mitgcm
Analysis of MITgcm output using python
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Go to the source code of this file.
Classes | |
class | mitgcm.core.MITgcm_Simulation |
The simulation class is the main class of this package, and an instance of this class is a model object. More... | |
class | mitgcm.core.Upoint_field |
This is the class for all fields on zonal velocity points. More... | |
class | mitgcm.core.Vpoint_field |
This is the class for all fields on meridional velocity points. More... | |
class | mitgcm.core.Wpoint_field |
This is the class for all fields on vertical velocity points. More... | |
class | mitgcm.core.Tracerpoint_field |
This is the base class for all model fields on the tracer points. More... | |
class | mitgcm.core.Vorticitypoint_field |
A class for fields on vorticity points. More... | |
class | mitgcm.core.Grid |
This defines the class for the grid object. More... | |
class | mitgcm.core.Density |
A tracer point field that contains methods for density fields. More... | |
class | mitgcm.core.Bernoulli |
The Bernoulli field, evaluated from velocity, Pressure and Density. More... | |
class | mitgcm.core.Pressure |
Calculates the pressure field from the density field using the hydrostatic approximation. More... | |
class | mitgcm.core.Potential_vorticity |
Evaluate the potential vorticity on the tracer points. More... | |
Namespaces | |
mitgcm.core | |
The main file with the class definitions. | |