Class Hierarchy

Go to the graphical class hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 12]

CsfFDN::AllpassFilterOptions	Options for configuring an allpass filter
CsfFDN::AttenuationFilterBankOptions	Options for configuring an attenuation filter bank
CsfFDN::AudioBuffer	A class representing an audio buffer with multiple channels of non-interleaved audio data
▼CsfFDN::AudioProcessor	Base class for audio processors
CsfFDN::AllpassFilter	Implements a simple allpass filter with differential equation \(y(n) = g*x(n) + x(n-1) -g*y(n-1)\)
CsfFDN::AudioProcessorChain	A chain of audio processors that processes audio sequentially
CsfFDN::CascadedBiquads	Implements a cascade of biquad IIR filters
CsfFDN::DelayBank	A bank of parallel delay lines, each with its own delay setting
CsfFDN::DelayBankTimeVarying	A bank of parallel delay lines, each with its own delay setting
CsfFDN::DelayInterp	Delay line with interpolation
CsfFDN::DelayMatrix	DelayMatrix implementation as presented in [1]
CsfFDN::DelayTimeVarying	A delay line with time-varying delay
CsfFDN::FDN	FDN (Feedback Delay Network) class
CsfFDN::FilterBank	Implements a bank of filters
CsfFDN::FilterFeedbackMatrix	A filter feedback matrix processor
CsfFDN::Fir	Implements an FIR filter with arbitrary coefficients
CsfFDN::IIRFilterBank	Implements a bank of IIR filters
CsfFDN::OnePoleFilter	Implements a simple one pole filter with differential equation \(y(n) = b_0x(n) - a_1y(n-1)\)
CsfFDN::ParallelGains	A parallel gains processor
CsfFDN::PartitionedConvolver	A partitioned convolution engine that can filter audio signals with an FIR filter
CsfFDN::ScalarFeedbackMatrix	A scalar feedback matrix processor
CsfFDN::SchroederAllpassSection	A section of Schroeder allpass filters in series
CsfFDN::SparseFir	Implements a sparse FIR filter
CsfFDN::TimeVaryingParallelGains	A time-varying parallel gains processor
CsfFDN::CascadedBiquadsOptions	Options for configuring cascaded biquad filters
CsfFDN::CascadedFeedbackMatrixOptions	Information structure for constructing a cascaded feedback matrix (also known as a filter feedback matrix)
CsfFDN::Delay	A simple non-interpolating delay line implementation
CsfFDN::DelayBankOptions	Options for configuring a delay bank
CsfFDN::DelayBankTimeVaryingOptions	Options for configuring a time-varying delay bank
CsfFDN::DelayOptions	Options for configuring delays
CsfFDN::FDNConfig	Configuration for the FDN
CsfFDN::FDNConfig.input_block_config	Input gain Block
CsfFDN::FDNConfig.output_block_config	Output gain block
CsfFDN::FilterCoefficients	Coefficients for a digital IIR filter
CsfFDN::FirOptions	Options for configuring a FIR filter
▼CsfFDN::Generator	Base class for oscillators and signal generators
CsfFDN::SineWave	A sine wave oscillator
CsfFDN::GraphicEQOptions	Options for configuring a graphic equalizer
CsfFDN::HomogenousFilterOptions	Options for configuring a homogenous filter
CsfFDN::CascadedBiquads::IIRState	Represents the internal state of the IIR filter
CsfFDN::ModulationOptions	Options for configuring signal modulation
CsfFDN::MultichannelSchroederAllpassSectionOptions	Options for configuring a multichannel bank of Schroeder allpass sections
CsfFDN::ParallelGainsOptions	Options for configuring parallel gain processing
CsfFDN::ScalarFeedbackMatrixOptions	Options for configuring a scalar feedback matrix
CsfFDN::SchroederAllpass	A single Schroeder allpass filter
CsfFDN::SchroederAllpassSectionOptions	Options for configuring a Schroeder allpass section consisting of N Schroeder allpass in series or in parallel
CsfFDN::SparseFirOptions	Options for configuring a sparse FIR filter
CsfFDN::TenBandFilterOptions	Options for configuring a ten-band filter
CsfFDN::ThreeBandFilterOptions	Options for configuring a three-band filter
▼CTs...
CsfFDN::overloaded< Ts >
CsfFDN::TwoBandFilterOptions	Options for configuring a two-band filter