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sfFDN
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| ▼NsfFDN | |
| CAllpassFilter | Implements a simple allpass filter with differential equation \(y(n) = g*x(n) + x(n-1) -g*y(n-1)\) |
| CAllpassFilterOptions | Options for configuring an allpass filter |
| CAttenuationFilterBankOptions | Options for configuring an attenuation filter bank |
| CAudioBuffer | A class representing an audio buffer with multiple channels of non-interleaved audio data |
| CAudioProcessor | Base class for audio processors |
| CAudioProcessorChain | A chain of audio processors that processes audio sequentially |
| ▼CCascadedBiquads | Implements a cascade of biquad IIR filters |
| CIIRState | Represents the internal state of the IIR filter |
| CCascadedBiquadsOptions | Options for configuring cascaded biquad filters |
| CCascadedFeedbackMatrixOptions | Information structure for constructing a cascaded feedback matrix (also known as a filter feedback matrix) |
| CDelay | A simple non-interpolating delay line implementation |
| CDelayBank | A bank of parallel delay lines, each with its own delay setting |
| CDelayBankOptions | Options for configuring a delay bank |
| CDelayBankTimeVarying | A bank of parallel delay lines, each with its own delay setting |
| CDelayBankTimeVaryingOptions | Options for configuring a time-varying delay bank |
| CDelayInterp | Delay line with interpolation |
| CDelayMatrix | DelayMatrix implementation as presented in [1] |
| CDelayOptions | Options for configuring delays |
| CDelayTimeVarying | A delay line with time-varying delay |
| CFDN | FDN (Feedback Delay Network) class |
| CFDNConfig | Configuration for the FDN |
| CFDNConfig.input_block_config | Input gain Block |
| CFDNConfig.output_block_config | Output gain block |
| CFilterBank | Implements a bank of filters |
| CFilterCoefficients | Coefficients for a digital IIR filter |
| CFilterFeedbackMatrix | A filter feedback matrix processor |
| CFir | Implements an FIR filter with arbitrary coefficients |
| CFirOptions | Options for configuring a FIR filter |
| CGenerator | Base class for oscillators and signal generators |
| CGraphicEQOptions | Options for configuring a graphic equalizer |
| CHomogenousFilterOptions | Options for configuring a homogenous filter |
| CIIRFilterBank | Implements a bank of IIR filters |
| CModulationOptions | Options for configuring signal modulation |
| CMultichannelSchroederAllpassSectionOptions | Options for configuring a multichannel bank of Schroeder allpass sections |
| COnePoleFilter | Implements a simple one pole filter with differential equation \(y(n) = b_0x(n) - a_1y(n-1)\) |
| Coverloaded | |
| CParallelGains | A parallel gains processor |
| CParallelGainsOptions | Options for configuring parallel gain processing |
| CPartitionedConvolver | A partitioned convolution engine that can filter audio signals with an FIR filter |
| CScalarFeedbackMatrix | A scalar feedback matrix processor |
| CScalarFeedbackMatrixOptions | Options for configuring a scalar feedback matrix |
| CSchroederAllpass | A single Schroeder allpass filter |
| CSchroederAllpassSection | A section of Schroeder allpass filters in series |
| CSchroederAllpassSectionOptions | Options for configuring a Schroeder allpass section consisting of N Schroeder allpass in series or in parallel |
| CSineWave | A sine wave oscillator |
| CSparseFir | Implements a sparse FIR filter |
| CSparseFirOptions | Options for configuring a sparse FIR filter |
| CTenBandFilterOptions | Options for configuring a ten-band filter |
| CThreeBandFilterOptions | Options for configuring a three-band filter |
| CTimeVaryingParallelGains | A time-varying parallel gains processor |
| CTwoBandFilterOptions | Options for configuring a two-band filter |