The set of injectionMethods has been extended to include a new option:
injectionMethod movingPoint;
The position is then read as a TimeFunction1 entry, e.g. for a 'table'
type:
position table
(
(0 (-0.009 0.0995 0))
(1e-3 (0.009 0.0995 0))
);
where the list corresponds to the tuples (time (position)), and the time
is relative to the start of injection (SOI)
- also ensure fewer side-effects from inplaceReorder
- provide ListOps::reorder especially for PackedList and PackedBoolList
since they behave differently from regular lists.
- using const reference to temporary was failing. Remedy by using a
direct copy, which is a reasonable solution since surfZone content
is quite minimal.
- eliminate iterators from PackedList since they were unused, had
lower performance than direct access and added unneeded complexity.
- eliminate auto-vivify for the PackedList '[] operator.
The set() method provides any required auto-vivification and
removing this ability from the '[]' operator allows for a lower
when accessing the values. Replaced the previous cascade of iterators
with simpler reference class.
PackedBoolList:
- (temporarily) eliminate logic and addition operators since
these contained partially unclear semantics.
- the new test() method tests the value of a single bit position and
returns a bool without any ambiguity caused by the return type
(like the get() method), nor the const/non-const access (like
operator[] has). The name corresponds to what std::bitset uses.
- more consistent use of PackedBoolList test(), set(), unset() methods
for fewer operation and clearer code. Eg,
if (list.test(index)) ... | if (list[index]) ...
if (!list.test(index)) ... | if (list[index] == 0u) ...
list.set(index); | list[index] = 1u;
list.unset(index); | list[index] = 0u;
- deleted the operator=(const labelUList&) and replaced with a setMany()
method for more clarity about the intended operation and to avoid any
potential inadvertent behaviour.
- clockValue class for managing the clock values only, with a null
constructor that does not query the system clock (can defer to later).
Can also be used directly for +/- operations.
- refactor clockTime, cpuTime, clock to reduce storage.
- downgrades some diagnostics about nonconformant code from errors to
warnings. Oddly enough, the errors actually arise from STL library
elements shipped with gcc itself. Affects kahip compilation with
gcc-6, gcc-7
The minimum number of particles per parcel can now be set in the
injection model input, e.g.:
model1
{
type ...;
massTotal ...;
parcelBasisType ...;
minParticlesPerParcel 1; <-- new optional entry
SOI ...;
...
Uses a value of 1 by default if the entry is not present. The value of
1 is generally recommended and beneficial for coupled cases where small
time steps can lead to the injection of too many parcels and subsequently
greatly over-predict the particle source contributions (momentum, heat,
mass transfer etc)
