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|
/*
* UtauWaveGenerator.cs
* Copyright © 2010-2011 kbinani
*
* This file is part of org.kbinani.cadencii.
*
* org.kbinani.cadencii is free software; you can redistribute it and/or
* modify it under the terms of the GPLv3 License.
*
* org.kbinani.cadencii is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
*/
#if JAVA
package org.kbinani.cadencii;
import java.awt.*;
import java.io.*;
import java.util.*;
import org.kbinani.*;
import org.kbinani.media.*;
import org.kbinani.vsq.*;
#else
using System;
using System.Diagnostics;
using System.Threading;
using org.kbinani.media;
using org.kbinani.vsq;
using org.kbinani;
using org.kbinani.java.awt;
using org.kbinani.java.io;
using org.kbinani.java.util;
namespace org.kbinani.cadencii
{
using boolean = System.Boolean;
using Integer = System.Int32;
#endif
/// <summary>
/// UTAUの合成器(または互換合成器)を用いて波形を合成する波形生成器
/// </summary>
#if JAVA
public class UtauWaveGenerator extends WaveUnit implements WaveGenerator {
#else
public class UtauWaveGenerator : WaveUnit, WaveGenerator
{
#endif
public const String FILEBASE = "temp.wav";
private const int MAX_CACHE = 512;
private const int BUFLEN = 1024;
private const int VERSION = 0;
private static TreeMap<String, ValuePair<String, Double>> mCache = new TreeMap<String, ValuePair<String, Double>>();
private const int BASE_TEMPO = 120;
private Vector<RenderQueue> mResamplerQueue = new Vector<RenderQueue>();
private double[] mLeft;
private double[] mRight;
private VsqFileEx mVsq;
private String mResampler;
private String mWavtool;
private String mTempDir;
private boolean mResamplerWithWine;
private boolean mWavtoolWithWine;
//private boolean mAbortRequired = false;
private boolean mRunning = false;
private String mWine = "";
private long mTotalSamples;
private WaveReceiver mReceiver = null;
private long mTotalAppend = 0;
private int mTrack;
private double[] mBufferL = new double[BUFLEN];
private double[] mBufferR = new double[BUFLEN];
private double mTrimRemainSeconds = 0.0;
private int mSampleRate;
/// <summary>
/// whdから読み込んだサンプリングレート．
/// 波形処理ラインのサンプリングレートと違う可能性がある
/// </summary>
private int mThisSampleRate = 44100;
private RateConvertContext mContext = null;
private WorkerState mState;
private boolean mUseWideCharacterWorkaround = false;
// 作成したジャンクションのリスト
private Vector<String> mJunctions = new Vector<String>();
#if DEBUG
/// <summary>
/// ログを出さない設定の時true
/// </summary>
private boolean mIsQuiet = false;
private boolean mUseShortTemp = false;
private boolean mUseShortResampler = false;
private boolean mUseShortWavtool = false;
private boolean mUseShortVoicebank = false;
#endif
#if DEBUG
public void setDebugCondition( boolean use_short_temp, boolean use_short_resampler, boolean use_short_wavtool, boolean use_short_voicebank )
{
mUseShortTemp = use_short_temp;
mUseShortResampler = use_short_resampler;
mUseShortWavtool = use_short_wavtool;
mUseShortVoicebank = use_short_voicebank;
}
public void setQuiet( boolean value )
{
mIsQuiet = value;
}
#endif
public int getSampleRate()
{
return mSampleRate;
}
public boolean isRunning()
{
return mRunning;
}
public long getTotalSamples()
{
return mTotalSamples;
}
public double getProgress()
{
if ( mTotalSamples <= 0 ) {
return 0.0;
} else {
return mTotalAppend / (double)mTotalSamples;
}
}
/*public void stop()
{
if ( mRunning ) {
mAbortRequired = true;
while ( mRunning ) {
#if JAVA
try{
Thread.sleep( 100 );
}catch( Exception ex ){
}
#else
Thread.Sleep( 100 );
#endif
}
}
}*/
public override void setConfig( String parameter )
{
// do nothing
}
public override int getVersion()
{
return VERSION;
}
/// <summary>
/// 初期化メソッド．
/// </summary>
/// <param name="vsq"></param>
/// <param name="track"></param>
/// <param name="start_clock"></param>
/// <param name="end_clock"></param>
public void init( VsqFileEx vsq, int track, int start_clock, int end_clock, int sample_rate )
{
#if DEBUG
setQuiet( true );
#endif
mTrack = track;
int resampler_index = VsqFileEx.getTrackResamplerUsed( vsq.Track.get( track ) );
int resampler_count = mConfig.getResamplerCount();
if ( resampler_count <= resampler_index ) {
resampler_index = resampler_count - 1;
}
if ( resampler_index < 0 ) {
resampler_index = 0;
}
mUseWideCharacterWorkaround = mConfig.UseWideCharacterWorkaround;
mResampler = mConfig.getResamplerAt( resampler_index );
mWavtool = mConfig.PathWavtool;
#if DEBUG
sout.println( "UtauWaveGenerator#init; mResampler=" + mResampler + "; exists=" + fsys.isFileExists( mResampler ) );
sout.println( "UtauWaveGenerator#init; mWavtool=" + mWavtool + "; exists=" + fsys.isFileExists( mWavtool ) );
