/// <summary>
/// Gets name of tone and add it to Tones list at once.
/// </summary>
/// <param name="arrTone"></param>
/// <param name="it"></param>
/// <returns></returns>
private string GetToneName(string arrTone, List <Tone2014> it)
{
string ToneName = "";
const string Default = "Default";
if (!String.IsNullOrEmpty(arrTone))
{
var matchedTone = it.SingleOrDefault(t => t.Name == arrTone);
if (ReferenceEquals(matchedTone, null))
{
return(ToneName);
}
if (matchedTone.GearList.IsNull())
{
ToneName = Default;
}
else
{
if (!Tones.Contains(matchedTone))
{
Tones.Add(matchedTone);
}
ToneName = arrTone;
}
}
return(ToneName);
}
/// <summary>
/// Gets name of tone and add it to Tones list at once.
/// </summary>
/// <param name="arrTone"></param>
/// <param name="it"></param>
/// <returns></returns>
private string GetToneName(string arrTone, List <Tone2014> it)
{
string ToneName = "";
const string Default = "Default";
if (!String.IsNullOrEmpty(arrTone))
{
// recognize that ToneBase name alpha case mismatches do exist and process it
// take the first if there are multiple matches so error is not thrown
var matchedTone = it.FirstOrDefault(t => t.Name.ToLower() == arrTone.ToLower());
if (ReferenceEquals(matchedTone, null))
{
return(ToneName);
}
if (matchedTone.GearList.IsNull())
{
ToneName = Default;
}
else
{
if (!Tones.Contains(matchedTone))
{
Tones.Add(matchedTone);
}
ToneName = arrTone;
}
}
return(ToneName);
}
public void Write(BinaryWriter w)
{
BPMs.Write(w);
Phrases.Write(w);
Chords.Write(w);
ChordNotes.Write(w);
Vocals.Write(w);
if (Vocals.Count > 0)
{
SymbolsHeader.Write(w);
SymbolsTexture.Write(w);
SymbolsDefinition.Write(w);
}
PhraseIterations.Write(w);
PhraseExtraInfo.Write(w);
NLD.Write(w);
Actions.Write(w);
Events.Write(w);
Tones.Write(w);
DNAs.Write(w);
Sections.Write(w);
Arrangements.Write(w);
Meta.Write(w);
}
protected virtual bool ValidateType(ref HairFurColors featherCol, ref Tones wingTone, ref Tones wingBoneTone, bool correctInvalidData)
{
featherCol = HairFurColors.NO_HAIR_FUR;
wingTone = Tones.NOT_APPLICABLE;
wingBoneTone = Tones.NOT_APPLICABLE;
return(true);
}
public Note(byte oct, Tones t)
{
Octave = oct;
Tone = t;
Id = 12 + Octave*12 + (int) Tone;
}
public Note(byte oct, Tones t)
{
Octave = oct;
Tone = t;
Id = 12 + Octave * 12 + (int)Tone;
}
public static void PlaySound(Tones tone)
{
try
{
SoundPlayer audio;
switch (tone)
{
case Tones.error1:
audio = new SoundPlayer(AudioResource.error);
break;
case Tones.error2:
audio = new SoundPlayer(AudioResource.errorBeep2);
break;
default:
audio = new SoundPlayer(AudioResource.error);
break;
}
audio.Play();
audio.Dispose();
//SoundPlayer soundPlayer = new SoundPlayer(stream);
//soundPlayer.PlaySync();
}
catch (Exception e) //We have to catch the exception here, or the IDE can crash
{
System.Windows.Forms.MessageBox.Show("error finding resource. " + e.StackTrace);
Console.WriteLine(e.Message);
}
}
public Note(Tones tone, int pitch, Intonation intonation)
{
this.tone = tone;
this.pitch = pitch;
this.intonation = intonation;
this.connected = false;
}
private float CellToFrequency(Cell cell)
{
var distance = Math.Sqrt(Math.Pow(cell.Row, 2) + Math.Pow(cell.Col, 2));
var total = Math.Sqrt(Math.Pow(_maze.Rows, 2) + Math.Pow(_maze.Cols, 2));
var freq = Tones.CalculateFrequency(distance, total);
return((float)freq);
}
public virtual Tones getClawTone(Tones primaryTone, Tones secondaryTone)
{
if (canTone())
{
return(primaryTone);
}
return(Tones.NOT_APPLICABLE);
}
public int PlayTone(byte octave, Tones tone, int strength = 127) //Воспроизводим желаемую ноту (напр. "C#5").
