* first commit
* commit
= DQGModel
* Finish implementing a code to generate a voronoi diagram on a sphere.
* Commit
* Remove some files which are created automatically with a template f90 file and shell script.
* Change the directory structure under a directory for test.
* Add some code to manage some information with mesh which will be used in fvm calculations.
* commit
= Test program to generate a spherical voronoi diagram
* Bug fix
* Add some modules to write or read a netcdf file which have unstructured grid data and field data on it.
* Add source file implementing a generation of spherical centroidal voronoi tessellations.
* change the structure of source directory
* Add some code to treat a information of mesh topology in netcdfDataWriter/Reader_mod.
* Implement a numerical simulation of advetion equation to test new implemented divergence operator code.
* Fix many bugs
* Fix many bugs.
* Rename a program whose name is adveTest to globalSWM(global Shallow Water Model).
* Fix many bugs
* Add a test for global shallow water model.
* Move some code implementing global shallow water model  to "model" directory.
* Add a program to convert Netcdf data  to vtk data.
* Change the structure of arrays which store field data.
* Performance tuning
= tool/gridGen
* Add a function to restart generating scvt mesh.

= ogcm
* Add some files.
= ogcm
* Dynamical core of ogcm is been implementing now..
= ogcm
* Add a module for the equation of state.
* Modify the implement associated with explicit time splitting.

= core
* Remove some bugs in GeometricField modules. These bugs had occured memory corruption.
= ogcm
* Extend code to divide a global computational region into some sub-local region.
  This extension is preparation to introduce parallel code with MPI.
= ogcm
* Add a dynmical core module with the self-starting temporal integration method.

= sogcm
* Add a project of ogcm with spectral method
* Configure.ac is modified to use "spmodel" implemented a spectral method.