public void SameNumberOfHashBinsIsInsertedInAllTablesWhenFingerprintingEntireSongTest()
{
const int StaticStride = 5115;
TagInfo tagInfo = this.GetTagInfo();
int releaseYear = tagInfo.Year;
TrackData track = new TrackData(tagInfo.ISRC, tagInfo.Artist, tagInfo.Title, tagInfo.Album, releaseYear, (int)tagInfo.Duration);
var trackReference = TrackDao.InsertTrack(track);
var hashedFingerprints = fingerprintCommandBuilder
.BuildFingerprintCommand()
.From(PathToMp3)
.WithFingerprintConfig(config =>
{
config.SpectrogramConfig.Stride = new IncrementalStaticStride(StaticStride, config.SamplesPerFingerprint);
})
.UsingServices(audioService)
.Hash()
.Result;
InsertHashedFingerprintsForTrack(hashedFingerprints, trackReference);
var hashes = HashBinDao.ReadHashedFingerprintsByTrackReference(track.TrackReference);
Assert.AreEqual(hashedFingerprints.Count, hashes.Count);
foreach (var data in hashes)
{
Assert.AreEqual(25, data.HashBins.Length);
}
}
public TrackData Vector3ToTrackData(Vector3 vec, TrackData trackData)
{
trackData.x = FloatToInt(vec.x, true);
trackData.y = FloatToInt(vec.z, true);
trackData.z = FloatToInt(vec.y, true);
return trackData;
}
public bool DetectEyes(Image<Gray, byte> input, TrackData trackData)
{
if (input == null)
return false;
return DoEyesRegionExtraction(input, trackData);
}
public void ShouldCreateFingerprintsFromAudioSamplesQueryAndGetTheRightResult()
{
const int SecondsToProcess = 10;
const int StartAtSecond = 30;
var audioSamples = GetAudioSamples();
var track = new TrackData(string.Empty, audioSamples.Origin, audioSamples.Origin, string.Empty, 1986, audioSamples.Duration);
var trackReference = modelService.InsertTrack(track);
var hashDatas = fingerprintCommandBuilder.BuildFingerprintCommand()
.From(audioSamples)
.UsingServices(audioService)
.Hash()
.Result;
modelService.InsertHashDataForTrack(hashDatas, trackReference);
var querySamples = GetQuerySamples(audioSamples, StartAtSecond, SecondsToProcess);
var queryResult = queryCommandBuilder.BuildQueryCommand()
.From(new AudioSamples(querySamples, string.Empty, audioSamples.SampleRate))
.UsingServices(modelService, audioService)
.Query()
.Result;
Assert.IsTrue(queryResult.ContainsMatches);
Assert.AreEqual(1, queryResult.ResultEntries.Count());
var bestMatch = queryResult.BestMatch;
Assert.AreEqual(trackReference, bestMatch.Track.TrackReference);
Assert.IsTrue(bestMatch.QueryMatchLength > SecondsToProcess - 3, string.Format("QueryMatchLength:{0}", bestMatch.QueryLength));
Assert.AreEqual(StartAtSecond, Math.Abs(bestMatch.TrackStartsAt), 0.1d);
Assert.IsTrue(bestMatch.Confidence > 0.7, string.Format("Confidence:{0}", bestMatch.Confidence));
}
public static TrackData Vector3ToTrackData(Vector3 vec, TrackData trackData)
{
trackData.x = FloatToInt(vec.x);
trackData.y = FloatToInt(vec.y);
trackData.z = FloatToInt(vec.z);
return trackData;
}
public static void Init()
{
// Solo se crea la ventana si existen los datos del circuito
managerData = GameObject.Find("MANAGER_TRACK").GetComponent<TrackData>();
if (managerData == null) {
isActive = false;
return;
}
if (isActive) {
if (tClass != null)
DestroyImmediate(tClass.gameObject);
isActive = false;
}
else if (!isActive) {
isActive = true;
tClass = new GameObject("TRACK EDITOR").AddComponent<TrackDataEditorMono>();
tClass.hideFlags = HideFlags.HideInHierarchy;
// Selecciona el editor
GameObject[] gm = new GameObject[1];
gm[0] = tClass.gameObject;
Selection.objects = gm;
}
}
public void Print(TrackData trackData)
{
const int numberOfTracks = 1;
InitialiseGraphics(numberOfTracks);
RenderTrackSwatch(trackData, numberOfTracks - 1);
SaveSwatchToFile();
}
public void ShouldReadSubFingerprintsByHashBucketsHavingThreshold()
{
const int Threshold = 5;
TrackData firstTrack = new TrackData("isrc1", "artist", "title", "album", 1986, 200);
var firstTrackReference = modelService.InsertTrack(firstTrack);
TrackData secondTrack = new TrackData("isrc2", "artist", "title", "album", 1986, 200);
var secondTrackReference = modelService.InsertTrack(secondTrack);
long[] firstTrackBuckets = new long[]
{
1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25
};
long[] secondTrackBuckets = new long[]
{
2, 2, 4, 5, 6, 7, 7, 9, 10, 11, 12, 13, 14, 14, 16, 17, 18, 19, 20, 20, 22, 23, 24, 25, 26
};
var firstHashData = new HashedFingerprint(GenericSignature, firstTrackBuckets, 1, 0.928);
var secondHashData = new HashedFingerprint(GenericSignature, secondTrackBuckets, 1, 0.928);
modelService.InsertHashDataForTrack(new[] { firstHashData }, firstTrackReference);
modelService.InsertHashDataForTrack(new[] { secondHashData }, secondTrackReference);
// query buckets are similar with 5 elements from first track and 4 elements from second track
long[] queryBuckets = new long[]
{
