private void initHolesBitmaps(List<Hole> holes) throws ParseException, LoadException {
for (Hole hole : holes) {
hole.setBitmap(
(Bitmap)
ContentProcessor.init()
.useCache(BitmapMemoryCache.getInstance())
.fromRes(resources)
.bitmap()
.load(String.valueOf(Hole.getModelIds()[0])));
hole.setRocksBitmap(
(Bitmap)
ContentProcessor.init()
.useCache(BitmapMemoryCache.getInstance())
.fromRes(resources)
.bitmap()
.load(String.valueOf(Hole.getRocksModelIds()[0])));
for (Rock rock : hole.getRocks()) {
rock.setBitmap(
(Bitmap)
ContentProcessor.init()
.useCache(BitmapMemoryCache.getInstance())
.fromRes(resources)
.bitmap()
.load(String.valueOf(Rock.getRandomModelResId())));
}
}
}
public void setOpenHoles(Fingering fingering) {
List<Boolean> openHoles = fingering.getOpenHole();
Iterator<Boolean> openHoleIterator = openHoles.iterator();
for (Hole iHole : hole) {
boolean isOpen = openHoleIterator.next();
iHole.setOpenHole(isOpen);
}
}
@Override
public void updateComponents() {
// TODO Write recursive validation method and call it here.
// Then take out the error checking in all the other methods.
components = new ArrayList<ComponentInterface>();
if (borePoint != null && !borePoint.isEmpty()) {
SortedPositionList<BorePoint> borePointList = makePositionList(borePoint);
// Add the mouthpiece reference position to the map.
// I don't believe the optimization routines should care that this
// offset
// is not subtracted, since the calculations are performed on the
// components, which are offset agnostic.
// borePointMap.put(mouthpieceOrigin.getBorePosition(),
processMouthpiece(borePointList);
components.add(mouthpiece);
processTermination(borePointList);
SortedPositionList<Hole> holeList = makePositionList(hole);
// TODO Deal with the Mouthpiece and the start of the bore:
// Process the holes, making sections as needed to include the hole
// on the right
if (holeList.size() > 0) {
for (Hole currentHole : holeList) {
double rightPosition = currentHole.getBorePosition();
makeSections(borePointList, rightPosition);
processPosition(borePointList, currentHole);
components.add(currentHole);
}
}
// Process the rest of the sections. There must be at least one
double lastPosition = borePointList.getLast().getBorePosition() + 1.;
makeSections(borePointList, lastPosition);
}
}
protected void convertDimensions(double multiplier) {
if (mouthpiece != null) {
mouthpiece.convertDimensions(multiplier);
}
if (borePoint != null) {
for (BorePoint aPoint : borePoint) {
aPoint.convertDimensions(multiplier);
}
}
if (hole != null) {
for (Hole aHole : hole) {
aHole.convertDimensions(multiplier);
}
}
if (termination != null) {
termination.convertDimensions(multiplier);
}
}