#endif
mSampleRate = sample_rate;
String id = AppManager.getID();
mTempDir = fsys.combine( AppManager.getCadenciiTempDir(), id );
#if !JAVA
if ( mUseWideCharacterWorkaround ) {
String junction_path = System.IO.Path.Combine( getSystemRoot(), "cadencii_" + id + "_temp" );
if ( !fsys.isDirectoryExists( junction_path ) ) {
org.kbinani.cadencii.helper.Utils.MountPointCreate( junction_path, mTempDir );
mJunctions.add( junction_path );
}
mTempDir = junction_path;
}
#endif
#if DEBUG
sout.println( "UtauWaveGenerator#init; mTempDir=" + mTempDir + "; exists=" + fsys.isDirectoryExists( mTempDir ) );
#endif
mResamplerWithWine = mConfig.isResamplerWithWineAt( resampler_index );
mWavtoolWithWine = mConfig.WavtoolWithWine;
mWine = mConfig.getBuiltinWineMinimumExecutable();
mVsq = (VsqFileEx)vsq.clone();
mVsq.updateTotalClocks();
if ( end_clock < vsq.TotalClocks ) {
// 末尾の部分は不要なので削除
mVsq.removePart( end_clock, mVsq.TotalClocks + 480 );
}
double trim_sec = 0.0;
if ( start_clock > 0 ) {
// 途中からの合成が指示された場合
// 0clockからstart_clockまでを削除する
// もしstart_clock位置に音符があれば，その音符の先頭から合成し，trim_secを適切に設定する
// まず，start_clockに音符があるかどうかを調べる
// 音符があれば，trim_endに適切な値を代入
VsqTrack vsq_track = mVsq.Track.get( track );
int c = vsq_track.getEventCount();
int trim_end = start_clock;
for ( int i = 0; i < c; i++ ) {
VsqEvent itemi = vsq_track.getEvent( i );
if ( itemi.ID.type != VsqIDType.Anote ) {
continue;
}
if ( itemi.Clock <= start_clock && start_clock < itemi.Clock + itemi.ID.getLength() ) {
trim_end = itemi.Clock;
break;
}
}
if ( trim_end == start_clock ) {
trim_sec = 0.0;
} else {
trim_sec = mVsq.getSecFromClock( start_clock ) - mVsq.getSecFromClock( trim_end );
}
// 必要ならトリムを実行
if ( 0 < trim_end ) {
mVsq.removePart( 0, trim_end );
}
}
mVsq.adjustClockToMatchWith( BASE_TEMPO );
mVsq.updateTotalClocks();
mTrimRemainSeconds = trim_sec;
}
#if !JAVA
private static String getSystemRoot()
{
String system = System.Environment.GetFolderPath( Environment.SpecialFolder.System );
return System.IO.Path.GetPathRoot( system );
}
#endif
/*private static String getShortPathName( String path )
{
#if DEBUG
String before = path;
#endif
#if !JAVA
if ( path == null ) {
return "";
}
if ( path == "" ) {
return path;
}
if ( fsys.isFileExists( path ) || fsys.isDirectoryExists( path ) ) {
const int LEN = 260;
System.Text.StringBuilder sb_path = new System.Text.StringBuilder( LEN );
if ( win32.GetShortPathNameW( path, sb_path, LEN ) != 0 ) {
path = sb_path.ToString();
}
}
#endif
#if DEBUG
sout.println( "UtauWaveGenerator#getShortPathName; before=" + before + "; after=" + path );
#endif
return path;
}*/
public void setReceiver( WaveReceiver r )
{
if ( mReceiver != null ) {
mReceiver.end();
}
mReceiver = r;
}
public long getPosition()
{
return mTotalAppend;
}
public static void clearCache()
{
for ( Iterator<String> itr = mCache.keySet().iterator(); itr.hasNext(); ) {
String key = itr.next();
ValuePair<String, Double> value = mCache.get( key );
String file = value.getKey();
try {
PortUtil.deleteFile( file );
} catch ( Exception ex ) {
serr.println( "UtauWaveGenerator#clearCache; ex=" + ex );
Logger.write( "UtauWaveGenerator::clearCache; ex=" + ex + "\n" );
}
}
mCache.clear();
}
public void begin( long total_samples, WorkerState state )
{
mState = state;
mTotalSamples = total_samples;
#if MAKEBAT_SP
StreamWriter bat = null;
StreamWriter log = null;
#endif
#if DEBUG
#if !JAVA
System.IO.StreamWriter sw = new System.IO.StreamWriter( "UtauWaveGenerator.begin(long).log" );
System.IO.StreamWriter sw2 = new System.IO.StreamWriter( "UtauWaveGenerator.begin(long).notes.log" );
#endif
#endif
try {
double sample_length = mVsq.getSecFromClock( mVsq.TotalClocks ) * mSampleRate;
//mAbortRequired = false;
mRunning = true;
if ( !fsys.isDirectoryExists( mTempDir ) ) {
PortUtil.createDirectory( mTempDir );
}
#if MAKEBAT_SP
log = new StreamWriter( Path.Combine( m_temp_dir, "UtauWaveGenerator.log" ), false, Encoding.GetEncoding( "Shift_JIS" ) );
#endif
// 原音設定を読み込み
VsqTrack target = mVsq.Track.get( mTrack );
String file = fsys.combine( mTempDir, FILEBASE );
if ( fsys.isFileExists( file ) ) {
PortUtil.deleteFile( file );
}
String file_whd = fsys.combine( mTempDir, FILEBASE + ".whd" );
if ( fsys.isFileExists( file_whd ) ) {
PortUtil.deleteFile( file_whd );
}
String file_dat = fsys.combine( mTempDir, FILEBASE + ".dat" );
if ( fsys.isFileExists( file_dat ) ) {
PortUtil.deleteFile( file_dat );
}
#if DEBUG
debugWriteLine( "UtauWaveGenerator#run; temp_dir=" + mTempDir );
debugWriteLine( "UtauWaveGenerator#run; file_whd=" + file_whd );
debugWriteLine( "UtauWaveGenerator#run; file_dat=" + file_dat );
