Skip to content

Latest commit

 

History

History
62 lines (45 loc) · 2.06 KB

CHANGES.md

File metadata and controls

62 lines (45 loc) · 2.06 KB

Changes

version 0.8.14

  • add html placeholder

version 0.8.13

  • add option for density output via "rho" commands in input

version 0.8.12

  • allow force divergence method to see porous media

version 0.8.11

  • updated util/length_from_sk.c to take double input to be consistent with extract output

version 0.8.10

  • Add vtk format output for composition, velocity, in extract; automatically detect input format
  • Replace dubious assertion in stats_symmetric_length()

version 0.8.09

  • Avoid zero-sized allocations in wall.c

version 0.8.08

  • Repaired util/colloid_init.c
  • Separate vtk scalar order / director / biaxial order files

version 0.8.07

  • Updated the extract program to include vtk headers
  • Added some Bond number test examples regression/d3q19/serial-bond-c01.inp

Version 0.8.05

  • Added the option to specify fixed liquid crystal anchoring orientation from the input.

Version 0.8.04

  • Fixed bug in device halo swap.

Version 0.8.0

  • The constraint that the number of MPI tasks divide exactly the system size in each direction has been relaxed. Logically rectangular, but uneven decompositions are computed automatically if required.

  • Output format in parallel. Files for a given I/O group now appear with data in a format which is independent of parallel decomposition. This means an 'extract' step is no longer required. It also means files generated with previous versions will no longer work as input.

  • Different collision relaxation time schemes are now available by using the 'lb_relaxation_scheme' input either ('bgk', 'trt', or 'm10'). The default is unchanged ('m10').

  • An option for a 'split' treatment of symmetric and antisymmetric stress arising from the thermodynamic sector has been introduced. This is via the input key 'fe_use_stress_relaxation yes'. This introduces the symmetric part of the stress as a relaxation in the collision, while the anti-symmetric part is via the force (via divergence). The default is still to treat the whole stress via the divergence.

  • A 'second active stress' is now available for active liquid crystals.