{
int note = 12 + octave * 12 + (int)tone; // 12 полутонов в октаве, начинаем считать с 1-й октавы
if (!_playingTones.Contains(note))
{
_midiOut.Send(MidiMessage.StartNote(note, strength, Chanel).RawData); // воспроизводим ноту на основном канале
_playingTones.Add(note);
}
return(note);
}
private void WriteNote(WaveStreamWriter streamWriter, string name, int durationBefore, int duration, int amplitude)
{
Tone tone = Tones.Item(name);
if (durationBefore > 0)
{
streamWriter.WriteSilenceChunk(durationBefore);
}
streamWriter.WriteChunk(SampleHelper.MakeBassChunk2(duration, tone.Frequency, amplitude, 2));
//streamWriter.WriteOscillator(new Oscillator(WaveType.Sine, duration, tone.Frequency, amplitude, 2));
}
public void setContent(string content)
{
Tones.Clear();
string[] tones = content.Split('-');
tones = tones.Take(tones.Count() - 1).ToArray();
if (tones.Count() > 0)
{
Beat = tones[0];
for (int i = 1; i <= tones.Count() - 2; i += 2)
{
Tone t = new Tone(tones[i], tones[i + 1]);
Tones.Add(t);
}
}
}
internal static Tones GetValidTone(Tones overrideTone, Tones primary, Tones secondary, Tones fallback)
{
if (!Tones.IsNullOrEmpty(overrideTone))
{
return(overrideTone);
}
else if (!Tones.IsNullOrEmpty(secondary))
{
return(secondary);
}
else if (!Tones.IsNullOrEmpty(primary))
{
return(primary);
}
else
{
return(fallback);
}
}
public override Note create(string noteSpecifier)
{
bool connected = noteSpecifier.Contains("~");
var intonation = getIntonation(noteSpecifier);
Length length = calculateDuration(noteSpecifier);
int higherPitch = noteSpecifier.Count(f => f == '\'');
int lowerPitch = noteSpecifier.Count(f => f == ',');
Tones tone = getTone(noteSpecifier);
Octave += higherPitch;
Octave -= lowerPitch;
var totalPitch = 4 + Octave;
return(new Note(tone, totalPitch, intonation)
{
dot = noteSpecifier.EndsWith("."), length = length, connected = connected
});
}
private static string ChangeSkinColorText(Creature target, Tones oldSkinTone)
{
StringBuilder sb = new StringBuilder();
bool skinPlural;
if (target.body.skinActive)
{
sb.Append("Your " + target.body.primarySkin.LongDescription(out skinPlural));
}
else
{
skinPlural = false;
sb.Append("The skin under your " + target.body.LongEpidermisDescription());
}
sb.Append((skinPlural ? "begin to lose their" : "begins to lose its") + " color, fading out until you're as white as an albino. Then, starting at the crown of your head," +
" a reddish hue rolls down your body in a wave, turning you completely " + target.body.primarySkin.tone.AsString() + ".");
return(sb.ToString());
}
public void AddTonalTalkPointToCurrentLine(Tones tone, bool doesContinue)
{
try
{
var cursorPos = GetCurrentCursorPosition();
var filePath = GetActiveDocumentPath();
//Toggling Talkpoint
RemoveIfTalkpointsExists(filePath, cursorPos);
if (CheckIfBreakpointExists(filePath, cursorPos))
{
RemoveBreakpoints(filePath, cursorPos);
return;
}
Talkpoint talkpoint = new ToneTalkpoint(filePath, cursorPos, doesContinue, tone);
AddTalkPoint(talkpoint);
}
catch (Exception exp) //We have to catch the exception here, or the IDE can crash
{
Debug.WriteLine(exp.StackTrace);
}
}
public Pinyin(string input)
{
Original = input.Replace("u:", "v");
Regex pattern = new Regex("^([a-zA-Z]+)([1-5])$");
Match match = pattern.Match(Original);
if (match.Success)
{
Syllable = match.Groups[1].Value;
Tone = (Tones)int.Parse(match.Groups[2].Value);
return;
}
pattern = new Regex("^([a-zA-Z]+)$"); // TODO: this could be more discerning
match = pattern.Match(Original);
if (match.Success)
{
Syllable = match.Groups[1].Value;
return;
}
throw new FormatException(String.Format("Invalid Pinyin: '{0}'", Original));
}
public override Tones getClawTone(Tones primaryTone, Tones secondaryTone)
{
//do some magic to the tone to make it imp claw compatible
return(primaryTone);
}
public void StopPlaying(byte octave, Tones tone)
{
StopPlaying(12 + octave * 12 + (int)tone);
}
protected internal override string DoTransformation(Creature target, out bool isBadEnd)
{
isBadEnd = false;
//by default, this is 2 rolls at 50%, so a 25% chance of 0 additional tfs, 50% chance of 1 additional tf, 25% chance of 2 additional tfs.
