Here is a list of all documented class members with links to the class documentation for each member:

- a -

• ACN : Exchanger< D, T >

- b -

• Basic : Optim< D, T >

- c -

• compare_azimuth() : Planewave< D, T >
• computeRendering() : Scope< D, T > , Vector< D, T >

- d -

• Decoder() : Decoder< D, T > , Decoder< Hoa2d, T > , Decoder< Hoa3d, T >
• DecoderBinaural() : DecoderBinaural< D, T > , DecoderBinaural< Hoa2d, T > , DecoderBinaural< Hoa3d, T >
• DecoderIrregular() : DecoderIrregular< D, T > , DecoderIrregular< Hoa2d, T >
• DecoderRegular() : DecoderRegular< D, T >

- e -

• Encoder() : Encoder< D, T >
• Exchanger() : Exchanger< D, T >

- f -

• fromFurseMalham : Exchanger< D, T >
• fromMaxN : Exchanger< D, T >
• fromN3D : Exchanger< D, T >
• fromSID : Exchanger< D, T >

- g -

• getAbscissa() : Planewave< D, T >
• getAzimuth() : Encoder< D, T > , MultiEncoder< D, T > , Planewave< D, T >
• getCropSize() : DecoderBinaural< Hoa2d, T > , DecoderBinaural< Hoa3d, T >
• getDecompositionOrder() : ProcessorHarmonics< D, T >
• getDegree() : Harmonic< D, T >
• getElevation() : Encoder< D, T > , MultiEncoder< D, T > , Planewave< D, T >
• getHarmonicDegree() : ProcessorHarmonics< D, T >
• getHarmonicIndex() : ProcessorHarmonics< D, T >
• getHarmonicName() : Exchanger< D, T > , ProcessorHarmonics< D, T >
• getHarmonicNormalization() : ProcessorHarmonics< D, T >
• getHarmonicOrder() : ProcessorHarmonics< D, T >
• getHarmonicSemiNormalization() : ProcessorHarmonics< D, T >
• getHeight() : Planewave< D, T >
• getIndex() : Harmonic< D, T > , Planewave< D, T >
• getInputHarmonicOrder() : Exchanger< D, T >
• getMode() : Decoder< Hoa2d, T > , Decoder< Hoa3d, T > , DecoderBinaural< Hoa2d, T > , DecoderBinaural< Hoa3d, T > , DecoderIrregular< Hoa2d, T > , DecoderRegular< D, T > , Optim< D, T >
• getMute() : MultiEncoder< D, T >
• getName() : Harmonic< D, T > , Planewave< D, T >
• getNormalization() : Exchanger< D, T > , Harmonic< D, T >
• getNumbering() : Exchanger< D, T >
• getNumberOfHarmonics() : Harmonic< D, T > , ProcessorHarmonics< D, T >
• getNumberOfHarmonicsInDegree() : Harmonic< D, T >
• getNumberOfPlanewaves() : ProcessorPlanewaves< D, T >
• getNumberOfSources() : MultiEncoder< D, T >
• getOrder() : Harmonic< D, T >
• getOrdinate() : Planewave< D, T >
• getOutputHarmonicOrder() : Exchanger< D, T >
• getPlanewaveAbscissa() : ProcessorPlanewaves< D, T >
• getPlanewaveAzimuth() : ProcessorPlanewaves< D, T >
• getPlanewaveElevation() : ProcessorPlanewaves< D, T >
• getPlanewaveHeight() : ProcessorPlanewaves< D, T >
• getPlanewaveIndex() : ProcessorPlanewaves< D, T >
• getPlanewaveName() : ProcessorPlanewaves< D, T >
• getPlanewaveOrdinate() : ProcessorPlanewaves< D, T >
• getPlanewavesRotationX() : ProcessorPlanewaves< D, T >
• getPlanewavesRotationY() : ProcessorPlanewaves< D, T >
• getPlanewavesRotationZ() : ProcessorPlanewaves< D, T >
• getRadius() : Encoder< D, T > , MultiEncoder< D, T >
• getSemiNormalization() : Harmonic< D, T >
• getWidening() : MultiEncoder< D, T > , Wider< D, T >
• getYaw() : Rotate< D, T >

- h -

• Harmonic() : Harmonic< D, T >

- i -

• InPhase : Optim< D, T >

- m -

• MaxRe : Optim< D, T >
• Mode : Optim< D, T >
• MultiEncoder() : MultiEncoder< D, T >

