- the field functions use a variety of TFOR_ALL... macros to handle
the field loops. However, these all have a __restrict__ keyword
buried in the list access functions. This means that any operations
with identical input and output violate the __restrict__ contract
and this may be responsible for some of odd results seen with
particular compiler versions.
- updated the macros into inplace and non-inplace versions with an
additional rename. For example,
previous:
TFOR_ALL_F_OP_FUNC_F(typeF1, f1, OP, FUNC, typeF2, f2)
updated:
TSEQ_FORALL_F_OP_FUNC_F(f1, OP, FUNC, f2)
TSEQ_FORALL_F_OP_FUNC_F_inplace(f1, OP, FUNC, f2)
The updated versions now start with a 'TSEQ_FORALL_' prefix to
indicate that they roughly correspond to a <std::execution::seq>
execution policy. The change of name is also useful since they are
now also written supplying the parameter data types.
The solution is still not necessarily optimal, since it involves a
run-time check and more writing. For example,
```
if (result.cdata_bytes() == f1.cdata_bytes())
{
// std::for_each
TSEQ_FORALL_F_OP_F_FUNC_inplace(result, =, f1, T)
}
else
{
// std::transform
TSEQ_FORALL_F_OP_F_FUNC(result, =, f1, T)
}
```
However, the check is cheap and is only done once (outside of the loop).
- possibly related to #2925, #3024, #3091, #3166
- operators are still incomplete, as are dimensioned fields,
field-fields etc.
- split complexFields into separate complexField, complexVectorField files
