public static void votepred(int COPYK) throws IOException {
// if (!(new File(Main.dir_votepred)).exists()) {
// (new File(Main.dir_votepred)).mkdir();
// }
// DelimitedWriter dw = new DelimitedWriter(Main.file_votepred);
List<String[]> clauses = new ArrayList<String[]>();
{
List<String[]> all1 = (new DelimitedReader(Main.file_typeclause)).readAll();
List<String[]> all2 = (new DelimitedReader(Main.file_relationrelclause)).readAll();
for (String[] a : all1) {
clauses.add(a);
}
for (String[] b : all2) {
clauses.add(b);
}
}
HashCount<String> hc = new HashCount<String>();
for (int i = 0; i < COPYK; i++) {
D.p("iter", i);
Collections.shuffle(clauses);
WeightedClauses wc = new WeightedClauses(clauses);
wc.update();
List<String> vars = wc.printFinalResult();
for (String v : vars) {
hc.add(v);
}
}
hc.printAll(Main.file_predict_vote);
// dw.close();
}
public static void predtypeonly() {
WeightedClauses wc = new WeightedClauses(Main.file_typeclause);
wc.update();
wc.printFinalResult(Main.file_predict_typeonly);
}
public static void predjoint() {
WeightedClauses wc = new WeightedClauses(Main.file_jointlclause);
wc.update();
wc.printFinalResult(Main.file_predict_joint);
}
public static void predrelonly() {
WeightedClauses wc = new WeightedClauses(Main.file_relationrelclause);
wc.update();
wc.printFinalResult(Main.file_predict_relonly);
}