public static void LogTo( Sequencer sequencer, string path )
{
TimeSpanLogger.Begin();
StringBuilder sb = new StringBuilder();
for ( int i = 0; i < sequencer.fakeTracks.Length; i++ ) {
sb.AppendLine( "Track " + sequencer.fakeTracks[ i ].name + ":" );
for ( int j = 0; j < sequencer.fakeTracks[ i ].noteOns.Length; j++ ) {
Sequencer.NoteOn on = sequencer.fakeTracks[ i ].noteOns[ j ];
sb.AppendLine( " realtime: " + on.realtime.ToString( "#00000.000" )
#if SEQUENCE_NOTES
+ " " + on.note
#endif
);
}
}
#if !UNITY_WEBPLAYER
StreamWriter writer = File.CreateText( path );
string log = sb.ToString();
foreach ( char c in log ) {
writer.Write( c );
}
writer.Close();
#endif
TimeSpanLogger.EndAndLog( "Logged sequencer result to file" );
}
public TrackSequence( Sequencer fakeSequencer, TrackInfo trackInfo )
{
sequencer = fakeSequencer;
info = trackInfo;
nextEventIndex = 0;
trackEnded = false;
remainingDeltas = info.events[ 0 ].deltas;
sumsOfDeltas = remainingDeltas;
noteOns = new List<Sequencer.NoteOn>();
}
void ParseSequenceAndSave()
{
string inputPath = midiInputPath;
AssertPathOK( inputPath );
string outputPath = assetOutputPath;
AssertPathOK( outputPath );
MidiLoader.Loader loader = new MidiLoader.Loader( inputPath );
if ( useParsingLog ) {
AssertPathOK( parsingLogOutputPath );
MidiLoader.LoaderLogger.LogTo( loader, parsingLogOutputPath );
}
MidiFakeSequencer.Sequencer sequencer = new MidiFakeSequencer.Sequencer( loader );
if ( useSequencerLog ) {
AssertPathOK( sequencerLogOutputPath );
MidiFakeSequencer.SequencerLogger.LogTo( sequencer, sequencerLogOutputPath );
}
/* It's required for AssetDatabase to have paths relative to project directory */
outputPath = outputPath.Substring( outputPath.IndexOf( "Assets" ) );
CreateAndSaveAsset( sequencer.fakeTracks, outputPath );
}