void DialogVideoPlayer::updatePlaybackStateTime(double newTimeMS) {
currentTimeMS = newTimeMS;
//Search for current index
int last_index = (*p_roughM).n_rows - 1;
int previousIndex = qMax(currentIndex, 0);
if (p_roughM->at(previousIndex, 0) > currentTimeMS ) {
previousIndex = 0;
}
int current_index = -1;
for(int search_index = previousIndex; search_index <= last_index; search_index++) {
double searched_time = (*p_roughM).at(search_index, 0);
if (searched_time >= currentTimeMS) {
//found latest frame - paint
current_index = search_index;
break;
}
}
updatePlaybackState(current_index, false);
}
void DialogVideoPlayer::spinBoxSegmentChanged(int value) {
int target_index = qBound(0, value, (int)segmentsM.n_rows);
if (target_index != value) {
ui->spinBoxSegment->setValue(target_index);
}
if (target_index == 0) {
updatePlaybackState(0, true);
} else if (target_index - 1 < (int)segmentsM.n_rows) {
updatePlaybackState(segmentsM(FIXCOL_START,target_index - 1), true);
}
}
void DialogVideoPlayer::spinBoxIndexChanged(int value) {
int target_index = qBound(0, value, (int)p_roughM->n_rows - 1);
if (target_index != value) {
ui->spinBoxIndex->setValue(target_index);
}
updatePlaybackState(target_index, true);
}
void DialogVideoPlayer::mousePressEvent(QMouseEvent *mouseEvent) {
bool leftButton = mouseEvent->buttons() & Qt::LeftButton;
QRect timeLineRect = ui->timeLineView->geometry();
bool onTimeLine = timeLineRect.contains(mouseEvent->pos());
if (leftButton && onTimeLine) {
// Set position
double samples_over_time_line = (double)samplesPerFragment * (double)(mouseEvent->pos().x() - timeLineRect.x()) / (double)timeLineRect.width();
int current_position = (currentFragment * samplesPerFragment) + (int)floor(samples_over_time_line);
if (current_position > 0 && current_position < (int)p_roughM->n_rows) {
updatePlaybackState(current_position, true);
}
return;
}
QRect fixationsRect = ui->fixationsView->geometry();
bool onFixations = fixationsRect.contains(mouseEvent->pos());
if (leftButton && onFixations) {
// Set position to beginning of fixation (if on one)
double samples_over_fixations = (double)samplesPerFragment * (double)(mouseEvent->pos().x() - fixationsRect.x()) / (double)fixationsRect.width();
int selected_position = (currentFragment * samplesPerFragment) + (int)floor(samples_over_fixations);
for (uword i = 0; i < p_fixAllM->n_rows ; i++) {
bool fixation_starts_before_selected = p_fixAllM->at(i, FIXCOL_START) <= selected_position;
bool fixation_ends_after_selected = p_fixAllM->at(i, FIXCOL_END) >= selected_position;
//go to start of fixation
if (fixation_starts_before_selected && fixation_ends_after_selected) {
updatePlaybackState(p_fixAllM->at(i, FIXCOL_START), true);
}
}
}
}
void MediaController::reportControllerState()
{
updateReadyState();
updatePlaybackState();
}
void DialogVideoPlayer::updatePlaybackState(int index, bool resetTimeSource) {
bool trigger_fragment_mode = settingPlayMode == PlayModeFragment &&
(index >= ((currentFragment + 1) * samplesPerFragment) || index == -1);
if (trigger_fragment_mode) {
if (settingLoop) {
updatePlaybackState(currentFragment * samplesPerFragment, true);
} else {
stopPlaying();
}
return;
}
bool trigger_whole_file_mode = settingPlayMode == PlayModeWholeFile &&
(index >= (int)p_roughM->n_rows || index == -1);
if (trigger_whole_file_mode) {
if (settingLoop) {
updatePlaybackState(0, true);
} else {
stopPlaying();
}
return;
}
bool segment_in_bounds = currentSegment > 0 && currentSegment - 1 < (int)segmentsM.n_rows;
bool trigger_segment_mode = segment_in_bounds && settingPlayMode == PlayModeSegment &&
(index >= segmentsM(currentSegment - 1, SEGCOL_END) || index == -1);
if (trigger_segment_mode) {
if (settingLoop) {
updatePlaybackState(segmentsM(currentSegment - 1, SEGCOL_START), true);
} else {
stopPlaying();
}
return;
}
// Display index
currentIndex = index;