3, 2, 5, 6, 7, 8, 7, 10, 11, 12, 13, 14, 15, 14, 17, 18, 19, 20, 21, 20, 23, 24, 25, 26, 25
};
var subFingerprints = modelService.ReadSubFingerprintDataByHashBucketsWithThreshold(queryBuckets, Threshold);
Assert.IsTrue(subFingerprints.Count == 1);
Assert.AreEqual(firstTrackReference, subFingerprints[0].TrackReference);
}
public static GameEntityType GameEntityTypeFromTrackData(TrackData trackData)
{
GameEntityType entityType;
switch (trackData.entityType) {
case TrackData.EntityType.PLAYER:
entityType = GameEntityType.Player;
break;
case TrackData.EntityType.NPC:
entityType = GameEntityType.Npc;
break;
case TrackData.EntityType.SHIP:
entityType = GameEntityType.Vehicle;
break;
case TrackData.EntityType.OTHER:
entityType = GameEntityType.Other;
break;
default:
entityType = GameEntityType.Other;
break;
}
if (entityType == GameEntityType.Player && trackData.id != NetworkSettings.instance.username) {
entityType = GameEntityType.OtherPlayer;
}
return entityType;
}
public void TestSpectralImagesAreInsertedInDataSource()
{
TrackData track = new TrackData("isrc", "artist", "title", "album", 1986, 200);
var trackReference = TrackDao.InsertTrack(track);
var audioSamples = audioService.ReadMonoSamplesFromFile(
PathToMp3, new DefaultFingerprintConfiguration().SampleRate);
var spectralImages = spectrumService.CreateLogSpectrogram(audioSamples, SpectrogramConfig.Default);
var concatenatedSpectralImages = new List<float[]>();
foreach (var spectralImage in spectralImages)
{
var concatenatedSpectralImage = ArrayUtils.ConcatenateDoubleDimensionalArray(spectralImage.Image);
concatenatedSpectralImages.Add(concatenatedSpectralImage);
}
SpectralImageDao.InsertSpectralImages(concatenatedSpectralImages, trackReference);
var readSpectralImages = SpectralImageDao.GetSpectralImagesByTrackId(trackReference);
Assert.AreEqual(concatenatedSpectralImages.Count, readSpectralImages.Count);
foreach (var readSpectralImage in readSpectralImages)
{
var expectedSpectralImage = concatenatedSpectralImages[readSpectralImage.OrderNumber];
for (int i = 0; i < expectedSpectralImage.Length; i++)
{
Assert.AreEqual(
concatenatedSpectralImages[readSpectralImage.OrderNumber][i], expectedSpectralImage[i]);
}
}
}
public IModelReference InsertTrack(TrackData track)
{
int id = PrepareStoredProcedure(SpInsertTrack)
.WithParametersFromModel(track)
.Execute()
.AsScalar<int>();
return track.TrackReference = new ModelReference<int>(id);
}
public void InsertTrackTest()
{
TrackData track = new TrackData("isrc", "artist", "title", "album", 1986, 200);
var trackReference = ModelService.InsertTrack(track);
AssertModelReferenceIsInitialized(trackReference);
}
public TrackData QuaternionToTrackData(Quaternion q, TrackData trackData)
{
trackData.rx = FloatToInt(q.x, true);
trackData.ry = FloatToInt(q.y, true);
trackData.rz = FloatToInt(q.z, true);
trackData.rw = FloatToInt(q.w, true);
return trackData;
}
/// <summary>
///
/// </summary>
/// <param name="track"></param>
/// <param name="parent"></param>
public TrayNotification(TrackData track, StoffiWindow parent)
{
ParentWindow = parent;
InitializeComponent();
TrackArtist.Text = track.Artist;
TrackTitle.Text = track.Title;
AlbumArt.Source = Utilities.GetImageTag(track);
}
public Quaternion TrackdataToQuaternion(TrackData trackData)
{
float x = (trackData.rx / 100f) - settings.worldOffset;
float y = (trackData.ry / 100f) - settings.worldOffset;
float z = (trackData.rz / 100f) - settings.worldOffset;
float w = (trackData.rw / 100f) - settings.worldOffset;
return new Quaternion(x, y, z,w);
}
public void InsertTest()
{
TrackData track = new TrackData("isrc", "artist", "title", "album", 1986, 200);
var trackReference = TrackDao.InsertTrack(track);
var fingerprintReference = FingerprintDao.InsertFingerprint(new FingerprintData(GenericFingerprint, trackReference));
AssertModelReferenceIsInitialized(fingerprintReference);
}
public void ReadTrackByTrackReferenceTest()
{
TrackData expectedTrack = new TrackData("isrc", "artist", "title", "album", 1986, 200);
var trackReference = ModelService.InsertTrack(expectedTrack);
var actualTrack = ModelService.ReadTrackByReference(trackReference);
AssertTracksAreEqual(expectedTrack, actualTrack);
}
public void InsertTest()
{
TrackData track = new TrackData("isrc", "artist", "title", "album", 1986, 200);
var trackReference = TrackDao.InsertTrack(track);
var subFingerprintReference = SubFingerprintDao.InsertSubFingerprint(GenericSignature, 123, 0.928, trackReference);
AssertModelReferenceIsInitialized(subFingerprintReference);
}
protected void AssertTracksAreEqual(TrackData expectedTrack, TrackData actualTrack)
{
Assert.AreEqual(expectedTrack.TrackReference, actualTrack.TrackReference);
Assert.AreEqual(expectedTrack.Album, actualTrack.Album);
