schedule_pattern() [1/4]

template<std::incrementable Index = uint64_t, typename Generator , typename Callback >
requires Kriya::PatternGenerator<Generator, Index> && Kriya::PatternCallback<Callback, typename Kriya::PatternTraits<Generator, Index>::value_type>

void MayaFlux::schedule_pattern	(	Generator	generator,
		Callback	callback,
		std::vector< double >	durations,
		std::string	name = "",
		Vruta::ProcessingToken	token = Vruta::ProcessingToken::SAMPLE_ACCURATE
	)

Schedules a typed pattern whose steps are spaced by a list of durations.

Template Parameters

Index

Step index type, default uint64_t

Parameters

generator	Callable from the step index to any value
callback	Callable that takes the generated value
durations	Seconds to wait after each step, stepped through in order and repeated
name	Name of the pattern task (optional but recommended)
token	Processing token to determine which scheduler rate to use (default: SAMPLE_ACCURATE)

The value type is whatever the generator returns, so no std::any is involved. schedule_pattern(gen, cb, { 0.25, 0.5 }) selects this overload.

Definition at line 176 of file Chronie.hpp.

{
    schedule_task(name, Kriya::pattern<Index>(std::move(generator), std::move(callback), std::move(durations), token));
}

References callback, name, and schedule_task().

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