public void writeMetadata(final PrintStream s) {
s.print(" Evaluation type: ");
for (final Eval e : evals) s.print(e.getEvalName() + " ");
s.println();
s.println(" Test files:");
for (final String f : corpusFiles) s.println(" " + f);
if (filterLength > 0) s.println(" Filter test files by len: " + filterLength);
// if (numSent > 0)
// s.println(" Num test sentences: " + numSent);
s.println(" Test file type: " + testFileType);
}
/** When entering a BlockStatement, place a new StatementList onto the stack */
public NodeVisitor enter(Node n) {
if (n instanceof Block) {
stack.addFirst(new LinkedList());
}
if (n instanceof Eval) {
// Don't flatten the expression contained in the statement, but
// flatten its subexpressions.
Eval s = (Eval) n;
noFlatten = s.expr();
}
return this;
}
public void writeEval(final PrintStream out) throws EvalError {
for (final Eval eval : evals) {
eval.writeSummary(evalReportType, out, onlyLast);
out.println();
}
}
public void addChunkerOutput(final String comment, final ChunkedSegmentedCorpus output)
throws EvalError, CorpusError {
if (evals.size() == 0) initParseEvaluationTypes();
for (final Eval eval : evals) eval.eval(comment, output);
}
public void visit(OpQuadPattern quadPattern) {
push(Eval.evalQuadPattern(quadPattern, evaluator));
}
public void visit(OpDatasetNames dsNames) {
push(Eval.evalDS(dsNames, evaluator));
}
public void visit(OpGraph opGraph) {
push(Eval.evalGraph(opGraph, evaluator));
}
