void MainWindow::SaveSettings()
{
QSettings settings;
settings.setValue("geometry", saveGeometry());
settings.setValue("splitter", ui->fSplitter->saveState());
settings.setValue("selected_tag", CurrentTag());
}
bool TcxFileWriter::StoreTime(uint64_t timeMS)
{
if (CurrentTag().compare(TCX_TAG_NAME_TRACKPOINT) != 0)
return false;
std::string timeStr = FormatTimeMS(timeMS);
return WriteTagAndValue(TCX_TAG_NAME_TIME, timeStr);
}
bool TcxFileWriter::StoreHeartRateBpm(uint8_t heartRateBpm)
{
if (CurrentTag().compare(TCX_TAG_NAME_TRACKPOINT) != 0)
return false;
if (!XmlFileWriter::OpenTag(TCX_TAG_NAME_HEART_RATE_BPM))
return false;
if (!WriteTagAndValue(TCX_TAG_NAME_VALUE, (double)heartRateBpm))
return false;
return XmlFileWriter::CloseTag();
}
void MainWindow::OnAdd(const QString& text)
{
fNotesModel->AddNote(text, CurrentTag());
int rows = fNotesModel->rowCount();
QModelIndex lastIndex = fNotesModel->index(rows - 1);
QModelIndex index = fFilterModel->mapFromSource(lastIndex);
OnSelection(index);
ui->fNoteList->setCurrentIndex(index);
}
bool TcxFileWriter::StorePosition(double lat, double lon)
{
if (CurrentTag().compare(TCX_TAG_NAME_TRACKPOINT) != 0)
return false;
if (OpenTag(TCX_TAG_NAME_POSITION))
{
WriteTagAndValue(TCX_TAG_NAME_LATITUDE, lat);
WriteTagAndValue(TCX_TAG_NAME_LONGITUDE, lon);
CloseTag();
return true;
}
return false;
}
void MainWindow::UpdateTagSelector()
{
QString currentTag = CurrentTag();
ui->fTagsComboBox->clear();
ui->fTagsComboBox->addItem(tr("All Notes"));
QHash<QString, int> tagList = fNotes.AllTags();
QStringList tagNames = tagList.keys();
tagNames.sort();
for (int eachTag = 0; eachTag < tagNames.size(); ++eachTag) {
QString tag = tagNames[eachTag];
ui->fTagsComboBox->addItem(tag, tagList[tag]);
}
if (currentTag.isEmpty()) {
ui->fTagsComboBox->setCurrentIndex(0);
} else {
int pos = ui->fTagsComboBox->findText(currentTag);
if (pos < 0) pos = 0;
ui->fTagsComboBox->setCurrentIndex(pos);
}
}
bool TcxFileWriter::EndActivity()
{
if (CurrentTag().compare(TCX_TAG_NAME_ACTIVITY) == 0)
return CloseTag();
return false;
}
bool TcxFileWriter::EndTrackpoint()
{
if (CurrentTag().compare(TCX_TAG_NAME_TRACKPOINT) == 0)
return CloseTag();
return false;
}
bool TcxFileWriter::StoreCadenceRpm(uint8_t cadenceRpm)
{
if (CurrentTag().compare(TCX_TAG_NAME_TRACKPOINT) != 0)
return false;
return WriteTagAndValue(TCX_TAG_NAME_CADENCE, (uint32_t)cadenceRpm);
}
bool TcxFileWriter::StoreDistanceMeters(double distanceMeters)
{
if (CurrentTag().compare(TCX_TAG_NAME_TRACKPOINT) != 0)
return false;
return WriteTagAndValue(TCX_TAG_NAME_DISTANCE_METERS, distanceMeters);
}
bool TcxFileWriter::StoreAltitudeMeters(double altitudeMeters)
{
if (CurrentTag().compare(TCX_TAG_NAME_TRACKPOINT) != 0)
return false;
return WriteTagAndValue(TCX_TAG_NAME_ALTITUDE_METERS, altitudeMeters);
}
bool TcxFileWriter::EndLap()
{
if (CurrentTag().compare(TCX_TAG_NAME_LAP) == 0)
return CloseTag();
return false;
}
bool TcxFileWriter::StoreLapCalories(double calories)
{
if (CurrentTag().compare(TCX_TAG_NAME_LAP) != 0)
return false;
return WriteTagAndValue(TCX_TAG_NAME_CALORIES, calories);
}
bool TcxFileWriter::StoreLapMaxSpeed(double maxSpeed)
{
if (CurrentTag().compare(TCX_TAG_NAME_LAP) != 0)
return false;
return WriteTagAndValue(TCX_TAG_NAME_MAX_SPEED, maxSpeed);
}
bool TcxFileWriter::StoreLapSeconds(uint64_t timeMS)
{
if (CurrentTag().compare(TCX_TAG_NAME_LAP) != 0)
return false;
return WriteTagAndValue(TCX_TAG_NAME_TOTAL_TIME_SECONDS, (double)(timeMS / 1000));
}
void MainWindow::OnTagSelected()
{
fFilterModel->SetFilterTag(CurrentTag());
}
