Contents

• What's new
• Introduction
  • What is GETM?
  • A short history of GETM
  
  
• The physical equations behind GETM
  • Hydrodynamic equations
  • GETM as slice model
  
  
• Transformations
  • General vertical coordinates
  • Layer-integrated equations
  • Horizontal curvilinear coordinates
  
  
• Discretisation
  • Mode splitting
  • Spatial discretisation
  • Lateral boundary conditions
  • Bed friction
  • Drying and flooding
  
  
• Introduction to the calculation domain
  • Fortran: Module Interface domain - sets up the calculation domain. (Source File: domain.F90)
  
  
• Introduction to 2d module
  • Vertically integrated mode
  • Fortran: Module Interface m2d - depth integrated hydrodynamical model (2D) (Source File: m2d.F90)
  • Fortran: Module Interface variables_2d - global variables for 2D model (Source File: variables_2d.F90)
  • Fortran: Module Interface 2D advection (Source File: advection.F90)
  
  
• Introduction to 3d module
  • Overview over 3D routines in GETM
  • Tracer equations
  • Equation of state
  • Fortran: Module Interface m3d - 3D model component (Source File: m3d.F90)
  • Fortran: Module Interface variables_3d - global 3D related variables (Source File: variables_3d.F90)
  • Fortran: Module Interface 3D advection (Source File: advection_3d.F90)
  • Fortran: Module Interface temperature (Source File: temperature.F90)
  • Fortran: Module Interface Salinity (Source File: salinity.F90)
  • Fortran: Module Interface eqstate (Source File: eqstate.F90)
  • Fortran: Module Interface internal_pressure (Source File: internal_pressure.F90)
  • Fortran: Module Interface bdy_3d - 3D boundary conditions (Source File: bdy_3d.F90)
  • Fortran: Module Interface rivers (Source File: rivers.F90)
  • Fortran: Module Interface suspended_matter (Source File: spm.F90)
  
  
• NetCDF I/O modules
  • Fortran: Module Interface ncdf_common - interfaces for NetCDF IO subroutines (Source File: ncdf_common.F90)
  • Fortran: Module Interface Encapsulate grid related quantities (Source File: grid_ncdf.F90)
  • Fortran: Module Interface Encapsulate 2D netCDF quantities (Source File: ncdf_2d.F90)
  • Fortran: Module Interface ncdf_2d_bdy - input in NetCDF format (Source File: ncdf_2d_bdy.F90)
  • Fortran: Module Interface Encapsulate 3D netCDF quantities (Source File: ncdf_3d.F90)
  • Fortran: Module Interface ncdf_3d_bdy - input in NetCDF format (Source File: ncdf_3d_bdy.F90)
  • Fortran: Module Interface ncdf_meteo - (Source File: ncdf_meteo.F90)
  • Fortran: Module Interface ncdf_river - (Source File: ncdf_rivers.F90)
  • Fortran: Module Interface Encapsulate netCDF restart quantities (Source File: ncdf_restart.F90)
  • Fortran: Module Interface Encapsulate netCDF mean quantities (Source File: ncdf_mean.F90)
  • Fortran: Module Interface ncdf_topo() - read bathymetry and grid info (NetCDF) (Source File: ncdf_topo.F90)
  • Fortran: Module Interface ncdf_get_field() (Source File: ncdf_get_field.F90)
  
  
• References