currentTimeMS = p_roughM->at(qMax(0, currentIndex), 0 );
// Display time since start
int milliseconds = currentTimeMS - firstSampleMS;
int minutes = floor(milliseconds / 60000);
milliseconds -= minutes * 60000;
int seconds = floor(milliseconds / 1000);
milliseconds -= seconds * 1000;
ui->labelTime->setText(QString("Time (m:s:ms): %1:%2:%3").arg(minutes).arg(seconds).arg(milliseconds));
ui->spinBoxIndex->blockSignals(true);
ui->spinBoxIndex->setValue(currentIndex);
ui->spinBoxIndex->blockSignals(false);
// Calculate current fragment
int current_fragment = currentIndex > -1 ? (int)floor((double)currentIndex / samplesPerFragment) : -1;
if (current_fragment != currentFragment) {
currentFragment = current_fragment;
paintTimeLine();
paintFixations();
}
ui->spinBoxFragment->blockSignals(true);
ui->spinBoxFragment->setValue(currentFragment);
ui->spinBoxFragment->blockSignals(false);
// Calculate current segment
int current_segment = 0; // 0 means at start of file
for (uword i = 0; i < segmentsM.n_rows -1; ++i) {
if (currentIndex >= segmentsM(i, SEGCOL_START)) {
current_segment = i;
}
}
if (currentSegment != current_segment + 1) {
currentSegment = current_segment + 1;
if (!ui->checkBoxMovie->isChecked()) {
paintBackgroundImage();
}
}
ui->spinBoxSegment->blockSignals(true);
ui->spinBoxSegment->setValue(currentSegment);
ui->spinBoxSegment->blockSignals(false);
paintCurrentVisualizationFrame();
paintCurrentTimeLineLineFrame();
if (resetTimeSource) {
if (ui->checkBoxMovie->isChecked()) {
mediaPlayer->setPosition(currentTimeMS + movieOffsetMS - firstSampleMS);
} else {
clockStartTime = getMilliCount();
playStartSampleMS = p_roughM->at(qMax(0, currentIndex), 0 );
}
}
}
void DialogVideoPlayer::spinBoxFragmentChanged(int value) {
int target_index = qBound(0, value * samplesPerFragment, (int)p_roughM->n_rows - 1);
updatePlaybackState(target_index, true);
}
void DialogVideoPlayer::loadData(GrafixParticipant* participant, mat &p_roughM_in, mat &p_smoothM_in, mat &p_fixAllM_in, mat &p_segmentsM_in) {
_participant = participant;
p_roughM = &p_roughM_in;
p_smoothM = &p_smoothM_in;
p_fixAllM = &p_fixAllM_in;
segmentsM = p_segmentsM_in;
if (segmentsM.n_rows == 0) {
segmentsM.zeros(1,3);
segmentsM(0,0) = 0;
segmentsM(0,1) = 0;
segmentsM(0,2) = p_roughM->n_rows - 1;
}
// order the segments
uvec indices = sort_index(segmentsM.cols(1,1));
this->segmentsM = segmentsM.rows(indices);
secsFragment = this->_participant->GetProject()->GetProjectSetting(Consts::SETTING_SECS_FRAGMENT, Consts::ACTIVE_CONFIGURATION()).toInt();
hz = this->_participant->GetProject()->GetProjectSetting(Consts::SETTING_HZ, Consts::ACTIVE_CONFIGURATION()).toInt();
samplesPerFragment = secsFragment * hz;
expWidth = this->_participant->GetProject()->GetProjectSetting(Consts::SETTING_EXP_WIDTH, Consts::ACTIVE_CONFIGURATION()).toInt();
expHeight = this->_participant->GetProject()->GetProjectSetting(Consts::SETTING_EXP_HEIGHT, Consts::ACTIVE_CONFIGURATION()).toInt();
if (p_smoothM->is_empty()) {
settingPlaySmooth = false;
ui->checkBoxSmooth->setChecked(false);
ui->checkBoxSmooth->setEnabled(false);
} else {
ui->checkBoxSmooth->setChecked(true);
}
firstSampleMS = (*p_roughM).at(0, 0); //this is the ms of when the player first started
currentIndex = 0;
currentFragment = -1;
currentSegment = 0;
settingChanged();
stopPlaying();
// Load media from settings
QString moviePath = _participant->GetProjectSetting(Consts::SETTING_MOVIE_PATH).toString();
loadMovie(moviePath);
QByteArray imagesPaths = _participant->GetProjectSetting(Consts::SETTING_IMAGE_PATHS).toByteArray();
pathsImages = QJsonDocument::fromJson(imagesPaths).object().toVariantMap();
qDebug() << pathsImages;
updatePlaybackState(0, true);
qDebug() << " finish loading ";
dotSizePercentage = 5;
ui->sliderDotSize->blockSignals(true);
ui->sliderDotSize->setValue(dotSizePercentage * 10);
ui->sliderDotSize->blockSignals(false);
resizeDisplay();
}
