void GetDriveToc(u32* to,DiskArea area)
{
if (!disc)
return;
memset(to,0xFFFFFFFF,102*4);
//can't get toc on the second area on discs that don't have it
verify(area != DoubleDensity || disc->type == GdRom);
//normal CDs: 1 .. tc
//GDROM: area0 is 1 .. 2, area1 is 3 ... tc
u32 first_track=1;
u32 last_track=disc->tracks.size();
if (area==DoubleDensity)
first_track=3;
else if (disc->type==GdRom)
{
last_track=2;
}
//Geneate the TOC info
//-1 for 1..99 0 ..98
to[99]=CreateTrackInfo_se(disc->tracks[first_track-1].CTRL,disc->tracks[first_track-1].ADDR,first_track);
to[100]=CreateTrackInfo_se(disc->tracks[last_track-1].CTRL,disc->tracks[last_track-1].ADDR,last_track);
if (disc->type==GdRom)
{
//use smaller LEADOUT
if (area==SingleDensity)
to[101]=CreateTrackInfo(disc->LeadOut.CTRL,disc->LeadOut.ADDR,13085);
}
else
to[101]=CreateTrackInfo(disc->LeadOut.CTRL,disc->LeadOut.ADDR,disc->LeadOut.StartFAD);
for (u32 i=first_track-1;i<last_track;i++)
{
to[i]=CreateTrackInfo(disc->tracks[i].CTRL,disc->tracks[i].ADDR,disc->tracks[i].StartFAD);
}
}
Chiptune(ModuleData::Ptr data, Parameters::Accessor::Ptr properties)
: Data(data)
, Properties(properties)
, Info(CreateTrackInfo(Data, AYM::TRACK_CHANNELS))
{
}
Chiptune(ModuleData::Ptr data, Parameters::Accessor::Ptr properties)
: Data(std::move(data))
, Properties(std::move(properties))
, Info(CreateTrackInfo(Data, CHANNELS_COUNT))
{
}
