Evaluate the potential vorticity on the tracer points.
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def | __init__ |
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def | __init__ |
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def | load_field |
| Load a model field from NetCDF output. More...
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def | take_d_dx |
| Take the x derivative of the field on tracer points, using spacings in grid object. More...
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def | numerics_take_d_dx (self, rho, wet_mask_TH, dxC) |
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def | take_d_dy |
| Take the y derivative of the field on tracer points, using spacings in grid object. More...
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def | numerics_take_d_dy (self, rho, wet_mask_TH, dyC) |
| The numerical bit of taking the y derivative. More...
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def | take_d_dz |
| Take the z derivative of the field given on tracer-points, using the spacings in grid object. More...
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def | __init__ |
| Instantiate an MITgcm model instance. More...
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def | load_field |
| Load a model field from NetCDF output. More...
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def | load_from_file (self, model_instance, file_list, variable, time_level, grid_loc, single_file) |
| Internal function to pull the data from the file(s). More...
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def | __add__ (self, other) |
| A method that allows model objects to be added together. More...
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def | __div__ (self, other) |
| A method that allows model objects to be divided by floating point numbers. More...
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def | __mul__ (self, other) |
| A method that allows model objects to be multiplied by floating point numbers. More...
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def | __rmul__ (self, other) |
| A method that allows model objects to be multiplied by floating point numbers. More...
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Evaluate the potential vorticity on the tracer points.
Definition at line 1128 of file core.py.
def mitgcm.core.Potential_vorticity.__init__ |
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self, |
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model_instance, |
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density_field = 'RhoNil' , |
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density_deriv_field = 'dRHO_dz' , |
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vort_field = 'omega_a' |
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) |
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The documentation for this class was generated from the following file: