API for constructing Wave Digital Filters with a fixed compile-time architecture. More...

Classes
class	RootRtypeAdaptor
	A non-adaptable R-Type adaptor. More...

class	RtypeAdaptor
	An adaptable R-Type adaptor. More...

class	ScopedDeferImpedancePropagation
	Let's say that you've got some fancy adaptor in your WDF (e.g. More...

class	WDFParallelT
	WDF 3-port parallel adaptor. More...

class	WDFSeriesT
	WDF 3-port series adaptor. More...

class	PolarityInverterT
	WDF Voltage Polarity Inverter. More...

class	YParameterT
	WDF y-parameter 2-port (short circuit admittance) More...

class	BaseWDF
	Base WDF class for propagating impedance changes between elements. More...

class	RootWDF
	Base class for propagating impedance changes into root WDF elements. More...

struct	WDFMembers
	Helper struct for common WDF member variables. More...

class	DiodePairT
	WDF diode pair (non-adaptable) See Werner et al., "An Improved and Generalized Diode Clipper Model for Wave Digital Filters" https://www.researchgate.net/publication/299514713_An_Improved_and_Generalized_Diode_Clipper_Model_for_Wave_Digital_Filters. More...

class	DiodeT
	WDF diode (non-adaptable) See Werner et al., "An Improved and Generalized Diode Clipper Model for Wave Digital Filters" https://www.researchgate.net/publication/299514713_An_Improved_and_Generalized_Diode_Clipper_Model_for_Wave_Digital_Filters. More...

class	SwitchT
	WDF Switch (non-adaptable) More...

class	ResistorT
	WDF Resistor Node. More...

class	CapacitorT
	WDF Capacitor Node. More...

class	CapacitorAlphaT
	WDF Capacitor Node with alpha transform parameter. More...

class	InductorT
	WDF Inductor Node. More...

class	InductorAlphaT
	WDF Inductor Node with alpha transform parameter. More...

class	ResistorCapacitorSeriesT
	WDF Resistor and Capacitor in Series. More...

class	ResistorCapacitorParallelT
	WDF Resistor and Capacitor in parallel. More...

class	IdealVoltageSourceT
	WDF Ideal Voltage source (non-adaptable) More...

class	ResistiveVoltageSourceT
	WDF Voltage source with series resistance. More...

class	CapacitiveVoltageSourceT
	WDF Voltage source with series capacitance. More...

class	IdealCurrentSourceT
	WDF Current source (non-adaptable) More...

class	ResistiveCurrentSourceT
	WDF Current source with parallel resistance. More...

class	ResistiveCapacitiveVoltageSourceT
	WDF Resistor and Capacitor and Voltage source in Series. More...

Enumerations
enum	DiodeQuality { Good , Best , Good , Best }
	Enum to determine which diode approximation eqn. More...

enum	DiodeQuality { Good , Best , Good , Best }
	Enum to determine which diode approximation eqn. More...

Functions
template<typename T , typename P1Type , typename P2Type >
CHOWDSP_WDF_MAYBE_UNUSED WDFParallelT< T, P1Type, P2Type >	makeParallel (P1Type &p1, P2Type &p2)
	Factory method for creating a parallel adaptor between two elements. More...

template<typename T , typename P1Type , typename P2Type >
CHOWDSP_WDF_MAYBE_UNUSED WDFSeriesT< T, P1Type, P2Type >	makeSeries (P1Type &p1, P2Type &p2)
	Factory method for creating a series adaptor between two elements. More...

template<typename T , typename PType >
CHOWDSP_WDF_MAYBE_UNUSED PolarityInverterT< T, PType >	makeInverter (PType &p1)
	Factory method for creating a polarity inverter. More...

template<typename T , typename WDFType >
T	voltage (const WDFType &wdf) noexcept
	Probe the voltage across this circuit element. More...

template<typename T , typename WDFType >
T	current (const WDFType &wdf) noexcept
	Probe the current through this circuit element. More...

Detailed Description

API for constructing Wave Digital Filters with a fixed compile-time architecture.

Enumeration Type Documentation

◆ DiodeQuality [1/2]

enum DiodeQuality

Enum to determine which diode approximation eqn.

to use

Enumerator
Good
Best
Good
Best

◆ DiodeQuality [2/2]

enum DiodeQuality

Enum to determine which diode approximation eqn.

to use

Enumerator
Good
Best
Good
Best

Function Documentation

◆ makeParallel()

CHOWDSP_WDF_MAYBE_UNUSED WDFParallelT< T, P1Type, P2Type > makeParallel	(	P1Type &	p1,
		P2Type &	p2
	)

Factory method for creating a parallel adaptor between two elements.

◆ makeSeries()

CHOWDSP_WDF_MAYBE_UNUSED WDFSeriesT< T, P1Type, P2Type > makeSeries	(	P1Type &	p1,
		P2Type &	p2
	)

Factory method for creating a series adaptor between two elements.

◆ makeInverter()

CHOWDSP_WDF_MAYBE_UNUSED PolarityInverterT< T, PType > makeInverter ( PType & p1 )

Factory method for creating a polarity inverter.

◆ voltage()

T voltage ( const WDFType & wdf )

noexcept

Probe the voltage across this circuit element.

◆ current()

T current ( const WDFType & wdf )