- added constructor dictionary(const dictionary*) that also handles NULL
pointers and makes it convenient to construct from a possibly nonexistent
sub-dictionary:
eg,
dictionary dict2(dict1.subDictPtr("someDict"));
- make some of the turbulence Coeffs sub-dictionary optional.
Their contents are all 'lookupOrAddDefault' anyhow.
- in turbulentMixingLength BCs, skip namespace qualifier in template
(eg, <RASModel> vs. <compressible::RASModel>)
- change comments from 'turbulenceProperties' to RASProperties/LESProperties
- consistency between compressible/incompressible - no separate file for
'New' selector etc
- consistency in accessing the model coefficients.
Use method coeffDict() for const access.
Use protected data member coeffDict_ for read/write access.
- document model coefficients in etc/constant/RASProperties.
Need the same for LESProperties before we can prune these from the
tutorials.
- actually blend correction factors as well in fixedBlended scheme
- consistency change: move 'linearUpwindV' into same directory as
'linearUpwind', move correction code from .H into .C code.
- minor docu format/spelling changes
A more general question:
~~~~~~~~~~~~~~~~~~~~~~~~
- would it make more sense to use template specializations for the
'*V' differencing schemes?
Conflicts:
applications/utilities/mesh/manipulation/createBaffles/createBaffles.C
Can't use [0] to assign the first value of a DynamicList unless it has been
preceded by a setSize() - use append() instead.
- #inputMode error
now issues a FatalError on duplicate entries
- #inputMode warn
issues a warning on duplicate entries, corresponds to the
old behaviour of 'error'
- #inputMode protect
prevents overwriting existing entries
The 'protect' mode provides a simple mechanism for supplying default values.
eg,
in file1:
#inputMode protect
intensity 0.1;
mixingLength 0.005;
#inputMode merge
inlet
{
type turbulentIntensityKineticEnergyInlet;
intensity $intensity;
}
which is included from file2:
intensity 0.05;
#include "file1"
Added searching for largest normal protrusion to surface conformation within an
iterative loop after the initial, closest point on surface conformation.
from cvMesh at each iteration.
Modified adaptiveLinear to allow relaxation calls to be made nto necessarily
every time step. Modified sequence of calling of move() and runTime++ in cvMesh
and added a +1 in adaptiveLinear to make the relaxation start at the correct
value and finish on a positive non-zero value.
Writing out the edges attached to mixed feature points in the surfaceFeature
constructor for featureEdgeMesh to help identify a general technique for
handling them.
Added conformation to fully convex and fully concave feature points.