Assert.AreEqual(expectedTrack.Artist, actualTrack.Artist);
Assert.AreEqual(expectedTrack.Title, actualTrack.Title);
Assert.AreEqual(expectedTrack.TrackLengthSec, actualTrack.TrackLengthSec);
Assert.AreEqual(expectedTrack.ISRC, actualTrack.ISRC);
Assert.AreEqual(expectedTrack.GroupId, actualTrack.GroupId);
}
public void Print(TrackData data)
{
_consoleOut = new ConsoleOutput(data);
_consoleOut.Divider();
_consoleOut.TrackHeader();
_consoleOut.MeanColour();
_consoleOut.ExaggeratedMeanColour();
_consoleOut.ModeColours();
_consoleOut.Divider();
}
public void InsertFingerprintTest()
{
var track = new TrackData("isrc", "artist", "title", "album", 1986, 200);
var trackReference = modelService.InsertTrack(track);
var fingerprint = new FingerprintData(GenericFingerprint(), trackReference);
modelService.InsertFingerprint(fingerprint);
AssertModelReferenceIsInitialized(fingerprint.FingerprintReference);
}
public void ReadTest()
{
TrackData track = new TrackData("isrc", "artist", "title", "album", 1986, 200);
var trackReference = TrackDao.InsertTrack(track);
var subFingerprintReference = SubFingerprintDao.InsertSubFingerprint(GenericSignature, 123, 0.928, trackReference);
SubFingerprintData actual = SubFingerprintDao.ReadSubFingerprint(subFingerprintReference);
AsserSubFingerprintsAreEqual(new SubFingerprintData(GenericSignature, 123, 0.928, subFingerprintReference, trackReference), actual);
}
public void ReadTrackByISRCTest()
{
const string ISRC = "isrc";
TrackData expectedTrack = new TrackData(ISRC, "artist", "title", "album", 1986, 200);
ModelService.InsertTrack(expectedTrack);
var actualTrack = ModelService.ReadTrackByISRC(ISRC);
AssertTracksAreEqual(expectedTrack, actualTrack);
}
public void MultipleFingerprintsInsertTest()
{
const int NumberOfFingerprints = 100;
for (int i = 0; i < NumberOfFingerprints; i++)
{
var trackData = new TrackData("isrc" + i, "artist", "title", "album", 2012, 200);
var trackReference = TrackDao.InsertTrack(trackData);
var fingerprintReference = FingerprintDao.InsertFingerprint(new FingerprintData(GenericFingerprint, trackReference));
AssertModelReferenceIsInitialized(fingerprintReference);
}
}
public void ReadTrackByArtistAndTitleTest()
{
const string Artist = "artist";
const string Title = "title";
TrackData expectedTrack = new TrackData("isrc", Artist, Title, "album", 1986, 200);
ModelService.InsertTrack(expectedTrack);
var actualTracks = ModelService.ReadTrackByArtistAndTitleName(Artist, Title);
Assert.IsTrue(actualTracks.Count == 1);
AssertTracksAreEqual(expectedTrack, actualTracks[0]);
}
public void InsertReadTest()
{
TrackData track = new TrackData("isrc", "artist", "title", "album", 1986, 200);
var trackReference = TrackDao.InsertTrack(track);
const int NumberOfHashBins = 100;
var hashedFingerprints = Enumerable.Range(0, NumberOfHashBins).Select(i => new HashedFingerprint(GenericSignature, GenericHashBuckets, i, i * 0.928));
InsertHashedFingerprintsForTrack(hashedFingerprints, trackReference);
var hashedFingerprintss = HashBinDao.ReadHashedFingerprintsByTrackReference(track.TrackReference);
Assert.AreEqual(NumberOfHashBins, hashedFingerprintss.Count);
}
public void ShouldInsertAllSubfingerprintsForTrack()
{
var hashedFingerprints = fcb.BuildFingerprintCommand()
.From(PathToMp3)
.UsingServices(this.audioService)
.Hash()
.Result;
var track = new TrackData("isrc", "artist", "title", "album", 1986, 4d);
var trackReference = modelService.InsertTrack(track);
modelService.InsertHashDataForTrack(hashedFingerprints, trackReference);
}
public void ReadByTrackGroupIdWorksAsExpectedTest()
{
TagInfo tagInfo = GetTagInfo();
TrackData firstTrack = new TrackData(tagInfo);
TrackData secondTrack = new TrackData(tagInfo);
var firstTrackReference = trackDao.InsertTrack(firstTrack);
var secondTrackReference = trackDao.InsertTrack(secondTrack);
var hashedFingerprintsForFirstTrack = fingerprintCommandBuilder
.BuildFingerprintCommand()
.From(GetAudioSamples())
.WithFingerprintConfig(config =>
{
config.Clusters = new[] { "first-group-id" };
}).UsingServices(audioService)
.Hash()
.Result;
InsertHashedFingerprintsForTrack(hashedFingerprintsForFirstTrack, firstTrackReference);
var hashedFingerprintsForSecondTrack = fingerprintCommandBuilder
.BuildFingerprintCommand()
.From(GetAudioSamples())
.WithFingerprintConfig(config =>
{
config.Clusters = new[] { "second-group-id" };
}).UsingServices(audioService)
.Hash()
.Result;
InsertHashedFingerprintsForTrack(hashedFingerprintsForSecondTrack, secondTrackReference);
const int ThresholdVotes = 25;
foreach (var hashedFingerprint in hashedFingerprintsForFirstTrack)
{
var subFingerprintData = subFingerprintDao.ReadSubFingerprints(
hashedFingerprint.HashBins, ThresholdVotes, new[] { "first-group-id" }).ToList();
