LHAPDF-6.5.4-bp156.1.4

- Update to version 6.5.4:
  * Add __repr__ methods to Python wrappers.
  * Add keys() and keys_local() methods to Info classes.
  * Fix PDFUncertainty and PDFErrInfo object lifetimes in the
    Python interface.
  * Add setname_nmem variants of methods for making PDFInfo and
    AlphaS objects.
  * Introduce MemType and MemDesc flags, used by preference to
    PdfType and PdfDesc.
  * Convert MPI interface to use MPI v3.
  * Avoid silent compilation failures during the python extension
    build.
  * Replace deprecated egrep with grep -E in lhapdf-config and
    other places.
  * Change nmem type in mk function signatures from int to size_t,
    and fix several other signed/unsigned warnings.
  * Add CXXFLAGS and LDFLAGS propagation to the Python-extension
    build script.
  * Fix bug in in precomputed grid-differences that would lead to
    lookups outside array bounds.
- Drop LHAPDF-python-platlib.patch: fixed upstream.

- Update to version 6.5.3:
  * Fix linker arguments in Python-extension build.
- Drop LHAPDF-python-build-fix.patch: incorporated upstream.

- Update to version 6.5.2:
  * Fix range of member iteration when computing correlations with
    the next extended-errorset scheme
  * Update internal yaml-cpp version to fix compiler warnings.
  * Complete distutils removal on main.
  * Fix bug in lepton PDF lookup.
  * Fail with an actually helpful exception message if lhapdf.conf
    can't be found.
- Add LHAPDF-python-platlib.patch -- Correct system platlib
  determination in configure.ac.
- Add LHAPDF-python-build-fix.patch -- Fix python builds due to
  an unset env variable; patch taken from upstream git commit and
  re-based for current version.
- Move /usr/bin/lhapdf binary to -devel pkg; this does not have
  anything to do with the LHAPDF python bindings but rather is a
  general utility script using standard python libs.
- Disable timestamps in doxygen generated docs.
- Run spec-cleaner for minor cleanups.

- Update to version 6.5.1:
  * Add uncertainty testing to release process.
  * Fix typo in PDFSet.cc use of default uncertainty CL in
    percent.
- Changes from version 6.5.0:
  * Remove distutils dependency from configure, fall back to using
    setuptools if possible in Python extension build, and update
    Python version detection macros.
  * Apply thread locality fixes to caches, active-set management
    in LHAGlue, and non-MPI file-IO objects.
  * Add PDFSet::uncertainties() methods to compute multiple
    observable uncertainties at once.
  * Chain the in-place and return by value PDFSet::uncertainty()
    methods in the more efficient order.
  * Lazily cache the PDFSet error-info struct.
  * Add a parser for the extended error-type string format, and
    start implementation of the extended uncertainty computation
    using it.
  * Use the PDFSet::lhapdfID() function by preference to return a
    PDF::lhapdfID(), thereby avoiding the index-file lookup if
    possible.
  * Assemble the PDF-set index from _all_ pdfsets.index files
    found in the search paths, with earlier appearances taking
    precedence: allows use of partial indices in overload
    directories.
- Delete some generated example binaries from the doc pkg.
- Run fdupes to link some documentation files (BuildRequires:
  fdupes).

- Delete cython generated cpp file so it can be regenerated by the
  right flavour of Cython.
- Add BuildRequires: python-Cython, needed for above.

- Update to version 6.4.0:
  * Restructure internal memory storage to increase performance
    and simplify caching common computations for different
    particles. Most notably replace KnotArray1F and KnotArrayNF
    with single class KnotArray.
  * Precompute coefficients for polynomial interpolators at init
    time.
  * Add specialised method to interpolators, to evaluate pdf's for
    all common particles (-6,...-6,21) and allow for the caching
    of common computations withoutthe need of a complicated cache.
  * Update the fast ASCII NumParser to always use the C locale.
  * Enable out-of-source builds, avoiding sensitivity to
    pre-installed versions during the build, and converting the
    Cython syntax to Py3-style.  -atch.
  * Bugfix to Python wrapper object parentage handling.
  * Add a PIDs::PIDCode enum (and PIDs enum with equivalent
    signature in Python) for more semantic access to particle ID
    codes.
  * Update embedded yaml-cpp code to version 0.6.3.
  * PDFSet::uncertainties() now allows alternative=True for
    non-replica sets (in which case it does nothing).
  * lhapdf script bugfixes and improvements, including only
    complaining about failed URLs after *all* attempts have
    failed.
  * Add matching by ID code to the lhapdf list and show commands.