//also takes into consideration any perks that increase or decrease tf effectiveness. if you need to roll out your own, feel free to do so.
int changeCount = GenerateChangeCount(target, new int[] { 2, 2 }, 2);
int remainingChanges = changeCount;
StringBuilder sb = new StringBuilder();
//For all of these, any text regarding the transformation should be instead abstracted out as an abstract string function. append the result of this abstract function
//to the string builder declared above (aka sb.Append(FunctionCall(variables));) string builder is just a fancy way of telling the compiler that you'll be creating a
//long string, piece by piece, so don't do any crazy optimizations first.
//the initial text for starting the transformation. feel free to add additional variables to this if needed.
sb.Append(InitialTransformationText(target));
//Add any free changes here - these can occur even if the change count is 0. these include things such as change in stats (intelligence, etc)
//change in height, hips, and/or butt, or other similar stats.
//this will handle the edge case where the change count starts out as 0.
if (remainingChanges <= 0)
{
return(ApplyChangesAndReturn(target, sb, changeCount - remainingChanges));
}
//Any transformation related changes go here. these typically cost 1 change. these can be anything from body parts to gender (which technically also changes body parts,
//but w/e). You are required to make sure you return as soon as you've applied changeCount changes, but a single line of code can be applied at the end of a change to do
//this for you.
//paste this line after any tf is applied, and it will: automatically decrement the remaining changes count. if it becomes 0 or less, apply the total number of changes
//underwent to the target's change count (if applicable) and then return the StringBuilder content.
//if (--remainingChanges <= 0) return ApplyChangesAndReturn(target, sb, changeCount - remainingChanges);
//STATS
if (target.relativeSensitivity > 25 && Utils.Rand(3) < 2)
{
target.ChangeSensitivity((-1 - Utils.Rand(3)));
}
//Increase strength 1-2 points (Up to 50) (60 for tiger)
if (((target.relativeStrength < 60 && isTigerShark) || target.relativeStrength < 50) && Utils.Rand(3) == 0)
{
target.ChangeStrength(1 + Utils.Rand(2));
}
//Increase Speed 1-3 points (Up to 75) (100 for tigers)
if (((target.relativeSpeed < 100 && isTigerShark) || target.relativeSpeed < 75) && Utils.Rand(3) == 0)
{
target.ChangeSpeed(1 + Utils.Rand(3));
}
//Reduce sensitivity 1-3 Points (Down to 25 points)
//Increase Libido 2-4 points (Up to 75 points) (100 for tigers)
if (((target.relativeLibido < 100 && isTigerShark) || target.relativeLibido < 75) && Utils.Rand(3) == 0)
{
target.ChangeLibido((1 + Utils.Rand(3)));
}
//Decrease intellect 1-3 points (Down to 40 points)
if (target.relativeIntelligence > 40 && Utils.Rand(3) == 0)
{
target.ChangeIntelligence(-(1 + Utils.Rand(3)));
}
//Smexual stuff!
