Method InitRecordInstrument

Source/InstrumentRecorder.cpp:302–342

}

void CInstrumentRecorder::InitRecordInstrument()
{
	if (m_pModule->GetInstrumentManager()->GetInstrumentCount() >= MAX_INSTRUMENTS) {
		m_iDumpCount = 0; m_iRecordChannel = { }; return;
	}
	inst_type_t Type = [&] { // optimize this
		switch (m_iRecordChannel.Chip) {
		case sound_chip_t::APU: case sound_chip_t::MMC5: return INST_2A03;
		case sound_chip_t::VRC6: return INST_VRC6;
		// case sound_chip_t::VRC7: return INST_VRC7;
		case sound_chip_t::FDS:  return INST_FDS;
		case sound_chip_t::N163: return INST_N163;
		case sound_chip_t::S5B:  return INST_S5B;
		}
		return INST_NONE;
	}();
	*m_pDumpInstrument = FTEnv.GetInstrumentService()->Make(Type);		// // //
	if (!*m_pDumpInstrument) return;

	auto str = std::string {FTEnv.GetSoundChipService()->GetChannelFullName(m_iRecordChannel)};
	(*m_pDumpInstrument)->SetName(u8"from " + str);

	if (Type == INST_FDS) {
		m_pSequenceCache[sequence_t::Arpeggio]->SetSetting(SETTING_ARP_FIXED);
		return;
	}
	if (auto Inst = dynamic_cast<CSeqInstrument *>(m_pDumpInstrument->get())) {
		for (auto i : enum_values<sequence_t>()) {
			Inst->SetSeqEnable(i, 1);
			Inst->SetSeqIndex(i, m_pModule->GetInstrumentManager()->GetFreeSequenceIndex(Type, i, nullptr));
		}
		m_pSequenceCache[sequence_t::Arpeggio]->SetSetting(SETTING_ARP_FIXED);
		// m_pSequenceCache[sequence_t::Pitch]->SetSetting(SETTING_PITCH_ABSOLUTE);
		// m_pSequenceCache[sequence_t::HiPitch]->SetSetting(SETTING_PITCH_ABSOLUTE);
		// VRC6 sawtooth 64-step volume
		if (IsAPUTriangle(m_iRecordChannel))
			Inst->SetSeqEnable(sequence_t::DutyCycle, 0);
	}
	m_iRecordWaveSize = 32; // DEFAULT_WAVE_SIZE
	m_iRecordWaveCount = 0;
}

void CInstrumentRecorder::FinalizeRecordInstrument()
{