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| The 2D (isentropic) and 3D mixing in CLaMS is implemented in the FORTRAN-90 program '''[[mix.f90]]'''. The handling of the boundary conditions is controlled by the program '''[[bmix.f90]]'''. | The 2D (isentropic) and 3D mixing in CLaMS is implemented in the FORTRAN-90 program '''[[/mix.f90 | mix.f90]]'''. <<BR>> The handling of the boundary conditions is controlled by the program '''[[/bmix.f90 | bmix.f90]]'''. <<BR>> |
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| === How to get the source code === The source code of the mix package is under control of the CVS (Concurrent Version System) utility. To get the source code the environment variable CVSROOT must be set to ''/usr/local/icg/icg1/archive''. The command {{{ cvs co -P mix }}} creates a directory mix in the current working directory and copies the current version of the mix package to this directory. The directory ''mix'' includes the following subdirectories: * ''doc'': latex file for documentation * ''mod'': module files * ''obj'': object files * ''source'': source code * ''templates'': templates for configuration file === Compiling === The programs can be compiled on different platforms with the makefile stored in the directory ''mix'': {{{ gmake mix|bmix gmake all }}} The program will be compiled for the used platform and the executables ''mix'' and ''bmix'' will be created. |
Utility progams in package mix: * age * [[ /clams2boundary | clams2boundary ]] * ocean_uptake * [[ /replace_lbound | replace_lbound ]] |
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| To compile ''mix'' or ''bmix'' the package [[dynmod]] must be checked out. | |
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---- [[/Changes|History of Changes]] |
The package mix
The 2D (isentropic) and 3D mixing in CLaMS is implemented in the FORTRAN-90 program mix.f90.
The handling of the boundary conditions is controlled by the program bmix.f90.
For the description of the 2D/3D mixing algorithm, see References.
Utility progams in package mix:
- age
- ocean_uptake
References
P.Konopka, H.-M.Steinhorst, J.-U.Grooß, G.Günther, R.Müller, J.W.Elkins, H.-J.Jost, E.Richard, U.Schmidt, G.Toon, and D.S.McKenna. Mixing and ozone loss in the 1999-2000 arctic vortex: Simulations with the 3-dimensional Chemical Lagrangian Model of the Stratosphere (CLaMS). J. Geophys. Res., 109(D2):doi:10.1029/2003JD003792, 2004.
D.S.McKenna, P.Konopka, J.-U.Grooß, G.Günther, R.Müller, R.Spang, D.Offermann, and Y.Orsolini. A new Chemical Lagrangian Model of the Stratosphere (CLaMS): Part I Formulation of advection and mixing. J. Geophys. Res., 107(D16):4309, doi:10.1029/2000JD000114, 2002.