Assert.AreEqual(1, subFingerprintData.Count);
Assert.AreEqual(firstTrackReference, subFingerprintData[0].TrackReference);
subFingerprintData = subFingerprintDao.ReadSubFingerprints(
hashedFingerprint.HashBins, ThresholdVotes, new[] { "second-group-id" }).ToList();
Assert.AreEqual(1, subFingerprintData.Count);
Assert.AreEqual(secondTrackReference, subFingerprintData[0].TrackReference);
subFingerprintData = subFingerprintDao.ReadSubFingerprints(hashedFingerprint.HashBins, ThresholdVotes, Enumerable.Empty<string>()).ToList();
Assert.AreEqual(2, subFingerprintData.Count);
}
}
public void Intervaltimer_trackleftevent()
{
TrackData trackData1 = new TrackData("TEST1", 12000, 12000, 1000, "14322018", 10, 270, consoleOutput);
string time = trackData1.TimeStamp;
TrackLeftEvent TrackLeftEvent = new TrackLeftEvent(time, trackData1, true, consoleOutput, fileOutput);
//Wait 6 seconds to check if isRaised flag has been set to False by the IntervalTimers Start and TimerElapsed function
Thread.Sleep(6000);
//Check if isRaised flag has been set to False
Assert.That(() => TrackLeftEvent.isRaised.Equals(false));
}
/// <summary>
/// Update the "Last Played" and "Play Count" information of a given track
/// </summary>
/// <param name="RefTrack">The track that was just played</param>
public static void TrackWasPlayed(TrackData RefTrack)
{
if (RefTrack == null)
{
return;
}
uint pc = RefTrack.PlayCount + 1;
foreach (TrackData track in SettingsManager.FileTracks)
{
if (track.Path == RefTrack.Path)
{
track.PlayCount = pc;
track.LastPlayed = DateTime.Now;
}
}
foreach (TrackData track in SettingsManager.QueueTracks)
{
if (track.Path == RefTrack.Path)
{
track.PlayCount = pc;
track.LastPlayed = DateTime.Now;
}
}
foreach (TrackData track in SettingsManager.HistoryTracks)
{
if (track.Path == RefTrack.Path)
{
track.PlayCount = pc;
}
}
foreach (PlaylistData playlist in SettingsManager.Playlists)
{
if (playlist.Name == CurrentPlaylist)
{
foreach (TrackData track in playlist.Tracks)
{
if (track.Path == RefTrack.Path)
{
track.PlayCount = pc;
track.LastPlayed = DateTime.Now;
}
}
}
}
}
internal void Update(TrackData trackUpdate)
{
foreach (var camSetUpdate in trackUpdate.CameraSets)
{
//if (camSetUpdate.Key.Equals("set1") || camSetUpdate.Key.Equals("set2") || camSetUpdate.Key.Equals("setVR") || camSetUpdate.Key.Equals("pitlane"))
//{
// continue;
//}
if (camSetUpdate.Key.Equals("setVR"))
{
continue;
}
var camSetVM = CameraSets.SingleOrDefault(x => x.CameraSetName == camSetUpdate.Key);
if (camSetVM == null)
{
camSetVM = new CameraSetViewModel(camSetUpdate.Key);
CameraSets.Add(camSetVM);
}
camSetVM.Update(camSetUpdate.Value);
}
// Now we check if we have to remove one of our cam sets
var toRemove = new List <CameraSetViewModel>();
foreach (var camSetVM in CameraSets)
{
if (!trackUpdate.CameraSets.ContainsKey(camSetVM.CameraSetName))
{
toRemove.Add(camSetVM);
}
}
foreach (var item in toRemove)
{
CameraSets.Remove(item);
}
// The same (but 1d) for the HUD pages
foreach (var hudPageCaption in trackUpdate.HUDPages)
{
var hudPageVM = HudPages.SingleOrDefault(x => x.Caption == hudPageCaption);
if (hudPageVM == null)
{
hudPageVM = new HudPageViewModel(hudPageCaption);
HudPages.Add(hudPageVM);
}
}
}
public void DeleteHashBinsAndSubfingerprintsOnTrackDelete()
{
const int StaticStride = 5115;
const int SecondsToProcess = 20;
const int StartAtSecond = 30;
TagInfo tagInfo = tagService.GetTagInfo(PathToMp3);
int releaseYear = tagInfo.Year;
TrackData track = new TrackData(tagInfo.ISRC, tagInfo.Artist, tagInfo.Title, tagInfo.Album, releaseYear, (int)tagInfo.Duration);
int trackId = TrackDao.Insert(track);
var hashData = fingerprintCommandBuilder
.BuildFingerprintCommand()
.From(PathToMp3, SecondsToProcess, StartAtSecond)
.WithFingerprintConfig(config =>
{
config.Stride = new IncrementalStaticStride(StaticStride, config.SamplesPerFingerprint);
})
.Hash()
.Result;
List <long> subFingerprintIds = new List <long>();
foreach (var hash in hashData)
{
long subFingerprintId = SubFingerprintDao.Insert(hash.SubFingerprint, trackId);
HashBinDao.Insert(hash.HashBins, subFingerprintId);
subFingerprintIds.Add(subFingerprintId);
}
var actualTrack = TrackDao.ReadTrackByISRC(tagInfo.ISRC);
Assert.IsNotNull(actualTrack);
AssertTracksAreEqual(track, actualTrack);
// Act
int modifiedRows = TrackDao.DeleteTrack(trackId);
Assert.IsNull(TrackDao.ReadTrackByISRC(tagInfo.ISRC));
foreach (var id in subFingerprintIds)
{
Assert.IsTrue(id != 0);
Assert.IsNull(SubFingerprintDao.ReadById(id));
}
for (int i = 1; i <= 25; i++)
{
Assert.IsTrue(HashBinDao.ReadHashBinsByHashTable(i).Count == 0);
}
Assert.AreEqual(1 + hashData.Count + (25 * hashData.Count), modifiedRows);
}
/// <summary>
/// Parses a JSON array into a list of tracks.
