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  3. weka.core.Drawable

Java 类weka.core.Drawable 实例源码

项目：repo.kmeanspp.silhouette_score    文件：FilteredClassifier.java    
/**
 * Returns the type of graph this classifier represents.
 * 
 * @return the graph type of this classifier
 */
public int graphType() {

  if (m_Classifier instanceof Drawable)
    return ((Drawable) m_Classifier).graphType();
  else
    return Drawable.NOT_DRAWABLE;
}
项目：repo.kmeanspp.silhouette_score    文件：FilteredClassifier.java    
/**
 * Returns graph describing the classifier (if possible).
 *
 * @return the graph of the classifier in dotty format
 * @throws Exception if the classifier cannot be graphed
 */
public String graph() throws Exception {

  if (m_Classifier instanceof Drawable)
    return ((Drawable) m_Classifier).graph();
  else
    throw new Exception("Classifier: " + getClassifierSpec()
      + " cannot be graphed");
}
项目：repo.kmeanspp.silhouette_score    文件：CostSensitiveClassifier.java    
/**
 *  Returns the type of graph this classifier
 *  represents.
 *  
 *  @return the type of graph this classifier represents
 */   
public int graphType() {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graphType();
  else 
    return Drawable.NOT_DRAWABLE;
}
项目：repo.kmeanspp.silhouette_score    文件：CostSensitiveClassifier.java    
/**
 * Returns graph describing the classifier (if possible).
 *
 * @return the graph of the classifier in dotty format
 * @throws Exception if the classifier cannot be graphed
 */
public String graph() throws Exception {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graph();
  else throw new Exception("Classifier: " + getClassifierSpec()
         + " cannot be graphed");
}
项目：repo.kmeanspp.silhouette_score    文件：CVParameterSelection.java    
/**
 *  Returns the type of graph this classifier
 *  represents.
 *  
 *  @return the type of graph this classifier represents
 */   
public int graphType() {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graphType();
  else 
    return Drawable.NOT_DRAWABLE;
}
项目：repo.kmeanspp.silhouette_score    文件：CVParameterSelection.java    
/**
 * Returns graph describing the classifier (if possible).
 *
 * @return the graph of the classifier in dotty format
 * @throws Exception if the classifier cannot be graphed
 */
public String graph() throws Exception {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graph();
  else throw new Exception("Classifier: " + 
         m_Classifier.getClass().getName() + " " +
         Utils.joinOptions(m_BestClassifierOptions)
         + " cannot be graphed");
}
项目：repo.kmeanspp.silhouette_score    文件：AttributeSelectedClassifier.java    
/**
 *  Returns the type of graph this classifier
 *  represents.
 *  
 *  @return the type of graph
 */   
public int graphType() {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graphType();
  else 
    return Drawable.NOT_DRAWABLE;
}
项目：repo.kmeanspp.silhouette_score    文件：AttributeSelectedClassifier.java    
/**
 * Returns graph describing the classifier (if possible).
 *
 * @return the graph of the classifier in dotty format
 * @throws Exception if the classifier cannot be graphed
 */
public String graph() throws Exception {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graph();
  else throw new Exception("Classifier: " + getClassifierSpec()
         + " cannot be graphed");
}
项目：repo.kmeanspp.silhouette_score    文件：InputMappedClassifier.java    
/**
 * Returns the type of graph this classifier represents.
 * 
 * @return the type of graph
 */
@Override
public int graphType() {

  if (m_Classifier instanceof Drawable) {
    return ((Drawable) m_Classifier).graphType();
  } else {
    return Drawable.NOT_DRAWABLE;
  }
}
项目：repo.kmeanspp.silhouette_score    文件：InputMappedClassifier.java    
/**
 * Returns graph describing the classifier (if possible).
 * 
 * @return the graph of the classifier in dotty format
 * @throws Exception if the classifier cannot be graphed
 */
@Override
public String graph() throws Exception {

