public void GetBestMatch_MatchOnHarmonicKey_Test()
{
// Arrange
IXmlWrapper xmlWrapper1 = new XmlWrapper();
ITempoRange tempoRange1 = new TempoRange();
IHarmonicKeyRange harmonicKeyRange1 = new HarmonicKeyRange();
IIntensityRange intensityRange1 = new IntensityRange();
ISong song1 = new Song(xmlWrapper1, tempoRange1, harmonicKeyRange1, intensityRange1)
{
Artist = "Song 1",
PlayTime = 100,
TrailingTempo = 128.000,
TrailingHarmonicKey = "8A"
};
IXmlWrapper xmlWrapper2 = new XmlWrapper();
ITempoRange tempoRange2 = new TempoRange();
tempoRange2.Load(128, 3);
IHarmonicKeyRange harmonicKeyRange2 = new HarmonicKeyRange();
harmonicKeyRange2.Load("8A");
IIntensityRange intensityRange2 = new IntensityRange();
ISong song2 = new Song(xmlWrapper2, tempoRange2, harmonicKeyRange2, intensityRange2)
{
Artist = "Song 2",
PlayTime = 100
};
var baseTrackList = new List <ISong>
{
song1
};
var playlistTracks = new List <ISong>
{
song2
};
var intensityStyle = "Random";
var minPlaytime = 200;
var mixLength = 0;
IMixDisc mixDisc = new MixDisc
{
BaseTrackList = baseTrackList,
PlaylistTracks = playlistTracks,
IntensityStyle = intensityStyle,
MinPlaytime = minPlaytime,
MixLength = mixLength
};
// Act
var result = mixDisc.GetBestMatch();
// Assert
Assert.IsTrue(result.Count == 2);
}
public void Load_Test()
{
// Arrange
IIntensityRange intensityRange = new IntensityRange();
// Act
intensityRange.Load(7);
// Assert
Assert.AreEqual(8, intensityRange.PlusOneIntensity);
Assert.AreEqual(6, intensityRange.MinusOneIntensity);
}
public void GetBestMatch_SongAlreadyInMixableTrackCombination_Test()
{
// Arrange
IXmlWrapper xmlWrapper1 = new XmlWrapper();
ITempoRange tempoRange1 = new TempoRange();
IHarmonicKeyRange harmonicKeyRange1 = new HarmonicKeyRange();
IIntensityRange intensityRange1 = new IntensityRange();
ISong song1 = new Song(xmlWrapper1, tempoRange1, harmonicKeyRange1, intensityRange1)
{
Artist = "Song 1",
PlayTime = 100
};
IXmlWrapper xmlWrapper2 = new XmlWrapper();
ITempoRange tempoRange2 = new TempoRange();
IHarmonicKeyRange harmonicKeyRange2 = new HarmonicKeyRange();
IIntensityRange intensityRange2 = new IntensityRange();
ISong song2 = new Song(xmlWrapper2, tempoRange2, harmonicKeyRange2, intensityRange2)
{
Artist = "Song 2",
PlayTime = 100
};
var baseTrackList = new List <ISong>
{
song2,
song1
};
var playlistTracks = new List <ISong>
{
song2
};
var intensityStyle = "Random";
var minPlaytime = 300;
var mixLength = 0;
IMixDisc mixDisc = new MixDisc
{
BaseTrackList = baseTrackList,
PlaylistTracks = playlistTracks,
IntensityStyle = intensityStyle,
MinPlaytime = minPlaytime,
MixLength = mixLength
};
// Act
var result = mixDisc.GetBestMatch();
// Assert
Assert.IsTrue(result.Count == 0);
}
public ISong GetSong(XmlNode entryNode)
{
ITempoRange tempoRange = new TempoRange();
IHarmonicKeyRange harmonicKeyRange = new HarmonicKeyRange();
IIntensityRange intensityRange = new IntensityRange();
ISong song = new Song(_xmlWrapper, tempoRange, harmonicKeyRange, intensityRange)
{
EntryNode = entryNode
};
song.Load();
return(song);
}
