transient based solvers to account for incompressible Eq of State laws. It avoids taking into account
the term ddt(rho) as mass contribution due to compressibility effects
cells that are protected should neither be refined nor unrefined. Fixed
the logic: if any of the cells to-be-merged (=unrefined) is protected
do not unrefine.
Merge foundation
Foundation code merged
- all compiles - was not all clean and needed to resolve many conflicts
- updated InfoIn, WarningIn, ErrorIn messaging
- removed fluxRequired from tutorials
- currently testing tutorials
See merge request !25
Adding optional files to smallPoolFire2D to run using this model.
Taking out of the compilation of FSD combustion. It needs futher work to run using the new turbulent framework
ENH: functionObjects: call execute on last time step
- old convention was that on last time step it would only call end()
and not execute()
- however this meant that e.g. the functionObjectProperties file
did not get written
- and almost all functionObjects were doing an execute() inside of end()
- new convention: call execute() on last time step, just before doing end()
See merge request !24
This was causing same event number on both U and grad(U) which meant
that if one of the processors had different event number the trigger
of gradient caching would not be synchronised. Now instead the overflow
is detected in the regIOobject::upToDate function and handled consistently
(by assuming that the events of object will never differ by more than
labelMax/2)
- old convention was that on last time step it would only call end()
and not execute()
- however this meant that e.g. the functionObjectProperties file
did not get written
- and almost all functionObjects were doing an execute() inside of end()
- new convention: call execute() on last time step, just before doing end()
