- respect trailing '-', '.', '_' for the image prefix name.
For example,
-image press_ to accept press_*.png
- additional -mask width option (for avconv)
- The additional output generated by #calc directives in the
controlDict or decomposeParDict causes issues for the RunFunctions
extraction of 'application' and 'numberOfSubdomains'.
Avoid by using -disableFunctionEntries, which also has the side-effect
of disabling '#include'.
- major() and minor() are GNU macros in sys/sysmacros.h
and generates warning on some systems (eg, Ubuntu 18.04)
use getMajor() and getMinor() as method names instead.
- corrected the mass based correction and updated the misleading function
arguments
- moved the option to the optimisation switches, e.g.:
OptimisationSwitches
{
experimentalDdtCorr 1;
}
- default remains off/no (0)
twoPhaseMixtureThermo writes the temperatures during construction only
for them to be read again immediately after by construction of the
individual phases' thermo models. When running with collated file
handling this behaviour is not thread safe. This change deactivates
threading for the duration of this behaviour.
Patch contributed by Mattijs Janssens
- for larger problems with a smaller region of interest, can apply a
bounding to limit the size of the ensight geometry and fields created.
Since the implementation uses a fvMeshSubset, there is an additional
per-process memory overhead.
A high output frequency should be avoided with moving meshes, since
this indirectly forces a frequent update of the submesh.
- const version of offsets().
- empty() method to test for empty offsets, or zero overall size
- reset() methods for reseting the sizes. For example, when the context
has shifted slightly.
- localStart() methods, similar to localSize() methods
STYLE: make globalIndex single parameter constructors explicit
- added line::last() for consistency with edge::last()
- adjusted unitVec() to return Zero for small vectors.
Consistent with VectorSpace normalised() and vector::normalise()
- there were previously no hashing mechanisms for lists so they
would fall back to the definition for primitives and hash the
memory location of the allocated List object.
- provide a UList::Hash<> sub-class for inheritance, and also a global
specialization for UList<T>, List<T> such that the hash value for
List<List<T>> cascades properly.
- provide similar function in triFace to ensure that it remains
similar in behaviour to face.
- added SymmHash to Pair, for use when order is unimportant.
STYLE: use string::hash() more consistently
- no particular reason to use Hash<word>() which forwards to
string::hash() anyhow
- With argList::noFunctionObjects() we use the logic added in
4b93333292 (issue #352)
By removing the '-noFunctionObjects' option, we automatically
suppress the creation of function-objects via Time (with argList
as a parameter).
There is generally no need in these cases for an additional
runTime.functionObjects().off() statement
Use the argList::noFunctionObjects() for more direct configuration
and reduce unnecessary clutter in the -help information.
In previous versions, the -noFunctionObjects would have been redundant
anyhow, so we can also just ignore it now instead.
- allows use with any container with begin(), end() and where the
"*iterator" dereference returns a label, which is used for indexing
into the list of points.
This container could be labelUList, bitSet, labelHashSet, etc
- takes a direct approach of determining which cells are cut and walks
the cell faces directly to build the resulting surface.
- better handling of corner cases.
* Avoids redundant points when the cut passes exactly through a
mesh point.
* Supresses generation of duplicates faces when the plane cut
coincides exactly with a mesh face.
- for severely concave cells where the plane cuts a face multiple times
there is currently no remedial action taken, except to note the
failure and unwind the insertion of the corresponding points and
faces.
