/// <summary>
/// Try to assign automatically player 1 and 2 to usb-mics.
/// </summary>
public static bool AutoAssignMics()
{
//Look for (usb-)mic
//SRecordDevice[] Devices = new SRecordDevice[CSound.RecordGetDevices().Length];
SRecordDevice[] Devices = CSound.RecordGetDevices();
if (Devices == null)
{
return(false);
}
for (int dev = 0; dev < Devices.Length; dev++)
{
//Has Device some signal-names in name -> This could be a (usb-)mic
if (Regex.IsMatch(Devices[dev].Name, @"Usb|Wireless", RegexOptions.IgnoreCase))
{
//Check if there are inputs.
if (Devices[dev].Inputs.Count >= 1)
{
//Check if there is one or more channels
if (Devices[dev].Inputs[0].Channels >= 2)
{
//Set this device to player 1
MicConfig[0].DeviceName = Devices[dev].Name;
MicConfig[0].DeviceDriver = Devices[dev].Driver;
MicConfig[0].InputName = Devices[dev].Inputs[0].Name;
MicConfig[0].Channel = 1;
//Set this device to player 2
MicConfig[1].DeviceName = Devices[dev].Name;
MicConfig[1].DeviceDriver = Devices[dev].Driver;
MicConfig[1].InputName = Devices[dev].Inputs[0].Name;
MicConfig[1].Channel = 2;
return(true);
}
}
}
}
//If no usb-mics found -> Look for Devices with "mic" or "mik"
for (int dev = 0; dev < Devices.Length; dev++)
{
//Has Device some signal-names in name -> This could be a mic
if (Regex.IsMatch(Devices[dev].Name, @"Mic|Mik", RegexOptions.IgnoreCase))
{
//Check if there are inputs.
if (Devices[dev].Inputs.Count >= 1)
{
bool micfound = false;
//Check if there is one or more channels
if (Devices[dev].Inputs[0].Channels >= 1)
{
//Set this device to player 1
MicConfig[0].DeviceName = Devices[dev].Name;
MicConfig[0].DeviceDriver = Devices[dev].Driver;
MicConfig[0].InputName = Devices[dev].Inputs[0].Name;
MicConfig[0].Channel = 1;
micfound = true;
}
if (Devices[dev].Inputs[0].Channels >= 2)
{
//Set this device to player 2
MicConfig[1].DeviceName = Devices[dev].Name;
MicConfig[1].DeviceDriver = Devices[dev].Driver;
MicConfig[1].InputName = Devices[dev].Inputs[0].Name;
MicConfig[1].Channel = 2;
micfound = true;
}
if (micfound)
{
return(true);
}
}
}
}
return(false);
}
public static void UpdatePoints(float Time)
{
bool DEBUG_HIT = false;
CSong song = _GameMode.GetSong();
if (song == null)
{
return;
}
_Beat = GetBeatFromTime(Time, song.BPM, song.Gap);
_CurrentBeat = (int)Math.Floor(_Beat);
_MidBeatD = -0.5f + GetBeatFromTime(Time, song.BPM, song.Gap + CConfig.MicDelay / 1000f);
_CurrentBeatD = (int)Math.Floor(_MidBeatD);
for (int p = 0; p < _NumPlayer; p++)
{
CSound.AnalyzeBuffer(p);
}
if (_OldBeatD == _CurrentBeatD)
{
return;
}
for (int p = 0; p < _NumPlayer; p++)
{
for (int beat = _OldBeatD + 1; beat <= _CurrentBeatD; beat++)
{
CLine[] lines = song.Notes.GetLines(_Player[p].LineNr).Line;
int Line = -1;
for (int j = 0; j < lines.Length; j++)
{
if (beat >= lines[j].StartBeat && beat <= lines[j].EndBeat)
{
Line = j;
break;
}
}
if (Line >= 0)
{
if (Line != _Player[p].CurrentLine)
{
_Player[p].CurrentNote = -1;
}
_Player[p].CurrentLine = Line;
while (_Player[p].SingLine.Count <= Line)
{
_Player[p].SingLine.Add(new CLine());
}
CNote[] notes = lines[Line].Notes;
int Note = -1;
for (int j = 0; j < notes.Length; j++)
{
if (beat >= notes[j].StartBeat && beat <= notes[j].EndBeat)
{
Note = j;
break;
}
}
if (Note >= 0)
{
_Player[p].CurrentNote = Note;
if (Line == lines.Length - 1)
{
if (Note == lines[Line].NoteCount - 1)
{
if (notes[Note].EndBeat == beat)
{
_Player[p].SongFinished = true;
}
}
}
if (notes[Note].PointsForBeat > 0 && (CSound.RecordToneValid(p) || DEBUG_HIT))
{
int Tone = notes[Note].Tone;
int TonePlayer = CSound.RecordGetTone(p);
while (TonePlayer - Tone > 6)
{
TonePlayer -= 12;
}
while (TonePlayer - Tone < -6)
{
TonePlayer += 12;
}
if (DEBUG_HIT)
{
TonePlayer = Tone;
}
_Player[p].NoteDiff = Math.Abs(Tone - TonePlayer);
if (_Player[p].NoteDiff <= (2 - (int)_Player[p].Difficulty))
{
// valid
CSound.RecordSetTone(p, Tone);
_Player[p].Points += (CSettings.MaxScore - CSettings.LinebonusScore) * (double)notes[Note].PointsForBeat / (double)song.Notes.GetLines(_Player[p].LineNr).Points;
// update player notes (sung notes)
if (_Player[p].SingLine[Line].NoteCount > 0)
{
CNote nt = _Player[p].SingLine[Line].LastNote;
if (notes[Note].StartBeat == beat || nt.EndBeat + 1 != beat || nt.Tone != Tone)
{
_Player[p].SingLine[Line].AddNote(new CNote(beat, 1, Tone, String.Empty, true, notes[Note].NoteType));
}
else
{
_Player[p].SingLine[Line].IncLastNoteLength();
}
}
else
{
_Player[p].SingLine[Line].AddNote(new CNote(beat, 1, Tone, String.Empty, true, notes[Note].NoteType));
}
_Player[p].SingLine[Line].LastNote.IsPerfect(notes[Note]);
_Player[p].SingLine[Line].IsPerfect(lines[Line]);
if (_Player[p].SingLine[Line].PerfectLine)
{
_Player[p].Points += CSettings.LinebonusScore * (double)lines[Line].Points / (double)song.Notes.GetPoints(_Player[p].LineNr);
}
}
else
{
if (_Player[p].SingLine[Line].NoteCount > 0)
{
CNote nt = _Player[p].SingLine[Line].LastNote;
if (nt.EndBeat + 1 != beat || nt.Hit)
{
_Player[p].SingLine[Line].AddNote(new CNote(beat, 1, TonePlayer, String.Empty, false, notes[Note].NoteType));
}
else
{
if (nt.Tone == TonePlayer && nt.EndBeat + 1 == beat)
{
_Player[p].SingLine[Line].IncLastNoteLength();
}
else
{
_Player[p].SingLine[Line].AddNote(new CNote(beat, 1, TonePlayer, String.Empty, false, notes[Note].NoteType));
}
}
}
else
{
_Player[p].SingLine[Line].AddNote(new CNote(beat, 1, TonePlayer, String.Empty, false, notes[Note].NoteType));
}
}
}
}
}
}
}
_OldBeatD = _CurrentBeatD;
}
