private void AddSample(string sampleName, double start, double length)
{
var sample = new Sample
{
Description = sampleName
};
if (LibraryTrack != null)
{
TrackSampleLibrary.UpdateSampleFromTrack(sample, LibraryTrack);
}
Samples.Add(sample);
CurrentSample = sample;
trackWave.CurrentSample = sample;
trackWave.Samples = Samples;
sample.Start = start;
sample.Length = length;
sample.Bpm = BpmHelper.GetBpmFromLoopLength(sample.Length);
RefreshTrackWavePositions();
BindData();
}
private void btnImportSamplesFromMix_Click(object sender, EventArgs e)
{
var mixSamples = TrackSampleLibrary.GetMixSectionsAsSamples(LibraryTrack);
Samples.AddRange(mixSamples);
UpdateCurrentSample();
BindSamples();
}
private void LoadFromDatabase()
{
Library.LoadFromDatabase();
TrackSampleLibrary.LoadFromCache();
MixLibrary.AvailableTracks = Library.GetTracks();
MixLibrary.LoadFromDatabase();
ExtenedAttributesHelper.ShufflerFolder = Library.ShufflerFolder;
ExtenedAttributesHelper.LoadFromDatabase();
Library.LoadAllExtendedAttributes();
AutomationAttributesHelper.ShufflerFolder = Library.ShufflerFolder;
AutomationAttributesHelper.LoadFromDatabase();
CollectionHelper.LoadFromDatabase();
LoopLibrary.LoadFromCache();
}
/// <summary>
/// Saves the track.
/// </summary>
private void SaveSamples()
{
trackWave.Stop();
RefreshTrackWavePositions();
UpdateCurrentSample();
foreach (var sample in Samples)
{
sample.Gain = trackWave.GetNormalizationGain(sample.Start, sample.Length);
}
if (_updateSampleLibrary)
{
TrackSampleLibrary.UpdateTrackSamples(LibraryTrack, Samples);
TrackSampleLibrary.SaveToCache();
}
Close();
}
private void Initialise()
{
trackWave.Mode = TrackWave.TrackWaveMode.Sampler;
trackWave.BassPlayer = BassPlayer;
Track = trackWave.LoadTrack(Filename);
LibraryTrack = Library.GetTrackByFilename(Filename) ?? Library.LoadNonLibraryTrack(Filename);
cmbOutput.SelectedIndex = 0;
if ((Samples == null || (Samples != null && Samples.Count == 0)) && LibraryTrack != null)
{
_updateSampleLibrary = true;
Samples = TrackSampleLibrary
.GetSamples(LibraryTrack)
.Select(sample => sample.Clone())
.ToList();
}
else
{
if (LibraryTrack != null && Samples != null)
{
foreach (var sample in Samples)
{
TrackSampleLibrary.UpdateSampleFromTrack(sample, LibraryTrack);
}
}
}
trackWave.Samples = Samples;
btnImportSamplesFromMix.Visible = LibraryTrack != null && LibraryTrack.IsShufflerTrack;
BindData();
for (var i = 0; i < lstSamples.Items.Count; i++)
{
lstSamples.Items[i].Selected = lstSamples.Items[i].Text == InitialSample;
}
}
public ShufflerApplication()
{
BassPlayer = new BassPlayer();
Library = new Library(BassPlayer);
CollectionHelper.Library = Library;
LoopLibrary = new LoopLibrary(BassPlayer);
LoadSettings();
MixLibrary = new MixLibrary(Library.ShufflerFolder);
TrackSampleLibrary = new TrackSampleLibrary(BassPlayer, Library);
MidiManager = new MidiManager();
MidiMapper = new BassPlayerMidiMapper(BassPlayer, MidiManager);
//LoopLibrary = new LoopLibrary(BassPlayer, @"E:\OneDrive\Music\Samples\Hiphop\Future Loops Scratch Anthology");
LoadFromDatabase();
BassPlayer.OnTrackQueued += BassPlayer_OnTrackQueued;
}
