LoudnessISO532_1_Stationary#

class ansys.sound.core.psychoacoustics.LoudnessISO532_1_Stationary(signal=None, field_type='Free')#

Computes ISO 532-1:2017 loudness for stationary sounds.

This class computes the loudness of a signal according to the ISO 532-1:2017 standard, corresponding to the “Zwicker method”, for stationary sounds.

Class instantiation takes the following parameters.

Parameters:

signalField, default: None

Signal in Pa on which to compute loudness.

field_typestr, default: “Free”

Sound field type. Available options are “Free” and “Diffuse”.

Methods

LoudnessISO532_1_Stationary.convert_fields_container_to_np_array(fc)	Convert a DPF fields container to a NumPy array.
LoudnessISO532_1_Stationary.get_bark_band_frequencies()	Get Bark band frequencies.
LoudnessISO532_1_Stationary.get_bark_band_indexes()	Get Bark band indexes.
LoudnessISO532_1_Stationary.get_loudness_level_phon()	Get the loudness level in phon.
LoudnessISO532_1_Stationary.get_loudness_sone()	Get the loudness in sone.
LoudnessISO532_1_Stationary.get_output()	Get loudness, loudness level, specific loudness.
LoudnessISO532_1_Stationary.get_output_as_nparray()	Get loudness data in a tuple of NumPy arrays.
LoudnessISO532_1_Stationary.get_specific_loudness()	Get the specific loudness.
LoudnessISO532_1_Stationary.plot()	Plot the specific loudness.
LoudnessISO532_1_Stationary.process()	Compute the loudness.

Attributes

LoudnessISO532_1_Stationary.field_type	Sound field type.
LoudnessISO532_1_Stationary.signal	Input signal in Pa.