Method PostLoad

Source/FamiTrackerDocIO.cpp:200–231

}

void CFamiTrackerDocIO::PostLoad(CFamiTrackerModule &modfile) {
	if (file_.GetFileVersion() <= 0x0201)
		compat::ReorderSequences(modfile, std::move(m_vTmpSequences));

	if (fds_adjust_arps_) {
		if (modfile.HasExpansionChip(sound_chip_t::FDS)) {
			modfile.VisitSongs([&] (CSongData &song) {
				for (int p = 0; p < MAX_PATTERN; ++p)
					for (int r = 0; r < MAX_PATTERN_LENGTH; ++r) {
						stChanNote &Note = song.GetPatternData(fds_subindex_t::wave, p, r);		// // //
						if (is_note(Note.Note)) {
							int Trsp = Note.ToMidiNote() + NOTE_RANGE * 2;
							Trsp = Trsp >= NOTE_COUNT ? NOTE_COUNT - 1 : Trsp;
							Note.Note = ft0cc::doc::pitch_from_midi(Trsp);
							Note.Octave = ft0cc::doc::oct_from_midi(Trsp);
						}
					}
			});
		}
		auto *pManager = modfile.GetInstrumentManager();
		for (int i = 0; i < MAX_INSTRUMENTS; ++i) {
			if (pManager->GetInstrumentType(i) == INST_FDS) {
				auto pSeq = std::static_pointer_cast<CSeqInstrument>(pManager->GetInstrument(i))->GetSequence(sequence_t::Arpeggio);
				if (pSeq != nullptr && pSeq->GetItemCount() > 0 && pSeq->GetSetting() == SETTING_ARP_FIXED)
					for (unsigned int j = 0; j < pSeq->GetItemCount(); ++j) {
						int Trsp = pSeq->GetItem(j) + NOTE_RANGE * 2;
						pSeq->SetItem(j, Trsp >= NOTE_COUNT ? NOTE_COUNT - 1 : Trsp);
					}
			}
		}
	}
}

void CFamiTrackerDocIO::LoadParams(CFamiTrackerModule &modfile, int ver) {
	auto &Song = *modfile.GetSong(0);