void InicilizarSintetizador()
{
midiStreamSynthesizer = new StreamSynthesizer(44100, 2, bufferSize, 40);
sampleBuffer = new float[midiStreamSynthesizer.BufferSize];
midiStreamSynthesizer.LoadBank(bankFilePath);
}
void Awake()
{
midiStreamSynthesizer = new StreamSynthesizer(samplerate, 2, bufferSize, _polyCount);
sampleBuffer = new float[midiStreamSynthesizer.BufferSize];
midiStreamSynthesizer.LoadBank(bankFilePath);
midiSequencer = new MidiSequencer(midiStreamSynthesizer);
midiSequencer.Looping = true;
midiSequencer.OnLoop += AddLoopOffset;
_shouldPlayFile = false;
_menuManager = FindObjectOfType <MenuManager>();
_menuManager.OnStartGame += StartMetronome;
_menuManager.OnGameOver += StopMetronome;
_metronome = FindObjectOfType <Metronome>();
_metronome.BeatSubscribe(DoBeep);
_metronome.BeatEvent += Play;
_gridSystem = GetComponent <GridSystem>();
_infGrid = (InfiniteHexGrid)_gridSystem.Grid;
#if UNITY_WEBGL
AudioSettings.outputSampleRate = samplerate;
var aud = GetComponent <AudioSource>();
aud.clip = AudioClip.Create("Proc", midiStreamSynthesizer.BufferSize, 1, samplerate, true, Reader, SetAudioPosition);
aud.Play();
#endif
}
// Awake is called when the script instance
// is being loaded.
void Awake()
{
#if UNITY_ANDROID && !UNITY_EDITOR
midiStreamSynthesizer = new StreamSynthesizer(44100, 1, bufferSize, 40);
#else
midiStreamSynthesizer = new StreamSynthesizer(44100, 2, bufferSize, 40);
#endif
sampleBuffer = new float[midiStreamSynthesizer.BufferSize];
midiStreamSynthesizer.LoadBank(bankFilePath);
if (midiSource == MidiSource.File)
{
midiSequencer = new MidiSequencer(midiStreamSynthesizer);
midiSequencer.TempoScale = tempoScale;
//These will be fired by the midiSequencer when a song plays
midiSequencer.NoteOnEvent += new MidiSequencer.NoteOnEventHandler(MidiNoteOnHandler);
midiSequencer.NoteOffEvent += new MidiSequencer.NoteOffEventHandler(MidiNoteOffHandler);
}
else if (midiSource == MidiSource.MidiIn)
{
midiUdpListener = new MidiUdpListener();
midiUdpListener.NoteOn += MidiInNoteOn;
midiUdpListener.NoteOff += MidiInNoteOff;
noteEvents = new int[0];
}
}
void Awake()
{
if (!instance)
{
instance = this;
}
midiStreamSynthesizer = new StreamSynthesizer(44100, 2, bufferSize, 40);
sampleBuffer = new float[midiStreamSynthesizer.BufferSize];
midiStreamSynthesizer.LoadBank(bankFilePath);
midiSequencer = new MidiSequencer(midiStreamSynthesizer);
// Arduino
//sp.Open();
//sp.ReadTimeout=1;
for (i = 0; i < 128; i++)
{
currentNote[i] = 0;
pressed[i] = 0;
}
//Debug.Log(Kbd_UserInput.kbd_num);
//These will be fired by the midiSequencer when a song plays
midiSequencer.NoteOnEvent += new MidiSequencer.NoteOnEventHandler(MidiNoteOnHandler);
midiSequencer.NoteOffEvent += new MidiSequencer.NoteOffEventHandler(MidiNoteOffHandler);
}
// Awake is called when the script instance
// is being loaded.
void Awake()
{
MidiFile midiFile = new MidiFile(midiFilePath);
foreach (var VARIABLE in midiFile.Tracks)
{
Debug.Log(VARIABLE);
}
Debug.Log("\n\n");
Debug.Log(midiFile.BeatsPerMinute);
Debug.Log(midiFile.BeatsPerMinute);
Debug.Log(midiFile.MidiHeader.MidiFormat);
foreach (var VARIABLE in midiFile.Tracks[0].MidiEvents)
{
Debug.Log(VARIABLE);
}
midiStreamSynthesizer = new StreamSynthesizer(44100, 2, bufferSize, 40);
sampleBuffer = new float[midiStreamSynthesizer.BufferSize];
midiStreamSynthesizer.LoadBank(bankFilePath);
midiSequencer = new MidiSequencer(midiStreamSynthesizer);
//These will be fired by the midiSequencer when a song plays. Check the console for messages if you uncomment these
midiSequencer.NoteOnEvent += new MidiSequencer.NoteOnEventHandler(MidiNoteOnHandler);
// midiSequencer.NoteOffEvent += new MidiSequencer.NoteOffEventHandler (MidiNoteOffHandler);
Nuotti = GameObject.Find("Nuotti").GetComponent <Text>();
}
public void Dispose()
{
Stop(true);
//Set anything that may become a circular reference to null...
