/** * Writes out data from this Object to the Writer w. Rules are separated by * newline, and rule elements are delimited by \t. */ @Override public void writeData(Writer w) throws IOException { PrintWriter out = new PrintWriter(w); for (IntTaggedWord itw : seenCounter.keySet()) { out.println(itw.toLexicalEntry(wordIndex, tagIndex) + " SEEN " + seenCounter.getCount(itw)); } for (IntTaggedWord itw : getUnknownWordModel().unSeenCounter().keySet()) { out.println(itw.toLexicalEntry(wordIndex, tagIndex) + " UNSEEN " + getUnknownWordModel().unSeenCounter().getCount(itw)); } for (int i = 0; i < smooth.length; i++) { out.println("smooth[" + i + "] = " + smooth[i]); } out.flush(); }
System.out.println("Unseen counter: " + Counters.toString(uwModel.unSeenCounter(), nf));
Lexicon.UNKNOWN_WORD + ", " + unkWord + ')'); if (DEBUG_LEXICON) log.info("unSeenCounter is: " + uwModel.unSeenCounter()); if (DEBUG_LEXICON) log.info("Train.openClassTypesThreshold is " + trainOptions.openClassTypesThreshold); for (IntTaggedWord iT : tags) { if (DEBUG_LEXICON) log.info("Entry for " + iT + " is " + uwModel.unSeenCounter().getCount(iT)); double types = uwModel.unSeenCounter().getCount(iT); if (types > trainOptions.openClassTypesThreshold) {
if (iTW.word() == nullWord) { double types = uwModel.unSeenCounter().getCount(iTW); if (types > trainOptions.openClassTypesThreshold) { IntTaggedWord iTU = new IntTaggedWord(unkWord, iTW.tag);
double totalUnseen = uwModel.unSeenCounter().getCount(NULL_ITW); double c_Tunseen = uwModel.unSeenCounter().getCount(temp);
/** * Writes out data from this Object to the Writer w. Rules are separated by * newline, and rule elements are delimited by \t. */ public void writeData(Writer w) throws IOException { PrintWriter out = new PrintWriter(w); for (IntTaggedWord itw : seenCounter.keySet()) { out.println(itw.toLexicalEntry() + " SEEN " + seenCounter.getCount(itw)); } for (IntTaggedWord itw : getUnknownWordModel().unSeenCounter().keySet()) { out.println(itw.toLexicalEntry() + " UNSEEN " + getUnknownWordModel().unSeenCounter().getCount(itw)); } for (int i = 0; i < smooth.length; i++) { out.println("smooth[" + i + "] = " + smooth[i]); } out.flush(); }
/** * Writes out data from this Object to the Writer w. Rules are separated by * newline, and rule elements are delimited by \t. */ @Override public void writeData(Writer w) throws IOException { PrintWriter out = new PrintWriter(w); for (IntTaggedWord itw : seenCounter.keySet()) { out.println(itw.toLexicalEntry(wordIndex, tagIndex) + " SEEN " + seenCounter.getCount(itw)); } for (IntTaggedWord itw : getUnknownWordModel().unSeenCounter().keySet()) { out.println(itw.toLexicalEntry(wordIndex, tagIndex) + " UNSEEN " + getUnknownWordModel().unSeenCounter().getCount(itw)); } for (int i = 0; i < smooth.length; i++) { out.println("smooth[" + i + "] = " + smooth[i]); } out.flush(); }
/** * Writes out data from this Object to the Writer w. Rules are separated by * newline, and rule elements are delimited by \t. */ @Override public void writeData(Writer w) throws IOException { PrintWriter out = new PrintWriter(w); for (IntTaggedWord itw : seenCounter.keySet()) { out.println(itw.toLexicalEntry(wordIndex, tagIndex) + " SEEN " + seenCounter.getCount(itw)); } for (IntTaggedWord itw : getUnknownWordModel().unSeenCounter().keySet()) { out.println(itw.toLexicalEntry(wordIndex, tagIndex) + " UNSEEN " + getUnknownWordModel().unSeenCounter().getCount(itw)); } for (int i = 0; i < smooth.length; i++) { out.println("smooth[" + i + "] = " + smooth[i]); } out.flush(); }
