Method LoadSequencesN163

Source/FamiTrackerDocIO.cpp:1146–1179

}

void CFamiTrackerDocIO::LoadSequencesN163(CFamiTrackerModule &modfile, int ver) {
	unsigned int Count = AssertRange(file_.GetBlockInt(), 0, MAX_SEQUENCES * (int)SEQ_COUNT, "N163 sequence count");
	AssertRange<MODULE_ERROR_OFFICIAL>(Count, 0U, static_cast<unsigned>(MAX_SEQUENCES * SEQ_COUNT - 1), "N163 sequence count");		// // //

	CSequenceManager *pManager = modfile.GetInstrumentManager()->GetSequenceManager(INST_N163);		// // //

	for (unsigned int i = 0; i < Count; ++i) {
		unsigned int  Index		   = AssertRange(file_.GetBlockInt(), 0, MAX_SEQUENCES - 1, "Sequence index");
		unsigned int  Type		   = AssertRange(file_.GetBlockInt(), 0, (int)SEQ_COUNT - 1, "Sequence type");
		try {
			unsigned char SeqCount = file_.GetBlockChar();
			auto pSeq = pManager->GetCollection(static_cast<sequence_t>(Type))->GetSequence(Index);
			pSeq->Clear();
			pSeq->SetItemCount(SeqCount < MAX_SEQUENCE_ITEMS ? SeqCount : MAX_SEQUENCE_ITEMS);

			pSeq->SetLoopPoint(AssertRange<MODULE_ERROR_STRICT>(
				file_.GetBlockInt(), -1, static_cast<int>(SeqCount) - 1, "Sequence loop point"));
			pSeq->SetReleasePoint(AssertRange<MODULE_ERROR_STRICT>(
				file_.GetBlockInt(), -1, static_cast<int>(SeqCount) - 1, "Sequence release point"));
			pSeq->SetSetting(static_cast<seq_setting_t>(file_.GetBlockInt()));		// // //

			// AssertRange(SeqCount, 0, MAX_SEQUENCE_ITEMS, "Sequence item count");
			for (int j = 0; j < SeqCount; ++j) {
				char Value = file_.GetBlockChar();
				if (j < MAX_SEQUENCE_ITEMS)		// // //
					pSeq->SetItem(j, Value);
			}
		}
		catch (CModuleException &e) {
			e.AppendError("At N163 " + std::string {CInstrumentN163::SEQUENCE_NAME[Type]} + " sequence " + conv::from_int(Index) + ',');
			throw e;
		}
	}
}

void CFamiTrackerDocIO::SaveSequencesN163(const CFamiTrackerModule &modfile, int ver) {
	/*