/// </summary>
/// <param name="json">The JSON data</param>
/// <returns>A list of tracks</returns>
private static ObservableCollection <TrackData> ParseTracks(JArray json)
{
ObservableCollection <TrackData> tracks = new ObservableCollection <TrackData>();
foreach (JObject o in json)
{
TrackData t = ParseTrack(o);
if (t != null)
{
tracks.Add(t);
}
}
return(tracks);
}
public void HandleNewTrackData_TrackMoved1Zin1Sec_SpeedIsUpdatedTo0()
{
uut = new ATMclass(consoleOutput, fileOutput, airspace, transponderReceiver);
string timestampOld = "20181109103800000";
string timestampNew = "20181109103801000"; //Timestamp 1 second later
TrackData testTrack1 = new TrackData("ABC", 10000, 10000, 1000, timestampOld, 0, 0, consoleOutput);
TrackData testTrack2 = new TrackData("ABC", 10000, 10000, 1001, timestampNew, 0, 0, consoleOutput);
uut.HandleNewTrackData(testTrack1);
uut.HandleNewTrackData(testTrack2);
Assert.That(uut.CurrentTracks[0].CurrentHorzVel.Equals(0));
}
public void ReadFingerprintsByTrackReferenceTest()
{
TrackData track = new TrackData("isrc", "artist", "title", "album", 1986, 200);
var trackReference = modelService.InsertTrack(track);
FingerprintData fingerprint = new FingerprintData(GenericFingerprint(), trackReference);
modelService.InsertFingerprint(fingerprint);
var fingerprints = modelService.ReadFingerprintsByTrackReference(trackReference);
Assert.AreEqual(1, fingerprints.Count);
Assert.AreEqual(fingerprint.FingerprintReference, fingerprints[0].FingerprintReference);
Assert.AreEqual(trackReference, fingerprints[0].TrackReference);
CollectionAssert.AreEqual(GenericFingerprint(), fingerprints[0].Signature);
}
public ResultEntry(TrackData track, double score, DateTime matchedAt, Coverage coverage)
{
Coverage = coverage;
Track = track;
QueryMatchStartsAt = Coverage.QueryMatchStartsAt;
TrackCoverageWithPermittedGapsLength = Coverage.TrackCoverageWithPermittedGapsLength;
DiscreteTrackCoverageLength = Coverage.TrackDiscreteCoverageLength;
TrackMatchStartsAt = Coverage.TrackMatchStartsAt;
Confidence = Coverage.Confidence;
Score = score;
TrackStartsAt = Coverage.TrackStartsAt;
QueryLength = Coverage.QueryLength;
MatchedAt = matchedAt;
}
public LinkedDataModels AssignModelReferences(TrackInfo trackInfo, Hashes hashes)
{
var trackRef = trackReferenceProvider.Next();
var trackData = new TrackData(trackInfo.Id, trackInfo.Artist, trackInfo.Title, hashes.DurationInSeconds, trackRef, trackInfo.MetaFields, trackInfo.MediaType);
var subFingerprints = hashes.Select(hash =>
{
var subFingerprintReference = subFingerprintsReferenceProvider.Next();
return(new SubFingerprintData(hash.HashBins, hash.SequenceNumber, hash.StartsAt, subFingerprintReference, trackRef, hash.OriginalPoint));
})
.ToList();
return(new LinkedDataModels(trackData, subFingerprints));
}
public void CalculateSpeed_TrackMoved1X1Yin1Sec_Returns1p414()
{
//sqrt(3^2+3^2)=3
string timestampOld = "20181109103800000";
string timestampNew = "20181109103801000"; //Timestamp 1 second later
TrackData testTrack1 = new TrackData("ABC", 10000, 10000, 1000, timestampOld, 0, 0, consoleOutput);
TrackData testTrack2 = new TrackData("ABC", 10001, 10001, 1000, timestampNew, 0, 0, consoleOutput);
double result = Math.Sqrt(Math.Pow(1, 2) + Math.Pow(1, 2));
Assert.That(uut.CalculateTrackSpeed(testTrack2, testTrack1).Equals(result));
}
public void ReadAllTracksTest()
{
TrackData firstTrack = new TrackData("first isrc", "artist", "title", "album", 2012, 200);
TrackData secondTrack = new TrackData("second isrc", "artist", "title", "album", 2012, 200);
TrackDao.Insert(firstTrack);
TrackDao.Insert(secondTrack);
IList <TrackData> tracks = TrackDao.ReadAll();
Assert.IsTrue(tracks.Count == 2);
Assert.IsTrue(tracks.Any(track => track.ISRC == "first isrc"));
Assert.IsTrue(tracks.Any(track => track.ISRC == "second isrc"));
}
public void logging_logActiveSeparationEvent_Tag2IsSame()
{
TrackData trackData1 = new TrackData("ABC", 10000, 20000, 3000, timestamp, 100, 10);
TrackData trackData2 = new TrackData("DEF", 10000, 20000, 3000, timestamp, 100, 10);
List <TrackData> trackDatas = new List <TrackData>
{
trackData1,
trackData2
};
SeperationEvent seperationEvent = new SeperationEvent(timestamp, trackDatas, true);
uut.CheckForSeperationEvent(trackData1, trackData2);
Assert.That(logger.ParametersList[0]._InvolvedTracks[1]._Tag.Equals(seperationEvent._InvolvedTracks[1]._Tag));
}
/// <summary>
/// Duplicate the track data.
