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cadencii: コミット


コミットメタ情報

リビジョン1919 (tree)
日時2012-01-08 01:30:07
作者kbinani

ログメッセージ

[vConnect/trunk/stand2.0] modified: vConnectConverter; 文字列の切り出し処理をStringUtilを使って書き換えた

変更サマリ

差分

--- vConnect/trunk/stand2.0/stand/vConnectConverter.cpp (revision 1918)
+++ vConnect/trunk/stand2.0/stand/vConnectConverter.cpp (nonexistent)
@@ -1,126 +0,0 @@
1-#include <stdio.h>
2-#include <string.h>
3-
4-#include <string>
5-
6-#include "vConnectPhoneme.h"
7-#include "vConnectConverter.h"
8-#include "waveFileEx/waveFileEx.h"
9-#include "time.h"
10-#include "stand.h"
11-#include "TextReader.h"
12-#include "TextWriter.h"
13-
14-const int bufSize = 4096;
15-
16-using namespace std;
17-using namespace vconnect;
18-
19-bool vConnectConverter::convert( const char *otoIni, const char *dstDir )
20-{
21-
22- char buf[bufSize];
23-
24- string srcDir = otoIni;
25- string dstDir_s = dstDir;
26- string fileName;
27- string alias;
28- srcDir = srcDir.substr( 0, srcDir.rfind( PATH_SEPARATOR ) );
29-
30- float leftBlank, fixedLength, rightBlank, preUtterance, voiceOverlap;
31-
32- int count = 0;
33-
34- TextReader reader( otoIni, "Shift_JIS" );
35- TextWriter writer( (dstDir_s + "oto.ini").c_str(), "Shift_JIS", "\x0D\x0A" );
36- while( false == reader.isEOF() ){
37- string buffer = reader.readLine();
38- if( buffer.length() == 0 ){
39- continue;
40- }
41- count++;
42- double *wave;
43- int waveLength;
44- waveFileEx waveFile;
45- vConnectPhoneme phoneme;
46-
47- string tmp = buffer;
48- string line;
49- fileName = tmp.substr( 0, tmp.find( "=" ) );
50- alias = tmp.substr( tmp.find( "=" ) + 1, tmp.find( "," ) );
51- line = tmp.substr( tmp.find( "=" ) );
52- tmp = tmp.substr( tmp.find( "," ) + 1 );
53-
54- leftBlank = atof( tmp.c_str() );
55- tmp = tmp.substr( tmp.find( "," ) + 1 );
56-
57- fixedLength = atof( tmp.c_str() );
58- tmp = tmp.substr( tmp.find( "," ) + 1 );
59-
60- rightBlank = atof( tmp.c_str() );
61- tmp = tmp.substr( tmp.find( "," ) + 1 );
62-
63- preUtterance = atof( tmp.c_str() );
64- tmp = tmp.substr( tmp.find( "," ) + 1 );
65-
66- voiceOverlap = atof( tmp.c_str() );
67-
68- sprintf( buf, "%d", count );
69- tmp = buf;
70- line = tmp + ".vvd" + line;
71-
72- fprintf( stderr,"====\n" );
73- fprintf( stderr, "Begin analysis : %s @ %s\n", alias.c_str(), fileName.c_str() );
74-
75- if( waveFile.readWaveFile( srcDir + PATH_SEPARATOR + fileName ) != 1 ){
76- cout << "error ; can't open the file, " << (srcDir + PATH_SEPARATOR + fileName).c_str() << endl;
77- continue;
78- }
79- waveLength = waveFile.getWaveLength( leftBlank, rightBlank );
80- wave = new double[waveLength];
81- waveFile.getWaveBuffer( wave, leftBlank, rightBlank, waveLength );
82-
83- // 音量の正規化を行う．
84- long index = (long)(44100.0 * fixedLength / 1000.0);
85- double sum1 = 0.0;
86- double sum2 = 0.0;
87- // 固定長終了位置の音量を得る．