//-TIGGERSHARK ONLY: Grow a c**t (guaranteed if no gender)
if (isTigerShark && (target.gender == 0 || (!target.hasVagina && Utils.Rand(3) == 0)))
{
if (--remainingChanges <= 0)
{
return(ApplyChangesAndReturn(target, sb, changeCount - remainingChanges));
}
//(balls)
//(dick)
//(neither)
target.genitals.AddVagina();
target.ChangeSensitivity(10);
}
//WANG GROWTH - TIGGERSHARK ONLY
if (isTigerShark && (!target.hasCock) && Utils.Rand(3) == 0)
{
//Genderless:
//Female:
if (target.balls.count == 0)
{
target.balls.GrowBalls();
}
target.genitals.AddCock(CockType.defaultValue, 7, 1.4);
target.DeltaCreatureStats(lib: 4, sens: 5, lus: 20);
if (--remainingChanges <= 0)
{
return(ApplyChangesAndReturn(target, sb, changeCount - remainingChanges));
}
}
//(Requires the target having two testicles)
if (isTigerShark && (target.balls.count == 0 || target.balls.count == 2) && target.hasCock && Utils.Rand(3) == 0)
{
if (target.balls.count == 2)
{
target.balls.AddBalls(2);
}
else if (target.balls.count == 0)
{
target.balls.GrowBalls();
}
target.DeltaCreatureStats(lib: 2, sens: 3, lus: 10);
if (--remainingChanges <= 0)
{
return(ApplyChangesAndReturn(target, sb, changeCount - remainingChanges));
}
}
//-Remove extra breast rows
if (target.breasts.Count > 1 && Utils.Rand(3) == 0 && !hyperHappy)
{
target.RemoveExtraBreastRows();
}
//Neck restore
if (target.neck.type != NeckType.HUMANOID && Utils.Rand(4) == 0)
{
target.RestoreNeck();
}
//Rear body restore
if (!target.back.isDefault && Utils.Rand(5) == 0)
{
target.RestoreBack();
}
//Ovi perk loss
if (target.womb.canRemoveOviposition && Utils.Rand(5) == 0)
{
target.womb.ClearOviposition();
sb.Append(ClearOvipositionText(target));
if (--remainingChanges <= 0)
{
return(ApplyChangesAndReturn(target, sb, changeCount - remainingChanges));
}
}
//Transformations:
//Mouth TF
if (target.face.type != FaceType.SHARK && Utils.Rand(3) == 0)
{
FaceData oldData = target.face.AsReadOnlyData();
target.UpdateFace(FaceType.SHARK);
sb.Append(UpdateFaceText(target, oldData));
if (--remainingChanges <= 0)
{
return(ApplyChangesAndReturn(target, sb, changeCount - remainingChanges));
}
}
//Remove odd eyes
if (Utils.Rand(5) == 0 && target.eyes.type != EyeType.HUMAN)
{
EyeData oldData = target.eyes.AsReadOnlyData();
target.RestoreEyes();
sb.Append(RestoredEyesText(target, oldData));
if (--remainingChanges <= 0)
{
return(ApplyChangesAndReturn(target, sb, changeCount - remainingChanges));
}
}
//Tail TF
if (target.tail.type != TailType.SHARK && Utils.Rand(3) == 0)
{
TailData oldData = target.tail.AsReadOnlyData();
target.UpdateTail(TailType.SHARK);
sb.Append(UpdateTailText(target, oldData));
if (--remainingChanges <= 0)
{
return(ApplyChangesAndReturn(target, sb, changeCount - remainingChanges));
}
}
//Gills TF
if (target.gills.type != GillType.FISH && target.tail.type == TailType.SHARK && target.face.type == FaceType.SHARK && Utils.Rand(3) == 0)
{
GillData oldData = target.gills.AsReadOnlyData();
target.UpdateGills(GillType.FISH);
sb.Append(UpdateGillsText(target, oldData));
if (--remainingChanges <= 0)
{
return(ApplyChangesAndReturn(target, sb, changeCount - remainingChanges));
}
}
//Hair
if (target.hair.hairColor != HairFurColors.SILVER && Utils.Rand(4) == 0)
{
target.hair.SetHairColor(HairFurColors.SILVER);
if (--remainingChanges <= 0)
{
return(ApplyChangesAndReturn(target, sb, changeCount - remainingChanges));
}
}
//Skin
//MOD NOTE: F**K. A TWO TONED SKIN TONE. F**K F**K F**K.