public void IsInTempoRange_AboveFastestDoubleAndSlowestDoubleTempo_Test()
{
// Arrange
IXmlWrapper xmlWrapper = new XmlWrapper();
ITempoRange tempoRange = new TempoRange();
tempoRange.Load(62.499, 3);
IHarmonicKeyRange harmonicKeyRange = new HarmonicKeyRange();
IIntensityRange intensityRange = new IntensityRange();
ISong song = new Song(xmlWrapper, tempoRange, harmonicKeyRange, intensityRange)
{
Artist = "Song 1",
};
var trailingTempo = 128;
// Act
var result = song.IsInTempoRange(trailingTempo);
// Assert
Assert.IsFalse(result);
}
public void IsInHarmonicKeyRange_MinusOneAndOppositeCircle_Test()
{
// Arrange
IXmlWrapper xmlWrapper = new XmlWrapper();
ITempoRange tempoRange = new TempoRange();
IHarmonicKeyRange harmonicKeyRange = new HarmonicKeyRange();
harmonicKeyRange.Load("7B");
IIntensityRange intensityRange = new IntensityRange();
ISong song = new Song(xmlWrapper, tempoRange, harmonicKeyRange, intensityRange)
{
Artist = "Song 1",
};
var trailingHarmonicKey = "8A";
// Act
var result = song.IsInHarmonicKeyRange(trailingHarmonicKey);
// Assert
Assert.IsFalse(result);
}
public void GetBestMatch_SongsAreSame_Test()
{
// Arrange
IXmlWrapper xmlWrapper1 = new XmlWrapper();
ITempoRange tempoRange1 = new TempoRange();
IHarmonicKeyRange harmonicKeyRange1 = new HarmonicKeyRange();
IIntensityRange intensityRange1 = new IntensityRange();
ISong song1 = new Song(xmlWrapper1, tempoRange1, harmonicKeyRange1, intensityRange1);
var baseTrackList = new List <ISong>
{
song1
};
var playlistTracks = new List <ISong>
{
song1
};
var intensityStyle = "Random";
var minPlaytime = 200;
var mixLength = 0;
IMixDisc mixDisc = new MixDisc
{
BaseTrackList = baseTrackList,
PlaylistTracks = playlistTracks,
IntensityStyle = intensityStyle,
MinPlaytime = minPlaytime,
MixLength = mixLength
};
// Act
var result = mixDisc.GetBestMatch();
// Assert
Assert.IsTrue(result.Count == 0);
}
public void IsInIntensityRange_AbovePlusOne_Test()
{
// Arrange
IXmlWrapper xmlWrapper = new XmlWrapper();
ITempoRange tempoRange = new TempoRange();
IHarmonicKeyRange harmonicKeyRange = new HarmonicKeyRange();
IIntensityRange intensityRange = new IntensityRange();
intensityRange.Load(9);
ISong song = new Song(xmlWrapper, tempoRange, harmonicKeyRange, intensityRange)
{
Artist = "Song 1",
Intensity = 9
};
var trailingIntensity = 7;
// Act
var result = song.IsInIntensityRange(trailingIntensity);
// Assert
Assert.IsFalse(result);
}
public override async Task Initialize()
{
if (ParentViewModel != null)
{
IEnumerable <BatCall> batCalls = ParentViewModel.BatCalls;
await Task.Run(() =>
{
FreqBins.LoadBins(batCalls);
IntensityBins.LoadBins(batCalls);
CallDurationBins.LoadBins(batCalls);
TimeBins.LoadBins(batCalls);
});
FrequencyRange.Set(FreqBins.Range);
IntensityRange.Set(IntensityBins.Range);
DurationRange.Set(CallDurationBins.Range);
TimeRange.Set(TimeBins.Range);
Freq = new ObservableCollection <KeyValuePair <DateTime, uint> >(batCalls.Select(c => new KeyValuePair <DateTime, uint>(c.StartTime, c.MaxFrequency)));
OnPropertyChanged(nameof(Freq));
OnPropertyChanged(nameof(FilterText));
}
}
