void Kinect::update() {
plane.setFrom3Points(planeCoords[0], planeCoords[1], planeCoords[2]);
// do the ofNode stuff
applyTransformation();
// actual processing
if(running) {
kinect.update();
hasCreatedVertexArrays = false;
doVision();
}
}
//--------------------------------------------------------------
void testApp::update(){
if(clearAllVideos) {
carousel.clearVideos();
clearAllVideos = false;
}
if(saveAllVideos) {
carousel.saveVideos();
saveAllVideos = false;
}
ofBackground(0);
carousel.checkForSize();
doVision();
doCompositing();
activityMonitor.update(threshImg);
presenceDetector.update(threshImg, false);// mouseIsDown);
// if there's been no movement for a while, (and we're not recording)
// start spinning the carousel
if(!carousel.isScrolling() && activityMonitor.getTimeSinceLastMove()>carouselDelay && !recording) {
printf("Activating carousel\n");
carousel.autoScroll();
} else {
// decide whether to go back to the video feed
if(activityMonitor.getTimeSinceLastMove()<carouselDelay && carousel.isScrolling()
&& // allow the video to play for a while after recording.
ofGetElapsedTimef() - lastTimeFinishedRecording>minRecordingInterval
) {
carousel.scrollToVideoFeed();
//printf("Creating space and going to end\n");
}
if(!presenceDetector.present()) {
holdCount = 0;
}
if(!recording && presenceDetector.present() && carousel.isOnVideoFeed()) {
holdCount++;
if(holdCount>HOLD_COUNT) {
video->clear();
recording = true;
}
}
// if we're still recording, but the user has lost touch,
// stop recording
if(recording && !presenceDetector.eitherHandPresent() && video->getLength()>MIN_VIDEO_LENGTH) {
printf("Recording finished because user stepped away\n");
finishedRecording();
}
if(recording) {
// assemble composite
bool stillCanRecord = video->record(videoFeedData);
if(!stillCanRecord) {
printf("Recording finished becasue it's maxed length\n");
finishedRecording();
}
}
}
ofSetWindowTitle(ofToString(ofGetFrameRate(), 2));
}