//MOD NOTE (continued): tigershark skin tone is hacked in. it's a hack. it's an ugly as f**k hack and i need a shower now. but it'll work. i really, really, really
//dont want to add a new body type for tigersharks, and i am not adding a fur color equivalent for tones for literally just tigersharks.
if (((target.body.primarySkin.tone != Tones.GRAY && target.body.primarySkin.tone != Tones.TIGERSHARK) || target.body.type != BodyType.HUMANOID) && Utils.Rand(7) == 0)
{
Tones targetTone = isTigerShark ? Tones.TIGERSHARK : Tones.GRAY;
SkinTexture targetTexture = SkinTexture.ROUGH;
//getGame().rathazul.addMixologyXP(20);
BodyData oldData = target.body.AsReadOnlyData();
target.UpdateBody(BodyType.HUMANOID, targetTone, targetTexture);
sb.Append(UpdateBodyText(target, oldData));
if (--remainingChanges <= 0)
{
return(ApplyChangesAndReturn(target, sb, changeCount - remainingChanges));
}
}
//FINZ R WINGS
if ((target.wings.type != WingType.NONE || target.back.type != BackType.SHARK_FIN) && Utils.Rand(3) == 0)
{
target.UpdateBack(BackType.SHARK_FIN);
WingData oldData = target.wings.AsReadOnlyData();
target.RestoreWings();
sb.Append(RestoredWingsText(target, oldData));
if (--remainingChanges <= 0)
{
return(ApplyChangesAndReturn(target, sb, changeCount - remainingChanges));
}
}
//this is the fallthrough that occurs when a tf item goes through all the changes, but does not proc enough of them to exit early. it will apply however many changes
//occurred, then return the contents of the stringbuilder.
return(ApplyChangesAndReturn(target, sb, changeCount - remainingChanges));
}
public char MapToCharacter(Tones tone)
{
return(toneList[tone]);
}
internal override void UpdateColorOnTransform(ref HairFurColors featherColor, ref Tones wingTone, ref Tones wingBoneTone, in BodyData bodyData)
public NagaSilkDress(Tones color) : base(ArmorType.CLOTHING)
{
dressColor = color;
}
internal static bool Validate(ref WingType wingType, ref HairFurColors featherCol, ref Tones wingTone, ref Tones wingBoneTone, bool correctInvalidData)
{
bool valid = true;
if (!wings.Contains(wingType))
{
if (!correctInvalidData)
{
return(false);
}
wingType = NONE;
valid = false;
}
return(valid & wingType.ValidateType(ref featherCol, ref wingTone, ref wingBoneTone, correctInvalidData));
}
public ToneTalkpoint(string filePath, CursorPos position, bool doesContinue, Tones tone) : base(filePath, position, doesContinue)
{
this.talkpointTone = tone;
this.isCustomTone = false;
}
public void StopPlaying(byte octave, Tones tone)
{
StopPlaying(12 + octave*12 + (int) tone);
}
public int PlayTone(byte octave, Tones tone, int strength = 127)
{
int note = 12 + octave*12 + (int) tone; // 12 полутонов в октаве, начинаем считать с 0-й октавы (есть еще и -1-ая)
if (!_playingTones.Contains(note))
{
_midiOut.Send(MidiMessage.StartNote(note, strength, Chanel).RawData); // воспроизводим ноту на канале 0
_playingTones.Add(note);
}
return note;
}
internal static Tones GetValidTone(Tones overrideTone, Tones primary, Tones fallback)
{
return(GetValidTone(overrideTone, primary, null, fallback));
}
public static extern bool Beep(Tones tone);
public HandData(Hands source) : base(GetID(source), GetBehavior(source))
{
this.clawTone = source.clawTone;
}
public void SendEvent(MidiEvent me, int tick)
{
if (me is NoteEvent)
{
var value = Tones.TakeWhile(t => !(t == null || t.RealTick >= t.Gate || (t.Channel == me.Channel && t.NoteNum == (me as NoteEvent).Note))).Count();
if (value != Tones.Length)
{
_tonePtr = value;
}
else
{
(Tone, int)value2 = Tones.Select((t, i) => (t, i)).Where(ti => ti.Item1 != null).OrderBy((ti) => ti.Item1.StartTick).FirstOrDefault();
if (value2.Item1 != null)
{
_tonePtr = value2.Item2;
}
}
Tones[_tonePtr] = new Tone(me as NoteEvent)
{
StartTick = tick, Tick = tick
