2. Architecture

2-1. Tokenization

2-2. Analysis

2-3. Dictionary

3. Example

//***********************************************************************// 1. configuration and creating Klay object ...//***********************************************************************Klayklay =newKlay(Paths.get("data/configuration/klay.conf"));//***********************************************************************// 2. start morphological analysis.//***********************************************************************Stringtext ="너무기대안하고갔나....................재밌게봤다";Morphsmorphs =klay.doKlay(text);//***********************************************************************// 3. print result.//***********************************************************************Iterator<Morph>iter =morphs.iterator();while(iter.hasNext()) {System.out.println(iter.next());    }

4. Performance

4-1. 사양 및 데이터

4-2. 결과 및 코드

Stringsrc ="data/performance/test.txt";Klayklay =newKlay(Paths.get("data/configuration/klay.conf"));StopWatchwatch =newStopWatch();watch.start();intcount =0;try (BufferedReaderin =newBufferedReader(newFileReader(src))) {Stringline =null;while((line =in.readLine()) !=null) {line =line.trim();if(line.isEmpty())continue;klay.doKlay(line);System.out.print("\r" + ++count);        }    }watch.stop();System.out.println("Analysis Time : " +watch.getTime(TimeUnit.MILLISECONDS) /1000.0 +" (s)");

5. Elasticsearch Plugin Download

6. Resources Download

7. KLAY for python

8. Maven

<dependency>  <groupId>io.github.ks-shim.klay</groupId>  <artifactId>klay-common</artifactId>  <version>0.3.8</version></dependency>

<dependency>  <groupId>io.github.ks-shim.klay</groupId>  <artifactId>klay-dictionary</artifactId>  <version>0.3.8</version></dependency>

<dependency>  <groupId>io.github.ks-shim.klay</groupId>  <artifactId>klay-core</artifactId>  <version>0.3.8</version></dependency>

<repositories>  <repository>      <id>oos</id>      <url>https://s01.oss.sonatype.org/content/groups/public/</url>  </repository></repositories>

9. Dictionary build

publicstaticvoidmain(String[]args)throwsException {// 1. 사전에 환경설정 파일의 Raw 사전 정보를 변경합니다.Propertiesconfig =newProperties();config.load(Files.newInputStream(Paths.get("data/configuration/klay.conf")));// 2. 관측확률/전이확률에 사용한 pos-frequency 정보를 읽어들입니다.DictionaryTextSourceposFreqSource =newDictionaryTextSource(Paths.get(config.getProperty("dictionary.grammar.path")));// 3. 관측확률 사전의 소스/타겟 정보를 생성합니다.DictionaryTextSource[]emissionSources = {// *** must build DIC_WORD first !!newDictionaryTextSource(Paths.get(config.getProperty("dictionary.word.path")),DictionaryTextSource.DictionaryType.DIC_WORD),newDictionaryTextSource(Paths.get(config.getProperty("dictionary.irregular.path")),DictionaryTextSource.DictionaryType.DIC_IRREGULAR)    };DictionaryBinaryTargetemissionTarget =newDictionaryBinaryTarget(Paths.get(config.getProperty("dictionary.emission.path")));// 4. 전이확률 사전의 소스/타켓 정보를 생성합니다.DictionaryTextSourcetransitionSource =newDictionaryTextSource(Paths.get(config.getProperty("dictionary.grammar.path")),DictionaryTextSource.DictionaryType.GRAMMAR);DictionaryBinaryTargettransitionTarget =newDictionaryBinaryTarget(Paths.get(config.getProperty("dictionary.transition.path")));// 5. 빌더를 생성하고 빌딩을 시작합니다.DictionaryBuilderbuilder =newDictionaryBuilder.Builder()            .posFreqSource(posFreqSource)            .emissionSourcesAndTarget(emissionSources,emissionTarget)            .transitionSourceAndTarget(transitionSource,transitionTarget)            .build();builder.buildAll();}