Public Member Functions
	halp_meta (name, "Spectrum") halp_meta(c_name

SpectrumAnalyser	halp_meta (category, "Monitoring/Audio") halp_meta(author

SpectrumAnalyser ossia score	halp_meta (manual_url, "") halp_meta(description

SpectrumAnalyser ossia score Spectrum third octave RTA and calibrated so that a full scale sine reads dBFS	halp_meta (uuid, "277e8d4c-afea-490f-bf45-21ac2180871c") halp_flag(fully_custom_item)

void	prepare (halp::setup s)

void	operator() (int frames)

Public Attributes
SpectrumAnalyser ossia score Spectrum	analyser

SpectrumAnalyser ossia score Spectrum third octave RTA and	spectrogram

struct {

halp::dynamic_audio_bus<"Audio", double > audio

struct range

mode

size

window

averaging

slope

struct range

smoothing

floor

ceiling

struct range

channels

halp::toggle<"Peak hold"> peak_hold

}	inputs

struct {

peak

centroid

bands

}	outputs

std::shared_ptr< SpectrumMonitor >	monitor = std::make_shared<SpectrumMonitor>()

Ui::Monitor::SpectrumAnalysis	analysis

std::vector< double >	history

std::vector< double >	ordered

int	write_pos {}

double	since {}

double	rate {}

Member Function Documentation

◆ prepare()

void Ui::Spectrum::Node::prepare ( halp::setup s )

inline

Also called on the execution thread when the channel count changes: the analysis only depends on the rate.

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