/** * Writes out data from this Object to the Writer w. Rules are separated by * newline, and rule elements are delimited by \t. */ @Override public void writeData(Writer w) throws IOException { PrintWriter out = new PrintWriter(w); for (IntTaggedWord itw : seenCounter.keySet()) { out.println(itw.toLexicalEntry(wordIndex, tagIndex) + " SEEN " + seenCounter.getCount(itw)); } for (IntTaggedWord itw : getUnknownWordModel().unSeenCounter().keySet()) { out.println(itw.toLexicalEntry(wordIndex, tagIndex) + " UNSEEN " + getUnknownWordModel().unSeenCounter().getCount(itw)); } for (int i = 0; i < smooth.length; i++) { out.println("smooth[" + i + "] = " + smooth[i]); } out.flush(); }
System.out.println("Unseen counter: " + Counters.toString(uwModel.unSeenCounter(), nf));
System.out.println("Unseen counter: " + Counters.toString(uwModel.unSeenCounter(), nf));
System.out.println("Unseen counter: " + Counters.toString(uwModel.unSeenCounter(), nf));
System.out.println("Unseen counter: " + Counters.toString(uwModel.unSeenCounter(), nf));
Lexicon.UNKNOWN_WORD + ", " + unkWord + ')'); if (DEBUG_LEXICON) log.info("unSeenCounter is: " + uwModel.unSeenCounter()); if (DEBUG_LEXICON) log.info("Train.openClassTypesThreshold is " + trainOptions.openClassTypesThreshold); for (IntTaggedWord iT : tags) { if (DEBUG_LEXICON) log.info("Entry for " + iT + " is " + uwModel.unSeenCounter().getCount(iT)); double types = uwModel.unSeenCounter().getCount(iT); if (types > trainOptions.openClassTypesThreshold) {
Lexicon.UNKNOWN_WORD + ", " + unkWord + ')'); if (DEBUG_LEXICON) log.info("unSeenCounter is: " + uwModel.unSeenCounter()); if (DEBUG_LEXICON) log.info("Train.openClassTypesThreshold is " + trainOptions.openClassTypesThreshold); for (IntTaggedWord iT : tags) { if (DEBUG_LEXICON) log.info("Entry for " + iT + " is " + uwModel.unSeenCounter().getCount(iT)); double types = uwModel.unSeenCounter().getCount(iT); if (types > trainOptions.openClassTypesThreshold) {
Lexicon.UNKNOWN_WORD + ", " + unkWord + ')'); if (DEBUG_LEXICON) System.err.println("unSeenCounter is: " + uwModel.unSeenCounter()); if (DEBUG_LEXICON) System.err.println("Train.openClassTypesThreshold is " + trainOptions.openClassTypesThreshold); for (IntTaggedWord iT : tags) { if (DEBUG_LEXICON) System.err.println("Entry for " + iT + " is " + uwModel.unSeenCounter().getCount(iT)); double types = uwModel.unSeenCounter().getCount(iT); if (types > trainOptions.openClassTypesThreshold) {
Lexicon.UNKNOWN_WORD + ", " + unkWord + ')'); if (DEBUG_LEXICON) System.err.println("unSeenCounter is: " + uwModel.unSeenCounter()); if (DEBUG_LEXICON) System.err.println("Train.openClassTypesThreshold is " + Train.openClassTypesThreshold); for (IntTaggedWord iT : tags) { if (DEBUG_LEXICON) System.err.println("Entry for " + iT + " is " + uwModel.unSeenCounter().getCount(iT)); double types = uwModel.unSeenCounter().getCount(iT); if (types > Train.openClassTypesThreshold) {
if (iTW.word() == nullWord) { double types = uwModel.unSeenCounter().getCount(iTW); if (types > trainOptions.openClassTypesThreshold) { IntTaggedWord iTU = new IntTaggedWord(unkWord, iTW.tag);
if (iTW.word() == nullWord) { double types = uwModel.unSeenCounter().getCount(iTW); if (types > trainOptions.openClassTypesThreshold) { IntTaggedWord iTU = new IntTaggedWord(unkWord, iTW.tag);
if (iTW.word() == nullWord) { double types = uwModel.unSeenCounter().getCount(iTW); if (types > trainOptions.openClassTypesThreshold) { IntTaggedWord iTU = new IntTaggedWord(unkWord, iTW.tag);