#endif
int count = -1;
double sec_end = 0;
double sec_end_old = 0;
int program_change = 0;
mResamplerQueue.clear();
#if DEBUG
double error_sum = 0.0;
#endif
// 前後の音符の先行発音やオーバーラップやらを取得したいので、一度リストに格納する
Vector<VsqEvent> events = new Vector<VsqEvent>();
for ( Iterator<VsqEvent> itr = target.getNoteEventIterator(); itr.hasNext(); ) {
VsqEvent itemi = itr.next();
events.add( itemi );
#if DEBUG
#if !JAVA
sw2.WriteLine( itemi.Clock + "\t" + itemi.ID.Note * 100 );
sw2.WriteLine( (itemi.Clock + itemi.ID.getLength()) + "\t" + itemi.ID.Note * 100 );
#endif
#endif
}
#if MAKEBAT_SP
log.WriteLine( "making resampler queue..." );
#endif
int events_count = events.size();
for ( int k = 0; k < events_count; k++ ) {
VsqEvent item = events.get( k );
#if MAKEBAT_SP
log.Write( " #" + k + "; clock=" + item.Clock );
#endif
VsqEvent singer_event = target.getSingerEventAt( item.Clock );
if ( singer_event == null ) {
program_change = 0;
} else {
program_change = singer_event.ID.IconHandle.Program;
}
String singer_raw = "";
String singer = "";
if ( 0 <= program_change && program_change < mConfig.UtauSingers.size() ) {
singer_raw = mConfig.UtauSingers.get( program_change ).VOICEIDSTR;
singer = singer_raw;
#if !JAVA
if ( mUseWideCharacterWorkaround ) {
String junction = fsys.combine( getSystemRoot(), "cadencii_" + AppManager.getID() + "_singer_" + program_change );
if ( !fsys.isDirectoryExists( junction ) ) {
org.kbinani.cadencii.helper.Utils.MountPointCreate( junction, singer_raw );
mJunctions.add( junction );
}
singer = junction;
}
#endif
}
#if DEBUG
sout.println( "UtauWaveGenerator#begin; singer=" + singer + "; singer_raw=" + singer_raw );
#endif
#if MAKEBAT_SP
log.Write( "; pc=" + program_change );
#endif
if ( state.isCancelRequested() ) {
exitBegin();
return;
}
count++;
double sec_start = mVsq.getSecFromClock( item.Clock );
double sec_start_act = sec_start - item.UstEvent.getPreUtterance() / 1000.0;
sec_end_old = sec_end;
sec_end = mVsq.getSecFromClock( item.Clock + item.ID.getLength() );
double sec_end_act = sec_end;
VsqEvent item_next = null;
if ( k + 1 < events_count ) {
item_next = events.get( k + 1 );
}
if ( item_next != null ) {
double sec_start_act_next =
mVsq.getSecFromClock( item_next.Clock ) - item_next.UstEvent.getPreUtterance() / 1000.0
+ item_next.UstEvent.getVoiceOverlap() / 1000.0;
if ( sec_start_act_next < sec_end_act ) {
sec_end_act = sec_start_act_next;
}
}
//float t_temp = (float)(item.ID.getLength() / (sec_end - sec_start) / 8.0);
if ( (count == 0 && sec_start > 0.0) || (sec_start > sec_end_old) ) {
// 最初の音符，
double sec_start2 = sec_end_old;
double sec_end2 = sec_start;
// t_temp2がBASE_TEMPOから大きく外れないように
int draft_length = (int)((sec_end2 - sec_start2) * 8.0 * BASE_TEMPO);
//float t_temp2 = (float)(draft_length / (sec_end2 - sec_start2) / 8.0);
//String str_t_temp2 = PortUtil.formatDecimal( "0.00", t_temp2 );
//double act_t_temp2 = PortUtil.parseDouble( str_t_temp2 );
#if DEBUG
//error_sum += (draft_length / (act_t_temp2 * 8.0)) - (sec_end2 - sec_start2);
#endif
RenderQueue rq = new RenderQueue();
//rq.WavtoolArgPrefix = "\"" + file + "\" \"" + fsys.combine( singer, "R.wav" ) + "\" 0 " + draft_length + "@" + BASE_TEMPO;
rq.WavtoolArgPrefix.clear();
rq.WavtoolArgPrefix.add( "\"" + file + "\"" );
rq.WavtoolArgPrefix.add( "\"" + fsys.combine( singer, "R.wav" ) + "\"" );
rq.WavtoolArgPrefix.add( "0" );
rq.WavtoolArgPrefix.add( draft_length + "@" + BASE_TEMPO );
//rq.WavtoolArgSuffix = " 0 0";
rq.WavtoolArgSuffix.clear();
rq.WavtoolArgSuffix.add( "0" );
rq.WavtoolArgSuffix.add( "0" );
rq.Oto = new OtoArgs();
rq.FileName = "";
rq.secStart = sec_start2;
rq.ResamplerFinished = true;
mResamplerQueue.add( rq );
count++;
}
String lyric = item.ID.LyricHandle.L0.Phrase;
String note = NoteStringFromNoteNumber( item.ID.Note );
int millisec = (int)((sec_end_act - sec_start_act) * 1000) + 50;
OtoArgs oa = new OtoArgs();
if ( AppManager.mUtauVoiceDB.containsKey( singer_raw ) ) {
UtauVoiceDB db = AppManager.mUtauVoiceDB.get( singer_raw );
oa = db.attachFileNameFromLyric( lyric );
}
#if MAKEBAT_SP
log.Write( "; lyric=" + lyric + "; fileName=" + oa.fileName );
#endif
oa.msPreUtterance = item.UstEvent.getPreUtterance();
oa.msOverlap = item.UstEvent.getVoiceOverlap();
#if DEBUG
debugWriteLine( "UtauWaveGenerator#run; oa.fileName=" + oa.fileName );
debugWriteLine( "UtauWaveGenerator#run; lyric=" + lyric );
#endif
RenderQueue rq2 = new RenderQueue();
String wavPath = "";
if ( oa.fileName != null && str.length( oa.fileName ) > 0 ) {
wavPath = fsys.combine( singer, oa.fileName );
} else {
