/** * Sets whether if the word frequencies should be transformed into log(1+fij) * where fij is the frequency of word i in document(instance) j. * * @param TFTransform true if word frequencies are to be transformed. */ public void setTFTransform(boolean TFTransform) { m_dictionaryBuilder.setTFTransform(TFTransform); }
/** * Sets whether if the word frequencies should be transformed into log(1+fij) * where fij is the frequency of word i in document(instance) j. * * @param TFTransform true if word frequencies are to be transformed. */ public void setTFTransform(boolean TFTransform) { m_dictionaryBuilder.setTFTransform(TFTransform); }
/** * Sets whether if the word frequencies should be transformed into log(1+fij) * where fij is the frequency of word i in document(instance) j. * * @param TFTransform true if word frequencies are to be transformed. */ @OptionMetadata(displayName = "TFT transform", description = "Set whether the word frequencies should be transformed into\n" + "log(1+fij), where fij is the frequency of word i in document (instance) " + "j.", commandLineParamName = "T", commandLineParamSynopsis = "-T", displayOrder = 7) public void setTFTransform(boolean TFTransform) { m_vectorizer.setTFTransform(TFTransform); }
/** * Sets whether if the word frequencies should be transformed into log(1+fij) * where fij is the frequency of word i in document(instance) j. * * @param TFTransform true if word frequencies are to be transformed. */ @OptionMetadata(displayName = "TFT transform", description = "Set whether the word frequencies should be transformed into\n" + "log(1+fij), where fij is the frequency of word i in document (instance) " + "j.", commandLineParamName = "T", commandLineParamSynopsis = "-T", displayOrder = 7) public void setTFTransform(boolean TFTransform) { m_vectorizer.setTFTransform(TFTransform); }
setTFTransform(Utils.getFlag('T', options));
setTFTransform(Utils.getFlag('T', options));