DiagnosticState

DiagnosticState#

class fridom.nonhydro.DiagnosticState(mset: ModelSettings, is_spectral=False, field_list=None)[source]#

__init__(mset: ModelSettings, is_spectral=False, field_list=None) → None[source]#

Methods

`__init__`(mset[, is_spectral, field_list])
`dot`(other)	Calculate the dot product of the state with another state.
`fft`([padding])	Calculate the Fourier transform of the state.
`from_netcdf`(mset, path)	Read the state from a NetCDF file.
`has_nan`()	Check if the state contains NaN values.
`ifft`([padding])	Calculate the inverse Fourier transform of the state.
`norm_l2`()	Calculate the L2 norm of the state.
`norm_of_diff`(other)	The norm of the difference between two states.
`project`(p_vec, q_vec)	Project the state on a (spectral) vector.
`sync`()	Synchronize the state.
`to_netcdf`(path)	Write the state to a NetCDF file.

Attributes

`arr_dict`	Return the dictionary of arrays (not FieldVariables).
`div`	The divergence field.
`field_list`	Return the list of fields.
`grid`	Return the grid of the model.
`p`	The pressure field.
`xr`	State as xarray dataset
`xrs`	State of sliced domain as xarray dataset