Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 12]

▼Nhoa	The namespace of the hoa library
CDecoder	The decoder class decodes a sound field in the harmonics domain through the planewaves domain
CDecoder< Hoa2d, T >	The decoder class decodes a sound field in the harmonics domain through the planewaves domain
CDecoder< Hoa3d, T >	The decoder class decodes a sound field in the harmonics domain through the planewaves domain
CDecoderBinaural	The binaural decoder class decodes a sound field in the harmonics domain for headphones
CDecoderBinaural< Hoa2d, T >	The ambisonic binaural decoder
CDecoderBinaural< Hoa3d, T >	The ambisonic binaural decoder
CDecoderIrregular	The irregular decoder class decodes a sound field in the harmonics domain through the planewaves domain for a irregular circle or sphere (2d only)
CDecoderIrregular< Hoa2d, T >	The ambisonic irregular decoder
CDecoderRegular	The class decodes a sound field from the harmonics domain to a set of planewaves
CEncoder	The class encodes a signal into the harmonics domain depending on coodinates
CExchanger	The echanger class renumber and normalize the harmonics channels
CHarmonic	The class owns basic harmonics informations
CMultiEncoder	The class generates manages a set of encoders
COptim	The class optimizes the ambisonic sound field for several restitution systems
CPlanewave	The class owns basic plane waves informations
CProcessor	The processor
CProcessorHarmonics	The harmonic processor
CProcessorPlanewaves	The planewaves processor
CRotate	The rotate class rotates a sound field in the harmonics domain (2d available only)
CScope	The scope class offers a representation a the sound field in the harmonics domain
CVector	The vector class computes the energy and the velocity vectors for a set of loudspeakers
CWider	The class widens the propagation of the sounds in a sound field