public bool GetValue()
{
return(MidiSequencer.GetCCLevel(_track, _channel, _note) > 0.5f);
}
public float GetValue()
{
return(MidiSequencer.GetNoteVelocity(_track, _channel, _note));
}
public bool GetValue()
{
return(MidiSequencer.GetNoteOff(_track, _channel, _note));
}
protected void UpdateApp()
{
MidiSequencer.Update();
}
public void Start()
{
configPageGroup.gameObject.SetActive(false);
pausePageGroup.gameObject.SetActive(false);
startTime = Time.time;
game_ = GameScheduler.instance;
anim_ = AnimationManager.instance;
if (game_.backgroundTexture != null)
{
backgroundImage.texture = game_.backgroundTexture;
}
switch (game_.gameplayConfig.layoutPreset)
{
//case GameplayConfigProto.LAYOUT_PRESET_SCANNING_LINE: gameplayManager = scanningLineGameplayManagerV2; break;
default: gameplayManager = oneOnlyGameplayManager; break;
}
hasStarted = false;
sf2File = new Sf2File(Resources.Load <TextAsset>("sf2/GeneralUser GS v1.471").bytes);
var audioConfig = AudioSettings.GetConfiguration();
sampleRate = audioConfig.sampleRate;
sf2Synth = new Sf2Synth(sf2File, new Sf2Synth.Table(sampleRate), 128);
sf2Synth.SetVolume(-10);
infoText.text = string.Format("{1}\n{0}\n{2}", game_.title, game_.subtitle, ((GameplayConfigProto.DifficaultyPresetEnum)game_.gameplayConfig.difficultyPreset).ToString());
midiFile = game_.midiFile ?? new MidiFile(Resources.Load <TextAsset>(testMidiPath).bytes);
sequenceCollection = game_.noteSequenceCollection ?? new NoteSequenceCollection(midiFile);
midiFileSha256Hash = MiscHelper.GetBase64EncodedSha256Hash(midiFile.bytes);
cacheTicks = cacheBeats * midiFile.ticksPerBeat;
endTicks = sequenceCollection.end + (game_.gameplayConfig.graceTime + endDelayBeats) * midiFile.ticksPerBeat;
midiSequencer = new MidiSequencer(midiFile, sf2Synth);
midiSequencer.isMuted = true;
synthConfig = MidiSynthConfigProto.LoadOrCreateDefault(game_, sequenceCollection, midiFileSha256Hash);
foreach (var seqConfig in synthConfig.sequenceStateList)
{
sf2Synth.ProgramChange(seqConfig.channel, (byte)seqConfig.programOverride);
if (seqConfig.shouldUseInGame)
{
gameSequences.Add(sequenceCollection.sequences[seqConfig.sequenceIndex]);
}
else if (!seqConfig.isMuted)
{
backgroundSequences.Add(sequenceCollection.sequences[seqConfig.sequenceIndex]);
}
}
sf2Synth.ignoreProgramChange = true;
pausePageGroup.gameObject.SetActive(false);
if (shouldLoadGameplayConfig)
{
LoadGameplayConfig();
}
scoringManager.Init(this);
gameplayManager.Init(this);
backgroundTracks = new BackgroundTrack[backgroundSequences.Count];
for (int i = 0; i < backgroundTracks.Length; i++)
{
backgroundTracks[i] = new BackgroundTrack();
}
Debug.LogFormat("background tracks: {0}, game tracks: {1}", backgroundSequences.Count, gameSequences.Count);
ShowReadyAnimation();
}
protected void InitApp()
{
MidiSequencer.Init();
}
public void setSequencer(MidiSequencer sequencer)
{
this.seq = sequencer;
}
public float GetValue()
{
return(MidiSequencer.GetCCLevel(_track, _channel, _note));
}
void LoadSong(byte[] midi)
{
midiSequencer = new MidiSequencer(midiStreamSynthesizer);
midiSequencer.LoadMidi(midi, false);
midiSequencer.Play();
}
public override void Enable()
{
base.Enable();
var audioConfig = AudioSettings.GetConfiguration();
sampleRate = audioConfig.sampleRate;
audioConfigText.text = string.Format(
"Sample Rate: {0:N0} Hz\n" +
"DSP Buffer Size: {1:N0}\n" +
"DSP Theoratical Delay: {2:N1} ms ({4:N1} Hz)\n" +
"{3:N0} Channels\n\n",
sampleRate, audioConfig.dspBufferSize,
(float)audioConfig.dspBufferSize / sampleRate * 1000,
(int)audioConfig.speakerMode, sampleRate / (float)audioConfig.dspBufferSize) +
string.Format(
"Model: {0}\n" +
"Name: {1}\n" +
"OS: {2}\n" +
"CPU: {3}\n" +
"GPU: {4}\n",
SystemInfo.deviceModel, SystemInfo.deviceName,
SystemInfo.operatingSystem, SystemInfo.processorType, SystemInfo.graphicsDeviceType);
sf2Synth = new Sf2Synth(sf2File, new Sf2Synth.Table(sampleRate), 128);
sf2Synth.SetVolume(-10);
if (midiFile != null && level.midiDetailPage.midiFile == midiFile)
{
return;
}
sf2Synth.Reset();
midiFile = level.midiDetailPage.midiFile ?? new MidiFile(Resources.Load <TextAsset>("test").bytes);
sequenceCollection = level.midiDetailPage.sequenceCollection ?? new NoteSequenceCollection(midiFile);
midiFileSha256Hash = MiscHelper.GetBase64EncodedSha256Hash(midiFile.bytes);
previewTicks = previewBeats * midiFile.ticksPerBeat;
midiSequencer = new MidiSequencer(midiFile, sf2Synth);
midiSequencer.isMuted = true;
state = MidiSynthConfigProto.LoadOrCreateDefault(game, sequenceCollection, midiFileSha256Hash);
sequenceConfigItems = new SequenceConfigItemController[sequenceCollection.sequences.Count];
int childCount = scrollViewContentRect.childCount;
for (int i = 0; i < sequenceCollection.sequences.Count; i++)
{
var instance = i < childCount?scrollViewContentRect.GetChild(i).gameObject : Instantiate(sequenceConfigItemPrefab, scrollViewContentRect);
instance.SetActive(true);
var item = instance.GetComponent <SequenceConfigItemController>();
sequenceConfigItems[i] = item;
item.previewTrack.Reset();
item.button1Action = () => {
item.state.shouldUseInGame = !item.state.shouldUseInGame;
item.ApplyState(item.props, item.state);
};
item.muteButtonAction = () => {
item.state.isMuted = !item.state.isMuted;
item.ApplyState(item.props, item.state);
};
item.soloButtonAction = () => {
if (state.soloSequenceIndex == item.state.sequenceIndex)
{
state.soloSequenceIndex = -1;
}
else
{
state.soloSequenceIndex = item.state.sequenceIndex;
}
ApplyState();
};
item.onProgramOverrideSelectChanged = value => {
sf2Synth.ignoreProgramChange = false;
sf2Synth.ProgramChange(item.state.channel, (byte)value);
sf2Synth.ignoreProgramChange = true;
};
}
for (int i = sequenceCollection.sequences.Count; i < childCount; i++)
{
scrollViewContentRect.GetChild(i).gameObject.SetActive(false);
}
ApplyState();
}
