Deleted item means already in the development version.

• sigma to sigma conversion
• support for trajectories (and other CF-1.6 Discrete Sampling Geometries)
• improve performance of –process options together with –extract
• ncml: warn instead of fail when manipulating undefined data (variable without 'type', removal of non-existing dimensions/variables) (QA: Mariken)

• merge with fill, vector-rerotation (eraInt,CRDX-hindcast → svim) (QA: Jens D, Jan-Erik H.)
• vertical interpolations in f90 interface / at least exposure of auxiliary variables (QA: Trygve A.)
• conversion between different vertical-levels
  • ocean-sigma-s-g2 ↔ ocean-sigma (QA: Nils MK, Kai C.)
  • sigma ↔ hybrid_sigma (QA: ?)
• easy parameter functions / automatic selection of input
• area-corrected re-projection-interpolation (requires surrounding points in lat/lon) (QA: F.Tveter)
• template-interpolation in xyzt, e.g. to slider-track (QA: Kai C.)
• pinning of grib-dimensions from inconsistent grib-files (QA: Trygve A.)
• ncml-aggregation should not keep open more than a few hundred files (QA: Heiko K.)

Fimex 0.xx.x versions are the stable versions. Instable versions are marked with 0.xx.x-alpha or -beta.

There is no release date or preliminary implementation of Fimex-1.x yet. Changes will mainly occur on the API-level, and should emphazise future-compatibility, e.g.

• removal of all deprecated functions and header-files
• no explicit dependency on boost
  • using c++11 features instead of boost where possible (eventually selectable on configure)
  • no longer exposure of boost-pointer
    • eventually typemaps, e.g. CDMReaderPtr for either boost::shared_ptr<CDMReader> or std::shared_ptr<CDMReader>
  • user-selectable time-representation, e.g. boost-datetime or other time-library
• no exposion of API other than c++11 (allow compile-time exchange of any library within fimex)

• File / IO
  • FMRC for data in grib/felt
  • time-bounds for precipitation-data from felt/grib/wdb (accumulated fields)
  • read data with GDAL?
• Interpolation
  • further interpolation of time
    • cell_methods
    • time_bounds
    • better handling of missing time-steps / multiple time-axis
• Manipulation
  • manipulation with R
• Extraction