synth = null;
_MidiFile = null;
seqEvt = null;
}
//--Public Methods
public MidiSequencer(StreamSynthesizer synth)
{
currentPrograms = new int[16]; //16 channels
this.synth = synth;
this.synth.setSequencer(this);
blockList = new List <byte>();
seqEvt = new MidiSequencerEvent();
}
// Awake is called when the script instance
// is being loaded.
void Awake()
{
midiStreamSynthesizer = new StreamSynthesizer(44100, 2, bufferSize, 40);
sampleBuffer = new float[midiStreamSynthesizer.BufferSize];
midiStreamSynthesizer.LoadBank(bankFilePath);
midiSequencer = new MidiSequencer(midiStreamSynthesizer);
}
public Sound(string bank, string midifile)
{
midiStreamSynthesizer = new StreamSynthesizer(StreamSynthesizer.SampleRateType.High);
sampleBuffer = new float[midiStreamSynthesizer.BufferSize];
midiStreamSynthesizer.LoadBank(bank);
midiSequencer = new MidiSequencer(midiStreamSynthesizer);
midiSequencer.LoadMidi(midifile, false);
midiSequencer.Play();
}
protected override void OpenMediaAsync()
{
System.Diagnostics.Debug.WriteLine("OpenMediaAsync");
Dictionary <MediaStreamAttributeKeys, string> streamAttributes = new Dictionary <MediaStreamAttributeKeys, string>();
Dictionary <MediaSourceAttributesKeys, string> sourceAttributes = new Dictionary <MediaSourceAttributesKeys, string>();
List <MediaStreamDescription> availableStreams = new List <MediaStreamDescription>();
string codec = "";
codec += ToLittleEndianString(string.Format("{0:X4}", 1));
codec += ToLittleEndianString(string.Format("{0:X4}", 1));
codec += ToLittleEndianString(string.Format("{0:X8}", SamplesPerSec));
codec += ToLittleEndianString(string.Format("{0:X8}", AvgBytesPerSec));
codec += ToLittleEndianString(string.Format("{0:X4}", BlockAlign));
codec += ToLittleEndianString(string.Format("{0:X4}", BitsPerSample));
codec += ToLittleEndianString(string.Format("{0:X4}", 0));
streamAttributes[MediaStreamAttributeKeys.CodecPrivateData] = codec;
sourceAttributes[MediaSourceAttributesKeys.Duration] = "0";
sourceAttributes[MediaSourceAttributesKeys.CanSeek] = "false";
MediaStreamDescription msd = new MediaStreamDescription(MediaStreamType.Audio, streamAttributes);
_audioDesc = msd;
availableStreams.Add(_audioDesc);
String bankName = "SoundBanks/GMBank/gmpiano.txt";
var file = Application.GetResourceStream(new Uri(bankName, UriKind.Relative));
String result = "";
using (var reader = new StreamReader(file.Stream))
{
result += reader.ReadToEnd();
}
synth = new StreamSynthesizer(44100, 1, 1000, 2);
CSharpSynth.Banks.BankManager.addBank(new InstrumentBank(44100, bankName));
int bankfile = BankManager.Count - 1;
synth.SwitchBank(bankfile);
byte[] buffer = new byte[synth.BufferSize];
midiSeq = new MidiSequencer(synth);
midiSeq.LoadMidi("temp.mid", false);
//System.Diagnostics.Debug.WriteLine("midi file is ");
//System.Diagnostics.Debug.WriteLine(midifile.OriginalString);
//midiSeq.LoadMidi(midifile.OriginalString, false);
midiSeq.Looping = true;
midiSeq.Play();
startTime = DateTime.Now;
ReportOpenMediaCompleted(sourceAttributes, availableStreams);
}
//--Public Methods
/// <summary>
/// A simple echo effect.
/// </summary>
/// <param name="synth">A constructed synthesizer instance.</param>
/// <param name="delaytime">Echo delay in seconds.</param>
/// <param name="decay">Controls the volume of the echo.</param>
public Echo(StreamSynthesizer synth, float delaytime, float decay)
: base()
{
if (delaytime <= 0.0f)
{
throw new ArgumentException("delay time must be positive non-zero for echo effect.");
}
this.decay = SynthHelper.Clamp(decay, 0.0f, 1.0f);
this.EffectBuffer = new float[synth.Channels, SynthHelper.getSampleFromTime(synth.SampleRate, delaytime)];
channels = this.EffectBuffer.GetLength(0);
secondarybufferlen = this.EffectBuffer.GetLength(1);
}
void Awake()
{
midiStreamSynthesizer = new StreamSynthesizer(44100, 2, bufferSize, 40);
sampleBuffer = new float[midiStreamSynthesizer.BufferSize];
midiStreamSynthesizer.LoadBank(bankFilePath);
midiSequencer = new MidiSequencer(midiStreamSynthesizer);
_metronome = FindObjectOfType <Metronome>();
_metronome.BeatSubscribe(DoBeep);
_metronome.BeatEvent += Play;
}
// Awake is called when the script instance
// is being loaded.