88- for( int i = index - 1024; 0 <= i && i < index + 1024 && i < waveLength; i++ ){
89- sum1 += wave[i] * wave[i];
90- }
91- // 左ブランク終了位置の音量を得る．
92- for( int i = 0; i < 2048 && i < waveLength; i++ ){
93- sum2 += wave[i] * wave[i];
94- }
95- // 大きい方が正規化のための音量．
96- sum1 = max( sum1, sum2 );
97- sum1 = VOL_NORMALIZE / sqrt( (sum1 / 2048.0) );
98-
99- for( int i = 0; i < waveLength; i++ ){
100- wave[i] *= sum1;
101- }
102-
103- fprintf( stderr, " computing wave....\n" );
104- clock_t cl = clock();
105- phoneme.computeWave( wave, waveLength, 44100, 2.0 );
106- fprintf( stderr, " Done. Elapsed time = %d[ms]\n", clock() - cl );
107-
108- fileName = dstDir;
109- fileName = fileName + buf + ".vvd";
110- if( phoneme.writePhoneme( fileName.c_str() ) ){
111- fprintf( stderr, "Wrote file : %s\n", fileName.c_str() );
112- }else{
113- fprintf( stderr, "Error. Failed to write : %s\n", fileName.c_str() );
114- }
115- fprintf( stderr, "====\n" );
116-
117- writer.writeLine( line );
118-
119- delete[] wave;
120- }
121-
122- writer.close();
123- reader.close();
124-
125- return true;
126-}
--- vConnect/trunk/stand2.0/stand/vConnectConverter.h (revision 1918)
+++ vConnect/trunk/stand2.0/stand/vConnectConverter.h (revision 1919)
@@ -1,20 +1,142 @@
11 #ifndef __vConnectConverter_h__
22 #define __vConnectConverter_h__
33
4-class vConnectConverter {
4+#include <math.h>
5+#include "TextReader.h"
6+#include "TextWriter.h"
7+#include "waveFileEx/waveFileEx.h"
8+#include "stand.h"
9+#include "vConnectPhoneme.h"
10+#include "StringUtil.h"
11+
12+using namespace vconnect;
13+
14+class vConnectConverter
15+{
516 public:
6- vConnectConverter(){ }
7- ~vConnectConverter(){ }
17+ vConnectConverter()
18+ {
19+ }
820
9- /// <summary>
10- /// UTAU 音源形式を STAND 音源形式へ変換します． Unicode に対応していない簡易版です．
11- /// </summary>
12- /// <param name="otoIni">分析する音源の oto.ini へのパス．</param>
13- /// <param name="dstDir">出力先ディレクトリ名．</param>
14- /// <returns>分析に成功した場合true，それ以外はfalseを返します．</returns>
15- bool convert(const char *otoIni, const char *dstDir);
21+ ~vConnectConverter()
22+ {
23+ }
1624
25+ /**
26+ * UTAU 音源形式を STAND 音源形式へ変換します． Unicode に対応していない簡易版です．
27+ * @param otoIni 分析する音源の oto.ini へのパス．
28+ * @param dstDir 出力先ディレクトリ名．
29+ * @returns 分析に成功した場合true，それ以外はfalseを返します．
30+ */
31+ bool convert( const char *otoIni, const char *dstDir )
32+ {
33+ string srcDir = otoIni;
34+ string dstDir_s = dstDir;
35+ srcDir = srcDir.substr( 0, srcDir.rfind( PATH_SEPARATOR ) );
36+ int count = 0;
37+
38+ TextReader reader( otoIni, "Shift_JIS" );
39+ TextWriter writer( (dstDir_s + "oto.ini").c_str(), "Shift_JIS", "\x0D\x0A" );
40+ while( false == reader.isEOF() ){
41+ string buffer = reader.readLine();
42+ if( buffer.length() == 0 ){
43+ continue;
44+ }
45+ count++;
46+
47+ string line = this->processRecord( buffer, count, srcDir, dstDir_s );
48+
49+ if( line.length() > 0 ){
50+ writer.writeLine( line );
51+ }
52+ }
53+
54+ writer.close();
