Sprint 29 - BornAgain - Scientific Computing Group

Bug #1083: Trivial MultiLayer samples (no roughness, no particles) cause simulation crash.

Bug #1130: Validate form factor of truncated sphere for absorption case

Bug #1136: Numerical instability at phi_f=0 on MacOS for Pyramid based form factors

Bug #1152: In Real Time Activity view, negative positions cannot be achieved

Bug #1157: Qt dependency is not mentioned in INSTALL

Bug #1158: many checks fail (1.3.0)

Bug #1167: GUI crash when showing projection

Bug #1170: GUI: InstrumentView alignment problem in detector parameters

Bug #1171: GUI: make thickness disabled for air and substrate layers

Bug #1173: Revise ParticleDistribution base class

Bug #1174: GUI: color of layer does not change if color of material has been changed

Bug #1198: GUI: fix simulation for particle distributions and negative z coordinate

Bug #1212: Windows: modify installer to prepend BornAgain location to system PATH instead of appending to it

Bug #1215: Repair wrong usage of double_epsilon in Core

Bug #1216: GUI: normalization of intensity

Bug #1223: FormFactorTruncatedCube instability under MacOS

Feature #922: Add slicing to IntensityDataFunctions

Feature #948: Implement new IntensityData object with improved usability

Feature #1055: Implement Genetic minimizer to get rid from ROOT dependency

Feature #1081: GUI: provide export of simulation results into tiff file

Feature #1095: Implement rectangular (real space) detector

Feature #1099: Repair fitting with masks

Feature #1179: GUI: provide export of simulation results into text file (*.int)

Feature #1186: Implement tiff import/export in kernel

Documentation #1176: Drupal: update installation instructions, tutorials for coming release 1.4

Documentation #1181: Drupal: provide fitting example along slices

Documentation #1182: Drupal: provide fitting example with simultaneous fit of two datasets

Refactoring #619: Masked simulation doesn't use all threads all the time

Refactoring #1064: Get rid of "pylab" in Python scripts