/// </summary>
/// <returns>Copy of the track data.</returns>
public TrackData Duplicate()
{
TrackData t = new TrackData();
foreach (var c in Channels)
{
t.Channels.Add(c);
}
foreach (var p in Properties)
{
t.Properties.Add(p.Key, new TrackProperty(p.Value.Type, p.Value.Data));
}
return(t);
}
public TrackData GetProperties()
{
var data = new TrackData
{
Title = GetTitle(),
AlbumTitle = GetAlbumTitle(),
Artists = GetArtists(),
Comment = GetComment(),
Genre = GetGenre(),
Picture = GetPicture(),
Year = GetYear()
};
return data;
}
/// <summary>
/// Select all event in a track
/// </summary>
/// <param name="trackData"></param>
public void SelectTrack(TrackData trackData)
{
if (trackData == null)
{
return;
}
m_selectedObjects.Clear();
foreach (EventData eventData in trackData.Events)
{
m_selectedObjects.Add(eventData);
}
}
public ResultEntry(TrackData track, double confidence, double score, DateTime matchedAt, Coverage coverage)
: this(track,
confidence,
score,
matchedAt,
coverage.QueryLength,
coverage.QueryMatchStartsAt,
coverage.CoverageWithPermittedGapsLength,
coverage.DiscreteCoverageLength,
coverage.TrackMatchStartsAt,
coverage.TrackStartsAt)
{
Coverage = coverage;
}
public override GTPoint GetGazeCoordinates(TrackData trackData, EyeEnum eye)
{
var row = new Matrix <double>(6, 1);
var screenCoordinates = new Matrix <double>(2, 1);
var gazedPoint = new GTPoint();
double X = 0;
double Y = 0;
try
{
switch (eye)
{
case EyeEnum.Left:
X = trackData.PupilDataLeft.Center.X - trackData.GlintDataLeft.Glints.AverageCenter.X;
Y = trackData.PupilDataLeft.Center.Y - trackData.GlintDataLeft.Glints.AverageCenter.Y;
break;
default:
X = trackData.PupilDataRight.Center.X - trackData.GlintDataRight.Glints.AverageCenter.X;
Y = trackData.PupilDataRight.Center.Y - trackData.GlintDataRight.Glints.AverageCenter.Y;
break;
}
row[0, 0] = 1;
row[1, 0] = X;
row[2, 0] = Y;
row[3, 0] = X * Y;
row[4, 0] = X * X;
row[5, 0] = Y * Y;
if (eye == EyeEnum.Left)
{
gazedPoint.X = CvInvoke.cvDotProduct(row.Ptr, CalibrationDataLeft.CoeffsX.Ptr);
gazedPoint.Y = CvInvoke.cvDotProduct(row.Ptr, CalibrationDataLeft.CoeffsY.Ptr);
}
else
{
gazedPoint.X = CvInvoke.cvDotProduct(row.Ptr, CalibrationDataRight.CoeffsX.Ptr);
gazedPoint.Y = CvInvoke.cvDotProduct(row.Ptr, CalibrationDataRight.CoeffsY.Ptr);
}
}
catch (Exception ex)
{
Console.Out.WriteLine("Calibration.cs, exception in GetGazeCoordinates(), message: " + ex.Message);
}
return(gazedPoint);
}
public void ATMclass_HandleNewTrackDataNewTrackDataComesOutOfRange_CurrentTracksCountIs0()
{
//We need uut with a REAL airspace, not a FAKE for this test.
uut = new ATMclass(logger, renderer, airspace);
//Track data with coordinates inside airspace.
TrackData trackData1 = new TrackData("ABC", xMin + 1, yMin + 1, zMin + 1, "180320180954", 200, 200);
//Track data with same tag, butf coordinates outside airspace.
