public Part(MusicTheory theory, Random rand, Rhythm rhythm, int rhythmNumber, Melody melody, int melodyNumber, int measureLength, double rhythmCrowdedness, double noteLengthAdjustment, double regularity, int lowerPitchLimit, int octaveRange, bool forceChord, bool forceDiatonic)
: this(theory, rand, rhythm, rhythmNumber, melody, melodyNumber, measureLength)
{
this.rhythmCrowdedness = rhythmCrowdedness;
this.noteLengthAdjustment = noteLengthAdjustment;
this.regularity = regularity;
this.lowerPitchLimit = lowerPitchLimit;
this.octaveRange = octaveRange;
this.forceChord = forceChord;
this.forceDiatonic = forceDiatonic;
}
// Konstruktor der Klasse, erhält eine Instanz der Klasse Rhythm als Parameter
public Critics(Rhythm r)
{
// Initialisierung der Instanzvariablen
moveTile = new List<int[]>();
jumpTile = new List<int[]>();
rhythm = r;
currentDistance = 50;
levelList = new List<int>();
secLevel = new List<int[]>();
distanceList = new List<int>();
// Füllung der Listen moveTile und jumpTile
FillMoveList();
FillJumpList();
}
public Part(MusicTheory theory, Random rand, Rhythm rhythm, int rhythmNumber, Melody melody, int melodyNumber, int measureLength)
{
//Get instance of InputParameters
InputParameters inputParameters = InputParameters.Instance;
this.theory = theory;
this.rand = rand;
this.rhythm = rhythm;
this.rhythmNumber = rhythmNumber;
this.melody = melody;
this.melodyNumber = melodyNumber;
this.measureLength = measureLength;
//Set rhythm crowdedness based on input parameters
rhythmCrowdedness = inputParameters.MeanPartRhythmCrowdedness + (inputParameters.MeanPartRhythmCrowdedness * (rand.NextDouble() - 0.5) * inputParameters.PartRhythmCrowdednessVariance);
//Set note length adjustment based on input parameters
noteLengthAdjustment = 0.5 + (0.5 * (rand.NextDouble() - 0.5) * inputParameters.PartNoteLengthVariance);
//Set octave range based on input parameters
octaveRange = (int)Math.Round(theory.PART_OCTAVE_RANGE * inputParameters.MeanPartOctaveRange);
octaveRange += (int)Math.Round(octaveRange * (rand.NextDouble() - 0.5) * inputParameters.PartOctaveRangeVariance);
octaveRange = (int)MathHelper.Clamp(octaveRange, 1, Automatone.PIANO_SIZE / 12);
//Set random lower pitch limit
lowerPitchLimit = rand.Next(Automatone.PIANO_SIZE - (octaveRange * MusicTheory.OCTAVE_SIZE)) + Automatone.LOWEST_NOTE_CHROMATIC_NUMBER;
forceChord = false;
forceDiatonic = false;
//Set regularity based on input parameters
regularity = 0;
if (rand.NextDouble() < inputParameters.BeatDefinition)
{
forceChord = true;
regularity = rand.NextDouble();
}
}
public SecondaryQueen(ISecondaryMovingStrategy secondaryMovingStrategy, Rhythm rhythm, ISecondaryShootingStrategy secondaryShootingStrategy)
{
}
public King(KingStep _kingStep, Rhythm rhythm)
{
}
public bool IsPartialSmart(Rhythm rhythm, Intelligence intelligence)
{
return(true);
}
protected Queen(Rhythm rhythm)
{
}
void Start()
{
rhythmObject = GetComponentInChildren <Rhythm>();
}
// Start wird für die Initialisierung verwendet
void Start()
{
// Wertzuweisung der Rhythmusparameter durch die gewählten Werte vom Generatormenü
rhythmLength = float.Parse(PlayerPrefs.GetString("length"));
rhythmDensity = PlayerPrefs.GetString("density");