  if (m_Classifier != null && m_Classifier instanceof Drawable) {
    return ((Drawable) m_Classifier).graph();
  } else {
    throw new Exception("Classifier: " + getClassifierSpec()
      + " cannot be graphed");
  }
}
项目：autoweka    文件：FilteredClassifier.java    
/**
 * Returns the type of graph this classifier
 * represents.
 *  
 * @return the graph type of this classifier
 */   
public int graphType() {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graphType();
  else 
    return Drawable.NOT_DRAWABLE;
}
项目：autoweka    文件：FilteredClassifier.java    
/**
 * Returns graph describing the classifier (if possible).
 *
 * @return the graph of the classifier in dotty format
 * @throws Exception if the classifier cannot be graphed
 */
public String graph() throws Exception {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graph();
  else throw new Exception("Classifier: " + getClassifierSpec()
         + " cannot be graphed");
}
项目：autoweka    文件：CostSensitiveClassifier.java    
/**
 *  Returns the type of graph this classifier
 *  represents.
 *  
 *  @return the type of graph this classifier represents
 */   
public int graphType() {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graphType();
  else 
    return Drawable.NOT_DRAWABLE;
}
项目：autoweka    文件：CostSensitiveClassifier.java    
/**
 * Returns graph describing the classifier (if possible).
 *
 * @return the graph of the classifier in dotty format
 * @throws Exception if the classifier cannot be graphed
 */
public String graph() throws Exception {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graph();
  else throw new Exception("Classifier: " + getClassifierSpec()
         + " cannot be graphed");
}
项目：autoweka    文件：CVParameterSelection.java    
/**
 *  Returns the type of graph this classifier
 *  represents.
 *  
 *  @return the type of graph this classifier represents
 */   
public int graphType() {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graphType();
  else 
    return Drawable.NOT_DRAWABLE;
}
项目：autoweka    文件：CVParameterSelection.java    
/**
 * Returns graph describing the classifier (if possible).
 *
 * @return the graph of the classifier in dotty format
 * @throws Exception if the classifier cannot be graphed
 */
public String graph() throws Exception {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graph();
  else throw new Exception("Classifier: " + 
         m_Classifier.getClass().getName() + " " +
         Utils.joinOptions(m_BestClassifierOptions)
         + " cannot be graphed");
}
项目：autoweka    文件：AttributeSelectedClassifier.java    
/**
 *  Returns the type of graph this classifier
 *  represents.
 *  
 *  @return the type of graph
 */   
public int graphType() {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graphType();
  else 
    return Drawable.NOT_DRAWABLE;
}
项目：autoweka    文件：AttributeSelectedClassifier.java    
/**
 * Returns graph describing the classifier (if possible).
 *
 * @return the graph of the classifier in dotty format
 * @throws Exception if the classifier cannot be graphed
 */
public String graph() throws Exception {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graph();
  else throw new Exception("Classifier: " + getClassifierSpec()
         + " cannot be graphed");
}
项目：autoweka    文件：InputMappedClassifier.java    
/**
 *  Returns the type of graph this classifier
 *  represents.
 *  
 *  @return the type of graph
 */   
public int graphType() {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graphType();
  else 
    return Drawable.NOT_DRAWABLE;
}
项目：autoweka    文件：InputMappedClassifier.java    
/**
 * Returns graph describing the classifier (if possible).
 *
 * @return the graph of the classifier in dotty format
 * @throws Exception if the classifier cannot be graphed
 */
public String graph() throws Exception {

  if (m_Classifier != null && 
      m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graph();
  else throw new Exception("Classifier: " + getClassifierSpec()
                           + " cannot be graphed");
}
项目：umple    文件：FilteredClassifier.java    
/**
 * Returns the type of graph this classifier
 * represents.
 *  
 * @return the graph type of this classifier
 */   
public int graphType() {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graphType();
  else 
    return Drawable.NOT_DRAWABLE;
}
项目：umple    文件：FilteredClassifier.java    
/**
 * Returns graph describing the classifier (if possible).
 *
 * @return the graph of the classifier in dotty format
 * @throws Exception if the classifier cannot be graphed
 */
public String graph() throws Exception {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graph();
  else throw new Exception("Classifier: " + getClassifierSpec()
         + " cannot be graphed");
}
项目：umple    文件：CostSensitiveClassifier.java    
/**
 *  Returns the type of graph this classifier
 *  represents.
 *  
 *  @return the type of graph this classifier represents
 */   
public int graphType() {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graphType();
  else 
    return Drawable.NOT_DRAWABLE;
}
项目：umple    文件：CostSensitiveClassifier.java    
/**
 * Returns graph describing the classifier (if possible).
 *
 * @return the graph of the classifier in dotty format
 * @throws Exception if the classifier cannot be graphed
 */
public String graph() throws Exception {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graph();
  else throw new Exception("Classifier: " + getClassifierSpec()
         + " cannot be graphed");
}
项目：umple    文件：CVParameterSelection.java    
/**
 *  Returns the type of graph this classifier
 *  represents.
 *  
 *  @return the type of graph this classifier represents
 */   
public int graphType() {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graphType();
  else 
    return Drawable.NOT_DRAWABLE;
}
项目：umple    文件：CVParameterSelection.java    
/**
 * Returns graph describing the classifier (if possible).
 *
 * @return the graph of the classifier in dotty format
 * @throws Exception if the classifier cannot be graphed
 */
public String graph() throws Exception {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graph();
  else throw new Exception("Classifier: " + 
         m_Classifier.getClass().getName() + " " +
         Utils.joinOptions(m_BestClassifierOptions)
         + " cannot be graphed");
}
项目：umple    文件：AttributeSelectedClassifier.java    
/**
 *  Returns the type of graph this classifier
 *  represents.
 *  
 *  @return the type of graph
 */   
public int graphType() {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graphType();
  else 
    return Drawable.NOT_DRAWABLE;
}
项目：umple    文件：AttributeSelectedClassifier.java    
/**
 * Returns graph describing the classifier (if possible).
 *
 * @return the graph of the classifier in dotty format
 * @throws Exception if the classifier cannot be graphed
 */
public String graph() throws Exception {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graph();
  else throw new Exception("Classifier: " + getClassifierSpec()
         + " cannot be graphed");
}
项目：umple    文件：InputMappedClassifier.java    
/**
 * Returns the type of graph this classifier represents.
 * 
 * @return the type of graph
 */
@Override
public int graphType() {