- Fix building for multiple python flavours.
- Copy doc files (built only for default python3 flavour) to
  buildroot during %install.

- Update to version 6.3.0:
  * Provide setter methods on PDF for the flavour list and
    setPositive behaviour.
  * Convert the AlphaS raw pointer on PDF to a std::unique_ptr.
  * Update the cache strategy for 'replays', and make cache size
    and search/update strategy configurable at runtime.
  * Extend caches to multi-level, searching through the N previous
    calls for x and Q2 independently.
  * Make the caches fully thread-safe rather than just
    initialization-safe, by use of maps on thread IDs.
  * Extend to cross-flavour, subgrid-specific x and Q2 caches.
  * Use the x and Q2 knot hashes in cache-flushing tests.
  * Add a hash function computation and comparator to the
    KnotArray1F.
  * Convert caching struct acquisition to use a Meyers Singleton
    pattern, which guarantees thread-locality.
  * Separate caching of x and Q2 variables in the
    LogBicubicInterpolator: evidence suggests that these may be
    updated at very different rates.
  * Add simple caching to the LogBicubicInterpolator -- will cache
    contiguous calls of the same (x,Q).
- Rebase sover.diff for update.
- Build API documentation and package them as part of a new doc
  package.
- Add BuildRequires: python-setuptools to allow proper
  postprocessing of the python-LHAPDF package when building.
- Drop obsolete conditionals and Group tags.

- Use python-rpm-macros to allow building python mod for all
  supported versions of python; copy source into a different
  directory for each python version and configure, build, and
  install them correctly.
- Move python dependent binary to python subpackage (python3
  only).

- Update to version 6.2.3:
  * Add a couple of extra trim() calls to path strings given to
    the Fortran API.
  * Apply lhapdf script improvement from Ivan Razumov / Genser.
- Changes from version 6.2.2:
  * Don't pop the final path entry off in the pathsPrepend and
    pathsAppend functions: the compile-time fallback may have been
    disabled.
  * Add a 'show' option to the lhapdf script.
  * Adapt MPI file-reading patch from Stefan Hoeche. Enable with
  - -enable-mpi to configure.
  * Rewrite the lhapdf data-manager script to use argparse, for
    compatibility with Python 3.
  * Apply compiler optimisation bypass "volatile" hack to default
    data path insertion. Thanks to Zahari Kassabov.
  * Add legend PDF name aliasing to plotpdfs
  * Explicitly catch x > xMax error in ContinuationExtrapolator.
  * Don't require the presence of Content-Length in HTTP header.
  * Utils.h: Fix separator bug in join() function.
  * Remove 'const's from return-by-value types in KnotArray.h, to
    keep icpc happy.
  * Add lhapdf_lambda4/5 functions in the Fortran interface.
  * Remove unwanted pid argument from the Fortran xfx*_stdpartons
    functions.
  * Move Config::get() static function from header to .cc, since a
    singleton needs to only 'live' in one compilation unit.
- Drop LHAPDF-pdfset-download-url-update.patch: incorporated
  upstream.
- Replace env-based hashbang with one explicitly referring to the
  correct binary.

- Add LHAPDF-pdfset-download-url-update.patch: Update to upstream
  server's changed URL for downloading pdfsets; patch taken from
  upstream mercurial.
- Use %%license to install COPYING file.

- Trim descriptions to relevant parts.

- Update to version 6.2.1:
  * Fix signed/unsigned comparison in Fortran interface.
  * Fix ccstr_to_fstr function, and hence several problems in the
    LHAGlue Fortran interface.
  * Use lhapdf Python module in lhapdf script, to avoid
    YAML-parsing problems.
  * Extend Python xfxQ and xfxQ2 functions to allow multiple PID
    values and 2-arg versions which return all PIDs.
  * Make alphaS, interpolator, and extrapolator setting eager
    rather than lazy.
  * Remove unique_ptr from the public PDF.h header for now, for
    C++98 API compatibility.
  * Eliminate C++11 features from headers, and moving some
    oversized inlines into .cc files.

- Update to version 6.2.0:
  * Add warning printouts and some verbosity control to the
    LHAGlue Fortran setlhaparm function.
  * Provide lookupPDF and lookupLHAPDFID functions accepting a
    single setname/mem string.
  * Finally removed Boost multi_array.
  * All Boost usage removed except multi_array.
  * Propagate C++11 compiler definition to Cython build and
    lhapdf-config; add --cxx flag to lhapdf-config.
  * Add normal and chi-squared quantile functions, and incomplete
    gamma functions, extracted and converted by Graeme Watt based
    on ROOT and Cephes code.
  * Require C++11, and starting to remove Boost.
  * Add x-grouped xf vs Q plots to plotpdfs, and allow the user to
    control which plot groups to make.
  * Improvements to plotpdfs script.
  * Move scripts for installation into a bin directory.
  * Corrections in the lhapdf manager script for Python3
    compatibility.
- Refresh sover.diff for updated version.

