wtf module

Test the wtf (what to fit) key of the config file.

Todo

Specific test for every optimisation method? For now, just trust the user.

IMPLEMENTED_STRATEGIES = (   'k out of n',     'manual',     'l neighboring lattices',     'global',     'global downstream')

IMPLEMENTED_OBJECTIVE_PRESETS = (   'EnergyPhaseMismatch',     'simple_ADS',     'EnergyMismatch',     'rephased_ADS',     'EnergySyncPhaseMismatch',     'sync_phase_as_objective_ADS',     'experimental')

IMPLEMENTED_OPTIMISATION_ALGORITHMS = (   'least_squares',     'least_squares_penalty',     'nsga',     'downhill_simplex',     'downhill_simplex_penalty',     'nelder_mead',     'differential_evolution',     'explorator',     'experimental')

test(id_nature: str, strategy: str, objective_preset: str, optimisation_algorithm: str, tie_politics: str = 'upstream first', idx: str = '', shift: int = 0, **wtf_kw) → None

Test the wtf .toml entries.

_test_cavity_selection(tie_politics: str, shift: int) → None

Test the keywords that alter the selection of compensating cavities.

_test_k_out_of_n(k: int, **wtf_kw) → None

Test that the k out of n method can work.

_test_manual(failed: list[list[list[int]]], compensating_manual: list[list[list[int]]], **wtf_kw) → None

Test that the manual method can work.

_test_l_neighboring_lattices(l: int, min_number_of_cavities_in_lattice: int = 1, **wtf_kw) → None

_test_global(**wtf_kw) → None

Test if global compensation will work.

_test_global_downstream(**wtf_kw) → None

Test if global compensation with only downstream cavities will work.