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Reference Manual¶

Modules in Acoular¶

The following modules are part of Acoular:

`base`	Implements base classes for signal processing blocks in Acoular.
`calib`	Implements calibration of multichannel time signals.
`configuration`	Implements global configuration of Acoular.
`demo`	The Acoular demo.
`environments`	Implements acoustic environments with and without flow.
`fbeamform`	Implements beamformers in the frequency domain.
`fprocess`	Implements blockwise processing methods in the frequency domain.
`grids`	Implements support for two- and threedimensional grids.
`microphones`	Implements support for array microphone arrangements.
`process`	Implements general purpose blockwise processing methods independent of the domain (time or frequency).
`sdinput`	Input from soundcard hardware using the SoundDevice library.
`signals`	Implements signal generators for the simulation of acoustic sources.
`sources`	Measured multichannel data management and simulation of acoustic sources.
`spectra`	Estimation of power spectra and related tools.
`tbeamform`	Implements beamformers in the time domain.
`tools`	Useful tools for Acoular.
`tprocess`	Implements blockwise processing in the time domain.
`trajectory`	Implements the definition of trajectories.

Classes in Acoular and their inheritance¶

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Inheritance diagram of acoular.base, acoular.calib, acoular.configuration, acoular.demo, acoular.environments, acoular.fbeamform, acoular.fprocess, acoular.grids, acoular.microphones, acoular.process, acoular.sdinput, acoular.signals, acoular.sources, acoular.spectra, acoular.tbeamform, acoular.tools, acoular.tprocess, acoular.trajectory

`acoular` Package¶

The Acoular library: several classes for the implementation of acoustic beamforming.

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