wavPath = fsys.combine( singer, lyric + ".wav" );
}
#if DEBUG
debugWriteLine( "UtauWaveGenerator#run; wavPath=" + wavPath );
#endif
String[] resampler_arg_prefix = new String[] { "\"" + wavPath + "\"" };
String[] resampler_arg_suffix = new String[]{
"\"" + note + "\"",
"100",
"\"" + item.UstEvent.Flags + "\"",
oa.msOffset + "",
millisec + "",
oa.msConsonant + "",
oa.msBlank + "",
item.UstEvent.getIntensity() + "",
item.UstEvent.getModuration() + "" };
// ピッチを取得
Vector<String> pitch = new Vector<String>();
boolean allzero = true;
int delta_clock = 5; //ピッチを取得するクロック間隔
int tempo = BASE_TEMPO;
double delta_sec = delta_clock / (8.0 * tempo); //ピッチを取得する時間間隔
// sec_start_act～sec_end_actまでの，item.ID.Note基準のピッチベンドを取得
// ただしdelta_sec秒間隔で
double sec = mVsq.getSecFromClock( item.Clock ) - (item.UstEvent.getPreUtterance() + item.UstEvent.getStartPoint()) / 1000.0;
int indx = 0;
int base_note = item.ID.Note;
double sec_vibstart = mVsq.getSecFromClock( item.Clock + item.ID.VibratoDelay );
int totalcount = 0;
Iterator<PointD> vibitr = null;
if ( item.ID.VibratoHandle != null ) {
vibitr = new VibratoPointIteratorBySec(
mVsq,
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 );
}
#if DEBUG
#if !JAVA
String logname =
fsys.combine( mTempDir, k + "_" + PortUtil.getFileNameWithoutExtension( wavPath ) + "_" + note + ".log" );
System.IO.StreamWriter sw3 = new System.IO.StreamWriter( logname );
int prevx = 0;
float max = -100;
float min = 12800;
#endif
#endif
while ( sec <= sec_end ) {
// clockでの音符の音の高さを調べる
// ピッチベンドを調べたい時刻
int clock = (int)mVsq.getClockFromSec( sec );
// dst_noteに，clockでの，音符のノートナンバー(あれば．なければ元の音符と同じ値)
int dst_note = base_note;
if ( k > 0 ) {
VsqEvent prev = vec.get( events, k - 1 );
dst_note = base_note;
}
for ( int i = indx; i < events_count; i++ ) {
VsqEvent itemi = vec.get( events, i );
if ( clock < itemi.Clock ) {
continue;
}
int itemi_length = itemi.ID.getLength();
if ( itemi.Clock <= clock && clock < itemi.Clock + itemi_length ) {
dst_note = itemi.ID.Note;
indx = i;
break;
}
}
// PIT, PBSによるピッチベンドを加味
double pvalue = (dst_note - base_note) * 100.0 + target.getPitchAt( clock );
// ビブラートがあれば，ビブラートによるピッチベンドを加味
if ( sec_vibstart <= sec && vibitr != null && vibitr.hasNext() ) {
PointD pd = vibitr.next();
pvalue += pd.getY() * 100.0;
}
// リストに入れる
if ( totalcount == 0 ) {
vec.add( pitch, PortUtil.formatDecimal( "0.00", pvalue ) + "Q" + tempo );
} else {
vec.add( pitch, PortUtil.formatDecimal( "0.00", pvalue ) );
}
totalcount++;
#if DEBUG
#if !JAVA
float ty = (float)pvalue + base_note * 100;
max = Math.Max( max, ty );
min = Math.Min( min, ty );
prevx = clock;
sw3.WriteLine( clock + "\t" + ty );
sw.WriteLine( clock + "\t" + pvalue + "\t" + dst_note + "\t" + base_note + "\t" + target.getPitchAt( clock ) );
#endif
#endif
if ( pvalue != 0.0 ) {
allzero = false;
}
// 次
sec += delta_sec;
}
#if DEBUG
#if !JAVA
int delta = 20;
sw3.WriteLine( prevx + "\t" + (min - delta) );
sw3.WriteLine( (item.Clock + item.ID.getLength()) + "\t" + (min - delta) );
sw3.WriteLine( (item.Clock + item.ID.getLength()) + "\t" + (max + delta) );
sw3.WriteLine( (item.Clock + item.ID.getLength()) + "\t" + (min - delta) );
sw3.WriteLine( item.Clock + "\t" + (min - delta) );
sw3.WriteLine( item.Clock + "\t" + (max + delta) );
sw3.Close();
#endif
#endif
//4_あ_C#4_550.wav
//String md5_src = "";
rq2.hashSource = "";
foreach ( String s in resampler_arg_prefix ) {
rq2.hashSource += s + " ";
}
foreach ( String s in resampler_arg_suffix ) {
rq2.hashSource += s + " ";
}
foreach ( String s in pitch ) {
rq2.hashSource += s + " ";
}
rq2.hashSource += mResampler;
//#if DEBUG
// String filename =
// fsys.combine( mTempDir, k + "_" + PortUtil.getFileNameWithoutExtension( wavPath ) + "_" + note + ".wav" );
//#else
String filename =
fsys.combine( mTempDir, PortUtil.getMD5FromString( mCache.size() + rq2.hashSource ) + ".wav" );
//#endif
rq2.appendArgRange( resampler_arg_prefix );
rq2.appendArg( "\"" + filename + "\"" );
rq2.appendArgRange( resampler_arg_suffix );
if ( !allzero ) {
rq2.appendArgRange( pitch.toArray( new String[0] ) );
}
boolean exist_in_cache = mCache.containsKey( rq2.hashSource );
if ( !exist_in_cache ) {
if ( mCache.size() + 1 >= MAX_CACHE ) {
double old = PortUtil.getCurrentTime();
String delfile = "";
String delkey = "";
for ( Iterator<String> itr = mCache.keySet().iterator(); itr.hasNext(); ) {
String key = itr.next();
ValuePair<String, Double> value = mCache.get( key );
if ( old < value.getValue() ) {
old = value.getValue();
delfile = value.getKey();
delkey = key;
}
}
try {
PortUtil.deleteFile( delfile );
} catch ( Exception ex ) {