};
AudioTimers[_tonePtr].Reset();
_tonePtr = (_tonePtr + 1) % Tones.Length;
}
else if (me is ControlEvent)
{
var c = (ControlEvent)me;
var cc = c.ControlNo;
switch (cc)
{
case ControlChangeType.Volume:
Channel.Volume = c.Data;
break;
case ControlChangeType.Panpot:
Channel.Panpot = c.Data;
break;
case ControlChangeType.Expression:
Channel.Expression = c.Data;
break;
case ControlChangeType.DataMsb:
Rpns[2] = c.Data;
switch (Rpns[1])
{
case 0:
Channel.BendRange = Rpns[2];
break;
case 2:
Channel.NoteShift = (short)(Rpns[2] - 64);
break;
}
break;
case ControlChangeType.DataLsb:
Rpns[3] = c.Data;
if (Rpns[1] == 1)
{
Channel.Tweak = (short)((Rpns[2] << 7) + Rpns[3] - 8192);
}
break;
case ControlChangeType.Rpnlsb:
Rpns[1] = c.Data;
break;
case ControlChangeType.Rpnmsb:
Rpns[0] = c.Data;
break;
case ControlChangeType.HoldPedal:
break;
case ControlChangeType.Reverb:
break;
case ControlChangeType.Chorus:
break;
case ControlChangeType.Delay:
break;
case ControlChangeType.AllSoundOff:
break;
case ControlChangeType.ResetAllController:
break;
case ControlChangeType.AllNoteOff:
break;
case ControlChangeType.Mono:
break;
case ControlChangeType.Poly:
break;
case ControlChangeType.BankMsb:
break;
case ControlChangeType.BankLsb:
break;
case ControlChangeType.Modulation:
break;
default:
break;
}
}
else if (me is PitchEvent)
{
var p = (PitchEvent)me;
Channel.Pitchbend = p.Bend;
}
else if (me is ProgramEvent)
{
var pg = (ProgramEvent)me;
ProgramChange = pg.ProgramNo;
}
}
//-----------------------------------------------------------------------------------
// Losing Song method - Plays song if user loses
// params: none
// return: none
//-----------------------------------------------------------------------------------
private static void LosingSong()
{
while (!gameOver)
{
/* Play 7/8 of first measure */
for (int i = 1; i < 5; i++)
{
/* Play 8th note */
Tones.SoftToneWrite(SPEAKER, 392);
/* Delay */
try
{
WiringPi.Timing.delay(120);
}
catch (System.OverflowException)
{}
/* Rest for 8th note */
if (i != 4)
{
Tones.SoftToneWrite(SPEAKER, 0);
try
{
WiringPi.Timing.delay(120);
}
catch (System.OverflowException)
{}
}
}
/* Play dotted 16th note */
Tones.SoftToneWrite(SPEAKER, 440);
/* Delay */
try
{
WiringPi.Timing.delay(90);
}
catch (System.OverflowException)
{}
/* Brief pause to end of measure */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(30);
}
catch (System.OverflowException)
{}
/* Play 7/8 of second measure */
for (int i = 1; i < 5; i++)
{
/* Play 8th note */
Tones.SoftToneWrite(SPEAKER, 370);
/* Delay */
try
{
WiringPi.Timing.delay(120);
}
catch (System.OverflowException)
{}
/* Rest for 8th note */
if (i != 4)
{
Tones.SoftToneWrite(SPEAKER, 0);
try
{
WiringPi.Timing.delay(120);
}
catch (System.OverflowException)
{}
}
}
/* Play dotted 16th note */
Tones.SoftToneWrite(SPEAKER, 330);
/* Delay */
try
{
WiringPi.Timing.delay(90);
}
catch (System.OverflowException)
{}
/* Brief pause to end of measure */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(30);
}
catch (System.OverflowException)
{}
/* Play 7/8 of third measure */
for (int i = 1; i < 5; i++)
{
/* Play 8th note */
Tones.SoftToneWrite(SPEAKER, 247);
/* Delay */
try
{
WiringPi.Timing.delay(120);
}
catch (System.OverflowException)
{}
/* Rest for 8th note */
if (i != 4)
{
Tones.SoftToneWrite(SPEAKER, 0);
try
{
WiringPi.Timing.delay(120);
}
catch (System.OverflowException)
{}
}
}
/* Play dotted 16th note */
Tones.SoftToneWrite(SPEAKER, 277);
/* Delay */
try
{
WiringPi.Timing.delay(90);
}
catch (System.OverflowException)
{}
/* Brief pause to end of measure */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(30);
}
catch (System.OverflowException)
{}
/* Play 7/8 of fourth measure */
for (int i = 1; i < 5; i++)
{
/* Play 8th note */
