spectrochempy.Unit

class Unit(*args, **kwargs)

Attributes Summary

dimensionality	returns: dict -- Dimensionality of the PlainUnit, e.g. {length: 1, time: -1}.
dimensionless	Return True if the PlainUnit is dimensionless; False otherwise.
default_format

Methods Summary

from_(value[, strict, name])	Converts a numerical value or quantity to this unit
is_compatible_with(self, other, *contexts, ...)	check if the other object is compatible
m_from(value[, strict, name])	Converts a numerical value or quantity to this unit, then returns the magnitude of the converted value

Attributes Documentation

dimensionality

returns: dict – Dimensionality of the PlainUnit, e.g. {length: 1, time: -1}

dimensionless

Return True if the PlainUnit is dimensionless; False otherwise.

default_format

Methods Documentation

from_(value, strict=True, name='value')

Converts a numerical value or quantity to this unit

Parameters:

• value – a Quantity (or numerical value if strict=False) to convert

• strict – boolean to indicate that only quantities are accepted (Default value = True)

• name – descriptive name to use if an exception occurs (Default value = “value”)

Returns:

type – The converted value as this unit

is_compatible_with(self, other: Any, *contexts: str | Context, **ctx_kwargs: Any ) -> bool: """check if the other object is compatible Parameters ---------- other The object to check. Treated as dimensionless if not a Quantity, PlainUnit or str. *contexts : str or pint.Context Contexts to use in the transformation. **ctx_kwargs : Values for the Context/s Returns ------- bool """ from .quantity import PlainQuantity if contexts or self._REGISTRY._active_ctx: try: (1 * self).to(other, *contexts, **ctx_kwargs) return True except DimensionalityError: return False if isinstance(other, (PlainQuantity, PlainUnit))

check if the other object is compatible

Parameters:

• other – The object to check. Treated as dimensionless if not a Quantity, PlainUnit or str.

• *contexts (str or pint.Context) – Contexts to use in the transformation.

• **ctx_kwargs – Values for the Context/s

Returns:

bool

m_from(value, strict=True, name='value')

Converts a numerical value or quantity to this unit, then returns the magnitude of the converted value

Parameters:

• value – a Quantity (or numerical value if strict=False) to convert

• strict – boolean to indicate that only quantities are accepted (Default value = True)

• name – descriptive name to use if an exception occurs (Default value = “value”)

Returns:

type – The magnitude of the converted value

Examples using spectrochempy.Unit