serr.println( "UtauWaveGenerator#begin; ex=" + ex );
Logger.write( "UtauWaveGenerator#begin(long): ex=" + ex + "\n" );
}
mCache.remove( delkey );
}
//mCache.put( search_key, new ValuePair<String, Double>( filename, PortUtil.getCurrentTime() ) );
//->ここ，実際の合成が終わったタイミングで追加するようにする
} else {
filename = mCache.get( rq2.hashSource ).getKey();
}
String str_t_temp = PortUtil.formatDecimal( "0.00", BASE_TEMPO );
#if DEBUG
double act_t_temp = str.tof( str_t_temp );
error_sum += (item.ID.getLength() / (8.0 * act_t_temp)) - (sec_end - sec_start);
Logger.write( "UtauWaveGenerator#begin; error_sum=" + error_sum + "\n" );
#endif
//rq2.WavtoolArgPrefix = "\"" + file + "\" \"" + filename + "\" " + item.UstEvent.getStartPoint() + " " + item.ID.getLength() + "@" + str_t_temp;
rq2.WavtoolArgPrefix.clear();
rq2.WavtoolArgPrefix.add( "\"" + file + "\"" );
rq2.WavtoolArgPrefix.add( "\"" + filename + "\"" );
rq2.WavtoolArgPrefix.add( "" + item.UstEvent.getStartPoint() );
rq2.WavtoolArgPrefix.add( "" + item.ID.getLength() + "@" + str_t_temp );
UstEnvelope env = item.UstEvent.getEnvelope();
if ( env == null ) {
env = new UstEnvelope();
}
//rq2.WavtoolArgSuffix = " " + env.p1 + " " + env.p2 + " " + env.p3 + " " + env.v1 + " " + env.v2 + " " + env.v3 + " " + env.v4;
//rq2.WavtoolArgSuffix += " " + oa.msOverlap + " " + env.p4 + " " + env.p5 + " " + env.v5;
rq2.WavtoolArgSuffix.clear();
rq2.WavtoolArgSuffix.add( "" + env.p1 );
rq2.WavtoolArgSuffix.add( "" + env.p2 );
rq2.WavtoolArgSuffix.add( "" + env.p3 );
rq2.WavtoolArgSuffix.add( "" + env.v1 );
rq2.WavtoolArgSuffix.add( "" + env.v2 );
rq2.WavtoolArgSuffix.add( "" + env.v3 );
rq2.WavtoolArgSuffix.add( "" + env.v4 );
rq2.WavtoolArgSuffix.add( "" + oa.msOverlap );
rq2.WavtoolArgSuffix.add( "" + env.p4 );
rq2.WavtoolArgSuffix.add( "" + env.p5 );
rq2.WavtoolArgSuffix.add( "" + env.v5 );
rq2.Oto = oa;
rq2.FileName = filename;
rq2.secStart = sec_start_act;
rq2.ResamplerFinished = exist_in_cache;
mResamplerQueue.add( rq2 );
#if MAKEBAT_SP
log.WriteLine();
#endif
}
#if MAKEBAT_SP
log.WriteLine( "...done" );
#endif
int num_queues = mResamplerQueue.size();
int processed_sample = 0; //WaveIncomingで受け渡した波形の合計サンプル数
int channel = 0; // .whdに記録されたチャンネル数
int byte_per_sample = 0;
// 引き続き、wavtoolを呼ぶ作業に移行
boolean first = true;
//int trim_remain = (int)( trimMillisec / 1000.0 * VSTiProxy.SAMPLE_RATE); //先頭から省かなければならないサンプル数の残り
VsqBPList dyn_curve = mVsq.Track.get( mTrack ).getCurve( "dyn" );
#if MAKEBAT_SP
bat = new StreamWriter( Path.Combine( m_temp_dir, "utau.bat" ), false, Encoding.GetEncoding( "Shift_JIS" ) );
#endif
for ( int i = 0; i < num_queues; i++ ) {
RenderQueue rq = mResamplerQueue.get( i );
if ( !rq.ResamplerFinished ) {
#if MAKEBAT_SP
bat.WriteLine( "\"" + mResampler + "\" " + rq.getResamplerArgString() );
#endif
#if JAVA
Vector<String> list = new Vector<String>();
if( mResamplerWithWine ){
list.add( mWine );
}
list.add( mResampler );
for( String s : rq.getResamplerArg() ){
if( s.startsWith( "\"" ) && s.endsWith( "\"" ) ){
s = str.sub( s, 1, s.length() -2 );
}
list.add( s );
}
#if DEBUG
sout.println( "UtauWaveGenerator#run; args=" );
for( String s : list ){
sout.println( "UtauWaveGenerator#run; " + s );
}
#endif
ProcessBuilder pb = new ProcessBuilder( list );
Process process = pb.start();
boolean д = true;
for( ; д; ){
try{
int ecode = process.exitValue();
}catch( Exception ex ){
//ex.printStackTrace();
Logger.write( UtauWaveGenerator.class + ".begin; ex=" + ex + "\n" );
continue;
}
break;
}
//process.waitFor();
#else
Process process = null;
try {
process = new Process();
process.StartInfo.FileName = (mResamplerWithWine ? "wine \"" : "\"") + mResampler + "\"";
process.StartInfo.Arguments = rq.getResamplerArgString();
#if DEBUG
sout.println( "UtauWaveGenerator#begin; FileName=" + process.StartInfo.FileName );
sout.println( "UtauWaveGenerator#begin; Arguments=" + process.StartInfo.Arguments );
#endif
process.StartInfo.WorkingDirectory = mTempDir;
process.StartInfo.CreateNoWindow = true;
process.StartInfo.UseShellExecute = false;
process.StartInfo.WindowStyle = System.Diagnostics.ProcessWindowStyle.Hidden;
process.Start();
process.WaitForExit();
// 合成が済んだのでキャッシュに登録する
mCache.put( rq.hashSource, new ValuePair<String, Double>( rq.FileName, PortUtil.getCurrentTime() ) );
} catch ( Exception ex ) {
Logger.write( typeof( UtauWaveGenerator ) + ".begin; ex=" + ex + "\n" );
#if DEBUG
sout.println( typeof( UtauWaveGenerator ) + ".begin; ex=" + ex );
#endif
} finally {
if ( process != null ) {
process.Dispose();
}
}
#endif
}
if ( state.isCancelRequested() ) {
break;
}
// wavtoolを起動
double sec_fin; // 今回のwavtool起動によってレンダリングが完了したサンプル長さ