- Fix RPM groups. Call ldconfig directly.
- Add sover.diff and do shared library versioning
  as required by guidelines.

- use individual libboost-*-devel packages instead of boost-devel

- Update to version 6.1.6:
  + Add canonical PDF.orderQCD property to Python PDF, to replace
    PDF.qcdOrder.
  + Add PDF::quarkMass and PDF::quarkThreshold methods to C++ and
    Python.
  + Fix quark integer ID mapping to Down/Up metadata keys in
    AlphaS factory routine.
  + Add a cstr_to_fstr function to LHAGlue.cc, for improved C++ to
    Fortran string conversion (handling length limits, padding
    rather than zero-termination, etc.)
  + Add PDF::print() protection against being unable to read the
    PDF set index file, so there isn't a crash for the trivial
    reason of on-screen printout formatting when the data path is
    restricted with trailing ::.
  + Fixes to the lhapdf script. Thanks again to Dmitry Kalinkin
    for a patch.
  + Add missing getlam4 and getlam5 functions to Fortran
    interface. Thanks to Dmitry Kalinkin for the patch.
  + Update Cython and Python interfaces to support Python3 syntax.
    Thanks to Vitaly Yermolchyk for the patches!
  + Update to even newer boost.m4
  + Don't append the install prefix to path searches if
    $LHAPDF_DATA_PATH ends with a double-colon, ::.
  + De-inline the availablePDFSets() function, and veto duplicate
    set names.
  + Determine number of parameter variation members by counting
    number of "+" signs in ErrorType, e.g. "replicas+as+mc+mb+mt".
  + Added a new checkPdfType() member function to PDFSet class.
  + Added support for combined PDF+alphaS sets via new ErrorType
    values, i.e. "replicas+as", "hessian+as" and "symmhessian+as".
  + Updating AUTHORS notice to final EPJC paper reference, and
    adding a final citation reminder message via the Config
    destructor.
  + src/Factories.cc: Adding a set of expandPDFsStr(),
    decodePDFStr and decodePDFsStr functions to be used for
    handling more general PDF strings of the sort that will be
    used in the CompositePDF factory system.
  + Adding a default constructor and knotarrays() accessor to
    GridPDF, as requested by Nathan Hartland.
  + Remove abs(...) twice in function
    PDFSet::randomValueFromHessian to correct a mistake in Eq.
    (6.5) of arXiv:1205.4024v2.  The correction is necessary to
    ensure that correlations are preserved when converting a
    Hessian PDF set to a Monte Carlo PDF set.
- Drop LHAPDF-boost-configure-for-GCC5.patch, incorporated
  upstream.

- Add LHAPDF-boost-configure-for-GCC5.patch to fix autoconf
  boost macros lookup with GCC5; patch taken from boost.m4
  upstream [https://github.com/tsuna/boost.m4].

- Update to version 6.1.5:
  + Better error handling in PDF index lookup, including clearer
    reporting of set-unmatched PDF IDs and member numbers which
    are out of range for a valid set.
  + Restoring original active set member in LHAGlue metadata get*
    functions which were previously switching focus as a result of
    calling loadMember() to get numerical grid data.
  + Making LHAGlue Fortran interface switch the current set slot
    more coherently (has_photon is the exception).
  + Attempt to use Threshold* metadata keys for Fortran
    getthresholdm_ and old C++ wrapper getThreshold. Not yet fully
    supported in the rest of the system but we may as well
    pre-empt it while editing LHAGlue.cc.
  + Add missing getdescm_ and getdesc_ Fortran functions.
  + Add missing Fortran getdatapath function, cf. LHAPDF5 but with
    colon separators between multiple paths if appropriate.
  + Add Fortran lhapdf_getpdfsetlist function, returning the list
    of available PDF sets as a space-separated string. Note the
    lhapdf_ prefix -- this is the intended 'namespace' form for a
    new Fortran interface at some point.
  + Remove obsolete config flags from lhapdf.conf
  + examples/compatibility.cc: Simplify compatibility macro
    checking.
  + Add parsing and use of the internal PID data line in
    GridPDF.cc, in preference to the PDF::flavors() method. This
    fixes a bug, since flavors() was sorting the list, meaning
    that data files without monotonically sorted PID columns would
    wrongly assign PDFs to PIDs.
  + Added new ContinuationExtrapolator to provide same
    extrapolation as in the MSTW standalone code (and LHAPDF5 when
    using MSTW sets).
  + Better code organisation and protection against out-of-bounds
    array accesses in log-bicubic interpolator.
  + Fallback to bilinear interpolator if using bicubic
    interpolator with only 2 or 3 Q2 knots in a subgrid.
  + Improve LHAGlue info messages to not specify that particular
    generators are being used.
- LHAPDF-devel should require boost-devel.