  if (m_Classifier instanceof Drawable) {
    return ((Drawable) m_Classifier).graphType();
  } else {
    return Drawable.NOT_DRAWABLE;
  }
}
项目：umple    文件：InputMappedClassifier.java    
/**
 * Returns graph describing the classifier (if possible).
 * 
 * @return the graph of the classifier in dotty format
 * @throws Exception if the classifier cannot be graphed
 */
@Override
public String graph() throws Exception {

  if (m_Classifier != null && m_Classifier instanceof Drawable) {
    return ((Drawable) m_Classifier).graph();
  } else {
    throw new Exception("Classifier: " + getClassifierSpec()
      + " cannot be graphed");
  }
}
项目：jbossBA    文件：ThresholdSelector.java    
/**
 * Returns the type of graph this classifier
 * represents.
 *  
 * @return the type of graph this classifier represents
 */   
public int graphType() {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graphType();
  else 
    return Drawable.NOT_DRAWABLE;
}
项目：jbossBA    文件：ThresholdSelector.java    
/**
 * Returns graph describing the classifier (if possible).
 *
 * @return the graph of the classifier in dotty format
 * @throws Exception if the classifier cannot be graphed
 */
public String graph() throws Exception {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graph();
  else throw new Exception("Classifier: " + getClassifierSpec()
         + " cannot be graphed");
}
项目：jbossBA    文件：FilteredClassifier.java    
/**
 * Returns the type of graph this classifier
 * represents.
 *  
 * @return the graph type of this classifier
 */   
public int graphType() {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graphType();
  else 
    return Drawable.NOT_DRAWABLE;
}
项目：jbossBA    文件：FilteredClassifier.java    
/**
 * Returns graph describing the classifier (if possible).
 *
 * @return the graph of the classifier in dotty format
 * @throws Exception if the classifier cannot be graphed
 */
public String graph() throws Exception {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graph();
  else throw new Exception("Classifier: " + getClassifierSpec()
         + " cannot be graphed");
}
项目：jbossBA    文件：CostSensitiveClassifier.java    
/**
 *  Returns the type of graph this classifier
 *  represents.
 *  
 *  @return the type of graph this classifier represents
 */   
public int graphType() {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graphType();
  else 
    return Drawable.NOT_DRAWABLE;
}
项目：jbossBA    文件：CostSensitiveClassifier.java    
/**
 * Returns graph describing the classifier (if possible).
 *
 * @return the graph of the classifier in dotty format
 * @throws Exception if the classifier cannot be graphed
 */
public String graph() throws Exception {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graph();
  else throw new Exception("Classifier: " + getClassifierSpec()
         + " cannot be graphed");
}
项目：jbossBA    文件：CVParameterSelection.java    
/**
 *  Returns the type of graph this classifier
 *  represents.
 *  
 *  @return the type of graph this classifier represents
 */   
public int graphType() {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graphType();
  else 
    return Drawable.NOT_DRAWABLE;
}
项目：jbossBA    文件：CVParameterSelection.java    
/**
 * Returns graph describing the classifier (if possible).
 *
 * @return the graph of the classifier in dotty format
 * @throws Exception if the classifier cannot be graphed
 */
public String graph() throws Exception {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graph();
  else throw new Exception("Classifier: " + 
         m_Classifier.getClass().getName() + " " +
         Utils.joinOptions(m_BestClassifierOptions)
         + " cannot be graphed");
}
项目：jbossBA    文件：AttributeSelectedClassifier.java    
/**
 *  Returns the type of graph this classifier
 *  represents.
 *  
 *  @return the type of graph
 */   
public int graphType() {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graphType();
  else 
    return Drawable.NOT_DRAWABLE;
}
项目：jbossBA    文件：AttributeSelectedClassifier.java    
/**
 * Returns graph describing the classifier (if possible).
 *
 * @return the graph of the classifier in dotty format
 * @throws Exception if the classifier cannot be graphed
 */
public String graph() throws Exception {

  if (m_Classifier instanceof Drawable)
    return ((Drawable)m_Classifier).graph();
  else throw new Exception("Classifier: " + getClassifierSpec()
         + " cannot be graphed");
}