RenderQueue p = mResamplerQueue.get( i );
OtoArgs oa_next;
if ( i + 1 < num_queues ) {
oa_next = mResamplerQueue.get( i + 1 ).Oto;
} else {
oa_next = new OtoArgs();
}
// この後のwavtool呼び出しで，どこまで波形が確定するか？
// 安全のために，wavtoolでくっつける音符の先頭位置までが確定するだろう，ということにする
sec_fin = p.secStart;
if ( i + 1 == num_queues ) {
// 最後の音符だった場合は，最後まで読み取ることにする
sec_fin = mTotalSamples / (double)mSampleRate;
}
#if DEBUG
debugWriteLine( "UtauWaveGenerator#run; sec_fin=" + sec_fin );
#endif
float mten = p.Oto.msPreUtterance + oa_next.msOverlap - oa_next.msPreUtterance;
//String arg_wavtool = p.WavtoolArgPrefix + (mten >= 0 ? ("+" + mten) : ("-" + (-mten))) + p.WavtoolArgSuffix;
Vector<String> arg_wavtool = new Vector<String>();
int size = vec.size( p.WavtoolArgPrefix );
for ( int j = 0; j < size; j++ ) {
String s = vec.get( p.WavtoolArgPrefix, j );
if ( j == size - 1 ) {
s += (mten >= 0 ? ("+" + mten) : ("-" + (-mten)));
}
vec.add( arg_wavtool, s );
}
size = vec.size( p.WavtoolArgSuffix );
for ( int j = 0; j < size; j++ ) {
vec.add( arg_wavtool, vec.get( p.WavtoolArgSuffix, j ) );
}
#if MAKEBAT_SP
bat.WriteLine( "\"" + m_wavtool + "\" " + arg_wavtool );
#endif
processWavtool( arg_wavtool, file, mTempDir, mWavtool, mWavtoolWithWine );
// できたwavを読み取ってWaveIncomingイベントを発生させる
int sample_end = (int)(sec_fin * mSampleRate);
#if DEBUG
debugWriteLine( "UtauWaveGenerator#run; sample_end=" + sample_end );
#endif
// whdを読みに行く
if ( first ) {
RandomAccessFile whd = null;
// このファイルのサンプリングレート．ヘッダで読み込むけど初期値はコレにしとく
mThisSampleRate = 44100;
try {
whd = new RandomAccessFile( file_whd, "r" );
#region whdを読みに行く
whd.seek( 0 );
// RIFF
byte[] buf = new byte[4];
int gcount = whd.read( buf, 0, 4 );
if ( buf[0] != 'R' || buf[1] != 'I' || buf[2] != 'F' || buf[3] != 'F' ) {
#if DEBUG
debugWriteLine( "UtauWaveGenerator#run; whd header error" );
#endif
continue;
}
// ファイルサイズ
whd.read( buf, 0, 4 );
// WAVE
whd.read( buf, 0, 4 );
if ( buf[0] != 'W' || buf[1] != 'A' || buf[2] != 'V' || buf[3] != 'E' ) {
#if DEBUG
debugWriteLine( "UtauWaveGenerator#run; whd header error" );
#endif
continue;
}
// fmt
whd.read( buf, 0, 4 );
if ( buf[0] != 'f' || buf[1] != 'm' || buf[2] != 't' || buf[3] != ' ' ) {
#if DEBUG
debugWriteLine( "UtauWaveGenerator#run; whd header error" );
#endif
continue;
}
// fmt チャンクのサイズ
whd.read( buf, 0, 4 );
long loc_end_of_fmt = whd.getFilePointer(); //fmtチャンクの終了位置．ここは一定値でない可能性があるので読込み
loc_end_of_fmt += buf[0] | buf[1] << 8 | buf[2] << 16 | buf[3] << 24;
// format ID
whd.read( buf, 0, 2 );
int id = buf[0] | buf[1] << 8;
if ( id != 0x0001 ) { //0x0001はリニアPCM
continue;
}
// チャンネル数
whd.read( buf, 0, 2 );
channel = buf[1] << 8 | buf[0];
// サンプリングレート
whd.read( buf, 0, 4 );
mThisSampleRate = PortUtil.make_int32_le( buf );//.__BBBBBBBBBAAAAAAAAAAAAAAAAAAAAAAAARRRRRRRR__stderr buf[0] | buf[1] << 8 | buf[2] << 16 | buf[3] << 24;
#if DEBUG
debugWriteLine( "UtauWaveGenerator#begin; mThisSampleRate=" + mThisSampleRate );
#endif
// データ速度
whd.read( buf, 0, 4 );
// ブロックサイズ
whd.read( buf, 0, 2 );
// 1チャンネル、1サンプルあたりのビット数
whd.read( buf, 0, 2 );
int bit_per_sample = buf[1] << 8 | buf[0];
byte_per_sample = bit_per_sample / 8;
whd.seek( loc_end_of_fmt );
// data
whd.read( buf, 0, 4 );
if ( buf[0] != 'd' || buf[1] != 'a' || buf[2] != 't' || buf[3] != 'a' ) {
#if DEBUG
debugWriteLine( "UtauWaveGenerator#run; whd header error" );
#endif
continue;
}
// size of data chunk
whd.read( buf, 0, 4 );
//int size = buf[3] << 24 | buf[2] << 16 | buf[1] << 8 | buf[0];
//int total_samples = size / (channel * byte_per_sample);
#endregion
} catch ( Exception ex ) {
serr.println( "UtauWaveGenerator#begin; ex=" + ex );
Logger.write( "UtauWaveGenerator::begin(long); ex=" + ex + "\n" );
} finally {
if ( whd != null ) {
try {
whd.close();
} catch ( Exception ex2 ) {
serr.println( "UtauWaveGenerator#begin; ex2=" + ex2 );
Logger.write( "UtauWaveGenerator::begin(long); ex=" + ex2 + "\n" );
}
}
}
first = false;
}
// datを読みに行く
int sampleFrames = sample_end - processed_sample;
#if DEBUG
debugWriteLine( "UtauWaveGenerator#run; sampleFrames=" + sampleFrames + "; channel=" + channel + "; byte_per_sample=" + byte_per_sample );
#endif
if ( channel > 0 && byte_per_sample > 0 && sampleFrames > 0 ) {
int length = (sampleFrames > mSampleRate ? mSampleRate : sampleFrames);
int remain = sampleFrames;
mLeft = new double[length];
mRight = new double[length];
double k_inv64 = 1.0 / 64.0;
double k_inv128 = 1.0 / 128.0;
double k_inv32768 = 1.0 / 32768.0;
int buflen = 1024;
byte[] wavbuf = new byte[buflen];
int pos = 0;
RandomAccessFile dat = null;
try {
dat = new RandomAccessFile( file_dat, "r" );