rhythmType = PlayerPrefs.GetString("type");
// Erzeugung eines Rhythmus
Rhythm rhythm = new Rhythm(rhythmLength, rhythmDensity, rhythmType);
// Generierung eines Levels basierend auf dem Rhythmus
levelWithCritics = new Critics(rhythm);
levelWithCritics.CreateLevel();
spawnPosition = CreateLevel(spawnPosition);
CreateRightSpace(6f, spawnPosition);
// Lücken deaktivieren, die den Zugang zum Multiweg behindern
DeactivateGaps();
}
protected SecondaryGame(Dictionary <int, float> _markAllocation, List <Player> _players, TraceType _traceType,
Dictionary <int, int> _switchingTimes, CartesianPlane cartesianPlane, Rhythm currentRhythm, Music currentMusic)
{
}
protected Agent(Rhythm rhythm)
{
}
protected Game(Dictionary <int, float> _markAllocation, List <Player> _players,
Dictionary <int, int> _switchingTimes, CoordinateSystem coordinateSystem, Music currentMusic, Rhythm currentRhythm)
{
}
public TertiaryQueen(ITertiaryMovingStrategy teriaryMovingStrategy, Rhythm rhythm, ITertiaryShootingStrategy tertiaryShootingStrategy)
{
}
public TertiaryQueen(ITertiaryMovingStrategy teriaryMovingStrategy, Rhythm rhythm)
{
}
protected PrimaryGame(Dictionary <int, float> _markAllocation, List <PrimaryPlayer> _players, Primary_Trace_Type _traceType,
Dictionary <int, int> _switchingTimes, NumberLine numberLine, Rhythm currentRhythm, Music currentMusic)
{
}
public void DecreaseIntelligence(Rhythm rhythmKey, float amount)
{
}
int ExportOrFindBeat(Chord chord)
{
var beat = new Beat();
beat.Id = gpif.Beats.Count;
foreach (var note in chord.Notes)
{
int id = ExportOrFindNote(note.Value);
beat.Notes.Add(id);
}
// there seem to be a few accidental ties set in the Rocksmith XMLs
// so unset the tie status on any strings that weren't in the current chord.
for (int i = 0; i < 6; ++i)
{
if (!chord.Notes.ContainsKey(i))
{
link[i] = false;
}
}
// should we display a strum hint?
if (chord.BrushDirection != Chord.BrushType.None)
{
var brushProp = new Property()
{
Name = "Brush"
};
if (chord.BrushDirection == Chord.BrushType.Down)
{
brushProp.Direction = "Down";
}
else
{
brushProp.Direction = "Up";
}
if (beat.Properties == null)
{
beat.Properties = new List <Property>();
}
beat.Properties.Add(brushProp);
}
// tremolo picking
if (chord.Tremolo)
{
// 32nd notes tremolo picking (should be appropriate)
beat.Tremolo = "1/8";
}
// slap/pop notes
if (chord.Slapped)
{
if (beat.Properties == null)
{
beat.Properties = new List <Property>();
}
beat.Properties.Add(new Property()
{
Name = "Slapped", Enable = new Property.EnableType()
});
}
if (chord.Popped)
{
if (beat.Properties == null)
{
beat.Properties = new List <Property>();
}
beat.Properties.Add(new Property()
{
Name = "Popped", Enable = new Property.EnableType()
});
}
// construct rhythm
var rhythm = new Rhythm();
rhythm.Id = gpif.Rhythms.Count;
switch (chord.Duration)
{
case 192:
rhythm.NoteValue = "Whole";
break;
case 168: // should avoid this, split note instead (TODO)
rhythm.NoteValue = "Half";
rhythm.AugmentationDot = new Rhythm.Dot()
{
Count = 2
};
break;
case 144:
rhythm.NoteValue = "Half";
rhythm.AugmentationDot = new Rhythm.Dot()
{
Count = 1
};
break;
case 96:
rhythm.NoteValue = "Half";
break;
case 84: // should avoid this, split note instead (TODO)