void Awake()
{
midiStreamSynthesizer = new StreamSynthesizer(44100, 2, bufferSize, 40);
sampleBuffer = new float[midiStreamSynthesizer.BufferSize];
midiStreamSynthesizer.LoadBank(bankFilePath);
midiSequencer = new MidiSequencer(midiStreamSynthesizer);
//These will be fired by the midiSequencer when a song plays. Check the console for messages if you uncomment these
//midiSequencer.NoteOnEvent += new MidiSequencer.NoteOnEventHandler (MidiNoteOnHandler);
//midiSequencer.NoteOffEvent += new MidiSequencer.NoteOffEventHandler (MidiNoteOffHandler);
}
//bool[] curNoteOff = new bool[130];
void Awake()
{
if (!instance)
{
instance = this;
}
midiStreamSynthesizer = new StreamSynthesizer(44100, 2, bufferSize, 40);
sampleBuffer = new float[midiStreamSynthesizer.BufferSize];
midiStreamSynthesizer.LoadBank(bankFilePath);
midiSequencer = new MidiSequencer(midiStreamSynthesizer);
// Arduino
//sp.Open();
//sp.ReadTimeout=1;
for (i = 0; i < 130; i++)
{
tempval[i] = "0";
sensorInput[i] = 0;
inputFlag[i] = 0;
strokeFlag[i] = 0;
curNoteOn[i] = false;
//curNoteOff[i] = false;
}
for (i = 1; i < 7; i++)
{
defGtr_isEmpty[i] = true;
}
defGtrLine[1] = 40;
defGtrLine[2] = 45;
defGtrLine[3] = 50;
defGtrLine[4] = 55;
defGtrLine[5] = 59;
defGtrLine[6] = 64;
sensorInput[40] = 1;
sensorInput[45] = 1;
sensorInput[50] = 1;
sensorInput[55] = 1;
sensorInput[59] = 1;
sensorInput[64] = 1;
//These will be fired by the midiSequencer when a song plays. Check the console for messages if you uncomment these
midiSequencer.NoteOnEvent += new MidiSequencer.NoteOnEventHandler(MidiNoteOnHandler);
midiSequencer.NoteOffEvent += new MidiSequencer.NoteOffEventHandler(MidiNoteOffHandler);
}
// Awake is called when the script instance
// is being loaded.
public void PlayMusic(byte[] midi)
{
loadedMidi = midi;
midiStreamSynthesizer = new StreamSynthesizer(44100, 2, bufferSize, 40);
sampleBuffer = new float[midiStreamSynthesizer.BufferSize];
midiStreamSynthesizer.LoadBank(bankFilePath);
LoadSong(midi);
playing = true;
//These will be fired by the midiSequencer when a song plays. Check the console for messages if you uncomment these
//midiSequencer.NoteOnEvent += new MidiSequencer.NoteOnEventHandler (MidiNoteOnHandler);
//midiSequencer.NoteOffEvent += new MidiSequencer.NoteOffEventHandler (MidiNoteOffHandler);
}
private void InitIfNotDoneYet()
{
if (isInitialized)
{
return;
}
midiStreamSynthesizer = new StreamSynthesizer(midiStreamSampleRateHz, 2, bufferSize, 16);
sampleBuffer = new float[midiStreamSynthesizer.BufferSize];
midiStreamSynthesizer.LoadBank(bankFilePath);
midiSequencer = new MidiSequencer(midiStreamSynthesizer);
isInitialized = true;
}
void Awake()
{
midiStreamSynthesizer = new StreamSynthesizer(44100, 2, bufferSize, 40);
sampleBuffer = new float[midiStreamSynthesizer.BufferSize];
midiStreamSynthesizer.LoadBank(bankFilePath);
midiSequencer = new MidiSequencer(midiStreamSynthesizer);
instrumentSelect = GameObject.Find("Instrument Select").GetComponent <TMPro.TMP_Dropdown>();
//These will be fired by the midiSequencer when a song plays. Check the console for messages if you uncomment these
//midiSequencer.NoteOnEvent += new MidiSequencer.NoteOnEventHandler (MidiNoteOnHandler);
//midiSequencer.NoteOffEvent += new MidiSequencer.NoteOffEventHandler (MidiNoteOffHandler);
}
// Awake is called when the script instance
// is being loaded.
