public HITThread(HITFile Src, HITVM VM)
{
this.Src = Src;
this.VM = VM;
Registers = new int[16];
LocalVar = new int[54];
ObjectVar = new int[29];
Notes = new List <HITNoteEntry>();
NotesByChannel = new Dictionary <int, HITNoteEntry>();
Owners = new List <int>();
Stack = new Stack <int>();
audContent = Content.Content.Get().Audio;
}
public HITThread(HITFile Src, HITVM VM)
{
this.Src = Src;
this.VM = VM;
Registers = new int[16];
Registers[1] = 12; //gender (offset into object var table)
LocalVar = new int[54];
ObjectVar = new int[29];
Notes = new List <HITNoteEntry>();
NotesByChannel = new Dictionary <SoundEffectInstance, HITNoteEntry>();
Owners = new List <int>();
Stack = new Stack <int>();
audContent = Content.Content.Get().Audio;
}
private HITResourceGroup LoadHitGroup(string HITPath, string EVTPath, string HSMPath)
{
var events = new EVT(EVTPath);
var hitfile = new HITFile(HITPath);
HSM hsmfile = null;
if (HSMPath != null)
{
hsmfile = new HSM(HSMPath);
}
return(new HITResourceGroup()
{
evt = events,
hit = hitfile,
hsm = hsmfile
});
}
public void Init()
{
//somewhat different from TSO audio - need to scan content for .hot files, then load them all
//hot contains EVT, tracks, hitlists and patches...
//...which are added to our global database.
WAVSounds.Init();
MP3Sounds.Init();
XASounds.Init();
UTKSounds.Init();
var FilePattern = new Regex(@".*\.hot");
List <string> matchedFiles = new List <string>();
foreach (var file in ContentManager.TS1AllFiles)
{
if (FilePattern.IsMatch(file.Replace('\\', '/')))
{
matchedFiles.Add(file);
}
}
foreach (var file in matchedFiles)
{
//load associated HIT, HSM
var cFile = Path.Combine(ContentManager.TS1BasePath, file);
var bPath = cFile.Substring(0, cFile.Length - 4); //path without .hot extension
var hsm = new HSM(PathCaseTools.Insensitive(bPath + ".hsm"));
var hit = new HITFile(PathCaseTools.Insensitive(bPath + ".hit"));
var hot = new Hot(cFile, hsm);
var group = new HITResourceGroup()
{
hsm = hsm, hit = hit, hot = hot
};
foreach (var trk in hot.Tracks)
{
if (TracksById.ContainsKey(trk.Key) && TracksById[trk.Key].SubroutineID != trk.Value.SubroutineID)
{
}
TracksById[trk.Key] = trk.Value;
}
foreach (var patch in hot.Patches)
{
if (PatchesById.ContainsKey(patch.Key) && patch.Value.Filename != PatchesById[patch.Key].Filename)
{
}
PatchesById[patch.Key] = patch.Value;
}
foreach (var hls in hot.Hitlists)
{
if (HitlistsById.ContainsKey(hls.Key) && HitlistsById[hls.Key].IDs.Count != hls.Value.IDs.Count)
{
}
HitlistsById[hls.Key] = hls.Value;
}
foreach (var evt in hot.Events)
{
_Events[evt.Key] = new HITEventRegistration()
{
Name = evt.Value.Name,
EventType = (FSO.Files.HIT.HITEvents)evt.Value.EventType,
TrackID = evt.Value.TrackID,
ResGroup = group
};
}
}
var musics = Events.Where(x => x.Value.EventType == HITEvents.kSetMusicMode).Select(x => x.Key + ": " + x.Value.TrackID).ToList();
var stations = Events.Where(x => x.Value.EventType == HITEvents.kTurnOnTV).Select(x => x.Key + ": " + x.Value.TrackID.ToString()).ToList();
//.Select(x => x.Key + ": " + new string(new char[] { (char)(x.Value.TrackID & 0xFF), (char)((x.Value.TrackID >> 8) & 0xFF), (char)((x.Value.TrackID >> 16) & 0xFF), (char)((x.Value.TrackID >> 24) & 0xFF) })).ToList();
}