rhythm.NoteValue = "Quarter";
rhythm.AugmentationDot = new Rhythm.Dot()
{
Count = 2
};
break;
case 72:
rhythm.NoteValue = "Quarter";
rhythm.AugmentationDot = new Rhythm.Dot()
{
Count = 1
};
break;
case 48:
rhythm.NoteValue = "Quarter";
break;
case 36:
rhythm.NoteValue = "Eighth";
rhythm.AugmentationDot = new Rhythm.Dot()
{
Count = 1
};
break;
case 32:
rhythm.NoteValue = "Quarter";
rhythm.PrimaryTuplet = new Rhythm.Tuplet()
{
Den = 2, Num = 3
};
break;
case 24:
rhythm.NoteValue = "Eighth";
break;
case 18:
rhythm.NoteValue = "16th";
rhythm.AugmentationDot = new Rhythm.Dot()
{
Count = 1
};
break;
case 16:
rhythm.NoteValue = "Eighth";
rhythm.PrimaryTuplet = new Rhythm.Tuplet()
{
Den = 2, Num = 3
};
break;
case 12:
rhythm.NoteValue = "16th";
break;
case 9:
rhythm.NoteValue = "32nd";
rhythm.AugmentationDot = new Rhythm.Dot()
{
Count = 1
};
break;
case 8:
rhythm.NoteValue = "16th";
rhythm.PrimaryTuplet = new Rhythm.Tuplet()
{
Den = 2, Num = 3
};
break;
case 6:
rhythm.NoteValue = "32nd";
break;
case 4:
rhythm.NoteValue = "32nd";
rhythm.PrimaryTuplet = new Rhythm.Tuplet()
{
Den = 2, Num = 3
};
break;
case 3:
rhythm.NoteValue = "64th";
break;
case 2:
rhythm.NoteValue = "64th";
rhythm.PrimaryTuplet = new Rhythm.Tuplet()
{
Den = 2, Num = 3
};
break;
case 1:
rhythm.NoteValue = "128th";
rhythm.PrimaryTuplet = new Rhythm.Tuplet()
{
Den = 2, Num = 3
};
break;
default:
Console.WriteLine(" Warning: Rhythm Duration {0} not handled, defaulting to quarter note.", chord.Duration);
rhythm.NoteValue = "Quarter";
break;
}
// see if this rhythm already exists, otherwise add
var searchRhythm = gpif.Rhythms.Find(x => x.Equals(rhythm));
if (searchRhythm != null)
{
rhythm = searchRhythm;
}
else
{
gpif.Rhythms.Add(rhythm);
}
beat.Rhythm.Ref = rhythm.Id;
// should we display a chord name?
if (chord.ChordId != -1 && chord.ChordId != prevChordId)
{
beat.Chord = chord.ChordId.ToString();
}
prevChordId = chord.ChordId;
if (chord.Section != null)
{
beat.FreeText = chord.Section;
}
// see if this beat already exists, otherwise add
var searchBeat = gpif.Beats.Find(x => x.Equals(beat));
if (searchBeat != null)
{
beat = searchBeat;
}
else
{
gpif.Beats.Add(beat);
}
return(beat.Id);
}
public Dictionary <Rhythm, float> GetPartialIntelligence(Rhythm rhythm)
{
return(new Dictionary <Rhythm, float>());
}
protected TertiaryGame(Dictionary <int, float> _markAllocation, List <Player> _players, TraceType _traceType,
Dictionary <int, int> _switchingTimes, R3Plane plane, Rhythm currentRhythm, Music currentMusic)
{
}
public King(KingDirection _kingDirection, KingStep _kingStep, Rhythm rhythm)
{
}
public PrimaryQueen(IPrimaryMovingStrategy primaryMovingStrategy, Rhythm rhythm)
{
}
public SecondaryQueen(ISecondaryMovingStrategy secondaryMovingStrategy, Rhythm rhythm)
{
}
int ExportOrFindBeat(Chord chord)
{
var beat = new Beat();
beat.Id = gpif.Beats.Count;
foreach (var note in chord.Notes)
{
int id = ExportOrFindNote(note.Value);
beat.Notes.Add(id);
}
// there seem to be a few accidental ties set in the Rocksmith XMLs
// so unset the tie status on any strings that weren't in the current chord.
for (int i = 0; i < 6; ++i)
{
if (!chord.Notes.ContainsKey(i))
link[i] = false;
}
// should we display a strum hint?
