #2265 (Resolved): 3D view incorrectly represents particle positions for layouts connected to ...
- 10:13 Feature #2299 (Sprint): Investigate form factor of a cylinder sector
08 Feb 2019
- 11:27 Support #2291 (Resolved): Provide hard disc Percus-Yevick interference function
- 11:27 Feature #2298 (Backlog): Provide icon for Hard Disk Percus-Yevick interference function in GUI
- 10:08 Feature #2297 (Resolved): Provide q-based input for specular simulations
- 10:01 Feature #2292 (Resolved): Switch internal specular computations to q values
31 Jan 2019
- 13:22 Feature #2294 (Resolved): 3DView: provide button to save image
- Users are happy with 3D-Viewer and want to use images in their publications. For the moment, the only option to save ...
- 12:15 Feature #2293 (Backlog): 3DView: provide mesocrystals in particle distribution
- Simulation itself seems to be working. 3D rendering emmits warning ...
29 Jan 2019
- 13:33 Feature #2292 (Resolved): Switch internal specular computations to q values
- It will help to expand reflectometry to multi-angle/multi-wavelength/q-based simulations.
- 12:02 Feature #2290 (Resolved): Implement simplified 2D peak search for GISAS images
28 Jan 2019
- 16:15 Testing #2289 (Resolved): Test slicing and averaging functionality for reflectometry in BornAgain
24 Jan 2019
23 Jan 2019
22 Jan 2019
- 09:45 Bug #2136 (Rejected): Memory leak
- Fixed within #2262
17 Jan 2019
- 16:51 Feature #2290 (Resolved): Implement simplified 2D peak search for GISAS images
- Necessary for Bragg peaks positions fitting.
Within this item, try to port ROOT implementation (TSpectrum2D.cxx).
- 12:38 Testing #2289 (Resolved): Test slicing and averaging functionality for reflectometry in BornAgain
- It is possible to use averaged materials in BornAgain. It can be useful for reflectometry, if the layers contain part...
- 12:37 Documentation #2273 (Resolved): Comparative overview of existing reflectometry packages
- 10:51 Bug #2288 (Backlog): Remove numerical instability at q=0 for 2d paracrystal
- The problem in the 2d paracrystal is totally different from the 1d case: at qx=qy=0, there is not just a numerical in...
15 Jan 2019
- 15:37 Bug #2288 (Backlog): Remove numerical instability at q=0 for 2d paracrystal
- Similar to what was done for the radial paracrystal.
- 15:25 Bug #2286 (Resolved): Fix usage of Debye-Waller factors for superlattices
- 09:11 Testing #2210: Test 1d data import on known file formats
- Data import functionality should be tested on "real-life" data, mainly provided
by Marina Ganeva. After replacing pr...
- 08:48 Testing #2287 (Resolved): Reflectometry cross-validation
- Reflectometry functionality in BornAgain should be compared to well-known codes.
The following is suggested:
14 Jan 2019
- 18:22 Bug #2286: Fix usage of Debye-Waller factors for superlattices
- Also correctly implement supportsMultilayer() for the superlattice (forwarding it to its substructure).
- 18:13 Bug #2286 (Resolved): Fix usage of Debye-Waller factors for superlattices
- After implementing #2278, the DW factors for the superlattices are no longer correctly taken into account.
- 17:47 Feature #2285 (Resolved): Name layers in GUI by their material name
- The material name could also appear in the layer representation in the sample designer.
- 16:21 Support #2284: Windows: python error when trying to plot.
- Specifically, the problem is found in line 60 of the aforementioned example:
- 16:19 Support #2284 (New): Windows: python error when trying to plot.
- After installing BornAgain-1.14.0 in Windows and running one of the reflectometry examples,
- 11:30 Documentation #2283 (Resolved): Fix starting value of prism_base_edge in fit example
* Fix basic_fitting_tutorial.py. prism_base_edge should be 12nm -> 6nm
* Fix tutorial on web site
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