TrackData trackData2 = new TrackData("ABC", xMin - 1, yMin - 1, zMin - 1, "180320180954", 200, 200);
uut.HandleNewTrackData(trackData1);
uut.HandleNewTrackData(trackData2);
Assert.That(uut._currentTracks.Count.Equals(0));
}
public void UpdateFromNetwork(TrackData trackData, bool hasDelta)
{
this.trackData = trackData;
if (trackData.broadcast != 1)
{
if (hasDelta)
{
position = GmUtil.TrackdataDeltaToVector3(trackData, position);
}
else
{
position = GmUtil.TrackdataToVector3(trackData);
}
}
}
public void CollisionDetectorCollision()
{
TrackData dummyTrackData1 = new TrackData("X1", 10000, 10000, 5000, new DateTime());
TrackData dummyTrackData2 = new TrackData("X2", 11000, 11000, 5200, new DateTime());
List <TrackData> trackList = new List <TrackData> {
dummyTrackData1, dummyTrackData2
};
List <String> tagList = new List <String> {
dummyTrackData1.Tag, dummyTrackData2.Tag
};
Tuple <List <string>, List <string> > uutTuple = uut.SeperationCheck(trackList);
List <string> uutList = uutTuple.Item1;
Assert.AreEqual(tagList, uutList);
}
public void ATMclass_HandleNewTrackDataNewTrackDataComesOutOfRange_CurrentTracksCountIs0()
{
//We need uut with a REAL airspace, not a FAKE for this test.
uut = new ATMclass(consoleOutput, fileOutput, airspace, transponderReceiver);
//Track data with coordinates inside airspace.
TrackData trackData1 = new TrackData("ABC", xMin + 1, yMin + 1, zMin + 1, "20181108102045200", 200, 200, consoleOutput);
//Track data with same tag, butf coordinates outside airspace.
TrackData trackData2 = new TrackData("ABC", xMin - 1, yMin - 1, zMin - 1, "20181108102045200", 200, 200, consoleOutput);
uut.HandleNewTrackData(trackData1);
uut.HandleNewTrackData(trackData2);
Assert.That(uut.CurrentTracks.Count.Equals(0));
}
private List <TrackData> GetSampleTracks(int numberOfTracks)
{
var tracks = new List <TrackData>();
for (int i = 0; i < numberOfTracks; i++)
{
var track = new TrackData("isrc", "artist", "title", "album", 0, 0)
{
TrackReference = new ModelReference <int>(i)
};
tracks.Add(track);
}
return(tracks);
}
public void CheckForSeperationEvent_SeperationConditionsMetAndNoExistingEvent_EventIsCreated()
{
TrackData track1 = new TrackData("ABC", 30000, 30000, 1000, timestamp, 150, 50, consoleOutput);
TrackData track2 = new TrackData("DEF", 30001, 30001, 1001, timestamp, 150, 50, consoleOutput);
uut.AddTrack(track1); //track2 and this track will meet conditions for the seperation event
//List of events is empty before checking
Assert.That(uut.CurrentEvents.events.Count.Equals(0));
uut.CheckForSeperationEvents(track2);
//Seperation event has been added
Assert.That(uut.CurrentEvents.events.Count.Equals(1));
}
private void timerUpdate_Tick(object sender, EventArgs e)
{
if (ControlViews.Track.currentControl == ControlViews.TrackView)
{
if (track != null)
{
track = ControlViews.Main.trackHandler.Get(track.Key);
setTrackInfo(track);
}
else
{
setTrackInfo(null);
}
}
}
public void CalVelocity(TrackData track1, TrackData track2)
{
//Coordinates
x1 = track1.X;
x2 = track2.X;
y1 = track1.Y;
y2 = track2.Y;
//Distance between the 2 tracks
double distance = Math.Sqrt(Math.Pow(x1 - x2, 2) + Math.Pow(y1 - y2, 2));
double time = track2.Timestamp.Subtract(track1.Timestamp).TotalSeconds;
track2.Velocity = distance / time;
}
public void UpdateSeperationEventStatus_NewEventCreated_isRaisedIsTrue()
{
TrackData track1 = new TrackData("ABC", 30000, 30000, 1000, timestamp, 150, 50, consoleOutput);
TrackData track2 = new TrackData("DEF", 50000, 50000, 5000, timestamp, 150, 50, consoleOutput);
//Add tracks in order to have some data to update from
uut.AddTrack(track1);
uut.AddTrack(track2);
//Add seperation event involving the 2 tracks already
uut.CurrentEvents.AddSeperationEventFor(track1, track2, fileOutput);
//Check that status is true before update
Assert.That(uut.CurrentEvents.events[0].isRaised.Equals(true));
}
public void SameNumberOfHashBinsIsInsertedInAllTablesWhenFingerprintingEntireSongTest()
{
var track = new TrackData(string.Empty, "artist", "title", "album", 1986, 197d);
var trackReference = trackDao.InsertTrack(track);
var hashedFingerprints = HashFingerprintsForTrack(trackReference);
var hashes = subFingerprintDao.ReadHashedFingerprintsByTrackReference(track.TrackReference);
Assert.AreEqual(hashedFingerprints.Count, hashes.Count);
foreach (var data in hashes)
{
Assert.AreEqual(25, data.HashBins.Length);
}
}
public TrackDTO LoadWorld(string name)
{
var trackPath = directoryHelper.GetTrackPath(name);
XmlSerializer serializer = new XmlSerializer(typeof(TrackDTO));
TrackFileCompressor trackCompressor = new TrackFileCompressor();
TrackData decompressedTrackStreams = trackCompressor.DecompressPackage(trackPath);
TrackDTO mapObject = (TrackDTO)serializer.Deserialize(new MemoryStream(decompressedTrackStreams.ObjectsData));
