Nodes::Quantifier::v2::Node Struct Reference

Classes
struct	Clock
struct	Note
struct	Pending
struct	Running

Public Types
using	tick = halp::tick_flicks

Public Member Functions
	halp_meta (name, "Midi quantify") halp_meta(c_name
Quantifier	halp_meta (category, "Midi") halp_meta(manual_url
Quantifier ossia score	halp_meta (description, "Quantifies a MIDI input") halp_meta(uuid
void	prepare (halp::setup s)
void	set_clock (const halp::tick_musical &tk) noexcept
bool	musical (bool sync) const noexcept
double	frames_per_unit (bool sync) const noexcept
double	to_unit (int64_t frame, bool sync) const noexcept
int64_t	to_frame (double unit, bool sync) const noexcept
double	length (float seconds, bool sync) const noexcept
	A time chooser's value, which is in seconds even when synced.
int64_t	start_of (int64_t at) const noexcept
	When a note played at at starts.
int64_t	end_of (int64_t start) const noexcept
	When a note starting at start ends, or -1 for its note-off.
void	note_off (const Note &n, int64_t at, int64_t pos)
void	release_all (int64_t at, int64_t pos)
void	operator() (const tick &tk)

Public Attributes
Quantifier	https: halp_meta(author
struct {
halp::midi_bus<"in", libremidi::message >   midi
halp::time_chooser<"Grid", halp::range{0., 4., 0.125}>   grid
	Notes start on this grid; 0 lets them through as they come.
halp::hslider_f32<"Tightness", halp::range{0.f, 1.f, 0.8f}>   tightness
halp::enum_t< NoteLength, "Length">   length
halp::time_chooser<"Duration", halp::range{0., 8., 0.25}>   duration
	The length of a note, or the grid its end falls on.
}	inputs
struct {
midi_out   midi
}	outputs
std::vector< Pending >	pending
std::vector< Running >	running
int64_t	last_end {-1}
halp::setup	setup
struct Nodes::Quantifier::v2::Node::Clock	clock

Member Function Documentation

release_all()

void Nodes::Quantifier::v2::Node::release_all ( int64_t  at, int64_t  pos  )

inline

Every sounding note off, at at, and nothing waits any more: a jump in time, a restart.

Member Data Documentation

tightness

halp::hslider_f32<"Tightness", halp::range{0.f, 1.f, 0.8f}> Nodes::Quantifier::v2::Node::tightness

1: a note always waits for the next grid point. Lower: a note played just after a grid point – by up to (1 - tightness) of half a step – counts as on time, and starts at once.

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

• Quantifier_v2.hpp