- eliminates a potentially invalid code branch.
Since it essentially had the same internals as std::swap anyhow,
make that more evident.
ENH: use std::swap for basic types
- makes it clearer that they do not rely on any special semantics
- ensure surface writing is time-step and nFields aware.
This avoids overwriting (ignoring) previous output fields.
- allow sampled surfaces to be used for weight fields as well.
Not sure why this restriction was still there.
- remove old compatibility reading of orientedFields.
Last used in v1612, now removed.
- only use face sampling. For surfaceFieldValue we can only do
something meaningful with face values.
ENH: modify interface methods for surfaceWriter
- replace direct modification of values with setter methods.
Eg,
old: writer.isPointData() = true;
new: writer.isPointData(true);
This makes it possible to add internal hooks to catch state changes.
ENH: allow post-construction change to sampledSurface interpolation
- rename interpolate() method to isPointData() for consistency with
other classes and to indicate that it is a query.
- additional isPointData(bool) setter method to change the expected
representation type after construction
- remove 'interpolate' restriction on isoSurfacePoint which was
previously flagged as an error but within sampledSurfaces can use
sampleScheme cellPoint and obtain representative samples.
Relax this restriction since this particular iso-surface algorithm
is slated for removal in the foreseeable future.
1) Small modification to the tracking logic for detA zero.
2) Adding small vector displacement to locate function to avoid error where
particle is inserted at the cell centre.
- setup writer outside the data loop to ensure that the number of
output fields is correct (VTK format).
- ignore 'interpolate' on sampled surfaces to ensure proper
face sampling, never allow point sampling
BUG: incorrect debug-switch for sampledIsoSurface
- get: uses access operation to get values for each list item
Example,
PtrListOps::get(mesh.boundaryMesh(), nameOp<polyPatch>());
- names: the name() of each list item filtered for matches
- firstMatching: index of first item with a matching name()
- findMatching: indices of items with a matching match name()
Example,
PtrListOps::findMatching(mesh.boundaryMesh(), wordRes( ... ));
STYLE: deprecate transitional getNameOp, getTypeOp
- use nameOp, typeOp (word.H) instead
If the 'writeFields' option is set in surfaceFieldValue, e.g.
surface1
{
type surfaceFieldValue;
libs (fieldFunctionObjects);
operation none;
fields (p);
regionType patch;
name walls;
// Create a surface in VTK format
writeFields yes;
surfaceFormat vtk;
}
... the surface can now be used in runTimePostProcessing, e.g.:
surfaces
{
surfaceFieldValueOutput
{
type functionObjectSurface;
representation surface;
liveObject no;
field p;
colourBy field;
range (0 120000);
functionObject surface1;
}
}
Note: setting 'liveObject' to 'no' to suppress warnings due to the surface
not being retrieved from the object registry (default = 'yes') - this surface
can [currently] only be read from disk.
- modification/continuation of 8d63073b08 and 5c1ec7ecb8 (#595).
Although this protected function is only used internally, the name
`size(label)` is too easily confused with `resize(label)` and
`setSize(label)`. The longer method name eliminates some ambiguity.
Name consistent with PtrListDetail.
- leave size(label) method (for possible compatibility),
but mark as deprecated
- improve sizing consistency for (Istream >> DynamicList)
STYLE: more consistent use of resize vs setSize in DynamicList
- more consistency between DynamicList and DynamicField.
There were some inconsistencies in how construct with a size was
interpreted.
STYLE: more consistent declaration/use of Swap
- this was previously suppressed for ASCII format as being 'clutter',
but without it there is no context for interpreting the type of data
contained in ASCII files: potentially leading to integer overflows
when reading in ParaView etc.
dynamicRefineFvMesh optionally can map fluxes derived from velocities
fields specified in dynamicMeshDict. The surface interpolation was
using old weights. This fix clear the old weights before mapping
the fluxes
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