track.Terrain.terrainData.SetHeights(0, 0, terrainSerializer.DeserializeHeightMap(decompressedTrackStreams.HeightMapData, track.HeightMapSize));
track.Terrain.terrainData.SetAlphamaps(0, 0, terrainSerializer.DeserializeTextureMap(decompressedTrackStreams.TextureMapData, track.TextureMapSize));
return(mapObject);
}
public void ReadFingerprintsByTrackReferenceTest()
{
TrackData track = new TrackData("isrc", "artist", "title", "album", 1986, 200);
var trackReference = modelService.InsertTrack(track);
FingerprintData fingerprint = new FingerprintData(GenericFingerprint(), trackReference);
modelService.InsertFingerprint(fingerprint);
var fingerprints = modelService.ReadFingerprintsByTrackReference(trackReference);
Assert.AreEqual(1, fingerprints.Count);
Assert.AreEqual(fingerprint.FingerprintReference, fingerprints[0].FingerprintReference);
Assert.AreEqual(trackReference, fingerprints[0].TrackReference);
CollectionAssert.AreEqual(GenericFingerprint(), fingerprints[0].Signature);
}
public void InsertHashDataTest()
{
TrackData expectedTrack = new TrackData("isrc", "artist", "title", "album", 1986, 200);
var trackReference = modelService.InsertTrack(expectedTrack);
var hashedFingerprints = new HashedFingerprint(GenericHashBuckets(), 1, 0.928f, Enumerable.Empty <string>());
modelService.InsertHashDataForTrack(new[] { hashedFingerprints }, trackReference);
var subFingerprints = modelService.ReadSubFingerprints(GenericHashBuckets(), new DefaultQueryConfiguration());
Assert.AreEqual(1, subFingerprints.Count);
Assert.AreEqual(trackReference, subFingerprints[0].TrackReference);
Assert.AreNotEqual(0, subFingerprints[0].SubFingerprintReference.GetHashCode());
CollectionAssert.AreEqual(GenericHashBuckets(), subFingerprints[0].Hashes);
}
/// <summary>
/// Parses a JSON object into a track.
/// </summary>
/// <param name="json">The JSON data</param>
/// <returns>A track</returns>
private static TrackData ParseTrack(JObject json)
{
if (json == null)
{
return(null);
}
try
{
JObject user = (JObject)json["user"];
TrackData track = new TrackData();
track.Icon = "pack://application:,,,/Platform/Windows 7/GUI/Images/Icons/SoundCloud.ico";
track.Path = String.Format("{0}{1}", pathPrefix, json["id"]);
track.Length = Convert.ToDouble((int)json["duration"]) / 1000.0;
track.Genre = (string)json["genre"];
track.ArtURL = (string)json["artwork_url"];
track.URL = (string)json["permalink_url"];
track.IsActive = SettingsManager.CurrentTrack != null && SettingsManager.CurrentTrack.Path == track.Path;
JToken token = json["release_year"];
if (token != null && token.Type != JTokenType.Null)
{
track.Year = (uint)token;
}
token = json["playback_count"];
if (token != null && token.Type != JTokenType.Null)
{
track.Views = (int)token;
}
string[] str = U.ParseTitle((string)json["title"]);
track.Artist = str[0];
track.Title = str[1];
if (String.IsNullOrWhiteSpace(track.Artist) && user != null)
{
track.Artist = (string)user["username"];
}
return(track);
}
catch (Exception e)
{
U.L(LogLevel.Warning, "SOUNDCLOUD", "Could not parse track JSON data: " + e.Message);
return(null);
}
}
public void DeleteHashBinsAndSubfingerprintsOnTrackDelete()
{
const int StaticStride = 5115;
const int SecondsToProcess = 20;
const int StartAtSecond = 30;
var tagInfo = GetTagInfo();
int releaseYear = tagInfo.Year;
TrackData track = new TrackData(tagInfo.ISRC, tagInfo.Artist, tagInfo.Title, tagInfo.Album, releaseYear, (int)tagInfo.Duration);
var trackReference = trackDao.InsertTrack(track);
var hashData = fingerprintCommandBuilder
.BuildFingerprintCommand()
.From(PathToMp3, SecondsToProcess, StartAtSecond)
.WithFingerprintConfig(config =>
{
config.SpectrogramConfig.Stride = new IncrementalStaticStride(StaticStride, config.SamplesPerFingerprint);
})
.UsingServices(audioService)
.Hash()
.Result;
var subFingerprintReferences = new List <IModelReference>();
foreach (var hash in hashData)
{
var subFingerprintReference = subFingerprintDao.InsertSubFingerprint(hash.SubFingerprint, hash.SequenceNumber, hash.Timestamp, trackReference);
hashBinDao.InsertHashBins(hash.HashBins, subFingerprintReference, trackReference);
subFingerprintReferences.Add(subFingerprintReference);
}
var actualTrack = trackDao.ReadTrackByISRC(tagInfo.ISRC);
Assert.IsNotNull(actualTrack);
AssertTracksAreEqual(track, actualTrack);
// Act
int modifiedRows = trackDao.DeleteTrack(trackReference);
Assert.IsNull(trackDao.ReadTrackByISRC(tagInfo.ISRC));
foreach (var id in subFingerprintReferences)
{
Assert.IsTrue(id.GetHashCode() != 0);
Assert.IsNull(subFingerprintDao.ReadSubFingerprint(id));
}
Assert.IsTrue(hashBinDao.ReadHashedFingerprintsByTrackReference(actualTrack.TrackReference).Count == 0);
// Assert.AreEqual(1 + hashData.Count + (FingerprintConfiguration.Default.HashingConfig.NumberOfLSHTables * hashData.Count), modifiedRows);
}
