internal void ReadSongBlock(System.IO.StreamReader file)
{
string line;
TuningLookup tuning = new TuningLookup();
while ((line = file.ReadLine()) != null)
{
if (line.ToUpper() == "BLOCK_END")
{
return;
}
//READ THE DATA
//Split the track data
SongNoteGroup new_song_group = new SongNoteGroup();
string[] TrackData = line.Split(',');
for (int i = 0; i < TrackData.Length; i++)
{
//we need to split the data and store in out song note
string[] note_data = TrackData[i].Split(':');
new_song_group.track[i].note = note_data[0].Trim();
new_song_group.track[i].feq = tuning.GetFeq(note_data[0].Trim());
new_song_group.track[i].volume = double.Parse(note_data[1].Trim());
new_song_group.track[i].sound = int.Parse(note_data[2].Trim());
}
this.track_lines.Add(new_song_group);
}
tuning = null;
}
internal void Read_Sample_Block(System.IO.StreamReader file)
{
string line;
TuningLookup tuning = new TuningLookup();
while ((line = file.ReadLine()) != null)
{
if (line.ToUpper() == "BLOCK_END")
{
return;
}
this.sample_list.Add(line.Trim());
}
}
internal void ReadSongBlock(System.IO.StreamReader file)
{
string line;
TuningLookup tuning = new TuningLookup();
while ((line = file.ReadLine()) != null)
{
if (line.ToUpper() == "BLOCK_END")
{
return;
}
//READ THE DATA
//Split the track data
SongNoteGroup new_song_group = new SongNoteGroup();
string[] TrackData = line.Split(',');
for (int i = 0; i < TrackData.Length; i++)
{
//we need to split the data and store in out song note
string[] note_data = TrackData[i].Split(':');
switch (i)
{
case 0:
new_song_group.track1.note = note_data[0].Trim();
new_song_group.track1.feq = tuning.GetFeq(note_data[0].Trim());
new_song_group.track1.volume = double.Parse(note_data[1].Trim());
new_song_group.track1.sound = int.Parse(note_data[2].Trim());
break;
case 1:
new_song_group.track2.note = note_data[0].Trim();
new_song_group.track2.feq = tuning.GetFeq(note_data[0].Trim());
new_song_group.track2.volume = double.Parse(note_data[1].Trim());
new_song_group.track2.sound = int.Parse(note_data[2].Trim());
break;
case 2:
new_song_group.track3.note = note_data[0].Trim();
new_song_group.track3.feq = tuning.GetFeq(note_data[0].Trim());
new_song_group.track3.volume = double.Parse(note_data[1].Trim());
new_song_group.track3.sound = int.Parse(note_data[2].Trim());
break;
case 3:
new_song_group.track4.note = note_data[0].Trim();
new_song_group.track4.feq = tuning.GetFeq(note_data[0].Trim());
new_song_group.track4.volume = double.Parse(note_data[1].Trim());
new_song_group.track4.sound = int.Parse(note_data[2].Trim());
break;
case 4:
new_song_group.track5.note = note_data[0].Trim();
new_song_group.track5.feq = tuning.GetFeq(note_data[0].Trim());
new_song_group.track5.volume = double.Parse(note_data[1].Trim());
new_song_group.track5.sound = int.Parse(note_data[2].Trim());
break;
case 5:
new_song_group.track6.note = note_data[0].Trim();
new_song_group.track6.feq = tuning.GetFeq(note_data[0].Trim());
new_song_group.track6.volume = double.Parse(note_data[1].Trim());
new_song_group.track6.sound = int.Parse(note_data[2].Trim());
break;
case 6:
new_song_group.track7.note = note_data[0].Trim();
new_song_group.track7.feq = tuning.GetFeq(note_data[0].Trim());
new_song_group.track7.volume = double.Parse(note_data[1].Trim());
new_song_group.track7.sound = int.Parse(note_data[2].Trim());
break;
case 7:
new_song_group.track8.note = note_data[0].Trim();
new_song_group.track8.feq = tuning.GetFeq(note_data[0].Trim());
new_song_group.track8.volume = double.Parse(note_data[1].Trim());
new_song_group.track8.sound = int.Parse(note_data[2].Trim());
break;
}
}
this.track_lines.Add(new_song_group);
}
tuning = null;
}