[ English | Japanese ] [ GFD Dennou Club / dcmodel ]
The goal of dcmodel project is developing hierarchical numerical models for
fluid dynamics in Earth and planetary sciences.
- agcm5
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GFD Dennou Club atmospheric general circulation model
- DCPAM
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A general circulation model for planetary atmospheres
based on three-dimensional spherical primitive equation
(A next generation AGCM porject with readable and flexible codes)
- spmodel
-
Hierarchical spectral models for geophysical fluid dynamics
- ISPACK (Sorry, this page is described in Japanese)
-
Spectral transformation library for numerical fluid dynamics and
barotoropic / shallow water models with plane or spherical geometries
- gms
-
A grid model development tool and sample programs
- deepconv
-
A two-dimensional non-hydrostatic fluid model
- oboro
-
An equiribrium cloud condensation model by using
Gibbs free energy minimization method
- dcrtm (Sorry, this page is described in Japanese)
-
A radiative transfer model for planetary atmospheres
- gtool5
-
Fortran 90/95 library for hierarchical numerical models
- Enhanced version of RDoc Fortran 90/95 parser
-
The patch or pachage of Fortran 90/95 parser for RDoc
- dcmodel programing guideline (Sorry, this page is described in Japanese)
-
(formerly "dcmodel coding rules")
Naming rules for variables, programing style, etc
- dcmodel documentation guideline (Sorry, this page is described in Japanese)
-
Documentation rules for manuals of mathematical models, descritaization, and source codes.
Remarks
Copyright, modification, redistribution, etc.
Contact address
If you have any comments and qusetions, please send an email to
- Workshop (Sorry, this page is described in Japanese)
-
Meeting logs by dcmodel development group
- Documents for model developers (Sorry, this page is described in Japanese)
- Old models
dcmodel Development Group 
Last Updated: 2008/09/24, Since: 2005/02/13