Tones.SoftToneWrite(SPEAKER, 233);
/* Delay */
try
{
WiringPi.Timing.delay(120);
}
catch (System.OverflowException)
{}
/* Rest for 8th note */
if (i != 4)
{
Tones.SoftToneWrite(SPEAKER, 0);
try
{
WiringPi.Timing.delay(120);
}
catch (System.OverflowException)
{}
}
}
/* Play dotted 16th note */
Tones.SoftToneWrite(SPEAKER, 277);
/* Delay */
try
{
WiringPi.Timing.delay(90);
}
catch (System.OverflowException)
{}
/* Brief pause to end of measure */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(30);
}
catch (System.OverflowException)
{}
}
}
//-----------------------------------------------------------------------------------
// Winning Song method - Plays song if user wins
// params: none
// return: none
//-----------------------------------------------------------------------------------
private static void WinningSong()
{
while (!gameOver)
{
/* Play note */
Tones.SoftToneWrite(SPEAKER, 370);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Play note */
Tones.SoftToneWrite(SPEAKER, 370);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Play note */
Tones.SoftToneWrite(SPEAKER, 294);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Play note */
Tones.SoftToneWrite(SPEAKER, 247);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(273);
}
catch (System.OverflowException)
{}
/* Play note */
Tones.SoftToneWrite(SPEAKER, 247);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(273);
}
catch (System.OverflowException)
{}
/* Play note */
Tones.SoftToneWrite(SPEAKER, 330);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(273);
}
catch (System.OverflowException)
{}
/* Play note */
Tones.SoftToneWrite(SPEAKER, 330);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(273);
}
catch (System.OverflowException)
{}
/* Play note */
Tones.SoftToneWrite(SPEAKER, 330);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Play note */
Tones.SoftToneWrite(SPEAKER, 415);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Play note */
Tones.SoftToneWrite(SPEAKER, 415);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Play note */
Tones.SoftToneWrite(SPEAKER, 440);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Play note */
Tones.SoftToneWrite(SPEAKER, 494);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Play note */
Tones.SoftToneWrite(SPEAKER, 440);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Play note */
Tones.SoftToneWrite(SPEAKER, 440);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Play note */
Tones.SoftToneWrite(SPEAKER, 440);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Play note */
Tones.SoftToneWrite(SPEAKER, 330);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(273);
}
catch (System.OverflowException)
{}
/* Play note */
Tones.SoftToneWrite(SPEAKER, 294);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(273);
}
catch (System.OverflowException)
{}
/* Play note */
Tones.SoftToneWrite(SPEAKER, 370);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(273);
}
catch (System.OverflowException)
{}
/* Play note */
Tones.SoftToneWrite(SPEAKER, 370);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(273);
}
catch (System.OverflowException)
{}
/* Play note */
Tones.SoftToneWrite(SPEAKER, 370);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Play note */
Tones.SoftToneWrite(SPEAKER, 330);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Play note */
Tones.SoftToneWrite(SPEAKER, 330);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Play note */
Tones.SoftToneWrite(SPEAKER, 370);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Play note */
Tones.SoftToneWrite(SPEAKER, 330);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
/* Rest */
Tones.SoftToneWrite(SPEAKER, 0);
/* Delay */
try
{
WiringPi.Timing.delay(91);
}
catch (System.OverflowException)
{}
}
}
