aim2dat.units¶

Sub-package containing units and unit conversions. 'eV' and 'angstrom' are set to 1.0 and the unit of time is ansgrom/sqrt(u/eV) per default. However, other units can be set as base:

>>> length = Length(base_unit="m")
>>> length.m
1.0

Submodules¶

Classes¶

Package Contents¶

class aim2dat.units.Constants(constants: str | dict = 'CODATA_2022')[source]¶

Class to access fundamental constants.

Overview

Methods¶

get_unit(name)	Get unit of constant.
get_value(name)	Get value of constant.
get_value_unit(name)	Get value and unit of constant.

get_unit(name: str) → str[source]¶

Get unit of constant.

Parameters:¶

name (str) – Name of constant.

Returns:¶

str – Unit of the constant.

get_value(name: str) → float[source]¶

Get value of constant.

Parameters:¶

name (str) – Name of the constant.

Returns:¶

float – Value of the constant.

get_value_unit(name: str) → tuple[float, str][source]¶

Get value and unit of constant.

Parameters:¶

name (str) – Name of constant.

Returns:¶

tuple – Tuple containing value and unit of constant.

class aim2dat.units.UnitConverter[source]¶

Bases: _BaseUnitConverter

Convert units used in spectroscopy.

Overview

Methods¶

convert_units(value, unit_1, unit_2)

class Convert one unit into another.

available_units = []¶

plot_labels¶

classmethod convert_units(value: int | float, unit_1: str, unit_2: str) → float[source]¶

Convert one unit into another.

Parameters:¶

• value (float) – Input value.

• unit_1 (str) – Physical unit of the input value.

• unit_2 (str) – Physical unit to be converted into.

Returns:¶

processed_data (float) – Output value.