mitgcm
Analysis of MITgcm output using python
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The main file with the class definitions. More...
Classes | |
class | Bernoulli |
The Bernoulli field, evaluated from velocity, Pressure and Density. More... | |
class | Density |
A tracer point field that contains methods for density fields. More... | |
class | Grid |
This defines the class for the grid object. More... | |
class | MITgcm_Simulation |
The simulation class is the main class of this package, and an instance of this class is a model object. More... | |
class | Potential_vorticity |
Evaluate the potential vorticity on the tracer points. More... | |
class | Pressure |
Calculates the pressure field from the density field using the hydrostatic approximation. More... | |
class | Tracerpoint_field |
This is the base class for all model fields on the tracer points. More... | |
class | Upoint_field |
This is the class for all fields on zonal velocity points. More... | |
class | Vorticitypoint_field |
A class for fields on vorticity points. More... | |
class | Vpoint_field |
This is the class for all fields on meridional velocity points. More... | |
class | Wpoint_field |
This is the class for all fields on vertical velocity points. More... | |
The main file with the class definitions.
This file contains all of the classes for the module. It has the base MITgcm_Simulation class, and all of the subclasses for different types of fields. Each class has methods for taking derivatives and doing useful manipulations. It also has some functions that might be of use.