- n -

• Normalization : Exchanger< D, T >
• Numbering : Exchanger< D, T >

- o -

• Optim() : Optim< D, T >

- p -

• Planewave() : Planewave< D, T >
• prepare() : Decoder< D, T > , Decoder< Hoa2d, T > , Decoder< Hoa3d, T > , DecoderBinaural< D, T > , DecoderBinaural< Hoa2d, T > , DecoderBinaural< Hoa3d, T > , DecoderIrregular< D, T > , DecoderIrregular< Hoa2d, T > , DecoderRegular< D, T >
• process() : Decoder< D, T > , Decoder< Hoa2d, T > , Decoder< Hoa3d, T > , DecoderBinaural< D, T > , DecoderBinaural< Hoa2d, T > , DecoderBinaural< Hoa3d, T > , DecoderIrregular< D, T > , DecoderIrregular< Hoa2d, T > , DecoderRegular< D, T > , Encoder< D, T > , Exchanger< D, T > , MultiEncoder< D, T > , Optim< D, T > , Processor< D, T > , Rotate< D, T > , Scope< D, T > , Vector< D, T > , Wider< D, T >
• processBlock() : DecoderBinaural< D, T > , DecoderBinaural< Hoa2d, T > , DecoderBinaural< Hoa3d, T >
• processEnergy() : Vector< D, T >
• ProcessorHarmonics() : ProcessorHarmonics< D, T >
• ProcessorPlanewaves() : ProcessorPlanewaves< D, T >
• processVelocity() : Vector< D, T >

- r -

• Rotate() : Rotate< D, T >

- s -

• Scope() : Scope< D, T >
• setAzimuth() : Encoder< D, T > , MultiEncoder< D, T > , Planewave< D, T >
• setCoordinates() : Encoder< D, T >
• setCropSize() : DecoderBinaural< Hoa2d, T > , DecoderBinaural< Hoa3d, T >
• setElevation() : Encoder< D, T > , MultiEncoder< D, T > , Planewave< D, T >
• setFisheye() : MultiEncoder< D, T >
• setMode() : Optim< D, T >
• setMute() : MultiEncoder< D, T >
• setNormalization() : Exchanger< D, T >
• setNumbering() : Exchanger< D, T >
• setPlanewaveAzimuth() : ProcessorPlanewaves< D, T >
• setPlanewaveElevation() : ProcessorPlanewaves< D, T >
• setPlanewavesRotation() : ProcessorPlanewaves< D, T >
• setRadius() : Encoder< D, T > , MultiEncoder< D, T >
• setViewRotation() : Scope< D, T >
• setWidening() : MultiEncoder< D, T > , Wider< D, T >
• setYaw() : Rotate< D, T >
• SN2D : Exchanger< D, T >
• SN3D : Exchanger< D, T >

- t -

• toFurseMalham : Exchanger< D, T >
• toMaxN : Exchanger< D, T >
• toN3D : Exchanger< D, T >
• toSID : Exchanger< D, T >

- v -

• Vector() : Vector< D, T >

- w -

• Wider() : Wider< D, T >

- ~ -

• ~Decoder() : Decoder< D, T > , Decoder< Hoa2d, T > , Decoder< Hoa3d, T >
• ~DecoderBinaural() : DecoderBinaural< D, T > , DecoderBinaural< Hoa2d, T > , DecoderBinaural< Hoa3d, T >
• ~DecoderIrregular() : DecoderIrregular< D, T > , DecoderIrregular< Hoa2d, T >
• ~DecoderRegular() : DecoderRegular< D, T >
• ~Encoder() : Encoder< D, T >
• ~Exchanger() : Exchanger< D, T >
• ~Harmonic() : Harmonic< D, T >
• ~MultiEncoder() : MultiEncoder< D, T >
• ~Optim() : Optim< D, T >
• ~Planewave() : Planewave< D, T >
• ~Processor() : Processor< D, T >
• ~ProcessorHarmonics() : ProcessorHarmonics< D, T >
• ~ProcessorPlanewaves() : ProcessorPlanewaves< D, T >
• ~Rotate() : Rotate< D, T >
• ~Scope() : Scope< D, T >
• ~Vector() : Vector< D, T >
• ~Wider() : Wider< D, T >