experimental.test module

Define simple tests for functionality under implementation.

class Generic(preset: str, property_1: ndarray)

Bases: object

A generic class.

__init__(preset: str, property_1: ndarray) → None

__post_init__(): Write a doc.

classmethod from_truc(truc: str, property_2: ndarray) → Self: Make the doc.

preset: str

property_1: ndarray

property property_1_pos: ndarray: Write a doc.

class Initial(preset: str, property_1: tuple[float, float])

Bases: Generic

Write a doc.

__init__(preset: str, property_1: tuple[float, float]) → None

__post_init__(): Write a doc.

property_1: tuple[float, float]

property property_1_pos: float: Write a doc.

assert_are_field_maps(elements: Sequence[Element], detail: str) → None

Test that all elements are field maps.

This function exists because in first implementations of LightWin, only FIELD_MAP could be broken/retuned, and all FIELD_MAP were 1D along z. Hence there was a confustion between what is/should be a cavity, an accelerating elementm what could be broken, what could be used for compensation. Also useful to identify where bugs will happen when implementing tuning of quadrupoles, etc.

Parameters:

elements (Sequence[Element]) – List of elements to test.
detail (str) – More information that will be printed if not all elements are field maps.