public void dump(PrintWriter out, WordPairStats wpStats, boolean reverse) {
if (wpStats == null || !wpStats.hasStats()) {
dump(out);
return;
}
FullStatFig entropyFig = new FullStatFig();
FullStatFig numTranslationsFig = new FullStatFig();
FullStatFig sumFig = new FullStatFig();
// Sort English words by decreasing frequency
ArrayList<Pair<Double, String>> entries1 = new ArrayList<Pair<Double, String>>();
for (String s : keySet()) {
double count = wpStats.enCount(reverse, s);
entries1.add(new Pair<Double, String>(count, s));
}
Collections.sort(
entries1, Collections.reverseOrder(new Pair.FirstComparator<Double, String>()));
for (Pair<Double, String> vs : entries1) {
String s = vs.getSecond();
StringDoubleMap m = getMap(s, false);
FullStatFig fig = new FullStatFig(m.values());
entropyFig.add(fig.entropy());
numTranslationsFig.add(fig.size());
sumFig.add(fig.total());
out.printf(
"%s\tentropy %s\tnTrans %d\tsum %f\tn %.0f\n",
s, Fmt.D(fig.entropy()), fig.size(), fig.total(), vs.getFirst());
ArrayList<StringDoubleMap.Entry> entries2 =
new ArrayList<StringDoubleMap.Entry>(m.entrySet());
Collections.sort(entries2, Collections.reverseOrder(m.entryValueComparator()));
for (StringDoubleMap.Entry tv : entries2) {
if (tv.getValue() < 1e-10) continue; // Skip zero entries
String t = tv.getKey();
double count = wpStats.frCount(reverse, t);
double dice = wpStats.dice(reverse, s, t);
out.printf(" %s: %f\tn %.0f, dice=%f\n", t, tv.getValue(), count, dice);
}
}
out.println("# entropy = " + entropyFig);
out.println("# sum = " + sumFig);
out.println("# numTranslations = " + numTranslationsFig);
}
public void dump(PrintWriter out) {
FullStatFig entropyFig = new FullStatFig();
FullStatFig numTranslationsFig = new FullStatFig();
FullStatFig sumFig = new FullStatFig();
for (Map.Entry<String, StringDoubleMap> e : entrySet()) {
String s = e.getKey();
StringDoubleMap m = e.getValue();
FullStatFig fig = new FullStatFig(m.values());
entropyFig.add(fig.entropy());
numTranslationsFig.add(fig.size());
sumFig.add(fig.total());
out.printf(
"%s\tentropy %s\tnTrans %d\tsum %f\n", s, Fmt.D(fig.entropy()), fig.size(), fig.total());
ArrayList<StringDoubleMap.Entry> entries2 =
new ArrayList<StringDoubleMap.Entry>(m.entrySet());
Collections.sort(entries2, Collections.reverseOrder(m.entryValueComparator()));
for (StringDoubleMap.Entry tv : entries2) {
if (tv.getValue() < 1e-10) continue; // Skip zero entries
String t = tv.getKey();
out.printf(" %s: %f\n", t, tv.getValue());
}
}
out.println("# entropy = " + entropyFig);
out.println("# sum = " + sumFig);
out.println("# numTranslations = " + numTranslationsFig);
}