process_sample()

double MayaFlux::Nodes::Generator::Phasor::process_sample ( double  input = 0. )

overridevirtual

Processes a single input sample and generates a phasor sample.

Parameters

input

Input sample (used for modulation when modulators are connected)

Returns

Generated phasor sample (ramp from 0 to amplitude)

This method advances the generator's phase and computes the next sample of the phasor ramp, applying any modulation from connected nodes.

Implements MayaFlux::Nodes::Node.

Definition at line 85 of file Phasor.cpp.

{
    double output = 0.0;
 
    double effective_freq = m_frequency;
 
    if (m_frequency_modulator) {
        atomic_inc_modulator_count(m_frequency_modulator->m_modulator_count, 1);
        uint32_t state = m_frequency_modulator->m_state.load();
        if (state & Utils::NodeState::PROCESSED) {
            effective_freq += m_frequency_modulator->get_last_output();
        } else {
            effective_freq = m_frequency_modulator->process_sample(0.F);
            atomic_add_flag(m_frequency_modulator->m_state, Utils::NodeState::PROCESSED);
        }
 
        update_phase_increment(effective_freq);
    }
 
    output = m_phase * m_amplitude;
 
    if (m_amplitude_modulator) {
        atomic_inc_modulator_count(m_amplitude_modulator->m_modulator_count, 1);
        uint32_t state = m_amplitude_modulator->m_state.load();
        if (state & Utils::NodeState::PROCESSED) {
            output *= m_amplitude_modulator->get_last_output();
        } else {
            output *= m_amplitude_modulator->process_sample(0.F);
            atomic_add_flag(m_amplitude_modulator->m_state, Utils::NodeState::PROCESSED);
        }
    }
 
    output += m_offset;
 
    m_phase += m_phase_inc;
    if (m_phase >= 1.0) {
        m_phase -= 1.0;
        m_phase_wrapped = true;
    }
 
    m_last_output = output;
 
    if (!m_state_saved || (m_state_saved && m_fire_events_during_snapshot))
        notify_tick(output);
 
    if (m_frequency_modulator) {
        atomic_dec_modulator_count(m_frequency_modulator->m_modulator_count, 1);
        try_reset_processed_state(m_frequency_modulator);
    }
    if (m_amplitude_modulator) {
        atomic_dec_modulator_count(m_amplitude_modulator->m_modulator_count, 1);
        try_reset_processed_state(m_amplitude_modulator);
    }
 
    return output;
}

References MayaFlux::Nodes::atomic_add_flag(), MayaFlux::Nodes::atomic_dec_modulator_count(), MayaFlux::Nodes::atomic_inc_modulator_count(), MayaFlux::Nodes::Generator::Generator::m_amplitude, m_amplitude_modulator, MayaFlux::Nodes::Node::m_fire_events_during_snapshot, MayaFlux::Nodes::Generator::Generator::m_frequency, m_frequency_modulator, MayaFlux::Nodes::Node::m_last_output, m_offset, MayaFlux::Nodes::Generator::Generator::m_phase, m_phase_inc, m_phase_wrapped, m_state_saved, notify_tick(), MayaFlux::Utils::PROCESSED, MayaFlux::Nodes::try_reset_processed_state(), and update_phase_increment().

Referenced by process_batch().

Here is the call graph for this function:

Here is the caller graph for this function: