public VibratoPointIteratorBySec(VsqFileEx vsq,
VibratoBPList rate,
int start_rate,
VibratoBPList depth,
int start_depth,
int clock_start,
int clock_width,
float sec_resolution)
{
this.vsq = vsq;
this.rate = rate;
this.start_rate = start_rate;
this.depth = depth;
this.start_depth = start_depth;
this.clock_start = clock_start;
this.clock_width = clock_width;
this.sec_resolution = sec_resolution;
sec0 = vsq.getSecFromClock(clock_start);
sec1 = vsq.getSecFromClock(clock_start + clock_width);
count = (int)((sec1 - sec0) / sec_resolution);
phase = 0;
start_rate = rate.getValue(0.0f, start_rate);
start_depth = depth.getValue(0.0f, start_depth);
amplitude = start_depth * 2.5f / 127.0f / 2.0f; // ビブラートの振幅。
period = getPeriodFromRate(start_rate); //ビブラートの周期、秒
omega = (float)(2.0 * Math.PI / period); // 角速度(rad/sec)
sec = sec0;
fadewidth = (float)(sec1 - sec0) * 0.2f;
}
/// <summary>
/// vsqファイルのstart_clockクロックからメトロノームを起動する。startは、start_clockをいつから起動したかを指定する。
/// </summary>
/// <param name="vsq"></param>
/// <param name="start_clock"></param>
/// <param name="start"></param>
public static void Start(VsqFileEx vsq, int start_clock, double start_time)
{
s_queue.clear();
m_stop_required = false;
m_stop_metronome_required = false;
if (s_device0 == null)
{
s_device0 = new MidiDeviceImp(s_metronome_device);
}
if (s_metronome_device != s_general_device)
{
if (s_device1 == null)
{
s_device1 = new MidiDeviceImp(s_general_device);
}
}
m_vsq = (VsqFileEx)vsq.clone();
m_started_sec = m_vsq.getSecFromClock(start_clock);
ByRef <Integer> bar = new ByRef <Integer>();
Timesig timesig = m_vsq.getTimesigAt(start_clock, bar);
int clock_at_bartop = m_vsq.getClockFromBarCount(bar.value);
int clock_step = 480 * 4 / timesig.denominator;
int next_clock = clock_at_bartop + ((start_clock - clock_at_bartop) / clock_step + 1) * clock_step;
m_started = start_time;
m_started_clock = start_clock;
m_temp_exit = false;
for (int track = 1; track < m_vsq.Track.size(); track++)
{
#if DEBUG
AppManager.debugWriteLine("Metronome.Start; track=" + track);
#endif
for (Iterator <VsqEvent> itr = m_vsq.Track.get(track).getNoteEventIterator(); itr.hasNext();)
{
VsqEvent item = itr.next();
if (start_clock <= item.Clock)
{
MidiQueue q = new MidiQueue();
q.Track = track;
q.Channel = (byte)(track - 1);
q.Clock = item.Clock;
q.Note = (byte)(item.ID.Note);
q.Program = 0;
q.Velocity = 0x40;
q.Done += new MidiQueueDoneEventHandler(ReGenerateMidiQueue);
s_queue.add(q);
break;
}
}
}
Collections.sort(s_queue);
m_thread = new Thread(new ThreadStart(ThreadProc));
m_thread.IsBackground = true;
m_thread.Priority = ThreadPriority.Highest;
m_thread.Start();
}
/// <summary>
/// 初期化メソッド
/// </summary>
/// <param name="parameter"></param>
public void init(VsqFileEx vsq, int track, int start_clock, int end_clock, int sample_rate)
{
getDriver().setSampleRate(sample_rate);
mTrack = track;
mStartClock = start_clock;
mEndClock = end_clock;
mSampleRate = sample_rate;
this.mVsq = (VsqFileEx)vsq.clone();
this.mVsq.updateTotalClocks();
if (mEndClock < this.mVsq.TotalClocks)
{
this.mVsq.removePart(mEndClock, this.mVsq.TotalClocks + 480);
}
double end_sec = mVsq.getSecFromClock(start_clock);
double start_sec = mVsq.getSecFromClock(end_clock);
double trim_sec = 0.0; // レンダリング結果から省かなければならない秒数。
if (mStartClock < this.mVsq.getPreMeasureClocks())
{
trim_sec = this.mVsq.getSecFromClock(mStartClock);
}
else
{
this.mVsq.removePart(mVsq.getPreMeasureClocks(), mStartClock);
trim_sec = this.mVsq.getSecFromClock(this.mVsq.getPreMeasureClocks());
}
this.mVsq.updateTotalClocks();
mTrimRemain = (int)(trim_sec * mSampleRate);
//mTrimRemain = 0;
#if DEBUG
sout.println("AeuqsToneWaveGenerator#init; mTrimRemain=" + mTrimRemain);
#endif
}
public void begin(long total_samples, WorkerState state)
{
is_running_ = true;
total_samples_ = total_samples;
int buffer_length = sample_rate_ / 10;
double[] left = new double[buffer_length];
double[] right = new double[buffer_length];
if (driver_.getUi(null) == null)
{
throw new InvalidOperationException("plugin ui を main view のスレッドで作成した後、このメソッドを呼ばなくてはならない。");
}
var eventQueue = generateMidiEvent(sequence_, track_index_);
foreach (var sequence_item in eventQueue.getSequence())
{
var clock = sequence_item.Key;
var queue = sequence_item.Value;
long to_sample = (long)(sequence_.getSecFromClock(clock) * sample_rate_);
if (to_sample >= total_samples_)
{
to_sample = total_samples_;
}
doSynthesis(to_sample, left, right, state);
if (position_ >= total_samples_)
{
break;
}
// noteOff, noteOn の順に分けて send する方法も考えられるが、正しく動作しない。
// このため、いったん一つの配列にまとめてから send する必要がある。
var events = new List <MidiEvent>();
events.AddRange(queue.pit);
events.AddRange(queue.noteoff);
events.AddRange(queue.noteon);
driver_.send(events.ToArray());
//TODO: のこりのイベント送る処理
}
doSynthesis(total_samples, left, right, state);
receiver_.end();
is_running_ = false;
state.reportComplete();
}
public void begin(long total_samples, WorkerState state)
{
var mDriver = getDriver();
#if DEBUG
sout.println("AquesToneRenderingRunner#begin; (mDriver==null)=" + (mDriver == null));
String file = System.IO.Path.Combine(System.Windows.Forms.Application.StartupPath, "AquesToneWaveGenerator.txt");
log = new System.IO.StreamWriter(file);
log.AutoFlush = true;
#endif
if (mDriver == null)
{
#if DEBUG
log.WriteLine("mDriver==null");
log.Close();
#endif
exitBegin();
state.reportComplete();
return;
}
#if DEBUG
sout.println("AquesToneRenderingRunner#begin; mDriver.loaded=" + mDriver.loaded);
#endif
if (!mDriver.loaded)
{
#if DEBUG
log.WriteLine("mDriver.loaded=" + mDriver.loaded);
log.Close();
#endif
exitBegin();
state.reportComplete();
return;
}
mRunning = true;
//mAbortRequired = false;
mTotalSamples = total_samples;
#if DEBUG
sout.println("AquesToneWaveGenerator#begin; mTotalSamples=" + mTotalSamples);
log.WriteLine("mTotalSamples=" + mTotalSamples);
log.WriteLine("mTrimRemain=" + mTrimRemain);
#endif
VsqTrack track = mVsq.Track.get(mTrack);
int BUFLEN = mSampleRate / 10;
double[] left = new double[BUFLEN];
double[] right = new double[BUFLEN];
long saProcessed = 0;
int saRemain = 0;
int lastClock = 0; // 最後に処理されたゲートタイム
// 最初にダミーの音を鳴らす
// (最初に入るノイズを回避するためと、前回途中で再生停止した場合に無音から始まるようにするため)
mDriver.resetAllParameters();
mDriver.process(left, right, BUFLEN);
MidiEvent f_noteon = new MidiEvent();
f_noteon.firstByte = 0x90;
f_noteon.data = new int[] { 0x40, 0x40 };
f_noteon.clock = 0;
mDriver.send(new MidiEvent[] { f_noteon });
mDriver.process(left, right, BUFLEN);
MidiEvent f_noteoff = new MidiEvent();
f_noteoff.firstByte = 0x80;
f_noteoff.data = new int[] { 0x40, 0x7F };
mDriver.send(new MidiEvent[] { f_noteoff });
for (int i = 0; i < 3; i++)
{
mDriver.process(left, right, BUFLEN);
}
#if DEBUG
log.WriteLine("pre-process done");
log.WriteLine("-----------------------------------------------------");
VsqTrack vsq_track = mVsq.Track.get(mTrack);
for (Iterator <VsqEvent> itr = vsq_track.getNoteEventIterator(); itr.hasNext();)
{
VsqEvent item = itr.next();
log.WriteLine("c" + item.Clock + "; " + item.ID.LyricHandle.L0.Phrase);
}
#endif
// レンダリング開始位置での、パラメータの値をセットしておく
for (Iterator <VsqEvent> itr = track.getNoteEventIterator(); itr.hasNext();)
{
VsqEvent item = itr.next();
#if DEBUG
sout.println("AquesToneWaveGenerator#begin; item.Clock=" + item.Clock);
log.WriteLine("*********************************************************");
log.WriteLine("item.Clock=" + item.Clock);
#endif
long saNoteStart = (long)(mVsq.getSecFromClock(item.Clock) * mSampleRate);
long saNoteEnd = (long)(mVsq.getSecFromClock(item.Clock + item.ID.getLength()) * mSampleRate);
#if DEBUG
log.WriteLine("saNoteStart=" + saNoteStart + "; saNoteEnd=" + saNoteEnd);
#endif
EventQueueSequence list = generateMidiEvent(mVsq, mTrack, lastClock, item.Clock + item.ID.getLength());
lastClock = item.Clock + item.ID.Length + 1;
for (Iterator <Integer> itr2 = list.keyIterator(); itr2.hasNext();)
{
// まず直前までの分を合成
Integer clock = itr2.next();
#if DEBUG
log.WriteLine("-------------------------------------------------------");
sout.println("AquesToneWaveGenerator#begin; clock=" + clock);
#endif
long saStart = (long)(mVsq.getSecFromClock(clock) * mSampleRate);
saRemain = (int)(saStart - saProcessed);
#if DEBUG
log.WriteLine("saStart=" + saStart);
log.WriteLine("saRemain=" + saRemain);
#endif
while (saRemain > 0)
{
if (state.isCancelRequested())
{
goto heaven;
}
int len = saRemain > BUFLEN ? BUFLEN : saRemain;
mDriver.process(left, right, len);
waveIncoming(left, right, len);
saRemain -= len;
saProcessed += len;
state.reportProgress(saProcessed);
//mTotalAppend += len; <- waveIncomingで計算されるので
}
// MIDiイベントを送信
MidiEventQueue queue = list.get(clock);
// まずnoteoff
boolean noteoff_send = false;
if (queue.noteoff.size() > 0)
{
#if DEBUG
for (int i = 0; i < queue.noteoff.size(); i++)
{
String str = "";
MidiEvent itemi = queue.noteoff.get(i);
str += "0x" + PortUtil.toHexString(itemi.firstByte, 2) + " ";
for (int j = 0; j < itemi.data.Length; j++)
{
str += "0x" + PortUtil.toHexString(itemi.data[j], 2) + " ";
}
sout.println(typeof(AquesToneWaveGenerator) + "#begin; noteoff; " + str);
}
#endif
mDriver.send(queue.noteoff.toArray(new MidiEvent[] { }));
noteoff_send = true;
}
// parameterの変更
if (queue.param.size() > 0)
{
for (Iterator <ParameterEvent> itr3 = queue.param.iterator(); itr3.hasNext();)
{
ParameterEvent pe = itr3.next();
#if DEBUG
sout.println(typeof(AquesToneWaveGenerator) + "#begin; param; index=" + pe.index + "; value=" + pe.value);
#endif
mDriver.setParameter(pe.index, pe.value);
}
}
// ついでnoteon
if (queue.noteon.size() > 0)
{
// 同ゲートタイムにピッチベンドも指定されている場合、同時に送信しないと反映されないようだ！
if (queue.pit.size() > 0)
{
queue.noteon.addAll(queue.pit);
queue.pit.clear();
}
#if DEBUG
for (int i = 0; i < queue.noteon.size(); i++)
{
String str = "";
MidiEvent itemi = queue.noteon.get(i);
str += "0x" + PortUtil.toHexString(itemi.firstByte, 2) + " ";
for (int j = 0; j < itemi.data.Length; j++)
{
str += "0x" + PortUtil.toHexString(itemi.data[j], 2) + " ";
}
sout.println(typeof(AquesToneWaveGenerator) + "#begin; noteon; " + str);
}
#endif
mDriver.send(queue.noteon.toArray(new MidiEvent[] { }));
}
// PIT
if (queue.pit.size() > 0 && !noteoff_send)
{
#if DEBUG
for (int i = 0; i < queue.pit.size(); i++)
{
String str = "";
MidiEvent itemi = queue.pit.get(i);
str += "0x" + PortUtil.toHexString(itemi.firstByte, 2) + " ";
for (int j = 0; j < itemi.data.Length; j++)
{
str += "0x" + PortUtil.toHexString(itemi.data[j], 2) + " ";
}
sout.println(typeof(AquesToneWaveGenerator) + "#begin; pit; " + str);
}
#endif
mDriver.send(queue.pit.toArray(new MidiEvent[] { }));
}
if (mDriver.getUi(mMainWindow) != null)
{
mDriver.getUi(mMainWindow).invalidateUi();
}
}
}
// totalSamplesに足りなかったら、追加してレンダリング
saRemain = (int)(mTotalSamples - mTotalAppend);
#if DEBUG
sout.println("AquesToneRenderingRunner#run; totalSamples=" + mTotalSamples + "; mTotalAppend=" + mTotalAppend + "; saRemain=" + saRemain);
#endif
while (saRemain > 0)
{
if (state.isCancelRequested())
{
goto heaven;
}
int len = saRemain > BUFLEN ? BUFLEN : saRemain;
mDriver.process(left, right, len);
waveIncoming(left, right, len);
saRemain -= len;
saProcessed += len;
state.reportProgress(saProcessed);
//mTotalAppend += len;
}
heaven:
#if DEBUG
log.Close();
#endif
exitBegin();
state.reportComplete();
}
public static void GenerateSinglePhone(int note, string singer, string file, double amp)
{
string renderer = "";
SingerConfig[] singers1 = VocaloSysUtil.getSingerConfigs(SynthesizerType.VOCALOID1);
int c = singers1.Length;
string first_found_singer = "";
string first_found_renderer = "";
for (int i = 0; i < c; i++)
{
if (first_found_singer.Equals(""))
{
first_found_singer = singers1[i].VOICENAME;
first_found_renderer = VsqFileEx.RENDERER_DSB2;
}
if (singers1[i].VOICENAME.Equals(singer))
{
renderer = VsqFileEx.RENDERER_DSB2;
break;
}
}
SingerConfig[] singers2 = VocaloSysUtil.getSingerConfigs(SynthesizerType.VOCALOID2);
c = singers2.Length;
for (int i = 0; i < c; i++)
{
if (first_found_singer.Equals(""))
{
first_found_singer = singers2[i].VOICENAME;
first_found_renderer = VsqFileEx.RENDERER_DSB3;
}
if (singers2[i].VOICENAME.Equals(singer))
{
renderer = VsqFileEx.RENDERER_DSB3;
break;
}
}
foreach (var sc in AppManager.editorConfig.UtauSingers)
{
if (first_found_singer.Equals(""))
{
first_found_singer = sc.VOICENAME;
first_found_renderer = VsqFileEx.RENDERER_UTU0;
}
if (sc.VOICENAME.Equals(singer))
{
renderer = VsqFileEx.RENDERER_UTU0;
break;
}
}
VsqFileEx vsq = new VsqFileEx(singer, 1, 4, 4, 500000);
if (renderer.Equals(""))
{
singer = first_found_singer;
renderer = first_found_renderer;
}
vsq.Track[1].getCommon().Version = renderer;
VsqEvent item = new VsqEvent(1920, new VsqID(0));
item.ID.LyricHandle = new LyricHandle("あ", "a");
item.ID.setLength(480);
item.ID.Note = note;
item.ID.VibratoHandle = null;
item.ID.type = VsqIDType.Anote;
vsq.Track[1].addEvent(item);
vsq.updateTotalClocks();
int ms_presend = 500;
string tempdir = Path.Combine(AppManager.getCadenciiTempDir(), AppManager.getID());
if (!Directory.Exists(tempdir))
{
try {
PortUtil.createDirectory(tempdir);
} catch (Exception ex) {
Logger.write(typeof(FormGenerateKeySound) + ".GenerateSinglePhone; ex=" + ex + "\n");
serr.println("Program#GenerateSinglePhone; ex=" + ex);
return;
}
}
WaveWriter ww = null;
try {
ww = new WaveWriter(file);
RendererKind kind = VsqFileEx.getTrackRendererKind(vsq.Track[1]);
WaveGenerator generator = VSTiDllManager.getWaveGenerator(kind);
int sample_rate = vsq.config.SamplingRate;
FileWaveReceiver receiver = new FileWaveReceiver(file, 1, 16, sample_rate);
generator.setReceiver(receiver);
generator.setGlobalConfig(AppManager.editorConfig);
#if DEBUG
sout.println("FormGenerateKeySound#GenerateSinglePhone; sample_rate=" + sample_rate);
#endif
generator.init(vsq, 1, 0, vsq.TotalClocks, sample_rate);
double total_sec = vsq.getSecFromClock(vsq.TotalClocks) + 1.0;
WorkerStateImp state = new WorkerStateImp();
generator.begin((long)(total_sec * sample_rate), state);
} catch (Exception ex) {
serr.println("FormGenerateKeySound#GenerateSinglePhone; ex=" + ex);
Logger.write(typeof(FormGenerateKeySound) + ".GenerateSinglePhone; ex=" + ex + "\n");
} finally {
if (ww != null)
{
try {
ww.close();
} catch (Exception ex2) {
Logger.write(typeof(FormGenerateKeySound) + ".GenerateSinglePhone; ex=" + ex2 + "\n");
serr.println("FormGenerateKeySound#GenerateSinglePhone; ex2=" + ex2);
}
}
}
}
/// <summary>
/// 初期化メソッド
/// </summary>
/// <param name="parameter"></param>
public void init( VsqFileEx vsq, int track, int start_clock, int end_clock, int sample_rate )
{
getDriver().setSampleRate( sample_rate );
mTrack = track;
mStartClock = start_clock;
mEndClock = end_clock;
mSampleRate = sample_rate;
this.mVsq = (VsqFileEx)vsq.clone();
this.mVsq.updateTotalClocks();
if ( mEndClock < this.mVsq.TotalClocks ) {
this.mVsq.removePart( mEndClock, this.mVsq.TotalClocks + 480 );
}
double end_sec = mVsq.getSecFromClock( start_clock );
double start_sec = mVsq.getSecFromClock( end_clock );
double trim_sec = 0.0; // レンダリング結果から省かなければならない秒数。
if ( mStartClock < this.mVsq.getPreMeasureClocks() ) {
trim_sec = this.mVsq.getSecFromClock( mStartClock );
} else {
this.mVsq.removePart( mVsq.getPreMeasureClocks(), mStartClock );
trim_sec = this.mVsq.getSecFromClock( this.mVsq.getPreMeasureClocks() );
}
this.mVsq.updateTotalClocks();
mTrimRemain = (int)(trim_sec * mSampleRate);
//mTrimRemain = 0;
#if DEBUG
sout.println( "AeuqsToneWaveGenerator#init; mTrimRemain=" + mTrimRemain );
#endif
}
/*private int round5(float X)
* {
* return (int)(Math.Round(X / 5, 0) * 5);
* }*/
public void SplitIt()
{
dstVibstrBrustEvents.Clear();
dstPitchBrust.Clear();
dstParentTable.Clear();
string PRO = oriEvent.ID.LyricHandle.L0.getPhoneticSymbol();
if (PRO.IndexOf(',') > 0)
{
if (oriEvent.UstEvent.SplitLength > 0)
{
int Len1 = 0;
int Len2 = 0;
int SplitTime = 0;
Len2 = (int)oriEvent.UstEvent.SplitLength;
Len1 = oriEvent.ID.getLength() - Len2;
/*if (oriEvent.UstEvent.SplitisPercent)
* {
* Len2 = (int)(oriEvent.ID.getLength() * (oriEvent.UstEvent.SplitLength / 100.0));
* Len1 = oriEvent.ID.getLength() - Len2;
* }
* else
* {
* Len2 = (int)oriEvent.UstEvent.SplitLength;
* Len1 = oriEvent.ID.getLength() - Len2;
* }
* if (Len1 <= 0)
* {
* Len1 = oriEvent.ID.getLength() / 2;
* Len2 = oriEvent.ID.getLength() - Len1;
* }*/
/*int PitchCountStartPoint=(int)Math.Round(oriEvent.Clock-oriEvent.UstEvent.getPreUtterance(),0);
* Len1 = Cell5(PitchCountStartPoint + Len1) - PitchCountStartPoint;
* Len2 = oriEvent.ID.getLength() - Len1;
* SplitTime=(Len1 + oriEvent.Clock);
*/
OtoArgs oa = new OtoArgs();
if (vdb != null)
{
int CheckNote = oriEvent.ID.Note;
if (oriEvent.UstEvent != null)
{
CheckNote = oriEvent.UstEvent.ReplaceNoteID > 0 ? oriEvent.UstEvent.ReplaceNoteID : oriEvent.ID.Note;
}
oa = vdb.attachFileNameFromLyric(PRO.Split(',')[1], CheckNote);
}
if (oa.fileName == null ||
(oa.fileName != null && oa.fileName == ""))
{
oriEvent.ID.LyricHandle.L0.setPhoneticSymbol(PRO.Split(',')[0]);
//oriEvent.UstEvent.setVoiceOverlap(oriEvent.UstEvent.getVoiceOverlap() + preover);
dstVibstrBrustEvents.Add(oriEvent, oriVibstrBrustEvents);
dstPitchBrust.Add(oriEvent, oriPitchBrust);
dstParentTable.Add(oriEvent, oriEvent);
return;
}
int SplitLen = (int)oriEvent.UstEvent.SplitLength;
if (oriEvent.UstEvent.SplitisPercent)
{
SplitLen = (int)(oriEvent.ID.getLength() * SplitLen / 100.0);
}
float V2PreUttr = oa.msPreUtterance + oriEvent.UstEvent.SplitSTP;
float V1PreUttr = oriEvent.UstEvent.getPreUtterance() + oriEvent.UstEvent.getStartPoint();
int RealV1Start = (int)mVsq.getClockFromSec(mVsq.getSecFromClock(oriEvent.Clock) - V1PreUttr / 1000.0);
int RealV2Start = (int)mVsq.getClockFromSec(mVsq.getSecFromClock(oriEvent.Clock + Len1) - V2PreUttr / 1000.0);
int R = Cell5(RealV2Start - RealV1Start);
int Dert = (RealV2Start - RealV1Start) - R;
if (Dert > 3)
{
Len1 = Len1 + ((5 - Dert) > 0 ? (5 - Dert) : 0);
}
else
{
Len1 = Len1 - Dert;
}
Len2 = oriEvent.ID.getLength() - Len1;
SplitTime = (Len1 + oriEvent.Clock);
int CrossLen = (int)((oa.msOverlap) + oriEvent.UstEvent.SplitVoiceOverlap);
VsqEvent V1 = (VsqEvent)oriEvent.clone();
V1.ID.LyricHandle.L0.setPhoneticSymbol(PRO.Split(',')[0]);
V1.Clock = oriEvent.Clock;
V1.ID.setLength(Len1);
V1.UstEvent.setVoiceOverlap(V1.UstEvent.getVoiceOverlap() + V1.UstEvent.NotePreOverlap);
UstEnvelope env = oriEvent.UstEvent.getEnvelope();
if (env == null)
{
env = new UstEnvelope();
}
env.p3 = CrossLen;
env.p4 = 0;
env.v4 = 0;
V1.UstEvent.setEnvelope(env);
VsqEvent V2 = (VsqEvent)oriEvent.clone();
V2.ID.LyricHandle.L0.setPhoneticSymbol(PRO.Split(',')[1]);
V2.Clock = SplitTime;
V2.ID.setLength(Len2);
V2.UstEvent.setVoiceOverlap(CrossLen);
V2.UstEvent.setPreUtterance(oa.msPreUtterance);
V2.UstEvent.setStartPoint(V2.UstEvent.SplitSTP);
V2.UstEvent.LeftLimit = 0;
env = oriEvent.UstEvent.getEnvelope();
if (env == null)
{
env = new UstEnvelope();
}
env.p2 = CrossLen;
env.v2 = env.v2 - V1.UstEvent.MoreOver;
if (env.v2 < 0)
{
env.v2 = 0;
}
env.p1 = 0;
env.v1 = 0;
if (env.p5 > 0)
{
env.p5 = env.p5 - Len1;
}
V2.UstEvent.setEnvelope(env);
dstVibstrBrustEvents.Add(V1, oriVibstrBrustEvents);
dstPitchBrust.Add(V1, oriPitchBrust);
dstParentTable.Add(V1, oriEvent);
dstVibstrBrustEvents.Add(V2, oriVibstrBrustEvents);
dstPitchBrust.Add(V2, oriPitchBrust);
dstParentTable.Add(V2, oriEvent);
}
else
{
if (oriEvent.ID.LyricHandle.L0.getPhoneticSymbol().IndexOf(",") > 0)
{
oriEvent.ID.LyricHandle.L0.setPhoneticSymbol(PRO.Split(',')[0]);
}
dstVibstrBrustEvents.Add(oriEvent, oriVibstrBrustEvents);
oriEvent.UstEvent.setVoiceOverlap(oriEvent.UstEvent.getVoiceOverlap() + oriEvent.UstEvent.NotePreOverlap);
dstPitchBrust.Add(oriEvent, oriPitchBrust);
dstParentTable.Add(oriEvent, oriEvent);
}
}
else
{
dstVibstrBrustEvents.Add(oriEvent, oriVibstrBrustEvents);
oriEvent.UstEvent.setVoiceOverlap(oriEvent.UstEvent.getVoiceOverlap() + oriEvent.UstEvent.NotePreOverlap);
dstPitchBrust.Add(oriEvent, oriPitchBrust);
dstParentTable.Add(oriEvent, oriEvent);
}
}
/// <summary>
///
/// </summary>
/// <param name="vsq"></param>
/// <param name="track"></param>
/// <param name="clock_start"></param>
/// <param name="clock_end"></param>
/// <returns></returns>
private TreeMap<Integer, MidiEventQueue> generateMidiEvent( VsqFileEx vsq, int track, int clock_start, int clock_end )
{
TreeMap<Integer, MidiEventQueue> list = new TreeMap<Integer, MidiEventQueue>();
VsqTrack t = vsq.Track.get( track );
// 歌手変更
for ( Iterator<VsqEvent> itr = t.getSingerEventIterator(); itr.hasNext(); ) {
VsqEvent item = itr.next();
if ( clock_start <= item.Clock && item.Clock <= clock_end ) {
if ( item.ID.IconHandle == null ) {
continue;
}
int program = item.ID.IconHandle.Program;
if ( 0 > program || program >= AquesToneDriver.SINGERS.Length ) {
program = 0;
}
ParameterEvent singer = new ParameterEvent();
singer.index = mDriver.phontParameterIndex;
singer.value = program + 0.01f;
if ( !list.containsKey( item.Clock ) ) {
list.put( item.Clock, new MidiEventQueue() );
}
MidiEventQueue queue = list.get( item.Clock );
if ( queue.param == null ) {
queue.param = new Vector<ParameterEvent>();
}
queue.param.add( singer );
} else if ( clock_end < item.Clock ) {
break;
}
}
// ノートon, off
Vector<Point> pit_send = new Vector<Point>(); // PITが追加されたゲートタイム。音符先頭の分を重複して送信するのを回避するために必要。
VsqBPList pit = t.getCurve( "pit" );
VsqBPList pbs = t.getCurve( "pbs" );
VsqBPList dyn = t.getCurve( "dyn" );
VsqBPList bre = t.getCurve( "bre" );
VsqBPList cle = t.getCurve( "cle" );
VsqBPList por = t.getCurve( "por" );
for ( Iterator<VsqEvent> itr = t.getNoteEventIterator(); itr.hasNext(); ) {
VsqEvent item = itr.next();
int endclock = item.Clock + item.ID.getLength();
boolean contains_start = clock_start <= item.Clock && item.Clock <= clock_end;
boolean contains_end = clock_start <= endclock && endclock <= clock_end;
if ( contains_start || contains_end ) {
if ( contains_start ) {
#region contains_start
// noteonのゲートタイムが，範囲に入っている
// noteon MIDIイベントを作成
String lyric = item.ID.LyricHandle.L0.Phrase;
String katakana = KanaDeRomanization.hiragana2katakana( KanaDeRomanization.Attach( lyric ) );
int index = -1;
for ( int i = 0; i < AquesToneDriver.PHONES.Length; i++ ) {
if ( katakana.Equals( AquesToneDriver.PHONES[i] ) ) {
index = i;
break;
}
}
if ( index >= 0 ) {
if ( !list.containsKey( item.Clock ) ) {
list.put( item.Clock, new MidiEventQueue() );
}
MidiEventQueue queue = list.get( item.Clock );
if ( queue.noteon == null ) {
queue.noteon = new Vector<MidiEvent>();
}
// index行目に移動するコマンドを贈る
MidiEvent moveline = new MidiEvent();
moveline.firstByte = 0xb0;
moveline.data = new[] { 0x0a, index };
MidiEvent noteon = new MidiEvent();
noteon.firstByte = 0x90;
noteon.data = new int[] { item.ID.Note, item.ID.Dynamics };
Vector<MidiEvent> add = Arrays.asList( new MidiEvent[] { moveline, noteon } );
queue.noteon.addAll( add );
pit_send.add( new Point( item.Clock, item.Clock ) );
}
/* 音符頭で設定するパラメータ */
// Release
MidiEventQueue q = null;
if ( !list.containsKey( item.Clock ) ) {
q = new MidiEventQueue();
} else {
q = list.get( item.Clock );
}
if ( q.param == null ) {
q.param = new Vector<ParameterEvent>();
}
String strRelease = VsqFileEx.getEventTag( item, VsqFileEx.TAG_VSQEVENT_AQUESTONE_RELEASE );
int release = 64;
try {
release = str.toi( strRelease );
} catch ( Exception ex ) {
Logger.write( typeof( AquesToneWaveGenerator ) + ".generateMidiEvent; ex=" + ex + "\n" );
release = 64;
}
ParameterEvent pe = new ParameterEvent();
pe.index = mDriver.releaseParameterIndex;
pe.value = release / 127.0f;
q.param.add( pe );
// dyn
int dynAtStart = dyn.getValue( item.Clock );
ParameterEvent peDyn = new ParameterEvent();
peDyn.index = mDriver.volumeParameterIndex;
peDyn.value = (float)(dynAtStart - dyn.getMinimum()) / (float)(dyn.getMaximum() - dyn.getMinimum());
q.param.add( peDyn );
// bre
int breAtStart = bre.getValue( item.Clock );
ParameterEvent peBre = new ParameterEvent();
peBre.index = mDriver.haskyParameterIndex;
peBre.value = (float)(breAtStart - bre.getMinimum()) / (float)(bre.getMaximum() - bre.getMinimum());
q.param.add( peBre );
// cle
int cleAtStart = cle.getValue( item.Clock );
ParameterEvent peCle = new ParameterEvent();
peCle.index = mDriver.resonancParameterIndex;
peCle.value = (float)(cleAtStart - cle.getMinimum()) / (float)(cle.getMaximum() - cle.getMinimum());
q.param.add( peCle );
// por
int porAtStart = por.getValue( item.Clock );
ParameterEvent pePor = new ParameterEvent();
pePor.index = mDriver.portaTimeParameterIndex;
pePor.value = (float)(porAtStart - por.getMinimum()) / (float)(por.getMaximum() - por.getMinimum());
q.param.add( pePor );
#endregion
}
// ビブラート
// ビブラートが存在する場合、PBSは勝手に変更する。
if ( item.ID.VibratoHandle == null ) {
if ( contains_start ) {
// 音符頭のPIT, PBSを強制的に指定
int notehead_pit = pit.getValue( item.Clock );
MidiEvent pit0 = getPitMidiEvent( notehead_pit );
if ( !list.containsKey( item.Clock ) ) {
list.put( item.Clock, new MidiEventQueue() );
}
MidiEventQueue queue = list.get( item.Clock );
if ( queue.pit == null ) {
queue.pit = new Vector<MidiEvent>();
} else {
queue.pit.clear();
}
queue.pit.add( pit0 );
int notehead_pbs = pbs.getValue( item.Clock );
ParameterEvent pe = new ParameterEvent();
pe.index = mDriver.bendLblParameterIndex;
pe.value = notehead_pbs / 13.0f;
if ( queue.param == null ) {
queue.param = new Vector<ParameterEvent>();
}
queue.param.add( pe );
}
} else {
int delta_clock = 5; //ピッチを取得するクロック間隔
int tempo = 120;
double sec_start_act = vsq.getSecFromClock( item.Clock );
double sec_end_act = vsq.getSecFromClock( item.Clock + item.ID.getLength() );
double delta_sec = delta_clock / (8.0 * tempo); //ピッチを取得する時間間隔
float pitmax = 0.0f;
int st = item.Clock;
if ( st < clock_start ) {
st = clock_start;
}
int end = item.Clock + item.ID.getLength();
if ( clock_end < end ) {
end = clock_end;
}
pit_send.add( new Point( st, end ) );
// ビブラートが始まるまでのピッチを取得
double sec_vibstart = vsq.getSecFromClock( item.Clock + item.ID.VibratoDelay );
int pit_count = (int)((sec_vibstart - sec_start_act) / delta_sec);
TreeMap<Integer, Float> pit_change = new TreeMap<Integer, Float>();
for ( int i = 0; i < pit_count; i++ ) {
double gtime = sec_start_act + delta_sec * i;
int clock = (int)vsq.getClockFromSec( gtime );
float pvalue = (float)t.getPitchAt( clock );
pitmax = Math.Max( pitmax, Math.Abs( pvalue ) );
pit_change.put( clock, pvalue );
}
// ビブラート部分のピッチを取得
Vector<PointD> ret = new Vector<PointD>();
Iterator<PointD> itr2 = new VibratoPointIteratorBySec(
vsq,
item.ID.VibratoHandle.getRateBP(),
item.ID.VibratoHandle.getStartRate(),
item.ID.VibratoHandle.getDepthBP(),
item.ID.VibratoHandle.getStartDepth(),
item.Clock + item.ID.VibratoDelay,
item.ID.getLength() - item.ID.VibratoDelay,
(float)delta_sec );
for ( ; itr2.hasNext(); ) {
PointD p = itr2.next();
float gtime = (float)p.getX();
int clock = (int)vsq.getClockFromSec( gtime );
float pvalue = (float)(t.getPitchAt( clock ) + p.getY() * 100.0);
pitmax = Math.Max( pitmax, Math.Abs( pvalue ) );
pit_change.put( clock, pvalue );
}
// ピッチベンドの最大値を実現するのに必要なPBS
int required_pbs = (int)Math.Ceiling( pitmax / 100.0 );
#if DEBUG
sout.println( "AquesToneRenderingRunner#generateMidiEvent; required_pbs=" + required_pbs );
#endif
if ( required_pbs > 13 ) {
required_pbs = 13;
}
if ( !list.containsKey( item.Clock ) ) {
list.put( item.Clock, new MidiEventQueue() );
}
MidiEventQueue queue = list.get( item.Clock );
ParameterEvent pe = new ParameterEvent();
pe.index = mDriver.bendLblParameterIndex;
pe.value = required_pbs / 13.0f;
if ( queue.param == null ) {
queue.param = new Vector<ParameterEvent>();
}
queue.param.add( pe );
// PITを順次追加
for ( Iterator<Integer> itr3 = pit_change.keySet().iterator(); itr3.hasNext(); ) {
Integer clock = itr3.next();
if ( clock_start <= clock && clock <= clock_end ) {
float pvalue = pit_change.get( clock );
int pit_value = (int)(8192.0 / (double)required_pbs * pvalue / 100.0);
if ( !list.containsKey( clock ) ) {
list.put( clock, new MidiEventQueue() );
}
MidiEventQueue q = list.get( clock );
MidiEvent me = getPitMidiEvent( pit_value );
if ( q.pit == null ) {
q.pit = new Vector<MidiEvent>();
} else {
q.pit.clear();
}
q.pit.add( me );
} else if ( clock_end < clock ) {
break;
}
}
}
//pit_send.add( pit_send_p );
// noteoff MIDIイベントを作成
if ( contains_end ) {
MidiEvent noteoff = new MidiEvent();
noteoff.firstByte = 0x80;
noteoff.data = new int[] { item.ID.Note, 0x40 }; // ここのvel
Vector<MidiEvent> a_noteoff = Arrays.asList( new MidiEvent[] { noteoff } );
if ( !list.containsKey( endclock ) ) {
list.put( endclock, new MidiEventQueue() );
}
MidiEventQueue q = list.get( endclock );
if ( q.noteoff == null ) {
q.noteoff = new Vector<MidiEvent>();
}
q.noteoff.addAll( a_noteoff );
pit_send.add( new Point( endclock, endclock ) ); // PITの送信を抑制するために必要
}
}
if ( clock_end < item.Clock ) {
break;
}
}
// pitch bend sensitivity
// RPNで送信するのが上手くいかないので、parameterを直接いぢる
if ( pbs != null ) {
int keycount = pbs.size();
for ( int i = 0; i < keycount; i++ ) {
int clock = pbs.getKeyClock( i );
if ( clock_start <= clock && clock <= clock_end ) {
int value = pbs.getElementA( i );
ParameterEvent pbse = new ParameterEvent();
pbse.index = mDriver.bendLblParameterIndex;
pbse.value = value / 13.0f;
MidiEventQueue queue = null;
if ( list.containsKey( clock ) ) {
queue = list.get( clock );
} else {
queue = new MidiEventQueue();
}
if ( queue.param == null ) {
queue.param = new Vector<ParameterEvent>();
}
queue.param.add( pbse );
list.put( clock, queue );
} else if ( clock_end < clock ) {
break;
}
}
}
// pitch bend
if ( pit != null ) {
int keycount = pit.size();
for ( int i = 0; i < keycount; i++ ) {
int clock = pit.getKeyClock( i );
if ( clock_start <= clock && clock <= clock_end ) {
boolean contains = false;
for ( Iterator<Point> itr = pit_send.iterator(); itr.hasNext(); ) {
Point p = itr.next();
if ( p.x <= clock && clock <= p.y ) {
contains = true;
break;
}
}
if ( contains ) {
continue;
}
int value = pit.getElementA( i );
MidiEvent pbs0 = getPitMidiEvent( value );
MidiEventQueue queue = null;
if ( list.containsKey( clock ) ) {
queue = list.get( clock );
} else {
queue = new MidiEventQueue();
}
if ( queue.pit == null ) {
queue.pit = new Vector<MidiEvent>();
} else {
queue.pit.clear();
}
queue.pit.add( pbs0 );
list.put( clock, queue );
} else if ( clock_end < clock ) {
break;
}
}
}
appendParameterEvents( list, dyn, mDriver.volumeParameterIndex, clock_start, clock_end );
appendParameterEvents( list, bre, mDriver.haskyParameterIndex, clock_start, clock_end );
appendParameterEvents( list, cle, mDriver.resonancParameterIndex, clock_start, clock_end );
appendParameterEvents( list, por, mDriver.portaTimeParameterIndex, clock_start, clock_end );
return list;
}
/// <summary>
/// vsqファイルのstart_clockクロックからメトロノームを起動する。startは、start_clockをいつから起動したかを指定する。
/// </summary>
/// <param name="vsq"></param>
/// <param name="start_clock"></param>
/// <param name="start"></param>
public static void Start( VsqFileEx vsq, int start_clock, double start_time ) {
s_queue.clear();
m_stop_required = false;
m_stop_metronome_required = false;
if ( s_device0 == null ) {
s_device0 = new MidiDeviceImp( s_metronome_device );
}
if ( s_metronome_device != s_general_device ) {
if ( s_device1 == null ) {
s_device1 = new MidiDeviceImp( s_general_device );
}
}
m_vsq = (VsqFileEx)vsq.clone();
m_started_sec = m_vsq.getSecFromClock( start_clock );
ByRef<Integer> bar = new ByRef<Integer>();
Timesig timesig = m_vsq.getTimesigAt( start_clock, bar );
int clock_at_bartop = m_vsq.getClockFromBarCount( bar.value );
int clock_step = 480 * 4 / timesig.denominator;
int next_clock = clock_at_bartop + ((start_clock - clock_at_bartop) / clock_step + 1) * clock_step;
m_started = start_time;
m_started_clock = start_clock;
m_temp_exit = false;
for ( int track = 1; track < m_vsq.Track.size(); track++ ) {
#if DEBUG
AppManager.debugWriteLine( "Metronome.Start; track=" + track );
#endif
for ( Iterator<VsqEvent> itr = m_vsq.Track.get( track ).getNoteEventIterator(); itr.hasNext(); ) {
VsqEvent item = itr.next();
if ( start_clock <= item.Clock ) {
MidiQueue q = new MidiQueue();
q.Track = track;
q.Channel = (byte)(track - 1);
q.Clock = item.Clock;
q.Note = (byte)(item.ID.Note);
q.Program = 0;
q.Velocity = 0x40;
q.Done += new MidiQueueDoneEventHandler( ReGenerateMidiQueue );
s_queue.add( q );
break;
}
}
}
Collections.sort( s_queue );
m_thread = new Thread( new ThreadStart( ThreadProc ) );
m_thread.IsBackground = true;
m_thread.Priority = ThreadPriority.Highest;
m_thread.Start();
}
public void patchWork(WorkerState state, Object arg)
{
#if DEBUG
sout.println("SynthesizeWorker#patchWork");
#endif
VsqFileEx vsq = AppManager.getVsqFile();
Object[] args = (Object[])arg;
List <PatchWorkQueue> queue = (List <PatchWorkQueue>)args[0];
List <int> tracks = (List <int>)args[1];
int finished = queue.Count;
string temppath = AppManager.getTempWaveDir();
for (int k = 0; k < tracks.Count; k++)
{
int track = tracks[k];
string wavePath = Path.Combine(temppath, track + ".wav");
List <int> queueIndex = new List <int>();
for (int i = 0; i < queue.Count; i++)
{
if (queue[i].track == track)
{
queueIndex.Add(i);
}
}
if (queueIndex.Count <= 0)
{
// 第trackトラックに対してパッチワークを行う必要無し
continue;
}
#if DEBUG
sout.println("AppManager#pathWorkToFreeze; wavePath=" + wavePath + "; queue.get( queueIndex.get( 0 ) ).file=" + queue[queueIndex[0]].file);
sout.println("AppManager#pathWorkToFreeze; queueIndex.size()=" + queueIndex.Count);
#endif
if (queueIndex.Count == 1 && wavePath.Equals(queue[queueIndex[0]].file))
{
// 第trackトラック全体の合成を指示するキューだった場合．
// このとき，パッチワークを行う必要なし．
AppManager.mLastRenderedStatus[track - 1] =
new RenderedStatus((VsqTrack)vsq.Track[track].clone(), vsq.TempoTable, (SequenceConfig)vsq.config.clone());
AppManager.serializeRenderingStatus(temppath, track);
AppManager.invokeWaveViewReloadRequiredEvent(track, wavePath, 1, -1);
continue;
}
WaveWriter writer = null;
try {
int sampleRate = vsq.config.SamplingRate;
long totalLength = (long)((vsq.getSecFromClock(vsq.TotalClocks) + 1.0) * sampleRate);
writer = new WaveWriter(wavePath, vsq.config.WaveFileOutputChannel, 16, sampleRate);
int BUFLEN = 1024;
double[] bufl = new double[BUFLEN];
double[] bufr = new double[BUFLEN];
double total = 0.0;
for (int m = 0; m < queueIndex.Count; m++)
{
int i = queueIndex[m];
if (finished <= i)
{
break;
}
// パッチワークの開始秒時
double secStart = vsq.getSecFromClock(queue[i].clockStart);
long sampleStart = (long)(secStart * sampleRate);
// パッチワークの終了秒時
int clockEnd = queue[i].clockEnd;
if (clockEnd == int.MaxValue)
{
clockEnd = vsq.TotalClocks + 240;
}
double secEnd = vsq.getSecFromClock(clockEnd);
long sampleEnd = (long)(secEnd * sampleRate);
WaveReader wr = null;
try {
wr = new WaveReader(queue[i].file);
long remain2 = sampleEnd - sampleStart;
long proc = 0;
while (remain2 > 0)
{
int delta = remain2 > BUFLEN ? BUFLEN : (int)remain2;
wr.read(proc, delta, bufl, bufr);
writer.replace(sampleStart + proc, delta, bufl, bufr);
proc += delta;
remain2 -= delta;
total += delta;
state.reportProgress(total);
}
} catch (Exception ex) {
Logger.write(typeof(AppManager) + ".patchWorkToFreeze; ex=" + ex + "\n");
serr.println("AppManager#patchWorkToFreeze; ex=" + ex);
} finally {
if (wr != null)
{
try {
wr.close();
} catch (Exception ex2) {
Logger.write(typeof(AppManager) + ".patchWorkToFreeze; ex=" + ex2 + "\n");
serr.println("AppManager#patchWorkToFreeze; ex2=" + ex2);
}
}
}
try {
PortUtil.deleteFile(queue[i].file);
} catch (Exception ex) {
Logger.write(typeof(AppManager) + ".patchWorkToFreeze; ex=" + ex + "\n");
serr.println("AppManager#patchWorkToFreeze; ex=" + ex);
}
}
VsqTrack vsq_track = vsq.Track[track];
if (queueIndex[queueIndex.Count - 1] <= finished)
{
// 途中で終了せず，このトラックの全てのパッチワークが完了した．
AppManager.mLastRenderedStatus[track - 1] =
new RenderedStatus((VsqTrack)vsq_track.clone(), vsq.TempoTable, (SequenceConfig)vsq.config.clone());
AppManager.serializeRenderingStatus(temppath, track);
AppManager.setRenderRequired(track, false);
}
else
{
// パッチワークの作成途中で，キャンセルされた
// キャンセルされたやつ以降の範囲に、プログラムチェンジ17の歌手変更イベントを挿入する。→AppManager#detectTrackDifferenceに必ず検出してもらえる。
VsqTrack copied = (VsqTrack)vsq_track.clone();
VsqEvent dumy = new VsqEvent();
dumy.ID.type = VsqIDType.Singer;
dumy.ID.IconHandle = new IconHandle();
dumy.ID.IconHandle.Program = 17;
for (int m = 0; m < queueIndex.Count; m++)
{
int i = queueIndex[m];
if (i < finished)
{
continue;
}
int start = queue[i].clockStart;
int end = queue[i].clockEnd;
VsqEvent singerAtEnd = vsq_track.getSingerEventAt(end);
// startの位置に歌手変更が既に指定されていないかどうかを検査
int foundStart = -1;
int foundEnd = -1;
for (Iterator <int> itr = copied.indexIterator(IndexIteratorKind.SINGER); itr.hasNext();)
{
int j = itr.next();
VsqEvent ve = copied.getEvent(j);
if (ve.Clock == start)
{
foundStart = j;
}
if (ve.Clock == end)
{
foundEnd = j;
}
if (end < ve.Clock)
{
break;
}
}
VsqEvent dumyStart = (VsqEvent)dumy.clone();
dumyStart.Clock = start;
if (foundStart >= 0)
{
copied.setEvent(foundStart, dumyStart);
}
else
{
copied.addEvent(dumyStart);
}
if (end != int.MaxValue)
{
VsqEvent dumyEnd = (VsqEvent)singerAtEnd.clone();
dumyEnd.Clock = end;
if (foundEnd >= 0)
{
copied.setEvent(foundEnd, dumyEnd);
}
else
{
copied.addEvent(dumyEnd);
}
}
copied.sortEvent();
}
AppManager.mLastRenderedStatus[track - 1] = new RenderedStatus(copied, vsq.TempoTable, (SequenceConfig)vsq.config.clone());
AppManager.serializeRenderingStatus(temppath, track);
}
state.reportComplete();
} catch (Exception ex) {
Logger.write(typeof(AppManager) + ".patchWorkToFreeze; ex=" + ex + "\n");
serr.println("AppManager#patchWorkToFreeze; ex=" + ex);
} finally {
if (writer != null)
{
try {
writer.close();
} catch (Exception ex2) {
Logger.write(typeof(AppManager) + ".patchWorkToFreeze; ex=" + ex2 + "\n");
serr.println("AppManager#patchWorkToFreeze; ex2=" + ex2);
}
}
}
// 波形表示用のWaveDrawContextの内容を更新する。
/*for ( int j = 0; j < queueIndex.size(); j++ ) {
* int i = queueIndex.get( j );
* if ( i >= finished ) {
* continue;
* }
* double secStart = mVsq.getSecFromClock( queue.get( i ).clockStart );
* int clockEnd = queue.get( i ).clockEnd;
* if ( clockEnd == int.MaxValue ) {
* clockEnd = mVsq.TotalClocks + 240;
* }
* double secEnd = mVsq.getSecFromClock( clockEnd );
*
* invokeWaveViewReloadRequiredEvent( tracks.get( k ), wavePath, secStart, secEnd );
* }*/
AppManager.invokeWaveViewReloadRequiredEvent(track, wavePath, 1, -1);
}
#if DEBUG
sout.println("SynthesizeWorker#patchWork; done");
#endif
state.reportComplete();
}
public void processQueue(WorkerState state, Object arg)
{
#if DEBUG
sout.println("SynthesizeWorker#processQueue");
#endif
PatchWorkQueue q = (PatchWorkQueue)arg;
VsqFileEx vsq = q.vsq;
int channel = vsq.config.WaveFileOutputChannel == 1 ? 1 : 2;
double amp_master = VocaloSysUtil.getAmplifyCoeffFromFeder(vsq.Mixer.MasterFeder);
double pan_left_master = VocaloSysUtil.getAmplifyCoeffFromPanLeft(vsq.Mixer.MasterPanpot);
double pan_right_master = VocaloSysUtil.getAmplifyCoeffFromPanRight(vsq.Mixer.MasterPanpot);
int numTrack = vsq.Track.Count;
string tmppath = AppManager.getTempWaveDir();
int track = q.track;
VsqTrack vsq_track = vsq.Track[track];
int count = vsq_track.getEventCount();
if (count <= 0)
{
return;// false;
}
double amp_track = VocaloSysUtil.getAmplifyCoeffFromFeder(vsq.Mixer.Slave[track - 1].Feder);
double pan_left_track = VocaloSysUtil.getAmplifyCoeffFromPanLeft(vsq.Mixer.Slave[track - 1].Panpot);
double pan_right_track = VocaloSysUtil.getAmplifyCoeffFromPanRight(vsq.Mixer.Slave[track - 1].Panpot);
double amp_left = amp_track * pan_left_track;
double amp_right = amp_track * pan_right_track;
int total_clocks = vsq.TotalClocks;
double total_sec = vsq.getSecFromClock(total_clocks);
RendererKind kind = VsqFileEx.getTrackRendererKind(vsq_track);
mGenerator = VSTiDllManager.getWaveGenerator(kind);
Amplifier amp = new Amplifier();
amp.setRoot(mGenerator);
