Metadata-Version: 1.1
Name: pyteos-air
Version: 1.0.3
Summary: This package provides python bindings to the atmospheric component of TEOS-10.                    Also includes expanded metorological quantities like the equivalent potential temperature.
Home-page: UNKNOWN
Author: F. Laliberte, R. Feistel, D. G. Wright, D. R. Jackett, K. Miyagawa, J. H. Reissmann, W. Wagner, U. Overhoff, C. Guder, A. Feistel, G. M. Marion
Author-email: frederic.laliberte@utoronto.ca
License: BSD
Description: Python bindings to TEOS-10
        --------------------------
        
        This package is still in beta testing phase and some of its functions are
        likely to evolve over time.
        
        Includes:
        
        - Sea-Ice-Water (SIA) Library 3.0 + simple code fixes (for easy compilation)
        - An extra module layer `Liq_Ice_Air_5a.F90`, `Liq_Ice_Air_5b.F90`, `Liq_Ice_Air_5c.F90` and
          `Liq_Ice_Air_5d.F90` with the temperature, the entropy, the potential temperature,
          the equivalent potential temperature and the pseudo equivalent potential temperature
          valid over the whole region of validity of TEOS-10.
        - Two other extra modules `Liq_Air_4d.F90` and `Ice_Air_4d.F90` that are very similar
          to `Liq_Air_4b.F90` and `Ice_Air_4b.F90` but where one can specify a maximum
          saturation mass fraction in the definition of the Gibbs function. This allows
          to compute the equivalent potential temperature in a clean manner.
        - A framework to add python bindings to the Fortran version of TEOS-10 with basic examples.
        
        This package provides a simple way to import the TEOS-10 SIA Library into python.
        The current beta version offers a very basic interface to the library. Future versions
        will include a better interface and a more extensive physical description of the different
        routines available.
        
        NOTE:
            This package requires a Fortran 90 compiler. Sometimes numpy.disutils will not find
            the installed Fortran compiler and will return an error. It this happens, download the
            source code and run::
            
                $ f2py -c --help-fcompiler      
        
            To find the list of available compilers and then compile::
        
                $ python setup.py build --fcompiler=gnu95
        
            if 'gnu95' was in the list.
        
        VERSION HISTORY
        ^^^^^^^^^^^^^^^
        
        1.0.3 : Must compute f2py in ``setup.py`` but now using a more portable method.
        
        1.0.1 : Package comes with pre-computed f2py files for easier portability.
        
        1.0 : Important bug fix on PYPI
        
        0.9.5 : Some minimal testing and code publication improvements
        
        0.9.2 : Finished moving netCDF interface to package ``pyteos_nc``
        
        0.9.1 : Moved netCDF interface to package ``pyteos_nc``
        
        0.9 : Improve netCDF interface
        
        0.8 : Fixed a warning signal with missing values
        
        0.7 : The interpolation is now much faster
        
        0.6 : Faster netcdf interface for computing interpolated thermodynamic quantities.
        
        
        Frederic Laliberte, February 17 2015
        
Keywords: thermodynamics atmosphere climate
Platform: UNKNOWN
Classifier: Development Status :: 4 - Beta
Classifier: Intended Audience :: Science/Research
Classifier: Natural Language :: English
Classifier: License :: OSI Approved :: BSD License
Classifier: Programming Language :: Python :: 2.7
Classifier: Programming Language :: Python :: 3.4
Classifier: Programming Language :: Python :: 3.5
Classifier: Programming Language :: Python :: 3.6
Classifier: Programming Language :: Fortran
Classifier: Topic :: Scientific/Engineering :: Atmospheric Science
Classifier: Topic :: Scientific/Engineering :: Mathematics
