void SynthesizeData(const TrackModelState& state, AYM::TrackBuilder& track) override
{
if (0 == state.Quirk())
{
if (0 == state.Line())
{
Transposition = Data->Order->GetTransposition(state.Position());
}
GetNewLineState(state, track);
}
SynthesizeChannelsData(track);
}
void GetNewLineState(const TrackModelState& state, AYM::TrackBuilder& track)
{
if (0 == state.Line())
{
std::for_each(PlayerState.begin(), PlayerState.end(), std::mem_fun_ref(&ChannelState::ResetBaseNoise));
}
if (const Line::Ptr line = state.LineObject())
{
for (uint_t chan = 0; chan != PlayerState.size(); ++chan)
{
if (const Cell::Ptr src = line->GetChannel(chan))
{
GetNewChannelState(*src, PlayerState[chan], track);
}
}
}
}
virtual void SynthesizeData(const TrackModelState& state, AYM::TrackBuilder& track)
{
if (0 == state.Quirk())
{
GetNewLineState(state, track);
}
SynthesizeChannelsData(track);
}
void SynthesizeData(const TrackModelState& state, DAC::TrackBuilder& track) override
{
SynthesizeChannelsData(track);
if (0 == state.Quirk())
{
GetNewLineState(state, track);
}
}
void GetNewLineState(const TrackModelState& state, AYM::TrackBuilder& track)
{
if (const Line::Ptr line = state.LineObject())
{
for (uint_t chan = 0; chan != PlayerState.size(); ++chan)
{
if (const Cell::Ptr src = line->GetChannel(chan))
{
GetNewChannelState(*src, PlayerState[chan], track);
}
}
}
}
void GetNewLineState(const TrackModelState& state, DAC::TrackBuilder& track)
{
if (const auto line = state.LineObject())
{
for (uint_t chan = 0; chan != CHANNELS_COUNT; ++chan)
{
if (const auto src = line->GetChannel(chan))
{
DAC::ChannelDataBuilder builder = track.GetChannel(chan);
GetNewChannelState(*src, Volumes[chan], builder);
}
}
}
}