- OSspecific: chmod() -> chMod(), even although it's not used anywhere
- ListOps get subset() and inplaceSubset() templated on BoolListType
- added UList<bool>::operator[](..) const specialization.
Returns false (actually pTraits<bool>::zero) for out-of-range elements.
This lets us use List<bool> with lazy evaluation and no noticeable
change in performance.
- use rcIndex() and fcIndex() wherever possible.
Could check if branching or modulus is faster for fcIndex().
- UList and FixedList get 'const T* cdata() const' and 'T* data()' members.
Similar to the STL front() and std::string::data() methods, they return a
pointer to the first element without needing to write '&myList[0]', recast
begin() or violate const-ness.
- removed the previously added fileName type(), isDir(), isFile() methods.
- added optional bool parameter to isFile() function to explicitly
enable/disable the check for gzip files.
- fixed minor bugginess where the default usage of isFile() would result in
false positive matches.
- be slightly more stringent and use isDir() and isFile() instead of
exists() function when we actually know the expected type.
- renamed surface regions (formerly patches or groups) to surfZone.
- added surfMesh, but without any of the patch information needed to make it
useful for finiteArea.
- promoted coordinateSystem transformation to surfaceMeshConvert and moved
old to surfaceMeshConvertTesting.
- moving back to original flat addressing in iterators means there is no
performance issue with using lazy evaluation
- set() method now has ~0 for a default value.
We can thus simply write 'set(i) to trun on all of the bits.
This means we can use it just like labelHashSet::set(i)
- added flip() method for inverting bits. I don't know where we might need
it, but the STL has it so we might as well too.
- dropped auto-vivification for now (performance issue), but reworked to
allow easy reinstatement
- derived both iterator and const_iterator from iteratorBase and use
iteratorBase as our proxy for non-const access to the list elements.
This allows properly chaining assignments:
list[1] = list[2];
list[1] = list[2] = 10;
- assigning iterators from iteratorBase or other iterators works:
iterator iter = list[20];
- made template parameter nBits=1 the default