- Update to version 6.1.4:
  - Adding multiset variants of the 5 getmin/max LHAGlue
    functions
  - Adding the 'unofficial' getminmax Fortran function to
    LHAGlue.cc
  - Treat PID 0 as an alias for 21 in PDF::hasFlavor as well as
    the PDF::xf* functions
  - Clarify in lhapdf script help that 'list' by default shows all
    available sets, not those installed on the user's system
  - Update CONFIGFLAGS docs to fix some errors w.r.t. actual flag
    usage
  - Treat a DataVersion of 0 as unvalidated: valid numbers now
    start at 1
  - Remove the LHAPDF ID from the warning printout about
    unvalidated PDFs, since in that case there will usually be no
    standard ID number and it just gets unhelpfully reported as -1
  - Detect and report improperly terminated grid files (ones
    missing a --- final line)
  - Replace asserts with exceptions and improve subgrid error
    reporting in GridPDF
  - Report the value of Q2 that causes a subgrid-finding failure
  - Improve testgrid to use PDFNAME/MEMNUM arg syntax
  - Forbid compilation if the demon combination of Boost < 1.47
    and	GCC >= 4.6, with a serious bug in BOOST_FOREACH, is found:
    http://code-muse.com/2013/08/06/boostforeach-and-compiler-bugs
  - Improved AlphaS ODE solver performance.

- Update to version 6.1.3:
  + tests/Makefile.am: Add appropriate programs to "make
    installcheck"
  + wrappers/python/Makefile.am: 'make distcheck' and
    out-of-source builds should work now
  + Add CVMFS and AFS downloading (by preference) to the lhapdf
    script, as well as user-configurable download sources and
    tarball removal
  + Fix bug in PDF::qcdOrder method, and deprecate that method in
    favour of orderQCD (to match AlphaS and the flag name).
  + Further improvements to error messages when trying to load an
    invalid PDF
  + Tweak output of testalphas.cc
  + Adding first make check targets (requires CT10nlo to be
    installed)
  + Flavour thresholds in alpha_s solvers, and threshold subgrids
    from ODE solver (by Karl Nordstrom)
  + Add accessors to a PDF's AlphaS object and to an AlphaS' QCD
    order
  + Add mapping of reweighting functions into Python
  + Fix compiler warnings re. unused variables in LHAGlue.h and
    AlphaS.h headers
  + Fix attempted use of non-existent std::vector::find method
  + Change source name of analyticpdf example
  + Adding a mini-constructor to PDF to make sure that _forcePos
    is set to a sane default value.

- Update to version 6.1.2:
  + Fix HWLHAPDF behaviour in pdfset
- Changes from version 6.1.1:
  + Modify printout in PDFLIB backwards compatibility routine to
    avoid confusion for some HERWIG use cases
  + Adding warnings about mismatching alpha_s in reweighting, with
    a default tolerance of 5%
  + Add LHAPDF/Reweighting.h with a few handy functions for doing
    'naive' PDF reweighting
  + Replace all internal uses of "foreach" with explicit
    BOOST_FOREACH until C++11
  + Remigrate all NNPDF sets to remove duplicate Qmax points
  + Adding initLHAPDF() and a few other do-nothing compatibility
    functions.

- Update to version 6.1.0:
  + Lots of changes since previously packaged version, see
    /usr/share/doc/packages/ChangeLog for a full list
  + Now installs a pkgconfig file (introduces BuildRequires on
    pkg-config)
  + Requires boost >= 1.53.0 (not available on <= 12.3).
- Unnecessary rpaths and linker flags have been properly removed
  from lhapdf-config by upstream, remove the temporary workaround
  which was put in the spec file.

- Manually remove unnecessary rpath and linker flags from
  generated script /usr/bin/lhapdf-config.

- Correct License tag in spec file: GPL-3.0 instead of GPL-2.0.

- Initial version