void Awake()
{
midiFilePath = Application.persistentDataPath + "/Midis/" + ButtonPrefab.nameOfSong + ".txt";
txtPath.text = midiFilePath;
midiStreamSynthesizer = new StreamSynthesizer(44100, 1, bufferSize, 40);
sampleBuffer = new float[midiStreamSynthesizer.BufferSize];
midiStreamSynthesizer.LoadBank(bankFilePath);
midiSequencer = new MidiSequencer(midiStreamSynthesizer);
//These will be fired by the midiSequencer when a song plays. Check the console for messages if you uncomment these
//midiSequencer.NoteOnEvent += new MidiSequencer.NoteOnEventHandler(MidiNoteOnHandler);
//midiSequencer.NoteOffEvent += new MidiSequencer.NoteOffEventHandler (MidiNoteOffHandler);
}
public void InitIfNotDoneYet()
{
if (isInitialized)
{
return;
}
midiStreamSynthesizer = new StreamSynthesizer(midiStreamSampleRateHz, 1, bufferSize, 16, 1);
newSampleBuffer = new float[midiStreamSynthesizer.BufferSize];
availableSamplesSynthesizerSampleRate = new CircularBuffer <float>(midiStreamSampleRateHz / 10);
availableSamplesOutputSampleRate = new CircularBuffer <float>(outputSampleRateHz / 10);
midiStreamSynthesizer.LoadBank(bankFilePath);
midiSequencer = new MidiSequencer(midiStreamSynthesizer);
isInitialized = true;
}
void Awake()
{
midiStreamSynthesizer = new StreamSynthesizer(44100, 2, bufferSize, 40);
sampleBuffer = new float[midiStreamSynthesizer.BufferSize];
midiStreamSynthesizer.LoadBank(bankFilePath);
midiSequencer = new MidiSequencer(midiStreamSynthesizer);
midiSequencer.NoteOnEvent += new MidiSequencer.NoteOnEventHandler(MidiNoteOnHandler);
midiSequencer.NoteOffEvent += new MidiSequencer.NoteOffEventHandler(MidiNoteOffHandler);
ChangeSong(0);
fc = GameObject.Find("FinalScenario").GetComponent <FinalScenario>();
if (useRandomSong)
{
PlayRandomSong();
}
}
// Awake is called when the script instance
// is being loaded.
void Awake()
{
#if UNITY_ANDROID && !UNITY_EDITOR
midiStreamSynthesizer = new StreamSynthesizer(44100, 1, bufferSize, 40);
#else
midiStreamSynthesizer = new StreamSynthesizer(44100, 2, bufferSize, 40);
#endif
sampleBuffer = new float[midiStreamSynthesizer.BufferSize];
midiStreamSynthesizer.LoadBank(bankFilePath);
midiSequencer = new MidiSequencer(midiStreamSynthesizer);
midiSequencer.TempoScale = 1.0f;
//These will be fired by the midiSequencer when a song plays
midiSequencer.NoteOnEvent += new MidiSequencer.NoteOnEventHandler(MidiNoteOnHandler);
midiSequencer.NoteOffEvent += new MidiSequencer.NoteOffEventHandler(MidiNoteOffHandler);
// Set Default tuning adjustment to about -1 halftone
//midiStreamSynthesizer.TuningAdjustment = -1.0f + AppProperties.TuningAdjustment;
}
void Awake()
{
// For now, imitating the behavior of UnitySynthTest.cs with two goals:
// 1. Understand how UnitySynth loads and plays midi files
// 2. Figure out where in that process to get the data for the markov chain
// copied straight from UnitySynthTest.cs, almost
midiStreamSynthesizer = new StreamSynthesizer(44100, 2, bufferSize, 40);
sampleBuffer = new float[midiStreamSynthesizer.BufferSize];
midiStreamSynthesizer.LoadBank(bankFilePath);
midiSequencer = new MidiSequencer(midiStreamSynthesizer);
midiSequencer.LoadMidi(testMidiFile, false);
midiSequencer.NoteOnEvent += new MidiSequencer.NoteOnEventHandler(MidiNoteOnHandler);
midiSequencer.NoteOffEvent += new MidiSequencer.NoteOffEventHandler(MidiNoteOffHandler);
initializeMatrix(16, 128 * 128, 128);
}
//--Public Methods
public SincFilter(StreamSynthesizer synth, int filtersize, double cornerfreq)
: base()
{
sfilter = new SincLowPass(synth.Channels, filtersize, cornerfreq);
}
private void Start()
{
this.midiStreamSynthesizer = new StreamSynthesizer(44100, 2, 1024, 40);
this.sampleBuffer = new float[this.midiStreamSynthesizer.BufferSize];
this.midiStreamSynthesizer.LoadBank("GM Bank/gm");
}
