pylbo.testing

Classes

FakeDataSet

Main container for a single Legolas dataset.

Functions

`pickle_dataseries_to_file`(series, filepath)
`load_pickled_dataseries`(filepath)

Module Contents

pylbo.testing.pickle_dataseries_to_file(series, filepath)

pylbo.testing.load_pickled_dataseries(filepath)

class pylbo.testing.FakeDataSet(datfile, seed=None)

Bases: pylbo.data_containers.LegolasDataSet

Main container for a single Legolas dataset.

Parameters:: datfile (str, PathLike) – Path to the datfile.

header

The datfile header.

Type:: dict

grid

The base grid.

Type:: numpy.ndarray

grid_gauss

The Gaussian grid.

Type:: numpy.ndarray

equilibria

Dictionary containing the equilibrium arrays.

Type:: dict

eigenvalues

Array containing the complex eigenvalues.

Type:: numpy.ndarray

geometry

The geometry.

Type:: str

scale_factor

Array with the scale factor. One for Cartesian geometries, r for cylindrical.

Type:: numpy.ndarray

x_start

Start of the grid.

Type:: float

x_end

End of the grid

Type:: float

gridpoints

The number of base gridpoints.

Type:: int

gauss_gridpoints

The number of Gaussian gridpoints.

Type:: int

matrix_gridpoints

The dimension of the matrix.

Type:: int

ef_gridpoints

The number of eigenfunction gridpoints.

Type:: int

gamma

The ratio of specific heats.

Type:: float

eq_type

The type of equilibrium selected.

Type:: str

cgs

If True, all units are in cgs.

Type:: bool

units

Dictionary containing the unit normalisations.

Type:: dict

eq_names

Array containing the names of the equilibrium arrays.

Type:: numpy.ndarray

_set_test_equilibria()

_set_test_eigenvalues()