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- This program demonstrates the use of MCT in a simple
- coupled system consisting of two models and a coupler.
- The grids used are taken from a real climate model.
- "srcmodel" uses an atmosphere grid and "coupler" interpolates
- data on it to an ocean grid in "dstmodel"
- The srcmodel reads in a temperature field TS1.dat on the the atmosphere grid.
- dstmodel outputs the interpolated temperature field to TS1out.dat
- srcmodel,dstmodel and coupler are broken into init, run and finalize phases.
- The model and coupler run sequentially on a pool of processors
- master.F90 - the top level program
- srcmodel.F90 - the first component, an atmosphere model.
- dstmodel.F90 - the second component, an ocean model.
- coupler.F90 - the third component, a coupler which takes
- the atmosphere data and maps it to
- the ocean grid.
- -----------------------------------------------------
- To compile:
- First make sure you have compiled MCT. See instructions in
- MCT/README
- Type "make" here or "make examples" in the top-level directory.
- The executable is called "climate"
- -----------------------------------------------------
- To run:
- "climate" requires a data file of interpolation weights in
- the directory MCT/data. If this directory was not present when
- you untarred MCT, you can get it from the MCT website.
- climate requires at least 1 MPI processes to run but can run on
- any even number of processors. Consult your
- local documentation for how to run parallel programs.
- Typical command: mpirun -np 8 climate
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