Atitit jfugue midi make tour attilx sumup 目录 1.1. Jyepu prob not support ,gazi nonge map trans支持简谱解决

Atitit jfugue midi make tour attilx sumup

1.1. Jyepu prob not support ,gazi nonge map trans支持简谱解决方案 1

1.2. Tone len problem??note 音符音长 1

1.3. Jyepai spltor prob ,,mosi not need jyepu hto d just for readd 节拍分隔符问题 1

1.4. 保存为mid文件 1

1.5. 分析mid文件为txt 4

1.1. Jyepu prob not support ,gazi nonge map trans支持简谱解决方案

1.2. Tone len problem??note 音符音长

A5h ,,must mid has 5.beir ingore

1.3. Jyepai spltor prob ,,mosi not need jyepu hto d just for readd 节拍分隔符问题

1.4. 保存为mid文件

package midtool;

import java.io.File;

import java.io.IOException;

import java.util.HashMap;

import java.util.List;

import java.util.Map;

import org.jfugue.midi.MidiFileManager;

import org.jfugue.pattern.Pattern;

import org.jfugue.player.Player;

import org.staccato.ReplacementMapPreprocessor;

import org.staccato.maps.SolfegeReplacementMap;

import com.attilax.collection.listBuilder;

import com.attilax.util.timestampUtil;

import com.google.common.base.Joiner;

import com.google.common.collect.Lists;

public class SolfegeReplacementMapDemo {

public static void main(String[] args) throws IOException {

Map rules = new HashMap() {{

put("1", "c");

put("2", "d");

put("3", "e");

put("4", "f");

put("5", "g");

put("6", "a");

put("7", "b" );

put("H", "H" );

}};

//ReplacementMapPreprocessor rmp = ReplacementMapPreprocessor.getInstance();

//rmp.setReplacementMap(rules).setRequireAngleBrackets(false);

//Player player = new Player();

//player.play(new Pattern("do re mi fa so la ti do")); // This will play "C D E F G A B"

// This next example brings back the brackets so durations can be added

//rmp.setRequireAngleBrackets(true);

//player.play(new Pattern("<Do>q <Re>q <Mi>h | <Mi>q <Fa>q <So>h | <So>q <Fa>q <Mi>h | <Mi>q <Re>q <Do>h"));

Pattern Pattern1 = new Pattern();

String s="1155665- 4433221- 5544332- 5544332- 1155665- 4433221-";// 5544332 5544332 1155665 4433221

listBuilder listBuilder = strService.$(s).replace(" aaa","\\|").toList().trimElement();

List li=processToneLen(listBuilder.liObj,rules);

//String s2=listBuilder.join(" ").build();

String joinSpaceAfted = Joiner.on(" ").join(li);

System.out.println(joinSpaceAfted);

Pattern1.add(joinSpaceAfted);

File file = new File( timestampUtil.join("c:\\0log\\atifirstmid@tmstmp@.mid").asTimeStamp_millsec_filenameencode() );

newMidiFileManager().savePatternToMidi(Pattern1, file);

System.out.println("--");

}

private static List processToneLen(List liObj, Map rules) {

List li=Lists.newArrayList();

String lasttone;

for (Object object : liObj) {

String tone=(String) object.toString().trim();

if(tone.trim().length()==0)

continue;

if(!tone.equals("-") )

{

String trueTone=(String) rules.get(tone);

li.add(trueTone);continue;

}

if(tone.equals("-") )

{

int indexlast = li.size()-1;

String li_lasttone=(String) li.get(indexlast);

String newtone=li_lasttone+"5H";

li.remove(indexlast);

li.add(newtone);

continue;

}

return li;

}

1.5. 分析mid文件为txt

Player player = new Player();

//两只老虎Pattern pattern1 = new Pattern("I[40] C5q D5q E5q C5q");

//跑得快Pattern pattern2 = new Pattern("E5q F5q G5h");

//一只没有眼睛Pattern pattern3 = new Pattern("G5i A5i G5i F5i E5q C5q");

//真奇怪Pattern pattern4 = new Pattern("C5q G4q C5h");

// Put all of the patters together to form the songPattern song = new Pattern();song.add(pattern1, 2);

// Adds 'pattern1' to 'song' twicesong.add(pattern2, 2); // Adds 'pattern2' to 'song' twicesong.add(pattern3, 2);

// Adds 'pattern3' to 'song' twicesong.add(pattern4, 2);

// Adds 'pattern4' to 'song' twice

// Play the song!player.play(song);