protected void updateCurrentKeyFrameForTime(float time) {
// Assertion: times are sorted in monotone order.
// Assertion: keyFrame_ is not empty
// TODO: Special case for loops when closed path is implemented !!
if (!currentFrmValid)
// Recompute everything from scratch
currentFrame1 = keyFrameList.listIterator();
// currentFrame_[1]->peekNext() <---> keyFr.get(currentFrame1.nextIndex());
while (keyFrameList.get(currentFrame1.nextIndex()).time() > time) {
currentFrmValid = false;
if (!currentFrame1.hasPrevious()) break;
currentFrame1.previous();
}
if (!currentFrmValid) currentFrame2 = keyFrameList.listIterator(currentFrame1.nextIndex());
while (keyFrameList.get(currentFrame2.nextIndex()).time() < time) {
currentFrmValid = false;
if (!currentFrame2.hasNext()) break;
currentFrame2.next();
}
if (!currentFrmValid) {
currentFrame1 = keyFrameList.listIterator(currentFrame2.nextIndex());
if ((currentFrame1.hasPrevious())
&& (time < keyFrameList.get(currentFrame2.nextIndex()).time())) currentFrame1.previous();
currentFrame0 = keyFrameList.listIterator(currentFrame1.nextIndex());
if (currentFrame0.hasPrevious()) currentFrame0.previous();
currentFrame3 = keyFrameList.listIterator(currentFrame2.nextIndex());
if (currentFrame3.hasNext()) currentFrame3.next();
currentFrmValid = true;
splineCacheIsValid = false;
}
}
