pulp::signal::FmOperatorRoutingT< SampleType, MaxOperators > Class Template Reference

Fixed-capacity routing for an operator network. More...

#include <fm_operator_engine.hpp>

Public Member Functions
	FmOperatorRoutingT ()
void	clear () noexcept
void	set_phase_modulation_radians (std::size_t destination, std::size_t source, SampleType radians) noexcept
void	set_frequency_modulation_hz (std::size_t destination, std::size_t source, SampleType deviation_hz) noexcept
void	set_carrier_gain (std::size_t op, SampleType linear_gain) noexcept
SampleType	phase_modulation_radians (std::size_t destination, std::size_t source) const noexcept
SampleType	frequency_modulation_hz (std::size_t destination, std::size_t source) const noexcept
SampleType	carrier_gain (std::size_t op) const noexcept

Static Public Attributes
static constexpr SampleType	kMaxPhaseDeviationRadians
static constexpr SampleType	kMaxFrequencyDeviationHz = SampleType{96000}

Detailed Description

template<typename SampleType, std::size_t MaxOperators = 8>
class pulp::signal::FmOperatorRoutingT< SampleType, MaxOperators >

Fixed-capacity routing for an operator network.

Matrix indices are [destination][source]. Phase entries are radians of phase deviation per unit source output. Frequency entries are Hz of instantaneous-frequency deviation per unit source output. Both may be active on the same edge; keeping separate matrices makes the often-blurred distinction between phase modulation and frequency modulation explicit. Carrier gains are linear. When their sum exceeds unity, the engine divides the weighted output by that sum, so adding full-scale carriers does not silently change level; a sub-unity sum remains intentional attenuation.

Constructor & Destructor Documentation

FmOperatorRoutingT()

template<typename SampleType, std::size_t MaxOperators = 8>

pulp::signal::FmOperatorRoutingT< SampleType, MaxOperators >::FmOperatorRoutingT ( )

inline

Member Function Documentation

carrier_gain()

template<typename SampleType, std::size_t MaxOperators = 8>

SampleType pulp::signal::FmOperatorRoutingT< SampleType, MaxOperators >::carrier_gain ( std::size_t op ) const

inlinenoexcept

clear()

template<typename SampleType, std::size_t MaxOperators = 8>

void pulp::signal::FmOperatorRoutingT< SampleType, MaxOperators >::clear ( )

inlinenoexcept

frequency_modulation_hz()

template<typename SampleType, std::size_t MaxOperators = 8>

SampleType pulp::signal::FmOperatorRoutingT< SampleType, MaxOperators >::frequency_modulation_hz ( std::size_t destination, std::size_t source ) const

inlinenoexcept

phase_modulation_radians()

template<typename SampleType, std::size_t MaxOperators = 8>

SampleType pulp::signal::FmOperatorRoutingT< SampleType, MaxOperators >::phase_modulation_radians ( std::size_t destination, std::size_t source ) const

inlinenoexcept

set_carrier_gain()

template<typename SampleType, std::size_t MaxOperators = 8>

void pulp::signal::FmOperatorRoutingT< SampleType, MaxOperators >::set_carrier_gain ( std::size_t op, SampleType linear_gain )

inlinenoexcept

set_frequency_modulation_hz()

template<typename SampleType, std::size_t MaxOperators = 8>

void pulp::signal::FmOperatorRoutingT< SampleType, MaxOperators >::set_frequency_modulation_hz ( std::size_t destination, std::size_t source, SampleType deviation_hz )

inlinenoexcept

set_phase_modulation_radians()

template<typename SampleType, std::size_t MaxOperators = 8>

void pulp::signal::FmOperatorRoutingT< SampleType, MaxOperators >::set_phase_modulation_radians ( std::size_t destination, std::size_t source, SampleType radians )

inlinenoexcept

Member Data Documentation

kMaxFrequencyDeviationHz

template<typename SampleType, std::size_t MaxOperators = 8>

SampleType pulp::signal::FmOperatorRoutingT< SampleType, MaxOperators >::kMaxFrequencyDeviationHz = SampleType{96000}

staticconstexpr

kMaxPhaseDeviationRadians

template<typename SampleType, std::size_t MaxOperators = 8>

SampleType pulp::signal::FmOperatorRoutingT< SampleType, MaxOperators >::kMaxPhaseDeviationRadians

staticconstexpr

Initial value:

=
        SampleType{8} * std::numbers::pi_v<SampleType>

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The documentation for this class was generated from the following file:

• /home/runner/work/pulp/pulp/core/signal/include/pulp/signal/fm_operator_engine.hpp