//--------------------------------------------------------------
void testApp::updateRenderer(ofVideoPlayer& fromPlayer){
if (!temporalAlignmentMode) {
if(alignmentScrubber.getPairSequence().isSequenceTimebased()){
long movieMillis = fromPlayer.getPosition() * fromPlayer.getDuration()*1000;
currentDepthFrame = alignmentScrubber.getPairSequence().getDepthFrameForVideoFrame(movieMillis);
depthSequence.selectTime(currentDepthFrame);
}
else {
currentDepthFrame = alignmentScrubber.getPairSequence().getDepthFrameForVideoFrame(fromPlayer.getCurrentFrame());
depthSequence.selectFrame(currentDepthFrame);
}
renderer.setDepthImage(depthPixelDecodeBuffer);
}
processDepthFrame();
renderer.update();
processGeometry();
if(!drawPointcloud && !drawWireframe && !drawMesh){
drawPointcloud = true;
}
currentDepthFrame = depthSequence.getSelectedFrame();
}
ofRange ofxRGBDVideoDepthSequence::getStartAndEndTimes(ofVideoPlayer& player, ofxDepthImageSequence& sequence){
if(!ready()){
ofLogError("ofxRGBDVideoDepthSequence::getStartAndEndTimes -- video sequence not ready");
return ofRange();
}
ofRange output;
output.min = MAX(0, getVideoMillisForDepthMillis(0))/1000.;
output.max = MIN(player.getDuration(), getVideoMillisForDepthMillis(sequence.getDurationInMillis()) / 1000. );
return output;
}