if (q.renderAll)
{
amp.setAmplify(amp_left, amp_right);
}
mGenerator.setReceiver(amp);
mGenerator.setGlobalConfig(AppManager.editorConfig);
mGenerator.setMainWindow(mMainWindow);
Mixer mixer = new Mixer();
mixer.setRoot(mGenerator);
mixer.setGlobalConfig(AppManager.editorConfig);
amp.setReceiver(mixer);
if (q.renderAll && vsq.config.WaveFileOutputFromMasterTrack)
{
// トラック全体を合成するモードで，かつ，他トラックを合成して出力するよう指示された場合
if (numTrack > 2)
{
for (int i = 1; i < numTrack; i++)
{
if (i == track)
{
continue;
}
string file = Path.Combine(tmppath, i + ".wav");
if (!File.Exists(file))
{
// mixするべきファイルが揃っていないのでbailout
return;// true;
}
WaveReader r = null;
try {
r = new WaveReader(file);
} catch (Exception ex) {
Logger.write(typeof(SynthesizeWorker) + ".processQueue; ex=" + ex + "\n");
r = null;
}
if (r == null)
{
return;// true;
}
double end_sec = vsq.getSecFromClock(q.clockStart);
r.setOffsetSeconds(end_sec);
Amplifier amp_i_unit = new Amplifier();
amp_i_unit.setRoot(mGenerator);
double amp_i = VocaloSysUtil.getAmplifyCoeffFromFeder(vsq.Mixer.Slave[i - 1].Feder);
double pan_left_i = VocaloSysUtil.getAmplifyCoeffFromPanLeft(vsq.Mixer.Slave[i - 1].Panpot);
double pan_right_i = VocaloSysUtil.getAmplifyCoeffFromPanRight(vsq.Mixer.Slave[i - 1].Panpot);
double amp_left_i = amp_i * pan_left_i;
double amp_right_i = amp_i * pan_right_i;
#if DEBUG
sout.println("FormSynthesize#bgWork_DoWork; #" + i + "; amp_left_i=" + amp_left_i + "; amp_right_i=" + amp_right_i);
#endif
amp_i_unit.setAmplify(amp_left_i, amp_right_i);
FileWaveSender wave_sender = new FileWaveSender(r);
wave_sender.setRoot(mGenerator);
wave_sender.setGlobalConfig(AppManager.editorConfig);
amp_i_unit.setSender(wave_sender);
mixer.addSender(amp_i_unit);
}
}
}
PortUtil.deleteFile(q.file);
int sample_rate = vsq.config.SamplingRate;
#if DEBUG
sout.println("FormSynthesize#bgWork_DoWork; q.file=" + q.file);
#endif
FileWaveReceiver wave_receiver = new FileWaveReceiver(q.file, channel, 16, sample_rate);
wave_receiver.setRoot(mGenerator);
wave_receiver.setGlobalConfig(AppManager.editorConfig);
Amplifier amp_unit_master = new Amplifier();
amp_unit_master.setRoot(mGenerator);
if (q.renderAll)
{
double l = amp_master * pan_left_master;
double r = amp_master * pan_right_master;
amp_unit_master.setAmplify(l, r);
}
mixer.setReceiver(amp_unit_master);
amp_unit_master.setReceiver(wave_receiver);
int end = q.clockEnd;
if (end == int.MaxValue)
{
end = vsq.TotalClocks + 240;
}
mGenerator.init(vsq, track, q.clockStart, end, sample_rate);
double sec_start = vsq.getSecFromClock(q.clockStart);
double sec_end = vsq.getSecFromClock(end);
long samples = (long)((sec_end - sec_start) * sample_rate);
mGenerator.begin(samples, state);
return;// false;
}
private static void ThreadProc()
{
const int TOLERANCE_MILLISEC = 10;
while (!m_stop_required)
{
if (s_queue.size() == 0)
{
Thread.Sleep(100);
continue;
}
int clock = s_queue.get(0).Clock;
double tick_sec = m_vsq.getSecFromClock(clock);
double next_tick = m_started + ((tick_sec - m_started_sec) / m_speed);
double now = PortUtil.getCurrentTime();
double time_span = next_tick - now;
if (time_span <= 0)
{
Vector <MidiQueue> add = new Vector <MidiQueue>();
while (s_queue.size() > 0 && s_queue.get(0).Clock == clock)
{
if (s_queue.get(0).Done != null)
{
add.addAll(s_queue.get(0).Done(s_queue.get(0)));
}
MidiQueue item = s_queue.get(0);
if (item.Track == 0 || s_metronome_device == s_general_device)
{
s_device0.Play(item.Channel, item.Program, item.Note, item.Velocity);
}
else
{
s_device1.Play(item.Channel, item.Program, item.Note, item.Velocity);
}
s_queue.removeElementAt(0);
}
s_queue.addAll(add);
Collections.sort(s_queue);
continue;
}
int wait_millisec = (int)((next_tick - PortUtil.getCurrentTime()) * 1000.0) - PreUtterance;
int thiswait = (wait_millisec > TOLERANCE_MILLISEC * 2) ? TOLERANCE_MILLISEC * 2 : wait_millisec;
#if DEBUG
AppManager.debugWriteLine("MidiPlayer#ThreadProc; wait_millisec=" + wait_millisec);
#endif
while (thiswait > TOLERANCE_MILLISEC)
{
Thread.Sleep(thiswait);
wait_millisec = (int)((next_tick - PortUtil.getCurrentTime()) * 1000.0) - PreUtterance;
if (wait_millisec < TOLERANCE_MILLISEC || m_stop_required)
{
break;
}
thiswait = wait_millisec;
}
if (m_stop_required)
{
break;
}
if (m_temp_exit)
{
m_temp_exit = false;
Vector <MidiQueue> add = new Vector <MidiQueue>();
while (s_queue.size() > 0 && s_queue.get(0).Clock == clock)
{
if (s_queue.get(0).Done != null)
{
add.addAll(s_queue.get(0).Done(s_queue.get(0)));
}
s_queue.removeElementAt(0);
}
s_queue.addAll(add);
Collections.sort(s_queue);
continue;
}
Vector <MidiQueue> adding = new Vector <MidiQueue>();
while (s_queue.size() > 0 && s_queue.get(0).Clock == clock)
{
if (s_queue.get(0).Track == 0 || s_metronome_device == s_general_device)
{
if (s_queue.get(0).Track != 0 || (s_queue.get(0).Track == 0 && !m_stop_metronome_required))
{
s_device0.Play(s_queue.get(0).Channel, s_queue.get(0).Program, s_queue.get(0).Note, s_queue.get(0).Velocity);
}
}
else
{
s_device1.Play(s_queue.get(0).Channel, s_queue.get(0).Program, s_queue.get(0).Note, s_queue.get(0).Velocity);
}
if (s_queue.get(0).Done != null)
{
if (s_queue.get(0).Track != 0 || (s_queue.get(0).Track == 0 && !m_stop_metronome_required))
{
adding.addAll(s_queue.get(0).Done(s_queue.get(0)));
}
}
s_queue.removeElementAt(0);
}
s_queue.addAll(adding);
Collections.sort(s_queue);
}
}
/// <summary>
///
/// </summary>
/// <param name="vsq"></param>
/// <param name="track"></param>
/// <param name="clock_start"></param>
/// <param name="clock_end"></param>
/// <returns></returns>
protected override EventQueueSequence generateMidiEvent(VsqFileEx vsq, int track, int clock_start, int clock_end)
{
EventQueueSequence list = new EventQueueSequence();
VsqTrack t = vsq.Track.get(track);
addSingerEvents(list, t, clock_start, clock_end);
// ノートon, off
Vector <Point> pit_send = new Vector <Point>(); // PITが追加されたゲートタイム。音符先頭の分を重複して送信するのを回避するために必要。
VsqBPList pit = t.getCurve("pit");
VsqBPList pbs = t.getCurve("pbs");
VsqBPList dyn = t.getCurve("dyn");
VsqBPList bre = t.getCurve("bre");
VsqBPList cle = t.getCurve("cle");
VsqBPList por = t.getCurve("por");
for (Iterator <VsqEvent> itr = t.getNoteEventIterator(); itr.hasNext();)
{
VsqEvent item = itr.next();
int endclock = item.Clock + item.ID.getLength();
boolean contains_start = clock_start <= item.Clock && item.Clock <= clock_end;
boolean contains_end = clock_start <= endclock && endclock <= clock_end;
if (contains_start || contains_end)
{
if (contains_start)
{
#region contains_start
// noteonのゲートタイムが，範囲に入っている
// noteon MIDIイベントを作成
MidiEvent[] noteOnEvents = mDriver.createNoteOnEvent(item.ID.Note, item.ID.Dynamics, item.ID.LyricHandle.L0.Phrase);
