The polyMesh construct-from-components will now ignore
the readOpt for the supplied primitives as before.
This again re-allows READ_IF_PRESENT for fv* in
combination with supplied primitives.
This makes the initialisation order of dynamicMesh consistent
with plain ones using the virtual mechanism. It does not
solve the cyclicACMI construction order yet.
Changed IO flag so that new mesh is created
- was using old 'faces', 'owner' etc but then used the new patch starts
Corrected logic for contMap in polyTopoChange
walls
A new user input parameter UrMax is added to the PatchInteractionModel.
In some occasions the partile remains on a patch face due to extremely
low relative U. If this Ur is lower than UrMax the particle is removed
- replaces previous code that used an autoPtr to hold a singleton.
In some circumstances this deletion would conflict with clearing
the objectRegistry - leading to error messages on exit.
Now store directly on the registry (similar to a MeshObject)
- previously hard-coded, now adjustable within PDRsetFieldsDict
// Change some predefined patch names
patchNames
{
ground ground;
outer outer;
}
ENH: additions to PDRutils, improve comments
- expose enumerated expansion names and gridControl (PDRblock).
Not commonly needed, but useful to have access when defining
other grid generators
TUT: update PDRsetFieldsDict and tutorials to use "ground"
- remove tutorial references to unused types and legacy obstacles
- use "ground" for the boundary conditions instead of "seaGround".
Consistent with PDRblockMesh
The new functionality optionally allows the patch-averaged
value to be scaled and/or offset by a pair of specified values.
Example of the boundary condition specification:
```
<patchName>
{
// Mandatory entries (unmodifiable)
type outletMappedFilterInlet;
outletPatch <outletPatchName>;
// Optional entries (unmodifiable)
fraction 0.1;
offset 10; // (1 0 0);
phi phi;
// Optional (inherited) entries
...
}
```
1) PhaseIncompressibleTurbulenceModel class was changed to use
uniform alpha and non-uniform rho templates. This fits the need
of incompressible two phase turbulence models.
2) A new type DPMIncompressibleTurbulenceModel was created for
non-uniform alpha and uniform rho. It is used in single phase flows
in DPM solvers where alpha represents the volumen occupancy.
3) A new type incompressibleRhoTurbulenceModel was created where
non-uniform rho is allowed.
4) A new base templated turbulent class for two-phase VOF named
VoFphaseTurbulentTransportModel was implemented which is created
templating on PhaseIncompressibleTurbulenceModel and
incompressibleRhoTurbulenceModel
5) In order to make the chnage to rho based VOF turbulence a help
class was added incompressibleInterPhaseTransportModel templated
on the mixing.
In reconstruct mode redistributePar will have
- master read undecomposed mesh
- slaves construct dummy mesh (0 faces/points etc.)
but correct patches and zones
so all processors have two valid meshes. This was
all handled inside fvMeshTools::newMesh and this
was behaving differently.
Function1 wrapper that limits the input range of another Function1
Example usage for limiting a polynomial:
limitedPolyTest limitRange;
limitedPolyTestCoeffs
{
min 0.4;
max 1.4;
value polynomial
(
(5 1)
(-2 2)
(-2 3)
(1 4)
);
}
Here the return value will be:
- poly(0.4) for x <= 0.4;
- poly(1.4) for x >= 1.4; and
- poly(x) for 0.4 < x < 1.4.