dat.seek( processed_sample * channel * byte_per_sample );
double sec_start = processed_sample / (double)mSampleRate;
double sec_per_sa = 1.0 / (double)mSampleRate;
ByRef<Integer> index = new ByRef<Integer>( 0 );
#region チャンネル数／ビット深度ごとの読み取り操作
if ( byte_per_sample == 1 ) {
if ( channel == 1 ) {
while ( remain > 0 ) {
if ( state.isCancelRequested() ) {
break;
}
int len = dat.read( wavbuf, 0, buflen );
if ( len <= 0 ) {
break;
}
int c = 0;
while ( len > 0 && remain > 0 ) {
if ( state.isCancelRequested() ) {
break;
}
len -= 1;
remain--;
double gtime_dyn = sec_start + pos * sec_per_sa;
int clock = (int)mVsq.getClockFromSec( gtime_dyn );
int dyn = dyn_curve.getValue( clock, index );
double amp = dyn * k_inv64;
double v = ((0xff & wavbuf[c]) - 128) * k_inv128 * amp;
c++;
mLeft[pos] = v;
mRight[pos] = v;
pos++;
if ( pos >= length ) {
waveIncoming( mLeft, mRight, mLeft.Length, mThisSampleRate );
pos = 0;
}
}
}
} else {
while ( remain > 0 ) {
if ( state.isCancelRequested() ) {
break;
}
int len = dat.read( wavbuf, 0, buflen );
if ( len <= 0 ) {
break;
}
int c = 0;
while ( len > 0 && remain > 0 ) {
if ( state.isCancelRequested() ) {
break;
}
len -= 2;
remain--;
double gtime_dyn = sec_start + pos * sec_per_sa;
int clock = (int)mVsq.getClockFromSec( gtime_dyn );
int dyn = dyn_curve.getValue( clock, index );
double amp = dyn * k_inv64;
double vl = ((0xff & wavbuf[c]) - 128) * k_inv128 * amp;
double vr = ((0xff & wavbuf[c + 1]) - 128) * k_inv128 * amp;
mLeft[pos] = vl;
mRight[pos] = vr;
c += 2;
pos++;
if ( pos >= length ) {
waveIncoming( mLeft, mRight, mLeft.Length, mThisSampleRate );
pos = 0;
}
}
}
}
} else if ( byte_per_sample == 2 ) {
if ( channel == 1 ) {
while ( remain > 0 ) {
if ( state.isCancelRequested() ) {
break;
}
int len = dat.read( wavbuf, 0, buflen );
if ( len <= 0 ) {
break;
}
int c = 0;
while ( len > 0 && remain > 0 ) {
if ( state.isCancelRequested() ) {
break;
}
len -= 2;
remain--;
double gtime_dyn = sec_start + pos * sec_per_sa;
int clock = (int)mVsq.getClockFromSec( gtime_dyn );
int dyn = dyn_curve.getValue( clock, index );
double amp = dyn * k_inv64;
double v = ((short)(PortUtil.make_int16_le( wavbuf, c ))) * k_inv32768 * amp;
mLeft[pos] = v;
mRight[pos] = v;
c += 2;
pos++;
if ( pos >= length ) {
waveIncoming( mLeft, mRight, mLeft.Length, mThisSampleRate );
pos = 0;
}
}
}
} else {
while ( remain > 0 ) {
if ( state.isCancelRequested() ) {
break;
}
int len = dat.read( wavbuf, 0, buflen );
if ( len <= 0 ) {
break;
}
int c = 0;
while ( len > 0 && remain > 0 ) {
if ( state.isCancelRequested() ) {
break;
}
len -= 4;
remain--;
double gtime_dyn = sec_start + pos * sec_per_sa;
int clock = (int)mVsq.getClockFromSec( gtime_dyn );
int dyn = dyn_curve.getValue( clock, index );
double amp = dyn * k_inv64;
double vl = ((short)(PortUtil.make_int16_le( wavbuf, c ))) * k_inv32768 * amp;
double vr = ((short)(PortUtil.make_int16_le( wavbuf, c + 2))) * k_inv32768 * amp;
mLeft[pos] = vl;
mRight[pos] = vr;
c += 4;
pos++;
if ( pos >= length ) {
waveIncoming( mLeft, mRight, mLeft.Length, mThisSampleRate );
pos = 0;
}
}
}
}
}
#endregion
} catch ( Exception ex ) {
serr.println( "UtauWaveGenerator#run; ex=" + ex );
Logger.write( "UtauWaveGenerator::begin(long); ex=" + ex + "\n" );
} finally {
if ( dat != null ) {
try {
dat.close();
} catch ( Exception ex2 ) {
serr.println( "UtauWaveGenerator#run; ex2=" + ex2 );
Logger.write( typeof( UtauWaveGenerator ) + "::begin(long); ex=" + ex2 + "\n" );
}
dat = null;
}
}
if ( state.isCancelRequested() ) {
//mAbortRequired = false;
exitBegin();
return;
}
#if DEBUG
debugWriteLine( "UtauWaveGenerator#run; calling WaveIncoming..." );
#endif
if ( pos > 0 ) {
waveIncoming( mLeft, mRight, pos, mThisSampleRate );
}
mLeft = null;
mRight = null;
#if JAVA
System.gc();
#else
GC.Collect();
#endif
#if DEBUG
debugWriteLine( "UtauWaveGenerator#run; ...done(calling WaveIncoming)" );
#endif
processed_sample += (sampleFrames - remain);
}
}
#if MAKEBAT_SP
bat.Close();
bat = null;
#endif
int tremain = (int)(mTotalSamples - mTotalAppend);
#if DEBUG
debugWriteLine( "UtauWaveGenerator#run; tremain=" + tremain );
#endif
for ( int i = 0; i < BUFLEN; i++ ) {
mBufferL[i] = 0.0;
mBufferR[i] = 0.0;
}
while ( tremain > 0 && !state.isCancelRequested() ) {
int amount = (tremain > BUFLEN) ? BUFLEN : tremain;
waveIncoming( mBufferL, mBufferR, amount, mThisSampleRate );
tremain -= amount;
}
} catch ( Exception ex ) {
serr.println( "UtauWaveGenerator.begin; ex=" + ex );
Logger.write( typeof( UtauWaveGenerator ) + ".begin; ex=" + ex + "\n" );
#if JAVA
ex.printStackTrace();
#endif
} finally {
#if MAKEBAT_SP
if ( bat != null ) {
