dspark::OfflineTransientAnalyzer< T >::Event Struct Reference

A detected event, including its locally measured attack/body interval. More...

#include <OfflineTransientAnalyzer.h>

Public Attributes
std::int64_t	begin = 0
std::int64_t	peak = 0
std::int64_t	end = 0
	Exclusive; begin <= peak < end <= source frames.
double	strength = 0
	Normalized novelty, or normalized RMS for energy restarts.
double	contrast = 0
	Local power-rise contrast, not a probability.
double	peakAmplitude = 0
	Linked pooled-channel peak in the event.
double	sustainRms = 0
	Local body/noise reference after the event.
bool	endLimited = false
	Body transition not resolved before the search boundary.
bool	overlapsNext = false
bool	energyRestart = false
	Source-energy restart instead of a spectral candidate.
bool	bandRefined = false
	Attack/body localized above 800 Hz under a lower-frequency bed.

Detailed Description

template<FloatType T>
struct dspark::OfflineTransientAnalyzer< T >::Event

A detected event, including its locally measured attack/body interval.

Definition at line 64 of file OfflineTransientAnalyzer.h.

Member Data Documentation

bandRefined

template<FloatType T>

bool dspark::OfflineTransientAnalyzer< T >::Event::bandRefined = false

Attack/body localized above 800 Hz under a lower-frequency bed.

Definition at line 76 of file OfflineTransientAnalyzer.h.

begin

template<FloatType T>

std::int64_t dspark::OfflineTransientAnalyzer< T >::Event::begin = 0

Definition at line 66 of file OfflineTransientAnalyzer.h.

contrast

template<FloatType T>

double dspark::OfflineTransientAnalyzer< T >::Event::contrast = 0

Local power-rise contrast, not a probability.

Definition at line 70 of file OfflineTransientAnalyzer.h.

end

template<FloatType T>

std::int64_t dspark::OfflineTransientAnalyzer< T >::Event::end = 0

Exclusive; begin <= peak < end <= source frames.

Definition at line 68 of file OfflineTransientAnalyzer.h.

endLimited

template<FloatType T>

bool dspark::OfflineTransientAnalyzer< T >::Event::endLimited = false

Body transition not resolved before the search boundary.

Definition at line 73 of file OfflineTransientAnalyzer.h.

energyRestart

template<FloatType T>

bool dspark::OfflineTransientAnalyzer< T >::Event::energyRestart = false

Source-energy restart instead of a spectral candidate.

Definition at line 75 of file OfflineTransientAnalyzer.h.

overlapsNext

template<FloatType T>

bool dspark::OfflineTransientAnalyzer< T >::Event::overlapsNext = false

Definition at line 74 of file OfflineTransientAnalyzer.h.

peak

template<FloatType T>

std::int64_t dspark::OfflineTransientAnalyzer< T >::Event::peak = 0

Definition at line 67 of file OfflineTransientAnalyzer.h.

peakAmplitude

template<FloatType T>

double dspark::OfflineTransientAnalyzer< T >::Event::peakAmplitude = 0

Linked pooled-channel peak in the event.

Definition at line 71 of file OfflineTransientAnalyzer.h.

strength

template<FloatType T>

double dspark::OfflineTransientAnalyzer< T >::Event::strength = 0

Normalized novelty, or normalized RMS for energy restarts.

Definition at line 69 of file OfflineTransientAnalyzer.h.

sustainRms

template<FloatType T>

double dspark::OfflineTransientAnalyzer< T >::Event::sustainRms = 0

Local body/noise reference after the event.

Definition at line 72 of file OfflineTransientAnalyzer.h.

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

• OfflineTransientAnalyzer.h