daemon/src/Sinewave.cpp


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#include "Sinewave.h"

Sinewave::Sinewave()
{
	m_start_time = std::chrono::high_resolution_clock::now();

	m_amplitude = 11;
	m_frequency = 10;
	m_phase = 30;
}

void Sinewave::apply(AssemblyContext ctx)
{
	ctx.bind("/set_amplitude", [&](double amplitude) { set_amplitude(amplitude); });
	ctx.bind("/set_frequency", [&](double frequency) { set_frequency(frequency); });
	ctx.bind("/set_phase",     [&](double phase)     { set_phase(phase);		   });
	ctx.bind("/get_amplitude", [&]() -> double { return get_amplitude();  });
	ctx.bind("/get_frequency", [&]() -> double { return get_frequency();  });
	ctx.bind("/get_phase",     [&]() -> double { return get_phase();		});
	ctx.bind("/get_point",     [&]() -> double { return get_point(); });
}

void Sinewave::set_amplitude(double amplitude)
{
	m_amplitude = amplitude;
}

void Sinewave::set_frequency(double frequency)
{
	m_frequency = frequency;
}

void Sinewave::set_phase(double phase)
{
	m_phase = phase;
}

double Sinewave::get_amplitude() const
{
	return m_amplitude;
}

double Sinewave::get_frequency() const
{
	return m_frequency;
}

double Sinewave::get_phase() const
{
	return m_phase;
}

double Sinewave::get_point()
{
	m_current_time = std::chrono::high_resolution_clock::now();
	m_duration_time = m_current_time - m_start_time;

	return m_amplitude * sin(2 * 3.14 * m_frequency * m_duration_time.count() + m_phase);
}