bat.WriteLine( "copy \"" + m_temp_dir + "\\temp.wav.whd\" /b + \"" + m_temp_dir + "\\temp.wav.dat\" /b \"" + m_temp_dir + "\\temp.wav\" /b" );
bat.Close();
bat = null;
}
if ( log != null ) {
log.Close();
}
#endif
#if DEBUG
#if !JAVA
sw.Close();
sw2.Close();
#endif
#endif
exitBegin();
state.reportComplete();
}
}
private void debugWriteLine( String value )
{
#if DEBUG
if ( !mIsQuiet ) {
sout.println( value );
}
#endif
}
/// <summary>
/// beginメソッドを抜けるときの共通処理を行います
/// </summary>
private void exitBegin()
{
mRunning = false;
//mAbortRequired = false;
mReceiver.end();
// ジャンクションを消す
foreach ( String junction in mJunctions ) {
PortUtil.deleteDirectory( junction );
}
}
private void processWavtool( Vector<String> arg, String filebase, String temp_dir, String wavtool, boolean invoke_with_wine )
{
#if JAVA
Vector<String> args = new Vector<String>();
#if DEBUG
sout.println( "UtauWaveGenerator#processWavtool; wavtool=" + wavtool + "; invoke_with_wine=" + invoke_with_wine );
#endif
if( invoke_with_wine ){
args.add( mWine );
}
args.add( wavtool.replace( "\\", "/" ) );
int size = vec.size( arg );
for( int i = 0; i < size; i++ ){
vec.add( args, vec.get( arg, i ) );
}
#if DEBUG
sout.println( "UtauWaveGenerator#processWavtool; arg=" );
#endif
size = vec.size( args );
for( int i = 0; i < size; i++ ){
String s = vec.get( args, i );
if( s.startsWith( "\"" ) && s.endsWith( "\"" ) ){
s = str.sub( s, 1, s.length() - 2 );
}
#if DEBUG
sout.println( " " + s );
#endif
vec.set( args, i, s );
}
ProcessBuilder pb = new ProcessBuilder( args );
try{
Process process = pb.start();
process.waitFor();
}catch( Exception ex ){
Logger.write( UtauWaveGenerator.class + ".processWavtool; ex=" + ex + "\n" );
}
#else
Process process = null;
try {
process = new Process();
process.StartInfo.FileName = (invoke_with_wine ? "wine \"" : "\"") + wavtool + "\"";
String argument = "";
int size = vec.size( arg );
for ( int i = 0; i < size; i++ ) {
argument += vec.get( arg, i ) + (i == size - 1 ? "" : " ");
}
/*if ( __a != arg ) {
serr.println( "UtauWaveGenerator#processWavtool; warning; (__a != arg);" );
serr.println( " __a=" + __a );
serr.println( " arg=" + arg );
}*/
process.StartInfo.Arguments = argument;
process.StartInfo.WorkingDirectory = temp_dir;
process.StartInfo.WindowStyle = System.Diagnostics.ProcessWindowStyle.Hidden;
#if DEBUG
sout.println( "UtauWaveGenerator#processWavTool; invoke_with_wine=" + invoke_with_wine );
sout.println( "UtauWaveGenerator#processWavTool; .FileName=" + process.StartInfo.FileName );
sout.println( "UtauWaveGenerator#processWavtool; .Arguments=" + process.StartInfo.Arguments );
#endif
process.Start();
process.WaitForExit();
} catch ( Exception ex ) {
serr.println( typeof( UtauWaveGenerator ) + ".processWavtool; ex=" + ex );
Logger.write( typeof( UtauWaveGenerator ) + ".processWavtool; ex=" + ex + "\n" );
} finally {
if ( process != null ) {
process.Dispose();
}
}
#endif
}
private void waveIncoming( double[] l, double[] r, int length, int sample_rate )
{
int offset = 0;
int mTrimRemain = (int)(mTrimRemainSeconds * sample_rate);
if ( mTrimRemain > 0 ) {
if ( length <= mTrimRemain ) {
mTrimRemainSeconds -= (length / sample_rate);
// mTrimRemain -= length;
return;
} else {
mTrimRemainSeconds = 0.0;
//mTrimRemain = 0;
offset += length;// -= mTrimRemain;
}
}
int remain = length - offset;
if ( mContext == null ) {
try {
mContext = new RateConvertContext( sample_rate, mSampleRate );
} catch ( Exception ex ) {
mContext = null;
}
} else {
if ( mContext.getSampleRateFrom() != sample_rate ||
mContext.getSampleRateTo() != mSampleRate ) {
mContext.dispose();
mContext = null;
try {
mContext = new RateConvertContext( sample_rate, mSampleRate );
} catch ( Exception ex ) {
mContext = null;
}
}
}
if ( mContext == null ) {
mTotalAppend += length;
mState.reportProgress( mTotalAppend );
return;
}
while ( remain > 0 ) {
int amount = (remain > BUFLEN) ? BUFLEN : remain;
for ( int i = 0; i < amount; i++ ) {
mBufferL[i] = l[i + offset];
mBufferR[i] = r[i + offset];
}
while ( RateConvertContext.convert( mContext, mBufferL, mBufferR, amount ) ) {
mReceiver.push( mContext.bufferLeft, mContext.bufferRight, mContext.length );
mTotalAppend += mContext.length;
mState.reportProgress( mTotalAppend );
}
remain -= amount;
offset += amount;
}
}
private static String NoteStringFromNoteNumber( int note_number )
{
int odd = note_number % 12;
String head = (new String[] { "C", "C#", "D", "D#", "E", "F", "F#", "G", "G#", "A", "A#", "B" })[odd];
return head + (note_number / 12 - 1);
}
}
#if !JAVA
}
#endif
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