55+ reader.close();
56+
57+ return true;
58+ }
59+
1760 private:
61+ /**
62+ * 変換元の oto.ini ファイルの１行分のデータを処理する
63+ * @param record 1 行分のデータ
64+ * @param count oto.ini の何行目のデータかを表す
65+ * @param sourceDirectory 変換元音源のディレクトリ
66+ * @param destinationDirectory 変換後の音源の保存ディレクトリ
67+ * @return 変換後の oto.ini ファイルに書きこむ行データ
68+ */
69+ string processRecord( std::string record, int count, string sourceDirectory, string destinationDirectory )
70+ {
71+ list<string> splitted = StringUtil::explode( "=", record, 2 );
72+ list<string>::iterator i = splitted.begin();
73+ string fileName = *i++;
74+ string parametersString = *i++;
75+
76+ list<string> parameters = StringUtil::explode( ",", parametersString );
77+ list<string>::iterator j = parameters.begin();
78+ string alias = *j++;
79+ float leftBlank = atof( (*j++).c_str() );
80+ float fixedLength = atof( (*j++).c_str() );
81+ float rightBlank = atof( (*j++).c_str() );
82+ float preUtterance = atof( (*j++).c_str() );
83+ float voiceOverlap = atof( (*j++).c_str() );
84+
85+ char buf[16];
86+ sprintf( buf, "%d.vvd", count );
87+ string vvdName = buf;
88+ string line = vvdName + "=" + parametersString;
89+
90+ cerr << "====" << endl;
91+ cerr << "Begin analysis : " << alias << " @ " << fileName << endl;
92+
93+ waveFileEx waveFile;
94+ if( waveFile.readWaveFile( sourceDirectory + PATH_SEPARATOR + fileName ) != 1 ){
95+ cout << "error ; can't open the file, " << (sourceDirectory + PATH_SEPARATOR + fileName).c_str() << endl;
96+ return "";
97+ }
98+ int waveLength = waveFile.getWaveLength( leftBlank, rightBlank );
99+ double *wave = new double[waveLength];
100+ waveFile.getWaveBuffer( wave, leftBlank, rightBlank, waveLength );
101+
102+ // 音量の正規化を行う．
103+ long index = (long)(44100.0 * fixedLength / 1000.0);
104+ double sum1 = 0.0;
105+ double sum2 = 0.0;
106+ // 固定長終了位置の音量を得る．
107+ for( int i = index - 1024; 0 <= i && i < index + 1024 && i < waveLength; i++ ){
108+ sum1 += wave[i] * wave[i];
109+ }
110+ // 左ブランク終了位置の音量を得る．
111+ for( int i = 0; i < 2048 && i < waveLength; i++ ){
112+ sum2 += wave[i] * wave[i];
113+ }
114+ // 大きい方が正規化のための音量．
115+ sum1 = max( sum1, sum2 );
116+ sum1 = VOL_NORMALIZE / sqrt( (sum1 / 2048.0) );
117+
118+ for( int i = 0; i < waveLength; i++ ){
119+ wave[i] *= sum1;
120+ }
121+
122+ cerr << " computing wave...." << endl;
123+ clock_t cl = clock();
124+ vConnectPhoneme phoneme;
125+ phoneme.computeWave( wave, waveLength, 44100, 2.0 );
126+ cerr << " Done. Elapsed time = " << (clock() - cl) << "[ms]" << endl;
127+
128+ fileName = destinationDirectory + vvdName;
129+ if( phoneme.writePhoneme( fileName.c_str() ) ){
130+ cerr << "Wrote file : " << fileName << endl;
131+ }else{
132+ cerr << "Error. Failed to write : " << fileName << endl;
133+ }
134+ cerr << "====" << endl;
135+
136+ delete[] wave;
137+
138+ return line;
139+ }
18140 };
19141
20142 #endif
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