if (noteOnEvents.Length > 0)
{
MidiEventQueue queue = list.get(item.Clock);
Vector <MidiEvent> add = Arrays.asList(noteOnEvents);
queue.noteon.addAll(add);
pit_send.add(new Point(item.Clock, item.Clock));
}
/* 音符頭で設定するパラメータ */
// Release
MidiEventQueue q = list.get(item.Clock);
String strRelease = VsqFileEx.getEventTag(item, VsqFileEx.TAG_VSQEVENT_AQUESTONE_RELEASE);
int release = 64;
try {
release = int.Parse(strRelease);
} catch (Exception ex) {
Logger.write(typeof(AquesToneWaveGenerator) + ".generateMidiEvent; ex=" + ex + "\n");
release = 64;
}
ParameterEvent pe = new ParameterEvent();
pe.index = mDriver.releaseParameterIndex;
pe.value = release / 127.0f;
q.param.add(pe);
// dyn
int dynAtStart = dyn.getValue(item.Clock);
ParameterEvent peDyn = new ParameterEvent();
peDyn.index = mDriver.volumeParameterIndex;
peDyn.value = (float)(dynAtStart - dyn.getMinimum()) / (float)(dyn.getMaximum() - dyn.getMinimum());
q.param.add(peDyn);
// bre
int breAtStart = bre.getValue(item.Clock);
ParameterEvent peBre = new ParameterEvent();
peBre.index = mDriver.haskyParameterIndex;
peBre.value = (float)(breAtStart - bre.getMinimum()) / (float)(bre.getMaximum() - bre.getMinimum());
q.param.add(peBre);
// cle
int cleAtStart = cle.getValue(item.Clock);
ParameterEvent peCle = new ParameterEvent();
peCle.index = mDriver.resonancParameterIndex;
peCle.value = (float)(cleAtStart - cle.getMinimum()) / (float)(cle.getMaximum() - cle.getMinimum());
q.param.add(peCle);
// por
int porAtStart = por.getValue(item.Clock);
ParameterEvent pePor = new ParameterEvent();
pePor.index = mDriver.portaTimeParameterIndex;
pePor.value = (float)(porAtStart - por.getMinimum()) / (float)(por.getMaximum() - por.getMinimum());
q.param.add(pePor);
#endregion
}
// ビブラート
// ビブラートが存在する場合、PBSは勝手に変更する。
if (item.ID.VibratoHandle == null)
{
if (contains_start)
{
// 音符頭のPIT, PBSを強制的に指定
int notehead_pit = pit.getValue(item.Clock);
MidiEvent pit0 = getPitMidiEvent(notehead_pit);
MidiEventQueue queue = list.get(item.Clock);
queue.pit.clear();
queue.pit.add(pit0);
int notehead_pbs = pbs.getValue(item.Clock);
ParameterEvent pe = new ParameterEvent();
pe.index = mDriver.bendLblParameterIndex;
pe.value = notehead_pbs / 13.0f;
queue.param.add(pe);
}
}
else
{
int delta_clock = 5; //ピッチを取得するクロック間隔
int tempo = 120;
double sec_start_act = vsq.getSecFromClock(item.Clock);
double sec_end_act = vsq.getSecFromClock(item.Clock + item.ID.getLength());
double delta_sec = delta_clock / (8.0 * tempo); //ピッチを取得する時間間隔
float pitmax = 0.0f;
int st = item.Clock;
if (st < clock_start)
{
st = clock_start;
}
int end = item.Clock + item.ID.getLength();
if (clock_end < end)
{
end = clock_end;
}
pit_send.add(new Point(st, end));
// ビブラートが始まるまでのピッチを取得
double sec_vibstart = vsq.getSecFromClock(item.Clock + item.ID.VibratoDelay);
int pit_count = (int)((sec_vibstart - sec_start_act) / delta_sec);
TreeMap <Integer, Float> pit_change = new TreeMap <Integer, Float>();
for (int i = 0; i < pit_count; i++)
{
double gtime = sec_start_act + delta_sec * i;
int clock = (int)vsq.getClockFromSec(gtime);
float pvalue = (float)t.getPitchAt(clock);
pitmax = Math.Max(pitmax, Math.Abs(pvalue));
pit_change.put(clock, pvalue);
}
// ビブラート部分のピッチを取得
Vector <PointD> ret = new Vector <PointD>();
Iterator <PointD> itr2 = new VibratoPointIteratorBySec(
vsq,
item.ID.VibratoHandle.getRateBP(),
item.ID.VibratoHandle.getStartRate(),
item.ID.VibratoHandle.getDepthBP(),
item.ID.VibratoHandle.getStartDepth(),
item.Clock + item.ID.VibratoDelay,
item.ID.getLength() - item.ID.VibratoDelay,
(float)delta_sec);
for ( ; itr2.hasNext();)
{
PointD p = itr2.next();
float gtime = (float)p.getX();
int clock = (int)vsq.getClockFromSec(gtime);
float pvalue = (float)(t.getPitchAt(clock) + p.getY() * 100.0);
pitmax = Math.Max(pitmax, Math.Abs(pvalue));
pit_change.put(clock, pvalue);
}
// ピッチベンドの最大値を実現するのに必要なPBS
int required_pbs = (int)Math.Ceiling(pitmax / 100.0);
#if DEBUG
sout.println("AquesToneRenderingRunner#generateMidiEvent; required_pbs=" + required_pbs);
#endif
if (required_pbs > 13)
{
required_pbs = 13;
}
MidiEventQueue queue = list.get(item.Clock);
ParameterEvent pe = new ParameterEvent();
pe.index = mDriver.bendLblParameterIndex;
pe.value = required_pbs / 13.0f;
queue.param.add(pe);
// PITを順次追加
for (Iterator <Integer> itr3 = pit_change.keySet().iterator(); itr3.hasNext();)
{
Integer clock = itr3.next();
if (clock_start <= clock && clock <= clock_end)
{
float pvalue = pit_change.get(clock);
int pit_value = (int)(8192.0 / (double)required_pbs * pvalue / 100.0);
MidiEventQueue q = list.get(clock);
MidiEvent me = getPitMidiEvent(pit_value);
q.pit.clear();
q.pit.add(me);
}
else if (clock_end < clock)
{
break;
}
}
}
//pit_send.add( pit_send_p );
// noteoff MIDIイベントを作成
if (contains_end)
{
MidiEvent noteoff = new MidiEvent();
noteoff.firstByte = 0x80;
noteoff.data = new int[] { item.ID.Note, 0x40 }; // ここのvel
Vector <MidiEvent> a_noteoff = Arrays.asList(new MidiEvent[] { noteoff });
MidiEventQueue q = list.get(endclock);
q.noteoff.addAll(a_noteoff);
pit_send.add(new Point(endclock, endclock)); // PITの送信を抑制するために必要
}
}
if (clock_end < item.Clock)
{
break;
}
}
// pitch bend sensitivity
// RPNで送信するのが上手くいかないので、parameterを直接いぢる
if (pbs != null)
{
int keycount = pbs.size();
for (int i = 0; i < keycount; i++)
{
int clock = pbs.getKeyClock(i);
if (clock_start <= clock && clock <= clock_end)
{
int value = pbs.getElementA(i);
ParameterEvent pbse = new ParameterEvent();
pbse.index = mDriver.bendLblParameterIndex;
pbse.value = value / 13.0f;
MidiEventQueue queue = list.get(clock);
queue.param.add(pbse);
}
else if (clock_end < clock)
{
break;
}
}
}
// pitch bend
if (pit != null)
{
int keycount = pit.size();
for (int i = 0; i < keycount; i++)
{
int clock = pit.getKeyClock(i);
if (clock_start <= clock && clock <= clock_end)
{
boolean contains = false;
for (Iterator <Point> itr = pit_send.iterator(); itr.hasNext();)
{
Point p = itr.next();
if (p.x <= clock && clock <= p.y)
{
contains = true;
break;
}
}
if (contains)
{
continue;
}
int value = pit.getElementA(i);
MidiEvent pbs0 = getPitMidiEvent(value);
MidiEventQueue queue = list.get(clock);
queue.pit.clear();
queue.pit.add(pbs0);
}
else if (clock_end < clock)
{
break;
}
}
}
appendParameterEvents(list, dyn, mDriver.volumeParameterIndex, clock_start, clock_end);
appendParameterEvents(list, bre, mDriver.haskyParameterIndex, clock_start, clock_end);
appendParameterEvents(list, cle, mDriver.resonancParameterIndex, clock_start, clock_end);
appendParameterEvents(list, por, mDriver.portaTimeParameterIndex, clock_start, clock_end);
return(list);
}