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| TanMic (mcl::Point position, mcl::Quaternion orientation, sal::Sample base_angle) |
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virtual | ~TanMic () |
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| MemorylessMonoMic (mcl::Point position, mcl::Quaternion orientation) |
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virtual | ~MemorylessMonoMic () |
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virtual void | AddPlaneWaveRelative (const Sample *input_data, const Int num_samples, const mcl::Point &point, const Int, Buffer &output_buffer) noexcept |
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| MemorylessMic (mcl::Point position, mcl::Quaternion orientation) |
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virtual | ~MemorylessMic () |
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| Microphone (mcl::Point position, mcl::Quaternion orientation=mcl::Quaternion::Identity()) |
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mcl::Point | position () const noexcept |
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virtual void | SetPosition (const mcl::Point &position) noexcept |
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mcl::Quaternion | orientation () const noexcept |
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virtual void | SetOrientation (const mcl::Quaternion &orientation) noexcept |
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void | SetHandedness (const mcl::Handedness handedness) noexcept |
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void | AddPlaneWave (const MonoBuffer &signal, const mcl::Point &point, Buffer &output_buffer) noexcept |
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void | AddPlaneWave (const Sample *input_data, const Int num_samples, const mcl::Point &point, Buffer &output_buffer) noexcept |
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void | AddPlaneWave (const Sample input_sample, const mcl::Point &point, Buffer &output_buffer) noexcept |
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void | AddPlaneWave (const MonoBuffer &input_buffer, const mcl::Point &point, const Int wave_id, Buffer &output_buffer) noexcept |
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void | AddPlaneWave (const Sample input_sample, const mcl::Point &point, const Int wave_id, Buffer &output_buffer) noexcept |
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virtual void | AddPlaneWave (const Sample *input_data, const Int num_samples, const mcl::Point &point, const Int wave_id, Buffer &output_buffer) noexcept |
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virtual bool | IsOmni () const noexcept |
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mcl::Point | GetRelativePoint (const mcl::Point &point) const noexcept |
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virtual void | Reset () noexcept |
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virtual | ~Microphone () |
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virtual void | AddPlaneWaveRelative (const MonoBuffer &signal, const mcl::Point &point, const Int wave_id, Buffer &output_buffer) noexcept |
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| MonoMic (mcl::Point position, mcl::Quaternion orientation) |
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Sample | RecordPlaneWave (const Sample input_sample, const mcl::Point &point, const Int &wave_id=0) noexcept |
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bool | IsCoincident () const noexcept |
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Int | num_channels () const noexcept |
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virtual | ~MonoMic () |
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This class describes directivity pattern whose expression is of the type: a[0]+a[1]cos(theta)+a[2]cos^2(theta)+... Note that such an expression is axisimmetric.