if (chord.BrushDirection != Chord.BrushType.None)
{
var brushProp = new Property() { Name = "Brush" };
if (chord.BrushDirection == Chord.BrushType.Down)
brushProp.Direction = "Down";
else
brushProp.Direction = "Up";
if (beat.Properties == null)
beat.Properties = new List<Property>();
beat.Properties.Add(brushProp);
}
// tremolo picking
if (chord.Tremolo)
{
// 32nd notes tremolo picking (should be appropriate)
beat.Tremolo = "1/8";
}
// slap/pop notes
if (chord.Slapped)
{
if (beat.Properties == null)
beat.Properties = new List<Property>();
beat.Properties.Add(new Property() { Name = "Slapped", Enable = new Property.EnableType() });
}
if (chord.Popped)
{
if (beat.Properties == null)
beat.Properties = new List<Property>();
beat.Properties.Add(new Property() { Name = "Popped", Enable = new Property.EnableType() });
}
// construct rhythm
var rhythm = new Rhythm();
rhythm.Id = gpif.Rhythms.Count;
switch (chord.Duration)
{
case 192:
rhythm.NoteValue = "Whole";
break;
case 168: // should avoid this, split note instead (TODO)
rhythm.NoteValue = "Half";
rhythm.AugmentationDot = new Rhythm.Dot() { Count = 2 };
break;
case 144:
rhythm.NoteValue = "Half";
rhythm.AugmentationDot = new Rhythm.Dot() { Count = 1 };
break;
case 96:
rhythm.NoteValue = "Half";
break;
case 84: // should avoid this, split note instead (TODO)
rhythm.NoteValue = "Quarter";
rhythm.AugmentationDot = new Rhythm.Dot() { Count = 2 };
break;
case 72:
rhythm.NoteValue = "Quarter";
rhythm.AugmentationDot = new Rhythm.Dot() { Count = 1 };
break;
case 48:
rhythm.NoteValue = "Quarter";
break;
case 36:
rhythm.NoteValue = "Eighth";
rhythm.AugmentationDot = new Rhythm.Dot() { Count = 1 };
break;
case 32:
rhythm.NoteValue = "Quarter";
rhythm.PrimaryTuplet = new Rhythm.Tuplet() { Den = 2, Num = 3 };
break;
case 24:
rhythm.NoteValue = "Eighth";
break;
case 18:
rhythm.NoteValue = "16th";
rhythm.AugmentationDot = new Rhythm.Dot() { Count = 1 };
break;
case 16:
rhythm.NoteValue = "Eighth";
rhythm.PrimaryTuplet = new Rhythm.Tuplet() { Den = 2, Num = 3 };
break;
case 12:
rhythm.NoteValue = "16th";
break;
case 9:
rhythm.NoteValue = "32nd";
rhythm.AugmentationDot = new Rhythm.Dot() { Count = 1 };
break;
case 8:
rhythm.NoteValue = "16th";
rhythm.PrimaryTuplet = new Rhythm.Tuplet() { Den = 2, Num = 3 };
break;
case 6:
rhythm.NoteValue = "32nd";
break;
case 4:
rhythm.NoteValue = "32nd";
rhythm.PrimaryTuplet = new Rhythm.Tuplet() { Den = 2, Num = 3 };
break;
case 3:
rhythm.NoteValue = "64th";
break;
case 2:
rhythm.NoteValue = "64th";
rhythm.PrimaryTuplet = new Rhythm.Tuplet() { Den = 2, Num = 3 };
break;
case 1:
rhythm.NoteValue = "128th";
rhythm.PrimaryTuplet = new Rhythm.Tuplet() { Den = 2, Num = 3 };
break;
default:
Console.WriteLine(" Warning: Rhythm Duration {0} not handled, defaulting to quarter note.", chord.Duration);
rhythm.NoteValue = "Quarter";
break;
}
// see if this rhythm already exists, otherwise add
var searchRhythm = gpif.Rhythms.Find(x => x.Equals(rhythm));
if (searchRhythm != null)
rhythm = searchRhythm;
else
gpif.Rhythms.Add(rhythm);
beat.Rhythm.Ref = rhythm.Id;
// should we display a chord name?
if (chord.ChordId != -1 && chord.ChordId != prevChordId)
{
beat.Chord = chord.ChordId.ToString();
}
prevChordId = chord.ChordId;
if (chord.Section != null)
beat.FreeText = chord.Section;
// see if this beat already exists, otherwise add
var searchBeat = gpif.Beats.Find(x => x.Equals(beat));
if (searchBeat != null)
beat = searchBeat;
else
gpif.Beats.Add(beat);
return beat.Id;
}
public PercussionMusicClip(Tempo tempo, Rhythm rhythm)
{
Tempo = tempo;
Rhythm = rhythm;
}
