/**
* From the list of vertical sticks, this method uses several tests to provide the initial
* collection of good barlines candidates.
*
* @param sticks the collection of candidate sticks
*/
public void checkCandidates(Collection<? extends Glyph> sticks) {
// // Sort candidates according to their abscissa
// List<Glyph> sortedSticks = new ArrayList<Glyph>(sticks);
// Collections.sort(sortedSticks, Glyph.midPosComparator);
double minResult = constants.minCheckResult.getValue();
// Check each candidate stick in turn
for (Glyph stick : sticks) {
// Allocate the candidate context, and pass the whole check suite
GlyphContext context = new GlyphContext(stick);
double res = suite.pass(context);
if (logger.isDebugEnabled() || stick.isVip()) {
logger.info(
"suite => {}{} for {}",
(float) res,
(stick.getResult() != null) ? (" " + stick.getResult()) : "",
stick);
}
if ((stick.isBar() && stick.isManualShape()) || res >= minResult) {
// OK, we flag this candidate with proper barline shape
contexts.put(stick, context);
if ((!stick.isBar() || !stick.isManualShape())) {
stick.setShape(isThickBar(stick) ? Shape.THICK_BARLINE : Shape.THIN_BARLINE);
}
// Additional processing for Bars that define a system or a part
// (they start AND end with precise staves horizontal limits)
if ((context.topStaff != -1) && (context.botStaff != -1)) {
// Here, we have both part & system defining bars
// System bars occur first
// (since glyphs are sorted by increasing abscissa)
stick.setResult(BAR_PART_DEFINING);
logger.debug(
"Part-defining Barline from staff {} to staff {} {}",
context.topStaff,
context.botStaff,
stick);
} else {
if (logger.isDebugEnabled()) {
logger.debug(
"Non-Part-defining Bar line {}{}",
(context.topStaff != -1) ? (" topIdx=" + context.topStaff) : "",
(context.botStaff != -1) ? (" botIdx=" + context.botStaff) : "");
}
stick.setResult(BAR_NOT_PART_DEFINING);
}
} else {
if (stick.isBar()) {
if (logger.isDebugEnabled() || stick.isVip()) {
logger.info("Purged {} {}", stick.idString(), stick.getShape());
}
stick.setShape(null);
}
}
}
}
@Override
public boolean isCandidateSuitable(Glyph glyph) {
return !glyph.isManualShape() || ShapeSet.BassClefs.contains(glyph.getShape());
}