Compute the minimum and maximum sample values in an audio object:

Compute multiple properties:

Compute several properties on multiple audio objects:

Format the output as an Association:

Return a list of values:

Return a list of rules:

Return a Dataset:

In multichannel audio objects, the channels are averaged before the computation of the properties:

Process the audio track of a video:

Detect whether an audio object has constant sample values:

Use spectral features to find clusters in a list of audio objects:

Compute the "SpectralCentroid" and "SpectralSpread" properties over the list of audio objects:

Find clusters of similar sounds:

Plot the result using the audio objects as plot markers:

Functions like Min applied to multichannel audio work on flattened data:

AudioMeasurements works on the mono version of the input audio signal:

The "LoudnessEBU" is computed according to the integrated loudness EBU specification:

The loudness is computed using the EBU momentary specification:

A temporary mean is computed by discarding all values below LUFS:

Another mean is computed by excluding all values below the temporary mean minus 10 LUFS:

The "LoudnessRangeEBU" is computed according to the integrated loudness EBU specification:

The loudness is computed using the EBU momentary specification:

First, a temporary mean is computed by discarding all values below LUFS:

Then all values below the temporary mean minus 20 LUFS are excluded:

The loudness is computed as the difference between the .1 and .95 quantiles of the list:

The "LoudnessEBU" property is used in the computation of AudioNormalize: